CN207656604U - A kind of automobile absorber spring attaching/detaching apparatus - Google Patents
A kind of automobile absorber spring attaching/detaching apparatus Download PDFInfo
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- CN207656604U CN207656604U CN201721802737.0U CN201721802737U CN207656604U CN 207656604 U CN207656604 U CN 207656604U CN 201721802737 U CN201721802737 U CN 201721802737U CN 207656604 U CN207656604 U CN 207656604U
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Abstract
The utility model discloses a kind of automobile absorber spring attaching/detaching apparatus, including being in horizontally disposed pedestal, guide sleeve is vertically provided on pedestal, guide post is slidably equipped in guide sleeve, guide post driving mechanism is additionally provided on pedestal, the force side of guide post driving mechanism is connected with guide post and guide post can be driven to slide vertically；It is connected with spring downward component in the upper end of guide post, the position of spring downward component described in the face on pedestal is equipped with damper positioning component；Spring downward component includes in horizontally disposed pressure arm, pressure arm at least one end is the pressure connection terminal that can be abutted with absorber spring and provides downward pressure, damper positioning component includes support shaft, and the upper end that support shaft is vertically installed on pedestal and support shaft can be connected to the lower face of damper.The utility model is adaptable strong, can reduce working strength when damper assembly or disassembly, and the stress point that when use acts on damper is distributed more reasonable advantage.
Description
Technical field
The utility model is related to automobile technical fields；More particularly to a kind of automobile absorber spring attaching/detaching apparatus.
Background technology
In order to make the vibration of vehicle frame and vehicle body decay rapidly, improve the ride comfort and comfort of running car, automotive suspension
Damper is typically equipped in system, damper is the rapid wear accessory during automobile use, and damper work quality will be direct
The service life of the stationarity and other parts of running car is influenced, therefore damper should be made often in good working order.
As shown in figure 9, vibration damper assembly 18 generally includes vertically arranged damper 19 and is set in damper circumferential direction
Absorber spring 20；Damper is in integrally rod-shaped, and damper lower end has mounting structure, and mounting structure includes damper lower end
The tight lock part 21 of end face and damper lower end, tight lock part 21 are whole plate-like.
In order to enable vibration damper assembly is in good working order, therefore, it is necessary to by vibration damper assembly from car disassembly,
Vibration damper assembly is safeguarded again.The step of when being maintained just needing that it is dismantled and is assembled.It would generally
The step of being related to dismantling from vibration damper assembly and assembling absorber spring absorber spring can use as schemed in this step
Tooling shown in 10, the tooling include pedestal, and supporting rod is vertically equipped on pedestal, vertical adjustable company on supporting rod
It is connected to pressure arm mounting base, passes through handle grip moving gear, the transmission of gear driving rack between pressure arm mounting base and supporting rod
Mode realizes that pressure arm mounting base is vertically movable along supporting rod；The pressure arm being laterally arranged is connected in pressure arm mounting base,
And it is also associated with damper grapple in the outer end of pressure arm, damper grapple can be connected to absorber spring to be dismounted
It goes up and applies downward pressure；Horizontally disposed gag lever post, one end of gag lever post are additionally provided with below face damper grapple
It is connected and fixed with supporting rod, gag lever post is for limiting the vertically movable of vibration damper assembly to be dismounted.
But this tooling can exist when in use, and one, to make the spring on damper be able to be compressed, operation handlebar
The required power of hand is very big, causes great work intensity；Two, when compressed spring, entire damper, which will produce, axially downwardly to be slid, and is led
Cause it to deflect；Three, damper grapple layout is unreasonable so that damper stress is unreasonable, and damper grapple is in damper
On bite be also easy to produce sliding and deflection.
Therefore, how can provide it is a kind of simple in structure, it is adaptable, when can reduce damper assembly or disassembly
Working strength, when use, act on the stress point on damper and are distributed more rational automobile absorber spring attaching/detaching apparatus, at
There is technical problem to be solved for those skilled in the art.
Utility model content
In view of the above shortcomings of the prior art, technical problem to be solved in the utility model is：How a kind of knot is provided
Structure is simple, adaptable, can reduce working strength when damper assembly or disassembly, when use act on damper by
Force is distributed more rational automobile absorber spring attaching/detaching apparatus.
In order to solve the above-mentioned technical problem, the utility model uses the following technical solution：
A kind of automobile absorber spring attaching/detaching apparatus, including be in horizontally disposed pedestal, it is vertically provided with and leads on pedestal
To set, it is slidably equipped with guide post in guide sleeve, guide post driving mechanism is additionally provided on pedestal, the guide post is driven
The force side of motivation structure is connected with guide post and guide post can be driven to slide vertically；In the case where the upper end of guide post is connected with spring
Component is pressed, the position of spring downward component described in the face on pedestal is equipped with damper positioning component；The spring downward component
Including being in horizontally disposed pressure arm, and pressure arm at least one end is the pressure connection terminal that can be abutted with absorber spring and provides
Downward pressure, feature are that the damper positioning component includes support shaft, and support shaft face pressure arm pressure end is vertical
It is mounted on the base and the upper surface of support shaft is the positioning surface for being positioned to damper lower face.
In the technical program, guide post is oriented to by the guide sleeve of setting, while guiding accuracy can be improved,
But also the component that downward pressure generates reduces, in such manner, it is possible to reduce the operating force applied needed for operation；It is reduced to reach
The purpose of labor intensity.And using such guidance mode also have it is simple in structure, be oriented to reliable advantage.By the way that branch is arranged
Support axis limits the axial direction of vibration damper assembly, can reduce vibration damper assembly axial movement value, convenient to absorber spring
Positioning when dismounting.
As an optimization, the guide post is located at the lower section of guide sleeve upper surface, the both sides where the same diameter of guide sleeve
It is each provided with through its wall thickness and elongated in the vertical direction the first relief hole and the second relief hole, the guiding
The force side of column driving mechanism passes through first relief hole and is connected with guide post, and the interconnecting piece that the pressure arm has passes through
Second relief hole is simultaneously connected with guide post.
In this way, guide post is fully located inside guide sleeve, guiding accuracy can be improved, is reduced because absorber spring acts on
The reaction force direction of pressure arm is when changeable the phenomenon that caused guide post run-off the straight；It can be further so that in operation
Component caused by downward pressure reduces, to achieve the purpose that reduce labor intensity.
As an optimization, the guide post driving mechanism includes control arm mounting bracket and the control arm that is obliquely installed, described
Control arm mounting bracket is vertically arranged to the side on pedestal and positioned at guide sleeve, the upper end of control arm mounting bracket and control arm
The fulcrum of lever is hingedly formed, the upper end of control arm passes through first relief hole and is oriented to the column articulated force side for forming lever
And guide post is driven vertically to slide, the lower end of control arm is downwardly extending the operating side of lever.
In this way, guide post driving mechanism structure is simple；And lever principle is used, has the advantages that laborsaving, can be reduced
The labor intensity of operator.
As an optimization, the connecting portion is in the medium position of pressure arm length direction, and the both ends of pressure arm are respectively to remote
Direction from guide post extends so that pressure arm entirety semicircular in shape designs and in the horizontal direction can be to absorber spring
Semi-surrounding structure is formed, the compression bar for being directed toward its center location is connected at the both ends of pressure arm, the compression bar, which can extend into, to be subtracted
It is abutted against with it in shake device spring and applies downward pressure.
In this way, pressure arm forms semi-surrounding structure to absorber spring, when not applying pressure to absorber spring,
It can guarantee that vibration damper assembly is in vertical state, can effectively prevent vibration damper assembly to be dismounted from toppling, can facilitate
Operator carries out the dismounting operation of absorber spring；Labor intensity is reduced, meanwhile, by two that are directed toward pressure arm center location
Compression bar applies downward pressure to absorber spring, enables to absorber spring stress more balanced.
As an optimization, the compression bar is threadedly connected to pressure arm, and the direction pressure arm center of circle of a compression bar wherein
One end be connected with the spring grapple of " U "-shaped design, the both ends of the spring grapple can extend into absorber spring
It is abutted against with it and applies downward pressure.
In this way, two compression bars can be on absorber spring three different points exert a force simultaneously, to damper bullet
It when spring is compressed, is more uniformly stressed, is not susceptible to tilt, can more easily absorber spring be compressed and then be dismantled
Get off.And the spring grapple for being connected on compression bar and " U "-shaped design can carry out rotating along the axis of compression bar, can be right
Spring grapple is adjusted preferably to match the inclined end face of absorber spring spiral shell.
As an optimization, the interconnecting piece is the pressure arm adjustment axis being connected with the medium position of pressure arm, the pressure arm
Adjustment axis is designed in threaded rod, and the both ends of pressure arm adjustment axis are threadedly coupled with guide post and pressure arm correspondingly.
In this way, respectively screwing in the length of guide post and pressure arm by adjusting pressure arm adjustment axis both ends to obtain pressure arm
Protruding different distance can be completed to match and dismount to different radial dimension of vibration damper assemblies；May be used also simultaneously
With by respectively being rotated from guide post and pressure arm at pressure arm adjustment axis both ends to obtain the pressure of different inclined degrees
Arm, so as to preferably be matched to the end face of absorber spring.
As an optimization, it is also threaded with pressure arm locking nut in pressure arm adjustment axis and adjusts axle lock nut,
The outer end face of the pressure arm locking nut can be affixed bearing, the outer end for adjusting axle lock nut with pressure facies medialis brachii
It can be affixed bearing with the side of guide post.
In such manner, it is possible to it is convenient after the inclined direction of pressure arm is matched with the end face of absorber spring, to pressure arm
Locking between adjustment axis and guide post and between pressure arm adjustment axis and pressure arm, so that whole device conveniently makes
With.
As an optimization, the damper positioning component further includes locking support plate, the vertical installation of the locking support plate
The side for the positioning surface having on pedestal and positioned at the support shaft, the one side of locking support plate can be with damper lower end
The tight lock part having is affixed, and between locking support plate and tight lock part can by two groups it is vertically spaced and run through two
The bolt of person's thickness direction is fixedly connected.
In such manner, it is possible to prevent because damper lower end generates sliding relative to support shaft when absorber spring is excessive by pressure,
Improve safety and reliability when whole device uses.
As an optimization, locking support board mounting structure is installed on pedestal, the locking support board mounting structure includes
Vertically arranged mounting plate is equipped with the mounting hole of strip, the locking support plate and the mounting plate on the mounting plate
It is affixed setting and by two groups of bolts vertically spaced and across the mounting hole and locking support plate thickness direction
It achieves a fixed connection.
In this way, convenient be adjusted to adapt to different types of damper locking support plate in vertical height.So that
Whole device it is more adaptable.
As an optimization, the damper positioning component further includes support shaft mounting structure, the support shaft mounting structure packet
Support adjustment axis that is vertically arranged and being fixedly mounted on pedestal is included, the support adjustment axis is screw thread rod structure, the branch
The hypomere of support axis is in the female tube-in-tube structure of tool and is threadedly connected to support adjustment axis upper end；
It is slidably arranged with plane bearing, the upper surface of the plane bearing and support shaft in the upper end of the support shaft
Upper end flush setting, the upper surface for the shaft shoulder having on the lower face of plane bearing and support shaft is affixed bearing；And institute
The upper end for stating plane bearing is additionally provided with cushion block, makes equipped with relief hole with the position of the upper end face of support shaft on the cushion block
The upper surface for obtaining cushion block and support shaft is set in distance.
In this way, convenient horizontally rotate to the vibration damper assembly for being positioned over cushion block upper end to play the work for adjusting its orientation
With, and the Portable power saving when horizontally rotating to vibration damper assembly；Simultaneously supporting axis can be adjusted in vertical height
It is whole, also play the effect more adaptable so that whole device.
Description of the drawings
Fig. 1 is the front view in specific embodiment of the present invention.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the left view of Fig. 1.
Fig. 4 is the front view of the guide sleeve in Fig. 1.
Fig. 5 is the front view of the guide sleeve in Fig. 1.
Fig. 6 is front view of the utility model when being dismounted to absorber spring.
Fig. 7 is the vertical view of Fig. 6.
Fig. 8 is the left view of Fig. 6.
Fig. 9 is the front view of vibration damper assembly.
Figure 10 is the structural schematic diagram when tooling mentioned in background technology uses.
Specific implementation mode
With reference to example attached drawing, the utility model is described in further detail.
When specific implementation：As shown in Figures 1 to 9, a kind of automobile absorber spring attaching/detaching apparatus, including be in horizontally disposed
Pedestal 1 is vertically provided with guide sleeve 2 on pedestal 1, and guide post 3 is slidably equipped in guide sleeve, is also set up on pedestal
There are guide post driving mechanism, the force side of the guide post driving mechanism to be connected with guide post 3 and guide post can be driven vertical
Sliding；It is connected with spring downward component in the upper end of guide post 3, the position of spring downward component described in the face on pedestal 1 is set
There is damper positioning component；The spring downward component includes in horizontally disposed pressure arm 4, and at least one end of pressure arm 4
For the pressure connection terminal that can be abutted with absorber spring and downward pressure is provided, the damper positioning component includes support shaft 5,
Support shaft face pressure arm pressure end is vertically mounted on the base and the upper surface of support shaft is for fixed to damper lower face
The positioning surface of position.
In the technical program, guide post is oriented to by the guide sleeve of setting, while guiding accuracy can be improved,
But also the component that downward pressure generates reduces, in such manner, it is possible to reduce the operating force applied needed for operation；It is reduced to reach
The purpose of labor intensity.And using such guidance mode also have it is simple in structure, be oriented to reliable advantage.By the way that branch is arranged
Support axis limits the axial direction of vibration damper assembly, can reduce vibration damper assembly axial movement value, convenient to absorber spring
Positioning when dismounting.
In present embodiment, the guide post 3 is located at the lower section of 2 upper surface of guide sleeve, in the same diameter of guide sleeve
The both sides at place are each provided with through its wall thickness and elongated in the vertical direction the first relief hole 6 and second and step down
The force side in hole 7, the guide post driving mechanism passes through first relief hole 6 and is connected with guide post, and the pressure arm 4 has
Some interconnecting pieces pass through second relief hole 7 and are connected with guide post.
In this way, guide post is fully located inside guide sleeve, guiding accuracy can be improved, is reduced because absorber spring acts on
The reaction force direction of pressure arm is when changeable the phenomenon that caused guide post run-off the straight；It can be further so that in operation
Component caused by downward pressure reduces, to achieve the purpose that reduce labor intensity.
In present embodiment, the guide post driving mechanism includes control arm mounting bracket 8 and the behaviour that is obliquely installed
Trailing arm 9, the control arm mounting bracket are vertically arranged on pedestal and positioned at the sides of guide sleeve, control arm mounting bracket it is upper
End hingedly forms the fulcrum of lever with control arm, and the upper end of control arm 9 passes through first relief hole and is oriented to column articulated formation
The force side of lever simultaneously drives guide post vertically to slide, and the lower end of control arm 9 is downwardly extending the operating side of lever.
Wherein, the upper end of control arm 9 with to be oriented to column articulated with hole be the elongate holes being arranged along control arm length direction；Or
Person will be designed as elongate holes for being hinged with the upper end of control arm mounting bracket on control arm 9 with hole.
In this way, guide post driving mechanism structure is simple；And lever principle is used, has the advantages that laborsaving, can be reduced
The labor intensity of operator.
In present embodiment, the connecting portion is in the medium position of 4 length direction of pressure arm, the both ends of pressure arm
Respectively extend to the direction far from guide post so that pressure arm entirety semicircular in shape designs and in the horizontal direction can be to subtracting
It shakes device spring and forms semi-surrounding structure, the compression bar 10 for being directed toward its center location, the compression bar 10 are connected at the both ends of pressure arm 4
It can extend into and abut against and apply downward pressure in absorber spring with it.
In this way, pressure arm forms semi-surrounding structure to absorber spring, when not applying pressure to absorber spring,
It can guarantee that vibration damper assembly is in vertical state, can effectively prevent vibration damper assembly to be dismounted from toppling, can facilitate
Operator carries out the dismounting operation of absorber spring；Labor intensity is reduced, meanwhile, by two that are directed toward pressure arm center location
Compression bar applies downward pressure to absorber spring, enables to absorber spring stress more balanced.
In present embodiment, the compression bar 10 is threadedly connected to pressure arm 4, and the direction of a compression bar wherein
The one end in the pressure arm center of circle is connected with the spring grapple 11 of " U "-shaped design, and the both ends of the spring grapple can extend into
It is abutted against with it in absorber spring and applies downward pressure.
In this way, two compression bars can be on absorber spring three different points exert a force simultaneously, to damper bullet
It when spring is compressed, is more uniformly stressed, is not susceptible to tilt, can more easily absorber spring be compressed and then be dismantled
Get off.And the spring grapple for being connected on compression bar and " U "-shaped design can carry out rotating along the axis of compression bar, can be right
Spring grapple is adjusted preferably to match the inclined end face of absorber spring spiral shell.When implementation, further so that described
Be used on the spring grapple 11 of " u "-shaped and another compression bar 10 and absorber spring to be dismounted on contact the location point of pressure can
On trisection point in same circle.It can better ensure that the force on circumferencial direction is balanced in this way, it is ensured that spring will not produce
Life is crooked and influences dismounting.
In present embodiment, the interconnecting piece is the pressure arm adjustment axis 12 being connected with the medium position of pressure arm 4,
The pressure arm adjustment axis in threaded rod design, and the both ends of pressure arm adjustment axis 12 correspondingly with guide post 3 and pressure
Arm 4 is threadedly coupled.
In this way, respectively screwing in the length of guide post and pressure arm by adjusting pressure arm adjustment axis both ends to obtain pressure arm
Protruding different distance can be completed to match and dismount to different radial dimension of vibration damper assemblies；May be used also simultaneously
With by respectively being rotated from guide post and pressure arm at pressure arm adjustment axis both ends to obtain the pressure of different inclined degrees
Arm, so as to preferably be matched to the end face of absorber spring.
In present embodiment, pressure arm locking nut and adjustment axis are also threaded in pressure arm adjustment axis 12
The outer end face of locking nut, the pressure arm locking nut can be affixed bearing, the adjusting shaft locking with 4 medial surface of pressure arm
The outer end of nut can be affixed bearing with the side of guide post 3.
In such manner, it is possible to it is convenient after the inclined direction of pressure arm is matched with the end face of absorber spring, to pressure arm
Locking between adjustment axis and guide post and between pressure arm adjustment axis and pressure arm, so that whole device conveniently makes
With.
Damper positioning component described in present embodiment further includes locking support plate 13, and the locking support plate is perpendicular
To the positioning surface for being mounted on the base and having positioned at the support shaft side, the one side of locking support plate 13 can be with
The tight lock part that damper lower end has is affixed, and can be vertically spaced and be set by two groups between locking support plate 13 and tight lock part
Bolt that is setting and running through the two thickness direction is fixedly connected.
In such manner, it is possible to prevent because damper lower end generates sliding relative to support shaft when absorber spring is excessive by pressure,
Improve safety and reliability when whole device uses.
In present embodiment, locking support board mounting structure, the locking support plate installation are installed on pedestal 1
Structure includes vertically arranged mounting plate 14, and the mounting hole of strip, the locking support plate 13 are equipped on the mounting plate
With the mounting plate 14 be affixed setting and by two groups it is vertically spaced and pass through the mounting hole and locking support plate
The bolt of thickness direction achieves a fixed connection.
In this way, convenient be adjusted to adapt to different types of damper locking support plate in vertical height.So that
Whole device it is more adaptable.
In present embodiment, the damper positioning component further includes support shaft mounting structure, the support shaft peace
Assembling structure includes support adjustment axis 15 that is vertically arranged and being fixedly mounted on pedestal 1, and the support adjustment axis 15 is screw thread
The hypomere of rod structure, the support shaft 5 in the female tube-in-tube structure of tool and is threadedly connected to support adjustment axis upper end；
It is slidably arranged with plane bearing 16, the upper surface of the plane bearing and branch in the upper end of the support shaft 5
The upper end of support axis 5 flushes setting, and the upper surface for the shaft shoulder having on the lower face of plane bearing 16 and support shaft is affixed bearing；And
And it is additionally provided with cushion block 17 in the upper end of the plane bearing 16, being set with the position of the upper end face of support shaft on the cushion block
There is relief hole that the upper surface of cushion block and support shaft is set in distance.
In this way, convenient horizontally rotate to the vibration damper assembly for being positioned over cushion block upper end to play the work for adjusting its orientation
With, and the Portable power saving when horizontally rotating to vibration damper assembly；Simultaneously supporting axis can be adjusted in vertical height
It is whole, also play the effect more adaptable so that whole device.
In present embodiment, the both ends of the spring grapple 11 are tilted towards the center that " u "-shaped is open, and are made
The extended line for obtaining the both ends axial line of spring grapple " u "-shaped passes through the center of circle of pressure arm.
In this way, when the absorber spring different to radial dimension dismounts, can better ensure that on circumferencial direction
Force it is balanced, it is ensured that spring not will produce crooked and influence dismounting.
Claims (10)
1. a kind of automobile absorber spring attaching/detaching apparatus, including be in horizontally disposed pedestal（1）, in pedestal（1）It is upper vertically arranged
There is guide sleeve（2）, guide post is slidably equipped in guide sleeve（3）, guide post driving mechanism, institute are additionally provided on pedestal
State force side and the guide post of guide post driving mechanism（3）It is connected and guide post can be driven to slide vertically；In guide post（3）'s
Upper end is connected with spring downward component, pedestal（1）On face described in spring downward component position be equipped with damper positioning group
Part；The spring downward component includes in horizontally disposed pressure arm（4）, and pressure arm（4）At least one end be can with subtract
The pressure connection terminal of shake device spring abutting simultaneously provides downward pressure, which is characterized in that the damper positioning component includes support shaft
（5）, support shaft face pressure arm pressure end is vertically mounted on the base and the upper surface of support shaft is for damper lower end
The positioning surface of face positioning.
2. a kind of automobile absorber spring attaching/detaching apparatus as described in claim 1, which is characterized in that the guide post（3）Position
In guide sleeve（2）The lower section of upper surface, the both sides where the same diameter of guide sleeve be each provided with it is through its wall thickness and
The first elongated relief hole on vertical direction（6）With the second relief hole（7）, the force side of the guide post driving mechanism is worn
Cross first relief hole（6）And be connected with guide post, the pressure arm（4）The interconnecting piece having passes through second relief hole
（7）And it is connected with guide post.
3. a kind of automobile absorber spring attaching/detaching apparatus as claimed in claim 2, which is characterized in that the guide post driving machine
Structure includes control arm mounting bracket（8）With the control arm being obliquely installed（9）, the control arm mounting bracket is vertically arranged to pedestal
Side upper and positioned at guide sleeve, upper end and the control arm of control arm mounting bracket hingedly form the fulcrum of lever, control arm（9）
Upper end pass through first relief hole be oriented to it is column articulated formation lever force side and drive guide post vertically to slide
It is dynamic, control arm（9）Lower end be downwardly extending the operating side of lever.
4. a kind of automobile absorber spring attaching/detaching apparatus as claimed in claim 2, which is characterized in that the connecting portion is in pressure
The arm of force（4）The both ends of the medium position of length direction, pressure arm respectively extend to the direction far from guide post so that pressure arm
Whole semicircular in shape design simultaneously can form semi-surrounding structure to absorber spring in the horizontal direction, in pressure arm（4）Two
End is connected with the compression bar for being directed toward its center location（10）, the compression bar（10）It can extend into absorber spring and abutted against with it
And apply downward pressure.
5. a kind of automobile absorber spring attaching/detaching apparatus as claimed in claim 4, which is characterized in that the compression bar（10）Screw thread
It is connected to pressure arm（4）, and the one end in the direction pressure arm center of circle of a compression bar is connected with the bullet of " U "-shaped design wherein
Spring grapple（11）, the both ends of the spring grapple, which can extend into, abuts against with it and applies downward pressure in absorber spring
Power.
6. a kind of automobile absorber spring attaching/detaching apparatus as claimed in claim 4, which is characterized in that the interconnecting piece is and pressure
The arm of force（4）The connected pressure arm adjustment axis of medium position（12）, the pressure arm adjustment axis is designed in threaded rod, and pressure arm
Adjustment axis（12）Both ends correspondingly and guide post（3）And pressure arm（4）It is threadedly coupled.
7. a kind of automobile absorber spring attaching/detaching apparatus as claimed in claim 6, which is characterized in that in pressure arm adjustment axis
（12）On be also threaded with pressure arm locking nut and adjust axle lock nut, the outer end face energy of the pressure arm locking nut
Enough and pressure arm（4）Medial surface is affixed bearing, and the outer end for adjusting axle lock nut can be with guide post（3）Side be affixed
Bearing.
8. a kind of automobile absorber spring attaching/detaching apparatus as described in claim 1, which is characterized in that the damper positioning group
Part further includes locking support plate（13）, the locking support plate is vertical to be mounted on the base and is located at what the support shaft had
The side of positioning surface, locking support plate（13）The tight lock part that can have with damper lower end of one side be affixed, and lock branch
Fagging（13）It can be fixed by two groups of bolts that are vertically spaced and running through the two thickness direction between tight lock part
Connection.
9. a kind of automobile absorber spring attaching/detaching apparatus as claimed in claim 8, which is characterized in that in pedestal（1）Upper installation
There is a locking support board mounting structure, the locking support board mounting structure includes vertically arranged mounting plate（14）, in the peace
Loading board is equipped with the mounting hole of strip, the locking support plate（13）With the mounting plate（14）It is affixed setting and by two groups
Vertically spaced and across the mounting hole and locking support plate thickness direction bolt achieves a fixed connection.
10. a kind of automobile absorber spring attaching/detaching apparatus as claimed in claim 2, which is characterized in that the damper positioning
Component further includes support shaft mounting structure, and the support shaft mounting structure includes vertically arranged and is fixedly mounted on pedestal（1）
On support adjustment axis（15）, the support adjustment axis（15）For screw thread rod structure, the support shaft（5）Hypomere be in have it is interior
The tube-in-tube structure of screw thread and it is threadedly connected to support adjustment axis upper end；
In the support shaft（5）Upper end be slidably arranged with plane bearing（16）, the upper surface of the plane bearing and branch
Support axis（5）Upper end flush setting, plane bearing（16）Lower face and support shaft on the upper surface of the shaft shoulder that has be affixed branch
It holds；And in the plane bearing（16）Upper end be additionally provided with cushion block（17）, rectifying with the upper of support shaft on the cushion block
To position equipped with relief hole the upper surface of cushion block and support shaft is set in distance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721802737.0U CN207656604U (en) | 2017-12-21 | 2017-12-21 | A kind of automobile absorber spring attaching/detaching apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721802737.0U CN207656604U (en) | 2017-12-21 | 2017-12-21 | A kind of automobile absorber spring attaching/detaching apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207656604U true CN207656604U (en) | 2018-07-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721802737.0U Expired - Fee Related CN207656604U (en) | 2017-12-21 | 2017-12-21 | A kind of automobile absorber spring attaching/detaching apparatus |
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| Country | Link |
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| CN (1) | CN207656604U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110816716A (en) * | 2019-12-13 | 2020-02-21 | 湖北大冶汉龙汽车有限公司 | Adjusting and combining device and method for front suspension and automobile body of automobile |
| CN113442093A (en) * | 2020-03-25 | 2021-09-28 | 中冶宝钢技术服务有限公司 | Replacement tool and process for HGC sensor |
| CN109926791B (en) * | 2019-04-03 | 2024-01-09 | 北京北方华德尼奥普兰客车股份有限公司 | Machining assembly device for replacing shock absorber for automobile |
-
2017
- 2017-12-21 CN CN201721802737.0U patent/CN207656604U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109926791B (en) * | 2019-04-03 | 2024-01-09 | 北京北方华德尼奥普兰客车股份有限公司 | Machining assembly device for replacing shock absorber for automobile |
| CN110816716A (en) * | 2019-12-13 | 2020-02-21 | 湖北大冶汉龙汽车有限公司 | Adjusting and combining device and method for front suspension and automobile body of automobile |
| CN113442093A (en) * | 2020-03-25 | 2021-09-28 | 中冶宝钢技术服务有限公司 | Replacement tool and process for HGC sensor |
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