CN208672325U - A kind of vehicle testing hoistable platform - Google Patents
A kind of vehicle testing hoistable platform Download PDFInfo
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- CN208672325U CN208672325U CN201821494407.4U CN201821494407U CN208672325U CN 208672325 U CN208672325 U CN 208672325U CN 201821494407 U CN201821494407 U CN 201821494407U CN 208672325 U CN208672325 U CN 208672325U
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- mounting blocks
- hydraulic stem
- hydraulic cylinder
- long hole
- measurement
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Abstract
The utility model discloses a kind of vehicle testing hoistable platforms, including measuring left plate, measure right panel, ground, device frame, removable pin and pin shaft, described device frame is located at the upper surface on ground, former and later two positions of one side-lower of described device frame are respectively and fixedly provided with left hydraulic cylinder, the top of the left hydraulic cylinder is inserted with left hydraulic stem, the upper end of the left hydraulic stem is fixed with left mounting blocks, former and later two positions are respectively and fixedly provided with right hydraulic cylinder below the other side of described device frame, the top of the right hydraulic cylinder is inserted with right hydraulic stem, the upper end of the right hydraulic stem is fixed with right mounting blocks, former and later two positions are respectively and fixedly provided with middle hydraulic cylinder below the middle part of described device frame, the top of the middle hydraulic cylinder is inserted with middle hydraulic stem, the upper end of the middle hydraulic stem is fixed with middle mounting blocks, the utility model has convenient in carrying, the radian in ramp It is able to carry out adjustment, adapts to demand of the people to ramp and the advantages of vehicle damping aptitude tests can be carried out.
Description
Technical field
The utility model relates to vehicle testing technical field, specifically a kind of vehicle testing hoistable platform.
Background technique
Vehicle needs to carry out before factory vehicle side climbing capacity test, and the ramp of this climbing is the arc of an irony
Shape frame, has the disadvantage that
1, volume is larger, mobile inconvenient；
2, the radian in ramp can not be changed, and not be able to satisfy the need that people test the ramp of different gradient
It asks；
3, grade climbing performance can only be tested, other performances of vehicle can not be tested.
Utility model content
The purpose of this utility model is to provide a kind of vehicle testing hoistable platforms, to solve movement in the prior art not
The problem of convenient, ramp radian can not be changed and can not test other performances of vehicle.
To achieve the above object, the utility model provides the following technical solutions: a kind of vehicle testing hoistable platform, including
Left plate, measurement right panel, ground, device frame, removable pin and pin shaft are measured, described device frame is located at the upper surface on ground, described
Former and later two positions of one side-lower of device frame are respectively and fixedly provided with left hydraulic cylinder, and the top of the left hydraulic cylinder is inserted with left hydraulic
Bar, the upper end of the left hydraulic stem are fixed with left mounting blocks, former and later two positions are fixed below the other side of described device frame
There is right hydraulic cylinder, inserted with right hydraulic stem, the upper end of the right hydraulic stem is fixed with right mounting blocks for the top of the right hydraulic cylinder,
Former and later two positions are respectively and fixedly provided with middle hydraulic cylinder below the middle part of described device frame, and the top of the middle hydraulic cylinder is inserted with middle liquid
Compression bar, the upper end of the middle hydraulic stem are fixed with middle mounting blocks, the measurement left plate between left mounting blocks and middle mounting blocks,
The measurement left plate offers long hole close to the side of left mounting blocks, and the inside of the long hole measures left plate inserted with pin shaft
Long hole rotation connection is inserted by pin shaft with left mounting blocks, the measurement left plate passes through removable pin close to the side of middle mounting blocks
It is rotatablely connected with middle mounting blocks, the measurement right panel is between middle mounting blocks and right mounting blocks, and the measurement right panel is in
One end of mounting blocks is rotatablely connected by removable pin and middle mounting blocks, and is measured right panel and offered close to one end of right mounting blocks
Long hole, the inside of the long hole measure inserted with pin shaft and are inserted into long hole rotation company by pin shaft between right panel and right mounting blocks
It connects, the right hydraulic cylinder is provided with cushion block of getting on the bus far from the side of left hydraulic cylinder, sets between the right mounting blocks and cushion block of getting on the bus
Roof panels are equipped with, the upper roof panels are rotatablely connected by removable pin and right mounting blocks, and the upper end of the cushion block of getting on the bus is opened
Equipped with long hole, inserted with pin shaft, described get on the bus is inserted into long hole by pin shaft between cushion block and upper roof panels for the inside of the long hole
Inner rotation connection, the left hydraulic cylinder are provided with cushion block of getting off, cushion block and the Zuo An of getting off far from the side of right hydraulic cylinder
Lower roof panels are provided between dress block, the lower roof panels are rotatablely connected by removable pin and left mounting blocks, the lower car cushion
The upper end of block offers long hole, and the inside of the long hole passes through pin shaft inserted with pin shaft, and between lower roof panels and cushion block of getting off
It is inserted into the connection of long hole inner rotation.
Preferably, on described device frame and left hydraulic stem, middle hydraulic stem position corresponding with right hydraulic stem is provided with and leads
Mesoporous is offered to the inside of cylinder, and guide cylinder, the left hydraulic stem, middle hydraulic stem and right hydraulic stem both pass through mesoporous.
Preferably, the removable pin includes head, thread rod part, nut, and thread rod part connection measurement right panel is in
Mounting blocks and measurement left plate and middle mounting blocks, and head is fixed on one end of thread rod part, and nut thread is connected to threaded rod
The other end in portion.
Preferably, the pin shaft includes end and bar portion, and the bar portion is fixed on the both ends of end.
Compared with prior art, the utility model has the beneficial effects that
1, the utility model can be dismantled, and after use, by dismantling the removable pin in the lower present apparatus, make
It obtains top plate and measurement plate to separate, top plate is integrated with cushion block at this time, and remainder is integrated, and when carrying, can be carried out individually
It carries, so that convenient in carrying；
2, it is provided with hydraulic cylinder, test board and ceiling height are controlled by hydraulic cylinder, so that the height of test board and top plate
It can arbitrarily be adjusted, to the radian in ramp is adjusted, to adapt to the demand of people；
3, when hydraulic cylinder will measure left plate and measure the height reduction of right panel side close to each other, vehicle can be carried out
The test of cushioning ability, so that the present apparatus has multifunctionality.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model test test climbing capacity.
Fig. 2 is the schematic diagram of the utility model damping performance.
Fig. 3 is structural schematic diagram when the utility model is carried.
Fig. 4 is the top view of the utility model.
Fig. 5 is the area the A enlarged drawing of the utility model.
Fig. 6 is the structural schematic diagram of the utility model removable pin.
Fig. 7 is the area the utility model B enlarged drawing.
Fig. 8 is the top view of the utility model guide cylinder.
Fig. 9 is the connection schematic diagram of the utility model top plate and cushion block.
Figure 10 is the structural schematic diagram of the utility model pin shaft.
In figure: 1, cushion block of getting off；2, lower roof panels；3, left mounting blocks；4, left hydraulic stem；5, left plate is measured；6, middle installation
Block；7, right panel is measured；8, right mounting blocks；9, right hydraulic stem；10, upper roof panels；11, it gets on the bus cushion block；12, right hydraulic cylinder；13,
Face；14, middle hydraulic cylinder；15, middle hydraulic stem；16, device frame；17, left hydraulic cylinder；18, removable pin；181, head；182, spiral shell
Rasp bar portion；183, nut；19, guide cylinder；191, mesoporous；20, long hole；21, pin shaft；211, end；212, bar portion.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Please refer to Fig. 1~10, in the utility model embodiment, a kind of vehicle testing hoistable platform, including measurement left plate
5, right panel 7, ground 13, device frame 16, removable pin 18 and pin shaft 21 are measured, pin shaft 21 includes end 211 and bar portion 212, bar
Portion 212 is fixed on the both ends of end 211, and device frame 16 is located at the upper surface on ground 13, the side-lower front and back two of device frame 16
A position is respectively and fixedly provided with left hydraulic cylinder 17, and inserted with left hydraulic stem 4, the upper end of left hydraulic stem 4 is fixed for the top of left hydraulic cylinder 17
There are left mounting blocks 3, left hydraulic cylinder 17 drives left mounting blocks 3 to move up and down by driving left hydraulic stem 4, realizes measurement left plate 5
Former and later two positions are fixed below the up and down motion of left 3 side of mounting blocks, the other side of device frame 16 with lower roof panels 2
There is right hydraulic cylinder 12, inserted with right hydraulic stem 9, the upper end of right hydraulic stem 9 is fixed with right mounting blocks 8 for the top of right hydraulic cylinder 12,
Right hydraulic cylinder 12 by driving right hydraulic stem 9 that right mounting blocks 8 is driven to move up and down, thus right mounting blocks 8 drive measurement right panel 7 with
Upper roof panels 10 move up and down close to right 8 side of mounting blocks, during former and later two positions are respectively and fixedly provided with below the middle part of device frame 16
Hydraulic cylinder 14, inserted with middle hydraulic stem 15, the upper end of middle hydraulic stem 15 is fixed with middle mounting blocks 6 for the top of middle hydraulic cylinder 14, in
Hydraulic cylinder 14 is moved up and down by hydraulic stem 15 in driving come mounting blocks 6 in driving, so that middle mounting blocks 6 drive measurement left plate 5
Move up and down with measurement right panel 7 close to the side of middle mounting blocks 6, on device frame 16 with left hydraulic stem 4, middle hydraulic stem 15 and right liquid
The corresponding position of compression bar 9 is provided with guide cylinder 19, and the inside of guide cylinder 19 offers mesoporous 191, left hydraulic stem 4, middle liquid
Compression bar 15 and right hydraulic stem 9 both pass through mesoporous 19, and left hydraulic stem 4, middle hydraulic stem 15 and right hydraulic stem 9 are led when moving up and down
Play the role of guiding to the mesoporous 191 of cylinder 19, avoid hydraulic stem askew, measurement left plate 5 is located at left mounting blocks 3 and middle mounting blocks 6
Between, measurement left plate 5 offers long hole 20 close to the side of left mounting blocks 3 as measurement place, measurement left plate 5, and long hole 20 is used
Required different length when compensation measurement left plate 5 is in different angle, the inside of long hole 20 measures left plate inserted with pin shaft 21
5, which are inserted into long hole 20 by pin shaft 21 with left mounting blocks 3, is rotatablely connected, and measurement left plate 5 passes through removable close to the side of middle mounting blocks 6
It unloads pin 18 and middle mounting blocks 6 is rotatablely connected, measure right panel 7 between middle mounting blocks 6 and right mounting blocks 8, measurement right panel 7 is close
One end of middle mounting blocks 6 is rotatablely connected by removable pin 18 and middle mounting blocks 6, and removable pin 18 includes head 181, threaded rod
Portion 182, nut 183 can be disassembled thread rod part 182 by turning on nut 183, and the connection measurement of thread rod part 182 is right
Plate 7 and middle mounting blocks 6 and measurement left plate 5 and middle mounting blocks 6, and head 181 is fixed on one end of thread rod part 182, and nut
183 are threaded in the other end of thread rod part 182, and measure right panel 7 and offer long hole 20 close to one end of right mounting blocks 8,
Long hole 20 is used to compensate different length required when measurement 7 different angle of right panel, and the inside of long hole 20 is surveyed inserted with pin shaft 21
It measures and the rotation connection of long hole 20 is inserted by pin shaft 21 between right panel 7 and right mounting blocks 8, right hydraulic cylinder 12 is far from left hydraulic cylinder 17
Side is provided with cushion block 11 of getting on the bus, and cushion block 11 of getting on the bus enters upper roof panels 10 for vehicle, right mounting blocks 8 with get on the bus cushion block 11 it
Between be provided with roof panels 10, upper roof panels 10 enter measurement right panel 7 for vehicle, upper roof panels 10 by removable pin 18 with
Right mounting blocks 8 are rotatablely connected, and the upper end for cushion block 11 of getting on the bus offers long hole 20, and long hole 20 is for compensating the different angles of roof panels 10
Different length needed for degree, the inside of long hole 20 gets on the bus inserted with pin shaft 21 and passes through pin shaft between cushion block 11 and upper roof panels 10
21 insertion 20 inner rotation of long hole connections, left hydraulic cylinder 17 are provided with cushion block 1 of getting off, lower car cushion far from the side of right hydraulic cylinder 12
Block 1 gets off for getting off and is provided with lower roof panels 2 between cushion block 1 and left mounting blocks 3, lower roof panels 2 are for connecting cushion block of getting off
1 is rotatablely connected with measurement left plate 5, lower roof panels 2 by removable pin 18 and left mounting blocks 3, and the upper end for cushion block 1 of getting off offers
Long hole 20, long hole 20 is for compensating different length required when lower 2 different angle of roof panels, and the inside of long hole 20 is inserted with pin shaft
21, and the connection of 20 inner rotation of long hole is inserted by pin shaft 21 between lower roof panels 2 and cushion block 1 of getting off.
The working principle of the utility model is: the present apparatus can test two kinds of performances of two kinds of vehicles: 1, grade climbing performance: logical
Hydraulic cylinder 14 in starting is crossed, middle hydraulic cylinder 14 is moved upwards by hydraulic stem 15 in driving come mounting blocks 6 in driving, thus middle peace
Dress block 6 drives measurement left plate 5 to be raised above with measurement right panel 7 close to the side of middle mounting blocks 6, measures left plate 5 and measurement at this time
Long hole 20 on right panel 7 can compensate measurement left plate 5 and measure the length of right panel 7, so that the present apparatus becomes the slope of an arc
(such as Fig. 1), vehicle enter upper roof panels 10 by cushion block 11 of getting on the bus, and enter back into measurement right panel 7 and measurement left plate 5, enter back into down
Climbing capacity is tested in this process by 1 descending of cushion block of getting off after roof panels 2, by adjusting three hydraulic stems
Height, the gradient in adjustable ramp；2, damping performance: by hydraulic cylinder 14 in starting, middle hydraulic cylinder 14 passes through in drive
Hydraulic stem 15 moves downward come mounting blocks 6 in driving, so that middle mounting blocks 6 drive measurement left plate 5 and measurement right panel 7 close to middle peace
The side of dress block 6 is fallen downwards, and the long hole 20 for measuring left plate 5 at this time and measuring on right panel 7 can compensate measurement left plate 5 and measurement
The length of right panel 7, so that the present apparatus forms the device (such as Fig. 2) of a M type, vehicle is entered by cushion block 11 of getting on the bus and is got on the bus at this time
Top plate 10 enters back into measurement right panel 7 and measurement left plate 5, enters back into after lower roof panels 2 by 1 descending of cushion block of getting off, in this mistake
Cheng Zhong tests cushioning ability；
After each test terminates, by backing out the nut 183 on middle mounting blocks 6, so that thread rod part 182 is disassembled
Fall, middle mounting blocks 6 is left to measure right panel 7 and measure left plate 5, so that two measurement right panels 7 be overlapped can be put with measurement left plate 5
It sets, reduces volume；By backing out the nut of left mounting blocks 3 and the wound of right mounting blocks 8, so that lower roof panels 2 leave left installation
Block 3, upper roof panels leave right mounting blocks 8, and cushion block 1 of getting off at this time is integrated with lower roof panels 2, upper roof panels 10 and cushion block of getting on the bus
11 are integrated, and remainder is integrated, and this makes it possible to which the present apparatus is split into three parts, are carried (such as Fig. 3).
It is obvious to a person skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and
And without departing substantially from the spirit or essential attributes of the utility model, it can realize that this is practical new in other specific forms
Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this is practical new
The range of type is indicated by the appended claims rather than the foregoing description, it is intended that containing for the equivalent requirements of the claims will be fallen in
All changes in justice and range are embraced therein.It should not treat any reference in the claims as limiting
Related claim.
Claims (4)
1. a kind of vehicle testing hoistable platform, including measurement left plate (5), measurement right panel (7), ground (13), device frame (16),
Removable pin (18) and pin shaft (21), it is characterised in that: described device frame (16) is located at the upper surface on ground (13), described device
Former and later two positions of one side-lower of frame (16) are respectively and fixedly provided with left hydraulic cylinder (17), the top of the left hydraulic cylinder (17) inserted with
The upper end of left hydraulic stem (4), the left hydraulic stem (4) is fixed with left mounting blocks (3), below the other side of described device frame (16)
Former and later two positions are respectively and fixedly provided with right hydraulic cylinder (12), and the top of the right hydraulic cylinder (12) is described inserted with right hydraulic stem (9)
The upper end of right hydraulic stem (9) is fixed with right mounting blocks (8), former and later two positions are fixed below the middle part of described device frame (16)
Have middle hydraulic cylinder (14), the top of the middle hydraulic cylinder (14) inserted with middle hydraulic stem (15), the middle hydraulic stem (15) it is upper
End is fixed with middle mounting blocks (6), and the measurement left plate (5) is between left mounting blocks (3) and middle mounting blocks (6), the measurement
Left plate (5) offers long hole (20) close to the side of left mounting blocks (3), the inside of the long hole (20) inserted with pin shaft (21),
And measurement left plate (5) and left mounting blocks (3), by pin shaft (21) insertion long hole (20) rotation connection, the measurement left plate (5) is leaned on
The side of mounting blocks (6) is rotatablely connected by removable pin (18) and middle mounting blocks (6) in close, and the measurement right panel (7) is located at
Between middle mounting blocks (6) and right mounting blocks (8), measurement right panel (7) passes through removable pin close to the one end of middle mounting blocks (6)
(18) it is rotatablely connected with middle mounting blocks (6), and measures right panel (7) and offer long hole (20), institute close to the one end of right mounting blocks (8)
The inside of long hole (20) is stated inserted with pin shaft (21), and measures and is inserted between right panel (7) and right mounting blocks (8) by pin shaft (21)
Long hole (20) rotation connection, the right hydraulic cylinder (12) are provided with cushion block of getting on the bus (11), institute far from the side of left hydraulic cylinder (17)
It states and is provided between right mounting blocks (8) and cushion block of getting on the bus (11) roof panels (10), the upper roof panels (10) pass through detachable
It sells (18) and right mounting blocks (8) to be rotatablely connected, the upper end of the cushion block of getting on the bus (11) offers long hole (20), the long hole (20)
Inside inserted with pin shaft (21), between the cushion block of getting on the bus (11) and upper roof panels (10) by pin shaft (21) be inserted into long hole
(20) inner rotation connects, and the left hydraulic cylinder (17) is provided with cushion block of getting off (1) far from the side of right hydraulic cylinder (12), described
It gets off and is provided with lower roof panels (2) between cushion block (1) and left mounting blocks (3), the lower roof panels (2) pass through removable pin (18)
It is rotatablely connected with left mounting blocks (3), the upper end of the cushion block of getting off (1) offers long hole (20), the inside of the long hole (20)
Long hole (20) inner rotation is inserted by pin shaft (21) inserted with pin shaft (21), and between lower roof panels (2) and cushion block of getting off (1)
Connection.
2. a kind of vehicle testing hoistable platform according to claim 1, it is characterised in that: on described device frame (16) with
Left hydraulic stem (4), middle hydraulic stem (15) position corresponding with right hydraulic stem (9) are provided with guide cylinder (19), and guide cylinder
(19) inside offers mesoporous (191), and the left hydraulic stem (4), middle hydraulic stem (15) and right hydraulic stem (9) both pass through mesoporous
(191).
3. a kind of vehicle testing hoistable platform according to claim 1, it is characterised in that: removable pin (18) packet
Include head (181), thread rod part (182), nut (183), and thread rod part (182) connection measurement right panel (7) and middle mounting blocks
(6) and left plate (5) and middle mounting blocks (6) are measured, and head (181) are fixed on one end of thread rod part (182), and nut
(183) it is threaded in the other end of thread rod part (182).
4. a kind of vehicle testing hoistable platform according to claim 1, it is characterised in that: the pin shaft (21) includes end
Portion (211) and bar portion (212), the bar portion (212) are fixed on the both ends of end (211).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821494407.4U CN208672325U (en) | 2018-09-13 | 2018-09-13 | A kind of vehicle testing hoistable platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821494407.4U CN208672325U (en) | 2018-09-13 | 2018-09-13 | A kind of vehicle testing hoistable platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208672325U true CN208672325U (en) | 2019-03-29 |
Family
ID=65842102
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821494407.4U Active CN208672325U (en) | 2018-09-13 | 2018-09-13 | A kind of vehicle testing hoistable platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208672325U (en) |
-
2018
- 2018-09-13 CN CN201821494407.4U patent/CN208672325U/en active Active
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