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CLAIMS OF THE PRINCIPLE OF RPTATION OF TURBINE ONE.

What to claim is:

1. Rotation is obtained of the cross axial and axial bearing mounted turbine rotors, by shielding the returnblades partially or completely and uncovering the pushblades partially or completely.

2. Rotation of horizontal and vertical mounted rotor operable in bearings comprising at least three rotor blades radial and axially projecting its form expending from the hub. Cross-axial rotation of turbine rotors by means of shielding vane, or wind screen shielding the return blades partially or completely and uncovering the pushblades partially or completely for fluid to be channelled cross axially trough the intakes and impact coaxial and horizontally on the transverse projecting turbine rotor blades causing rotation of the prime mover, drivetrain by the converting kinetic energy into mechanical energy and into electric energy by means of a constant transmission turbine gearbox and lubricant system mechanical coupled in rotational mode with the electric generator rotor, comprising a cylindrical permanent or electromagnet coupled electrically to the exciter electrically connected with the disk magnet and axially opposing stator coils or disk or plates or massive electric conductive material disk or cylinder.

3. Rotation of the horizontal and vertical turbine rotor is obtained in clockwise direction and in counterclockwiswise direction. Generating AC current or dc current. Defines the rotor by at least two axial halves exposed axially for cross-axial flow axial flow and/or for perpendicularly flow turbine rotors. A left and right axial halve, or upper and lower axial halve which form the returnblades section and the pushblades intake and exhaust sections. Rotation of the turbine rotor and drive chain is obtained by shieling the returnblades partially or completely and uncovering the pushblades partially or completely by means of a windscreen, vanes, blades, wings and holes and openings on the rotor enclosing plenum, nacelle, with ducts, baffles screens etc.

4.0 Comprising, at least one windscreen for shielding the turbine rotor defined, returnblade section. The turbine Rotor, runner, comprising perpendicular and axial rotor vanes and flat or stretching in longitudinal along the rotor hub and hub ends, projecting its curved airfoil vanes along the axial and radially exposed volume with the pushblades to the flow of kinetic energy whereby rotation is obtained in clockwise and/or counterclockwise direction by kinetic energy that imping on the uncovering pushblade of the axial exposed rotor, whereon currents of kinetic energy is accommodated on the pushblades whereby the turbine rotor rotates linear with the flow of wind water and steam. Rotating a half cycle with the current flow, at the pushblade section. And a half cycle against the current flow which is the shielded return blade section. Rotation of the turbine rotor is transferred operable to turbine gearbox, which is mechanically related in operable bearings with the electric generator rotor with fixed segments of permanent or electromagnets and opposing exposed armature and armature poles and gauge wiring generating a pulsing electric current or DC current. Comprising transducers active shaft sensors, exciter and motor control generator magneto sensor, digital unit of voltage and amp sensor and communicator. Wind direction and wind speed sensor weather boom or lidar. Mounted on an elevated structure with adjustable windscreen in bearing tracks and actuators.

4.1 Turbine generator and/or motor Horizontal axis and/or Vertical axis cross axial flow energy converting bearing mounted turbine rotor is side axially and/or front axially exposed in the flow off wind, water or steam, and shielded. Comprises redial and axial projecting rotor blades from the hub for rotation in its cylindrical plane, whereby the front upwind oriented returnblade rotor half is shielded partially or completely from the flow such that the unshielded turbine rotor blades are contacted by the horizontal flow of fluid imping on the vertical blades, rotating the blades, linear in linear motion of flow cross the axis in downflow along the turbine machine whereby the rotor blades rotate half of their rotational cycle with the flow of fluid driving the turbine drivetrain below the deck of the seismic bearing mounted elevated superstructure mounted on the substructure excavated till 50m below the ground level wherein lower excavators, sand buckets lifts, small bulldozer descended by a tower crane piling steel beams in the bed for bearing the foundation and stamped, horizontally levelled for placing the moulds and moulding the foundation by pouring the melted of natural resources in the mould.

4.2 Layer by layer of large and polygonal granite, sandstone, basalt and geopolymer and polymer bricks and block comprising induction heated granite or rock minerals molded in carbon graphite molds with interlocking seismic bearing couplings, Keystone connection, male female spatial joints, lap, and other joints etc. wherein the structure chambers are made circular around the axis constructing the two boiler chambers separated by a wall partially filled with sea water wherein both chambers electric high voltage water heating elements and probes are implemented in the submerged stone oven of Vulcanic rock, ceramic and granite mixture. The ceiling or apex top of the first and second boiler chamber comprises the exhaust duct for vaporized water that zigzag upward and connect both with longitudinal 45* sloped inner triangular accumulation hall whereby the lower connecting point with the boiler also relates to the low compression chamber and the top of the hall provided steam duct relates to the high compression chamber. The water chamber is molded out on the second level opposing the boiler chambers, connected by ducts to the turbine discharge ducts.

2.2 The water chamber comprises a safety discharge duct trough the structure connected with the accumulation chamber through pneumatic valve doors, and compression chambers whereby the duct extends above the ground surface with a safety discharge valve mounted on the top. The at least one steam turbine in heat molded steel inner reinforced casing with mounts and knuckles, with the axle mounted in double rows of turbo bearing in the casing. The casing wall comprises at least one duct in the wall oriented on the horizontal turbine rotor pushblades partially or complete by means of pneumatic inner pressure moving the valve door pistons of granite blocks operable in plain bearing in the walls cylinders, which pushes the at least one large hydraulic cylinder in the side window connected with the turbine chamber granite valve and pushes the horizontal valve up from the side opening according to the inner pressure of the compression chamber the discharge of compressed steam on the stainless steel turbine rotor rotating with high RPM and rotating the large and cryogenic cooled machine body that generates a constant electric current of at least one mWh or 1000 kWh.

2.3 The at least one generator is arranged in a second heat molded casing with the driveshaft connected in concentric mode or mashing with gears. Electrically connected by cables and ducts to the transformer house. The substructure comprises a lift shaft with a lift and cable conduits air ducts and water pipes for pumping water from the water chamber to the surface reservoir. Whereon the substructure the tower base is provided with the electrical connections, switch boards and main hard switch with internal and external connections.

2.4 The Turbine rotor and drivetrain is operable mounted in a beamed and braced alloy frame comprises antivibration washers, bushes, end cap washers, antivibration, comprisable mats and bearing mounts with the movable platform and projecting side wall and frame, wherein the turbine gearbox comprising at least one planetary turbine step-up gearset output axle mechanically coupled with the electric generator rotor input shaft by shaft joint with keys that slide in keyways fixed or flexible shaft connection with fastening bolts rotatable coupling the rotor whereon the axle at least one permanent ferromagnet is pressed and mounted in a holder fizzed axially on the axle, coaxially mounted with the stator in the insulated machine casing having at least on spool electric conductive wire of a determined length and diameter mounted insulted in the casing with a minimum spatial distance with respect the rotary magnet for inducing the coil by the magnet generating a pulsing electric tapped by the coil poles and return yoke connection, connected by the external leads to the insulated connectors on the output terminals. Turbine retractable turbine rotor shaft is operable suspended in the beamed and braced extending from the deck with the said frame mounted on spiral elevator system and position locking platform and position locking, vertical levelled, shock damper provided linear actuator motor passions locking the said frame an minting in exact vertical level by a gyroscopic sensor unit, contact sensors servo control unit electrically connected by insulated electrical wiring with the automated computer system.. The collapsible curved shielding screen made in a frame, mounted in bearing rides on the deck circular track Electromagnetically and in ball bearings, by rack and pinion motor electrically connected by electric tracks slip tracks on the deck. The linear motor comprises a controller with programmed logic and motor control and power supply connected with the main computer system.

3. H/V axis energy converter turbine motor and/or generator, wherein Rotation of the turbine rotor is obtained in clockwise and/or in counterclockwise direction by shielding the upwind oriented front axial exposed turbine rotor axial halves from the left axial half or from the right axial half, thereby defining the rotational direction including the pushblade section and the returnblade section, and exposed blade surface orientation is defined. The partial or complete cover is Front Axially and/or cross axially, Axially by at least on wind screen with respect to the rotor. Cross axially by a cover around the around the cross-axial returnblade section. Such to guide fluid around the surface of the wind screen or around the partial rotor cover with respect to the rotor, in contrary to the returnblades,

3.1 The pushblades are actuated by kinetic energy of wind, water, steam, sunrays, emission of light and impart on the unshielded and uncovered and ducted pushblades pushing on the surface of the radially and axially expending rotor blades along in downflow direction linear on the vertical blades rotating the turbine rotor including the turbine drivetrain coupled from the main shaft extended through the centre hole in waterproof bearing deck in the lower machine chamber mounted operable in the beamed and braced machine frame, wherein the main shaft ends in the clutch coupling mounted on the wall and in the machine frame, The electromechanical operated clutch or hydraulic, pneumatic, actuator piston and motor electrically mated to the automated system.

3.2 Turbine drivetrain comprising, an Automated constant transmission turbine gearbox with a plurality of gearsets coupled with the output shaft related with the electric generator rotor input shaft of the electric motor with a plurality of magnet bars of rear earth permanent magnets fixed in the insulated axial holder alternatively, connected magnet bars without insulation with the side magnets, aligned with corresponding axial poles and electrically connected in the holder mounted around the axial circumferential of the bearing mounted rotatable axle in the casing walls, The rotary magnets are electric connections connecting the axial poles comprising a centre copper ring electrically connected to the power source by an anode and cathode connection. The coaxial opposing stator comprises a first and a second opposing armature with a minimum spatial distance with respect to the rotary magnets.

3. 3.] The pole armatures and windings are insulated mounted from the casing and the second armature exposed around the rotary magnets wherein the first stator of high permeable electric conductive material or for a stronger motor and generator, a permanent magnet armature. By applying current to the bobbin winding the magnetic flux is amplified by the electromagnetism which rotates the rotor of magnet or coils with more force by applying a current to the multiple bobbin windings woven on a insulated magnet, in some applications ferrite is applied, iron, and high permeable armature and connected in groups to the input and the output of the connecting terminal of the machine casing. Comprising shaft sensor, and external electronic motor control unit. With liquid cooled machine body.

3.4. The turbine generator operated autonomous to which all electrical units, devices and motors are connected including the main intelligent power supply, Lightning system transducers light sensors on the top and side walls for generating electric current, Helicopter platform and sensing system. Entrance doors locking system, motion sensors, fire alarm and sprinkler system, internal lift system. Voice command microphone, External communication system. Operated by automated computer system comprising at least one windows, IBM, Apple mac computer and connecting interfaces and AD-DA converters, DSP etc. computer by kinetic energy which remains in perpetual operation by the electric generator motor and generator. The rotor magnets are excited to maintain RPM for acceleration or as brakes, to start-up the turbine, to maintain rotation like a motor whereby the turbine rotor is decoupled while the drivetrain operates generating electric current. Such that the kinetic energy drives rotor chain for producing a pulsing electric current and or D.C. current. The turbine comprises an electronic weathervane connected with the automated system for riding the panel in the raceway bearing and bushing mounted tracks.

3.5. The dual cross axis turbine rotor with returnblade cover mounted rotatable in operable bearings and bushings and position locked on the common axis for rotating in the same direction or in contra rotational direction, the dual cross axis rotors are mounted fixed for rotating with the axis in the rotating directions of the axis. Rotating with the axis or around the axis, in the same direction or in contra directions. The turbine rotors mounted in a closed common nacelle with at least one air passage provided on the nacelle for linear cross axis flow, with a linear fluid intake and exhaust. Angular Cross Axis rotor with at least one air passage is provided with an angular exhaust. The first cross axial flow turbine rotor comprises a cross axial intake, the second turbine rotor conducts fluid axially from the axial exhaust. The cross-axle rotors mounted operable on a common axis and a common operable bearing mounted nacelle, whereby the first turbine motor comprises axial intake in the nacelle that conducts fluid with the diagonal axial angle to conducting fluid perpendicular and axially to the second turbine rotor which conduct the axial flowing fluid perpendicular and cross axially to the exhaust. The cross-axial dal rotors comprise an omnidirectional intake axial flow and omnidirectional exhaust with electronic opening and closing intake and exhaust dusts electronically mated with the navigation system.

4. H/V axis energy converting Uni to OmniDIRECTIONAL-turbine motor and/or generator, Comprising a turbine rotor enclosed in the nacelle wherein the tubular cylindrical cavity the cross axial rotor expend its blades radial and axial in the nacelle plenum with a minimum spatial gap with respect to the nacelle inner surrounding walls, The rotor is equipped with inner curved blades fixed mounted on the rotor hub mounts, comprising a centre cavity corresponding with the shaft whereon fixed mounted. The shaft is operable mounted in ball bearing and trust bearing in the shaft holder mounted through the axial walls.

Rotation of the turbine rotor is obtained by air passages provided around the frontal rotor cover of the upwind oriented pushblade and returnblade section. and/or a window is provided with a window opening the entire frontal rotor surface wherein the window, the nacelle vanes are arranged from the returnblade section until the pushblade section rotor edge. And at the rear the angular arranged main exhaust and the addition opening and closing exhausts exhaust The nacelle wings leading edges at the returnblade section, are oriented offset to upwind pitched and to offset at the pushblade edge for enveloping fluid and redirection fluid to the turbine blades.

4.1 with Additional intakes and exhausts vanes provided on the nacelle of the return blade section for channelling kinetic energy flowing toward the return blades, into the rotating direction on the back of the returnblades, which are the pushblades at their half rotational cycle. This Provides fluid circulation by the offset pitched nacelle vanes leading edges and push blade oriented trailing edges on the returnblade section. The uncovered pushblades or ducted pushblade section. Discharged on the pushblades from both rotor halves. Meaning, from the entire rotor surface exposed in upwind. Kinetic energy circulates from the returnblade section along the pushblade section along the rear with closed additional exhaust 270* to the main exhaust.

4.2 Omnidirectional by means of omnidirectional arranged nacelle vanes around the turbine rotor outer circumferential with respect to the rotor so that kinetic energy is absorbed by the rotor blades, whereby engorgement arises causing the rotor to rotate to do mechanical work by the rotational energy rotating the turbine machine drive train, driving an automated rotary magnetic servo machine, an automated transmission, contestant velocity planetary turbine gearbox mechanical coupled and electrically mated with the digital computer system and sensing units and devices. The gearbox output connected in the female shaft input of the generator rotor, wherein connected with the extended corresponding contra shaft piece in the rotor cavity and screwed with sunken Allan head bolts and tensioner wrench in the threaded bore holes protruding the shaft paces and locking the shafts.

The offshore wind turbine superstructure is constructed on a substructure at sea on the seabed or ocean constructed on the ocean floor or lake or river or in a body of water for desalinating water, distillation water, purifying water in the substructure by the steam turbine wherein provided in the compression chambers containers with minerals and nutrition’s that resolve with the gasses. The substructure is heat molded in the pilled and excavated cavity in the seabed implemented in the ocean floor or seabed augmenting around the body of water whereby the Eiland rise above the water level. Construction is performed by civil engineering machinery on marine vessels. The piles are piled in the ground by compression machines and excavator ships where after build from towers and the decks. Holes provided by the piles with the radius of serval meter for supporting large double decks. The water proof piled structure defines the conic triangular round structure whereon the outer round wall water provides compression for obtaining high compression by the sloped walls.

Water is pumped by the vessels water pumps and emptied for excavating the seabed for anchoring the foundation. The piled, excavated, emptied and pumped dry, wherein the bed vertical anchor beams are moulded with reinforcing structure or piled beams or tubes extending in the foundation. The foundation thick layers are moulded on the bed and granite is poured in the pilled cavity moulds providing the inner cavities for the chambers of the steam turbine and desalinating and providing nutrition’s, minerals and proteins to the water in its gas form. Whereby the created a large platform at sea that rises above the water level. The load bearing substructure ends above the water level as an Eiland whereon the superstructure is moulded with moulded joints. Which fairy from heights for reinforcing the granite super structure. The Steam turbine, and water distilling power plant is made in the submerged substructure with the large Eiland stretching 20m in diameter and moulded 50 meters in the river or sea floor where on the upper support tower column is moulded comprises at the tower top an omnidirectional wind turbine generator is moulded on a radial extending horizontal load bearing deck. The lower substructure large diameter column in the size of an Eiland comprises the steam turbine in the substructure below the water level which compresses the side walls of the construction with steel vertical reinforced and moulded with solid state steel moulds wherein the inner reinforced structure is bolted or welded with longitudinal or steel metal beams supported on transversal steel beams mounted with the two longitudinal side frames water ducts and drains are provided and cable conduits. The mold encasement is filled with molten granite by a tower crane from a vessel. Constructed vertically, where all the chambers are at a different vertical level and horizontal angle for structural integrity several meters from the outer walls around the center axis of the substructure which bear the load along the entire sloped outer walls transferred to the inner walls. The substructure can house more boiler rooms and compression chambers and turbine chamber augmenting constructed in the moulded granite structure.

The first chamber cavity is below the bed or equal with the outer soil which is the boiling chamber stretching 8-meters in length and three meters in wideness with four separation walls and ducts in triangle inner roof or ceiling such for transferring the structure load to the surrounding walls. The ducts merge with the longitudinal pyramid shaped inner cavity for vapor accumulation made of solid thin layer that form the side sloped walls with extending edges forming a gabled roof. safety discharge valves are provided in the floor and pneumatic and hydraulic mechanical installed in the wall that actuate the floor valve doors connected with the decompression duct. The sloped floor of the accumulation cavity permits condensed vapor or water to flow down and back to the boiler chamber through the lower ducts. The boiler room is arranged with four heating furnaces made of stone and probes and heating elements inserted from the dry top oven wall in the four submerged furnaces and electrically connected by waterproof insulated electric wiring conducted from the ceiling.

The boiler chamber water intake comprises an intermediate intake vertical tank provided beside the side wall of the boiler chamber. The water supply tank is vertical and completely closed with a vertical cavity for water filled therein by an upper hole extending to the exterior wall and trough the exterior wall where through the hole the river or seawater enter the tank and files the boiler rooms bottom floor till a determent volume with sea water and is maintained at that water level. Water enter the tank from the top hole related to the exterior hole and presses water by the load hydraulically in the boiler room by the lower holes at the bottom of the water supply tank. Intake holes made beneath the water level of the boiler room at a predetermined Hight. From the bottom floor. In the partially submerged boiling camber and in the water reservoir the squire granite, Vulcanic mixed rock is molded on the water reservoir bottom with a surrounding structure, square molded submerge in the body of water and extending several centimetres above water level, wherein the top the plurality of heat elements and heat probes inserted and screwed mounted in bearing. Inserted from the top in the upper wall in the surrounding furnace structure. The heat probes are electrically connected by waterproof electric with cables insulation and heat insulating foils. The furnace structure comprises openings in the submerged structure provided for maintain the water level inside the structure. The boiler chamber walls comprise hydraulic connection ducts under the water level in the walls.

4.3 The second cavity is the clearwater collecting chamber that relates to the turbine exhaust duct decompression duct of the substructure The at least one exhaust duct of the steam turbine is connected to the decompression duct relates water chamber and vertical decompress duct. The large water chamber opposing the boiler chamber on a elevated level comprises hydro turbines that pump water to the shore by means of pipes connected to a valve from the turbine exhausts connected with the external water pipe on the seabed along the columns to shore. For accessibility the water chamber is located above the boiler room and connected by a shaft from the floor to the lower wall pipe connection and exterior pipe.

4.4 The main exhaust duct is 1m2 that connects the turbine chambers to the water collecting chamber and which is the safety and discharge valve. The decompression duct connects with the accumulation gallery by sub ducts to a valve door and extend vertically upward to the top of the substructure and extend from the top of the structure. The extension is provided as a cube of 1m wherein a square flat valve is mounted in operable bearing, in a open frame structure slides vertical opening the duct cover by inner pressure. The substructure entrance is a lift made in a shaft opposing the decompression duct around the centre. The lift is made in the vertical cavity parallel along the centre axis wherein the cavity sidewall is mounted airducts, water pipe intake and return pipe, high voltage insulated cables and data and communication wiring. The entrance door and lift is made in the structure column. The lift shaft accommodates high voltage electric wires and cables, air pips or dusts through the shaft cavity.

4.5 The first compression chamber and generator cavity is moulded in the substructure at elevated Hight from the water collecting and pumping chamber and opposing the grand accumulation parallel beside the center axis of the tower. The compression chambers and turbine chambers are one cavity separated by a wall thick wall wherethrough compressed steam enter the turbine chamber and turbine machine rotor chambers. The second and high compression chamber and turbine chamber are located at the top of the grand accumulation chamber connected with the duct. The ducts of the grand gallery connect in a slope for condensed water to flow back into the accumulation chamber and to the boiler chamber through the lower corner connected ducts.

4.6 The entrance doors and valves doors are operated hydraulically. The accumulation gallery connected lower steam exhaust duct to the low compression chamber and the upper high compression exhaust related to the high compression chamber are operated by hydraulic valves doors. All doors and valves are operable by a small piston and a larger piston and a closed container filed with water or hydraulic fluid. The entrance doors comprise two tiles like press buttons for opening and closing the door made in two cavities. The two cavities comprise two hydraulic pistons connected with the hydraulic fluid supply that connects with the larger hydraulic actuator of the granite door. The rooms are connected from the elevator with cavities to the chamber hydraulic stone doors opened by pressing a tile in the wall beside the door

4.7 The hydraulic fluid is filled in one piston for opening the door and the second for closing the door is empty and connect with the first poison. When the first piston is compressed by the block downward the second is filled and the large door is opened whereby the second small piston is filled and the spring of the block is lock in the open cavity edges. By pressing the tile or stone the spring is designed pressed in the block and pressed the piston down. The hydraulic containers are moulded of water proof stone mixes including glass and ceramic. Entrance doors and valve doors are horizontally and vertically opened and closed in the window casing wherein accommodated in plain operable bearing

4.8 THe vertical opening duct doors in the accumulation chamber are mounted in the wall in a window opens, closes and seals the steam duct. The window is opened by inner pressure of the gallery that presses the wall actuator stones in the wall and the hydraulic fluid of the large chamber in the window of the valve door supporting the door is opened. The vertical door is sides in the stone door upper section in the window comprises a piston with exact plain bearing fit in the cylinder.

4.9 Electric generator for producing a pulsing electric current or Direct current, applied in objects, devices and machines with this matrix of fluid circulation method of turbine machines that include electric energy provided to the electric smart grid transported by means electric cables. Including electric machines combined, Applicable for generating electric current and propulsion from stationary and moving object, for falling blunts or spacecraft. Converting rotational motion, linear motion, locomotion, Stream of fluid, Ram air, Bleed air, ambient air or artificial generated fluid stream, light or laser beam, ions, and rays and magnetic flux, Applicable because of the invention of rotation, applied for electric turbine machines for electricity and for propulsion.

4.10 The wind turbine is mounted in operable yaw bearing on the elevated structure top deck with a first circular cavity around the outer circumferential with a spacing for the structure walls. The rectangular alloy cavity with roller mounted operable blow the circular cavity wherein at least one circular and perpendicular flange is placed to be mounted with the nacelle that is lowered in the cavity on the rollers and locked with the perpendicular flange in plain bearing with the stationary frame, The nacelle shell is operable mounted in bearings whereon the inner circumferential of the bearing nacelle wall is provided with a rack mashing with a pion of the at least on industrial hydraulic actuator with park and lock mounted in with the frame of the lower deck machine chamber The second cavity is the shaft hole provided with bearings. The electronic weathervane or LIDAR is mounted rightly on the nacelle that indicates the wind direction and changes to the automated system that adjusts the nacelle intakes in optimum wind direction. The nacelle top comprises a lightning rod elevated from the weathervane insulated mounted and electrically connected by insulated rods with the ground rod. Aviation lighting is also provided in the nacelle top,

5.0. Omnidirectional prototype of wind turbine generator and motor of figure 5. [0286] The omnidirectional Vertical axis fluid turbine machines serving as wind turbine generator, comprises a machine chamber located at the below of the rotor chamber constructed on the lower machine compartment wherein the main axis extends through the bore in the separation upper wall in water proof bearing and bushing, operable in plain bearing through the lower wall and protrudes in the lower machine chamber below the rotor plenum. The electric machine stator is made with at least one stator consisting of a stator radial armature with at least one fermented gauge wire wounded coil. Or circular arranged cylinders of high permeable electric conductive material whereon gauge wire is wounded and coupled in groups providing a three-phase, four-phase current output. The stator comprises two coaxial stators and two opposing gear rotatory magnet arranged rings mounted on the main axis.

5.1 .The dynamo, or alternator electric generators are combined generator which provides possibilities in current output phases and motor controlling the tow motors. The rotary magnet rings are of a solid permanent magnet or of a plurality of rare-earth magnets arranged besides in alternating polarity such to be driven by the lower electric conductive segments whereon wounded gauge wire energized as electromagnet solenoids for driving the motor and energized by the rotating permanent magnet for or electro magnet with a spatial distance for rotation of the rotary and adjustable magnets. By a single wounded armature, the magnet diameter are corresponding wideness arrange as one or two coaxial rings. with the radial projecting stator bars having two armature each of four radial projecting bars. The generator magnets are made like the geared electric machine. With a planetary gear set expends in the horizontal plain from the axis to the magnets on the ring in the horizontal plain from the axis with a large sun gear connected mashing with the planetary gears which rotates the ring with the magnets.

5.2. The permanent magnets are arranged circular on a ring opposing the radial stator bars. The plurality of magnets is spaced apart and glued with two-component glue on the disc. Where also logic dictates that arrangement of polarity is neglectable and of no effect when opposing an armature of iron or copper. Where smaller magnets are replaced by a more powerful ring magnet is fixed on the ring with a single polarity facing the stator bars. The magnet can be arranged like a motor and generator with electric connection by brushes. The opposing lower generator armature comprises a field winding or bobbin coil wiring of large increased diameter 10 gauge of insulated electrical wire of predetermined length of 18 wounds, wounded in several layers around the lower outer armature circumferential. The increased diameter is provided to produce a current with a larger amperage instead of Milliamperes, to generate at least 1.5 AH, and to able to charge batteries such as supercapacitors formed battery of 12-volt battery for providing the amperage and watts required including more powerful lead acid vehicle batteries that till 100 amps can be charged and applied with the turbine machine.

5.3. A polyphase winding can be applied. The opposing stator coils are wounded around a tordial transformer with a primary winding for the exciter current and the large secondary winding is the generator winding. A polyphase wounded generator provides a multiphase output of six phases or more. The optional motor/generator is mountable above the compact disc on the rotor axis in the recess between the upper wall and the lower magnet compact disc mounted in bearing operable with the axis and electrically connected with the axial poles of the ferromagnet. The magnet comprises a bore wherein the axis slides in an electric insulating material in the magnet center hole comprising at least on fine screw with crosshead screw, screwed in the threated bore of the insulating solid magnet shaft and shaft bore, screwed locked with the rotor axis the magnet motor is mounted in a casing which is mounted with the upper wall by cross head screws and screwdriver. The motor with a stator armature and multiphase coil windings is in the casing opposing the magnet with a minimum spatial gap for rotation of the magnet. Mounted with the upper or side walls with extensions.

5.4. The motor and generator apart from common synchronous generator and motor. Which is more an exciter and whereby only the stator is energized with field coils and stator coil windings for supplying generated current for a continuously a. The invented electric motor is more powerful and generates a large current in the entire stator for supplying power to the motor for driving the motor with the entire drivetrain in the turbine machine in continuous operation and altered by wind or the power supply. Startup by the wind and the turbine rotor or by the automated system and power supply. Governed by the turbine rotor or turbine computer system which is also regulated in RPM by the motor speed control system. Motor control governed by a classic governor mounted on top on the extended shaft above the magnet bearing and the upper top cover. The centrifugal mechanical or flyball governor can be applied for triggering the electric valve gain and by the operational pre and/or post amplifier gain. The governor is applied for the increase and decrease of the spatial distance of the electric generator rotor with the opposing stator armature. The centrifugal force expends the weights radial until 45* from the center outward whereby the mass pushes the shaft in the magnet bearings downward by the rotating weights.

5.5 Where in modern times motor control is automated by transducers and electrically operated and with digital hand throttles, and foot paddles, and navigational controls, joystick, throttle lever, and rotary rheostats, regulative Potentiometers, and digital potentiometers and or switched including microswitches and or linear rheostats built, coil switches, 220volt dimmer and electric supply serving as motor speed controller driving the ring transformer etc. in the accelerators and barking paddles. controllers and remote controlled of speeding and flying vehicles and crafts. A governor is made in different embodiment according to it application, Whereby the autonomous turbine machine having microswitches, regulative digilat potentiometer for triggering the electric valve by a small voltage or the voltage is flown through the potentiometer, or dimmer or rheostat coupled to the controller unit.

5.6 The generator operates perpetually with artificial flow of fluid like a pump or electric fan which may comprise a magnet as motor include a stator and multiphase windings or single coil winding. Whereby the ventilator fan governs the wind turbine rotor for generating the required voltage. The wind turbine is tested with a manual voltage and battery charging regulative rotatable potentiometer connected with the operational amp and 6-volt and 12-volt 0.7 AH and two 6-volt batteries of 11AH each and automated by sensor and battery charging system and voltage meter including turbine rotor RPM.

The wind turbine electronic speed controller can be arranged in different arrangements for starting the turbine and regulating the output current for charging the battery and maintaining current above the battery level. Regulating the generator input or exciter current and by shifting gears. And rotor velocity control. Whereby in different embodiment the clutched turbine rotor can be disengaged, uncoupled and bypassed whereby the motor and generator remains in operation generating electric current. The coil external lead is soldered on an insulated piece on the armature with the armature yoke connection, connected with two insulated electric wires which connect with the at least one rectifier applied for automotive. Operated 12volt lead acid batteries, Lithium-ion batteries interconnected in serial and in parallel. The DC output is related with the green-caps or battery from which power is supplied to the electric components. Whereon connected an inverter of 300 watts, by the green caps or by means of a 12- volt DC Battery of 2.5Ah. 4.2 Ah Tested with Manual regulative potentiometer, automated coupled to the generator coil winding and by switches and individual connected stator segments. The regulative power supply regulates the output current above the battery voltage for supplying current and to the battery to remain charged.

The secondary transformer windings consist of four 4 phases. The first is rectified by an IC bridge rectifier with two AC intake phases an Two DC output phases electrically related with the 3 blue LEDs, by wires connected to the electrolytic capacitor poles and by resistors with the LEDs. The second and third is rectified and accumulated in capacitors supplied to the electric motor if applied and the third larger voltage is rectified for the reachable and DC current supply. Whereby the last AC current Phases are stabilized and applied for ac current supply.

5.7. To apply electromagnet bearings for levitating the main shaft and adjusting the shaft electromagnetically and combined. The permanent magnet bearing mounted magnet as motor that levitated the shaft with the shaft mounted rotors. The magnet bearing rotating and/or stationary permanent magnets are electrically connected and supplied with current for augmenting rotational speed. connected by two carbon slips or brushes at the sides or at the upper or lower surface. The wind turbine remains in perpetual operation with the current supplying from the transformer selected secondary coil winding two phases rectified and/or amplified connected to the regulative circuit and chip for driving the motor at constant velocity without the need of a gearbox or the wind. Wind may accelerate the rotor velocity and maintains in operation. The regulative amplifier operates with the shaft speed sensor connected with the operable amplifier.

The motor controller can be set and arranged in different modes such as operating with the output voltage of the electric generator voltage probed by voltage or ampere meter. The motor rotating magnet alternating velocities can be triggered by the shaft sensor by means ECMs, of transducers units, signal generating unit, DSP, and processor unit provided soldered on the PCB and closed in a metallic casing. The speed controller and limiter and voltage limiter by trim pods, provides sequences of voltages for increasing or retarding rotor speed or motor speed. The electronic motor control is a continuous power transmitting electric power supply or transmitting pulses of determined watts to control the motor RPM.

-Motor control is operated by control pulses of the governor, like a cruise control for speeding and flying vehicles. Operated fully by autopilot or semi-automated by a pilot which alters the motor throttle speed by a digital hand throttle or foot pedal or switch, whereby the speed is maintained such as a cruise control till altered by the pilot and/or brakes. Whereby the turbine is battery connected to the power supply comprising a charging system. The power supply oscillates at 400Hz and is inverted to 50Hz or 60Hz. The axis is rotatable mounted in the axial walls through the bore and nylon bushings. In plain bearing and bushing waterproof in the rotor chamber axial walls protruding through the walls in to the lower machine chamber and the upper plated levitated by ferromagnets. The stator nacelle comprises an omnidirectional arrangement of wind directing and redirecting intake and/or exhaust vanes forming vertical ducts or baffles arranged in determined quantity and spatial distances apart. With different offset angles of degree and the angle of attack on the rotor pushblades by the trailing vane or wing edges while the leading edges are at offset at the returnblade or the rotor.

The nacelle vanes or blades channel fluid angular by receiving fluid on the side vane or wing surface and conduct fluid by the angular arrangement or vane pitch, to the trailing edges for release on the rotor pushblades, fixed implemented deflector vanes between the upper and lower axial walls enclosing the turbine rotor operable and fixed mounted with the shaft in magnet bearings. The omnidirectional matrix of vanes are the intake and the exhaust arrangement of omnidirectional vanes. Arranged in sections on the surfaces divided around the rotor of four surfaces of 90* per surface. Made squire which may consists of three surfaces of 120* per surface having a returnblade and pushblade rotor section.

That provides an omnidirectional triangle nacelle with three wind catching surfaces wherein arranged redirecting and compressing vanes or with additional nacelle vanes at the pushblade section added to the matrix of nacelle vanes. The A squire omnidirectional turbine is made with two or more rotors. An octagonal or hexagonal having multiple surfaces whereby more surfaces are engaged for receiving flowing matter. The turbine machine comprising perpendicular intakes and axial exhaust provided in the nacelle and vice versa with axial intakes and perpendicular exhaust. Where the turbine nacelle the rotating object and capturing device is of all existing rotors and propeller rotors are applied. Driven by an induction motor, a servo and servo controller, stepper motor, Magnet motor and magnetic motor operating in ambient air, ram air, bleed air, bleed steam and submerged in liquid and water.

The omnidirectional Quad prototype in figure-5, comprises four wind catching and wind guiding surfaces that sever as intakes and exhausts according to the wind direction form all direction. From the East, from the West, from the North, from the South or from any angle in between. The vertical stationary nacelle vanes are fixed in the provided windows or four equal sections having the same. The windows are divided from the rotor axis in the push blade and return blade sections. Whereby the return blades are defined at the left rotor half and the push blades at the right rotor half whereby rotation of the turbine rotor is in counterclockwise direction. FIG.5. is the working prototype of the Omnidirectional wind turbine for illustrating the working of the turbine motor/generator. The prototype is constructed of two squares and rectangle cubes or boxes consisting of a lower base which is the machine chamber and the thereon mounted aligned with the center axis on the lower machine chamber, the rotor plenum with omnidirectional arranged nacelle vanes closing wall the rotor plenum fixed mounted on the machine chamber extending vertically parallel with the vertical rotor. The nacelle consists of four rectangular windows with deflector vanes implemented between the horizontal axial walls of the rotor chamber supported on the four corner beams that extend with the trailing edge toward the rotor push blades with a minimum airgap with the rotor. Two more deflector vanes are added at the return blade side which redirect wind to the push blades at the shielded portion of the nacelle where the push blades are located at the back of the return blades providing an extra momentum to the turbine rotor.

Trough the matrix of conductor vane arrangement in the nacelle windows of the quad nacelle vertical windows. In this embodiment Referred to as an omnidirectional squire turbine machine with four equal windows and closing axial walls with a minimum spatial air gap with the rotor. Omnidirectional wind turbines remain stationary wherein vanes are oriented to conduct flowing fluid from all direction circulate linear, angular and tangent through the turbine by stationary or motorized vertical adjustable airfoil conducting and deflecting vanes set by automated electronic unit with preprogramed patterns. From 360* around the stationary wind turbine. There is no limitation in the art for defining one arrangement where all angles of vanes may be altered and applied as wind turbine and hydro turbines in a watertight machine chamber. Fig.5. is the prototype made as a Quad with a second cube as base chamber? The Omni-directional vertical axis wind turbine generator for demonstrating the invention for generating electric current with a stationary and fixed turbine machine without yawing the turbine into upwind direction in a simplified gearless arrangement and with a planetary gearset. The invention is an excellent example how to preserve the environment in an economical and sustainable manner. This prototype is made without and expensive 3D printer and expensive parts and is simply build by hand. I have used some old wooden boards and electric parts from apparatus.

The omni directional wind turbine is made for testing its capabilities is constructed of compressed wood and multiplex wooden boards existing of a square base and a rectangle rotor plenum, whereby the lower part houses all the machine and electric components and units within said base whereon the rotor plinum is mounted and vertically aligned with the exact center axis bores for receiving the shaft through the bushing in the bore holes of the top plate and bottom plate of the rotor chamber. The wind turbine is constructed from 15mm/0.59inch thick wood boards starting from the upper plate on which the threaded axis of 4mm is levitated. The shaft magnet is a potted permanent magnet with a center threaded bus, M4 screwed on the shaft on the upper rotor cover and locked with a axis screw clamp. The potted rotary magnet is locked with the axis levitated by the opposing permanent magnet fixed on the top cover with the magnet bore centered and aligned with the cover bore hole.

The upper horizontal rotor cover is 220mm/8.66in x 220mm/8.66in square and 15mm/0.59inch in thickness, glued and screwed on the four vertical corner beams the supports the upper cover on the lower rotor and machine chamber wall of a larger square of 360mm X 360mm. Whereon the rotor chamber of 220mm X 220mm is glued and screwed by self-taping wood screws. The rotor chamber extended 305mm upward from the upper base cover, mated by means of wood-glue and self-tapping wood-screws of 30mm/1.18in long said corner vans are 15mm/0.59in thick, 60mm/ wide and 295mm/11.61inch high and are centered and screwed and glued with the upper plate of the base or compartment which is a squire box of 360mm14.17in x 360mm/14.17in placed on 150mm/5.91in high 360mm/14.17in wide side plates. The inner cavity of the base compartment is 330mm12.99in x 320mm/12.60in and 135mm/5.31 wide height. The square box inner sides have one open side. The deflector vanes are arranged between an outer squire and inner circle with an airgap of a millimeter. The outer square is the size of the upper cover which is 220mm X 220mm and the inner circle diameter is 182 millimeters.

The nacelle vanes consist of flat vertical vanes or blades with rounded leading edges. With the four structural supporting vanes and serving also as beams defines the four window surfaces that serves as vanes at the returnblade section and from the pushblade section of the vane surfaces. The structural support vanes are the first vane from the corner of the pushblade section. The four support vanes at the pushblade section are oriented 70* t0 75* at offset and from the opposing surface of the vane at the push blade section with an angle of attack of 15* conducting fluid on the entire blade surface. The four corner beams are 60mm wide and 15mm thick mounted on the four corners between the outer squire and the inner circle the trailing edge oriented on the pushblade from the return blade at offset for diverting fluid and the trailing edge pitched in upwind at the opposing pushblade sides of the four corner vanes. 5.19. The Second nacelle vane is reduced in wideness and thickness with equal vertical length regarding the first vane the second nacelle vane is 45mm wide and 3mm thick fixed mounted in the nacelle window axial walls, at the return blade section placed angular at 63* whiteout curved leading edge which is at offset whereby fluid is accommodated on the flat blade or vane surface and redirected in the rotor plenum. The Third nacelle vane is reduced in wideness then the second nacelle blade. is place 45* at offset. As the distance between the square and the circle recesses that reduces toward the center axis of each window and increases toward the corner or the square. Nacelle vanes at the returnblade section are placed in an angle because of the flat vanes without curvature whereby the angle provides the curvature required for diverting and conducting fluid to the push blades from both rotor section. The nacelle omnidirectional vanes can be made with partial curvatures or complete curved nacelle vanes which are upwind oriented including at the push blade section.

5.20. Nacelle vane like the first flat vane can be placed fully pitch in upwind with the leading edge at 0* degree linear in upwind oriented with the trailing edge with a 80* curved trailing edge focused on the pushblades. With the second flat vanes having a 70* curved trailing edge. The third nacelle vane having a 60* curved trailing edge. The fourth nacelle vane at the push blade section having a 50* trailing edge. The flat nacelle vanes like shown can be made with upwind oriented ramps and lips prolonging the leading edge with flat vanes or one curved vane. The nacelle vanes are not pitch adjustable and fixed mounted in a predetermined angle. The three vertical redirecting vanes providing additional intakes and/or exhausts are fixed mounted at the push blades sections. The vane offset angles are set in different angles in different embodiments and is not limited to this example.

5.21 The design and measurements of the omnidirectional nacelle whereby the inner Circle defines the rotor plane occupied by the rotor and the gap or with a second circle indicates the spatial distance and the outer square line is the line of arrangement of the trailing edges of that length according to their position and angle. While the outer geometry can also be a circle whereby the matrix of nacelle vanes is arranged in circular formation with nacelle ducting vanes. Arrange in Delta formation, Quad formation or more. In this same angular vane arrangement or with different angles of attack and offset. The inner circle remains round for the round circulation space in cubic meter, while the outer spatial figure can be of any geometry. The four corner support vanes are functional by both their surfaces, whereby at the left return vane surface is oriented at offset as deflector vanes, while at the other surface of that support vane is located the push blade rotor and nacelle section where the vane comprises a sharp angle of attack extending 30* outwardly enveloping wind from a larger surface than the rotor blade uncappable of capturing. The nacelle supporting and deflecting and compressing vane channels a larger amount of wind into the through and to the push blades of the turbine rotor.

The wind turbine generator is constructed for testing the possibilities in different arrangements in this embodiment of omnidirectional quad surface. he standards compared with machine made parts because the device is handmade with a hand saw, screwdrivers, a small battery powered screw-machine, a solder iron and desolder pump to salvage semiconductor components and electric units. Still it is not to be compared with the efforts of building a pyramid with hammers and chisels. The main intake is situated at the right of the omnidirectional matrix of deflector and redirecting vanes with predetermined spatial distances and stationary angle of attack for channeling fluid to the required blade section and side. The first and second additional vanes are mated on the left side of the stator nacelle assembly of the omnidirectional arrangement of the wind turbine, made of 2.5mm/0.08in hardboard and equal in height increasing in wideness toward the center. Said vanes are angular arranged and spaced apart in a predetermined distance and degrees for preventing wind flow from reaching the return blades and to redirect this wind flow angular or tangent on to the rotor back of the return blades and at the front upon the push blades of the turbine rotor blades.

The additional vertical wind vanes cover the return blades and redirect and inject wind from the return blades rotating against the flow during their half rotational cycle applied for an extra push or momentum. This way said vanes have multiple functionalities by shielding, deflecting, redirecting and channeling wind of the return blades and deflecting and channeling fluid to the proper direction for generating thrust which propels the rotor in to the rotating direction and may function as shutters closing these inlets by means of actuators. Starting with the corner vans which is placed with a minimum angle of approximate of even 90* with a blade curvature at the leading edge. Including the second vans approximate 85*, the third vans are approximate of 75* or 45* or 30* creating air ducts at predetermined spatial distances to create an angular acceleration and compressed additional intakes to discharge on the capturing device.

The additional intakes and/or exhausts and main intakes and/or exhausts of the prototype are made from the left toward the main intake at the right and/or exhaust at situated on the right side for rotation in counter clockwise direction. Whereby the first corner vanes are the structure supporting vanes with increased thinker and broader for the increased longitude of the deflector vane from which the leading edge is auctioned with a wood file and smoothened. The placement angle of the first vane is sharp oriented slope and curvature of wind toward the rotor push blades. The leading edge of the first vane is at offset of the wind steam and the broader vane surface envelopes air into the baffle with an angle of approximate 70* and discharge on the back of the return blades. The first corner vanes side surface function as lips of the intake ramp of the intake consisting of that surface. Made of four unidirectional surfaces forming a omnidirectional turbine machine. The subsequent vanes placement angles are subsequently reducing while orienting toward the push blade section. The four thicker corner vanes are also the supporting structure for the top wooden plate. The quad directional turbine comprises four sides with equal vane arrangements at all sides of the same matrix.

The top squire cover of the rotor housing of having a thickness of 15mm/0.59in, is equipped with a borehole of 4,5mm/0.18in, at the exact center of the top cover panel in which is pressed a nylon bushing accommodating the axle in plain operable bearing compressed in the bore with epoxy. of 4.2mm/0.16in. The first load bearing permanent magnet is fixed on the top nacelle cover centered with the bore comprising a center bore of 5mm where through the axis protrudes in insulated material through the top cover and the lower wall of the rotor plenum. The second magnet is fixed with the shaft with a rubber insulation and glue and with a plastic washer and nut at the upper surface of the permanent potted magnet with a center threated bore of M4 threated bus. Apart from electromagnets, Levitation of the shaft and shaft-mounted rotors is obtained by 3 permanent neodymium ring magnets. According to the lessons of professor Eric Laithwaite, whereby the lower load supporting bar magnet repelling the upper bar magnet and vice versa, Is not stable because the upper bar magnet does not remain stationary and drops beside the lower support magnet. The shaft is 4mm/0.16in, thick and 450mm/17.72in, long, by means of attached insulating plastic washer and a nut on top of the washer.

Like explained for electromagnetic levitation of an aluminum plate or rotation of a copper cylinder bearing mounted on a shaft. Where a single coil winding of copper wire on an electric permeable cylinder acts as a single permanent magnet whereon the levitated object is not stable. By applying a second ring coil wounded on a second electric permeable cylinder around the first ring coil or a smaller inner ring coil. By applying a second coil a second magnetic field is generated which supports the levitated object or magnet when levitation with permanent magnets, stable and in place with a smooth and stable rotation of the shaft and for the linear motors. The shaft and rotor can be suspended from both shaft ends. From below and upper ends with 2 stationary support magnets supporting the upper levitated magnet. The levitating permanent neodymium magnets on the top consists of a first center magnet with an outer diameter of 15 millimeters and an inner diameter of 5 millimeters for insulation material. The second larger ring magnet is glued around the first magnet comprising an outer diameter of 40mm and an inner opening of 24mm wherein the first magnet is glued with two-component glue. The 2 magnets are poled with the same polarity toward the third levitated magnet which is poled also with the same magnet pole toward the two lower supporting magnets. The third levitated permanent ring magnet levitates the shaft which is mounted rigidly in bearing in the magnet center hole of 5mm to rotate with the shaft with insulating material on the shaft. The outer diameter of the third magnet is 25mm. This levitation method is obtained linear with bar magnets or longitudinal magnets. with rotating coper rotors or wheels and levitating and riding the object or magnet piston.

The lower part of the shaft extends from the rotor hub entering the lower compartment through the bottom wall of the rotor chamber, which is the upper wall panel of the base chamber, where trough the shaft is received into the electric machine casing in pain operable bearing mounted aligned in the lower chamber The shaft is extended through the base plate by means of the bore hole of 4,5mm/0.18mm made at the exact center of the said base panel entering the component chamber wherein the inner side a second nylon bearing is placed with a minimum air gap with the therein accommodated shaft centered through the borehole and mounted with two wood-screws of 10mm0.39in long.

The electric motor rotor is another embodiment of the coaxial geared electric machine, which expend coaxially in the horizontal plain for accelerating the magnets extended with the cyclic gears in the horizontal plain mashing in gear keys comprising thick gear of 1cm thick, fixed mounted with the axis and in a aluminum metallic casing. The main axis lower end, ends in the first cyclic gear set. At least one gearset can be applied with at least one ring of magnets. More planetary gearsets cam be applied connected to the first gearset. The 4mm axis is expended to 40mm with the outer circumferential gear keys ratio is multiplied ten times, The extended sun gear mashes with the three or four planetary gears which are fixed mounted with the mounted casing axis’s whereon mounted rotatable in bearing and bushing. The planet gear is locked inside extended tracks of the tooted track on the Sun-gear. The planetary gears connect with the ring gear without the side lanes for sliding the ring gear and magnet vertically in vertical bearing and rotatable bearing mounted in needle bearing or roller bearings with the side casing. A pair of planetary gearsets can drive one ring of magnets where the output from the first ring gear is coupled with the sun gear of the second gearset mounted below the first in the machine casing operable in bearings and bushings. The first and second gearset can be equipped with a ring magnet mounted with the outer ring gears. The first geared rotor is 12.2 cm wide with the ring lowered for 1cm equal with th second ring magnet. The second and lower geared rotor is 1cm in Hight and 10cm wide. The stator is constructed of electric conductive segments resembling bolts and heads or nuts from both ends wherein between gauge wire is wounded of 20gauge. The polarity of segments are mounted opposing the rotor magnets axially. The connected in three groups for providing three phase outputs or more phases. The stator armature can be mounted between two geared rotor magnets from both shaft ends for magnetizing the stator heads from both side ends of the segments.

5.22. The Omni-directional wind turbine is equipped with a vertical aligned axis turbine rotor for perpendicular flow turbine rotor rotating with and in flowing direction of flowing matter. Equipped with a blade assembly of three round inward curved rotor blades, radially and axially expending in its curvature from the hub and axially along the hub, comprising a total size of 272mm/10.71, high and 180mm/7.09, wide, (diameter). Made of three cylindrical tin cans solid for that sized and for a prototype propose, cut through half. The outer measurements of the rotor housing are 310mm/12.20in high, inner size is 295mm11.61in The rotor blades are made of round tin cans with a diameter of 90mm/3.54in, which is cut through the middle whereby three demi cans are placed in a star or delta formation and glued in place with two component glue for tin and metal bound and soldered and connected enclosing all the seams with solder tin, whereby the rear trailing edge of each blade is soldered forming the rotor hub whereon the outer trailing edges are intersected forming the connecting point and the rotor hub and turbine rotor radially and axially expending its form. Merged and Soldered connected two component glue and soldered together in star delta formation with each blade at a distal end of 120* having a large capture eare of 120* forming the rotor and the hub, with a large soldered iron ring watcher of 30mm/1.18in at the top and one at the bottom for enclosing the shaft of the hub attached to the rotor blades assembly, with the bore holes aligned at the exact center for the threated iron rod shaft to be placed in the hub and locked with the nuts at the rotor ends.

The iron washers close the rotor and is the fixed shaft mount for the rotor forming the rotor hub, blades are secured to said rotor hub in circumferentially equally spaced apart positions forming the rotor hub. Connecting and aligning the rotor with the shaft at the exact center by means of two corresponding flat and locking nuts at the top and bottom of the rotor and two nuts at the lower end of the rotor blades. The rotor is mated with the shaft which is magnetically suspended centered in the rotor housing between the upper and lower housing by means of the levitating magnets for rotation. The rotor can absorb wind gusts and shocks because of the magnet suspension. Which is tightened with the two upper and two lower 4mm/0.16 nuts with the treated rod of four millimeters thick. The fist nut is to adjust or center or to tighten, and the second nut is to lock the first nut in place. 5.31. The turbine rotor is rotatable arranged comprising a minimum spatial gap with the surrounding stator nacelle and matrix of omnidirectional vanes made in omnidirectional formation around the turbine rotor, with vertical aligned wind directive and wind concentrating and channeling vanes, acting as intake and exhaust around the turbine rotor concentrating each discharge on the push blades. The Omnidirectional matrix of arranged vanes create rectangular vertical baffles where through fluid is discharged on the turbine rotor and exists the turbine angular and linear through the opposite stator nacelle upper rotor camber generating a pushing electric current in the lower machine chamber by the generator which is transformed and rectified and supplied to the three blue LED lights made in the upper cover panel of the machine chamber. The diodes positive and negative poles are welded with resistors to the power supply for max 5 volt.

Vanes which are spaced apart and oriented in different predetermined angles of attack and offset, with a predetermined spatial gap of 11mm/0.43in and 15mm/0.59in, which may resemble fixed mounted vertical window blinds or lamellas with increasing wide toward the center and can be provided with servos for pitch adjustment of the nacelle vanes. The nacelle vanes are glued with wood glue between the upper and lower wooden cover panels of the rotor housing, the entire device is made of 15mm/0.59in, thick wood, excluding the two veins in the middle of each side which consists of 2mm/0.08inch hard board. The corner contains a thicker and wider vein of 65mm/2.56 wide and 295mm/11.61in, high which is glued and screwed by means of 30mm/1.18in, self-tapping wood screws and wood glue. The two vanes placed beside the corner vane on the left of each corner of the four sides of the squire omnidirectional wind turbine is glued by means of wood glue. Whereby the second vane is 45mm/1.77in, wide and 295mm/11.61in, high and the third vane is 20mm0.79in, wide and 295mm/11.61in, high ending approximately at the middle of the rotor. The nacelle is glued in place positioned where after fixed with the self-taping wood screws.

The Said vanes are arranged such for redirecting and channel wind from the return blades to the push blades that remains shielded rotating against the flow during their half rotational cycle whereby the push blades are inversed at the back of the return blades during that half rotational cycle of the rotor. Each side of the quad stator turbine body having, predetermined spatial openings acting as fluid intake and exhaust for deflecting, redirecting and concentrating wind on the push-blades in the circulation chamber and exists through the baffles at the sides and/or opposite of the omnidirectional wind turbine generator, The matric of arranged omnidirectional vanes provides air-passages from all four side surfaces, channeling flowing wind from no matter which direction in to the circulation chamber and discharge on rotor push blades providing an extra momentum to the turbine rotor. Rotation can be obtained in clockwise or counterclockwise depending from the matric of alignment of the vans defining the return blades and push blades by orientation of the vanes, clockwise or counterclockwise and angular aligned from the return blades to the push blades. The rotor surrounding consists of additional intake and/or exhausts with diverting and deflector vanes for diverting fluid angular, tangent and by linear flow toward the push blades and deflecting from the return blades, channeling, redirecting and guiding fluid into the circulation chamber and turbine rotor compartment and perpendicular upon the rotor blades for rotation of the rotor in counterclockwise direction from all angles, which is obtained by the alignment of the vertical vanes and the main intake at the four right corners perpendicular on the uncovered push blade rotor section so that rotation is obtained in counterclockwise direction. whereby each vane is aligned in a different angle around the entire rotary, glued with the inner sides between the upper and lower rotor housing cover. Provided around the rotary with a spatial gap with the rotor. 5.34. The wind turbine generator is made and tested out doors and also Indoors with artificial generated wind stream by means of an electric fan. Such, so that the wind turbine may function exact as tested indoors as well as outdoors. Improved, whereby wind may enter and exit the circulation chamber from all four directions trough the additional intake and the main intake and concentrated all on the push blades where after, exits the plenum through the opposite, angular and circular flow. Which means that the omnidirectional wind turbine is always operable, always oriented in upwind while stationary and in perfect alignment of wind direction while remaining stationary. The wind turbine can function with artificial generated currents and flow by means of an electric fan or water pump or compressor or vapor. The electric fan is powered by the its hub motor and power by the battery and inverter. The supercapacitor battery pack is charged by the wind turbine electric generator, with an artificial wind created by an electric fan or blower. This is a perpetual process wherein the blower keeps the turbine rotor in operation and generating energy, for power supply and charging the rechargeable battery. The inverted 220volt electric output is supplied to the electric fan serving as wind blower for rotation of the wind turbine rotor and electric generator connected to the lower shaft. The device generates current to drive the chain perpetually.

A 300watts DC/AC inverter supplies energy to the fan which is 45watts and 3 light bulbs of 2watts. Having sufficient wattage to connect more electric consuming devices. A battery is necessary for the startup of the turbine, because the generated voltage can be inverted and fed to the electric fan. Applied as artificial generator. This device can be placed outside for the generation of electric current for rechargeable devices, for lamps street lights bulbs and other electric devices relate to the power strip connected to inverter outputs terminal. Generating an output voltage from a few tenth of volts at the output leads of the alternated bicycle dynamo connected by wires which is soldered to a mono audio amplifier AC input and 12-volt power supply from the battery terminals containing a on and off switch soldered on the positive pole, after which the power supply hotwire. Cut stripped and soldered to the switch terminals.

The electric generator output leads are connected with the bridge rectifier ac input and DC output connected with the divider and connecting PCB and the Supercapacitor battery pack consists of five supercapacitors of 2.7 volt/ 500F coveted in serial on a PCB with integrated charging circuit soldered on the capacitors. The battery charger is coupled with a controller for triggering the motor voltage. The electric generator comprises a 15 gauge of insulated wire wounded 18 wounds on the stator for obtaining 12 to 15 volts at determent speed. A DC- DC buck converter provides a stable 5volt connected with the capacitor on the connecting circuit board for the LEDs. The PCB also connects the inverter. The battery charging circuit consists of chargers for 12volt batteries till certain amperage and higher voltage in different embodiments. Whether applying lithium ion batteries of 12 or 20volt related in serial and parallel up to certain Ah which depends on the applied generator. Comprising multiply coils on multiple armatures, providing groups of multiple outputs. The charging system relates with the motor controller and or power amplification supply for the generator for maintaining charging and operational current.

The base of the said vertical axis wind turbine is closed from 3 sides at the extremities, and the top and bottom panel, whereby one side is left open. The three side panels on which the upper base panel is mounted by means of wood-glue and screws contains four iron brackets with an angle of 90degree by which the upper panel and the two-side panel are enforced by means of eight wood screws of 10mm/0.39in, having a flat head. Viewed from the open side into the base there is a plank of 330mm/12.99in long and 140mm wide, which is attached with the side planks at the center and on the bottom plate from left to right by means of wood screws. The electric generator part having strong neodymium permanent magnets must be closed in a metallic Faradays cage from the top and bottom inner panels closing by two demi sheets enclosing the generator with an airgap and screw with the upper and lower walls for preventing magnetic radiation. Wherein compartments such as the generator can be made and separated by sheet metal plates tighten with wood screws to the base, made in a compartment for radiation, the radial casing around the shaft and the magnet disc contains a spatial gap for rotation. Transducers and shaft sensor is omitted in the prototype while the regulative circuit operates by the voltage present in the circuit. A voltage meter is applied to monitor the generated voltage and ampere at wind speed of the artificial flow.

The wind turbine of fig.5. is perpetual by means of an artificial generated flow directed on the turbine rotor artificial flow generated by an electric fan startup by an external motor or power supply in form of a rechargeable means, turbine can be driven by the ventilator connected to the 220v or 110v inverter and connecting sockets. Providing 12volt till 100 amps and USB connections or more connected with the output connection of the inverter power supply and blowing air current on the rotor blades of the Unidirectional or anydirectional turbine from one or more angles and ducts channeled on the turbine rotor push blades operating the wind turbine and generating electric current, transformed and inverted and supplied to the electric ventilator which is an perpetual chain of energy transferred by both machine driving one and other perpetually by the electric fan operating the wind turbine with kinetic energy and the wind turbine operating the electric driven fan by the generated electricity that is electrically connected to the powersupply of the wind turbine Which indicates that we will not be around and the two devices will still be functioning. Which can only be stopped by wear of the material and the bearings. This phenomenon is possible because there is no feedback in the generated energy, the kinetic energy generated by the fan is transformed in to mechanical energy by rotation of the rotor and the shaft which rotates the disc of magnets generating a pulsing electric current which is transformed and inverted and supplied to the electric fan. The wind turbine and the electric ventilator will remain in perpetual motion as well as the connected electric devices or light bulbs will remain on until it is exhausted. 5.39. Power amplification by pulsing can also be applied. AC Power amplification by a plurality of transistors commonly Mosfet. Power amplification by means of a plurality of serial batteries or capacitors. By a transformer with a larger secondary coil winding. Transformers with laminated plates. By toroid transformers can also be applied having three or more windings which has a very high amplification factor only from a few volts the input voltage in the primary. In an arrangement with a small 12volt DC motor used as generator mounted by wood screws on a side of the body connected by a rubber pulley belt to the large pulley attached the axis of the turbine entering the component compartment. The large pulley belt is related with the smaller pulley of the first double pulley attached on the generator body by means of an iron flange. The next pulley is connected to the smallest pulley on the generator axis by a short rubber pulley belt for the generation of DC voltage. A magnetic system can also be applied, cold a magnetic generator in an arrangement with more small motors serving as generator whereby the generator is placed in a circle like connecting with a large horizontal gearwheel, equipped with a spiral shaped rotor blades enclosing the rotor for receiving magnetic force. The axis in the center is equipped with a disk having four magnets each placed 90* apart.

6.0. HYBRIDE AUTONOMOUS, PITCHABLE OMNI-DIRECTIONAL WIND TURBINE GENERATOR.

The invention relates to an omnidirectional wind turbine generator and motor which comes in all sizes and shapes constructed in medium size and superstructure and Megastructure omni-directional wind turbine electric generating power station combined with steam turbines in the substructure. The machine is molded at location of operation by means of granite molded bricks and blocks molted by heat and poured in the steel alloy molds. This process can also be performed for cold molding such as concrete molding with reinforced streel structure and of pebbles of granite, marble and other solids. Heat molded or cold molded with reinforcing structure. Made of an unibody fixed on the wind catching structure. Plastic molded body sections and inflated double outer walls. The device can be constructed of timber wood with a wooden elevated structure of beams fixed with nails and bolts through bores in the beams and steel reinforcing hoops. Made od sloid plastic or PVC. Made of metal or steel alloys, fibers, composites etc.

6.1 The omnidirectional wind turbine is computer designed in a 3D drawing program which mirrors the mold surfaces and preferred sizes of granite blocks. The mold is made of thick steel iron polished plates of automated computerized molds. The turbine generator can be placed on a mounted on equalized granite surface, or laser cut granite surface. Placed on soil. Excavated below ground base section or placed on the ground whereby the soil is legalized by a rolling machine, stamped with stamping machines. With small Manually operated stamping machines. Large hydraulic Stamping machines for providing a leveled and solid surface. The turbine is mounted on the superstructure of bridges and elevated structures.

6.2 Soft soil is prepared by a drilling process and hydrating process. The civil engineering methods are applied for drilling and compressing the ground wherein the soil extralong steel or wooden beams are driven in to the ground and anchored in the soil and with the foundation. The hybrid turbine generator comprises a steam turbine generator in the lower base in a steel inflated casing. The hybrid generator comprises heat engines generator/motors driven by thermal energy. The primary layer is the leveling layer of the super structure which provides a perfect leveled surface disregarding the unevenness of the soil whereon the first layer is molded in blocks and inner blocks having connected and locking joints in and on the blocks for structural integrity including seismic bearings. Bearing mounted block sections or thick tiles of granite are made removable that can be replaced. The super structure is the most known solid structure to last in operation longer than steel structures, concrete structures and wooden structure made of wood, made of composites etc.

The Automated hybrid wind turbine generator for Autonomous operating turbine generator and combined operation of motors, solar energy, hydropower, steam energy electrically connected with the base switchgears, power supply and rechargeable means and grid output connection through breakers to the substation. The stator nacelle constructed in any spatial figure and of related geometry, which is mounted on the elevated structure with its base mounted with the reinforced structure with the steel threaded extending studs aligned with the base tower section in the flange bores and bolted therewith, by means of corresponding anti-vibration washers and hex nuts. Where by the vertical elevated structure is bolted upon the seismic bearing supported, iron reinforced concrete foundation excavated and provided with concrete in the molds with the steel reinforce structure constructing the foundation below ground and above. Said wind turbine foundation is rested on a plurality of piled beams in the soil and connected by seismic bearing with the foundation. Whereon the tower is constructed ted by a crane.

The stress on the nacelle and elevated structure is reduced by contra measures provided by the automated system for reducing structural tension and stress by means of retractable wings and spoiler for compensating wind drag. The electric gyro-wheel is rotatable and motorized in bearing rotating with its axis in the horizontal and vertical plane operable mounted with the nacelle outer body for reducing the structural rotational counter forces. The structural pressure is eliminated with adjustable spoilers with adjustable caster angle set for lift or stall. The steel reinforced concrete structure provides welded steel flange with extending threated studs connections. Flange of corresponding diameter and shape with the connecting base section of the elevated structure. Lowered on the extending threaded studs. Hoisted and aligned and lowered on the studs with the corresponding perpendicular expending flange bores and bolted therewith by means of hex nuts and washers and pneumatic screw machine.

The wind turbine containing a stator and rotor configuration, comprising a stator nacelle with an Omnidirectional matrix of vanes providing an omnidirectional matric of air passages through and around the nacelle by means of vertical pitch adjustable vanes. Wherein the turbine rotor is operable aligned in operable trust bearings on the vertical main axis and inserted therein by keys and key ways and screwed with short corresponding sunk screws with the upper and lower extending rings and threaded corresponding bores on the main shaft. The main shaft extends through the wall of the rotor plenum into the lower machine chamber. The main shaft is disturbed and connected by a gearwheel implemented on the shaft end, mounted in operable bearing with the machine supporting frame. The disturbed main shaft is mashing with the parallel aligned drive shaft by means of gearwheel connection and clutch. The gearwheel is twice as broad then existing gears having a lower opening at one side with the axis wherein the synchronizer is pressed in the opening with the inner gear teethes which is the first acceleration. The synchronizer gear is mounted in keyways and keys connected by a hydraulic piston at the opposing side of the gear connection, connected to the shaft electric lines.

6.6 Apart from Belts, chains and cams, and clutch or a differential mashing and connecting both the main shaft and the intermediate shaft rightly mounted its encasement support and mounted with machine frame. The automated turbine disc-break is mounted around the shafts in splines and fastened. The disc brake and hydraulic piston is mated in the casing mounted on the nacelle wall of the component chamber around both shafts. The disc is mounted around the shaft with a corresponding bore of the shaft diameter and having upper and lower collars around the bore provided with threaded bores keys and keyways on the shaft screwed with star socket nut screw or hex or Allen socket nut. The drum break is mounted on intermediate shaft and the bearing wall mount. The accelerometers are provided in the rotor plenum shaft mounts and the drive shaft in the machine chamber mounted on the wall around intermediate shaft having an electric unit connected to the sensor and electric socket by electric wires and connectors. The magnet motor is mounted thereafter on the drive shaft to be operable by the magnet motor. The disc is rigidly mated in splines and screws on the drive shaft and rotatable supported in its surrounding casing mounted laser aligned in the steel frame structure in bearings. The magnet motor disc and shaft is mechanically coupled and inner shaft mounted in the disc core include upper and lower collar provided with bores and corresponding threaded shaft bores and bolted therewith with corresponding antivibration washers’ bolts and castellated bolts nuts and locking pins inserted in the nut and bend.

Electrical connected turbine is electrically secured isolated by breakers and switch gears connecting units insulated with the fuse box or switching panel, sockets and dividers in cable conducts to the electrical system connected switch gears and breakers and surge conductors to individual machines and components including the wind turbine frame and body are electrically coupled for discharging including static energy earthed conductor cable from the lightning rod discharged to ground rods in the soil. The wind turbine comprising a radio Antenna, and parabolic antenna electro magnetically mated with a satellite transponder for receiving weather data for emergency shutdown. The parabolic antenna is automated and horizontal and vertical adjustable mounted with actuators and electrically connected with the tuner in the computer compartment. An atmospheric boom with wind speed and direction sensor consisting of a self-aligning small wind turbine. Aviation lightning is mounted on the top of the turbine electrically connected to the power supply which is connected to the turbine computer operating system. 6.8. The main shaft extends through the bearing wall of the rotor chamber through the shaft holder base in the machine chamber supported in the machine steel alloy frame. The main shaft is disturbed and connected by an Hydraulic, electronically, pneumatic or electromagnetic clutch-pack operated a gear coupling. And with a clutch coupling and flywheel system. The disturbed lower main shaft gear coupling mash with the parallel situated driveshaft by means of dual cams and chains, gearwheels or a differential mashing and connecting both shafts supported on the frame beams. Where an electronic clutch and dual automated turbine disc- break is mounted around the shafts in splines, discs brake and the hydraulic piston is mated in the casing mounted on the wall of the component chamber around both shafts. The disc is mounted around the shaft with a corresponding bore of the shaft diameter and having upper and lower collars around the bore provided with threaded bores and on the shaft and screwed with star socket nut screw or hex or Allen socket nut. Whereon the first clutch pack is mounted.

6.9. The magnet motor center disc comprises a bore corresponding to the shaft outer diameter whereon the disk is rigidly mounted in with the rotary shaft the casing is mounted stationary rigidly bolted with the outer support frame. The magnetic motor and controls the electronic coupling and the automated gearbox electrically coupled with the control unit or computer system. The magnet motor maintains the rotational speed in a range for the gearbox to maintain speed and remain in the operating gear driving the generator at a certain frequency for generating electricity at a certain frequency, amperage and watts. Wind speed regulated settings for intakes and exhausts. When wind speed maintains a different velocity for a predetermined period of time the clutch is engaged, and the velocity is altered including the gear. This provides more stable operation and frequency and amount of voltage generated and converted. The working frequency of the generated electricity can be converted at each gear shift to maintain 400Hz, 60Hz, 50Hz or ells.

The rotary magnet disc outer edges is supported in thrust bearings in the machine yoke and the Centre aperture is mated in splines on its shaft and locked for rotation in its surrounding casing mounted in the frame structure. The magnet disc shaft mounted core includes upper and lower collar provided with bores and corresponding threaded shaft bores and bolted therewith with corresponding anti-vibration washers’ bolts and castellated bolts nuts and locking pins inserted in the nut and bend. Electrical connected turbine components in insulating material, sockets and dividers and cable conducts to the electrical system connected switch gears and breakers and surge conductors to all individual machines and components including the wind turbine frame and body are electrically coupled for discharging including static energy earthed conductor cable from the lightning rod discharged to ground rod in the soil. The wind turbine comprising an Antenna, and parabolic antenna electromagnetically mated with a satellite transponder for receiving weather data for emergency shutdown.

The magnet motor is mounted in a yoke which is mounted on the surrounding machine frame made of braced and beams bolted or welded rigid structure with sub beam trusses and secured walk ways, and walk ways of planks or braced floor with side support that extending and connect, around the turbine components and bolted to the upper and lower base concrete steel or alloy aluminum frame, having at least one level with provided stairwells. The drive shaft extends from the magnet machine and is mated with the input shaft joint by contra locking splines and bolts and inserted the automated epicyclical turbine gearbox input coupling, having an output shaft mated with the splined input of the electric generator wherein the electric generator is rotated at 1800 RPM for generating a sinusoidal current of 60 Hz or 50 Hz for some geographical regions. Which is transformed in transportable current by a transformer connected by insulated switchgear panels and breakers panels in the component chamber panels made of iron and are fire protective coating.

6,12 Current is transported by double insulated high-voltage cables are conducted through PVC cable conduit and through cable support and cable tray with insulated cables of aluminum or copper current carrying material and provided to the electric grid. Internal power is generated by an alternator providing a three phase AC current which is provided to the electrical units connected by provided electric sockets for electronic components such as breaks and clutch, magnet motor, gearbox. Sensing units, Exciter coils, exterior lightning, Gyroscope with counter rotating mass and automated system. Power is rectified for DC nonconverting units by modular power supplies or made rectifier and regulating and stabilizing circuits. The gyroscopic flywheel is mounted on top of the nacelle, bolted upon with its base stand and mounted thereon in it casing rotating in the horizontal plain, in contra direction of the turbine rotor for counter acting centrifugal forces on the nacelle. Electrically mated by cables passed through the interior frame and intercalate into the hollow stand through a bore in the nacelle. The tower comprising a elevator and ladder. The elevator cage is constructed in the component chamber base at the elevator cage, mounted thereon an eclectic or hydraulic servo connected with the steel cables with counter weights and the lift cage by a pulley system. The magnet motor operated the gearbox and exciter to maintain shaft velocity.

Lubrication oil pans is provided in the frame beneath the intermediate shaft. Lubricant in the oil pan is filtered by oil filters for debris from the circulating pipes and tubes and reused. Pumps and Jet spay nozzle are installed along the shafts plain bearing and roller thrust bearing parts connected by tubes with the gearbox. wherein Probes are provided. Aviation lights and a lightning arrester rod is rigidly insulated and screwed in the turbine body where a helicopter landing pad and aviation lighting system with safety guided stairwell and walk way bolted or welded with the turbine beams and body frame. The wind turbine machine contains an electric backup system by rechargeable means. The nacelle airfoil vanes comprising a leading edge and a trailing edge that encases the support beams mounted in the nacelle window in pitch bearings having bearing circular track bolted in races which connect with the bearing track rotary pitch mechanism of the servo that connect with the vane upper and lower ends, including a spatial gap with the window panels mounted on the window frame. Cyclic Pitch for adjusting the angle of attack of the air foiled vanes and setting an omni directional vane setting or unidirectional rotor plenum by enclosing the off-wind vanes overlapping the next vertical vane. Vanes set for Fusing or defusing with widened opened leading edges and narrow trailing edges, pattern are preprogrammed and operated by the automated system communicating with electronic anemometer and anemoscope mated electrically by wires or wireless by means of antennas connected to radio transmitters and receivers and laser sensors of the electric machine and shaft sensors. For acceleration, reducing or maintaining rotor RPM, the pitch able vanes may change the rotational direction of the turbine rotor. The air-foiled vanes extend through the turbine window panels and frame with the center axis whereon the cyclic adjustable vanes are made in the window frame.

The center axis of the pitch mounted vanes is operable mounted between the vertical window panels with a minimum gap for rotating 90* left and 90* degree to the right whereby overlapping edges connecting with the side vanes closing the vertical air passage. The center extending axis is stationary mounted whereon the vane wings are mated in plain bearing and Ring actuator sprocket locked and position locking means. Hydraulic actuators or rotary pitch bearing mechanism and mount. Mounted and mated with the stationary pitch bearing and bushings and actuator and clamping mechanism with the keys. Electric machine comprising a perforated metal or aluminum disc and solenoid piston as locking mechanism mated in the casing. A castellated sprocket ring and opposing mechanism. Male and female key locking mechanism. The wind turbine generates electric power which is offered to the grid by connecting to a substation which is transformed and divided on the power cables. Electricity is transmitted through high power service cables in different voltages such as first level is 66,000 volts, then it steps down to 33,000 volt and then again to 11,000 volt. From the 11K volt.

The turbine generator comprises air cooling and water cooling system. The water cooling consists of a alloy panel with inner serpentine tube structure for internal coolant flow with an heat evaporator panel assembly with inner coiling tube matrix evaporated by electric ventilator. Comprises thermostatic and electronic operators. The radiator comprises an intake and output host connected by sleeves and screwed clamps connected to a pump and electric units with thermostat. Air cooling aperture is provided for circulating air through large tin ducts. made on the lower nacelle with closed grid wherein provided moisture filter with in each duct an electric fan. Humidity control and electric blowers. Three-phase pole transformer. It contains 3 Live Wires and 1 Neutral Wire. Main wire coming from the electric pole first is connected to the electric meter in your house. From the electric meter the Main Wire is connected to the Main Switch and then through the Trip Switch to the Circuit Breakers, gas insulated switch gears in the Distribution Box. Circuits to various sections of the house starts from the Circuit Breakers. Solar cells or photovoltaic (PV) module are a packaged, connected assembly of typically 6x10 photovoltaic solar cells made in a rigid frame and frame legs or stands and connected to the wind turbine dc input power supply. Solar panels can be mounted on the crowded nacelle top, whereon mounted on the same level of the extending hydro ramps. The lower frame of the solar stand is placed on small rubber pads and screwed with the nacelle and wind turbine frame, screwed in the lower frame treated bores. The stand may comprise squire frames for large weight or stone as reinforced and a center hollow cylindrical metal pipe is bolted with its perpendicular flanges to the lower stand frame. The metal pole supports the solar panel with a gimbal mount or swash mechanism for maintaining solar connection and focus by panels and sun. A solar seeker is a device for indicating the solar position to the actuator controller. 6.16 The entrance door resides at the wind turbine tower base which is unlocked by solenoids and opened automatically by actuator and automated motion detector, and 3D image scan and voice recognition, facial recognition, finger print on display recognition etc. The wind turbine entrance and interior is integrated with motion sensors and lightning sensitive sensors miniscule microphones and speakers mounted in gimbal holders screwed with the base plate or upper plate and bore plugs, on the ceiling and walls. climate control whereby automated life support system, communication system, electrical system including lightning and automated systems are activated and engaged individually by opening of the entrance door, or landing helicopter detected on the helicopter landing pad. Transducers and accelerometer units are provided on or around the shafts and electrically mated with the automated system and provided electrical sockets. Fire sprinklers are provided screwed on the ceilings, With electric units operated uninterrupted with the automated system. Foam fire distinguisher are provided in the high voltage component chamber and main chamber and emergency stop buttons made on the walls in the main and control rooms.

The exterior entrance and top of the wind turbine comprising motion detectors and shock and vibration sensors for the alarm system. The inner infrared detectors can detect atmospheric changes of moving particles the stages of the alarm system by a modem or wireless 4G connection to a control room. The high voltage chamber comprising At least one chemical battery pack of smaller batteries inter connected made in an isolated steel casing with bolted upper cable connection terminals. Wherein the chamber an external grid power supply is connected to a insulated switch box bolted in a rack of steel L Bars. having a main switch and sub breakers. The photovoltaic cells and chemical rechargeable Battery packs provides an inverted electric current of 110 volts 50 Hz or 220 volts 60 Hz, providing power to only essential parts of the wind turbine. The external grid input provides at least 16 Amperes per group for the automated system when the wind turbine is not operational, and Lightning system and support internal system for at least 24 hours where the automated system will switch the charging circuit with the external power supply which is stepped down by a transformer and rectified by a power supply.

The wind turbine nacelle is watertight enclosed made of sold state material, like sheet metal sections and panels and of carbon fiber, composite material, Synthetic fibers, Molded composite material and light weight steel alloy plates and Aluminum plates material, Kevlar. Agricultural composite material and other sloid state molded material, polygonal towers, wood made external and internal parts, and protective paint such to withstand extreme weather conditions regarding storms and hurricanes and earthquakes. Mounted in seismic bearings and Acoustic and vibration isolating packing, antivibration packing, bushings, washers, and rubber mats for machine support with the nacelle frame and tower mount. Mounted on tower canes. The wind turbine upper cover is supported on round polished stainless-steel beams and mounts at the beam ends, supporting the adjustable vertical vanes with a spatial spacing operable in plain journal bearing. The adjustable vertical vanes are mounted in pitch bearings with the motors in the upper and lower window. The bars can also be mounted with its threaded extending studs extending from both distal ends, align in the frame bores and bolted or welded therewith.

Mounted with the turbine frame, fire proof isolated spaces and compartments made of steel panels. Other compartments of steel and synthetic fiber sections of board, panels and tiles single or double walled filled with isolation material or bricked. Plastic and an synthetic foam layers. Isolating rock wool in levels and spaces of the internal nacelle walls isolation sound, moisture and inner temperature isolation. and may include other types of isolation. Sheets and plates in transportable parts are welded or bolted or riveted or hammered or screwed for wood parts. Waterproof closed panels and connections. The adjustable vanes are mounted in pitch bearing on the upper and lower panels including a minimum spatial gap with said panels. The wind turbine structure comprising a first upper rotor chamber and plenum, and a second level situated under the rotor chamber, which is the machine and component chamber, A base can be made situated under the second level, wherein A control room is provided a with automated accessory for alimentation and live support system and pantry. separated by inner walls and walk ways laid floor panels and tiles or in the steel frames. Chambers for cooling liquid and gasses air compressors and water pumps, radiators, cooling fans and container vessels and tanks and piping system, lubrication reservoir and oil pump, located. Floors connected by internal spiral stairwells.

6.17 The wind turbine air circulation system and machine air circulating, condensing system provided with cutout air windows for large tin or zinc connected duct and enclosing grid and filter. Pre-made opening for air duct intake and air pipes. mated in the side walls having at least one air filter and water or moister filter. provided on the wind turbine, wind exhaust or side walls of the machine level of the Omnidirectional wind turbine, comprising aluminum, or steel alloy shutter mounted for adjusting or opening and enclosing the plenum forming air ducts by the vertical shutters. Ventilation air intake and exhaust duct comprising electric pull fans push fans that circulate ambient air to the component compartment and devised in levels and rooms with circulation fans. The wind turbine top cover comprising steel metal bars and sub bars in the turbine form. The lower cover is closed with spot welded thin sheets comprising a minimum spatial gap with the upper turbine rotor. The main shaft is suspended at the exact center of the top cover and bolted to the center iron corresponding round flange. The hollow top upper cover is made of backed panels of glass fiber an grains of sand, liquefied and poured in a mold with heating thin electrodes consuming low amperage AC having extending two electrodes insulated and connector provided for connecting with the surrounding panels. Power supply is mounted in the hollow upper compartment with electric supply. the top is slightly inclined with gutters made by connecting U beams welded with the frame bars slightly inclines outward whereon the panels are bolted against rubber stripes or isolating material for vibration, water, moisture, sound and air.

The wind turbine top cover, comprising large circular transversal connected intake ramps expending several meters in diameter in its horizontal plane transversal slightly inclined to the center duct. The extending intake lip of the intake ramp can be made with at least one extending lip round or comprising any spatial figure, where by the upper surface expends perpendicular in straight and uniform in its horizontal plane not to be disturbed by the horizontal wind. Mounted on the wind turbine edges with steel claps to steel extending turbine flanges. The center the intake is mated with Helix turbine generating drain pipes with integrated runners and generators in closed helix calculation compartments. Water is conducted in a horizontal inclined drain along the exterior nacelle into the nacelle base and is conducted to tanks in the nacelle base connected to the internal helix turbine mated with the tower inner walls and terminating connected with a stainless-steel tank of a hydraulic power amplifier applied for extra power for the grid. The lower third level in the nacelle having individual units a concrete base with apertures for the lift stairwell cable ducts and pipes conducted to the required level and chamber and connected for operation. The Habitable lower level having separating walls made of mortar or mansion stones or bricks, Natural stones or bricks that are baked in an oven out of clay type material and constructed with a cement binder substance that set hardness and adheres to other materials for a solid binding. Life support system including airconditioning and heating system, water and taps and toilet with circulating water from the pipped water tanks provided by pump.

The omni directional turbine adjustable vertical nacelle vanes, vertical blades or wings are airfoil shaped and can be made with rounded leading edges and sharp trailing edges. The airfoils vertical wings can be made with sharpened leading edges and trailing edges which also depends on the size of the turbine generator and sensors for measuring the inner pressure and RPM of the rotor which is programmed to adjust the airfoil vanes and open wide angular into the rotating direction of the turbine rotor and increase the inlet at high rotational velocity but the outlet wide open for wind to exit the volatile chamber or plenum. The vanes at the opposite of the upwind direction indicated by the electronic wind-vane can be increased at slow speed to obtain an inner pressure or vortex created in the rotor chamber. Heating elements are provided in the turbine nacelle outer body parts as heating wires and plates for defrosting or deicing the turbine nacelle and turbine structure whereon snow can accumulate. The heating panels are arranged in the wind turbine working environment, control room and inner tower and base. For heating panels mounted with clamps on the inner walls having an electronic control units’ external temperature probe unit connected to the automated system for temperature maintain ace, dehumidification. The heating elements are connected with the live support system. Heating panels are fully electric with heating elements and electromagnetic heating system. Heating systems are liquid heated by an electric boiler related to the panels inner serpentine passageway by a water pump connected by circulation pipes.

Electric heating panels serve as radiators made in the turbine for heating the internal spaces. The electric heating panels are equipped operated by the outer temperature meters for activating the supply current at 0* Celsius regulative and monitored by the automated system which includes the inner heating and ventilation system. Electric wiring and fusible connections are provided for connecting an assembly of electric heating panels. The panels consist of one single panel mounted on the wall in drilled boreholes with nylon wall plugs and clamps with the side panels or at the rear panel surface wall mount. With laminated plates like in water heating systems. Made with openings in the plates for decoration. Made of bars or ells. An improved method and apparatus for making metallic iron from iron ore including low-grade ore using a solid reductant such as coal in a completely enclosed system wherein the heat for reduction originates from induction coils surrounding a vertical retort, said retort possesses compartments made of steel walls, which walls are heated by induction. A heating element by induction heating is heated at high frequencies and low wattage for consuming less energy. Electric heating methods include also electromagnetic heating elements and furnaces for melting solid sands and alloys.

Heating panels and plates are equally applied in an iron for ironing close by an electric iron made in a stainless steel metallic casing comprising a heating iron base plate whereon the interior the boiler chamber is located with a valve plate, a water tank in fluid connection with the boiler, temperature sensing unit and thermostatic relay switch and power supply related to the induction heating element in the bottom plate. The heating iron comprises a battery related to the power supply starter capacitor related to the electric motor. The device can circulate water from the water reservoir through the serpentine bottom plate and exit the bottom plate transformed in the form of steam. Applied in steam turbines or an iron.

7. H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprise at least one turbine rotor, mounted in rotatable in circular round tracks, or rotatable in mounted in operable bearings in the axial walls, the outer rotor circumferential is surrounded by stator nacelle walls and stator vanes, wind screens and panels with additional intake and exhausts with a spatial distance with respect to the rotor. The omnidirectional nacelle is defined by at least three surfaces dived by 360* or by PI, which provides three surfaces or 120* whereby each surface is divided by two sections of 60* for the returnblade and pushblade sections of each wind catching and wind deflecting and channeling surfaces. Wherein the omnidirectional turbine the intake is also the exhaust and the exhaust is also the intake.

8., H/V axis energy converting Uni to Omni-turbine motor and/or generator with adjustable vanes or wings made in the circular nacelle around the circular turbine rotor with a minimum spatial airgap. Operable nacelle vanes and wings are mounted in operable pitch bearings and actuators electrically connected with the controller and electronic weathervane; the nacelle omnidirectional vanes are arranged in the nacelle body provided windows at predetermined distal ends around the entire nacelle. The rotational direction defines the push blade side of the rotor from all angles of intakes and exhausts. The vanes cyclic pitch can rotate 90* in both direction and connect with the side vanes closing the duct. Set as Uni-dictional, Bidirectional, or omnidirectional turbine generator and/or motor.

9. H/V axis energy converting Uni to Omni-turbine motor and/or generator applicable as: Wind turbines, {gas turbine). Hydroelectric turbines, steam turbines. Applicable by Radiation and emission of sun rays and light in vacuum.

10. H/V axis energy converting Uni to Omni-turbine motor and/or generator are applicable to convert, energy of motion in to electric energy like: rotary energy, linear energy, reciprocating energy, energy of locomotion, Kinetic energy, Thermal energy, energy of compressed, compressible and every motion to including mechanical energy to do mechanical work to convert the mechanical energy in to electrical energy by means of at least one rotating or moving magnet around or along at least one-gauge wiring of electric conductive material opposing the magnet with a minimum spatial distance.

11. H/V axis energy converting Uni to Omni-turbine motor and/or generator arranged as Tri- directional, Four directional, Five, Hexagonal and so on, referred to as omnidirectional turbine machine.

12., H/V axis energy converting Uni to Omni-turbine motor and/or generator With an Cylindrical Omnidirectional wind turbine comprising 360 surfaces and 360 adjustable vanes.

13. H/V axis energy converting Uni to Omni-turbine motor and/or generator rotor whereby the back of each pushblade is a returnblade. Whereby the back of a returnblade is a pushblade. Whereby each blade is a pushblade and a returnblade. For Rotation in clockwise direction of the rotor or counterclockwise direction. A massive shaft or hollow shaft Rotating around an axis x. Rotor conveyed half covered cycles and half uncovered cycles, with conveyor system of 360 degrees’ cycles. Turbine rotors Rotating in the same rotational direction or in contra directions and/or combined. Horizontal and/or vertical axis.

14. H/V axis energy converting Uni to Omni-turbine motor and/or generator, Arranged in formation or clusters, with shielding at the left or at the right rotor half. At the upper or at the lower rotor half. or combined without shielding. Horizontal, Vertical, aligned. Placed in any degree. Turbine rotors stacked upon each other, stacked under each other or stacked besides or in a cluster or formation of any spatial figure geometry, Letter or number. Turbine rotor is equipped with three or more rotor blades. Unidirectional, Bidirectional, Omnidirectional turbine machines.

15. H/V axis energy converting Uni to Omni-turbine motor and/or generator nacelle comprises intake and exhaust apertures with motorized or manual opening and closing windows and doors. Hinged mounted or mounted operable in bearing tracks. Opening vertically up or down. Opening horizontally to the left or to the right in the structure walls or in or outside the nacelle.

16. H/V axis energy converting Uni to Omni-turbine motor and/or generator nacelle window comprises horizontal and vertical nacelle vanes or nacelle wings or blades. With at least one nacelle vane at the returnblade and at least on vane at the pushblade section or a plurality of nacelle wings.

17. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises cross axial rotors with at least three blades and a plurality of multiple and dense arranged blades for obtaining compression.

18. H/V axis energy converting Uni to Omni-turbine motor and/or generator nacelle comprises multiple arranged vanes providing air passages, unidirectional and/or omnidirectional with pitchable vanes mounted in cyclic pitch bearing in the nacelle window. Dense arranged pitchable 90* clockwise and counter clockwise overlapping the side vanes for closing the plenum sections obtaining inner compression.

19. H/V axis energy converting Uni to Omni-turbine motor and/or generator, Applicable for generating electric current by means of horizontal fluid flow flowing, and vertically falling water, flowing in a slope or matrix. A Fluid coupling. A thermal coupling. Artificial flow, By energy of motion of vibration transferred into rotation or linear motion, Rotation of the turbine rotor by emission and radiation of light, magnetism, and sound waves. Applicable for generating electric energy for speeding and flying objects by head-on wind and Ram air and bleed air. For motorized and non-motorized speeding and flying objects. Autonomous or semiautonomous. Plug-in electric battery vehicle or Hybrid, or Amphibian vehicle. Internal or external combustion engine. Gasoline, Petrol, diesel, gas, Fuel cells. Jet fuel combustion engine. Applicable for all moving objects, substance and emission and propagation of matter. Producible in any spatial figure and related geometry and combined with all the devices provided in this applicable or available.

TURBINE ROTOR.

20. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises at least one cross-axial rotor, axial rotor, perpendicular rotor and linear propelled rotor. turbine rotor with at least three, (3) rotor blades for rotation and to maintain rotation of the cross axial bearing mounted turbine rotor. The turbine rotor comprises at least three blades with large wind capturing angle of curvature at the low compression section. Increasing in blade density and decreasing blade curvature at the Mid compression section and at the High compression section.

21. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises at least one turbine rotor whereby at the push blade section, the front of each rotor blade is the push blade and the back is the returnblade. Whereby at the returnblade section the front of each blade is the returnblade surface and the back of each rotor vane is the push blade surface.

22. H/V axis energy converting Uni to Omni-fluid-turbine motor and/or generator nacelle comprises, a rotating wind accommodating and wind capturing rotary device comprising a plurality of rotor vanes radially and axially projecting its form which is of any geometry and related spatial figure, horizontal or vertical suspended on the axis.

23. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises a cross axial turbine rotor with a plurality of multiple demi curved radial and axial projecting blades forming an omnidirectional rotor.

24. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a rotor with pitch adjustable rotor blades. Mounted through the hub opening or bore in plain bearing connected with the pitch motor or mechanism.

25. A H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a Rotary- wing turbine, comprising pitch adjustable turbine blades connected pitch mechanism in the hub. Vertical axis adjustable and tilting turbine rotor. Horizontal axis adjustable. Axially Foldable and Adjustable 90* in both directions. Downwind and upwind tilted turbine.

26. The H/V axis energy converting turbine, rotor comprises at least three rotor blades. With aerodynamic fluid capturing, and fluid receiving, fluid guiding rotor blades for rotating in a single rotational direction.

27. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises at least three rotor blades. With the same or with aerodynamic curvature on both blade surfaces for rotating the rotor in both rotational directions.

28. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a linear turbine rotor with cross axial flow and axial flow, comprising receiving leading edges at the frontal intake perpendicular guiding fluid by means of the diagonal curvature of the blades forcing fluid in axial direction toward the exhaust.

29. The H/V axis energy converting turbine comprises a linear turbine rotor, A rotor belt with rotor vanes, A caterpillar rotor with vanes mounted operable in at least two axles. A conveyed rotor belt with extending vanes and a shielded side.

30. The H/V axis energy converting turbines comprises, Dual linear turbine rotor with omnidirectional intake of cross axial flow to axial flow conducted to the second turbine rotor in axial flow and cross axial angular arranged exhaust, and vice versa.

31. The H/V axis energy converting turbine shielded rotor is defined by the shielding screen as the returnblade section and the unshielded and/or ducted rotor half is defined the pushblade section.

32. The H/V axis energy converting turbine with a vertical axis vertical comprises the rotor pushblade and returnblade sections are at the left and at the right,

33. The H/V axis energy converting turbines with a Horizontal axis comprises the rotor pushblade sections and return blade section, at the upper and lower rotor horizontal axis turbine rotor halves.

34. The H/V axis energy converting turbines, rotation is defined by the wind screen or deflector vanes. When placed at the right rotation is in clockwise direction, when placed at the left rotation of the rotor is in counterclockwise direction.

35. The H/V axis energy converting Uni to Omni-fluid turbine motor and/or generator, comprises a Coreless turbine-rotor comprising preferable aluminum or coper layer in the bearing inner bearing rotor tracks provided on each axial ends on the outer surfaces that is operable connected with the tracks of the rotor plenum in bearing and bushings. The inner plenum mounted tracks comprise electromagnets arranged in the tracks for oscillating a electromagnetic river for rotation of the rotor. Comprising reachable means related to the power supply regulative current gain and motor controller and charging circuit on a PCB.

36. The H/V axis energy converting Uni to Omni-fluid turbine motor and/or generator, comprises at least one coreless or core axial Turbine rotor molded of plastic. Of titanium alloy, Aluminum alloys, of hardened and heattreated steel. O heat resistive Carbon Graphite. Carbon fibers. Rotor made of polyester, Super alloys, Plywood made by dialectic bonding. Made of natural minerals of solid granite, sandstone, limestone, basalt and more types of ores and minerals. Solid or in layers. Polymers and geopolymers.

37. The H/V axis energy converting Uni to Omni-fluid turbine motor and/or generator Comprising a retractable turbine rotor. A collapsible rotor. An automated robotic rotor made of parts and sections pitch adjustable or foldable by vertical shafts section of vertical blades. Horizontal for horizontal blades. The rotor blades can be set in different patterns and rotors, Patterns are preprogramed and sored in the computer hard drive and memory. Operated by the computerized system related to the wind speed and direction sensors. Comprising servos in the blades bearing connection. Electric ducts in the side blade edges and rotor hub connected with the power supply in the hub comprising rotary electric connections or electric swivels or brushes.

38. The H/V axis energy converting Uni to Omni-fluid turbine motor and/or generator comprising combined rotors, a first shaft mounted core rotor mounted in a cordless rotor with a minimum spatial gap. The coreless rotor is mounted in circular tracks provided on the rotor axial ends. For cross axial flow, perpendicular flow, axial flow and combined. Rotors with multiple electric motors, alternator, and dynamo, Synchronous or asynchronous, stepper, or servo.

WIND SCREEN.

39. The H/V axis energy converting turbines comprise: at least one wind screen for rotation of the turbine rotor Stationary or operable riding in a track mounted in bearing and bushings and electrically connected with the automated system. Motorized by electric motors, hydraulic, pneumatic or electromagnets and aluminum or copper tracks, and rack and pinion mashing or magnetic field electromagnetically connected and adjusted by the electric current supplied AC or DC supply and servo controller.

40. The H/V axis energy converting Turbine machines comprises a rotor with two stationary opposingly mounted wind screens for operation from both directions, rotating the rotor in both rotational directions or in one single direction.

41. The H/V axis energy converting turbines comprises a rotor with two stationary opposingly and mirror mounted, or diagonal opposingly wind screens for operation of the turbine rotor from both shielded directions rotating the rotor in one rotational direction.

42. The H/V axis energy converting turbines comprises three stationary windscreens in triangle formation with three surfaces of 120* divided in 60* with the windscreen and non-shielded rotor portion, Whereby the turbine is Omnidirectional.

43. The H/V axis energy converting turbines comprises four wind screens 90* degree apart. Five wind screens or more.

ADJUSTABLE. 44. The H/V axis energy converting turbines comprises at least one pitch adjustable wind deflector screen, mounted with the servo in the nacelle window in the window panel or through the window panel and in the operable track in roller bearings and bushings, adjustable by an electromagnetic actuator, hydraulic, pneumatic electrically connected with the automated system and wind direction sensor, The panel is also manual adjusted.

45. The H/V axis energy converting turbines, comprises at least one electromagnetically levitated and driven adjustable wind screens of the turbine nacelle riding in bearing tracks by means of actuators or a magnetic river in tracks mounted operable therewith in bearing and bushings.

WIND GUIDES.

46. H/V axis energy converting Uni to Omni-fluid-turbine motor and/or generator nacelle comprises at least one, wind concentrating and wind guiding system. Wind concentrator consisting of Horizontal or vertical vane, blade, wing, spoiler, caster angle etc. for guiding wind in to the intake and the push blades that can be arranged at the exterior at predetermined distance and angles generating a vortex around the turbine generator.

47. H/V axis energy converting Uni to Omni-fluid-turbine motor and/or generator nacelle comprises, Fluid concentrators are indirectly connected with the nacelle around the intake(s) and exhaust(s) for enveloping wind from a larger surface for concentrating wind into wind ducts and intakes. Concentrators are pitch adjustable motorized and automated electrically connected with the computer controller and wind speed and direction sensors unit.

48. H/V axis energy converting Uni to Omni-fluid-turbine motor and/or generator nacelle comprises, Fluid turbine with at least one wind concentrator guiding wind directly onto the wind accommodating converting and rotating device mounted in bearing in the rotor plenum for rotation in the rotor plenum with a minimum spatial distance with respect to the inner plenum wall. The concentrators guide fluid laminarly to the vertical or horizontal push blades.

49. Pitch adjustable turbine rotor blades, axial adjustable and tilting turbine rotor. Trust adjustable blade Pitch for lift and stall having a cyclic pitch mechanism arranged in the hub related with the blade studs protruding in plain operable bearing in the rotor hub and mounted with the pitch bearing.

NACELE VANES.

Wings aerofoils, flaps, fins. Spoilers.

50. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises Pitch adjustable horizontal nacelle vanes adjustable for lift and stall, compression and diffusing on the rotating device. Nacelle vanes are operable mounted in bearings in the nacelle and electrically related to the servo and power supply

51. The H/V axis energy converting turbines and superstructure is constructed of heat molded reinforced granite and natural minerals. Constructed of cold molded reinforced concrete. Constructed of light weight superalloys of superalloy tower and nacelle with a sway adjusting pilon made of steel cable thrushes and anchored in the upper side walls and bearing mounted center tower inner walls.

52. The H/V axis energy converting turbine nacelle returnblade section comprises a shielding panel, wind deflector screen, made in the nacelle window. At least one additional intake and/or exhaust duct provided window offset pitched angular baffle and the like, in the nacelle walls or in the shielding screen. With at least one additional wing, vane, or nacelle blade to as many as required arranged at minimized distal ends comprising a dense blade arrangement of around the rotor mounted in the surrounding nacelle wall for adjusting the patchable wings leading and trailing edges to compress air in the plenum and decompress on the turbine rotor. To redirect flow of fluid from the returnblade rotor section. Nacelle vanes diverting and compressing gasses in the at least one plenum,

53. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises nacelle apertures on the pushblade and returnblade sections. For providing an fluid passage circulating trough the intake ramps in the duct trough connected with the rotor plenum and circulated with the rotary device converting energy and exits through the opposing and angular arranged ducts, apertures in the nacelle walls or baffles or vanes made in a window.

54. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises a plurality of nacelle vanes, blades or wings-oriented offset at the returnblade section to sharp in wind pithed at the pushblade section.

55. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprising nacelle vanes, blades or wings sharp upwind pitched leading edges curved blade surface and trailing edges oriented on the pushblades from the returnblade section to the pushblade section

56. The H/V axis energy converting turbine nacelle pushblade section comprises at least one additional wind directing and wind intertwining vane, wing or blade, comprising a leading edge and an outer or inward airfoil are dynamic curvature,

57. The H/V axis energy converting turbine nacelle provided window, comprises at least on stationary or cyclic pitch adjustable wing, blade or vane mounted in bearings at the pushblade section with a spatial gap to the rotor.

58. The H/V axis energy converting Omni- Directional turbine arrangement of multiple vanes Stationary or pitch adjustable nacelle wings mounted with individual cyclic actuators or in assembly by means of a cyclic pitch mechanism.

59.The H/V axis energy converting turbine, Horizontal axis nacelle vanes or wings is set for lift with the leading edges lifted or rotated, and for stall with the leading edges of the horizontal nacelle vanes oriented downward.

60. The H/V axis energy converting turbines of Omnidirectional arrangement of nacelle vanes in a circular round nacelle made in any shape or form of related art, and of any spatial figure and of related geometry.

61. H/V axis energy converting Uni to Omni-turbine, motor and/or generator, comprising, a nacelle, or a Gondola, A fuselage, A cowl, A shell, a carcass a tubular or conic tube, a pipe, a duct including a Body, chasses or frame of a speeding or flying vehicle, vessel or airplane. Speeding in the airborne, speeding on land on at least one tracks or suspended on at least one track, speeding on the body of water and/or submerged in the body of water or amphibian. Hybrid or electric. Motorized or nonmotorized. Manned or unmanned autonomous vehicle, vessel, fixed wing aircraft or rotary-wing aircraft, rocket or interstellar ship, reentry vehicle or space station, satellite and space vehicles and probes.

62. H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprising a plastic molded, steel or alloy casted and/or welded, double walled inflated machine inner and outer body. Comprises at least one boiler chamber, gas accumulation chamber connected by ducts with a low compression and high compression chamber connected to at least one turbine chamber.

63. H/V axis energy converting Uni to Omni-turbine, motor and/or generator, housed operable in civil engineering vehicle and marine vessels in or on the chassis, wheels, axles, frames, body, and in parts. In electric, hydraulic, pneumatic, and stamping and vibrating hand tools.

64. H/V axis energy converting Uni to Omni-turbine motor and/or generator is implemented in utility vehicles vessels and rotary wing aircrafts.

65. H/V axis energy converting Uni to Omni-turbine motor and/or generator, housed in boards speeding on wheels, or without wheels speeding airborne, speeding on the body or water or speeding submerged therein.

66. H/V axis energy converting Uni to Omni-turbine motor and/or generator, is housed operable in paddled vehicles speeding on land or on the body of water and hydrofoil hybrid or airborne and flying.

67. H/V axis energy converting Uni to Omni-turbine motor and/or generator, houses in electric, battery powered vehicle, vessels, crafts and drones, UFO, and objects, speeding on land, and/or airborne, and/or on the body of water and/or submerged in the body of water or amphibian. Applied for surveillance, For recreation and electric vehicles for children. Including battery powered RC toys.

68. H/V axis energy converting Uni to Omni-turbine motor and/or generator, houses in paddled or by locomotion with home trainer and gyms equipment generating energy from motion electrically connected to a accumulation system and consumed or stored in rechargeable.

69. H/V axis energy converting Uni to Omni-turbine motor and/or generator, made in wearable items for heating or cooling the wearable items and charging portable rechargeable means.

70. H/V axis energy converting Uni to Omni-turbine motor and/or generator, housed in portable electronic devices and portable rechargeable batteries.

71. H/V axis energy converting Uni to Omni-turbine motor and/or generator, housed in A floating heat molded substructure and light weight super alloy beamed and braced frame structure and trusses constructed superstructure and megastructure for vertical indoor farming in the substructure and greenhouse transparent superstructure. Providing electric current supply for the superstructure in levels and groups. Providing propulsion and navigation for the floating superstructure.

72. H/V axis energy converting Uni to Omni-fluid-turbine motor and/or generator nacelle comprises: A active compressed double walled and double body casing, comprising a Heat molded Superstructure comprising steam turbine generators for generating current by high compressed steam and clear distillated, desalinated and mineralized water by circulating the steam trough the mineral holding container grooves and heating elements.

73. H/V axis energy converting Uni to Omni-turbine motor and/or generator, Houses in buildings on the structure, made in the walls of the structure. In the corner walls 270* or 280* exposed from the wall. In floor tiles, in the stairs, made in with window in window parts. In the air circulation system operating wind turbine generator/motor. Turbine housed in rain pipes. In the building plenum or water tank and pipes.

DUCTED TURBINES.

74. H/V axis energy converting Uni to Omni-turbine motor and/or generator, housed operable in ducts with a turbine rotor returnblade encasement located at the exterior or in the duct. for generating electric current and/or for propulsion and navigation with the at least one turbine machine inhaling fluid from the intake nozzle and exhales compressed air enhanced by compressed and heated gas discharge through the adjustable exhaust nozzle. Electrically connected with the flyby wire flight controls and the power supply.

75. The H/V axis energy converting turbines, comprising, at least one wind diverting and deflecting screen mounted operable in linear motion around the turbine rotor in raceway tracks for riding the screen in the tracks and maintain the panel in upwind direction. The panel is operated by the electronic automated control system electrically mated with the LIDAR or electronic wind vane. Two panels can move in the races with a from and side panel for adjusting the discharge on the push blades by moving toward the opposing panel and extending from the panel enlarging the intake.

76. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises a duct or propulsion tube wherein turbine rotors are rotatable mounted with hub motors and axial mounted electric motors and generators. With LP, MP, HP, compression sections and an adjustable exhaust nozzle flyby wire operated.

TOWER.

77. H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises an erected and upward elevated structure, tower, column, a pillar, a pole, a mast, beams, pipe, telescopic retractable arm. An elevated platform on the ocean or sea. On a bridge. On a rooftop, or on and in stationary objects. A wind turbine tower includes an upper deck and lower machine chamber blow the deck. The deck comprising mounting steel flanges for bolting and welding connections. The tower comprises an excavated substructure. Wind turbine are made in the internal tower with openings providing fluid passage through the tower and turbine. Also for submerged hydroelectric application in steaming water.

78. The H/V axis energy converting turbines, are autonomous and hybrid comprises at least one computer and computer connected cable network connected panels and router and modem, electric units power socket and data connection, of ducted cables in provided conduits, connected to the electric motors additional alternator or dynamo providing internal power supply, motors comprise a machine chamber wherein the turbine shaft is extended and mechanically coupled in concentric mode with the coaxial geared machine. The omnidirectional turbine rotor comprises a hub motor arranged in the hub. The omnidirectional turbine machine comprises rotor motor provided induction motor with magnets seated on the blade side edges and the opposing stator armature having wrapped copper wiring woven on the armature mounted fixed in the machine casing. The rotor end comprises discs fixed to the rotor ends extending radially with the rotor blades enclosing the blades with permanent magnets inserted from the side in the disc window. With electromagnets fixed on the discs premade sections and opposing solenoids. Arranged as magnet motor, induction motor, electromagnetic motor, and alternator or dynamo.

79. H/V Core rotor suspended operable on the axle in bearings, comprising a rotor hub with blades implemented projecting its form radially and axially in the nacelle cavity with a minimum spatial distance of the surrounding nacelle for rotation therein by means of fluid flowing perpendicular on the exposed push blades and on the wind deflector screen on the return blade side so that rotor, rotates by the force of fluid impacting perpendicular on the push blades and additional intakes.

80. The H/V axis energy converting Uni to Omni-turbine motor and/or generator wind turbine comprises coreless perpendicular rotor enclosed in an omnidirectional nacelle mounted in bearing with the elevating tower. The tower ascends and descends the tower until in the base and closed by the demi doors. The omnidirectional turbine rides vertically on a rack and pinion motor.

81. H/V axis kinetic energy converting Uni to Omni-turbine motor and/or generator elevated superstructures are constructed of new materials for supported the turbine thereon and therein. Made of modern light weight superalloys of one or multiple conic interconnected tubes with center inner reinforcement and upper and lower pilons by steel cable trusses adjustable anchored at the center bearing mounted inner tower. for the piton tube type tower segment. Generally, wind turbine tower consists of a steel monopole type tower of cylindrical tower cones or tower shells.

82. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprising premade tubular tower cones are transported by trucks to the turbine construction location. The tower cones are made in a factory. The Tower are also made of Premade reinforced concrete. Premade heat molded sand stone, granite etc. Made of large or medium blocks and interlocking connections and baked bricks constructed connected by mortar, A past for seamless airtight block connections constructed on the substructure to the top.

83. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprising, A pylon of the wind turbine elevated tower structures, is mounted with at least three cable thrushes to the top and the center or lower inner turbine tower mounted with the bearing anchored with the inner frame and with the tower body for adjusting the tower vertical sway.

84. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprising Offshore wind turbines combined applied for the use of wind farms constructed in and on bodies of water in the ocean of continental shelf for harvesting wind energy end generate electricity with the turbine generators. Higher wind speeds are available offshore compared to on land with many obstacles. Tribes in relatively shallow water have fixed foundations made under water which include: Monopile, tripod, and jacket, with various foundations on the sea floor including, multi-piles of monopiles, gravity-based structure, and caissons. Tripod pile structure in water from 20 to 60 m deep, and Tripod suction caisson structures. Convectional steel jacket structures as used for ocean platforms.

85. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprising offshore wind towers that also serve for generating wave energy and tidal energy on stationary platforms and floating platforms. The wave energy generating turbine machine is mechanically mounted in bearings with the floating object on the body of water moving up and down with the waves of the body of water actuating the step-up gear assembly driving the electric generator. Tidal and wave energy are also generated by means of the rotary and linear electric machine with apparatus such as a Pumpjack driven by the float and drives the rotary or linear electric machine.

86. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprising Offshore Wind turbines are combined with wave generators. The Wave generator with the floating Donut. The ring float is mounted operable in guides and operable bearings in tracks around the mast fitted with the center opening around the mast with a spatial gap for vertical motion along bearing mounted rods. The rods connect in the tower with the electric machine drive rod which connect with the spring mounted linear machine magnet piston. The float is coupled with rods to a linear machine arranged and mounted in the tower for generating electric energy generated by the ocean waves in assembly with the wind to supply power to the grid by submerged electric cables to substation on the ocean or direct to onshore power stations.

87. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprising wind and hydraulic turbine generators and electric generators, combined with the linear electric machine and mechanisms and floats, are applied for offshore propose with wind concentrating structures piled or anchored with the seabed pilled within the seabed. The turbine machines are mounted on a floating and motorized platform. The platform comprises a adjustable parabolic dish for navigation through the satellite. The wind turbines are mounted on wind concentrating structure, and mast and towers and wave generators along the sides of the floating platform mounted on a hybrid floating platform. The platform comprises linear electric machine connected to floating buoys on the surface of water. Whereby water is moving the buoyant up and down and the connecting rod is moving the machine magnet piston up and down in the circumferential of the first and second stator for generating electric current. Hydraulic propulsion turbines are mounted under the hull submerged under water for navigating the platform. The platform comprises a satellite navigation that provides the location or floating area for the platform which is maintained by the hydraulic turbine motors operated by the electronic computer unit of the platform. Applied as hydro power plant in streaming water, anchored or mounted on the submerged part of the rig or bridge, placed on a solid base, or held in place piled in the bed, on the riverbed or seabed applied as hydraulic turbine, located in or over a flowing water body such as, for example a river, or zee.

88. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprisies an elevated structure comprising vertical tracks in form of grooves. The vertical track comprising a pair of toothed tracks and additional pair of support tracks for wheels and inflatable tires. The nacelle is locked in the carved tracks and mashing connecting with the racks and gearwheels and gear stepdown gear assembly. The hydraulic motor remains in place for safety reasons locking systems can be added like brake calipers. Or electronic locking system locking the motor.

89. Indifferent embodiment, the elevated nacelle tower rack is made like a spiral around the wind turbine tower. The helical rack curling upward like a spring or spiral orientated upward mashing with helical gears. The rack having upward oriented gear teethes

90. A Spiral lift with a single extending spiral beam or with multiple beams. can also be applied for lifting the nacelle like a platform. Made in the tower. Made at the exterior of the tower with two spiral lifts mounted with the elevated structure.

91. The nacelle having vertical opening at the opposing the tower wherein wheels with inflated tires are suspended on a axis. The wheels around the nacelle guide the nacelle, so that the nacelle having no backlash for horizontal or vertical motion.

92. The helical rack continuous helical thread running along the length (similar to the thread on a Bolton which the nut is rotated) Elevator system for moving the turbine up and/or down can be like a nut on a treated rod. The nut is the turbine which can remain stationary while being lifted or rotates around the tower or mast climbing through the gears and descending. The turbine nacelle can also be moved vertically without rotating with the rack on the tower.

93. The nacelle connected with pinions with the rack or bevel gear drive system. Locking mechanisms having an iron pin, which is launched in the borehole or between the gear teethes. Locking mechanism in the motor. This mechanism is opened and closed by the moving gear teethes at the lower end of the pivoting springloaded rod where the upper end locking with the rack. The nacelle locked with the mast hole so the turbine remains locked in position while stationary. The locking system can be switched electromechanically, or hydraulic or ells. The turbine may ascend and descend the standing structure on desired height and engaging it’s breaking systems and securing the nacelle. Comprising optoelectronic sensors, photoelectric laser sensors, the electric components and their circuit boards are electrical connected to the automated computer system like, sensors, switches, actuator and controls system electrically connected and to the to the automated system by wires and cables displacing the nacelle up and/or down.

94. Spiral lift telescopic linear lift. Wherein a column contains a spiral is pushed upward or retracted down by a rotating mechanism pushing and pulling the spiral upward and down ward in linear motion. Having at least one spiral piston or more. Levitating a cage or platform, or wind or hydraulic turbine.

95. The turbine generator can be retractable and extendable from a structure by means of a hydraulic telescopic piston coaxially and linear moving pistons or the spiral lift with on beam and or a scissor lift and so on. The turbine generator can be retracted in to the standing structure and closed by the structure windows. The turbine generator such as for home use up to one or a few meters in diameter mounted on the elevator shaft. The lift is mounted on the upper level of the building whereon the lifting shaft a steel plateau welded and provided with bores whereon the wind turbine is bolted with its steel bend side flanges and center extensions and electric conduit, apertures and bores. The electric cables are harnessed and move with the lift in the dual aligned shafts whereby the shaft is made as a cable spool. Electrically mated to the control unit of the lift and driven by electric machines.

96. H/V axis energy converting Uni to Omni-turbine motors and/or generators are Made in Heat molded Green sustainable buildings walls, floors, roofs and inside the building indoors and windows and in stairs, water and drain pipes and air-conditioning system. The heater is made of wall mounted heating panels wherein circulated liquid water heated or chilled. And gasses of refrigerating gasses or vapor and steam. and or cooling panels. A heat molded structure and cities and infrastructure.

Drive train.

97. The H/V axis energy converting turbine drivetrain, controlled and operated by the automated system and the magnet coupled with a clutch pack with the main rotor and the output shaft mated with the input shaft of the gearbox, from which the output shaft is mechanically mated with the gearbox input shaft or rotor. The drive-chain includes a constant variable automatic transmission wind turbine gearbox mechanical coupled in with the electric generator rotor shaft, rotatable coupling, Turbine rotor electronic clutch. Producing an pulsing electric current or Direct current provided to the grid transformers to be stepped down for transportation by electrical transportations lines of cables. Electronic operated drive train decoupled, and motor assisted, generator voltage control supply by the automated system. 98. The H/V axis energy converting turbines comprises an rotary electric motor and generator, alternator and dynamo of all know types and of methods of arrangement of servo motor, and stepper motor, single fed motor, double fed motor, induction motor, magnet motor, electromagnetic magnetic motor, linear motor, reciprocating electric motor, and more are applicable and to produce an electric machine by means of these methods and electric and magnetic components with mentioned in this application.

The H/V axis energy converting turbines, comprises an electric motor in its simplicity can be obtained by a magnet and a power supply such as a battery by connecting the battery poles to the magnet N & S poles, fixed on an axle which is suspended in the bearings of the machine casing provided cavity of said casing with the axial ends in operable bearings and shaft sensor. The single magnet is electrically connected by a pair of slip ring or other rotary electric connection with the magnet poles whereby a DC current interacts electric magnetically with the magnet and rotates the magnet. Rotation can be obtained in the opposite direction by alternating the electric polarity by a switch. The magnet is divided in two halves with each magnet pole separated in two halves. In vertical sense on the vertical axis the top and the bottom on are the N & S magnet poles rotating without alternating polarity and receiving a single pole of the current. One may apply a DC or AC current with a regulative power supply to the connecting terminal with connect the internal leads to the poles rotary poles.

TURBINE SUPERSTRUCTURE.

99. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises a Superstructure to compress vaporized water to steam accumulated compressed in at least one stage the first stage in the accumulating gallery that connect by means of heat molded shafts in the granite molded stone structure. The duct comprises an internal stone block serving as valve of corresponding inner size for sliding in plain bearing in the shaft and into the low and high compression chambers after accumulating in the cambers the steam enter the turbine room through the shafts molded in the structure walls and oriented as injectors perpendicular and slight angle on the vertical of the blades center toward the tip of the blade whereby the turbo amounted steel alloy rotor operates in its molded casing.

H/V axis energy converting turbines, comprising a superstructure converts water to steam for generating electric energy by the steam whereby the process distillates and desalinates water and minerals, proteins and provides nurturance to the compressed steam circulated through the containers in the compression chambers and decompressed and condensed to water. The process of generating electric energy with large amounts of steam and purified water.

H/V axis energy converting turbines, comprising superstructures wherein houses an Omnidirectional wind turbine generator at the apex of the pyramid. Steam turbine generators in generator chambers, compression chambers with containers of minerals and nutrition’s which dissolves with steam and plasma. Hydroelectric generators in water ways. Sand and rock Molded channels of connected with the super structure.

H/V axis energy converting turbines, comprise a Superstructure and/or Mega Structure for generating electricity. Such as a pyramid which is a molded structure of Natural resources of types of sands, rocks and stones and minerals carbons and solid crystalline.

H/V axis energy converting turbines, comprises a heat molded superstructure Hydroelectric dam for generating large amounts of megawatts of electric current. The heat molded structure is made of natural granite composition grinded and mixed in a rolling mixer and poured in kettles seated in a gas or electric furnace for melting the granite which is then poured in the steel alloy molds. Heat molded reinforced structures.

H/V axis energy converting turbines, comprises Heat molding molds are vertical automated molds that mold a vertical structure, column, pillar, tower, pole, or beam. Comprising water cooling and heat condensing means. Leveling and position laser sensors. Hydraulic adjustable pads and extendable pads.

H/V axis energy converting turbines, comprising Heat molding molds are horizontal and vertical selfoperating riding molds for molding rows of blocks with laser accuracy and leveling and tilting sensors.

H/V axis energy converting Uni to Omni-turbine motor and/or generator constructed of heat molded silicon dioxide in the form of quartz. The Earth's landmasses are made up of rocks and minerals, including quartz, feldspar and mica. quartz, carbons, lime, Vulcanic sands. yellow building sand. clay, Ceramic. crystalline sand, igneous rocks, clastic rocks. dune sand, quartz sand, volcanic sand, coral sand, garnet sand, and olivine sand. Continental and inland sands of Heavy Dark Minerals. Non-crystalline.

H/V axis energy converting turbines, comprising Cold molded concrete reinforced structure for wind turbines and superstructures are molded the with molds on location such as heat molded structures for generating electric current and distillation water.

The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises a super structure greenhouse for vertical farming and indoor farming by artificial lightning in the substructure. Equipped with steam turbine generator, Hydro turbine motors and wind turbine generators.

The H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises a submerged super structure. A floating greenhouse super structure. Vertical farming translucent superstructure and substructure.

The H/V axis energy converting Uni to Omni-turbine motor and/or generator, are made in a super structure buried under the soil or ground

The H/V axis energy converting Uni to Omni-turbine motor and/or generator, are made in a superstructure artificial mountain.

The H/V axis energy converting Uni to Omni fluid-turbine motor and/or generator, are made in the super structure and substructures of bridges. On the bridge.

H/V axis energy converting Uni to Omni-turbine motor and/or generator, constructed of, Pine wood. Oak wood.

CORELESS PERPENDICULAR TURBINE ROTOR.

H/V axis energy converting turbines, comprising at least one Coreless rotor operable suspended in a tubular nacelle of cowl comprising rotor blades implemented on the tubular or conic inner circumferential and projecting its form perpendicularly from the inner circumferential toward the center open core. Bales implemented or mounted directly or on a saddle in circular fan arrangement or in a helix. The helix blade is implemented on a helix structure inner circumferential.

H/V axis energy converting turbines, comprises Coreless turbine rotors comprises a cylindrical rotor or ring like, or spool like, with at least one rotor blade implemented in the inner circumferential axially in a curvature for capturing fluid with the rotor blade extending perpendicular from the body inner circumferential toward the center axis with a predetermined blade length. The rotary cylinder lower section comprises at least one permanent ferromagnet insulated mounted on the outer rotor circumferential that is mounted with the stator side tracks in operable plain bearings or roller bearing or magnetic levitating and propelling bearing. The opposing stator comprises an armature of insulated electric conductive members whereon woven coils of gauge wiring connected in serial and parallel sets of coil wire for the output current phases and input coils or energizing all the coils sequence, generating a magnetic river by the electromagnetic bed in the opposing stator with an airgap. Generating current while operating by that current.

114. H/V axis energy converting turbines, comprises core rotors, and Coreless turbine rotors, Axial flow rotors, and Cross axial flow turbine rotors, linear rotors and Perpendicular flow rotors

115. H/V axis energy converting turbines, comprises two rotors suspended on an axle for rotating in the same rotational direction. Suspended on a dual shaft concentrically mated in operable bearing for rotation of the rotor in contra rotational direction. And a dual coaxial shaft.

116. A H/V fluid turbine rotor comprises a hub motor provided in the hub with permanent magnets, electro magnets, or with electromagnetism of alternating polarities arranged in annular alternating sequence and opposing its stator armature with an air gap mounted comprising horizontal and vertical matrix of wrapped coils wire woven in slots of the machine armature which is mounted in a machine enclosing body. 117. H/V axis energy converting turbines, comprises Coreless rotor comprising a tubular or conic helix shape mounted operable in a tubular support and support bearings. The helix comprises blades implemented on the inner helix body extending toward the axis of rotation mounted operable in turbo bearings and electromagnetic motor suspended in the inner cavity of the nacelle.

HYDROELECTRIC APPLICATION.

118. H/V axis energy converting Uni to Omni-turbine motor and/or generator, applied as Atmospheric Water Generating, Wind turbine generator.

106. H/V axis energy converting Uni to Omni-turbine motor and/or generator, applied as, Wave electric generator.

104. H/V axis energy converting Uni to Omni-turbine motor and/or generator, applied as, Dual directional flow Tidal electric turbine generator.

107. H/V axis energy converting Uni to Omni-turbine motor and/or generator, applied for Waterfalls generating electricity by rotation of the rotor whereon the body of water is falling vertically in free fall. Water falling in slope or artificial created waterfalls and water flow.

108. H/V axis energy converting Uni to Omni-turbine motor and/or generator, applied for Hydroelectric Dams internal water channels an spillway, sluices, on and in river and channels.

109. H/V axis energy converting turbines applied in or connected therewith Regular pipes, Helix, Spiral and combined with fluid turbines.

110. H/V axis energy converting turbines comprises Rotary and linear electric machines for motive force and for propulsion.

111. H/V axis energy converting turbine rotor comprises a hub motor/generator arranged in the rotor hub. A blade motor with magnetic blade edges and the stator nacelle inner wall of permeable electric conductive inner layer laid on an insulated outer layer, and axial motor at the axial blades.

112. UFO shaped turbine with dual rotor in a superalloy nacelle and beamed tower, with dual contra rotating rotors suspended rotatable on a dual concentric, or coaxial shafts that drives an electric generator with dual rotor and dual stator arranged operable in the machine casing.

113. Saturbine with turbine generators merged like a sphere and a ring with merged intake and exhaust whereby the smaller turbine excites the larger turbine machine.

114. A Helix rain pipe wherein hydro turbine generate electricity by rainwater. Hydro turbine in vertical rain pipes and in the gutter.

115. Ratchet crank with Dual coaxial shaft rotating on a common axis and ratchet or oneway selectable bearing. Electronically selectable directional switch.

116. H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprising applied as, Sonic, supersonic, hypersonic coreless turbine propulsion engine.

117. H/V axis energy converting Uni to Omni-turbine motor and/or generator, applied as Waterjet marine propulsion system.

118. H/V axis energy converting Uni to Omni-turbine motor and/or generator, applicable as Ship propulsion and combined electric generators provided in the ducted hull prolonged from the stern till the aft. From midship till the bow.

119. H/V axis energy converting Uni to Omni-turbine motor and/or generator, applied as H/V axial adjustable tiltable turbine rotor.

120. H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises a Hydraulic current amplification.

121. Single regulative duct and dual duct regulative fluid ducts and ramps with regulative valve in the duct longitudinal walls.

122. H/V axis energy converting Uni to Omni-turbine motor and/or generator housed in a Double coaxial duct with a bypass duct, in a triple or more coaxial ducts, with regulative inner vanes.

123. H/V axis energy converting Uni to Omni-turbine motor and/or generator, Fluid duct with internal regulative turbine rotors, regulative deflector vanes, regulative Ramps, valve vanes and adjustable nozzle.

124. H/V axis energy converting Uni to Omni-turbine motor and/or generator, made in hand tools such as Helix drill. Ice cutter fishing tool. And digging, can be made in a frame mounted on wheels.

125. H/V axis energy converting Uni to Omni-turbine motor and/or generator, I, drive, Digital perpetual zero emission eclectic automobile. Navigation is performed by a controller consisting of a electromagnetic Disc bearing mounted in its stator housing and electromagnetic sensing and operating system including at least one Ring around the center disc having a touchscreen display and controls and apps such as GPS. 126. H/V axis energy converting Uni to Omni-turbine motor and/or generator, made in sustainable and zero emission Perpetual electric watercraft's, ships and marine vessels.

127. H/V axis energy converting Uni to Omni-turbine motor and/or generator, Flying vehicles with horizontal and vertical propulsion.

128 Manual navigation controls for speeding and flying objects. Consisting of combined discs and surrounding rings. Of a ball and surrounding rings. Ball extension with joystick. Electromagnetically assisted. Comprising one or more stepper motor arrangements with accurate steps.

129. H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprising a perceptron for filtering air electrostatically by filtering air particles by high voltage DC voltage of 13000 volt is applied to tungsten wires made parallel and insulated in the intake. where after the horizontal collector plates are made in the duct whereon a 6500-volt DC is applied. The collector plates attract the dialectic charged particles on the horizontal and/or vertical dielectric plates.

Translucent video screen and projector.

130. H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises LCD, LED, UHD, QHD, 4k resolution, and 8K, and 10K integrated Visor screen, windshield, projector or beamer of any size, smartphones and mobiles phones with flat translate screen, projectable or partially projectable touchscreen. Computer Integrated devices operating with android, window, Linux and more operating systems with multimedia and camera view. Translucent screens provided in crystal clear glass or transparent material of acryl mica etc. Electrically connected with the operating system PCM and video cards which relates to the operating vehicle system, multimedia, cameras and 5G.

131. QLED, LED, LCD, UHD 4K, 8K, 10K resolution vizor in the inflated molded Helmet, Google and glasses, safety glasses with partial video screen or complete screen on the glasses or visor. A micro camera integrated for zooming and photographing. Connected by wires to the controller or Bluetooth or infrared. Additional hinged screens.

132. Projector, Beamer comprising a projection tube wherein the transparent screen is arranged with at least one LED light, Halogen light and other types of video projecting light mounted with the body behind the apertures and filter at the rear and projecting lenses with focus at the from projection tube end. Comprising at least one wind turbine cooler and power supply and connecting panel on the plastic body. Comprising a power supply and external electric cable connector. 133. Rear view mirrors of the 8K monitor and rear camera, and displayed on screen of the windshield

H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a pilot helmet, a motorcycle helmet with the QUHD video screen made in the visor layers of the inflated double walled helmed outer shell. Comprises inner speakers, a microphone, microcomputer in the helmet body. A dashboard on screen. Front and rear camera. Night vison, Ultraviolet vison. Bluetooth and WIFI, android or windows operating system, connected to an internal onboard video, sound section, comprising a USB interface and connector. Or UTP locked connection.

H/V axis energy converting Uni to Omni-turbine motor and/or generator made in skateboards, levitated boards and bicycles, Airborne Fly-bike, open or closed cabin, Amphibian vehicles, electric scooter and scoot mobile. Nautilus submersible craft.

Several types of electric generating compressor and centrifugal pumps.

134. Hydroelectric generator combines in the volatile casing.

ELECTRIC MACHINES.

By Electric machine is meant an electric motor or generator and alternator and dynamo of all know arrangements and of methods of arrangement of servo driven motor, stepper motor arrangement or generator with automated preamp, Single fed, or double fed motor, synchronized motors, or energized rotor and stator, motors made in turbine rotor hub, axially on the external of the rotor plenum and on the blades and inner walls, In the single bearing mount or dual bearing mounted bearing tracks for electromagnetic motive force, magnet motors are applicable and to made an electric machines by means of these methods and components mentioned in this application.

by the arrangement of at least one permanent ferromagnet or neodymium magnet rotatable in bearings insulated fixed with the rotor or object, whereby rotary electrically related to a power supply with the magnet poles and the power supply polarities. With the magnet which is the motor that rotates around its center axis mass in clockwise or counter clock wise direction according to the current phases. Rotation is obtained by the switching on the power supply and direction is altered by switching the current phases. The magnet is amounted operable in bearing in a metallic casing. In different embodiment is added a stator armature and polyphase coil windings opposing the rotary magnet exposed coils and/or armature is the generator part. Indicating that in this arrangement is a Motor including a generator.

The electric motor in its simplicity is obtained by at least one permanent magnet and or an electro magnet rotatable in bearings and bushings related to a power source wall socket or internal battery. the battery poles related with the magnet poles by means of a phase switch and power switch. A plurality of cylinder or disc magnets are fixed and insulated mounted on the axis, with the poles oriented equally with and axially at the axial magnet ends. The shaft is suspended in the bearing cavity of the metallic inner corresponding cavity with and airgap of the surrounding cavity with the axial ends in operable waterproof ball bearings. The magnet is electrically connected by a pair of carbon, or copper slips, or gold-plated slips, slideable connected with the rotary magnet opposing poles and of other rotary electric connection with the magnet poles whereby a DC current interacts magnetically with the magnet and rotates the magnet with the shaft in one direction that can be rotated in both rotational direction by switching the electric polarity the magnet will rotate in the opposite direction of rotation. The single magnet poles are at the axial end in horizontal or vertical, the top and the bottom are the N & S magnet poles rotating without alternating polarities.

Electric conductive tracks connected at the center of the magnet where the magnet pole merge by means of an anode and cathode connection or switched between the phases, and of DC supply. With the slips opposing of the magnet direct connection with the poles and current phases. The magnet may comprise four electric supply connections at the axial ends and radial at the outer center of the merging magnets Whereby the electric plus phase is divided in two slips and the negative phase is divided in two slips connected with the magnet polarities and merging polarity rotary surfaces. Applicable for DC or AC current supply with a regulative power supply to the connecting terminal with connect the internal leads to the pole’s rotary poles. The axis or rotary magnet container is equipped with a plurality of magnets with the poles aligned axially and opposing and vice versa.

The rotary electric machine comprises at least one copper coil of bobbin winding with the armature poles. The stator can be of at least on coil of gauge copper wiring without an armature arranged around the rotor. The stator may comprise a single wire of predetermine thickness and length wounded in the stator slots and salient poles wounded on the armature etc. wired two coil windings or three coil winding and winding connections. The Multiple coil windings connected in phases of 4-phase output and 6-phase winding output, 8phases of output and motor control unit mounted at the exterior on the casing or internal in the provided insulated machine chamber.

With at least one magnet or a plurality of magnet discs and/or cylindrical annular or massive magnets suspended operatively in operable bearings with or one a common axle rotatable or fixed and combined rotating with the shaft and in both rotating directions. The machine is made without a stator armature with direct electric connection from the power supply to the magnet poles to operate the motor. The electric motor generates electric current in the stator while the magnet is operated by the power supply which is a DC electric battery and can be inverted to AC. The motor is operated without supplying current to the stator coil, instead only the magnet that rotates on its axis.

The machine voltage is regulating for regulating the RPM. Without a switching system. The motor can be made with and opposing armature on both side of the magnet poles for driving the magnet with an current supply having an airgap or magnetic connection. The motor is a power full motor without shifting polarities that connects to the power supply for operation. A shaft sensor can be added to the machine and with a power regulative circuit connected to the input terminal of the motor and data connection on the terminal.

The electric motor is applied for the turbine drivetrain. Applied in rotor hub as magnet motor and generator that can generate current and operate with the generated current which is infinite and perpetual. The motor provides motive force, electric brakes. The turbine rotor magnet motors are mounted on the extended axial ends in the prolonged casing separated rotor plenum mounted on the axle extension in the machine chamber and the stator is mounted in the four casing walls and trough the walls in operable ball bearings, connected to the power control unit and automated system that operates the motor.

The permanent magnet is activated when energized by an electric AC or DC current, which means that the magnetic flux rotates and rotates the magnet by connecting the current phases to the rotary mounted magnet poles. The stationary magnet is activated by the electric current, whereby the magnetic flux rotates between the magnet poles rotating the operable bearing mounted magnet.

An electric generating electric motor, magnet motor mounted axially on the axially axle in operable bearings and bushings with at least one coil of insulated copper wire opposing the exposed magnet with a spatial gap with respect to the rotary magnet. The stator insulated coil is insulated mounted in the stator casing and connected to the casing output terminal by the external leads of the coil and yoke connections and feedback connection. At least one Coil woven on its insulated armature of high magnetic permeable material, Iron, or a permanent magnet armature, ferrite armature. At least one armature having a wave form cutout armature that is induced by the rotary magnet.

A. At least one stator armature of electric conductive material wounded with at least one electric wire of predetermined length and thickness of gauge wire wounded on the stator members opposingly exposed to at least one exposed rotary magnet with a minimum spatial distance with respect to the rotary magnet wherein at least one matrix of electric wire is woven on an annular stator induced by the rotary magnet generating a pulsing electric current. And/or Excited or energized by means of a power supply related to the coil leads and yoke and the output terminal electrically connects to the voltage regulative power supply.

B. The stator in a electric motor and generator is of different arrangement whereby combined arranged and single arranged as motor for example having a rotor and stator for Generating a powerful motive force combined with the rotor and the stator by means of a permanent magnet rotor and stator, or made off electromagnets, and combined with permanent magnet and electromagnet. Whereby the electromagnet will require to be switched in contrary to the energized permanent magnet rotor and stator.

C. Whereby logic dictates that for an armature of high permeable electric conductive material opposes the rotary magnets. It is of no importance which magnet pole is facing the armature. Because the iron or metal armature does not know the North pole nor the South pole, in contrary the armature is only related to magnetism which is of no importance which magnet pole is applied. One may place alternative poles. One may arrange magnets of the same polarity or alternatively or make a mixture or recipe, the armature only understands magnetism which has no polarity for conductive material only for magnets, permanent or electromagnets. Plurality of ferromagnets can be arranged poled alternatively with a recces or neutral phase. Poled with the same polarity or no matter what arrangement of polarity the armature is magnetized in at least two sections providing a wave or circulation.

148. LINEAR Electric Machine defined as electric motor and/or generator, actuator, mounted in a solid tubular metallic casing serving as electronic shock absorbers, sock dampers/generator that react electronically on every position change and adjusts to the set position electromagnetically faster than conventional shock dampers which adjusted and absorbs shocks electromagnetically oscillating a linear motion of the magnet piston riding on the at least one support shaft whereon the linear magnet piston and bearing mounted saddle on the support beam, whereon slides or rides on the smooth support beam and toothed tracks. Electrically connected by insulated electrical tracks. The linear electric motor requires no lubrication moving the magnetic piston in plain magnetic bearing operable bearing on at least one support shaft on the smooth bearing mounted support shaft. Oscillating in linear motion through multiple coils of gauge wiring or magnets electrically connected in groups or individually with a power supply.

ELECTRIC MOTOR EMBODIMENTS.

149. In different embodiment, the electric machine comprises a first and a second armature arranged around the rotary magnets axially arranged besides in insulated cover exposed to the magnets with a spatial airgap with respect to the rotary magnet. The first and second stators can be the same whereby the second stator serves as generator providing power for the motor.

150. Indifferent embodiment, the stator is a magnet including the rotor is a magnet. Whereby both are electrically connected to the power supply with the magnet poles and at there merging plane of the magnet. The rotating magnets on the shaft drive the shaft magnetically and electrically amplifying the permanent magnets and activating the magnet flux whereby the stator magnet generates a magnetic river whereon the rotary magnet is propelled including by the power supply connected to the rotating magnet poles.

151. In different embodiment the stator is arranged of electromagnets and of solenoids around the rotor permanent magnets. For generating motive force by reinforcing the magnetic flux by the electro magnets. The odds are of one important difference whereby the rotary flux is obtained by switching the polarities of the electromagnets, Unlike the permanent magnet that becomes rotary when energized by current.

152. In different embodiment, A Rotor, Rotor combination of rotating magnets in contra direction operable arranged in the machine casing with two shaft extensions coaxially or from both sides of the casing. The inner coaxial rotor is mounted on the axle and the second rotor is mounted in operable magnetic bearing with the motor casing axial opposing walls.

153. in different embodiment, The Rotor stator rotor is a combination of rotary magnets with a stator sandwiched between the rotors preferable cylindrical which can be made as disc motors. The stator is a magnet energized from two surfaces propelling the rotor in two determined directions. The stator can be of an armature of electric conductive material and insulated coil wiring wounded in salient poles and on- salient poles of the armature.

154. Indifferent embodiment, the motor magnets that are axially mounted on the rotative shaft for rotating with the center axis or with the shaft around the center axis. Consisting of a single magnet with a bore wherethrough the shaft is mounted with connecting joints and shaft locking features. The is provided with to tracks, one track from each shaft end extending from a rotary track and connects with the magnet pole. And the second ring and track extends toward the magnet from the opposing shaft end and connects with the magnet pole in the casing by contact type of switches, connected by carbon slips on both bearing mounted shaft ends and connects insulated with the input terminal or internal power supply.

155. In different embodiment the rotor and/or stator magnet is made of a plurality of smaller magnets mounted in a holder on the axle with all the pole aligned and directly connected alternatively forming one magnet fixed in the saddle on the axle exposing the outer circumferential to the inner exposed stator circumferential.

156. In different embodiment the motor is arranged as: Rotor Stator, Rotor, Stator, Rotor. Coaxially with the rotors operable mounted in bearings. From rotatable axis or stationary core stator. The rotors can be driven superbly by a triple coaxial shaft or a single shaft with the rotor mounted inter connected by gear cams for rotation

ELECTRIC ENGINES.

157. The H/V axis energy converting Uni to Omni-fluid turbine motor and/or generator comprises at least one linear electric motor/generator. At least one electric reciprocating engine with multiple linear motors. 158. a H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a reciprocating electric engine of two strokes and more. With one liner motor or multiple linear motor mounted in plain journal bearing with the crankshaft mounted in bearing in the crankcase, inline aligned or other formation. Having a power supply with synchronizer microswitches switch or transistors, or Triac and microprocessor, A starter and pulsive motor speed control.

159. a H/V axis energy converting Uni to Omni-turbine motor and/or generator comprising an engine of rotary electric machines driving a crank shaft. Connected by at least on shaft and cam with the crankshaft mounted operable in the crankcase.

160. a H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises a reciprocating steam engine. Where by the steam discharges in the crankcase mounted rotor blades for driving the reciprocating cylinders by the crankshaft.

161. a H/V axis energy converting Uni to Omni-turbine motor and/or generator, comprises several arrangements of reciprocating electric engines by means of the linear actuators motors in a solid casing, machine block or crankcase provided generator/motor, liquid cooling system with motor control and power supply related to an operating system as described in the specification, Comprising:

Radial electric piston engine or stern engine. Rotary engine, electric. Steam, wind, hydraulic, pneumatic, heat engine. Wankel engine. “V” Type engine. In Line engine. Gas turbine engine. Free-piston engine Opposed-piston engine. Swing-piston engine. IRIS engine. Bourke engine. Thermo-magnetic motor Heat engine. Linear and rotary Wave engine. Reciprocating steam engine. Wave engine.

162. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a DC generator/and motor constructed of cylindrical stator and rotor components or of discs.

163. Integrated turbines in pipes and hosts. 164. Humanoid Drone. 165. Personal droid 166. Autonomous aerial vehicles, UAV. Drones, RC aerial vehicles. 167. Artificial gravity for space stations and space crafts. 168. space station.

H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a Replicator. A food and drink replicator, made of different sizes and combined or separately for replicating resepy stored in the electronic computer system drinks and food. Comprising a machines casing with an insulated metallic layer. The casing body is provided in sections for the at least one mother computer motor board, power supply, servo comptrollers, With at least one ANN module, a food and drink analyzer with probes and miniature chemical lab. Comprises, supply tubes with minerals, proteins, and types of nutrition’s, sections for preparing the products with air fan ventilation external connection, Water circulated in electric heating plates and probes, electric fans, Water connection to the water valve. With transparent glass decoration machine outer shell having decorating lighting a digital display and touch screen where under the tree for reception of food and drink placed in the cavity. With voice command and personal programmed menus connected to the internal network and data bank. Comprising vaporized water, temperature heated water and consumable products produced by minerals, proteins, all existing nutritious, stored in tubes and reservoirs with volume sensors. Described in the specification.

H/V axis kinetic energy converting Uni to Omni-turbine motor and/or generator comprises Rotary electric machines applied as motor and generator in the turbine machines in assembly for providing and electric engine for larger motive force or generator. The rotary electric machines are applied for motive force in speeding and flying machines. Applied in motors, machines and apparatus for operating the machine, apparatus or device. Applied in actuators and pumps and compressors, etc. The machines are applied in assembly for driving a crankshaft suspend in operable ball bearings in the crankcase. The crankshaft engine is assembled by linear motors in the crankcase, or by steam turbines or driven by the turbines. Described in the specification.

The H/V axis kinetic energy converting Uni to Omni-turbine motor and/or generator comprises Hydraulic motor that amplify force and thereby amplifies electric current.

169. H/V axis energy converting Uni to Omni-turbine motor and/or generator is a reentry capsule. 173. Planetary recognizance vehicle. 174. Concord electric passenger aircraft for Sonic air travel. 175. Electric Hovercraft comprising a skirt for guarding air levitating the vehicle and horizontal wind turbine motors.

H/V axis kinetic energy converting Uni to Omni-turbine motor and/or generator comprises Firefighting and water delivering rockets and reentry vehicles, comprising sonic propulsion system, and high compressed gas propulsion system.

Antigravity rotary system for Airborne hovering and flying electric Vehicle, E-Fly-bike. And E-flying mobile. The rotary system rotates at high velocity of several thousand RPM according to the mass of the vehicle. For antigravity, stabilization and as directional controllers.

Airplane with horizontal and vertical propulsion. The Shark and mouth intake or nose and tail intake and exhaust.

Electric, Hybrid Outboard motor and marine engine. Electric propelled Skateboard and water sports boards, with PowerStation, power boosters for motive force, Jet boosters, water jets. Waterproof lid closed electric USB connection.

176. Hydrofoil electric nautical vehicles and marine vessels.

177. I Charge Hydrogen generating turbines from water.

178. I Charge Oxygen generating turbine from water

179. Airborne and flying amphibian cruise ship.

180. Nautilus the perpetual submersible vessel.

181. Personal submersible Submarine. Semi-submersibles. Submersibles with turbine H/V propulsion turbines and electric generating turbines. Hydrofoil submersibles.

182. Virtual reality gloves, shoes, visor and suite. Electric generating footwear.

183. Electric generating shoes and wearables items. Wearables with electric generators current accumulators and rechargeable,s related with Heating elements.

184. Combined propulsion and electric generators for speeding and flying machines. Hybrid and amphibians.

185. Green buildings, skyscrapers, etc. Generating electricity from rain, wind and internal components and parts.

186. Digital Rotary hand throttle.

187. Digital accelerator foot paddle.

188. Electric battery powered wireless tools with integrated turbine generators.

189. Household devices and machines with integrated turbine generators.

190. Portable electronic communication devices integrated turbines devices.

191. Wind turbine integrated Mobile devices and smartphones phones.

192. Personal care devices. Shaving device, hairdryer etc.

193. Rotation by Light absorbing and repelling turbine rotor.

194. Rotor rotating by Vibration and/or electric generator.

195. Electric generating electric and battery-operated Snow mobile.

196. Electric generating Tracked vehicles.

197. Fluid turbines in water and air circulating pipes and tubes.

198. Formation of turbine rotor with and/or without shielding screen.

199. combined coupled fluid turbines for operation.

200. Dual fast charging and automated switch system.

201. Omni-Directional intake for Horizontal or vertical duct.

202. Winded devices and portable devices

203. Hydraulic Battery.

204. Ferris wheel turbine generator.

205. Flowers, resembling wind turbine generator. All directional orientable, Retractable.

206. Fluid turbine with elevating nacelle, Retractable into the wind turbine closed foundation. .

207. Heat and thermal driven fluid turbine generator.

208. Fluid turbine generator with dual turbine rotor or more for rotating in contra rotational directions.

209. Foldable devices

210. Collapsing and expanding wind turbines.

211. H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises Heating plates or panels made of steel, alloy, metal or iron, where by two corresponding plates with inner serpentine cutout wherein electric heating element are placed in the serpentine milled out passage and closed with component glue and compressed or spot welled or welded airtight.

H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises cooling plates or panels. The two panels with milled out corresponding serpentine passage Are fixed with the corresponding structure and the extending intake and exhaust sleeves. Made of alloys and stainless steel for gas cooled condensing plates and for liquid coolant.

H/V axis energy converting Uni to Omni-turbine motor and/or generator body comprises Serpentine structure in the machine body for cooling the machine body with liquid coolant or with cooling gass or cryogenic gas.

Home appliance devices.

Home appliance devices are also integrated with the wind and hydro turbine generators functioning as pump and/or as electric generator. Wind turbines as fans and as generators made in vacuum cleaners and hair dryers etc. The turbine motor generates the vacuum and the turbine generator located in the wind stream generates electric current for the device.

AT LEAST ONE, Home appliances devices can also be equipped with the inventions mentioned in this application electric machine with fan. generator and machine combined. linear electric machine integrated. The devices are integrated in electric devices replaced by major electric machines fans and fan blades for improve or to ameliorate the device for a better result using less power and even generating electricity for the device. An electric machine can even be made in a pen. Like a linear machine made in the pen and press button of the pen, whereby the rod is connected with the button and the miniature machine mated stationary under the button for generating current by pressing the pen button energy that can be applied to make the pen a better tool. The pen can be made of het conducting material with internal sensor for reading body temperature and even hart rate printed on a small display with Clock date and time integrated, and more features can be added. Home computer system for home automation or smart home connected to a network for distal monitoring. Installed in all levels and rooms and electrically connected with live supporting systems camera, alarm and all electric household devices including kitchen devices fridge and electric cooking devices and gardening machines are operated by voice or manually by a control panel or smartphone and can be programed to operate autonomously.

Applicable for Home appliance electric devices Such as; Evaporative cooler. Electric Air ventilator. Air ionizer. Air purifier. Air generator. Air filter. Appliance plug. Attic fan. Bachelor electric griller. Back boiler. Beverage opener. Blender. Box mangle. Can Washing machine. Digital Ironer. opener. Ceiling fan. Central vacuum cleaner. Portable hand held wireless. Dust devil. Clothes dryer. Clothes iron. Juice press. Combo washer dryer. Front loader washing machine. Dish draining closet. Dishwasher. Domestic robot. Domestic droid. Comparison of domestic robots. Drawer dishwasher. Electric water boiler. Exhaust hood. Fan heater portable or mounted. Night light. Portable air fan. Air-conditioning system. Adjustable Camera gimbal mounted. Flame supervision device. Forced-air fan. Futon dryer. Garbage disposal unit. Gas appliance. Gotobed matchbox.

Hair dryer. Hair trimmer. Electric shaving machine. Hair iron. Hob (hearth). Home server. Humidifier. HVAC. Icebox. Kimchi refrigerator. automated LG refrigerator. Mangle (machine). Mica thermic heater. Microwave oven. Electric oven heating coil. Bread maker. Blender. Food processor. Mixer. Electric oven. Brand of domestic robot, hover or sweeper vacuuming the floor. Oven. Patio heater. Paper shredder. Radiator oil (heating). Refrigerator. Thermal mass refrigerator. Sewing machine. Space heater. Steam mop. Knitting machine. Stove. Sump pump. Television. Tie press. Toaster and toaster ovens. Trouser press. Hair dryer. Robotic lawn mower. Water cooker. Water purifier. Water heater. Solar water heater. Window fan. Electric lightning. The water tap. The sink. The water pipes, The air ventilation system. The air chambers of the building. Floors of the building. Water Tap. Tap. Toilet. Portable Heater. Exhaust hood. Fan heater. Window fan. Air circulation system. water circulation system. Sink. Shower. Bath. rain water generator by helix spring shaped pipe or vertical rain pipe. Portable electric devices. Pen, USB Battery. Mobile Phone. Smart Phone. Laptop or personal computer. Pinter. I-pad. PDA reader. Outdoor lightning table light connected to a portable wind turbine on the table. Remote controlled devices. Fishing reel.

223. Applicable with; Autonomous lawn mower. Domestic drone. Commercial drone. Autonomous vacuum cleaner. Cordless vacuum cleaner. Compressor. Water pump. Autonomous Snow cleaner. Leave blower or hand held blower. Drilling tools, electric tools. Coreless drill. Robot vacuum cleaner. 224. compatible with Portable smartphones (cellular telephones). Portable computers are laptop computers and hand-held readers etc., Personal digital assistants I-PAD. Smart Phone. (PDAs). PDAs (e.g. with eyeglassbased displays as well as electric seeing aids such as eye tap devices). Oxygen generator. Hydrogen generator electrically connectable and digital compatible and paired wireless. The Portable class of device exists at one end of a continuum. Electric heating wire and heating coils made in the wind turbine intake. The gold caps are charged and operated as exciter and circuit supply.

WEARABLE ITEMS, AND FLUID TURBINE ELECTRIC GENERATORS AND PROPULSION.

225. The inventions are also related to Wearable items for Humans and animals. Wearable item includes all items as body head cover or cap and footwear a body cover which can be a piece of close raped around or worn on a body part. Unisex Safety Security Visibility Reflective Vest Construction Traffic Work Wear. A pilot suite, Motorcycle suite helmet, boots and backpack with electric power supply. The external helmet with wind turbine integrated in the helmet having intakes and exhausts in the helmet. Security Safety Reflective Vest Belt Stripe Straps Night Running Jogging Biking. HiVis Safety Vest Reflective Jacket Security Waistcoat Warp Knitting Cloth. Uniform. Suite. Motor cycle suite. race car suite.

226 Protective gear. Helmet sports gear. Motorcycle or bicycle helmet. Head gear and headwear for fashion. Caps and Hats. Costumes. scarfs. Dresses. Gloves. Glass, Safety googles. Sun glass. Safety helmet for work platform or construction site. Wearables for Pets and animals like dog vests and jackets and Horses. Wearable items are fabricated from cotton, leader, plastic, wool, silk or Kashmir. Fiber etc. Wearable items with electric generators power regulators and charging circuit and supply for electric devices.

227. wearable items such as a jacket made od wool or plastic, nylon and other textile material comprising an outer layer which can be waterproof and airtight with inner isolation and inner layer sawn by machine. The inner layer comprises heating elements which are connected with the USB battery and/or connected by wire with the foot gears generators and or jacket electric generators. The Jacket side external collar side comprises a rotary switch for thermostatic adjustment of temperature of the heating wire sawn in the jacket. The collar is reinforced and sawn with the switch and its PCB and wiring in the jacket collar or sleeve end.

228. Head gear. A hat, Akuba, balmore, baseball cap, batting helmet, beanie, bearskin cap, beaver hat, beret, bobble hat, a boater, bonnie hat, budenovka, bucket hat bowler, busby, copuchon, cowboy hat, deerstalker, eight point cap, equestrian helmet, fez, Flat cap, top heat, safety helmet, umbrella glasses, sub glasses, a digital watch and so on. Bag, handbag, Purse, A woman Purse. Shoulder bag. Totes. Cross body bag. Clutch Bag. Backpack. rucksack. Shopper. Bucket Bag. Belt Bag. Beach bag. Evening. Logomania bag. Travel and luggage. Trending Bag. Made of Leather, Natural fiber bags. Cotton. Canvas. Jute. Hemp. Oil derived material, Nylon, polyester. Paper.

229. Foot gear, or shoe styles and designs. A shoe is an item of footwear intended to protect and comfort the human foot while doing various activities Chappal, Kung fu shoe, a type and style of slip-on shoe traditionally worn while practicing kung fu. Loafers, Lotus shoes, Mary Jane (shoe), Mojari, Moccasin, Monk shoe, Mule (shoe), Opanak, Opinga, Organ shoes, Orthopaedic footwear. Over-the-knee boot, Oxford shoe, Pampootie, Peranakan beaded slippers, Peshawari chappal, Platform shoe, Pointed shoe, ointinini, Rocker bottom shoe, Ruby slippers, Russian boot, Saddle shoe, Sandal, Toe Shoe, Silver Shoes, Slip-on shoe. Slipper, Sneakers (footwear), Snow boot, Spectator shoe, Steel-toe boot, T-bar sandal, Tiger-head shoes, Toe shoe, Tsarouhi, Turnshoe, Venetian-style shoe, Winklepicker, Wörishofer. High-heeled footwear, A traditional galesh, Highheeled shoes with a stiletto heel, A woman wearing jelly shoes, A soft-soled moccasin, A pair of men's Blue branded sidegusset slip-on shoes, Venetian loafers, Huarache (shoe), Jazz shoe, Jelly shoes, Jutti, Kitten heel.

230. AT LEAST ONE: Hand Gloves containing separate sheaths and fine coated wiring for each finger and the thumbs with touch sensitive sensors ; if there is an opening but no (or a short) covering sheath for each finger they are called fingerless gloves. Fingerless gloves having one large opening rather than individual openings for each finger are sometimes called gauntlets, though gauntlets are not necessarily fingerless. Gloves which cover the entire hand or fist but do not have separate finger openings or sheaths are called mittens. Mittens are warmer than other styles of gloves made of the same material because fingers maintain their warmth better when they are in contact with each other. Reduced surface area reduces heat loss. Gloves protect and comfort hands against cold or heat, damage by friction, abrasion or chemicals. Having motion sensor and wiring system connected to a controller and power supply.

231. Bicycle helmet with safety glasses and digital translucent integrated screen. Molded double walled inflated protective head gear. This sports bike helmet by GIRO combines a sporty design and light weight (approx. 270 g) with optimum ventilation. Safe, comfortable and easily adjustable. High quality, intended for the Road, the helmet is very light, robust and ultra-ventilated. The In-Mold design in combination with a thermoformed cage offers great strength and offers strength when opening openings. This maximizes ventilation and is enhanced by the internal channel system of the Wind tunnel, keeping you cool and dry during your efforts. The adaptation is very efficient and very simple. It adjusts the vertical position of the helmet and the occipital tightening. Finally, X-Static foams offer antibacterial protection. Motorcycle helmet. Bicycle safety head cover. All types of safety helmets. A wearable parachute or wing pack, jet pack is also applicable for wind turbine devices. safety gears like head cover knee and elbow cover.

Electric generating shoe.

232. The invention relates to wearable Items wherein the Inventions are implemented in the said items. Wearable are equipped with the fluid generators and electric machines for heating purpose or In a suite including head gear and foot gear worn in a Interstellar spacecraft or space station with electric magnets magnetic parts as antigravity suite.

233 A shoe is an item of footwear intended to protect and comfort the human foot while doing various activities. Shoes are also used as an item of decoration or for sport. The design of shoes has varied enormously through time and from culture to culture, with appearance originally being tied to function. additionally, such as boots designed specifically for mountaineering or skiing. Traditionally, shoes have been made from leather, wood or canvas, but are increasingly made from rubber, plastics, and other petrochemical-derived materials. Shoes are for protection against cold moisture, for hygienic and vulnerable to environmental hazards such as sharp rocks and hot ground, against which, shoes can protect.

234 A footwear can also be equipped with wind turbines having a vacuum enclosure with respect to the provided intake and outlet. which may be for heating the boot or shoe by electric heating semiconductor wires made in between the shoe body and in the sole to produce energy for the heating components. We may apply at least a uni-directional wind hydraulic turbine in the sole of the footwear. The shoe is airtight and water tight made for this propose and will function when submerged in liquid. The turbine is made in a cavity provided in the flexible material to be fitted in between the guides. To adapt a turbine device for this purpose we separate the shoe sole and de foot in three major parts. The forefoot, the midfoot, and the hindfoot. The fluid driven turbine generator is placed in the center of the midfoot. in the forefoot and hindfoot two air cushion inter connected with two ducts at midfoot along the turbine body.

235. The air cushions are connected with hollow intake ducts, which are provided around the exterior sides of the forefoot and the hindfoot to suck air into the air cushion when the shoe is lifted from the ground wherein the valve at the tube end which is hanging like hinged, in the cushion in front of the air ducts opening at the interior. The valve opens, and air is sucked in to the air cushion when the foot is airborne. The turbine at the center of the mid foot relates to a tube and a sleeve connection to the fore foot cushion opposing the turbine inlet with the inlet sleeve of the turbine in a straight forward duct to said air cushions. The rear exhaust is made in crass to the sides of the rear midfoot by hollow reinforced ducts to remain open permanently, the cross tube has a T connection with a smaller tube connected to the sleeve of the exhaust.

236. For an exit on both sides of the footwear. The turbine having a diameter and height or size of one or two buttons, When the individual is walking by lifting the feet of the air cushion is filled with air so that when the foot is placed on the ground the air cushion is compressed and air is injected into the turbine inlet connected to a cylindrical body having an axis at the center mounted for rotation in the body with a plurality of rotor blades attached to the axis. The rotor containing two enclosing discs at bot rotor ends which contains a film of Nano magnetic material and which is opposing the upper and lower body with a minimum spatial gap for rotation. The lower and upper dick like turbine enclosure is equipped with thin electric magnetic coils having the two output coil wires connected with at least one diode at the exterior of the turbine where on a heating circuit is coupled. Or a LED lights are coupled or ells. With this device one may generate energy even when walking or running. The device can be switched on or of a switch is provided behind in the sole which is a circuit breaker. The circuit boards are printed component or SMD components in the turbine having a film a Nano magnetic material and super conductive coils. The midfoot also containing said circuit board having stabilizer circuit amplifiers and rectifiers and a charger circuit for a rechargeable battery. The battery is placed which is supplied through an electrolytic capacitor, is to keep the heating device working constantly because electricity is generated with constant interruptions by the foot being airborne and earthed. The embodiment strictly exemplary and is not limited to this arrangement and can be altered wherein the device can be altered the location and electric components.

237. Footwear with internal heating system comprises a temperature sensor and microchip controlling the internal temperature of the heating wires and the shoe, the sensors are placed in at least on part of the shoe between the heating wires which also functions a thermostat with the circuit. The temperature is regulated till a certain comfortable temperature and may contain additional means for adjusting the temperature. The electrolytic capacitor serves also as a tank for electric supply mated with the heating circuit of insulated wires of semiconductor material which has a continuous energy supply, because of the interruption in generating energy, because the foot goes up and down, the generation of energy is with intervals. By inflating the aircushion and deflating the aircushion. The shoe can be equipped with lighting diodes which can function as overload. The generator current is captured in a primary spool and a secondary spool which absorbs voltage peak and the capacitor also absorbs a voltage peak.

238. The shoe can be a sports shoe or a working boot where a jump can create a sudden peak. The current is amplified and used and rectified and mated with the electronic units. The air cushion is made such that implodes and retract its self in shape of the cushion. This is amplified by the structure of the shoe. Additional reinforcement can be added to the in the air cushion. The LEDs are actually the overload or switched when the heating system is turned off. Applicable for all types of footwear. The footwear can be mated by small connectors and wires with other wearable items. These items may also be equipped internally with heating wires. The wearable part having the same as the footwear wherein aircushions be squished by the individuals, and inflating and deflating the aircushion or even an airbag will generate energy and heat the wearable item. The wearable item can be a jacket from an individual in a very cold region.

239. A Shoe is a wearable item that id equipped with turbine generator for generating electric current. A shoe can also be equipped with linear electric generators. Made in the mid sole of the shoe-sole or in small nops extending from the outer sole. Shoe, boots and sandals come in many categories. Sport shoes are ideal for the reason that the electronic MEM HRS based sensing system and electronics will measure locomotion and store this information. The individual can read his traveling speed and the quantity of steps taken, weight of the individual transmitted wireless. This shoe can be applied in electronic systems such as virtual reality. A wearable parachute or wing pack, jet pack is also applicable for wind turbine devices.

240. In different embodiment, the manual gyroscopic controls including virtual reality controllers in wearable items, Digital and optical connected and converted wherein analog signals are converted by an AD converter and the signals are amplified and digitally converted and processed and digitally communicated by optical cables or optical wireless communication to the devices and automated system. The automated system can be bypassed by the pilot. The controllers and cockpit of the speeding or flying objects are also provided in virtual reality (VR) is a computer-generated scenario that simulates the controlled speeding or flying object through software and its inboard and outboard camera microphones and remote sensing technology around the vehicle which is also applied in virtual reality, whereby the surrounding environment is scanned and processed in milliseconds and a image is created and refreshed constantly of the surroundings, and its instruments, also given the pilot a view of the outside and the surroundings, wherein the cockpit and controls are simulated in the computer program in the 3D virtual reality. Which is a realistic environment of the flying and speeding object. 241. The immersive environment is similar in order to create a that environment and control or fly or drive the object from a base on land or at sea, communicating by means of radio communication which may be in Megahertz or Gigahertz, and relinked by satellite or a second drone while the first drone is unable to receive the satellite beam or radio signal because it is operated at the other part of the globe flown or driven or both combined, by means of virtual reality VR technology most commonly uses headsets and digital display or multicamera projected environments. The pilot having all the controls available in virtual reality to be controlled in virtual reality, in combination with physical environments, to generate realistic images, including voice command and sounds and other sensations that simulate a user's physical presence in a virtual environment.

242. A person using virtual reality equipment has the ability "look around" the artificial and the camera projected world, move around in it, and interact with virtual features and the controls disc, rings, switches buttons and faders serving as throttle, which are linear potentiometers. The effect is commonly created by VR headsets consisting of a head-mounted display with a small screen in front of the eyes and earphone or headphone but can also be projected on multiple digital screens and speakers, combine with the virtual reality cockpit or cabin and or camera view of the road or aerial view. VR systems that include transmission of vibrations and other sensations to the user through controllers in wearable parts like a hand globe having motion sensors in every movable bendable part which is imitated by the computer software where the flight controllers are also provided in virtual reality to be controlled by the hand by means of gloves.

243 The virtual reality gloves are fully equipped with sensors in form of micro switches and microprocessors unit and touch sensors or contact sensors made in or on the controller gloves worn one or both hands, the touch sensitive sensors on the lower fingers and hand palms enhance the hands touch sensibility, so that when the hand is passed along ant type of controller that controller may light up or change color or other type of indicator, indicating that controller is in contact and engageable. connected by multiple cables or blue tooth, infrared, or radio communication. The wiring at the exterior are mated with the computer system by digital optical cables and connected to the sensor unit. The pilot controlling a drone having a security camera what can be moved in all directions by the pilot by a second controller ball or by the automated computer system locked on a stationary or speeding object, movable in any direction to target ground and aerial objects for surveillance and recording and mapping changes in the patterns of the environment.

244. A head set in a wearable pair of headphone with a microphone. This device is in different arrangement and size which is applied for controlling and communicating purposes. The microphone also serves for voicecontrolled instructions or commands. This device is also part of the gyroscopic manual comptroller and for the manual controller disc. The device is also applied for more applications including on vehicles such as a bicycle for navigational instructions for the driver.

245. The devices are on wearables such as a vest or large band around the body equipped with wind turbines, which generate energy while swimming, jumping from a plain, sky serving, running, jumping or other type of motion individuals can make which can all generate energy. Motion or compressing of an air pocket, air cushion or air bag that generate energy. The device can be in a watch, in heat, in a headphone and other wearable and accessories.

246. A portable communications device is a hand-held or wearable device. For example, the walkie- talkie is a device that is handheld when in use, and wearable when not in use. Portable telephones (cellular telephones) are also carried, or worn, on a belt, or in a pocket. Portable computers are computers that can be hand-held, used on a lap, or worn in a pocket, belt, or the like, such as Personal digital assistants (PDAs). PDAs are almost always worn (pocket or belt) when not in use, but some are also usable when worn (e.g. with eyeglass-based displays as well as electric seeing aids such as eye tap devices). The Portable class of device exists at one end of a continuum.

APPLICABILITY FOR SPEEDING AND FLYING VEHICLES, AND MOTION OF BODIES AND OBJECTS. 247. The inventions are applicable for speeding and flying vehicles and marine vessels, for rotary wing aircrafts and airplanes, providing green sustainable electric engines and propulsion motors indicating that this application and all inventions are the answer and contribution to climate change and pollution and this degrading world. Speeding and flying and flying machines and objects including UFOs, moving objects, Locomotion of animals and humans, Mounted on and with or in stationary outdoor objects, in submerged objects. Integrated and implemented with the inventions for generating electricity for electrical supply and turbines and motors for motive force and propulsion of the speeding and flying machines. The inventions are factory made in speeding and flying objects maintaining the equilibrium and balance of the vehicle eliminating drag. An electric vehicle is tested for generating the required amounts of electric current required for the vehicle at different velocities with gears and magnet motors and exciter supply voltage, motor supply current etc. Flying objects are made as prototype for testing the aerodynamics in a wind tunnel driven by wind turbines. The sonic engine is tested fastened and bolted to a solid steel frame wherein driven constantly at high velocity.

248. The inventions provided in this application provides solutions to many problems which includes clean and sustainable electric vehicles speeding on land or on the body of water or in the body water and airborne flying in the ether and in space. The vehicle is electrically arranged with at least one wind turbine generator, steam turbine generator, electric motors and pumps generating electric current while operating with a computerized power supply and controller unit. And the types of electric motors for propulsion that can be arranged in the vehicles and the combinations are very broad of choice and arrangements of the inventions.

249. Turbine machines implemented in speeding and flying objects and even in the wearables of an individual moving through the ambient air or water causes friction with the surrounding stationary gas or liquid around the object forcing through the surrounding matter whereby the stationary fluid rams the speeding object aerodynamic body and entering the turbine intake ramps and duct channeled and connected with the turbine intake of the rotor chamber in the nacelle with at least one exhaust for discharging the compressed air.

250. Whereby wind friction is for example by driving a bicycle or obtained by driving an automobile for operating the turbine generators. Turbine machines and/or ducts are oriented in forward moving direction or referred to as in head wind direction whereby wind or atmospheric gases remain stationary channeling the stationary air or water through the moving object with the wind or hydro turbines for generating electricity, obtained by motion of the vehicle not wind or head wind. Referred to as ram air operating the turbine generator and airborne ram air and bleed air fixed wing and rotary wing aircrafts.

251. Applied for marine vessel speeding on the body of water with the advantage of moving through both matter utilize both matter of water and wind when speeding and for speeding and navigation. motorized and nonmotorized vehicles speeding and flying objects, vehicles, crafts. Applicable for vessels speeding on a body of water and vessels submerged in the body of water. For electric paddled water vehicles and hydrofoil vehicles.

252. The inventions include the double layer inner air compressed body or hull and wind screens for speeding and flying machines. The wind shielding frame and window mounted glasses are molded in the aerodynamic curvature fitted thereon the side edges the outer frame and of required geometry and molded with a valve in the outer frame inflated and airtight fitted in the window frame like conventional vehicle mounts. The wind screen inner layers have each a layer of transparent HD-video screen glued to the twoinner layer and output connector molded airtight in the side enclosing frame.

253. The speeding and flying machines are combined arranged with the turbine generator and motor providing electric current for propulsion and the electrical needs of the said machines. Steam turbines provides continuous electrical energy made in a compressed casing and compressed chamber of the vessel or airplane. Including the coaxial geared electric motor and magnet motors.

254. Electric motors that are operable by at least one magnet rotatable mounted magnetically insulating shaft with at least one brushed or rotatable electrical connection with the power supply driving the magnet and the axis. Whereby the opposing stator generates electric current by induction of the high permeable stator and stator winded coils in slots or around the stator that provides a electric supply to the electric power supply. The power supply is an intelligent power supply soldered on a mother board with outputs to the rectifiers and transformers. The motor can be made with at least one or a plurality of ferro magnets with Sumerian cobalt magnets axially poled and electrically connected. A electric magnet motor etc.

Intelligent power supply.

255. The 12volt lead acid battery or lithium ion battery or chemical rechargeable batteries are be coupled by a charging system with micro-switched and microprocessor comprising fast charging gold caps battery pack assembly of ultracapacitors of the same voltage as the main battery voltage. The switch operates with the voltage and ampere meter of the turbine generator that charges the super capacitor at low voltage generation and augmenting switch in serial for individual capacitors to charge individually by a lower available voltage. Switch in pairs and charged. Connected in serial and parallel to be Switched in serial and parallel pairs or groups for augmenting generator current. The main battery is charged, and voltage is provided to the vehicle when stationary by the supercapacitor battery pack in serial mode multiplying all the capacitor voltage and amperage to a main output voltage. The unit can supply 12V, 24V, 100V DC. Converted 110V AC or 220 AC and charge other units and switch uninterrupted. The rechargeable unit comprises a microcontroller electric unit and motherboard and communication circuits and connectors mounted insulate in a metallic casing and connecting means.

256. Electric current is rectified and accumulated in large capacitors for storage and consumption regulated by power supply having a ANN, Microcontroller and microswitches connected to power switches for switching the electric current. All the electric motors and engines provided in the chapters of electric motors and/or generators are applied and for the said speeding and flying objects. The power supply comprises Digital and ammeters and voltage meters probing by switching through circuits of all input and output currents and processed current.

257. The invention of the compressed bodies relates to speeding and flying vehicle. A car plastic outer body includes the air compressed body. Comprising a double layer body with an inner and outer layer molded with a valve for compressing the recces between the body walls. The vehicle body is reinforced, and wind screens are reinforced by air compression for safety of glass breach by stones or hail etc.

ELECTRO MAGNETIC LEVITATION AND PROPULSION.

258. The invention is related to electromagnetic Levitation and propulsion obtained on at least one linear track and more tracks of electric interacting solid material providing an infrastructure of tracks of electric conductive material on land on roads underground roads and tunnels or elevated aerial tracks whereon vehicles speeding while levitated by electromagnets on the lower provided tracks. The vehicles are battery powered electric vehicles or hybrid and amphibian with electromagnet beds in the lower vehicle electrically connected with the power supply and automated system tilting sensor unit and laser sensing altitude or ground clearance indicator, Radio transmitter and receiver communicating with data transmitters. 259. The linear electromagnetic propulsion Function like a magnetic rack and pinion motor, where the rotary current levitates an object and propels the object in the direction of the rotating magnetic fields for flat surface objects and opposite direction of rotating or cylindrical objects. The linear electro magnets are arranged in a row in horizontal position or in the horizontal plane of pairs of coils coupled parallel and in serial with the second phase shifted pair of coils circulating from pole to pole in predetermined distance of the coil radius.

The magnetic fields and rotating magnetic field is a magnetic river created by the electromagnet bed. The bed is made of individual electromagnets in a row or on and single armature and in more parts or segments. The armature comprises two parallel rows with slots wherein the coils are horizontally arranged providing crossed rotating field in linear direction in the slots and at the left and right sides which maintains the object between the tracks. The tracks and the armature poles are equally different for different types of speeding objects till a skateboards or flying board.

The rotating magnetic field travels from pole to pole at the working frequency of the electric supply such as, 50Hz, 60Hz. 400Hz. This working frequency is made regulative and adjustable for propulsion speed stop and reverse also regulated by the amount of supply current. The length and number of coils also fixes the speed of the propelled object. The first coil travels from N-pole to S-pole at 60Hz forward and backward and left and right around the electric magnets. And the second. And the third and fourth shifted 90* in phase and so on. When more coils are applied the coils cam be shifted 45* in phase. Wiring the two rows in the horizontal plain providing a rotating magnetic field in one direction and by changing or switching the current supply connected polarities the rotating magnetic fields rotates in opposite direction. Preferable AC current.

For economic reasons the electromagnetic bed is made in the lower battery and wind turbine powered electric vehicles supported magnetically on the stationary track. consisting of all land vehicles equipped with the magnet bed in parts as four wheels or a linear bed in longitude in the lower vehicle opposing the tracks. One wheeled or two wheeled vehicles are also applicable comprising one or two magnetic beds and battery and wind turbine and electric motors integrated vehicles. Tracks are of different wideness as for fast traveling vehicles the tracks are wider including the two rows of the armature woven coil of each electromagnet bed. The coils are 3phase wired coils with the center neutral and the negative half current phase and the third positive half cycle or current phase. Large armature can be energized by a set of coils for reinforcing the electromagnet with the corresponding poles with the coils winding.

Electric interacting material also consists of germanium which has the property to amplify electromagnetism and other properties. Germanium can be added by doping or as a layer on the track surface which amplify the electromagnetic rotating field. Silicium also comprises certain properties with electricity. These are embedded in the track. A track can be made with dialectic charged. The track can be made as an integrated circuit that operates with the electric magnetism of the vehicles whereon the tracks several layers of photo film circuits are laid connecting and operating. The track may comprise crystal and metal on oxide circuitry on the track surface and with a protective plastic or ceramic layer closing the upper surface and lower surface of the tracks.

Permanent magnet levitation and propulsion is also applied with impregnated magnetized materials. Vehicles braking system and gas throttle and stationary levitation is provided electrically by the magnetic field. Turns of the vehicle are provided with the track and directional controlled turns are provided by the manual operated disc by the pilot or autopilot. The infrastructure of lanes or tracks are connected like roads where the vehicle can be steered taking a left or right turn.

APPLICABLE FOR.

The inventions are Applicable for, Vehicle and of natural means of moving objects and transportation means. Vehicles are most often man-made, although some other means of transportation. Know the comprehensive flow of mixed traffic from floating objects and paddled vehicles, pushed subjects on wheels, flown machines, worn in warbles, and or a safety suite or diver suite, a motorcycle suite. Examples include icebergs and floating tree trunks. A list of vehicles is given beneath. From classic vehicles and modern electric vehicles speeding on the land or on tracks, flying or speeding on the body of water including semi submersibles and submersibles. Classic hotrod vehicles. Coaches. From wooden boats and propeller airplanes and flying machines are all applicable for generating current and propelled by the electric turbine machines. Vehicles include all types of paddle vehicles. Motorcycles, cars trucks, busses, trolley busses, railed vehicles, metro and trams, Water crafts ships and boats. Amphibious vehicles, Hybrid vehicles, Jet propelled crafts and airplanes, screw propelled vehicles. Hovercrafts, aerial vehicles, helicopters, spacecrafts and space stations.

UAV. Remote controlled Drones. Remote and radio-controlled vehicles. Autonomous cargo, freight ships. Aero Sani, Airship. All-terrain vehicle (ATV). With at least One wheel motorized electric vehicle. Quad vehicles. Hybrid Automobiles and vehicles, Amphibian vehicles, Caterpillar propelled vehicles. Cabriolet or convertible automobile. Utility vehicles and flying machines. Haul. Back loaders. Amphibious all-terrain vehicle. Amphibious vehicle. Autogiros. Automobile. Auto rickshaw. Balloon. Bathyscaphe. Bicycle. Blimp. Boat. Bus. Cable car. Catamaran. Canoe. (Coach (bus). Coach carriage). Cycle rickshaw. Dandy horse. Deep Submergence Vehicle. Diving bell. Diving chamber. Dog sled. Draisine. Electric vehicle. Fixed-wing aircraft. Golf cart. Ground effect vehicle. Glider aircraft. Handcar. Hang glider. Monowheel. Moped. Motorcycle. MUV. Omni Directional Vehicle. Ornithopter. Passenger car. Rickshaw. Pedal electric watercraft. Pogo Stick. Powered parachute.

260. Electric Locomotive. Steam locomotive. Maglev. Suspended trains and carriages. Suspended trams.. Monorail. Hopper. Helicopter. Hovercraft. Hydrofoil crafts. Jet aircraft. Jet pack. jet ski. Kayak. Kick scooter. Land yacht. Launch escape capsule. Civil engineering helicopters. First aid helicopter. Firefighting helicopter. Aerial tramway Airline Airliner Bicycle-sharing Carsharing Elevator Escalator Gondola lift Horse-drawn vehicle Maglev Moving walkway People mover Trackless train. Quadra-cycle. Racecar. Formula racecar. ATV. Road train. . Land craft. Land vehicle. Scooter (motorcycle). Segway, Ice Skates. All- terrain vehicles. Hydro bikes, Sea-cycle, an individual moving, or walking running, swimming in water. Pouse-pouse

261. Rocket sled. Rover. Screw-propelled vehicle. Sea tractor. Zipliner. Aircraft. Wing pack. Jet pack. Unmanned aerial vehicle Personal Transporter. Single-track vehicle. Skateboard. Skis. Sled. Snowboard. Snowmobile. Space Hopper. Sports car. Steam car. SUV. Tank. Tractor. Traction engine. Train. Tram. Tricycle. Trolleybus. Truck. Unicycle. Van. Velocipede. Wagon. Wheelbarrow. Digital container truck. Digital vehicles comprising remote sensing system, navigation and GPS, lane sensors internal computer system, wireless multimedia, 5G communication etc.

262. Autonomous satellite guided Cargo ships, fright ships, Container ships and tankers. Icebreaker ships. Ice breaker Factory ships. Dreger ship. Watercraft. Watercraft. Sailboat. Ship. Submarine. Submersible. Surfboard. Yacht. Pedal-power quadracycle, Hydrofoil water scooter. Motor boats. Speed boats. Rafts. Inflatable boats. All types of Boats. floats. Barges. Cable ferry Hovercraft Hydrofoil Ocean liner Water taxi.

AT LEAST ONE: Land vehicles categorized by number of wheels: Unicycle Self-balancing unicycle. Monowheel. Dicycle. Bicycle. Motorized bicycle. Electric bicycle. Recumbent bicycle. Safety bicycle. Freight bicycle. Motorcycle (1-2-3-4 wheels or more). Cabin motorcycle. Motorcycle with sidecar (typically 3 wheels overall). Tricycle. Motorized tricycle. Steam tricycle. Wike. Three-wheeler. Tilting three-wheeler. Quadricycle. Quadra cycle. Four-wheeler. Penta cycle. 6x6 drive. 8x8 drive. drive12x12. PADDLE ELECTRIC. 271. Paddled vehicles are categorized by function speeding on land and on water, for transportation means, for sports and recreation like a tandem, speeding on land or a body of water or submerged including hydrofoil cycles and electric paddled water crafts, comprising and electric motor such as the ratchet bearing coaxial geared electric machine made between the paddles. Hub motors made in the at least one wheel. A paddle vehicle having at least one wheel mounted in the fork of the vehicle frame. Bicycle categorized by number of riders, With cams and chains or without cams and chains and gear cams, sport bicycle and race bikes, Classified by frame design of many types of old welded pipe frames and new modern aluminum casted and molded frame spokes and wheels and broad mountain bike tires and thin racing tires, by material, position of the rider or as frame type intended for use by females, with a lowered top tube due to consideration for skirts. Road Bikes. Road bicycles are designed to be ridden fast; Mountain Bikes. Hybrid Bikes. Cruiser Bikes. BMX Bikes. Folding Bikes. Recumbent Bikes. Tandem Bikes. THE I, CYCLE DIGITAL SELF SUISTAINABLE. The electric bicycle comprises at least one rechargeable battery for providing several hundred-watts comprising a power supply and charging unit with at least one wind turbine and harnessed wiring ducted through the frame.

272. AT LEAST ONE: Cargo bikes & family bikes Category: Babboe Cargo bike. Circe Cargo bike. Douze Cargo bike. Follow Me Cargo bike. Kinn Cargo bike. Surly Cargo bike. Urban Arrow Cargo bike. Work Cycles Cargo bike. Xtracycle Cargo bike. Yuba Cargo bike. compact cargo, Cargo bike. Front loaders Cargo bike. longtails Cargo bike. tandems Cargo bike. trailers Cargo bike. cargo trikes Cargo bike.

273. AT LEAST ONE; Tricycle. Hydrofoils bicycles. Unicycle. Tricycle. Quad bicycle. Cargo trike. Self Balancing one or more wheeled Smart Electric Scooter. Road Bikes. Road bicycles are designed to be ridden fast. Mountain Bikes. Hybrid Bikes. Cruiser Bikes. BMX Bikes. Folding Bikes. Bone shaker. Bicycle trailer. City bicycle. Cruiser bicycle. Cyclo-cross bicycle. Fat bike. Flat bar road bike. Hybrid bike. Foldable and portable bicycle in a backpack. Party bike. Penny farthing. Porter bicycle. Prone bicycle. Quadracycle. Recumbent bicycle. Roadster(bicycle)Safety bicycle. Small wheel bicycle. Utility bicycle. Velo-car. Velocipede. Velo mobile. Hydro-cycle. Pedalo. Recumbent Bikes. Tandem Bikes. Cargo bike & family bike.

Unicycle digital self-balancing battery and generator powered Unicycle. Self-balancing electric Bicycle. A Monowheel. Dicycle. Bicycle. Motorized bicycle. Electric plugin, battery power bicycle. Recumbent bicycle. Safety bicycle. Freight bicycle. Motorcycle (2-3 wheels usually). Cabin motorcycle. Motorcycle with sidecar (typically 3 wheels overall). Tricycle. Motorized tricycle. Steam tricycle. Wike. Three-wheeler. Tilting three wheeler. Quad motor cycle. Quadricycle. Quadra cycle. Four-wheeler. E-bikes with pedal-assist. E-bikes with pedal integrated. electric generators. Pedelecs. S-Pedelecs. E-bikes with power on demand and pedal- assist. Ebikes with power on demand only. Kick 'n Go. Pneumatic tire. Kick bike. Folding scooters. Stunt scooter. Large folding scooters. Tricycle. Four wheeled bicycles.

MOROTORCYCLES,

274. The inventions are related to the category of motorcycles, single-wheel motorized vehicles. Most common the 2-wheel and/or with a plurality of wheels in this category of motorized vehicle for personal transport, referred to as Motorcycle, Scooter Hyper sport motorcycle. Gravity racers, usually referred to as Soap Box Derby carts having a broad Scala of one-wheel balanced motorcycle up to four or more wheeled vehicles.

275. Existing electric motorcycles and scooters are plug-in electric vehicles which means not able to charge the rechargeable of the motor vehicle having a short-limited range in time or kilometers for travel. Which limits the journey of the vehicle to recharge the battery at stations or most commonly used for short trajectory and with limitations and charging time periods. Whereby the turbines generators generate electric current and provides electricity to the power supply for the electrical needs of the motorcycle. The motor combustion engine is omitted and replaced by electric motors and a steam turbine engine for which one may stop at the gas station to refill the tank with water.

276. Whereby battery electric plugin bicycles, motorcycles, and automobiles must be charged and returned before the rechargeable battery is depleted. Hybrid motorcycle having additional electric hub motors and/or generator in the vehicle wheel hub. Automated gearbox or manually by the driver. Impulse TT electric motorcycle. Engine Liquid cooled, 4-stroke inline four. Displacement998cc. Bore x Stroke76.0 x 55.0mm. Compression ratio8.3:1. Fuel System DFI® w/50mm throttle bodies (4) with dual injection. Ignition Digital. Transmission6-speed, return, dog ring. Final Drive Sealed chain. Tricycle or quad cycle equipped with disc and ring and or linear throttle manual controllers. Power Steering.

277. Applicable Motorcycles and bikes. 50cc bike to 2000cc motorcycles. self-balancing electric scooter and vehicle. plug in hybrids. Derney. Scooter, Under-bone. Moped. push-bike. Motor scooter. Roadster. Cruiser motorcycle. Sport bike. Kick bike. Touring bike. Dirt bike. Dual-sport. MINI motorcycles, Pocket bike/minimoto. Offroad motorcycle. Enclosed and feet forward motorcycle. Utility motorcycles. ambulance, blood bikes, fire, and for specialized delivery services, such as pizza deliveries. motorized tricycles. tilting threewheeler or tilting trike. allterrain vehicle (ATV), also known as a quad, quad bike, three-wheeler, fourtrack, four-wheeler or quadric cycle. Go-cart. open wheel car. Of All category of carts, Kart and Skelter. Auto rickshaw.

278. The vehicles are intelligent transportation tools, with safety navigation assist, cruise control, motor power electric unicycle and multi-functional scooter bicycle having a waterproof function with charger, comprising a charging system for the rechargeable battery pack. Circuit board with voltage stabilizer and rectifiers diodes and control systems and connected to the electric traction motor which is mechanically connected to the wheel(s) for rotation and balancing or leveling the platform of the vehicle. Tricycle with disc and ring controller. Track dirt bike. Trail bike. Two stroke bikes. Four stroke bikes. Pocket bike/mini-moto Pit bike. Midi-moto / Super pocket bikes. Dual-sport. Scooters. Off-road. T Adventure. Electric plugin motorcycle. The electric scoot mobile.

279. AT LEAST ONE. I Motorcycle, I fly bike. digital electric self-sustainable motorcycle. Electric motorcycle with electric piston engine. With electric hub mounted motor. Rotary traction motor electrically connected to the power supply and with the turbine generator of the vehicle. Wind turbine generator. Motorcycles and bikes. 50cc bike to 2000cc motorcycles. self-balancing electric scooter and vehicle. plug in hybrids. Derny. Scooter, Underbone. Moped. push-bike. Motor scooter. Roadster. Cruiser motorcycle. Sport bike. Kick bike. Touring bike. Dirt bike. Dual-sport. MINI motorcycles, Pocket bike/mini moto. Off-road motorcycle. Enclosed and feet forward motorcycle. Utility motorcycles. ambulance, blood bikes, fire, and for specialized delivery services, such as deliveries scooters. motorized tricycles. tilting three-wheeler or tilting trike. all-terrain vehicle (ATV), also known as a quad, quad bike, three-wheeler, four-track, four- wheeler or quadric cycle.

280. Go-cart. open wheel car. Of All category of carts, Kart and Skelter. Auto rickshaw. The vehicles are intelligent transportation tools, motor power electric unicycle and multi-functional scooter bicycle having a waterproof function with charger, comprising a charging system for the rechargeable battery pack. Circuit board with voltage stabilizer and rectifiers diodes and control systems and connected to the electric traction motor which is mechanically connected to the wheel(s) for rotation and balancing or leveling the platform of the vehicle. Tricycle with disc and ring controller. Track dirt bike. Trail bike. Two stroke bikes. Four stroke bikes. Pocket bike/mini-moto Pit bike. Midi-moto / Super pocket bikes. Racing Motorcycle. Dual-sport. Scooters. Off-road. T Adventure. Electric plugin motorcycle. The electric scoot mobile. E-drive plug in Scooter. Steam turbine electric bike.

281. Types of motorized cycles; Standard. Cruiser. Sport bike. Touring bikes. Dirt bikes. Endure bikes. Motocross bikes. Naked bikes. Sport touring, Dual sport. Scooters. Off-road, Enclosed and feet forwards. Utility. Tricycles. Mini motorcycles, Electric unicycle. Self-Balancing two wheels electric scooter also hover board. Self-balancing unicycle. Segway scooters. Pocket bike/Mini-moto. Pocket-bike racing on kart racing tracks. Pit bikes. Super pocket bikes, A moped or city bike. Electric snowmobile. I fly bike.

282. The inventions include electric motorcycles and hybrid motorcycle amphibian and self-balancing motorcycles digitally operable integrated helmet controls and visualization in different spectrums in the helmet vizor voicecontrolled operation and applications. Head motion for light indicators are selectable. The electric motorbike is made for flying without tires or amphibian.

283. The multiple inventions are integrated in motorcycles including a steam engine that can be combined with at least one wind turbine below the steam engine molded or casted compressed motor casing block. Motor block with water cooling serpentine matrix coupled to the radiator by pipes or tubes connected to a hydraulic turbine motor and generator by hex-nut provided socket with the machine threaded sleeve.

284. The lower wind turbine having minimum ground clearance having a rectangle horn type intake expending in the horizontal plain for compressing a large amount of air in the comic duct and discharge air on the receiving turbine blades mounted under the motor block provided threaded bores. Bolted with bolts and washers with the block. The Electric generators are mounted in watertight chambers at the rotor ends or axial ends. The rotor axis is mounted in plain operable bearing through the inner walls of the rotor chamber and in operable ball bearings against the outer casing walls at both shaft ends. The exhaust of the horizontal axis rotor is at the lower rotor section at the back of the rotor chamber and the horn intake is mated at the upper rotor half of the horizontal turbine rotor. The intake comprises horizontal vanes serving as protective grill.

285. Upper chasses comprise the power supply made in a compartment in to the machine and on the machine frame or beneath the saddle. The turbine machines are coupled with the power supply wherein the chasses the rechargeable battery pack is provided of 12volt and 25 amperes or more. Connected to the power supply and power booster. Which provides electricity to the steam turbine heating elements and motor electrical system. A powerful traction motor is provided as hub motor for the beak wheel comprising a rotor and stator of electromagnets arranged opposing of equal quantity and switched by the power supply microcontroller.

286. The inventions eliminate obstacles of recharging a rechargeable battery pack. The automated power supply system will temporary apply the charge booster circuit for depleted battery while the steam turbine provides energy for the vehicle electrical needs. Fluid turbines adapted and installed for generating electric current is rectified and stored regulating in different voltages. Storing in capacitors and supercapacitors which provide power to the motorcycle motor and electric components and battery control. The electric motorcycles having at least one rotary electric machine, functioning as traction motor or a two or four piston electric engine made with linear electric machine.

287. Motor Scooter can be equipped with at least one coaxial aligned machine applied in the I Cycle. This device can also be altered for this propose. These inventions provide the means necessary for an electric vehicle to be propelled and generate energy to electrically sustain the vehicle. by means of regulators circuits and chips. Regulative pre and post amplifiers triggered by the speed sensing system of the turbine. Digital electric meters, displayed of applied and generated voltage, Voltage converters inductor coils, inverters, and capacitors and fast charging batteries. Battery booster circuit integrated PCB. 255. The inventions are equally applied for hybrid electric vehicles including fast charging means for internal battery booster applied by the electronic operating system. eliminates obstacles for recharging a rechargeable battery pack while depleting the automated system will temporary apply the charge booster. Fluid turbines adapted and installed for generating electric current regulating this current storing it in accumulators and super capacitors which provide power to the motorcycle and electric components and battery control. The electric motorcycles having at least one rotary electric machine, functioning as traction motor or a two or four piston electric engine made with linear electric machine. The motor or scooter can be equipped with at least one coaxial aligned machine applied in the I Cycle. This device can also be altered for this propose. These inventions provide the means necessary for an electric vehicle to be propelled and generate energy to electrically sustain the vehicle. by means of regulators circuits and chips. Regulative pre and post amplifiers triggered by the speed sensing system of the turbine. Digital electric meters, displayed of applied and generated voltage, Voltage converters inductor coils, inverters, and capacitors and fast charging batteries. Battery booster circuit integrated PCB.

288. Motorcycle comprises a frame with bearing mounted front fork and steering, hand brak and foot break system. Front Suspension / Wheel Travel, 43mm inverted fork with controlled rebound and compression damping, manual spring preload adjustability and top-out springs/4.7 in. Rear Suspension / Wheel Travel, New Uni-Trak, BFRC gas charged shock with piggyback reservoir, controlled compression and rebound damping electronicallyadjustable spring preload/5.5 in. Front Tire. 120/70 ZR17 (58W). Rear Tire. 190/55 ZR17 (75W). Front Brakes. Dual radial-mount, opposed 4-piston calipers, dual semi-floating 330mm discs, KIBS ABS. Rear Brakes Opposed 2piston calipers, single 250mm disc, KIBS ABS.

AUTOMOBILES AND MOTORIZED VEHICLES.

289. The present invention relates to all category of motorized vehicles of which the I Drive electric mobile is an exemplary contemplation of the inventor. This including hybrid, electric vehicles and amphibians, like, Automobiles, Motor Cars, Trucks and Vans buses Utility vehicles and for public transport vehicles or speeding on land or on a body of water and flying. Driven on land or amphibian vehicles driven by an individual or autonomous by computer. Categorized by freight transport and passenger or personal transport of classes and category that can extend the traveling range of the vehicle or remain in perpetual motion by means of fluid turbine generators provided in the vehicle with air passages for operation by head wind and current processing power supply for the electric motive machines and vehicle electric components. The altered design and navigating features are also applicable.

290. Motor vehicles are often identified within several categories of vehicle in classes including cars, buses, vans, ATV and UATV, off-road vehicles, light trucks and regular trucks, hybrid and amphibian. These classifications vary according to the legal codes of each country. ISO 3833:1977 is the standard for road vehicle types, Electric motor vehicles include all categories of Motor vehicles which does not exclude utility vehicles and golf carts till even a toy car, Remote controlled vehicle or child driven electric vehicle. The inventions and features are applicable for all category of vehicles and automobiles mentioned in this application.

291. Motor Cars have controls for driving, sensing units, for parking lane sensing etc. Driver and Passenger comfort, and safety features, and controls. A variety of interior and exterior lights. Over the decades a verity of additional features and controls have been added to vehicles, making them progressively user friendly and safer and technically more complex. Examples include rear reversing cameras, air conditioning, navigation systems, and in-car entertainment. Most cars are propelled by internal combustion engines, powered by fossil fuels.

292. The example of the automobile given is preferable electric wherein the combustion engine and parts including the fuel tank and exhaust are omitted. Wherein the front steering wheel including dashboard is omitted. Considering That an Electric vehicle motor or electric piston engine functions modicum differently than an IC engine. The electric motor has no idle mode and uses no electric energy when stationary or wait for traffic lights. The electric automobile can also be made without a gearbox having or switches for reverse mode, park mode and forward drive mode The electric traction motor is powerful adapted to the vehicle mass for motive force to crank the vehicle drive chain requiring the right amount of force in Newton and electric current in watts and kilowatts translated in horsepower, which can accelerate expeditious than IC engine vehicles by reaching forbidden speeds in less time and energy and vehicle parts.

293. Vehicles using alternative fuels such as ethanol flexible fuel vehicles and natural gas LPG, fuel cells powered vehicles, hydrogen electric powered vehicles are also gaining popularity in some countries which unfortunately, remains a combustion engine that combust and altered oxygen and gasses in the atmosphere which is meant for living creatures to be altered and converted by nature. This includes new types of energy systems such as hydrogen vehicles concerning the safety known that hydrogen is highly explosive and may cause commotion by an impact of these vehicle. Zero Emission Electric vehicles are the solution for this problem. I DRIVE.

294. The, I DRIVE is a digital electric automobile that comprises many new invented features implimeted with the turbine generators and electric motors with a flyby wire operated electronic power steering system by means of a manual rotary disc for navigational direction control, mounted on the stator beside the driver on the center console or sides. In operable bearing and electromagnetically communicating stepper motor and electronic processing unit made in the lower stator with digital processing unit below the casing optical connected with the main computer. Equipped with on windscreen dashboard and display tinting glasses. Digital translucent video screen made in the car-glass layers mounted in a frame with the wiring harnessed and extending from the frame opening. in the windscreens providing the dash board on the lower front windscreen. The vehicle's manual directional controller consists of a rotary disc and at least one ring arranged coaxially around the disc in operable bearing and switches on the center console beside the driver electrically communicating with the power steering servo and electric units. The electric vehicle comprises a translucent cabin of car glass, mica or other types of unbreakable glass. including the roof top and side cabin and cabin doors. The entire cabin comprises Translucent video screens between the car-glass layers for tinting the cabin partially or completely including the rear wind screen. Comprises inner passenger screens 5G and camera view. Which comprises braking light bar and indictors and night light.

295. The disc is made around a digital touchscreen with digital controllers and indicators that are digital on screen situated on the center console. Digitized windscreen having electronic tinting window glasses and display by means of the LG LCD, Ultra High Definition displays made of the transparent LCD sheets integrated between the layers of the said wind screen with real view or 1:1 camera view integrated in the head lights and tail light units and around the vehicle including infrared night vision. Digital optical communicating with the video unit and automated and multimedia system of the computerize vehicle. The vehicle is equipped with remote sensing technology and auto pilot. The vehicle controls and features can be switched on by voice control. Having lighting indicators, Sound indicators or on-screen icons and written communication by the computer system. Voice communication when communicating with the automated system.

298 The Automobile comprises a frame and subframes welded with the cabin frame made on the lower chassis with the minimum of ground clearance. The front and rear axis and suspension are mounted in plain bearing in the shafts mounted with the chassis bolted with the suspension, with the rear driveshaft comprising a flex cardan coupling of the axis extending from the shaft and mash with the rear differential and/or front differential that relates to the wheel hub by constant velocity joints operable coupled by splineshaft and bore spline engagement thereof. Whereon the plurality of nickel choom wheels, inflatable tires are pneumatically mounted. The shockdampers are of hydraulic or pneumatic type. The front wheel assembly comprises disc brakes arranged wheel assembly and the rear wheels equipped with drum break assemblies. Electric breaks with electric motors and other sorts of brake system are applicable.

299. The electric car comprises, Electromagnetic motors. Or the coaxial geared motor or generator on the axle, Hydro turbines for water pump. Wind turbine for centrifugal pump or air conditioning. Wind turbine compressor. At least one reciprocating electric engines with eight linear electric motors provided in two rows in the motor block cylinders with the electric piston mounted with a spatial gap operable linear on the support shaft in plain bearing in the tubular cylinder gauge wired stator supported on at least on center support beam mounted in the casing wall of the motor block. The motor block inner cavity comprises an automated gearbox and electronic governor, throttle control, Digital foot paddle control unit and current input connection and sensor and motor control units are housed in the motor bock.

300. The cylinders rods are related with the crank shaft in plain journal bearing with the engine block mounted in the front frame motor cavity. Wherein the engine block is lowered in the cavity and bolted with the inner frame with HD steel bolts, antivibration washers and locking hex nuts. The electric engine output shaft is operable and mechanically connected with the front and rear axle with the transversal axle coupling.

301. The vehicle aluminum and/or steel alloy parts are welded the tank is provided the cabin parts and components are fitted the inner frame and conduits including the roof and closing outer sheet. parts are inserted the chassis closing. The radiator and the thereon mounted electric fan is installed bolted in the window behind the grill electrically connected having a control unit temperature sensor and thermostat the water output host is connected to the water pump which connect with the electric engine and the turbine generator. The water tank connects with the intake by a split connection with the water tank valve and pump.

302. The vehicle cable ducts are provided with thrushes of premade insulated electric wires and cables with their connectors and harnessed are laid out through the duct for electrically connecting all electronic components and units with the power supply and operating units and main computer system. Electric insulated and harnessed cables are attached in the ducts by plastic strips with the duct, connecting the rear exterior lighting system from the tail lights till the front light emitting unit. The lightning units are made of solid state plastic with front transparent plastic and light reflecting and bundling lenses with the main front head light dim light hazard light etc.

303. The front and back light units are mountable with the frame by two screws and by connecting the multi connector with the unit female connector till the plastic click lock mechanism. The unit can be equipped with Halogen Lights and or LED lights with the metal polarities of the lamp slides fitting wherein screwed by two alan head screws in the provided opening at the back of the plastic unit and closed with a rubber cap.

304. The inner electric wiring from the trunk lightning, electronic lock, and the steam turbine high voltage cable connected with the power supply under the hood. Data cable wire connections with the vehicle computer and operating system. The manual controller disc is installed in the cabin electrically connected with the power steering unit. The water tank sensor is connected. The wind turbine generators aircompressors or electric fans and cabin heating relates to the power supply and operating unit. cabin lightening and electric supply for digital interior computers and screens electric windows electrically connected in the door motor in the door\ High voltage cables are ducted in the closed ducts connecting the turbine generators and batteries.

305. The engine block is casted with an inner circulation matrix in the casted and heat treatment solidified engine block. The engine block is casted in two molds divided by an inner part and an outer part whereby the outer part has one open side with wherein the inner section is inserted and permanently joint by welding the sides and by joining the parts with a thin layer of component glue. The molded parts are removed from the mold and joint. The opening wall is bolted with the casing with provided side bore holes on the machine wall and the side casing having threaded bores within the bolts are fastened with. The two serpentine ends of the block are molded with sleeves that connect with the radiator intake and exhaust.

306. The steam turbine generator is mounted in the lower trunk bottom and the spare tire is moved in a vertical plain in the trunk. The turbine is related to the water tank and the radiator by pipes and host connected to sleeves by screwed clamps. The gasoline tank is applied as water tank in the electric vehicle that supply water to the boiler and for cooling the turbine generator and the electric engine. The Air- conditioning system whereby the plurality of cooling plates with internal gas circulated by a compressor and connected pipes in the steel metal plates and air circulated through the plates by an electric turbine fan generating electric current while in operation. The airconditioning system can be mounted in the air duct or plenum for cabin air-conditioning system and the heat transfer and evaporator steel panel is mounted under the hood.

307. The steam electric generator body is equally related to the radiator by pipes and bolted clamps connected with the sleeves extending from the casted body and the machine casing. The cylindrical tubular casing of the generator is molded in two sections with the serpentine cutout channels for gas or water circulation. The outer body part is molded with one open side wherein the inner part is placed with the channels corresponding on both parts and welded and glued joint airtight. The sleeves connected tubes or pipes related to the radiator connected to the generator body for heat transfer of the machine by water. The steam turbine generator aluminum casted encasing body is molded with internal serpentine water passages and two connecting sleeves for water cooling the turbine machine.

308. Modern cars are made frameless with a Unibody that is mounted on the chassis unibodies are made of solid plastic and composite material. The vehicle wind screens are mounted in the windows the doors are bolted with the hinges, including the hood, the trunk hinged lid and electronic mechanical locking mechanisms.

309. The wind turbine is made in the left and right-side of the front molded side panels wherein the duct is molded with conic in takes wherein wind is injected in the ramp compressed into the throat and intake of the turbine and wind receiving device mounted in bearing for rotation in the rotor plenum. The turbine generator is bolted in the aperture of the molded side panel wherein bores are premade. The bolts transvers the panel body and the turbine corresponding mount fitted with the panels and bolted with the washers and the nuts with the bolt extending from the turbine body. The wind turbines produce electricity when the vehicle is set in motion and applied to the power supply. The turbines are electrically connected with the vehicle power supply by insulated wires and cables, harnessed and ducted connected by screw connectors connecting in sleeves with pin holes wherein the connector pins are slid able connected and fastened. The steam turbine provides the amount of electric current in kWh for generating the horse power required by the electric engine.

310. The steam turbine generator can be engaged and disengaged and applied when needed such as in traffic jams or slow driven and stopping traffic where the steam turbine is engaged and generated electric energy for the vehicle and vehicle electric engine and battery. Vehicle with regular and constant speed can function on the turbine machine providing electricity. The steam turbine generator water collecting tank is related to the boiler by means of a pump and pipes including the water tank from which the pump is switch by the steam turbine boiler water level sensor.

311. The vehicle controls consist off, Auto pilot, by voice control operation including driving. Having lighting indicators, Sound indicators. The I drive has no conventional steering wheel and front dashboard which is replaced by a large windshield. The transparent windshield exists of two layers having transparent digital display made in the vacuum layer of the windscreen. The side and rear windshield including the front windscreen sides and parts can be electrically tinted for a better view at daytime of the digital display which is connected by fiber optical cables and connectors with its controller and video cards connected to a multimedia computer and the vehicle computer and GPS app, Phone app, etc., WIFI, radio antenna and receivers etc.

312. 313. The dashboard indicators are located onscreen on the in the wind screen part(s) of the windshield integrated QHD 4k or 8K display in front of the driver. On the center console beside the driver is provided a second digital display. And the lever for gear shift or Forward and backward shift or parking brake, which can be digital on screen made as digital bottoms or shifter. The passenger part of the wind screen can serve as a computer screen connected by WIFI to the internet and for multimedia provided in the center. The I drive is made with large windscreens and multimedia integrated devices. Special adjustable and movable seats for passengers. Heated seats and displays and controls made on the seats, which are also rotatable toward the center.

314. The I drive can be driven fully by camera view provided on the front wind screen. A secured bullet proof vehicle can be equipped with bullet proof body and wind shield and side and rear wind windows which are all equipped with the 8K LCD sheets between the glass layers of the screens and cameras provided or integrated in the vehicle body providing a outer real-time view. All

315. AT LEAST ONE, multimedia and digital display units are electrically mated with a PCM modulator unit, DSP unit. Video cards and sound card, LCD, LED 4K and 8K screen, UHD, QHD, OLED etc., video unit and processor unit optical connected operated and mated with the automated system. The vehicle comprising remote sensing and imaging units including laser imaging unit sensing and refreshing rate in milliseconds.

316. In different embodiment, the vehicle has a lower level which where the engine is mounted an electronic parts and battery is mounted level in the lower compartment and closed in watertight compartments. increased motor size of rotary electric motors situated under the cabin or at or on the wheel axle connected by a differential or directly. The vehicle upper part till the lower level is made of transparent solid crystalline material supported in a carbon-fiber chassis or light weight solid state steel alloy chassis whereon a nobody is mounted.

317. Vehicles and wind electric turbine generators are prefabricated and integrated in vehicles in the factory and tested in a wind tunnel for the working of the turbine at alternating wind velocities generated and corresponding with the speeding of the vehicle and regulated with external components and electrical units automated computer system and wind speed sensors units that control the adjustable intake vanes. Battery charging and Switching units etc. The automobile can be equipped with wind turbine generators that can be extendable and retractable to be deployable by extending the turbine machines from the vehicle body by an opening lid at predetermined speed, tested in the wind tunnel. Wind speed meters consists of sensing the speed of particles per milliseconds and ultra-sensors, magnetic and sonar, laser etc. till even rotary mechanical wind and water velocity probes. 317, Comprising a large scale of possibilities for installing the turbine generator with a waterproof enclosed casing waterproof shaft enclosure on the exterior casing, airtight and electrically insulated closed compartments. as hybrid turbines for generating electric current for the vehicle electric components and electric engine. The electric vehicle generates electric power to sustain the vehicle electrically whereby the main battery is bypassed and is only applied for startup or very slow motion of said vehicle. Considering the arrangement with addable components and part to obtain a self-sustainable zero emission motor vehicle.

318. The electric generating electric vehicle is equipped with a main turbines generator and may comprise additional wind turbine generator which are for providing electricity to a selective electric device or rechargeable means. These additional devices can generate electric current, which is stored in accumulators and coupled to chargers for charging ultracapacitors, supercapacitors that supply electric current to the vehicle power supply.

319. The magnet motor and generator is applied for driving the flywheel engages when the main turbine generator is at low performance which can be maintained operational by the plurality of Ultra capacitors coupled in series. In different arrangement the voltage can be applied to the internal devices while the vehicle is stationary for traffic lights and the main turbine is low or not supplying the required amount of electric power. The features can be combined and altered for maintaining electric current and bypassing the main battery.

320. Fluid turbines for operated by external ambient air flow or internal air circulation provided by air compression and pumping centrifugal impeller and its casing connected to a plenum chamber or box. The turbine having an internal intake which is opened with a valve or moving lid hinged or in linear tracks or in rotary mechanism with closing lids operated electronically with solenoids, pneumatic, hydraulic or electric motor. The external air intake van be a single duct or double duct whit internal and external regulating lids or valves which are automated functioning constantly at velocity changes. The front intake comprising a metal or aluminum grill for debris and may contain a filter sheet for preventing insects to accumulate in the device. The lower inner duct having a carved drain which extends with the air through the turbine and exhaust.

321. Fluid Turbine generator and air ducts can be installed in and around the vehicle outer body whereby the intake oriented in upwind direction which is the traveling direction of the vehicle, or head wind direction. Made in the inner vehicle body between the outer and the inner body. Air ducts intakes and exhausts are molded with the vehicle body parts with stator grid vanes. Or mounted grid with adjustable vanes. Intakes and ramps are levels equal and made in and on the vehicle not disturbing the aerodynamics and balance. The turbine blades pitch contributes in that aspect by setting the pitch to stall providing more grip or lift.

322. A vehicle vane pitch system is made in the shape of the arranged adjustable vanes and can be made for example with at least one rack and pinion mechanism consisting of a movable rack that mash with the pinions or cams, gearwheels mated with the vane upper or lower ends in the vehicle body. The rack is a piston or prolonged piston of a linear machine having motion sensors and is electrically mated with the main computer system. The intake and exhaust vanes can be individually pitched by accommodating each vanes with an rotary servo for a individual rotary pitch and operating servo control unit.

323. The vehicle sections are equally used for installing horizontal and vertical wind turbine generators of different size. Intake and exhaust can be installed on the hood of the vehicle which is not an example of aerodynamics. The wind turbine can be installed under the hood and mounted with the engine frame. The wind turbine generator can be installed in the trunk of the vehicle with dual balanced intakes and exhaust that merge with the intake and exhaust of the wind turbine generator. Connected to the nacelle by clamped sockets and sleeves, or flanges.

324. Intake and exhausts provided beneath the vehicle. Intakes and exhaust providing a fluid connection with the turbine generator can be made on all side except at the front side of the vehicle. Made on the sides of the vehicle body creates a suctional force inward and outward by means of wind friction along the vehicle body. Creating an ram air intake at the front of the vehicle or beneath the vehicle or elsewhere on the vehicle body. The vehicle body cavity is an air duct. Open or with vanes, the vanes serve as protection for large debris. The cavity having aerodynamic rounded inward curved edges around the body cavity. The duct connects with the inward edges of the body cavity having the same spatial figure.

325. Air intake and exhausts in electric vehicles are applied for the wind turbine and for the internal air circulation of the vehicle cabin life support system and for machine or cooling or radiator. The main front turbine intake ramp consisting of a horizontal stretched funnel comprises horizontal shutters which also functions as flaps for concentrating wind into the air duct. An air intake can be made horizontal or vertical at the front side where ram air enters the intake ramps and air duct. The intake and exhaust duct may comprise a grill with stator vanes.

326. Small turbine generators units are applicable for motorized vehicles for generating electric current and serving as water pump and air compressor for combustion engine vehicles, connected to the internal liquid and air circulation pipes and tubes having corresponding diameter of the pipes, tubes and hosts whit extending sleeves and connecting sockets to connect with pipes and tubes bolted or screwed in clamps to the turbine intake and exhaust where through air or liquid circulates and generates electric current supplied to the vehicle power supply. Dual or single air ducts and inner regulating valves are also applied for the vehicle. 327. Small wind turbine generators can be made on the entire vehicle body and in the vehicle body or combined. A vehicle side body or roof or hood etc. With one or multiple grooves made in longitudinal direction in the vehicle body. Wherein the grooves turbine rotor is operable suspended for wind to imping perpendicular on the turbine rotors which have small generators connected in serial providing a applicable current. Rows of turbine rotor and generator arranged complete in the inward grooves with the lower rotor half cover for wind to impinge and to impact perpendicular on the multiple non-axial turbine rotor and rotor push blades for rotation. The longitudinal groove can be equipped with a conveyed turbine rotor traveling through said longitudinal groove for generating electric current generated in the hub.

328. Considering the entire matrix of connection with turbine machines and internal air circulation, air cooling, liquid cooling circulation and having cold intakes for electric vehicles where a IC engine combusted gasses serve as warm air intake after the catalyst or before the catalyst requiring filters. The turbine are also applicable for the IC engine and exhaust for generating current. Including turbine devices combined coupled with their output to the input of the second turbine generator. Or two or more turbine rotors in a plenum with regulative vanes actuated hydraulically or electromagnetically. Air exhaust can be diverted to the wind turbine as additional intake. A wind turbine casing can be made with electric heating wires including the intake for cold temperature air cooling and heat transfer can be diverted and mixed with ambient air. The main turbine intake can be ducked trough the crankcase made aperture for heat transfer and to the turbine generator.

329. The vehicle pumps and compressors are also wind turbines and hydro turbines driven by the electric engine connected with the camshaft by cams and chains, belt and pulleys or by gears having a reducing gear assembly which is mashing with the camshaft or driveshaft gearwheel. The wind turbine compresses air having a centrifugal pump. The hydro turbine can be made simple with two turbine rotors mashing in a casing with a linear flow intake and exhaust opposing and connected by pipes. The devices having extending gear pinions with a solenoid piston wounded on a barrel core of the extending gear pinion axis. Which is welded by aluminum weld. The electric motor has no idle function when stationary, which means that the pumps for cooling and air supply will stop functioning. For this and flywheel can be mounted on the pump extending shaft that stores rotational energy and supplies it to the pumps. The gyro- wheel can be applied for driving the pump when the vehicle remains stationary for a longer period. The pinion gear coupling uncouples the pinion from the gear train when the automobile engines is reduced by breaks and low velocities.

330. The inventions are applicable for all Category of electric plugging battery electric vehicle including Hybrid automobiles. The I drive electric automobile. EV. Electric plugin battery cars. Fast charging capacitor battery vehicle. Hatchback, Limousine, Estate, Coupe. Consisting of classes. Micro car / kei car. Mini. Mini cooper. City car/ Mini-compact. Mini sport. Super mini/ Subcompact. Family car / compact/ Large /mid-size. Saloon / sedans. Crossover. SUVs. Minivans/MPVs. Compact executive. Full size luxury / Grand saloon. Estate cars / station wagons Executive/mid-luxury. Luxury vehicle. Coupe. Crossover. Compact executive / Mid luxury. Grand Saloon. Station wagons. Cabriolet. Race cars and Sports cars. Hot hatch. Super cars. Grand tourer. Muscle car. Pony car. Land rover. Jeep. convertible. Hatchback. I drive. Hardtop/ soft-top. Sport sedan. Off-roaders. sport utility vehicle. Ambulance. Police car. A convertible, hardtop automobile or soft top automobile. Limousine. Utility vehicles. Jeep. Land rover. Mini. Beetle. A three-wheeler. A Scoot mobile.

331. I Taxi digital self-sustainable autonomous electric automobile with glass cabin. Digital self- sustainable Limousine. car or van. Buggy. Hot rod. Classic vehicles. Classic vessels. Beetle. Cabriolet Limousine. Coupe. Hot hatch. Sports saloon / sports sedan. Sports car. Formula racing car. Grand tourer. Supercar. Muscle car. utility vehicle. Commercial vehicle. All terrain vans and trucks. Amphibian speeding and flying objects. Manned or unmanned speeding and flying objects. Remote controlled speeding and flying objects. Autonomous speeding and flying objects. Corvette. Auto bus.

332. Sports car. Sports utility. Convertible. Coupe. Hatchback. Compact car. Station wagon. All-terrain vehicle. Luxury vehicle. Utility vehicles. Crossover. Off-road vehicle. Mid size and full size cars. Roadster. Family car. Subcompact car. Grand tourer. Hybrid electric vehicle. Touring car. Super car. Mini cooper. Super mini. Compact sports utility vehicle. Commercial vehicle. City car. E-motive plugin battery vehicle. Executive car. Targa top. Micro car. Sportage mini. Recreational vehicle. Concept car. Pony car. Plugin hybrid. Economy car. Landaulet. Compact MPV.

VANS.

333. Electric Pickups, panels and vans are categorized of all two axles four tire vehicles including campers, motor homes. Hearses Carryalls. Minibuses. Single unit vehicles puling light trailers. With no extended cab and long bed. Short bed and long-bed extended cab. Conversion vans. Full-size work van. Limousine regular.

AT LEAST ONE: Electric Maximize utility and function, to select from different types of vans including electric vans, electable drive types Such as, FWD, FWD/AWD, RWD/AWD. Minivans. Passenger Vans. Cargo Vans. Chassis Van. City Van. Caravan. Platform cab. Crew Van. Curtain side Van. Drop side Van. Luton Van. Microvan. Minibus. Panel Van. Pick-up. Tipper. Refrigerate Van. Sport utility vehicle. Canopy express. Haul.

TRUCKES.

Ultra-light trucks. Very light trucks. Light trucks. Heavy trucks. Off-road trucks. Waste collection vehicle. Fire engine or firetruck. Semi-trailer truck. Container transporting truck. Concrete transport truck. Garbage truck. Log carrier. Refrigerating truck. Tractor unit. Tank truck. Digital Trucks with back loaders pressure switch and load indicator. Hydraulic pump control by tilting sensors. Electric generating axle mounted geared electric generator and motor. Electric reciprocating engine with linear induction motors, and geared output shaft, lubrication oil, oilpump, nozzle provided in the same crack case connected with the crankshaft. Multi bolt-able connector and pins for electric supply.

Pickup truck. Panel truck. Cab-forward. Tow truck (may also be a medium or heavy truck). Panel van. Sedan delivery. Box truck. Cutaway van chassis. Medium Duty Truck such as Ford F-650 in North America. Medium Standard Truck. Platform truck. Flatbed truck (may also be light duty trucks). Firetruck (may also be a heavy truck). Recreational Vehicle or Motorhome. Delivery truck, Multi Stop truck, Bottler. Concrete transport truck (cement mixer). Mobile crane. Dump truck. Garbage truck. Log carrier. Refrigerator truck. Tractor unit. Tank truck. Selfpropelled modular transporters. Heavy hauler.

Mini Truck. Light trucks are larger than mini trucks but smaller than medium trucks. defined as weighing between 00001–14000 lb. (0001–6350 kg). classification. Minivan. Sport utility vehicle. Canopy express. Pickup truck. Panel truck. Cab-forward. Tow truck (may also be a medium or heavy truck). Panel van. Sedan delivery.

Medium trucks are larger than light but smaller than heavy trucks. defined as weighing between 14001– 26000 lb. (6351–11793 kg). medium duty truck is larger than a heavy-duty pickup truck or full-size van. Some trucks listed as medium also are made in heavy versions. Box truck. Van. Cutaway van chassis. Medium Duty Truck. Medium Standard Truck. Platform truck. Flatbed truck (may also be light duty trucks). Firetruck (may also be a heavy truck). Recreational Vehicle or Motorhome. Delivery truck, Multi-Stop truck, Bottler. Heavy trucks are heavier than medium trucks. They weigh between 26001 to over 33000 lb. (11794 to over (14969 kg). Concrete transport truck (cement mixer). Mobile crane. Dump truck. Garbage truck. Log carrier. Refrigerator truck. Tractor unit. Tank truck. Heavy trucks and transporters. Truck having a cabin prolonged cabin and back loader. Hydraulic lift. Hydraulic arm. Stabilizers, hydraulic extendable.

336. Single unit trucks. Dump and sewage trucks (two axle). Four-door long-bed pickup. Airport busses. Limousine extended. Single three axle tractor. Combination of truck puling trailer. Tree to four axle single trailer trucks. One axle trailer. Two axle trailers.

BUSES.

337. Busses are flexible and dynamic transportation means for urban cities and interconnecting long range busses touring busses double decker’s and modern passenger busses. The older Trolley busses are all combined in one electric bus whereby the overhead electric wiring and suspension is omitted that reduces cost and or rail on the deck. The electric busses comprise electric motors preferable the geared coaxial motor with electric generator on the roof. The upper broad roof is equipped with a broad diameter turbine rotor and hub generator with intakes and additional intake in forward direction that operates by wind force and generates electric current supply to the power supply connected by electric wires where connected a plurality of super capacitors connected with the power supply and charging circuit. The charging circuit can flash charge the capacitors in a short instant when required. Comprising an intelligent processor-controlled power supply and regulative means with the turbine generator.

338. Electric busses can function like trains that discharge a voltage for the grid and generates electricity while driven. The roof comprises at least one turbine or more. The turbine exhaust can supply air circulation for the internal climate control system. A bus comprises types of frames in sections and inner and outer body with at least one motorized door opening sideward to the exterior. The buss comprises single or double rear wheels. External and internal lightning system, individual lightning system and air- condition. The single or double side opening doors slide on tracks in the provided hollow body. A cockpit and large wind shields with digital onscreen dashboard and controllers. A bus comprises a single deck or double deck with passenger seats bolted in tracks in the decks. Long range touring coaches comprises overhead bins. Adjustable seats, digital screen with multimedia and tv, DVB movies and digital radio, mounted on the back of the sequent seat. A collapsible table. 220v connector or USB charging connector. Equipped with a drink replicator. A kitchen with microwave and water tap. A toilet, A luggage storage below the deck in more compartments including the back. Trailer mounted on the rear for bicycles etc.

339. The battery-electric bus is charged and discharged wireless at the upper pad and wiring system. The electric buss is also with plugin charger and fast chargers and dischargers. A battery powered bus comprises a plurality of lead acid batteries or Lithium-ion batteries coupled in serial and/or parallel connected with the power supply where the electric motor and all electric components of the bus relate to including the wind turbine to the voltage regulative and rectifier circuit.

340. Autonomous Buses without a driver which is computer driven by sensors flowing at least one lane and navigation system. The autonomous bus comprises radio communication with outer controllers, remote sensing.And electric and computerized operated internal system.

LEVITATED BUS, TRAIN, MAGLEV, TRAMS AND METROS.

341. An autonomous or driver driven levitated Electric Bus or passenger transport vehicle such as trains, trams and metro vehicles are levitated like the principle applied for the levitated shaft suspension in two rows permanent magnets whereby linear electric magnets are applied as linear motors for generating a magnetic river and lift by electric coils woven on the stator in 90* shifted phases and traveling directions of both tracks. The bed woven coils on a single armature. Two longitudinal armatures or horseshoe armature. The example illustrated by Professor E. laithwhaite by a linear electromagnetic river with double rows of induction coils woven on the armature supplied with AC current for levitating an aluminum or magnetic object and moving the object by the rotary current. The gauge wired coils are coupled in groups of at least four coils with shifting phases in one rotating direction providing a levitation and linear propulsion by the rotary current of the coils arranged linear and coupled in groups of at least four coils creating a rotary current by the different phases of AC current and phase shifts. The vehicle battery inverts the DC current to several kilowatts of AC current power supply

342 Only in this arrangement the track is preferable double of aluminum mounted stationary on the deck and the double rows parallel mounted in longitude at the vehicle body. The electromagnetic beds in the battery powered vehicle can be mounted in parts. The electric bus is driven on a lane of non-magnetic but, electric conductive material such as aluminum which has a greater density of matter than copper made on the road deck like a lane where over the bus travels electric magnetically and stable by at least one preferable two rows in longitude in the lower bottom facing the two tracks. The parallel linear coil beds arranged at both the sides for more stability. The electric bus or vehicle is combine with a hovercraft air lifting system by aircushions scurt around the vehicle with at least one compressor. Some vehicles comprise one center lane made in the bus bottom chassis or frame and water proof enclosed by a panel of sloid plastic material. Vehicles are made of a unibody of Polyester, Fibers made in layers, or solid plastic and of aluminum alloys and sheet metal body. Carbon fiber frame or body. Light weight supper alloys etc.

343. Triple rows of linear arranged coils for the levitation and propulsion and regulative frequency and power supply or throttle gain control. The Bus mounted coils may comprise a center bed which is reduced in size than the two outer coils arranged linear and connected to a 3phase alternating current. The two- outer electric connected coils are the same traveling in the same direction opposing the center linear coil arranged or triple bed of induction coils woven around an armature of electric permeable material or electromagnets in alternating phases in a predetermined direction and switchable for breaking system and reverse direction of travel. The vehicle is equipped with transducers and sensing units. Lane sensing unit, photoelectric cells. Radio communication network. GPS Position and speed indicator etc. Steam turbine generator. Wind turbine generator. Intelligent power supply and substations. Rechargeable battery pack. New Patented Fast charging methods changing system capacitors, charge boosters or flash chargers.

344. Applicable for automobiles. For motorcycles or electric bicycle comprising a single lane. The vehicles are more efficient green and sustainable with zero emission of pollution. The vehicles are more affordable more luxuries and features. The vehicles do not require overhead wiring, axles and wheels. The vehicles are battery powered and generate electric current by the wind turbines and electric motors. Vehicles have an digitalized interior with portable charging means, digital information panels and screens digital door sensors. Busses internal panels are equipped with the translucent digital screens and window or wind parts for advertainment and information and more. Projectors are also provided projecting information and directions on the floor, walls or ceiling. Applicable for automobiles and all types of vehicles that can levitated and travel on the aluminum track and or of other electric conductive material.

TUBE TRANSPORTATION SYSTEM.

345. This levitation and propulsion method can be applied in a closed tubular tube system which can be of vacuum interior by compressor means. The tube comprises two or more aluminum tracks and opposing electromagnetic beds made in the bullet shaped vehicle or more aerodynamic with pointed nose and oval body. Tubes are made in underground tunnels bored by a rotary digging machine.

346. Applicable for electric battery powered passenger carrying Buses with two or more axles. The class includes traditional buses including school buses functioning as passenger caring vehicle. Modified buses as trucks. Greyhound busses. Touring buses. Double Dekker buses. Single deck bus. Prolonged bus. Articulated bus. Biarticulated bus. Electric bus. Fuel cell bus. Gas powered bus. Green bus electric bus with wind turbine generators. Midi-bus. Minibus. Mini-coach. Open top bus. Tri-axle bus. Trolleybus. Low entry bus. Low floor bus. Intercity bus. Electric bus. Hybrid bus. Battery powered busses fast charging. Coach, motor coach. Shuttle bus. Fuel-cell bus. Hybrid Bus. Green electric generating bus. Battery powered electric bus. rapid transit. Char banc Express bus. Guided bus. Intercity bus. Touring car. Single deck bus. Double- decker bus. bus driver. Open top bus. Public light bus Rail replacement bus. Shuttle bus. Transit bus. Steam electric bus. Steam bus. Triaxle bus. multi axle bus. Low entrance bus. Low floor bus. Police-bus or van. Ambulance-bus or van. Bio bus. Hybrid gas powered bus. High floor bus. Horse bus. Coach. Tourist bus. Dual mode bus.

347. Single deck coach. Double deck coach. Chassis. Forward control chassis. Coach. Low floor bus. Sleeper bus. Double decker bus. Multi axle bus. Articulated bus. Guided-bus. Gyro-bus. Party bus. Dual mode bus. Open top bus. School bus. Guided bus. Touring car. Snow coach. Solar bus. Battery electric bus and Hybrid, Bus. Doubledecker bus. Full electric bus. Off-road bus. Hybrid electric bus. Tri-bird Bus and Solar- bus. Tribrid bus. solar vehicle. refrigerator truck and van. refrigerated container or reefer. Cement mixing transport truck. Forklift. Aerial device. Bi articulated bus. Airport Bus. bulb Bus garage (bus depot) Bus lane Bus stand Bus station Bus stop Bus terminus Bus turnout (bus bay) Circle route Cross-city route Dry dock Hangar Harbor Interchange station Kassel kerb Layover Metro station Park and ride Port Queue jump Radial route Taxicab stand Train station Tram stop Transit mall Transport hub Transport network.

MAMMOTH VEHICLES.

348. The inventions include large tonnage Mammoth battery powered electric vehicles applied for large civil engineering construction project or mining propose consisting or several types of vehicle in large tonnage trucks, bulldozers, rotary excavators with multiple buckets. Bulldozers and single bucket excavator for loading the trucks. This category includes large tonnage utility vehicles and transportation vehicles.

349. Modular large tonnage transportation consisting of multiple small electric vehicles coupled mechanically and electrically to one large vehicle for transporting a large object, operated by remote control.

350. Vehicles include autonomous vehicles for displacing cargo or containers in a ship year or factory cargo vehicle having electric motors connected to the power supply related to a reachable battery pack mounted in the lower chassis of the chassis vehicle comprising light indicators and lane sensors or levitated propelled by a magnetic river provided by at least one electric bed. An electric forklift vehicle also includes said features which can operated autonomously.

TRACKED VEHILES. 351. Applicable for all Rail vehicle types: Rail engine. Locomotive. Hybrid locomotive diesel electric. Two axles or more axle locomotive. Classic Steam locomotive with modern turbine generator and body. New digital autonomous Steam-Locomotives and buggies. Steam electric engine locomotive. Steam reciprocating engine locomotive. Steam rotary engine locomotive. Locomotive with axle mounted coaxial geared electric motor/generator. Bogies with axle mounted coaxial geared electric motor. Multiple unit fixed formation train and tram. Wagons, coaches and carriages. Tracked tram vehicle and metro vehicle wagons and coaches. Trains. Bogies with four with axles or multiple axles. Motive power. The wind turbines are installed preferable on the roof top with dual directional turbines along the wagons electrically connected with the internal power supply regulative and converting and rectifying means.

352. Passenger trains. Passenger coach. High-speed train. Freight train. Goods wagon. Shunter. OTM. Double Deck Passenger Trains. Maglev. Inter-city trains. Regional trains. Higher-speed rail. Short-distance trains. Commuter trains. Long-distance trains. Within cities. Rapid transit. Metro vehicle or Tram. Light rail. Monorail. Named trains. Rail bus. Freight trains. Goods wagon (UIC). High speed train. Locomotive. Electric multiple unit train. Diesel Multiple Unit. Passenger car or coach. Railcar or Rail bus. Freight trains. Trolley car. Fixed and/or ducted Wind turbines are provided operated from both traveling directions. Cable suspended and driven car. Commuter rail. Funicular Heavy rail. Heritage railway. Heritage streetcar. High- speed rail. Horsecar Inter-city rail. Interurban Light rail. Medium-capacity rail transport system. Monorail. Rapid transit. Regional rail. Rubbertyred metro Street running Tram Tram-train.

353. Steam Electric street railway. Metro tracked vehicle. Tram-train. cargo tram. tourist tram. Nursey tram. Dog car. Restaurant tram. Maintenance tram. Rubber tired tram. Train. Bogies of railway coaches. Long distance train. High speed rail. Intercity train. Regional train. High speed maglev train. Rapid transit. Tram. Light rail. Monorail. Maglev high speed train. Bullet train. Rail car. Freight train. Rail transport. refrigerated boxcar. railroad rolling stock. Cable Conveyed Cable car. Upper Tracks suspended train. Train Cabin or gondola. Electric and dieselpowered Bogies. Motive power trains. Rail car. Passenger trains. High- speed rail. Double Deck Passenger Trains. Commuter trains. A private railroad car. Rail car or rail bus. Rail motor coach. Road rail vehicle. Rolling stock. Couchette car. Compartment coach. Dining car. Dome car. Superliner railcar. Named trains. Rail bus. Locomotive. Multiple unit. Diesel Multiple Unit. Electric Multiple Unit. Passenger car or coach. Railcar or Railbus. Rapid transit, also known as heavy rail, metro, subway,

354. A maglev electromagnetic levitated high-speed rail vehicle. A maglev monorail. HRS. Cargo train with tilting side discharge. A suspended tracked vehicle. A monorail vehicle. Trackless vehicle with lane guidance and lane sensors system. Applicable for lane guided autonomous bus. For Electric busses with fast chargers.

355 Tube transportation system. Underground trains and metro, is a type of high capacity public transport systems. Aerial and airborne transport bus. Monorail vehicle. Tracked vehicles are suspended above on at last one track levitated on a electromagnetic bed with a electromagnetic river. Supported or levitated on at last on track or electromagnetic track.

MARINE VESSELS, SHIPS, BOATS AND CRAFTS.

356. ELECTRIC water going ships and boats from classical ships having at least one large electric water wheel or to at the side opposing mounted with the hull and drive shafts or electric connection to the hub motor. The vessels comprising a steam turbine engine, hydroelectric turbines and hydrofoils for elevating the hull and speeding above the water level by means of the adjustable hydrofoils. For speed boats inflatable boats with electric motor and generator and directional navigational disc and rings.

357. Cargo vessels, Freight ships, Container ships, Gas and oil tankers are autonomous zero emission green ships. With a reinforced compressed hull made of new materials and light weight titanium alloys. Comprising a hull as cargo bay. The can be made in sections or tanks or silos. The hull is complexly filled till the deck. The deck cover is closed whereby the large mammoth vessel is made without upper decks or wheelhouse etc. the hull is closed by the upper closable deck. The vessel is satellite guided with automated parabolic antenna for global position control and communication. The front bow hull and rear stern project partially upward connected with the partial deck were under motors are provided closing the hull with panels. comprises a wind shield. The vessels a cross breed of an airframe and a hull with smooth aerodynamic hull and upper deck. Ships boats and vessel may comprises a compressed double hull made of plastic, polyester, Fibers, aluminum, titanium and of other light weight super alloys.

358.Marine Vessels, crafts, ships and boats are equipped with Hydroelectric turbine generators and motors in large, medium and narrow size of ducts comprising the intake ramp from the bow extending through the hull with the exhaust nozzle at the aft. Turbines and duct, expending from the Bow till the Stern. Boats and ships comprises an inflatable reinforced hull. Combined with steam turbine generators, wind turbines and solar energy. Autonomous electric marine vessel. Hybrid or amphibian. Combined propulsion and power sources by steam turbines, hydro turbines, solar energy, wind turbines, wind energy by means of sails, Diesel or Petrol internal combustion engine, combined with LNG, fuel cells, PR mechanization, reciprocating steam turbine engines, Steam turbines, LNG carriers, Nuclear powered steam turbines, Reciprocating diesel engines, Gas turbines, Stirling engines, water jet propelled, Screws propellers, Paddle water wheels or propeller and rotors. Sailing, Water caterpillar, Buoyancy. Turbine propelled and navigated. Amphibian ship. Hybrid ship.

359. The outboard motor is also provided in different embodiments comprising a vertical drive shaft for driving the hydro turbine and pump. The Electric outboard motor is made without a vertical drive shaft wherein the motorhead wind turbines are arranged with a rechargeable means, fast charging gold caps, lithium ion batteries, lead acid or ells. The vertical housing is the conducted of cables and motor mount at the lower submerged end. The hydro turbine comprises a single turbine rotor, dual or a plurality of turbine rotating in the vertical plane providing horizontal propulsion. The turbine can be an omnidirectional automated pitch adjustable hydro-turbine. Outboard with reciprocating electric engine from one linear piston or more.

360. Applicable for all category Cruise Ship. River Cruise Ship. River restaurant / cruise ships. Passenger ferries, RoPax vessels, Train ferries, Hotel ships. DRY CARGO VESSELS; Container ship or vessels. Bulk carrier. Tanker ship. Naval ship. Special propose ship. Offshore ship. Paper carriers. General cargo vessels. Reefer vessels. Ro-Ro vessels. TANKERS; Chemical tanker, LPG/LNG carriers. Crude oil tankers. Asphalt tankers. DRY BULK CARRIERS; Mini bulk carriers. Ordinary bulk carriers. Cement carriers. Medium and large size cargo carrier and crude carrier. Large Range 2. Tankers or Very Large Crude Carrier. Ultra Large Crude Carrier. Bulk carrier, bulk freighter, or bulker merchant ship. Paddle steamer is a steamship or riverboat. propellers or paddlewheels steamer. Screw steamer. Amphibious vehicle. Floatplanes. Seaplanes. Flying boats. Hovercraft. MROVs. Perpetual electric Submarine. Hybrid Sub. Personal submersible with oxygen genrating steam turbine. Hydrofoils Ships, vessel, craft or boat and vehicles. Autonomous Electric cargo, freight, oil tankers, container ships comprises a cargo-bay till the deck. The deck is closable and comprises no upper decks and wheelhouse. The autonomous computerized vessel navigated by satellite and global positioning and navigation system. The water jet provided by the turbines are made in more embodiments. A single propulsion tube at the lower rear hull and aft. Bow arranged turbines etc. Propulsion by at last one omnidirectional hydroelectric turbine.

AT LEAST ONE: SPECIAL PURPOSE VESSELS; Special Purpose. Cable laying vessels, Turbine installation vessels, Pipe laying vessels, Icebreaker vessel. Oceanographic research vessels, Merchant marine training vessels, Floating cranes, Floating docks, Floating sewage plants, Dredgers, Buoy handling vessels, SERVICE VESSELS; Yachts. Tugs. Pilot boats. Barge systems. Patrol boats. Firefighting vessels. Fishery inspection vessels. Icebreakers. Coast guard vessels. Naval vessels. FISHING VESSELS; Fish factory vessels. Stern trawlers. Shrimp trawlers. OFF-SHORE VESSELS; Off-shore supply vessels. Anchor handling tugs. Diving support vessels. FPSO vessels. Jack-up drilling rigs. Semisubmersibles. YACHTS; Super yachts; Presidential yachts. Royal yachts. OTHERS; Passenger terminals. Harbor-ship interface. Harbor lay-out and design. Shipyard lay-out and design. Types of boats. A boat is a smaller water going vessel. Pump-jet, airboat,

Banana boat. Barge. Bass boat, Biota. bow rider, Bracera. Cabin cruiser. Cable terry. Canoe, Cape Islander, Captains gig. Car-boat. Car float. Catamaran. Centre console. coble. Coracle. Cornish pilot gig. Crash rescue boat. cruise ship. cuddy boat. cutter. dhow. singly. Dory. Dredging. Dragon. drift boat. Drifter. Dugout. Durham boat. Electric boat. Ferry. fireboat. Fishing. Fishing boat. float tube. Flyak. flying boat. folding boat. Friendship sloop. full rigged pinnace. Garage scow. Go-fast boat. Gondola. Gundalow. Great Lakes freighter. Houseboat, Hovercraft. Hydrofoil. Hydroplane. Ice boat. Inflatable boat. Jet boat. Jet ski. Jon boat. Jukung. Junk. Kayak and Sea Kayak. Keelboat. Ketch.

361. Kettuvallam. launch. Landing craft. Lifeboat, Lighter. LNG carrier, Log Boat. Lang Schiff. Longboat. Long ship. Long tail. Lugger. Luxury Yacht. Mackinaw boat. Masula Boat. Missile boat. Monitor. Motorboat. Motor Launch (navel). Narrowboat. Nordland. Norfolk wherry. Oil tanker. Optimist. Outrigger canoe. Padded V-hull. Paddle steamer. Patrol boat. Pedalo. Personal water craft. Pinnace. Pirogue. Pleasure Barge. Pleasure craft. Police watercraft. Pontoon. Powerboat. Pram (boot/ship). Proa. Pump boat. Punt. Q ship. Raft. Reaction ferry. Recreational. trawler. Reed boat. Rigid-hulled inflatable. Riverboat. Rodney boat. Roll- on/roll-off. Rowboat. Runabout. Sailboat. Sampan. Schooner. Scow. Sea kayak. Shad boat. Shallop. Sharple. Shikara. Ship. Ships tender. Ski boat. Skiff. skipjack. Steam boat. Slipper Launch. Sloop. Speed boat, Submarine. Supertanker. Surf boat. Swift boat. Tarai Bune. Tjotter. Torpedo boat. Towboat. Trailer sailor. Train ferry. Trimaran. Fishing/naval Trawler. Recreational Trawler. Tugboat. U-boat. Umiak. Waka. Wakeboard boat. walkaround. Water Ambulance. Water Taxi. Welding. Whaleboat. Yacht. Zille. Outrigger canoe, Sailing outrigger canoe, Double outrigger canoe. Channel boats, channels cruise ships or pleasure boats, barges and tug boats. Mega Cruise Ship. Ocean Cruise Ship. Luxury Cruise Ship. Small Cruise Ship. Adventure Cruise Ship. Expedition Cruise Ship. River Cruise Ship. Cruise ships. River restaurant cruise ships. Passenger ferries. Ro-Pax vessels. Train ferries. Hotel ships. Sailing ship. Steam-powered icebreakers. Nuclear powered ice breaker. Cutter, Catboat, Dinghy, Ketch, Schooner, Sloop, Yawl.

CIVIL ENGINEERING.

Civil engineering and construction equipment can be categorized in to 4 main sections based on purpose and use, these are: earth moving equipment, construction vehicle, material handling equipment, construction equipment. which comprises of, earth moving equipment consists of: excavators. graders. loaders. skid loader. crawler loaders. backhoe. bulldozers. trenchers. scrapers. wheeled loading shovels. construction vehicles. tippers. dumber. trailers. tankers. material handling equipment. cranes. conveyors. hoists. Electric forklifts. construction equipment consisting of: concrete mixture vehicle. compactors. pavers. road rollers. tunneling equipment. road headers. tunnel boring machines (tbm) and pilling vehicle and ships. Other construction equipment. excavating & trenching equipment’s. construction equipment. back hoe.

Power shovel. drag line. drag line. clam shell. belt conveyor. bucket conveyor. screw conveyor. concrete mixer with hopper. needle vibrator. table vibrator. trenching equipment are powerful trencher mounted onto the arm of an excavator using an adjustable 360° turntable. using the arm of the excavator in an offset position, this highly versatile trencher can be used in canals and down embankments, at the extreme edge of the road and over barriers. Tower crane. mobile crane. Marine Vessel mounted tower cranes. Compact wheel loader. Skid steer loader. Motor Graders. Rigid Dump truck. Scrappers. Conveyors. Forklift. Hoist. Concrete Mixture. Compactors. Pavers. Road Rollers. Road Headers. Tunnel Boring Machines (TBM). Mini Excavator. Crawler Dozers. all-terrain crane.

FLUID TURBINE APPLIED IN AGRICULTURAL MACHINES, SPEEDING AND FLYING PLANES AND DRONES.

364. AT LEAST ONE: Agriculture machinery and agricultural equipment applied on a farm for farming means. Tractor and power equipment. Soil cultivation machines. Planting machines. Fertilizing and Pest control vehicles. Irrigation machines. Produce and sorter. Harvesting/ post harvesting. Hand Harvesting. Hay making machinery. Loading vehicle and machinery. Unimog. Four wheel drive vehicle. Front engine or rear engine vehicle. Left or right steering for LHT or RHT. Heavy equipment transport vehicle. Mammoth vehicle. Heavy Lifting Cranes. Selfpropelled modular transport vehicle (SPMT). Of all category of civil engineering vehicle. Bulldozer. Excavator. Caterpillar include vehicle. Dump trucks. Cranes. Tractors. engineering and Construction vehicles. Heavy equipment. Heavy machinery. Heavy truck. Heavy vehicle. Diesel power ICe, gasoline or petroleum IC. Liquid Gas engine. Electric engine. Solar and fuel cells additional power source. Hydrogen powered engine. Agricultural aircraft which is built or converted for agricultural use - usually aerial application of pesticides or fertilizer; in these roles they are referred to as "crop dusters" or "top dressers". Agricultural aircraft are also used for hydro seeding. unmanned autonomous aerial vehicle or remote controlled aerial vehicles.

AT LEAST ONE: civil engineering and construction equipment can be categorized in to 4 main sections based on purpose and use, these are: earth moving equipment, construction vehicle, material handling equipment, construction equipment. which comprises of, earth moving equipment consists of: excavators. graders. loaders. skid loader. crawler loaders. backhoe. bulldozers. trenchers. scrapers. wheeled loading shovels. construction vehicles. tippers. dumber. trailers. tankers. material handling equipment. crane. conveyors. hoists. forklifts. construction equipment consisting of: concrete mixture. compactors. pavers. road rollers. tunneling equipment. road headers. tunnel boring machines (tbm). other construction equipment. excavating & trenching equipment’s. construction equipment. back hoe. power shovel. drag line. drag line. clamshell. belt conveyor. bucket conveyor. . screw conveyor. bucket conveyor. concrete mixer with hopper. concrete mixer with hopper. needle vibrator. table vibrator. trenching equipment are powerful trencher mounted onto the arm of an excavator using an adjustable 360° turntable. using the arm of the excavator in an offset position, this highly versatile trencher can be used in canals and down embankments, at the extreme edge of the road and over barriers. the maximum trench depth with the longest boom is 1.8m and trench width can be between 125mm and 400mm. tower crane. mobile crane. hydraulic crane.

AT LEAST ONE: Halftrack vehicle. Kegresse track. Pedrail wheel. Screw propelled vehicle. Snow cat. Snowmobile. Undercarriage. Caterpillar. Agricultural aircrafts for crop spraying.

ELECTRIC FIXED WING AIRCRAFTS ROTARY WING AIRCRAFTS AND AIR BALLOONS.

The inventions of turbine generators and electric motors and hypersonic jet engine and steam discharge which also functions in microgravity for propulsion by means of high temperature discharge of gasses for propelling the amphibian craft flying in space and in the lower atmospheric layers and troposphere. Fixed wing and rotary wing aircrafts are equipped with the generators with at least one intake ramp and duct or arranged in the duct with regulative deflectors vanes and nacelle vanes. Personal flying motorcycles and vehicles.

AT LEAST ONE: Lighter than air – aerostat. Balloon. Hot air balloon airborne by means of filling the envelope with hot air by burning propane, heating air that rise in to the balloon which is made of rip stop nylon or Dacron. Suspended beneath is a basket. Helium balloon. Tethered Kite. Kite balloon. Heavier-than- air – aerodynes. Fixedwing aircraft. Rotor wing aircraft. Un powered aircraft. Powered aircraft. Propeller aircraft. Jet aircraft. Rotor-craft. Air-balloon. Airship. Blimp and dirigibles. Rotor craft. Auto Gyro. Gyro plane. Helicopter. Monoplane. Bi-plane. Supersonic lifting body. Civil airplane. Freight airplane. Passenger airplane. Business jet. Private Jet. Cargo plane. Unmanned autonomous cargo aircrafts. Drone, autonomous aerial vehicle. Solar plane. Electric battery powered planes. Airship. Solar hybrid Plane. Solar hybrid amphibian aerial vehicle. Sail Plane. airplane rotary wing aircraft orbit copter. gyro plane helicopter amphibian land plane. Sea-plane. float plane. flying boat. Airships (Blimps & Dirigibles): Like balloons, airships use hot air and/or lighter-than-air gases to generate lift. But unlike balloons, they also carry one or more engines and propellers to generate thrust and have aerodynamic control surfaces. Hang gliding, sport of flying in lightweight non-motorized aircraft. heavier than air (aerodyne) engine driven airplane rotary wing aircraft.

Unmanned autonomous cargo aircrafts. Drone, autonomous aerial vehicle. Solar plane. Electric battery powered planes. Airship. Solar hybrid Plane. Solar hybrid amphibian aerial vehicle. Sail Plane. airplane rotary wing aircraft orbit copter. gyro plane helicopter amphibian land plane. Sea-plane. float plane. flying boat. Airships (Blimps & Dirigibles): Like balloons, airships use hot air and/or lighter-than-air gases to generate lift. But unlike balloons, they also carry one or more engines and propellers to generate thrust and have aerodynamic control surfaces. Hang gliding, sport of flying in lightweight nonpowered aircraft. heavier than air (aerodyne) engine driven airplane rotary wing aircraft ornithopter gyro plane helicopter amphibian land plane, seaplane float plane flying

(UAV) Unmanned aerial vehicle. Autonomous Drone. Remote aerial vehicle. Compatible with the gyroscopic manual remote control by radio or satellite connection and virtual controls and wearble virtual reality in a 3D environment. Control systems for UAVs are often different than manned craft. For remote human control, a camera and video link almost always replace the cockpit windows; radio transmitted digital commands replace physical cockpit controls. Autopilot software is used on both manned and unmanned aircraft, with varying feature sets. UAV actuators include digital electronic speed controllers (which control the RPM of the motors) linked to motors/engines and propellers, servomotors (for planes and helicopters mostly), flaps, hydraulic cargo doors, rudders, landing gears and all movable parts, made in and on the fuselage. Commercial airliner. Solar plane. Solar and wind plane. Hovercraft. Piston engine aircraft. Business Jets. Tricycle Gear. Tail draggers. Gyroplanes use a helicopter engine and small propeller to push or pull themselves forward. Helicopters. Taildraggers. Tilt rotor aircraft.

FLUID TURBINE COMPRISES AT LEAST ONE; Airfoiled Fuselage, a smooth sharpened fuselage with sharp pointed nose and leading edges and trailing edges around the hypersonic fuselage. Hypersonic lower smooth flat body sails over the ambient gasses at hypersonic speed comprises heat and frost accommodating material on the outer body layer. Aircrafts are of varying bodies. long-haul, mid-size or Wide body aircraft. Large amphibian flying cruisers and passenger ships. Air borne house or city. Passenger aircrafts consists of many types and categories and sizes, having passenger accommodating cabins and compartments and pressurization or live support system, Cabin climate control, with seat mounted in tracks in rows or in closed private compartments or partial closed. With foldable tray or table. Air- condition and multimedia and lightning. PSU. Emergency exit doors, Overhead bins, Cockpit. Lower cargo compartments. Live support system. Cabin pressure. Entertainment and multimedia. Safety belt, vest, oxygen masks and doors. Front and rear Landing gears and avionic lightning. Electric window tinting glasses. Fuselage aerodynamic front nose followed by the forward fuselage and rear fuselage whereon the center fuselage is mechanically mounted a pair of large wings by wing to body fairing including fixed and adjustable leading edges. Curved wing tips, Fixed trailing edge. Movable trailing edge. the smaller tail wings including a vertical tail fin, Horizontal stabilizers on the horizontal tail wings. center wing box. Main part of the air craft, the main landing gear wheel well, Passenger entry doors Jet engines. engine nacelle and wing mount. Lithium ion battery. landing gear structure. Cargo access door. Inner cargo compartments. attaching and fastening

Airliner types of aircrafts for transporting passenger and air cargo From small Light aircrafts and helicopters and VLJ. Light, midsize and heavy planes to large Jumbo Jets, wide body or twin aisle aero planes and sonic Jet for laugh haul between airline hubs. Narrow-body airliner. Narrow short haul and feed-liner aircraft. And single broad body aerial vessel with transparent doom super structure. Category of transport and

A float plane or amphibian craft. A flying boat or seaplane. Rotary wing aircraft and fixed wing Aircraft with floatable landing gears, water tank and pump. Types of propeller planes consists of: Private single engine plane. Twin turboprops. Aerobatic airplanes. Amphibious. Military Turboprops jets and stealth aircrafts. Passinger turbu prop are older engine type airplanes.

Many forms of gliders may be modified by adding a small power plant. including free-flying gliders of various kinds and tethered kites, powered para-gliders, powered hang gliders: 1. Motor glider 2. Powered hang glider. 3. Powered parachute 4. Powered para-glider or para-motor. 5. Wearable glider and jump- suite. 6. Jet pack.

A flying wing is a tailless aircraft which has no definite fuselage, being housed inside the main wing structure. 378. Fixed-wing aircraft can have different numbers of wings: 1. Monoplane: one wing plane. 2. Low wing: 3. Mid wing: 4. Shoulder wing: 5. High wing: mounted. 6. Parasol wing: cabinet struts, pylon(s) or pedestal(s). A fixed-wing aircraft may have more than one wing plane, stacked one above another: 1. Biplane: 1. Unequal-span biplane: 2. Sesqui plane: 3. Inverted sesqui plane: 4. Triplane. 5. Quadru plane. 6. Multiplane:

Aircraft can also be classified based on the mode of takeoff and landing as follows, • Normal • VTOL • STOL • STOVL etc. 381. Aircraft are classified based on size as follows, • Micro-airplanes personal craft. Single or double seater airplanes • Medium size airplanes (~50 passengers)

382. A business jet, private jet, business jets superlight. Electric business jet, private jet, or bizjet is a jet aircraft. Light jets. Mid-size jets. Super mid-size jets. Large business jets. A supersonic business jet (SSBJ) light jet (VLJ), Large business jets. Sonic jet.

Rotary wing aircraft.

383. Rotary wing aircrafts are made in many models, types and for may propose which are all applicable with the inventions for generating electricity and providing propulsion with the turbine generator. The helicopter comprises many applicability’s for applying the wind turbine generators and motors for generating electric current and a vertical wind and combined horizontal wind current for lift and propulsion. The dual rotor of figure 4 is applied made in the body wherein mounted in the body vertical tube coreless or on a shaft with a minimum spatial distance of the cylinder wall for rotation therein forcing wind vertical downward. Comprising a blade pitch system. Mast mounted external single or dual rotor stacked on the first rotor rotating in opposing direction mechanically by gear connection or dual coaxial shaft.

384. The rotary wing aircraft is digital electric with flyby wire operating and piloting system comprising an autopilot and board computer with voice communication and operating system. The helicopter airframe is aerodynamically flattened and broadened comprising different ray of camera’s, helmet and visor screen. Transparent cockpit of unbreakable double layer and compressed glass with digital translucent screens. Cockpit wind shield screen etc. The lower fuselage or airframe comprises a duct expending from the nose to the tail adjustable exhaust nozzle. The duct comprises horizontal and vertical arranged turbine motors, arranged for medium and high compression generating current and providing horizontal propulsion with adjustable return blade vanes and or motorized deflector screens. A wind turbine generator can be mounted below the rotor on the mast. In the helicopter side body related by wind ramps and ducts.

385. A helicopter comprise different types of landing gears extending in pair from the lower fuselage or retractable lading gears with wheels. The amphibian craft can land on a body a water or on a vessel with floats mounted on the lower extending lading gears. Rotary wing aircraft with single tail rotor. Without a tail rotor. With gyro fuselage torque control. Rotary and wheel directional controllers and navigators. Tandem rotor. Single or dual coaxial rotor. Intermeshing rotors. Helicopters with extendable horizontal wings. Forest service helicopter with sky-crane. Farming and agriculture helicopter. Civil engineering helicopter. Classic helicopter with round glass cabin. Elongated mast helicopter. Bell helicopters. Helicopter with VSTOL engines and jet engines. The electric rotary wind aircraft comprises more types of fuselage or airframe body with single or dual wind turbine rotating in the horizontal plane and electric turbine generators and horizontal propulsion turbines combined made in the duct or ducted. The helicopter comprises a translucent upper and side cabin and navigation

386. AT LEAST ONE, I helicopter digital self-sustainable electric airborne vehicle with glassed cabin. Civil transport helicopters. Light observation helicopter. Firefighting/rescue. Utility helicopter. Multipurpose light helicopter. Cargo helicopter. Transport. SAR/utility helicopter. ASW/SAR/utility helicopter. Medium-lift transport/SAR helicopter. Heavy-lift cargo helicopter. Multipurpose Utility helicopter. Observation/scout helicopter. Search and Rescue helicopter. Light multi-role helicopter. Multi- mission maritime helicopter. V/STOL transport Tilting engine for horizontal trust and vertical thrust. Reconnaissance and attack helicopter. high-speed compound helicopter. UAVs. HALE ISR UAV. Carrier based UAV. Passenger and Cargo Transportation helicopter. Autonomous flying Helicopter, manned or unmanned. Gyrocopter. Rotary wing craft. ROV. Large cargo aircraft with front load by opening nose, rear loader. Hang glider. Powered Parachute. Aerial tanker. Trainers. Transport aircraft Utility aircraft. UAVs. HALE ISR UAV. Carrier-based UAV. Motorized glider and sailplanes.

387. AT LEAST ONE, Civil transport helicopters. Light observation helicopter. Firefighting/rescue. Utility helicopter. Ambulance helicopter. Police Helicopter. Multipurpose light helicopter. Cargo helicopter. Transport. SAR/utility helicopter. ASW/SAR/utility helicopter. Medium-lift transport/SAR helicopter. Heavylift cargo helicopter. Multipurpose Utility helicopter. Observation/scout helicopter. Search and Rescue helicopter. Light multi-role helicopter. Multi-mission maritime helicopter. V/STOL transport Tilting engine for horizontal trust and vertical thrust. Reconnaissance and attack helicopter. high-speed compound helicopter. UAVs. HALE ISR UAV. Carrier-based UAV. Passenger and Cargo Transportation helicopter. Autonomous flying Helicopter, manned or unmanned. Gyrocopter. Rotary wing craft. ROV. Large cargo aircraft with front load by opening nose, rear loader. Hang glider. Powered Parachute. Aerial tanker. Trainers. Transport aircraft Utility aircraft. UAVs. HALE ISR UAV. Carrier-based UAV. Motorized glider and sailplanes.

388. A personal flying aircraft for one or two individuals with one main rotor or a plurality of turbine rotors providing vertical trust. The I, fly and flying bike comprising vertical and horizontal propulsion types of tilting rotors and navigation system. Electric generating and propulsion drive motors with mother controller and throttle controller. Flyby wire navigation motors and boosters. Digital computerized motor and engine and control system. Safety features throttle lock and warning system and anti-crash and coalition override computer system. All devices are drone compatible.

EXAMPLE FOR SPEEDING AND FLYING OBJECTS.

389. The chapters of speeding and flying vehicles are examples of the inventions implemented and arranged in speeding and flying objects from a motorized skateboard, bicycles, automobiles, marine vessels, airplanes, zeppelin, space stations to spacecrafts. These vehicles consist of types, classes and categories as for civil engineering on land or offshore, including agricultural vehicles and machines and tractors whereby requesting the definition includes the working principle and components as all are existing as for the invented vehicles.

TRANSLUCENT DIGITAL DISPLAY, IN GLASSES, VISORS, GLASS INTEGRATED DASHBORD NIGHT VISION ETC.

390. The inventions are related to the digital transparent video screens which are implemented in layers of transparent glass or plastic, mica acryl, car glass, crystal etc. In visors of helmets, in layers of safety glasses, binoculars, googles and common eye glasses. And video projectors and beamers. Also applied in wind screen and internal transparent screens of speeding and flying objects in the cockpits and interior transparent parameters and data touchscreens, dashboard and digital on-screen controller and projected data. In external and internal windows and panels and doors in more layers for tinting the windows outer side and the second translucent screen for providing a digital screen on the said window. The translucent screens are also applied for pilot helmets with a glass visor made of layers with the translucent video screens and video card, computer system audio card, microphone and speakers providing voice control and computer communication.

391. The translucent screens are equally applied in common eye glasses, in safety glasses, made on helmets with digital camera for night vision infrared vision and another spectrum and types by micro camera or DSLR camera made in the side frame of glasses to zoom in and magnified vision and/or made on or in the helmet or body. The camera is equally of the corresponding screen resolution and in different spectrums such as night vision, infrared. Translucent Video Screens are made in all size from large to small micro displays of LCD, LED, OLED. QLED, NANOCELL video Screen. HD. UHD. Wide QHD HD (WQHD) Screens. Smart screens, the screens comprise a wide view angle. The projecting screens are from small micro projecting touchscreens made with projecting lenses of the size of a LED diode or DSLR projector and lens to project the video screen by a LED light or other clear and colorless light. As for large projected screens made in a closed and air-cooled projecting tube. The video projection is projected on a screen, wall, floor or on whatever one may find. The transparent screen is made as a painting in a frame with a dark or closed rear surface.

392. The resolution of HD translucent screen is 1920 X 1080 pixels. The resolution of (UHD} screens including resolutions of 3840 X 2160 pixels adaptation of 4K resolution, 8K UHD resolution is 7680 X 4320. 10K resolution of approximate 10.000 pixels. 16K resolution and 32K resolution and lower resolutions. The projector Is UHD or QHD with pixel support from 330pixels to 1080, 4K. 8K. 16K 32k and QHD resolution. The screens have microprocessorcontrolled video screen with digital audio and video units processing system and input and output connections on the computer module casing. Blue ray interface, DVB receiver, Digital Radio receiver, Micro LNB receiver and transmitter. Internet antenna and processing unit and drivers. Voice communication software. From microcomputer and processors, with intel Pentium and Celeron core processors for computer, video and audio card. DSP, AD-DA converters. Pulscode modulator. Smart phone compatible and 4G and 5G network and phone sim-card slot. HDMI connector, wireless HDMI, Bluetooth, infrared. Consumer television and multimedia projection. Computer monitor. Game console. Ceiling mounted projector. Gimbal Stand or arm mounted projector. Short throw beamer. Mid-throw projection lenses. Long throw lenses. With projecting distance, ratio and size of screen. Beamers are classified in lumen of the projection light wattage and brightness.

393 The visor is also applied for remote controlled vehicles and virtual reality visors and glasses. Providing a digital automated dashboard and information and on-screen indicators and GPS and guiding controls for piloting a vehicle by means of the translucent digital on-screen dashboard on the front wind shield. Voice indicator onscreen. The helmet visor of the pilot comprises vehicle speed indicator, engine throttle speed indicator of colored bars and blocks linear or circles or ells. Wherein the helmet a power supply and microcomputer is integrated. The indicators are also spoken through the speakers made in the helmet opposing the ears. This feature is selectable for indicating one or more parameters or disengaged. Comprising electrical and optical cable connections with the video controller made in a external metallic casing comprising an electric supply and external power supply connection video types of cameras of different spectrums connected with the video card. Head phones and speaker output are provided by the sound card.

394. Applicable for a bicycle helmet with screen. Applicable for scooters, motorcycles, formula race cars and more type of two wheeled vehicles driven with a helmet and flying machines and aircrafts for pilots having an oxygen supply host connected to the helmet. The visor communicates by Bluetooth, infrared or a radio signal. The wearable items off the driver are also implemented with the inventions. The visor provides the required features along the sides of the visor screen or viewed in full screen with the background completely darkens by the outer first LED, LCD screen and can be altered by voice command while driving the vehicle. The visor can provide a threedimensional camera view including night vision and different spectrum’s and darken the outer glasses completely. 395. Glasses and google, safety glasses are related with the inventions and can be produced in more arrangements of one single wide panoramic screen. The regular eye glass can be used with the high definition video screen and switched to night vision camera.

396. Night vision binoculars. And glasses, safety glasses, comprises additional features by a camera or micro camera made in the corners of the frame and ducted electrical wire in the frame connecting with the device on the air or with the controller by cable or by Bluetooth. The camera provides a zoom in and zoom out function and can be recorded and stored on the memory card or hard disc.

PROJECTION

397. Projecting of the translucent ultra-high definition digital screen consists of a tubular projection tube wherein mounted the transparent screen of corresponding inner diameter of the projection tube with LED light mounted or halogen white light, or other types of projection lights mounted at the rear of the screen with a determined distal end and at least one wind turbine mounted on the outer wall air passage. The projection tube front end comprises a set of projecting lenses with focus adjust. The projection tube is mounted in a PVC plastic casing. With air openings provided with airlifter of textile or sponge of different density for protecting the inner tube for dust. The turbine is made on the wall with corresponding intake opening and exhaust connected with the housing openings and filter. The opposing wall of the turbine comprises an aperture with or without a wind turbine connected by filters with the body intake holes.

398. The projector comprises a mini computer and projector menu and settings and preference, 5G telecommunication, WIFI antenna in the casing body providing internal server connection through a router and internet, a connecting panel and adjustable in the menu or with buttons on the casing and a remote control and infrared receiver on the outer front and rear casing. The connecting panels and power supply connection is provided on the side or rear of the casing. The casing comprising a base whit pads and ceiling mounts. An Hight adjustable screw.

DUAL SIDED SCREEN

399. The screens are made in a thin aluminum or plastic flat frame comprising a front and rear-view screen of the translucent digital screens with center separation and darkening. The two screens are blinded in between and seen from both sides made in a frame and cables connected through the ceiling or walls with the computer unit. Comprises a video tuner, video controller module and sound with speaker out. The controller consists of a single video card or dual video cards.

HELMET.

400. A helmet is required for pilots driving a certain vehicle or flying an air plane wearing a full-face helmet or till even riding a bicycle with only a head portion, requires as head protection for the wearer equipped with a transparent screen that includes the digital screen with tinting features as extra layer and high definition camera and infrared camera provided on the helmet. Providing night vison and visual onscreen controls and application operated by voice control and rechargeable means. Other visualizing spectrums are also applicable.

401. The inventions are likewise applicable for all category of Motorcycle disregarding the quantity of wheels and accessories, incorporated with the latest technology compatible with the invention for supporting the driver. The at least one-wheel Self Balancing motorized vehicles includes a motor cycle wherein the motorcycle, Racecar, formula one pilot helmet or aircraft pilot helmet with oxygen mount piece implemented. The helmet visor made of layers and implemented with the digital transparent screen and the electric tinting features made on the first outer layer of the helmet visor. The electronic parts are integrated in the helmet including rechargeable cells and power supply. a virtual reality visor or glasses is used for scooters race formula race cars and more type of two wheeled vehicles and flying machines for pilots having an oxygen supply host connected to the helmet. The visor communicates by Bluetooth, infrared or a radio signal. The wearable items off the driver are also implemented with the inventions.

402. The visor provides the required features along the sides of the visor screen or viewed in full screen with the background completely darkens by the outer first video screen and can be altered by voice command while driving the vehicle. The visor can provide a three-dimensional camera view including night vision and different spectrum’s and darken or tinting the outer glasses for the sun partially or completely visualized by cameras.

403. The helmet integrated 4k to 8K or 10K . LCD, LED, NANOCELS, OLED. QLED or transparent plasma screens made between at least two layers of the transparent LCD, or LED screens are in three layers of glass or transparent acyl, mica, or transparent plastic, gorilla glass and more new type of glasses and reinforced inflated screens wherein the outer layer is the tinting screen also functioning as sun screen, and between the inner of the transparent shield is the display sheet. The helmet comprising super vents including a wind turbine in the airpassages. An Eye port gasket. Pro shield. The Breath deflector and Mount vent comprises minuscule microphones connected to a pre-amplifier circuit board and AD converter which is connected to the modulator and radio transmitter. Side vent integrated electric turbine generators. The visor is made in a frame along the sides wherein the visor layers of transparent material and screens are mounted. the outer transparent layer is mounted with an air gap with the second layer.

404. At the inner left and right sides of the helmet corresponding the ears and opposing, two microphones are integrated. The inner helmet is molded by heat in a three-dimension structure mold with the cavity and screw holes made for the speakers and plastic grill protection for the speaker to be mounted in the helmet. This includes all the electric components mounts and housing molded with the helmet in a injection mold. The microphone unit made in the body of the lower front and the power supply and regulator transmitter and receiver are mounted in the helmet at the back of the helmet including the transistor amplifier for the speakers. Double "D" ring or other fastening components. Spoiler. Rear vent. Outer shell. Impact absorbing liner. Side Plate. Comfort liner. Base gasket. Chinstrap. the visor is a modular flip up visor of the full-face helmet. The electronic unit with the PCM and DSP unit, and video processor unit, is made on the motor cycle and communicates by a radio frequency with the helmet radio frequency transmitter and receiver electrically connected with the de-modulator and processing unit. Antennas are provided around the base gasket. The optical wires or thin copper wiring in the side edge of the visor extends through the visor glass trough the center of the visor and helmet connected round aperture and enter in the helmet inner body connecting with the video unit and power supply. 405. Ultra-wide HD cameras with a high frame rate per second are made in the front and back of the helmet or in the head light and tail light of the motor cycle. In the motorized scooter lights as well as automobiles have a panoramic lens provided for the camera and wipers with fluid detectors. The helmet arrangement is applied for race car pilots and fighter pilot helmets.

406. Not excluding googles and glasses that can be fully be arranged with the inventions connected wireless by short radio frequency or Bluetooth or by harnessed optical cable to the power supply and operating unit. Also, for military helmets this device is a helpful tool. Vehicles includes a motorcycle, with the components and units implemented in the Helmet inner and outer layers digital application operated by voice control or by the thumps on the handle bar or by a touch screen or roller mouse in the vehicle. The helmet visor made of layers glass and digital translucent LED, LCD, OLED integrated shield or UHD screens implemented with an additional layer for electric tinting features made between the layer of the helmet visor. The electronic parts are integrated in the helmet including rechargeable cells and power supply. The helmet can be equipped with a fist eye shield and a second eye shield at the exterior mounted in rotary mechanisms for opening and closing. Having two small audio speaks at the interior leveled at both ears. And at least one microphone in the breathing cap duct after the first condense filter. Electric heating wires are provide around the eye-glass. Wind turbine generators integrated head cover.

407. The helmet must by suited for all types of weather conditions including cold weather protection for the wearer and for the translucent digital screen when breathing the cold air and warm air condensate on the screen and visibility will be reduced or compromised. The helmet comprises the head protective portion that protects the head of the wearer like a conventional helmet. A jaw shield for protecting the lower face part integrated with and forms connected with the head portion. The eye shield is situated between an upper front section of the head portion and the upper section of the jaw shield. The eye shield is mounted in a rotary mechanism or with pivoting mechanism.

408. The inner space is to accommodate the head of the wearer and wherein the berating mask is situated encapsulating the wearers mouth and nose for breathing through the mask and filter provided in the jaw shield. 409. The translucent protective eyes shield is made of transparencies, Acryl, mica, plastic, and new types of glass that are scratch resistive and almost unbreakable such as gorilla-glass,

helmet visor with sliding eye-shield includes visor support frame in guided support frame wherein the wind shield glass is slides upward to open and downward to close the eye cover, comprising a guide channel which receives an sliding bearing and click lock mechanism, In different embodiment a pivot mechanism rod and combined torque control and slide. The lubricous polymeric member which surrounds the torque control as sliding interface. Comprising at least one bias spring.

Pivoting eye glass for a partially head cover such as a bicycle helmet.

The helmet interior comprises layers of isolation and compartments for electronic units and components as well as circuit boards in insulated compartments and of electric insulating compartments. A hinged and screwed compartment for rechargeable battery which can be opened and closed from the interior. 413. An integrated helmet comprises head tricking means, a visor, Having platforms for camera with different spectrums. A mouth piece with oxygen mask. A stiff frame and ribs received in a channel. Integrated combiners for the onscreen display. Restraining and release device. Electromagnetic position and orientation detector. Visor support and guide part. Laser scanner. Made of sloid and flexible material.

The helmet integrated 4k or 8k LCD screen is made of at least two layers of the transparent LCD screens in three layers of transparent acyl, mica, or transparent plastic, wherein the outer layer is the tinting screen also functioning as sun screen, and between the inner of the transparent shield is the display sheet. The helmet comprising super vents including a wind turbine in the air-passages. An Eye port gasket. Pro shield. The Breath deflector and Mount vent comprises minuscule microphones connected to a pre amplifier circuit board and AD converter which is connected to the modulator and radio transmitter. Side vent integrated electric turbine generators. The visor is made in a frame along the sides wherein the visor layers of transparent material and screens are mounted. the outer transparent layer is mounted with an air gap with the second layer.

414. At the inner left and right sides of the helmet corresponding the ears and opposing, two microphones are integrated. The inner helmet is molded by heat in a three-dimension structure mold with the cavity and screw holes made for the speakers and plastic grill protection for the speaker to be mounted in the helmet. This includes all the electric components mounts and housing molded with the helmet in a injection mold. The microphone unit made in the body of the lower front and the power supply and regulator transmitter and receiver are mounted in the helmet at the back of the helmet including the transistor amplifier for the speakers. Double "D" ring or other fastening components. Spoiler. Rear vent. Outer shell. Impact absorbing liner. Side Plate. Comfort liner. Base gasket. Chinstrap. the visor is a modular flip up visor of the full-face helmet. The electronic unit with the PCM and DSP unit, and video processor unit, is made on the motor cycle and communicates by a radio frequency with the helmet radio frequency transmitter and receiver electrically connected with the de-modulator and processing unit. Antennas are provided around the base gasket. The optical wires or thin copper wiring in the side edge of the visor extends through the visor glass trough the center of the visor and helmet connected round aperture and enter in the helmet inner body connecting with the video unit and power supply. 416. Panoramic adjustable UHD, QHD cameras with a high frame rate per second are made in the front and back of the helmet or in the head light and tail light of the motor cycle. In the motorized scooter lights as well as automobiles have a panoramic lens provided for more camera and wipers with fluid detectors. The helmet arrangement is applied for race car pilots and fighter pilot helmets.

417. A digital visor integrated in the eye shied digital display, for example, to move a camera from a helicopter or a drone white small transparent screen moveable mounted in electromagnets and operated by the visor in the helmet. The pilot having a visor system on screen of the eye shield. The digital display and visor system is operated by the pilot and by targeting an object on the ground moving a joystick extending from the controller ball whereby the camera moves with the visor and in the vertical axis of the helmet. The visor is equipped with 8K QLED screens and electronics for steering and directing electric controlled devices through the visor or helmet by moving the head and aiming at that object with the target locking visor. The devices are programed and equipped with microprocessor and tilting sensor unit. The visor is programed like a computer mouse for the camera and can operate and programmed in more possibilities.

DOMESTIC WIND TURBINES AND ACCESSORIES.

418 Wind turbine control unit for home installed wind turbines in 19-inch rack version installed power regulators and connecting panels, switchboards. wind turbines are combined with solar energy having an energy controller module connected to battery banks and modules mentioned beneath.

The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises grid tie controller. Specifications: Wind turbine grid tie controller with A/C hook ups. When the grid goes down this system will send the power to a dump load. This is a wind turbine control system. It uses the Sun G grid tie inverters for wind turbines. It can house multiple inverters up to several kilowatts. Comprising rectified D/C current and 50Hz or 60Hz AC power 120v-240v A/C connections. Comes with transformer and regulator with AC and D/C volt meter, amp meter, D/C fuse, (2) kilowatt meters 120volt ea. and 1500-watt grid inverter 1030v or 22-55v all prewired in 1 enclosure. 60 ampere wiring for d/C input and 20amp wiring throughout for the A/C side. This is a great system as it is all in one enclosure. Mount it on the wall tie in the turbine and tie it in to the electrical panel. We do recommend a certified electrician. AC side rated at 120/240v 60HZ. These systems are custom made.

The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises EPEC controller is specially designed for construction machinery. It has a variety of IO and bus ports to facilitate the connection of various sensors, actuators, handles, display screens and other devices. The special shape design of EPEC controller can effectively protect electronic devices from external damage. In addition, the controller can be used normally in low temperature, high temperature, vibration, humidity and other harsh environments.

The Controller is an Auto Mains (Utility) Failure Control Module suitable for a wide variety of single, wind and solar, gen-set applications. Monitoring an extensive number of engine parameters, the modules will display warnings, shutdown and engine status information on the back-lit LCD screen, illuminated LEDs, remote PC and via SMS text alerts (with external modem). The Generator ATS Controller will also monitor the mains (utility) supply.

The modules include USB, RS232 and RS485 ports as well as dedicated DSENet® terminals for system expansion. Both modules are compatible with electronic (CAN) and non-electronic (magnetic pickup/alternator sensing) engines and offer an extensive number of flexible inputs, outputs and extensive engine protections so the system can be easily adapted to meet the most demanding industry requirements. The modules can be easily configured using the DSE Configuration Suite PC software. Selected front panel editing is also available.

AT LEAST ONE: Features: smaller turbines are also excellent energy generators with alien magnet and unique winding structure, low starting wind speed, will start at low wind speed, without any auxiliary starter. Comprising: nylon and carbon fiber composite materials for leaves, corrosion resistant, high temperature resistant, fight the wind, and reasonable pneumatic appearance, make the machine run low noise, rare earth permanent magnet parts, reducing equipment volume and weight, streamline appearance design, some models used the animal imitation type with effect,

Simple color coded Electrical wiring assembly, improve the mass movement rate fell, Mould production, with high level quality. Autonomous operation and control of over voltage, discharge, the flow, winds all have automatic processing protection, extended battery service life. Attune used the damping and "the wave" design, accurate and smooth. Tower stem assembly adopt "gravity taper" device, reliability. Adapts to wind/solar hybrid controller accurately identify the fan recharging voltage, current, with security, complete multiple fan brake protection mechanism.

AT LEAST ONE; Rack DCS30/2 NT IDS inverter N80. Current Converter 2000/1A kl0,5 15VA. LED Converter LCI 20W 350MA-900MA Top, Multi-K-MU converter N60:2000/1, accessories converter cooling TG6 TaT, Signal Converter Trip Value KFD2-USC-1.D, converter Pro LEC OEC, A/D Converter, converter board 60V, Measuring Converter, Inter bus Modbus Converter AB7153-C, yaw converter ACS880-25A „ABB2" FW2.12, feedback inverter board FIB20 V2.0 Rev.0, FOC-converter FL MC EF 1300 MM SC, DC / DC converter electrically isolated, yaw converter ACS880-32A ABB5 FW2.12, acc. cooling converter K08 tower R141c, DC/DC-converter 24VDC/24VDC 1A, yaw converter ACS880-25A ABB4 FW2.12, DC/DC converter 900120 300 red EST100, converter FL MC EF WDM-B SC. converter FL MC EF WDM-A SC. converter FL MC EF 1300 MM ST. USB/RS232 interface converter, acc. cooling converter K08 tower rev5, frequency converter PM2 M25.1 U_BC 660VD, yaw converter ACS800-11kVA „ABB1" K08T_01S0701ref_invertercoolheat_TaT_CCV, Converter LF1005-S 1:5000 1000A +-24V, 800-3000V Brushless exciter generator rotating.

Tinplate consists of thin rolled sheets of steel, coated with a thin layer of tin. Before the advent of cheap milled steel the backing metal was iron. While once more widely used, the primary use of tinplate now is the manufacture of tin cans. Tinplate is made by rolling the steel (or formerly iron) in a rolling mill, removing any scale (rust) by pickling it in acid and then coating it with a thin layer of tin. For many purposes, tinplate has been replaced by galvanized (zinc-coated) vessels. The zinc layer prevents the iron from rusting through sacrificial protection with the zinc oxidizing instead of the iron, whereas tin will only protect the iron if the tinsurface remains unbroken.

NAVIGATIONAL CONTROLLER DISC.

The present invention relates to vehicle navigational controllers consists of a disc and at least one ring. For vehicles commonly steered by a steering wheel which is omitted and replaced by a electromagnetic rotary disc. The disc is operable mounted on the lower stator housing mounted with the side console arm support end or on the center console. The hollow molded or casted disc comprises perpendicular bend edges with magnets with placed in bearings and bushing with the center axis and the side bend edges bearing mounted in the stationary lower housing wherein opposing the bend circular surface a steeper motor electrode arrangement communicating with the permanent magnets or solenoids placed in the disc. The upped disc comprises digital switches and/or a display. With a surrounding touchscreen and operators on the console. Electrically connected to the power supply and with the flyby wire system by means of optical input and output connectors and cables.

Around the disc is made on the stator body in a circular cavity on the upper stator body a ring of at least a centimeter wide is mounted at least one centimeter from the center disc. The ring comprises digital push buttons comprising symbols and a dimmed inner light and a second rotating bright light of different spectrum that circulates with the disc in clockwise and counterclockwise direction. The button primary light are operated by light sensors for daylight and night illumination. Comprising a LEDs of different colors connected to the DC power supply by resistors and A 555 timer IC, CD 4017 IC, capacitors, PCB, PNP transistor. The steering disc comprises a AD converter which is transmitted to the automated system projected on screen, and with to the rotating LED unit operating the LEDs in the ring, The disc electronic system communicates electrically with the controller of the power steering unit.

The disc is programmed and synchronized with the steerable wheels that move like 40* degree left and 40* to the right. Whereby the disc moves 180* to the left and 180* to the right and is block at 180* in both directions. Whereby the wheels extend fully to the left or to the right when rotating the disc 180* to the left or to the right. The rotating angle of the wheels can be set in a full cycle. The steps of the stepper motor is divides the 40* moving angle of of the wheel in 180* accurate steps.

Controller with surrounding touchscreen around the rotor comprises the ring and buttons digital on screen. With the light indicator opposing 180* at the horizontal center. Fan, heating control, Horn, Radio, etc.

BALL AND RINGS NAVIGATIONAL CONTROLLERS. navigational ball mounted rotatable in a stator for navigating speeding and flying machines. Speeding in the ether or in the body of water or and land. The bearing mounted ball comprises a center of balance provided by a lower mass. A horizontal and vertical stepper motor arrangement in the stator and wit the ball. The ring is mounted around the ball on the stator operable with the stepper motor arrangement. Operable by the autopilot or by the driver or pilot.

The H/V axis kinetic energy converting Uni to Omni-turbine motor and/or generator, comprises at least one Turbine rotor, Whereby the back of each push blade is a return blade. Whereby the back of a return blade is a push blade. Whereby each blade is a push blade and a return blade. For Rotation in clockwise or counterclockwise direction. Rotating in Upward or downward direction. Rotating around an axis x or conveyed cycles with conveyor system of 360 degrees' cycles. Turbine rotors Rotating in contra direction or combined. Horizontal and/or vertical axis. Arranged in formation or clusters, with shielding at the left or at the right rotor half. At the upper or at the lower rotor half. or combined without shielding. Horizontal, Vertical, aligned. Placed in any degree. Turbine rotors stacked upon each other, stacked under each other or stacked besides or in a cluster or formation of any spatial figure geometry, Letter or number. Turbine rotor is equipped with three or more rotor blades. Unidirectional, Bidirectional, Omni-directional turbine machines. Applicable for generating electric current by means of flowing fluid, or Fluid coupling. moving fluid, By Vibration transferred into rotation, by emission and radiation of light, magnetism, and sound waves. Applicable for generating electric energy for speeding and flying objects by head-on wind and Ram air and bleed air. For motorized and non-motorized speeding and flying objects. Autonomous or semi- autonomous. Plug-in electric battery vehicle or Hybrid, or Amphibian vehicle. Internal or external combustion engine. Gasoline, Petrol, diesel, gas, Fuel cells. Jet fuel combustion engine. Applicable for all moving objects, substance and emission and propagation of matter. Producible in any spatial figure and related geometry and combined with all the devices provided in this applicable or available.

The H/V axis kinetic energy converting Uni to Omni-turbine motor and/or generator, COMPRISING, AT LEAST ONE: Turbine rotor or rotating turbine device or rotary machine comprising, a turbine rotor with at least three rotor blades extending from the axis or hub, with at least one aerodynamic property, or no aerodynamic properties. Radially extended along the axis and perpendicularly stretching its form. Applicable turbine rotors; the Pelton wheel, A waterwheel, propellers, wind wheels, runners, impellers and fans as rotors. A squirrel cage type rotor. Propeller rotor. Adjustable rotor, Impeller rotor. Ring turbine rotor. Axial or propeller fan. Propeller fan. Axial Tube. Vane-axial. Ball rotor. Bicycle wheel with at least three vanes extending from the spokes. Vehicle wheel. A ring with airfoils. A pin wheel, and so on. Blade pitch mechanisms are addable. Turbine blades are airfoil, wings, propellers, screw propellers, sails, textile, plastic sheets or other rigid oil derived material, and fabricated from composite material, aluminum alloy, titanium, and super lightweight alloys, ferrous and non-ferrous, polymer or ceramic or combined. Wood. The aim is to use lightweight and solid materials and polyester, vinyl, ester, fiber, carbon fiber, Kevlar. Aluminum, Titanium. Composite materials are broadly defined as those in which a binder is reinforced, fiber reinforced polymers (FRP's), which are composites consisting of a polymer matrix and fibers. The long fibers provide longitudinal stiffness and strength, and the matrix provides fracture toughness, lamination strength, out of plane strength, and stiffness. turbine blades are typically mono crystalline or polycrystalline. Silicon and stainless-steel Material indices based on maximizing power efficiency. Rotor conveyed linear and with turns in any degree completing a rotational cycle or endless loop of Pi. Turbine rotor made of textile. Foil rotor. Rotor of Plastic and foil or Sheet. Rotor of wood. Rotor with wooden hub and frame. Rotor blades slide connection in locking tracks on the hub and screwed with sunk head screws bolts. Double-layer lift-enhancing and lift-resisting automatic conversion blades includes an outer blade, an inner blade, an inner blade shaft, a bearing, a support connecting rod, a windmill main shaft, a lift limit stop, a resistance limit locking solenoid piston and piton holder and shielding. Turbine rotor blade chisel.

419. The H/V axis kinetic energy converting Uni to Omni-turbine motor and/or generator, COMPRISING, AT LEAST ONE: Shielding vane, stationary or adjustable, diverting, channeling and deflecting means; by means of Vanes. weir. Wind screen moving in track bearing, one or more shielding panels in tracks, cover. Panels. Windows. Automated shutters, horizontal and vertical vanes movable mounted in its frame, operated by the automated system and measuring devices like a LIDAR communicating wind speed to the automated system which operate the servo for adjusting or yawing the turbine nacelle, or movable screens to optimum upwind position. Automated movable panels riding in a track situated around the turbine rotor made in a window. Having position sensors units and microcontrollers, motion, acceleration sensors mounted on a circuit board of semiconductor electric components and mated with the electrical system provided in the turbine. Magnetic levitated panels. or Hydraulic. Electromechanical, pneumatic etc. Wind turbine function fully automated controlled by computers having a backup system, and turbine machine control and components sensing systems probes actuators servos and power transformers, regulators and vacuum breakers, switch boards, are electrically connected to the automated system which may be remotely connected to a network. Panels and vanes pitched around its axis and rotating around the turbine rotor in circular linear tracks magnetic or ball bearings and rack and pinion. "V" deflector for two turbine rotors. "W" designed deflector or other forms and shape.

420. The H/V axis kinetic energy converting Uni to Omni-turbine motor and/or generator, COMPRISING, AT LEAST ONE: FLUID TURBINE MACHINE COMPRISING; AT LEAST ONE; mountable, Stand. Base. Tower body and structure. Hydraulic piston lift. floor. roof. Mountain. Canyon. Horizontally-Laid v-rooftop. Flat roof top. Platform. Movable platform. reinforced concrete base. Foundation in the seabed. Foundation on the ocean floor. Screw pile foundation. Wind concentrating structure. elevated structure. Turbine on at least one floating structure. Ocean Platform. il rig or drilling platform. Gas platform. Float. Anchored or moored Platform. On Float, buoy, raft, barge. Airborne object. Tethered airborne vehicle. Wind concentrating structure piled into the seabed. Submerged structure anchored on the seabed. Pilled structure. Moored floating structure. Hull. Buoy. Standing structure. Concrete reinforced tower. Extending welded or braced vertical structure of beams support columns and arcs and bows. Lever mounted turbines. Tower. Mast. Pillar. Pylon. Post. Pole. Rod. Pile. Picket. Pale. Stanchion. Mast and boom. Building. Edifice. Cupola. Construction. Elevated concrete reinforced lifting structure. Beamed and braced elevated structure. Submerged structure. Seismic base. Reinforced tower with gear tracks exterior nacelle lift or wheeled and counter weighted nacelle or towed nacelle. Placed on the ground. In a base. On the floor. Balcony mounted on a stand or arm or on the sealing with a rod. In wall air intakes. Bricked in walls and floors of levels. Stand. Multiple axis adjustable stand and mount. Upward and downward tilting and adjustable turbine mount. Extension mounted turbine.

436. FLUID TURBINE MACHINE COMPRISING; AT LEAST ONE; mountable, Stand. Base. Tower body and structure. Hydraulic piston lift. floor. roof. Mountain. Canyon. Horizontally-Laid v-rooftop. Flat roof top. Platform. Movable platform. reinforced concrete base. Foundation in the seabed. Foundation on the ocean floor. Screw pile foundation. Wind concentrating structure. elevated structure. Turbine on at least one floating structure. Ocean Platform. il rig or drilling platform. Gas platform. Float. Anchored or moored Platform. On Float, buoy, raft, barge. Airborne object. Tethered airborne vehicle. Wind concentrating structure piled into the seabed. Submerged structure anchored on the seabed. Pilled structure. Moored floating structure. Hull. Buoy. Standing structure. Concrete reinforced tower. Extending welded or braced vertical structure of beams support columns and arcs and bows. Lever mounted turbines. Tower. Mast. Pillar. Pylon. Post. Pole. Rod. Pile. Picket. Pale. Stanchion. Mast and boom. Building. Edifice. Cupola. Construction. Elevated concrete reinforced lifting structure. Beamed and braced elevated structure. Submerged structure. Seismic base. Reinforced tower with gear tracks exterior nacelle lift or wheeled and counter weighted nacelle or towed nacelle. Placed on the ground. In a base. On the floor. Balcony mounted on a stand or arm or on the sealing with a rod. In wall air intakes. Bricked in walls and floors of levels. Stand. Multiple axis adjustable stand and mount. Upward and downward tilting and adjustable turbine mount. Extension mounted turbine.

437. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises AT LEAST ONE; fluid turbine Rotor in a stator nacelle comprising intakes Plurality of intakes and exhausts. Additional intakes and exhausts providing a compressed plenum and fluid circulation and passage through the turbine machine. Fuselage, nacelle cowl. Or gondola. In the Wing. Space Capsule. Reentry capsule. Reentry vehicle. Rocket booster. Additional booster. Back wing and large center wings. In fluid ducts. Mounted on the wing. Suspended under the wing. Made On the fuselage. In compartments of speeding and flying vehicles, craft, and vessels. In containers. Tailfin and wings mounted turbine rotor. Frame. Sub frame. Chasses. Vehicle body. In the vehicle hollow body. Adjustable window provided on the nacelle. Nacelle. Gondola. Fuselage, Shell, Carcass. Exoskeleton. Cowl. Tube. Pipe. Duct. Ramp. Shroud. Turret. Braced and beamed structure. In a House. Building. In one Level. On the Roof. On or in the Wall. Made partially in the wall. Or in walls and floors with air passages. Floor. Level. Plenum. Pressured chamber. Component chamber. Circulation compartment. Tube. Pipe. Duct. In the intake duct. In the exhaust duct. Casing. Body. Exoskeleton. Housing. Wind screen. Spoiler. Container. Vessel. Vehicle. Craft. Plane. Wall. Braced and beamed frame. Spatial figure and related geometry. aerodynamic curvature. Aerodynamic shape. Aerodynamic wind accommodating surface. Enclosing frame. Body. Skeleton. Body and frame of trusses and beams sub beams. Plate material enclosure. Enclosing Sheet part riveted or bolted or screwed. Roof. Building. Skyscraper. Building level. Building stairway. Building brick. Building wall. Duct. Pipe. Internal pipe, tube and plenum. Made in devices. Made in objects. With Forward curved blades. With Backward curved blades. Pump impeller. Centrifugal double impeller. Centrifugal Omni directional inhaling impeller. In Wearable items. Button of a blazer, shoe, or helmet. In portable devise. Human propelled vehicle or buggy.

438. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises AT LEAST ONE; Horizontal and Vertical turbine Rotor comprising a Centre axis or without a Centre axis. Runner. Wheel. Three or more coupled vanes, airfoils, propellers. Paddlewheel with a plurality of horizontal vanes. Wind wheel. Waterwheel. Spinner. Spindle. Centrifugal Impeller rotor. Propeller rotor. Helicopter rotor. Screw propeller rotor. Automated rotor. Tube with vanes. Hoop. Carousel. Fan rotor. turbo fan. Spool. Ring rotor. Spherical rotor. Spiral rotor. Pelton wheel. waterwheel, propellers, wind wheels, wind rotor. runners, fan rotor. Spool. squirrel cage rotor. Propeller rotor. Adjustable rotor, Impeller rotor. Ball rotor. Bucket rotor. Partial bucket. Container mated with an axle. Bicycle wheel with at least three vanes. A vehicle wheel. A ring with airfoils. pin wheel. Screw propeller. downwind rotor. Upwind rotor, axial rotor, Savonius rotor, Darius rotor, Giro mill. Kaplan wheel, Francis wheel, with propeller type runner blade, screw type, and impellers. Vanes on a moving track. Vanes on a moving belt, vanes on a conveyer. Axial flow rotor. Centrifugal fan. Propeller fan. Van-axial fan. . Drum. Barrel. Rolling mill. Cask. Tun. Keg. Cylinder. Roller. Spring bladed rotor. Turbofan. Wagon wheel with vanes. Vehicle Wheel with vanes. Ring rotor. Spherical rotor. Spiral rotor. Spindle. Disc with upper and/or lower extending vans. Cam. Gearwheel. Plate, round or square with at least three vanes. Rotating object of any spatial figure and related geometry. A cam with vanes. Rotor frame and blades of foils and sheets or textile. Axial Propeller rotor, Tube-axial rotor, Vane- axial rotor. Centrifugal fan and rotor. Squirrel Cage of centrifugal fan. Additional intakes made in different angles with additional. Squirrel Cage of centrifugal fan. Propeller fan. Van-axial fan. A centrifugal fan. H type rotor comprising blades and wind accommodating surface. Trailing edge. Leading edge. Blade pitch. Blades curvature. Blade root. Rotor hub. Or connecting axis. Open core rotor. Rotor cage. Spool. Stationary vanes and airfoils.

The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises, AT LEAST ONE; Vane. Fluid directing stationary or pitch adjustable vane, blade airfoil, wing for nacelle or rotor. Articulated vane. Airfoil vane. Additional intake and exhaust vane. Adjustable wing. Sail. Panel. Leaf. Movable vanes. Adjustable screens. Opening Windows and doors. Solid state Louvers or lamellas, Steel alloy shutters, Squire plates, panels. A stone Wall. Standing structures generating a vortex, with wind directing structure and redirecting segment. Fluid Divider. Weir. Plurality of Baffles. internal and external fluid Concentrator. Wind Enveloped lips and ramps intake duct and connecting Duct Internal Ramp lips. Weir. Diverting segment. Deflecting segment. Separator. Divider. Divided baffle structure. Ram air and Bleed air duct vane valve. Diffuser. Funnel expending in desired geometry. Cone. Concentrator vane. Injector atomizer, Fluid Injector. Fluid Ejector. Fluid Jet. Fluid Juxtaposed.

The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises AT LEAT ONE: Aileron. Elevator vane or flap. Caster angle spoiler. Adjustable intake vane. Panel. Shield, Weir. Screen. Shroud. convex screen. Fin. Tailfin. Tail boom. Wind vane. Rudder. Wind collecting hood. Elevator flap. Tail wing. Front wing and back wing. Airfoil. Cup. Bucket. Barrel. Container type blade. "S" blade. "U" blade. Spiral blade. Oval blades. Blades with any spatial figure and related geometry. Divertible inlet duct. Adjustable inlet duct. Internal lid adjustable duct. Internal vane adjustable duct. Spoiler. Spring charged airfoil blade. Shock absorbing blade. Rotor and rotor vane of any spatial figure and related geometry. Internal vanes. Comprising a blade root and a tip a leading edge and a trailing edge mated on the rotor hub. Hollow rotor-hub with mechanical and electric units. Inner curved and backward curved turbine rotor blade. Forward curved leading edge and trailing edge turbine rotor blade. forward inclined blades. Backward inclined blades. Straight radial blades. Inward curved blades. Spiral rotor. Spiral rotor blades. Horizontal and vertical trailing blade curves. Fluid dynamic curves and bends for accommodating and concentrating fluid on the rotor blade surface and guiding fluid from the blade surface. Articulated vanes and enveloped ramps can capture an air mass several times larger and compress and transmit its energy by increasing its speed impacting directly on the rotor vanes.

439. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises AT LEAST ONE: Turbine generator Rotor blades on a Conveyer system comprising airfoil blades mated on saddles provided on the conveyer system. Driven by cams and chains. Pair of pulleys or drums. Gear or belt driven. Endless loop with a plurality of turns and curves completing a cycle of 360 degrees. Belt conveyer of oil derived material. rotor conveyer hub of solid-state material parts hinged for pivoting at turns and curves. Blade conveyed by moving fluid. Conveyer turbine Blade in longitudinal groves. Conveyer turbine rotor system provided around at least one part of a speeding or flying object body. Top cover layer. Carcass and bottom layer. rotor belt with regular spaced portions. Carcass material of steel, polyester, nylon, cotton, aramid, synthetic fiber includes Kevlar, various plastic compounds. cable conveyed belt. Gondola on conveyer cable. Conveyor track. Upper or lower conveyer track suspension. Hydraulic or electric motor. Pulley system. Pair of Rollers. Conveyer belt equipped with Geared electric generators. Conveyor pulley. Roller conveyor bearings. Ball bearing conveyor. Flexible roller conveyer. Chain conveyor system. Pipe conveyer. Pneumatic conveyor system. Pneumatic tube. Stainless Steel parts conveyor belt and roller bearing mated in side tracks with bushings and roller bearings. Non-contact Magnetic suspension bearing. Cable conveyor, with cable conveying roller assembly and servo machine driving the cable spool. plurality of Polyurethane discs and sprockets. Wind turbine mounted in airstream direction. Vibrating conveyor system. Horizontal and/or vertical conveyor system. Driven conveying system in bearing mounted axis and gear assembly to electric generator. Cable suspended car or vehicle. cabin mounted turbines. Conveyor passenger carrier mounted turbine generators.

The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises AT LEAST ONE; Intake and exhaust. Single fluid duct, with inward and outward adjustable side vanes. Double fluid bypass duct with inward and outward adjustable side vanes provided on the inner first duct. Expending and collapsing Fluid passage way. Retractable hinged, Motorized harmonic foldable duct, Telescopic retractable duct. Telescopic adjustable intake and exhaust ducts. Scissor mechanism duct retractable duct. Intake Ramp with intake lips and exhaust duct and exhaust nozzle. Funnel shaped intake and exhaust, round or rectangular shaped Horn intake and exhaust, straight or angular made. Trumpet. Spiral Cone. Tube. Pipe. Duct. Double duct with bypass. Transversal extending additional intake and exhausts, pushing and pulling fluid. Adjustable additional transversal intakes opening inward and outward. cylinder. Intake and exhaust valve. Manifold. Fluid intake. at least one fluid exhaust. Funnel intake and exhaust. Outlet. Cone. Duct. Pipe. Host. Tube. Sleeve. Intake nozzle. Laval nozzle. Snorkel. Sub sonic intake. Sonic and hypersonic intake Ramp. Bleed air intake. Supersonic intake ramp inner adjustable vanes. At least one Bypass duct. By pass and merged amplification duct. At least one jet exhaust nozzle. Ramjet intake and exhaust. Intake lip. Lid. Valve. Silencer. Separator. Cold air intake. Warm air intake. Short ram air intake. Intake ramp. Inlet manifold. Exhaust manifold. Mixed air intake. Intake and exhaust Cowl. Nacelle. Fuselage. Bleed air intake ramp and exhaust nozzle. Ram air intake ramp and exhaust. Fluid intake and exhaust nozzle. Inject nozzle. Scoop. Jet nozzle. Water jet. Pivoting duct. A swivel ducts. Pivoting intake and exhaust nozzle. A hinged exhaust nozzle. Exhaust pipe. Baffle. Jet cowling. Jet nozzle. Intake nozzle. Intake and exhaust ramp. Extend able and retractable duct. Dual duct with regulating valves. Duct with inner adjustable vanes. Opening and closing intake and exhaust duct. By linkage joints and mechanisms. Or harmonic duct. Scissor mounted retractable and extendable duct. swan neck duct. Snorkel. Collapsible intake and exhaust duct. Single duct. Dual duct. Bypass duct with inner relatable vanes. Telescopic retractable duct. Retractable in conic parts. In parts from large to small and vice versa. Fluid Turbine intake and exhaust with socket and sleeve connection. Ring flange and bushing connection. Intake and exhaust having the diameter of pipes and tubes and connecting Valves, sleeves and sockets and flexible coupling. Dual or triple circular intakes with ring turbine electric machines. Fluid duct with multiple intake ducts and multiple turbine fanes connecting to a main turbine rotor chamber and exhaust like splitting branches.

443 H/V axis energy converting Uni to Omni-turbine motor and/or generator is operable gearless without gears. Or with gear cams and chain rotary coupling, With pullies and belts. With a turbine gearbox, Coaxial geared electric machine. Step-up gear assembly.

444. An omnidirectional fluid turbine motor/generator can be arranged with dual rotors coaxially coreless rotors, for cross axial flow of both turbine rotors and for cross axial flow and axial flow from the inner rotor. With dual coaxial coreless and Core rotor mounted on a center axis. With dual rotors mounted operable axially on the center axis in the omnidirectional nacelle casing with cross axial and axial flow. Turbine rotors are mounted in bearing and bushings for rotating in contra direction or in the same direction. Mounted operable in roller bearings and an electromagnetic bed whereby propelled and guided in raceway tracks. Rotor suspended operable in electromagnetic tracks and copper rotor parts. For turbine motors the rotor comprises coper rings and other electric conductive material that is levitated and propelled by a rotating magnetic field by the stator coils and solenoids. The turbine rotors can be combined having a perpendicular rotor and ring rotor coaxial arranged with a spatial gap for rotation. With two or more coreless rotors with a common geometric axis and an axial exhaust or vice versa. Axial rotor with a shaft in the axial cavity and fluid duct.

445. The omni directional turbine machine comprises dual matrix of omnidirectional vane assembly coaxially around the turbine rotor. The dual concentric omnidirectional arranged matric of concentric vanes are mounted stationary, or adjustable vanes in preprogrammed patterns. With omnidirectional rotor having blades arrangement in a convex defining omnidirectional rotors opposing arranged on the opposing rotors, the said turbine rotor is connected with rods and beams to its center axis or made as ring turbine rotor. The rotor can be nested horizontal rotor mounted at the center on a fork with at least one vertical rotors rotating around the horizontal rotor in guiding tracks and convex rotor vanes. And arranged vice versa.

446. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises An omnidirectional intake made of bend ducts. At least one duct with three 90* bend intake ramps arranged in delta formation and connect merged with the vertical duct. The ramps capture the horizontal flowing fluid and conducts this fluid vertically down or upward trough the duct wherein at least one horizontal or vertical rotor is operable mounted including electric generating components, fluid exits through the lower duct. The example may concern a building with a round or hexagonal structure comprising windows as air intakes and a turbine rotor at the central portion. Or ducted to a chamber below or horizontal beside the chamber. The omnidirectional flow can be captured and conducted in any direction.

447. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises vertical axis omnidirectional turbine without a nacelle combined with at least three additional turbine rotors of equal length and with half the wideness of the first main rotor. The three additional turbine rotors are mounted operable and adjacent to the main rotor in a delta arrangement. The additional turbine rotors are the size of the rotor blade and shield one rotor half of the main turbine rotor which are the return blades. The tree rotors shield the return blades and form an omnidirectional formation for operating the main turbine rotor and generating electricity. The additional turbine rotor comprises a shielding for their return blades.

448. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises omnidirectional formation obtained by Unidirectional and Dual-directional horizontal and vertical axis fluid turbines and unshielded turbines rotors. Taken for example three dual directional wind turbine generators comprising a rectangle or longitudinal cube wherein the horizontal turbine rotor is suspended in the defined interior with a minimum spatial gap with the upper and lower casing wall. Mounted Therrien, in operable bearing on the axis mounted with the side casing comprising ferromagnetism and opposing matrix of coil phases outputting an electric current when the turbine rotor is operating. The front and rear of the rectangle casing remains open with a mirror cover on both sides (lower and upper rotor shielding). The turbines are 120* apart with connected with one side together at the center. Fluid flows in two wind turbines from each direction of fluid flow into two dual directional wind turbines.

450. The H/V axis energy converting Uni to Omni-turbine motor and/or generator, Semi Omni-dictional turbine in the form of an egg or honeycomb. A Horizontal, and vertical omnidirectional wind, steam or hydroelectric turbine machine comprises a discharge and omnidirectional intake vane assembly for capturing enlarger mass of fluid from all direction around the turbine generator that the rotor vanes and diffuse fluid angular vertically through the throat and in the collection chamber, and on the horizontal turbine generator rotor defined push blades suspended operatively in ball bearings. The turbine nacelle comprises the geometry of an egg, partial egg with open upper or lower exhaust portion. A partial honey comb with circular apertures defining the intakes that guide and deflect fluid to the collection chamber wherein the turbine rotor is suspended at the center or adjacent to the exhaust. The intake is a shroud made below or above having downward curved vanes extending inward into the interior curling toward the turbine rotor. The shroud comprises a plurality of circular intakes with curved intake vanes that curve the flow of fluid 90*, vertically, which are similar to wedges. The wedge is tapered with tin edges The inner upper ceiling comprises a round triangle pointed toward the rotor which deflects fluid from the upper first intake. The second, third and fourth intake in sequence below the first intake conduct fluid to the horizontal push blade portion of the plurality of rotor blades and exits vertically through the exhaust. Vertical axis rotors are also applied in the device comprising radial vertical fins and sloping vanes and sloping trialing edges extending radially from the rotor hub generator or for driving an electric generator mounted in the nacelle or at the exterior coupled by the gear assembly. More types of intake are provided in this speciation of multiple coaxial intake ramps with one central duct or throat. The turbine generator with complete egg shell or honeycomb structure or other of different spatial figure and of related geometry. The shell comprises exhausts shrouds opening extending outward from the shell such that flowing fluid flows around the circular outward extending ramps and generate an suctional flow at the extended outward ramps generating an internal circulation and discharge. Comprising a turbine, an electric motor, a stator nacelle, An elevated stand and base extending pads and mount. The turbine shaft extends vertically in support bearings and connected rotatable with the motor drive shaft in concentric mode. The motor is arranged on the motor stationary fixed frame in the base. Comprising electric wiring ferromagnetism of Nano carbon and coper wiring of coil phases on the high electric permeable stator armature electrically connected with the external lead of the machine output terminal.

451. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises An Omnidirectional formation obtained on an elevated structure such as a roof in particular a flat roof having concrete side supporting concrete walls or made of steel and closing panels. The elevated structure is rectangle or square of shape for this example. The four sides extended upward are the shielding of the four, dual directional horizontal axis turbine rotors and having a lower cover opposing so that the lower front and back are shielded. The turbine is mounted operatively with the frame bearing mounts and with the lower frame bolted in the roof. The turbine rotor shaft ends comprise cams or pulley connected by a belt or chain to the electric motor. The structure can be A tetragon, hexagon, or triangle and so on. Turbine rotor or unidirectional machines to form a omnidirectional electric generating apparatus.

UFO, WIND TURBINE GENERATOR

452. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises Dual turbine rotors, rotatable suspended on a common axis for rotating around the axis and with dual shafts mounted in holder and concentrically connected in bearing a coaxial aligned shafts for rotation of both rotor mounted in plain operable bearing and ball bearings. , operable suspended in the nacelle suspensions and mounts having the geometry of an UFO or flying saucer. Which is an oval shaped nacelle made of superalloys, spanning horizontally erected in the horizontal plane, with a oval nacelle with cross axial intakes and exhausts mirror for rotation in opposing directions. The nacelle made of to demi cover for the covering the frontal and cross axial returnblade sections of the first and second turbine rotors. The upper and lower mounted turbine rotors in the nacelle can be completely enclosed with extending intakes and exhausts with intake and exhaust openings and additional intakes on the shieling.

453. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises partial shielding intake or nacelle apertures can be made the same from both sides at the right for rotating both turbine rotors clockwise. Or both intakes at the left for rotation of the first and second rotor in counterclockwise direction. And diagonal intake left or diagonal to the right intakes will rotate the rotors in contra directions. The exhaust is cross axially linear or angular around the axis. The nacelle may comprise additional intakes to conduct air in to the turbine instead of deflecting air from the turbine. The nacelle is welded or bolted on the frame mounted on the bearing mounted super alloy plates in the tower deck wherein mounted by actuators and nacelle position locking means. Comprising a electronic weather vane elevated and insulated lightning rod and aviation lightning on the top center of the UFO nacelle.

454. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a mast or tower on which the turbine generator inner components and machines are rigidly and stationary mounted in the upper tower internal cavity located at the exact center of the tower, made internal tower cavity is provided the machine and compartment chamber where around the outer surface the yaw drive and races are mounted in interlocking tracks connected with the upper tower surface and bolted or welded with the tower steel iron flange mounts. The lower nacelle is operable mounted in bearings roller or magnetic bearing, bolted with the tower flanges of the concrete structure. The nacelle top is operable mounted in bearing around the shaft holder. The shaft steel casing comprises a race and perpendicular extensions. The extensions connected with the nacelle track which is bend with a minimum clearance around the extension of the shaft track. The water tight bearing is placed in the race of the locked circular track. The bearing mount can be made of plain bearings.

455. The upper part of the mast comprises a Centre cavity which serves as component chamber wherein the dual output coaxial shaft of the automated turbine gearbox is connected with the generator rotor mounted coaxially with the first core rotor magnets and the second coreless rotor magnet mounted in bearing tracks on the inner casing walls. The two rotors sandwich the stator which is a insulated stator or permeable magnetic material or magnet. Which comprises slots on both sides of the armature facing the rotary magnets. The armature comprises slots or resilient poles provided on the inner circumferential and on the outer circumferential insulated with an insulating sheet wherein spools of wrapped copper wiring are wounded from both side and the phase and yoke connections leads, with the digital voltage meters, shaft sensing unit are connected externally wit with the machine electric units.

456. The gearbox output is below which connect with the electric generator in the mast cavity. The cavity is closed by the yaw bearing which adjusts the nacelle in 360* around. The yaw drive is mounted with the nacelle in track and break mechanism locking with the track. The nacelle is mounted water tight on the component compartment, an electronic wind vane mounted on top of the nacelle, an electric generator with dual rotors, coupled with a dual coaxial shaft is aligned in a shaft holder the inner shat connecting with the fist turbine rotor (upper rotor). and outer shaft with the second turbine rotor (lower Rotor).

457 The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a tower with sway adjustable means to level the tower vertically on the exact vertical axis. A tower is adjusted with the turbine rotor by this, a vertical axis on which the turbine rotor is operating. By misalignment of the tower the turbine generator rotor is misaligned with the vertical exact and is submitted to drag and wear. Aldo the turbine machine is also vertically aligned and leveled on top of the tower, on the upper surface of the tower.

458. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises Tower geometry adapted to the to the turbine machine aerodynamic smooth shape. The tower outer shape, comprises a smooth oval inward curve toward the center vertical axis of the tower and expending smoothly at its distal ends. The lower tower end comprises a circular steel plateau that extends perpendicular and with a smooth curvature from the mast outward for mounting the tower on a base or platform. The inner center of the tower is bearing mounted by means of a partial circular adjusting mechanism that adjusts the vertical sway of the nacelle by means of steel anchored cables mounted in bearing in the inner tower comprising adjustable screw mechanisms mounted in bearing, manually adjusted at installation and monitored tower by sensing systems of the turbine machine.

459. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises, upper rotor mounted on the first inner shaft which is extended from the second coaxial mounted outer shaft. The inner shaft is connected to the upper turbine rotor, in bearings operable suspended with the shaft for ration therewith. The outer shorter shaft is coupled to the lower turbine rotor beneath the upper and lower rotor are separated by a separation plate between the turbine rotors having a minimum spatial gap for rotation in opposite directions in their cavity. Both shaft ends at the lower part are extended in the lower tower compartment connected by gears from which the high torque output shafts merge with the two generator rotors rotating also in contra direction in the lower housing by bearings and at the upper end of the lower rotor shaft. The electric generator comprising a three four or more stator winding and connecting formation. The generator may comprise a center stator or no stator in the electric machine.

460. The H/V axis energy converting Uni to Omni-turbine motor and/or generator is equipped transducers and sensor units like a LIDAR wind speed and direction sensing system, electronic weathervane and rotry cups., with auxiliary power supply like solar energy, energy generating light sensitive sensors. heat energy, and hydroelectric energy and external electric supply, A clutch pack and a electronic brake system provided on the shaft in the lower compartment. With Electromotor or hydraulic actuators made in the lower mast compartment The yaw drive only actuates the nacelle or the UFO shaped body extending in the deck wherein mounted with actuators and flange joints for securing the nacelle in plain bearing with the tower. The two rotors rotate in opposite directions and are driving a dual vertical shaft, which in turn is driven by wind or water. Preferably, connected on the other ends two separate internal generator rotors, and gears connected to shaft by clutches to connect either generator rotors. Rotors are preferably substantially of the same diameter and of the same Hight and shape. The two rotors have an identical unchangeable or fixed blade pitch. The wind turbine are made to function autonomously with an auto mated computer system.

461. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises Blade pitched with cyclic pitch system arranged in the rotor hub and bearing mounted with the rotor vanes. The device includes a gear comprising a stationary housing having disposed therein an epicyclic gear-set including sun, idler, and ring gears. The sun gear includes an input shaft extending therefrom, and the ring gear includes a first output shaft extending therefrom. A bull gear having a second output shaft extending therefrom is also provided and is operatively connected to a pinion gear, which pinion gear is fixedly connected to an idler shaft extending from said idler gear. In accordance with a preferred embodiment of the invention, the gears are predetermined sized for obtaining equal and opposite rotation of the first and second output shafts during operation. Comprising;

462. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises dual turbine rotors are also applicable for Atmospheric propulsion and marine propulsion with different possibilities in arrangement and flowing directions of linear flow of angular fluid passageway, or of axial flow flowing through the center axis. Axial flow rotor and nonaxial rotor are combined where fluid congregate perpendicular against the rotor blades. Whereby the turbine rotors applied as axial flow rotor for fluid flowing parallel along the hub through the intake in longitude toward the opposing end. And with perpendicular curves through an angular exhaust. The dual rotor comprises centrifugal blades that capture the amount of fluid in cubic meters in the blade curvature and displaces the fluid by the blade curves into the curved direction of the blade.

463. The H/V axis energy converting Uni to Omni-turbine motor and/or generator is driven by the electric motor and can be made open without shielding or nacelle and/or arranged in a cowl with combustion components. The dual turbine rotor for axial flow turbine rotor where through fluid flows linear along the axis and the blades extending along the axis and through the second turbine rotor. The turbine rotor comprises a pitch setting for adjusting the propulsive force. The blades are mounted with the rotor hub with three short extending rods protruding through the rotor hub. The pins are located at the lower end and the pitch mounted rod is located at the exact center of the blade and hub connecting side of the rotor blade. The hub mounted pitch consists of a circular rack in a partial closed metal holder screwed with anti-vibration and locking bolts with the hub or casted with the holder. The circular pinion comprises upward extending teethes that mash with the cams mounted with the blade treaded rod by locked from both sides by the nuts and washers. The hydraulic actuator or electric motor is also connected with the rack teethes mounted with the inner hub side wall. The upper and lower pins move in a oval aperture and are locked with the hub from the inside moving in plain journal bearings. Pins are interconnected in the rotor-hub in plain bearing. Pins are all connected by gears actuated by the pitch motor. 465. The H/V axis energy converting Uni to Omni-turbine motor and/or generator Propulsion force is obtained by the blade pitch and aerodynamic curvature of the rotor blades wherein the fluid travels through the rotor indicating that the leading edge and trailing edge is located at the parallel blade ends. The leading edge is smoothly and slightly bend forward. Forward meaning into its rotational direction. The trailing edge is smoothly and slightly bend backward of its rotational forward direction. The second rotor is also provided with these blade features in opposite direction for rotating in contra direction of the first turbine rotor. The rotors can function in assemble inhaling air perpendicularly and exhaling air or water axially and vice versa. SATURNBINE.

466 The H/V axis energy converting Uni to Omni-turbine motor and/or generator is a Saturnbine an example of combinations of turbine machines of certain spatial figure which can be merged qua geometry and qua fluid circulation with merged intakes and exhausts. The example given is taken from the planet Saturn which is a sphere with a orbital ring at its horizontal center axis. The outer ring turbine body is mounted connected with the Spherical turbine body welded or bolted with the connected frames. The Sphere comprises an aperture at the horizontal center that correspond with the circular air exhaust duct at the inner ring connecting side. The intake of the ring turbine generator ir at the outer circumferential wherein wind enters horizontally into the rotor. The frontal face or the ring comprises omnidirectional matrix of arranged deflector and short shielding vanes. The ring rotor is mounted in the ring body operable in circular pairs of bearings guided races and both supported sides of the disc and inner casing. The ring turbine rotor comprises a plurality of magnet poles in groups for inducing the opposing pairs and groups of coils rotatable with a minimum spatial distance for rotation of the ring turbine rotor. The electric generator functions as ring exciter for the electric generator of the sphere which is located up or below the sphere shaft. Horizontal or vertical alignment of axis diagonal or in any angle. A mast connected with the base foundation at the lower end of the mast. At the upper end of the mast is mounted on a short extended beam with flange mounts the spherical nacelle on the beam with a disc at the horizontal center, fixedly mounted with the sphere. The round nacelle consists of an inner frame of two demi spheres mounted together which are connected at their horizontal open center for sharing the plenum with the disc exhaust.

467. The sphere comprises omnidirectional oriented matrix of wind directing vanes which are a prolongment of the ring turbine vanes. The spherical rotor is operable suspended in the interior of the stator sphere with a center hub and round blades stretching radially and perpendicularly in the stator sphere with a minimum spatial distance for rotation in the stator. The ring turbine exhaust connect with the sphere and exhales air into the rotor plenum of the main round turbine. The turbine body containing guides obtained by vanes, Omni-directional oriented fixed on the upper and lower bearing plateau which is rotationally suspended having at least three rounded airfoil blades containing an inner curvature for accommodating fluid within.

468. The shaft extends at the lower part of the body mashing with gears for rotational transfer and stepping up RPM. The gear output shaft is the generator shaft mashing with gears and suspended by bearings in the generator body having electro magnets arranged parallel on the shaft having busses or wireless electrical connection supplied to the electro magnet of the generator. The electric supply is generated by the ring turbine which mate on the body of the main turbine at the horizontal Centre comprising, an enclosed body mounted on the ball turbine body. The square ring turbine body contains an upper and power part and the outer side connecting the lower and upper surfaces by vanes and the inner side is opening having a 90* turn for bolting or welding the turbines.

469. The outward ring side vanes are omnidirectional arranged. wherein the two connected body sides containing openings that serve for the exhaust of the ring turbine and from which the exhaust fluid enters the ball turbine and mixes with fluid flow, exiting from the opposite or angular wise. The rind turbine rotor is a ring with airfoils the lower blades are made on two rings. The rings containing ball bearings which mate with the opposing tracks on the lower interior housing of the ring turbine.

470. in different embodiment the upper portion of the ring turbine housing contains flattened coil windings of electric conductive material in a matrix with a minimum spatial gap with the rotor blades which contains permanent magnet strips upon the upper blade edges for generating an electric current in the stator coils which are electrically connected by wires and conveyed to the generator terminal for connecting as input current for the electric magnet. The electric output can be connected through electric wiring connecting with the electric magnet generator input terminal. In a different embodiment a vertical and horizontal ring turbine can be made combined on the round turbine body. One may even place the ring turbine in a different angle like diagonally. Comprising;

471. a Spiral turbine generator is applicable for wind and hydro turbine application capturing fluid from a large surface and conducting fluid to the turbine machine and rotary discharge device that converts the kinetic energy in to electrical and applicable energy. The turbine machine is omnidirectional with circular outer stator nacelle comprising omnidirectional matric of vertical nacelle wings for channeling fluid on the pushblades from around the rotor. The spirals are vertical ramp extended omnidirectional vanes that expend in spiral shape in a large diameter around the turbine machine where by the vertical spirals walls expending radially and vertically with the main intake, additional intake and exhaust ducts. The ramps are mounted with the nacelle around and closed from the axial sides. The turbine machine comprising a electric a geared generator/ motor

LEVER AND CANTILEVER ROTARY GENERATOR.

472. Cantilever turbine machine can be made with a cantilever functioning as turbine rotor. The cantilever rotor center of mass is displaced by the two masses suspended at the lever ends which is the principle of a cantilever. The cantilever rotor consists of a mass at one shaft end and a wind or water driven component at the opposing rotor end. The weight of the mass depends on the function of the cantilever rotor that can be brought upward by the mass for maintain the wind blade upward or a bucket filled below is balanced upward rotatable by the mass. Which indicated that the mass overcomes the bucket or ton filled with water. And vice versa when the filled bucket is rotated and discharged below. Wind on the wind blade surface must overcome the mass suspended on the lower rotor end. The shielding is provided below the horizontal center for eliminating drag or without shielding.

473. For example the Cantilever rotor shaft is mounted in the lever horizontal and rigidly in bearing, mounted by shaft locking means to be rotated by the cantilever rotor by transferring rotation of the gearbox and electric generator for generating a pulsing electric current. The horizontal shaft is suspended in a solid steel alloy frame with one shaft end mounted in roller type load bearing, whereby the opposing shaft end protrudes through the frame bearing and can have pulleys connected or a cam or gearwheel mashing with a gear assembly or the shaft mechanically connected to an automated gearbox. protrude the lever shaft aperture extending from the side of the rotor. Wherein coupled to a gearbox and electric generator for producing pulsing electric current. The at least one cantilever rotor comprises a bucket mounted at longer lever end, and a mass, at the shorter lever side, a mass is mounted form which the weight is less than when the filled bucket is filled with water at opposing lever end, 180* in a straight line.

474 The turbine rotor blade is a large inward curved bucket or demi round solid-state receptacles, Barrel, container, vessel, cask, vat, keeve, tub, bin, tank, ton, and bowl or cup for smaller devices. The mass on the short lever and the bucket on the longer cantilever section. The bearing mounted lever metal beam rotates the horizontal connected shaft. The bucket is filled by falling water into the rotor bucket whereby the mass of the bucket overcomes the lower mass and rotates downward where the bucket is emptied and rotates upward and completes a rotational cycle.

475 The wind blade which at the top impinges with fluid, or is filled with water at the top or at the bottom and rotates the mass from its lowest point to the top, whereby the smaller blade goes in freefall downward because of its mass and the cycle repeats itself providing a stable rotation wherein kinetic energy is conserved and released by the turbine rotor which transfers rotational motion to the gearbox mechanically coupled to the electric generator for producing a sinusoidal electric current. Applicable with or without rotor shielding. A flywheel is also applied for stabilizing rotational motion. . The bucket can be filled below and emptied above. The wind blade is rotated down by wind and upward by the mas. The Cantilever turbine generator is a stable generator which can also be driven by steam or vapor pulses. The cantilever generator can move in a partial circular motion not completing a cycle by moving up and down, like a pumpjack.

476 AT LEAST ONE; Lever bladed turbine rotor. Turbine rotor interconnected by at least one lever, extending perpendicular from the turbine rotor and intercalating with a second and third and a plurality of turbine rotor of different sizes rotating all turbine rotors when one rotor is rotated coupled by the extending levers like gears not mashing, but pushing the rotors in rotating direction. Coupled to at least a second turbine rotor rotatable by the at least one lever mated on the turbine blades. Plurality of turbine rotor blades connected by levers like gears. Rotor intercalate with a second or more turbine rotors by inward fitted rotor blades like gears which can mash by male and female connection like rotor in the shape of stars mashing with one and other arrange in a formation or assembly. Turbine rotor connected to a second turbine rotor at the intake machine and compressing fluid inwardly. A plurality of fluid turbine rotor blade functioning like a compressor or fluid pump and fluid motor.

477. The H/V axis energy converting Uni to Omni-turbine motor and/or generator is a WIND SEEKER or Flow conducted turbine rotor enclosure by means of extending weather vane A Wind Seeking wind Turbine machine is Horizontal and/or Vertical aligned of medium category size and smaller, can be made with a selfaligning turbine machine enclosure operable mounted with the stationary turbine body. Extending steel joint provided by a Double lap joint whereby the nacelle rotor steel plate is bend around the stator extending steel bar or plate. Welded around the nacelle bearing stator and rotor nacelle parts. Mated in plain bearing for mechanically securing the nacelle rotating and stationary part mounted in bearings and bearing races. Mechanically driven by fluid flow in upstream direction. The wind turbine rotary nacelle comprising an extending wind vane, weather vane, Fin, wing, fin and tail boom. extending from the rear opposing the inlet and mounted at the exact center line of the intake. The wind vane containing a predetermined elevated surface to rotate the mass or the casing mounted in bearings rotating in a circular track by means of wind or water aligning the intake straight parallel in the fluid flow whereby the front intake is always in upwind direction for the turbine to rotate and rotate step-up gears and electric generating means. One may reduce cost for installing a LIDAR, anemoscope and a jaw drive for actuating and adjusting the intake of the wind turbine. Extended wind vane for yawing the rotor casing intake in upwind direction. A tail boom with enlarged fin can also provide upwind alignment for the rotor casing, which is operable mounted in bearing track, having outer extending locking steel flanges plain bearing mated with a spatial gap. or roller bearing tracks in locking flat and “U” type flanges or extending rotor and stator collars.

478. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises Ferris wheel type turbine generator. A Ferris wheel consists of carriages on the outer wheel which is operable rotating and kept in balance and position by the lower mass of the carriage. Mounted with the giant upright suspend Ferris wheel so that the individual remains seated upright and do not rotate while the wheel is in rotating motion. Instead of seat horizontal turbine generator rotor are suspended with a partial rotor shield placed with a shielding for rotation in one or both rotating directions, whereby an extra weight or mass is added to the lower rotor shielding. The shielding rotates with the giant wheel and maintains it position. Ferris wheel: The wheel may comprise a shaft and two round partial extension for the shields and the stationary shaft for suspending the rotor with a hub geared electric generator. Whereon the turbine rotor is operable mounted in bearings. The space between the rotors comprises airfoils which rotates the Ferris wheel by wind and the angle of the airfoils, set for stall will rotate forward and lift will rotate the wheel backward. the center of the wheel which is mounted to the solid steel frame which is bolted to the base flanges is also integrated with an electric generator from which the generated current is collected by slip rings and carbon collectors or electric swivel. The connected electric cables are conducted through the hollow steel frame.

479. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises Wind and Hydro turbines can be made Horizontal, Vertical and diagonal or suspended in any degree preferred. An example of five turbine generator constructed on five shafts construction with a vertical center shaft with turbine generator mounted thereon, and two diagonal shafts on both sides with turbines generators, and there under a horizontal shaft on both sides a turbine generator. The vertical shaft extends downward and is rotatable mounted with a yaw drive. The upper housing of the vertical turbine comprises the electric wind vane connected to the yaw drive electric driver to keep the wind turbines in upwind direction whereby all generating a pulsing electric current provided to the transformer and to the grid. The system can be expended with two turbines on stacked on each shaft etc.

480. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a Single rotor stator turbine generator unidirectional or omnidirectional. The stator nacelle forms the collection chamber and intakes and discharge accommodating the rotor operatively in the plenum. The stator and rotor are the stator and rotor of the electric generator. The inner nacelle body comprises and armature of electric conductive high permeable sheet of iron or copper with the intake and discharge apertures made on the inner nacelle and electrically insulated from the frame and turbine body, comprising coils of wiring at the loer and upper ends wounded on the outer circumferential of the armature. The magnets are made on the plurality of blade tips which are slightly oval corresponding with the inner nacelle and curved 90* facing the inner nacelle armature with a minimum spatial distance. The rotor blade extends radially from the hub and stretches its form in longitude along the hub expending lateral horizontal and vertical having crossed extension with permanent magnets fitted in alternating pole on each blade tip. The rotor may resemble a swastika.

Hydraulic battery.

481. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a hydraulic battery by means of the arrangement of a Plurality of water tanks with hydro turbines, Interconnected with one channel connection of the water tanks in the matrix of below, center area and/ or above. Vertical aligned parallel and /or in stacked or in formation. wherein water flows partially from the upper tank to the side tanks by pressure and into the lower. Interconnecting tank. including hydraulic turbine electric generators for flow and linear or rotary electric machines for the vertical changing level of liquid. Water is flown from tank to tank in a matrix downward through the pipe connection with difference in water level and pressure in each tank whereby electric energy is generated in the pipes by means of circulating liquid circulating in a pad from tank to tank. Electric current is generated by the water or liquid level. Float is mounted with the linear electric machine magnet piston rod. Float, with the inner diameter of the tank, having a spatial gap with the tank walls. Solid filled float. Hollow plastic float. Electric machine is mounted on the top dry inner or outer tank cover.

482. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises electric machine includes a water proof and anti-corrosion casing. The electric machine piston is connected by gear with the piston rod. The electric magnet piston rod races on the racks of the support bars. Certain tanks may be equipped with a piston. creating pressure this multiplying hydraulic force through the tanks. Tubular interconnecting section. with mounting flanges and rubber packing and inner connecting seals. bolted with the tank corresponding bores on the tank flanges. The inter connecting tubular pipe including a tubular electric machine. The tubular electric machine is arranged in the entire longitudinal direction of the tubular inter connecting part. The tubular electric machine rotor comprising extending blades made of stainless steel. The tubular electric machine is mated in the tubular interconnecting pipe having equal extending distal end wherein the electric machine is mated in a rubber packing. the tubular interconnecting parts includes bores for cable and rubber insulating harness protruding through the machine and exterior tubular part. Tubular electric generator. plurality of tubular generator made in tubular parts. Electric machine with rotor, rotor. The first rotor driving a step-up gear assembly. the step-up gear output pinion connects the second machine rotor. Rack made on the rotor mount. Mounted in bearing. enclosing bearing casing. Watertight enclosed in rubber packing. Enclosed Sealed track bearings and bushing.

483. The H/V axis energy converting Uni to Omni-turbine motor and/or generator is applicable for Falling water like a waterfall or from a roof falling vertically or in a slope which can operate multiple horizontal hydroelectric generators arranged from top to bottom on wedged plateaus made of stone wedged in the stone wall. The wedge plateaus made of thick solid state material including plastic, steel or other solid state material. The wedges are zigzag descending vertically made overlapping from left to right with a slope toward each other or toward the geometric center. Water falls on the first wedge and flows with the slope on the second wedge below the first wedged plateau and floes and falls on the third wedge plateau, and subsequently flows down and falls on the forth wedge and the fifth plateau and the sixed wedge and so on till the bottom and in to the river. Turbine generators are installed on the wedges and mounted in the wedges bore holes through the wedge with reinforcing metal plates under the wedge and bolted with bolt, nut and washers, to generate electric energy by the falling water on the horizontal turbine rotor and water streaming on the wedge rotate additional turbine rotor mounted operable on the wedge where water forces through the lower rotor half and generates electricity. The turbine rotors are comprising a direct drive electric generator without gears.

484. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises at least one rotor, operable suspended in a vacuum chamber rotor compartment wherein the turbine rotors comprising a plurality of perpendicular blades radially projecting their form along the rotor hub. Whereat each plurality of blades include two sides surfaces. A front surface and a back surface. The front of the blade is colored black, and back of the blade is colored white. This feature is for absorbing light and deflecting light. Which also attract heat and repels heat. In certain conditions the turbine rotor can be rotated by light or by heat with a push and pull force of light and heat. For this reason, the push blades of the turbine rotor is colored black and the return blades are colored white. This propulsion by radiation will render an extra force to the turbine rotor. The colors are distinguished by repelling and attracting light and heat applicable for the push or pull blade side. Which is a dark and a light surface that is responsible for this phenomenon. Propelled by a push and pull force of light and heat. For this reason, the push blades of the turbine rotor is colored light and the return blades are colored Dark. This propulsion by radiation and emission will render an extra force to the turbine rotor. The colors are distinguished by repelling and attracting light and heat applicable for the push or pull blade side.

485. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises AT LEAST ONE: Turbine rotors of turbine machines can be driven Without a mechanical connection in formation or in a cluster of turbine rotors. Driven by Liquid or fluid coupling, magnetism, sound and vibration and emission of light and laser. The turbine rotor in vacuum or in space can be driven by emission and radiation of laser, light, Temperature variation etc.

486. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises Exemplary Assembly of wind and hydro turbine machines with fluid connected transfer of motion and rotation by fluid driven by wind, for generating electric current. Comprising a round water reservoir open or closed, for eliminating friction along the circular inner side of the water holding reservoir, with hydro turbines installed along the outer diameter in a wave arrangement or other alignment of Hydro-turbine machines. At the center a wind turbine is place which may be self-aligning and wind seeking turbine. The turbine rotor is extended upward on a shaft enclosed in a cylindrical casing wherein the axis is mounted in bearings at the lower part the shaft is mounted with a waterwheel rotating horizontally with the axis mounted on iron frame bars which is mounted in the center of the water reservoir. By rotation of the wind turbine rotor the lower waterwheel rotates simultaneously and whereby water is rotated in the rotating direction of the rotor and wheel. The angular circulating water flows through the hydro turbines which generate electricity. The hydro turbine generator generated electricity which can be stored and amplified or converted or electrically processed for appliance.

487. AT LEAST ONE: Magnetic driven turbine machines. Like liquid magnetism is also applicable for rotating an assemble of turbine machines connected by magnetism. We may use the same an simple example of a circular arrangement of rotors and one center rotor. Like a planetary system wherein the sun is at the center with all the planetary bodies aligned around the sun with a minimum spatial gap. Magnet ring is placed on the horizontal center of each body which is the most extended point. We may suspend all the rotor on vertical axis and magnetic levitating bearing or air bearings to illuminate friction. The ring magnets is exposed with a counter pole of the center rotor. By rotation of the center rotor also having a single pole exposed will push the surrounding rotors and rotation will occur. The generator can be made without mechanical connection like illustrated in the prototype by magnetic connection of the magnets and coils. Which are one or two film layers of neodymium super magnets. And cooled supper conducting coils.

488. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises a vibration motor. A vibration motor is created by vibrating bodies that resonate or oscillate a vibration in a solid vibrating the linear generator coupled to the vibrating body. Vibration motor having a rotor. Just an example of vibrating energy and converting vibration to rotation. We have a vibrating body of wood whereon a rotor is mounted at one end of the horizontal vibrating wooden object whereon the upper part shark teeth are made. Where against Cams are placed and rotated colliding with the teethes and other types of gear wheels and gear teeth fit in the wood. Also, the cams or gearwheels have different types of gear teethes which are available, and some are ideal for this propose. Some of these cams are for better use in this device that normal triangular gear teethes. A linear motion is more effective in this case than when made round a rotary vibration can be applied. By the rotational motion rubbing the wooden parts vibration is transfer to the rotor which starts to rotate. A rotary electric machine with a wobble mechanism is the means to vibrate parts and to transfer vibration.

489. The H/V axis energy converting Uni to Omni-turbine motor and/or generator operated by vibration of solids and sounds is also energy which can be transferred to the linear electric machine and converted to electric energy. The linear electric machine is made on a miniature scale to be able to observe vibrate with the vibrating body. A resonation chamber, a vibrating bar or string and other and large or small vibrating surfaces vibrating at different frequency. The movable rod is connected with the vibrating surface and resonates with the surface whereby the second resonating rod end in the linear machine vibrates opposing the coils or magnets with a spatial gap and creating an electric flow in the coils. A vibrating body can be equipped with a plurality of linear electric machines whereon the piston rods are attached. A resonating or oscillating bar is attached by two connecting overtures drilled in the bar. These are the only two connecting points which is in contact with the supporting body so the bar may vibrate freely. The vibration frequency of the object can be determined by the size of the object like a toon having a certain exact size to vibrate at an exact frequency. By this the frequency of the generated current is determined. Vibration can also be generated by rotation of the turbine rotor having at least one string mated to the lower shaft end mounted beside the exact center for shaking the string and creating vibration. There are more ways to mount the string to the shaft also generating a reciprocating motion for vibrating the string or plates.

490. The H/V axis energy converting Uni to Omni-turbine motor and/or generator wherein the electric generator comprising one or more Rotors and one or more Stators. Taken the omnidirectional turbine in Fig 5. for example. Where a turbine omnidirectional turbine rotor is suspended operable in a quadratic stator casing with omnidirectional stationary or adjustable vanes build around the quad. The shaft in the lower compartment is connected to a disc comprising, a plurality of magnets in equal numbers. The disc of magnets can be altered in several manners to obtain a more intense magnetic emission of electromagnet waves magnetically radiating the disc and/or coils and transferring magnetism in a pulsing electric current. On the lower shaft is proved at least two magnet retaining discs wherein between two copper discs are mounted. The Fist magnet disc is the upper disc, the second disc is the lower disc. The second magnet disc is emitting magnetism from both surface of the disc to magnetize both upper and lower copper discs. The discs are made in two parts for obtaining a two-phase current and connected to the electrical system for processing and output a regulated current.

491. The H/V axis energy converting Uni to Omni-turbine motor and/or generator wherein the electric generator comprising one or more rotors and one or more Stators. This feature of the electric generating process can be exploited, and additional discs of magnets and copper discs can be added to the electric generating parts. The copper discs can likewise be rotated in contra direction of the magnet discs. Al the devices can be rotated by applying gear assemblies or an automated gear box. A dual coaxial shaft can also be applied for contra rotation connected by gears. The generator discs are insulated and enclosed in an aluminum or steel casing wherein liquid or gas cooling can be circulated through pipes traversing the side casing and arranged along the inner body in a waved shape. The liquid transferring heat by a pump circulated through the generator in to a reservoir wherein the coolant is cooled and circulating coolant is cooled so that heat is dissolved. The reservoir is pressurized and cooled by air cooling, Refrigerated gases, Cryogenically cooled.

492. The H/V axis energy converting Uni to Omni-turbine motor and/or generator In different embodiment of Turbine generators wherein the electric generator comprising one or more Rotors and one or more Stators. The turbine can be made with a upper compartment like the lower compartment wherein the shaft expand to the atop encasing and mounted in bearings. By adding the same compartment above as provided beneath the upper and the lower part generates electric energy. With more discs of magnets and disc of copper. The turbine rotor must contain a larger surface for exerting more force for the additional generator. A horizontal wind or hydro turbine is also very suitable to apply this wind turbine. This omnidirectional turbine can be used as vertical axis wind turbine. By placing this turbine machine and closing the lower surface two surface are used by fluid circulate through the front intakes and the upper intakes and exit through the back of the turbine which is the exhaust. The horizontal aligned turbine can have a open lower part wherein water enter the turbine and circulates partially through the turbine and exits downward to the exhaust which can be piped or channeled in several manners. The turbine can be equipped with two rotors in counter rotation having a dual counter rotating shaft.

493. The H/V axis energy converting Uni to Omni-turbine motor and/or generator Wind turbine nacelle and elevated structure comprising an upper layer with Bioluminescence emission of light by Chemiluminescence, Iridescence, Structural coloration, or Phosphorescence. cofactor is a nonprotein chemical compound or metallic ion that is required for an enzyme's activity. Cofactors can be considered "helper molecules" that assist in biochemical transformations. The rates at which these happen are characterized by enzyme kinetics. Cofactors can be sub classified as either inorganic ions or complex organic molecules called coenzymes, the latter of which is mostly derived from vitamins and other organic essential nutrients in small amounts. The ions, metal ions. Ironsulfur cluster, bio chemicals, Structural coloration are controlled with an electric charge and control unit.

494. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises turbine rotors or runners in the helix pipe is placed in the pipe at predetermined distances such that water may regain velocity. For rotating the runners which rotate a plurality of step-up gears from which the highspeed gear is mashing with the center rotor of the turbine electric machine, operable mounted in bearings on the center barrel which supported by at least two rods. The turbine rotor is the first rotor and the turbine rotor the second rotor is the electric machine geared rotor. As the following elaborated may consists of a turbine rotor driving a gear assembly which drives an electric servo or stepper or other type of electric machine for generating current by flowing fluid in the helix pipe.

495. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises Piped mounted turbine generator made In different embodiment, an inclined center axis is to be mounted in the helix pipe, whereby the generator is made in the dry-pipe. The axle can be tilted with the entire rotor suspension placed in a axis hub.

496. The H/V axis energy converting Uni to Omni-turbine motor and/or generator comprises air filters of HEPA filters with additional monoxide filters that filter out most harmful particle. Carbone filters can also be applied in the closed discharge where through ambient air is conducted through the activated charcoal and carbons. The third stage is the ionizer filter where the partially processed air passes through and the last stage is the PECO stage for removing airborne chemicals. After the last stage two counter rotating electric turbine rotors are operatively mounted at the exhaust nozzle that are fed by the generated power supply of the first turbine rotor. All the turbines can be operated by an electric power supply for filtering ambient air continuously. The cowl is mounted operable on the elevated standing structure mounted in bearings with the mast comprising an electronic wind vane mounted on the upper cowling. The cowling hollow body comprises electric units, conductors in ducts, sensors units, power regulating power supply and connecting panel with external power supply connection. Ozone generators can also be provided in the wind stream.

497. Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems characterized by the treatment of the air otherwise and including heating and cooling by purification, e.g. by filtering; by sterilization and by ozonation. Air circulation and filtration system includes a housing and air pipes, tubes, and mounded shafts for air circulation. Comprising closed and open life-support systems and ventilation systems. Air-conditioning, heating and cooling system combined.

498. All inventions mentioned in this application is applicable for military applications.