CN208827931U - Girdle electric car and its frame system and frame - Google Patents
Girdle electric car and its frame system and frame Download PDFInfo
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- CN208827931U CN208827931U CN201821314963.9U CN201821314963U CN208827931U CN 208827931 U CN208827931 U CN 208827931U CN 201821314963 U CN201821314963 U CN 201821314963U CN 208827931 U CN208827931 U CN 208827931U
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Abstract
A kind of frame system and frame of girdle electric car include: horizontally disposed compartment mounting bracket, be arranged in front compartment mounting bracket front end sinking cab bracket and be horizontally set on the trunk mounting bracket of compartment mounting bracket rear end, control assembly bracket is set between the sinking cab bracket and the front compartment mounting bracket, battery bracket, the brake support frame and electric machine support to sink on the front compartment mounting bracket close to the setting of described battery bracket one end are set between the front compartment mounting bracket and the trunk mounting bracket.Implement the frame system and frame of girdle electric car described in the utility model and the girdle electric car including the frame system and frame, cab bracket sinks to being arranged, plane protrudes bottom plate of driving cab plane on stringer, it forms bottom plate of driving cab trench structure and longitudinal beam inlays shrink-fit structure, space overlap on height side space is utilized, vehicle drop height purpose is reached.
Description
Technical field
The utility model relates to means of transports, more specifically to a kind of girdle electric car and its frame system and frame.
Background technique
Fast development with world economy and the attention to environmental consciousness, energy saving, safe and pollution-free electric car are
Following development trend.At present in Minepit environment, generallys use electric car and carry out operation.But for some low seams,
Tunnel is very low.Therefore the prior art electric car otherwise since whole height is higher, these low seam tunnels can not be adapted to,
Because the road clearance is too low, the traveling on severe road surface in tunnel can not be adapted to.
Utility model content
The technical problem to be solved by the present invention is in view of the above drawbacks of the prior art, provide a kind of girdle
Electric car and its frame system and frame, vehicle height is low and fully loaded road clearance is big, therefore can adapt to the operation of low seam tunnel.
The technical scheme adopted by the utility model to solve the technical problem is as follows: constructing a kind of vehicle of girdle electric car
Frame system include: horizontally disposed compartment mounting bracket, be arranged in compartment mounting bracket front end sinking driver's cabin support
Frame and the loading space mounting bracket for being horizontally set on compartment mounting bracket rear end, the sinking cab bracket and the vehicle
Control assembly bracket is set between the mounting bracket of compartment, battery is set between the compartment mounting bracket and the loading space mounting bracket
Bracket, the brake support frame and electric machine support that setting is sunk close to described battery bracket one end on the compartment mounting bracket；It is logical
Cross the setting of the sinking cab bracket and arrangement and the outstanding people of the control assembly on the control assembly bracket
Vehicle engineering design effectively increases cabin space and meets the requirement of driver and passenger's operation and comfort level, to reach drop
The purpose of low vehicle height.
In the frame system and frame of girdle electric car described in the utility model, the compartment mounting bracket and the goods
Compartment mounting bracket includes horizontally disposed two frame stringers and more crossbeams being crossed between two frame stringers；It is logical
The base plate plane for crossing the prominent driver's cabin of upper plane of the frame stringer, forms bottom plate of driving cab trench structure and longitudinal beam is inlayed
Short transverse is overlapped in space utilization by embedding shrink-fit structure, reaches vehicle drop height purpose.
In the frame system and frame of girdle electric car described in the utility model, described the two of the compartment mounting bracket
The front end of root frame stringer is arranged steering gear bracket, and first crossbeam is entrenched in the steering gear bracket.
In the frame system and frame of girdle electric car described in the utility model, driven in the first crossbeam far from described
The side for sailing room bracket, is arranged second cross beam on two frame stringers, and the control assembly bracket setting is described the
On the two crossbeams and hydraulic station bracket including being horizontally set on the second cross beam, the side of the hydraulic station bracket is set vertically
Speed regulation box bracket is set, the hydraulic station bracket is the horizontal bracket for being horizontally arranged hydraulic station thereon, and the speed regulation box bracket is it
On hang the vertical rack of governing box, power supply control is arranged side by side towards loading space mounting bracket side on the hydraulic station bracket
Device and car light controller processed；The power-supply controller of electric, car light controller are arranged in vehicle body and battery longitudinal void space, will be not busy
Set space utilization, compression height direction size.Certainly, those skilled in the art know, in above-mentioned position, power supply control can be set
Other electric controling assemblies other than device and car light controller and battery processed.Those skilled in the art can exist according to the actual situation
Any electric controling assembly is arranged in suitable position, and the utility model is not limited herein by its concrete type.
In the frame system and frame of girdle electric car described in the utility model, between the middle part of the compartment mounting bracket
Every setting third crossbeam and the 4th crossbeam, the frame stringer between the third crossbeam and the control assembly bracket it is outer
Plate spring lifting lug and compartment mounting bracket, the electricity of the lower part setting and the 4th beam vertical of the frame stringer is arranged in side
The lower part of machine support, the frame stringer close to the battery bracket side of the 4th crossbeam is arranged parallel to described the
The brake support frame of four crossbeams.
In the frame system and frame of girdle electric car described in the utility model, the battery bracket includes short by four
The horizontally-supported frame of stringer and two root long crossbeams composition, the fixed part being set on the frame stringer and setting are in the fixation
Support four support portions of the horizontally-supported frame in portion, each support portion include be vertically set on the fixed part and
Vertical support member between the long beam and two conical supports positioned at the vertical support member two sides and inclination are set
Set the inclined support between the fixed part and the long beam；Arrangement of the battery on the battery bracket uses single layer
It lays flat, efficiently uses the direction X/Y redundant space, compress Z-direction space, reach drop height mesh.
In the frame system and frame of girdle electric car described in the utility model, below the battery bracket described two
The bottom of root frame stringer sets gradually the 5th crossbeam respectively and the 6th crossbeam, side are distinguished for the position of the 5th crossbeam
Spring carrying block is set.
In the frame system and frame of girdle electric car described in the utility model, two frame stringers are set
The 7th crossbeam, the 6th crossbeam and two frames between the 7th crossbeam and the 6th crossbeam of end
Formula stringer constitutes the loading space mounting bracket.
Another technical solution that the utility model solves the use of its technical problem is to construct a kind of girdle electric car,
Including driver's cabin, front compartment, trunk and the frame system and frame, wherein the driver's cabin is arranged in the driver's cabin support
On frame, the front compartment setting is in the front compartment mounting bracket, and the trunk is arranged on the trunk mounting bracket；
To realize compartment quick-replaceable after people and loading.
In girdle electric car described in the utility model, the girdle electric car is more people's vehicles, described to drive
It sails and multiple seats is set back-to-back in room, the front compartment and/or the trunk, and the multiple seat evacuation described two
The setting of frame stringer；Effectively solve seat arrangement causes seat plane to the inadequate human body sitting posture of ceiling height above longitudinal beam
Feel bad problem.
Implement the frame system and frame of girdle electric car described in the utility model and including described in the frame system and frame
Girdle electric car, cab bracket sinks setting, and the prominent bottom plate of driving cab plane of plane, forms driver's cabin bottom on stringer
Plate trench structure and longitudinal beam inlay shrink-fit structure, and the 170mm space overlap on height side space is utilized, and reach vehicle drop
Height purpose.Further, compartment mounting bracket is horizontally disposed, and stringer back segment space is utilized to greatest extent, meets sitting posture and wants
It asks.And trunk mounting bracket is set, people's goods may be implemented and carry altogether, and front compartment is isolated, as far as possible protection occupant safety.
Control assembly bracket is set between the sinking cab bracket and the compartment mounting bracket；The front compartment mounting bracket and
Battery bracket is set between the trunk mounting bracket, is arranged on the compartment mounting bracket close to described battery bracket one end
The brake support frame and electric machine support of sinking, so that compartment or so can effectively avoid related electric assembly, thus effective land productivity
With the space on vehicle frame.It further, can by the design of the control assembly bracket and battery bracket to frame system and frame
To increase the space in the compartment accommodated on the compartment mounting bracket, and then increase number of occupants, improves conevying efficiency.Meanwhile
Trunk can also repack the second compartment into, to further increase number of occupants, improve conevying efficiency.Further, lead to
Optimization seat arrangement is crossed, keeps occupant more comfortable.
Detailed description of the invention
Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing:
Fig. 1 is the side view of the first embodiment of the frame system and frame of the girdle electric car of the utility model；
Fig. 2 is the top view of the frame system and frame of girdle electric car shown in FIG. 1；
Fig. 3 is the structural schematic diagram of the second embodiment of the frame system and frame of the girdle electric car of the utility model；
Fig. 4 is the structural schematic diagram of the first embodiment of the girdle electric car of the utility model；
Fig. 5 is part occupant's arrangement schematic diagram of the second embodiment of the girdle electric car of the utility model.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
A kind of frame system and frame the utility model relates to girdle electric car includes: horizontally disposed front compartment suspension branch
Frame, be arranged in front compartment mounting bracket front end sinking cab bracket and be horizontally set on front compartment suspension
Control group is arranged in the trunk mounting bracket of back-end support between the sinking cab bracket and the front compartment mounting bracket
Battery bracket, the front compartment suspension is arranged in part bracket between the front compartment mounting bracket and the trunk mounting bracket
The brake support frame and electric machine support that setting is sunk close to described battery bracket one end on bracket.Implement described in the utility model
The frame system and frame of girdle electric car and the girdle electric car including the frame system and frame, pass through unique design
Frame system and frame body mount point is reduced, can electric car is effectively reduced vehicle height it is low while increase be fully loaded with from
Ground gap, therefore can adapt to the operation of low seam tunnel.
Fig. 1 is the side view of the first embodiment of the frame system and frame of the girdle electric car of the utility model.Fig. 2 is figure
The top view of the frame system and frame of girdle electric car shown in 1.As shown in Figs. 1-2, the electronic vapour of the girdle of the utility model
The frame system and frame 100 of vehicle, comprising: horizontally disposed front compartment mounting bracket 110 is arranged in the front compartment mounting bracket 110
The cab bracket 120 of the sinking of front end and the trunk suspension for being horizontally set on 110 rear end of front compartment mounting bracket
Control assembly bracket 140 is arranged in bracket 130 between the sinking cab bracket 120 and the front compartment mounting bracket 110,
Battery bracket 150 is set between the front compartment mounting bracket 110 and the trunk mounting bracket 130, and the front compartment is outstanding
Set the brake support frame 170 and electric machine support 180 that setting is sunk close to described 150 one end of battery bracket on bracket 110.
In Fig. 1-2 illustrated embodiment, cab bracket 120 sinks to being arranged, and the prominent bottom plate of driving cab of plane is flat on stringer
Face, forms bottom plate of driving cab trench structure and longitudinal beam inlays shrink-fit structure, by the 170mm space overlap on height side space
It utilizes, reaches vehicle drop height purpose.Further, front compartment mounting bracket is horizontally disposed, after stringer is utilized to greatest extent
Section space, meets sitting posture requirement.And trunk mounting bracket is set, people's goods may be implemented and carry altogether, and front and back compartment is isolated,
Occupant safety is protected as far as possible.Control assembly branch is set between the sinking cab bracket and the front compartment mounting bracket
Frame；Battery bracket, the front compartment mounting bracket are set between the front compartment mounting bracket and the trunk mounting bracket
The upper brake support frame and electric machine support to sink close to the setting of described battery bracket one end, so that compartment or so can be avoided effectively
Related electric assembly, to effectively utilize the space on vehicle frame.In the present embodiment, pass through the sinking cab bracket
It is arranged and the arrangement of the control assembly on the control assembly bracket and outstanding people's vehicle engineering design, effectively increases and drive
Chamber inner space and the requirement for meeting driver and passenger's operation and comfort level, to achieve the purpose that reduce vehicle height
Fig. 3 is the structural schematic diagram, such as of the second embodiment of the frame system and frame of the girdle electric car of the utility model
Shown in Fig. 3, the frame system and frame 100 of the girdle electric car of the utility model, comprising: horizontally disposed front compartment mounting bracket
110, be arranged in the cab bracket 120 of the sinking of 110 front end of front compartment mounting bracket and be horizontally set on it is described before
The trunk mounting bracket 130 of 110 rear end of compartment mounting bracket, the sinking cab bracket 120 and front compartment suspension
Control assembly bracket 140 is set between bracket 110, the front compartment mounting bracket 110 and the trunk mounting bracket 130 it
Between battery bracket 150 is set, the system that setting is sunk close to described 150 one end of battery bracket on the front compartment mounting bracket 110
Dynamic device bracket 170 and electric machine support 180.Cab bracket sinks to being arranged, and the prominent bottom plate of driving cab plane of plane, forms on stringer
Bottom plate of driving cab trench structure and longitudinal beam inlay shrink-fit structure, and the 170mm space overlap on height side space is utilized, is reached
To vehicle, height purpose drops.Further, front compartment mounting bracket is horizontally disposed, and stringer back segment space is utilized to greatest extent,
Meet sitting posture requirement.And trunk mounting bracket is set, people's goods may be implemented and carry altogether, and trunk and front compartment isolation,
Occupant safety is protected as far as possible.
In the present embodiment, as shown in figure 3, the front compartment mounting bracket 110 and the trunk mounting bracket 130 packet
The more crossbeams for including horizontally disposed two frame stringers and being crossed between two frame stringers.The front compartment suspension
The front end of two frame stringers of bracket 110 is arranged steering gear bracket 160, and first crossbeam 111 is entrenched in the diverter
In bracket 160.In side of the first crossbeam 111 far from the cab bracket 120, set on two frame stringers
Second cross beam 112 is set, the setting of control assembly bracket 140 is on the second cross beam 112 and described including being horizontally set on
Hydraulic station bracket 141 on second cross beam 112, the side of the hydraulic station bracket 141 are vertically arranged speed regulation box bracket 142, institute
Stating hydraulic station bracket 141 is the horizontal bracket for being horizontally arranged hydraulic station 410 thereon, and the speed regulation box bracket 142 is to hang thereon
The vertical rack of governing box 420 is arranged side by side on the hydraulic station bracket 141 towards 130 side of trunk mounting bracket
Power-supply controller of electric 430 and car light controller 440.The power-supply controller of electric, car light controller are arranged in vehicle body and battery is longitudinal empty
In gap space, space utilization, compression height direction size would sit idle for.It is set up by the control assembly branch to frame system and frame
Meter, light current base part all use bracket facade side hanging type fixed structure, are arranged in vehicle body longitudinal void space, would sit idle for
Space utilization, compression height direction size；The space in the compartment accommodated on the compartment mounting bracket can be increased, and then increased
Number of occupants improves conevying efficiency.Certainly, those skilled in the art know, in above-mentioned position, power-supply controller of electric can be set
430 and car light controller 440 and battery other than other electric controling assemblies.Those skilled in the art can be according to the actual situation
Any electric controling assembly is set in suitable position, the utility model is not limited herein by its concrete type.
Further as shown in figure 3, the middle part interval setting third crossbeam 113 and the 4th cross of the compartment mounting bracket 110
The outside setting leaf spring of beam 114, the frame stringer between the third crossbeam 113 and the control assembly bracket 140 is hung
The motor vertical with the 4th crossbeam 114 is arranged in the lower part of ear 115 and compartment mounting bracket 116, the frame stringer
The lower part setting of bracket 180, the frame stringer close to 150 side of battery bracket of the 4th crossbeam 114 is parallel
In the brake support frame 170 of the 4th crossbeam 114.7th crossbeam of the end of two frame stringers is set
119, the 6th crossbeam 118 and two frames between the 7th crossbeam 119 and the 6th crossbeam 118
Stringer constitutes the trunk mounting bracket 130.In a preferred embodiment of the utility model, trunk mounting bracket
Trunk can be set on 130, people's goods may be implemented in this way and carry altogether, and trunk and front compartment isolation, as far as possible protection multiply
Member's safety.Meanwhile in another preferred embodiment of utility model, trunk can also repack the second compartment into, thus into
One step increases number of occupants, improves conevying efficiency.
Further as shown in figure 3, the battery bracket 150 includes the level being made of four carlings and two root long crossbeams
Support frame 151, the fixed part 153 being set on the frame stringer and setting are on the fixed part 153 to support the water
Four support portions 152 of flat support frame 151, each support portion 152 include being vertically set on the fixed part 153 and institute
State the vertical support member 1523 between long beam and two conical supports 1521 positioned at 1523 two sides of vertical support member
And it is inclined at the inclined support 1522 between the fixed part 153 and the long beam.The battery bracket 150
The bottom of two frame stringers of lower section sets gradually the 5th crossbeam 117 and the 6th crossbeam 118, side for described respectively
Spring carrying block 1171 is respectively set in the position of 5th crossbeam 117.Therefore, in the present embodiment, battery arrangement is laid flat using single layer,
The direction X/Y redundant space is efficiently used, Z-direction space is compressed, reaches drop height purpose.
Fig. 4 is the structural schematic diagram of the first embodiment of the girdle electric car of the utility model.Fig. 5 is that this is practical
Part occupant's arrangement schematic diagram of the second embodiment of novel girdle electric car.As shown in figure 4, the utility model
Girdle electric car includes driver's cabin 10, front compartment 20, trunk 30 and frame system and frame, wherein the driver's cabin 10 is set
It sets on the cab bracket 120, the compartment 20 is arranged in the front compartment mounting bracket 110, and the trunk 30
It is arranged on the trunk mounting bracket 130；To realize compartment quick-replaceable after people and loading.Here, the vehicle in the present embodiment
Frame system can be constructed according to the frame system and frame in Fig. 1-3 in any one embodiment, be just not repeated herein, therefore
Only driver's cabin 10, front compartment 20, trunk 30 are described further as follows.
In the embodiment shown in fig. 4, the girdle electric car is the girdle electric car that 11 everybody goods share.Such as
Shown in Fig. 4,3 people can be sat in the driver's cabin 10 of the girdle electric car, longitudinal direction is sat back-to-back in front compartment 20, and
Stringer is avoided, and then effectively solve seat arrangement causes seat plane to the inadequate human body sitting posture of ceiling height above longitudinal beam
Feel bad problem.4 people are sat on every side, and both sides can sit 8 people, totally 11 people.Increase by 1.2 meters on the trunk of the girdle electric car
Big container, can place the tool and equipment of occupant's needs, carry before solving without container or tool equipment
It is placed in passenger's case, there are problems that security risk.And trunk 30 and front compartment 20 are isolated, as far as possible protection occupant peace
Entirely.
In the girdle electric car of the utility model, vehicle height is lower than 1.6m, preferably 1600mm,
Overall dimensions of a car is preferably 7200*1780*1660mm.Inner space is larger, and seat is in the premise for meeting associated vehicle requirement, thickness
≤ 100mm, it is ensured that upper seat surface about 910mm at ceiling ensure that the handling comfort of driver.It is practical new at this
In the further preferred embodiment of type, wide section smaller part can be all configured to the electric car for adapting to girdle operation
The superpower bearing capacity block-type tread tire (250R-15) of diameter guarantees bearing capacity to reduce chassis height.
Fig. 5 is part occupant's arrangement schematic diagram of the second embodiment of the girdle electric car of the utility model.In Fig. 5
Shown in preferred embodiment, the difference with Fig. 4 is, trunk 30 has been retrofitted to the second compartment, wherein can multiply
6 people are sat, therefore 19 people can be carried.Although Fig. 4-5 is illustrated with 11 people and 19 people's electric cars, ability
Field technique personnel know that the girdle electric car of the utility model is also used as the manned electric car of other quantity.
Implement the girdle electric car of the utility model, cab bracket sinks to being arranged, and plane is prominent on stringer
Bottom plate of driving cab plane out, forms bottom plate of driving cab trench structure and longitudinal beam inlays shrink-fit structure, will be on height side space
170mm space overlap utilize, reach vehicle drop height purpose.Further, front compartment mounting bracket is horizontally disposed, maximum limit
Stringer back segment space is utilized in degree, meets sitting posture requirement.And trunk mounting bracket is set, people's goods may be implemented and carry altogether, and
And trunk and front compartment are isolated, and protect occupant safety as far as possible.The sinking cab bracket and front compartment suspension branch
Control assembly bracket is set between frame；Battery branch is set between the front compartment mounting bracket and the trunk mounting bracket
Frame, the brake support frame and electric machine support that setting is sunk close to described battery bracket one end on the front compartment mounting bracket, makes
Related electric assembly can effectively be avoided by obtaining front compartment or so, to effectively utilize the space on vehicle frame.Further, lead to
The design to the control assembly bracket and battery bracket of frame system and frame is crossed, can increase and be accommodated on the compartment mounting bracket
Compartment space, and then increase number of occupants, improve conevying efficiency.Meanwhile trunk can also repack the second compartment into, from
And number of occupants is further increased, improve conevying efficiency.Further, by optimizing seat arrangement, keep occupant more comfortable.
Although the utility model be illustrated by specific embodiment, it will be appreciated by those skilled in the art that, not
In the case where being detached from the scope of the utility model, various transformation and equivalent substitute can also be carried out to the utility model.In addition, being directed to
Particular condition or material can do various modifications to the utility model, without departing from the scope of the utility model.Therefore, this reality
It is not limited to disclosed specific embodiment with novel, and should include the whole fallen within the scope of the utility model claims
Embodiment.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. a kind of frame system and frame (100) of girdle electric car characterized by comprising horizontally disposed front compartment suspension
Bracket (110), setting are set in the cab bracket (120) and level of the sinking of front compartment mounting bracket (110) front end
Set the trunk mounting bracket (130) in front compartment mounting bracket (110) rear end, the sinking cab bracket (120)
Between the front compartment mounting bracket (110) be arranged control assembly bracket (140), the front compartment mounting bracket (110) and
Battery bracket (150) are set between the trunk mounting bracket (130), close to institute on the front compartment mounting bracket (110)
State brake support frame (170) and electric machine support (180) that the setting of battery bracket (150) one end is sunk.
2. the frame system and frame (100) of girdle electric car according to claim 1, which is characterized in that the front compartment
Mounting bracket (110) and the trunk mounting bracket (130) include horizontally disposed two frame stringers and are crossed on described
More crossbeams between two frame stringers.
3. the frame system and frame (100) of girdle electric car according to claim 2, which is characterized in that the front compartment
The front end of two frame stringers of mounting bracket (110) is arranged steering gear bracket (160), and first crossbeam (111) is entrenched in
In the steering gear bracket (160).
4. the frame system and frame (100) of girdle electric car according to claim 3, which is characterized in that described first
Side of the crossbeam (111) far from the cab bracket (120), is arranged second cross beam (112) on two frame stringers,
The control assembly bracket (140) is arranged on the second cross beam (112) and including being horizontally set on the second cross beam
(112) the hydraulic station bracket (141) on, the side of the hydraulic station bracket (141) are vertically arranged speed regulation box bracket (142), institute
Stating hydraulic station bracket (141) is the horizontal bracket for being horizontally arranged hydraulic station (410) thereon, and the speed regulation box bracket (142) is it
On hang the vertical racks of governing box (420).
5. the frame system and frame (100) of girdle electric car according to claim 2, which is characterized in that the compartment is outstanding
Set middle part interval setting third crossbeam (113) and the 4th crossbeam (114) of bracket (110), the third crossbeam (113) and described
Outside setting plate spring lifting lug (115) of the frame stringer between control assembly bracket (140) and compartment mounting bracket
(116), the lower part of the frame stringer is arranged the electric machine support (180) vertical with the 4th crossbeam (114), and described the
The lower part of the frame stringer close to the battery bracket (150) side of four crossbeams (114) is arranged parallel to the described 4th
The brake support frame (170) of crossbeam (114).
6. the frame system and frame (100) of girdle electric car according to claim 2, which is characterized in that the battery branch
Frame (150) includes the horizontally-supported frame (151) being made of four carlings and two root long crossbeams, is set on the frame stringer
Fixed part (153) and setting four support portions of the horizontally-supported frame (151) are supported on the fixed part (153)
(152), each support portion (152) is vertical between the fixed part (153) and the long beam including being vertically set on
Supporting element (1523) and be located at the vertical support member (1523) two sides two conical supports (1521) and be obliquely installed
Inclined support (1522) between the fixed part (153) and the long beam.
7. the frame system and frame (100) of girdle electric car according to claim 2, which is characterized in that the battery branch
The bottom of two frame stringers below frame (150) set gradually respectively the 5th crossbeam (117) and the 6th crossbeam (118),
Spring carrying block (1171) are respectively set for the position of the 5th crossbeam (117) in side.
8. the frame system and frame (100) of girdle electric car according to claim 7, which is characterized in that be arranged described
7th crossbeam (119) of the end of two frame stringers, the 6th crossbeam (118) and it is located at the 7th crossbeam (119)
Two frame stringers between the 6th crossbeam (118) constitute the trunk mounting bracket (130).
9. a kind of girdle electric car, including driver's cabin, front compartment, trunk, and it is any one in -8 according to claim 1
Frame system and frame (100) described in, wherein the driver's cabin is arranged on the cab bracket (120), the front compartment is set
It sets in the front compartment mounting bracket (110), and the trunk is arranged on the trunk mounting bracket (130).
10. girdle electric car according to claim 9, which is characterized in that the girdle electric car is more people
Multiple seats are arranged in the driver's cabin, the front compartment and/or the trunk in vehicle back-to-back, and the multiple seat is kept away
Two frame stringers are allowed to be arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821314963.9U CN208827931U (en) | 2018-08-10 | 2018-08-10 | Girdle electric car and its frame system and frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821314963.9U CN208827931U (en) | 2018-08-10 | 2018-08-10 | Girdle electric car and its frame system and frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208827931U true CN208827931U (en) | 2019-05-07 |
Family
ID=66309346
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821314963.9U Active CN208827931U (en) | 2018-08-10 | 2018-08-10 | Girdle electric car and its frame system and frame |
Country Status (1)
| Country | Link |
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| CN (1) | CN208827931U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108909836A (en) * | 2018-08-10 | 2018-11-30 | 深圳市德塔防爆电动汽车有限公司 | Thin layer electric car and its frame system and frame |
-
2018
- 2018-08-10 CN CN201821314963.9U patent/CN208827931U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108909836A (en) * | 2018-08-10 | 2018-11-30 | 深圳市德塔防爆电动汽车有限公司 | Thin layer electric car and its frame system and frame |
| CN108909836B (en) * | 2018-08-10 | 2023-11-24 | 深圳市德塔防爆电动汽车有限公司 | Thin-layer electric automobile and frame system thereof |
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