CN211309478U - Carbon fiber material station appliance for preventing deformation of automobile covering part - Google Patents
Carbon fiber material station appliance for preventing deformation of automobile covering part Download PDFInfo
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- CN211309478U CN211309478U CN201921616625.5U CN201921616625U CN211309478U CN 211309478 U CN211309478 U CN 211309478U CN 201921616625 U CN201921616625 U CN 201921616625U CN 211309478 U CN211309478 U CN 211309478U
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Abstract
The utility model belongs to the technical field of automobile production accessories, in particular to a carbon fiber material station appliance for preventing the deformation of an automobile covering part; the carbon fiber short tube damping device comprises a rectangular frame, supporting mechanisms, carbon fiber short tube adjusting stand columns, hemispherical damping rubber and carbon fiber limiting blocks, wherein carbon fiber tubes perpendicular to the rectangular frame are arranged at four corners of the outer side of the rectangular frame, a plurality of supporting mechanisms are arranged on two long sides of the rectangular frame respectively, a plurality of carbon fiber limiting blocks with damping rubber are connected to two short sides of the rectangular frame respectively in a splicing manner, a ninth carbon fiber tube is connected to the lower portion of the rectangular frame in a splicing manner, a supporting mechanism is arranged at each of the front end and the rear end of the ninth carbon fiber tube respectively, a plurality of carbon fiber short tube adjusting stand columns are arranged on the ninth carbon fiber tube between the two supporting mechanisms, and hemispherical damping rubber is arranged; the method has universality, and can be applied to easily deformed thin plate products such as large automobile covering parts, such as top covers, engine hoods, side walls and the like.
Description
Technical Field
The utility model belongs to the technical field of the auto production accessory, concretely relates to prevent carbon fiber material station utensil of auto covering deformation.
Background
The large-scale covering products of the car such as sheet metal spare such as top cap, because its area is great, even have big skylight hollow structure in addition, do not have under the circumstances of additional strengthening such as muscle, receive the influence of self gravity factor, in addition sheet metal spare rigidity characteristics such as not enough, no matter deposit, transport, upset welding process at the part, very easily take place to collapse distortion at the inside arc central zone of top cap and the not enough position of intensity, cause the repair of part even to scrap.
In the process of storing and transferring the previous large-sized automobile covering parts such as the top cover and other thin plate parts, the station appliances of the automobile covering parts are not provided with internal supports and clamping mechanisms, the top cover is extremely easy to deform, distort and damage, and when the top cover is turned over to a welding fixture, the deformation of the top cover is also easy to cause, and the top cover is repaired or even scrapped.
Disclosure of Invention
In order to overcome the problem, the utility model provides a prevent carbon fiber material station utensil of auto covering spare deformation, inside the utensil frame, the part support post of a plurality of scalable adjustments is increased, stand top assembly hemisphere yielding rubber, be used for supporting part yielding region, and install clamping mechanism device in the top, effectively avoid parts such as sheet spare to place and transport and the upset is placed and is influenced produced deformation phenomenon by self gravity factor in the welding jig in-process, can realize the artifical upset of part and place into welding jig's operation simultaneously, avoid the part to take place to warp the distortion at the removal in-process, cause the part to reprocess or even damage. The stacking function can be realized to carbon fiber material station utensil frame four corners stand, puts into the transportation of matching and deposits the frame utensil after 5 groups station utensil are stacked to the roller for the transportation and the storage of part, the operation is light and handy convenient.
The utility model provides a prevent carbon fiber material station utensil of auto covering spare deformation, include the rectangular frame who comprises the carbon fiber pipe, the supporting mechanism, carbon fiber nozzle stub adjustment stand 12, hemisphere yielding rubber 16 and carbon fiber stopper 17, wherein the four corners in the rectangular frame outside all is equipped with the carbon fiber pipe of perpendicular to rectangular frame, be equipped with a plurality of supporting mechanism on two long edges of rectangular frame respectively, splice respectively on two short edges of rectangular frame have a plurality of carbon fiber stoppers 17 of taking yielding rubber, ninth carbon fiber pipe 9 splices in rectangular frame's below, both ends are equipped with a supporting mechanism respectively around the ninth carbon fiber pipe 9, be equipped with a plurality of carbon fiber nozzle stub adjustment stands 12 on the ninth carbon fiber pipe 9 between these two supporting mechanism, all install hemisphere yielding rubber 16 on every carbon fiber nozzle stub adjustment stand 12.
The rectangular frame include first carbon fiber pipe 1, second carbon fiber pipe 2, third carbon fiber pipe 3 and fourth carbon fiber pipe 4, wherein third carbon fiber pipe 3 and fourth carbon fiber pipe 4 glue respectively and connect both ends about first carbon fiber pipe 1 and second carbon fiber pipe 2 below, fifth carbon fiber pipe 5 and seventh carbon fiber pipe 7 glue respectively with the direction of perpendicular to third carbon fiber pipe 3 and connect both ends around the third carbon fiber pipe 3 outside, sixth carbon fiber pipe 6 and eighth carbon fiber pipe 8 glue respectively with the direction of perpendicular to fourth carbon fiber pipe 4 and connect both ends around the fourth carbon fiber pipe 4 outside.
Ninth carbon fiber pipe 9 around both ends glue respectively and connect the below at first carbon fiber pipe 1 and second carbon fiber pipe 2, and be located between third carbon fiber pipe 3 and the fourth carbon fiber pipe 4, be equipped with a plurality of supporting mechanism on first carbon fiber pipe 1 and the second carbon fiber pipe 2 respectively, the both ends of ninth carbon fiber pipe 9 are equipped with a supporting mechanism respectively, be equipped with a plurality of carbon fiber nozzle stub adjustment stands 12 on the ninth carbon fiber pipe 9 between these two supporting mechanism, hemisphere damping rubber 16 is all installed on 12 tops of every carbon fiber nozzle stub adjustment stand.
The supporting mechanism include carbon fiber pipe stand 10, the horizontal nozzle stub of carbon fiber 11, carbon fiber nozzle stub adjustment stand 12, aluminum alloy adjustment clamp splice 13, clamping device connects adjustment clamp splice 14 and clamping device 15, wherein carbon fiber pipe stand 10 and carbon fiber nozzle stub adjustment stand 12 all set up with the first carbon fiber pipe 1's of perpendicular to direction, and the both ends of the horizontal nozzle stub of carbon fiber 11 are passed through aluminum alloy adjustment clamp splice 13 and are connected with carbon fiber pipe stand 10 and carbon fiber nozzle stub adjustment stand 12, 14 suits of clamping device connection adjustment clamp splice are fixed in the carbon fiber pipe stand 10 upper end outside, clamping device 15 welds on clamping device connection adjustment clamp splice 14, hemisphere yielding rubber 16 is all installed on the top of every carbon fiber nozzle stub adjustment stand 12.
The clamping device 15 comprises a first connecting rod 22, a second connecting rod 23, a clamping handle 21 and a clamping rubber pressure head 20, wherein the clamping handle 21 is fixed on the first connecting rod 22, the clamping rubber pressure head 20 is connected with the clamping handle 21 through the second connecting rod 23, and the first connecting rod 22 is welded on the outer side of the clamping device connection adjusting clamping block 14.
And the third carbon fiber pipe 3 and the fourth carbon fiber pipe 4 are respectively provided with a plurality of carbon fiber limiting blocks 17 with damping rubber in a glued joint mode.
The utility model has the advantages that:
the utility model discloses a prevent carbon fiber material station utensil of auto covering deformation has advantages such as commonality, quality are light, intensity is high, can flexible adjustment, convenient operation, effectively avoids sheet metal parts such as large-scale covering of large-scale car to take place phenomenons at the operation in-process such as part transport removal, upset welding. The invention has universality and can be applied to large-scale automobile covering parts such as top covers, engine hoods, side walls and other easily-deformed thin plate products.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic structural diagram of the present invention.
Fig. 3 is a schematic structural diagram of the present invention.
Fig. 4 is a schematic structural diagram of the present invention.
Fig. 5 is a schematic view of the aluminum alloy adjusting clamp of the present invention.
Fig. 6 is a schematic structural view of the clamping device of the present invention.
Fig. 7 is a partial schematic structural diagram of the present invention.
Fig. 8 is a partial schematic structural diagram of the present invention.
Fig. 9 is a schematic view of the usage state of the present invention.
Wherein: 1 first carbon fiber pipe, 2 second carbon fiber pipe, 3 third carbon fiber pipe, 4 fourth carbon fiber pipe, 5 fifth carbon fiber pipe, 6 sixth carbon fiber pipe, 7 seventh carbon fiber pipe, 8 eighth carbon fiber pipe, 9 ninth carbon fiber pipe, 10 carbon fiber pipe stand, 11 carbon fiber horizontal short pipe, 12 carbon fiber short pipe adjustment stand, 13 aluminum alloy adjustment clamp splice, 14 clamping device connection adjustment clamp splice, 15 clamping device, 16 hemisphere yielding rubber, 17 carbon fiber stopper, 18 top cap planking covering, 19 deposit and transport utensil, 20 clamp rubber pressure heads, 21 clamp handle, 22 first connecting rod and second connecting rod 23.
Detailed Description
The utility model provides a prevent carbon fiber material station utensil of auto covering spare deformation, include the rectangular frame who comprises the carbon fiber pipe, the supporting mechanism, carbon fiber nozzle stub adjustment stand 12, hemisphere yielding rubber 16 and carbon fiber stopper 17, wherein the four corners in the rectangular frame outside all is equipped with the carbon fiber pipe of perpendicular to rectangular frame, be equipped with a plurality of supporting mechanism on two long edges of rectangular frame respectively, splice respectively on two short edges of rectangular frame have a plurality of carbon fiber stoppers 17 of taking yielding rubber, ninth carbon fiber pipe 9 splices in rectangular frame's below, both ends are equipped with a supporting mechanism respectively around the ninth carbon fiber pipe 9, be equipped with a plurality of carbon fiber nozzle stub adjustment stands 12 on the ninth carbon fiber pipe 9 between these two supporting mechanism, all install hemisphere yielding rubber 16 on every carbon fiber nozzle stub adjustment stand 12.
The rectangular frame include first carbon fiber pipe 1, second carbon fiber pipe 2, third carbon fiber pipe 3 and fourth carbon fiber pipe 4, wherein third carbon fiber pipe 3 and fourth carbon fiber pipe 4 glue respectively and connect both ends about first carbon fiber pipe 1 and second carbon fiber pipe 2 below, fifth carbon fiber pipe 5 and seventh carbon fiber pipe 7 glue respectively with the direction of perpendicular to third carbon fiber pipe 3 and connect both ends around the third carbon fiber pipe 3 outside, sixth carbon fiber pipe 6 and eighth carbon fiber pipe 8 glue respectively with the direction of perpendicular to fourth carbon fiber pipe 4 and connect both ends around the fourth carbon fiber pipe 4 outside.
Ninth carbon fiber pipe 9 around both ends glue respectively and connect the below at first carbon fiber pipe 1 and second carbon fiber pipe 2, and be located between third carbon fiber pipe 3 and the fourth carbon fiber pipe 4, be equipped with a plurality of supporting mechanism on first carbon fiber pipe 1 and the second carbon fiber pipe 2 respectively, the both ends of ninth carbon fiber pipe 9 are equipped with a supporting mechanism respectively, be equipped with a plurality of carbon fiber nozzle stub adjustment stands 12 on the ninth carbon fiber pipe 9 between these two supporting mechanism, hemisphere damping rubber 16 is all installed on 12 tops of every carbon fiber nozzle stub adjustment stand for support easily in the middle part of the covering that sinks.
The supporting mechanism include carbon fiber tube stand 10, the horizontal nozzle stub of carbon fiber 11, carbon fiber nozzle stub adjustment stand 12, aluminum alloy adjustment clamp splice 13, clamping device connects adjustment clamp splice 14 and clamping device 15, wherein carbon fiber tube stand 10 and carbon fiber nozzle stub adjustment stand 12 all set up with the direction of the first carbon fiber tube 1 of perpendicular to, and the both ends of the horizontal nozzle stub of carbon fiber 11 are passed through aluminum alloy adjustment clamp splice 13 and are connected with carbon fiber tube stand 10 and carbon fiber nozzle stub adjustment stand 12, 14 suits of clamping device connection adjustment clamp splice and fix in the carbon fiber tube stand 10 upper end outside, pass the bolt mounting hole through the bolt and lock, clamping device 15 welds on clamping device connection adjustment clamp splice 14, hemisphere yielding rubber 16 is all installed on the top of every carbon fiber nozzle stub adjustment stand 12, be used for contacting with the part.
The clamping device 15 is used for preventing the workpiece from being displaced or vibrated in the moving process, and comprises a first connecting rod 22, a second connecting rod 23, a clamping handle 21 and a clamping rubber pressure head 20, wherein the clamping handle 21 is fixed on the first connecting rod 22, the clamping rubber pressure head 20 is connected with the clamping handle 21 through the second connecting rod 23, and the first connecting rod 22 is welded on the outer side of the clamping device connecting and adjusting clamping block 14.
The connecting rod 22 is welded to the clamp device connecting adjustment clamp block 14, the clamp handle 21 is used for manual clamping, and the clamp rubber ram 20 is used for pressing the part.
And the third carbon fiber pipe 3 and the fourth carbon fiber pipe 4 are respectively provided with a plurality of carbon fiber limiting blocks 17 with damping rubber in a glued joint mode.
The clamping device 15 is connected with the carbon fiber tube upright post 10 by the clamping device and an adjusting clamping block 14 for adjustment and locking connection; the carbon fiber station apparatus can be stacked in 5 groups in a storage and transfer apparatus 19 matched with the appearance size of the carbon fiber station apparatus, as shown in fig. 6, so that the station apparatus can be conveniently stored and transferred in a centralized manner.
The number of the carbon fiber short pipe adjusting columns 12 or the carbon fiber pipe columns 10 is equal to the effective area of the part, the shape coefficient of the part and the number of the supporting columns in unit area;
(1) the effective area of the part is the projection area of the part horizontally placed on the station appliance;
(2) the shape coefficient of the part is the complexity degree of the shape of the part, the value range is 0.9-1.1, the value is usually 1.0, the more complex the part is, the larger the value is, otherwise, the smaller the value is;
(3) the number of the supporting columns in unit area is set to be 4;
(4) and when the number calculation value of the carbon fiber short pipe adjusting upright columns 12 or the carbon fiber pipe upright columns 10 is less than 4, taking the number as 4.
The fifth carbon fiber tube 5, the seventh carbon fiber tube 7, the sixth carbon fiber tube 6 and the eighth carbon fiber tube 8 at the four corners of the carbon fiber material station appliance frame can realize a stacking function, and the 5 groups of station appliances are stacked in a matched transferring and storing frame appliance for transferring and storing parts; the appliance structure has the advantages of universality, light weight, high strength, flexible adjustment, convenient operation and the like, and effectively avoids the deformation phenomenon of sheet parts such as large-scale covering parts of large-scale automobiles in the operation processes of part carrying, moving, overturning, welding and the like.
The utility model discloses have the commonality, can be applied to the large-scale covering of car like easily deformable sheet metal spare products such as top cap, engine bonnet, side wall.
The utility model discloses a carbon fiber tubular product splices the frame of structure, carbon fiber tube stand 10 is connected with clamping device connection adjustment clamp splice 14 of a plurality of rotatable adjustments on the frame, carbon fiber tube stand 10 scalable adjustment and locking in clamping device connection adjustment clamp splice 14, frame inside carbon fiber nozzle stub adjustment stand 12 tops and automobile covering are like top cap product contact site, install hemisphere yielding rubber 16, play buffering and the cushioning effect to the top cap, install clamping device 15 on the frame, clamping device 15 is located frame internals top, it compresses tightly the conical hemisphere yielding rubber 16 below pressing head 20 and the part of pressing from both sides and keeps coaxial, avoid the part to press from both sides partially when preventing the part drunkenness. Four groups of carbon fiber limiting blocks 17 are arranged at the left end and the right end of the frame, and damping rubber is also arranged at the contact part of the carbon fiber limiting blocks 17 and the parts to limit the sliding of the parts and simultaneously avoid the contact deformation of the parts.
The station apparatus can effectively prevent thin plate pieces such as large automobile covering pieces from deforming under the influence of gravity factors, has the characteristic of light weight due to the adoption of the carbon fiber frame, can carry the single piece, and is provided with the clamping device for welding after the parts are turned over; the station utensil can 5 groups put into the transportation of matching after the line is folded and deposit the frame utensil for the transportation and the storage of part, convenient operation also can effectively avoid the covering to take place the deformation phenomenon at the removal in-process.
First carbon fiber pipe 1 and second carbon fiber pipe 2 all adopt the diameter to make for 2550mm, wall thickness 5mm, length carbon fiber pipe, third carbon fiber pipe 3, fourth carbon fiber pipe 4 and ninth carbon fiber pipe 9 all adopt 50mm diameter, wall thickness 5mm, length to make for 1450 mm's carbon fiber pipe, arrange first carbon fiber pipe 1 and second carbon fiber pipe 2 in the both ends of third carbon fiber pipe 3 and fourth carbon fiber pipe 4 respectively the symmetry, four carbon fiber pipes adopt the mode of splicing to connect fixedly afterwards, splice with first carbon fiber pipe 1 and second carbon fiber pipe 2 equally with ninth carbon fiber pipe 9 both ends and be connected.
Fifth carbon fiber pipe 5, sixth carbon fiber pipe 6, seventh carbon fiber pipe 7 and eighth carbon fiber pipe 8 all adopt 50mm diameter, wall thickness 5mm, length to be 350 mm's carbon fiber tubular product and make, and the symmetry is placed respectively in the both ends of first carbon fiber pipe 1 and second carbon fiber pipe 2, and later with third carbon fiber pipe 3 and fourth carbon fiber pipe 4 respectively with the cementing connection.
The carbon fiber tube upright post 10 is made of a carbon fiber tube material with the diameter of 50mm, the wall thickness of 5mm and the length of 350mm, and is respectively connected with the first carbon fiber tube 1 and the second carbon fiber tube 2 in an adhesive manner according to the design requirement of a station appliance; the carbon fiber transverse short pipe 11 is made of a carbon fiber pipe with the diameter of 50mm, the wall thickness of 5mm and the length of 210mm, and is respectively connected with the carbon fiber pipe upright post 10 in an adjusting and locking way through an aluminum alloy adjusting clamping block 13; the carbon fiber short pipe adjusting upright posts 12 are respectively connected with the corresponding carbon fiber transverse short pipes 11 in a locking manner through aluminum alloy adjusting clamping blocks 13. The clamping device 15 is connected with the adjusting clamping block 14 through an aluminum alloy clamping device and is in clamping connection with the carbon fiber tube upright post 10 and used for compressing parts; the hemispherical damping rubber 16 is arranged at the contact part of the top end of the carbon fiber short pipe adjusting upright post 12 and the part, and plays a role in supporting, damping and buffering the part. The 4 groups of carbon fiber limiting blocks 17 with damping rubber are connected with the third carbon fiber tube 3 and the fourth carbon fiber tube 4 in a splicing mode and used for limiting the movement of parts.
The working process of the station apparatus is briefly described as follows:
the method comprises the following steps: and adjusting the carbon fiber support columns 12, the carbon fiber transverse short pipe 11 and the clamping device 15 in the station appliance in advance according to the shape of the part product, and connecting, locking and fixing the carbon fiber support columns 12, the carbon fiber transverse short pipe 11 and the clamping device of the aluminum alloy through the aluminum alloy adjusting clamping block 13 and the aluminum alloy clamping device to ensure that the hemispherical damping rubber 16 at the top ends of the carbon fiber support columns 12 is attached to the shape of the part product.
Step two: the top cover outer plate covering part 18 is horizontally placed in a station appliance, the left end and the right end of a part fall into the carbon fiber limiting blocks 17 with damping rubber, the carbon fiber tube stand columns 10 support the inner easy-deformation areas of the part, then the clamping devices 15 are respectively pressed, and clamping and fixing of the part are completed. At this moment, the station utensil can carry out the operation such as depositing, transporting, upset welding of part, simultaneously 5 groups the station utensil can fold to be arranged in with the depositing and transporting utensil that the station utensil matches, be convenient for concentrate deposit and transport the operation.
Step three: after the operation is completed, each locking device 15 is opened, and then the roof outer panel covering 18 is taken out.
Claims (6)
1. A carbon fiber material station apparatus for preventing deformation of an automobile covering part is characterized by comprising a rectangular frame consisting of carbon fiber tubes, a supporting mechanism, carbon fiber short tube adjusting upright posts (12), hemispherical damping rubber (16) and carbon fiber limiting blocks (17), wherein, four corners outside the rectangular frame are respectively provided with a carbon fiber tube vertical to the rectangular frame, two long edges of the rectangular frame are respectively provided with a plurality of supporting mechanisms, two short edges of the rectangular frame are respectively connected with a plurality of carbon fiber limit blocks (17) with damping rubber in an adhesive way, a ninth carbon fiber tube (9) is connected below the rectangular frame in an adhesive way, the front end and the rear end of the ninth carbon fiber tube (9) are respectively provided with a supporting mechanism, be equipped with a plurality of short carbon fiber pipe adjustment stands (12) on ninth carbon fiber pipe (9) between these two supporting mechanism, all install hemisphere shock-absorbing rubber (16) on every short carbon fiber pipe adjustment stand (12).
2. The carbon fiber material station tool for preventing the deformation of the automobile covering part as claimed in claim 1, it is characterized in that the rectangular frame comprises a first carbon fiber tube (1), a second carbon fiber tube (2), a third carbon fiber tube (3) and a fourth carbon fiber tube (4), wherein third carbon fiber pipe (3) and fourth carbon fiber pipe (4) glue respectively and connect both ends about first carbon fiber pipe (1) and second carbon fiber pipe (2) below, fifth carbon fiber pipe (5) and seventh carbon fiber pipe (7) glue respectively with the direction of perpendicular to third carbon fiber pipe (3) and connect both ends around third carbon fiber pipe (3) outside, sixth carbon fiber pipe (6) and eighth carbon fiber pipe (8) glue respectively with the direction of perpendicular to fourth carbon fiber pipe (4) and connect both ends around fourth carbon fiber pipe (4) outside.
3. The carbon fiber material station tool for preventing the deformation of the automobile covering part as claimed in claim 2, wherein the front end and the rear end of the ninth carbon fiber tube (9) are respectively glued below the first carbon fiber tube (1) and the second carbon fiber tube (2) and are positioned between the third carbon fiber tube (3) and the fourth carbon fiber tube (4), and a plurality of supporting mechanisms are respectively arranged on the first carbon fiber tube (1) and the second carbon fiber tube (2).
4. The carbon fiber material station apparatus for preventing deformation of automobile covering parts according to claim 3, wherein the supporting mechanism comprises a carbon fiber tube upright post (10), a carbon fiber transverse short tube (11), a carbon fiber short tube adjusting upright post (12), an aluminum alloy adjusting clamp block (13), a clamping device connecting and adjusting clamp block (14) and a clamping device (15), wherein the carbon fiber tube upright post (10) and the carbon fiber short tube adjusting upright post (12) are both arranged in a direction perpendicular to the first carbon fiber tube (1), two ends of the carbon fiber transverse short tube (11) are connected with the carbon fiber tube upright post (10) and the carbon fiber short tube adjusting upright post (12) through the aluminum alloy adjusting clamp block (13), the clamping device connecting and adjusting clamp block (14) is sleeved and fixed at the outer side of the upper end of the carbon fiber tube upright post (10), and the clamping device (15) is welded on the clamping device connecting and adjusting clamp block (14), the top end of each carbon fiber short pipe adjusting upright post (12) is provided with hemispherical damping rubber (16).
5. The carbon fiber material station tool for preventing the deformation of the automobile covering part as claimed in claim 4, wherein the clamping device (15) comprises a first connecting rod (22), a second connecting rod (23), a clamping handle (21) and a clamping rubber pressure head (20), wherein the clamping handle (21) is fixed on the first connecting rod (22), the clamping rubber pressure head (20) is connected with the clamping handle (21) through the second connecting rod (23), and the first connecting rod (22) is welded on the outer side of the clamping device connecting and adjusting clamping block (14).
6. The carbon fiber material station tool for preventing the deformation of the automobile covering part as claimed in claim 5, wherein the third carbon fiber tube (3) and the fourth carbon fiber tube (4) are respectively glued with a plurality of carbon fiber limiting blocks (17) with shock-absorbing rubber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921616625.5U CN211309478U (en) | 2019-09-26 | 2019-09-26 | Carbon fiber material station appliance for preventing deformation of automobile covering part |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921616625.5U CN211309478U (en) | 2019-09-26 | 2019-09-26 | Carbon fiber material station appliance for preventing deformation of automobile covering part |
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| CN211309478U true CN211309478U (en) | 2020-08-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201921616625.5U Active CN211309478U (en) | 2019-09-26 | 2019-09-26 | Carbon fiber material station appliance for preventing deformation of automobile covering part |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114104512A (en) * | 2021-12-09 | 2022-03-01 | 天威保变(合肥)变压器有限公司 | Transformer paperboard placing frame |
| CN114715540A (en) * | 2021-05-17 | 2022-07-08 | 云南傲远智能环保科技有限公司 | Plastic pipe binding device for plastic pipe well |
-
2019
- 2019-09-26 CN CN201921616625.5U patent/CN211309478U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114715540A (en) * | 2021-05-17 | 2022-07-08 | 云南傲远智能环保科技有限公司 | Plastic pipe binding device for plastic pipe well |
| CN114715540B (en) * | 2021-05-17 | 2022-12-09 | 云南傲远智能环保科技有限公司 | Plastic pipe binding device for plastic pipe well |
| CN114104512A (en) * | 2021-12-09 | 2022-03-01 | 天威保变(合肥)变压器有限公司 | Transformer paperboard placing frame |
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