CN209477183U - Copper sleeve mechanism in full-automatic volume copper mesh and insertion - Google Patents
Copper sleeve mechanism in full-automatic volume copper mesh and insertion Download PDFInfo
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- CN209477183U CN209477183U CN201822196326.2U CN201822196326U CN209477183U CN 209477183 U CN209477183 U CN 209477183U CN 201822196326 U CN201822196326 U CN 201822196326U CN 209477183 U CN209477183 U CN 209477183U
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- copper mesh
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Abstract
The utility model disclose a kind of full-automatic volume copper mesh and be inserted into copper sleeve mechanism, comprising: feeding cuts mould group, the volume copper mesh mould group of mould group side is cut set on the feeding and is fed mould group set on the interior copper sheathing of the volume copper mesh mould group side.The utility model cuts mould group using feeding and copper mesh braid is cut into single copper mesh cut-parts, then copper mesh cut-parts are rolled into cylindrical shape by volume copper mesh mould group, copper sheathing is fed mould group in finally cooperating, interior copper reel wire is put on into interior copper sheathing, copper sheathing in realizing full-automatic quickly volume copper mesh and covering, it reduces and the health of worker is damaged, greatly improve processing efficiency.
Description
Technical field
The utility model relates to copper sheathing machines in field of machinery automation, more particularly to a kind of full-automatic volume copper mesh and insertion
Structure.
Background technique
The utility model is mainly used for high-speed rail, the spare and accessory parts assembling on motor-car, as shown in Figure 1, the spare and accessory parts include interior
Copper reel wire 100 and cover the interior copper sheathing 200 in the interior copper reel wire 100.As shown in Fig. 2, in wherein copper reel wire raw material
It is a roll of a roll of copper mesh braid, copper mesh braid will first be cut into single copper mesh cut-parts by when processing, and single copper mesh cut-parts are
Rectangle, it needs first to be then rolled into cylindrical shape, finally put on interior copper sheathing copper mesh cut-parts precompressed.Volume copper mesh currently on the market
Major part is to use mold compresses molding by hand, and the shape circularity for the volume copper mesh that this mode is produced is poor, and operates numerous
Trivial, the hand of the worker of long-term work has abrasion, and cost of labor is also high.There are also using semiautomatic equipment, it is mostly
Human assistance, capacity efficiency is low.
Therefore, the prior art is defective, needs to improve.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, the full-automatic volume copper mesh of one kind is provided and is inserted into interior copper sheathing
Mechanism.
The technical solution of the utility model is as follows: copper sleeve mechanism in providing the full-automatic volume copper mesh of one kind and being inserted into, comprising: send
Material cuts mould group, cuts the volume copper mesh mould group of mould group side set on the feeding and in the volume copper mesh mould group side
Copper sheathing is fed mould group；
The feeding cut mould group include: send copper mesh track, set on the push component sent below copper mesh track, be set to
The shearing component for sending copper mesh track tail end and pressure copper above copper mesh track is sent set on sending copper mesh track tail end and being located at
Net cylinder；
The volume copper mesh mould group includes: bottom plate, the copper roll forming lower die on the bottom plate, is set to the copper roll forming
Copper roll forming upper die component above lower die and the gripper assembly set on the copper roll forming lower die side；
The interior copper sheathing feed mould group include: vibrating disk, connect with the vibrating disk send interior copper sheathing track, described in
The sub-material component and the feeding cylinder above the sub-material component for sending interior copper sheathing track side.
Further, the push component includes: traversing position cylinder and the vertical shift position on the traversing position cylinder
Cylinder, the rising of vertical shift position cylinder can be inserted into copper mesh braid.
Further, the copper roll forming upper die component includes: guide post on the bottom plate, is set to the guide post top
The air cylinder fixed plate in face, the pre- air cylinder in the air cylinder fixed plate and the movable plate being connect with the pre- air cylinder,
Set on the copper roll forming upper mold of the movable plate bottom surface, the molding air cylinder in the air cylinder fixed plate and the molding
Air cylinder be connected and through the movable plate connecting rod, set on the connecting rod bottom surface pressing plate, be set to the pressing plate bottom surface
Two compression bar fixed blocks, the compression bar across the compression bar fixed block and the traversing position cylinder that is connect with described compression bar one end, institute
Copper roll forming upper mold is stated across the briquetting, bottom end is between two compression bar fixed blocks and its bottom end is located on the compression bar
Side, the copper roll forming upper mold bottom surface and copper roll forming lower die top surface are equipped with circular groove, the internal diameter of the circular groove
Match with the outer diameter of copper reel wire.
Further, the copper roll forming upper die component further include: vertical plate between the guide post, be set to it is described vertical
Two first straight line guide rails on plate and the first sliding block on the first straight line guide rail, the movable plate side and the
The connection of one sliding block, the traversing position cylinder are fixed on first sliding block.
Further, spring is equipped between the movable plate and pressing plate, the spring pocket is in connecting rod.
Further, the gripper assembly includes: on the bottom plate and to be located at the copper roll forming lower die side
Support plate, second straight line guide rail, the second sliding block on the second straight line guide rail and institute set on the support plate side
State the second sliding block connection transplanting cylinder, set on second sliding block close to feeding cut mould group one end the first clamping jaw cylinder,
And the second clamping jaw cylinder set on the second sliding block other end.
Further, the sub-material component includes: set on jacking cylinder and the institute for sending interior copper sheathing track tail end side
The distribution block of jacking cylinder connection is stated, the distribution block top surface is equipped with the cavity of the single interior copper sheathing of accommodating.
Further, the shearing component includes: that two hinged shear blades and the driving shear blade do shearing motion
Driver.
Further, the feeding cylinder, the first clamping jaw cylinder, the second clamping jaw cylinder are equipped with two clamping jaw arms, each folder
Pawl arm is equipped with an arc groove.
Further, the air cylinder fixed plate is equipped with two forming air cylinder, and two forming air cylinder is located at the pre- air cylinder
Two sides.
Using the above scheme, the utility model cuts mould group using feeding and copper mesh braid is cut into single copper mesh sanction
Then piece rolls up copper mesh mould group for copper mesh cut-parts and is rolled into cylindrical shape, interior copper sheathing is finally cooperated to be fed mould group, interior copper reel wire put on interior
Copper sheathing realizes copper sheathing in full-automatic quickly volume copper mesh and set, reduces and damage to the health of worker, greatly improves processing and imitate
Rate.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of interior copper reel wire and interior copper sheathing.
Fig. 2 is the assembling flow path figure of interior copper reel wire and interior copper sheathing.
Fig. 3 is the overall structure diagram of the utility model.
Fig. 4 is the structural schematic diagram that the utility model feeding cuts mould group.
Fig. 5 is the structural schematic diagram that the utility model rolls up copper mesh mould group.
Fig. 6 is the structural schematic diagram of the utility model copper roll forming upper die component.
Fig. 7 is the structural schematic diagram of the utility model gripper assembly.
Fig. 8 is the structural schematic diagram that copper sheathing is fed mould group in the utility model.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail.
Referring to Fig. 3, the utility model provides the full-automatic volume copper mesh of one kind and is inserted into interior copper sleeve mechanism, comprising: feeding sanction
It cuts mould group 1, cut the volume copper mesh mould group 2 of 1 side of mould group set on the feeding and in 2 side of volume copper mesh mould group
Copper sheathing is fed mould group 3.
Referring to Fig. 4, it includes: to send copper mesh track 11, send copper mesh track 11 lower section set on described that the feeding, which cuts mould group 1,
Push component 12, set on the shearing component 13 for sending 11 tail end of copper mesh track and set on sending 11 tail end of copper mesh track simultaneously
Positioned at the pressure copper mesh cylinder 14 sent above copper mesh track 11.
The shearing component 13 includes: the driving that two hinged shear blades and the driving shear blade do shearing motion
Device, two shear blades are located at the top and lower section of copper mesh braid.
The push component 12 includes: traversing position cylinder and the vertical shift position cylinder on the traversing position cylinder, copper
Net braid, which is placed in, to be sent in copper mesh track 11, and copper mesh braid is equipped with through-hole, and cylinder rising in the vertical shift position can be inserted into copper mesh braid
In through-hole, then traversing position cylinder is pushed forward, and the distance being pushed forward is exactly the length of single copper mesh cut-parts.Then under pressure copper mesh cylinder
Pressure fixes copper mesh braid, meanwhile, vertical shift position cylinder resets in succession with traversing position cylinder, and then shearing component cuts copper mesh braid
It is disconnected.
Referring to Fig. 5, the volume copper mesh mould group 2 includes: bottom plate 21, the copper roll forming lower die on the bottom plate 21
22, the copper roll forming upper die component 23 above the copper roll forming lower die 22 and be set to the copper roll forming lower die 22
The gripper assembly 24 of side.
Referring to Fig. 6, the copper roll forming upper die component 23 includes: guide post 230 on the bottom plate 21, is set to institute
State the air cylinder fixed plate 231 of 230 top surface of guide post, the pre- air cylinder 232 in the air cylinder fixed plate 231 and with it is described
Pre- air cylinder 232 connect movable plate 233, set on 233 bottom surface of movable plate copper roll forming upper mold 234, be set to the gas
Two forming air cylinder 235 and the molding air cylinder 235 in cylinder fixed plate 231 are connected and through the company of the movable plate 233
Extension bar 236, the pressing plate 237 set on 236 bottom surface of connecting rod, the two compression bar fixed blocks 238 set on 237 bottom surface of pressing plate,
Compression bar 239 across the compression bar fixed block 238 and the traversing position cylinder 221 that is connect with described 239 one end of compression bar.It is described
Pressing plate 237 is equipped with through-hole, and the copper roll forming upper mold 234 passes through the through-hole, and 234 bottom end of copper mesh shaping upper is located at two compression bars
Between fixed block 238 and its bottom end is located at 239 top of compression bar.234 bottom surface of copper roll forming upper mold and copper roll forming lower die
22 top surfaces are equipped with circular groove, and the internal diameter of the circular groove and the outer diameter of copper reel wire match, copper roll forming upper mold 234
It moves down and is closed with copper roll forming lower die 22.
The copper roll forming upper die component 23 further include: vertical plate 222 between the guide post 230, be set to it is described vertical
Two first straight line guide rails 223 on plate 222 and the first sliding block on the first straight line guide rail 223, the movable plate
233 sides are connect with the first sliding block, and the traversing position cylinder 221 is fixed on first sliding block.It is led by the way that first straight line is arranged
Rail 223, so that copper roll forming upper mold 234 is more steadily mobile.
Spring 224 is equipped between the movable plate 233 and pressing plate 234,224 sets of the spring is in connecting rod 236.By setting
Spring 224 is set, plays buffer function when pressing plate 237 pushes.
Referring to Fig. 7, the gripper assembly 24 includes: on the bottom plate 21 and to be located at the copper roll forming lower die 22
The support plate 240 of side, set on 240 side of support plate second straight line guide rail 241, be set to the second straight line guide rail
The second sliding block 242 on 241, the transplanting cylinder 243 connecting with second sliding block 242, to be set to second sliding block 242 close
Feeding cuts the first clamping jaw cylinder 244 of 1 one end of mould group and the second clamping jaw gas set on 242 other end of the second sliding block
Cylinder 245.
When shearing component 13 shears copper mesh cut-parts, transplanting cylinder 243 drives the first clamping jaw cylinder 244 to be moved to shearing group
13 lower section of part, the copper mesh cut-parts shear off are clamped, and then transplant cylinder 243 and the first clamping jaw cylinder 244 is driven to be moved to copper
At roll forming lower die 22, copper volume cut-parts are placed on 22 top surface of copper roll forming lower die.Then pre- air cylinder 232 pushes, and drives copper
Roll forming upper mold 234 and compression bar 239 push, and the outer diameter of compression bar 239 is equal with the internal diameter that interior copper is rolled up, due to copper roll forming upper mold
234 bottom surfaces and 22 top surface of copper roll forming lower die are equipped with circular groove, and copper roll forming upper mold 234 and copper roll forming lower die 22 are closed
Copper mesh cut-parts are rolled into cylinder.Two forming air cylinder 235 is located at 232 two sides of pre- air cylinder, forms under air cylinder 235
Pressure further applies pressure to copper mesh cut-parts, copper mesh cut-parts is pressed into the cylinder of standard.Then, transplanting cylinder 243 driving the
Two clamping jaw cylinders 245 clamp the interior copper reel wire crimped, and then traversing position cylinder 221 takes out compression bar 239 from interior copper reel wire
Out.
Referring to Fig. 8, the interior copper sheathing feed mould group 3 includes: vibrating disk 31, with what the vibrating disk 31 was connect send interior copper
Cover track 32, set on the sub-material component 33 for sending interior 32 side of copper sheathing track and above the sub-material component 33
Feeding cylinder 34.Vibrating disk 31 is provided with several interior copper sheathings.
The sub-material component 33 includes: set on the jacking cylinder for sending interior 32 tail end side of copper sheathing track and the top
The distribution block 331 of cylinder connection is risen, the distribution block top surface is equipped with the cavity of copper sheathing in accommodating individually.Material ejection cylinder rises, will
Copper sheathing is included in the cavity of distribution block 331 in single.Then interior copper reel wire is inserted into interior copper sheathing by the second clamping jaw cylinder 245, complete
At the assembling of interior copper reel wire and interior copper sheathing.Last feeding cylinder 34 picks up the component of the interior copper reel wire combined and interior copper sheathing,
It is transferred in subsequent processing.
The feeding cylinder 34, the first clamping jaw cylinder 244, the second clamping jaw cylinder 245 are equipped with two clamping jaw arms, each clamping jaw
Arm is equipped with an arc groove, facilitates clamping product.
In conclusion the utility model, which cuts mould group using feeding, cuts into copper mesh braid single copper mesh cut-parts, so
Copper mesh cut-parts are rolled into cylindrical shape by volume copper mesh mould group afterwards, finally cooperate interior copper sheathing to be fed mould group, interior copper reel wire is put on interior copper sheathing,
Copper sheathing in realizing full-automatic quickly volume copper mesh and covering, reduces and damages to the health of worker, greatly improve processing efficiency.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle
Within the scope of shield.
Claims (10)
1. copper sleeve mechanism in the full-automatic volume copper mesh of one kind and insertion characterized by comprising feeding cuts mould group, set on described
Feeding cuts the volume copper mesh mould group of mould group side and is fed mould group set on the interior copper sheathing of the volume copper mesh mould group side；
The feeding cut mould group include: send copper mesh track, set on the push component sent below copper mesh track, be set to it is described
Send the shearing component of copper mesh track tail end and the pressure copper mesh gas set on copper mesh track tail end is sent and positioned at sending above copper mesh track
Cylinder；
The volume copper mesh mould group includes: bottom plate, the copper roll forming lower die on the bottom plate, is set to the copper roll forming lower die
The copper roll forming upper die component of top and gripper assembly set on the copper roll forming lower die side；
The interior copper sheathing feed mould group include: vibrating disk, connect with the vibrating disk send interior copper sheathing track, set on it is described send it is interior
The sub-material component of copper sheathing track side and the feeding cylinder above the sub-material component.
2. copper sleeve mechanism in full-automatic volume copper mesh according to claim 1 and insertion, which is characterized in that the push component
It include: traversing position cylinder and the vertical shift position cylinder on the traversing position cylinder, cylinder rising in the vertical shift position can be inserted into
In copper mesh braid.
3. copper sleeve mechanism in full-automatic volume copper mesh according to claim 1 and insertion, which is characterized in that the copper roll forming
Upper die component include: guide post on the bottom plate, set on the guide post top surface air cylinder fixed plate, to be set to the cylinder solid
Pre- air cylinder on fixed board and movable plate, the copper roll forming set on the movable plate bottom surface being connect with the pre- air cylinder
Upper mold, the molding air cylinder in the air cylinder fixed plate are connected and through the movable plate with the molding air cylinder
Connecting rod, the pressing plate set on the connecting rod bottom surface, the two compression bar fixed blocks set on the pressing plate bottom surface, to pass through the compression bar solid
The traversing position cylinder determining the compression bar of block and connecting with described compression bar one end, the copper roll forming upper mold pass through the pressing plate,
Bottom end is between two compression bar fixed blocks and its bottom end is located above the compression bar, and the copper roll forming upper mold bottom surface and copper are rolled up
Molding lower die top surface is equipped with circular groove, and the internal diameter of the circular groove and the outer diameter of copper reel wire match.
4. copper sleeve mechanism in full-automatic volume copper mesh according to claim 3 and insertion, which is characterized in that the copper roll forming
Upper die component further include: the vertical plate between the guide post, the two first straight line guide rails on the vertical plate and be set to
The first sliding block on the first straight line guide rail, the movable plate side are connect with the first sliding block, and the traversing position cylinder is fixed
On first sliding block.
5. full-automatic volume copper mesh according to claim 3 and be inserted into copper sleeve mechanism, which is characterized in that the movable plate with
Spring is equipped between pressing plate, the spring pocket is in connecting rod.
6. copper sleeve mechanism in full-automatic volume copper mesh according to claim 3 and insertion, which is characterized in that the gripper assembly
It include: on the bottom plate and to be located at the support plate of the copper roll forming lower die side, set on the of the support plate side
Two linear guides, the transplanting cylinder connecting with second sliding block, are set to the second sliding block on the second straight line guide rail
Second sliding block close to feeding cuts the first clamping jaw cylinder of mould group one end and set on the of the second sliding block other end
Two clamping jaw cylinders.
7. copper sleeve mechanism in full-automatic volume copper mesh according to claim 1 and insertion, which is characterized in that the sub-material component
It include: that the jacking cylinder of interior copper sheathing track tail end side, the distribution block connecting with the jacking cylinder are sent described in, described point
Expect that block top surface is equipped with the cavity of the single interior copper sheathing of accommodating.
8. copper sleeve mechanism in full-automatic volume copper mesh according to claim 1 and insertion, which is characterized in that the shearing component
It include: the driver that two hinged shear blades and the driving shear blade do shearing motion.
9. copper sleeve mechanism in full-automatic volume copper mesh according to claim 6 and insertion, which is characterized in that the feeding gas
Cylinder, the first clamping jaw cylinder, the second clamping jaw cylinder are equipped with two clamping jaw arms, and each clamping jaw arm is equipped with an arc groove.
10. copper sleeve mechanism in full-automatic volume copper mesh according to claim 3 and insertion, which is characterized in that the cylinder is solid
Fixed board is equipped with two forming air cylinder, and two forming air cylinder is located at the pre- air cylinder two sides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822196326.2U CN209477183U (en) | 2018-12-25 | 2018-12-25 | Copper sleeve mechanism in full-automatic volume copper mesh and insertion |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822196326.2U CN209477183U (en) | 2018-12-25 | 2018-12-25 | Copper sleeve mechanism in full-automatic volume copper mesh and insertion |
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| Publication Number | Publication Date |
|---|---|
| CN209477183U true CN209477183U (en) | 2019-10-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822196326.2U Active CN209477183U (en) | 2018-12-25 | 2018-12-25 | Copper sleeve mechanism in full-automatic volume copper mesh and insertion |
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| CN (1) | CN209477183U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109433972A (en) * | 2018-12-25 | 2019-03-08 | 深圳市顺科智能设备有限公司 | Copper sleeve mechanism in full-automatic volume copper mesh and insertion |
-
2018
- 2018-12-25 CN CN201822196326.2U patent/CN209477183U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109433972A (en) * | 2018-12-25 | 2019-03-08 | 深圳市顺科智能设备有限公司 | Copper sleeve mechanism in full-automatic volume copper mesh and insertion |
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| GR01 | Patent grant | ||
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Address after: 518000 Guangdong Province, Bao'an District, Shajing Street Houting Community Houting Maozhou Mountain Industrial Park Quanzhou Science and Technology Innovation Park Building 2 L Patentee after: Shenzhen yiguangda Intelligent Technology Co.,Ltd. Address before: 518000 Guangdong Province, Bao'an District, Shajing Street Houting Community Houting Maozhou Mountain Industrial Park Quanzhou Science and Technology Innovation Park Building 2 L Patentee before: SHENZHEN SHUNKE INTELLIGENT EQUIPMENT Co.,Ltd. |