CN206968327U - A kind of hovercar - Google Patents
A kind of hovercar Download PDFInfo
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- CN206968327U CN206968327U CN201720765260.7U CN201720765260U CN206968327U CN 206968327 U CN206968327 U CN 206968327U CN 201720765260 U CN201720765260 U CN 201720765260U CN 206968327 U CN206968327 U CN 206968327U
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Abstract
The utility model provides a kind of hovercar, including：Automobile body, rotor assemblies, security component and energy supply component, rotor assemblies, security component and energy supply component are arranged on automobile body；Rotor assemblies include：Power part, power output portion and rotor, energy supply component are connected with power part；When rotor assemblies are in running order, energy supply component provides power for power part, and power part drives rotor to operate by power output portion, and driving automobile body takes off vertically or landed；The transport condition of security component monitoring automobile body and execution safety operation.Pass through the cooperation of power output portion and rotor, reduce the switch speed of hovercar difference driving mode, the applicability of hovercar is improved, security component can monitor the transport condition of automobile body and perform safety operation, improve the security performance of hovercar.
Description
Technical field
Hovercar field is the utility model is related to, more particularly to a kind of hovercar.
Background technology
Since at the beginning of last century, just there are the trial for allowing automobile to fly in foreign countries, and the development of hovercar never stops
Only.A trend of the hovercar as future transportation, the present situation of current traffic congestion can be alleviated, improve communications and transportation effect
Rate.
At present, external existing hovercar company produces product, such as Czechoslovakian hovercar
AEROMOBILE3.0 etc., this hovercar can both travel on land, can also after expansion wing helping by runway
Taken off under flying.A kind of hovercar of domestic design at present, provided and risen for automobile using the upper rotor and lower rotor of contrarotation
Power, flown.
Therefore, for current Czechoslovakian hovercar AEROMOBILE3.0, its expansion wing needs to spend very
More times, the ground run of hovercar, offline mode switching are time-consuming longer, and need specific runway, are unsatisfactory for vertical rise
The requirement of drop, applicability is poor, and the rotor of the hovercar of domestic design is coaxially arranged at present, and flight attitude should not adjust,
Security performance is poor.
Utility model content
In view of this, the utility model is directed to a kind of hovercar, is fitted with solving hovercar of the prior art
It is poor with property, the problem of security performance is poor.
To reach above-mentioned purpose, what the technical solution of the utility model was realized in：
A kind of hovercar, the hovercar include：
Automobile body, rotor assemblies, security component and energy supply component,
The rotor assemblies, the security component and the energy supply component are arranged on the automobile body；
The rotor assemblies include：Power part, power output portion and rotor, the energy supply component connect with the power part
Connect；
When the rotor assemblies are in running order, the energy supply component provides power for the power part, described dynamic
Power portion drives the rotor to operate by the power output portion, drives the automobile body to take off vertically or land；The peace
Whole assembly monitors the transport condition of the automobile body and performs safety operation.
Further, the power output portion includes：Outer shaft and interior axle；
The power part includes：Retractable driving device and rotor drive device；
The outer shaft is hollow gear axle, and the interior axle is arranged inside the outer shaft, and is coordinated with the outer shaft, described
The bottom of interior axle is connected with the retractable driving device, under the driving of the retractable driving device, along the axle of the outer shaft
Move in line direction；
The predeterminated position of the outer shaft is provided with spline, when the rotor assemblies are in running order, the interior axle
The predeterminated position is moved under the driving of the retractable driving device, and is fixed by the spline and the outer shaft；
The rotor drive device includes：Motor and meshing gear, multigroup rotation is evenly distributed on the outer shaft
Wing drive device, the meshing gear engage with the gear on the outer shaft, the interior axle by the spline with it is described outer
When axle is fixed, the rotor drive device drives the outer shaft rotation.
Further, the rotor by mounting structure be arranged on the interior axle top, the mounting structure locking or
Unlock the rotor；
When the rotor assemblies are in off working state, the mounting structure unlocks the rotor, the rotor storage
Enter inside the outer shaft.
Further, the quantity of the rotor assemblies is four groups, wherein two groups of rotor assemblies are symmetricly set on the automobile
The front portion of body, in addition two groups of rotor assemblies be symmetricly set on the rear portion of the automobile body, two adjacent groups rotor assemblies are in work
Make non-interference under state.
Further, two groups of rotor assemblies for being symmetricly set on the automobile body rear portion be separately mounted to first can
Push module and second can in push module, described first can push module and described second can be provided between push module
Three push modules；
When the rotor assemblies are in running order, the 3rd push module can push module and by described first
Two can push module outwards pushed open from initial position along away from the direction of the 3rd push module；
When the rotor assemblies are in off working state, the 3rd push module by described first can push module and
Second promote can module recovery to initial position.
Further, the security component includes：Bottom air bag, driving cabin air bag, and police radar,
The police radar is arranged at the chassis of the automobile body, and the police radar monitors the row of the automobile body
Sail data；
The bottom air bag is arranged at the chassis of the automobile body, and the driving cabin air bag is arranged at the automobile body
Driving cabin, the running data that the police radar monitors with first preset dangerous running data match when, control respectively
The bottom air bag and driving cabin air bag ejection.
Further, the security component also includes：Parachute,
The parachute is arranged at the top of the automobile body, the running data monitored in the police radar and
During two default dangerous running datas matchings, control the parachute to eject and open umbrella, the parachute under the state of opening umbrella with institute
It is non-interference to state rotor assemblies.
Further, the police radar is laser radar or millimetre-wave radar.
Further, the energy supply component includes：
Fuel tank, generator, power transmission shaft, energy converter and battery bag,
Fuel is stored with the fuel tank, and is connected with the generator；
The generator is connected under the driving of the fuel by the power transmission shaft with the energy converter, the energy
Energy converter converts mechanical energy into electric energy and charged for the battery bag.
Further, the battery bag is provided with external power interface.
Relative to prior art, a kind of hovercar described in the utility model has the advantage that：
In summary, a kind of car hovercar that the utility model embodiment provides, energy supply component is by by the change of fuel
Can be converted into mechanical energy, then mechanical energy is converted into electric energy, provide energy for power part, power part passes through power output portion band
Dynamic rotor operating, and four groups of rotor assemblies are respectively symmetrically arranged by the longitudinal axis on automobile body, reach VTOL
Be easy to adjust hovercar driving posture purpose, hovercar is less demanding to road surface of taking off, and does not interfere with adjacent car
Road automobile, by the cooperation of power output portion and rotor, the switch speed of hovercar difference driving mode is reduced, is improved
The applicability of hovercar, security component can monitor the transport condition of automobile body and perform safety operation, improve flight
The security performance of automobile.
Brief description of the drawings
Form a part of accompanying drawing of the present utility model to be used for providing further understanding to of the present utility model, this practicality is new
The schematic description and description of type is used to explain the utility model, does not form to improper restriction of the present utility model.
In accompanying drawing：
A kind of rotor assemblies for hovercar that Fig. 1 provides for the utility model embodiment are in knot during off working state
Composition；
Fig. 2 is a kind of structure top view for hovercar that the utility model embodiment provides；
Fig. 3 is structure when a kind of rotor assemblies for hovercar that the utility model embodiment provides are in running order
Figure；
Fig. 4 is another when a kind of rotor assemblies of hovercar described in the utility model embodiment are in running order
Kind structure top view.
Description of reference numerals：
Automobile body 10, chassis 101, wheel 102,
Rotor assemblies 20, power part 21, rotor drive device 211, retractable driving device 212, power output portion 22, outer shaft
221, spline 2211, interior axle 222, rotor 23, mounting structure 231, reduction box 24, first can push module 25, second can promote
Module 26, the 3rd push module 27,
Security component 30, parachute 301,
Energize component 40, fuel tank 401, generator 402, power transmission shaft 403, energy converter 404.
Embodiment
It should be noted that in the case where not conflicting, the feature in embodiment and embodiment in the utility model can
To be mutually combined.
Describe the utility model in detail below with reference to the accompanying drawings and in conjunction with the embodiments.
As shown in figure 1, a kind of structural representation of the hovercar provided it illustrates the utility model embodiment, this flies
Row automobile includes：
Automobile body 10, rotor assemblies 20, security component 30 and energy supply component 40, rotor assemblies 20, the He of security component 30
Energy supply component 40 is arranged on 10 on automobile body.
Rotor assemblies 20 include：Power part 21, power output portion 22 and rotor 23, energy supply component 40 connect with power part 21
Connect, when rotor assemblies 20 are in running order, energy supply component 40 is that power part 21 provides power, and power part 21 is defeated by power
Going out portion 22 drives rotor 23 to operate, and driving automobile body 10 takes off vertically or landed；Security component 30 monitors automobile body 10
Transport condition and execution safety operation.
Optionally, the quantity of rotor assemblies 20 is four groups, wherein two groups of rotor assemblies 20 are symmetricly set on automobile body 10
Front portion, in addition two groups of rotor assemblies 20 be symmetricly set on the rear portion of automobile body 10, two adjacent groups rotor assemblies 20 are working
It is non-interference under state.
In the utility model embodiment, rotor assemblies 20 by power part 21, match somebody with somebody by power output portion 22 and rotor 23
Close, hovercar VTOL can be made, power output portion 22 and rotor 23 connect, and power part 21 can include telescopic drive and fill
Put, stretched for driving power output section 22 and rotor 23, when hovercar travels on normal land, power output portion
22 and rotor 23 be collapsible into automobile body 10, when hovercar is in state of flight, power output portion 22 and rotor 23 stretch out
Automobile body 10 is simultaneously started working.Compared to the hovercar for needing runway run-up just to take off at present, the utility model is implemented
Switching time of the hovercar that example provides under different transport conditions substantially reduces, and improves efficiency.
Automobile body 10 is consistent with current car body, can be forerunner's ejector half automobile, rear driving automobile or 4 wheel driven
Type automobile, the utility model embodiment carry out the description of hovercar, using rear wheel drive, preceding rotation by taking rear-guard type automobile as an example
To form, automobile body 10 includes：Chassis 101, wheel 102, wheel 102 are provided with wheel hub motor and steering mechanism (Fig. 1
In do not draw), automobile body 10 can use lightweighting materials (such as:Carbon fibre material), in the case where ensureing safety to the greatest extent
Amount mitigates car body mass, improves the endurance of hovercar.
Specifically, reference picture 2, it illustrates a kind of structure top view of hovercar, the quantity of rotor assemblies 20 can be with
For four groups, it is arranged symmetrically respectively about the longitudinal axis of automobile body 10.The rotor 23 of wherein two groups rotor assemblies 20 is relatively in addition
Two groups larger, is arranged in the locus of the heel row of automobile body 10；The rotor 23 of other two groups of rotor assemblies 20 is smaller, arrangement
In the position of the enging cabin of automobile body 10.Wherein, the big size of rotor 23 is less than running car lane line most width from not shadow
Other vehicles traveling of adjacent lane is rung, the visual field of steering position before automobile can be improved using two groups of different rotors of size,
And improve flight stability.
It should be noted that on the premise of the landing of hovercar normal upright and safe flight is met, rotor assemblies
Size and quantity can be adjusted according to actual conditions, and the utility model embodiment is not limited this.
Further, security component 30 can be police radar, parachute, air bag etc., by by one or more
Police radar is arranged on the chassis 101 of automobile body 10, for monitoring the transport condition of hovercar, when the row of hovercar
Sail state occur it is abnormal when, police radar can collect abnormal running data and it is analyzed, at abnormal running data
When dangerous driving state, the safety convenience instrument such as triggering parachute, air bag operates, and protects the people of passenger in hovercar
Body safety, improve the security performance of hovercar.
In summary, a kind of car hovercar that the utility model embodiment provides, energy supply component is by by the change of fuel
Can be converted into mechanical energy, then mechanical energy is converted into electric energy, provide energy for power part, power part passes through power output portion band
Dynamic rotor operating, and four groups of rotor assemblies are respectively symmetrically arranged by the longitudinal axis on automobile body, reach VTOL
Be easy to adjust hovercar driving posture purpose, hovercar is less demanding to road surface of taking off, and does not interfere with adjacent car
Road automobile, by the cooperation of power output portion and rotor, the switch speed of hovercar difference driving mode is reduced, is improved
The applicability of hovercar, security component can monitor the transport condition of automobile body and perform safety operation, improve flight
The security performance of automobile.
Optionally, power output portion 22 includes：Outer shaft 221 and interior axle 222；Power part 21 includes：Rotor drive device 211
With retractable driving device 212, outer shaft 221 is hollow gear axle, and interior axle 222 is arranged inside outer shaft 221, and is matched somebody with somebody with outer shaft 221
Close, the bottom of interior axle 222 is connected with retractable driving device 212, under the driving of retractable driving device 212, along outer shaft 221
Axis direction moves.
Rotor drive device 211 includes：Motor and meshing gear, multigroup rotor is evenly distributed on outer shaft 221
Drive device 211, meshing gear engage with the gear on outer shaft 211, are fixed in interior axle 222 by spline 2211 and outer shaft 221
When, rotor drive device 211 drives outer shaft 221 to rotate.
In the utility model embodiment, when the rotor assemblies for hovercar shown in Fig. 1 are in off working state
Structure, wherein retractable driving device 212 are in contraction state, and interior axle 222 can edge under the driving of retractable driving device 212
Axis moves downward, and now interior axle 222 and rotor 23 are taken in inside outer shaft 221.Outer shaft 221 is hollow gear axle, hollow gear
Axle refers to support rotary part and turned round therewith to transmit motion, moment of torsion or the machine components of moment of flexure.Generally metal round rod
Shape, hollow, each section can have different diameters, and the outer surface of axle is provided with gear, interior axle 222 can be accommodated inside outer shaft 221
With rotor 23.
It should be noted that the quantity of rotor drive device is even numbers, can be joined according to the driving force of practical flight automobile
Number increased and decreased, the utility model embodiment is not limited this, due to VTOL have to rotor rotating speed and moment of torsion it is larger
Demand, therefore rotor drive device is preferably 4 groups.
The predeterminated position of outer shaft 221 is provided with spline 2211, when rotor assemblies 20 are in running order, interior axle 222
Predeterminated position is moved under the driving of retractable driving device 212, and is fixed by spline 2211 and outer shaft 221.Telescopic drive
Device can be cylinder or other can reach the device of this effect.
Reference picture 3, it illustrates structure chart of the rotor assemblies of hovercar when in running order, wherein telescopic drive
Device 212 is in retracted position, and interior axle 222 can be moved upwards under the driving of retractable driving device 212 along axis, outer shaft
221 pairs of interior axles 222 have along the upward restriction effect of axis, and now interior axle 222 and rotor 23 are stretched out inside outer shaft 221, interior axle
222 when being stretched to state of flight, and the splined hole of spline opening position, the flower with outer shaft 221 are corresponded to by being arranged on interior axle
Key 2211 is connected, meanwhile, multigroup rotor drive device of the circumference uniform distribution on outer shaft is started working, and on outer shaft 221
The meshing gear of gear engagement starts to drive outer shaft 221 to rotate under the driving of motor, and outer shaft 221 passes through spline 2211
Driving interior axle 222 and rotor 23 rotate so that hovercar takes off vertically and flown.
Further, rotor assemblies 20 can be arranged in reduction box 24, and reduction box 24 can protect rotor assemblies 20 not
By other parts interference and integrate rotor assemblies 20 each part effect, while also play dust-proof effect.
Optionally, reference picture 3, rotor 23 are arranged on the top of interior axle 222 by mounting structure 231, and mounting structure 231 is locked
Only or unblock rotor 23；When rotor assemblies 20 are in off working state, mounting structure 231 unlocks rotor, and rotor 23 is received into
Inside outer shaft 221.
In the utility model embodiment, mounting structure 231 can be springlock locking structure, and the structure is similar to helicopter
The attachment structure of blade and rotary shaft.
When rotor assemblies 20 are in off working state, motor stops, and mounting structure 231 unlocks rotor 23, rotor
23 are fallen along the axis direction of interior axle 222, and rotor 23 is pressed on around interior axle 222 by mounting structure 231, rotor 23 and interior axle 222
Together income arrives the inside of outer shaft 221 under the driving of retractable driving device 212.
When rotor assemblies 20 are in running order, motor work, the rotor 23 being connected with mounting structure 231 is driven
Deployed using rotary inertia, and rotated afterwards by the locking of mounting structure 231, the lock of rotor 23 in fixed position, be hovercar
Lift is provided.
It should be noted that waterproof and dustproof cover can also be set in mounting structure, the whole installation of waterproof and dustproof cover covering
Structure, the beneficial effect of protection mounting structure is reached.
Optionally, reference picture 1, security component 30 include：Bottom air bag, driving cabin air bag and police radar,
Police radar (not drawn in Fig. 1) is arranged at the chassis 101 of automobile body, and police radar is used to monitor automobile body
10 running data；Bottom air bag (not drawn in Fig. 1) is arranged at the chassis 101 of automobile body 10, and driving cabin air bag is (in Fig. 1
Do not draw) driving cabin of automobile body 10 is arranged at, in the running data that police radar monitors with presetting dangerous running data
During matching, bottom air bag and the ejection of driving cabin air bag are controlled respectively.
Optionally, police radar can use laser radar or millimetre-wave radar.
In the utility model embodiment, the number of police radar can be for 1 or multiple, are fixed on the bottom of chassis 101
Portion, the longitudinal axis installed in automobile body 10 on the position before preceding axis, for survey mission automobile apart from ground away from
From and sinking speed.Police radar can also be arranged on around vehicle body, as the sensor for realizing Function for Automatic Pilot.Driving cabin
Air bag and existing air bag are basically identical.Bottom air bag is arranged on the bottom of chassis 101 on vehicle longitudinal axis, can be according to police radar
Input condition, time for popping is determined according to the distance apart from ground, ensures safety when hovercar hinders landing for some reason.
Further, security component 30 also includes：Parachute 301, parachute 301 are arranged at the top of automobile body 10,
When the running data that police radar monitors matches with presetting dangerous running data, control parachute 301 is ejected and opened umbrella, and is dropped
It is non-interference with rotor assemblies 20 under the state of opening umbrella to fall umbrella 301.
Parachute 301 can be arranged in the front end of automobile body 10, after parachute 301 can also be arranged in automobile body 10
End.Landing uses umbrella aerofoil profile parachute, is arranged on the vehicle longitudinal axis of automobile body 10, during opening umbrella, does not interfere
The position that rotor 23 rotates.The opening position of parachute 201 is installed in automobile body 10, is related to the vehicle longitudinal axis of automobile body 10
Symmetrical guiding space, so as to ensure during opening umbrella, umbrella rope is symmetrical on longitudinal axis, ensures the steady of vehicle.
The specific engagement process of security component 30 and automobile body 10 is：
1st, when hovercar breaks down in the air：The decrease speed of police radar probe vehicle body 10 and away from ground
Distance, when meeting safety condition, front and rear parachute 301 opens umbrella, and parachute 301 can actively open, and be opened umbrella so as to reduce
Time, there is provided symmetrical pulling force ensures the balance of car body, and bottom air bag pops.By such one group of safety device, can reduce
Impulsive force when hovercar landing contacts with ground, ensure driving and the safety of occupant.
2nd, in land traveling or airflight, when being touched before generation, driving cabin air bag can all pop hovercar, ensure
Driver and the safety of occupant.
It should be noted that the processor that the data that police radar is collected into all are uploaded to hovercar is carried out at data
Reason, according to police radar, the hovercar can carry automated driving system, make the hovercar be provided simultaneously with land traveling and
Function for Automatic Pilot under offline mode, function is realized by vehicle body perimeter sensors auxiliary.It can be achieved but be not limited to following work(
Energy：Automatic obstacle-avoiding, automatic path planning, target identification.Hovercar has the software and hardware for being adapted to automated driving system.Fly
Row automobile has signal and reception system, including but not limited to following functions：The signal message such as weather in the external world can be received,
Road conditions, navigation channel information etc., and can send out and share Weather information and itself position that the information of itself such as receives
The information such as put.
Optionally, reference picture 1, energy supply component 40 include：Fuel tank 401, generator 402, power transmission shaft 403, energy conversion
Device 404 and battery bag (being wholely set with energy converter 404), fuel is stored with fuel tank 401, and connect with generator 402
Connect；Generator 402 is connected under the driving of fuel by power transmission shaft 403 with energy converter 404, and energy converter 404 is by machine
Tool can be converted to electric energy and be charged for battery bag.
Optionally, battery bag is provided with external power interface.
In the utility model embodiment, generator 402 can be micro turbine generator, using fuel oil or combustion gas, electricity
Chi Bao is made up of high-power big density cell, meets that hovercar charging once reaches the requirement of 300 kilometers of continuations of the journey.Electricity
Pond bag can also be charged by external power supply mouth.Reach the effect by the way that the chemical energy of chemical fuel to be converted into electric energy,
Improve fuel availability.(hovercar is energized in normal ground run using the fuel in fuel tank, and hovercar is flying
Row state is energized using the electric energy of battery bag) battery bag is provided with external power interface, and can also to pass through hovercar external
Interface is charged, and improves the endurance of hovercar.
Optionally, reference picture 4, it illustrates another structure of the rotor assemblies of hovercar when in running order to bow
View, be symmetricly set on the rear portion of automobile body 10 two groups of rotor groups 20 be separately mounted to first can push module 25 and second
Can in push module 26, first can push module 25 and second can be provided with the 3rd push module 27 between push module 26.
In the utility model embodiment, the 3rd push module 27 can be ratchet mechanism or transfer bar mechanism, for will be with
Connection first can push module 25 and second can push module 26 release or retract.
When rotor assemblies 20 are in running order (state shown in Fig. 4), the 3rd push module 27 can promote first
Module 25 and second can push module 26 outwards pushed open from initial position along away from the direction of the 3rd push module 27.
When rotor assemblies 20 are in off working state, the 3rd push module 27 can push module 25 and second by first
Can promote can module 26 recover to initial position.
Therefore, when rotor assemblies 20 are in running order, rotor 23 can be increased on the premise of wide no more than track
The distance of shaft centers of rotor 23 corresponding thereto, so as to increase rotor diameter, improve flying quality.
On this basis, the size of front and rear rotor, the rotor number of change of flight automobile, or increase can also be changed
Duct, hovercar can install folding wing on this basis, reach higher efficiency, and hovercar can also increase propulsion
Device, improve cruising speed.
In summary, a kind of car hovercar that the utility model embodiment provides, energy supply component is by by the change of fuel
Can be converted into mechanical energy, then mechanical energy is converted into electric energy, provide energy for power part, power part passes through power output portion band
Dynamic rotor operating, and four groups of rotor assemblies are respectively symmetrically arranged by the longitudinal axis on automobile body, reach VTOL
Be easy to adjust hovercar driving posture purpose, hovercar is less demanding to road surface of taking off, and does not interfere with adjacent car
Road automobile, by the cooperation of power output portion and rotor, the switch speed of hovercar difference driving mode is reduced, is improved
The applicability of hovercar, security component can monitor the transport condition of automobile body and perform safety operation, improve flight
The security performance of automobile.
It is apparent to those skilled in the art that for convenience and simplicity of description, the system of foregoing description,
The specific work process of device and unit, the corresponding process in preceding method embodiment is may be referred to, will not be repeated here.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.
It is described above, only specific embodiment of the present utility model, but the scope of protection of the utility model is not limited to
In this, any one skilled in the art can readily occur in change in the technical scope that the utility model discloses
Or replace, it should all cover within the scope of protection of the utility model.Therefore, the scope of protection of the utility model should be wanted with right
The protection domain asked is defined.
Claims (10)
1. a kind of hovercar, it is characterised in that the hovercar includes：
Automobile body, rotor assemblies, security component and energy supply component,
The rotor assemblies, the security component and the energy supply component are arranged on the automobile body；
The rotor assemblies include：Power part, power output portion and rotor, the energy supply component are connected with the power part；
When the rotor assemblies are in running order, the energy supply component provides power, the power part for the power part
Drive the rotor to operate by the power output portion, drive the automobile body to take off vertically or land；The secure group
Part monitors the transport condition of the automobile body and performs safety operation.
2. hovercar according to claim 1, it is characterised in that
The power output portion includes：Outer shaft and interior axle；
The power part includes：Retractable driving device and rotor drive device；
The outer shaft is hollow gear axle, and the interior axle is arranged inside the outer shaft, and is coordinated with the outer shaft, the interior axle
Bottom be connected with the retractable driving device, under the driving of the retractable driving device, along the axis side of the outer shaft
To motion；
The predeterminated position of the outer shaft is provided with spline, when the rotor assemblies are in running order, the interior axle is in institute
State and the predeterminated position is moved under the driving of retractable driving device, and fixed by the spline and the outer shaft；
The rotor drive device includes：Motor and meshing gear, multigroup rotor is evenly distributed on the outer shaft and is driven
Dynamic device, the meshing gear are engaged with the gear on the outer shaft, consolidated in the interior axle by the spline and the outer shaft
Regularly, the rotor drive device drives the outer shaft rotation.
3. hovercar according to claim 2, it is characterised in that
The rotor is arranged on the top of the interior axle, the mounting structure locking or the unblock rotor by mounting structure；
When the rotor assemblies are in off working state, the mounting structure unlocks the rotor, and the rotor is received into institute
State inside outer shaft.
4. hovercar according to claim 3, it is characterised in that
The quantity of the rotor assemblies is four groups, wherein two groups of rotor assemblies are symmetricly set on the front portion of the automobile body, separately
Outer two groups of rotor assemblies are symmetricly set on the rear portion of the automobile body, and two adjacent groups rotor assemblies are not done mutually in the operating condition
Relate to.
5. hovercar according to claim 4, it is characterised in that
Two groups of rotor assemblies for being symmetricly set on the automobile body rear portion are separately mounted to first can push module and
Two can in push module, described first can push module and described second can be provided with the 3rd push module between push module；
When the rotor assemblies are in running order, the 3rd push module can push module and described by described first
Two can push module outwards pushed open from initial position along away from the direction of the 3rd push module；
When the rotor assemblies are in off working state, the 3rd push module can push module and described by described first
Second can promote can module recovery to initial position.
6. hovercar according to any one of claim 1 to 5, it is characterised in that the security component includes：Bottom
Air bag, driving cabin air bag and police radar,
The police radar is arranged at the chassis of the automobile body, and the police radar monitors the traveling number of the automobile body
According to；
The bottom air bag is arranged at the chassis of the automobile body, and the driving cabin air bag is arranged at driving for the automobile body
Cabin is sailed, when the running data that the police radar monitors is preset dangerous running data with first and matched, respectively described in control
Bottom air bag and driving cabin air bag ejection.
7. hovercar according to claim 6, it is characterised in that the security component also includes：Parachute,
The parachute is arranged at the top of the automobile body, pre- in the running data that the police radar monitors and second
If during the matching of dangerous running data, control the parachute to eject and open umbrella, the parachute under the state of opening umbrella with the rotation
Wing component is non-interference.
8. hovercar according to claim 6, it is characterised in that the police radar is laser radar or millimeter wave thunder
Reach.
9. hovercar according to any one of claim 1 to 5, it is characterised in that the energy supply component includes：
Fuel tank, generator, power transmission shaft, energy converter and battery bag,
Fuel is stored with the fuel tank, and is connected with the generator；
The generator is connected under the driving of the fuel by the power transmission shaft with the energy converter, and the energy turns
Parallel operation converts mechanical energy into electric energy and charged for the battery bag.
10. hovercar according to claim 9, it is characterised in that the battery bag is provided with external power interface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720765260.7U CN206968327U (en) | 2017-06-28 | 2017-06-28 | A kind of hovercar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720765260.7U CN206968327U (en) | 2017-06-28 | 2017-06-28 | A kind of hovercar |
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| CN206968327U true CN206968327U (en) | 2018-02-06 |
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| CN201720765260.7U Active CN206968327U (en) | 2017-06-28 | 2017-06-28 | A kind of hovercar |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108944307A (en) * | 2018-07-04 | 2018-12-07 | 天津超算科技有限公司 | Automobile aerocraft |
| CN110329019A (en) * | 2019-07-16 | 2019-10-15 | 左红 | A kind of spiral arm of completely new bicycle flight instruments |
| CN112339515A (en) * | 2020-11-09 | 2021-02-09 | 北京理工大学 | Split type automobile and passenger cabin, aircraft unit and chassis part thereof |
| CN113978193A (en) * | 2021-12-09 | 2022-01-28 | 雄川氢能科技(广州)有限责任公司 | Fuel cell aerocar |
-
2017
- 2017-06-28 CN CN201720765260.7U patent/CN206968327U/en active Active
Cited By (5)
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| CN110329019A (en) * | 2019-07-16 | 2019-10-15 | 左红 | A kind of spiral arm of completely new bicycle flight instruments |
| CN110329019B (en) * | 2019-07-16 | 2020-08-21 | 左红 | Brand-new spiral arm of bicycle flight device |
| CN112339515A (en) * | 2020-11-09 | 2021-02-09 | 北京理工大学 | Split type automobile and passenger cabin, aircraft unit and chassis part thereof |
| CN113978193A (en) * | 2021-12-09 | 2022-01-28 | 雄川氢能科技(广州)有限责任公司 | Fuel cell aerocar |
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Effective date of registration: 20210521 Address after: 100055 1801, 18 / F, building 3, yard 9, Guang'an Road, Fengtai District, Beijing Patentee after: Feidi Technology Co.,Ltd. Address before: 071000 no.2266 Chaoyang South Street, Baoding City, Hebei Province Patentee before: Great Wall Motor Co.,Ltd. |