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CN107585309A - To the aerogenerator device people of the wired power supply of electric air unmanned plane - Google Patents

To the aerogenerator device people of the wired power supply of electric air unmanned plane
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Publication number
CN107585309A
CN107585309ACN201711023362.2ACN201711023362ACN107585309ACN 107585309 ACN107585309 ACN 107585309ACN 201711023362 ACN201711023362 ACN 201711023362ACN 107585309 ACN107585309 ACN 107585309A
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energy
storage battery
conductor wire
controller
pass
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林华
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Wuxi Tongchun New Energy Technology Co Ltd
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Wuxi Tongchun New Energy Technology Co Ltd
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Abstract

The present invention relates to the aerogenerator device people to the wired power supply of electric air unmanned plane, belong to clean energy resource applied technical field.Thin-film solar cells of the sunshine irradiation on the carbon fiber framework of aerogenerator device people produces electric current, electric current inputs energy-storage battery first by photovoltaic controller and conductor wire and stores electric energy, powered respectively to rotor flying propeller first, flight controller, Beidou satellite navigation device by conductor wire from the electric current of energy-storage battery first output, most of electric current is by flexible charging gun and receives charging device input energy-storage battery second, is powered respectively to rotor flying propeller second, Wireless Telecom Equipment and photoelectric nacelle by conductor wire from the electric current of energy-storage battery second output.The front end of flexible charging gun is provided with vision sensor and charge port identification device, it can identify and dock wired charging device charge port platform of electronic unmanned plane and receive charging device, clean energy resource electric power is supplied by aerogenerator device people, carries out wired power supply in the air.

Description

To the aerogenerator device people of the wired power supply of electric air unmanned plane
Technical field
The present invention relates to the aerogenerator device people to the wired power supply of electric air unmanned plane, belong to clean energy resource application skillArt field.
Background technology
Before 1800, the carbon dioxide concentration levels in earth atmosphere are 280ppm, have nowadays reached more than 410ppm,Gas concentration lwevel often increases 1ppm in atmosphere, the CO2 emission equivalent to 7,800,000,000 tons, that is to say, that human society 217Long-term burning coal over year, later plus burning petroleum, there are other carbon emissions, discharged 1,692,600,000,000 in warp-wise atmosphereTon carbon dioxide, the time that carbon dioxide is detained in atmosphere are more than 200 years.Due in Earth'S atmosphere carbon lose it is flatWeighing apparatus, the heat that carbon dioxide molecule obtains sunlight in an atmosphere cause climate change, and global temperatures rise, Global Seawater acidChange, Arctic sea ice decline, sea level rise floods land, and violent storm increases, and floods drought takes place frequently, and has begun to have influence on peopleThe normal life of class and the human survival in some areas.
The pernicious gases such as carbon dioxide, sulfur dioxide and nitrogen oxide have had resulted in prolonged air pollution, in airTropospheric bottom there is the haze of large area, occur at tropospheric middle part and top pollutant heap brown cloudGroup.Cancered number particularly suffers from the number increase of lung cancer in human society, and the life expectancy of the mankind is influenceed general by hazeAll over shortening.Although human society takes the measure of many reduction carbon emissions, but still emitted in the chimney of many coal-burning power plantsCigarette, great amount of fuel oil automobile continue emission, and the living environment of the mankind has hidden danger on the earth.
The content of the invention
It is an object of the invention to overcome deficiency of the prior art, there is provided to the sky of the wired power supply of electric air unmanned planeMiddle generating project people.
Adhere to whole people's pollution treatment dye altogether, persistently implement prevention and control of air pollution action, win blue sky defended war, it is necessary to grow cleaningEnergy industry, develop clean energy products.
' sunlight power 2 ' solar powered aircraft arrives at Nanjing within 2015, then fully relies on solar power and completes ringBall flies.This absolutely proves that solar powered aircraft can not only carry the weight of aircraft using solar energy as power, moreover it is possible to which people is taken in carryingThe weight of member, there is no the fossil fuel using pollution air in flight course.The machine National People's Congress of the world that Beijing in 2017 is heldIn meeting, due to the progress of light material and mechanical & electrical technology, imitative dragonfly robot and jellyfish imitation robot are danced in the air in the air first.
The technology of made in China unmanned plane has been reached advanced world standards, and starts electronic unmanned plane substitution one occurDivide fuel oil unmanned plane.If electronic unmanned plane uses the electric power in existing power supply network, it still can not be fully achieved and administer air dirtThe purpose of dye, because the electric power in existing power supply network has 60 percent to come from spontaneous combustion coal power generation.Over nearly 3 years, China occursMany ground photovoltaic plants and water surface photovoltaic power station, the photovoltaic power generation quantity for not polluting air increases sharply, however, being controlled from the whole worldFrom the point of view of the great demand for managing air pollution, photovoltaic power generation quantity is still very little.
Aerogenerator device people is exactly the high-tech such as integrated use robot technology, vehicle technology, electronic information technology,Photovoltaic power generation technology is introduced in high aerial, space from land and the water surface, increases considerably photovoltaic power generation quantity, accelerates to administerThe process of air pollution.
In aerogenerator device people flight on high, sunshine irradiation is arranged on the ratio aluminium of aerogenerator device people moreGently, the very thin thickness on the top surface of the carbon fiber framework harder than steel, the thin-film solar cells of very light in weight produce electric current,Electric current inputs photovoltaic controller by conductor wire and is adjusted, and then inputs energy-storage battery first and is stored.From photovoltaic controllerThe electric current of output inputs lamp socket and lamp bead by conductor wire, there is provided electric consumption on lighting power, passes through from the electric current of photovoltaic controller outputThe whole rotor flying propeller first of conductor wire input, there is provided the energy for the needs that fly.Lead to from the electric current of energy-storage battery first outputConductor wire input Beidou satellite navigation device is crossed, device people provides high accuracy positioning service for aerogenerator.From energy-storage battery firstThe electric current of output inputs flight controller by conductor wire, for controlling the skyborne flight attitude of aerogenerator device people.StorageEnergy battery first is powered by conductor wire to electronic computer, the conduction with information transfer capability that electronic computer passes through carrier waveLine is connected with Beidou satellite navigation device, grasps navigation information at any time, and electronic computer has information transfer work(by carrier waveThe conductor wire of energy is connected with flight controller, grasps flight attitude information at any time.Electronic computer record simultaneously to it is electronic nobodyThe quantity of the electric current of machine supply simultaneously calculates the amount of power supply charge.Substantial amounts of electric current is conveyed by conductor wire, wired charging deviceThe reception charging device conveying of electric controller and flexible charging gun into wired charging device charge port platform of electronic unmanned planeElectric current, it is intelligent flexible charging gun to note that flexible charging gun, is applied in the front end of flexible charging gun and belongs to Internet of ThingsThe automatic identification technology in network technology field, this flexible charging gun carry vision sensor, and this front portion carries vision sensorThe wired charging for being provided with corresponding special identifier of electronic unmanned plane can be identified with the flexible charging gun of charge port identification deviceDevice charge port platform, this flexible charging gun and wired charging device charge port platform are one-to-one pairings, only specificFlexible charging gun fly near specific, identification and match errorless wired charging device charge port platform, and reach certain and lean onWhen closely, the flexible charging gun of aerogenerator device people can just be put in wired charging device charge port platform automatically, canAfter conductive flexible charging gun directly contacts with the conductor wire of reception charging device, substantial amounts of electric current is defeated from aerogenerator device peopleEnter electronic unmanned plane, after charging terminates, stretch charging gun retraction carbon fiber mounting box automatically, aerogenerator device people and electronic nothingDisengaged between man-machine, it is each to fly respectively.Pass through conductor wire and reception charge controller from the electric current for receiving charging device inputInput in energy-storage battery second and store, inputting rotor flying propeller second by conductor wire from the electric current of energy-storage battery second output providesFlight electricity consumption.Wireless Telecom Equipment is inputted by conductor wire from the electric current of energy-storage battery second output and supplies work electricity consumption, is arranged onRadio antenna on Wireless Telecom Equipment can receive and send messages, and be exchanged with the external world, realize the information of electronic unmanned planeChange.Photoelectric nacelle, CCD or cmos camera into photoelectric nacelle are inputted by conductor wire from the electric current of energy-storage battery second outputWork electricity consumption is supplied, for land of taking photo by plane or on the water surface scenery.
In order to solve the above-mentioned technical problem, the present invention is achieved by the following technical solutions:
By thin-film solar cells 2, carbon fiber framework 3, rotor flying propeller first 4, ascending, descending frame 5, carbon fiber mounting box6th, wired charging device conveying electric controller 7, flexible charging gun 8, energy-storage battery first 9, photovoltaic controller 10, lamp socket 11, lamp bead12nd, electronic computer 13, conductor wire 14, Beidou satellite navigation device 15, flight controller 16, electronic unmanned plane 17, rotor flyRow propeller second 18, wired charging device charge port platform 19, receive charging device 20, receive charge controller 21, energy storage electricityPond second 22, photoelectric nacelle 23, undercarriage 24, Wireless Telecom Equipment 25, radio antenna 26 collectively constitute aerogenerator devicePeople 1;
Thin-film solar cells 2 is installed in the air, in carbon fiber framework 3 on the top surface of the carbon fiber framework 3 of generating project people 1Equidistant installation rotor flying propeller first 42-16, installs ascending, descending frame below carbon fiber framework 3 on frame54-8, the inside installation energy-storage battery first 9 of generating project people 1, photovoltaic is installed in the top of energy-storage battery first 9 in the airController 10, the center mounting lamp holder 11 at the top of the aerogenerator device people 1 above photovoltaic controller 10, in lamp socket 11Lamp bead 12 installed above, the installation Beidou satellite navigation device 15 in the left of energy-storage battery first 9, in Beidou satellite navigation device 15Above radio antenna is installed, energy-storage battery first 9 right install flight controller 16, under energy-storage battery first 9Side's installation electronic computer 13, in the lower section of electronic computer 13, installation carbon fiber mounting box 6, pacifies in carbon fiber mounting box 6Electric controller 7 is conveyed equipped with micro USB electric installation, flexible charging gun 8 is installed in the front of wired charging device conveying electric controller 7,The equidistant installation rotor flying propeller second 182-16 on the periphery of the top surface of electronic unmanned plane 17, it is electronic nobodyUndercarriage 244-8 is installed in the bottom surface of machine 17 down, and in the inside of electronic unmanned plane 17, installation energy-storage battery second 22, is being stored upPhotoelectric nacelle 23 is installed on the bottom surface of the electronic unmanned plane 17 of the lower section of energy battery second 22, is provided with the top of energy-storage battery second 22Micro USB electric installation charge port platform 19, installation reception charging device 20, is being received in wired charging device charge port platform 19The lower section installation of charging device 20 receives charge controller 21, and energy-storage battery second is installed in the lower section for receiving charge controller 2122, Wireless Telecom Equipment 25 is installed in the lower left of energy-storage battery second 22, channel radio is installed above Wireless Telecom Equipment 25Believe antenna 26;
Energy-storage battery first 9 is connected by conductor wire 14 with photovoltaic controller 10, and photovoltaic controller 10 passes through conductor wire 14 and lamp socket11 and lamp bead 12 connect, photovoltaic controller 10 passes through conductor wire 14 and the frame upper left side of carbon fiber framework 3 and right side rotorFlight propeller first 4 each one is connected respectively, and energy-storage battery first 9 is connected by conductor wire 14 with Beidou satellite navigation device 15,Beidou satellite navigation device 15 is connected by built-in conductor wire with wireless receiving and dispatching antenna, energy-storage battery first 9 by conductor wire 14 withFlight controller 16 is connected, and energy-storage battery first 9 is connected by conductor wire 14 with electronic computer 13, and electronic computer 13 is by leadingElectric wire 14 is connected with Beidou satellite navigation device 15, and electronic computer 13 is connected by conductor wire 14 with flight controller 16, electricitySub- computer 13 conveys electric controller 7 with wired charging device by conductor wire 14 and is connected, and wired charging device conveys electric controlDevice 7 is connected by conductor wire 14 with flexible charging gun 8, and energy-storage battery second 22 is connected by conductor wire 14 with receiving charge controller 21Connect, receive charge controller 21 and be connected by conductor wire 14 with receiving charging device 20, energy-storage battery second 22 passes through conductor wire 14It is connected with the rotor flying propeller second 18 on right side, energy-storage battery second 22 passes through conductor wire 14 and the rotor flying propeller in left sideSecond 18 is connected, and energy-storage battery second 22 is connected by conductor wire 14 with the Wireless Telecom Equipment 25 of lower left, Wireless Telecom Equipment 25It is connected by built-in conductor wire with radio antenna 26, energy-storage battery second 22 is connected by conductor wire 14 with photoelectric nacelle 23.
Thin-film solar cells 2 is that monocrystalline silicon thin film solar cell or multi-crystal silicon film solar battery or perovskite are thinFilm solar cell or copper-indium-galliun-selenium film solar cell or gallium arsenide film solar cell or amorphous silicon thin-film solarBattery.
The top surface of carbon fiber framework 3 is shaped as circular, a diameter of 2 meters -100 meters of circular.
Compared with prior art, the beneficial effects of the invention are as follows:1. aerogenerator device people middle reception sunshine on highIrradiation, carry out not discharge of noxious gases and pollutant in power generation process using thin-film solar cells, be advantageous to protecting ecologyEnvironment.2. the electric energy efficiency of transmission of wired charging is high, in electric current transmitting procedure, the loss of electric energy is very small.3. flexible fillThe intelligence degree of electric rifle is high.Flexible charging gun can precisely identify that wired charging device charge port of a pairing one is put downPlatform, intelligence degree are high, can accomplish not charge to unpaired wired charging device charge port platform, and not putting in strange hasMicro USB electric installation charge port.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention.
Embodiment
Embodiment cited by the present invention, it is only intended to help and understands the present invention, should not be construed as protecting model to the present inventionThe restriction enclosed, for those skilled in the art, without departing from the inventive concept of the premise, can also be rightThe present invention is made improvements and modifications, and these are improved and modification is also fallen into the range of the claims in the present invention protection.
The present invention will be further described with reference to the embodiment in accompanying drawing below:
As shown in figure 1, electronic unmanned plane is located at the lower section of aerogenerator device people, aerogenerator device people is waited to fly nearly dockingAfterwards, charging operation is carried out.Thin-film solar cells on sunshine irradiation aerogenerator device people's top surface produces electric current, and electric current leads toCross conductor wire, photovoltaic controller input energy-storage battery first storage, the electrical appliance that fraction electric energy is used in aerogenerator device peopleOperating power consumption, in copper part and electronic unmanned plane of most of electric energy by the flexible charging gun in aerogenerator device peopleReception charging device copper part direct contact, 9 percent allowed in the energy-storage battery first in aerogenerator device peopleStored in the energy-storage battery second that more than 19 electric energy is fast transported in electronic unmanned plane standby.Aerogenerator device peopleIt is the aviation robot that dump energy can be provided, electronic unmanned plane is the electrical appliance for consuming electric energy, is mainly used in the present inventionComplete the task of aeroplane photography.From aerogenerator device people to electronic unmanned plane smooth delivery of power electric current, following technology is relied primarily on:1st, light material technology.The shell of electronic unmanned plane is manufactured with carbon fiber in light weight, that solidness is good, aerogenerator deviceThe framework of people is also to be manufactured with light material carbon fibre material, and the thin-film solar cells on carbon fiber framework is both lightAgain thin, the part such as Beidou satellite navigation device and flight controller in aerogenerator device people is special with light materialSystem, the part such as Wireless Telecom Equipment and photoelectric nacelle of electronic unmanned plane is also special with light material, aerogenerator deviceThe weight of people and electronic unmanned plane is particularly lightweight, and awing consumption electric energy is few, in the energy-storage battery second for being advantageous to electronic unmanned planeStore more electric energy.2nd, Internet of Things Intelligent Recognition.When aerogenerator device people flies nearly electronic unmanned plane, filled installed in flexibleThe automatic identification equipment in electric pipette tips portion can identify the special marking of wired charging device charge port platform of electronic unmanned plane, confirmThis electronic unmanned plane is the object for one's name providing charging service, and at this moment the electronic computer of aerogenerator device people is sentInstruction, instruct flexible charging gun to put in wired charging device charge port platform of electronic unmanned plane and contacted with receiving charging device,Carry out charging operation.After full charge, flexible charging gun contracts and leaves wired charging device charge port platform automatically.3rd, flight controlThe flight attitude of device control aerogenerator device people processed, make its safety close to electronic unmanned plane.4th, Beidou satellite navigation device carriesFor high accuracy positioning service, flexible charging gun is set precisely to put in wired charging device charge port platform.5th, electronic unmanned planeWireless Telecom Equipment and the Beidou satellite navigation device of aerogenerator device people receive and send messages mutually, mutually adjust flight away fromFrom the safety contributed between aerogenerator device people and electronic unmanned plane is docked and safe separating.
It is as follows now to enumerate embodiment:
Embodiment one:
The circular for being shaped as 6 meters of diameter on the top surface of the carbon fiber framework of aerogenerator device people, in carbon fiber frameworkThe higher monocrystalline silicon thin film solar cell of photoelectric transformation efficiency, sunshine irradiation monocrystalline silicon thin film solar energy are installed on top surfaceA battery produces current, and electric current inputs energy-storage battery first by photovoltaic controller and conductor wire and stores electric energy.Electric energy supply rotor fliesRow propeller first, the flying power as aerogenerator device people.Inputted from the electric current of energy-storage battery first output by conductor wireFlight controller, when adjusting flight attitude for flight controller control aerogenerator device people need to the energy, from energy storage electricityThe electric current of Chi Yi outputs inputs Beidou satellite navigation device by conductor wire, passes through radio communication for Beidou satellite navigation deviceAntenna and electronic unmanned plane interactive information, to aerogenerator device people and electronic unmanned plane on high in position high accuracy is providedPositioning service, fill wired charging of flexible charging gun and electronic unmanned plane on the carbon fiber mounting box of aerogenerator device peoplePut charge port platform and realize Dock With Precision Position, safety power transmission.Electronic computer storage union transmission of electricity information, navigation information, flightInformation, control information, aerogenerator device people is carried out information operation, exported from the flexible charging gun of aerogenerator device peopleElectric current directly input the reception charging device of the electronic unmanned plane contacted with the charging gun that stretches, then pass through conductor wire and receptionCharge controller inputs energy-storage battery second, and rotor flying propeller is inputted by conductor wire from the electric current of energy-storage battery second outputSecond, the flying power for electronic unmanned plane.Wireless Telecom Equipment is inputted by conductor wire from the electric current of energy-storage battery second output,Wireless Telecom Equipment is provided to receive and send messages by radio antenna, navigation information is exchanged with aerogenerator device people, realizes electricityThe information operation of dynamic unmanned plane need to the energy.Photoelectric nacelle is inputted by conductor wire from the electric current of energy-storage battery second output,Ccd video camera or cmos camera into photoelectric nacelle provide work electricity consumption, for shooting the scenery on ground or on the water surface.
Embodiment two:
The circular for being shaped as 28 meters of diameter on the top surface of the carbon fiber framework of aerogenerator device people, in carbon fiber frameworkThe higher perovskite thin film solar cell of photoelectric transformation efficiency, solar irradiation radiocalcium titanium ore thin film solar are installed on top surfaceA battery produces current, and electric current inputs energy-storage battery first by photovoltaic controller and conductor wire and stores electric energy.Electric energy supply rotor fliesRow propeller first, the flying power as aerogenerator device people.Inputted from the electric current of energy-storage battery first output by conductor wireFlight controller, when adjusting flight attitude for flight controller control aerogenerator device people need to the energy, from energy storage electricityThe electric current of Chi Yi outputs inputs Beidou satellite navigation device by conductor wire, passes through radio communication for Beidou satellite navigation deviceAntenna and electronic unmanned plane interactive information, to aerogenerator device people and electronic unmanned plane on high in position high accuracy is providedPositioning service, fill wired charging of flexible charging gun and electronic unmanned plane on the carbon fiber mounting box of aerogenerator device peoplePut charge port platform Dock With Precision Position, safety power transmission.Electronic computer storage union transmission of electricity information, navigation information, flight information,Control information, aerogenerator device people is set to carry out information operation, the electricity exported from the flexible charging gun of aerogenerator device peopleStream directly inputs the reception charging device of the electronic unmanned plane contacted with the charging gun that stretches, is then charged by conductor wire and receptionController inputs energy-storage battery second, inputs rotor flying propeller second by conductor wire from the electric current of energy-storage battery second output, usesIn the flying power of electronic unmanned plane.Wireless Telecom Equipment is inputted by conductor wire from the electric current of energy-storage battery second output, there is providedWireless Telecom Equipment is received and sent messages by radio antenna, exchanges navigation information with aerogenerator device people, realizes electronic nothingMan-machine information operation need to the energy.Photoelectric nacelle, Xiang Guang are inputted by conductor wire from the electric current of energy-storage battery second outputCcd video camera or cmos camera in electric gondola provide work electricity consumption, for shooting the scenery on ground or on the water surface.

Claims (3)

1. to the aerogenerator device people of the wired power supply of electric air unmanned plane, it is characterized in that, by thin-film solar cells(2)、Carbon fiber framework(3), rotor flying propeller first(4), ascending, descending frame(5), carbon fiber mounting box(6), wired charging deviceConvey electric controller(7), flexible charging gun(8), energy-storage battery first(9), photovoltaic controller(10), lamp socket(11), lamp bead(12)、Electronic computer(13), conductor wire(14), Beidou satellite navigation device(15), flight controller(16), electronic unmanned plane(17)、Rotor flying propeller second(18), wired charging device charge port platform(19), receive charging device(20), receive charge controlDevice(21), energy-storage battery second(22), photoelectric nacelle(23), undercarriage(24), Wireless Telecom Equipment(25), radio antenna(26)Collectively constitute aerogenerator device people(1);
Generating project people in the air(1)Carbon fiber framework(3)Top surface on thin-film solar cells is installed(2), in carbon fiberFramework(3)Frame on it is equidistant installation rotor flying propeller first(4)2-16, in carbon fiber framework(3)Below pacifyFill ascending, descending frame(5)4-8, generating project people in the air(1)Inside installation energy-storage battery first(9), in energy-storage batteryFirst(9)Top installation photovoltaic controller(10), in photovoltaic controller(10)The aerogenerator device people of top(1)TopCenter mounting lamp holder(11), in lamp socket(11)Above lamp bead is installed(12), in energy-storage battery first(9)Left installation the Big Dipper defendStar guider(15), in Beidou satellite navigation device(15)Above radio antenna is installed, in energy-storage battery first(9)'sRight is installed by flight controller(16), in energy-storage battery first(9)Lower section installation electronic computer(13), in electronic computer(13)Lower section installation carbon fiber mounting box(6), in carbon fiber mounting box(6)Micro USB electric installation conveying electric controller is inside installed(7), electric controller is conveyed in wired charging device(7)The flexible charging gun of front installation(8), in electronic unmanned plane(17)TopEquidistant installation rotor flying propeller second on the periphery in face(18)2-16, in electronic unmanned plane(17)Bottom surface downUndercarriage is installed(24)4-8, in electronic unmanned plane(17)Inside installation energy-storage battery second(22), in energy-storage battery second(22)The electronic unmanned plane of lower section(17)Bottom surface on photoelectric nacelle is installed(23), in energy-storage battery second(22)Top be provided withMicro USB electric installation charge port platform(19), in wired charging device charge port platform(19)Interior installation receives charging device(20),Receiving charging device(20)Lower section installation receive charge controller(21), receiving charge controller(21)Lower section installationEnergy-storage battery second(22), in energy-storage battery second(22)Lower left installation Wireless Telecom Equipment(25), in Wireless Telecom Equipment(25)Above radio antenna is installed(26);
Energy-storage battery first(9)Pass through conductor wire(14)With photovoltaic controller(10)Connection, photovoltaic controller(10)Pass through conductor wire(14)With lamp socket(11)And lamp bead(12)Connection, photovoltaic controller(10)Pass through conductor wire(14)With carbon fiber framework(3)FrameUpper left side and right side rotor flying propeller first(4)Each one connects respectively, energy-storage battery first(9)Pass through conductor wire(14)With Beidou satellite navigation device(15)Connection, Beidou satellite navigation device(15)Connected by built-in conductor wire and wireless receiving and dispatching antennaConnect, energy-storage battery first(9)Pass through conductor wire(14)With flight controller(16)Connection, energy-storage battery first(9)Pass through conductor wire(14)With electronic computer(13)Connection, electronic computer(13)Pass through conductor wire(14)With Beidou satellite navigation device(15)EvenConnect, electronic computer(13)Pass through conductor wire(14)With flight controller(16)Connection, electronic computer(13)Pass through conductor wire(14)Electric controller is conveyed with wired charging device(7)Connection, wired charging device convey electric controller(7)Pass through conductor wire(14)With flexible charging gun(8)Connection, energy-storage battery second(22)Pass through conductor wire(14)With receiving charge controller(21)Connection,Receive charge controller(21)Pass through conductor wire(14)With receiving charging device(20)Connection, energy-storage battery second(22)Pass through conductionLine(14)With the rotor flying propeller second on right side(18)Connection, energy-storage battery second(22)Pass through conductor wire(14)With the rotation in left sideWing flight propeller second(18)Connection, energy-storage battery second(22)Pass through conductor wire(14)With the Wireless Telecom Equipment of lower left(25)Connection, Wireless Telecom Equipment(25)Pass through built-in conductor wire and radio antenna(26)Connection, energy-storage battery second(22)Pass throughConductor wire(14)With photoelectric nacelle(23)Connection.
CN201711023362.2A2017-10-262017-10-26To the aerogenerator device people of the wired power supply of electric air unmanned planeWithdrawnCN107585309A (en)

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Cited By (9)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
CN108045580A (en)*2018-01-172018-05-18广东工业大学Double UAV system of battery are replaced in a kind of aerial docking
CN110683051A (en)*2018-07-042020-01-14保时捷股份公司 Power supply system for aircraft and corresponding aircraft
CN111267653A (en)*2020-03-072020-06-12裴文元 A rotary-wing unmanned aerial vehicle charging device, charging system and charging method thereof
CN111474912A (en)*2020-05-072020-07-31上海超高环保科技股份有限公司Unmanned aerial vehicle management control system of steel rolling line
CN111697559A (en)*2020-07-162020-09-22贵州梅岭电源有限公司Space separable power supply system
CN112384444A (en)*2018-05-032021-02-19杜尚.坎德萨米Unmanned vehicles with automatic renewable energy charging system
CN112469628A (en)*2018-04-232021-03-09瓦斯菲·阿希达法特City Autonomous Airport (CAA)
CN113467493A (en)*2021-06-282021-10-01中交遥感载荷(江苏)科技有限公司Unmanned aerial vehicle emergency flight method and maneuverability high-efficiency unmanned aerial vehicle
CN113479107A (en)*2021-07-192021-10-08北京理工大学Long-endurance unmanned aerial vehicle with battery replaced in air and use method thereof

Cited By (15)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
CN108045580A (en)*2018-01-172018-05-18广东工业大学Double UAV system of battery are replaced in a kind of aerial docking
CN108045580B (en)*2018-01-172023-07-25广东工业大学Double unmanned aerial vehicle system for replacing batteries in air butt joint mode
CN112469628A (en)*2018-04-232021-03-09瓦斯菲·阿希达法特City Autonomous Airport (CAA)
CN112384444B (en)*2018-05-032024-04-12杜尚.坎德萨米Unmanned aerial vehicle with automatic renewable energy charging system
CN112384444A (en)*2018-05-032021-02-19杜尚.坎德萨米Unmanned vehicles with automatic renewable energy charging system
CN110683051B (en)*2018-07-042023-05-09保时捷股份公司 Power supply system for aircraft and corresponding aircraft
CN110683051A (en)*2018-07-042020-01-14保时捷股份公司 Power supply system for aircraft and corresponding aircraft
CN111267653A (en)*2020-03-072020-06-12裴文元 A rotary-wing unmanned aerial vehicle charging device, charging system and charging method thereof
CN111267653B (en)*2020-03-072023-11-14国网福建省电力有限公司华安县供电公司 A charging device, charging system and charging method for a rotor drone
CN111474912A (en)*2020-05-072020-07-31上海超高环保科技股份有限公司Unmanned aerial vehicle management control system of steel rolling line
CN111474912B (en)*2020-05-072023-01-17上海超高环保科技股份有限公司Unmanned aerial vehicle management control system of steel rolling line
CN111697559A (en)*2020-07-162020-09-22贵州梅岭电源有限公司Space separable power supply system
CN113467493A (en)*2021-06-282021-10-01中交遥感载荷(江苏)科技有限公司Unmanned aerial vehicle emergency flight method and maneuverability high-efficiency unmanned aerial vehicle
CN113479107A (en)*2021-07-192021-10-08北京理工大学Long-endurance unmanned aerial vehicle with battery replaced in air and use method thereof
CN113479107B (en)*2021-07-192023-11-21北京理工大学 A long-lasting battery-replacing UAV in the air and its use method

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