WO2020186893A1 - Natural energy automobile - Google Patents

Natural energy automobile Download PDF

Info

Publication number
WO2020186893A1
WO2020186893A1 PCT/CN2020/000052 CN2020000052W WO2020186893A1 WO 2020186893 A1 WO2020186893 A1 WO 2020186893A1 CN 2020000052 W CN2020000052 W CN 2020000052W WO 2020186893 A1 WO2020186893 A1 WO 2020186893A1
Authority
WO
WIPO (PCT)
Prior art keywords
install
drive
air
power generation
energy
Prior art date
Application number
PCT/CN2020/000052
Other languages
French (fr)
Chinese (zh)
Inventor
朱建瑜
Original Assignee
朱建瑜
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from PCT/CN2019/000060 external-priority patent/WO2020186370A1/en
Application filed by 朱建瑜 filed Critical 朱建瑜
Publication of WO2020186893A1 publication Critical patent/WO2020186893A1/en

Links

Images

Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60K—ARRANGEMENT OR MOUNTING OF PROPULSION UNITS OR OF TRANSMISSIONS IN VEHICLES; ARRANGEMENT OR MOUNTING OF PLURAL DIVERSE PRIME-MOVERS IN VEHICLES; AUXILIARY DRIVES FOR VEHICLES; INSTRUMENTATION OR DASHBOARDS FOR VEHICLES; ARRANGEMENTS IN CONNECTION WITH COOLING, AIR INTAKE, GAS EXHAUST OR FUEL SUPPLY OF PROPULSION UNITS IN VEHICLES
    • B60K25/00—Auxiliary drives
    • B60K25/10—Auxiliary drives directly from oscillating movements due to vehicle running motion, e.g. suspension movement
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60K—ARRANGEMENT OR MOUNTING OF PROPULSION UNITS OR OF TRANSMISSIONS IN VEHICLES; ARRANGEMENT OR MOUNTING OF PLURAL DIVERSE PRIME-MOVERS IN VEHICLES; AUXILIARY DRIVES FOR VEHICLES; INSTRUMENTATION OR DASHBOARDS FOR VEHICLES; ARRANGEMENTS IN CONNECTION WITH COOLING, AIR INTAKE, GAS EXHAUST OR FUEL SUPPLY OF PROPULSION UNITS IN VEHICLES
    • B60K6/00—Arrangement or mounting of plural diverse prime-movers for mutual or common propulsion, e.g. hybrid propulsion systems comprising electric motors and internal combustion engines ; Control systems therefor, i.e. systems controlling two or more prime movers, or controlling one of these prime movers and any of the transmission, drive or drive units Informative references: mechanical gearings with secondary electric drive F16H3/72; arrangements for handling mechanical energy structurally associated with the dynamo-electric machine H02K7/00; machines comprising structurally interrelated motor and generator parts H02K51/00; dynamo-electric machines not otherwise provided for in H02K see H02K99/00
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/80—Technologies aiming to reduce greenhouse gasses emissions common to all road transportation technologies
    • Y02T10/92—Energy efficient charging or discharging systems for batteries, ultracapacitors, supercapacitors or double-layer capacitors specially adapted for vehicles

Definitions

  • Original natural energy vehicles belonging to innovative natural energy vehicles: install high-pressure pneumatic drive system compatible with inertial performance inflation, install motor drive system compatible with inertial performance inflation power generation; install airflow energy, temperature difference energy, photovoltaic power generation system: self-produced and self-supplied aerodynamic energy, Electric power energy in the field of unlimited endurance; natural energy vehicle drive system and energy collection system technology: suitable for installation and use of various vehicles.
  • Natural energy vehicle drive system Energy collection system Utilize six free natural energy to be converted into: electric and aerodynamic energy as driving power energy; solve many problems of fuel vehicles, batteries, and rechargeable new energy vehicles; reduce energy consumption of vehicles and ships; reduce The fuel consumption and fuel load of the aircraft are lightly loaded and fly.
  • Natural energy vehicle high-pressure pneumatic drive system It is characterized by the innovation of the natural energy phenomenon: the natural inertia performance and deceleration inertia of the vehicle downhill are transformed into aerodynamic energy; cab installation: steering gear, air drive master valve, electronic changer Control systems such as dampers, various lights, instruments, electrical appliances, controllers, etc., are equipped with circuit and air connection systems; 3 modes are adopted: 1).
  • All kinds of cars are connected to the drive wheels and hubs to install high-pressure pneumatic drive systems, compatible with inertial performance inflation , Install the clutch inertia performance air pump to inflate; 2) Connect the chassis to install the air tank, install the high-temperature turbocharger sequential inlet and outlet air valve, the four-cylinder four-stroke high-pressure pneumatic transmission drive system, (hereinafter referred to as: high-pressure pneumatic drive System)
  • the high-pressure pneumatic machine is also equipped with: negative pressure automatic intake valve, the main vent valve is connected to the check valve air tank, compatible with inertial charging; (hereinafter referred to as: high-pressure pneumatic driving system, compatible with inertial charging); drive shaft Connect the central differential, connect the front and rear drive shaft connection system, and the front and rear drive controllers;
  • the chassis Connect the chassis to install the intelligent control electric air pump to supplement the air, the gas circuit to connect the gas storage tank to store air; the output end of the gas tank, the gas circuit to the main air drive valve, the air supply control valve (accelerator pedal), and the high-pressure pneumatic drive system ;
  • Install other conventional automobile devices and systems install multiple sets of airflow impeller shaft generator set power generation systems in and on the front cover of the car; install new material photovoltaic power generation systems on the surface of the car; install thermoelectric power generation systems or thermoelectric power generation chips on the upper and lower cabins; Lay out the circuit to connect the power output of each group of generators and connect the battery to store electricity; the air pressure is insufficient and the intelligent control electric air pump supplements the inflation; the aerodynamic energy is collected as the driving energy; the first high-pressure pneumatic engine to drive natural energy vehicles: self-produced and self-supplied Burning oil, no charging, no charging, long battery life.
  • Natural energy vehicle high-pressure pneumatic engine drive operation mode open the main air drive valve, pedal (accelerator) pedal, regulating and controlling valve to supply air, high-pressure pneumatic engine drives running, and release the pedal (accelerator) to automatically close the high-pressure gas, and intake air
  • the door is automatically sucked into the air by negative pressure; continue to pedal (accelerator) pedal, adjust the control valve to supply air, (the cylinder pressure increases and close the automatic intake valve) continue to accelerate and drive; adjust when the foot (brake pedal) is pressed
  • Cab installation steering gear, electric drive main brake, electronic shifter, various lights, instruments, electrical appliances, and other controller control systems, circuit connection system; battery output terminal, circuit connection electric drive main brake, connection power supply Controller, (accelerator) pedal, connected to motor drive system; when pedaling (brake pedal): adjust to power generation mode, compatible with inertial generator output, circuit connected to rectifier, input battery input for storage, and clutch inertial power generation Combine power generation by machine, and combine power generation with clutch-inertia generators in parallel.
  • the output terminal of the generator's power supply and the circuit are connected to the input terminal of the battery to store electricity; other conventional automobile devices and systems are installed;
  • the circuit connects the power output of each group of generators to the input of the battery to store electricity; as the driving power for vehicles and ships; car simulation test: inertial power generation can recover 52-68% of the total power consumption; natural energy car motor drive system: no burning Oil, charging-free and long battery life; the following is a detailed description of the airflow power generation and thermoelectric power generation system:
  • Natural energy automobile airflow energy wind power generation system It is characterized by conforming to the natural energy phenomenon; according to various vehicles and ships in high-speed navigation, natural generation of fast and strong airflow energy, 21-33m per second; in the front cover of various automobiles Inside and on top: install multiple sets of airflow impeller shaft generator set power generation system, the airflow impeller shaft generator set: each set of shafts is equipped with 2-5 impellers, 1 generator, and one set of bearing brackets at both ends, at the front of the car In the cover, connect the chassis to install 3 sets of generators, connect the roof to the roof to install 3 or more sets of generators; connect the roof to install a protective cover; install wind energy generators on the roof of the ship, and install wind energy generators on the front and rear of the motor car; each group The generator power output and the circuit are connected to the rectifier in the vehicle and ship, and the storage battery is introduced; it is collected as the driving power for the vehicle and ship; and other electricity; (hereinafter referred to as: the airflow energy generation system installed on
  • Natural energy vehicle natural temperature difference energy power generation system or equipped with temperature difference power generation chip; its characteristic is that it conforms to natural energy phenomenon; it is installed inside and outside the roof of various vehicles, ships, and aircraft: vacuum collectors, or Fresnel concentrators, dishes Concentrator, installed steam turbine power generation system, wind-shui airflow condenser, condenser pool, and smart sprayer on the bilge; laying spray liquid mist pipeline, connecting condenser, smart sprayer, concentrator; smart spraying cycle special liquid mist, Vaporized into high-temperature and high-pressure steam: the high-pressure steam output of the condenser, the pipeline is connected to the turbine generator for power generation, the exhaust steam is connected to the condenser for cooling cycle use; the generator power output, the circuit is connected to the rectifier, and the battery is used for storage, Converged as the driving power supply for vehicles and ships; (hereinafter referred to as: installation of thermoelectric power generation systems above and below the cabin) Take a car as an example: the output power
  • the high-pressure pneumatic drive system is compatible with inertial performance charging
  • the drive motor is compatible with inertial performance power generation
  • the installation of three power generation systems converts six naturally generated energy into self-produced and self-supplied: aerodynamic energy, and electric motor drive Energy and operating modes; and mature technologies of existing vehicles and ships, including engine systems, electric drive systems, dual drive systems, front and rear drive systems, etc.; therefore, the following classification description will not go into details: 3 types of natural energy power generation systems, and no longer Describe the existing technology
  • natural energy vehicles can choose to use five drive systems: A high-pressure pneumatic drive system; B electric motor drive system; C high-pressure pneumatic drive system + electric motor drive system; D high-pressure pneumatic drive system + preliminary engine drive system ; E motor drive system + reserve engine drive system; so the natural energy car brief description: C, E drive system; bus, logistics car brief description: D, drive system; subway train brief description: B drive system; ship brief description: D. Drive system; Brief description of aircraft: D,
  • the gas storage tank stores gas; the pipeline at the output end of the gas storage tank is connected to the main gas supply valve and the gas supply control valve (accelerator pedal); connects to the high-pressure pneumatic machine drive system; foot pedal (accelerator pedal) regulates the gas supply control valve: high-pressure pneumatic machine Drive running
  • the motor drive system Connect to the right side of the chassis and install: the motor drive system, the drive shaft is connected to the central differential dual-power drive connection system; the motor drive system is compatible with inertial power generation, and the chassis is connected to the battery, and the circuit is connected to the battery for storage; the battery output and the circuit are connected to the power supply main brake , Connect to the power supply controller, connect to the motor drive system; connect to the brake system; connect to the power generation controller: when the foot (brake pedal) is adjusted to the power generation mode, the circuit is connected to the battery to store electricity: such as the car changes to the motor drive mode, foot Step on (accelerator pedal), the motor drive system is running;
  • Inertial power generation output terminal circuit connected to the battery input terminal for storage; battery power output terminal, circuit connected to the main power switch, connected to the power supply controller (accelerator pedal), connected to the inverter to input the motor drive system; install the power generation controller (brake pedal) ), install the brake brake system (deep stepping on the brake pedal); when the pedal is stepped on, it is adjusted to the power generation mode: compatible with the output of the inertial generator, and the battery is stored through the circuit; the clutch inertia generator combines power generation and power generation Circuit input battery storage; foot pedal (accelerator pedal), motor drive system running and running;
  • Natural energy bus logistics vehicle D high-pressure pneumatic drive system + reserve engine drive system; cab installation: steering gear, air drive master valve, electric gate, electronic shifter, and various lights, instruments, electrical appliances, and drive mode changes Controller, front and rear drive controllers, and other controller control systems; connected to the left side of the chassis to install the high-pressure pneumatic drive system; the drive shaft is connected to the central differential dual-power drive connection system, the front drive shaft is connected to the front differential, and the rear drive shaft is connected Rear differential; the drive shaft is connected to the front and rear drive transmission system; the high-pressure pneumatic engine is compatible with inertial performance charging, and the clutch inertial performance air pump is installed; the air storage tank, the battery, and the fuel tank are installed; the circuit, gas circuit and oil circuit connection system are installed;
  • the engine drive system prepares the engine drive system, the drive shaft is connected to the central differential dual-power drive connection system; the engine drive system, install the clutch inertia air pump; install the inflation controller, install the brake brake system; pedal (brake) The pedal) is adjusted to the charging mode: the clutch inertial air pump is combined with the air, the pipeline is connected to the air tank to store air; the chassis is connected to install the fuel tank, the oil circuit is connected to the fuel pump, the throttle circuit, the throttle control valve is connected, and the engine injector is input; install the bus Conventional installations and systems of other vehicles in vehicle logistics vehicles; airflow energy generation systems are installed on the front and top of the vehicle; new material photovoltaic power generation systems are installed on the surface of the vehicle; thermoelectric power generation systems or thermoelectric power generation chips installed on the upper and lower cabins; circuits connected to each group of generators The output terminal of the power supply is connected to the storage battery; it is mainly driven by a high-pressure pneumatic motor, and is changed to an engine drive under
  • Natural energy subway trains are equipped with a motor drive system; it is characterized by the extension of natural energy vehicles' energy collection and drive mode: locomotive cockpit installation: power master brake, power supply controller, brake generator controller, brake brake controller, electronic changer Control systems such as gears, light meters, electrical appliances, intelligent early warning brake and parking systems, and other controllers; install a motor drive system on each drive wheel hub, compatible with inertia power generation, and clutch inertia performance generator power generation; connect the chassis to install a transformer , Install a power grid contactor on the roof of the locomotive, lay a high-voltage circuit to connect to the transformer in the locomotive; connect the low-voltage side circuit of the transformer to the main power switch, connect to the electric drive controller, and import the motor drive system; regulate the power supply controller: the motor drive system runs and drives; start system Dynamic power generation controller: compatible with inertial performance generator power generation, clutch inertia performance generator combined power generation; restart the brake brake controller, brake inertia power generation system, and brake brake system at the same time;
  • the streamlined locomotive tail is connected to the chassis to install the airflow energy turbine generator power generation system; the circuit is connected to the rectifier input transformer, the high-voltage end of the transformer, and the high-voltage circuit is connected to the locomotive roof grid contactor to transmit power to the grid; taking a busy subway as an example, the experience is within three minutes Start acceleration, run at high speed for tens of seconds, decelerate and stop.
  • Each cycle is the process of regulating the power supply system to accelerate driving, inertial braking, generating and braking to stop, outputting electricity and inputting electricity to the grid;
  • the vehicle surface is equipped with a new material photovoltaic power generation system, Install a rectifier battery in the car, and connect the circuit to the output of the photovoltaic power generation to connect to the battery for storage; the circuit to connect the output of the battery to the output of the photovoltaic power generation to connect to the battery for storage; the circuit to connect the battery output to various lights, meters, controllers, and dining cars Other power supplies; inertial braking power generation and airflow power generation to transmit power to the grid; innovative green subway trains that reduce power consumption by 68%.
  • the D drive system of natural energy ships is characterized by: extension of the natural energy vehicle driving mode; installation of high-pressure pneumatic motor drive system + preliminary engine drive system; various ships, ark platforms, seaside pleasure boats; installation on the rudder: steering wheel , Air drive main valve, air supply control valve, electric valve, fuel supply control valve, electronic shifter, drive mode changer, brake charging controller, brake controller, and various lights, instruments, various Control systems such as electrical appliances, controllers, etc.; connect the left side of the chassis to install the high-pressure pneumatic drive system, the drive shaft connects to the central differential dual-power drive connection system, the drive shaft connects to the bearing seat to connect to the propeller navigation system; the high-pressure pneumatic engine is compatible with inertial performance inflation, clutch Inertial performance air pump inflates; installation of gas storage tanks, batteries, fuel tanks, circuit, gas and oil connection system; installation of high-pressure gas and high-pressure water jet propulsion navigation system;
  • adjusting the brake charging controller close the main valve of the pneumatic machine and connect the air storage tank to the air storage, the negative pressure intake valve opens automatically, the clutch inertia performance air pump is combined with the air, the output end of the air pump, the pipeline is connected to the air storage tank Air storage; adjust the brake and brake controller: the inertial performance air system brake and brake system simultaneously brake; connect the chassis to install the intelligent control electric air pump to supplement the air system; the output end of the air pump and the pipeline are connected to the air tank to store air;
  • the pipeline at the output end of the gas tank is connected to the air drive main valve, the air supply control valve, and the high-pressure pneumatic machine to drive the propeller navigation system; regulate the air supply control valve and the high-pressure pneumatic machine to drive the propeller to sail;
  • the output end of the air pump and the pipeline are connected to the gas storage tank to store air;
  • the fuel tank is equipped with oil pipelines to connect the oil pump, connect the throttle circuit, the throttle control valve, and input the engine injector to drive and drive; install all kinds of ships Other conventional devices and systems; install wind energy generators on the ship’s roof; install new material photovoltaic power generation systems on the surface; install thermoelectric power generation systems or thermoelectric power generation chips on the upper and lower sides of the cabin; lay out circuits to connect the power output terminals of each group of generators and connect to storage batteries Electricity; gather six kinds of natural energy into electric energy and aerodynamic energy: supply electricity for ship navigation, production and life; mainly high-pressure pneumatic motor-driven navigation, special circumstances change to engine-driven navigation; change the downwind sail and reduce the energy consumption of navigation ;
  • the driving system of natural energy aircraft D is characterized by: extending the driving mode of natural energy vehicles; installing high-pressure pneumatic engine driving system + preliminary engine starting system; cockpit installation: air-driven main valve, electric gate, electronic shifter, various Class lights, instruments, electrical appliances, air drive controllers, throttle controllers, drive mode changers, flight posture control controllers, various controllers and other control systems; two groups are installed on the left and right sides of the wing underneath: pneumatic driven turbine flight System, prepare engine-driven turbo flight system; connect the cabin to install high-pressure gas tanks, fuel tanks, and battery rectifiers; install gas and oil circuit connection systems; install intelligent control electric air pumps; install various aircraft conventional devices and systems; airframe machines New material photovoltaic power generation system is installed on the surface of the wing; thermoelectric power generation system or thermoelectric power generation chip is installed on the upper and lower sides of the nacelle; the circuit is connected to the output terminal of the generator power supply, and the rectifier is connected to the storage battery;
  • the battery power output terminal the circuit is connected to the inverter, the lighting instrument, the electrical appliance is connected to various controllers and other control systems, and the intelligent control electric air pump is connected; the air pump is arranged with a gas circuit connected to the check valve to be imported into the air tank for storage; the air tank output terminal
  • the air circuit is connected to the high-pressure gas main valve, connected to the air drive controller, and connected to the high-pressure pneumatic engine to drive the turbine flight system; the control air drive controller and the control flight attitude controller can be used for long flight; special circumstances switch to the engine flight mode flight ; Greatly reduce fuel consumption and fuel load, fly lightly; innovate: natural energy dual-power drones and other types of aircraft; can achieve long endurance without charging, no fuel, less fuel.
  • Natural energy vehicles install a high-pressure pneumatic motor drive system, compatible with inertial performance charging, install a motor drive system, compatible with inertial performance power generation; install three power generation systems, convert six kinds of naturally generated energy; previously declared: natural energy vehicles, picture 1 It has been shown and described: inertial performance, air flow energy, wind energy, solar energy, visible light energy, temperature difference energy power generation; now the figure only shows the driving part of the system; the natural energy vehicle driving system, energy collection mode: suitable for ships, subway cars, aircraft Installation and use; In order to more clearly illustrate some technical solutions in some embodiments of the present invention, the following will briefly introduce some of the drawings that need to be used in the description of some embodiments. The drawings in the following description are only the present Part of the drawings in some of the embodiments of the invention, for those skilled in the art, can also obtain other drawings based on these drawings and contents, should fall within the protection scope of the present invention.
  • Figure 1 is a partial plan view of the four-wheel drive system of a natural energy car and A high-pressure pneumatic engine provided by Embodiment 1 of the present invention
  • Figure 2 is a partial plan view of a natural energy car, C high-pressure pneumatic motor drive system + electric motor drive system provided by Embodiment 2 of the present invention;
  • Figure 3 is a partial plan view of the bus logistics vehicle, D high-pressure pneumatic drive system + engine drive system provided by the third embodiment of the present invention
  • Figure 4 is a partial plan view of the UAV, D high-pressure pneumatic drive system + engine drive system provided by Embodiment 4 of the present invention
  • Figure 5 is a partial cross-sectional view of the ship D high-pressure pneumatic drive system + engine drive system provided by the fifth embodiment of the present invention.
  • the first embodiment of the present invention provides: a natural energy vehicle A high-pressure pneumatic drive system, which is characterized by: adapting to the natural energy phenomenon to innovate the natural inertial performance of the vehicle downhill and the deceleration inertial performance into aerodynamics Energy; cab installation: steering gear, air drive master valve, front and rear drive controllers, electronic shifters, various lighting, instruments, electrical appliances, controllers and other control systems, wiring and air connection systems; automobile driving wheel hub installation 4 Front drive 5 Rear drive 1 High-pressure pneumatic engine 2 Transmission drive system, compatible with inertial performance charging, installation of 3 clutch inertial performance air pump; connection to the chassis, 6 storage battery, 7 air storage tank, installation of air supply control valve (gas pedal), installation Air charging controller (brake pedal), installation of the brake brake system (deep stepping on the brake pedal); when pedaling (brake pedal): adjust to the air charging mode, automatically open the negative pressure intake valve, close the main valve of the pneumatic machine
  • the gas circuit is connected to the gas storage tank for gas storage, the clutch in
  • the chassis Connect the chassis to install the intelligent control electric air pump to supplement the air, and the gas path to connect the gas storage tank to store gas; the output of the gas tank: the gas path is connected to the air drive master valve, the air supply control valve (accelerator pedal), and the high pressure pneumatic drive system ;
  • Install other conventional automobile devices and systems install multiple sets of airflow impeller shaft generator set power generation systems in and on the front cover of the car; install new material photovoltaic power generation systems on the front and rear, left and right top surfaces of the car; install thermoelectric power generation systems on the upper and lower sides of the cabin, or install temperature difference Power generation chip; layout circuit to connect the power output of each group of generators, connect the rectifier, and import the battery to store electricity; when the air pressure is insufficient, the intelligent control electric air pump supplements inflation; gathers aerodynamic energy as the driving energy; the first self-produced, self-supplied air energy, high-pressure pneumatic Machine-driven natural energy vehicles; can achieve long battery life without burning oil, charging and charging.
  • the second embodiment of the present invention provides: natural energy vehicle C high-pressure pneumatic drive system + electric motor drive system; cab installation: steering gear, air drive main valve, electric drive main brake, electronic shift Control systems such as controllers, various lights, instruments, electrical appliances, drive mode changers, front and rear drive controllers, gear controllers, and other control systems, with a gas circuit connection system; connected to the left side of the chassis to install 9 air tanks, 1 high-pressure pneumatic engine 2 Transmission drive system, 5 drive shaft connection 6 central differential dual power connection system, 7 front drive drive shaft connection 11 front differential 8 rear drive drive shaft connection 12 rear differential; pneumatic drive system is compatible with inertial performance inflation, 3 Clutch inertia performance air pump for inflation;
  • the pipeline is connected to the 9 air storage tanks, the 3 clutch inertial performance air pump is combined with the air, and the pipeline is connected to the 9 air storage tank for storage; connect the chassis to install the intelligent control electric air pump Supplementary inflation system, pipeline connection gas storage tank gas storage; 9 gas storage tank output pipe connection gas supply main valve, gas supply control valve (accelerator pedal); connected to a high-pressure pneumatic engine drive system; foot pedal (accelerator pedal) Regulate the air supply control valve: high-pressure pneumatic motor drives and runs;
  • motor 02 transmission drive system Connect to the right side of the chassis and install: 01 motor 02 transmission drive system, 4 drive shaft connection 6 central differential dual power drive connection system; motor drive system 03 is compatible with inertial performance charging, connected to the chassis to install 10 batteries, circuit connection battery storage; 10 batteries
  • the output terminal and the circuit are connected to the power supply main brake, connected to the power supply controller, connected to the 1 motor drive system; connected to the brake system; connected to the power generation controller: when pedaling (brake pedal) is adjusted to power generation mode, the circuit is connected to 10 battery storage :Such as changing to motor drive mode, foot pedal (accelerator pedal), motor drive system running and driving;
  • the third embodiment of the present invention provides: high-pressure pneumatic drive system of bus logistics vehicle D + reserve engine drive system; cab installation: steering gear, air drive master valve, electric gate, electronic shift Controller, and various lights, instruments, electrical appliances, drive mode changers, front and rear drive controllers, and other control systems; connected to the left side of the chassis to install 1 high-pressure pneumatic engine 2 transmission drive system; 5 drive shafts connected to 6 central differential dual power drive Connection system, 7 front drive shafts connected to 11 front differentials, 8 rear drive shafts connected to 12 rear differentials; 1 high-pressure pneumatic engine compatible with inertial performance charging, installation of 3 clutch inertial performance air pumps; installation of 9 air storage tanks, 10 storage battery, 13 fuel tank; wiring circuit, gas circuit and oil circuit connection system;
  • the fourth embodiment of the present invention provides: natural energy UAV D high-pressure pneumatic drive system + reserve engine drive system; it is characterized in that: dual-power UAV is equipped with two natural energy power generation and self-supplied gas Performance system; cockpit installation: air drive master valve, switch, electronic shifter, various lights, instruments, electrical appliances, air drive controller, throttle controller, drive mode changer, flight posture control controller, various Controllers and other control systems; two groups are installed on the left and right sides of the wings: 1 high-pressure pneumatic engine driven turbine flight system, 2 reserve engine driven turbine flight system;
  • the output end of the high-pressure gas tank is equipped with a gas circuit connected to the high-pressure gas main valve, connected to the air drive controller, and connected to a high-pressure pneumatic engine to drive the turbine flight system;
  • the output end of the fuel tank is equipped with an oil circuit connected to the fuel supply pump, connected to the main throttle valve, and connected to the throttle controller Throttle circuit, connected to 2 engine-driven turbo flight systems; control air drive controller, control flight attitude controller, long flight navigation; switch to engine flight mode flight under special circumstances; reduce fuel consumption and fuel load, and fly lightly;
  • the fifth embodiment of the present invention provides a natural energy ship; it is characterized by: extending the natural energy vehicle drive system, collecting free natural energy technology mode: 18 ships 9 installed on the rudder: rudder disc, air drive Main valve, air drive control valve, electric valve, fuel supply control valve, electronic shifter, drive mode changer, brake charging controller, brake controller, various lighting instruments, electrical appliances, various controllers, etc.
  • Control system connected to the left side of the chassis to install 1 high-pressure pneumatic engine 2 transmission drive system; 5 drive shaft connection 13 central differential dual power drive connection system, 8 drive shaft connection 15 bearing seat connection 12 propeller navigation system; 1 high-pressure pneumatic engine compatible inertia Inflatable, 3-clutch inertia performance air pump inflates;
  • 11 wind energy generators are installed on the ship's roof; 17 new material photovoltaic power generation systems are installed on the surface; 10 condenser thermoelectric power generation systems are installed on the upper and lower sides of the cabin; each group of generator power output terminals and circuits are connected to 16 storage batteries; six kinds of natural energy are converted into electric energy , Aerodynamic energy: Supply 18 ships with electricity for navigation, production and life; mainly use 1 high-pressure pneumatic motor to drive navigation; reduce the energy consumption of navigation; innovate natural energy 18 ships, no charging, no inflation, no oil or less burning Long battery life.
  • Natural energy vehicles comply with natural energy phenomena; innovate various natural energy vehicles: install high-pressure pneumatic drive system, compatible with inertial performance inflation, install electric motor drive system, compatible with inertial power generation; install natural inertial performance, air flow energy, wind energy, temperature difference energy , Solar energy, visible light energy photovoltaic power generation system, automatic inflatable gas storage gas supply, power generation and storage power supply; natural energy vehicle drive system, collection of free natural energy system technology: suitable for installation and use of various vehicles and ships; the first natural energy vehicle and ship to be free of charging, No fuel or less fuel for long endurance; Tailor-made to solve energy crisis and air pollution, protect the living environment of all living things, and reduce energy consumption of vehicles and ships; Natural energy vehicles derived from natural phenomena: coexist in harmony with nature and nature , From the era of petrochemical energy vehicles that break the ecological balance to the era of natural energy vehicles and ships of green and sustainable development!

Landscapes

  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Transportation (AREA)
  • Mechanical Engineering (AREA)
  • Electric Propulsion And Braking For Vehicles (AREA)

Abstract

A natural energy automobile, comprising a high-pressure pneumatic engine drive system, an electric motor drive system and an airflow-energy/temperature-difference-energy/photovoltaic power generation system. The systems being applicable to transport carrier tools such as ships, subways, multiple-unit trains, aircraft, etc., and achieve low energy consumption and a long continuous navigation time.

Description

[根据细则37.2由ISA制定的发明名称]　天然能汽车[Name of invention established by ISA under Rule 37.2] 　Natural Energy Vehicle 技术领域Technical field
原创天然能汽车，属于创新天然能汽车：安装高压气动机驱动***兼容惯性能充气、安装电动机驱动***兼容惯性能充气发电；安装气流能、温差能、光伏发电***：自产自供空气动力能源、电动力能源无限续航领域；天然能汽车驱动***、采能***技术：适合各类运载工具安装使用。Original natural energy vehicles, belonging to innovative natural energy vehicles: install high-pressure pneumatic drive system compatible with inertial performance inflation, install motor drive system compatible with inertial performance inflation power generation; install airflow energy, temperature difference energy, photovoltaic power generation system: self-produced and self-supplied aerodynamic energy, Electric power energy in the field of unlimited endurance; natural energy vehicle drive system and energy collection system technology: suitable for installation and use of various vehicles.
背景技术Background technique
历史的车轮从车拉马驮、顺风扬帆五千年延续至今，近两百年发明了：外燃机、蒸汽机车船舶、内燃机车、汽车、动车、电瓶车、油轮、各种飞行器；随着科技持续发展，各类汽车、电车、电瓶车、船舶、各种飞行器已经成为出行、交通运输必备工具；其带来了经济繁荣出行便利，同时带来了能源危机、和大气严重污染自然灾害频发；全球都在发展新能源、研发新能源汽车，已经攻克了蓄电池蓄电供电、电驱动***技术难题，增强了续航能力，及快充电、快换电瓶等技术，为燃油车过渡充电车、统称新能源汽车，打下了坚实基础；对改善生态环境做出了较大贡献。The wheels of history have lasted for five thousand years from carts and horses, sailing downwind, and have been invented in nearly two hundred years: external combustion engines, steam locomotives, ships, diesel locomotives, automobiles, motor cars, battery cars, oil tankers, and various aircraft; as technology continues With development, all kinds of cars, trams, battery cars, ships, and various aircraft have become essential tools for travel and transportation; they have brought economic prosperity and travel convenience, and at the same time, they have brought energy crisis and frequent natural disasters with serious atmospheric pollution; The world is developing new energy and researching and developing new energy vehicles. It has overcome the technical problems of battery storage power supply and electric drive system, enhanced the endurance capability, and fast charging, quick battery replacement and other technologies. Energy vehicles have laid a solid foundation; they have made great contributions to improving the ecological environment.
试用中的充电新能源汽车：存在电池更换价格不菲、续航能力有限、担心长途电耗尽不便补充；即便找到充电桩，也耗时耗费不便远行；所充电源不一定都清洁，整体交通运载工具能耗成本居高不下；也有几家试制太阳能汽车、太阳能飞机，因其采集太阳能不全面、而且单一，发电量有限、发电与放电入不敷出、不能胜任无限续航，导致推广使用不畅；为解决上述问题，根据中国五千年文明精髓：顺应 天然现象行事、人与人和谐、人与自然和谐，方能地久天长、经久不衰；为保护地球村生态环境、改变燃油车船与自然生态不和谐状态，为实现国家可持续发展战略目标：蓝天白云、绿水青山百年大计千年大计，历经数年艰辛探索研究，终于顺应天然现象研创出下述：不烧油免充电可无限续航的天然能汽车。Rechargeable new energy vehicles under trial: There are expensive battery replacements, limited battery life, and inconvenience to replenish long-distance power consumption; even if a charging pile is found, it is time-consuming and inconvenient to travel; all charging sources are not necessarily clean, and overall traffic The energy consumption cost of vehicles remains high; there are also several trial-produced solar-powered vehicles and solar-powered aircrafts, because of their incomplete and single solar energy collection, limited power generation, insufficient power generation and discharge, and incompetence for unlimited endurance, resulting in poor promotion and use; To solve the above problems, according to the essence of China's five thousand years of civilization: acting in accordance with natural phenomena, harmony between people, harmony between people and nature, can the earth last forever and endure; in order to protect the ecological environment of the global village, change the fuel tanks and ships and the natural ecology Harmonious state, in order to achieve the national sustainable development strategic goal: blue sky, white clouds, green water and green mountains, a century-old plan and a thousand-year plan. After several years of arduous exploration and research, the following is finally developed in response to natural phenomena: natural energy with unlimited battery life without burning oil car.
天然能汽车驱动***采能***：利用六种免费天然能转化成：电能和空气动力能源作为驱动动力能源；解决了燃油车、蓄电池、充电新能源汽车诸多问题；能降低车船耗能耗费；减少飞行器耗油量、载油量轻装飞行。Natural energy vehicle drive system Energy collection system: Utilize six free natural energy to be converted into: electric and aerodynamic energy as driving power energy; solve many problems of fuel vehicles, batteries, and rechargeable new energy vehicles; reduce energy consumption of vehicles and ships; reduce The fuel consumption and fuel load of the aircraft are lightly loaded and fly.
发明内容Summary of the invention
本实施例公开了天然能汽车：属于创新各类天然能汽车在轮毂、车轴、传动轴上安装：高压气动机驱动***、兼容惯性能充气、离合惯性气泵充气，安装电动机驱动***、兼容惯性能发电、离合惯性能发电；车前端和顶上安装气流能发电***、舱上下装温差能发电***、或装温差发电芯片、表面装新材料光伏发电***，转化六种天然产生的能量为：自产自供空气动力能源、电动力能源无限续航领域；与现有技术燃油发动机、作为天然能汽车预备发动机双驱动***；天然能汽车驱动***、采集免费天然能***技术模式：适合各类船舶、地铁动车、飞行器等运载工具安装使用；This embodiment discloses natural energy vehicles: they belong to innovative types of natural energy vehicles. Installation on wheels, axles, and transmission shafts: high-pressure pneumatic drive system, compatible inertia performance inflation, clutch inertia air pump inflation, installation of motor drive systems, compatible inertia performance Power generation, clutch inertia power generation; airflow energy power generation system installed on the front and top of the car, temperature difference power generation system installed on the top and bottom of the cabin, or temperature difference power generation chip installed, and new material photovoltaic power generation system installed on the surface, transforming the six naturally generated energy into: Produced in the field of infinite endurance for air power energy and electric power energy; dual-drive system with existing technology fuel engine as a reserve engine for natural energy vehicles; natural energy vehicle drive system, acquisition of free natural energy system technology mode: suitable for all types of ships, subways Installation and use of vehicles, aircraft and other vehicles;
天然能汽车高压气动机驱动***：其特征在于，顺应天然能量现象创新出：汽车下坡天然惯性能、减速惯性能转化为空气动力能源；驾驶室安装：方向机、气驱总阀、电子换挡器、各类灯光、仪表、电器、控制器等控制***，布设电路气路连接***；采用3种模式：1)、 各类汽车连接驱动轮轮毂安装高压气动机驱动***、兼容惯性能充气，安装离合惯性能充气泵充气；2)、连接底盘安装储气罐、安装高温涡轮增压机顺序进泄气压阀、四缸四冲程高压气动机变速器驱动***，(以下简称：高压气动机驱动***)高压气动机还设有：负压自动进气门、泄气总阀连接止回阀储气罐，兼容惯性能充气；(以下简称：高压气动机驱动***、兼容惯性能充气)；驱动轴连接中央差速器、连接前后驱传动轴连接***、前后驱控制器；Natural energy vehicle high-pressure pneumatic drive system: It is characterized by the innovation of the natural energy phenomenon: the natural inertia performance and deceleration inertia of the vehicle downhill are transformed into aerodynamic energy; cab installation: steering gear, air drive master valve, electronic changer Control systems such as dampers, various lights, instruments, electrical appliances, controllers, etc., are equipped with circuit and air connection systems; 3 modes are adopted: 1). All kinds of cars are connected to the drive wheels and hubs to install high-pressure pneumatic drive systems, compatible with inertial performance inflation , Install the clutch inertia performance air pump to inflate; 2) Connect the chassis to install the air tank, install the high-temperature turbocharger sequential inlet and outlet air valve, the four-cylinder four-stroke high-pressure pneumatic transmission drive system, (hereinafter referred to as: high-pressure pneumatic drive System) The high-pressure pneumatic machine is also equipped with: negative pressure automatic intake valve, the main vent valve is connected to the check valve air tank, compatible with inertial charging; (hereinafter referred to as: high-pressure pneumatic driving system, compatible with inertial charging); drive shaft Connect the central differential, connect the front and rear drive shaft connection system, and the front and rear drive controllers;
3)、连接底盘安装储气罐、安装高压气动机驱动***、兼容惯性能充气、安装离合惯性能充气泵；驱动轴连接中央差速器、前驱传动轴连接前差速器、后驱传动轴连接后差速器；前后驱控制器；连接底盘安装供气控制阀(油门踏板)、安装充气控制器(制动踏板)、安装制动刹车***(深踏制动踏板)；脚踏(制动踏板)时：调节为充气模式、自动打开负压进气门、关闭气动机泄气总阀管路连接至储气罐储气、离合惯性能充气泵结合充气、气路连接储气罐储气；3) Connect the chassis to install the air tank, install the high-pressure pneumatic drive system, compatible with inertia performance, install clutch inertia performance air pump; the drive shaft is connected to the central differential, the front drive shaft is connected to the front differential and the rear drive shaft Connect the rear differential; front and rear drive controllers; connect the chassis to install the air supply control valve (accelerator pedal), install the inflation controller (brake pedal), install the brake system (deep pedal); pedal (brake pedal) When moving the pedal): adjust to the inflation mode, automatically open the negative pressure intake valve, close the pneumatic engine exhaust valve. The pipeline is connected to the air storage tank, and the clutch inertia performance air pump is combined with inflation. The air circuit is connected to the air storage tank. ；
连接底盘安装智控电动充气泵补充充气、气路连接储气罐储气；储气罐输出端、气路连接气驱总阀、连接供气控制阀(油门踏板)、连接高压气动机驱动***；安装汽车其他常规装置及***；车前端盖内和顶上安装多组气流叶轮轴发电机组发电***；汽车表面装新材料光伏发电***；舱上下安装温差能发电***、或装温差发电芯片；布设电路连接各组发电机电源输出端、连接电池蓄电；气压不足智控电动充气泵补充充气；汇集空气动力能源作驱动能源；首创高压气动机驱动天然能汽车：自产自供空气能、不烧油、免充电、免充气长续航。Connect the chassis to install the intelligent control electric air pump to supplement the air, the gas circuit to connect the gas storage tank to store air; the output end of the gas tank, the gas circuit to the main air drive valve, the air supply control valve (accelerator pedal), and the high-pressure pneumatic drive system ; Install other conventional automobile devices and systems; install multiple sets of airflow impeller shaft generator set power generation systems in and on the front cover of the car; install new material photovoltaic power generation systems on the surface of the car; install thermoelectric power generation systems or thermoelectric power generation chips on the upper and lower cabins; Lay out the circuit to connect the power output of each group of generators and connect the battery to store electricity; the air pressure is insufficient and the intelligent control electric air pump supplements the inflation; the aerodynamic energy is collected as the driving energy; the first high-pressure pneumatic engine to drive natural energy vehicles: self-produced and self-supplied Burning oil, no charging, no charging, long battery life.
天然能汽车高压气动机驱动操作模式：打开气驱总阀，脚踏(油 门)踏板、调控控制阀供气，高压气动机驱动运转行驶，脚松开(油门)踏板自动关闭高压气，进气门被负压自动吸开进空气；继续脚踏(油门)踏板、调控控制阀供气，(气缸内压增大关闭自动进气门)继续加速运转行驶；脚踏(制动踏板)时调节为充气模式：关闭气动机泄汽总阀、惯性能高压充气输入储气罐储存；离合高压充气泵结合充气、高压气输入储气罐储存；车船起步、加速、上坡：脚踏(油门)踏板调控控制阀供气、高压气动机驱动行驶行航；下坡天然惯性能量、减速惯性能：脚踏(制动踏板)时充气储气；紧急制动时深踏制动踏板：惯性能充气***、制动刹车***同时制动；以轿车为例经模拟测试，惯性能充气***的充气量是总耗气量的58-68％；Natural energy vehicle high-pressure pneumatic engine drive operation mode: open the main air drive valve, pedal (accelerator) pedal, regulating and controlling valve to supply air, high-pressure pneumatic engine drives running, and release the pedal (accelerator) to automatically close the high-pressure gas, and intake air The door is automatically sucked into the air by negative pressure; continue to pedal (accelerator) pedal, adjust the control valve to supply air, (the cylinder pressure increases and close the automatic intake valve) continue to accelerate and drive; adjust when the foot (brake pedal) is pressed It is the charging mode: close the main valve of the pneumatic engine, inertial high-pressure charging input gas storage tank storage; clutch high-pressure air pump combined with charging, high-pressure gas input gas storage tank storage; vehicle and ship starting, acceleration, uphill: pedal (throttle) Pedal adjustment control valve air supply, high-pressure pneumatic engine driving driving; downhill natural inertial energy, deceleration inertia performance: inertia when pedaling (brake pedal); deep stepping on the brake pedal during emergency braking: inertia inflation System, brake and brake system brake at the same time; taking a car as an example, after simulation test, the inertial performance charging system is 58-68% of the total air consumption;
天然能汽车电动机驱动***，其特征在于：研创汽车下坡天然惯性能、减速惯性能发电蓄电电驱动***；采用3种模式：1)、各类汽车连接驱动轮轮毂、车轴、传动轴安装变频器电动机驱动***、(以下简称：安装电动机驱动***)兼容惯性能发电、安装离合惯性能发电机发电；2)、各类车船连接底盘安装电动机驱动***、安装离合器惯性能发电机发电，或并联装离合惯性能发电机发电；3)、各类车船连接底盘安装：电动机驱动***、还设有发电电源输出端、供电发电双模式调控***、兼容惯性能发电；(以下简称：电动机驱动***兼容惯性能发电)；电动机驱动***安装驱动轴连接中央差速器、前驱传动轴连接前差速器、后驱传动轴连接后差速器；前后驱控制器；连接底盘安装蓄电池、储气罐、安装供电控制器(油门踏板)、安装发电控制器(制动踏板)，安装制动***(深踏制动踏板)；连接底盘安装整流器蓄电池、(以下简称安装蓄电池)布设电路连接***；Natural energy automobile motor drive system is characterized by: research and creation of natural inertia and deceleration inertia power generation and storage electric drive system for automobile downhill; 3 modes are adopted: 1) Various types of automobiles are connected to drive wheel hubs, axles, and transmission shafts Install the frequency converter motor drive system, (hereinafter referred to as: install the motor drive system) compatible inertial power generation, install clutch inertia generator power generation; 2), various types of vehicles and ships connected to the chassis, install motor drive systems, install clutch inertial generator power generation, Or install clutched inertial generators in parallel to generate power; 3), various types of vehicle and ship connection chassis installation: electric motor drive system, also equipped with generator power output, power generation dual-mode control system, compatible inertial power generation; (hereinafter referred to as: motor drive The system is compatible with inertial power generation); the motor drive system is installed with a drive shaft connected to the central differential, the front drive shaft is connected to the front differential, and the rear drive shaft is connected to the rear differential; front and rear drive controllers; connected to the chassis to install batteries and air storage Tank, install the power supply controller (gas pedal), install the power generation controller (brake pedal), install the brake system (deep pedal brake); connect the chassis to install the rectifier battery, (hereinafter referred to as the installation battery) wiring circuit connection system;
驾驶室安装：方向机、电驱总闸、电子换挡器、各类灯光、仪表、电器、等各类控制器控制***，电路连接***；蓄电池输出端、电路连接电驱总闸、连接供电控制器、(油门)踏板、连接电动机驱动***；脚踏(制动踏板)时：调节为发电模式、兼容惯性能发电机输出端、电路连接整流器、输入蓄电池输入端蓄电，离合惯性能发电机结合发电、并联装离合惯性能发电机结合发电，发电机电源输出端、电路连接蓄电池输入端蓄电；安装汽车其他常规装置及***；Cab installation: steering gear, electric drive main brake, electronic shifter, various lights, instruments, electrical appliances, and other controller control systems, circuit connection system; battery output terminal, circuit connection electric drive main brake, connection power supply Controller, (accelerator) pedal, connected to motor drive system; when pedaling (brake pedal): adjust to power generation mode, compatible with inertial generator output, circuit connected to rectifier, input battery input for storage, and clutch inertial power generation Combine power generation by machine, and combine power generation with clutch-inertia generators in parallel. The output terminal of the generator's power supply and the circuit are connected to the input terminal of the battery to store electricity; other conventional automobile devices and systems are installed;
蓄电池输出端、电路连接控制器、各类灯光、仪表、各种电器、控制器等控制***；在车前端盖内和顶上安装多组气流叶轮轴发电机发电***(以下简称：车前端盖内和顶上安装多组气流能发电)；车船表面装太阳能可见光新材料光伏发电***(以下简称：车船表面装新材料光伏发电)；舱上下安装温差能发电***、或装温差发电芯片；布设电路连接各组发电机电源输出端连接蓄电池输入端蓄电；作为车船驱动电源；轿车模拟测试：惯性能发电能回收总耗电量52-68％的电量；天然能汽车电动机驱动***：不烧油、免充电长续航；下面详述气流能发电、温差能发电***：Battery output terminals, circuit connection controllers, various lights, meters, various electrical appliances, controllers and other control systems; install multiple sets of airflow impeller shaft generator power generation systems in and on the front cover of the car (hereinafter referred to as: front cover of the car Install multiple sets of airflow power generation inside and on the roof); install solar visible light new material photovoltaic power generation system on the surface of the vehicle and ship (hereinafter referred to as: new material photovoltaic power generation on the surface of the vehicle and ship); install the thermoelectric power generation system on the upper and lower sides of the cabin, or install the thermoelectric power generation chip; The circuit connects the power output of each group of generators to the input of the battery to store electricity; as the driving power for vehicles and ships; car simulation test: inertial power generation can recover 52-68% of the total power consumption; natural energy car motor drive system: no burning Oil, charging-free and long battery life; the following is a detailed description of the airflow power generation and thermoelectric power generation system:
天然能汽车气流能风能发电***：其特征在于，顺应天然能量现象；根据各类车船在高速行驶行航中、天然产生疾速强劲的气流能，每秒21-33m；在各类汽车前端盖内和顶上：安装多组气流叶轮轴发电机组发电***，所述气流叶轮轴发电机组：每组轴配叶轮2-5个、发电机1台、两端轴承支架各一套，在车前端罩内连接底盘安装3组发电机，在车顶上连接顶板安装3组或多组发电机；连接顶板加装防护罩；船舶顶上安装风能发电机、动车头尾安装风能发电机；各组发电 机电源输出端、电路连接车船内整流器、导入蓄电池蓄电；汇集为车船驱动电源；和其他用电；(以下简称：车前端和顶上安装气流能发电***)以轿车为例：经测试气流能发电***输出功率1.8-2.5kw/h；Natural energy automobile airflow energy wind power generation system: It is characterized by conforming to the natural energy phenomenon; according to various vehicles and ships in high-speed navigation, natural generation of fast and strong airflow energy, 21-33m per second; in the front cover of various automobiles Inside and on top: install multiple sets of airflow impeller shaft generator set power generation system, the airflow impeller shaft generator set: each set of shafts is equipped with 2-5 impellers, 1 generator, and one set of bearing brackets at both ends, at the front of the car In the cover, connect the chassis to install 3 sets of generators, connect the roof to the roof to install 3 or more sets of generators; connect the roof to install a protective cover; install wind energy generators on the roof of the ship, and install wind energy generators on the front and rear of the motor car; each group The generator power output and the circuit are connected to the rectifier in the vehicle and ship, and the storage battery is introduced; it is collected as the driving power for the vehicle and ship; and other electricity; (hereinafter referred to as: the airflow energy generation system installed on the front of the vehicle and on the roof) Take a car as an example: tested The output power of the airflow power generation system is 1.8-2.5kw/h;
天然能汽车天然温差能发电***、或装温差发电芯片；其特征在于，顺应天然能量现象；在各类车船、飞行器舱顶内外安装：真空集热器、或菲涅尔式聚光器、碟聚光器，舱底安装汽轮机发电***、风水气流冷凝器、凝器池、智能喷雾机；布设喷射液雾管路、连接冷凝池、智能喷雾机、聚光器；智能喷射循环专用液雾、汽化成高温高压汽体：聚光器高压汽体输出端、管路连接汽轮发电机发电、乏汽连接至冷凝器冷却循环使用；发电机电源输出端、电路连接整流器、导入蓄电池蓄电，汇集为车船驱动电源；(以下简称：舱上下安装温差能发电***)以轿车为例：经测试阳光下温差能发电***输出功率1-1.5kw/h；高空零下数十度无云遮挡阳光、飞行器温差能量更高。Natural energy vehicle natural temperature difference energy power generation system, or equipped with temperature difference power generation chip; its characteristic is that it conforms to natural energy phenomenon; it is installed inside and outside the roof of various vehicles, ships, and aircraft: vacuum collectors, or Fresnel concentrators, dishes Concentrator, installed steam turbine power generation system, wind-shui airflow condenser, condenser pool, and smart sprayer on the bilge; laying spray liquid mist pipeline, connecting condenser, smart sprayer, concentrator; smart spraying cycle special liquid mist, Vaporized into high-temperature and high-pressure steam: the high-pressure steam output of the condenser, the pipeline is connected to the turbine generator for power generation, the exhaust steam is connected to the condenser for cooling cycle use; the generator power output, the circuit is connected to the rectifier, and the battery is used for storage, Converged as the driving power supply for vehicles and ships; (hereinafter referred to as: installation of thermoelectric power generation systems above and below the cabin) Take a car as an example: the output power of the thermoelectric power generation system under the test under the sun is 1-1.5kw/h; the high altitude is tens of degrees below zero without clouds blocking the sun, The temperature difference energy of the aircraft is higher.
上述天然能汽车已逐一阐述了：高压气动机驱动***兼容惯性能充气、驱动电动机兼容惯性能发电、安装三种发电***转化六种天然产生的能量为自产自供：空气动力能源、和电动机驱动能源，及操作模式；和现有车船的成熟技术，包括发动机***、电驱动***、双驱动***、前后驱动***等技术；因此后面分类叙述就不赘述：3种天然能发电***、和不再叙述现有技术；天然能汽车可选择采用五种驱动***：A高压气动机驱动***；B电动机驱动***；C高压气动机驱动***+电动机驱动***；D高压气动机驱动***+预备发动机驱动***；E电动机驱动***+预备发动机驱动***；所以天然能汽车简述：C、E驱动***；公交车、物流车简述：D、驱动***；地铁动车简述： B驱动***；船舶简述：D、驱动***；飞行器简述：D、E驱动***；The above natural energy vehicles have been explained one by one: the high-pressure pneumatic drive system is compatible with inertial performance charging, the drive motor is compatible with inertial performance power generation, and the installation of three power generation systems converts six naturally generated energy into self-produced and self-supplied: aerodynamic energy, and electric motor drive Energy and operating modes; and mature technologies of existing vehicles and ships, including engine systems, electric drive systems, dual drive systems, front and rear drive systems, etc.; therefore, the following classification description will not go into details: 3 types of natural energy power generation systems, and no longer Describe the existing technology; natural energy vehicles can choose to use five drive systems: A high-pressure pneumatic drive system; B electric motor drive system; C high-pressure pneumatic drive system + electric motor drive system; D high-pressure pneumatic drive system + preliminary engine drive system ; E motor drive system + reserve engine drive system; so the natural energy car brief description: C, E drive system; bus, logistics car brief description: D, drive system; subway train brief description: B drive system; ship brief description: D. Drive system; Brief description of aircraft: D, E drive system;
天然能汽车C高压气动机驱动***+电动机驱动***；驾驶室安装：方向机、气驱总阀、电驱总闸、电子换挡器、各类灯光、仪表、电器、驱动模式变更器、前后驱控制器、等控制***，布设气路电路连接***；连接底盘左边安装储气罐、高压气动机驱动***、驱动轴连接中央差速器双动力连接***、前驱传动轴连接前差速器、后驱传动轴连接后差速器；气动机驱动***兼容惯性能充气、离合惯性能充气泵充气；Natural Energy Automobile C high-pressure pneumatic drive system + electric motor drive system; cab installation: steering gear, air drive main valve, electric drive main brake, electronic shifter, various lights, instruments, electrical appliances, drive mode changer, front and rear Drive controller, and other control systems, lay the gas circuit connection system; connect the left side of the chassis to install the air tank, the high-pressure pneumatic drive system, the drive shaft connects to the central differential dual power connection system, the front drive shaft connects to the front differential, The rear drive shaft is connected to the rear differential; the pneumatic drive system is compatible with inertial performance air and clutched inertial performance air pumps;
连接底盘安装供气控制阀(油门踏板)、充气控制器(制动踏板)，制动刹车***(深踏制动踏板)；脚踏(制动踏板)时：调节为充气模式、自动打开负压进气门、关闭气动机泄气总阀管路连接至储气罐、离合惯性能充气泵结合充气、管路连接储气罐储存；连接底盘安装智控电动充气泵补充充气***、管路连接储气罐储气；储气罐输出端管路连接供气总阀、供气控制阀(油门踏板)；连接高压气动机驱动***；脚踏(油门踏板)调控供气控制阀：高压气动机驱动运转行驶；Connect the chassis to install the air supply control valve (accelerator pedal), inflation controller (brake pedal), and brake brake system (deep stepping on the brake pedal); when pedaling (brake pedal): adjust to the inflation mode, automatically turn on the negative Press the air intake valve and close the main exhaust valve of the pneumatic engine. The pipeline is connected to the air storage tank. The clutch inertial performance air pump is combined with inflation and the pipeline is connected to the air storage tank. Connect the chassis to install the intelligent control electric air pump to supplement the inflation system and pipeline connection The gas storage tank stores gas; the pipeline at the output end of the gas storage tank is connected to the main gas supply valve and the gas supply control valve (accelerator pedal); connects to the high-pressure pneumatic machine drive system; foot pedal (accelerator pedal) regulates the gas supply control valve: high-pressure pneumatic machine Drive running
连接底盘右边安装：电动机驱动***、驱动轴连接中央差速器双动力驱动连接***；电动机驱动***兼容惯性能发电，连接底盘安装蓄电池，电路连接蓄电池蓄电；蓄电池输出端、电路连接供电总闸、连接供电控制器、连接电动机驱动***；连接制动刹车***；连接发电控制器：脚踏(制动踏板)时调节为发电模式、电路连接蓄电池蓄电：如汽车变更为电动机驱动模式、脚踏(油门踏板)、电动机驱动***运转行驶；Connect to the right side of the chassis and install: the motor drive system, the drive shaft is connected to the central differential dual-power drive connection system; the motor drive system is compatible with inertial power generation, and the chassis is connected to the battery, and the circuit is connected to the battery for storage; the battery output and the circuit are connected to the power supply main brake , Connect to the power supply controller, connect to the motor drive system; connect to the brake system; connect to the power generation controller: when the foot (brake pedal) is adjusted to the power generation mode, the circuit is connected to the battery to store electricity: such as the car changes to the motor drive mode, foot Step on (accelerator pedal), the motor drive system is running;
安装汽车常规装置及***；车前端和顶上安装气流能发电***；车表面装新材料光伏发电***；舱上下安装温差能发电系***、或装温差发电芯片；电路连接各组发电机电源输出端、连接蓄电池蓄电；汇集三种发电机电源为轿车驱动电源；现有光伏发电技术每平米输出功率0.25-0.4kw/h；因储气罐不需更换、减少电池组；以高压气动机驱动行驶为主、电力驱动行驶为辅；创新出：双动力天然能汽车C驱动***：不烧油、免充电、免充气无限续航。Install conventional car devices and systems; install airflow energy generation systems on the front and on top of the car; install new material photovoltaic power generation systems on the surface of the car; install thermoelectric power generation systems on the upper and lower sides of the cabin, or install thermoelectric power generation chips; circuits connect the power output of each group of generators Terminal and connected to the storage battery; three kinds of generator power sources are used as car driving power; the existing photovoltaic power generation technology has an output power of 0.25-0.4kw/h per square meter; because the gas storage tank does not need to be replaced, the battery pack is reduced; The driving driving is the main and the electric driving driving is the supplement; the innovation: the dual-power natural energy car C driving system: no fuel, no charging, no charging, unlimited battery life.
天然能汽车E电动机驱动***+预备发动机驱动***；驾驶室安装：方向机、电驱总阀、电门、驱动模式变更器、电子换挡器、各类灯光、仪表、电器、控制器等控制***；连接底盘左边安装电动机驱动***、驱动轴连接中央差速器双动力驱动连接***、前驱传动轴连接前差速器、后驱传动轴连接后差速器；前后驱控制器；电动机驱动***兼容惯性能发电，离合惯性能发电机发电***；安装蓄电池，油箱，布设电路油路连接***；Natural Energy Automobile E motor drive system + preliminary engine drive system; cab installation: steering gear, electric main valve, electric gate, drive mode changer, electronic shifter, various lights, instruments, electrical appliances, controllers, etc. System; Connect the left side of the chassis to install the motor drive system, the drive shaft is connected to the central differential dual-power drive connection system, the front drive shaft is connected to the front differential, and the rear drive shaft is connected to the rear differential; front and rear drive controllers; motor drive system Compatible with inertial power generation, clutched inertial power generator power generation system; installation of batteries, fuel tanks, and circuit and oil circuit connection systems;
惯性能发电输出端、电路连接蓄电池输入端蓄电；蓄电池电源输出端、电路连接电源总闸、连接供电控制器(油门踏板)、连接变频器输入电动机驱动***；安装发电控制器(制动踏板)，安装制动刹车***(深踏制动踏板)；脚踏制动踏板时调节为发电模式：兼容惯性能发电机输出端、经电路输入蓄电池蓄电；离合惯性能发电机结合发电、经电路输入蓄电池蓄电；脚踏(油门踏板)、电动机驱动***运转行驶；Inertial power generation output terminal, circuit connected to the battery input terminal for storage; battery power output terminal, circuit connected to the main power switch, connected to the power supply controller (accelerator pedal), connected to the inverter to input the motor drive system; install the power generation controller (brake pedal) ), install the brake brake system (deep stepping on the brake pedal); when the pedal is stepped on, it is adjusted to the power generation mode: compatible with the output of the inertial generator, and the battery is stored through the circuit; the clutch inertia generator combines power generation and power generation Circuit input battery storage; foot pedal (accelerator pedal), motor drive system running and running;
连接底盘右边安装：预备发动机驱动***、驱动轴连接中央差速器双动力驱动连接***；安装离合惯性能发电机发电；油箱输油管路连接油泵油门回路、连接油门控制阀、输入发动机喷油嘴；安装发 电控制器，安装制动刹车***；车前端和顶上安装气流能发电***；表面装新材料光伏发电***；车舱上下安装温差能发电***、或装温差发电芯片；布设电路连接各组发电机电源输出端、连接蓄电池输入端蓄电；以电机驱动为主、预备发动机驱动为辅；特殊情况下变更为发动机驱动；双动力天然能汽车E驱动***：免充电、免充气、少烧油或不烧油长续航。Connect to the right side of the chassis and install: prepare the engine drive system, connect the drive shaft to the central differential dual-power drive connection system; install a clutch inertia generator for power generation; connect the fuel tank oil pipeline to the fuel pump throttle circuit, connect the throttle control valve, and input the engine fuel injector; Install power generation controller, install brake system; install airflow energy power generation system on the front and top of the car; install new material photovoltaic power generation system on the surface; install thermoelectric power generation system on the upper and lower sides of the cabin, or install thermoelectric power generation chip; lay out circuits to connect each group Generator power output terminal, connected to battery input terminal to store electricity; mainly driven by motor, supplemented by preliminary engine drive; changed to engine drive under special circumstances; dual-power natural energy vehicle E drive system: no charging, no charging, less burning Long battery life with or without oil.
天然能公交车物流车D高压气动机驱动***+预备发动机驱动***；驾驶室安装：方向机、气驱总阀、电门、电子换挡器、及各类灯光、仪表、电器、驱动模式变更器、前后驱控制器、等控制器控制***；连接底盘左边安装高压气动机驱动***；驱动轴连接中央差速器双动力驱动连接***、前驱传动轴连接前差速器、后驱传动轴连接后差速器；传动轴连接前后驱传动***；高压气动机兼容惯性能充气、安装离合惯性能充气泵充气；安装储气罐、蓄电池、油箱；布设电路气路油路连接***；Natural energy bus logistics vehicle D high-pressure pneumatic drive system + reserve engine drive system; cab installation: steering gear, air drive master valve, electric gate, electronic shifter, and various lights, instruments, electrical appliances, and drive mode changes Controller, front and rear drive controllers, and other controller control systems; connected to the left side of the chassis to install the high-pressure pneumatic drive system; the drive shaft is connected to the central differential dual-power drive connection system, the front drive shaft is connected to the front differential, and the rear drive shaft is connected Rear differential; the drive shaft is connected to the front and rear drive transmission system; the high-pressure pneumatic engine is compatible with inertial performance charging, and the clutch inertial performance air pump is installed; the air storage tank, the battery, and the fuel tank are installed; the circuit, gas circuit and oil circuit connection system are installed;
连接底盘安装供气控制阀(油门踏板)、安装充气控制器(制动踏板)、安装制动刹车***(深踏制动踏板)；脚踏(制动踏板)时：调节为充气模式、自动打开负压进气门、关闭气动机泄气总阀管路连接至储气罐储气、离合惯性能充气泵结合充气，充气泵输出端、管路连接储气罐储气；连接底盘安装智控电动充气泵补充充气***；充气泵输出端、管路连接储气罐储气；储气罐输出端管路连接气驱总阀、供气控制阀(油门踏板)；连接高压气动机驱动***；脚踏(油门)踏板、高压气动机驱动运转行驶；Connect the chassis to install the air supply control valve (accelerator pedal), install the inflation controller (brake pedal), install the brake system (depress the brake pedal deeply); when pedaling (brake pedal): adjust to inflation mode, automatic Open the negative pressure intake valve, close the main exhaust valve of the pneumatic engine. The pipeline is connected to the air storage tank, the clutch inertia performance air pump is combined with the air, and the output end of the air pump and the pipeline are connected to the air storage tank for air storage; connect the chassis to install the intelligent control The electric air pump supplements the air filling system; the output end of the air pump and the pipeline are connected to the gas storage tank; the output end of the air storage tank is connected to the air drive main valve and the air supply control valve (accelerator pedal); connected to the high-pressure pneumatic machine drive system; Foot (accelerator) pedal, high-pressure pneumatic motor drive operation;
连接底盘右边安装：预备发动机驱动***、驱动轴连接中央差 速器双动力驱动连接***；发动机驱动***、安装离合惯性能充气泵；安装充气控制器，安装制动刹车***；脚踏(制动踏板)时调节为充气模式：离合惯性充气泵结合充气，管路连接储气罐储气；连接底盘安装油箱、油路连接油泵、油门回路，连接油门控制阀、输入发动机喷油嘴；安装公交车物流车其他车常规装置及***；车前端和顶上安装气流能发电***；车表面装新材料光伏发电***；舱上下安装温差能发电***、或装温差发电芯片；电路连接各组发电机电源输出端、连接蓄电池蓄电；以高压气动机驱动为主、特殊情况下变更为发动机驱动；创新出：双动力天然能公交车、物流车其他车；D驱动***：免充电、免充气、少烧油或不烧油长续航。Connect to the right side of the chassis and install: prepare the engine drive system, the drive shaft is connected to the central differential dual-power drive connection system; the engine drive system, install the clutch inertia air pump; install the inflation controller, install the brake brake system; pedal (brake) The pedal) is adjusted to the charging mode: the clutch inertial air pump is combined with the air, the pipeline is connected to the air tank to store air; the chassis is connected to install the fuel tank, the oil circuit is connected to the fuel pump, the throttle circuit, the throttle control valve is connected, and the engine injector is input; install the bus Conventional installations and systems of other vehicles in vehicle logistics vehicles; airflow energy generation systems are installed on the front and top of the vehicle; new material photovoltaic power generation systems are installed on the surface of the vehicle; thermoelectric power generation systems or thermoelectric power generation chips installed on the upper and lower cabins; circuits connected to each group of generators The output terminal of the power supply is connected to the storage battery; it is mainly driven by a high-pressure pneumatic motor, and is changed to an engine drive under special circumstances; innovations: dual-power natural energy buses, logistics vehicles and other vehicles; D drive system: no charging, no charging, Use less fuel or no fuel for long battery life.
天然能地铁动车，安装电动机驱动***；其特征在于顺延天然能汽车采能、驱动模式：机车驾驶舱安装：电源总闸、供电控制器、制动发电控制器、制动刹车控制器、电子换档器、灯光仪表、电器、智能预警制动停车***、及其他控制器等控制***；在各驱动轮轮毂上安装电动机驱动***、兼容惯性能发电，离合惯性能发电机发电；连接底盘安装变压器，机车顶安装电网接触器、布设高压电路连接机车内变压器；变压器低压端电路连接电源总闸、连接电驱控制器、导入电动机驱动***；调控供电控制器：电动机驱动***运转行驶；启动制动发电控制器：兼容惯性能发电机发电、离合惯性能发电机结合发电；再启动制动刹车控制器、制动惯性能发电***、制动刹车***同时制动；调控开启供电控制器：电网向动车电动机驱动***供电驱动行驶；Natural energy subway trains are equipped with a motor drive system; it is characterized by the extension of natural energy vehicles' energy collection and drive mode: locomotive cockpit installation: power master brake, power supply controller, brake generator controller, brake brake controller, electronic changer Control systems such as gears, light meters, electrical appliances, intelligent early warning brake and parking systems, and other controllers; install a motor drive system on each drive wheel hub, compatible with inertia power generation, and clutch inertia performance generator power generation; connect the chassis to install a transformer , Install a power grid contactor on the roof of the locomotive, lay a high-voltage circuit to connect to the transformer in the locomotive; connect the low-voltage side circuit of the transformer to the main power switch, connect to the electric drive controller, and import the motor drive system; regulate the power supply controller: the motor drive system runs and drives; start system Dynamic power generation controller: compatible with inertial performance generator power generation, clutch inertia performance generator combined power generation; restart the brake brake controller, brake inertia power generation system, and brake brake system at the same time; adjust and start the power supply controller: grid Supply power to the electric car motor drive system to drive driving;
流线型机车尾，连接底盘安装气流能涡轮发电机发电***；电 路连接整流器输入变压器，变压器高压端、布设高压电路连接机车顶电网接触器向电网输电；以繁忙的地铁为例，三分钟内经历启动加速、高速运行数十秒、减速停车，每个轮回都是调控供电***加速行驶、惯性制动发电制动停车，向电网输出电和输入电的过程；车表面装新材料光伏发电***，车内安装整流器蓄电池，布设电路连接光伏发电输出端连接蓄电池蓄电；蓄电池输出端布设电路连接光伏发电输出端连接蓄电池蓄电；蓄电池输出端电路连接各类灯光、仪表、各种控制器、餐车等供电；惯性能制动发电、气流能发电向电网输电；创新出减少68％耗电量的绿色地铁动车。The streamlined locomotive tail is connected to the chassis to install the airflow energy turbine generator power generation system; the circuit is connected to the rectifier input transformer, the high-voltage end of the transformer, and the high-voltage circuit is connected to the locomotive roof grid contactor to transmit power to the grid; taking a busy subway as an example, the experience is within three minutes Start acceleration, run at high speed for tens of seconds, decelerate and stop. Each cycle is the process of regulating the power supply system to accelerate driving, inertial braking, generating and braking to stop, outputting electricity and inputting electricity to the grid; the vehicle surface is equipped with a new material photovoltaic power generation system, Install a rectifier battery in the car, and connect the circuit to the output of the photovoltaic power generation to connect to the battery for storage; the circuit to connect the output of the battery to the output of the photovoltaic power generation to connect to the battery for storage; the circuit to connect the battery output to various lights, meters, controllers, and dining cars Other power supplies; inertial braking power generation and airflow power generation to transmit power to the grid; innovative green subway trains that reduce power consumption by 68%.
天然能船舶D驱动***、其特征在于：顺延天然能汽车采能驱动模式；安装高压气动机驱动***+预备发动机驱动***；各类轮船、方舟平台、海滨游乐船；舵台上安装：舵盘、气驱总阀、供气控制阀、电门、供油控制阀、电子换挡器、驱动模式变更器、制动充气控制器、制动刹车控制器，及各类灯光、仪表、各种电器、控制器等控制***；连接底盘左边安装高压气动机驱动***、驱动轴连接中央差速器双动力驱动连接***、传动轴连接轴承座连接螺旋桨航行***；高压气动机兼容惯性能充气，离合惯性能充气泵充气；安装储气罐、蓄电池、油箱，布设电路气路油路连接***；安装高压气高压水喷射推进航行***；The D drive system of natural energy ships is characterized by: extension of the natural energy vehicle driving mode; installation of high-pressure pneumatic motor drive system + preliminary engine drive system; various ships, ark platforms, seaside pleasure boats; installation on the rudder: steering wheel , Air drive main valve, air supply control valve, electric valve, fuel supply control valve, electronic shifter, drive mode changer, brake charging controller, brake controller, and various lights, instruments, various Control systems such as electrical appliances, controllers, etc.; connect the left side of the chassis to install the high-pressure pneumatic drive system, the drive shaft connects to the central differential dual-power drive connection system, the drive shaft connects to the bearing seat to connect to the propeller navigation system; the high-pressure pneumatic engine is compatible with inertial performance inflation, clutch Inertial performance air pump inflates; installation of gas storage tanks, batteries, fuel tanks, circuit, gas and oil connection system; installation of high-pressure gas and high-pressure water jet propulsion navigation system;
调控制动充气控制器时：关闭气动机泄气总阀管路连接储气罐储气、负压进气门自动打开、离合惯性能充气泵结合充气，充气泵输出端、管路连接储气罐储气；再调控制动刹车控制器：惯性能充气***制动刹车***同时制动；连接底盘安装智控电动充气泵补充充气系 统；充气泵输出端、管路连接储气罐储气；储气罐输出端管路连接气驱总阀、供气控制阀、连接高压气动机驱动螺旋桨航行***；调控供气控制阀、高压气动机驱动螺旋桨航行；When adjusting the brake charging controller: close the main valve of the pneumatic machine and connect the air storage tank to the air storage, the negative pressure intake valve opens automatically, the clutch inertia performance air pump is combined with the air, the output end of the air pump, the pipeline is connected to the air storage tank Air storage; adjust the brake and brake controller: the inertial performance air system brake and brake system simultaneously brake; connect the chassis to install the intelligent control electric air pump to supplement the air system; the output end of the air pump and the pipeline are connected to the air tank to store air; The pipeline at the output end of the gas tank is connected to the air drive main valve, the air supply control valve, and the high-pressure pneumatic machine to drive the propeller navigation system; regulate the air supply control valve and the high-pressure pneumatic machine to drive the propeller to sail;
连接船舱右边安装：预备发动机驱动***、驱动轴连接中央差速器双动力驱动连接***；发动机驱动***、连接离合器惯性能充气泵充气***；启动制动充气控制器时、调节为充气模式：离合惯性能充气泵结合充气，充气泵输出端、管路连接储气罐储气；油箱布设输油管路连接油泵、连接油门回路、油门控制阀、输入发动机喷油嘴打火驱动行驶；安装各类船舶其他常规装置及***；船舶顶上安装风能发电机；表面装新材料光伏发电***；舱上下安装温差能发电***、或装温差发电芯片；布设电路连接各组发电机电源输出端、连接蓄电池蓄电；汇集六种天然能转化为电能、空气动力能源：供给船舶航行、生产生活用电；以高压气动机驱动航行为主、特殊情况变更为发动机驱动航行；改变顺风杨帆、降低航行耗能耗费；创新出天然能船舶、免充电、免充气、不烧油或少烧油长续航。Connect to the right side of the cabin and install: prepare the engine drive system, the drive shaft is connected to the central differential dual-power drive connection system; the engine drive system, connect the clutch inertial performance air pump charging system; when the brake charging controller is activated, adjust to the charging mode: clutch The inertial performance air pump is combined with air charging. The output end of the air pump and the pipeline are connected to the gas storage tank to store air; the fuel tank is equipped with oil pipelines to connect the oil pump, connect the throttle circuit, the throttle control valve, and input the engine injector to drive and drive; install all kinds of ships Other conventional devices and systems; install wind energy generators on the ship’s roof; install new material photovoltaic power generation systems on the surface; install thermoelectric power generation systems or thermoelectric power generation chips on the upper and lower sides of the cabin; lay out circuits to connect the power output terminals of each group of generators and connect to storage batteries Electricity; gather six kinds of natural energy into electric energy and aerodynamic energy: supply electricity for ship navigation, production and life; mainly high-pressure pneumatic motor-driven navigation, special circumstances change to engine-driven navigation; change the downwind sail and reduce the energy consumption of navigation ; Innovative natural energy ships, no charging, no charging, no fuel or less fuel for long endurance.
天然能飞行器D驱动***、其特征在于：顺延天然能汽车采能驱动模式；安装高压气动机驱动***+预备发动机启动***；驾驶舱安装：气驱总阀、电门、电子换挡器、各类灯光、仪表、电器，气驱控制器、油门控制器、驱动模式变更器、飞行姿势操纵控制器、各种控制器等控制***；机翼下方左右两边各安装两组：气动机驱动涡轮飞行***、预备发动机驱动涡轮飞行***；连接机舱安装高压储气罐、油箱、蓄电池整流器；布设气路油路电路连接***；安装智控电动充气泵；安装各类飞行器常规装置及***；机身机翼表面装新材料光伏 发电***；机舱上下安装温差能发电***、或装温差发电芯片；电路连接发电机电源输出端、连接整流器导入蓄电池蓄电；The driving system of natural energy aircraft D is characterized by: extending the driving mode of natural energy vehicles; installing high-pressure pneumatic engine driving system + preliminary engine starting system; cockpit installation: air-driven main valve, electric gate, electronic shifter, various Class lights, instruments, electrical appliances, air drive controllers, throttle controllers, drive mode changers, flight posture control controllers, various controllers and other control systems; two groups are installed on the left and right sides of the wing underneath: pneumatic driven turbine flight System, prepare engine-driven turbo flight system; connect the cabin to install high-pressure gas tanks, fuel tanks, and battery rectifiers; install gas and oil circuit connection systems; install intelligent control electric air pumps; install various aircraft conventional devices and systems; airframe machines New material photovoltaic power generation system is installed on the surface of the wing; thermoelectric power generation system or thermoelectric power generation chip is installed on the upper and lower sides of the nacelle; the circuit is connected to the output terminal of the generator power supply, and the rectifier is connected to the storage battery;
蓄电池电源输出端、电路连接变频器连接灯光仪表、电器连接各种控制器等控制***、连接智控电动充气泵；充气泵布设气路连接止回阀导入储气罐储存；储气罐输出端布设气路连接高压气总阀、连接气驱控制器、连接高压气动机驱动涡轮飞行***；调控气驱动控制器、调控飞行姿势控制器，可长飞行行航；特殊情况切换为发动机飞行模式飞行；大大减少耗油量和载油量、轻装飞行；创新出：天然能双动力无人机等各类飞行器；能够实现免充电、不烧油、少烧油长续航。The battery power output terminal, the circuit is connected to the inverter, the lighting instrument, the electrical appliance is connected to various controllers and other control systems, and the intelligent control electric air pump is connected; the air pump is arranged with a gas circuit connected to the check valve to be imported into the air tank for storage; the air tank output terminal The air circuit is connected to the high-pressure gas main valve, connected to the air drive controller, and connected to the high-pressure pneumatic engine to drive the turbine flight system; the control air drive controller and the control flight attitude controller can be used for long flight; special circumstances switch to the engine flight mode flight ; Greatly reduce fuel consumption and fuel load, fly lightly; innovate: natural energy dual-power drones and other types of aircraft; can achieve long endurance without charging, no fuel, less fuel.
天然能汽车：安装高压气动机驱动***、兼容惯性能充气，安装电动机驱动***、兼容惯性能发电；安装三种发电***、转化六种天然产生的能量；在先申报了：天然能汽车，图1已经显示并叙述了：惯性能、气流能风能、太阳能、可见光能、温差能发电；现在附图只显示驱动部分***；该天然能汽车驱动***、采能模式：适合船舶、地铁动车、飞行器安装使用；为了更清楚的说明本发明部分实施例中的部分技术方案，下面将对部份实施例描述中所需要使用的部份附图进行简单的介绍，以下描述中的附图仅是本发明的部份实施例中的部份附图，对于本领域人员、还可以根据这些附图及内容获得其他的附图、都应属于本发明的保护范围。Natural energy vehicles: install a high-pressure pneumatic motor drive system, compatible with inertial performance charging, install a motor drive system, compatible with inertial performance power generation; install three power generation systems, convert six kinds of naturally generated energy; previously declared: natural energy vehicles, picture 1 It has been shown and described: inertial performance, air flow energy, wind energy, solar energy, visible light energy, temperature difference energy power generation; now the figure only shows the driving part of the system; the natural energy vehicle driving system, energy collection mode: suitable for ships, subway cars, aircraft Installation and use; In order to more clearly illustrate some technical solutions in some embodiments of the present invention, the following will briefly introduce some of the drawings that need to be used in the description of some embodiments. The drawings in the following description are only the present Part of the drawings in some of the embodiments of the invention, for those skilled in the art, can also obtain other drawings based on these drawings and contents, should fall within the protection scope of the present invention.
图1为本发明的实施例1所提供的：天然能轿车、A高压气动机四轮驱动***部份平面图；Figure 1 is a partial plan view of the four-wheel drive system of a natural energy car and A high-pressure pneumatic engine provided by Embodiment 1 of the present invention;
图2为本发明的实施例2所提供的：天然能轿车、C高压气动 机驱动***+电动机驱动***部份平面图；Figure 2 is a partial plan view of a natural energy car, C high-pressure pneumatic motor drive system + electric motor drive system provided by Embodiment 2 of the present invention;
图3为本发明的实施例3所提供的：公交车物流车、D高压气动机驱动***+发动机驱动***部份平面图；Figure 3 is a partial plan view of the bus logistics vehicle, D high-pressure pneumatic drive system + engine drive system provided by the third embodiment of the present invention;
图4为本发明的实施例4所提供的：无人机、D高压气动机驱动***+发动机驱动***部份平面图；Figure 4 is a partial plan view of the UAV, D high-pressure pneumatic drive system + engine drive system provided by Embodiment 4 of the present invention;
图5为本发明的实施例5所提供的：船舶D高压气动机驱动***+发动机驱动***部份剖面图；Figure 5 is a partial cross-sectional view of the ship D high-pressure pneumatic drive system + engine drive system provided by the fifth embodiment of the present invention;
具体实施方式detailed description
如图1所示、本发明实施例1、所提供的：天然能汽车A高压气动机驱动***，其特征在于：顺应天然能量现象创新出汽车下坡天然惯性能、减速惯性能转化为空气动力能源；驾驶室安装：方向机、气驱总阀、前后驱控制器、电子换挡器、各类灯光、仪表、电器、控制器等控制***，布设电路气路连接***；汽车驱动轮轮毂安装4前驱动5后驱动1高压气动机2变速器驱动***、兼容惯性能充气，安装3离合惯性能充气泵；连接底盘安装6蓄电池、7储气罐、安装供气控制阀(油门踏板)、安装充气控制器(制动踏板)、安装制动刹车***(深踏制动踏板)；脚踏(制动踏板)时：调节为充气模式、自动打开负压进气门、关闭气动机泄气总阀气路连接至储气罐储气、离合惯性能充气泵结合充气、气路连接储气罐储气；As shown in Figure 1, the first embodiment of the present invention provides: a natural energy vehicle A high-pressure pneumatic drive system, which is characterized by: adapting to the natural energy phenomenon to innovate the natural inertial performance of the vehicle downhill and the deceleration inertial performance into aerodynamics Energy; cab installation: steering gear, air drive master valve, front and rear drive controllers, electronic shifters, various lighting, instruments, electrical appliances, controllers and other control systems, wiring and air connection systems; automobile driving wheel hub installation 4 Front drive 5 Rear drive 1 High-pressure pneumatic engine 2 Transmission drive system, compatible with inertial performance charging, installation of 3 clutch inertial performance air pump; connection to the chassis, 6 storage battery, 7 air storage tank, installation of air supply control valve (gas pedal), installation Air charging controller (brake pedal), installation of the brake brake system (deep stepping on the brake pedal); when pedaling (brake pedal): adjust to the air charging mode, automatically open the negative pressure intake valve, close the main valve of the pneumatic machine The gas circuit is connected to the gas storage tank for gas storage, the clutch inertia performance air pump is combined with inflation, and the gas circuit is connected to the gas storage tank for gas storage;
连接底盘安装智控电动充气泵补充充气、气路连接储气罐储气；储气罐输出端：气路连接气驱总阀、连接供气控制阀(油门踏板)、连接高压气动机驱动***；安装汽车其他常规装置及***；车前端盖内和顶上安装多组气流叶轮轴发电机组发电***；汽车前后左右顶表面 装新材料光伏发电***；舱上下安装温差能发电***、或装温差发电芯片；布设电路连接各组发电机电源输出端、连接整流器、导入蓄电池蓄电；气压不足时智控电动充气泵补充充气；汇集空气动力能源作驱动能源；首创自产自供空气能、高压气动机驱动天然能汽车；能够实现不烧油、免充电、免充气长续航。Connect the chassis to install the intelligent control electric air pump to supplement the air, and the gas path to connect the gas storage tank to store gas; the output of the gas tank: the gas path is connected to the air drive master valve, the air supply control valve (accelerator pedal), and the high pressure pneumatic drive system ; Install other conventional automobile devices and systems; install multiple sets of airflow impeller shaft generator set power generation systems in and on the front cover of the car; install new material photovoltaic power generation systems on the front and rear, left and right top surfaces of the car; install thermoelectric power generation systems on the upper and lower sides of the cabin, or install temperature difference Power generation chip; layout circuit to connect the power output of each group of generators, connect the rectifier, and import the battery to store electricity; when the air pressure is insufficient, the intelligent control electric air pump supplements inflation; gathers aerodynamic energy as the driving energy; the first self-produced, self-supplied air energy, high-pressure pneumatic Machine-driven natural energy vehicles; can achieve long battery life without burning oil, charging and charging.
如图2所示、本发明实施例2、所提供的：天然能汽车C高压气动机驱动***+电动机驱动***；驾驶室安装：方向机、气驱总阀、电驱总闸、电子换挡器、各类灯光、仪表、电器、驱动模式变更器、前后驱控制器、档位控制器、等控制***，布设气路电路连接***；连接底盘左边安装9储气罐、1高压气动机2变速器驱动***、5驱动轴连接6中央差速器双动力连接***、7前驱传动轴连接11前差速器8后驱传动轴连接12后差速器；气动机驱动***兼容惯性能充气、3离合惯性能充气泵充气；As shown in Figure 2, the second embodiment of the present invention provides: natural energy vehicle C high-pressure pneumatic drive system + electric motor drive system; cab installation: steering gear, air drive main valve, electric drive main brake, electronic shift Control systems such as controllers, various lights, instruments, electrical appliances, drive mode changers, front and rear drive controllers, gear controllers, and other control systems, with a gas circuit connection system; connected to the left side of the chassis to install 9 air tanks, 1 high-pressure pneumatic engine 2 Transmission drive system, 5 drive shaft connection 6 central differential dual power connection system, 7 front drive drive shaft connection 11 front differential 8 rear drive drive shaft connection 12 rear differential; pneumatic drive system is compatible with inertial performance inflation, 3 Clutch inertia performance air pump for inflation;
连接底盘安装供气控制阀(油门踏板)、安装充气控制器(制动踏板)、安装制动刹车***(深踏制动踏板)；脚踏(制动踏板)时：调节为充气模式、自动打开负压进气门、关闭气动机泄气总阀管路连接至9储气罐储气、3离合惯性能充气泵结合充气、管路连接9储气罐储存；连接底盘安装智控电动充气泵补充充气***、管路连接储气罐储气；9储气罐输出端管路连接供气总阀、供气控制阀(油门踏板)；连接1高压气动机驱动***；脚踏(油门踏板)调控供气控制阀：高压气动机驱动运转行驶；Connect the chassis to install the air supply control valve (accelerator pedal), install the inflation controller (brake pedal), install the brake system (depress the brake pedal deeply); when pedaling (brake pedal): adjust to inflation mode, automatic Open the negative pressure intake valve, close the main exhaust valve of the pneumatic engine. The pipeline is connected to the 9 air storage tanks, the 3 clutch inertial performance air pump is combined with the air, and the pipeline is connected to the 9 air storage tank for storage; connect the chassis to install the intelligent control electric air pump Supplementary inflation system, pipeline connection gas storage tank gas storage; 9 gas storage tank output pipe connection gas supply main valve, gas supply control valve (accelerator pedal); connected to a high-pressure pneumatic engine drive system; foot pedal (accelerator pedal) Regulate the air supply control valve: high-pressure pneumatic motor drives and runs;
连接底盘右边安装：01电动机02变速器驱动***、4驱动轴连接6中央差速器双动力驱动连接***；电动机驱动***03兼容惯性 能充气，连接底盘安装10蓄电池，电路连接蓄电池蓄电；10蓄电池输出端、电路连接供电总闸、连接供电控制器、连接1电动机驱动***；连接制动刹车***；连接发电控制器：脚踏(制动踏板)时调节为发电模式、电路连接10蓄电池蓄电：如变更为电动机驱动模式、脚踏(油门踏板)、电动机驱动***运转行驶；Connect to the right side of the chassis and install: 01 motor 02 transmission drive system, 4 drive shaft connection 6 central differential dual power drive connection system; motor drive system 03 is compatible with inertial performance charging, connected to the chassis to install 10 batteries, circuit connection battery storage; 10 batteries The output terminal and the circuit are connected to the power supply main brake, connected to the power supply controller, connected to the 1 motor drive system; connected to the brake system; connected to the power generation controller: when pedaling (brake pedal) is adjusted to power generation mode, the circuit is connected to 10 battery storage ：Such as changing to motor drive mode, foot pedal (accelerator pedal), motor drive system running and driving;
安装汽车常规装置及***；车前端和顶上安装气流能发电***；车表面装新材料光伏发电***；舱上下安装温差能发电***、或装温差发电芯片；电路连接各组发电机电源输出端、连接10蓄电池蓄电；汇集三种发电机电源为轿车驱动电源；现有光伏发电技术每平米输出功率0.25-0.4kw/h；因储气罐不需更换、减少电池组；以高压气动机驱动行驶为主、电力驱动行驶为辅；创新出双动力天然能汽车C驱动***：不烧油、免充电、免充气无限续航。Install conventional automobile devices and systems; install airflow energy power generation systems on the front and top of the car; install new material photovoltaic power generation systems on the surface of the car; install thermoelectric power generation systems or thermoelectric power generation chips above and below the cabin; connect the power output terminals of each group of generators to the circuit , Connect 10 storage batteries to store electricity; gather three kinds of generator power sources for car driving power; the existing photovoltaic power generation technology has an output power of 0.25-0.4kw/h per square meter; because the gas storage tank does not need to be replaced, the battery pack is reduced; The driving driving is the main and the electric driving driving is the supplement; the dual-power natural energy vehicle C driving system is innovated: no fuel, no charging, no charging and unlimited battery life.
如图3所示、本发明实施例3、所提供的：公交车物流车D高压气动机驱动***+预备发动机驱动***；驾驶室安装：方向机、气驱总阀、电门、电子换挡器、及各类灯光、仪表、电器、驱动模式变更器、前后驱控制器、等控制***；连接底盘左边安装1高压气动机2变速器驱动***；5驱动轴连接6中央差速器双动力驱动连接***、7前驱传动轴连接11前差速器，8后驱传动轴连接12后差速器；1高压气动机兼容惯性能充气、安装3离合惯性能充气泵充气；安装9储气罐、10蓄电池、13油箱；布设电路气路油路连接***；As shown in Figure 3, the third embodiment of the present invention provides: high-pressure pneumatic drive system of bus logistics vehicle D + reserve engine drive system; cab installation: steering gear, air drive master valve, electric gate, electronic shift Controller, and various lights, instruments, electrical appliances, drive mode changers, front and rear drive controllers, and other control systems; connected to the left side of the chassis to install 1 high-pressure pneumatic engine 2 transmission drive system; 5 drive shafts connected to 6 central differential dual power drive Connection system, 7 front drive shafts connected to 11 front differentials, 8 rear drive shafts connected to 12 rear differentials; 1 high-pressure pneumatic engine compatible with inertial performance charging, installation of 3 clutch inertial performance air pumps; installation of 9 air storage tanks, 10 storage battery, 13 fuel tank; wiring circuit, gas circuit and oil circuit connection system;
安装充气控制器(制动踏板)，安装制动刹车***(深踏制动踏板)；脚踏(制动踏板)时：关闭气动机泄气总阀管路连接至9储气罐储气、3离合惯性能充气泵结合充气，充气泵输出端、管路连接9 储气罐储气；安装供气控制阀(油门踏板)；连接底盘安装智控电动充气泵补充充气***；充气泵输出端、管路连接储气罐储气；9储气罐输出端管路连接供气总阀、供气控制阀(油门踏板)；连接高压气动机驱动***；脚踏(油门)踏板、高压气动机驱动运转行驶；Install the inflation controller (brake pedal), install the brake brake system (depress the brake pedal deeply); when pedaling (brake pedal): close the main valve of the pneumatic engine and connect it to the 9 air tank, 3 The clutch inertial performance air pump is combined with the air, the output end of the air pump and the pipeline are connected to the gas storage tank; the air supply control valve (accelerator pedal) is installed; the intelligent control electric air pump is connected to the chassis to install the supplementary air charging system; the output end of the air pump, The pipeline is connected to the gas storage tank for gas storage; 9 the output end of the gas storage tank is connected to the main air supply valve and the air supply control valve (accelerator pedal); connected to the high-pressure pneumatic motor drive system; foot pedal (accelerator) pedal, high-pressure pneumatic motor drive Running
连接底盘右边安装：预备01发动机02变速器驱动***、4驱动轴连接6中央差速器双动力驱动连接***；01发动机驱动***、安装03离合惯性能充气泵；安装充气控制器，安装制动刹车***；脚踏(制动踏板)时调节为充气模式：03离合惯性充气泵结合充气，管路连接储气9罐储气；连接底盘安装13油箱、油路连接油泵、油门回路，连接油门控制阀、输入发动机喷油嘴；安装公交车物流车其他车常规装置及***；车前端和顶上安装气流能发电***；车表面装新材料光伏发电***；舱上下安装温差能发电***、或装温差发电芯片；电路连接各组发电机电源输出端、连接10蓄电池蓄电；以高压气动机驱动为主、特殊情况下变更为发动机驱动；创新出：双动力天然能公交车、物流车其他车；免充电、免充气、少烧油或不烧油长续航。Connect to the right side of the chassis and install: prepare 01 engine 02 transmission drive system, 4 drive shaft connection 6 central differential dual power drive connection system; 01 engine drive system, install 03 clutch inertia performance air pump; install inflation controller, install brakes System; adjust to inflation mode when pedaling (brake pedal): 03 clutch inertial air pump combined with inflation, pipeline connected to air storage 9 tanks for air storage; connected to chassis to install 13 fuel tanks, oil circuit connected to oil pump, throttle circuit, connected to throttle control Valves, input engine fuel injectors; installation of conventional devices and systems of other vehicles in bus logistics vehicles; installation of airflow energy power generation systems on the front and top of the vehicle; installation of new material photovoltaic power generation systems on the surface of the vehicle; installation of thermoelectric power generation systems on the upper and lower compartments, or installation Thermoelectric power generation chip; the circuit is connected to the power output of each group of generators and connected to 10 batteries for storage; mainly driven by high-pressure pneumatic motors, and changed to engine driven under special circumstances; innovations: dual-power natural energy buses, logistics vehicles and other vehicles ; No charging, no charging, less fuel or no fuel for long battery life.
如图4所示、本发明实施例4、所提供的：天然能无人机D高压气动机驱动***+预备发动机驱动***；其特征在于：双动力无人机安装两种天然能发电充气自供能***；驾驶舱安装：气驱总阀、电门、电子换挡器、各类灯光、仪表、电器，气驱控制器、油门控制器、驱动模式变更器、飞行姿势操纵控制器、各种控制器等控制***；机翼下方左右两边各安装两组：1高压气动机驱动涡轮飞行***、2预备发动机驱动涡轮飞行***；As shown in Figure 4, the fourth embodiment of the present invention provides: natural energy UAV D high-pressure pneumatic drive system + reserve engine drive system; it is characterized in that: dual-power UAV is equipped with two natural energy power generation and self-supplied gas Performance system; cockpit installation: air drive master valve, switch, electronic shifter, various lights, instruments, electrical appliances, air drive controller, throttle controller, drive mode changer, flight posture control controller, various Controllers and other control systems; two groups are installed on the left and right sides of the wings: 1 high-pressure pneumatic engine driven turbine flight system, 2 reserve engine driven turbine flight system;
连接机舱安装高压储气罐、油箱、整流器蓄电池；安装各类飞 行器常规装置及***；布设气路油路电路连接***；安装智控电动充气泵；4机身5机翼表面装新材料光伏发电***；3机舱上下安装温差能发电***、或装温差发电芯片；布设电路连接两组发电机电源输出端、连接整流器导入蓄电池输入端蓄电；蓄电池电源输出端、电路连接灯光仪表、电器、各种控制器等控制***、连接智控电动充气泵；充气泵布设气路连接止回阀导入储气罐储存；Connect the cabin to install high-pressure gas storage tanks, fuel tanks, rectifier batteries; install various aircraft conventional devices and systems; lay out gas and oil circuit connection systems; install intelligent control electric air pumps; 4 fuselage and 5 wings are equipped with new materials for photovoltaic power generation System; 3 install the thermoelectric power generation system on the upper and lower sides of the engine room, or install the thermoelectric power generation chip; lay out the circuit to connect the two sets of generator power output terminals, connect the rectifier to lead the battery input terminal to store electricity; the battery power output terminal, the circuit connects lighting instruments, electrical appliances, etc. Kind of controllers and other control systems, connected to the intelligent control electric air pump; the air pump is arranged with a gas circuit connected to a check valve and imported into the air tank for storage;
高压储气罐输出端布设气路连接高压气总阀、连接气驱控制器、连接1高压气动机驱动涡轮飞行***；油箱输出端布设油路连接供油泵、连接油门总阀、连接油门控制器油门回路、连接2发动机驱动涡轮飞行***；调控气驱动控制器、调控飞行姿势控制器，长飞行行航；特殊情况切换变更为发动机飞行模式飞行；减少耗油量和载油量、轻装飞行；创新出：2发动机驱动+1高压气动机驱动涡轮飞行***；能够实现免充电、不烧油、少烧油长续航。The output end of the high-pressure gas tank is equipped with a gas circuit connected to the high-pressure gas main valve, connected to the air drive controller, and connected to a high-pressure pneumatic engine to drive the turbine flight system; the output end of the fuel tank is equipped with an oil circuit connected to the fuel supply pump, connected to the main throttle valve, and connected to the throttle controller Throttle circuit, connected to 2 engine-driven turbo flight systems; control air drive controller, control flight attitude controller, long flight navigation; switch to engine flight mode flight under special circumstances; reduce fuel consumption and fuel load, and fly lightly; Innovation: 2 engine drive + 1 high-pressure pneumatic engine drive turbo flight system; it can achieve long endurance without charging, no fuel, less fuel.
如图5所示、本发明实施例5、所提供的天然能船舶；其特征在于：顺延天然能汽车驱动***、采集免费天然能技术模式：18船舶9舵台上安装：舵盘、气驱总阀、气驱控制阀、电门、供油控制阀、电子换挡器、驱动模式变更器、制动充气控制器、制动刹车控制器、各类灯光仪表、电器、各种控制器等控制***；连接底盘左边安装1高压气动机2变速器驱动***；5驱动轴连接13中央差速器双动力驱动连接***、8传动轴连接15轴承座连接12螺旋桨航行***；1高压气动机兼容惯性能充气，3离合惯性能充气泵充气；As shown in Figure 5, the fifth embodiment of the present invention provides a natural energy ship; it is characterized by: extending the natural energy vehicle drive system, collecting free natural energy technology mode: 18 ships 9 installed on the rudder: rudder disc, air drive Main valve, air drive control valve, electric valve, fuel supply control valve, electronic shifter, drive mode changer, brake charging controller, brake controller, various lighting instruments, electrical appliances, various controllers, etc. Control system; connected to the left side of the chassis to install 1 high-pressure pneumatic engine 2 transmission drive system; 5 drive shaft connection 13 central differential dual power drive connection system, 8 drive shaft connection 15 bearing seat connection 12 propeller navigation system; 1 high-pressure pneumatic engine compatible inertia Inflatable, 3-clutch inertia performance air pump inflates;
安装6储气罐、16蓄电池7油箱；布设电路气路油路连接***；安装高压气高压水喷射推进***；调控制动充气控制器时：负压 进气门自动打开、关闭气动机泄气总阀管路连接6储气罐储气、3离合惯性能充气泵结合充气，充气泵输出端、管路连接6储气罐储气；再调控制动刹车控制器：惯性能充气***、制动刹车***同时制动；连接底盘安装智控电动充气泵补充充气***；6储气罐输出端管路连接气驱总阀、气驱控制阀、连接1高压气动机2变速器驱动***；调控气驱控制阀、1高压气动机驱动12螺旋桨航行；Install 6 air storage tanks, 16 storage batteries and 7 fuel tanks; lay the circuit, gas circuit and oil circuit connection system; install high-pressure gas and high-pressure water jet propulsion system; when adjusting the brake charging controller: the negative pressure intake valve automatically opens and closes the pneumatic engine exhaust The valve pipeline is connected to 6 air storage tanks for air storage, 3-clutch inertial performance air pumps are combined with inflation, and the output end of the air pump and pipelines are connected to 6 air storage tanks for air storage; then adjust the brake brake controller: inertial performance charging system, brake The brake system brakes at the same time; connect the chassis to install the intelligent control electric air pump to supplement the inflation system; 6 the output end of the air tank is connected to the air drive master valve, the air drive control valve, and the high pressure pneumatic machine 2 transmission drive system; control air drive Control valve, 1 high-pressure pneumatic motor drive 12 propellers to sail;
连接船舱右边安装：预备01发动机驱动***、4驱动轴连接13中央差速器双动力驱动连接***；01发动机02变速器驱动***、连接03离合惯性能充气泵充气储气；7油箱布设输油管路连接油泵、油门回路、油门控制阀、输入发动机喷油嘴；安装各类船舶常规装置及***；Connect the right side of the cabin to install: prepare 01 engine drive system, 4 drive shaft connection 13 central differential dual power drive connection system; 01 engine 02 transmission drive system, connection 03 clutch inertia performance air pump charging and storage; 7 fuel tank layout oil pipeline connection Oil pump, throttle circuit, throttle control valve, input engine fuel injector; installation of various conventional ship equipment and systems;
船舶顶上安装11风能发电机；17表面装新材料光伏发电***；舱上下安装10聚光镜温差能发电***；各组发电机电源输出端、电路连接16蓄电池蓄电；六种天然能转化为电能、空气动力能源：供给18船舶航行、生产生活用电；以1高压气动机驱动航行为主；降低航行耗能耗费；创新出天然能18船舶、免充电、免充气、不烧油或少烧油长续航。11 wind energy generators are installed on the ship's roof; 17 new material photovoltaic power generation systems are installed on the surface; 10 condenser thermoelectric power generation systems are installed on the upper and lower sides of the cabin; each group of generator power output terminals and circuits are connected to 16 storage batteries; six kinds of natural energy are converted into electric energy , Aerodynamic energy: Supply 18 ships with electricity for navigation, production and life; mainly use 1 high-pressure pneumatic motor to drive navigation; reduce the energy consumption of navigation; innovate natural energy 18 ships, no charging, no inflation, no oil or less burning Long battery life.
以上描述的实施例、仅是本发明的部份实施例；对于本领域的技术人员来说，在不付出创造性劳动的情况下、可以根据这些实施例及发明内容获得其他的实施例、都应属于本发明的保护范围；所以本发明的保护范围应以权力要求为准。The embodiments described above are only part of the embodiments of the present invention; for those skilled in the art, without creative work, other embodiments can be obtained based on these embodiments and the content of the invention. It belongs to the protection scope of the present invention; therefore, the protection scope of the present invention should be subject to the requirements of the rights.
天然能汽车：顺应天然能量现象；创新出各类天然能汽车：安装高压气动机驱动***、兼容惯性能充气，安装电动机驱动***、兼 容惯性能发电；安装天然惯性能、气流能风能、温差能、太阳能、可见光能光伏发电***，自动充气储气供气、发电蓄电供电；天然能汽车驱动***、采集免费天然能***技术：适合各类车船运载工具安装使用；首创天然能车船免充电、不烧油、或少烧油长续航；专为解决能源危机及大气污染，保护万物生灵生存环境，减少车船耗能耗费量身定制；顺应天然现象衍生的天然能汽车：与天地自然和谐共生共存，从打破生态平衡的石化能源车船时代、跨入绿色可持续发展的天然能车船时代！Natural energy vehicles: comply with natural energy phenomena; innovate various natural energy vehicles: install high-pressure pneumatic drive system, compatible with inertial performance inflation, install electric motor drive system, compatible with inertial power generation; install natural inertial performance, air flow energy, wind energy, temperature difference energy , Solar energy, visible light energy photovoltaic power generation system, automatic inflatable gas storage gas supply, power generation and storage power supply; natural energy vehicle drive system, collection of free natural energy system technology: suitable for installation and use of various vehicles and ships; the first natural energy vehicle and ship to be free of charging, No fuel or less fuel for long endurance; Tailor-made to solve energy crisis and air pollution, protect the living environment of all living things, and reduce energy consumption of vehicles and ships; Natural energy vehicles derived from natural phenomena: coexist in harmony with nature and nature , From the era of petrochemical energy vehicles that break the ecological balance to the era of natural energy vehicles and ships of green and sustainable development!

Claims (10)

  1. 原创天然能汽车，属于创新天然能汽车连接轮毂、车轴、传动轴上安装：A高压气动机驱动***、兼容惯性能充气、离合惯性能充气泵充气，安装B电动机驱动***、兼容惯性能发电；车前端和顶上安装气流能发电***、舱上下装温差能发电***、表面装新材料光伏发电***；安装各种配件连接、控制***、储气罐、蓄电池油箱，智控电动充气泵；安装天然能汽车常规装置及***；自产自供空气动力能源、电动力电源无限续航；Original natural energy vehicles are innovative natural energy vehicles connected to the hub, axles, and transmission shafts. Installation: A high-pressure pneumatic motor drive system, compatible inertia performance inflation, clutch inertia performance air pump inflation, installation B motor drive system, compatible inertia power generation; Install airflow energy power generation system on the front and top of the car, install the temperature difference energy power generation system on the top and bottom of the cabin, and install the new material photovoltaic power generation system on the surface; install various accessory connections, control systems, gas storage tanks, battery fuel tanks, and intelligent control electric air pumps; installation Conventional devices and systems for natural energy vehicles; self-produced and self-supplied aerodynamic energy, electric power, unlimited battery life;
    天然能汽车安装预备发动机驱动***；组合为C高压气动机驱动***+电动机驱动***；D高压气动机驱动***+预备发动机驱动***；E电动机驱动***+预备发动机驱动***；天然能汽车驱动***、采集免费天然能***技术：适合各类地铁动车、船舶飞行器等运载工具安装使用；安装车船常规装置及***；创新出不烧油、少烧油、免充电长续航的各类天然能车船飞行器。Natural energy vehicle is equipped with a preliminary engine drive system; the combination is C high-pressure pneumatic drive system + electric motor drive system; D high-pressure pneumatic drive system + preliminary engine drive system; E electric motor drive system + preliminary engine drive system; natural energy automobile drive system, Collection of free natural energy system technology: suitable for installation and use of various vehicles such as subway trains, ship aircraft, etc.; install conventional devices and systems for vehicles and ships; innovate various natural energy vehicles and aircrafts that do not burn fuel, use less fuel, and have a long battery life.
  2. 根据权利要求1所述的天然能汽车，包括天然能汽车：A高压气动机驱动***，特征在于：驾驶室安装方向机、气驱总阀、气驱控制器、前后驱控制器、电子换挡器、各类灯光、仪表、电器控制器等控制***；汽车驱动轮轮毂上安装前后驱动高压气动机变速器驱动***、兼容惯性能充气，安装离合惯性能充气泵充气；连接底盘安装蓄电池、储气罐、布设电路气路连接***；安装供气控制阀(油门踏板)、安装充气控制器(制动踏板)、安装制动刹车***(深踏制动踏板)；The natural energy vehicle according to claim 1, including natural energy vehicle: A high-pressure pneumatic drive system, characterized in that: steering gear, air drive master valve, air drive controller, front and rear drive controller, and electronic gear shift are installed in the cab Control systems such as controllers, various lights, instruments, electrical controllers, etc.; front and rear drive high-pressure pneumatic transmission drive systems are installed on the wheel hubs of automobile driving wheels, compatible with inertial performance inflation, and clutch inertia performance air pumps are installed; connected to the chassis to install batteries and air storage Tank and wiring circuit gas circuit connection system; install air supply control valve (accelerator pedal), install inflation controller (brake pedal), install brake brake system (deep pedal brake);
    储气罐输出端：气路连接气驱总阀、供气控制阀(油门踏板)、连接高压气动机驱动***；安装汽车常规装置及***；车前端盖内和顶上安装多组气流叶轮轴发电机组发电***；汽车前后左右顶表面装新 材料光伏发电***；舱上下安装温差能发电***；各组发电机电源输出端、电路连接蓄电池蓄电；安装智控电动充气泵补充充气；首创高压气动机驱动天然能汽车：自产自供空气能、不烧油、免充电、免充气长续航。The output end of the air storage tank: the gas circuit is connected to the air drive main valve, the air supply control valve (gas pedal), and the high-pressure pneumatic motor drive system; the conventional automobile devices and systems are installed; multiple sets of airflow impeller shafts are installed in and on the front cover of the vehicle Generator set power generation system; new material photovoltaic power generation system installed on the front and rear, left and right top surfaces of the car; thermoelectric power generation system installed on the top and bottom of the cabin; power output of each generator set and circuit connected to storage battery; installation of intelligent control electric air pump to supplement inflation; pioneering high voltage Pneumatic motor drives natural energy vehicles: self-produced and supplied air energy, no oil burning, no charging, no inflation and long battery life.
  3. 根据权利要求1所述的天然能汽车，包括天然能汽车C驱动***、特征在于驾驶室安装：方向机、气驱总阀、气驱控制器、电驱总闸、电驱控制器、电子换挡器、灯光仪表、电器、驱动模式变更器、前后驱控制器、等控制***；连接底盘左边安装储气罐、高压气动机驱动***、驱动轴连接中央差速器双动力连接***、前驱传动轴连接前差速器、后驱传动轴连接后差速器；气动机驱动***兼容惯性能充气、离合惯性能充气泵充气；布设气路电路连接***；The natural energy vehicle according to claim 1, including a natural energy vehicle C drive system, characterized in that the cab is installed: steering gear, air drive master valve, air drive controller, electric drive master brake, electric drive controller, electronic changer Blockers, light meters, electrical appliances, drive mode changers, front and rear drive controllers, and other control systems; connected to the left side of the chassis to install the air tank, high-pressure pneumatic drive system, drive shaft connected to the central differential dual power connection system, front drive transmission The shaft is connected to the front differential, and the rear drive shaft is connected to the rear differential; the pneumatic motor drive system is compatible with inertial performance and clutched inertia performance air pumps; air circuit connection system is arranged;
    连接底盘安装气驱控制阀(油门踏板)、充气控制器(制动踏板)，制动刹车***(深踏制动踏板)；储气罐管路连接供气总阀、供气控制阀(油门踏板)；连接高压气动机驱动***；连接底盘右边安装蓄电池、电动机驱动***、驱动轴连接中央差速器双动力连接***；电动机驱动***兼容惯性能发电；蓄电池输出端、电路连接供电总闸、供电控制器、连接电动机驱动***；Connect the chassis to install the air drive control valve (accelerator pedal), inflation controller (brake pedal), and brake brake system (deep stepping on the brake pedal); the air tank pipeline is connected to the main air supply valve and the air supply control valve (throttle) Pedal); connected to the high-voltage pneumatic drive system; connected to the right side of the chassis to install the battery, the motor drive system, the drive shaft is connected to the central differential dual power connection system; the motor drive system is compatible with inertial power generation; the battery output terminal and the circuit are connected to the power supply main gate, Power supply controller, connected to motor drive system;
    安装汽车常规装置及***；车前端和顶上安装气流能发电***；车表面装新材料光伏发电***；舱上下安装温差能发电***；各组发电机电源输出端、电路连接蓄电池蓄电；创新出：不烧油免充电长续航的双动力天然能汽车。Install conventional automobile devices and systems; install airflow energy power generation systems on the front and on top of the car; install new material photovoltaic power generation systems on the surface of the car; install thermoelectric power generation systems above and below the cabin; power output terminals of each group of generators and circuits connected to storage batteries; innovation Out: A dual-power natural energy vehicle that does not burn oil, free of charge, and has long battery life.
  4. 根据权利要求1所述的天然能汽车，包括天然能公交车物流车其他车：D驱动***；驾驶室安装：方向机、气驱总阀、气驱控制器、 电门、电子换挡器、及各类灯光、仪表、电器、驱动模式变更器、前后驱控制器、等控制器控制***；连接底盘左边安装高压气动机驱动***；驱动轴连接中央差速器双动力驱动连接***、前驱传动轴连接前差速器、后驱传动轴连接后差速器；高压气动机兼容惯性能充气、安装离合惯性能充气泵充气；The natural energy vehicle according to claim 1, including natural energy buses, logistics vehicles, other vehicles: D drive system; cab installation: steering gear, air drive master valve, air drive controller, electric gate, electronic shifter, And all kinds of lights, instruments, electrical appliances, drive mode changers, front and rear drive controllers, and other controller control systems; connect the left side of the chassis to install the high-pressure pneumatic drive system; the drive shaft is connected to the central differential dual-power drive connection system, front drive transmission The shaft is connected to the front differential, and the rear drive shaft is connected to the rear differential; the high-pressure pneumatic machine is compatible with inertial performance charging, and the clutched inertial performance air pump is installed;
    连接底盘安装储气罐、蓄电池油箱；布设电路气路油路连接***；连接底盘安装供气控制阀(油门踏板)、安装充气控制器(制动踏板)、安装制动刹车***(深踏制动踏板)；储气罐输出端管路连接气驱总阀、供气控制阀(油门踏板)；连接高压气动机驱动***；Connect the chassis to install air tanks and battery fuel tanks; lay out the circuit, gas circuit and oil circuit connection system; connect to the chassis, install the air supply control valve (accelerator pedal), install the inflation controller (brake pedal), and install the brake system (deep pedal) Pneumatic pedal); the pipeline at the output end of the gas storage tank is connected to the air drive master valve and the gas supply control valve (accelerator pedal); it is connected to the high-pressure pneumatic motor drive system;
    连接底盘右边安装预备发动机驱动***、驱动轴连接中央差速器双动力驱动连接***；安装离合惯性能充气泵；安装充气控制器；油箱输出端、油路连接油泵、连接油门控制阀、输入发动机喷油嘴；安装公交车物流车其他车常规装置及***；车前端和顶上安装气流能发电***；车表面装新材料光伏发电***；舱上下安装温差能发电***；各组发电机电源输出端、电路连接蓄电池蓄电；创新出双动力天然能公交车、物流车其他车：免充电免充气、少烧油或不烧油长续航。Connect the right side of the chassis to install the pre-engine drive system, the drive shaft to connect to the central differential dual-power drive connection system; to install the clutch inertia performance air pump; to install the air charging controller; the fuel tank output end, the oil circuit to connect to the oil pump, the throttle control valve, and the input engine Injector; install conventional devices and systems of other vehicles in bus logistics vehicles; install airflow energy power generation system on the front and top of the vehicle; install new material photovoltaic power generation system on the surface of the vehicle; install thermoelectric power generation system above and below the cabin; power output of each group of generators Terminals and circuits are connected to the battery to store electricity; innovative dual-power natural energy buses, logistics vehicles and other vehicles: no charging, no charging, less fuel or no fuel for long battery life.
  5. 根据权利要求1所述的天然能汽车，包含地铁动车，天然能地铁动车安装B电动机驱动***；其特征在于：顺延天然能汽车驱动***、采集免费天然能技术模式：动车驾驶舱安装：电源总闸、供电控制器、制动发电控制器、制动刹车控制器、电子换档器、灯光仪表、电器、智能预警制动停车***、及其他控制器等控制***；在各驱动轮轮毂上安装电动机驱动***、兼容惯性能发电，安装离合惯性能发电机发电；The natural energy vehicle according to claim 1, including a subway train, which is equipped with a B motor drive system; characterized in that: the natural energy automobile drive system is extended, and the natural energy collection free technology mode: the train cockpit installation: the power supply unit Brakes, power supply controllers, brake generator controllers, brake brake controllers, electronic shifters, light meters, electrical appliances, intelligent early warning brake parking systems, and other controllers and other control systems; installed on each drive wheel hub Motor drive system, compatible with inertia power generation, install clutch inertia generator to generate power;
    连接底盘安装变压器，机车顶安装电网接触器、布设高压电路连接机车内变压器；变压器低压端电路连接电源总闸、连接电驱控制器、导入电动机驱动***；调控供电控制器：电动机驱动***运转行驶；启动制动发电控制器：兼容惯性能发电机发电、离合惯性能发电机结合发电；再启动制动刹车控制器、制动惯性能发电***、制动刹车***同时制动；调控开启供电控制器：电网向电动机驱动***供电驱动行驶；Connect the chassis to install the transformer, install the grid contactor on the locomotive roof, and lay the high-voltage circuit to connect to the transformer in the locomotive; the low-voltage end circuit of the transformer is connected to the main power switch, the electric drive controller is connected, and the motor drive system is imported; the power supply controller is regulated: the motor drive system runs Driving; start brake power generation controller: compatible with inertial generator power generation, clutch inertia generator combined power generation; restart the brake brake controller, braking inertia power generation system, and brake brake system to brake at the same time; control and start power supply Controller: The power grid supplies power to the motor drive system to drive driving;
    流线型机车尾，连接底盘安装气流能涡轮发电机发电***；电路连接惯性能发电机、气流能发电机连接整流器输入变压器，变压器高压端、布设高压电路连接动车顶电网接触器、向电网输电；车表面装新材料光伏发电***，车内安装整流器蓄电池，布设电路连接光伏发电输出端连接蓄电池蓄电；蓄电池输出端电路连接各类灯光仪表、各种控制器、餐车等供电；创新出减少68％耗电量的绿色地铁动车。The streamlined locomotive tail is connected to the chassis to install the airflow energy turbine generator power generation system; the circuit is connected to the inertial performance generator, the airflow energy generator is connected to the rectifier input transformer, the high voltage end of the transformer, and the high voltage circuit is arranged to connect the roof grid contactor and transmit power to the grid; The surface is equipped with new material photovoltaic power generation system, the rectifier battery is installed in the car, and the circuit is connected to the output terminal of the photovoltaic power generation to connect the battery to store electricity; the output terminal circuit of the battery is connected to various lighting instruments, various controllers, dining cars, etc.; innovation is reduced by 68% Green subway trains that consume electricity.
  6. 根据权利要求1所述的天然能汽车，包含天然能各类船舶；D驱动***，其特征在于：顺延天然能汽车驱动***、采集免费天然能技术模式：舵台上安装：舵盘、气驱总阀、气驱控制阀、电门、供油控制阀、电子换挡器、驱动模式变更器、制动充气控制器、制动刹车控制器、各类灯光仪表、电器、各种控制器等控制***；连接底盘左边安装高压气动机驱动***；驱动轴连接中央差速器双动力驱动连接***、传动轴连接轴承座、连接螺旋桨航行***；高压气动机兼容惯性能充气，离合惯性能充气泵充气；The natural energy vehicle according to claim 1, including various natural energy ships; D drive system, characterized in that: extend the natural energy vehicle drive system, collect free natural energy technology mode: installation on the rudder: steering wheel, air drive Main valve, air drive control valve, electric valve, fuel supply control valve, electronic shifter, drive mode changer, brake charging controller, brake controller, various lighting instruments, electrical appliances, various controllers, etc. Control system; connected to the left side of the chassis to install the high-pressure pneumatic drive system; the drive shaft is connected to the central differential dual-power drive connection system, the drive shaft is connected to the bearing seat, and the propeller navigation system; the high-pressure pneumatic machine is compatible with inertial performance inflation and clutch inertia performance air pump Inflated
    安装储气罐、蓄电池油箱；布设电路气路油路连接***；安装高压气高压水喷射推进航行***；调控制动充气控制器时：负压进气门 自动打开、关闭气动机泄气总阀管路连接储气罐储气、离合惯性能充气泵结合充气，充气泵输出端、管路连接储气罐储气；再调控制动刹车控制器：惯性能充气***、制动刹车***同时制动；连接底盘安装智控电动充气泵补充充气***；储气罐输出端管路连接气驱总阀、气驱控制阀、连接高压气动机驱动***；调控气驱控制阀、高压气动机驱动螺旋桨航行；Install air storage tanks, battery fuel tanks; lay electrical circuits, gas circuit and oil circuit connection systems; install high-pressure gas and high-pressure water jet propulsion navigation system; when adjusting the brake charging controller: the negative pressure intake valve automatically opens and closes the main valve of the pneumatic engine The circuit is connected to the air storage tank, the clutch inertial performance air pump is combined with the air, the output end of the air pump, and the pipeline are connected to the air storage tank to store air; then the brake controller is adjusted: the inertial performance air system and the brake brake system simultaneously brake ; Connect the chassis to install the intelligent control electric air pump to supplement the air charging system; the output end of the air tank is connected to the air drive main valve, the air drive control valve, and the high pressure pneumatic drive system; the air drive control valve is regulated and the high pressure pneumatic drive drives the propeller to sail ；
    连接船舱右边安装：预备发动机驱动***、驱动轴连接中央差速器双动力驱动连接***；发动机驱动***、连接离合惯性能充气泵充气储气；油箱布设输油管路连接油泵、油门回路、油门控制阀、输入发动机喷油嘴；安装各类船舶常规装置及***；Connect to the right side of the cabin and install: prepare the engine drive system, the drive shaft is connected to the central differential dual-power drive connection system; the engine drive system is connected to the clutch inertial performance air pump for charging and storage; the fuel tank is equipped with oil pipelines to connect the oil pump, throttle circuit, and throttle control valve , Input the engine fuel injector; install various conventional ship equipment and systems;
    船舶顶上安装风能发电机；表面装新材料光伏发电***；舱上下安装聚光镜温差能发电***；各组发电机电源输出端、电路连接蓄电池蓄电；六种天然能转化为电能、空气动力能源：供给船舶航行、生产用电；以高压气动机驱动航行为主；降低航行耗能耗费；创新出天然能船舶、免充电、免充气、不烧油或少烧油长续航。Install wind energy generators on the top of the ship; install new material photovoltaic power generation systems on the surface; install condenser thermoelectric power generation systems on the upper and lower sides of the cabin; each group of generator power output terminals and circuits connected to storage batteries; six kinds of natural energy are converted into electric energy and aerodynamic energy : Supply electricity for navigation and production of ships; mainly driven by high-pressure pneumatic engines; reduce energy consumption for navigation; innovative natural energy ships, free of charge, free of inflation, no fuel or less fuel for long endurance.
  7. 根据权利要求1所述的天然能汽车；包含天然能飞行器D驱动***；其特征在于：顺延天然能汽车驱动***、采集免费天然能技术模式：驾驶舱安装气驱总阀、电门、电子换挡器、各类灯光仪表、电器，气驱控制器、油门控制器、驱动模式变更器、飞行姿势操纵控制器、各种控制器等控制***；机翼下方左右两边各安装两组：高压气动机驱动、预备发动机驱动涡轮飞行***；The natural energy vehicle according to claim 1; comprising a natural energy aircraft D drive system; characterized in that: extend the natural energy vehicle drive system, collect free natural energy technology mode: install air drive master valve, electric gate, electronic changer in the cockpit Control systems such as gears, various lighting instruments, electrical appliances, air drive controllers, throttle controllers, drive mode changers, flight posture control controllers, various controllers, etc.; two groups are installed on the left and right sides of the lower wing: high-pressure pneumatic Engine-driven, reserve engine-driven turbo flight system;
    连接机舱安装储气罐、油箱、整流器蓄电池；布设气路油路电路连接***；安装智控电动充气泵；安装各类飞行器常规装置及***； 机身机翼表面装新材料光伏发电***；机舱上下安装温差能发电***；电路连接发电机电源输出端、连接整流器导入蓄电池蓄电；蓄电池电源输出端、电路连接变频器连接灯光仪表、电器连接各种控制器等控制***；Connect the cabin to install air storage tanks, fuel tanks, and rectifier batteries; install gas and oil circuit connection systems; install intelligent control electric air pumps; install various aircraft conventional devices and systems; install new material photovoltaic power generation systems on the surface of the fuselage and wings; Install the thermoelectric power generation system up and down; the circuit is connected to the generator power output, connected to the rectifier to import the battery storage; the battery power output, the circuit is connected to the inverter, the lighting instrument, and the electrical appliances are connected to various controllers and other control systems;
    蓄电池电源输出端、连接智控电动充气泵；充气泵布设气路连接止回阀导入储气罐储存；储气罐输出端布设气路连接高压气总阀、连接气驱控制器、连接高压气动机驱动涡轮飞行***；调控气驱控制器、调控飞行姿势控制器，可长飞行行航；特殊情况切换变更为发动机飞行模式飞行；减少耗油量和载油量；创新出：天然能双动力无人机等各类飞行器；能够实现免充电、不烧油、少烧油长续航。The output terminal of the battery power supply is connected to the intelligent control electric air pump; the air pump is equipped with a gas circuit connected to the check valve to lead into the gas storage tank for storage; the output terminal of the air storage tank is equipped with a gas circuit connected to the high-pressure gas main valve, connected to the air drive controller, and connected to the high-pressure pneumatic Engine-driven turbo flight system; regulating air drive controller and regulating flight attitude controller, which can be used for long flight; switch to engine flight mode for special circumstances; reduce fuel consumption and fuel load; innovation: natural energy dual power Various types of aircraft such as UAVs can achieve long endurance without charging, not burning fuel, and less fuel.
  8. 根据权利要求1所述的天然能汽车，包括天然能汽车气流能风能发电***：特征在于汽车高速行驶每秒21-33m；在各类汽车前端盖内和顶上：安装多组气流叶轮轴发电机组发电***，其包括每组轴配叶轮2-5个、发电机1台、两端轴承支架各一套，在车前端罩内连接底盘安装3组发电机，车顶上连接顶板安装3组或多组发电机；连接顶板加装防护罩；船舶顶上安装风能发电机、动车尾安装风能发电机；各组发电机电源输出端、电路连接蓄电池蓄电；The natural energy vehicle according to claim 1, including a natural energy vehicle air flow energy wind energy power generation system: characterized in that the vehicle travels at a high speed of 21-33m per second; in and on the front cover of various automobiles: install multiple sets of air flow impeller shafts to generate electricity Unit power generation system, which includes 2-5 impellers for each set of shafts, 1 generator, and a set of bearing brackets at both ends. 3 sets of generators are connected to the chassis in the front cover of the car, and 3 sets of generators are connected to the top plate on the roof. Or multiple sets of generators; connect the roof to install a protective cover; install wind energy generators on the roof of the ship, and install wind energy generators on the rear of the motor car; each group of generator power output terminals and circuits are connected to storage batteries;
  9. 根据权利要求1所述的天然能汽车，包括天然温差能发电***；特征在于，在各类车船、飞行器舱顶内外安装：真空集热器、或菲涅尔式聚光器、碟聚光器，舱底安装汽轮机发电***、风水气流冷凝器、凝器池、智能喷雾机；布设喷射液雾管路、连接冷凝池、智能喷雾机、聚光器；智能喷射循环专用液雾、汽化成高温高压汽体：聚光器高压汽体输出端、管路连接汽轮发电机发电、乏汽连接至冷凝器冷却循环 使用；发电机电源输出端、电路连接蓄电池蓄电，或装温差发电芯片、汇集为车船驱动电源；The natural energy vehicle according to claim 1, including a natural temperature difference energy power generation system; characterized in that: vacuum heat collectors, or Fresnel condensers, disc condensers are installed inside and outside the roofs of various vehicles, ships, and aircraft , Install steam turbine power generation system, wind-shui airflow condenser, condenser pool, smart sprayer on the bilge; lay out spray liquid mist pipeline, connect condenser, smart sprayer, condenser; smart spray cycle dedicated liquid mist, vaporizes into high temperature High-pressure steam: the high-pressure steam output of the condenser, the pipeline is connected to the turbine generator for power generation, and the exhaust steam is connected to the condenser for cooling cycle; the generator power output, the circuit is connected to the battery for storage, or the temperature difference power generation chip is installed, Converge as driving power for vehicles and ships;
  10. 根据权利要求1所述的天然能汽车，其特征在于：包括权利要求1-9任一项所述的天然能汽车，利用自身天然产生的能量：下坡天然惯性能量、减速惯性能、气流能、风能、温差能、太阳光能、可见光能发电蓄电、和转化为高压空气动力能源；利用高压空气动力+天然能电驱动动力行驶行航；The natural energy vehicle according to claim 1, which is characterized in that it includes the natural energy vehicle according to any one of claims 1-9, using its own natural energy: downhill natural inertia energy, deceleration inertia performance, airflow energy , Wind energy, temperature difference energy, solar energy, visible light energy for power generation and storage, and conversion into high-pressure aerodynamic energy; use high-pressure aerodynamics + natural energy electric drive power to travel;
    研创出不烧油、免充电长续航的各类天然能车船飞行器；顺应天然现象的天然能汽车、与天地自然和谐共生共存；为解决能源危机、大气污染而创新奉献；该天然能汽车研创技术持续展开后：在本技术范围内轻易的变化和替换、都应涵盖在本权利要求的保护范围内。Research and create a variety of natural energy vehicles and aircrafts that do not burn oil and charge-free and have long endurance; natural energy vehicles that conform to natural phenomena and coexist in harmony with nature; innovation and dedication to solve energy crisis and air pollution; research on natural energy vehicles After the continuous development of innovative technology: easy changes and replacements within the scope of this technology shall be covered by the protection scope of this claim.
PCT/CN2020/000052 2019-03-18 2020-03-19 Natural energy automobile WO2020186893A1 (en)

Applications Claiming Priority (4)

Application Number Priority Date Filing Date Title
CNPCT/CN2019/000060 2019-03-18
CN201910219572.1 2019-03-18
CN201910219572 2019-03-18
PCT/CN2019/000060 WO2020186370A1 (en) 2019-03-18 2019-03-18 Natural energy automobile

Publications (1)

Publication Number Publication Date
WO2020186893A1 true WO2020186893A1 (en) 2020-09-24

Family

ID=72518979

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2020/000052 WO2020186893A1 (en) 2019-03-18 2020-03-19 Natural energy automobile

Country Status (1)

Country Link
WO (1) WO2020186893A1 (en)

Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5141173A (en) * 1991-08-12 1992-08-25 Lay Joachim E Pressure-jet and ducted fan hybrid electric car
CN102180149A (en) * 2011-03-30 2011-09-14 蒋万文 Automobile brake and energy storage combined device
WO2011152619A3 (en) * 2010-06-03 2012-04-19 Bang Jung-Min Mild hybrid system
CN203722565U (en) * 2014-01-20 2014-07-16 青岛格兰德新能源有限公司 Photovoltaic wind turbine, air compression system and a power generation system
CN106143122A (en) * 2015-04-23 2016-11-23 安风玢 A kind of Pneumatic automobile
CN106704071A (en) * 2016-12-28 2017-05-24 湖南大学 Oil-electricity-gas hybrid power output device for vehicle engine
CN107288695A (en) * 2016-04-01 2017-10-24 沈自全 A kind of environmentally friendly temp difference engine
CN108487989A (en) * 2018-03-19 2018-09-04 刘恒志 Vehicle motor AC and DC power supply heating system
CN109278521A (en) * 2018-10-12 2019-01-29 陕西汽车集团有限责任公司 A kind of gas-electricity power combined transmission system of automobile

Patent Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5141173A (en) * 1991-08-12 1992-08-25 Lay Joachim E Pressure-jet and ducted fan hybrid electric car
WO2011152619A3 (en) * 2010-06-03 2012-04-19 Bang Jung-Min Mild hybrid system
CN102180149A (en) * 2011-03-30 2011-09-14 蒋万文 Automobile brake and energy storage combined device
CN203722565U (en) * 2014-01-20 2014-07-16 青岛格兰德新能源有限公司 Photovoltaic wind turbine, air compression system and a power generation system
CN106143122A (en) * 2015-04-23 2016-11-23 安风玢 A kind of Pneumatic automobile
CN107288695A (en) * 2016-04-01 2017-10-24 沈自全 A kind of environmentally friendly temp difference engine
CN106704071A (en) * 2016-12-28 2017-05-24 湖南大学 Oil-electricity-gas hybrid power output device for vehicle engine
CN108487989A (en) * 2018-03-19 2018-09-04 刘恒志 Vehicle motor AC and DC power supply heating system
CN109278521A (en) * 2018-10-12 2019-01-29 陕西汽车集团有限责任公司 A kind of gas-electricity power combined transmission system of automobile

Similar Documents

Publication Publication Date Title
CN201511806U (en) Coaxial parallel-connected fuel-electric / gas-electric mixing power passenger car three type chassis
US20110198439A1 (en) Wheel drive system for an aircraft comprising a fuel cell as an energy source
CN109436272B (en) Unmanned ship-oriented multi-power-source system and scheduling method thereof
WO2016184145A1 (en) Mid-engined extended range electric vehicle
WO2017147950A1 (en) Extended-range electric passenger vehicle having front-mounted engine
US20100006351A1 (en) Electric vehicle with contra-recgarge system
CN108216646A (en) A kind of parallel hybrid power aircraft power coupled system and its drive control method
CN102278281B (en) Fluid kinetic energy system and transportation vehicle
CN207889994U (en) A kind of hybrid power aeroplane dynamic coupling device
CN107696812A (en) Oil-electricity hybrid power system and vertical take-off and landing hovercar with same
CN202320312U (en) Hybrid power transmission system
CN109866919A (en) A kind of carrier-borne heat power electricity drive tiltrotor aircraft
WO2020186893A1 (en) Natural energy automobile
Giglioli et al. Hybridisation of railcars for usage in non-electrified lines
CN101885299B (en) Hybrid electric vehicle with wind turbine generator
CN112706743A (en) Unmanned electric direct-drive hovercraft
CN208774518U (en) A kind of vehicle fuel battery and the compound power drive system of internal combustion engine
CN201390150Y (en) Vehicle capable of being charged in driving
CN112721605A (en) Natural energy automobile
CN215042712U (en) Unmanned electric direct-drive hovercraft
CN102336144A (en) Electric vehicle making use of solar and wind energy
CN205097966U (en) Electric formula electricelectric motor car year power station transport vechicle is inserted to non -
US11708153B2 (en) Electric acceleration assist for short takeoff and landing capabilities in fixed-wing aircraft
CN100430581C (en) Method and equipment for reducing vehicle energy consumption
JP6569967B1 (en) Combined power generator.

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 20773975

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 20773975

Country of ref document: EP

Kind code of ref document: A1