CN206311344U - Twin shaft brake platform and the vehicle equipment with the twin shaft brake platform - Google Patents
Twin shaft brake platform and the vehicle equipment with the twin shaft brake platform Download PDFInfo
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- CN206311344U CN206311344U CN201621010060.2U CN201621010060U CN206311344U CN 206311344 U CN206311344 U CN 206311344U CN 201621010060 U CN201621010060 U CN 201621010060U CN 206311344 U CN206311344 U CN 206311344U
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Abstract
The utility model discloses a kind of twin shaft brake platform and the vehicle equipment with the twin shaft brake platform, it is related to technical field of vehicle detection, the problem of solution is to provide a kind of twin shaft brake platform that can increase the adjustable range of spacing between two series cylinder components.The main technical scheme for using for:Twin shaft brake platform includes stand, scalable component, the first series cylinder component and the second series cylinder component.Stand first end face is divided into first area and second area, and fixed plate is equipped with the second area opposite end, and window is formed between two fixed plates；Scalable component covers window, and with stand slidable connection；First series cylinder component is set on the first region；First series cylinder component is used to place the front vehicle wheel group of vehicle；Second series cylinder component is arranged on scalable component and is appeared by window；Second series cylinder component is used to place the rear wheel group of vehicle；By adjust scalable component with adjust the first series cylinder component and the second series cylinder inter-module away from.
Description
Technical field
The utility model is related to technical field of vehicle detection, more particularly to a kind of twin shaft brake platform and with twin shaft braking
The vehicle equipment of platform.
Background technology
Twin shaft brake platform be mainly used in vehicle carry out static brake anti-lock braking system (antilock brake system,
ABS) test, typically wheel is placed at the drum assembly of twin shaft brake platform.When vehicle is in neutral position, reductor work
Make to drive drum assembly to rotate, drum assembly turns to drive vehicle wheel rotation；When vehicle is braked, by the system for detecting reductor
Power is the brake force that would know that vehicle.With continuing to develop for automobile industry, the vehicle of vehicle constantly increases (i.e. not coaxial
Away from vehicle it is more and more), to the compliance more and more higher of twin shaft brake platform.
Generally be fixed on a series cylinder component on stage body by existing twin shaft brake platform, and another series cylinder component is arranged on
On the flat board being slidably connected with stage body, flat board overlaps with the fixed plate of the end of stage body, by sliding plate adjusting two groups
Drum assembly spacing.But, it is considered to load-bearing to vehicle and prevent the vehicle for sailing twin shaft brake platform into from collapsing, flat board needs and solid
Fixed board forms slab construction.Therefore, the adjustable spacing on existing twin shaft brake platform between drum assembly is fixed plate width, can
Adjust limited separation.
Utility model content
In view of this, main purpose of the present utility model is, there is provided a kind of twin shaft brake platform and vehicle equipment, energy
Enough increase the adjustable range of spacing between two series cylinder components.
To reach above-mentioned purpose, the utility model mainly provides following technical scheme：
On the one hand, the utility model provides a kind of twin shaft brake platform, and the twin shaft brake platform includes：
Stand, the first end face of the stand is divided into first area and second area, the opposite end of the second area
On be equipped with fixed plate, form window between two fixed plates；
Scalable component, the scalable component covers the window, and with the stand slidable connection；
First series cylinder component, the first series cylinder component is arranged on the first area；First series cylinder
Component is used to place the front vehicle wheel group of vehicle；
Second series cylinder component, the second series cylinder component is arranged on the scalable component and by the window
Appear；The second series cylinder component is used to place the rear wheel group of vehicle；
By adjust the scalable component with adjust the first series cylinder component and the second series cylinder component it
Between spacing.
The purpose of this utility model and solve its technical problem and can also be applied to the following technical measures to achieve further.
Foregoing twin shaft brake platform, wherein, the second series cylinder component includes the first drum assembly and the second rolling
Cartridge module；
The stand is provided with two support bars, and two support bars are located at the fixed plate at the stand two ends respectively
Lower section；The window is divided into the first side and the second side by the support bar；One end of the support bar is connected with the stand；Institute
State and slide rail is equipped with the two sides of support bar；
Accordingly, the scalable component includes：First group of slide plate and second group of slide plate；Set on first group of slide plate
First drum assembly；First side of the first group of slide plate respectively with the support bar and the stand is slidably connected；Institute
State and the second tin roller component is set on second group of slide plate；Second group of slide plate respectively with the support bar and the stand
Second side is slidably connected.
Foregoing twin shaft brake platform, wherein, first group of slide plate includes that the first side with the stand is slided
The first slide plate, the second slide plate and the 3rd slide plate for connecting；First slide plate, second slide plate and the 3rd slide plate are successively
The first side of the window is arranged in, and relatively described fixed plate overlaps or launches；Second slide plate is provided with described
First drum assembly；
Second group of slide plate includes the 4th slide plate, the 5th slide plate and that are slidably connected with the second side of the stand
Six slide plates；4th slide plate, the 5th slide plate and the 6th slide plate are arranged in order the second side for being arranged on the window,
And relatively described fixed plate overlaps or launches；5th slide plate is provided with the second tin roller component；
Wherein, first slide plate, second slide plate, the 3rd slide plate, the 4th slide plate, the 5th slide plate
The window is covered with the plate face that the 6th slide plate is formed.
Foregoing twin shaft brake platform, wherein, in the glide direction perpendicular to the scalable component,
The width of first slide plate and the 3rd slide plate is all higher than the width of second slide plate；First slide plate
Hitch structure is equipped with and second slide plate between and between second slide plate and the 3rd slide plate；The traction knot
Structure is used to, when the relatively described fixed plate of second slide plate is launched, pull first slide plate or the 3rd slide plate with respect to institute
State fixed plate expansion；
The width of the 4th slide plate and the 6th slide plate is all higher than the width of the 5th slide plate；4th slide plate
The hitch structure is equipped with and the 5th slide plate between and between the 5th slide plate and the 6th slide plate；It is described to lead
Guiding structure is additionally operable to, when the relatively described fixed plate of the 5th slide plate is launched, pull the 4th slide plate or the 6th slide plate
Relatively described fixed plate is launched.
Foregoing twin shaft brake platform, wherein, the hitch structure includes：First block and the second block；
First slide plate medial surface one end relative with second slide plate is provided with first block, and described second slides
Plate lateral surface one end relative with first slide plate is provided with second block；
3rd slide plate medial surface one end relative with second slide plate is provided with first block, and described second slides
Plate lateral surface one end relative with the 3rd slide plate is provided with second block；
4th slide plate medial surface one end relative with the 5th slide plate is provided with first block, and the described 5th slides
Plate lateral surface one end relative with the 4th slide plate is provided with second block；
6th slide plate medial surface one end relative with the 5th slide plate is provided with first block, and the described 5th slides
Plate lateral surface one end relative with the 6th slide plate is provided with second block.
Foregoing twin shaft brake platform, wherein, in the glide direction of the scalable component, first slide plate,
Size of the size of the 3rd slide plate, the 4th slide plate and the 6th slide plate more than or equal to the fixed plate.
Foregoing twin shaft brake platform, wherein, second slide plate is divided into Part I and Part II, described first
Part and the Part II are located at the first drum assembly both sides respectively；The Part I and first slide plate pair
Should, the Part II is corresponding with the 3rd slide plate；
5th slide plate is divided into Part III and Part IV, and the Part III and the Part IV are located at respectively
The second tin roller component both sides；The Part III is corresponding with the 4th slide plate, and the Part IV is slided with the described 6th
Plate correspondence；
In the glide direction of the scalable component, the Part I more than or equal to first slide plate size,
The Part II is more than or equal to the chi of the size of the 3rd slide plate, the Part III more than or equal to the 4th slide plate
Size of very little, the described Part IV more than or equal to the 6th slide plate.
Foregoing twin shaft brake platform, wherein, the second series cylinder component includes：
Fixed connection structure, the fixed connection structure is arranged on first drum assembly and the second tin roller component
Between, to be fixedly connected first drum assembly and the second tin roller component；
Wherein, the fixed connection structure forms tabular with first drum assembly and the second tin roller module arrangement
Structure.
Foregoing twin shaft brake platform, wherein, the twin shaft brake platform also includes：
Two position limiting structures, two position limiting structures are separately positioned on two other ends of the support bar；Described
In the glide direction of scalable component, the width of the fixed plate is consistent with the length of the support bar；
Wherein, the slide rail of the support respectively with first slide plate, the 3rd slide plate, the 4th slide plate and described
6th slide plate slides are connected.
On the other hand, the utility model provides a kind of vehicle equipment, and the vehicle equipment includes：It is described above
Twin shaft brake platform.
By above-mentioned technical proposal, a kind of twin shaft brake platform and vehicle equipment that the utility model is provided at least have
Following advantages：
The technical scheme that the utility model embodiment is provided is set the first series cylinder component by being provided with scalable component
In the first area of stand, the second series cylinder component is arranged on the scalable component on second area, by that can stretch
The telescopic performance of contracting component and scalable component and stand slidable connection so that the is adjusted by adjusting scalable component
Spacing between one series cylinder component and the second series cylinder component, compared with the twin shaft brake platform that prior art, the utility model are provided
In scalable component can be slided with respect to stand, and with scalability energy such that it is able to two series cylinder groups of effective increase
The adjustable range of spacing between part.
Described above is only the general introduction of technical solutions of the utility model, in order to better understand skill of the present utility model
Art means, and being practiced according to the content of specification, with preferred embodiment of the present utility model and coordinate accompanying drawing detailed below
Describe in detail bright as after.
Brief description of the drawings
In order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art, below will be to embodiment
Or the accompanying drawing to be used needed for description of the prior art is briefly described, it should be apparent that, drawings in the following description are
Some embodiments of the present utility model, for those of ordinary skill in the art, on the premise of not paying creative work,
Other accompanying drawings can also be obtained according to these accompanying drawings.
Knot schematic diagram of the twin shaft brake platform in first state that Fig. 1 is provided for the utility model embodiment；
Top view of the twin shaft brake platform in first state that Fig. 2 is provided for the utility model embodiment；
Side view of the twin shaft brake platform in first state that Fig. 3 is provided for the utility model embodiment；
Knot schematic diagram of the twin shaft brake platform in the second state that Fig. 4 is provided for the utility model embodiment；
Top view of the twin shaft brake platform in the second state that Fig. 5 is provided for the utility model embodiment；
Side view of the twin shaft brake platform in the second state that Fig. 6 is provided for the utility model embodiment；
The section of structure of the twin shaft brake platform that Fig. 7 is provided for the utility model embodiment；
Fig. 8 is the partial enlarged drawing of P in Fig. 7.
Specific embodiment
Further to illustrate that the utility model is to reach technological means and effect that predetermined utility model purpose is taken,
Below in conjunction with accompanying drawing and preferred embodiment, to foundation the utility model proposes technical scheme specific embodiment, structure, spy
Levy and its effect, describe in detail as after.In the following description, what different " embodiment " or " embodiment " referred to is not necessarily same
One embodiment.Additionally, the special characteristic, structure or feature in one or more embodiments can be combined by any suitable form.
Such as structural representation of the twin shaft brake platform in first state that Fig. 1 is provided for the utility model embodiment.Specifically
, with reference to shown in Fig. 1 to Fig. 8, the twin shaft brake platform 10 that the present embodiment is provided includes：Stand 1,3, the first group of rolling of scalable component
The series cylinder component 4 of cartridge module 2 and second.Stand 1, scalable component 3, the first series cylinder component 2 and the second series cylinder component 4 it
Between annexation, work relationship, it is described in detail below：
The stage body with accommodation space that stand 1 is built by many supports.The first end face of stand 1 is divided into the firstth area
Domain 11 and second area 12, are equipped with fixed plate 13 on the opposite end of second area 12, window is formed between two fixed plates 13
Mouthful.Wherein, two fixed plates 13 are located on the two ends of the long axis of the second area 12 of stage body.
Scalable component 3 covers window to seal the accommodation space, and scalable component 3 and the slidable connection of stand 1.
It should be noted that no matter scalable component 3 is in retracted position or stretched condition, scalable component 3 is covered in window
On.Scalable component 3 can be the structure being made up of telescopic material in the present embodiment, it is possibility to have multiple parts coordinate
Work shows contraction state or stretched condition.During specific implementation, scalable component 3 is made up of three slide plates, three slide plates with
The slidable connection of stand 1 so that three slide plates can opposing fixed plate 13 overlap or launch.When two slide plates overlap or two cunnings
When plate overlaps with fixed plate 13, scalable component 3 is in contraction state；When two slide plates launch, scalable component 3 is in be stretched
The state of opening.
First series cylinder component 2 is arranged on first area 11.First series cylinder component 2 is used to place the front vehicle wheel of vehicle
Group.First series cylinder component 2 side by side and is coaxially disposed drum assembly and constituted by two, when vehicle is placed on twin shaft brake platform 10
When, the front vehicle wheel group of vehicle is placed on the first series cylinder component 2.
Second series cylinder component 4 is made up of two drum assemblies, when vehicle is placed on twin shaft brake platform 10, vehicle
Front vehicle wheel group is placed on the second series cylinder component 4.Second series cylinder component 4 is arranged on scalable component 3 and by window
Appear.Due to scalable component 3 can relative stand 1 slide, and scalable component 3 scalability energy, therefore, second group of rolling
Cartridge module 4 can be moved with scalable component 3, so as to adjust between the first series cylinder component 2 and the second series cylinder component 4
Spacing.Exemplary, so that telescopic component is two slide plates as an example：When two slide plate opposing fixed plates 13 launch, the He of fixed plate 13
Two slide plate arrangements are placed, and the second series cylinder component 4 is set on the slide plate away from fixed plate 13.Second series cylinder component 4 can be with
It is moved to and is away from the first series cylinder distance：On the moving direction of the second series cylinder component 4, two size sums of slide plate.
In practical application, the adjustable range of spacing is 0-1000mm between two series cylinder components in existing twin shaft brake platform, and this reality
Adjustable range with spacing between two series cylinder components in the twin shaft brake platform of new embodiment offer is 0-1300mm.Therefore,
Compared with prior art, the twin shaft brake platform 10 that the utility model embodiment is provided can effectively increase spacing between two series cylinder components
Adjustable range, twin shaft brake platform compatibility it is higher suitable for various, practicality is higher.
Further, the second series cylinder component 4 described in above-mentioned utility model embodiment includes the first drum assembly 41
With second tin roller component 42.Stand 1 is provided with two support bars 14, and two support bars 14 are located at consolidating at the two ends of stand 1 respectively
The lower section of fixed board 13.Support bar 14 divides a window into the first side and the second side.One end of support bar 14 is connected with stand 1.Support bar
Slide rail is equipped with 14 two sides.Accordingly, scalable component 3 includes：First group of slide plate 31 and second group of slide plate 32.First
First drum assembly 41 is set on group slide plate 31.First group of slide plate 31 slides with the first side of support bar 14 and stand 1 connect respectively
Connect.Second tin roller component 42 is set on second group of slide plate 32.Second group of slide plate 32 respectively with support bar 14 and the second side of stand 1
It is slidably connected.The utility model embodiment can be realized adjusting the first drum assembly 41 and second tin roller component 42 respectively.
Further, first group of slide plate 31 described in above-mentioned utility model embodiment include with the first side of stand 1
The first slide plate 311, the second slide plate 312 and the 3rd slide plate 313 being slidably connected.First slide plate 311, the second slide plate 312 and the 3rd
Slide plate 313 is arranged in order the first side for being arranged on window, and opposing fixed plate 13 overlaps or launches.Second slide plate 312 is provided with
First drum assembly 41.Second group of slide plate 32 includes the 4th slide plate 321, the 5th cunning that are slidably connected with the second side of stand 1
The slide plate 323 of plate 322 and the 6th.4th slide plate 321, the 5th slide plate 322 and the 6th slide plate are arranged in order and are arranged on the second of window
Side, and opposing fixed plate 13 overlaps or launches.5th slide plate 322 is provided with second tin roller component 42.Wherein, the first slide plate 311,
The plate face covering window that second slide plate 312, the 3rd slide plate 313, the 4th slide plate 321, the 5th slide plate 322 and the 6th slide plate 323 are formed
Mouthful.
In actual applications, initial position (with reference to shown in Fig. 1 to Fig. 3)：The first of first slide plate 311, the second slide plate 312
Part 3121 and fixed plate 13 overlap (the first end A that the first drum assembly 41 is located at window).First drum assembly 41 is from window
First end A be to the process that the second end B of window is gradually moved：The Part I 3121 of the second slide plate 312 relative first is slided
Plate 311 launches, and the Part II 3122 of the second slide plate 312 overlaps with the 3rd slide plate 313；With the shifting of the first drum assembly 41
It is dynamic, when the Part I 3121 of the second slide plate 312 is fully deployed with respect to the first slide plate 311, the relative first end A of the first slide plate 311
The fixed plate 13 at place is launched, and Part II 3122 and the 3rd slide plate 313 of the second slide plate 312 are completely superposed, the second slide plate 312
Part II 3122 overlaps in company with the 3rd slide plate 313 with the fixed plate 13 at the second end B；With the movement of the first drum assembly 41
To the second end B when (with reference to shown in Fig. 4 to Fig. 6), the Part II 3122 of the second slide plate 312, the 3rd slide plate 313 and the second end
Fixed plate 13 at B overlaps.Similarly, second tin roller component 42 is gradually moved from the first end A of window to the second end B of window
Process is consistent with the first drum assembly 41.Therefore, second group of rolling being made up of the first drum assembly 41 and second tin roller component 42
The mobile range of cartridge module 4 is the distance between first end A and the second end B of window of window.Due to window first end and
Spacing between second end is more than size of the fixed plate 13 in the moving direction of the second series cylinder component 4.Therefore, the utility model reality
The more existing adjustable range increase of adjustable range of spacing between two series cylinder components in the twin shaft brake platform 10 of example offer is provided, is carried
The compatibility of twin shaft brake platform 10 high.It should be noted that the first slide plate 311 here, the 3rd slide plate 313 and the second slide plate
312 Part I 3121 and Part II 3122, it is consistent in the size of the moving direction of the second series cylinder component 4.
Further, with reference to shown in Fig. 7 and Fig. 8, described in above-mentioned utility model embodiment, perpendicular to
In the glide direction of scalable component 3, the width of the first slide plate 311 and the 3rd slide plate 313 is all higher than the width of the second slide plate 312
Degree.Hitch structure is equipped between first slide plate 311 and the second slide plate 312 and between the second slide plate 312 and the 3rd slide plate 313
5.Hitch structure 5 is used to, when 312 opposing fixed plate of the second slide plate 13 launches, pull the first slide plate 311 or the phase of the 3rd slide plate 313
Fixed plate 13 is launched.The width of the 4th slide plate 321 and the 6th slide plate 323 is all higher than the width of the 5th slide plate 322.4th slide plate
321 and the 5th are equipped with hitch structure 5 between slide plate 322 and between the 5th slide plate 322 and the 6th slide plate 323.Hitch structure 5
It is additionally operable to, when 322 opposing fixed plate of the 5th slide plate 13 launches, pull the 4th slide plate 321 or the opposing fixed plate of the 6th slide plate 323
13 launch.
During specific implementation, the hitch structure 5 described in above-mentioned utility model embodiment can be used in the prior art can
The structure of the company of realization object linkage.In actual applications, hitch structure 5 includes：First block 51 and the second block 52, first
The medial surface one end relative with the second slide plate 312 of slide plate 311 is provided with the first block 51, the second slide plate 312 and the phase of the first slide plate 311
To lateral surface one end be provided with the second block 52.3rd slide plate 313 medial surface one end relative with the second slide plate 312 is provided with first
Block 51, the second slide plate 312 lateral surface one end relative with the 3rd slide plate 313 is provided with the second block 52.4th slide plate 321 and
The relative medial surface one end of five slide plates 322 is provided with the first block 51, the 5th slide plate 322 lateral surface relative with the 4th slide plate 321
One end is provided with the second block 52.6th slide plate 323 medial surface one end relative with the 5th slide plate 322 is provided with the first block 51, the
Five slide plates 322 lateral surface one end relative with the 6th slide plate 323 is provided with the second block 52.
In actual applications, the mistake that the first drum assembly 41 is gradually moved from the first end A of window to the second end B of window
Cheng Wei：The Part I 3121 of the second slide plate 312 launches with respect to the first slide plate 311, the Part II 3122 of the second slide plate 312 with
3rd slide plate 313 overlaps；When the Part I 3121 of the second slide plate 312 is fully deployed with respect to the first slide plate 311, with first
The movement of drum assembly 41, the second block 52 on the lateral surface of the Part I 3121 of the second slide plate 312 pulls the first sliding block
First block 51 of medial surface, to pull the first sliding block to launch with respect to the fixed plate 13 at first end A.Similarly, second tin roller group
The process that part 42 is gradually moved from the first end A of window to the second end B of window is consistent with the first drum assembly 41.To sum up may be used
Know, the twin shaft brake platform 10 that the utility model embodiment is provided, realize the closed butt joint between two connected slide plates, anti-on-slip
The phenomenon started a leak between plate occurs.
Further, the second series cylinder component 4 described in above-mentioned utility model embodiment includes：Fixed connection structure.
Fixed connection structure is arranged between the first drum assembly 41 and second tin roller component 42, to be fixedly connected the first drum assembly 41
With second tin roller component 42.Wherein, fixed connection structure and the first drum assembly 41 and the arrangement form plate of second tin roller component 42
Shape structure.In the present embodiment, fixed connection structure can only as between the first drum assembly 41 and second tin roller component 42
Connector, it is also possible to the drive device of the first drum assembly 41 and the work of second tin roller component 42 is driven for placing.This practicality
New embodiment is not being limited specifically, needs to set according to the actual requirements during specific implementation.
In the present embodiment, with second tin roller component 42 be fixedly connected the first drum assembly 41 by fixed connection structure, realizes
First drum assembly 41 and second tin roller component 42 it is simultaneously mobile, while regulation, time saving and energy saving.During specific regulation,
When the first drum assembly 41 is gradually moved from the first end A of window to the second end B of window, first of the second slide plate 312
3121 relative first slide plates 311 are divided to launch, the Part II 3122 of the second slide plate 312 overlaps with the 3rd slide plate 313；When the second cunning
When the Part I 3121 of plate 312 is fully deployed with respect to the first slide plate 311, with the movement of the first drum assembly 41, second slides
The second block 52 on the lateral surface of the Part I 3121 of plate 312 pulls the first block 51 of the medial surface of the first sliding block, to draw
Dynamic first sliding block launches with respect to the fixed plate 13 at first end A, and now, the Part II 3122 and the 3rd of the second slide plate 312 is slided
Plate 313 overlaps, because the size of the size more than the second slide plate 312 of the 3rd slide plate 313 is (perpendicular to the second series cylinder component 4
Moving direction on), fixed connection structure and the 3rd slide plate 313 are contradicted and promote the 3rd slide plate 313 to the fixation at the second end B
Plate 13 is moved, and is overlapped with the fixed plate 13 at the second end B.Similarly, second tin roller component 42 is from the first end A of window to window
The processes that gradually move of the second end B it is consistent with the first drum assembly 41.In summary, what the utility model embodiment was provided is double
Axle brake platform 10, with the movement of the second series cylinder component 4, is fitted close between the slide plate of the both sides of the second series cylinder component 4, keeps away
Exempt from the adjustment to each slide plate, it is simple to operate.
Further, with reference to shown in Fig. 2, Fig. 5 and Fig. 8, the twin shaft brake platform 10 described in above-mentioned utility model embodiment
Also include：Two position limiting structures 6.Two position limiting structures 6 are separately positioned on two other ends of support bar 14.In scalable component
In 3 glide direction, the width of fixed plate 13 is consistent with the length of support bar 14.Wherein, the slide rail of support is slided with first respectively
Plate 311, the 3rd slide plate 313, the 4th slide plate 321 and the 6th slide plate 323 are slidably connected.In the second series cylinder component 4 from window
During first end A is moved to the second end B of window, when the first sliding block is fully deployed with respect to the fixed plate 13 at first end A
When, the position limiting structure 6 at first end A limits the first sliding block and slides；Similarly, consolidating at the 3rd sliding block opposite second end B
When fixed board 13 is fully deployed, the position limiting structure 6 at the second end B limits the 3rd sliding block and slides, solid so as to be effectively prevented
Started a leak between fixed board 13 and slide plate.
Further, described in above-mentioned utility model embodiment, in the glide direction of scalable component 3, first slides
Size of the size of plate 311, the 3rd slide plate 313, the 4th slide plate 321 and the 6th slide plate 323 more than or equal to fixed plate 13.Wherein,
The size of the first slide plate 311 and the 3rd slide plate 313, the size of the 4th slide plate 321 and the 6th slide plate 323, the first slide plate 311 and
The size and the 3rd slide plate 313 of four slide plates 321 and the size of the 6th slide plate 323 can be with identical, also can be different.During specific implementation,
Adjusted simultaneously when the first drum assembly 41 and second tin roller component 42 are simultaneously mobile, it is preferred that the first slide plate 311 and the 4th slide plate
321 size is identical and the 3rd slide plate 313 is identical with the size of the 6th slide plate 323, certainly, the first slide plate 311 and the 3rd slide plate
313 size, the 4th slide plate 321 may be the same or different with the size of the 6th slide plate 323.In order to obtain the regulation model of maximum
Enclose, it is preferred that size, first of the size, the 4th slide plate 321 and the 6th slide plate 323 of the first slide plate 311 and the 3rd slide plate 313
The size of the slide plate 321 of slide plate 311 and the 4th and the size all same of the 3rd slide plate 313 and the 6th slide plate 323.
Further, described in above-mentioned utility model embodiment, the second 312 points of slide plate is Part I 3121 and second
Part 3122, Part I 3121 and Part II 3122 are located at the both sides of the first drum assembly 41 respectively.Part I 3121 with
The correspondence of first slide plate 311, Part II 3122 is corresponding with the 3rd slide plate 313.5th 322 points of slide plate is Part III and the 4th
Point, Part III and Part IV are located at the both sides of second tin roller component 42 respectively.Part III is corresponding with the 4th slide plate 321, the
Four parts are corresponding with the 6th slide plate 323.In the glide direction of scalable component 3, Part I 3121 is slided more than or equal to first
The size of plate 311, Part II 3122 are more than or equal to the size of the 3rd slide plate 313, Part III and are more than or equal to the 4th slide plate 321
Size, Part IV more than or equal to the 6th slide plate 323 size.In order to obtain larger adjustable extent, it is preferred that first
Part 3121 is equal to the size of the first slide plate 311, Part II 3122 and is equal to the size of the 3rd slide plate 313, Part III and is equal to
The size of the 4th slide plate 321, Part IV are equal to the size of the 6th slide plate 323.
The vehicle equipment that the utility model embodiment is provided includes：Twin shaft brake platform 10.With reference to shown in Fig. 1 to Fig. 8,
The twin shaft brake platform 10 includes stand 1, scalable component 3, the first series cylinder component 2 and the second series cylinder component 4.Stand 1, can
Annexation, work relationship between telescopic component 3, the first series cylinder component 2 and the second series cylinder component 4, institute specific as follows
State：
The stage body with accommodation space that stand 1 is built by many supports.The first end face of stand 1 is divided into the firstth area
Domain 11 and second area 12, are equipped with fixed plate 13 on the opposite end of second area 12, window is formed between two fixed plates 13
Mouthful.Wherein, two fixed plates 13 are located on the two ends of the long axis of the second area 12 of stage body.
Scalable component 3 covers window to seal the accommodation space, and scalable component 3 and the slidable connection of stand 1.
It should be noted that no matter scalable component 3 is in retracted position or stretched condition, scalable component 3 is covered in window
On.Scalable component 3 can be the structure being made up of telescopic material in the present embodiment, it is possibility to have multiple parts coordinate
Work shows contraction state or stretched condition.During specific implementation, scalable component 3 is made up of three slide plates, three slide plates with
The slidable connection of stand 1 so that three slide plates can opposing fixed plate 13 overlap or launch.When two slide plates overlap or two cunnings
When plate overlaps with fixed plate 13, scalable component 3 is in contraction state；When two slide plates launch, scalable component 3 is in be stretched
The state of opening.
First series cylinder component 2 is arranged on first area 11.First series cylinder component 2 is used to place the front vehicle wheel of vehicle
Group.First series cylinder component 2 side by side and is coaxially disposed drum assembly and constituted by two, when vehicle is placed on twin shaft brake platform 10
When, the front vehicle wheel group of vehicle is placed on the first series cylinder component 2.
Second series cylinder component 4 is made up of two drum assemblies, when vehicle is placed on twin shaft brake platform 10, vehicle
Front vehicle wheel group is placed on the second series cylinder component 4.Second series cylinder component 4 is arranged on scalable component 3 and by window
Appear.Due to scalable component 3 can relative stand 1 slide, and scalable component 3 scalability energy, therefore, second group of rolling
Cartridge module 4 can be moved with scalable component 3, so as to adjust between the first series cylinder component 2 and the second series cylinder component 4
Spacing.Exemplary, so that telescopic component is two slide plates as an example：When two slide plate opposing fixed plates 13 launch, the He of fixed plate 13
Two slide plate arrangements are placed, and the second series cylinder component 4 is set on the slide plate away from fixed plate 13.Second series cylinder component 4 can be with
It is moved to and is away from the first series cylinder distance：On the moving direction of the second series cylinder component 4, two size sums of slide plate.
In practical application, the adjustable range of spacing is 0-1000mm between two series cylinder components in existing twin shaft brake platform, and this reality
Adjustable range with spacing between two series cylinder components in the twin shaft brake platform of new embodiment offer is 0-1300mm.Therefore,
Compared with prior art, the twin shaft brake platform 10 that the utility model embodiment is provided can effectively increase spacing between two series cylinder components
Adjustable range, twin shaft brake platform compatibility it is higher suitable for various, practicality is higher.
Specifically, the twin shaft system that the twin shaft brake platform described in the present embodiment can be provided directly using above-described embodiment
Dynamic platform, concrete implementation structure can be found in the related content described in above-described embodiment, and here is omitted.
It should be noted that the vehicle equipment described in above-mentioned utility model embodiment is twin shaft brake platform.
In the above-described embodiments, the description to each embodiment all emphasizes particularly on different fields, and does not have the portion described in detail in certain embodiment
Point, may refer to the associated description of other embodiment.
It is understood that the correlated characteristic in said apparatus can be referred to mutually.In addition, in above-described embodiment " the
One ", " second " etc. is, for distinguishing each embodiment, and not represent the quality of each embodiment.
In specification mentioned herein, numerous specific details are set forth.It is to be appreciated, however, that of the present utility model
Embodiment can be put into practice in the case of without these details.In some instances, known structure is not been shown in detail
And technology, so as not to obscure the understanding of this description.
Similarly, it will be appreciated that in order to simplify the disclosure and help understand or many in each utility model aspect
Individual, in above to the description of exemplary embodiment of the present utility model, each feature of the present utility model is divided together sometimes
Group is in single embodiment, figure or descriptions thereof.However, the device of the disclosure should be construed to reflect following meaning
Figure：The utility model i.e. required for protection requires features more more than the feature being expressly recited in each claim.
More precisely, as the following claims reflect, utility model aspect is single less than disclosed above
All features of embodiment.Therefore, it then follows thus claims of specific embodiment are expressly incorporated in the specific embodiment party
Formula, wherein each claim are in itself as separate embodiments of the present utility model.
Those skilled in the art are appreciated that can be carried out adaptively to the part in the device in embodiment
Change and they are arranged in one or more devices different from the embodiment.Can be the component combination in embodiment
Into a part, and multiple subassemblies can be divided into addition.At least some in except such feature are mutual
Outside repulsion, can be using any combinations to the institute disclosed in this specification (including adjoint claim, summary and accompanying drawing)
There are feature and all parts of so disclosed any device to be combined.Unless expressly stated otherwise, this specification (including
Adjoint claim, summary and accompanying drawing) disclosed in each feature can or similar purpose identical, equivalent by offer replacement
Feature replaces.
Although additionally, it will be appreciated by those of skill in the art that some embodiments described herein include other embodiments
In included some features rather than further feature, but the combination of the feature of different embodiments means in this practicality newly
Within the scope of type and form different embodiments.For example, in the following claims, embodiment required for protection
One of any mode can use in any combination.All parts embodiment of the present utility model can be with hardware reality
It is existing, or realized with combinations thereof.
It should be noted that above-described embodiment is illustrated rather than to the utility model the utility model is limited,
And those skilled in the art can design alternative embodiment without departing from the scope of the appended claims.In right
It is required that in, any reference symbol being located between bracket should not be configured to limitations on claims.Word "comprising" is not arranged
Except there is part or component not listed in the claims.Word "a" or "an" before part or component is not excluded for
In the presence of part as multiple or component.The utility model can be realized by means of the device for including some different parts.
If in the claim for listing dry part, several in these parts can be come specific body by same part
It is existing.The use of word first, second, and third does not indicate that any order.These words can be construed to title.
The above, is only preferred embodiment of the present utility model, not makees any formal to the utility model
Limitation, any simple modification, equivalent variations and the modification made to above example according to technical spirit of the present utility model,
Still fall within the range of technical solutions of the utility model.
Claims (10)
1. a kind of twin shaft brake platform, it is characterised in that including：
Stand, the first end face of the stand is divided into first area and second area, on the opposite end of the second area
Fixed plate is provided with, window is formed between two fixed plates；
Scalable component, the scalable component covers the window, and with the stand slidable connection；
First series cylinder component, the first series cylinder component is arranged on the first area；The first series cylinder component
Front vehicle wheel group for placing vehicle；
Second series cylinder component, the second series cylinder component is arranged on the scalable component and aobvious by the window
Dew；The second series cylinder component is used to place the rear wheel group of vehicle；
By adjusting the scalable component to adjust between the first series cylinder component and the second series cylinder component
Spacing.
2. twin shaft brake platform according to claim 1, it is characterised in that the second series cylinder component includes the first roller
Component and second tin roller component；
The stand is provided with two support bars, and two support bars are located under the fixed plate at the stand two ends respectively
Side；The window is divided into the first side and the second side by the support bar；One end of the support bar is connected with the stand；It is described
Slide rail is equipped with the two sides of support bar；
Accordingly, the scalable component includes：First group of slide plate and second group of slide plate；Set on first group of slide plate described
First drum assembly；First side of the first group of slide plate respectively with the support bar and the stand is slidably connected；Described
The second tin roller component is set on two groups of slide plates；Second group of slide plate is respectively with the second of the support bar and the stand
While being slidably connected.
3. twin shaft brake platform according to claim 2, it is characterised in that
First group of slide plate includes the first slide plate, the second slide plate and the 3rd cunning that are slidably connected with the first side of the stand
Plate；First slide plate, second slide plate and the 3rd slide plate are arranged in order the first side for being arranged on the window, and phase
The fixed plate is overlapped or is launched；Second slide plate is provided with first drum assembly；
Second group of slide plate includes the 4th slide plate, the 5th slide plate and the 6th cunning that are slidably connected with the second side of the stand
Plate；4th slide plate, the 5th slide plate and the 6th slide plate are arranged in order the second side for being arranged on the window, and phase
The fixed plate is overlapped or is launched；5th slide plate is provided with the second tin roller component；
Wherein, first slide plate, second slide plate, the 3rd slide plate, the 4th slide plate, the 5th slide plate and institute
The plate face for stating the formation of the 6th slide plate covers the window.
4. twin shaft brake platform according to claim 3, it is characterised in that perpendicular to the slip side of the scalable component
Upwards,
The width of first slide plate and the 3rd slide plate is all higher than the width of second slide plate；First slide plate and institute
State between the second slide plate and be equipped with hitch structure between second slide plate and the 3rd slide plate；The hitch structure is used
In when the relatively described fixed plate of second slide plate is launched, pull first slide plate or the 3rd slide plate relatively described solid
Fixed board is launched；
The width of the 4th slide plate and the 6th slide plate is all higher than the width of the 5th slide plate；4th slide plate and institute
State between the 5th slide plate and be equipped with the hitch structure between the 5th slide plate and the 6th slide plate；The traction knot
Structure is additionally operable to, when the relatively described fixed plate of the 5th slide plate is launched, pull the 4th slide plate or the 6th slide plate relative
The fixed plate is launched.
5. twin shaft brake platform according to claim 4, it is characterised in that the hitch structure includes：First block and
Two blocks；
First slide plate medial surface one end relative with second slide plate is provided with first block, second slide plate with
The relative lateral surface one end of first slide plate is provided with second block；
3rd slide plate medial surface one end relative with second slide plate is provided with first block, second slide plate with
The relative lateral surface one end of 3rd slide plate is provided with second block；
4th slide plate medial surface one end relative with the 5th slide plate is provided with first block, the 5th slide plate with
The relative lateral surface one end of 4th slide plate is provided with second block；
6th slide plate medial surface one end relative with the 5th slide plate is provided with first block, the 5th slide plate with
The relative lateral surface one end of 6th slide plate is provided with second block.
6. twin shaft brake platform according to claim 4, it is characterised in that
In the glide direction of the scalable component, first slide plate, the 3rd slide plate, the 4th slide plate and described
Size of the size of the 6th slide plate more than or equal to the fixed plate.
7. twin shaft brake platform according to claim 6, it is characterised in that
Second slide plate is divided into Part I and Part II, and the Part I and the Part II are located at described respectively
First drum assembly both sides；The Part I is corresponding with first slide plate, the Part II and the 3rd slide plate pair
Should；
5th slide plate is divided into Part III and Part IV, and the Part III and the Part IV are located at described respectively
Second tin roller component both sides；The Part III is corresponding with the 4th slide plate, the Part IV and the 6th slide plate pair
Should；
In the glide direction of the scalable component, size, described of the Part I more than or equal to first slide plate
Part II is more than or equal to size, the institute of the size of the 3rd slide plate, the Part III more than or equal to the 4th slide plate
State size of the Part IV more than or equal to the 6th slide plate.
8. twin shaft brake platform according to claim 4, it is characterised in that the second series cylinder component includes：
Fixed connection structure, the fixed connection structure be arranged on first drum assembly and the second tin roller component it
Between, to be fixedly connected first drum assembly and the second tin roller component；
Wherein, the fixed connection structure forms tabular knot with first drum assembly and the second tin roller module arrangement
Structure.
9. the twin shaft brake platform according to any one of claim 3~8, it is characterised in that the twin shaft brake platform is also wrapped
Include：
Two position limiting structures, two position limiting structures are separately positioned on two other ends of the support bar；Stretched described
In the glide direction of contracting component, the width of the fixed plate is consistent with the length of the support bar；
Wherein, the slide rail of the support respectively with first slide plate, the 3rd slide plate, the 4th slide plate and the described 6th
Slide plate slides are connected.
10. a kind of vehicle equipment, it is characterised in that described vehicle equipment is included any one of above-mentioned 1~9
Twin shaft brake platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621010060.2U CN206311344U (en) | 2016-08-30 | 2016-08-30 | Twin shaft brake platform and the vehicle equipment with the twin shaft brake platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621010060.2U CN206311344U (en) | 2016-08-30 | 2016-08-30 | Twin shaft brake platform and the vehicle equipment with the twin shaft brake platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206311344U true CN206311344U (en) | 2017-07-07 |
Family
ID=59242920
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621010060.2U Active CN206311344U (en) | 2016-08-30 | 2016-08-30 | Twin shaft brake platform and the vehicle equipment with the twin shaft brake platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206311344U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106198054A (en) * | 2016-08-30 | 2016-12-07 | 北京博科测试系统股份有限公司 | Twin shaft brake platform and there is the vehicle equipment of this twin shaft brake platform |
-
2016
- 2016-08-30 CN CN201621010060.2U patent/CN206311344U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106198054A (en) * | 2016-08-30 | 2016-12-07 | 北京博科测试系统股份有限公司 | Twin shaft brake platform and there is the vehicle equipment of this twin shaft brake platform |
| CN106198054B (en) * | 2016-08-30 | 2019-03-26 | 北京博科测试系统股份有限公司 | Twin shaft brake platform and vehicle equipment with the twin shaft brake platform |
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