I, DRIVE. ELECTRIC GENERATING ELECTRIC AUTOMOBILES.

[2808] The present invention relates to all category of motorized of which the I Drive electric mobile is an exemplary contemplation of the inventor. This including hybrid, electric vehicles and amphibians, like, Automobiles, Motor , Trucks and Utility vehicles and for 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. Levitated and speeding electromagnetically on at least one track or more tracks. Flying with horizontal and vertical propulsion and turbine generator in propulsion tubes and ducts. Categorized by cargo, freight transport trucks, vans, tractors, 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.

SUMMERY OF THE INVENTION.

[2809] Motorized Wheels by steam engine driven vehicles where after Internal Combustion engine operated vehicles were invented early in the history of the IC engine, propelled by an internal combustion engine, fueled by the deflagration (rather than detonation) combustion of hydrocarbon fossil fuels, mostly gasoline (petrol) and diesel, as well as some gas turbine driven. Methane, propane Auto-gas and CNG, compresses natural gas. And LNG liquid methane and propane. Hydrocarbon fuels cause air pollution and contribute to climate change and global warming. By environmental laws and restrictions on gas emissions are propelling work on alternative power systems for transportation. Efforts to improve or replace existing technologies include the development of hybrid vehicles, plug-in electric vehicles and hydrogen vehicles. Vehicles using alternative fuels such as ethanol flexible-fuel vehicles and natural gas vehicles are also gaining popularity in some countries. Cars for racing or speed records have sometimes employed jet or rocket engines, but these are impractical for common use.

[2810] The inventions combined with the battery electric vehicles provided in this application provides the solutions to these problems regarding pollution and global warning 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.

[2811] Herby indicating that this invention is the solution which replaces all the partial provided solutions by means of these inventions also related to all-terrain vehicles and off-road vehicle. The battery electric vehicle is equipped with at least one or a symphony of wind electric generating turbine machines that generated sufficient electric current to power the entire vehicle.

[2812] 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 , 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.

[2813] 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.

[2814] 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 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.

[2815] 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.

DISCRIPTION OF PRIOR ART.

[2816] The, I DRIVE is a digital electric automobile with a flyby wire operated steering system by means of a rotary disc mounted in operable bearing and electromagnetically communicating stator and rotor of accurate defined steps rotating the wheels, comprises a computer processor and processing unit on PCB and power supply below the casing optical connected with the main computer. Data processing and Communication electric units Equipped with Digital video screen 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 dashboard is omitted whereby the transparent roof descends in an angle downward and in the nose of the vehicle at feet high and at the feet resting console. The engine block is made at the back recess of the vehicle.

[2817] 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 . 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.

[2818] The Automobile comprises a frame and welded with the cabin frame made on the lower 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 spline- shaft and bore spline engagement thereof. Whereon the plurality of nickel choom wheels, inflatable are pneumatically mounted. The shock-dampers 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.

[2819] The electric car comprises, at least one reciprocating electric engines with eight linear electric motors provided in the motor block with the electric piston mounted operable linear in plain bearing in the cylinder 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, control, Digital foot paddle control unit and current input connection and sensor and motor control units are housed in the motor bock.

[2820] 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.

[2821] 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.

[2822] 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.

[2823] 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.

[2824] The inner electric wiring from the lightning, electronic lock, and the steam turbine high voltage cable connected with the power supply under the . 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 air- compressors 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.

[2825] 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.

[2826] The steam turbine generator is mounted in the lower trunk bottom and the spare 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 air-conditioning 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.

[2827] 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.

[2828] 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.

[2829] 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.

[2830] 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.

[2831] 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 . 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.

[2832] 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.

[2833] 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

[2834] 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.

[2835] 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. .

[2836 The I drive equipped with a first an intelligent battery pack that can switch voltages charge and supply power. The main high voltage 110v lithium ion battery pack and fast chargers for the magnetic machine and other controllers. Inverter for the AC electric motor. Made of multiple batteries in parallel and serial which can be charged in parallel and serial by the intelligent battery.

[2837] 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.

[2838] 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.

[2839] 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.

[2840] 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.

[2841] 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 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.

[2842] 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.

[2843] 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.

[2844] 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.

[2845] 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.

[2846] 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.

[2847] 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.

[2848] 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.

[2849] 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.

[2850] 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.

[2851] Electric generating wind turbine generators are integrated with air intakes and exhaust for air circulation by on headwind to the turbine rotor and the exhaust. The rotor chamber and ducts body are airtight, and waterproof connected by rubber rings, packings and waterproof bearings. The internal air circulation can also be applied and can be switched to internal and external air circulation, connected to the air circulation plenum having electronic switched lid operated by the automated system. The rotary electric machine is applied as traction motors wherein other electric machines can be applied to, comprising a generator. A four-stroke engine or more stroke electric engine can also be installed in the I drive. The I drive Is a fly by wire system which can be switched to autopilot mode whereby the automated system controls the vehicle by means of sensing system and remote sensing, navigation system and processing system. Amphibian, Hybrid, with more features integrated. The I drive can be combined as hybrid vehicle or amphibian vehicle. The I drive can be made with the driver driving the car from the left side or like an Englishman from the right side seated on the right seat.

[2852] These features and changes allows the vehicle to be design with possibilities unimaginable before, because of the elimination of the steering wheel, the dashboard, the fuel tank and exhaust and more parts and components not required for electric vehicles. We may design and construct a complete futuristic embodiment of the vehicle chassis and frame having plurality of wheels. The cabin frame in which is constructed on a chassis is made of composite material, carbon fiber, aluminum alloys, light weight super alloys and steel, iron derived material.

[2853] The complete upper part of the vehicle is made of translucent glass consisting of types of glass layers of unbreakable glass and scratch free wind shields with digital glass tinting and video screen also consisting of acryl, mica or transparent oil derived material. Having side windows shaped and formed by an injection mold, whereby small grains of glass or acryl is placed, and heat is applied into the mold shaping the window or shield of the vehicle.

[2854] I DRIVE, is the design and applicableness of the future automobile made possible because of the turbines and elimination of the Steering wheel and the dashboard in front of the driver, combustion engine and more. One may apply a lower dash like in a cockpit with HD monitors and digital controllers one drive the vehicle with a joystick or manual gyroscopic controller and disc and rings. We may design and construct a complete futuristic embodiment for all types of vehicles of all category and size including flying and airborne vehicles, the vehicle chassis having a plurality of wheels, and the cabin frame n which is constructed on a chassis made of composite material, carbon fiber, aluminum or metal sheets, alloy derived material, whereby the complete upper part of the vehicle is made of transparent acryl or glass. having side windows shaped in form in a mold, whereby small grains of glass or acryl is placed, and heat is applied into the mold shaping the window or shield of the vehicle. Comprising a plurality of doors.

[2855] The Electric automobile can be motorized with the rotary electric machines arranged watertight for traction motors. By the coaxial geared machine and by the linear electric piston engine for propulsion of the automobile. The linear electric machine equipped with at least four linear electric machines in the crankcase provides an eight stoke powerful engine. Compared with a combustion engine which would require an eight stoke engine to obtain the same. The electric piston comprises two stokes per cycle where a combustion piston comprises only one power stroke wherein there is none return stoke. The electric four electric piston engines can be assembled as a “V” engine wherein the lower crankcase the gearbox is arranged and coupled to the crank shaft by means of permanent and non-permanent mashing gears. The gearbox can be arranged in all existing type of gear boxes where the output driveshaft and the crankshaft is coupled with electric generating centrifugal pumps, water pumps, flywheel, and electric motors and alternator or dynamo, by means of a cams and chains or other rotary couplings.

[2856] Electric battery vehicles are made in all category of motor vehicles comprising corresponding rolling chassis, with an under body in difference frames and ground clearance of different category of sport with minimum ground clearance and other category of vehicles with maximum clearance (sometimes referred to as "coachwork"), which is usually not necessary for integrity of the structure, is built on the chassis to complete the vehicle. Type of structural frame like; A Ladder frame. Uni-body frame. Backbone tube. X-frame. Perimeter frame. Platform frame. Space frame. Sub frame. Typically, the material used to construct vehicle chassis and frames is carbon steel; or aluminum alloys carbon fiber to achieve a more light-weight construction. In the case of a separate chassis, the frame is made up of structural elements called the rails or beams. These are ordinarily made of steel channel sections, made by folding, rolling or pressing steel plate. There are three main designs for these. If the material is folded twice, an open-ended cross-section, either C- shaped or hat-shaped (U-shaped) results. "Boxed" frames contain chassis rails that are closed, either by somehow welding them up, or by using pre-manufactured metal tubing.

[2857] The perpetual electric mobile includes an under body whereon the wheel axles are mechanically mounted with the low profile under body and four wheels suspended by Constant velocity joints and steering mechanism including power steering servo motor. The carbon fiber body and light weight steel extending chasses includes a cavity wherein said electric piston engine is suspended in the front or rear of the vehicle. The engine block can be installed in a "V" or inline formation. A round arrangement of the linear piston machines. Hybrid vehicle types may contain a rotary engine a Wankel or wobble engine arrangement for which the chasses engine suspension is provided and bolted therewith and engaging mechanism for its drivetrain. The vehicle axles can be arranged with different suspension methods and linear motor for shock dampers and adjustable.

[2858] The electric automobile can be equipped with types of brakes and combined front and rear braking system of brakes disc or drum brakes, Electric brakes by the electric motors which can be provided by reversed switch polarity and current gain adjustment. Reverse thrust for an airscrew operated by an electric motor or electric engine. The braking system can be provided by an additional electric motor. Pneumatic breaks can also be applied. The rear wheel integrated drum brakes operated in assembly with the front wheel disc brakes, having a fluid reservoir of brake fluid a hydraulic pump and electric operating unit connected by host to the break valves. The drum brakes expend equally from both hinges upward against the adjacent ring surface reducing rotational speed. The front disc brakes have brake caliper which are presses against the rotary disc and speed is reduced. The braking system are synchronized and operated the hydraulic pump by the electric unit and sensing system when the brake paddle is applied.

[2859] The main electric engine comprising a four-piston electric engine or eight piston electric reciprocating engine. Whereby the linear motor provides one stroke or two strokes including the return stroke provided by the vehicle battery and power supply. The linear piston magnet or electro magnet travels through transversal bobbin coils woven around the iron piston on the insulated linear shaft mounted in journal bearing and flywheels. Connected with the crankshaft mounted in the crankcase walls in double rows of thrust bearings and coupled tow a parallel intermediate gearbox axis by means of gears. The output of the crank shaft is extended from the casing through the bearings and the gearbox output driveshaft portraits from the casing. Mixed iron and coper rings on the linear piston driven by the electromagnet coils forward and backward in stokes or infinite with constant power supply. Applicable magnet piston with an linear piston machines coupled in journal bearing with the crankshaft each machine can exert a push stroke and a return stoke in a balanced sequence for cranking the crankshaft mounted in double row of roller bearings in each side of the crankcase. The electric piston engine can be operated by two strokes and a constant electric supply with amplified electric pulses for the push and return stoke or the two power strokes. This can be applied for larger vehicle. To be noted, wherein the electric engine will consume more electricity. The crank shaft sensors and linear electric machine speed sensors are electrically coupled with the power supply unit which is arranged in the crank case. The electric pumps and flywheel speed sensors, engine temperature sensor and thermostat are electrically coupled with the computer system which operates the component of the vehicle.

[2860] Acceleration occurs by the electric paddle requesting a certain amount of power, triggered by the regulative power supply electric and provided to the linear machines of the electric engines for accelerating the motorcar. The electric piston engine can be arranged with a push stroke and a return stroke according to the electric load at the two return point of the linear piston results in more horsepower and a more powerful electric engine which can adjustable applied for larger category of vehicles or when a trailer is mounted.

[2861] Timer for power supply for the linear piston machines and electronic system are provided in the crankcase. The timer is electronically operated by micro controller and laser sensors having an accurate coded disc or coded strip or bar which may indicate 360 positions per cycle or more and communicates acceleration and decrease in velocity for the operating systems and magnet motor functioning as governor for the amplifiers, as flywheel, and motor for regulating the turbine generator providing electric current to the automobile. devices are electrically mated by electric wires or optical cables and optical connectors to AD and DA converters signal amplifiers and pulse modulators and secured connection units with the microelectronic unit and power supply.

[2862] Synchronization timer for the more stroke sequence power supply can be made in more varieties for which the most accurate is the electronic sensing system and micro controllers and microprocessors which are multifunctional also correcting the current phase and exact magnet and coil position shifting of electric phases for electric motors and engines. A rotary switch can be made with a altered small commutator with corresponding number of split rings mated on a operable on an axis mechanically and operable connected with the crankshaft for rotation therewith serving as sensor and controller. The split ring contacts are the timer for one or two pistons of the sequence of arranged pistons. A cam shaft or dual camshaft is also applicable for driving the power supply and cyclic timer sequence for switching the power supply switch gears. The camshafts connect with the crankshaft by means Single or dual cams and chains.

[2863] Comprising a plurality of doors windows a hood. Doors can be suspended in different arrangements Like mechanically hinged at the left or right. Hinged and on slides for sliding the door. Hinged with combination of an electric or hydraulic servo and electronic unit. A pivoting and/or sliding mechanism suspended door. An automobile door can be opened outwardly like wings pivoting with the roof of the automobile. The doors can be opened upward mechanically pivoting with or without support rods at the sides or upper part with the roof.

[2864] The vehicle window and windshield contains a special feature to darken the glass for external sunlight added on the outer layer LED or LCD screen in the window. This may be partially for the display to be clear visible and readable in the daylight. The Front window, the roof and the sides as well as the back window can also be darkened with a shade in the outer glass layer for sun rays or radiation. The front transparent acryl or glass window ends at the feet of the driver and front passenger, having a large window in front. The front window contains several digital displays in form of sheets made between the layers of the front window shield. Having sensors, and rear camera to view dead angles display in the back mirror or on display.

[2865] A first and second battery. Additional fast charging units or rechargeable backup for critical units such as electronic steering and brakes. Hybrid by battery and/or combustion fuel gas or hydrogen, fuel sensor volt and temperature and humidity sensor and controlled by air-conditioning system, GPS navigation system integrated, multimedia system with DVD audio and more, and with all other control systems display which can be divided in one or two displays. The passenger next to the driver may use his screen on the front shield for internet, having Infrared and Bluetooth a WIFI connection, or watch television by DVB or watch a DVD on the front window display while been driven. The windshield can be divided for the passenger side.

[2866] The, I drive Gear System. A gear system reduces the use of energy applied for the traction motor. The gearbox also reduces wear regarding the electric engine or traction motor. The I drive can be made with a automatic epicyclic gearbox and a manual transmission gearbox whereby the gears can be shifted by push buttons, a lever or rotary switched for shifting forward gears, a reverse gear, and neutral, or by a foot pedal like a motor cycle including the reverse gear. The I drive is arrange with a automatic Gearbox having automated transmission. A Vehicle transmission gearbox utilize a clutch, mashing plates, or a torque converter to decouple and couple the drive shaft from the intermediate shaft when shifting gears or applying the breaks. In an simple automatic epicyclic gearbox, clutch plates or clutch packs which is pressed together to lock the hub to the case, and to couple and decouple the drive shaft for shifting the gear assemblies. The clutch plates and hubs are also made around the rings of the epicyclic gearbox. To reach additional gear ratios three planetary gears are installed with gear hubs engaging the planet gears and the sun gears combined with the ring gears for six speeds and reverse. More planetary gears can be added to create different gear ratios.

[2867] Automatic gearbox with Synchronized connecting internal gear shift arrangement comprising gear rows connected on parallel suspended shafts with a gear assembly connected and combined standard five or six gear ratios by combinations of gears. And gear sets. The gears are shifted by a hub, a friction cone, Synchronizing ring and a sleeve. Shifted manually or automatic by electromechanically means, hydraulic, pneumatic, Electromagnetic means or ells. Some gearboxes shift gears with shift forks by guides and pins. The shift forks are to be installed on the gear shift drum. A plurality of groove are cut in to the drum in a certain matrix swinging forward and backward in a sequence when turn to the left or right the shift forks are moved and the gears are shifted. The shift forks are connected to a set of gears which move forward and backward to connect with gears by locking dock clutches. Manual gear system comprises a clutch pedal, A clutch lever, a clutch plate and clutch coupling. Coupled operatively by rods and joints or by clutch cable. A flywheel.

[2868] COMPRISING, AT LEAST ONE; Fly by wire digital electric and Perpetual vehicle, EV. PEV. Hybrid Electric plugin vehicle (PHEV). New Energy Vehicle (NEV). BEV. ICEV. HEV. BOEV. Digital side console and controls. inlet grill. inlet shutters. At least one wheel. Handbrake. Foot brake. Foot or hand gas throttle. Wind turbine generators. Ramps and adjustable ducts with bypass and internal valves or deflectors. for controlled air passageway. Manifold. Air compressed chambers or plenum. centrifugal pump. Electric heated turbine casing. Adjustable duct vanes. Relay and Solenoid controlled valve or lid n the air compression chamber for internal air supply to the turbine machine. Electric traction motor. all provided breaking system can be applied. Automatic gearbox. Digital Battery level indicator, Digital on screen dashboard Regenerative breaks. Regenerative shock absorbers.

[2869] COMPRISES, AT LEAST ONE: Carbon fiber Chassis. Light alloy aluminum Frame and sub frame. Engine compartment and mounts at the front or at the rear of the cabin. cabin, wheel and engine suspension system and frame. Chassis. Digital flyby wire manual controller comprising at least one rotating object like a disc or of any spatial form or related geometry. Having rings around the disc for indicators and gear shift and other devices electronically digitally mated including the electronic power steering and steering disc. Electromagnetic steering assist. Digital display sheets mated between the glass layers of the windscreen. Outer layer comprising electric tinting capabilities for daytime view. Digital display apps and touchscreen mated the auto mated system and interlinked with all electric devices. Computer processor controlled and operated combined with light indicators.

[2870] The chassis and frame is constructed of solid state material such as iron carbon derived material, aluminum, or from carbon fiber and other solid state material and sheets. such as seat belts, airbags etc. Active safety features refer to functions that assist the driver to avoid an accident such as anti-lock brakes, traction control and active yaw control. Active safety functions may be divided in; Information, Warning, Vehicle dynamic control and Action recommendation. The automated system provides the information required to the driver by audio and/or visual means. Which may be a warning visual on display or a sound is triggered, by no human input for correction, the automated system will take over the vehicle controls by switching to autopilot.

[2871] AT LEAST ONE, 4-wheel Drive system (VTM-4). Front wheel drive. Rear wheel drive. Front mounted engine or rear mounted engine and components. Left pilot seat or seated at the right side. Engine and transmission. Transfer gear assembly, wheel suspension and shock dampers. Propeller shaft. Wheel sensor. Propeller shaft pinion gear and Ring gear. Electromagnetic coil. Clutch. ABS Modular assembly. PCM. VTM-4 Control unit. Constant Velocity (CV) joint. Half shaft. Front drive train. Front and Rear differential. Universal joint. Transfer case. Transfer case and drive chain. Disk brake Wheel bearing. Wheel studs. Disc rotor. Disc pads. Caliper Assembly. . Brake shoes. hardware and springs. Wheel cylinder. Backing plate. Self- adjuster. Parking Brake cable. Multi plate Clutch. Drum. Thrust washer. Piston. Drive Hub. Axial piston pump and control unit. Overflow valve. Flange, prop shaft. Enclosing and locking washers and bushing.

[2872] AT LEAST ONE: Hydraulic suspension. Hydro plastic displacer unit. Connecting tube, Hydraulic bleed valve. Bump rudder. Reaction pad. Upper suspension arm. Suspension tie rod. Suspension lower arm. Steering arm on the swivel hub. Driveshaft. Lower arm pivot. Upper arm pivot. Steering disc unit. power steering pump. steering gearbox. front sway bar. drag link. Idler arm. Steering knuckle. fluid reservoir. rear sway bar. front and rear shock absorbers. Tie rod. anti-roll bar (roll bar, anti-sway bar, sway bar, stabilizer bar). adjustable antiroll bars. Ignition switch. The extra reserve tire is commonly installed and fastened in the trunk for some types of vehicles the tire is on the chassis or under beneath the vehicle.

[2873] AT LEAST ONE: Ammeter. Contact breaker rotary cam. Capacitor. Primary coil winding. 200- 300 turns of 20-gauge wire. Secondary 2100 turns 40-gauge wire. 6volt 12volt AH Battery common ground connection. 2000- 3000volt rotary distributer. Frame. Sub frame. Chassis. Cab. Climate control. Air- conditioning. All car and automobile accessory compatible. 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. Auto mobiles and Vehicle having more than one wheel consists also of a front wheel drive or rear wheel drive. Front steerable wheels and/or more steerable wheels like heavy transport and Mammoth transporters and heavy haul transport and wireless remote-controlled vehicles.

[2874] AT LEAST ONE: I DRIVE, digital perpetual automobile. (WEV) Wireless charging electric automotive vehicle battery. Designed for a futuristic automobile not possible before, because of the elimination of the Steering wheel and the dashboard in front of the driver, combustion engine and more. One may apply a lower dash like in a cockpit with HD monitors and digital controllers one drive the vehicle with a joystick or manual gyroscopic controller and disc and rings. We may design and construct a complete futuristic embodiment for all types of vehicles of all category and size including flying and airborne vehicles, the vehicle chassis having a plurality of wheels, and the cabin frame n which is constructed on a chassis made of composite material, carbon fiber, aluminum or metal sheets, alloy derived material, whereby the complete upper part of the vehicle is made of transparent, , acryl, mica or glass. having side windows shaped in form in a mold, whereby small grains of glass or acryl is placed, and heat is applied into the mold shaping the window or shield of the vehicle. Comprising a plurality of doors. Doors can be mounted in different arrangements and mechanical joints, which is a pivoting or sliding mechanism. An automobile door can be opened outwardly like wings pivoting with the roof of the automobile. The doors can be opened upward mechanically pivoting with or without support rods at the sides or upper part with the roof.

[2875] The front window shield contains two layers of glass, acryl or transparent plastic with a 8K LCD sheets laid in the resonance in parts connected electronically by optical fiber. The wind shield is made of at least two layers in the rubber packing and aluminum side frame. The first outer layer of transparent glass is mounted in the frame with a spatial gap to the second glass layer where in between the LED sheets are mounted. Glass is made of clear crystalline sand, silicon which is melted by heat and injected in a mold for adopting its shape and form. Glass layers can be combined with modern type of glass such as Willow glass, Gorilla glass which is resistive against sketch and is thinner and so lighter and stronger than common windshield glass. Including a thin layer of bendable glass and absorbs certain impact of debris without damage.

[2876] A third inner layer can be added which is the protective layer for the screen. The first outer screen features the darkening or shades for the wind shield and is adjustable on the touch screen by a slide bar or with a plus and minus button for adjusting and external light for a day time view on the of the screen items. The screen can be divided in parts, including in two half’s for the passenger beside the driver. The screen contains programed features and connected to all the electrical systems including multimedia and internet. The navigation instruments radio are all compatible providable on screen and scroll by voice command or with the left hand while the right hand is one the steering dick for driving the vehicle.

[2877] This may be partially for the display to be clear visible and readable in the daylight. The Front window, the roof and the sides as well as the back window can also be darkened with a shade in the outer glass layer for sun rays or radiation. The front transparent acryl or glass window ends at the feet of the driver and front passenger, having a large window in front. The front window contains several digital displays in form of sheets made between the layers of the front window shield. Having sensors, and rear camera to view dead angles display in the back mirror made of an 8K display or on display. Camera made around the vehicle including the front lights and back light bars. Infrared camera. Gama ray camera. Combined spectrums for night vision or sand storms and disturbed visually. Break lights integrated in the back . Antennas for radio broadcast, WIFI and 4G and 5G amplification. High speed camera and sound for generating. Number plate lights at the back of the vehicle. Wing type opening doors. Upward opening hinged doors. Roof railing.

[2878] A main battery. A first and second fast charging capacitor pack automatic switching between charge and supply volt and temperature and humidity. Automated charge and supply regulative electric unit interconnected with the battery and power supply.

[2879] A gear system The I drive can be made with a automatic epicyclical gearbox and a manual transmission gearbox whereby the gears can be shifted by push buttons, a lever or rotary switched for shifting forward gears, a reverse gear, and neutral, or by a foot pedal like a motor cycle including the reverse gear.

[2880] An automatic gearbox Provided. The electric vehicle can be made with or without a gearbox. Or with the Coaxial arranged geared electric machine.

[2881] AT LEAST ONE Auto Pilot of the automobile having remote sensing and detecting units for detecting the surroundings using types certain sensors and remote sensing and cameras made around the vehicle, a variety of techniques such as short-range radar or sonar, active sensing and remote sensing. LIDAR device. GPS. Advanced control systems interpret sensory information to identify appropriate navigation paths, as well as obstacles and relevant signage. Autonomous cars have control systems that are capable of analyzing sensory data and digital imaging to distinguish between stationary and moving cars and objects, following a programmed route to a desired destination.

[2882] Autonomous vehicles sense their surroundings with such techniques as radar, LIDAR, GPS, sesor units and lane sensing and computer vision. Advanced control systems interpret sensory information to identify appropriate navigation paths, as well as obstacles and relevant signage. By definition, autonomous vehicles are capable of updating their maps based on sensory input, allowing the vehicles to keep track of their position even when conditions change or when they enter uncharted environments.

[2883] A traction control system (TCS), also known as ASR (from German Antriebs schlup fregelung, anti-slip regulation), is typically (but not necessarily) a secondary function of the electronic stability control (ESC) on production motor vehicles, designed to prevent loss of traction of driven road wheels. TCS is activated when throttle input and engine torque are mismatched to road surface conditions. Intervention consists of one or more of the following: Brake force applied to one or more wheels; Reduction or suppression of spark sequence to one or more cylinders; Reduction of fuel supply to one or more cylinders

[2884] often have two manufacturers. The first is frequently a manufacturer of light or medium trucks or full-size vans (or in some places, cars) comprising: A Tail lift or ramp. Trauma lighting. Air conditioning. Data Recorders. Etc.

{2885] The translucent roof and side screen made of glass window terminating at the feet paddles. Passenger, having a large window in front. The front window contains several digital displays in form of sheets made between the layers of the front window shield. Having sensors, and rear camera to view dead angles display in the back mirror or on display. A first and second battery, battery and/or combustion fuel sensor volt and temperature and humidity sensor and controlled by air-conditioning system, GPS navigation system integrated, multimedia system with DVD audio and more, and with all other control systems display which can be divided in one or two displays. The passenger next to the driver may use his screen on the front shield for internet, having Infrared and Bluetooth a WIFI connection, or watch television by DVB or watch a DVD on the front window display while been driven. The chassis and frame is constructed of solid state material such as iron carbon derived material, aluminum, or from carbon fiber and other solid state material and sheets. such as seat belts, airbags etc. All types of are applicable including the I drive chassis and frame. Ground clearance can be higher made with closed panzered beam protecting the vehicle chassis and panzer body and bullet free windows. The window can be a fully digital screen with cameras imitating the real window view. Closed back cabin from the driver front cabin. A cooling compartments. A table which can be electrically out folded as a extra seat. Speakers and LCD monitors.

[2886] The electric automobile lighting system consists of: Color of light emitted. Forward illumination: main lights, . Dipped beam (low beam, passing beam, meeting beam). Main beam (high beam, driving beam, full beam). Auxiliary lamps. Driving lamps. Front fog lamps. Cornering lamps. Spot lights. Conspicuity, signal and identification lights. Front. Front position lamps. Daytime running lamps. Installation: Intensity and color. Dim-dip lamps. Lateral. Side marker lights and reflectors. Turn signals. Side turn signals. Electrical connection and switching. Sequential turn signals. Turn signal color. Color durability. Rear. Rear position lamps (tail lamps). Stop lamps (brake lights). Centre high mount stop lamp (CHMSL). Emergency stop signal (ESS). Rear fog lamps. Reversing (backup) lamps. Rear registration plate lamp. large vehicles: Identification lamps. End-outline marker lamps. Intermediate side marker lamps and reflectors. Rear overtake lights. Emergency warning devices. Hazard flashers. . Variable intensity signal lamps. Experimental systems. Multicolor auxiliary signals. Research and development. Interior and convenience lights. On service vehicles: Emergency vehicle lights. Taxi displays. Light sources. Incandescent lamps. Light-emitting diodes (LED). High intensity discharge (HID). Neon tubes. Distributive lighting. Laser lights with several beams. Lights are made of units of solid plastic and oil derived material wherein a plurality of light bulbs and LED,s are fitted in watertight unit. Vehicle front and backlights are made in water proof plastic housing whit a plurality of light bulbs and lenses are to focus the beams. The two pins of the two electric poles are pressed in the plastic or ceramic holder and fastened with two screws and the extending lids of the bulbs. The light housing, which also contains a screw lid for units which are not fully sealed. The unit is screwed to the vehicle body and electrically connected by water proof connector pressed and clicked in the receiving contra connector made in the unit where after each unit a rubber lid is placed for a watertight enclosure.

[2887] H11/H8/H9 LED Headlight Bulbs Conversion Kit, DOT Approved, SEALIGHT S1 Series 12x CSP Chips Low Beam/Fog Light Bulb- 6000LM 6000K Xenon White etc. The vehicle comprises a fuse box with a plurality of fuses connecting to the electric consuming devices including lights etc. The safety fuses defuses by overflow of energy of a peak or other types of disturbance in the specific electric part. The fusses allow a certain voltage and are classified in amperes. All electric connectors and contra connectors ere water tight enclosed of the vehicle which contains a click mechanism when fully pressed in the contra connector and may also contain screws for fastening and rubber packing. Anti-vibration connections including corresponding anti vibration washers.

[2888] Headlights: Low and high beams headlights are available on every modern vehicle. Forward illumination is provided by high- ("main", "full", "driving") and low- ("dip", "dipped", "passing") beam headlamps, which may be augmented by auxiliary fog lamps, driving lamps, or cornering lamps. These lights serve both functions of car lights, which light up the road for the driver to perceive in the dark, while alerting other drivers of its presence on the road. The low beams lights give adequate lateral and forward lighting without blinding oncoming traffic. High beams are extremely bright headlights useful for illuminating particularly dark and/or unlit roads; however, high beams should only be utilized when there are no cars approaching or at the front of the light beam. Head lights are factory set and outlined to the front vehicle regarding light obstruction of surrounding and approaching traffic. There are more types of lights applied for vehicle instead of light bulbs including LED lights, Halogen. Neon light. The color of light emitted by vehicle lights is largely standardized by longstanding convention. With some regional exceptions, lamps facing rearward must emit red light, lamps facing sideward and all turn signals must emit amber light, while lamps facing frontward must emit white or selective yellow light. No other colors are permitted except on emergency vehicles.

[2889] Tail lights: Tail lights consist of red brake lights and the main rear lights on the back of a car which light up whenever the headlights are on and may consist of a two stage illuminating lamps whereby the first illuminates when the vehicle lights are switched on and the second when the paddle brake is applied whereby a supplement voltage is switched to the brake lights. The reverse lights are commonly of white color or colorless in technical terms and are arranged at the center. These lights are designed to make you visible to cars behind you and help them recognize the distance between your cars. The back lights consist of a two stage illumination. The vehicle tail lightning bar can consist of a plurality of lights arrange therein whereby the brake lights are separate beside the main back lights and are stronger in luminescence to indicate breaking of the vehicle.

[2890] Daytime running lights is installed on the electric motor vehicles and located on the front and rear of the motorcar. These lights turn on automatically to provide enhanced visibility during daytime hours. In some vehicles, you do have the option to turn off your daytime running lights. There is some debate about whether these lights improve safety measures are actually distracting to oncoming vehicles. With additional LED daytime running lights.

[2891] Fog lights are usually installed near and below the headlights. Your other lights will refract on the fog creating a wall of light through which a driver cannot see. Fog lights should only be used in thick fog. On larger vehicles and trucks a battery of fog lights and search lights can be mounted on the root of the cabin or behind the cabin on aluminum bend and welded bar made frame.

[2892] Signal lights are Located in the front and back corners of the motor car, and at the sides, these lights are also referred to as turn signals or “blinkers.” Said lights are applied to indicate surrounding traffic of the turning direction and to change lanes.

[2893] Hazard lights are blinking indicator yellow lights around the automobile. By pressing the button to start the pulse hazards, the intention is to warn other drivers that may prohibit the ability to drive predictably.

[2893] Driving lamps: These are your interior lights to help you find items in the dark or light the passenger seat. Driving lamps should not be used for extended periods of time. The I drive having dimmed interior lighting which cab be applied whereby the automated system and light detecting sensors can darken the window screens of the car conserving light at the interior of the vehicle cabin. Inner lighting systems are provided in multimedia devices input comptrollers and vehicle controls and seats and handles.

[2894] I drive, With the coaxial geared electric motor or equipped with electric motors or piston engine and a Gearbox. A gear system reduces the use of energy applied for the traction motor and limited the motor to a determent permitted speed. The gearbox also reduces wear regarding the electric engine or traction motor. The I drive can be made with any type of gear box for automatic transmission or manual transmission. An automatic or semi-automatic shifting gearbox and/or for a manual transmission gearbox whereby the gears can be shifted by push buttons on the console, or provided on the digital screen or a lever or rotary switched and by voice command for shifting forward and reverse gears or drive mode or reverse for automatic gearboxes having a reverse lever position, forwards gears, Neutral, park position and gear set combination. The neutral park. The hand brake can also be made to be engage by a foot pedal. Gear shifting like a motor cycle by a foot pedal. The I drive is arranged with an automatic Gearbox having automated transmission. A Vehicle transmission gearbox utilize a clutch, a clutch pack with friction rings, or clutch plates coupled to the crank shaft or drive shaft and/or intermediate shaft. A torque converter can also be applied instead of a clutch, couple the drive shaft and intermediate shafts to the gear shafts. The gearbox comprises a compact cylindrical aluminum iron casing with extending mounting flanges and mounting bores with composed lubricant and lubricant reservoir and pumps connected to pipes and nozzles.

[2895] A semi-automated manual transmission gearbox comprises two or more axis parallel aligned gearwheel arranged dual coaxial shafts of different lengths by which two different rotating velocities are obtained by gearshifts connecting to the front gear or rear gear mounted on the axis. the dual shafts combined for speeds and reverse for which a gear set is provided and decouples the gear intermediate shaft. Provided with constant mash transmission having gears with clearance between the shaft connection or loose connection which is connected by a hypothetical connector which slides between the clearance of shaft and gear to engage the gear and to shift the gear. The electronically controlled shift system comprises a manually operated shift lever for selecting a gear, a transmission control module connected to the shift lever for receiving an electrical input signal indicative of a selected gear and a dual motion actuator receiving actuation signals from the transmission control module for actuating a shift rail of the transmission to engage the selected gear.

[2896] An automatic gearbox with two or more parallel aligned axis suspended in bearings in the gear casing whereon each axis comprising a plurality of gears which are rotatable mounted on the parallel aligned dual axis for rotation therewith and rotation thereon. Provided with constant mash transmission having gears with clearance between the shaft connection or loose connection which is connected by a hypothetical connector which slides between the clearance of shaft and gear to engage the gear and to shift the gear. electronically controlled shift system is provided for a synchronized manual transmission of a motor vehicle.

[2897] Synchronized connecting gear shift arrangement comprising gear rows connected on parallel suspended shafts with a gear assembly connected and combined standard five or six gear ratios by combinations of gears. And gear sets. The gears are shifted by a hub, a friction cone, Synchronizing ring and a sleeve. Shifted manually or automatic by electromechanical means, hydraulic, pneumatic, electromagnetic means or ells. Some gearboxes shift gears with shift forks by guides and pins. The shift forks are to be installed on the gear shift drum. A plurality of groove are cut in to the drum in a certain matrix swinging forward and backward in a sequence when turn to the left or right the shift forks are moved and the gears are shifted. The shift forks are connected to a set of gears which move forward and backward to connect with gears by locking dock clutches.

[2898] The Auto Pilot of the automobile can detect surroundings using types certain sensors and remote sensing and cameras made around the vehicle, a variety of techniques such as radar, active sensing and remote sensing, GPS. Advanced control systems interpret sensory information to identify appropriate navigation paths, as well as obstacles and relevant signage. Autonomous cars have control systems that are capable of analyzing sensory data to distinguish between different cars on the road, which is very useful in planning a path to the desired destination. A camera is not applicable when using remote sensing which prints the surroundings of the car on screen. The driver can engage the I drive autopilot. whereby the vehicle is driven by the automated computer system, replacing the driver like an autonomous vehicle that allowed it to move into a lane with a metal conductor and follow it along. An autonomous car, also known as an unmanned vehicle, self-driving car and robotic car, is an autonomous vehicle capable of fulfilling the main transportation capabilities of a traditional car. As an autonomous vehicle, it is capable of sensing its environment and navigating without human input by remote sensing. Autonomous vehicles sense their surroundings with such techniques as radar, LIDAR, GPS, and computer vision. Advanced control systems interpret sensory information to identify appropriate navigation paths, as well as obstacles and relevant signage. By definition, autonomous vehicles are capable of updating their maps based on sensory input, allowing the vehicles to keep track of their position even when conditions change or when they enter uncharted environments.

[2899] The I driver. vehicle accessories and features; equipped with 4G Wi-Fi hotspot, Color Touch Navigation System. The navigation system features voice commands, multiple map views, and seamless integration, providing traffic updates, weather. Hill start assist, Connected drive assist- Heated seats, ABS/EBD. Automatic air-conditioning. Bluetooth audio steaming. Stop/Start button. Adjustable steering column. Automatic drive away locking facility. Crash sensor. Activates hazards/ interior. DAB Digital radio. Dynamic volume control. Electric folding door mirrors. Rain Snsr with auto light activation. Automatic stability control (ASC). BLK DR SILL FNSHERS. CBC for cornering brake control. DSC+. Front and rear cup holder. Front/Rear parking distance control. Heated rear window. LED daytime running lights. Professional radio CD/DVD/MP3. Dynamic traction control (DTC). Electric + heated aspheric door mirrors. Isofix child seat attachment. Multifunction steering controller Disc. 50/50 split folding rear seat. Auxiliary point for auxiliary devices. Easy entry system. Electric front windows. Folding seat head rest. Follow me home headlights. Keyless ignition. Navigation

[2900] system Business advanced. 12volt PowerPoint in center console. 19inch STRMLNE STAR SPK LGHT ALYSSTYLE 427. Auto dimming driver door mirror. Auto dimming rear view mirror. Blu/Th Hd/free Tphne W/Usb. Audio interface. Cruise control with brake function. Alloy wheels, Audio remote control. Front electric windows. Hight adjustable driver seat. Immobilizer. PAS. Passenger airbag. Rear electric windows. Remote central locking. Reverse parking aid. Side airbag. Traction control. Trip computer. USB/IPOD interface. I phone interface. Alarm. Electrically adjustable driver seat including passenger seats. Front and rear fog lights. Headlight washers. Heated door mirror, Leader seat trim, Sports seat. LED tail light, Tailgate spoiler. Tire repair kit and supplementary tire. In control app. Surround audio system. Automatic head lamp leveling. Bike rack. Fix panoramic glass . Gloss black grill with satin chrome surround. Gloss black side window surround. Matrix LED tail lights. With rear seatbelts. Front and rear seatbelt reminder. Intrusion sensor and alarm. Keyless entry. Locking wheel nuts. Occupancy sensor for passenger seat. Power child locks. Tire pressure monitoring system. Digital Battery level indicator, Digital speed indicator. And digital selectable indicators menu like clock KM driven etc.

[2901] Comprising, signal processing units, long range sensor, short range sensors, Power Lift gate, slide Blind Zone and Rear Cross Traffic Alert, ultrasonic Rear Park Assist, Industry-First Front Center Airbag, HID Headlamps, color Touch Radio with Interlink, Head-Up Display, Remote heating and Vehicle Start, Heated Driver and Front Passenger Seats, Heated and Cooled Front Seats, Signature Lighting, Fog Lamps, Leather Appointed Seats, Perforated Leather Seats, Signature Denali , A/C, Tri-Zone Automatic Climate Control, Forward Collision Alert/Lane Departure Warning, Bose 10-Speaker Audio System, Heated Leather Wrapped Steering Wheel, Sunroof, automatic climate control, Bluetooth5 wireless technology for select phones, Directions & Connections, Satellite Radio, USB12 ports (one front, two charging-only rear), Remote keyless entry, Leather-appointed/heated front seats, Trailering equipment, Available rear-seat entertainment, antilock disc brakes.

[2902] includes Automatic Crash Response, Turn-by-Turn Navigation, Roadside Assistance, At Your Service, a link to emergency services, and Remote Door Unlock. includes Vehicle Diagnostics data, Dealer Maintenance Notification and access to mobile app services. driver-centric safety, using. radar to help watch where you might not be able to see. When a car enters your blind zone or approaches in crossing traffic, the system warns you of a possible collision. Forward Collision Alert and Lane Departure Warning. This technology lets you know when you are approaching another vehicle too quickly or when you’ve left you’re driving lane. With traction control technology helps the driver stay on course, even during sudden maneuvers, by intelligently managing braking and throttle to help keep the vehicle on the path being steered. also with All-Wheel Drive (AWD) gives the confidence of an intelligent powertrain that instantly reacts to driving conditions.

[2903] The I Drive comprising, Color Touch Radio with IntelliLink4 and capacitive touch controls make your drive an inspired experience. Standard Rear Vision Camera system. Make maneuvering and parking. An intuitive high-definition color touch screen is your command center for all your infotainment and navigation options. Expand your infotainment and control options with available IntelliLink,4 which adds voice control and seamless smartphone integration. Interlink features include: Customizable home screen. Intuitive voice commands. Bluetooth®5 connectivity. Infrared GPS tracker. Front and rear view cameras. ABS. Smartphone integration for hands-free calling and phone book access. Stream Pandora®6 and Stitcher®6 Internet radio. Available Siri Eyes Free7 voice pass through for compatible iPhone users.

[2904] The I Drive is an electric automobile including traction motors thyristor valves potentiometric control board, A solenoid starter, board propeller shaft, axle with differential mechanism, axles, wheels rotatable in load-bearings, steering and breaks, a storage battery and hybrid turbines, the I DRIVE, can be hybrid, electric with solar power or ells. automatic gear boxes, ABS, hydraulic steering assist mechanism or electromechanically steering disc and brakes, traction control, cruise control, high friction differential. Constructed of new light weight material. Which is also implanted in hybrid vehicles containing a combustion engine which can be an internal or external combustion engine. An ordinary combustion engine is an internal combustion engine wherein fuel is ignited to obtain a linear or reciprocating motion converted to rotating motion. These features are also equipped with automatic gear boxes. Having also a 12 volt battery.

[2905] AT LEAST ONE, I drive Manual controller, consisting of a disk about the size of a hand that can be placed thereupon or may vary from size. The round disk can have another geometry, which can be hexagonal or other related spatial figure. Made of metal or iron aluminum with and insulated layer or composite material, Ceramic, vinyl or from solid state oil derived material, which is shaped in a mold by applying heat, or made from composite or fibers or other types of solid state material. The controller disc parts consist of a rotor which is the upper surface of the disc rotated by the driver. The stator is the lower casing made in the Centre console where around a digital touch screen is placed for operating in pair with the vehicle controller.

[2906] The digital screen is also situated around the disc for laminating indicator, indicating the degree of the tires and position of the disc and rotational cycles in colors and bars. The ring is not applied In this version because all controls are on the display and the Centre console. The ring can also be applied for navigating the vehicle. The ring can be made in the console with digital screen in the round inner ring and around the outer periphery. The driver can control the vehicle comfortably with the rotating ring. The rotary disc comprises an axis at the exact inner Centre extended downward mated at the Centre of the lower body in a contra shaft and locked in place by bearings. The outer edges of the disc is bend downward with an angle of 90-degree and connected in the lower casing in bearings for rotation.

[2907] The inner ring bend edges comprises a sensor codec strip mated with the disc inner edge. Two laser diodes are placed opposing and optically coupled with the codec strip and the diodes are also opposing 180- degree for an accurate reading and backup of the first sensor. Around the Centre axis is mated a printed circuit board. The circuit is equipped with microprocessors, microcontrollers, HRS MEMs, operational amplifier, resistors, capacitors, diodes and more semi conductive material for reading the sensor data communicating with the automated system circuits for filtering the data and more. The circuit board in the casing is enclosed and a second circuit board is mated thereupon comprising a strip of solenoids made circular on the circuit board.

[2908] At the Centre axis a second-round extension is provided extending upward contains a circular copper ring divided in to parts with a gap and matted on the upper edge of the circular upward extension facing the counter ring or coils of wire made in a thin insulating material and mated on the inner disc surface. These rings will transfer electric current to the magnet strip on the inner rotating disc. The ring may contain solenoids or coils magnetically interacting with the lower ring of solenoids. Autonomous or Driven semi- automatic including voice command.

[2909] The disc is made with curves having a hollow inner body for accommodating the curves made in the disc for placing different hand parts on the disc and have a firm contact with the rotary disc. The disc may contain a vertical extension like a short rod, or ball for more grip. A small steering in the size of the disc is also possible which will operate electronically with the same principle. The controller disc is optically connected with the automated system and inter connected with the digital screen and power supply. The output data is communicated to the servo of the power steering and the electric machine for actuating the steering mechanism.

[2910] AT LEAST ONE: Of all Category of automobiles, cars, vans, trucks, trams, metro vehicles, tram, train, and other vehicles. 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. 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. Van. Ultra-light trucks. Very light trucks. Light trucks. Heavy trucks. Off-road trucks. Waste collection vehicle. Fire engine or fire truck. Semi-trailer truck. . Police taxi. 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. . Single deck Bus. Single deck . Double-decker bus. Double deck coach. Chassis. Forward control chassis. Coach. Low floor bus. . Double decker bus. Multi axle bus. . Midi-bus. . Dual mode bus. . . Trolley bus. . Touring car. Snow coach. . Battery and Hybrid, Bus. Double-decker bus. Full electric bus. . Tribrid Bus and Solar bus Tribrid bus. solar vehicle. refrigerator truck and van. refrigerated container or reefer. Cement mixing transport truck. Forklift. Aerial device. SPORTS CARS.

[2911] The invention is regarding electric generating Formula one racing car which are applicable as electric and non-pouting and fuel consuming race cars reaching high velocities and accelerate faster by means of the inventions wherein electric generating means are included. A formula one car which is a single-seat, open cockpit, open-wheel racing car with substantial front and rear wings, and an engine positioned behind the driver, intended to be used in competition at Formula One racing events. The regulations governing the cars are unique to the championship. The Formula One regulations specify that cars must be constructed by the racing teams themselves, though the design and manufacture can be outsourced.

[2912] constructed from composites of carbon fiber and similar ultra-lightweight materials. The minimum weight permissible is 733 kg (1,616 lb) The advantage of using ballast is that it can be placed anywhere in the car to provide ideal . intake trumpets,

[2913] All cars have the engine located between the driver and the rear axle. The engines are a stressed member in most cars, meaning that the engine is part of the structural support framework, being bolted to the cockpit at the front end, and transmission and rear suspension at the back end.

[2914] A semi-automatic sequential gearboxes, with regulations stating that 8 forward gears increased from 7 from the 2014 season onwards and 1 reverse gear. The gearbox is constructed of carbon titanium, as heat dissipation is a critical issue, and is bolted onto the back of the engine. Full automatic gearboxes, and systems such as launch control and traction control, are illegal, to keep driver skill important in controlling the car. The driver initiates gear changes using paddles mounted on the back of the steering wheel and electro- hydraulics perform the actual change as well as throttle control. Clutch control is also performed electro- hydraulically, except to and from a standstill, when the driver operates the clutch using a lever mounted on the back of the steering wheel.

[2915] The aerodynamic design has two primary concerns: the creation of downforce, to help push the car's tires onto the track and improve cornering forces; and minimizing the drag that gets caused by turbulence and acts to slow the car down.

[2916] The primary wings mounted on the front and rear are fitted with different profiles depending on the downforce requirements of a particular track. cars run two separate 'blades' of 'elements' on the rear wings (two is the maximum permitted). In contrast, high-speed circuits the cars stripped of as much wing as possible, to reduce drag and increase speed on the long straights.

[2917] Every single surface of a modern racing car, from the shape of the suspension links to that of the driver's helmet – has its aerodynamic effects considered. Disrupted air, where the flow 'separates' from the body, creates turbulence which creates drag – which slows the car down. Almost as much effort has been spent reducing drag as increasing downforce – from the vertical end-plates fitted to wings to prevent vortices forming to the diffuser plates mounted low at the back, which help to equalize pressure of the faster-flowing air that has passed under the car and would otherwise create a low-pressure 'balloon' dragging at the back. Despite this, designers can't make their cars too 'slippery', as a good supply of airflow has to be ensured to help dissipate the vast amounts of heat produced by the engine and brakes.

[2918] This reduces drag and maximizes the amount of air available to the rear wing. The 'barge boards' fitted to the sides of cars have also helped to shape the flow of the air and minimize the amount of turbulence.

[2919] DRS, which opens the rear wing, reduces the drag of the car, allowing it to move faster. As soon as the driver touches the brake, the rear wing shuts again.

[2920] The driver has the ability to fine-tune many elements of the race car from within the machine using the steering wheel. The wheel can be used to change gears, apply rev. limiter, adjust fuel/air mix, change brake pressure, and call the radio. Data such as engine rpm, lap times, speed, and gear are displayed on an LCD screen. The wheel hub will also incorporate gear change paddles and a row of LED shift lights. The wheel alone can cost about $50,000, and with carbon fiber construction, weighs in at 1.3 kilograms. In the 2014 season, certain teams such as Mercedes have chosen to use larger LCDs on their wheels which allow the driver to see additional information such as fuel flow and torque delivery. They are also more customizable owing to the possibility of using much different software.

[2921] Nine compounds of tire exist; 7 are dry weather compounds (super hard, hard, medium, soft, super- soft, ultra-soft and hyper soft) while 2 are wet compounds (intermediates for damp surfaces with no standing water and full wets for surfaces with standing water).

[2922] Disc brakes consist of a rotor and caliper at each wheel. Carbon composite rotors. Longitudinal acceleration (speeding up) Longitudinal deceleration (braking) Lateral acceleration (turning)

[2923] All three accelerations should be maximized. The way these three accelerations are obtained and their values are: 0 to 100 km/h (62 mph): 2.4 seconds 0 to 200 km/h (124 mph): 4.4 seconds 0 to 300 km/h (186 mph): 8.4 seconds

[2924] Carbon/carbon is a short name for carbon fiber reinforced carbon. This means carbon fibers strengthening a matrix of carbon, which is added to the fibers by way of matrix deposition (CVI or CVD) or by pyrolysis of a resin binder.

[2925] Chassis Construction: Carbon-fiber and honeycomb composite structure.

[2926] AT LEAST ONE, Electric and/or Range extended Automobile, car, van, truck, tram, train and busses. Perpetual and/or Range extended electric and hybrid speeding and flying vehicle or machine, vessel, crafts or submersibles, are incorporated with the inventions combined wind and hydro fluid turbine generators which function as alternator and/or dynamo or provide traction for the wheels or motive force for generating thrust, which can charge the battery and supply electric current to the propulsion system and the entire vehicle by means of air, or water friction by flowing fluid caused by motion whereby the speeding direction is the upwind direction. speeding and flying machines referred to as headwind or upwind in moving direction of the object. Combustion engines are Switched off in idle mode for fuel efficiency whereby the electric powered vehicle devices are switch on by electric controllers and relays and switches. In idle mode and slow travel speed of a vehicle the magnet motor is switch on for providing the required RPM for the gearbox and generator generating electric current for the vehicle which is an uninterrupted electric generating and power supply stored in fast chargers, ultra-capacitor, flywheel and battery, conserving energy and providing rotational energy when idling, or Switch to internal fluid circulation for the turbine rotor. Internal centrifugal pump or compressor can be coupled to the turbine intake providing flow of fluid or coupled to the exhaust inhaling fluid through the turbine intake and rotor compartment. HEV electric controller may start a combustion engine to drive the turbine generator coupled to the turbine generator. Engines can be combined and mechanically and electrically coupled for operation. An uninterrupted electric generating object eliminates the requirement of large and heavy batteries which may include two equal assemblies of supper capacitors as backup electrically connected in parallel mode and switched for supply and charge mode.

[2927] AT LEAST ONE: IC engine. Internal combustion engine having a dual overhead camshaft. one or a Plurality of pistons arranged in a formation around the crankshaft. intake ports and Piston valves and compressor for fuel injection and oxygen. Exhaust pistons and manifold connecting to the exhaust comprising a catalytic converter filter and acoustic dampers. turbine connection for warm intake are provided after the catalytic exhaust emission control. O2 or CO2 measuring sensors. Starter. ignition coil or spark coil. Timing gear. electromechanical timing and ignition. flywheel. Intake manifold. Electromechanical rotary encoder. Digital rotary encoder by microchip and computer processor chip and decoding laser sensor and data processing unit. Air and fuel is compressed by the centrifugal pump and chambers connected with the injector and valves which opens and closes by the camshaft lobes which and opens and closes the poppet valves, consists of a cylindrical rod running the length of the cylinder bank with a number of oblong lobes protruding from it, one for each valve.

[2928] The cam lobes force the valves open by pressing on the valve, or on some intermediate mechanism, as they rotate. Overhead cam shaft or dual camshaft. Billet Steel Camshaft Chilled iron castings: Commonly used in high volume production, chilled iron camshafts have good wear resistance since the chilling process hardens them. Other elements are added to the iron before casting to make the material more suitable for its application. Different types of steel bar can be used, one example being EN40b. When manufacturing a camshaft from EN40b, the camshaft will also be heat treated via gas nit riding, which changes the microstructure of the material. It gives a surface hardness of 55-60 HRC. These types of camshafts can be used in high-performance engines. The relationship between the rotation of the camshaft and the rotation of the crankshaft is of critical importance. Since the valves control the flow of the air/fuel mixture intake and exhaust gases, which must be opened and closed at the appropriate time during the stroke of the piston at each cycle. For this reason, the camshaft is connected to the crankshaft either directly, via a gear mechanism, or indirectly via a belt or chain called a timing belt or timing chain. Direct drive using gears is unusual because of the cost.

[2929] The frequently reversing torque caused by the slope of the cams tends to cause gear rattle which for an all-metal gear train requires further expense of a cam damper. Water pump or hydro turbine connected with a belt or chain connection. Wind turbine centrifugal pump connected to the crankshaft drive chain. Except from a diesel engine the combustion is ignited by Boogies to which a current is supplied by the rotary or electronic timer and contact switches. connected by spark plugs and cables in proper sequence. Electronic engine where all the combustion engine parts are omitted including intake and exhausts and valves, the exhaust, fuel tank, steering wheel and more, for operation with only a power supply and additional electric generators electronic regulators, inverter, converter, and timer processor and switches. Modular wind and hydro turbines connected by sleeves and sockets, flanges and screws or bolts. Conveyed wind turbine.

[2930] Conveyed wind turbine in longitudinal grooves. Combustion engine with Compression ignition engine or Spark ignition engine. . Single cylinder engine or Multi-cylinder engine. In-line engine. V-type engine. Opposed cylinder engine. W-type engine. Opposite piston engine. Radial engine. Supercharged engine. Turbocharged engine. Ignition coil consists of a laminated iron core surrounded by two coils of copper wire. Unlike a power transformer, an ignition coil has an open magnetic circuit — the iron core does not form a closed loop around the windings. The energy that is stored in the magnetic field of the core is the energy that is transferred to the spark plug. Ignition systems are not required for diesel engines which rely on compression to ignite the fuel/air mixture.

[2931] Comprising: rings around the disc for indicators and gear shift and other devices electronically digitally mated including the electronic power steering and steering disc. Electromagnetic steering assist. Digital display sheets mated between the glass layers of the windscreen. Outer layer comprising electric tinting capabilities for daytime view. Digital display apps and touchscreen mated the auto mated system and interlinked with all electric devices. Computer processor controlled and operated combined with light indicators. Auto pilot. Semi-automated drive. Voice command operated. Zero Emission Perpetual hybrid electric vehicle. electric cars, automobile and trucks are battery electric vehicle (BEV) is a type of electric vehicle (EV) that uses chemical energy stored in rechargeable battery packs. Wind and hydro turbines are pre-made, or factory made not disturbing the aerodynamics of the vehicle, wherein ramps and intakes are in perfect balance according to fluid flow and pressure on the vehicle structure. Electronic lock that controls access to a building or vehicle without using a traditional mechanical key. remote keyless system. (RKS. keyless entry or remote central locking, remote keyless entry system (RKE). remote keyless ignition system (RKI), transponder car key. Near-field communication (NFC).

[2932] AT LEAST ONE, scissor lift. Scissor Lift. Mobile on wheels. stationary extending Stabilizers. Pothole protection system. Platform control. Ground control. Chassis. Basket Platform. SWL. Scissor Arms. Safety prop. Chassis. Access ladder. Notice Sign. Hotel lift. Articulated lift. Spider extending lift. Telescoping articulated platform. Palazzani lift. Lift table. Rear wheel steering, front wheel steering. four-wheel steering. front wheel drive. rear wheel drive. Four wheel drive. All-terrain-vehicle. Amphibious all-terrain vehicle. Autogiro. Automobile. EV three-wheel car. elevating work platform (EWP), bucket truck or mobile elevating work platform (MEWP). aerial work platform (AWP).Air suspension Comprises, height control valve. Shock absorber. Frame reinforcement. Upper bellows support. Spacer. Bellows. Low bellow support. Axle seat. U- Bolt. Clamp Bolt. Anchor plate. Control arm. Clamp bolt. Bracket. Eye bolt. Electronic Controlled Air Suspension (ECAS). vulcanized rubber air spring. air compressor, which is typically located in the trunk (boot) or under the bonnet. compressed air storage tank may be included for rapid "kneel", storing air at ~150psi (1000 kPa). ECAS compute.

[2933] AT LEAST ONE: 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. 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. Self-propelled 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. Cabforward. 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.