BEARINGS AND BUSHINGS.

[1457] AT LEAST ONE; Plain bearing. Load bearing. Journal bearing. Track bearing. Bushing and bearing vibration and shock isolators made of rubber, syntactic rubber, polyurethane. Pillow block bearing with at least one bolt. Flange bearing unit with at least one bolt. Ball and roller Thrust bearing. Spherical bearing. Cylindrical bearing. Rodend bearing. Magnetic Jewel bearing. Pair of Magnet load bearing. Air bearing. Fluid bearing. Turbo bearing. eccentric bearing. Spherical roller bearings. Cylindrical roller. Ball bearing. bearing. Tapered roller. Needle roller bearing. Carb toroidal roller bearings. Thrust loads. Radial bearing. Composite bearing. Slewing bearings. Ball bearings. Rollers bearings. Race bearings. Pillow block bearings. Linear track slide or roller bearing. Linear electromagnetic bearing. Linear bushing bearing H/V. Hybrid ball bearings. Linear plain bushing. Self-aligning ball bearings. Linear slide bearing and bushing. Stainless steel raceway. Slides and roller slides bearings. Rack slides. Track roller. . Lead screw. Ball spline linear bearing. Temperature bearing. Flexible bearing. Track bearing. bearing seal and bushing. Unidirectional gear bearing. Swash bearing and anchor. Pitch bearing. Hinge bearing. Pivot bearing. One way bearing. One-way Gear. bearing. Anti-reverse bearing. Clutch needle bearing. Integral radial bearings.

[1458] Linear bearing and bushing. Double row bearing. EMQ bearings. Stainless steel alloy unit for bearing mount and bearing flange mount. Flexible Oil seal. Oil filled bushing. Cage type bearing. Gasket O, Rings. Ceramic bearings. Tapered roller bearings. High grade thrust washers Chrome, stainless Steel. Instrument bearing flow meter bearing. Plastic bearing. Insert full ceramic bearing. Bearing Mount and suspension unit. Thermoplastic bearings. Plastic bearings. Pressure Roller bearings. Ball bushing. Ball cages. Rod end in operable bearing. Linear guide rod and eye bearing. Self-aligning bearing. Circular Rail Tracks and Wagon wheels. Collar clamp ball bearing. Take-up bearings are mounted bearings in a guide frame, with positioning screw, and mounting hardware. ER Style Bearings.

[1459] AT LEAST ONE; Pair of permanent magnets bearing. Active magnetic bearing. pair of electromagnetic magnetic levitating bearing. Insert ball bearing. Plain spherical ball bushing bearing. ER Style Bearings. Plastic hinge bearings and bushings for panels. Full Ceramic bearing Silicon Nitride {SIN4]. {AI203]. {Zr02}. {SIC} Hybrid ceramic bearing. Insert full ceramic bearing. SKF mounted ball bearing units, metric or insert bearing and shaft locking methods. Trunnion bearings. Hinged trunnion bearing. cylindrical rollers are mounted on roller axles having longitudinal lengths in preferable tracks. positioned to align and engage with corresponding circular tracks at an intermediate opposing annular surface. Include multiple cylindrical roller segments. flexible anti-vibration mountings that serve as vibration dampers. Conical rollers are preferred at the top and bottom annular surfaces of the peripheral channel includes the Load bearing mechanism or thrust bearing. Water proof bearing and bearing seal. Water proof track bearing. Airtight bearing in air and water tight casing. Bearing grease and supply. Bearing oil circulation system.

[1460] AT LEAST ONE: Hinge mechanical bearing comprising at least one -wheel in the Hinged or pilotable connection. Wherein the at least one sprocket-wheel is matted with the circular electric servo machine for actuating at least one hinged mounted part. Barrel hinge. Spring hinge. Pivot hinge. Butt/mortise hinge. Case hinge. Continuous hinge or piano hinge. Concealed hinge. Butterfly hinges. Flag hinges. Step hinges. H hinges. HL hinges. Counter flap hinge. Flush hinge Coach hinge. Rising butt hinge. Double action spring hinge. Double action non spring hinge. Tee hinge. Friction hinge. Security hinge. Cranked hinge or storm proof hinge. Lift-off hinge. Self- closing hinge. Collapsible and foldable intake and exhaust hinge duct. Intake bypass augmenting flow and compression in the main intake duct. Hinge joint. Ball and socket joint. Condyloid joint. Ellipsoid joint. Saddle joint. Pivot joint. Knee joint. Ankle joint. Synovial joint. Saddle joint. Floating hinge. Geared continuous hinge. Living hinge. Plastic hinge. Stamp hinge. Serres hinge mechanism. Axial magnetic bearing.

[1461] AT LEAST ONE, mechanical linkage is an assembly of bodies connected to manage forces and movement. Planar and spherical movement. Rod. Rod mount. Rod racks. truck rack. car rack. Reel. Piston rod. rod bearing connecting rod may also convert rotating motion into reciprocating motion. The small end attaches to the piston pin, gudgeon pin or wrist pin, which is currently most often press fit into the connecting rod but can swivel in the piston, a "floating wrist pin" design. The big end connects to the crank pin (bearing journal) on the crank throw, in most engines running on replaceable bearing shells accessible via the connecting rod bolts which hold the bearing "cap" onto the big end. Typically, there is a pinhole bored through the bearing on the big end of the connecting rod so that pressurized lubricating motor oil squirts out onto the thrust side of the wall to lubricate the travel of the pistons and piston rings. Most small two-stroke engines and some single cylinder four stroke engines avoid the need for a pumped lubrication system by using a rolling-element bearing instead, however this requires the crankshaft to be pressed apart and then back together to replace a connecting rod. Fork and blade rod. Radial engine rod. Articulated connecting rods. Reach rod. Tie rod. Panhard rod. Track rod. Squire barrel rod.

[1462] AT LEAST ONE: Electrical joint. Electrical joint. Electrical cable connection with a machine or device contains several types of connector dependable of the voltage and environment of the device, like having a one touch waterproof cable connector mated with the contra female pole on the connection terminal of the machine body. The connector containing a plurality of connecting pins for connecting phases and supply voltages. Electric units and can be mated by a Spring lock connection, turn lock connection, tapered wiring or a flat cable connector, Staking type board connection. High current bus bar connection, Water proof connector rectangular. modular connector male female connector for wire, Fiber optic connection. Fiber optic cables. Electric socket and 220volt, 110volt wall connectors. Electric socket for electric cable connector. Industrial multiphase plugs and sockets. Pin and sleeve connector. Twist-locking connector. Stage pin connector. Perilex-plug. Double insulated more phase electric cable. Overhead electric lines. Underground high voltage cable. Earth rod. 32A 400v 3P+n+E.16A 230v plug and wall mount socket. 380v 90A 5pin Plug and socket. Pin and sleeve. Twist locking connector. Stage pin connector. California 50A connector. Single phase flat pin plugs and socket. Multiphase unique. AC power plugs. AC sockets. USB connector. Board to coaxial cable connectors, jacks, plug and adapter. Board to micro coaxial cable connector having a locking structure. Ultra-small surface mount cable connector. Coaxial switch. Micro SD card connector. Micro USB connector. Flat cable socket and connector. Display protection connector. XLR male- female connector. Crimp electrical connector. Ratchet crimp tool. Cable stripper. Wire wrap tool. Solder and solder tin. Lightning conductor. Lightning screened separable surge arrester. Lightning rod. Multiple lock wire plug. Aluminum Shear bolt splices. Rings and spades. Terminal housing insulation sleeves. Splices. Power terminals. PCB terminals. Magnet wire terminals. Isolated parallel pair cable. Ribbon and flat cable. Twisted pair cable. Multicore cable. Aluminum wire and cables. Signal cable. Sensor cable.

{1463} AT LEAST ONE: High voltage Cable with two conductor cable shielded jacket general purpose 600 volt. having a shield of tin coated copper. 24 AWG stranded (19x36) silver-plated copper conductors, cabled and color coded, extruded TFE Teflon® insulation, silver-plated copper braid shield (85% coverage), TFE Teflon tape wrapped jacket. Round, Shielded/Jacketed, Disc. Wire Cable Meets external wiring requirements of National Electrical Code, Article 725 (CL2). 28 AWG stranded wire provides flexibility. Twisted pairs reduce crosstalk for balanced drive applications. Dual shielding with aluminum film. foil and copper braid provide excellent EMI/ESD protection Wires are color coded for easy identification. 35 dB average shielding effectiveness. RoHS Compliant. Jacket material, Polyvinyl Chloride (PVC). XLPE is a solid dielectric. XLPE submarine cables. High voltage AC towers. Single circuit three-phase transmission line Three-phase electric power systems are used for high voltage (66- or 69-kV and above) and extra high voltage (110- or 115-kV and above; most often 138- or 230-kV and above in contemporary systems) AC transmission lines. The towers must be designed to carry three (or multiples of three) conductors. The towers are usually steel lattices or trusses (wooden structures are used in Canada, Germany, and Scandinavia in some cases) and the insulators are either glass or porcelain discs or composite insulators using silicone rubber or EPDM rubber material assembled in strings or long rods whose lengths are dependent on the line voltage and environmental conditions. Typically, one or two ground wires, also called "guard" wires, are placed on top to intercept lightning and harmlessly divert it to ground. Towers for high- and extra-high voltage are usually designed to carry two or more electric circuits (with very rare exceptions, only one circuit for 500-kV and higher). HVDC. MV. High voltage connection consists of rods of electric conductive material connected by clamps, washers and bolts. Eyed rods bolt connection or welded or other fastening means. High voltage cables are rigid cables with a minimum freedom for bend.

[1464] Check valve. Non-return valve. Reflux valve. Retention valve. Safety valve or relief valve. Stop valve. Control valve. Hydraulic Valve. Pneumatic valve. Manual valve. Valves with Solenoid valve. Motor valve. Two port valve. Three port valve. Four port valve. Pilot valve. Fill valve. Casted iron butterfly valve. Hastelloy ball valve. Stainless steel gate valve. Stainless steel needle valve. Globe valve. Lined ball valve. Gate Valve. Cryogenic gate valve. Incoloy valve. Directional control valve. Four-way valve. Tap valve. Piping. Flow control valve. Proportional valve. Plastic pressure pipe system. Tubing. Adjustable cartridge automatic balancing valve. Externally adjustable automatic balancing valve. Floating ball valve. Nonintrusive Quarter-turn actuator valve. Trunnion mounted ball valves. Standard directional control valve. Universal directional control valve. Application specific directional control valve. Electric or pneumatic actuation. Piloted pneumatic spring return valve. Valve with mechanical actuators such as stems, rollers, idle return rollers. Swivel levers. Whiskers. Pneumatic control system for adding counters and predetermining counters. Turbine water-pump, centrifugal pump compressor.

[1465] AT LEAST ONE: blade pitch system, vane pitch system. Angle adjusting blade or vane unit. Cyclic blade pitch for more rotor blades. Pitch bearings and bushings. Tilting rotor. Breadboard. Hub mounted pitch system. Blade mounted pitch system. Frame mounted pitch system. Blade altering patterns as blade pitch setting for altering wind velocities. A tilting mechanism with electronic controls and actuators. Small telescopic actuators. A rotor hub with carved tracks and insulated electric wiring. Rotor Hub casted or made in an injector mould with inner tracks for electric wiring and apertures at the outer and inner surface. variable pitch fan assembly having a plurality of fan blades mounted in a rotor for rotation about their longitudinal axes and a drive shaft for rotatable driving the rotor, the pitch varying mechanism has a planetary connected to each fan blade to rotate the latter to change the pitch or angle of attack of the blades, actuator means for effecting bi-directional rotation of the planetary gear train and a no-back, bi-directional brake interposed between the actuator means and the planetary gear train to transmit pitch-changing rotation from the actuator means to the planetary gear train and lock the planetary gear train to the rotor and prevent trans mission of blade torque loads to the actuator means during steady state operation when no blade pitch change is being effected. bi-directional rotation of the differential gear train which comprises two sets of planet . One set is in mesh with a shaft driven ring gear and a fixed sun gear while the other set is in mesh with an output ring gear which serves to provide the input for the no-back brake device and a sun gear that is the output of a bidirectional clutch assembly. In the steady state condition of operation, both ring gears are at shaft speed and both sun gears are fixed. When pitch change is desired, the actuator means, including its bi-directional clutch assembly, is energized to thereby result in rotation of the output sun gear and a speed-up or slow-down of the output ring gear and therefore a corresponding increase or decrease in blade angle or pitch.

[1466] AT LEAST ONE; Gear wheel. Cogwheel. Sprocket wheel. Internal gears. External gears. . Helical gear. Skew gear. Centerwheel Pinion. Rollers. Or more wheel pinion. Pallet. Pallet staff. Entry pallet. Barrel arbor. Exit palette. Escape wheel. Barrel Gearwheel. Plate gear wheel. Double helical gears. . . Hypoid gear. Crown gearwheel. Worm gearwheel and shaft gear. Noncircular gearwheel. gear set. Automatic epicyclic gearbox. Sun gear. Planet gear. Ring gear. Gear axle. Gear hub. Gear slip ring. Gear synchronizer ring. Gear key. Helical gear key. Gear frame. Gear casing. Gearbox. Harmonic gear. Cage gear. Cycloidal gear. magnetic gear. Base, pitch and root circle. Gear bearing. Gear assemble from two gearwheels to as many gearwheels for high RPM gear ratios. For stepping down motor speed. For stepping up generator speed. Different types of available differentials.

[1467] AT LEAST ONE: Automatic transmission gear system. Dual variable speed gear transmission. Manual gear transmission. Semi-automatic Gearbox. Gear lift. gears. Continues transmission gearbox, Automated clutch. Gear-hub. Differential unit. Differential with one or more input and/or output connections gears. Plurality of electric generators rotors coupled to a differential driven by a gearbox. Gear lubrication. hydrostatic transmission pump, motor, and all required controls. Constant-torque, variable power transmissions gearbox. Cams and chain connection. Plurality of pulleys. Pulley . Chain-link. Differential pulley. Multi-speed transmission assembly including a gear box portion having first and second inputs and an output; the first input is connectible to a pump portion of the torque converter, whereas the second output is selectively connectible to an impeller portion of said torque converter. Epicyclical gearbox comprising a casing wherein operable mounted an assembly of planetary gear sets, with planet carrier and sun gear, planet gear, ring gear, gear hub. Bull gears. Double Helix Pinion. Intermediate gears. Output pinion with helical teeth. “V” thread and square thread gear teeth.

[1468] AT LEAST ONE: Gear shifting means and connecting gear ratios. Gearbox with Gearwheels and synchronizers keys rows arranged on the gearwheels. Friction cone fixed in the gearwheel hub. A gear sleeve, synchronizer ring. And speed sensor temperature sensor. Lubrication tank, nozzle pipes. Druppler. provided in the gearbox enclosure and electrically mated with the automated system and power supply. Constant mash transmission. A tolerance for loose connection gears. Connected by hypothetical connectors which slide on the centre axis connecting the gearwheel and locking and engaging the gearwheel. Synchronizer cone teeth. Rim gears. Clutch gear. One-way gear. One-way clutch. Worm gear and worm shaft, comprising A single enveloping worm, Worm gear hub, Containment bolt. Gear shifting rod engaging the gear hub, synchronizer or hypostatical gear. By solenoid pistons switching from a first position to a second position. And more shifting methods. Manual or semi-automatic.

[1469] AT LEAST ONE; SHAFT. Axle, axis. Axis X. Drive train. Gear train. Power train. Main shaft. Sub shaft. Crankshaft. Camshaft. Intermediate shaft. Dual coaxial shaft. Dual coaxial retractable shaft. Needle type shaft. Rod type shaft. Flanged Pin Bush . Rigid Sleeve and muff Coupling. Camp or split-muff coupling. Tapered shaft coupling. Hirt joint. Flexible Coupling. Beam coupling. Elastic coupling. Constant velocity coupling. Bush pin type flange coupling. Diaphragm coupling. Disc coupling. Fluid shaft coupling. Gear coupling. Grid coupling. Oldham. Rag joint. Universal joint. Magnetic coupling. Twin spring coupling. Tire coupling. Elastomeric Coupling. jaw type and Sflex coupling. Oldham Coupling. Universal Coupling or Hooke’s Coupling. Bellows Coupling. Jaw coupling. A quick return mechanism. CV axle joint. Torque converter. Flywheel. Governor. Gyroscopic flywheel. Flywheel. Geislinger coupling. Donut coupling. Bushed pin coupling. Resilient coupling. Roller chain and sprocket coupling. Schmidt coupling. Hydrodynamic coupling. Mechanical bearing hinge type. Self- actuating, self-locking auto mated hinge bearing connections. Pin and knuckle. Pin with keys or splines. Sprocket wheel in the hinged connection for actuating at least one hinged part. At least one circular rotary electric machine with the sprocket wheel. connection electrically mated. Shaft in shaft holder casing with an inner barrel wherein the stationary barrel, harnessed cables is conducted there through. Shaft alignment tool. The laser shaft alignment system with enhanced measuring and reporting. wireless measurement units. Laser axis alignment. Eco digital laser unit. pipe whose. Type of the rigid sleeve or muff coupling. A flexible coupling can be obtained by coupling a flexible flange piece at the shafts coupling. Fluid coupling.

[1470] AT LEAST ONE: sheet piling retaining wall made of metal sheets which can be placed in a river or any body of water made of sheets having sliding connections forming a closed circle for equally dividing external pressure on the wall of pills wherein pumps, pump out water out of the inner pile. The piles can be hammered and anchored in the river bed by boats or ships and vibrating hammers hydraulic or other mechanical piling systems ships and clamps. Sheet pile retaining walls are usually used in soft soil and tight spaces. Sheet pile walls are made from steel, vinyl or wood planks which are driven into the ground. Cantilevered retaining walls for soil are made from an internal stem of steel-reinforced, cast-in-place concrete or mortared masonry, Wood or iron. Gravity walls are under tensional load. An anchored retaining wall can be constructed in any of the aforementioned styles but also includes additional strength using cables or other stays anchored in the rock or soil behind it.

[1471] AT LEAST ONE: Soil nailing is a technique in which soil slopes, excavations or retaining walls are reinforced by the insertion of relatively slender elements – normally steel reinforcing bars. This type of soil strengthening, often also used without an outside wall, consists of wire mesh "boxes", which are filled with roughly cut stone or other material. The mesh cages reduce some internal movement and forces, and also reduce erosive forces. Gabion walls are free-draining retaining structures and as such are often built in locations where ground water is present. Mechanically stabilized earth, also called MSE, is soil constructed with artificial reinforcing via layered horizontal mats (geo-synthetics) fixed at their ends. These mats provide added internal shear resistance beyond that of simple gravity wall structures. Other options include steel straps, also layered.

[1472] AT LEAST ONE: Intake and exhaust. Grill made of horizontal and/or vertical woven iron wires made in a frame and screw or bolted. Grill with air filter. Grill with water filter and lower carved drains. Large intake and exhaust grill made of welded Flat steel bars having a leading edge and trailing edge. Made of thin iron wires or flat rods, bars and beams. In the turbine generator components or machine chamber or at the exterior. Welded wire mesh fence is a steel fence consisting of wire strands electrically welded together to form a high strength mesh. The fencing is available in two formats: Rolled mesh and Rigid mesh. The rigid mesh system has proven popular, and is now featured as a first choice on a wide number of projects from Construction, Civil, Utilities and in a Temporary Works capacity. Welded wire mesh fences are used predominantly as high security barriers where visibility through the fence is necessary or desirable. The grill can be painted or sprayed or Powder coating is a type of coating that is applied as a free-flowing, dry powder. Galvanization or galvanizing is the process of applying a protective zinc coating to steel or iron, to prevent rusting. The most common method is hot-dip galvanizing, in which the parts are submerged in a bath of molten zinc. Fence, railing and balustrade is are welded parts that are bolted including flanges and bolted beams with the base with plug anchors and bolts.

[1473] AT LEAST ONE: Wind turbines installed suspend like a suspension bridge or a pendulum for in earthquake areas and coastal areas where the soil is liquidizing where the suspension caring structure is floated on poles anchored in the soil. Coastal areas which are levelled with the sea cope with floods liquidizing ground causing cracks and sinkholes also by rising water levels in the ground. These coastal areas require some hard measurements such as adding layers of sand, foam and grout or stones to keep it all in place or grow weed with long roots which reinforces and contains the soil. Even smaller bays should be closed with sand or a dam. Building a dam along the coast is also and option by using a concrete mix of the Pyramids stones which will maintain its structure with a upper layer or mixed for salt water and corrosion added to the stone mixture. Additional safety precautions measures is to pump an amount of ground water out after rainfall and provide channeling system for flooding areas where some streets may be converted to a channel for water passage after heavy rain fall. Only by applying these masseurs one may install a wind turbine in these arias.

[1474] AT LEAST ONE: Instruments and Control, engaged in manufacturing, supreme quality range of Process Instruments in Process Instrumentation Safety Valve, Level Gauge, Orifice Assembly, Sight Flow Indicators, Level Switch, Flow Switch etc. Other products included in this range are Breather Valve, Air Release Valve, Flame Arrestors, turbine Fasteners Studs and Cap Nuts, turbine Seal Liner, turbine Seal Ring, Turbine Load Bearings, turbine Seal Ring, Turbine Heat exchanger, turbine Inlet Insert, turbine Breech Nut, turbine IPCV Servomotor, turbine emergency Stop Valve, turbine U-Sealing Ring, turbine hydrogen Seal Liner, turbine Sealing Rings, turbine Kwu Sealing Rings, Kwu Housing, turbine Packing rings, Turbine Shaft Seal Housing, Turbine U sealing Ring, turbine steel gasket, turbine Studs, turbine Cap Nuts, turbine Coupling Bolts, turbine Diaphragm, turbine Control Valve, IP control Valve, Interceptor Valve, Liner pilot valve, turbine Valve Seat, Valve cone, turbine Valve Spindle, Tapered Brass sealing Strip, Og ring Brass sealing Strip, turbine steel sealing strip, unsoldered wire, turbine Flat Spring, turbine Fitted Key, turbine nozzle diffuser, Turbine Springs, Steel Gaskets, Tear coupling damper, turbine Cams, turbine mop bearing rotor-shaft torsion-shaft, turbine Pilot valve, Pilot valve for Ipb stop valve, Idler and safety valve, Thrust bearing trip device, oil throttle valve, low vacuum condenser protection, High speed governor, Orifice plate and Flange assembly, Orifice plate flange assembly, Main trip valve, turbine Piston rings, turbine Column assembly, Feedback assembly, turbine Steam Strainer, Hrh-oil catcher, Satellite strips, Elbow for steam chest IV to IP connected elbow, Air measuring device, Level Indicators and others.

[1475] This equipment is manufactured in tandem with international quality standards, using premium quality raw material, obtained from reliable vendors of the industry. Available In varied sizes, dimensions and other specifications. products are of robust construction, compact design, sturdiness, resistance against corrosion and abrasion, durable standards and excellent strength in absolute compliance with international quality standards and Breech Nut. Big Buttress. Thread Nut (Weight 1000 kg approx.) use to couple Control Valves to the Turbine Casing. Turbine Fitted Key (for Bearing Pedestal), Turbine Cam Distribution Cam. Oil Guard Ring & Oil Catcher:-. Oil Guard Rings are used to restrict the spilling of Oil flowing out from turbine bearings. We manufacture Oil Guard Ring and Oil Catcher, Brass Sealing Strip, Tapered Profiled Sealing Strip. Studs. qualitative gamut of Suction Diffusers, replacing the strainer, elbow and entry pipe on the suction side of the pump. Minimal pressure drop. 40 mesh stainless steel removable start-up sleeve. Supporting pads on the diffuser body for easy mounting of standard I.D. support foot. Tapping for inlet and outlet differential connections. Size range 40 nb – 1000 nb. Shells designed to ASME Section VIII can be supplied. Qualified in-house welders for quality welding of joints. Radiography tests for welds (optional). safety valve, Ussrlinerpilot-valves flame arrester. orifice plate assembly, integral orifice assembly, or five flange assembly, orifice fitting assembly. Camlock coupling and cam coupling, Quick release coupling, High pressure hoses crimp fitting, hose fitting for industrial rubber fitting, diagnostic test coupling hoses, Hydraulic valve, Needle valve, check valve, ball valve, flow control valve, Hydraulic flanges, tube fitting single ferrule fittings, twin ferrule fitting. Tube clamp din 315 tube clamps, pipe clamps, steel clamps and flange. Single sided bolt or screw clamp or double sided bolt or screw clamp. Flange bolt and corresponding not and washers.

[1476] AT LEAST ONE: Painted or sprayed fluid turbines have premiering and coating against environmental protection for corrosion, sunrays, moisture and dry air. after being threated and sanded the external surface of the device is sprayed with layers of priming. the priming is filled in a compressed tank, referred to as priming chamber. having a compressor to pump the primer. the lower tank part is connected with the pump air intake. The compressed air is conducted to a valve by a tube, host or pipe. the valve having a level control switch to regulate compression in the primer tank indicated by a gauge for atmospheric pressure. the vacuum in the tank will compressed the primmer out by the solenoid output valve. Nickel and cobalt-base super alloys. such alloys alone are often susceptible to damage by oxidation and hot corrosion attack and may not retain adequate mechanical properties. For this reason, these components are often protected by an environmental and/or thermal-insulating coating, the latter of which is termed a thermal barrier coating (TBC) system. Ceramic materials, and particularly yttriatabilized zirconia (YSZ), are widely used as a thermal barrier coating (TBC), or topcoat, of TBC systems used. sol–gel film is used as a conversion, coating for a self-priming polyurethane coating. For this reason, these components are often protected by an environmental and/or thermal-insulating coating, the latter of which is termed a thermal barrier coating (TBC) system. Ceramic materials, and particularly yttriastabilized zirconia (YSZ), are widely used as a thermal barrier coating (TBC), or topcoat, of TBC systems used on gas turbine engine components. These particular materials are widely employed because they can be readily deposited by plasma spray, flame spray and vapor deposition techniques. A commonly used type of TBC is a coating based on zirconia stabilized with yttria, for example about 93 wt. % zirconia stabilized with about 7 wt. % yttriavel coated and laminated structures. There exists a real need `for a stable, 'low bulk material of good tensile strength and durability which would be capable of substantially eliminating low frequency vibrations emanating from the panels of the nacelle.

[1477] AT LEAST ONE; Robotic arm comprises, pivot connection, retract and extend functions by telescopic mounted . Sway bar. Adjustable Anti-roll bar. Anti-sway bar. Stabilizer bar. Lever arm with torsion spring. Strut. Single wheel Strut and strut suspension. Hydraulic Telescope mast, Telescopic lift. Gear lifted nacelle. Gimbel mounted turbine extension arm. Wheel and counterweight nacelle lift. Scissor type Extended and Retractable arm. Internal elevator. External elevator. Helipad provides a clearly marked hard surface away from obstacles where a helicopter can land safely. Rooftop helipads sometimes display a large two-digit number, representing the weight limit and aviation lights. Compression molded systems, mats are made from recycled or virgin high polyethylene (HDPE) as well as recycled or virgin Ultra High Molecular Weight polyethylene (UHMWPE). Rig Mats also known as wood and steel mats or steel frame mats. commonly made of spruce, pine, fir or a combination thereof encased in a steel frame. Crane. Stairwell. Ladder with enclosed cage. Towed nacelle. Swivel mount and stand. At least one telescopic piston. A Shock absorbing suspension device, spring coil, hydraulic, pneumatic or mechanical. Strut bar. Double Wishbone suspension. Kingpin. Louvers. Grates. Grill. Air filter membrane. Swivel mounted tilting turbine machine. Helical compression springs. Helical Extension Spring. Torsion Spring. Disc or Belleville spring. Laminated leaf spring. Conical spring. Kinematics. kinematic chain. Kinematics pairs.

[1478] AT LEAST ONE; Automated artificial intelligent drone and Robotic household equipment. Motorized combined with electric generator, having software and operating system stored in the memory chip. Household and gardening electronics. Artificial controller. Virtual reality controller and environment. Camera Pointing device, automated or manual by gyroscopic controller. Electric razor. Shaver. Hairdryer are personal devices for male and female which can generate electric power. Fitness devices and exercise equipment arranged in homes or sporting facility can generate electricity and provide the generated and amplified current to the building or smart grid. Wireless battery powered or electrically connected to a wall socket. Auto mated with sensing system for autonomous operation with internal power supply.

[1479] AT LEAST ONE; Cyborg, Robot and Drone, programmed artificial intelligence Made in any form or figure having an electric supply and generators including converting, voltage regulating means, including Amplifying and charging. The cyborg comprising a humanoid carcass wherein the linear machines and rotary electric machines are integrated. The body comprising two legs extending from the lower body. Legs is coupled with knees, by ball and socket joints and rotary electric machines also generating power when the droid body parts are in motion. The lower legs are mated with foot pads by ball joint, knuckle joints comprising knuckles and claws, MEME-HRS and piezo for balancing the body controlling the servos stabilizing with the body with the pad’s claws and upper body parts. Movable by the electric machines, the upper body having two extending arms extending from the shoulders, the arms having movable swiveled or pivoting elbows and hands with knuckle joints at the end of the arms mated with pads and claws. Between the arms a extending neck whereon a head is placed on a swivel to be swiveled having cameras and audio system, including microphones membranes and radio receivers and LNBF provided in the drone ears for transmitting and receiving data. The knee can be mounted with U joint or knuckle joint wherein generating components are integrated. Cyber technology integrated. Navigation system GPS. Remote sensing unit. Digital backup system. 3D Visualization and transmission and propulsion system. Anti-corrosion and watertight humanoid body. A drone humanoid cyber-intelligence working drone is used for safety and rescue for firefighters and more. According to these features’ drones are made of temperature resistant material. The drone parts are also applicable as prostheses for humans and animals.

[1480] AT LEAST ONE: Artificial intelligence combined with virtual reality and digital controllers existing of rings, discs, balls and joysticks and more controllers which are digital on touchscreen or in 3D. operated by gloves having motion sensors and Piezo and MEMs. A digital visor or digital screens. Electric virtual shoes and sensor equipped wearables items. All wearable items are mated with signal amplifiers and AD converters and controller system. Artificial intelligence includes programmed algorithms for a task, for several tasks or a complete intelligence or human intelligence and self-processing machine. Comprising rechargeable means and electric generating means.

[1481] AT LEAST ONE; Shell. Exoskeleton. Nutshell. Eggshell. Turtle shell. Mollusk spiral shell. Bivalve shell. Gastropod shell. Seashell shaped nacelle. Marine Shell shaped nacelle. Shell casing or body. Object shell or exoskeleton. device shell. nautilus type shell with at least two cylindrical coaxial turbine rotors in bearing tracks having a center and Agular exhaust. With additional intake provided transverse on the shell. Equipped with lamella type vanes rotating in contra direction by means of the vane pitch settings, Gear coupling rotating for rotation in different ratios. Nautilus type having a Fibonacci sequenced and additional intake and additional side intakes in the form of extending rings and collars inhaling compressing or accelerating fluid flow. Vertical axis Nautilus type turbine having vertical center exhaust. Horizontal Nautilus type nacelle having a horizontal exhaust. Turbine structure or nacelle of existing material thin sheet plated shell enclosure. Concrete shell with interior columns or exterior buttresses. Sea creature structure and body. Fish or shrink. Animal exoskeleton or carcass on land or marine animals and species. Birds and smaller flying species smaller flying insects. Bio luminism applied for wind turbine nacelle for illumination in different spectrum of light waves. Creating changing patterns with bio luminism which reacts with wind flow over the nacelle.

[1482] AT LEAST ONE, Boiler. Re-boiler. Electric heater. Heating coil piping. Boiler feed pumps. Preheating section. Scrubber section. Heating electrodes. Safety valve, relief valve. Pressure gauge. Thermostat. Boiler connected Tubes, sleeve and clamp, Tubes and pips with flange with bores and rubber rings. Condensate and reheating water section. Continuous purge vent. Pressure reducing valve. Low pressure steam supply. Makeup water. Overflow trap. Temperature probe. electrode. Hot water. Steam compartment. Steam outlet and outlet valve. Heartier controller and wiring. Depth and volume control. Pressure gauge in bars. water circulating pipes and valves. Gas boiler. Fuel tank. Carburetor. Carburetor seawater pump. Tower collected stack. Forced draft fan. Gas mixing ventilator. Exhaust. Industrial boiler. condenser. circulating water pumps. turbine and generator. Exciter and transformer. Switching station. Transmission line tower. Water intake channel. pure water tank. Natural gas or LNG heater, liquid combustible Solar and wind and Hydroelectric powered. By burning coal. Inspection Manway.

[1483] AT LEAST ONE: Fluid turbine machine that relates to a lift-drag composite type Horizontal and vertical axis. Equipped with an oscillating tooth speed-increasing mechanism, and belongs to the technology of wind turbines. Drag type wind turbine with open plenum. Disk generator. Oscillating tooth speed-increasing mechanism. Center inner gear. Eccentric gear. Pin roller, Pin roller support. Upper transition flange disc. Lower transition flange disc. Bearing assembly. Connecting bolt assembly. Supporting shaft plate. Wind turbine fixed blades coupled with the lower transition flange disc through a lower transverse beam. Composite type fluid turbine. Coaxial speed changing performance of the oscillating. tooth speed-increasing mechanism for starting performance and the power generating efficiency of the lift-drag fluid turbine. H/V Turbine rotor. Vertical with vertical curves, cascading from the root to the wind concentrating surface. Cascading curves from the tip of the blade to the wind concentrating surface. Cascading from the root to the tip of the blade. Rotor blade with adjustable tip for propulsion by side wind.

[1484] AT LEAST ONE: Robotic turbine Rotor. Blade in H/V adjustable parts. first rotor blade part is hinged with the rotor hub. Movable blade comprising two outer extending knuckles. The stationary hub or blade comprising one knuckle with splines or keys. The knuckles are mated forming the barrel wherein the shaft is inserted and locked with the stationary center knuckle. outer extending knuckles do not correspond with the shaft key ways or splines. The second blade part is mated movable around the shaft mate with the first blade tip. Rotor blade tip are stationary mounted and the root is movable by actuating the extending knuckles with inner castellated cutout matrix. Movable turbine rotor blades hinged and pivoted by ring actuator, servo motor and sprocket wheel connecting the movable part. Mated in plain bearings and bushings. Roller bearing. Sprocket is mated operable around the shaft in the knuckle mated with the castellated contra connection. Sprocket wheel wherein threated bores are provided connecting with the machine rotor having corresponding extending bolts. A electric locking or parking mechanism in the motor casing.

[1485] Electrically mated with the servo controller. Sprocket and linear piston. Sprocket and roller chain. Coaxial automatic geared electric hub generator. With or without ratchet bearing mechanism. Having tapered or tracks of electric conductive wire on rotating shafts and parts. Having split rings with carbon current collector brushes. Spring mounted current collector. And wireless split rings with a spatial gap with respect to the rotating flattened wire tracks. And with coils opposing the flat rotating track or split ring. A rotor Hollow blade made in a frame. Solid turbine rotor blade. Torsion Spring mounted hinged shockproof blades. Vertical or Horizontal. Movable Automated rotor for alternating turbine rotor blades. Preprogramed pattern stored on digital storable media. Open core rotor. Ring turbine rotor with outer turbine blades, with side extending turbine blades. Robotic turbine rotor may adjust to any spatial figure and related geometry. The device is modular and can be altered.

MERGED AND COUPLED FLUID TRUBINES OF ALL GEOMETRY AND RELATED SPATIAL FIGURES

[1486] AT LEAST ONE Fluid turbine machine comprising any spatial figures and related geometry. Objects, consecutive and combined, nested in conjunction with related spatial figures and geometric spatial figure. Devices combined with one or more spatial figure. Combining figures to create any model for the devices. In embodiment, wherein two devices in the shape of rings are placed horizontal and vertical on a spherical shaped turbine, which may be screwed, bolted or welded on the second spatial figure like a sphere with combined air passages. Example of Spatial figure and there related in combination of geometry, round like a ball. Disk. Star. Ellipse. UFO shaped or oval. Circular. Ellipse, Crescent, Cylindrical, Tubular. Convex. Curvilinear Triangle, Pyramid. Triangle with conic body, Triangle with triangle body, triangle with rectangular body, rectangular, square, box.

[1487] Donut. Quadrilaterals. Polygons of geometric solid figures and their numbers of planes. Nonagonal, monogon, Diagonal. Digon, Trigon, Tetragon, Pentagon, Hexagon, Heptagon, . Enneagon, decagon, Hendecagon, Dodecagon, Triskaidecagon, Tetrakaidecagon, Myrigon. Bricard octahedron. Trapezoids, Isosceles, Rhombus, Parallelogram, a Kite, a , Ring, Convex, Hemisphere, Sphere, a demi Sphere, a Cone, a Convex, a Concave, a Cydic, a Equilateral, a Equiangular, Regular convex, Regular Star, Polygon. Torus, , , Squire. Prism, Squire antiprism, Torus, Toroid, Homeomorphic, , Regular tetrahedron, Regular polygon, Icosidodecahedron, tetrahedron. Octahedron. Icosahedron. Small stellated dodecahedron, Great Cub- cuboctahedron, Tetrahedron, Icosahedron, Dodecahedron, cuboctahedron, Octahedron, Triacontahedron, rhombic triacontahedron, , octahedron. Obtuse, Acute, scalene, Rhombic, conic, Polyhedral,

[1488] Parabola, Hyperbola, Hexahedron, Elliptical, Octagonal Prism, Cube, Polyhedron, Truncated cube, Equilateral triangle, Isosceles Triangle, Trapezoid, Trapezium, Cuboid, Irregular Quadrilateral, Quatrefoil, Arc Polygon, Compound Polygon, Rectangle Prisma, the Prismanoid. Polyhedral pyramid, In 4-dimensional geometry Frustum. Ellipsoid, Models are also possible, like existing objects. Star Egg, Disc. UFO, Balloon, Bottle, Flower types, Mushroom Tree types, Leaf. fader. Marine creatures and shells or type of sea Shell. carcass or body shell of marine creators. Turtle or shrink. Carrousel or turret, angelus tower, Honeycomb, in the shape of objects, structures, animals and spatial figures for shaping a device. a Column, an upright pillar, typically cylindrical, supporting an arch, welded frame or structure. entablature, or other structure or standing alone as a monument.

[1489] AT LEAST ONE: Fluid Turbine Machine with any Spatial figure combined and merged with a second device of any spatial figure and related geometry, placed on and into other devices, like ring(s) in ring, a sphere in a cylinder. Ring in a star or visa versa. Horizontal, vertical or diagonal in any degree. Triangle in ring(s), cylinder in ring(s), ball in rings. Kite in ring(s), squire in ring(s), hexagon in ring(s), pentagon in ring(s), octagon in ring(s), decagon in ring(s), trapezoids in ring(s), isosceles in ring(s), rhombus in ring(s), oval in ring(s), parallelogram in ring(s), Quadrilaterals in ring(s), trapezium in ring(s), pyramid in ring(s), sphere or hemi sphere in ring(s). Cylinder in or on cylinder from large to small or vice versa. Rectangular in or on rectangle from large to small, square in or on square, Quadrilaterals in or on Quadrilaterals, hexagon in or on hexagon, pentagon in or on pentagon, octagon in or on octagon, decagon in or on decagon, trapezoid in or on trapezoid, isosceles in or on isosceles, rhombus in or on rhombus, parallelogram on or on parallelogram, cube in or on cube, and so on. Demi cylinder. Demi disc. Covered or uncovered for !/3 1/4 1/2 3/4 rotor disc. Prism upside down. shielded or open in any size or degree.

[1490] AT LEAST ONE, Fluid turbine machine combined with A second or third turbine machine, models mentioned above, placed on and into other devices, like ring(s) in ring, on cylinder, a sphere. a cube. on or in a cone and so on. Horizontal, Vertical and diagonal. Triangle in ring(s), cylinder in ring(s), ball in rings. Kite in ring(s), squire in ring(s), hexagon in ring(s), pentagon in ring(s), octagon in ring(s), decagon in ring(s), trapezoids in ring(s), isosceles in ring(s), rhombus in ring(s), oval in ring(s), parallelogram in ring(s), Quadrilaterals in ring(s), trapezium in ring(s), pyramid in ring(s), sphere or demi sphere in ring(s). Cylinder in or on cylinder from large to small or vice versa. Rectangular in or on rectangle from large to small, square in or on square, Quadrilaterals in or on Quadrilaterals, hexagon in or on hexagon, pentagon in or on pentagon, octagon in or on octagon, decagon in or on decagon, trapezoid in or on trapezoid, isosceles in or on isosceles, rhombus in or on rhombus, parallelogram on or on parallelogram, cube in or on cube. Cube in a ring. Star in a ring and a ring in the star etc. ring in rings functioning as rotor. Squire in ring. Ring in squire. Cylinder in triangle. Combinations are inexhaustible for obtaining a turbine design.

[1491] AT LEAST ONE, attached to it as mentioned above with or without Hood mold, all models created by spatial figures may be combined with additional architectural beautification in design and aerodynamics of a device, may be combined like, an apse or chevet, apse calotte, arch or arch brace, aedicule, amphitheatrically, antefix, Entasis, vault, cross roof or gable roof arcade, baluster. Baptisterium, nave, Bohemian hood, campanile, pyramid, trilobal horseshoe arch, ogival cross groin vault, rib vaulting, Greek cross, herme, pseudo basilica, pseudo transept, ogive, trullo. Trapezoid, hoodmold, entesis, vault, gable roof.

[1492] AT LEAST ONE: Wind turbines mounted on buildings with gabled roofs. Wind turbine mounted along the ridge of a gabled roof. Wind turbine on a Bonnet roof. Box gable roof. Butterfly roof. Clerestory roof. Combination roof. Cross Gabled. Cross hipped. Curved roof. Flat roof. Roof guardrail protection. Truss mounted guard rails. Eave truss mount. Eave handrail. Platforms and walkways. Lifeline and anchors, Anker points. O, rings. absorbers. Steel shackle. Thimble. Turnbuckle. First grip. Wire loop rope. Fast clamp easy and modular eaves. A helix rain pipe with or without a center dry-shaft. Enclosed helix on predetermined distance for accommodating a hydro turbine machine therein. Suspended in a tilted angle of the helix. Needle shaft. Shaft hub. Tilted hub and vertical axis. Generating electric current by rain water or flowing water or fluid. A vertical pipe with turbine generators placed in formation. Horizontal pipe with turbine generator by flowing fluid therein.

[1493] AT LEAST ONE: Man-made structures include highways, dams, and cities. Example, the Great Wall of China. Many large floating structures have been conceptualized, including a golf course, a farm, and habitable long-term living complexes (seasteading). Some large floating structures that have been built include floating airports and floating landing platforms etc.

[1494] AT LEAST ONE: Structural, structure type and forms of architecture. Agricultural building: Abattoir, Barn, Farmhouse, a skyscraper, a super tall sky scraper, a tower building, a mansion, a villa, Granary, Herero, greenhouse, Hayloft, Root cellar, Shed, Silo, Stable, Storm cellar, Well house. Commercial buildings: Automobile repair shop, Car wash, Convention center, Drugstore, Filling station, Forum, Hotel, Internet cafe, Market, Market house, Pharmacy. Skyscraper, Shop, Shopping mall, Supermarket, Warehouse, Restaurant, Office etc. Residential buildings: Apartment block, Block of flats, Bungalow. Condominium, Dormitory. Duplex, House - see List of house types, Townhouse, Unit, Villa. Medical buildings: Psychiatric Hospital, Hospital, Nursing Home, Quarantine, Asylum. Educational buildings: Archive, College, School, Library, Museum, Art gallery, Theater (building). Amphitheater, Concert hall, Cinema, Opera house, Boarding schools. Government buildings: City hall, Consulate, Courthouse, Embassy, Fire station, Meeting house. Moot hall, Parliament, Police station, Post office, Prison. Industrial buildings: Brewery, Factory, Foundry, Power plant, Winery, Mill, Water Tower. Military buildings: Arsenal. Barracks, Bunker, Blockhouse, Citadel. Parking structures and storage: Boathouse, Garage, Hangar, of aircraft or spacecraft, Storage silo. Religious buildings: Church, Basilica, Cathedral, Duomo, Chapel, Oratory, Martyrium, Mosque. Mihrab, Surau, Imambargah, Monastery, Mithraeum, Fire temple, Shrine, Synagogue, Temple. Pagoda, Gurdwara, Hindu temples. Transport buildings: Airport terminal, Bus station, Metro (subway, underground) station, Taxi station, Railway station (or, primarily in US, Railroad station), Signal box, Lighthouse, Parking garage. Industrial complex. Testing and science facilities. Hydron collider.

[1495] AT LEAST ONE: Non-buildings: Bridges, Arenas, Amusement Parks. Infrastructure: Power Providers: Fossil fuel power station, Nuclear power plant, Geothermal power, Biomass- fueled power plant, Waste heat power plant, Renewable energy power station. Others: Bakery, Bookstore or bookshop, Clinic, Community hall, Department store, Eatery, Fast-food restaurant, Film studio, Floristry, Folly, Food court, Gym, Hospice, Hospital. Hypermarket, Mini market, Office building, Pizzeria, Plant nursery, Pub, Bathhouse, Skyscraper. Stall, Sport club, Wet market. Workshop, Game Store. Non-building structure: Aerial lift pylon, Aqueduct, Arena, Barriers, Blast furnaces. Bleacher. Boat lifts, Brick kilns, Bridges and bridge-like structures (aqueducts, overpasses, trestles. viaducts, etc.), Bus shelters, Canal, Building canopies, Carport, Chimneys and flue-gas stacks, Coke ovens, Communications tower, Covered bridges, Cranes, Dams, Dock (maritime), Dolphin (structure), Electricity grid, Ferris wheels, Ferry slip, Flume. Fortification, Fractionating towers, Gates, Handrails, Hayrack, Hay barrack, Headframe, Infrastructure, Marina, Monuments, Mining, Parking structures, Oil depot, Offshore oil platforms, Pavilions, Piers, Radio masts and towers, Railroads. Ramada (shelter), Roads, Roller coasters, retaining walls, Silos, Snow shed, Stadium, Storage tanks, Street lights, Street signs, Swimming pools, Structures designed to support, contain or convey liquid or gaseous matter, including Cooling towers, Distillation equipment and structural supports at chemical and petrochemical plants and oil refineries, Tank farm, Towers of some types, Tramways and Aerial tramways, Transmission towers, Triumphal arch, Tunnels, Underwater habitat, Water towers, Wharves.

[1496] Exceptions of non-building structures: Some structures that are occupied periodically and would otherwise be considered non-building structures are categorized as "buildings" for life and fire safety purposes: Aviation control towers, Factories, Kiosks, Lighthouses, Outhouses, Power stations, Refineries, Warehouses. Large manmade structures: The great wall of china. the Pyramids of Giza, the Parthenon of Athens, and the Eiffel Tower. Khalifa in Dubai, Taipei in Taiwan, The international commerce center in Hong Kong. Petronas. Twin tower in Koalalompur, kang sang bridge in china. Largest Clock Face Abraj Al Bait Towers. Largest Building (by volume)- Boeing Everett Factory. Largest Airplane-Antonov An-225 Mriya is a huge structure built by humans. Largest Helicopter-Mil Mi-26.

AWG AND DESTILATING, AIR PURIFYING TURBINE GENERATORS.

[1497] AT LEAST ONE; AWG, Atmospheric water generator turbine. Water desalination turbine machine. Water desilting turbine machine. Wind turbine extended intake ramps, Geared Ring electric generator vertical and horizontal turbine generator. Air accommodating airfoil blade and surface including push side for rotational direction. Integrated electric generator. The fan is mated in the intake combined with a main turbine rotor. Generating 400 kWh. Gas refrigerating system, gas tank. Compressor. Thermostat. Liquid Coil piping. Iron coiling condenser. Electronic, pneumatic, spring mounted release valve. Check valve. Temperature sensor. Power supply. Air cooled Evaporator coils. Cryogenic cooling. Boiler. Re-boiler. Turbine water pump. Intake air filter. Grill for filtering debris. Turbine automated valve. Additional intake and exhaust for internal air circulation by electric ventilators. Condense chamber. Vertical arranged Stainless steel condensing plates. Stainless steel plates with Vertical carved drains and sensors. Carved drains in the condensing chamber floor slightly inclined toward the filtering system. Rain water carved drains on the turbine nacelle and rotor chamber floor slightly inclined toward the water filter or drain.

[1498] Refrigerant Circulated through a evaporator and condenser coil or hollow vertical plates with refrigerant coils and connecting circulation valves. Stainless steel hollow plates with ceramic heating coils and a matrix of vertical carved water drains. Air Cooling condensation process. Air vaporizing, condensing process. Water boiling and condensing process. Water tanks, water reservoir. natural filtering system. Pretreatment; Pumping and containment. Slow sand filter. Pre-chlorination. pH adjustment. Sedimentation. Sludge storage and removal. Floc blanket clarifiers. Dissolved air flotation. Rapid sand filters. Membrane filtration. Removal of ions and other dissolved substances. Disinfection. Water fluoridation, Water conditioning, Plumb solvency reduction, Radium Removal, Fluoride Removal. distillation (desalination of seawater) and reverse osmosis. Granular Activated Carbon adsorption. Semipermeable membrane. Direct contact membrane distillation (DCMD). hydrophobic polymer membrane. Gas hydrate crystals centrifuge method. In Situ Chemical Oxidation. Bioremediation. Demineralized water. Vacuum distillation. Multi-stage flash distillation. Multiple-effect distillation. Vapor-compression distillation. RO membrane. Freeze thaw. Solar evaporation. Electro dialysis reversal. Membrane distillation. Wave-powered desalination. Forward osmosis (FO). Mechanical/refrigeration dehumidifiers. Portable water purification. Potable water purification devices and methods are available for disinfection and treatment in emergencies or in remote locations.

[1499] AT LEAST ONE: Pitch-able propeller rotor, mounted on the rotor hub pitch bearing and bolted therewith to be pitched by the internal actuator coupled with the rotor pitch bearing, At least one propeller turbine rotor having cyclic pitch mounted on the blade part. At least two tillable, blade pitch able contra rotating propeller rotor.

[1500] A horizontal and vertical pitch-able turbine rotor comprising blades radial and perpendicular stretching its form mounted in the rotor frame having a cyclic pitch mechanism. The blade frame comprising the stator segment of the pitch bearing mated in the frame and leveled with the frame surface for the blade to fitted in the bearing upper and lower or left or right bearing and bushings and bolted therewith. The cyclic pitch bearing is electrically mated by electric wiring in the frame which is harnessed and conducted to the rotor hub mated with a PCB and voltage supply and data commination circuit. Rotor hub electrically connected by carbon brushes or slip rings and spring carbon current collectors. The rotor blades can be mounted in the outer rotor frame in one blade part or in a plurality of blade parts like lamellas horizontal or vertical whereby each airfoil is mounted in cyclic pitch bearing and bushings and bolted there with a minimum spatial gap with the stator frame.

[1501] Turbine blades are made from ferrous and non-ferrous, polymer or ceramic or combined. The aim is to use light weight and solid materials and polyester, vinyl ester or carbon fiber, 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, delamination strength, out-of-plane strength, and stiffness. Material indices based on maximizing power efficiency, and having high fracture toughness, fatigue resistance, and thermal stability, have been shown to be highest for glass and carbon fiber reinforced plastics (GFRP’s and CFRPs). In a preferred embodiment, the material of choice used in the construction of the turbine blades and assemblies, use rotor blades with carbon-fiber girders to reduce weight. In general, ideal materials should meet the following criteria such as, wide availability and easy processing to reduce cost and maintenance, low weight or density to reduce gravitational forces high strength to withstand strong loading of wind and gravitational force of the blade itself high fatigue resistance to withstand cyclic loading, high stiffness to ensure stability of the optimal shape and orientation of the blade and clearance with the inner nacelle, high fracture toughness, the ability to withstand environmental impacts such as, lightning strikes, humidity, and temperature. Wood and canvas sails were used on early windmills due to their low price, availability, and ease of manufacture. Runner blades can be made from light metals such as aluminum. These materials, however, require frequent maintenance. Wood and canvas construction limit the airfoil shape to a flat plate, which has a relatively high ratio of drag to force captured (low aerodynamic efficiency) compared to solid airfoils. Construction of solid airfoil designs require inflexible materials such as metals or composites. Some blades also have incorporated lightning conductors. The number of blades within the turbine assemblies their size, thickness, camber and depth may vary according to the diameter, size and power output range and specific operational design requirements of these devices.

[1502] Turbine generator made from all electric components, parts units, machines and mechanical devices from vehicles parts of all speeding and flying object parts. These parts can be adjusted and altered for a desired preformats of the turbine and components. And which are to many parts and not possible to cite all. An example with car parts taken the front wheel of a vehicle were on a tire is placed having several parts to do several works. The most common Parts are the Shock/Strut - Front. Shock/Strut - Rear. Wheel Bearing/Hub Assembly-Front. Tie Rod End. Power Steering Pump. Ball Joint - Lower. Sway Bar Link. Wheel Bearing/Hub Assembly-Rear. Now I can make a turbine with these parts by mounting a rotor on the wheel and a wind directing enclosure or shielding. When used as a flywheel mounted with the hub for stabilizing by contra rotation and positioning the wind turbine. Taken a vertical axis wind turbine whereon top the wheel is mounted equipped with a disc and mass in diameter according to the mass to be displaced also in rotational speed. the wheel rotating electrically or mechanically. By coupling two sway bars in an angle of 90degree to the wheel, the wheel can be tilted in all direction instead of left or right. By tilting the wheel by sway arms mated with an actuator piston. the turbine shielding or cover will rotate to that direction.

[1503] AT LEAST ONEL Modern times, gyrostat concept used in the design of attitude control systems for orbiting spacecraft and satellites. For instance, the Mir space station had three pairs of internally mounted flywheels known as gyrodynes or control moment gyros. In physics, there are several systems whose dynamical equations resemble the equations of motion of a gyrostat. Examples include a solid body with a cavity filled with an inviscid, incompressible, homogeneous liquid, the static equilibrium configuration of a stressed elastic rod in elastic theory, the polarization dynamics of a light pulse propagating through a nonlinear medium, the Lorenz system in chaos theory, and the motion of an ion in a Penning trap mass spectrometer.

[1504] AT LEAST ONE: Wind Turbine machine installed by a crane, whereby the crane is larger than the wind turbine structure for hoisting all the components starting with the tower where the first tower module is bolted or welded to the base flanges. Whereon the second tower segment and the third tower segments and a connecting channel portion connecting the plurality of tower modules to each other such that the plurality of tower modules are stacked. tower modules include a module body portion being hollow and including a metal; and a flange portion disposed on an end of the module body portion in a height direction of the module body portion, and having an installation groove recessed in a circumferential direction of the flange portion. The connecting channel portion connects the plurality of tower modules to each other by being inserted into the installation groove such that the plurality of tower modules is stacked. The turbine frame and components and parts are hoisted on the tower build and connected by workers and closed with the nacelle panels and parts. Some wind turbine may be equipped with a crane mounted on the wind turbine. The tower can be reinforced for a nacelle riding thereupon. Steel lattice tower structure. Braced and beam tower structure. Pylon. Transmission tower.