CN209469880U - Multitube is total to the lateral antidetonation support hanger structure of frame - Google Patents
Multitube is total to the lateral antidetonation support hanger structure of frame Download PDFInfo
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- CN209469880U CN209469880U CN201920142442.8U CN201920142442U CN209469880U CN 209469880 U CN209469880 U CN 209469880U CN 201920142442 U CN201920142442 U CN 201920142442U CN 209469880 U CN209469880 U CN 209469880U
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- antidetonation
- fixing bolt
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- gasket
- frame
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Abstract
The utility model relates to a kind of multitubes to be total to the lateral antidetonation support hanger structure of frame, including support plate and a pair of of para-seismic support, be provided with tube bank in support plate, tube bank includes arc first tube bundle and second tube bundle, and first tube bundle and second tube bundle are fixed by fixing bolt；The antidetonation suspension and support further includes the anti-rotation component for preventing fixing bolt from loosening, and anti-rotation component includes anti-rotation gasket and split pin, and anti-rotation gasket includes gasket part and upper fold, and gasket part offers the hole passed through for fixing bolt；Upper fold offers the first pin hole passed through for split pin, and second pin hole in the screw rod direction perpendicular to fixing bolt is offered on the nut of fixing bolt；First connecting portion offers the limiting slot being embedded in for gasket part to prevent it from rotating far from the side of second connecting portion, and gasket part is embedded in limiting slot.The lateral antidetonation support hanger structure of frame is total to the utility model has the advantages that providing one kind and pipeline can be carried out to the preferably fixed multitube lifted.
Description
Technical field
The utility model relates to the technical fields of construction, are total to the lateral antidetonation suspension and support of frame more particularly, to a kind of multitube
Structure.
Background technique
Over year, geological disaster takes place frequently, and earthquake is the mankind's almost irresistible natural calamity, and wherein earthquake is made to people
Can hardly it estimate at life and property loss.Seismic wave causes fed through to all objects to tremble, tool especially in building
There are support, suspension, the object for lifting state.Regulation seismic fortification intensity is 6 degree in " building electromechanical engineering earthquake resistant design code "
And the building electromechanical engineering in 6 degree or more areas must carry out Aseismic Design, it is intended to mitigate destruction of the earthquake to electromechanical engineering facility.
Electromechanical engineering facility mainly includes elevator, lighting system and emergency power supply, communication equipment, pipe-line system, for air conditioning of warming up
System, fire alarm and fire-fighting system etc..It is problem to be solved so how to improve the anti-seismic performance of suspension and support.
In the prior art be used to lift pipeline greatly mostly use tube bank perhaps anchor ear but use tube bank or anchor ear to pipe
It generallys use bolt when road is fixed to be fixed, but when encountering earthquake or larger vibration, bolt holds
It easily loosens and is even detached from tube bank, to lose the fixation to pipeline, cause the loss of pipeline.
Utility model content
The purpose of the utility model is to provide a kind of multitube that pipeline can be carried out to preferably fixed lifting, to be total to frame lateral
Antidetonation support hanger structure.
The above-mentioned purpose of utility model of the utility model has the technical scheme that a kind of multitube is total to frame
Lateral antidetonation support hanger structure, including horizontally disposed support plate and a pair of of the antidetonation branch being connect with support board ends
Frame, is provided with tube bank in the support plate, and the tube bank includes arc first tube bundle and second tube bundle, the first tube bundle and the
One end of two tube banks is connect with support plate, and the other end raises upward to form first connecting portion and second connecting portion, and described first connects
It is fixed between socket part and second connecting portion by fixing bolt；
The antidetonation suspension and support further includes the anti-rotation component for preventing fixing bolt from loosening, and the anti-rotation component includes anti-rotation gasket
And split pin, the anti-rotation gasket include with the nut of the fixing bolt push against gasket part and with gasket part it is connected vertically
Upper fold, the gasket part offer the hole passed through for the fixing bolt；
The upper fold offers the first pin hole passed through for the split pin, offers on the nut of fixing bolt vertical
The second pin hole in the screw rod direction of fixing bolt, it is described when first pin hole is aligned with second pin hole perforation
Split pin passes through first pin hole and the second pin hole；
The first connecting portion is offered far from the side of the second connecting portion and is embedded in for the gasket part to prevent it
The limiting slot of rotation, the gasket part are embedded in limiting slot.
By using above-mentioned technical proposal, when pipeline is fixed by tube bank, by the gasket of anti-rotation gasket
Portion is embedded in limiting slot, then the screw rod of fixing bolt is passed through to the gasket part and first connecting portion and second of anti-rotation gasket
Then interconnecting piece is fixed it by nut until the nut of gasket part and fixing bolt fits closely.Pass through limiting slot
It with the embedded limit realized to anti-rotation gasket of gasket part, prevents it from being rotated, then passes through split pin for the spiral shell of fixing bolt
The upper fold of cap and anti-rotation gasket is fixed, and then realizes the limit to fixing bolt, prevents antidetonation suspension and support because earthquake makes
It obtains fixing bolt and tube bank is detached from.
The utility model is further arranged to: the limiting slot is polygon groove, and the gasket part is and the limiting slot
The polygonal patch to match.
By using above-mentioned technical proposal, the setting of polygon groove can be played the role of preventing gasket part from rotating.
The utility model is further arranged to: the second connecting portion is offered far from the first connecting portion side for solid
Determine the groove of the nut insertion of bolt.
By using above-mentioned technical proposal, nut can be embedded in groove by the setting of groove, when in use, by spiral shell
In mother's insertion groove, then gasket part is embedded in limiting slot, the nut of fixing bolt is then turned, so that the spiral shell of fixing bolt
After bar sequentially passes through gasket part, first connecting portion and second connecting portion, screw rod is fixed nut.So set, making recessed
Slot limits nut, prevents its rotation, further functions as the effect for preventing fixing bolt and tube bank to be detached from.
The utility model is further arranged to: the gasket part is provided with elastic cushion close to the nut side of fixing bolt
Piece, the elastomeric pad are between the gasket part and the nut of fixing bolt.
By using above-mentioned technical proposal, after the setting of elastomeric pad is so that turn bolt, elastomeric pad restores shape
Become between nut and gasket part in fixing bolt, on the other hand the abrasion on the one hand reduced between the two hangs branch in antidetonation
When frame vibrates, elastomeric pad has certain buffering deformability.
The utility model is further arranged to: the antidetonation suspension and support includes that a pair connecting with the support board ends is hung
Bar, the sunpender is connect with the building by expansion bolt, and is provided with angle between the sunpender and the support plate and is matched
It is affixed by connection bolt between part, the corner casting and the sunpender, the corner casting and the support plate.
By using above-mentioned technical proposal, the setting of corner casting and connection bolt is detachably connected sunpender and support plate
Fixation is connect, sunpender is fixedly connected with building by expansion bolt, is connected and fixed to realize to support plate and building.
The utility model is further arranged to: the antidetonation suspension and support further includes a pair of of the bearing diagonal connecting with the sunpender
Bar, the inclined support bar are obliquely installed in the horizontal direction, and are lower than the other end, the inclined support bar close to described sunpender one end
Low side connect close to described support plate one end by antidetonation connecting elements with the sunpender, the other end pass through antidetonation connecting elements
It connect with building, is fixed between the antidetonation connecting elements being connect with building and building by expansion bolt.
By using above-mentioned technical proposal, the setting of inclined support bar is so that be in three between building, inclined support bar and sunpender
Horn shape increases the stability of antidetonation suspension and support, booster anti seismic efficiency.
The utility model is further arranged to: the antidetonation connecting elements includes being connect with building by expansion bolt
First connector and the second connector being connect with the inclined support bar by expansion bolt, first connector and described the
Two connectors are rotatablely connected by pin shaft.
By using above-mentioned technical proposal, the setting of the first connector and the second connector be may be implemented for inclined support bar
With the connection of building.
The utility model is further arranged to: first connector includes that first fitted closely with the building connects
Fishplate bar and with first connecting plate far from the building side a pair of of otic placode connected vertically；
Second connector includes by the second connecting plate of pin shaft and otic placode rotation connection, second connection
Plate is vertically connected with third connecting plate, and the third connecting plate is fitted closely with the inclined support bar upper surface, and passes through connection
Bolt is affixed.
By using above-mentioned technical proposal, in use, it is by pin shaft that the second connecting plate and otic placode is affixed, then by swollen
Swollen bolt is affixed by the first connecting plate and building, by connection bolt that third connecting plate and oblique support plate is affixed, thus real
Existing inclined support bar and building are connected and fixed.
In conclusion the advantageous effects of the utility model are as follows:
1, it by limiting slot and the embedded limit realized to anti-rotation gasket of gasket part, prevents it from being rotated, then passes through
The upper fold of the nut of fixing bolt and anti-rotation gasket is fixed for split pin, and then realizes the limit to fixing bolt, prevents
Only antidetonation suspension and support is because earthquake makes fixing bolt and restrains disengaging；
2, nut can be embedded in groove by the setting of groove, so that groove limits nut, prevent its rotation, into
One step plays the role of that fixing bolt and tube bank is prevented to be detached from；
3, on the other hand the on the one hand setting of elastomeric pad reduces between the two abrasion hangs mount vibration in antidetonation
When, elastomeric pad has certain buffering deformability；
4, the setting of corner casting and connection bolt carries out sunpender and support plate to be detachably connected fixation, sunpender and building
It is fixedly connected by expansion bolt, support plate and building is connected and fixed to realize；
5, the connection for inclined support bar and building may be implemented in the setting of the first connector and the second connector.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the structural schematic diagram that tube bank is embodied in the utility model；
Fig. 3 is the structural schematic diagram that anti-rotation component is embodied in the utility model；
Fig. 4 is the structural schematic diagram that antidetonation connecting elements is embodied in the utility model.
In figure, 1, support plate；2, para-seismic support；21, sunpender；22, inclined support bar；23, corner casting；24, antidetonation connects structure
Part；241, the first connector；2411, the first connecting plate；2412, otic placode；242, the second connector；2421, the second connecting plate；
2422, third connecting plate；243, pin shaft；3, it restrains；31, first tube bundle；32, second tube bundle；33, first connecting portion；331, it limits
Position slot；34, second connecting portion；341, groove；35, fixing bolt；351, nut；352, nut；3521, the second pin hole；353,
Screw rod；36, anti-rotation component；361, anti-rotation gasket；3611, gasket part；3612, upper fold；3613, the first pin hole；362, it is open
Pin；4, pipeline；5, building；6, connection sheet；7, bolt is connected；8, expansion bolt.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Referring to Fig.1, it is total to the lateral antidetonation support hanger structure of frame for a kind of multitube disclosed by the utility model, including along level side
Support plate 1 to setting and a pair of of para-seismic support 2 for connecting with 1 both ends of support plate are provided with for fixed -piping in support plate 1
4 tube bank 3, para-seismic support 2 include a pair of of the sunpender 21 affixed with 1 both ends of support plate and the inclined support bar that connect with sunpender 21
22, inclined support bar 22 is obliquely installed in the horizontal direction, and is lower than the other end, the low side of inclined support bar 22 close to 21 one end of sunpender
Affixed by antidetonation connecting elements 24 close to 1 one end of support plate with sunpender 21, the other end is also connected with antidetonation connecting elements 24, and
It is affixed by expansion bolt 8 between the antidetonation connecting elements 24 and building 5 of the high-end connection of inclined support bar 22, sunpender 21 and building
Object 5 is affixed by expansion bolt 8.
In use, it is by antidetonation connecting elements 24 that support plate 1 and sunpender 21 is affixed, sunpender 21 and building 5 are passed through
Expansion bolt 8 is affixed, and the side for being then located remotely from each other sunpender 21 passes through the low side of antidetonation connecting elements 24 and inclined support bar 22
Connection, the other end of inclined support bar 22 are also connected with antidetonation connecting elements 24, connect with the antidetonation of the high-end connection of inclined support bar 22
It is affixed by expansion bolt 8 between component 24 and building 5, to realize the connection of para-seismic support 2 and consolidate with building 5
It connects, then pipeline 4 is fixed by tube bank 3.The setting of inclined support bar 22 is so that building 5, inclined support bar 22 and sunpender
It is in triangular shape between 21, increases the stability of antidetonation suspension and support, booster anti seismic efficiency.
As shown in Fig. 2, tube bank 3 includes arc first tube bundle 31 and second tube bundle 32, first tube bundle 31 and second tube bundle 32
One end connect with support plate 1, the other end raises upward to form first connecting portion 33 and second connecting portion 34, first connecting portion 33
It is fixed by fixing bolt 35 between second connecting portion 34.In conjunction with Fig. 3, which further includes preventing fixing bolt 35
The anti-rotation component 36 of loosening, anti-rotation component 36 include anti-rotation gasket 361 and split pin 362, and anti-rotation gasket 361 includes and fixed spiral shell
Gasket part 3611 that the nut 352 of bolt 35 pushes against and with the upper fold 3612 connected vertically of gasket part 3611, gasket part 3611 opens
Equipped with the hole passed through for fixing bolt 35；Upper fold 3612 offers the first pin hole 3613 passed through for split pin 362, fixed spiral shell
Second pin hole 3521 in 353 direction of screw rod perpendicular to fixing bolt 35, the first pin hole 3613 are offered on the nut 352 of bolt 35
When alignment with the perforation of the second pin hole 3521, split pin 362 passes through the first pin hole 3613 and the second pin hole 3521；First connection
Portion 33 offers the limiting slot 331 being embedded in for gasket part 3611 to prevent it from rotating, gasket far from the side of second connecting portion 34
Portion 3611 is embedded in limiting slot 331.Limiting slot 331 is polygon groove, and gasket part 3611 is more to match with limiting slot 331
Side shape piece.
When pipeline 4 is fixed by tube bank 3, the gasket part 3611 of anti-rotation gasket 361 is embedded in limit
In slot 331, then the screw rod 353 of fixing bolt 35 is passed through to the gasket part 3611 and first connecting portion 33 of anti-rotation gasket 361
It is right then to pass through nut 351 until gasket part 3611 and the nut 352 of fixing bolt 35 fit closely with second connecting portion 34
It is fixed.By limiting slot 331 and the embedded limit realized to anti-rotation gasket 361 of gasket part 3611, prevent it from being turned
It is dynamic, then the upper fold 3612 of the nut 352 of fixing bolt 35 and anti-rotation gasket 361 is fixed by split pin 362, into
And realize the limit to fixing bolt 35, the setting of especially polygon groove can play the work for preventing gasket part 3611 from rotating
With, prevent antidetonation suspension and support because earthquake make fixing bolt 35 and tube bank 3 be detached from.
Further, as shown in figure 3, second connecting portion 34 is offered far from 33 side of first connecting portion for fixing bolt 35
Nut 351 be embedded in groove 341.Nut 351 can be embedded in groove 341 by the setting of groove 341, when in use,
Nut 351 is embedded in groove 341, then gasket part 3611 is embedded in limiting slot 331, then turns the spiral shell of fixing bolt 35
Cap 352, so that after the screw rod 353 of fixing bolt 35 sequentially passes through gasket part 3611, first connecting portion 33 and second connecting portion 34,
Screw rod 353 is fixed nut 351.So set, limiting groove 341 to nut 351, its rotation is prevented, into
One step plays the role of that fixing bolt 35 and tube bank 3 is prevented to be detached from.
Gasket part 3611 is provided with elastomeric pad close to 351 side of nut of fixing bolt 35, and elastomeric pad is in gasket
Between portion 3611 and the nut 351 of fixing bolt 35.After the setting of elastomeric pad is so that turn bolt, elastomeric pad restores
Deformation is between the nut 351 and gasket part 3611 of fixing bolt 35, on the one hand reduces frictional force between the two, another party
Face, when antidetonation hangs mount vibration, elastomeric pad has certain buffering deformability.
Connect as shown in Fig. 2, 21 upper end of sunpender passes through expansion bolt 8 by connection sheet 6 and building 5, connection sheet 6 with hang
21 upper surface of bar is affixed, and is connected between connection sheet 6 and building 5 by expansion bolt 8.It is set between sunpender 21 and support plate 1
It is equipped with corner casting 23, it is affixed by connection bolt 7 between corner casting 23 and sunpender 21, corner casting 23 and support plate 1.Corner casting 23
Setting with connection bolt 7 carries out sunpender 21 and support plate 1 to be detachably connected fixation, and sunpender 21 and building 5 pass through expansion
Bolt 8 is fixedly connected, and have never been realized being connected and fixed to support plate 1 and building 5.
As shown in Figure 2 and Figure 4, antidetonation connecting elements 24 includes the first connection being connect with building 5 by expansion bolt 8
Part 241 and the second connector 242 being connect with inclined support bar 22 by expansion bolt 8, the first connector 241 and the second connector
242 are rotatablely connected by pin shaft 243.First connector 241 include the first connecting plate 2411 fitted closely with building 5 and
With the first connecting plate 2411 far from 5 side of building a pair of of otic placode 2412 connected vertically, the second connector 242 includes passing through pin
The second connecting plate 2421 that axis 243 and otic placode 2412 are rotatablely connected, the second connecting plate 2421 are vertically connected with third connecting plate
2422, third connecting plate 2422 is fitted closely with 22 upper surface of inclined support bar, and affixed by connection bolt 7.
Limited block can be set between second connecting plate, 2421 two sides and otic placode 2412, limited block and pin shaft 243 rotate
Connection, at this point, limited block limits the second connecting plate 2412 on 243 length direction of pin shaft, is also possible to the second connection
2421 two sides of the plate inner surface close to each other with otic placode 2412 abuts, thus to the second connecting plate 2412 in 243 length side of pin shaft
It is limited upwards, the utility model selects first way, so that entire antidetonation connecting elements 24 has better beaer
System.
In use, being rotatablely connected the second connecting plate 2421 with otic placode 2412 by pin shaft 243, then pass through expansion bolt
8 is affixed by the first connecting plate 2411 and building 5, by connection bolt 7 that third connecting plate 2422 and oblique support plate 1 is affixed,
To realize being connected and fixed for inclined support bar 22 and building 5, and 22 upper surface of inclined support bar and third connecting plate 2422 lead to
It is affixed to cross connection bolt 7, another side is fitted closely with the second connecting plate 2421, increases inclined support bar 22 and the second connector
Contact area between 242 connects more stable.
The embodiment of present embodiment is the preferred embodiment of the utility model, and not limitation is originally practical new according to this
The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all be covered by practical
Within novel protection scope.
Claims (8)
1. a kind of multitube is total to the lateral antidetonation support hanger structure of frame, it is characterised in that: including horizontally disposed support plate (1)
A pair of of the para-seismic support (2) connecting with support plate (1) both ends is provided with tube bank (3), the tube bank on the support plate (1)
(3) include arc first tube bundle (31) and second tube bundle (32), one end of the first tube bundle (31) and second tube bundle (32) with
Support plate (1) connection, the other end raise upward to form first connecting portion (33) and second connecting portion (34), the first connecting portion
(33) fixed by fixing bolt (35) between second connecting portion (34)；
The antidetonation suspension and support further includes the anti-rotation component (36) for preventing fixing bolt (35) from loosening, and the anti-rotation component (36) includes
Anti-rotation gasket (361) and split pin (362), the anti-rotation gasket (361) include the nut (352) with the fixing bolt (35)
The gasket part (3611) of abutting and with gasket part (3611) upper fold connected vertically (3612), the gasket part (3611) opens up
There is the hole passed through for the fixing bolt (35)；
The upper fold (3612) offers the first pin hole (3613) passed through for the split pin (362), fixing bolt (35)
Nut (352) on offer second pin hole (3521) in screw rod (353) direction perpendicular to fixing bolt (35), described first
When pin hole (3613) is aligned with second pin hole (3521) perforation, the split pin (362) passes through first pin hole
(3613) and the second pin hole (3521)；
The first connecting portion (33) offers embedding for the gasket part (3611) far from the side of the second connecting portion (34)
Enter the limiting slot (331) to prevent it from rotating, the gasket part (3611) is embedded in limiting slot (331).
2. a kind of multitube according to claim 1 is total to the lateral antidetonation support hanger structure of frame, it is characterised in that: the limiting slot
It (331) is polygon groove, the gasket part (3611) is the polygonal patch to match with the limiting slot (331).
3. a kind of multitube according to claim 1 is total to the lateral antidetonation support hanger structure of frame, it is characterised in that: described second connects
Socket part (34) offers the groove of nut (351) insertion for fixing bolt (35) far from the first connecting portion (33) side
(341)。
4. a kind of multitube according to claim 1 is total to the lateral antidetonation support hanger structure of frame, it is characterised in that: the gasket part
(3611) nut (351) side close to fixing bolt (35) is provided with elastomeric pad, and the elastomeric pad is in the gasket
Between portion (3611) and the nut (351) of fixing bolt (35).
5. a kind of multitube according to claim 1 is total to the lateral antidetonation support hanger structure of frame, it is characterised in that: the antidetonation branch
Hanger includes a pair of of the sunpender (21) connecting with the support plate (1) both ends, and the sunpender (21) and building (5) pass through expansion
Bolt (8) connection, and corner casting (23) are provided between the sunpender (21) and the support plate (1), the corner casting (23)
It is affixed by connection bolt (7) between the sunpender (21), the corner casting (23) and the support plate (1).
6. a kind of multitube according to claim 5 is total to the lateral antidetonation support hanger structure of frame, it is characterised in that: the antidetonation branch
Hanger further includes a pair of of the inclined support bar (22) connecting with the sunpender (21), the inclined support bar (22) updip in the horizontal direction
Tiltedly setting, and it is lower than the other end, low side and the sunpender (21) of the inclined support bar (22) close to the sunpender (21) one end
It is connected close to the support plate (1) one end by antidetonation connecting elements (24), the other end passes through antidetonation connecting elements (24) and builds
Object (5) connection is built, it is solid by expansion bolt (8) between the antidetonation connecting elements (24) being connect with building (5) and building (5)
It is fixed.
7. a kind of multitube according to claim 6 is total to the lateral antidetonation support hanger structure of frame, it is characterised in that: the antidetonation connects
Connection member (24) include the first connector (241) being connect with building (5) by expansion bolt (8) and with the inclined support bar
(22) the second connector (242) connected by expansion bolt (8), first connector (241) and second connector
(242) it is rotatablely connected by pin shaft (243).
8. a kind of multitube according to claim 7 is total to the lateral antidetonation support hanger structure of frame, it is characterised in that: described first connects
Fitting (241) include the first connecting plate (2411) fitted closely with the building (5) and with first connecting plate
(2411) far from the building (5) side a pair of of otic placode (2412) connected vertically；
Second connector (242) includes the second connecting plate by pin shaft (243) and the otic placode (2412) rotation connection
(2421), second connecting plate (2421) is vertically connected with third connecting plate (2422), the third connecting plate (2422) with
Inclined support bar (22) upper surface fits closely, and affixed by connection bolt (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920142442.8U CN209469880U (en) | 2019-01-25 | 2019-01-25 | Multitube is total to the lateral antidetonation support hanger structure of frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920142442.8U CN209469880U (en) | 2019-01-25 | 2019-01-25 | Multitube is total to the lateral antidetonation support hanger structure of frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209469880U true CN209469880U (en) | 2019-10-08 |
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ID=68094073
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920142442.8U Active CN209469880U (en) | 2019-01-25 | 2019-01-25 | Multitube is total to the lateral antidetonation support hanger structure of frame |
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| CN (1) | CN209469880U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114810769A (en) * | 2021-01-29 | 2022-07-29 | 三一汽车制造有限公司 | Knuckle arm assembly and arm support equipment |
-
2019
- 2019-01-25 CN CN201920142442.8U patent/CN209469880U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114810769A (en) * | 2021-01-29 | 2022-07-29 | 三一汽车制造有限公司 | Knuckle arm assembly and arm support equipment |
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