CN208344363U - A kind of electric car detection trigger-type spademan ventilation safety protective device - Google Patents
A kind of electric car detection trigger-type spademan ventilation safety protective device Download PDFInfo
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- CN208344363U CN208344363U CN201820133516.7U CN201820133516U CN208344363U CN 208344363 U CN208344363 U CN 208344363U CN 201820133516 U CN201820133516 U CN 201820133516U CN 208344363 U CN208344363 U CN 208344363U
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Abstract
The utility model relates to a kind of electric cars to detect trigger-type spademan ventilation safety protective device, using completely new unfolding wing type flow-guiding structure, notch (7) based on the setting of new-energy automobile (1) two sides, one group of telescopic rod group is introduced respectively, connected spademan plate (2) is directed to using each automatically controlled telescopic rod (5) in each group telescopic rod group, realize the flexible disengaging for corresponding to notch (7) relatively, vehicle stabilization control is realized in vehicle traveling, simultaneously, it is directed to the outside of two pieces of spademan plates (2) respectively, side board (3) are connected by automatically controlled shaft (6) respectively, pass through further spreading out for two sides spademan plate (2) upside side plate (3), the aggregation of more air-flows is realized on spademan plate (2), it further increases air pressure and raising stability is pushed to spademan plate (2), simultaneously, to new-energy automobile (1) two sides Notch (7) realizes pouring into for air-flow, realizes heat dissipation for heat caused by vehicle interior work.
Description
Technical field
The utility model relates to a kind of electric cars to detect trigger-type spademan ventilation safety protective device, belong to new energy vapour
Vehicle technical field.
Background technique
New-energy automobile refers to using unconventional vehicle fuel as a source of power, or using conventional vehicle fuel,
Using new vehicle-mounted power plant, the dynamic Control of comprehensive vehicle and the advanced technology of driving aspect, the technical principle elder generation of formation
Into, the automobile with new technology, new construction；In the development course of new-energy automobile, not only to consider that the sustainable of the energy mentions
For, it is also necessary to consider the safety actually driven a vehicle, the especially vehicle safety in traveling, therefore under steam, vehicle stabilization
Property be important indicator, and in actual operation, heat dissipation is equally the problem of can not be ignored power supply system in new-energy automobile,
Therefore intact stability and heat dissipation are the important indicators of new-energy automobile development.
Utility model content
The technical problem to be solved by the utility model is to provide one kind to be based on aerodynamic principle, using completely new spademan
Formula flow-guiding structure is guaranteeing roadability meanwhile, it is capable to realize that the interior electric car effectively to radiate detects trigger-type spademan
Ventilation safety protective device.
In order to solve the above-mentioned technical problem the utility model uses following technical scheme: the utility model devises a kind of electricity
Electrical automobile detects trigger-type spademan ventilation safety protective device, for realizing stable, Ventilation Control for new-energy automobile；Including
Two blocks of spademan plates, two pieces of side boards and control module, and the control button, the even number that are connected respectively with control module are automatically controlled
Telescopic rod, two automatically controlled shafts；Wherein, control module connection vehicle power supply carries out taking electricity, and is respectively to control by control module
Button, each automatically controlled telescopic rod, each automatically controlled shaft are powered；Control module is set to inside new-energy automobile, and control is pressed
Button is set in the driver's cabin of new-energy automobile；New-energy automobile two sides bottom edge, the position difference between front and back wheel
The horizontally disposed notch through car body interior or exterior space, and the spacing between the length of notch and ipsilateral front and back wheel is adapted, with
And the height of notch and the sum of spademan plate, side plate thickness are adapted；The automatically controlled telescopic rod of even number is divided into two groups of telescopic rod groups, respectively
Group telescopic rod group is corresponding with the two sides of new-energy automobile respectively, and each automatically controlled telescopic rod in each group telescopic rod group passes through respectively
Bracket is fixed at the inside of corresponding side surface on new-energy automobile, and each automatically controlled telescopic rod in each group telescopic rod group is along place
The notch of new-energy automobile side is distributed, and the telescopic rod top end of each automatically controlled telescopic rod is hung down respectively in each group telescopic rod group
Direct at the notch to place new-energy automobile side；The length of spademan plate and the length of notch are adapted, and spademan plate is wide and wheel
Width be adapted, two blocks of spademan plates are corresponding with new-energy automobile two sides respectively, and each block of spademan plate respectively set by horizontal anomalous movement
The notch position of the side corresponding to new-energy automobile, and a wherein long side edge for each spademan plate with new-energy automobile is ipsilateral stretches
The telescopic rod top end of each automatically controlled telescopic rod is mutually fixedly connected in contracting bar group；Each automatically controlled telescopic rod in each group telescopic rod group is same
Walk work, two blocks of spademan plates of corresponding new-energy automobile two sides respectively in connected telescopic rod group each automatically controlled telescopic rod control
Under system, notch where disengaging, wherein if each automatically controlled telescopic rod foreshortens to shortest length in each group telescopic rod group, two pieces of exhibitions
Wing plate is accommodated in respectively on new-energy automobile in the notch of corresponding side surface, if each automatically controlled telescopic rod elongation in each group telescopic rod group
When to maximum length, two blocks of spademan plates protrude from corresponding side surface notch on new-energy automobile respectively；The length and spademan of side board
The length of plate is adapted, and two pieces of side boards are corresponding with two spademan plates respectively, and the wherein long side on each piece of side board is led to respectively
It crosses automatically controlled shaft to be mutually flexibly connected on corresponding spademan plate with respect to another long side for connecting automatically controlled telescopic rod, each piece of side board difference
It is rotated using connected automatically controlled shaft as axis.
A kind of optimal technical scheme as the utility model: each automatically controlled telescopic rod, which is that brushless motor is automatically controlled, to be stretched
Contracting bar.
A kind of optimal technical scheme as the utility model: each automatically controlled shaft is automatically controlled turn of brushless motor
Axis.
A kind of optimal technical scheme as the utility model: the control module is microprocessor.
A kind of optimal technical scheme as the utility model: the microprocessor is arm processor.
A kind of electric car detection trigger-type spademan ventilation safety protective device described in the utility model uses the above technology
Scheme compared with prior art, has following technical effect that
(1) electric car of the utility model design detects trigger-type spademan ventilation safety protective device, dynamic based on air
Mechanics principle is introduced one group respectively and is stretched using completely new unfolding wing type flow-guiding structure based on the notch of new-energy automobile two sides setting
Contracting bar group is realized for common connected spademan plate respectively using each automatically controlled telescopic rod in each group telescopic rod group and is corresponded to relatively
Vehicle stabilization control is realized in the flexible disengaging of notch in vehicle traveling, meanwhile, it is directed to the outside of two blocks of spademan plates respectively, point
Side board is not connected by automatically controlled shaft, while application stability contorting, passes through the further of two sides spademan plate upside side plate
Expansion, realizes the aggregation of more air-flows on spademan plate, further increases air pressure and pushes raising stability to spademan plate, meanwhile,
Pouring into for air-flow is realized to the notch of new-energy automobile two sides, realizes heat dissipation for heat caused by vehicle interior work；
(2) electric car of the utility model design detects trigger-type spademan ventilation safety protective device, for each electricity
Telescopic rod is controlled, further design uses the automatically controlled telescopic rod of brushless motor, and is directed to each automatically controlled shaft, further design
Using the automatically controlled shaft of brushless motor, so that the electric car detection trigger-type spademan ventilation safety protective device entirely designed is in reality
In the application process of border, it can be realized mute work, embody human oriented design；
(3) in the electric car detection trigger-type spademan ventilation safety protective device of the utility model design, for control
Module, further design uses microprocessor, and specifically design uses arm processor, on the one hand can be directed to suitable for the later period
Electric car detects the extension demand of trigger-type spademan ventilation safety protective device, on the other hand, succinct control architecture mode
It can be convenient for the maintenance in later period.
Detailed description of the invention
Fig. 1 is the front view of the electric car detection trigger-type spademan ventilation safety protective device of the utility model design.
Wherein, 1. new-energy automobile, 2. spademan plates, 3. side boards, 4. control modules, 5. automatically controlled telescopic rods, 6.
Automatically controlled shaft, 7. notches, 8. brackets.
Specific embodiment
Specific embodiment of the present utility model is described in further detail with reference to the accompanying drawings of the specification.
As shown in Figure 1, the utility model devises a kind of electric car detection trigger-type spademan ventilation safety protective device,
For realizing stable, Ventilation Control for new-energy automobile 1；Including two blocks of spademan plates, 2, two pieces of side boards 3 and control module 4,
And control button, even number 5, two automatically controlled shafts 6 of automatically controlled telescopic rod being connected respectively with control module 4；Wherein, it controls
Module 4 connects vehicle power supply and carries out taking electricity, and is respectively control button, each automatically controlled telescopic rod 5, each electricity by control module 4
Control shaft 6 is powered；Control module 4 is set to inside new-energy automobile 1, and control button is set to driving for new-energy automobile 1
Sail interior；1 two sides bottom edge of new-energy automobile, the position between front and back wheel are horizontally disposed with respectively through outer space in car body
Between notch 7, and spacing between the length of notch 7 and ipsilateral front and back wheel is adapted and the height and spademan plate of notch 7
2, the sum of 3 thickness of side board is adapted；The automatically controlled telescopic rod 5 of even number is divided to for two groups of telescopic rod groups, each group telescopic rod group respectively with
The two sides of new-energy automobile 1 are corresponding, and each automatically controlled telescopic rod 5 in each group telescopic rod group is fixedly installed by bracket 8 respectively
The inside of corresponding side surface on new-energy automobile 1, each automatically controlled telescopic rod 5 in each group telescopic rod group is along place new-energy automobile
The notch 7 of 1 side is distributed, and the telescopic rod top end of each automatically controlled telescopic rod 5 is respectively perpendicular direction in each group telescopic rod group
The notch 7 of 1 side of place new-energy automobile；The length of spademan plate 2 and the length of notch 7 are adapted, and 2 width of spademan plate and wheel
Width is adapted, and two blocks of spademan plates 2 are corresponding with 1 two sides of new-energy automobile respectively, and each block of spademan plate 2 respectively set by horizontal anomalous movement
7 position of notch of the side corresponding to new-energy automobile 1, and a wherein long side edge for each spademan plate 2 and new-energy automobile 1 are same
The telescopic rod top end of each automatically controlled telescopic rod 5 is mutually fixedly connected in the telescopic rod group of side；Each in each group telescopic rod group automatically controlled stretches
Contracting bar 5 works asynchronously, and two blocks of spademan plates 2 of corresponding 1 two sides of new-energy automobile are each automatically controlled in connected telescopic rod group respectively
Under the control of telescopic rod 5, disengaging where notch 7, wherein if in each group telescopic rod group each automatically controlled telescopic rod 5 foreshorten to it is most short
When length, two blocks of spademan plates 2 are accommodated in respectively in the notch 7 of corresponding side surface on new-energy automobile 1, if each in each group telescopic rod group
When a elongation of automatically controlled telescopic rod 5 to maximum length, two blocks of spademan plates 2 protrude from corresponding side surface notch on new-energy automobile 1 respectively
7；The length of side board 3 and the length of spademan plate 2 are adapted, and two pieces of side boards 3 are corresponding with two spademan plates 2 respectively, each piece of side
A wherein long side on side plate 3 is another with respect to the automatically controlled telescopic rod 5 of connection on corresponding spademan plate 2 by automatically controlled shaft 6 respectively
Long side is mutually flexibly connected, and each piece of side board 3 is respectively that axis is rotated with connected automatically controlled shaft 6.Above-mentioned technical proposal design
Electric car detects trigger-type spademan ventilation safety protective device, aerodynamic principle is based on, using completely new unfolding wing type water conservancy diversion
Structure introduces one group of telescopic rod group, using in each group telescopic rod group based on the notch 7 of 1 two sides of new-energy automobile setting respectively
Each automatically controlled telescopic rod 5 the flexible disengaging for corresponding to notch 7 relatively is realized for common connected spademan plate 2 respectively, in vehicle
Vehicle stabilization control is realized in traveling, meanwhile, it is directed to the outside of two blocks of spademan plates 2 respectively, passes through automatically controlled 6 connecting side of shaft respectively
Side plate 3, it is real on spademan plate 2 by further spreading out for 2 upside side plate 3 of two sides spademan plate while application stability contorting
The now aggregation of more air-flows further increases air pressure and pushes raising stability to spademan plate 2, meanwhile, to 1 two sides of new-energy automobile
Notch 7 realize that air-flow pours into, for vehicle interior work caused by heat realize heat dissipation.
On basis based on above-mentioned design electric car detection trigger-type spademan ventilation safety protective device technical solution,
The utility model also further devises following optimal technical scheme: being directed to each automatically controlled telescopic rod 5, further design uses
The automatically controlled telescopic rod of brushless motor, and it is directed to each automatically controlled shaft 6, further design uses the automatically controlled shaft of brushless motor, makes
It obtains the electric car detection trigger-type spademan ventilation safety protective device entirely designed in the actual application process, can be realized
Mute work, embodies human oriented design；For control module 4, further design uses microprocessor, and specifically design uses
On the one hand arm processor can be suitable for the later period for the expansion of electric car detection trigger-type spademan ventilation safety protective device
Exhibition demand, on the other hand, succinct control architecture mode can be convenient for the maintenance in later period.
The utility model designs electric car and detects trigger-type spademan ventilation safety protective device, for being directed to new energy vapour
Vehicle 1 realizes stable, Ventilation Control；In practical application, including two blocks of spademan plates 2, two pieces of side boards 3 and arm processors, and
Control button, the automatically controlled telescopic rod of even number brushless motor, two automatically controlled turn of brushless motor being connected respectively with arm processor
Axis；Wherein, arm processor connection vehicle power supply carries out taking electricity, and is respectively control button, each brushless electricity by arm processor
Electrical Control telescopic rod, each automatically controlled shaft of brushless motor are powered；Arm processor is set to inside new-energy automobile 1, control
Button is set in the driver's cabin of new-energy automobile 1；1 two sides bottom edge of new-energy automobile, the position between front and back wheel
It is horizontally disposed with the notch 7 through car body interior or exterior space respectively, and the spacing between the length of notch 7 and ipsilateral front and back wheel is mutually fitted
It answers and the height of notch 7 is adapted with the sum of spademan plate 2,3 thickness of side board；The automatically controlled telescopic rod of even number brushless motor point
For two groups of telescopic rod groups, each group telescopic rod group is corresponding with the two sides of new-energy automobile 1 respectively, each in each group telescopic rod group
The automatically controlled telescopic rod of brushless motor passes through the inside that bracket 8 is fixed at corresponding side surface on new-energy automobile 1 respectively, and each group is flexible
Notch 7 of the automatically controlled telescopic rod of each brushless motor along 1 side of place new-energy automobile in bar group is distributed, and each group is flexible
The telescopic rod top end of each automatically controlled telescopic rod of brushless motor is respectively perpendicular the notch for being directed toward place 1 side of new-energy automobile in bar group
7；The length of spademan plate 2 and the length of notch 7 are adapted, and the wide width with wheel of spademan plate 2 is adapted, and two blocks of spademan plates 2 divide
Not corresponding with 1 two sides of new-energy automobile, horizontal anomalous movement is placed in side corresponding to new-energy automobile 1 to each block of spademan plate 2 respectively
7 position of notch, and each brushless electricity in a wherein long side edge for each spademan plate 2 and the ipsilateral telescopic rod group of new-energy automobile 1
The telescopic rod top end of Electrical Control telescopic rod is mutually fixedly connected；The automatically controlled telescopic rod of each brushless motor in each group telescopic rod group is synchronous
Work, each brushless motor is automatically controlled in connected telescopic rod group respectively stretches for two blocks of spademan plates 2 of corresponding 1 two sides of new-energy automobile
Under the control of contracting bar, notch 7 where disengaging, wherein if each automatically controlled telescopic rod of brushless motor foreshortens in each group telescopic rod group
When shortest length, two blocks of spademan plates 2 are accommodated in respectively in the notch 7 of corresponding side surface on new-energy automobile 1, if each group telescopic rod group
In each brushless motor automatically controlled telescopic rod when extending to maximum length, it is right on new-energy automobile 1 that two blocks of spademan plates 2 protrude from respectively
Answer side notch 7；The length of side board 3 and the length of spademan plate 2 are adapted, and two pieces of side boards 3 are opposite with two spademan plates 2 respectively
It answers, the wherein long side on each piece of side board 3 passes through the automatically controlled shaft of brushless motor and connection nothing opposite on corresponding spademan plate 2 respectively
Another long side of the automatically controlled telescopic rod of brush motor is mutually flexibly connected, and each piece of side board 3 is with the automatically controlled shaft of connected brushless motor respectively
Axis is rotated.In practical application, the automatically controlled shaft work of two brushless motors is initialized, realizes two pieces of side boards 3 with respect to institute
The even automatically controlled telescopic rod rotation of brushless motor, above turns on the upper surface of corresponding spademan plate 2, then, initializes each group telescopic rod group
In the automatically controlled telescopic rod work of each brushless motor foreshorten to most short, i.e., two sides spademan plate 2 is accommodated in 1 two sides of new-energy automobile
In notch 7；It in the practical driving of driver, presses be located at the indoor control button of driving as needed, opened to arm processor transmission
Dynamic control command, arm processor start control command based on the received, to being attached thereto each nothing in each group telescopic rod group
The automatically controlled telescopic rod of brush motor sends synchronous averaging control instruction, then each automatically controlled telescopic rod of brushless motor is same in each group telescopic rod group
Work elongation is walked, so that the prominent corresponding notch 7 of connected spademan plate 2, at this point, air-flow can be by spademan plate 2 in vehicle travel process
Top passes through, and realizes the pushing to spademan plate 2, that is, realizes and push to new-energy automobile 1, improve the stability of vehicle driving, together
When driver can also send further control command to arm processor, arm processor is according to institute by pressing control button
The further control command received sends work order to the connected automatically controlled shaft of each brushless motor respectively, then exists
Under the work of two automatically controlled shafts of brushless motor, the side board 3 positioned at two pieces of 2 outsides of spademan plate is with automatically controlled turn of connected brushless motor
Axis is that axis is rotated, so that side board 3 corresponds to 2 upper surface of spademan plate vertically upward relatively, under such structure, meeting is in spademan plate
The air-flow that 2 top aggregations more pass through at a high speed, on the one hand further increases the stability of vehicle driving, meanwhile, more high speeds are logical
The air-flow for crossing 2 top of spademan plate can enter vehicle interior by notch 7, realize heat dissipation for heat caused by vehicle interior work
On the other hand operation realizes the heat dissipation to vehicle interior in this way, on the one hand designed structure improves the stability of vehicle driving.
The embodiments of the present invention is explained in detail above in conjunction with attached drawing, but the utility model is not limited to
Above embodiment can also not depart from the utility model within the knowledge of a person skilled in the art
It is made a variety of changes under the premise of objective.
Claims (5)
1. a kind of electric car detects trigger-type spademan ventilation safety protective device, steady for realizing for new-energy automobile (1)
Fixed, Ventilation Control；It is characterized by comprising two pieces of spademan plates (2), two pieces of side boards (3) and control modules (4), and respectively
The automatically controlled telescopic rod of control button, even number (5) that is connected with control module (4), two automatically controlled shafts (6)；Wherein, mould is controlled
Block (4) connection vehicle power supply take electricity, and by control module (4) is respectively control button, each automatically controlled telescopic rod (5), each
The automatically controlled shaft of root (6) is powered；Control module (4) is set to new-energy automobile (1) inside, and control button is set to new energy
In the driver's cabin of automobile (1)；New-energy automobile (1) two sides bottom edge, the position between front and back wheel are horizontally disposed with respectively
Spacing through the notch (7) of car body interior or exterior space, and between the length and ipsilateral front and back wheel of notch (7) is adapted, and
The height of notch (7) and the sum of spademan plate (2), side board (3) thickness are adapted；The automatically controlled telescopic rod of even number (5) is divided into two groups
Telescopic rod group, each group telescopic rod group is corresponding with the two sides of new-energy automobile (1) respectively, each automatically controlled in each group telescopic rod group
Telescopic rod (5) is fixed at the inside of corresponding side surface on new-energy automobile (1), each group telescopic rod group by bracket (8) respectively
In notch (7) of each automatically controlled telescopic rod (5) along place new-energy automobile (1) side be distributed, and each group telescopic rod group
In each automatically controlled telescopic rod (5) telescopic rod top end be respectively perpendicular be directed toward where new-energy automobile (1) side notch (7)；Exhibition
The length of wing plate (2) and the length of notch (7) are adapted, and the wide width with wheel of spademan plate (2) is adapted, two blocks of spademan plates
(2) corresponding with new-energy automobile (1) two sides respectively, horizontal anomalous movement is placed in new-energy automobile (1) to each piece of spademan plate (2) respectively
Notch (7) position of corresponding side, and a wherein long side edge for each spademan plate (2) and new-energy automobile (1) are ipsilateral flexible
The telescopic rod top end of each automatically controlled telescopic rod (5) is mutually fixedly connected in bar group；Each automatically controlled telescopic rod in each group telescopic rod group
(5) it works asynchronously, two pieces of spademan plates (2) of corresponding new-energy automobile (1) two sides each electricity in connected telescopic rod group respectively
Under the control for controlling telescopic rod (5), notch (7) where disengaging, wherein if each automatically controlled telescopic rod (5) contracting in each group telescopic rod group
When being as short as shortest length, two pieces of spademan plates (2) are accommodated in respectively in the notch (7) of corresponding side surface on new-energy automobile (1), if respectively
In group telescopic rod group when each automatically controlled telescopic rod (5) elongation to maximum length, two pieces of spademan plates (2) protrude from new energy vapour respectively
Corresponding side surface notch (7) on vehicle (1)；The length of side board (3) and the length of spademan plate (2) are adapted, two pieces of side boards (3) point
Not corresponding with two spademan plate (2), the wherein long side on each piece of side board (3) passes through automatically controlled shaft (6) and corresponding exhibition respectively
It is mutually flexibly connected on wing plate (2) with respect to another long side for connecting automatically controlled telescopic rod (5), each piece of side board (3) is respectively to connect electricity
Control shaft (6) is that axis is rotated.
2. a kind of electric car detects trigger-type spademan ventilation safety protective device according to claim 1, it is characterised in that:
Each automatically controlled telescopic rod (5) is the automatically controlled telescopic rod of brushless motor.
3. a kind of electric car detects trigger-type spademan ventilation safety protective device according to claim 1, it is characterised in that:
Each automatically controlled shaft (6) is the automatically controlled shaft of brushless motor.
4. a kind of electric car detects trigger-type spademan ventilation safety protective device according to claim 1, it is characterised in that:
The control module (4) is microprocessor.
5. a kind of electric car detects trigger-type spademan ventilation safety protective device according to claim 4, it is characterised in that:
The microprocessor is arm processor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820133516.7U CN208344363U (en) | 2018-01-26 | 2018-01-26 | A kind of electric car detection trigger-type spademan ventilation safety protective device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820133516.7U CN208344363U (en) | 2018-01-26 | 2018-01-26 | A kind of electric car detection trigger-type spademan ventilation safety protective device |
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| CN208344363U true CN208344363U (en) | 2019-01-08 |
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| CN201820133516.7U Active CN208344363U (en) | 2018-01-26 | 2018-01-26 | A kind of electric car detection trigger-type spademan ventilation safety protective device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108177699A (en) * | 2018-01-26 | 2018-06-19 | 新日(无锡)发展有限公司 | A kind of electric vehicle detects trigger-type spademan ventilation safety protective device |
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2018
- 2018-01-26 CN CN201820133516.7U patent/CN208344363U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108177699A (en) * | 2018-01-26 | 2018-06-19 | 新日(无锡)发展有限公司 | A kind of electric vehicle detects trigger-type spademan ventilation safety protective device |
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