CN204077288U - A kind of stabilizer rod Tiebar structure and stabilizer rod rod assembly - Google Patents
A kind of stabilizer rod Tiebar structure and stabilizer rod rod assembly Download PDFInfo
- Publication number
- CN204077288U CN204077288U CN201420349158.5U CN201420349158U CN204077288U CN 204077288 U CN204077288 U CN 204077288U CN 201420349158 U CN201420349158 U CN 201420349158U CN 204077288 U CN204077288 U CN 204077288U
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- rod
- assembling
- assembly
- rubber cushion
- stabilizer
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Abstract
The utility model discloses a kind of stabilizer rod Tiebar structure and stabilizer rod rod assembly, comprising: shaft, shaft comprises first body of rod, second body of rod and the tapered at one end from second body of rod and narrows to the 3rd body of rod on first body of rod; Be connected to the welding end on first body of rod; And the assembling end be connected on second body of rod, wherein: assembling end comprises: assembling is held greatly, assemble small end and the large end of self-assembly narrows the assembling middle-end in order to spacing rubber cushion to assembling small end, the large end of assembling is connected on second body of rod, the outside dimension of the large end of assembling is less than the outside dimension of second body of rod, and is greater than the outside dimension of assembling small end.The invention also discloses a kind of stabilizer rod rod assembly.Implement stabilizer rod Tiebar structure of the present utility model and stabilizer rod rod assembly, rubber cushion mounted thereto can be avoided by excessive compression, promote the buffer capacity of stabilizer rod; Reduce use ball pin assembly, overcome the problem of ball pin fracture or shaft fracture, improve stability and safety, reduce costs.
Description
Technical field
The utility model relates to stabilizer rod technical field, particularly relates to a kind of stabilizer rod Tiebar structure and stabilizer rod rod assembly.
Background technology
Stabilizer rod is one of important part of automobile.Automobile is when negotiation of bends, and due to the effect of centnifugal force, auto body produces and rolls, and stabilizer rod, by the torsion of self, reduces the inclination of vehicle body, improves the safety of negotiation of bends.Such as, stabilizer rod can play a role when turning, crossing hole or crossing lofty piece and make left and right wheels bear different power.In addition, stabilizer rod can also increase travelling comfort when vehicle is crossed curved and stability indirectly.Existing stabilizer rod due to structure design unreasonable, there is following defect: such as: shaft structures design is unreasonable, the situation that ball pin fracture or shaft fracture easily occur under bad working environments.For another example: buffer structure design open defect, does not have the effect of buffering.
Utility model content
Technical problem to be solved in the utility model is, provides a kind of stabilizer rod Tiebar structure and stabilizer rod rod assembly, avoids rubber cushion mounted thereto by excessive compression, promotes the buffer capacity of stabilizer rod; Reduce use ball pin assembly, overcome the problem of ball pin fracture or shaft fracture, improve stability and safety, reduce costs.
In order to solve the problems of the technologies described above, embodiment of the present utility model provides a kind of stabilizer rod rod assembly, comprise: pull bar, the first rubber cushion and the second rubber cushion, pull bar comprises: shaft, welding end and assembling end, shaft comprises: first body of rod, second body of rod and the tapered at one end from second body of rod narrow to the 3rd body of rod on first body of rod, and welding end is connected on first body of rod; Assembling end comprises: assembling is held greatly, assemble small end and the large end of self-assembly narrows assembling middle-end to assembling small end, the large end of assembling is connected on second body of rod, the outside dimension of the large end of assembling is less than the outside dimension of second body of rod, and is greater than the outside dimension of assembling small end; The middle part of the first rubber cushion offer hold greatly with assembling respectively, the first assembly cavity that the external diameter that assembles middle-end and assemble small end mates successively, the second assembly cavity mated successively with the external diameter assembling small end with the first rubber cushion is respectively offered at the middle part of the second rubber cushion, wherein: the first rubber cushion is connected on assembling end by the second assembly cavity successively adapter sleeve by the first assembly cavity, the second rubber cushion.
Wherein, stabilizer rod rod assembly also comprises: adapter sleeve is connected on assembling upper first pad of end and the second pad respectively, wherein: the first pad is between second body of rod and the first rubber cushion, and the second pad extrudes the second rubber cushion and is pressed on second body of rod by the first pad together with the first rubber cushion.
Wherein, stabilizer rod rod assembly also comprises: be connected to the ball pin assembly on welding end, wherein: ball pin assembly comprises: be fastened on the steel body on welding end, be arranged on the ball pin body in steel body and hold the dust boot be connected between steel body and ball pin body.
Wherein, steel body has inner chamber, arranges buffer part in inner chamber.
Wherein, welding end is provided with hexagonal flange.
Wherein, the end of assembling small end is provided with outside thread.
For solving the problems of the technologies described above, the invention also discloses a kind of stabilizer rod Tiebar structure, comprising: shaft, shaft comprises first body of rod, second body of rod and the tapered at one end from second body of rod and narrows to the 3rd body of rod on first body of rod; Be connected to the welding end of the ball pin assembly had in order to stable connection bar rod assembly on first body of rod; And the assembling end of the pad had in order to stable connection bar rod assembly be connected on second body of rod or rubber cushion, wherein: assembling end comprises: assembling is held greatly, assemble small end and the large end of self-assembly narrows the assembling middle-end in order to spacing rubber cushion to assembling small end, the large end of assembling is connected on second body of rod, assembling large end outside dimension is less than the outside dimension of second body of rod, and is greater than the outside dimension of assembling small end.
Wherein, the coaxial configuration that small end is formed in one is held greatly, assembles middle-end and is assembled in welding end, first body of rod, the 3rd body of rod, second body of rod, assembling.
Wherein, welding end is provided with hexagonal flange.
Wherein, the end of assembling small end is provided with outside thread.
Stabilizer rod Tiebar structure provided by the utility model and stabilizer rod rod assembly, have following beneficial effect:
The first, one end of pull bar is connected front swing arm by the first rubber cushion with the second rubber cushion, and can reduce use ball pin assembly, assembly is few, more easily assembles; Length by increasing pull bar adapts to different suspension systems, and commonality is stronger.
The second, second body of rod with larger outside dimension is set in the yield point position of pull bar, prevents pull bar from fractureing in yield point position or rupturing, improve stability and safety.
3rd, second pad extrudes the second rubber cushion and is pressed on the end face of second body of rod together with the first rubber cushion by the first pad, the adapter structure of shaft can produce position-limiting action significantly to two rubber cushions, rubber cushion can be avoided by excessive compression, improve the buffer capacity of stabilizer rod further.
4th, the structure design of welding end can avoid the interference of pull bar and ball pin dust boot, to the layout of vehicle suspension advantageously; When the arranging of hexagonal flange can prevent from turning round nutting, ball pin assembly rotates, and promotes efficiency of assembling.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the partial schematic sectional view of the utility model embodiment stabilizer rod rod assembly.
Fig. 2 is the structural representation of the utility model embodiment stabilizer rod pull bar.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Fig. 1-Fig. 2 is the embodiment one of the utility model stabilizer rod rod assembly.
Stabilizer rod rod assembly in the present embodiment comprises: stabilizer rod pull bar 1(is hereinafter referred to as pull bar 1), the first rubber cushion 2 and the second rubber cushion 3.
During concrete enforcement, pull bar 1 centre portion is as shown in Figure 2 shaft 11.Shaft 11 comprises: first body of rod 111, second body of rod 112 and narrowing to the 3rd body of rod 113 on first body of rod 111 from the tapered at one end of second body of rod 112.That is, one section of body of rod that the 3rd body of rod 113 increases from left to right gradually for external diameter, and make the outside dimension of second body of rod 112 be greater than the outside dimension of first body of rod 111.The vibrational power flow of shaft 11 functions as follows: because the position residing for second body of rod 112 and the 3rd body of rod 113 is the yield point position of pull bar entirety, second body of rod 112 of larger outside dimension is set in the rear end of the 3rd body of rod 113 of one section of outside dimension gradual change, can prevent stabilizer rod pull bar from fractureing in yield point position or rupturing, improve stability and the safety of stabilizer rod.
Pull bar 1 left part is as shown in Figure 2 welding end 12, and welding end 12 has termination 121, and this termination 121 can connect ball pin assembly 4.During concrete enforcement, termination 121 connects ball pin assembly 4 by the mode of welding, compared to traditional mounting structure, pull bar 1 and ball pin assembly 4 can be avoided to interfere, be more conducive to the layout of vehicle suspension.
Preferably, welding end 12 is provided with hexagonal flange 122, and termination 121 is connected to one end of hexagonal flange 122, and the other end of hexagonal flange 122 is connected on first body of rod 111.During use, spanner can be used to be stuck on hexagonal flange 122, and assemble screw on nut on end 13 simultaneously, can prevent ball pin assembly 4 from rotating with pull bar, promote efficiency of assembling.
Pull bar 1 right part is as shown in the figure assembling end 13.Assembling end 13 comprises the large end 131 of assembling, assembling small end 132 and the large end 131 of self-assembly and narrows assembling middle-end 133 to assembling small end 132, and the large end 131 of assembling is connected on the side end face 112a of second body of rod 112.That is, one section of body of rod that assembling middle-end 133 reduces from left to right gradually for external diameter, and then make assembling hold greatly the outside dimension of 131 to be less than the outside dimension of second body of rod 112, and be greater than the outside dimension of assembling small end 132.The effect of setting like this: make second body of rod 112 form one in order to keep out the side end face 112a of the first pad 5, this side end face 112a can play position-limiting action.Meanwhile, because the outside dimension assembling large end 131 is greater than the outside dimension of assembling small end 132, also can prevent from assembling the first rubber cushion 2 thereon by excessive compression, promote the buffer capacity of stabilizer rod.
Preferably, pull bar 1 is the coaxial configuration be connected successively by welding end 12, first body of rod 111, the 3rd body of rod 113, second body of rod 112, the large end 131 of assembling, assembling middle-end 133 and assembling small end 132, and can be one-body molded.Its effect is: under the prerequisite not improving productive costs, make pull bar have can be suitable with above-mentioned functions architectural feature; By increasing the length of arbitrary shaft 11, welding end 12 and assembling end 13 to adapt to different suspension systems, the commonality of sense of stability pull bar can also be increased.
Further, the stabilizer rod rod assembly in the present embodiment can also comprise: be socketed in pull bar 1 successively and assemble the first pad 5, first rubber cushion 2, second rubber cushion 3 and the second pad 6 on end 13.Wherein: the first pad 5 and the second pad 6 are the schistose texture that middle part is provided with assembly opening.The aperture of the assembly opening offered in the middle part of the first pad 5 holds the diameter dimension of 131 suitable greatly with assembling, the aperture of the assembly opening offered in the middle part of the second pad 6 is suitable with the diameter dimension of assembling small end 132, and two pads can be socketed on the large end 131 of assembling and assembling small end 132 respectively.
First rubber cushion 2 comprises cylindrical body (figure does not mark) and the head 21 of projection on body, and head 21 is also in cylindric.It is shoulder hole structure that the first assembly cavity 20, first assembly cavity 20 is offered at the center of the first rubber cushion 2, and the shape of internal aperture holds 131 greatly with assembling respectively, the external diameter that assembles middle-end 133 and assemble small end 132 is corresponding in turn to and mates.That is, the first rubber cushion 2 can be socketed on assembling end 13 by the first assembly cavity 20.
The laminating that after assembling, the first rubber cushion 2 hold 131 greatly with assembling respectively by the first assembly cavity 20, assemble middle-end 133 and assemble small end 132 realizes and to assemble end 13 fastening.External diameter difference between the large end 131 of assembling and assembling small end 132 can produce position-limiting action significantly to laminating socket the first rubber cushion 2 thereon, avoids the first rubber cushion 2 by excessive compression.
Second rubber cushion 3 is in cylindric, and its center is offered the second assembly cavity 30, second assembly cavity 30 and is similarly shoulder hole structure, and the shape of internal aperture is corresponding in turn to the external diameter of the first rubber cushion 2 head 21 and the external diameter that assembles small end 132 respectively mates.That is, the second rubber cushion 3 can be socketed on assembling end 13.
After assembling, the second pad 6 is realized with the head 21 of the first rubber cushion 2, the laminating of assemble small end 132 respectively by the second assembly cavity 30 and to assemble end 13 fastening.External diameter difference between the head 21 of the first rubber cushion 2 and assembling small end 132 can produce position-limiting action significantly to laminating socket the second rubber cushion 3 thereon, avoids the second rubber cushion 3 by excessive compression.
Further, stabilizer rod rod assembly also comprises: be connected to the ball pin assembly 4 on welding end 12.Ball pin assembly 4 comprises: be fastened on the steel body 41 on the termination 121 of welding end 12, be plugged on the ball pin body 42 in the inner chamber 411 of steel body 41 and hold the dust boot 43 be connected between steel body 41 and ball pin body 42.Wherein: steel body 41 is a cavity, head 421 sealing of ball pin body 42 is plugged in the cavity 411 of steel body 41.Relative to the bar portion (figure do not mark) of the other end that ball pin body 42 arranges head 421 one end, in order to connect other zero material of vehicle, ball pin body 42 can carry out oscillating motion relative to steel body 41 under the drive of other zero material.
Preferably, the environmental seal of the head 421 that ball pin body 42 is plugged in the inner chamber 411 of steel body 41 arranges buffer part 44, to improve the stability of sense of stability pull bar.
The stabilizer rod rod assembly of the present embodiment, when assembling, first, can assemble the first pad 5 and the first rubber cushion 2 successively on assembling end 13, then in an end side trailing arm (figure does not mark) being arranged on the first rubber cushion 2, enables this trailing arm fastening with pull bar.Then the second rubber cushion 3 and the second pad 6 is socketed successively.Like this, trailing arm is folded in the clearance position between the first rubber cushion 2 and the second rubber cushion 3.Then by the first pad 5, first rubber cushion 2, second rubber cushion 3 and the second pad 6 and the corresponding fastening structure that trailing arm is offered (bolt connects), the first rubber cushion 2, second rubber cushion 3, first pad 5 and the second pad 6 are realized fastening with trailing arm.And then, a swing arm is connected on the first rubber cushion 2 and the second rubber cushion 3.Finally, the outside thread 1321 of assembling small end 132 end is locked a nut (figure does not mark), and the second pad 6 extrudes the second rubber cushion 3 and is pressed on the end face 112a of second body of rod 112 by first pad 5 together with the first rubber cushion 2.
The stabilizer rod rod assembly of the present embodiment is when implementing, and above-mentioned swing arm is pulled by the first rubber cushion 2 and the second rubber cushion 3 pairs of pull bars, and pull bar drives ball pin assembly 4 to move.External diameter difference between the large end 131 of assembling and assembling small end 132 can produce position-limiting action significantly to laminating socket the first rubber cushion 2 thereon, to avoid in motion process the first rubber cushion 2 by excessive compression.External diameter difference between the head 21 of the first rubber cushion 2 and assembling small end 132 can produce position-limiting action significantly to laminating socket the second rubber cushion 3 thereon, to avoid in motion process the second rubber cushion 3 by excessive compression.
In other embodiment of stabilizer rod rod assembly of the present utility model, stabilizer rod rod assembly directly can assemble the first rubber cushion 2 and the second rubber cushion 3 on assembling end 13, and do not assemble the first pad 2 and the second pad 6, the spacing essence of assembling end 13 to two rubber cushions 2,3 does not change.Meanwhile, welding end 12 also can not arrange hexagonal flange 122, do not affect enforcement.In addition, also the framing member being used for different suspension system demand can be connected, as structures such as bumper, ball pin assembly, swing arms on the welding end 12 of stabilizer rod Tiebar structure with assembling end 13.Such as: as long as increase or reduce the length of arbitrary shaft 11, welding end 12 and assembling end 13.
Stabilizer rod Tiebar structure of the present utility model and assembly, have following beneficial effect: the first, and one end of pull bar is connected swing arm by the first rubber cushion with the second rubber cushion, and can reduce use ball pin assembly, assembly is few, more easily assembles; Length by increasing pull bar adapts to different suspension systems, and commonality is stronger.
The second, second body of rod with larger outside dimension is set in the yield point position of pull bar, prevents pull bar from fractureing in yield point position or rupturing, improve stability and safety.
3rd, second pad extrudes the second rubber cushion and is pressed on the end face of second body of rod together with the first rubber cushion by the first pad, the adapter structure of shaft can produce position-limiting action significantly to two rubber cushions, rubber cushion can be avoided by excessive compression, improve the buffer capacity of stabilizer rod further.
4th, the structure design of welding end can avoid the interference of pull bar and ball pin dust boot, to the layout of vehicle suspension advantageously; When the arranging of hexagonal flange can prevent from turning round nutting, ball pin assembly rotates, and promotes efficiency of assembling.
Claims (10)
1. a stabilizer rod rod assembly, is characterized in that, comprising:
Pull bar, the first rubber cushion and the second rubber cushion, described pull bar comprises: shaft, welding end and assembling end, described shaft comprises: first body of rod, second body of rod and the tapered at one end from described second body of rod narrow to the 3rd body of rod on described first body of rod, and described welding end is connected on described first body of rod;
Described assembling end comprises: assembling is held greatly, assembled small end and hold greatly the assembling middle-end narrowed to described assembling small end from described assembling, described assembling is held greatly and is connected on described second body of rod, the outside dimension that described assembling is held greatly is less than the outside dimension of described second body of rod, and is greater than the outside dimension of described assembling small end;
The middle part of described first rubber cushion offer hold greatly with described assembling respectively, the first assembly cavity that the external diameter that assembles middle-end and assemble small end mates successively, the second assembly cavity mated successively with the external diameter of described first rubber cushion and described assembling small end is respectively offered at the middle part of described second rubber cushion, wherein:
Described first rubber cushion is connected on described assembling end by described second assembly cavity successively adapter sleeve by described first assembly cavity, described second rubber cushion.
2. stabilizer rod rod assembly as claimed in claim 1, it is characterized in that, described stabilizer rod rod assembly also comprises: adapter sleeve is connected on described assembling upper first pad of end and the second pad respectively, wherein:
Described first pad is between described second body of rod and described first rubber cushion, and described first pad is pressed on described second body of rod together with described first rubber cushion by described second rubber cushion of described second pad extruding.
3. stabilizer rod rod assembly as claimed in claim 1 or 2, it is characterized in that, described stabilizer rod rod assembly also comprises: be connected to the ball pin assembly on described welding end, wherein:
Described ball pin assembly comprises: be fastened on the steel body on described welding end, be arranged on the ball pin body in described steel body and hold the dust boot be connected between described steel body and described ball pin body.
4. stabilizer rod rod assembly as claimed in claim 3, it is characterized in that, described steel body has inner chamber, arranges buffer part in described inner chamber.
5. stabilizer rod rod assembly as claimed in claim 1 or 2, it is characterized in that, described welding end is provided with hexagonal flange.
6. stabilizer rod rod assembly as claimed in claim 1 or 2, it is characterized in that, the end of described assembling small end is provided with outside thread.
7. a stabilizer rod Tiebar structure, is characterized in that, comprising:
Shaft, described shaft comprises first body of rod, second body of rod and the tapered at one end from described second body of rod and narrows to the 3rd body of rod on described first body of rod;
Be connected to the welding end of the ball pin assembly had in order to stable connection bar rod assembly on described first body of rod; And
Be connected to the assembling end of the pad had in order to stable connection bar rod assembly on described second body of rod or rubber cushion, wherein:
Described assembling end comprises: assembling is held greatly, assembled small end and hold greatly the assembling middle-end in order to spacing described rubber cushion narrowed to described assembling small end from described assembling, described assembling is held greatly and is connected on described second body of rod, the outside dimension that described assembling is held greatly is less than the outside dimension of described second body of rod, and is greater than the outside dimension of described assembling small end.
8. stabilizer rod Tiebar structure as claimed in claim 7, is characterized in that, the coaxial configuration that small end is formed in one is held greatly, assembles middle-end and assembled in described welding end, described first body of rod, described 3rd body of rod, described second body of rod, described assembling.
9. stabilizer rod Tiebar structure as claimed in claim 7 or 8, it is characterized in that, described welding end is provided with hexagonal flange.
10. stabilizer rod Tiebar structure as claimed in claim 7, it is characterized in that, the end of described assembling small end is provided with outside thread.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420349158.5U CN204077288U (en) | 2014-06-27 | 2014-06-27 | A kind of stabilizer rod Tiebar structure and stabilizer rod rod assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420349158.5U CN204077288U (en) | 2014-06-27 | 2014-06-27 | A kind of stabilizer rod Tiebar structure and stabilizer rod rod assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204077288U true CN204077288U (en) | 2015-01-07 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420349158.5U Withdrawn - After Issue CN204077288U (en) | 2014-06-27 | 2014-06-27 | A kind of stabilizer rod Tiebar structure and stabilizer rod rod assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204077288U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105291752A (en) * | 2014-06-27 | 2016-02-03 | 广州汽车集团股份有限公司 | Stabilizer bar pull bar structure and stabilizer bar pull bar assembly |
-
2014
- 2014-06-27 CN CN201420349158.5U patent/CN204077288U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105291752A (en) * | 2014-06-27 | 2016-02-03 | 广州汽车集团股份有限公司 | Stabilizer bar pull bar structure and stabilizer bar pull bar assembly |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150107 Effective date of abandoning: 20171208 |
|
| AV01 | Patent right actively abandoned |