CN205573629U - Promote middle support structure of rigidity and absorbing - Google Patents
Promote middle support structure of rigidity and absorbing Download PDFInfo
- Publication number
- CN205573629U CN205573629U CN201620266634.6U CN201620266634U CN205573629U CN 205573629 U CN205573629 U CN 205573629U CN 201620266634 U CN201620266634 U CN 201620266634U CN 205573629 U CN205573629 U CN 205573629U
- Authority
- CN
- China
- Prior art keywords
- rubber
- spacer
- damping
- rigidity
- rubber parts
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Vibration Prevention Devices (AREA)
- Springs (AREA)
Abstract
The utility model discloses a promote middle support structure of rigidity and absorbing, including upper bracket, lower carriage, rubber pendant and bearing, the upper bracket with equal semicircular in shape of lower carriage and lock setting, the rubber pendant is the annular, the outer anchor ring joint of rubber pendant is in the upper bracket with descend bracket fastening to close in the back circular space who forms, the interior anchor ring of rubber pendant is equipped with first recess, bearing assembly sets up in the first recess, evenly be equipped with bellied rib between the interior anchor ring of rubber pendant and the outer anchor ring. The utility model discloses a promote middle support structure of rigidity and absorbing has avoided because the vibration of transmission shaft and middle support structure and aggravation rear axle and drive line, automobile body vibration, and avoid with road surface excitation coupling, all have clear improvement to whole car vibration noise in low -speed and high -speed section to reach the mesh that reduces the vibration noise.
Description
Technical field
This utility model relates to the supporting structure of power transmission shaft, promotes particularly to one
Rigidity and the intermediate support structure of damping.
Background technology
For front-engine rear-drive car, in order to reduce the vibration of power transmission shaft, it is to avoid owing to passing
Moving axis and intermediate support vibration aggravate back axle and power train, body vibrations, and avoid
Couple with road excitation, to reduce the purpose of vibration noise.Generally require and carry
Rise radial rigidity and the rigid body mode of power transmission shaft of intermediate support.
For current intermediate support structure, its rigidity is on the low side.Can only be by improving
Rubber hardness promotes rigidity.But intermediate support assembly is difficult to after hardness raising
Assembling, technique realizes difficulty.
And the side that structure is current at the installing hole that intermediate support is connected with mounting bracket
Case many employings simple metal designs, and is rigidly connected, is unfavorable for vibration damping.
Summary of the invention
This utility model is to solve deficiency of the prior art, it is provided that a kind of
Promote rigidity and the intermediate support structure of damping.
The technology of a kind of intermediate support structure promoting rigidity and damping of this utility model
Scheme is:
A kind of intermediate support structure promoting rigidity and damping, including upper bracket, under
Support, rubber suspension member and bearing, described upper bracket and described lower carriage are all in semicircle
Shape also fastens setting, described rubber suspension member ringwise, the outer shroud of described rubber suspension member
The circular space that face is formed after being connected to described upper bracket and described lower carriage fastening
In, the inner ring surface of described rubber suspension member is provided with the first groove, and the assembling of described bearing sets
Put in described first groove, between inner ring surface and the outer ring surface of described rubber suspension member
It is uniformly provided with the rib of projection.
The technology of a kind of intermediate support structure promoting rigidity and damping of this utility model
Scheme it may also is that
The internal ring of described rubber suspension member it is provided with on the outer ring surface of described rubber suspension member
The opening that direction, face is offered, the circumferentially extending setting of described opening, described in open
It is provided with circumferentially extending annular housing between mouth and described first groove.
The both ends of described upper bracket are equipped with horizontal-extending upper mounting plate, described under
The both ends of support are equipped with horizontal-extending lower platform, and described upper mounting plate is provided with
Upper installing hole, described lower platform is provided with lower installing hole, described upper installing hole and institute
Stating and be inserted with spacer between lower installing hole, described upper bracket and described lower carriage pass through
Described spacer and being bolted on underbody.
The top of described spacer is provided with ring flange, and the bottom surface of described ring flange is with described
Upper mounting plate offsets.
The first sealing member closely it is provided with between described upper bracket and described spacer, described
The top of the first sealing member offsets with the bottom of described ring flange, and described first seals
The bottom of part offsets with described upper mounting plate.
Described first sealing member includes the first installing plate and first rubber of annular of annular
Glue part, the inwall of described first installing plate and the inwall of described first rubber parts all with
The outer wall of described spacer fits tightly, described first installing plate inlay be arranged on described
The top of the first rubber parts, the bottom of described first rubber parts is provided with to downwardly extend and sets
The first rubber bodies put, described first rubber bodies is plugged in described upper mounting plate with described
Between spacer, the bottom of described first rubber parts offsets with described upper mounting plate, described
The end face of the first installing plate offsets with the bottom surface of described ring flange, described first rubber
The inwall of part be provided with inside the first bulge loop, described first bulge loop with described every
The outer wall of set closely cooperates.
The second sealing member closely it is provided with between described lower carriage and described spacer, described
The top of the second sealing member offsets with described lower platform, the end of described second sealing member
The bottom of portion and described spacer is fixed.
Described second sealing member includes the second installing plate and second rubber of annular of annular
Glue part, the inwall of described second installing plate and the inwall of described second rubber parts all with
The outer wall of described spacer fits tightly, described second installing plate inlay be arranged on described
The bottom of the second rubber parts, the top of described second rubber parts is provided with to upwardly extend and sets
The second rubber bodies put, described second rubber bodies is plugged in described lower platform with described
Between spacer, the top of described second rubber parts offsets with described lower platform, described
The bottom surface of the second installing plate is fixed with the bottom with described spacer.
The inwall of described second rubber parts is provided with the second bulge loop of inside, described
Second bulge loop closely cooperates with the outer wall of described spacer.
The bottom of described spacer is provided with the second groove, and described second bulge loop is fastened on institute
State in the second groove, the bottom of described spacer be provided with concave up so that formed second
End face, described second installing plate is fixed with described spacer by described second end face.
A kind of intermediate support structure promoting rigidity and damping of the present utility model, bag
Include upper bracket, lower carriage, rubber suspension member and bearing, described upper bracket and described under
The equal semicircular in shape of support also fastens setting, described rubber suspension member ringwise, described rubber
The outer ring surface of glue suspension member is connected to institute's shape after described upper bracket and described lower carriage fastening
In the circular space become, the inner ring surface of described rubber suspension member is provided with the first groove, institute
State bearing assembling to be arranged in described first groove, the inner ring surface of described rubber suspension member
And between outer ring surface, it is uniformly provided with the rib of projection.Compared with prior art, this reality
By novel technical scheme, bearing is assemblied in the first groove, so and bearing
The produced vibration at the volley of the power transmission shaft of assembling, can be obtained by the first groove
To buffering, and vibration is passed to the various piece of rubber suspension member, to reduce
The vibration problem of power transmission shaft.Meanwhile, when bearing is by the radial direction from power transmission shaft
During active force, during rubber suspension member radial motion in the middle of compressing, rubber suspension member interior
The rib being uniformly provided with projection between anchor ring and outer ring surface can reasonably reduce rubber
The radial deformation of suspension member, i.e. promotes the radial rigidity of entirety, then promotes power transmission shaft
Rigid body mode value.Avoid owing to power transmission shaft and intermediate support structure are vibrated and aggravated
Back axle and power train, body vibrations, and avoid coupling with road excitation, at low speed
With high regime, car load vibration noise is all had clear improvement, make an uproar reducing vibration
The purpose of sound.
Accompanying drawing explanation
A kind of intermediate support structure promoting rigidity and damping of Fig. 1 this utility model
Schematic diagram；
The rubber of a kind of intermediate support promoting rigidity and damping of Fig. 2 this utility model
The cross-sectional view of glue suspension member；
The rubber of a kind of intermediate support promoting rigidity and damping of Fig. 3 this utility model
The front view of glue suspension member；
A kind of intermediate support promoting rigidity and damping of Fig. 4 this utility model every
The sectional view of set；
The of a kind of intermediate support promoting rigidity and damping of Fig. 5 this utility model
The sectional view of one sealing member；
The of a kind of intermediate support promoting rigidity and damping of Fig. 6 this utility model
The sectional view of two sealing members；
A kind of intermediate support of rigidity and damping that promotes of Fig. 7 this utility model is upper
Support, lower carriage and the structure sectional view of spacer junction；
Figure number explanation
1 ... upper bracket 2 ... lower carriage 3 ... rubber suspension member 4 ... bearing 5 ...
Rib 6 ... opening 7 ... annular housing 8 ... the first groove 9 ... first installs
Plate 10 ... the first rubber parts 11 ... the first rubber bodies 12 ... the first bulge loop
13 ... the second installing plate 14 ... the second rubber parts 15 ... the second rubber bodies 16 ...
Second bulge loop 17 ... spacer 18 ... ring flange 19 ... the second groove 20 ... the
Biend 21 ... upper mounting plate 22 ... lower platform 23 ... fabrication hole
Detailed description of the invention
Below in conjunction with specific embodiments and the drawings to a kind of lifting of the present utility model just
The intermediate support structure of degree and damping is further described.
As shown in figs. 1-7, a kind of intermediate support structure promoting rigidity and damping, bag
Include upper bracket 1, lower carriage 2, rubber suspension member 3 and bearing 4, described upper bracket 1
With the described equal semicircular in shape of lower carriage 2 fasten setting, described rubber suspension member 3 in
Annular, the outer ring surface of described rubber suspension member 3 is connected to described upper bracket 1 and described
Lower carriage 2 fasten after in the circular space that formed, described rubber suspension member 3 interior
Anchor ring is provided with the first groove 8, and the assembling of described bearing 4 is arranged on described first groove 8
In, it is uniformly provided with projection between inner ring surface and the outer ring surface of described rubber suspension member 3
Rib 5.Compared with prior art, the technical solution of the utility model, by bearing 4
Be assemblied in the first groove 8, and rubber suspension member 3 is assemblied in upper bracket 1 and under
In the circular space that support 2 is formed after fastening, so, when power transmission shaft assembled shaft
After holding 4, power transmission shaft is risen by upper bracket 1, lower carriage 2 and rubber suspension member 3 on the whole
Arrive the effect of supporting, and, set between upper bracket 1, lower carriage 2 and bearing 4
Put rubber suspension member 3, it is possible to by the flexibility of rubber suspension member 3 to power transmission shaft at the volley
Vibration play buffering and absorb effect.Specifically, bearing 4 is assemblied in
In one groove 8, so produced at the volley with the power transmission shaft of bearing 4 assembling
Vibration, can be buffered by the first groove 8, and will vibrate to rubber suspension member 3
Various piece pass, to decrease the vibration problem of power transmission shaft.Meanwhile,
When bearing 4 is subject to the radial forces from power transmission shaft, the rubber in the middle of compressing
During suspension member 3 radial motion, between inner ring surface and the outer ring surface of rubber suspension member 3 uniformly
The rib 5 being provided with projection can reasonably reduce the radial deformation of rubber suspension member 3,
I.e. promote the radial rigidity of entirety, then promote the rigid body mode value of power transmission shaft.Keep away
Exempt from owing to power transmission shaft and intermediate support structure are vibrated and aggravated back axle and power train, car
Body vibrates, and avoids coupling with road excitation, shakes car load at low speed and high regime
Moving noise all has clear improvement, to reduce the purpose of vibration noise.
See accompanying drawing 1-7, a kind of centre promoting rigidity and damping of the present utility model
Supporting structure, on the basis of technique scheme, may is that described rubber suspension member 3
Outer ring surface on be provided with that the inner ring surface direction of described rubber suspension member 3 offers open
Mouthfuls 6, the described circumferentially extending setting of opening 6, described opening 6 and described the
Circumferentially extending annular housing 7 it is provided with between one groove 8.So, hollow
Annular housing 7 serve transmission and the work of buffering radial force suffered by power transmission shaft
With.Power transmission shaft vibrations received by the first groove 8 towards the sidewall of annular housing 7
Direction is transmitted, and is passed by the position of opening 6.And the setting of opening 6 makes
Obtain annular housing 7 and define semienclosed structure, outside can transferring vibrations to
Boundary, compared with traditional enclosed construction, it is possible to reduce due to enclosed construction
The covibration of the rubber suspension member 3 that vibration transmission is not gone out and caused, thus enter one
Walk the vibration decreasing power transmission shaft and the noise caused due to vibration.Meanwhile, logical
Cross and be provided with opening 6, and use the annular housing 7 of hollow, rubber can't be increased
The hardness of glue suspension member 3, can control in endurance quality best by rubber suspension member 3
In the range of, cannot be real such that it is able to solve the techniques such as the assembling that causes greatly because of hardness is difficult
Existing problem.Further preferred technical scheme may is that described upper bracket 1
Both ends are equipped with horizontal-extending upper mounting plate 21, the both ends of described lower carriage 2
Being equipped with horizontal-extending lower platform 22, described upper mounting plate 21 is provided with installing hole,
Described lower platform 22 is provided with lower installing hole, described upper installing hole and described lower installation
Being inserted with spacer 17 between hole, described upper bracket 1 and described lower carriage 2 pass through institute
State spacer 17 and be bolted on underbody.So, intermediate support is being tied
When structure is connected with underbody, bolt passes spacer 17, by upper bracket 1 and lower
Frame 2 is fixed on underbody.Spacer 17 can regulate bolt install play and
Precompressed, can make the power of the circular hole inner ring of bolt presses upper bracket 1 and lower carriage 2
Ratio is more uniform, it is also possible to protection upper bracket 1 and lower carriage 2 are injury-free, installs
Time also compare and have abundant space, easy to operate.Preferably, upper bracket 1 and lower
Frame 2 is overall punch forming, mates with rubber suspension member 3, circular arc inside its circular arc
Part is designed with fabrication hole 23, it is simple to use during driving-shaft assembly start balance detection.
Further preferred technical scheme is it may also is that the top of described spacer 17 is provided with method
Blue dish 18, the bottom surface of described ring flange 18 offsets with described upper mounting plate 21.So,
Ring flange 18 can improve bolted connection as the installed surface of bolt head
Rigidity.
See accompanying drawing 1-7, a kind of centre promoting rigidity and damping of the present utility model
Supporting structure, on the basis of technique scheme, may is that described upper bracket 1
And closely it is provided with the first sealing member between described spacer 17, described first sealing member
Top offsets with the bottom of described ring flange 18, the bottom of described first sealing member with
Described upper mounting plate 21 offsets.So, when power transmission shaft produce vibration after, vibrate along
Upper bracket 1 when underbody transmits, first between upper bracket 1 and spacer 17
Vibration is played the effect of damping by sealing member, and the i.e. first sealing member can buffer and inhale
Receive the vibration between upper bracket 1 and underbody, have preferable damping effect.Enter
The one preferred technical scheme of step may is that described first sealing member includes the of annular
One installing plate 9 and the first rubber parts 10 of annular, described first installing plate 9 interior
The inwall of wall and described first rubber parts 10 is all tight with the outer wall of described spacer 17
Laminating, described first installing plate 9 is inlayed and is arranged on the upper of described first rubber parts 10
Portion, the bottom of described first rubber parts 10 is provided with the first rubber downwardly extending setting
Body 11, described first rubber bodies 11 is plugged in described upper mounting plate 21 and described spacer
Between 17, the bottom of described first rubber parts 10 offsets with described upper mounting plate 21,
The end face of described first installing plate 9 offsets with the bottom surface of described ring flange 18, described
The inwall of the first rubber parts 10 is provided with the first bulge loop 12, described first bulge loop 12 with
The outer wall of described spacer 17 closely cooperates.So, the inwall of the first installing plate 9 and
The inwall of the first rubber parts 10 is fitted tightly over the outer wall of spacer 17, the first rubber
Body 11 is plugged between upper mounting plate 21 and spacer 17, has effectively completely cut off spacer
Collision between 17 and upper bracket 1；Meanwhile, the setting of the first bulge loop 12 can make
Obtain spacer 17 and the first rubber parts 10 is fitted more tight, and then vibration is played
Cushioning effect.Preferably, the first installing plate 9 and the sulfuration of the first rubber parts 10 form,
And the first installing plate 9 is made of metal, uses and flexibly connect and the phase that is rigidly connected
In conjunction with, on the premise of not reducing bulk strength, it is more beneficial for damping.
See accompanying drawing 1-7, a kind of centre promoting rigidity and damping of the present utility model
Supporting structure, on the basis of technique scheme, may is that described lower carriage 2
And closely it is provided with the second sealing member between described spacer 17, described second sealing member
Top offsets with described lower platform 22, the bottom of described second sealing member with described every
The bottom of set 17 is fixed.So, when power transmission shaft produce vibration after, vibrate along under
Support 2 is when underbody transmits, and second between lower carriage 2 and spacer 17 is close
Vibration is played the effect of damping by sealing, and the i.e. second sealing member can buffer and absorb
Vibration between lower carriage 2 and underbody, has preferable damping effect.Preferably
Ground, the second installing plate 13 and the sulfuration of the second rubber parts 14 form, and the second peace
Dress plate 13 is made of metal, and employing flexibly connects and combines with being rigidly connected, not
It is more beneficial for damping on the premise of reducing bulk strength.Further preferred technical side
Case may is that described second sealing member includes the second installing plate 13 and the annular of annular
The second rubber parts 14, the inwall of described second installing plate 13 and described second rubber
The inwall of part 14 all outer walls with described spacer 17 fit tightly, described second peace
Dress plate 13 inlays the bottom being arranged on described second rubber parts 14, described second rubber
The top of glue part 14 is provided with the second rubber bodies 15 upwardly extending setting, and described second
Rubber bodies 15 is plugged between described lower platform 22 and described spacer 17, and described
The top of two rubber parts 14 offsets with described lower platform 22, described second installing plate
The bottom surface of 13 is fixed with the bottom with described spacer 17.In like manner, the second installing plate
The inwall of 13 and the inwall of the second rubber parts 14 are fitted tightly over the outer wall of spacer 17,
Second rubber bodies 15 is plugged between lower platform 22 and spacer 17, effectively completely cuts off
To the collision between spacer 17 and lower carriage 2, effectively play the work of buffering vibration
With.Further preferred technical scheme is it may also is that described second rubber parts 14
Inwall is provided with the second bulge loop 16, outside described second bulge loop 16 is with described spacer 17
Wall closely cooperates.So, the setting of the second bulge loop 16 enable to spacer 17 with
Second rubber parts 14 is fitted more tight, and then vibration is played cushioning effect.Enter
The one preferred technical scheme of step can also be: the bottom of described spacer 17 is provided with second
Groove 19, described second bulge loop 16 is fastened in described second groove 19, described
The bottom of spacer 17 be provided with concave up so that formed the second end face 20, described second
Installing plate 13 is fixed with described spacer 17 by described second end face 20.So,
End face and second end face 20 of the second installing plate 13 are fitted, and it is possible to use riveting
The mode connect adds the two and is solidly connected；Meanwhile, the second bulge loop 16 is fastened on second
In groove 19, decrease and the second rubber parts 14 is assembled to the assembling on spacer 17
Interfere, also allow for assembling fixing by the second rubber parts 14 with spacer 17.
Above-mentioned only a kind of specific embodiment in this utility model is illustrated, but
Can not be every according in this utility model as protection domain of the present utility model
Design spirit made equivalence change or modify, be all deemed to fall this practicality
Novel protection domain.
Claims (11)
1. the intermediate support structure promoting rigidity and damping, it is characterised in that:
Including upper bracket, lower carriage, rubber suspension member and bearing, described upper bracket and described
The equal semicircular in shape of lower carriage also fastens setting, and described rubber suspension member is ringwise, described
The outer ring surface of rubber suspension member is connected to institute after described upper bracket and described lower carriage fastening
In the circular space formed, the inner ring surface of described rubber suspension member is provided with the first groove,
The assembling of described bearing is arranged in described first groove, the internal ring of described rubber suspension member
The rib of projection it is uniformly provided with between face and outer ring surface.
A kind of centre promoting rigidity and damping the most according to claim 1
Supporting structure, it is characterised in that: it is provided with on the outer ring surface of described rubber suspension member
The opening that the inner ring surface direction of described rubber suspension member is offered, described opening circumferentially side
To extended, it is provided with along the circumferential direction between described opening and described first groove
The annular housing extended.
The most according to claim 1 and 2 a kind of promote rigidity and damping
Intermediate support structure, it is characterised in that: the both ends of described upper bracket are equipped with water
The flat upper mounting plate extended, the both ends of described lower carriage be equipped with horizontal-extending under
Platform, described upper mounting plate is provided with installing hole, and described lower platform is provided with lower peace
Dress hole, is inserted with spacer between described upper installing hole and described lower installing hole, described
Upper bracket and described lower carriage by described spacer and are bolted to underbody
On.
A kind of centre promoting rigidity and damping the most according to claim 3
Supporting structure, it is characterised in that: the top of described spacer is provided with ring flange, described
The bottom surface of ring flange offsets with described upper mounting plate.
A kind of centre promoting rigidity and damping the most according to claim 4
Supporting structure, it is characterised in that: closely set between described upper bracket and described spacer
There are the first sealing member, the top of described first sealing member and the bottom of described ring flange
Offseting, the bottom of described first sealing member offsets with described upper mounting plate.
A kind of centre promoting rigidity and damping the most according to claim 5
Supporting structure, it is characterised in that: described first sealing member includes the first peace of annular
Dress plate and the first rubber parts of annular, the inwall of described first installing plate and described the
The inwall of one rubber parts all outer walls with described spacer fit tightly, described first peace
The top being arranged on described first rubber parts inlayed by dress plate, described first rubber parts
Bottom is provided with the first rubber bodies downwardly extending setting, and described first rubber bodies plugs
Between described upper mounting plate and described spacer, the bottom of described first rubber parts and institute
State upper mounting plate to offset, the end face of described first installing plate and the bottom surface of described ring flange
Offseting, the inwall of described first rubber parts is provided with the first bulge loop of inside, institute
The outer wall stating the first bulge loop and described spacer closely cooperates.
A kind of centre promoting rigidity and damping the most according to claim 3
Supporting structure, it is characterised in that: closely set between described lower carriage and described spacer
The second sealing member, the top of described second sealing member is had to offset with described lower platform,
The bottom of described second sealing member is fixed with the bottom of described spacer.
A kind of centre promoting rigidity and damping the most according to claim 7
Supporting structure, it is characterised in that: described second sealing member includes the second peace of annular
Dress plate and the second rubber parts of annular, the inwall of described second installing plate and described the
The inwall of two rubber parts all outer walls with described spacer fit tightly, described second peace
The bottom being arranged on described second rubber parts inlayed by dress plate, described second rubber parts
Top is provided with the second rubber bodies upwardly extending setting, and described second rubber bodies plugs
Between described lower platform and described spacer, the top of described second rubber parts and institute
State lower platform to offset, the bottom surface of described second installing plate and the bottom with described spacer
Fixing.
A kind of centre promoting rigidity and damping the most according to claim 8
Supporting structure, it is characterised in that: in the inwall of described second rubber parts is provided with
Second bulge loop in portion, described second bulge loop closely cooperates with the outer wall of described spacer.
A kind of centre promoting rigidity and damping the most according to claim 9
Supporting structure, it is characterised in that: the bottom of described spacer is provided with the second groove, institute
State the second bulge loop to be fastened in described second groove.
11. promote rigidity and damping according to a kind of described in claim 9 or 10
Intermediate support structure, it is characterised in that: the bottom of described spacer is provided with the most recessed
And the second end face formed, described second installing plate passes through described second end face and institute
State spacer to fix.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620266634.6U CN205573629U (en) | 2016-03-31 | 2016-03-31 | Promote middle support structure of rigidity and absorbing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620266634.6U CN205573629U (en) | 2016-03-31 | 2016-03-31 | Promote middle support structure of rigidity and absorbing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205573629U true CN205573629U (en) | 2016-09-14 |
Family
ID=56863874
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620266634.6U Expired - Fee Related CN205573629U (en) | 2016-03-31 | 2016-03-31 | Promote middle support structure of rigidity and absorbing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205573629U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108916219A (en) * | 2017-01-23 | 2018-11-30 | 宁波高新区起兴机电有限公司 | A kind of deep groove ball bearing dedicated Multistage damping ring on compressor of air conditioner |
| CN110366647A (en) * | 2017-03-10 | 2019-10-22 | 日立汽车系统株式会社 | Buffer |
| GB2612084A (en) * | 2021-10-21 | 2023-04-26 | Jaguar Land Rover Ltd | Bracket for bearing |
-
2016
- 2016-03-31 CN CN201620266634.6U patent/CN205573629U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108916219A (en) * | 2017-01-23 | 2018-11-30 | 宁波高新区起兴机电有限公司 | A kind of deep groove ball bearing dedicated Multistage damping ring on compressor of air conditioner |
| CN110366647A (en) * | 2017-03-10 | 2019-10-22 | 日立汽车系统株式会社 | Buffer |
| GB2612084A (en) * | 2021-10-21 | 2023-04-26 | Jaguar Land Rover Ltd | Bracket for bearing |
| GB2612084B (en) * | 2021-10-21 | 2024-01-03 | Jaguar Land Rover Ltd | Bracket for bearing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205573629U (en) | Promote middle support structure of rigidity and absorbing | |
| KR20110054941A (en) | Frame mounting structure of the engine room around | |
| CN107284231A (en) | It is a kind of to lift rigidity and the intermediate support structure of damping | |
| CN104589989B (en) | Automobile power assembly hanging device | |
| CN101850712A (en) | Automobile power assembly suspending cushion with vibration absorbing function | |
| JP2014240243A5 (en) | ||
| CN102941802A (en) | Novel radiator lower suspension assembly | |
| CN204025515U (en) | Hydraulic mount | |
| CN202200795U (en) | Mounting frame for rear vibration damper of automobile | |
| CN202491683U (en) | Intermediate support device for drive shaft | |
| CN204623109U (en) | Suspension structure of engine and vehicle | |
| KR101416404B1 (en) | Mounting method of mounting nut for sub-frame in vehicles | |
| CN104843135A (en) | Motorcycle engine front suspension structure | |
| CN202319904U (en) | Combined structure of automobile transmission shaft intermediate support assembly and frame cross beam | |
| CN207106086U (en) | A kind of efficient automobile lower swing arm | |
| CN210437001U (en) | Automobile engine damping rubber assembly | |
| CN209671521U (en) | Vehicle and its vibration damping mounting assembly and compressor set | |
| CN203161372U (en) | Timing cover for engine and engine | |
| CN207156872U (en) | Connector for cantilever mounted boom support | |
| CN205468505U (en) | Suspension supporting structure of car | |
| CN201575103U (en) | Flat axle-mounted suspension cushion | |
| CN202309307U (en) | Electromotor shell assembly | |
| CN206678760U (en) | A kind of double damping engine support structure | |
| CN205639417U (en) | A bumper shock absorber for excavator engine | |
| CN204659948U (en) | A kind of front suspending structure of motorcycle engine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160914 |