CN109773880A - A kind of automatic tie rod cutting delivery device of cold shrink tube - Google Patents
A kind of automatic tie rod cutting delivery device of cold shrink tube Download PDFInfo
- Publication number
- CN109773880A CN109773880A CN201910039935.3A CN201910039935A CN109773880A CN 109773880 A CN109773880 A CN 109773880A CN 201910039935 A CN201910039935 A CN 201910039935A CN 109773880 A CN109773880 A CN 109773880A
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Abstract
A kind of automatic tie rod cutting delivery device of cold shrink tube includes rack, floor module, clamp module, inversion module.Floor module includes the fixation bottom plate for being fixed on frame top.Inversion module includes left bottom plate, right bottom plate, vertical plate, left stiffener plate, right stiffener plate, left cylinder mounting plate, right cylinder mounting plate, left discharging cylinder, right discharging cylinder, left unloading block, right unloading block；Left bottom plate, right bottom plate are fixed on fixed bottom plate by left side, on the right side；Vertical plate, which is vertically mounted, is fixed on left bottom plate, on right bottom plate；Left cylinder mounting plate is fixed on vertical plate and left stiffener plate；Right cylinder mounting plate is fixed on vertical plate and right stiffener plate；Left discharging cylinder is fixed on the top surface of left cylinder mounting plate；Right discharging cylinder is fixed on the top surface of right cylinder mounting plate；Left unloading block is fixed on the piston rod of left discharging cylinder；Right unloading block is fixed on the piston rod of right discharging cylinder.
Description
Technical field
The present invention be directed to a kind of tie rods of cold shrink tube, the automation equipment of cutting.
Background technique
With the fast development of electronics industry, market is to the shrinkages that are more and more, and processing at present of the demand of cold shrink tube
Pipe, support length of tube is too long, needs support bar to pull open according to regular length, then cuts away extra part.Due to being artificial
It completes, so being easy to appear the length disunity of tie rod, and time-consuming for production.Due to the influence of the above problem, process
The cold shrink tube unstable quality come, processing efficiency is low, and labour cost is big.
Summary of the invention
Present invention mainly solves the technical issues of be: can the size according to required for cold shrink tube carry out accurate tie rod
With cutting and automatic discharging.
In order to solve the above-mentioned technical problem, the present invention proposes following technical scheme: a kind of automatic tie rod of cold shrink tube unloads
Expect equipment comprising rack (1), floor module (2), clamp module (3), inversion module (7).
Floor module (2) is fixed on the top of rack (1)；
Floor module (2) includes the fixation bottom plate (201) being fixed at the top of rack (1)；
Rear end is mounted with two support plates (203), the top surface of two support plates (203) on the top surface of fixed bottom plate (201)
On be mounted with cylinder mounting plate (205)；
Clamp module (3) includes slider cylinder (301), mold mounting plate (303), fixing mould (305), left clamping cylinder
(307), it moves to left moving mold (309), right clamping cylinder (311), move to right moving mold (313)；
Slider cylinder (301) is fixed on cylinder mounting plate (205)；
Slider cylinder (301) includes a cylinder body (3012) slided along left and right directions；
Mold mounting plate (303) is fixed on the top of cylinder body (3012)；
Fixing mould (305) is fixed on the middle position of mold mounting plate (303)；
Left clamping cylinder (307) is fixed on mold mounting plate (303), is located at the left side of fixing mould (305)；
It moves to left moving mold (309) to be fixed on the piston rod of left clamping cylinder (307), be located at fixing mould (305) and left
Between clamping cylinder (307)；
Right clamping cylinder (311) is fixed on mold mounting plate (303), is located at the right side of fixing mould (305)；
It moves to right moving mold (313) to be fixed on the piston rod of right clamping cylinder (311), be located at fixing mould (305) and right
Between clamping cylinder (311)；
Inversion module (7) includes left bottom plate (701), right bottom plate (703), vertical plate (705), left stiffener plate (707), right reinforcing rib
Plate (709), left cylinder mounting plate (711), right cylinder mounting plate (713), left discharging cylinder (715), right discharging cylinder (717),
Left unloading block (719), right unloading block (721)；
Left bottom plate (701) is fixed on fixed bottom plate (201) by left side；
Right bottom plate (703) is fixed on fixed bottom plate (201) on the right side；
Vertical plate (705), which is vertically mounted, is fixed on left bottom plate (701), on right bottom plate (703)；
Left stiffener plate (707) is fixed on vertical plate (705) and left bottom plate (701)；
Right stiffener plate (709) is fixed on vertical plate (705) and right bottom plate (703)；
Left cylinder mounting plate (711) is fixed on vertical plate (705) and left stiffener plate (707)；
Right cylinder mounting plate (713) is fixed on vertical plate (705) and right stiffener plate (709)；
Left discharging cylinder (715) is fixed on the top surface of left cylinder mounting plate (711)；
Right discharging cylinder (717) is fixed on the top surface of right cylinder mounting plate (713)；
Left unloading block (719) is fixed on the piston rod of left discharging cylinder (715)；
Right unloading block (721) is fixed on the piston rod of right discharging cylinder (717)；
Start left discharging cylinder (715), by left unloading block (719) to pusher, into moving to left moving mold (309) and fixing mould
(305) in the gap between；
Start right discharging cylinder (717), right unloading block (721) is released backward, into moving to right moving mold (313) and fixing mould
(305) in the gap between.
The above technical solution is further limited in that being equipped with tank chain on the right side on the top surface of fixed bottom plate (201)
Protective shell (207), tank chain protective shell (207) is interior to be mounted with tank chain (209)；
The automatic tie rod cutting delivery device of the cold shrink tube further includes motion module (4), and motion module (4) includes electronic slide unit
(401), mounting base (403), motor mounting plate (405), stepper motor (407), transmission gear (409)；
Electronic slide unit (401) is fixed on fixed bottom plate (201)；
Mounting base (403) is slidably mounted in the top of electronic slide unit (401)；
Motor mounting plate (405), which is vertically mounted, to be fixed on mounting base (403)；
Stepper motor (407) is fixed on motor mounting plate (405)；
Transmission gear (409) is fastened in the rotation axis of stepper motor (407)；
Mounting base (403) connects tank chain (209), and tank chain (209) drives mounting base (403), motor mounting plate
(405), stepper motor (407), transmission gear (409) are moved along front-rear direction.
The above technical solution is further limited in that the automatic tie rod cutting delivery device of the cold shrink tube further includes tie rod mould
Block (5), tie rod module (5) are fixed on the mounting base (403) of motion module (4), with mounting base (403) along
Front-rear direction is mobile；
Tie rod module (5) includes front end fixed block (501), middle part fixed block (503), fixing sleeve (505), two oil-free bushings
(507), rotary shaft (509), crotch (511), optical fibre frame (513), perpendicular type optical fiber (515), driven gear (517)；
Front end fixed block (501) is fixed on the front end of mounting base (403)；
Middle part fixed block (503) is fixed on the rear end of mounting base (403)；
The front end of fixing sleeve (505) is fixed in front end fixed block (501), and middle part is fixed on middle part fixed block
(503) in；
Two oil-free bushings (507) are fixed on the rear and front end of fixing sleeve (505) respectively；
Rotary shaft (509) is rotatably installed in two oil-free bushings (507)；
Crotch (511) is fixed on the rear end of rotary shaft (509)；
Optical fibre frame (513) is fixed on the rear end of fixing sleeve (505)；
Perpendicular type optical fiber (515) is fixed on optical fibre frame (513)；
Driven gear (517) is fixed on the front end of rotary shaft (509)；
Driven gear (517) and transmission gear (409) are mutually twisted, and transmission gear (409) drives driven gear (517) rotation.
The above technical solution is further limited in that the automatic tie rod cutting delivery device of the cold shrink tube further includes slitting mould
Block (6), slitting module (6) are fixed on fixed bottom plate (201).
Compared with prior art, the present invention has following the utility model has the advantages that the automatic tie rod cutting discharging of cold shrink tube of the present invention is set
Standby includes clamp module, motion module, tie rod module, slitting module, inversion module, and the work such as tie rod, slitting, discharging can
It fully automatically realizes, high production efficiency, good product quality.
Detailed description of the invention
Fig. 1 is the overall structure figure of the automatic tie rod cutting delivery device of cold shrink tube of the present invention
Fig. 2 is the exploded view of floor module.
Fig. 3 is the exploded view of clamp module.
Fig. 4 is the exploded view of motion module and tie rod module.
Fig. 5 is the exploded view of tie rod module.
Fig. 6 is the exploded view of inversion module.
Specific embodiment
Fig. 1 to Fig. 6 is please referred to, the present invention proposes a kind of automatic tie rod cutting delivery device of cold shrink tube comprising rack 1,
Floor module 2, clamp module 3, motion module 4, tie rod module 5, slitting module 6, inversion module 7.
Rack 1 is placed on the ground.
Floor module 2 is fixed on the top of rack 1.
Floor module 2 includes the fixation bottom plate 201 for being fixed on 1 top of rack.
Rear end is mounted with two support plates 203 on the top surface of fixed bottom plate 201, on the top surface of two support plates 203
It is mounted with cylinder mounting plate 205.
Tank chain protective shell 207, installation in tank chain protective shell 207 are installed on the right side on the top surface of fixed bottom plate 201
It is fixed with tank chain 209.
Clamp module 3 includes slider cylinder 301, mold mounting plate 303, fixing mould 305, left clamping cylinder 307, a left side
Move moulds 309, right clamping cylinder 311, move to right moving mold 313.
Slider cylinder 301 is fixed on cylinder mounting plate 205.
Slider cylinder 301 includes a cylinder body 3012 that can be slided along left and right directions.
Mold mounting plate 303 is fixed on the top of cylinder body 3012.
Fixing mould 305 is fixed on the middle position of mold mounting plate 303.
Left clamping cylinder 307 is fixed on mold mounting plate 303, positioned at the left side of fixing mould 305.
It moves to left moving mold 309 to be fixed on the piston rod of left clamping cylinder 307, is located at fixing mould 305 and left folder
Between tight cylinder 307.
Right clamping cylinder 311 is fixed on mold mounting plate 303, positioned at the right side of fixing mould 305.
It moves to right moving mold 313 to be fixed on the piston rod of right clamping cylinder 311, is located at fixing mould 305 and right folder
Between tight cylinder 311.
After left clamping cylinder 307 starts, drive moves to left moving mold 309 and moves along left and right directions, when moving to left moving mold 309
It is increasingly closer to fixing mould 305 when moving right, moves to left moving mold 309 and the cooperation of fixing mould 305 clamps a shrinkage
Pipe unclamps the cold shrink tube clamped when moving to left moving mold 309 and being moved to the left more and more far away from fixing mould 305.
After right clamping cylinder 311 starts, drive moves to right moving mold 313 and moves along left and right directions, when moving to right moving mold 313
It is increasingly closer to fixing mould 305 when being moved to the left, moves to right moving mold 313 and the cooperation of fixing mould 305 clamps a shrinkage
Pipe unclamps the cold shrink tube clamped when moving to right moving mold 313 and moving right more and more far away from fixing mould 305.
Motion module 4 includes electronic slide unit 401, mounting base 403, motor mounting plate 405, stepper motor 407, driving cog
Wheel 409.
Electronic slide unit 401 is fixed on fixed bottom plate 201.
Mounting base 403 is slidably mounted in the top of electronic slide unit 401.
Motor mounting plate 405, which is vertically mounted, to be fixed on mounting base 403.
Stepper motor 407 is fixed on motor mounting plate 405.
Transmission gear 409 is fastened in the rotation axis of stepper motor 407.
Start stepper motor 407, stepper motor 407 is rotated with nutating gear 409.
Mounting base 403 connects tank chain 209, and tank chain 209 drives mounting base 403, motor mounting plate 405, stepping
Motor 407, transmission gear 409 are moved along front-rear direction.
Tie rod module 5 is fixed on the mounting base 403 of motion module 4, as mounting base 403 is along front and back
To movement.
Tie rod module 5 includes front end fixed block 501, middle part fixed block 503,505, two oil-free bushings 507 of fixing sleeve, rotation
Shaft 509, crotch 511, optical fibre frame 513, perpendicular type optical fiber 515, driven gear 517.
Front end fixed block 501 is fixed on the front end of mounting base 403.
Middle part fixed block 503 is fixed on the rear end of mounting base 403.
The front end of fixing sleeve 505 is fixed in front end fixed block 501, and middle part is fixed on middle part fixed block 503
In.
Two oil-free bushings 507 are fixed on the rear and front end of fixing sleeve 505 respectively.
Rotary shaft 509 is rotatably installed in two oil-free bushings 507.
Crotch 511 is fixed on the rear end of rotary shaft 509.
Optical fibre frame 513 is fixed on the rear end of fixing sleeve 505.
Perpendicular type optical fiber 515 is fixed on optical fibre frame 513.
Driven gear 517 is fixed on the front end of rotary shaft 509.
Driven gear 517 and transmission gear 409 are mutually twisted, and transmission gear 409 drives driven gear 517 to rotate.
Slitting module 6 is fixed on fixed bottom plate 201, between clamp module 3 and motion module 4.
Inversion module 7 include left bottom plate 701, right bottom plate 703, vertical plate 705, left stiffener plate 707, right stiffener plate 709,
Left cylinder mounting plate 711, right cylinder mounting plate 713, left discharging cylinder 715, right discharging cylinder 717, left unloading block 719, the right side are unloaded
Expect block 721.
Left bottom plate 701 is fixed on fixed bottom plate 201 by left side, is located at 4 boundary position of clamp module 3 and motion module
It sets.
Right bottom plate 703 is fixed on fixed bottom plate 201 on the right side, is located at 4 boundary position of clamp module 3 and motion module
It sets.
Vertical plate 705, which is vertically mounted, is fixed on left bottom plate 701, on right bottom plate 703.
Left stiffener plate 707 is fixed on vertical plate 705 and left bottom plate 701, and vertical plate 705 is firmly installed.
Right stiffener plate 709 is fixed on vertical plate 705 and right bottom plate 703, and vertical plate 705 is firmly installed.
Left cylinder mounting plate 711 is fixed on vertical plate 705 and left stiffener plate 707.
Right cylinder mounting plate 713 is fixed on vertical plate 705 and right stiffener plate 709.
Left discharging cylinder 715 is fixed on the top surface of left cylinder mounting plate 711.
Right discharging cylinder 717 is fixed on the top surface of right cylinder mounting plate 713.
Left unloading block 719 is fixed on the piston rod of left discharging cylinder 715.
Right unloading block 721 is fixed on the piston rod of right discharging cylinder 717.
Start left discharging cylinder 715, by left unloading block 719 to pusher, into moving to left moving mold 309 and fixing mould 305
Between gap in, the cold shrink tube being located therein is released backward, realize discharging.
Start right discharging cylinder 717, right unloading block 721 is released backward, into moving to right moving mold 313 and fixing mould
In gap between 305, the cold shrink tube being located therein is released backward, realizes discharging.
The present invention have it is following the utility model has the advantages that the automatic tie rod cutting delivery device of cold shrink tube of the present invention include clamp module 3,
Motion module 4, tie rod module 5, slitting module 6, inversion module 7, the work such as tie rod, slitting, discharging can be fully automatically real
It is existing, high production efficiency, good product quality.
Claims (4)
1. a kind of automatic tie rod of cold shrink tube cuts off delivery device, which is characterized in that it includes rack (1), floor module (2), folder
Tight module (3), inversion module (7)；
Floor module (2) is fixed on the top of rack (1)；
Floor module (2) includes the fixation bottom plate (201) being fixed at the top of rack (1)；
Rear end is mounted with two support plates (203), the top surface of two support plates (203) on the top surface of fixed bottom plate (201)
On be mounted with cylinder mounting plate (205)；
Clamp module (3) includes slider cylinder (301), mold mounting plate (303), fixing mould (305), left clamping cylinder
(307), it moves to left moving mold (309), right clamping cylinder (311), move to right moving mold (313)；
Slider cylinder (301) is fixed on cylinder mounting plate (205)；
Slider cylinder (301) includes a cylinder body (3012) slided along left and right directions；
Mold mounting plate (303) is fixed on the top of cylinder body (3012)；
Fixing mould (305) is fixed on the middle position of mold mounting plate (303)；
Left clamping cylinder (307) is fixed on mold mounting plate (303), is located at the left side of fixing mould (305)；
It moves to left moving mold (309) to be fixed on the piston rod of left clamping cylinder (307), be located at fixing mould (305) and left
Between clamping cylinder (307)；
Right clamping cylinder (311) is fixed on mold mounting plate (303), is located at the right side of fixing mould (305)；
It moves to right moving mold (313) to be fixed on the piston rod of right clamping cylinder (311), be located at fixing mould (305) and right
Between clamping cylinder (311)；
Inversion module (7) includes left bottom plate (701), right bottom plate (703), vertical plate (705), left stiffener plate (707), right reinforcing rib
Plate (709), left cylinder mounting plate (711), right cylinder mounting plate (713), left discharging cylinder (715), right discharging cylinder (717),
Left unloading block (719), right unloading block (721)；
Left bottom plate (701) is fixed on fixed bottom plate (201) by left side；
Right bottom plate (703) is fixed on fixed bottom plate (201) on the right side；
Vertical plate (705), which is vertically mounted, is fixed on left bottom plate (701), on right bottom plate (703)；
Left stiffener plate (707) is fixed on vertical plate (705) and left bottom plate (701)；
Right stiffener plate (709) is fixed on vertical plate (705) and right bottom plate (703)；
Left cylinder mounting plate (711) is fixed on vertical plate (705) and left stiffener plate (707)；
Right cylinder mounting plate (713) is fixed on vertical plate (705) and right stiffener plate (709)；
Left discharging cylinder (715) is fixed on the top surface of left cylinder mounting plate (711)；
Right discharging cylinder (717) is fixed on the top surface of right cylinder mounting plate (713)；
Left unloading block (719) is fixed on the piston rod of left discharging cylinder (715)；
Right unloading block (721) is fixed on the piston rod of right discharging cylinder (717)；
Start left discharging cylinder (715), by left unloading block (719) to pusher, into moving to left moving mold (309) and fixing mould
(305) in the gap between；
Start right discharging cylinder (717), right unloading block (721) is released backward, into moving to right moving mold (313) and fixing mould
(305) in the gap between.
2. the automatic tie rod of a kind of cold shrink tube according to claim 1 cuts off delivery device, which is characterized in that fixed bottom plate
(201) it is equipped on the right side on top surface tank chain protective shell (207), is mounted with tank in tank chain protective shell (207)
Chain (209)；
The automatic tie rod cutting delivery device of the cold shrink tube further includes motion module (4), and motion module (4) includes electronic slide unit
(401), mounting base (403), motor mounting plate (405), stepper motor (407), transmission gear (409)；
Electronic slide unit (401) is fixed on fixed bottom plate (201)；
Mounting base (403) is slidably mounted in the top of electronic slide unit (401)；
Motor mounting plate (405), which is vertically mounted, to be fixed on mounting base (403)；
Stepper motor (407) is fixed on motor mounting plate (405)；
Transmission gear (409) is fastened in the rotation axis of stepper motor (407)；
Mounting base (403) connects tank chain (209), and tank chain (209) drives mounting base (403), motor mounting plate
(405), stepper motor (407), transmission gear (409) are moved along front-rear direction.
3. the automatic tie rod of a kind of cold shrink tube according to claim 2 cuts off delivery device, which is characterized in that the cold shrink tube is certainly
Dynamic tie rod cutting delivery device further includes tie rod module (5), and tie rod module (5) is fixed on the installation bottom of motion module (4)
On plate (403), as mounting base (403) is moved along front-rear direction；
Tie rod module (5) includes front end fixed block (501), middle part fixed block (503), fixing sleeve (505), two oil-free bushings
(507), rotary shaft (509), crotch (511), optical fibre frame (513), perpendicular type optical fiber (515), driven gear (517)；
Front end fixed block (501) is fixed on the front end of mounting base (403)；
Middle part fixed block (503) is fixed on the rear end of mounting base (403)；
The front end of fixing sleeve (505) is fixed in front end fixed block (501), and middle part is fixed on middle part fixed block
(503) in；
Two oil-free bushings (507) are fixed on the rear and front end of fixing sleeve (505) respectively；
Rotary shaft (509) is rotatably installed in two oil-free bushings (507)；
Crotch (511) is fixed on the rear end of rotary shaft (509)；
Optical fibre frame (513) is fixed on the rear end of fixing sleeve (505)；
Perpendicular type optical fiber (515) is fixed on optical fibre frame (513)；
Driven gear (517) is fixed on the front end of rotary shaft (509)；
Driven gear (517) and transmission gear (409) are mutually twisted, and transmission gear (409) drives driven gear (517) rotation.
4. the automatic tie rod of a kind of cold shrink tube according to claim 1 cuts off delivery device, which is characterized in that the cold shrink tube is certainly
Dynamic tie rod cutting delivery device further includes slitting module (6), and slitting module (6) is fixed on fixed bottom plate (201).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910039935.3A CN109773880B (en) | 2019-01-16 | 2019-01-16 | Automatic brace of shrinkage pipe cuts off discharge apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910039935.3A CN109773880B (en) | 2019-01-16 | 2019-01-16 | Automatic brace of shrinkage pipe cuts off discharge apparatus |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109773880A true CN109773880A (en) | 2019-05-21 |
| CN109773880B CN109773880B (en) | 2020-06-30 |
Family
ID=66500745
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910039935.3A Active CN109773880B (en) | 2019-01-16 | 2019-01-16 | Automatic brace of shrinkage pipe cuts off discharge apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109773880B (en) |
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| CN205466455U (en) * | 2015-12-31 | 2016-08-17 | 深圳市大富方圆成型技术有限公司 | Tubular product cutting equipment |
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| CN107009405A (en) * | 2017-06-12 | 2017-08-04 | 佛山市华普瑞联机电科技有限公司 | A kind of plastic pipe fitting cutting machine structure |
| CN207256370U (en) * | 2017-09-18 | 2018-04-20 | 河南泛华电器有限责任公司 | A kind of Full-automatic bellows cutting machine |
| CN108275453A (en) * | 2018-01-24 | 2018-07-13 | 长园电子（东莞）有限公司 | A kind of self-feeding labeling device of middle heavy wall heat-shrink tube |
| CN108858323A (en) * | 2018-06-15 | 2018-11-23 | 江苏英杰铝业有限公司 | The cooling tube fixed length cutting mechanism of aluminum profile water-cooled radiator |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH1034594A (en) * | 1996-07-22 | 1998-02-10 | Chiyoda Kogyo Kk | Rotary cutting type pipe material cutting device |
| CN203155863U (en) * | 2013-03-04 | 2013-08-28 | 黄伟明 | Automatic clamping and discharging mechanism for thin-walled pipe bender |
| CN104190733A (en) * | 2014-07-31 | 2014-12-10 | 天津市鸿远汽车部件制造有限公司 | Automatic pull rod reducing clamp and rod shrinkage machine |
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| CN108858323A (en) * | 2018-06-15 | 2018-11-23 | 江苏英杰铝业有限公司 | The cooling tube fixed length cutting mechanism of aluminum profile water-cooled radiator |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109773880B (en) | 2020-06-30 |
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