CN109730405A

CN109730405A - A kind of automation zipper wears pull head production all-in-one machine

Info

Publication number: CN109730405A
Application number: CN201910039392.5A
Authority: CN
Inventors: 魏礼风; 季顺庆
Original assignee: Chizhou Merida Intelligent Equipment Technology Co Ltd
Current assignee: Chizhou Merida Intelligent Equipment Technology Co Ltd
Priority date: 2019-01-16
Filing date: 2019-01-16
Publication date: 2019-05-10
Anticipated expiration: 2039-01-16
Also published as: CN109730405B

Abstract

The invention discloses a kind of automation zippers to wear pull head production all-in-one machine, including chassis component, panel assembly, cutting assembly, upper die component, lower mold assemblies, feeding material component, pull head rail assembly, clamp assembly, conveyer belt assembly, vibrating disk component, chain guides component and outer rail assembly, cutting assembly is fastenedly connected with panel assembly, upper die component is fastenedly connected with cutting assembly, lower mold assemblies are fastenedly connected with cutting assembly, feeding material component is fastenedly connected with panel assembly, pull head rail assembly is fastenedly connected with panel assembly, pull head rail assembly is connect with vibrating disk component, clamp assembly is connect with outer rail component slippage, conveyer belt assembly is fastenedly connected with chassis component, vibrating disk component is fastenedly connected with panel assembly, chain guides component is fastenedly connected with panel assembly upper end, realize that slider of zipper fastener operation is worn in automation, it is not only easy to operate, And it is high-efficient, without human intervention, is not in that zipper cloth and slider of zipper fastener generate waste product in assembling process, reduces rejection rate.

Description

A kind of automation zipper wears pull head production all-in-one machine

Technical field

The invention belongs to technical field of automation equipment, specifically, the present invention relates to a kind of automation zippers to wear pull head Produce all-in-one machine.

Background technique

It is designed with zipper on existing clothing, luggage, therefore obtains relatively broad use.However, the drawing of such zipper The assembly of chain head and zipper cloth is still carried out using artificial, and concrete operations: worker rushes a notch with formed punch on zipper cloth, so Slider of zipper fastener is penetrated from notch afterwards, the length of the zipper cloth then cut as needed is cut into specific length, is manually assembling It is easy error in the process, slider of zipper fastener dislocation assembly occurs with zipper cloth and is then difficult to separate slider of zipper fastener with zipper cloth, therefore artificial Not only assembly efficiency is low for assembly, but also rejection rate is higher, increases production cost.

The vibrating disk component mentioned in the application has been applied for a patent, and is the prior art, the patent No.: 2018214431980.

The outer rail assembly mentioned in the application is Purchased Item, and supplier: confession is adopted by Dongguan City Mai Jie precision machinery Co., Ltd Inventory includes: MJ60 outer rail assembly, 14-14 diaphragm coupling, 14-19 diaphragm coupling.

Summary of the invention

The present invention provides a kind of automation zipper and wears pull head production all-in-one machine, is asked with solving technology present in background technique Topic.

To achieve the goals above, the technical scheme adopted by the invention is as follows: a kind of automation zipper wears pull head production one Machine, including chassis component, panel assembly, cutting assembly, upper die component, lower mold assemblies, feeding material component, pull head rail assembly, folder Have component, conveyer belt assembly, vibrating disk component, chain guides component and outer rail assembly, the chassis component is by small cabinet and big machine Case composition, the small cabinet are fastenedly connected with big cabinet, and the panel assembly is fastenedly connected with small cabinet upper end, the cutting group Part is fastenedly connected with panel assembly upper end, is fastenedly connected above the upper die component and cutting assembly side, the lower mold assemblies It is fastenedly connected with cutting assembly side lower section, the feeding material component is fastenedly connected with panel assembly upper end, the pull head track groups Part lower end is fastenedly connected with panel assembly upper end, and pull head rail assembly upper end is connect with vibrating disk component, the clamp assembly with The connection of outer rail component slippage, the conveyer belt assembly are fastenedly connected with chassis component, on the vibrating disk component and panel assembly End is fastenedly connected, and the chain guides component is fastenedly connected with panel assembly upper end.

Preferably, protective cover is equipped with above the big cabinet, the protective cover is equipped with organic glass fixed plate, described big Chain bucket in succession is equipped on front side of cabinet.

Preferably, the panel assembly by panel, upright bar pedestal, upright bar, the upright bar seat of honour, display screen cover and without material induction dress Composition is set, the panel is fastenedly connected with small cabinet upper end, is fastenedly connected above the upright bar pedestal and panel, under the upright bar End is fastenedly connected with upright bar pedestal, and the upright bar seat of honour is fastenedly connected with upright bar upper end, and the display screen cover and the upright bar seat of honour are tight It is solidly connected, it is described to be fastenedly connected without material sensing device with panel.

Preferably, the cutting assembly is slided by big sliding box, sliding box bottom plate, cutting air cylinder board, cutting cylinder link block, cutting Block, cutting upper slitter, cutting cut, guide plate adjustable plate, coattail board, bottom guide, cylinder connecting plate, upper guide plate, pressure zone cylinder plate, send Chain cylinder connector cuts off cylinder, send chain cylinder and pressure chain cylinder composition, and the sliding box bottom plate is connect with panel assembly upper end, The big sliding box lower end is fastenedly connected with sliding box bottom plate, and the cutting air cylinder board is fastenedly connected with big sliding box upper end, the cutting Cylinder link block is connect with the piston rod end of cutting cylinder, the cutting cylinder link block and cutting upper end of slide block clamping, institute It states cutting upper slitter to be fastenedly connected with cutting sliding block lower end, the cutting is cut to be fastenedly connected with big sliding box lower end, the guide plate tune Section plate is fastenedly connected with big sliding box back side lower end, and the coattail board is fastenedly connected with guide plate adjustable plate, the bottom guide and dovetail Plate is slidably connected, and the cylinder connecting plate and bottom guide are clamped, and the upper guide plate is fastenedly connected with bottom guide, the pressure zone cylinder Plate is fastenedly connected with upper guide plate, described that chain cylinder connector and cylinder connecting plate is sent to be clamped, and send the piston rod end of chain cylinder It is fastenedly connected with chain cylinder connector is sent, the pressure chain cylinder is fastenedly connected with pressure zone cylinder plate.

Preferably, the upper die component is by slide cover board, upper mold seat, oblique support plate, upper mould fixed plate, sense base, bullet Pressuring chain plate forms before spring cover board, pull head upper mold, guide rod seat, induction pin, guide plate, guide plate adjusting block and mold, described Upper mold seat is fastenedly connected with slide cover board, and the oblique support plate is fastenedly connected with slide cover board and upper mold seat respectively, described Upper mould fixed plate is fastenedly connected with upper mold seat, and the sense base is fastenedly connected with upper mould fixed plate upper end, the spring bumper cover It is fastenedly connected with pull head upper mold upper end, the pull head upper mold is fastenedly connected with upper mould fixed plate, the guide rod seat and upper mold Seat front end side be fastenedly connected, the induction pin is through in pull head upper mold, and the spring reset that can be reset, the guide plate and Guide rod seat lower end is fastenedly connected, and the guide plate adjusting block is fastenedly connected with upper mold seat front end face, presses chain before the mold Plate is connect with pull head upper mold side fastening.

Preferably, the lower mold assemblies by the lower die seat of honour, lower die movable block, pull head mold A, pull head mold B, link block, Close carrier bar, pull head baffle, crochet hook fixed plate, crochet hook, crochet hook latch plate, lower cylinder plate, lower die cylinder link block, limited block and every Template composition, the lower die seat of honour are fastenedly connected with cutting assembly lower end, and the lower die seat of honour is equipped with guide rail one, the guide rail Sliding is equipped with sliding block one on one, and the lower die movable block is fastenedly connected with sliding block one, the pull head mold A and lower die movable block side It is fastenedly connected among face, is fastenedly connected among the pull head mold B and lower die movable block upper end, the link block is tight by bolt Gu the conjunction carrier bar is fastenedly connected with the pull head side mold A upper end between pull head mold A and pull head mold B, the pull head gear Plate is fastenedly connected with pull head mold A upper end center, and the crochet hook fixed plate is fastenedly connected with pull head mold B side bottom, described Crochet hook and crochet hook fixed plate are hinged, and there are two the crochet hook latch plate is set, a crochet hook latch plate and lower die movable block side are tight It being solidly connected, another crochet hook latch plate is fastenedly connected with pull head mold A side bottom, there are two the lower cylinder plate is set, and It is fastenedly connected side by side with lower die seat of honour side bottom, big cylinder and small cylinder, the lower die cylinder is respectively equipped on lower cylinder plate The piston rod end of link block and big cylinder is fastenedly connected, and the limited block is fastenedly connected with lower die seat of honour top, described every mould Plate is set between pull head mold A and pull head mold B, and the crochet hook latch plate is equipped with crochet hook cylinder.

Preferably, the feeding material component by feeding group vertical plate, feeding group bottom plate, feeding group baffle sliding block, baffle latch plate, Feeding pulling-on piece baffle, baffle cover board, feeding pull head mold A, feeding pull head mold B, feeding pull head steel disc, pushes away baffle limit plate Material cylinder connecting plate send pull head cylinder block, feeding limit plate, small limited block and pull head steel disc pressing plate is sent to form, feeding group bottom plate It is fastenedly connected with panel assembly, the feeding group vertical plate is fastenedly connected with feeding group bottom plate, and the feeding group vertical plate is equipped with and leads Rail two, sliding is equipped with sliding block two on the guide rail two, and the feeding group baffle sliding block is fastenedly connected with sliding block two, the baffle bullet It is fastenedly connected in the middle part of spring plate and feeding group baffle sliding block, the feeding pulling-on piece baffle is fastenedly connected with baffle latch plate, the gear Piece limit plate is fastenedly connected with baffle latch plate, and the baffle cover board is fastenedly connected with feeding group baffle sliding block, and the feeding is drawn Head mold A is fastenedly connected with feeding group baffle slip front, and the feeding pull head mold B and feeding pull head mold A are hinged, described Feeding pull head steel disc is fastenedly connected with the lower end feeding pull head mold A, described that pull head steel disc pressing plate is sent to compress feeding pull head steel disc, and It is fastenedly connected with feeding pull head mold A, described send is equipped with feeding cylinder, the pusher cylinder connecting plate one behind pull head cylinder block End is connect with feeding group baffle sliding block, the piston rod end connection of the other end and feeding cylinder, described to send pull head cylinder block and send Material group vertical plate end face is fastenedly connected, and the feeding cylinder is fastenedly connected with pull head cylinder block is sent, the feeding limit plate and feeding Group vertical plate front end is fastenedly connected, and the small limited block is fastenedly connected with feeding group baffle sliding block lower end.

Preferably, the pull head rail assembly is by pull head track, track steel disc, track base, spring base, clamping rod, small steel Piece, small steel disc pressing plate, slide cushion block, charging ram, charging ram sliding box, pusher card, scraping wings baffle, link block, pull head limited block, " work " word button, mounting plate one, mounting plate two, upright post rod, connecting plate one, gusset one, gusset two and mounting plate three form, the peace Loading board two is fastenedly connected with panel assembly, and the mounting plate one is fastenedly connected with mounting plate two, the track base and mounting plate one It is fastenedly connected, the mounting plate three is fastenedly connected with panel assembly, and the upright post rod lower end is fastenedly connected with mounting plate three, described Upright post rod upper end is fastenedly connected with gusset one, and gusset one is fastenedly connected with gusset two, and the connecting plate one is pressing against rail steel on piece End is compressed with pull head track, and the pull head track and track steel disc lower end are located at track base upper end, and by slide cushion block and pusher Bar sliding box is pressed on track base, and the charging ram is slidably connected with charging ram sliding box, and the pull head limited block and link block are twisted It is tightly clamped in pusher boom end, " work " the word button and pull head limited block, the fastening of charging ram sliding box upper end is equipped with pusher gas Cylinder, the pusher card are fastenedly connected with pusher boom end, and the scraping wings baffle is solidly connected with pusher clamping, the clamping rod with Track base clamp, the small steel disc are pressed on track base by small steel disc pressing plate, and the spring base and track base two sides fasten Connection.

Preferably, the clamp assembly by fixture group upper and lower plates, fixture group interior plate, fixture group outer panel, clamping fixture seat, on Fixture, lower fixture, fixture jacking block, jacking block link block, positioning pin, fixture group fixed plate, fixture pin, oscillation bearing fixed block, pendulum Moving axis is consigned and clamp locating pin composition, the fixture group fixed plate and the synchronous band connection in outer rail assembly, the fixture group Interior plate and fixture group outer panel top and bottom are fastenedly connected with fixture group upper and lower plates respectively, on the clamping fixture seat and fixture group Lower plate is hinged by positioning pin, and it is side walls hinged with clamping fixture seat that the upper fixture and lower fixture pass through fixture pin respectively, the fixture Seat rear is set there are two jacking block cylinder, and the fixture jacking block is connect by jacking block link block with jacking block cylinder piston boom end, institute It states oscillation bearing fixed block to be fastenedly connected with clamping fixture seat upper end, the oscillation bearing fixed block is equipped with oscillation bearing, the pendulum Moving axis is consigned across oscillation bearing, and the clamp locating pin is embedded between fixture group fixed plate and fixture group interior plate.

Preferably, the conveyer belt assembly by conveyer belt left plate, belt right side plate, conveyer belt stock, passive stock, Convey fixed strut, conveyer belt, conveyor motor plate, adjusting screw and feeder motor composition, the conveyer belt left plate and defeated Band right side plate is sent all to be fastenedly connected with small cabinet, conveyer belt stock one end and conveyer belt left plate one end are rotatablely connected, defeated Band stock other end and belt right side plate one end is sent to be rotatablely connected, described passive stock one end and conveyer belt left plate are another End rotation connection, passive stock other end and the belt right side plate other end are rotatablely connected, the fixed strut both ends of the conveying It is fastenedly connected respectively with conveyer belt left plate and belt right side plate, the conveyer belt is covered in conveyer belt stock and passive stock On, the conveyor motor plate is fastenedly connected with belt right side plate lower end, and the adjusting screw is screwed up in passive long boom end, The feeder motor is fastenedly connected with conveyor motor plate, the long boom end of conveyer belt be equipped with sprocket wheel one, feeder motor it is defeated Shaft is equipped with sprocket wheel two, and sprocket wheel one is connected with sprocket wheel two by chain.

Preferably, the chain guides component is by angled seat, cant beam, side fixed plate, bottom plate, inclined plate, pin shaft, the first I-shaped Wheel, the second I-beam wheel, third I-beam wheel and the 4th I-beam wheel composition, the angled seat are fastenedly connected with panel assembly, the cant beam Lower end is fastenedly connected with angled seat, is connect in the middle part of the side fixed plate and cant beam, and the bottom plate and side fixed plate are clamped, described to barocline Plate is rotatablely connected by pin shaft, is arranged with torsional spring on the pin shaft, and one end of torsional spring connect with side fixed plate, other end with it is oblique Pressing plate connection, first I-beam wheel and cant beam top are rotatablely connected, and second I-beam wheel is set to below the first I-beam wheel, and It is rotatablely connected with cant beam, the third I-beam wheel is set to below the second I-beam wheel, and is rotatablely connected with cant beam, the 4th I-shaped Wheel is set to the lower end of side fixed plate installation site, and is rotatablely connected with cant beam.

It is using the beneficial effect of above technical scheme:

1, the mechanism stepping for sending zipper cloth that zipper cloth is cut off component rear is sent forward, its zipper cloth is made to export a head Portion can be clamped by clamp assembly, realize the conveying of zipper cloth, in addition the slider of zipper fastener in vibrating disk component with vibrating disk vibration It is dynamic to be transported to gusset two, it is then slipped to lower section among track steel disc, and can be captured by pusher card, be detached from slider of zipper fastener can Then track steel disc is fed in component subsequently into the feeding pull head mold A and feeding pull head mold B in feeding material component Feeding cylinder toward being pushed forward, make feeding group baffle sliding block with the feeding pull head mold A and feeding pull head mold B that slider of zipper fastener is housed It is moved along to above lower membrane module along guide rail two together, then small cylinder, which above pushes away, moves up lower mold assemblies, falls slider of zipper fastener Enter in the pull head mold A and pull head mold B in lower membrane module, then under the driving of crochet hook cylinder, crochet hook is by the hand of slider of zipper fastener Grip portions are caught on, and the slider of zipper fastener made is firmly fixed in lower membrane module, at this time the piston rod of the feeding cylinder of feeding material component It shrinks, resets feeding pull head mold A and feeding pull head mold B, be adjusted to can be with the shape of zipper cloth threading for slider of zipper fastener at this time State, then clamp assembly moves forward, and so that the upper fixture of front end and lower fixture is clamped the both sides of the head of zipper cloth, then clamp assembly It holds zipper cloth head edge with upper fixture and lower fixture to move backward, when backward upper fixture and lower fixture are moved to guiding Before plate maximum width position (this position zipper cloth comes into the position pull head osculum 4mm), after then clamp assembly continues When moving on to guide plate maximum width position, by guide plate maximum width position constraint, automatic opening makes to draw for upper fixture and lower fixture Chain leftover of bolt of cloth portion separately penetrates pull head, and then clamp assembly continues to move back 5mm, after crossing guide plate maximum width position, upper fixture With lower fixture toward intermediate automatic diminution, it is that zipper cloth head passes through the upper end for closing carrier bar, completes the split of zipper cloth head, then Clamp assembly stops, the automation zipper according to the input length of production zipper after controlling the mobile certain length of clamp assembly Pull head all-in-one machine is worn, it is not only easy to operate but also high-efficient, it without human intervention, while being not in zipper cloth and slider of zipper fastener Waste product is generated in assembling process, greatly reduces rejection rate.

2, when slider of zipper fastener is entered in pull head steel disc by vibrating disk component, slot card that zipper both sides of head is worn for zipper cloth On the track of pull head steel disc, slider of zipper fastener is promoted to can be at operation stable in pull head steel disc, but the shape of this slider of zipper fastener at this time State can not be implemented to be combined with zipper cloth, therefore, when slider of zipper fastener is slipped to the output end of pull head steel disc, by the piston rod of pusher cylinder Charging ram movement is driven by " work " word button, pull head limited block and link block, the pusher card of pusher boom end pushes away a pull head Out, then pusher cylinder stops 0.2 second, and pull head is made to stablize the feeding pull head in feeding pull head mold A and feeding pull head mold B In steel disc, wherein the feeding pull head mold B and feeding pull head mold A are hinged, and feeding pull head mold B is hauled by tension spring and can be answered Position, guarantee that slider of zipper fastener is through on feeding pull head steel disc, be located at feeding pull head mold A and feeding pull head mold B in positioning stablity, one It then prevents the position for dropping down onto the slider of zipper fastener on feeding pull head steel disc from deviating, second prevents with feeding group baffle sliding block forward It falls off when movement, ensure that slider of zipper fastener and zipper cloth normal threading, structure is simple, operating efficiency is high, and failure rate is low；In addition zipper Head slides from pull head steel disc and is shifted on pull head steel disc by pusher cylinder driving pusher card, is all slider of zipper fastener for zipper cloth The slot card worn plays positioning action, so that the outer surface of slider of zipper fastener not will cause scratch.

3, the upper mold seat and slide cover board are fastenedly connected, the oblique support plate respectively with slide cover board and upper mold seat It being fastenedly connected, the upper mould fixed plate is fastenedly connected with upper mold seat, and the sense base is fastenedly connected with upper mould fixed plate upper end, The spring bumper cover is fastenedly connected with pull head upper mold upper end, and the pull head upper mold is fastenedly connected with upper mould fixed plate, the guiding Pole socket is fastenedly connected with upper mold seat front end side, and the induction pin is through in pull head upper mold, and the spring reset that can be reset, The sense base is equipped with contact inductor, incudes and contacts point type inductor on pin, after detecting lower mold assemblies rising, Whether there is slider of zipper fastener in lower mold assemblies, there is slider of zipper fastener, then carries out wearing pull head operation, without slider of zipper fastener, then send chain component to be sent Pull head operation, realizes closed loop feedback control, and the zipper cloth for avoiding generation from not wearing pull head is cut off, and waste product is caused to generate；It is described to lead It is fastenedly connected to plate and guide rod seat lower end, the structure design of wide end portion point, realizes clamp assembly with upper in the middle part of guide plate Fixture and lower fixture hold zipper cloth head edge and move backward, when backward upper fixture and lower fixture are moved to guide plate maximum Before width position (this position zipper cloth comes into the position pull head osculum 4mm), then clamp assembly continues to move back and lead When to plate maximum width position, upper fixture and lower fixture are automatic to open by guide plate maximum width position constraint, make the zipper leftover of bolt of cloth Portion separately penetrates pull head, and then clamp assembly continues to move back 5mm, after crossing guide plate maximum width position, upper fixture and lower folder Have toward intermediate automatic diminution, is that zipper cloth head passes through the upper end for closing carrier bar, completes the split of zipper cloth head；The guide plate Adjusting block is fastenedly connected with upper mold seat front end face, and pressuring chain plate is connect with pull head upper mold side fastening before the mold, is realized Zipper is distributed into the finishing operations before film, avoids the occurrence of that zipper cloth occurs turning down or be bent, avoids the failure for wearing pull head.

Detailed description of the invention

Fig. 1 is whole assembling schematic diagram of the invention；

Fig. 2 is chassis component assembling structure schematic diagram；

Fig. 3 is panel assembly assembling structure schematic diagram；

Fig. 4 is turned off component assembling structure schematic diagram；

Fig. 5 is turned off component explosive view；

Fig. 6 is upper die component assembling structure schematic diagram；

Fig. 7 is upper die component explosive view；

Fig. 8 is lower mold assemblies assembling structure schematic diagram；

Fig. 9 is lower mold assemblies explosive view；

Figure 10 is feeding material component assembling structure schematic diagram；

Figure 11 is feeding material component explosive view；

Figure 12 is pull head rail assembly assembling structure schematic diagram；

Figure 13 is pull head rail assembly explosive view；

Figure 14 is clamp assembly assembling structure schematic diagram；

Figure 15 is clamp assembly explosive view；

Figure 16 is conveyer belt assembly assembling structure schematic diagram one；

Figure 17 is conveyer belt assembly assembling structure schematic diagram two；

Figure 18 is chain guides component assembling structure schematic diagram；

Wherein:

1, chassis component；2, panel assembly；3, cutting assembly；4, upper die component；5, lower mold assemblies；6, feeding material component；7, Pull head rail assembly；8, clamp assembly；9, conveyer belt assembly；10, vibrating disk component；11, chain guides component；12, outer rail assembly； 1-1, small cabinet；1-2, big cabinet；1-3, protective cover；1-4, in succession chain bucket；1-5, organic glass fixed plate；2-1, panel；2- 2, upright bar pedestal；2-3, upright bar；2-4, the upright bar seat of honour；2-5, display screen cover；2-6, without material sensing device；3-1, big sliding box；3- 2, sliding box bottom plate；3-3, cutting air cylinder board；3-4, cutting cylinder link block；3-5, cutting sliding block；3-6, cutting upper slitter；3-7, it cuts It is disconnected to cut；3-8, guide plate adjustable plate；3-9, coattail board；3-10, bottom guide；3-11, cylinder connecting plate；3-12, upper guide plate；3- 13, pressure zone cylinder plate；3-14, chain cylinder connector is sent；3-15, cutting cylinder；3-16, chain cylinder is sent；3-17, pressure chain cylinder； 4-1, slide cover board；4-2, upper mold seat；4-3, oblique support plate；4-4, upper mould fixed plate；4-5, sense base；4-6, spring cup Plate；4-7, pull head upper mold；4-8, guide rod seat；4-9, induction pin；4-10, guide plate；4-11, guide plate adjusting block；4-12, Pressuring chain plate before mold；5-1, the lower die seat of honour；5-1-1, guide rail one；5-1-2, sliding block one；5-2, lower die movable block；5-3, pull head mould Has A；5-4, pull head mold B；5-5, link block；5-6, carrier bar is closed；5-7, pull head baffle；5-8, crochet hook fixed plate；5-9, crochet hook； 5-10, crochet hook latch plate；5-10-1, crochet hook cylinder；5-11, lower cylinder plate；5-11-1, big cylinder；5-11-2, small cylinder；5- 12, lower die cylinder link block；5-13, limited block；5-14, partiting template；6-1, feeding group vertical plate；6-1-1, guide rail two；6-1-2, Sliding block two；6-2, feeding group bottom plate；6-3, feeding group baffle sliding block；6-4, baffle latch plate；6-5, feeding pulling-on piece baffle；6-6, Baffle limit plate；6-7, baffle cover board；6-8, feeding pull head mold A；6-9, feeding pull head mold B；6-10, feeding pull head steel Piece；6-11, pusher cylinder connecting plate；6-12, pull head cylinder block is sent；6-12-1, feeding cylinder；6-13, feeding limit plate；6- 14, small limited block；6-15, pull head steel disc pressing plate is sent；7-1, pull head track；7-2, track steel disc；7-3, track base；7-4, spring Seat；7-5, clamping rod；7-6, small steel disc；7-7, small steel disc pressing plate；7-8, slide cushion block；7-9, charging ram；7-10, charging ram are sliding Box；7-11, pusher card；7-12, scraping wings baffle；7-13, link block；7-14, pull head limited block；7-14-1, pusher cylinder；7- 15, " work " word button；7-16, mounting plate one；7-17, mounting plate two；7-18, upright post rod；7-19, connecting plate one；7-20, gusset One；7-21, gusset two；7-22, mounting plate three；8-1, fixture group upper and lower plates；8-2, fixture group interior plate；On the outside of 8-3, fixture group Plate；8-4, clamping fixture seat；8-5, upper fixture；8-6, lower fixture；8-7, fixture jacking block；8-8, jacking block link block；8-8-1, jacking block gas Cylinder；8-9, positioning pin；8-10, fixture group fixed plate；8-11, fixture pin；8-12, oscillation bearing fixed block；8-12-1, swinging axle It holds；8-13, swinging axle are consigned；8-14, clamp locating pin；9-1, conveyer belt left plate；9-2, belt right side plate；9-3, conveying Band stock；9-3-1, sprocket wheel one；9-4, passive stock；9-5, fixed strut is conveyed；9-6, conveyer belt；9-7, conveyor motor Plate；9-8, adjusting screw；9-9, feeder motor；9-9-1, sprocket wheel two；11-1, angled seat；11-2, cant beam；11-3, side fixed plate； 11-4, bottom plate；11-5, inclined plate；11-6, pin shaft；11-7, the first I-beam wheel；11-8, the second I-beam wheel；11-9, third I-shaped Wheel；11-10, the 4th I-beam wheel.

Specific embodiment

Below against attached drawing, by the description of the embodiment, making to a specific embodiment of the invention further details of Explanation, it is therefore an objective to those skilled in the art be helped to have more complete, accurate and deep reason to design of the invention, technical solution Solution, and facilitate its implementation.

As shown in Fig. 1 to Figure 18, the present invention is that a kind of automation zipper wears pull head production all-in-one machine, realizes that drawing is worn in automation The operation of chain head, it is not only easy to operate but also high-efficient, it is not in that zipper cloth and slider of zipper fastener were assembling without human intervention Waste product is generated in journey, reduces rejection rate.

Specifically, as shown in Fig. 1 to Figure 18, including chassis component 1, panel assembly 2, cutting assembly 3, upper die component 4, Lower mold assemblies 5, feeding material component 6, pull head rail assembly 7, clamp assembly 8, conveyer belt assembly 9, vibrating disk component 10, chain guides group Part 11 and outer rail assembly 12, as shown in Figure 1, the chassis component 1 is made of small cabinet 1-1 and big cabinet 1-2, the small cabinet 1-1 is fastenedly connected with big cabinet 1-2, and the panel assembly 2 is fastenedly connected with the upper end small cabinet 1-1, the cutting assembly 3 and face 2 upper end of board group part is fastenedly connected, and is fastenedly connected above the upper die component 4 and 3 side of cutting assembly, the lower mold assemblies 5 with It is fastenedly connected below 3 side of cutting assembly, the feeding material component 6 is fastenedly connected with 2 upper end of panel assembly, the pull head track groups 7 lower end of part is fastenedly connected with 2 upper end of panel assembly, and 7 upper end of pull head rail assembly is connect with vibrating disk component 10, the fixture group Part 8 is slidably connected with outer rail assembly 12, and the conveyer belt assembly 9 is fastenedly connected with chassis component 1, the vibrating disk component 10 with 2 upper end of panel assembly is fastenedly connected, and the chain guides component 11 is fastenedly connected with 2 upper end of panel assembly.

As shown in Figure 1 and Figure 2, it is equipped with protective cover 1-3 above the big cabinet 1-2, the protective cover 1-3 is equipped with organic Chain bucket 1-4 in succession is equipped on front side of glass fixed plate 1-5, the big cabinet 1-2.

As shown in figure 3, the panel assembly 2 is by panel 2-1, upright bar pedestal 2-2, upright bar 2-3, upright bar seat of honour 2-4, display Screen covers 2-5 and without material sensing device 2-6 composition, and the upper end the panel 2-1 and small cabinet 1-1 is fastenedly connected, the upright bar pedestal It is fastenedly connected above 2-2 and panel 2-1, the lower end the upright bar 2-3 is fastenedly connected with upright bar pedestal 2-2, the upright bar seat of honour 2-4 It is fastenedly connected with the upper end upright bar 2-3, the display screen cover 2-5 is fastenedly connected with upright bar seat of honour 2-4, described without material sensing device 2- 6 are fastenedly connected with panel 2-1.

As shown in Figure 1, Figure 4, Figure 5, the cutting assembly 3 by big sliding box 3-1, sliding box bottom plate 3-2, cutting air cylinder board 3-3, Cutting cylinder link block 3-4, cutting sliding block 3-5, cutting upper slitter 3-6, cutting cut 3-7, guide plate adjustable plate 3-8, coattail board 3- 9, bottom guide 3-10, cylinder connecting plate 3-11, upper guide plate 3-12, pressure zone cylinder plate 3-13, send chain cylinder connector 3-14, cutting Cylinder 3-15, chain cylinder 3-16 and pressure chain cylinder 3-17 composition are sent, the sliding box bottom plate 3-2 is connect with 2 upper end of panel assembly, institute It states the lower end big sliding box 3-1 to be fastenedly connected with sliding box bottom plate 3-2, the cutting air cylinder board 3-3 and the fastening of the upper end big sliding box 3-1 connect It connects, the cutting cylinder link block 3-4 is connect with the piston rod end for cutting off cylinder 3-15, the cutting cylinder link block 3-4 With the clamping of the cutting upper end sliding block 3-5, the cutting upper slitter 3-6 is fastenedly connected with the cutting lower end sliding block 3-5, and the cutting cuts 3- 7 are fastenedly connected with the lower end big sliding box 3-1, and the guide plate adjustable plate 3-8 is fastenedly connected with the back side big sliding box 3-1 lower end, the swallow Tailgate 3-9 is fastenedly connected with guide plate adjustable plate 3-8, and the bottom guide 3-10 and coattail board 3-9 is slidably connected, the cylinder connection Plate 3-11 and bottom guide 3-10 is clamped, and the upper guide plate 3-12 and bottom guide 3-10 is fastenedly connected, the pressure zone cylinder plate 3-13 It is fastenedly connected with upper guide plate 3-12, it is described that chain cylinder connector 3-14 and cylinder connecting plate 3-11 is sent to be clamped, and send chain cylinder 3- 16 piston rod end is fastenedly connected with chain cylinder connector 3-14 is sent, and the pressure chain cylinder 3-17 and pressure zone cylinder plate 3-13 are tight It is solidly connected.

As shown in Figure 1, Figure 6, Figure 7, the upper die component 4 by slide cover board 4-1, upper mold seat 4-2, oblique support plate 4-3, Upper mould fixed plate 4-4, sense base 4-5, spring bumper cover 4-6, pull head upper mold 4-7, guide rod seat 4-8, induction pin 4-9, guiding Pressuring chain plate 4-12 is formed before plate 4-10, guide plate adjusting block 4-11 and mold, and the upper mold seat 4-2 and slide cover board 4-1 are tight It is solidly connected, the oblique support plate 4-3 is fastenedly connected with slide cover board 4-1 and upper mold seat 4-2 respectively, the upper mould fixed plate 4- 4 are fastenedly connected with upper mold seat 4-2, and the upper end the sense base 4-5 and upper mould fixed plate 4-4 is fastenedly connected, the spring bumper cover 4-6 is fastenedly connected with the upper end pull head upper mold 4-7, and the pull head upper mold 4-7 and upper mould fixed plate 4-4 is fastenedly connected, the guiding Pole socket 4-8 is fastenedly connected with the upper mold front end seat 4-2 side, and the induction pin 4-9 is through in pull head upper mold 4-7, and can quilt Reset spring resets, and the lower end the guide plate 4-10 and guide rod seat 4-8 is fastenedly connected, the guide plate adjusting block 4-11 with it is upper Mold base 4-2 front end face is fastenedly connected, and pressuring chain plate 4-12 is connect with pull head upper mold 4-7 side fastening before the mold.

As shown in Fig. 1, Fig. 8, Fig. 9, the lower mold assemblies 5 are by lower die seat of honour 5-1, lower die movable block 5-2, pull head mold A5-3, pull head mold B5-4, link block 5-5, carrier bar 5-6, pull head baffle 5-7, crochet hook fixed plate 5-8, crochet hook 5-9, crochet hook are closed Latch plate 5-10, lower cylinder plate 5-11, lower die cylinder link block 5-12, limited block 5-13 and partiting template 5-14 composition, under described Mould seat of honour 5-1 is fastenedly connected with 3 lower end of cutting assembly, and the lower die seat of honour 5-1 is equipped with one 5-1-1 of guide rail, the guide rail one Sliding is equipped with one 5-1-2 of sliding block on 5-1-1, and the lower die movable block 5-2 is fastenedly connected with one 5-1-2 of sliding block, the pull head mould It is fastenedly connected among tool A5-3 and the side lower die movable block 5-2, among the pull head mold B5-4 and the upper end lower die movable block 5-2 It is fastenedly connected, the link block 5-5 is fastened by bolts between pull head mold A5-3 and pull head mold B5-4, the conjunction carrier bar 5-6 is fastenedly connected with the pull head side mold A5-3 upper end, and the pull head baffle 5-7 and the fastening of pull head mold A5-3 upper end center connect It connects, the crochet hook fixed plate 5-8 is fastenedly connected with pull head mold B5-4 side bottom, the crochet hook 5-9 and crochet hook fixed plate 5-8 Hingedly, there are two the crochet hook latch plate 5-10 is set, a crochet hook latch plate 5-10 and lower die movable block 5-2 side fastening connect It connects, another crochet hook latch plate 5-10 is fastenedly connected with pull head mold A5-3 side bottom, and the lower cylinder plate 5-11 is equipped with Two, and be fastenedly connected side by side with lower die seat of honour 5-1 side bottom, be respectively equipped on lower cylinder plate 5-11 big cylinder 5-11-1 and The piston rod end of small cylinder 5-11-2, the lower die cylinder link block 5-12 and big cylinder 5-11-1 are fastenedly connected, the limit The position top block 5-13 and lower die seat of honour 5-1 is fastenedly connected, and the partiting template 5-14 is set to pull head mold A5-3 and pull head mold B5- Between 4, the crochet hook latch plate 5-10 is equipped with crochet hook cylinder 5-10-1.

As shown in Fig. 1, Figure 10, Figure 11, the feeding material component 6 is by feeding group vertical plate 6-1, feeding group bottom plate 6-2, feeding group Baffle sliding block 6-3, baffle latch plate 6-4, feeding pulling-on piece baffle 6-5, baffle limit plate 6-6, baffle cover board 6-7, feeding pull head Mold A6-8, feeding pull head mold B6-9, feeding pull head steel disc 6-10, pusher cylinder connecting plate 6-11, pull head cylinder block 6- is sent 12, feeding limit plate 6-13, small limited block 6-14 and pull head steel disc pressing plate 6-15 is sent to form, feeding group bottom plate 6-2 and panel group Part 2 is fastenedly connected, and the feeding group vertical plate 6-1 is fastenedly connected with feeding group bottom plate 6-2, and the feeding group vertical plate 6-1 is equipped with Sliding is equipped with two 6-1-2 of sliding block, the feeding group baffle sliding block 6-3 and sliding block on guide rail two 6-1-1, two 6-1-1 of guide rail Two 6-1-2 are fastenedly connected, and are fastenedly connected in the middle part of the baffle latch plate 6-4 and feeding group baffle sliding block 6-3, the feeding pulling-on piece Baffle 6-5 is fastenedly connected with baffle latch plate 6-4, and the baffle limit plate 6-6 is fastenedly connected with baffle latch plate 6-4, described Baffle cover board 6-7 is fastenedly connected with feeding group baffle sliding block 6-3, the feeding pull head mold A6-8 and feeding group baffle sliding block 6- 3 front ends are fastenedly connected, and the feeding pull head mold B6-9 and feeding pull head mold A6-8 are hinged, the feeding pull head steel disc 6-10 It is fastenedly connected with the lower end feeding pull head mold A6-8, it is described that pull head steel disc pressing plate 6-15 is sent to compress feeding pull head steel disc 6-10, and It is fastenedly connected with feeding pull head mold A6-8, described send is equipped with feeding cylinder 6-12-1 behind pull head cylinder block 6-12, described to push away Material one end cylinder connecting plate 6-11 is connect with feeding group baffle sliding block 6-3, the tailpiece of the piston rod of the other end and feeding cylinder 6-12-1 Portion connection, it is described that the end face pull head cylinder block 6-12 and feeding group vertical plate 6-1 is sent to be fastenedly connected, the feeding cylinder 6-12-1 with give Pull head cylinder block 6-12 is fastenedly connected, and the feeding limit plate 6-13 is fastenedly connected with the front end feeding group vertical plate 6-1, the small limit The position lower end block 6-14 and feeding group baffle sliding block 6-3 is fastenedly connected.

As shown in Fig. 1, Figure 12, Figure 13, the pull head rail assembly 7 is by pull head track 7-1, track steel disc 7-2, track base 7-3, spring base 7-4, clamping rod 7-5, small steel disc 7-6, small steel disc pressing plate 7-7, slide cushion block 7-8, charging ram 7-9, charging ram Sliding box 7-10, pusher card 7-11, scraping wings baffle 7-12, link block 7-13, pull head limited block 7-14, " work " word buckle 7-15, peace One 7-16 of loading board, two 7-17 of mounting plate, upright post rod 7-18, one 7-18 of connecting plate, one 7-20 of gusset, two 7-21 of gusset and mounting plate Three 7-22 composition, two 7-17 of mounting plate are fastenedly connected with panel assembly 2, one 7-16 of mounting plate and two 7-17 of mounting plate It is fastenedly connected, the track base 7-3 is fastenedly connected with one 7-16 of mounting plate, and three 7-22 of mounting plate and panel assembly 2 fasten Connection, the lower end the upright post rod 7-18 are fastenedly connected with three 7-22 of mounting plate, the upper end the upright post rod 7-18 and one 7-20 of gusset Be fastenedly connected, one 7-20 of gusset is fastenedly connected with two 7-21 of gusset, one 7-19 of connecting plate pressing against the track upper end steel disc 7-2 with Pull head track 7-1 is compressed, and the pull head track 7-1 and the track lower end steel disc 7-2 are located at the upper end track base 7-3, and by slide pad Block 7-8 and charging ram sliding box 7-10 are pressed on track base 7-3, and the charging ram 7-9 is slidably connected with charging ram sliding box 7-10, The pull head limited block 7-14 and link block 7-13 is tightened in the end charging ram 7-9, and " work " the word button 7-15 and pull head limit Block 7-14 clamping, the upper end the charging ram sliding box 7-10 fastening are equipped with pusher cylinder 7-14-1, the pusher card 7-11 and pusher The end bar 7-9 is fastenedly connected, and the scraping wings baffle 7-12 is fastenedly connected with pusher card 7-11, the clamping rod 7-5 and guide rail Seat 7-3 clamp, the small steel disc 7-6 are pressed on track base 7-3 by small steel disc pressing plate 7-7, the spring base 7-4 and guide rail The two sides seat 7-3 are fastenedly connected.

As shown in Fig. 1, Figure 14, Figure 15, the clamp assembly 8 is by fixture group upper and lower plates 8-1, fixture group interior plate 8-2, folder Tool group outer panel 8-3, clamping fixture seat 8-4, upper fixture 8-5, lower fixture 8-6, fixture jacking block 8-7, jacking block link block 8-8, positioning pin 8-9, fixture group fixed plate 8-10, fixture pin 8-11, oscillation bearing fixed block 8-12, swinging axle are consigned 8-13 and clamp locating pin 8-14 composition, the fixture group fixed plate 8-10 and the synchronous band connection in outer rail assembly 12, the fixture group interior plate 8-2 with The top and bottom fixture group outer panel 8-3 are fastenedly connected with fixture group upper and lower plates 8-1 respectively, the clamping fixture seat 8-4 and fixture group Upper and lower plates 8-1 is hinged by positioning pin 8-8, and the upper fixture 8-5 and lower fixture 8-6 pass through fixture pin 8-11 and clamping fixture seat respectively 8-4 is side walls hinged, and the rear the clamping fixture seat 8-4 is set there are two jacking block cylinder 8-8-1, and the fixture jacking block 8-7 passes through jacking block company It meets block 8-7 to connect with the piston rod end jacking block cylinder 8-8-1, the upper end the oscillation bearing fixed block 8-12 and clamping fixture seat 8-4 is tight It is solidly connected, the oscillation bearing fixed block 8-12 is equipped with oscillation bearing 8-12-1, and the swinging axle consigns 8-13 across swing Bearing 8-12-1, the clamp locating pin 8-14 are embedded between fixture group fixed plate 8-10 and fixture group interior plate 8-2.

As shown in Fig. 1, Figure 16, Figure 17, the conveyer belt assembly 9 by conveyer belt left plate 9-1, belt right side plate 9-2, Conveyer belt stock 9-3, passive stock 9-4, fixed strut 9-5, conveyer belt 9-6, conveyor motor plate 9-7, adjusting screw are conveyed 9-8 and feeder motor 9-9 composition, the conveyer belt left plate 9-1 and belt right side plate 9-2, which are fastened with small cabinet 1-1, to be connected Connect, described one end conveyer belt stock 9-3 and the one end conveyer belt left plate 9-1 are rotatablely connected, conveyer belt stock 9-3 other end with The rotation connection of belt right one end side plate 9-2, described one end passive stock 9-4 and the rotation of the conveyer belt left plate 9-1 other end connect It connects, passive stock 9-4 other end and the belt right side plate 9-2 other end are rotatablely connected, the fixed both ends strut 9-5 of the conveying It is fastenedly connected respectively with conveyer belt left plate 9-1 and belt right side plate 9-2, the conveyer belt 9-6 is covered in conveyer belt stock 9-3 On passive stock 9-4, the conveyor motor plate 9-7 is fastenedly connected with the lower end belt right side plate 9-2, the adjusting screw 9-8 is screwed up in the end passive stock 9-4, and the feeder motor 9-9 is fastenedly connected with conveyor motor plate 9-7, the conveyer belt The end stock 9-3 is equipped with one 9-3-1 of sprocket wheel, and the output shaft of feeder motor 9-9 is equipped with two 9-9-1 of sprocket wheel, and one 9-3-1 of sprocket wheel It is connected with two 9-9-1 of sprocket wheel by chain.

As shown in figure 18, the chain guides component 11 by angled seat 11-1, cant beam 11-2, side fixed plate 11-3, bottom plate 11-4, Inclined plate 11-5, pin shaft 11-6, the first I-beam wheel 11-7, the second I-beam wheel 11-8, third I-beam wheel 11-9 and the 4th I-beam wheel 11-10 composition, the angled seat 11-1 are fastenedly connected with panel assembly 2, and the lower end the cant beam 11-2 is fastenedly connected with angled seat 11-1, It is connect in the middle part of the side fixed plate 11-3 and cant beam 11-2, the bottom plate 11-4 and side fixed plate 11-3 are clamped, the inclined plate 11-5 is rotatablely connected by pin shaft 11-6, torsional spring is arranged on the pin shaft 11-6, and one end of torsional spring and side fixed plate 11-3 connect It connecing, other end is connect with inclined plate 11-5, and the first I-beam wheel 11-7 and the top cant beam 11-2 are rotatablely connected, and described second I-beam wheel 11-8 is set to below the first I-beam wheel 11-7, and is rotatablely connected with cant beam 11-2, and the third I-beam wheel 11-9 is set to It below second I-beam wheel 11-8, and is rotatablely connected with cant beam 11-2, the 4th I-beam wheel 11-10 pacifies set on side fixed plate 11-3 The lower end of holding position, and be rotatablely connected with cant beam 11-2.Specific working mode is illustrated with specific embodiment below:

Embodiment 1:

First start cutting function, the piston rod of cutting cylinder 3-15 moves down, because of the cutting cylinder link block 3-4 It is connect with the piston rod end of cutting cylinder 3-15, the cutting cylinder link block 3-4 and the clamping of the cutting upper end sliding block 3-5, institute It states cutting upper slitter 3-6 to be fastenedly connected with the cutting lower end sliding block 3-5, the cutting cuts 3-7 and the fastening of the lower end big sliding box 3-1 connects It connects, so the piston rod of cutting cylinder 3-15 is with cutting cylinder link block 3-4, cutting sliding block 3-5 and cuts off upper slitter 3-6 together It moves down, then zipper cloth is cut off upper slitter 3-6 cutting, and the piston rod for then cutting off cylinder 3-15 up moves reset, should Step operation ensure that the smooth of zipper cloth section.

Because the guide plate adjustable plate 3-8 is fastenedly connected with the back side big sliding box 3-1 lower end, the coattail board 3-9 and guide plate Adjustable plate 3-8 is fastenedly connected, and the bottom guide 3-10 and coattail board 3-9 is slidably connected, and the cylinder connecting plate 3-11 is led under Plate 3-10 clamping, the upper guide plate 3-12 and bottom guide 3-10 are fastenedly connected, the pressure zone cylinder plate 3-13 and upper guide plate 3-12 It is fastenedly connected, it is described that chain cylinder connector 3-14 and cylinder connecting plate 3-11 is sent to be clamped, and send the tailpiece of the piston rod of chain cylinder 3-16 Portion is fastenedly connected with chain cylinder connector 3-14 is sent, and the pressure chain cylinder 3-17 and pressure zone cylinder plate 3-13 is fastenedly connected, so The piston rod of pressure chain cylinder 3-17 pushes down zipper cloth, and the piston rod of chain cylinder 3-16 is then sent to be pushed forward, by sending chain cylinder to connect Head 3-14 and cylinder connecting plate 3-11 driving bottom guide 3-10, toward front slide, realizes the submitting of zipper cloth along coattail board 3-9, It prepares to wear pull head.

Embodiment 2:

The sense base 4-5 is equipped with contact inductor, and the piston rod of big cylinder 5-11-1 above pushes away, because of the lower die Seat of honour 5-1 is equipped with one 5-1-1 of guide rail, and sliding is equipped with one 5-1-2 of sliding block, the lower die movable block on one 5-1-1 of guide rail 5-2 is fastenedly connected with one 5-1-2 of sliding block, is fastenedly connected among the pull head mold A5-3 and the side lower die movable block 5-2, described It is fastenedly connected among pull head mold B5-4 and the upper end lower die movable block 5-2, the link block 5-5 is fastened by bolts in pull head mould Have between A5-3 and pull head mold B5-4, the conjunction carrier bar 5-6 is fastenedly connected with the pull head side mold A5-3 upper end, the pull head Baffle 5-7 is fastenedly connected with pull head mold A5-3 upper end center, so lower die movable block 5-2 connects with lower die movable block 5-2 The part connect is up moved along one 5-1-1 of guide rail together, when incuding corresponding galvanically inductor bright light on pin 4-9, Prove there is pull head on lower membrane module 5.

Then clamp assembly 8 is advanced to outer 12 middle position of rail assembly along outer rail assembly 12 and reduces speed now, until movement Stop to outer 12 left position of rail assembly, because of the fixture group fixed plate 8-10 and the synchronous band connection in outer rail assembly 12, The fixture group interior plate 8-2 and the top and bottom fixture group outer panel 8-3 are fastenedly connected with fixture group upper and lower plates 8-1 respectively, The clamping fixture seat 8-4 and fixture group upper and lower plates 8-1 is hinged by positioning pin 8-8, and the rear the clamping fixture seat 8-4 is set there are two jacking block Cylinder 8-8-1, the fixture jacking block 8-7 are connect by jacking block link block 8-7 with the piston rod end jacking block cylinder 8-8-1, so The piston rod of jacking block cylinder 8-8-1 in clamp assembly 8 is pushed forward, and is driven fixture jacking block 8-7 by jacking block link block 8-8 and is transported forward It is dynamic, because of the upper fixture 8-5 and lower fixture 8-6 passes through fixture pin 8-11 respectively and clamping fixture seat 8-4 is side walls hinged, press from both sides above Tool 8-5 and lower fixture 8-6 clamps zipper cloth head edge, and then clamp assembly 8 pauses 0.5 second, during 0.5 second of pause, The piston rod of the pressure chain cylinder 3-17 retreats, and decontrols the compression to zipper cloth, send the piston rod of chain cylinder 3-16 to retreat, pass through Chain cylinder connector 3-14 and cylinder connecting plate 3-11 driving bottom guide 3-10 is sent to slide backward along coattail board 3-9, under realization Guide plate 3-10 and upper guide plate 3-12 resets.

Then clamp assembly 8 holds zipper cloth head edge and moves backward with upper fixture 8-5 and lower fixture 8-6, when Upper fixture 8-5 and lower fixture 8-6 be moved to guide plate 4-10 maximum width position backward before (this position zipper cloth into Enter the position pull head osculum 4mm), when then clamp assembly 8 continues to move back the guide plate maximum width position 4-10, upper fixture 8-5 With lower fixture 8-6 by guide plate 4-10 maximum width position constraint, automatic opening makes zipper cloth head separately penetrate pull head, so Rear jig component 8 continues to move back 5mm, and after crossing guide plate 4-10 maximum width position, upper fixture 8-5 and lower fixture 8-6 are into Between reduce automatically, so that zipper cloth head is passed through the upper end for closing carrier bar 5-6, complete the split of zipper cloth head, then clamp assembly 8 According to the input length of production zipper, stop after the mobile certain length of control clamp assembly 8.

Then the piston rod for cutting off cylinder 3-15 moves down, cuts off the piston rod of cylinder 3-15 with cutting cylinder connection Block 3-4, cutting sliding block 3-5 and cutting upper slitter 3-6 are moved down together, and then zipper cloth is cut off upper slitter 3-6 cutting, are then cut The piston rod of cylinder 3-15 of dying up moves reset, while the piston rod of chain cylinder 3-17 being pressed to push down zipper cloth, then send chain gas The piston rod of cylinder 3-16 is pushed forward, by sending chain cylinder connector 3-14 and cylinder connecting plate 3-11 to drive bottom guide 3-10 along swallow Tailgate 3-9 realizes the submitting of zipper cloth toward front slide, prepares to wear pull head.

Embodiment 3:

The piston rod of big cylinder 5-11-1 above pushes away, and the lower die movable block 5-2 is with zero connect with lower die movable block 5-2 Part is up moved along one 5-1-1 of guide rail together, when corresponding contact inductor is turned off the light on induction pin 4-9, it was demonstrated that under There is no pull head on membrane module 5, the then piston rod retracted for clearance of big cylinder 5-11-1, while the piston rod of pusher cylinder 7-14-1 It shrinks, because the charging ram 7-9 is slidably connected with charging ram sliding box 7-10, the pull head limited block 7-14 and link block 7-13 It is tightened in the end charging ram 7-9, " work " the word button 7-15 and pull head limited block 7-14 are clamped, on the charging ram sliding box 7-10 End fastening is equipped with pusher cylinder 7-14-1, and the end the pusher card 7-11 and charging ram 7-9 is fastenedly connected, the scraping wings baffle 7-12 is fastenedly connected with pusher card 7-11, so the piston rod of pusher cylinder 7-14-1 is limited by " work " word button 7-15, pull head Block 7-14 and link block 7-13 driving charging ram 7-9 movement, the pusher card 7-11 of the end charging ram 7-9 release a pull head, Then pusher cylinder 7-14-1 is stopped 0.2 second, stablizes pull head in feeding pull head mold A6-8 and feeding pull head mold B6-9.

Then the piston rod of pusher cylinder 7-14-1 is pushed forward, and passes through " work " word button 7-15, pull head limited block 7-14 and connection Block 7-13 driving charging ram 7-9 is moved forward, and charging ram 7-9 is resetted with the pusher card 7-11 of end.

Then the piston rod of feeding cylinder 6-12-1 is pushed forward, because feeding group bottom plate 6-2 is fastenedly connected with panel assembly 2, The feeding group vertical plate 6-1 is fastenedly connected with feeding group bottom plate 6-2, and the feeding group vertical plate 6-1 is equipped with two 6-1-1 of guide rail, Sliding is equipped with two 6-1-2 of sliding block, the feeding group baffle sliding block 6-3 and two 6-1-2 of sliding block fastening and connects on two 6-1-1 of guide rail It connects, is fastenedly connected in the middle part of the baffle latch plate 6-4 and feeding group baffle sliding block 6-3, the feeding pulling-on piece baffle 6-5 and baffle Latch plate 6-4 is fastenedly connected, and the baffle limit plate 6-6 is fastenedly connected with baffle latch plate 6-4, the baffle cover board 6-7 with Feeding group baffle sliding block 6-3 is fastenedly connected, and the feeding pull head mold A6-8 and the fastening of the feeding group baffle front end sliding block 6-3 connect It connects, the feeding pull head mold B6-9 and feeding pull head mold A6-8 are hinged, the feeding pull head steel disc 6-10 and feeding pull head The lower end mold A6-8 is fastenedly connected, it is described send pull head steel disc pressing plate 6-15 compress feeding pull head steel disc 6-10, and with feeding pull head Mold A6-8 is fastenedly connected, and described send is equipped with feeding cylinder 6-12-1 behind pull head cylinder block 6-12, the pusher cylinder connection The one end plate 6-11 is connect with feeding group baffle sliding block 6-3, and the other end is connect with the piston rod end of feeding cylinder 6-12-1, described It send the end face pull head cylinder block 6-12 and feeding group vertical plate 6-1 to be fastenedly connected, the feeding cylinder 6-12-1 and send pull head cylinder block 6-12 is fastenedly connected, and the feeding limit plate 6-13 is fastenedly connected with the front end feeding group vertical plate 6-1, the small limited block 6-14 with The lower end feeding group baffle sliding block 6-3 is fastenedly connected, so the piston rod of feeding cylinder 6-12-1 passes through pusher cylinder connecting plate 6- 11, feeding group baffle sliding block 6-3 and its together with the part of feeding group baffle sliding block 6-3 connection with two 6-1-2 of sliding block along Two 6-1-1 of guide rail is moved forward, until the range of feeding cylinder 6-12-1 stops.

Then the piston rod of small cylinder 5-11-2 above pushes away, and the lower die movable block 5-2 is connect with lower die movable block 5-2 Part up moved along one 5-1-1 of guide rail together, at this time pull head enter lower membrane module 5 in, because of the crochet hook fixed plate 5-8 is fastenedly connected with pull head mold B5-4 side bottom, and the crochet hook 5-9 and crochet hook fixed plate 5-8 are hinged, the crochet hook spring There are two plate 5-10 is set, a crochet hook latch plate 5-10 is connect with lower die movable block 5-2 side fastening, another crochet hook spring Plate 5-10 is fastenedly connected with pull head mold A5-3 side bottom, and the crochet hook latch plate 5-10 is equipped with crochet hook cylinder 5-10-1, So the piston rod of the crochet hook cylinder 5-10-1 on the crochet hook latch plate 5-10 being fastenedly connected with pull head mold A5-3 stretches out, simultaneously The piston rod for the crochet hook cylinder 5-10-1 on crochet hook latch plate 5-10 being fastenedly connected with lower die movable block 5-2 is shunk, so that hook The hole of the portion of the handle of pull head is caught in the upper end of needle 5-9, and pull head is fastened in lower membrane module 5 at this time.

Then the piston rod of feeding cylinder 6-12-1 is contracted in the middle part of the cylinder barrel of feeding cylinder 6-12-1, and feeding group is kept off at this time Feeding pulling-on piece baffle 6-5, the feeding pull head mold A6-8, feeding pull head mold B6-9, feeding pull head of the piece front end sliding block 6-3 installation Steel disc 6-10 and send pull head steel disc pressing plate 6-15 as feeding group baffle sliding block 6-3 is moved along two 6-1-1 of guide rail backward, then It is left right above lower membrane module 5.

Then the piston rod of big cylinder 5-11-1 above pushes away, and the lower die movable block 5-2 is connect with lower die movable block 5-2 Part up moved along one 5-1-1 of guide rail together, when incuding the upper corresponding galvanically inductor bright light of pin 4-9, demonstrate,prove There is pull head on bright lower membrane module 5；Then the working principle in embodiment 2 is carried out；The piston of feeding cylinder 6-12-1 at the same time Bar is contracted to the cylinder barrel end of feeding cylinder 6-12-1, then the piston rod of pusher cylinder 7-14-1 by " work " word button 7-15, Pull head limited block 7-14 and link block 7-13 driving charging ram 7-9 movement, the pusher card 7-11 of the end charging ram 7-9 draw one Head is released, and then pusher cylinder 7-14-1 is stopped 0.2 second, stablizes pull head in feeding pull head mold A6-8 and feeding pull head mold In B6-9, prepare to wear pull head next time.

The present invention is exemplarily described in conjunction with attached drawing above, it is clear that the present invention implements not by above-mentioned side The limitation of formula, as long as using the improvement for the various unsubstantialities that the inventive concept and technical scheme of the present invention carry out；Or not It is improved, above-mentioned conception and technical scheme of the invention are directly applied into other occasions, in protection scope of the present invention Within.

Claims

1. a kind of automation zipper wear pull head production all-in-one machine, it is characterised in that: including chassis component (1), panel assembly (2), Cutting assembly (3), upper die component (4), lower mold assemblies (5), feeding material component (6), pull head rail assembly (7), clamp assembly (8), Conveyer belt assembly (9), vibrating disk component (10), chain guides component (11) and outer rail assembly (12), the chassis component (1) is by small Cabinet (1-1) and big cabinet (1-2) composition, the small cabinet (1-1) are fastenedly connected with big cabinet (1-2), the panel assembly (2) be fastenedly connected with the upper end small cabinet (1-1), the cutting assembly (3) is fastenedly connected with panel assembly (2) upper end, it is described on It is fastenedly connected above membrane module (4) and cutting assembly (3) side, it is tight below the lower mold assemblies (5) and cutting assembly (3) side It is solidly connected, the feeding material component (6) is fastenedly connected with panel assembly (2) upper end, pull head rail assembly (7) lower end and panel Component (2) upper end is fastenedly connected, and pull head rail assembly (7) upper end is connect with vibrating disk component (10), the clamp assembly (8) with Outer rail assembly (12) is slidably connected, and the conveyer belt assembly (9) is fastenedly connected with chassis component (1), the vibrating disk component (10) it is fastenedly connected with panel assembly (2) upper end, the chain guides component (11) is fastenedly connected with panel assembly (2) upper end.

2. a kind of automation zipper according to claim 1 wears pull head production all-in-one machine, it is characterised in that: the big cabinet It is equipped with protective cover (1-3) above (1-2), the protective cover (1-3) is equipped with organic glass fixed plate (1-5), the big cabinet Chain bucket (1-4) in succession is equipped on front side of (1-2)；The panel assembly (2) is by panel (2-1), upright bar pedestal (2-2), upright bar (2- 3), the upright bar seat of honour (2-4), display screen cover (2-5) and without material sensing device (2-6) composition, the panel (2-1) and small cabinet The upper end (1-1) is fastenedly connected, and is fastenedly connected above the upright bar pedestal (2-2) and panel (2-1), upright bar (2-3) lower end It is fastenedly connected with upright bar pedestal (2-2), the upright bar seat of honour (2-4) is fastenedly connected with the upper end upright bar (2-3), the display screen cover (2-5) is fastenedly connected with the upright bar seat of honour (2-4), described to be fastenedly connected without material sensing device (2-6) with panel (2-1).

3. a kind of automation zipper according to claim 1 wears pull head production all-in-one machine, it is characterised in that: the cutting group Part (3) is by big sliding box (3-1), sliding box bottom plate (3-2), cutting air cylinder board (3-3), cutting cylinder link block (3-4), cutting sliding block (3-5), cutting upper slitter (3-6), cutting cut (3-7), guide plate adjustable plate (3-8), coattail board (3-9), bottom guide (3-10), gas Cylinder connecting plate (3-11), pressure zone cylinder plate (3-13), send chain cylinder connector (3-14), cutting cylinder (3- at upper guide plate (3-12) 15) chain cylinder (3-16) and pressure chain cylinder (3-17) composition, are sent, the sliding box bottom plate (3-2) and panel assembly (2) upper end connect It connects, the big sliding box lower end (3-1) is fastenedly connected with sliding box bottom plate (3-2), the cutting air cylinder board (3-3) and big sliding box (3- 1) upper end is fastenedly connected, and cutting cylinder link block (3-4) connect with the piston rod end for cutting off cylinder (3-15), described to cut It dies cylinder link block (3-4) and the cutting sliding block upper end (3-5) is clamped, the cutting upper slitter (3-6) and cutting lower end sliding block (3-5) It is fastenedly connected, the cutting cuts (3-7) and is fastenedly connected with the lower end big sliding box (3-1), and the guide plate adjustable plate (3-8) slides with big The back side lower end box (3-1) is fastenedly connected, and the coattail board (3-9) is fastenedly connected with guide plate adjustable plate (3-8), the bottom guide (3-10) is slidably connected with coattail board (3-9), and the cylinder connecting plate (3-11) and bottom guide (3-10) are clamped, the upper guide plate (3-12) is fastenedly connected with bottom guide (3-10), and the pressure zone cylinder plate (3-13) is fastenedly connected with upper guide plate (3-12), described It send chain cylinder connector (3-14) and cylinder connecting plate (3-11) to be clamped, and send the piston rod end of chain cylinder (3-16) and send chain Cylinder connector (3-14) is fastenedly connected, and the pressure chain cylinder (3-17) is fastenedly connected with pressure zone cylinder plate (3-13).

4. a kind of automation zipper according to claim 1 wears pull head production all-in-one machine, it is characterised in that: the upper mold group Part (4) by slide cover board (4-1), upper mold seat (4-2), oblique support plate (4-3), upper mould fixed plate (4-4), sense base (4-5), Spring bumper cover (4-6), pull head upper mold (4-7), guide rod seat (4-8), induction pin (4-9), guide plate (4-10), guide plate tune Pressuring chain plate (4-12) forms before locking nub (4-11) and mold, and the upper mold seat (4-2) is fastenedly connected with slide cover board (4-1), The oblique support plate (4-3) is fastenedly connected with slide cover board (4-1) and upper mold seat (4-2) respectively, the upper mould fixed plate (4- 4) it is fastenedly connected with upper mold seat (4-2), the sense base (4-5) is fastenedly connected with the upper end upper mould fixed plate (4-4), the bullet Spring cover board (4-6) is fastenedly connected with the upper end pull head upper mold (4-7), and the pull head upper mold (4-7) and upper mould fixed plate (4-4) are fastened Connection, the guide rod seat (4-8) are fastenedly connected with the front end side upper mold seat (4-2), and the induction pin (4-9) is through drawing In upper die (4-7), and the spring reset that can be reset, the guide plate (4-10) are fastenedly connected with the lower end guide rod seat (4-8), The guide plate adjusting block (4-11) is fastenedly connected with upper mold seat (4-2) front end face, before the mold pressuring chain plate (4-12) with The connection of pull head upper mold (4-7) side fastening.

5. a kind of automation zipper according to claim 1 wears pull head production all-in-one machine, it is characterised in that: the lower die group Part (5) is by the lower die seat of honour (5-1), lower die movable block (5-2), pull head mold A (5-3), pull head mold B (5-4), link block (5- 5) carrier bar (5-6), pull head baffle (5-7), crochet hook fixed plate (5-8), crochet hook (5-9), crochet hook latch plate (5-10), lower gas, are closed Cylinder plate (5-11), lower die cylinder link block (5-12), limited block (5-13) and partiting template (5-14) composition, the lower die seat of honour (5-1) is fastenedly connected with cutting assembly (3) lower end, and the lower die seat of honour (5-1) is equipped with guide rail one (5-1-1), the guide rail Sliding is equipped with sliding block one (5-1-1) on one (5-1-1), and the lower die movable block (5-2) is fastenedly connected with sliding block one (5-1-2), It is fastenedly connected among the pull head mold A (5-3) and the side lower die movable block (5-2), the pull head mold B (5-4) and lower die It is fastenedly connected among the upper end movable block (5-2), the link block (5-5) is fastened by bolts in pull head mold A (5-3) and pull head Between mold B (5-4), the conjunction carrier bar (5-6) is fastenedly connected with the side upper end pull head mold A (5-3), the pull head baffle (5-7) is fastenedly connected with pull head mold A (5-3) upper end center, the crochet hook fixed plate (5-8) and the side pull head mold B (5-4) Bottom is fastenedly connected, the crochet hook (5-9) and crochet hook fixed plate (5-8) hingedly, there are two the crochet hook latch plate (5-10) sets, One crochet hook latch plate (5-10) connect with lower die movable block (5-2) side fastening, another crochet hook latch plate (5-10) with Pull head mold A (5-3) side bottom is fastenedly connected, there are two the lower cylinder plate (5-11) sets, and side by side with the lower die seat of honour (5- 1) side bottom is fastenedly connected, and big cylinder (5-11-1) and small cylinder (5-11-2), institute are respectively equipped on lower cylinder plate (5-11) State lower die cylinder link block (5-12) and the piston rod end of big cylinder (5-11-1) be fastenedly connected, the limited block (5-13) with The top the lower die seat of honour (5-1) is fastenedly connected, and the partiting template (5-14) is set to pull head mold A (5-3) and pull head mold B (5-4) Between, the crochet hook latch plate (5-10) is equipped with crochet hook cylinder (5-10-1).

6. a kind of automation zipper according to claim 1 wears pull head production all-in-one machine, it is characterised in that: the feeding group Part (6) by feeding group vertical plate (6-1), feeding group bottom plate (6-2), feeding group baffle sliding block (6-3), baffle latch plate (6-4), give Expect pulling-on piece baffle (6-5), baffle limit plate (6-6), baffle cover board (6-7), feeding pull head mold A (6-8), feeding pull head mold B (6-9), feeding pull head steel disc (6-10), pusher cylinder connecting plate (6-11), pull head cylinder block (6-12), feeding limit plate are sent (6-13), small limited block (6-14) and pull head steel disc pressing plate (6-15) is sent to form, feeding group bottom plate (6-2) and panel assembly (2) It is fastenedly connected, the feeding group vertical plate (6-1) is fastenedly connected with feeding group bottom plate (6-2), sets on the feeding group vertical plate (6-1) Have guide rail two (6-1-1), sliding is equipped with sliding block two (6-1-2) on the guide rail two (6-1-1), the feeding group baffle sliding block (6-3) is fastenedly connected with sliding block two (6-1-1), is fastened in the middle part of the baffle latch plate (6-4) and feeding group baffle sliding block (6-3) Connection, the feeding pulling-on piece baffle (6-5) are fastenedly connected with baffle latch plate (6-4), the baffle limit plate (6-6) and baffle Latch plate (6-4) is fastenedly connected, and the baffle cover board (6-7) is fastenedly connected with feeding group baffle sliding block (6-3), and the feeding is drawn Head mold A (6-8) is fastenedly connected with the front end feeding group baffle sliding block (6-3), and the feeding pull head mold B (6-9) and feeding are drawn Hingedly, the feeding pull head steel disc (6-10) is fastenedly connected head mold A (6-8) with the lower end feeding pull head mold A (6-8), described It send pull head steel disc pressing plate (6-15) to compress feeding pull head steel disc (6-10), and is fastenedly connected with feeding pull head mold A (6-8), institute State send pull head cylinder block (6-12) below be equipped with feeding cylinder (6-12-1), described pusher cylinder connecting plate one end (6-11) with give Material group baffle sliding block (6-3) connection, the other end is connect with the piston rod end of feeding cylinder (6-12-1), described to send pull head cylinder Seat (6-12) be fastenedly connected with the end face feeding group vertical plate (6-1), the feeding cylinder (6-12-1) with send pull head cylinder block (6- 12) it is fastenedly connected, the feeding limit plate (6-13) is fastenedly connected with the front end feeding group vertical plate (6-1), the small limited block (6- 14) it is fastenedly connected with the lower end feeding group baffle sliding block (6-3).

7. a kind of automation zipper according to claim 1 wears pull head production all-in-one machine, it is characterised in that: the pull head rail Road component (7) is by pull head track (7-1), track steel disc (7-2), track base (7-3), spring base (7-4), clamping rod (7-5), small Steel disc (7-6), small steel disc pressing plate (7-7), slide cushion block (7-8), charging ram (7-9), charging ram sliding box (7-10), pusher card (7-11), scraping wings baffle (7-12), link block (7-13), pull head limited block (7-14), " work " word button (7-15), mounting plate one (7-16), mounting plate two (7-17), upright post rod (7-18), connecting plate one (7-19), gusset one (7-20), gusset two (7-21) and Mounting plate three (7-22) composition, the mounting plate two (7-17) are fastenedly connected with panel assembly (2), the mounting plate one (7-16) It is fastenedly connected with mounting plate two (7-17), the track base (7-3) is fastenedly connected with mounting plate one (7-16), the mounting plate three (7-22) is fastenedly connected with panel assembly (2), and the upright post rod lower end (7-18) is fastenedly connected with mounting plate three (7-22), described The upright post rod upper end (7-18) is fastenedly connected with gusset one (7-20), and gusset one (7-20) is fastenedly connected with gusset two (7-21), institute State connecting plate one (7-19) and pressing against the track steel disc upper end (7-2) and pull head track (7-1) and compress, the pull head track (7-1) and The track steel disc lower end (7-2) is located at the upper end track base (7-3), and is compressed by slide cushion block (7-8) and charging ram sliding box (7-10) On track base (7-3), the charging ram (7-9) is slidably connected with charging ram sliding box (7-10), the pull head limited block (7- 14) end charging ram (7-9) is tightened in link block (7-13), " work " the word button (7-15) and pull head limited block (7-14) block It connects, the charging ram sliding box upper end (7-10) fastening is equipped with pusher cylinder (7-14-1), the pusher card (7-11) and charging ram The end (7-9) is fastenedly connected, and the scraping wings baffle (7-12) is fastenedly connected with pusher card (7-11), the clamping rod (7-5) With track base (7-3) clamp, the small steel disc (7-6) is pressed on track base (7-3) by small steel disc pressing plate (7-7), described Spring base (7-4) is fastenedly connected with the two sides track base (7-3).

8. a kind of automation zipper according to claim 1 wears pull head production all-in-one machine, it is characterised in that: the fixture group Part (8) is by fixture group upper and lower plates (8-1), fixture group interior plate (8-2), fixture group outer panel (8-3), clamping fixture seat (8-4), upper folder Have (8-5), lower fixture (8-6), fixture jacking block (8-7), jacking block link block (8-8), positioning pin (8-9), fixture group fixed plate (8- 10), fixture pin (8-11), oscillation bearing fixed block (8-12), swinging axle are consigned (8-13) and clamp locating pin (8-14) forms, The fixture group fixed plate (8-10) and the synchronous band connection in outer rail assembly (12), the fixture group interior plate (8-2) and folder The top and bottom tool group outer panel (8-3) are fastenedly connected with fixture group upper and lower plates (8-1) respectively, the clamping fixture seat (8-4) and folder Hingedly by positioning pin (8-9), the upper fixture (8-5) and lower fixture (8-6) pass through fixture pin to tool group upper and lower plates (8-1) respectively (8-11) and clamping fixture seat (8-4) is side walls hinged, and clamping fixture seat (8-4) rear is set there are two jacking block cylinder (8-8-1), the folder Tool jacking block (8-7) is connect by jacking block link block (8-8) with the piston rod end jacking block cylinder (8-8-1), and the oscillation bearing is solid Determine block (8-12) to be fastenedly connected with the upper end clamping fixture seat (8-4), the oscillation bearing fixed block (8-12) is equipped with oscillation bearing (8- 12-1), the swinging axle consigns (8-13) across oscillation bearing (8-12-1), and the clamp locating pin (8-14) is embedded in fixture group Between fixed plate (8-10) and fixture group interior plate (8-2).

9. a kind of automation zipper according to claim 1 wears pull head production all-in-one machine, it is characterised in that: the conveyer belt Component (9) is by conveyer belt left plate (9-1), belt right side plate (9-2), conveyer belt stock (9-3), passive stock (9-4), defeated Send fixed strut (9-5), conveyer belt (9-6), conveyor motor plate (9-7), adjusting screw (9-8) and feeder motor (9-9) group At the conveyer belt left plate (9-1) and belt right side plate (9-2) are all fastenedly connected with small cabinet (1-1), the conveyer belt Stock one end (9-3) and conveyer belt left plate one end (9-1) are rotatablely connected, conveyer belt stock (9-3) other end and conveyer belt The rotation connection of right side plate one end (9-2), described passive stock one end (9-4) and the rotation of conveyer belt left plate (9-1) other end connect It connects, passive stock (9-4) other end and belt right side plate (9-2) other end are rotatablely connected, the fixed strut (9- of the conveying 5) both ends are fastenedly connected with conveyer belt left plate (9-1) and belt right side plate (9-2) respectively, and the conveyer belt (9-6) covers On conveyer belt stock (9-3) and passive stock (9-4), the conveyor motor plate (9-7) and the lower end belt right side plate (9-2) It is fastenedly connected, the adjusting screw (9-8) screws up in the end passive stock (9-4), and the feeder motor (9-9) and conveying are charged Machine plate (9-7) is fastenedly connected, the conveyer belt stock end (9-3) be equipped with sprocket wheel one (9-3-1), feeder motor (9-9) it is defeated Shaft is equipped with sprocket wheel two (9-9-1), and sprocket wheel one (9-3-1) is connected with sprocket wheel two (9-9-1) by chain.

10. a kind of automation zipper according to claim 1 wears pull head production all-in-one machine, it is characterised in that: the guide chain Frame component (11) is by angled seat (11-1), cant beam (11-2), side fixed plate (11-3), bottom plate (11-4), inclined plate (11-5), pin shaft (11-6), the first I-beam wheel (11-7), the second I-beam wheel (11-8), third I-beam wheel (11-9) and the 4th I-beam wheel (11-10) Composition, the angled seat (11-1) are fastenedly connected with panel assembly (2), and the cant beam lower end (11-2) and angled seat (11-1) fastening connect It connecing, is connect in the middle part of the side fixed plate (11-3) and cant beam (11-2), the bottom plate (11-4) and side fixed plate (11-3) are clamped, The inclined plate (11-5) is rotatablely connected by pin shaft (11-6), is arranged with torsional spring, and one end of torsional spring on the pin shaft (11-6) It is connect with side fixed plate (11-3), other end is connect with inclined plate (11-5), first I-beam wheel (11-7) and cant beam The top (11-2) rotation connection, second I-beam wheel (11-8) be set to the first I-beam wheel (11-7) below, and with cant beam (11- 2) it is rotatablely connected, the third I-beam wheel (11-9) is set to below the second I-beam wheel (11-8), and rotates and connect with cant beam (11-2) It connects, the 4th I-beam wheel (11-10) is set to the lower end of side fixed plate (11-3) installation site, and rotates and connect with cant beam (11-2) It connects.