CN204630745U - Vibration damper tests omnipotent erecting device - Google Patents
Vibration damper tests omnipotent erecting device Download PDFInfo
- Publication number
- CN204630745U CN204630745U CN201520363138.8U CN201520363138U CN204630745U CN 204630745 U CN204630745 U CN 204630745U CN 201520363138 U CN201520363138 U CN 201520363138U CN 204630745 U CN204630745 U CN 204630745U
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- vibration damper
- half arc
- arc positioning
- positioning seat
- location
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Abstract
The utility model discloses a kind of vibration damper and test omnipotent erecting device, comprise on vibration damper and supporting and vibration damper lower support; Described vibration damper supports and comprises the upper supporting body coordinated with vibration damper top, be provided with bottom described upper supporting body openings of sizes adjustable, to coordinate the upper liner positioning device fixed with support bushing on vibration damper; Described vibration damper lower support comprises the lower support body coordinated with vibration damper bottom, the top of described lower support body be provided with openings of sizes adjustable, coordinate fixing lower liner positioning device with vibration damper lower support lining.Vibration damper up/down supports the special lining by the adaptive various different automobile types vibration damper of unified interface, mate different vibration damper installation dimensions, installation process is simplified by the mode of lining location clamping, and decrease vibration damper unit clamp, save cost, it is simple that vibration damper installs fixing operation, and practicality is good.
Description
Technical field
The present invention relates to vehicle component checkout equipment technical field, be specifically related to a kind of vibration damper and test omnipotent erecting device.
Background technology
Because vehicle platform is numerous, the front/rear vibration damper mounting means of variant platform vehicle type and installation dimension also different, when damper test stand stand is measured vibration damper performance, measure different vibration dampers all to need to change a whole set of test fixture, and traditional mounting means complicated operation in the process changing vibration damper, waste time and energy, fixture kind is also more, drop into comparatively large, be also not easy to management simultaneously.
Summary of the invention
The present invention is exactly for above-mentioned technical matters, provides a kind of vibration damper to test omnipotent erecting device.Fixed the lining of different vibration damper by upper lower support, and vibration damper is fixed on lining, therefore goes up the fixing requirement that lower support can meet different vibration damper.
For realizing this object, vibration damper designed by the present invention tests omnipotent erecting device, comprises support on vibration damper, vibration damper lower support, to coordinate on fixing vibration damper support bushing and coordinates the vibration damper lower support lining fixed with vibration damper bottom with vibration damper top; Described vibration damper supports and comprises supporting body, described upper supporting body top is provided with the holder coordinated with the ball-joint of test-bed, middle part has the vibration damper top corresponding with vibration damper top and crosses groove, be provided with bottom described upper supporting body openings of sizes adjustable, coordinate the upper liner positioning device fixed with support bushing on vibration damper; Described vibration damper lower support comprises lower support body, the top of described lower support body be provided with openings of sizes adjustable, coordinate fixing lower liner positioning device with vibration damper lower support lining, described lower support body bottom portion has the threaded hole coordinated with the ball-joint of test-bed, and middle part has the vibration damper bottom corresponding with vibration damper bottom and crosses groove.
Further, described upper liner positioning device comprises the second half arc positioning seats being arranged at the first half arc positioning seats bottom supporting body and coordinating with the first half arc positioning seats, and described the first half arc positioning seats coordinate the middle part of the upper liner positioning device formed to be the pilot hole coordinated with support bushing on vibration damper with the second half arc positioning seats; The side of described the first half arc positioning seats coordinates with the side of the second half arc positioning seats locates, and is connected with adjusting screw(rod) between the opposite side of the opposite side of described the first half arc positioning seats and the second half arc positioning seats; One end of described upper adjusting screw(rod) coordinates with the first half arc positioning seats locates, and the other end is connected with upper limit nut through the second half arc positioning seats, and described upper limit nut compresses the surface of the second half arc positioning seats.
Further, described lower liner positioning device comprises the 3 half arc positioning seat being arranged at lower support bodies top and the 4 half arc positioning seat coordinated with the 3 half arc positioning seat, and described 3 half arc positioning seat coordinates the middle part of the lower liner positioning device formed to be the pilot hole coordinated with vibration damper lower support lining with the 4 half arc positioning seat; The side of described 3 half arc positioning seat coordinates with the side of the 4 half arc positioning seat locates, and is connected with lower adjusting screw(rod) between the opposite side of described 3 half arc positioning seat and the opposite side of the 4 half arc positioning seat; One end of described lower adjusting screw(rod) coordinates with the 3 half arc positioning seat locates, and the other end is connected with lower position nut through the 4 half arc positioning seat, and described lower position nut compresses the surface of the 4 half arc positioning seat.
Further, the side of described the first half arc positioning seats has the first locating slot, the side of described the second half arc positioning seats is provided with the upper reference column coordinated with the first locating slot, pilot hole is had in the middle part of described upper reference column, being connected with the first location between described upper reference column and the first locating slot to have strong market potential, has strong market potential successively through the top board of the base plate of the first half arc positioning seats, upper pilot hole and the first half arc positioning seats in described first location.
Further, the opposite side of described the first half arc positioning seats has the second locating slot, and the opposite side of described the second half arc positioning seats has adjusting screw(rod) and crosses groove; One end of described upper adjusting screw(rod) is connected with locating ring, described upper locating ring is arranged in the second locating slot, be connected with the second location between described upper locating ring and the second locating slot to have strong market potential, have strong market potential successively through the top board of the base plate of the first half arc positioning seats, upper locating ring and the first half arc positioning seats in described second location, the other end of described upper adjusting screw(rod) is crossed groove through upper adjusting screw(rod) and connected upper limit nut.
Further, the side of described 3 half arc positioning seat has the 3rd locating slot, the side of described 4 half arc positioning seat is provided with the lower reference column coordinated with the 3rd locating slot, lower pilot hole is had in the middle part of described lower reference column, being connected with the 3rd location between described lower reference column and the 3rd locating slot to have strong market potential, has strong market potential successively through the base plate of the top board of the 3 half arc positioning seat, lower pilot hole and the 3 half arc positioning seat in described 3rd location.
Further, the opposite side of described 3 half arc positioning seat has the 4th locating slot, and the opposite side of described 4 half arc positioning seat has lower adjusting screw(rod) and crosses groove; One end of described lower adjusting screw(rod) is connected with lower locating ring, described lower locating ring is arranged in the 4th locating slot, be connected with the 4th location between described lower locating ring and the 4th locating slot to have strong market potential, described 4th location is had strong market potential successively through the base plate of the top board of the 3 half arc positioning seat, lower locating ring and the 3 half arc positioning seat, and the other end of described lower adjusting screw(rod) is crossed groove through lower adjusting screw(rod) and connected lower position nut.
Further, the end face central authorities of described 3 half arc positioning seat have the first short finger setting hole, and the end face central authorities of described 4 half arc positioning seat have the second short finger setting hole; Described vibration damper lower support lining has the first short finger setting via hole corresponding to finger setting hole short in first and the second short finger setting via hole corresponding with the second short finger setting hole; Be connected with the first short pin in location between described vibration damper lower support lining and the 3 half arc positioning seat, the described first short pin in location is arranged in the first short finger setting hole, location through the first short finger setting via hole; Be connected with the second short pin in location between described vibration damper lower support lining and the 4 half arc positioning seat, the described second short pin in location is arranged in the second short finger setting hole, location through the second short finger setting via hole.
Further, described holder is six prisms having threaded hole in the middle part of in the of.
The invention has the beneficial effects as follows: vibration damper up/down supports the special lining by the adaptive various different automobile types vibration damper of unified interface, mate different vibration damper installation dimensions, installation process is simplified by the mode of lining location clamping, and decrease vibration damper unit clamp, save cost, it is simple that vibration damper installs fixing operation, and practicality is good.
Accompanying drawing explanation
Fig. 1 is the explosive view in the present invention, vibration damper supported;
Fig. 2 is the structural representation in the present invention, vibration damper supported;
Fig. 3 is the explosive view of vibration damper lower support in the present invention;
Fig. 4 is the structural representation of vibration damper lower support in the present invention;
Wherein, 1-vibration damper supports (1.1-upper supporting body, 1.2-the first half arc positioning seat, 1.3-the second half arc positioning seat), 2-vibration damper lower support (2.1-lower support body, 2.2-the three half arc positioning seat, 2.3-the four half arc positioning seat), support bushing on 3-vibration damper, 4-vibration damper lower support lining, 5-upper adjusting screw(rod), 6-upper limit nut, 7-lower adjusting screw(rod), 8-lower position nut, 9-the first locating slot, 10-upper reference column, 11-upper pilot hole, have strong market potential in 12-the first location, 13-the second locating slot, 14-upper adjusting screw(rod) crosses groove, 15-upper locating ring, have strong market potential in 16-the second location, 17-the three locating slot, 18-lower reference column, 19-lower pilot hole, have strong market potential in 20-the three location, 21-the four locating slot, 22-lower adjusting screw(rod) crosses groove, 23-lower locating ring, have strong market potential in 24-the four location, 25-the first short finger setting hole, 26-the second short finger setting hole, 27-the first short finger setting via hole, 28-the second short finger setting via hole, 29-the first short pin in location, 30-the second short pin in location, 31-holder, groove is crossed on 32-vibration damper top, 33-threaded hole, groove is crossed in 34-vibration damper bottom.
Embodiment
Below in conjunction with the drawings and specific embodiments, detailed description is further done to the present invention:
Vibration damper as shown in Fig. 1-4 tests omnipotent erecting device, and it comprises and vibration damper supports 1, vibration damper lower support 2, to coordinate on the vibration damper fixed support bushing 3 and coordinate the vibration damper lower support lining 4 fixed with vibration damper bottom with vibration damper top; Described vibration damper supports 1 and comprise supporting body 1.1, described upper supporting body 1.1 top is provided with the holder 31 coordinated with the ball-joint of test-bed, middle part has the vibration damper top corresponding with vibration damper top and crosses groove 32, be provided with bottom described upper supporting body 1.1 openings of sizes adjustable, coordinate the upper liner positioning device fixed with support bushing on vibration damper 3; Described vibration damper lower support 2 comprises lower support body 2.1, the top of described lower support body 2.1 be provided with openings of sizes adjustable, coordinate fixing lower liner positioning device with vibration damper lower support lining 4, have the threaded hole 33 coordinated with the ball-joint of test-bed bottom described lower support body 2.1, middle part has the vibration damper bottom corresponding with vibration damper bottom and crosses groove 34.
Described holder 31 is six prisms having threaded hole in the middle part of in the of.
As shown in Fig. 1-2, upper liner positioning device comprises the second half arc positioning seats 1.3 being arranged at the first half arc positioning seats 1.2 bottom supporting body 1.1 and coordinating with the first half arc positioning seats 1.2, and the first half arc positioning seats 1.2 coordinate the middle part of the upper liner positioning device formed to be the pilot hole coordinated with support bushing on vibration damper 3 with the second half arc positioning seats 1.3; The side of the first half arc positioning seats 1.2 coordinates with the side of the second half arc positioning seats 1.3 locates, and is connected with adjusting screw(rod) 5 between the opposite side of the opposite side of the first half arc positioning seats 1.2 and the second half arc positioning seats 1.3; One end of upper adjusting screw(rod) 5 coordinates with the first half arc positioning seats 1.2 locates, and the other end is connected with upper limit nut 6 through the second half arc positioning seats 1.3, and upper limit nut 6 compresses the surface of the second half arc positioning seats 1.3.
The side of the first half arc positioning seats 1.2 has the first locating slot 9, the side of the second half arc positioning seats 1.3 is provided with the upper reference column 10 coordinated with the first locating slot 9, pilot hole 11 is had in the middle part of upper reference column 10, be connected with the first location between upper reference column 10 and the first locating slot 9 to have strong market potential and 12, first locate and have strong market potential 12 successively through the top board of the base plate of the first half arc positioning seats 1.2, upper pilot hole 11 and the first half arc positioning seats 1.2.
The opposite side of the first half arc positioning seats 1.2 has the second locating slot 13, and the opposite side of the second half arc positioning seats 1.3 has adjusting screw(rod) and crosses groove 14; One end of upper adjusting screw(rod) 5 is connected with locating ring 15, upper locating ring 15 is arranged in the second locating slot 13, be connected with the second location between upper locating ring 15 and the second locating slot 13 and have strong market potential 16, second location has strong market potential 16 successively through the top board of the base plate of the first half arc positioning seats 1.2, upper locating ring 15 and the first half arc positioning seats 1.2, and the other end of upper adjusting screw(rod) 5 is crossed groove 14 through upper adjusting screw(rod) and connected upper limit nut 6.
As shown in Fig. 3-4, lower liner positioning device comprises the 3 half arc positioning seat 2.2 being arranged at lower support body 2.1 top and the 4 half arc positioning seat 2.3 coordinated with the 3 half arc positioning seat 2.2, and the 3 half arc positioning seat 2.2 coordinates the middle part of the lower liner positioning device formed to be the pilot hole coordinated with vibration damper lower support lining 4 with the 4 half arc positioning seat 2.3; The side of the 3 half arc positioning seat 2.2 coordinates with the side of the 4 half arc positioning seat 2.3 locates, and is connected with lower adjusting screw(rod) 7 between the opposite side of the 3 half arc positioning seat 2.2 and the opposite side of the 4 half arc positioning seat 2.3; One end of lower adjusting screw(rod) 7 coordinates with the 3 half arc positioning seat 2.2 locates, and the other end is connected with lower position nut 8 through the 4 half arc positioning seat 2.3, and lower position nut 8 compresses the surface of the 4 half arc positioning seat 2.3.
The side of the 3 half arc positioning seat 2.2 has the 3rd locating slot 17, the side of the 4 half arc positioning seat 2.3 is provided with the lower reference column 18 coordinated with the 3rd locating slot 17, lower pilot hole 19 is had in the middle part of lower reference column 18, be connected with the 3rd location between lower reference column 18 and the 3rd locating slot 17 to have strong market potential and the 20, three locate and have strong market potential 20 successively through the top board of the 3 half arc positioning seat 2.2, the base plate of lower pilot hole the 19 and the 3 half arc positioning seat 2.2.
The opposite side of the 3 half arc positioning seat 2.2 has the 4th locating slot 21, and the opposite side of the 4 half arc positioning seat 2.3 has lower adjusting screw(rod) and crosses groove 22; One end of lower adjusting screw(rod) 7 is connected with lower locating ring 23, lower locating ring 23 is arranged in the 4th locating slot 21, be connected with the 4th location between lower locating ring 23 and the 4th locating slot 21 and have strong market potential 24,4th location has strong market potential 24 successively through the top board of the 3 half arc positioning seat 2.2, the base plate of lower locating ring the 23 and the 3 half arc positioning seat 2.2, and the other end of lower adjusting screw(rod) 7 is crossed groove 22 through lower adjusting screw(rod) and connected lower position nut 8.
The end face central authorities of the 3 half arc positioning seat 2.2 have the first short finger setting hole 25, and the end face central authorities of the 4 half arc positioning seat 2.3 have the second short finger setting hole 26; Vibration damper lower support lining 4 has the first short finger setting via hole 27 corresponding to finger setting hole 25 short in first and the second short finger setting via hole 28 corresponding with the second short finger setting hole 26; Be connected with the first short pin in location 29, the first between vibration damper lower support lining the 4 and the 3 half arc positioning seat 2.2 to locate short pin 29 and be arranged in the first short finger setting hole 25, location through the first short finger setting via hole 27; Be connected with the second short pin in location 30, the second between vibration damper lower support lining the 4 and the 4 half arc positioning seat 2.3 to locate short pin 30 and be arranged in the second short finger setting hole 26, location through the second short finger setting via hole 28.
Assembling process of the present invention is: to be 1. connected vibration damper supporting 1 with the ball-joint of experimental facilities upper end by holder 31 and to lock; 2. support bushing 3 on suitable vibration damper is selected to be arranged in liner positioning device according to the model will measuring vibration damper, by the cooperation of upper limit nut 6 and upper adjusting screw(rod) 5, the openings of sizes of liner positioning device in adjustment, support bushing 3 on mounting dampers; 3. the top of vibration damper located in support bushing 3 on vibration damper and use the second half arc positioning seats 1.2 to push down, rotating upper limit nut 6 to the second half arc positioning seat 1.2 end face, by the second half arc positioning seat 1.2 end face lockings; 4. the threaded hole 33 of vibration damper lower support 2 be connected with the ball-joint of experimental facilities lower end and lock; 5. suitable vibration damper lower support lining 4 is selected to be arranged in lower liner positioning device according to the model will measuring vibration damper; 6. the bottom of vibration damper located in vibration damper lower support lining 4 and use the 4 half arc positioning seat 2.3 to push down, rotating lower position nut 8 to the end face of the 4 half arc positioning seat 2.3, the 4 half arc positioning seat 2.3 is locked.Because lining is unified with the upper and lower size coordinated that supports, the installation dimension that lining and different vibration damper coordinate is different, therefore need according to different vibration dampers the lining designing different fit dimension, the vibration damper measuring different model only needs the lining up and down changing respective model.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, any those of ordinary skill in the art are in the technical scope disclosed by the present invention; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, the protection domain that protection scope of the present invention should limit with claims is as the criterion.
Claims (9)
1. vibration damper tests an omnipotent erecting device, it is characterized in that: it comprise vibration damper supports (1), vibration damper lower support (2), to coordinate the vibration damper fixed with vibration damper top on support bushing (3) and coordinate the vibration damper lower support lining (4) fixed with vibration damper bottom; Described vibration damper supports (1) and comprise supporting body (1.1), described upper supporting body (1.1) top is provided with the holder (31) coordinated with the ball-joint of test-bed, middle part has the vibration damper top corresponding with vibration damper top and crosses groove (32), described upper supporting body (1.1) bottom be provided with openings of sizes adjustable, coordinate the upper liner positioning device fixed with support bushing on vibration damper (3); Described vibration damper lower support (2) comprises lower support body (2.1), the top of described lower support body (2.1) be provided with openings of sizes adjustable, coordinate fixing lower liner positioning device with vibration damper lower support lining (4), described lower support body (2.1) bottom has the threaded hole (33) coordinated with the ball-joint of test-bed, and middle part has the vibration damper bottom corresponding with vibration damper bottom and crosses groove (34).
2. a kind of vibration damper as claimed in claim 1 tests omnipotent erecting device, it is characterized in that: the second half arc positioning seats (1.3) that described upper liner positioning device comprises the first half arc positioning seats (1.2) that are arranged at supporting body (1.1) bottom and coordinates with the first half arc positioning seats (1.2), described the first half arc positioning seats (1.2) coordinate the middle part of the upper liner positioning device formed to be the pilot hole coordinated with support bushing on vibration damper (3) with the second half arc positioning seats (1.3); The side of described the first half arc positioning seats (1.2) coordinates with the side of the second half arc positioning seats (1.3) locates, and is connected with adjusting screw(rod) (5) between the opposite side of the opposite side of described the first half arc positioning seats (1.2) and the second half arc positioning seats (1.3); One end of described upper adjusting screw(rod) (5) coordinates with the first half arc positioning seats (1.2) locates, the other end is connected with upper limit nut (6) through the second half arc positioning seats (1.3), and described upper limit nut (6) compresses the surface of the second half arc positioning seats (1.3).
3. a kind of vibration damper as claimed in claim 1 tests omnipotent erecting device, it is characterized in that: described lower liner positioning device comprises the 3 half arc positioning seat (2.2) being arranged at lower support body (2.1) top and the 4 half arc positioning seat (2.3) coordinated with the 3 half arc positioning seat (2.2), and described 3 half arc positioning seat (2.2) coordinates the middle part of the lower liner positioning device formed to be the pilot hole coordinated with vibration damper lower support lining (4) with the 4 half arc positioning seat (2.3); The side of described 3 half arc positioning seat (2.2) coordinates with the side of the 4 half arc positioning seat (2.3) locates, and is connected with lower adjusting screw(rod) (7) between the opposite side of described 3 half arc positioning seat (2.2) and the opposite side of the 4 half arc positioning seat (2.3); One end of described lower adjusting screw(rod) (7) coordinates with the 3 half arc positioning seat (2.2) locates, the other end is connected with lower position nut (8) through the 4 half arc positioning seat (2.3), and described lower position nut (8) compresses the surface of the 4 half arc positioning seat (2.3).
4. a kind of vibration damper as claimed in claim 2 tests omnipotent erecting device, it is characterized in that: the side of described the first half arc positioning seats (1.2) has the first locating slot (9), the side of described the second half arc positioning seats (1.3) is provided with the upper reference column (10) coordinated with the first locating slot (9), described upper reference column (10) middle part has pilot hole (11), be connected with the first location between described upper reference column (10) and the first locating slot (9) and have strong market potential (12), (12) are had strong market potential successively through the base plate of the first half arc positioning seats (1.2) in described first location, the top board of upper pilot hole (11) and the first half arc positioning seats (1.2).
5. a kind of vibration damper as claimed in claim 2 tests omnipotent erecting device, it is characterized in that: the opposite side of described the first half arc positioning seats (1.2) has the second locating slot (13), the opposite side of described the second half arc positioning seats (1.3) has adjusting screw(rod) and crosses groove (14), one end of described upper adjusting screw(rod) (5) is connected with locating ring (15), described upper locating ring (15) is arranged in the second locating slot (13), be connected with the second location between described upper locating ring (15) and the second locating slot (13) and have strong market potential (16), (16) are had strong market potential successively through the base plate of the first half arc positioning seats (1.2) in described second location, the top board of upper locating ring (15) and the first half arc positioning seats (1.2), the other end of described upper adjusting screw(rod) (5) is crossed groove (14) through upper adjusting screw(rod) and is connected upper limit nut (6).
6. a kind of vibration damper as claimed in claim 3 tests omnipotent erecting device, it is characterized in that: the side of described 3 half arc positioning seat (2.2) has the 3rd locating slot (17), the side of described 4 half arc positioning seat (2.3) is provided with the lower reference column (18) coordinated with the 3rd locating slot (17), described lower reference column (18) middle part has lower pilot hole (19), be connected with the 3rd location between described lower reference column (18) and the 3rd locating slot (17) and have strong market potential (20), (20) are had strong market potential successively through the top board of the 3 half arc positioning seat (2.2) in described 3rd location, the base plate of lower pilot hole (19) and the 3 half arc positioning seat (2.2).
7. a kind of vibration damper as claimed in claim 3 tests omnipotent erecting device, it is characterized in that: the opposite side of described 3 half arc positioning seat (2.2) has the 4th locating slot (21), the opposite side of described 4 half arc positioning seat (2.3) has lower adjusting screw(rod) and crosses groove (22), one end of described lower adjusting screw(rod) (7) is connected with lower locating ring (23), described lower locating ring (23) is arranged in the 4th locating slot (21), be connected with the 4th location between described lower locating ring (23) and the 4th locating slot (21) and have strong market potential (24), (24) are had strong market potential successively through the top board of the 3 half arc positioning seat (2.2) in described 4th location, the base plate of lower locating ring (23) and the 3 half arc positioning seat (2.2), the other end of described lower adjusting screw(rod) (7) is crossed groove (22) through lower adjusting screw(rod) and is connected lower position nut (8).
8. a kind of vibration damper as described in claim 3 or 6 or 7 tests omnipotent erecting device, it is characterized in that: the end face central authorities of described 3 half arc positioning seat (2.2) have the first short finger setting hole (25), the end face central authorities of described 4 half arc positioning seat (2.3) have the second short finger setting hole (26); Described vibration damper lower support lining (4) has the first short finger setting via hole (27) corresponding to finger setting hole (25) short in first and the second short finger setting via hole (28) corresponding with the second short finger setting hole (26); Be connected with the first short pin in location (29) between described vibration damper lower support lining (4) and the 3 half arc positioning seat (2.2), the described first short pin in location (29) is arranged in the first short finger setting hole (25) in location through the first short finger setting via hole (27); Be connected with the second short pin in location (30) between described vibration damper lower support lining (4) and the 4 half arc positioning seat (2.3), the described second short pin in location (30) is arranged in the second short finger setting hole (26) in location through the second short finger setting via hole (28).
9. a kind of vibration damper as claimed in claim 1 tests omnipotent erecting device, it is characterized in that: described holder (31) is six prisms having threaded hole in the middle part of in the of.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520363138.8U CN204630745U (en) | 2015-05-29 | 2015-05-29 | Vibration damper tests omnipotent erecting device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520363138.8U CN204630745U (en) | 2015-05-29 | 2015-05-29 | Vibration damper tests omnipotent erecting device |
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| Publication Number | Publication Date |
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| CN204630745U true CN204630745U (en) | 2015-09-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520363138.8U Expired - Fee Related CN204630745U (en) | 2015-05-29 | 2015-05-29 | Vibration damper tests omnipotent erecting device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106198059A (en) * | 2016-09-23 | 2016-12-07 | 安徽江淮汽车股份有限公司 | McPherson suspension amortisseur side force measurement method and subsidiary frock thereof |
-
2015
- 2015-05-29 CN CN201520363138.8U patent/CN204630745U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106198059A (en) * | 2016-09-23 | 2016-12-07 | 安徽江淮汽车股份有限公司 | McPherson suspension amortisseur side force measurement method and subsidiary frock thereof |
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Granted publication date: 20150909 Termination date: 20200529 |
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