CN205918539U - Air force motor and electric automobile - Google Patents
Air force motor and electric automobile Download PDFInfo
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- CN205918539U CN205918539U CN201620392762.5U CN201620392762U CN205918539U CN 205918539 U CN205918539 U CN 205918539U CN 201620392762 U CN201620392762 U CN 201620392762U CN 205918539 U CN205918539 U CN 205918539U
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- motor
- rotating mechanism
- aerodynamic
- propeller
- wind
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- 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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/72—Wind turbines with rotation axis in wind direction
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- 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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/728—Onshore wind turbines
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Abstract
The utility model discloses the content provides the electric automobile of an air force motor and adaptation air force motor, pnematic machine, slewing mechanism and motor that the air force motor set up including the order, pnematic machine is connected slewing mechanism for drive under the action of the wind slewing mechanism, slewing mechanism connects the motor is used for the drive the motor, pnematic machine sets up the wind wheel, the wind wheel has propeller vanes, propeller vanes's quality is less than 100 grams. When the scheme is adopted, the utility model discloses the content drives the motor electricity generation through pnematic quick -witted driving rotating mechanism to having realized the air force motor, being applicable to the various equipment that need the power consumption, bigger power sum flow can be realized to the wind wheel that especially adopts the blade to be propeller -like, but so as to the gentle breeze effect with regard to down the fast turn -round, especially adapted on -vehicle use can wide application in vehicle.
Description
Technical field
This utility model content is related to wind-driven power generation, more particularly, to, a kind of aerodynamic motor and apply this air
The electric automobile of power motor.
Background technology
Day by day exhausted with the traditional energy based on fossil fuel, alternative energy source increasingly obtains the concern of people,
Therefore greatly developing energy-conserving and environment-protective industry has become the focus of global concern.Wind energy is ubiquitous natural energy resources, has clean
Only how free of contamination feature, better profit from wind energy, either static or with the wind when wind energy, be need solve technology ask
Topic.And, for ubiquitous vehicle, how the utilization basis with it as wind energy, is converted to electric energy by wind energy,
When stationary vehicle or traveling, provide electric power or the accumulator for vehicle to charge, be also the technical issues that need to address.
Utility model content
This utility model content technical problem to be solved is to provide a kind of new aerodynamic motor and electric automobile.
The technical scheme of this utility model content is as follows: a kind of aerodynamic motor, it include order arrange air operated machine,
Rotating mechanism and motor；Described air operated machine connects described rotating mechanism, for driving described rotating mechanism under wind-force acts on；
Described rotating mechanism connects described motor, for driving described motor；Described rotating mechanism rotates for mechanical booster
Mechanism；Main shaft within described air operated machine, i.e. the output shaft of air operated machine, it is connected with the steering spindle of mechanical booster rotating mechanism, turn
It is the input shaft of mechanical booster rotating mechanism to axle；Mechanical booster rotating mechanism includes steering spindle, engagement rotation pair, pitman arm
Axle, housing, one end that the input shaft of motor stretches out motor housing is connected with pitman shaft；
Described air operated machine arranges wind wheel, and described wind wheel has propeller-like blade；
The quality of described propeller-like blade is less than 100 grams.
Preferably, described propeller-like blade includes alloy and prepares part.
Preferably, described propeller-like blade includes that part prepared by aluminium alloy or part prepared by titanium alloy.
And for example, described propeller-like blade has titanium alloy thin films section bar or grapheme material prepares part.
Preferably, described propeller-like blade has titanium alloy thin films profiled body and graphene edge.
Preferably, the width of described graphene edge is 1 ~ 2 millimeter.
The another technical scheme of this utility model content is as follows: a kind of electric automobile of adaptation aerodynamic motor, it includes
Car body and arbitrary above-mentioned aerodynamic motor, described aerodynamic motor is fixedly installed on described car body.
Preferably, multiple described aerodynamic motors are set.
Preferably, described vehicle body is provided with air channel, and at least described in one, aerodynamic motor is arranged at described air channel.
Preferably, at least described in one, aerodynamic motor is arranged at the top of described car body.
Preferably, some described aerodynamic motors are arranged in parallel in the top of described car body.
Using such scheme, this utility model content drives rotating mechanism by air operated machine, and drive motor generates electricity, thus real
Show aerodynamic motor it is adaptable to the various equipment needing electricity consumption, in particular by the wind wheel of blade helically paddle, can
Realize than larger power and flow such that it is able to mild wind effect under can quick rotation, be especially suitable for vehicle-mounted use, can
It is widely used in vehicle especially electric automobile.
Brief description
Fig. 1 is the aerodynamic motor schematic diagram of this utility model content one embodiment.
Fig. 2 is the wind wheel schematic diagram of this utility model content one embodiment.
Fig. 3 is the horn-like structural representation of the wind wheel of this utility model content one embodiment.
Fig. 4 is the vehicle interior air channel schematic diagram of this utility model content one embodiment.
Fig. 5 is the vehicle interior air channel schematic diagram of the another embodiment of this utility model content.
Fig. 6 is the vehicle schematic diagram of the another embodiment of this utility model content.
Specific embodiment
Below in conjunction with the accompanying drawings and specific embodiment, this utility model content is described in detail, the following examples can
To be applied in combination, and, this utility model content can be realized using various forms, is not limited to this specification each tool described
The embodiment of body, the purpose providing these embodiments is that the disclosure to this utility model content is more thoroughly comprehensively easy to
Understand.Need further exist for illustrating, when a certain structure is fixed on another structure, directly or indirectly fix including by this structure
In this another structure, or this structure is fixed on this another structure by one or more of the other intermediate structure.When one
Individual structure connects another structure, is directly or indirectly connected to this another structure including by this structure, or this structure is led to
Cross one or more of the other intermediate structure and be connected to this another structure.And, described "and/or" include " and " and "or"
Two kinds of possible embodiments.
As shown in figure 1, this utility model content example is, a kind of aerodynamic motor, it includes order and arranges
Air operated machine, rotating mechanism and motor；Described air operated machine connects described rotating mechanism, described for driving under acting in wind-force
Rotating mechanism；Described rotating mechanism connects described motor, for driving described motor；Described air operated machine arranges wind wheel, described wind
Wheel has propeller-like blade；The quality of described propeller-like blade is less than 100 grams.So, rotating machine is driven by air operated machine
Structure, drive motor generates electricity, it is achieved thereby that aerodynamic motor is it is adaptable to the various equipment needing electricity consumption, in particular by leaf
The wind wheel of piece helically paddle, by being designed to its quality, be capable of than larger power and flow such that it is able to
Mild wind effect under can quick rotation, be especially suitable for vehicle-mounted use, can be widely applied for vehicle.
By arranging described rotating mechanism, enhance power-assisted steering effect between air operated machine and motor, thus being exaggerated
The utilization rate of wind energy, can adapt to various wind speed environments.For example, described rotating mechanism arranges speed increaser, for example, described speed increaser
For step-up gear or gear speeder, the rotating speed for making described propeller-like blade passes through step-up gear or gear up
Device carries out speedup so as to rotating speed reaches the rated speed of described motor, so that described motor energy normal power generation.Normally, described
The rotating speed of the wind wheel of air operated machine is very low, does not far reach rotating speed required by electric power generation it is necessary to by the accelerating function of speed increaser
To realize.For example, the speedup output revolving shaft of step-up gear or gear speeder is directly connected to the motor input turn of described motor
Axle, or the speedup output revolving shaft of step-up gear or gear speeder is by connecing the motor input turn of the handle described motor of connection
Axle.For example, described speedup output revolving shaft is gear shaft, and it is vertically positioned at the top of described speed increaser or bottom, is so conducive to
Realize the speed increaser of small size.And for example, described speedup output revolving shaft be set to the solid shafting with flat key, the hollow axle with flat key,
The hollow axle of swelling disk connection, solid shafting of the hollow axle of spline connection, the solid shafting of spline connection or flange connection etc..Again
As, described speed increaser is provided for changing the break-in module of transmission direction, and/or, described speed increaser is provided for changing and rotates
The bending moment module of moment, as such, it is possible to neatly adjustment transmission direction and/or rotating torque.And for example, described speed increaser setting is used
In the clutch module changing engagement, so that described speed increaser is in engagement or idling conditions.
For example, described speed increaser setting housing, tooth rest, sun gear and at least one planetary gear；Described tooth rest, described
Sun gear and each described planetary gear are arranged at described enclosure interior.For example, the speedup input shaft of described speed increaser is arranged at institute
State sun gear, and for example, the speedup output shaft of described speed increaser is arranged at planetary gear described in.And for example, the rotation of described sun gear
Head sprocket is provided with axle, the rotary shaft of planetary gear at least described in is provided with from sprocket wheel, described head sprocket is with described from chain
It is provided with driving chain between wheel；Preferably, it is additionally provided with wedge shape guide frame, fan-shaped guide frame or oval guiding knot
Structure, its be located at described head sprocket and described between sprocket wheel, and be located at described driving chain and described between sprocket wheel, for limiting
Make the position of described driving chain, be additionally operable to slightly guide the position of described driving chain, to keep described driving chain to be located at
Described head sprocket and described be effectively driven between sprocket wheel；For example, the inclined-plane of described wedge shape guide frame adjoins described biography
Dynamic chain.And for example, described speed increaser arranges the described planetary gear of multiple mutual linkages；For example, the row of setting three mutually linkage
Star-wheel, and, the running rails of each described planetary gear entirety of mutual linkage form the petal shape of three lobes, so, both
Reduce overall volume, improve transmission efficiency again.Wherein, described tooth rest is provided with sun gear oil nozzle and its sun gear profit
Lubricating oil road, described sun gear oil nozzle is used for sun gear oil spout, and described sun gear lubricant passage way is used for described sun gear oil nozzle
Fuel feeding；Preferably, described tooth rest is provided with planetary gear oil nozzle and its planetary gear lubricant passage way, described planetary gear oil nozzle be used for
Planetary gear oil spout at least described in one, described planetary gear lubricant passage way is used for described planetary gear oil nozzle fuel feeding；One example is, institute
State the fuel feeding groove that each described lubricant passage way is communicated with the one side of tooth rest, described lubricant passage way includes described sun gear
Lubricant passage way and described planetary gear lubricant passage way, described fuel feeding groove forms the supply ring of a closing with described lubricant passage way
Road, and, described enclosure interior is additionally provided with fuel reserve tank, and described fuel feeding groove is used for connecting oil storage by the fuel feed pump of an extension
Case；And for example, described fuel feed pump and described fuel reserve tank are also included.One example is that described housing arranges the fixed grating outside connection,
Described fixed grating is provided with baffle plate, and described fuel reserve tank is detachably positioned in described fixed grating, so, is highly convenient for replacing described
Fuel reserve tank.By the speed increaser using said structure, can have preferable lubricant effect to sun gear and planetary gear, so as to
Enough extend gear life.
As shown in Fig. 2 wind wheel 110 is provided with support shaft 120, propeller-like blade 130 and wind wheel fixed support 140,
For example, wind wheel fixed support is used for fixedly mounting wind wheel.And for example, support shaft is used for support helix paddle blade.And for example, wind wheel is also
It is provided with adapter, for connecting propeller-like vane belt wind-force to described rotating mechanism, and for example, propeller-like blade passes through
Its rotary shaft is directly connected to described rotating mechanism.For example, for the ease of collecting wind-force, as shown in figure 3, described wind wheel setting loudspeaker
Shape structure, so, described wind wheel and its propeller-like blade can operate under light breeze, mild wind or even light air environment, thus can
Preferably to reach the effect of low wind-driven power generation.
For example, the quality of described propeller-like blade is less than 100 grams；And/or, described propeller-like blade is frivolous narrow
Bar shaped or wicker leaf shape, rotate that is to say, that under light breeze environment in the environment of being more than 1.6 meter per seconds in wind speed, that is, in people
In the environment of face is felt to have wind, leaveves to have micro- sound, wind vane can rotate, described propeller-like blade i.e. rotatable such that it is able to
Realize the generating of low pneumatic environment.And for example, described propeller-like blade mild distortion setting.And for example, described propeller-like blade
For symmetrical structure.Preferably, the longest position of described propeller-like blade and the ratio of widest part position are more than 5 to 1.Preferably,
The longest position of described propeller-like blade is more than 10 to 1 with the ratio of widest part position.
Preferably, described propeller-like blade includes plastics and prepares part.Preferably, described propeller-like blade includes pressure gram
Power (polymethyl methacrylate) prepares part, and it has the preferable transparency, chemical stability and weatherability, easy dyeing, Yi Jia
Work, attractive appearance.And/or, described propeller-like blade includes alloy and prepares part.And/or, described propeller-like blade includes stone
Black alkene prepares part.Preferably, described propeller-like blade includes that part prepared by aluminium alloy or part prepared by titanium alloy.And for example, described spiral shell
Rotation paddle blade has titanium alloy thin films section bar or grapheme material prepares part.Preferably, described propeller-like blade has titanium
Alloy firm profiled body and graphene edge.Preferably, the width of described graphene edge is 1 ~ 2 millimeter.So, have more
Gently, more voluble effect, is applicable not only to light breeze environment additionally it is possible to be applied to light air environment.And for example, described propeller-like leaf
Piece prepares part for grapheme material, its have the advantages that ultralight ultra-thin, be particularly suitable for wind speed relatively low when use, can be big in wind speed
Operate when 0.8 meter per second, but costly, popularization is difficult, and needs material and widely uses and promote.
So, using the wind wheel of blade helically paddle, can under mild wind effect can quick rotation, be for example applied to
Automobile, no matter automobile is in operation or under static state, constantly produces wind-force, therefore, as long as automobile is when running forward, wind
Wheel will rotate, and speed is faster, and wind-force is bigger, so that wind wheel is operated, thus drive motor work, such as with dynamotor
The rotor rotation of armature or alternating current generator, is produced electric energy, can be used cooperatively with the on-vehicle battery of automobile；For example, on-vehicle battery fills
Electricity, or jointly export with on-vehicle battery；It is particularly well-suited to electric automobile.And, when vehicle stops and wind speed is relatively low, can lead to
Crossing solaode provides a startup power to wind wheel, so that wind wheel is operated；Preferably, also one can be fixed in the other end of motor
Standby wind wheel.As such, it is possible to the electrical energy drive directly being produced with motor, increase the endurance of automobile especially electric automobile；
The electric energy that can also be produced with motor, to charging on-vehicle battery, increases endurance.
Preferably, described aerodynamic motor also includes solar battery group；For example, described aerodynamic motor, its bag
Include solar battery group, air operated machine, rotating mechanism and the motor of order setting；Described solar battery group connects described pneumatic
Machine, for by air operated machine described in Driven by Solar Energy；Described air operated machine connects described rotating mechanism, for driving under acting in wind-force
Move described rotating mechanism；Described rotating mechanism connects described motor, for driving described motor；Described air operated machine arranges wind wheel,
Described wind wheel has propeller-like blade.
Preferably, the electric power storage that described solar battery group includes solar panel and connects described solar panel
Pond；Described accumulator connects described air operated machine；And/or, described accumulator is used for connecting the object output of described motor, for example,
Described accumulator is used for connecting the electric energy storage device that described motor is connected, such as on-vehicle battery etc..Described solar panel is received
Collection solar energy, is that described accumulator charges, and described accumulator drives described air operated machine so that the described propeller of described wind wheel
Shape blade can get at wind speed extremely low when still rotate, in this way it can be ensured that described propeller-like blade can wind speed be higher than 1.6
Rotate in the environment of meter per second；And, it is also possible that described propeller-like blade can wind speed less than 1.6 meter per seconds environment
Lower rotation, thus be truly realized low wind-driven power generation system；Out of doors sunlight irradiate lower it can be ensured that described propeller-like blade
Can rotate in the environment of wind speed is higher than 1 meter per second, out of doors in the environment of sunlight strong, substantially may insure described spiral shell
Rotation paddle blade can rotate in the environment of wind speed is higher than 0.5 meter per second, under either static or kinestate, can
Realize wind-driven power generation effect well.
Preferably, described solar battery group also includes being arranged between described solar panel and described accumulator
Boost module；Described solar panel connects described accumulator by described boost module.Preferably, described solaode
Group includes multiple described solar panels；For example, each described solar panel is arranged in parallel；And for example, each described solar energy
Cell panel is arranged in series；For example, described solar panel is provided with some monocrystaline silicon solar cells；And for example, the described sun
Some polysilicon solar cells can be provided with by cell panel.Preferably, described solar panel is thin-film solar cell panel,
It is provided with some thin-film solar cells.Preferably, some described thin-film solar cell panels are arranged in series, and one group of formation is thin
Film solar cell plate；Each group thin-film solar cell panel is arranged in parallel.
For the ease of fixing described air operated machine, for example, described aerodynamic motor is additionally provided with air operated machine fixed mount, described
Air operated machine is installed on described air operated machine fixed mount, and described air operated machine fixed mount is used for externally fixing its own.For example, described wind
Motivation fixed mount is used for securing itself to outside.
Preferably, described rotating mechanism is mechanical booster rotating mechanism；For example, by the main shaft within air operated machine, that is, pneumatic
The output shaft of machine, is connected with the steering spindle of mechanical booster rotating mechanism, and steering spindle is the input shaft of mechanical booster rotating mechanism；Example
As mechanical booster rotating mechanism includes steering spindle, engagement rotation pair, pitman shaft, housing, and the input shaft of motor stretches out motor
One end of shell is connected with pitman shaft.When air operated machine rotates, by rotating axle steer engagement rotation pair, make pitman arm
Axle, with rotation, air operated machine active force is increased and passes to motor after several times, thus realizing high efficiency air dynamic power.For example, institute
State mechanical booster rotating mechanism and be provided with speed increaser.Preferably, described mechanical booster rotating mechanism has planetary gear construction.Example
As, described planetary gear construction setting master gear, support, annular gear ring and equipment gear, wherein, described master gear is auxiliary with described
Gear is helped to be meshed, described equipment gear is arranged at described support and is meshed with described annular gear ring.Preferably, described machinery
Reinforcement rotating mechanism arranges the described planetary gear construction of some linkages.For example, described master gear is sun gear, described assist tooth
Take turns as planetary gear；And for example, described master gear drives described equipment gear, thus driving described annular gear ring.
Preferably, described mechanical booster rotating mechanism has driving shaft, driven shaft and bar linkage structure, wherein, described active
Axle passes through described bar linkage structure and drives described driven shaft.Preferably, described driving shaft has asymmetric quadrilateral structure.Preferably
, described asymmetric quadrilateral structure has two parallel edges.And for example, described planetary gear construction has described driving shaft, institute
State driven shaft and described bar linkage structure.For example, described master gear connects described driving shaft, and described annular gear ring connects described connecting rod
Structure, described master gear drives described equipment gear, thus driving described annular gear ring, is driven by connecting described bar linkage structure
Described driven shaft.Or, the first end of described bar linkage structure prejudicially connects described driving shaft, and the second end has driven connecting rod
Rotary shaft, connecting rod rotation axis mate setting with driven shaft；For example, both dead in line settings, so that described bar linkage structure
During motion, drive driven shaft rotation.And for example, the first end setting Coupling of described bar linkage structure, for by described bar linkage structure
First end be fixed by socket in described driving shaft.
And for example, described rotating mechanism is hydraulic power rotating mechanism.For example, described hydraulic power rotating mechanism arranges hydraulic pressure
Power reciprocator；Preferably, described hydraulic power rotating mechanism is arranged oil pump power assisting device and is filled with described oil pump power-assisted
Put the mechanical steering gear of connection.Preferably, described oil pump power assisting device is provided with hydraulic pump and its output revolving shaft, described output
Rotating shaft connects described mechanical steering gear.Preferably, described hydraulic pump be provided with the external gear being connected with described output revolving shaft and
The internal gear of described external gear engagement；Preferably, described hydraulic pump arranges the internal gear of multiple cascades.Preferably, described hydraulic pressure
Pump is provided with the overflow valve for overflow；And/or, described hydraulic pump is provided with the reversal valve for commutation；For example, described overflow
Valve includes overflow launder, flow spill valve and the overfall that order is arranged, and also includes overflow handle, and described overflow handle connects described
Flow spill valve, for controlling the switch of described flow spill valve；And for example, described reversal valve includes working oil path, change-over valve, draining
Groove and reversing handle, described working oil path is passed through described change-over valve and is gated described drain pan or described overflow launder, described changes
Connect described change-over valve to handle, for controlling the switch of described change-over valve.Preferably, described hydraulic pump is provided with pump case
Body, is provided with radiator outside it.For example, described pump case is provided with output revolving shaft turn hole, and described output revolving shaft rotates and is arranged at
In described output revolving shaft turn hole, that is, described output revolving shaft passes through described output revolving shaft turn hole.And for example, described radiator be provided with scattered
Hot-air fan and its radiating seat, described radiator fan is fixedly installed on described radiating seat, and described radiating seat is fixedly installed on described pump
Housing.Preferably, described radiating seat is oblate ring shell structure, and described radiator fan is fixedly installed on described oblate toroidal shell body knot
The medial wall of structure.As such, it is possible to pass through hydraulic power rotating manner, convert wind energy into mechanical energy, thus driving described motor
Generate electricity.
And for example, described rotating machine includes mechanical booster rotating mechanism and hydraulic power rotating mechanism, for example, selects to adopt institute
State mechanical booster rotating mechanism or described hydraulic power rotating mechanism；And for example, the mechanical booster that described rotating machine includes cascading turns
Motivation structure and hydraulic power rotating mechanism.And for example, described rotating machine includes electronics power-assisted rotating mechanism.For example, described electronics helps
Power rotating mechanism is sequentially set with speedup input rotating shaft, torque force device, geared system and pull rod device, and wherein, geared system sets
It is equipped with speedup output revolving shaft, described torque force device is connected with torque sensor, for induced torque to control described torque force device,
Described pull rod device is connected with angular transducer, for sensing angle to control described pull rod device.
For example, it is additionally provided with battery pack holder, described solar battery group is installed on described battery pack holder, institute
State battery pack holder for externally fixing its own.And for example, a kind of aerodynamic motor, it includes the solar energy that order is arranged
Set of cells, air operated machine, rotating mechanism and motor；Described solar battery group connects described air operated machine, for by solar energy
Drive described air operated machine；Described air operated machine connects described rotating mechanism, for driving described rotating mechanism under wind-force acts on；Institute
State rotating mechanism and connect described motor, for driving described motor；Described air operated machine arranges wind wheel, and described wind wheel has propeller
Shape blade；It is additionally provided with battery pack holder, described solar battery group is installed on described battery pack holder, described battery
Group fixed mount is used for externally fixing its own.For example, described battery pack holder is used for securing itself to outside.
Preferably, described battery pack holder arranges tumbler, and described solar battery group passes through described tumbler
It is installed on described battery pack holder.Preferably, described solar battery group tilts to be installed on institute by described tumbler
State on battery pack holder.Preferably, described tumbler setting thermoinduction unit, driver element and rotating unit；Described heat
Sensing unit is heated direction for sensing, drives described rotating unit to rotate by described driver element, to rotate the described sun
Can set of cells.As such, it is possible to according to the orientation of sunlight, automatically rotate described solar battery group, thus obtain more preferably luminous energy
Utilizing status.
Preferably, described battery pack holder arranges spiro connection structure, for externally fixing described by the fixed form that is spirally connected
Battery pack holder.Or, described battery pack holder arranges connected structure, for externally fixing institute by grafting fixed form
State battery pack holder.Or, described battery pack holder arranges interface arrangment, for externally being fixed by connecting and fixing mode
Described battery pack holder.As such, it is possible to easily fix described battery pack holder.
Preferably, described air operated machine arranges multiple wind wheels.For example, described air operated machine linkage arranges each described wind wheel.Preferably
, each described wind wheel is arranged side by side.For example, the multiple wind wheels of fixed installation in parallel at speedup input shaft, and turn to same direction
Dynamic.As such, it is possible to by the wind wheel of multiple linkages, more fully utilizing wind-force, reach more preferable wind energy transformation effect.And for example,
Described air operated machine or described wind wheel setting break-in bearing, it connects speedup input shaft, for transmitting wind-force and break-in is to speedup
Input shaft.
Preferably, the above-mentioned aerodynamic motor of any one is additionally provided with control system, and it connects described air operated machine, institute respectively
State rotating mechanism, described motor, be respectively used to control described air operated machine, described rotating mechanism, the running of described motor.For example,
Control described air operated machine unloaded, or control described air operated machine to drive described rotating mechanism, by that analogy.Preferably, described control
System processed arranges judging unit, and it is used for connecting on-vehicle battery, for judging to be automatically stopped when on-vehicle battery is full of, treats that battery is used
Extremely need during the state charging or when battery is in non-full state or when battery is in less than the 80% of Full Charge Capacity,
Intelligent automatic wind-power electricity generation.
And for example, a kind of Vehicular wind generator system, it includes aerodynamic motor fixed structure and the above-mentioned sky of any one
Pneumatic force motor, described aerodynamic motor is installed on described aerodynamic motor fixed structure, described aerodynamic motor
Fixed structure is used for for described Vehicular wind generator system being fixed on car body.Preferably, multiple described aerodynamic motors are set.
Preferably, at least described in one, aerodynamic motor is arranged at the middle part of described fixed structure；And/or, at least described in one, air moves
Force motor is arranged at the top of described fixed structure.For example, some described aerodynamic motors are arranged in parallel in described fixed knot
The top of structure.
And for example, a kind of electric automobile, it includes the above-mentioned aerodynamic motor of any one.And for example, a kind of electric bicycle, its
Including the above-mentioned aerodynamic motor of any one.
And for example, a kind of electric automobile of adaptation aerodynamic motor, it includes car body and arbitrary above-mentioned air force horse
Reach, described aerodynamic motor is fixedly installed on described car body.Preferably, multiple described aerodynamic motors are set.Preferably
, described vehicle body is provided with air channel, and at least described in one, aerodynamic motor is arranged at described air channel.And for example, as Fig. 4 institute
Show, described vehicle body is provided with air channel, aerodynamic motor described in is arranged at described air channel.And for example, as shown in figure 5, institute
State vehicle body and be provided with air channel, multiple described aerodynamic motors are arranged at described air channel.Preferably, air at least described in
Power motor is arranged at the top of described car body.And for example, as shown in fig. 6, aerodynamic motor described in is arranged at described car body
Top.Preferably, some described aerodynamic motors are arranged in parallel in the top of described car body.
For example, the power consumption according to cold chain transportation car and refrigerator car, can be vehicle-mounted with multiple using multiple aerodynamic motors
Set of cells connects, and installs wind power generating set at the top of vehicle, is generated electricity with generating set, be connected with on-vehicle battery group,
On-vehicle battery group is adopted series, parallel or series-parallel connection mode, powers to electrical equipment, can join with existing vehicle fuel electromotor
Close and use, also can be independent of setting up electric power system, the electric energy that such aerodynamic motor sends outside existing fuel electric generator
The electricity consumption of large-scale cold storage carrying equipment can be met completely, can be widely used in Cold Chain Logistics flowing used in cold storage truck,
The electrical equipments such as refrigerated railway car are such that it is able to solve a difficult problem for transportation equipment in Cold Chain Logistics transport.
Further, the embodiment of this utility model content also includes, each technical characteristic of the various embodiments described above, mutual group
Close the aerodynamic motor being formed or wind generator system, and vehicle-mounted using this aerodynamic motor or wind generator system
Wind generator system, and the electric automobile using this aerodynamic motor or wind generator system.
It should be noted that above-mentioned each technical characteristic continues to be mutually combined, form the various embodiments not being enumerated above,
It is accordingly to be regarded as the scope of this utility model prospectus record；And, for those of ordinary skills, can be according to upper
State bright improved or converted, and all these modifications and variations all should belong to this utility model content claims
Protection domain.
Claims (10)
1. a kind of aerodynamic motor is it is characterised in that the air operated machine of inclusion order setting, rotating mechanism and motor；
Described air operated machine connects described rotating mechanism, for driving described rotating mechanism under wind-force acts on；
Described rotating mechanism connects described motor, for driving described motor；Described rotating mechanism is mechanical booster rotating mechanism；
Main shaft within described air operated machine, i.e. the output shaft of air operated machine, it is connected with the steering spindle of mechanical booster rotating mechanism, steering spindle is
The input shaft of mechanical booster rotating mechanism；Mechanical booster rotating mechanism includes steering spindle, engagement rotation pair, pitman shaft, shell
Body, one end that the input shaft of motor stretches out motor housing is connected with pitman shaft；
Described air operated machine arranges wind wheel, and described wind wheel has propeller-like blade；
The quality of described propeller-like blade is less than 100 grams.
2. according to claim 1 aerodynamic motor it is characterised in that described propeller-like blade include alloy preparation
Part.
3. according to claim 2 aerodynamic motor it is characterised in that described propeller-like blade include aluminium alloy preparation
Part prepared by part or titanium alloy.
4. according to claim 1 aerodynamic motor it is characterised in that described propeller-like blade has titanium alloy thin films
Profiled body and graphene edge.
5. according to claim 4 aerodynamic motor it is characterised in that described graphene edge width be 1 ~ 2 millimeter.
6. a kind of electric automobile of adaptation aerodynamic motor is it is characterised in that include car body and as claim 1 to 5 times
One described aerodynamic motor, described aerodynamic motor is fixedly installed on described car body.
7. according to claim 6 electric automobile it is characterised in that arrange multiple described aerodynamic motors.
8. according to claim 7 electric automobile it is characterised in that described vehicle body is provided with air channel, at least described in one
Aerodynamic motor is arranged at described air channel.
9. according to claim 7 electric automobile it is characterised in that at least described in one aerodynamic motor be arranged at described car
The top of body.
10. according to claim 9 electric automobile it is characterised in that some described aerodynamic motors are arranged in parallel in institute
State the top of car body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620392762.5U CN205918539U (en) | 2016-05-04 | 2016-05-04 | Air force motor and electric automobile |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620392762.5U CN205918539U (en) | 2016-05-04 | 2016-05-04 | Air force motor and electric automobile |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205918539U true CN205918539U (en) | 2017-02-01 |
Family
ID=57877208
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620392762.5U Expired - Fee Related CN205918539U (en) | 2016-05-04 | 2016-05-04 | Air force motor and electric automobile |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205918539U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105781872A (en) * | 2016-05-04 | 2016-07-20 | 珠海鑫王达科技有限公司 | Aerodynamic motor and electric automobile |
-
2016
- 2016-05-04 CN CN201620392762.5U patent/CN205918539U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105781872A (en) * | 2016-05-04 | 2016-07-20 | 珠海鑫王达科技有限公司 | Aerodynamic motor and electric automobile |
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