CN102599694A - Zipper assembly equipment and zipper machine with same - Google Patents
Zipper assembly equipment and zipper machine with same Download PDFInfo
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- CN102599694A CN102599694A CN2012100874764A CN201210087476A CN102599694A CN 102599694 A CN102599694 A CN 102599694A CN 2012100874764 A CN2012100874764 A CN 2012100874764A CN 201210087476 A CN201210087476 A CN 201210087476A CN 102599694 A CN102599694 A CN 102599694A
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Abstract
The invention relates to zipper assembly equipment and a zipper machine with the same. The zipper assembly equipment comprises a control module, a zipper assembly mechanism, a detection mechanism and a tape pulling mechanism. The detection mechanism comprises a first support, a second support, a guide bar and a detection element. A first guide wheel set is disposed at one end of the first support. A second guide wheel set is disposed at the other end of the first support. The second support is mutually opposite to the first support. The guide bar is disposed between the first support and the second support. A hammer capable of sliding up and down along the guide bar is arranged on the guide bar. The detection element is disposed at the position corresponding to a sliding track of the hammer and used for transmitting hammer position signals to the control module. The control module is sued for adjusting zipper assembly speed of the equipment according to the signals transmitted from the detection unit. The zipper assembly equipment can be disposed on a vertical mounting face. When the zipper assembly equipment is integrated with the zipper machine, the zipper assembly equipment can be mounted on the outer surface of a box of the zipper machine, so that the equipment is higher in integration level and space-saving.
Description
Technical field
The present invention relates to a kind of slide fastener manufacturing apparatus field, particularly piece together the chain equipment field relevant with machine for zipper.
Background technology
Machine for zipper is an equipment of making slide fastener, is the equipment that matches with machine for zipper and piece together chain equipment, after machine for zipper is processed the wall scroll zipper strip, by piecing together chain equipment zipper strip is pieced together chain, thereby obtains the zipper strip that mutual chain closes.Existing assembly chain equipment all is independent the outfit; Generally be guide wheel to be set drive slide fastener conveying assembly chain on platform, when this assembly chain equipment and machine for zipper combination accessory use, just setting up assembly chain equipment platform on the machine for zipper next door; Piece together chain equipment and be installed on the platform, the device integrated level is poor.
Concrete structure such as Figure 11 and shown in Figure 12; Comprise that the B1 of testing agency, slide fastener import module B2, chaining machine structure B3 and chart-drive mechanism B4; Slide fastener imports module B2, chaining machine structure B3 and chart-drive mechanism B4 through the B1 of testing agency, slide fastener successively and accomplishes assembly chain operation with this, and wherein the B1 of testing agency such as Figure 12 and shown in Figure 13 comprise a cross bracket B15; The left part of cross support B15 is provided with the first guide wheel group B11; The upper end is provided with the second guide wheel group B12, also is provided with the fork B14 that connects through rotating shaft on the cross support B15, and fork B14 is in the swing of the right side of cross support B15; The end of fork B14 also is provided with the 3rd guide wheel group B13, and detects fork B14 position Detection element and establish B16 on cross support B15.
When the chain speed that goes out of machine for zipper is slower than when piecing together chain speed; Distance between the second guide wheel group B12 and the 3rd guide wheel group B13 furthers; Make fork B14 with swing counterclockwise, when waiting to arrive position shown in Figure 13, check element B16 sends to control signal to and pieces together chain equipment; The assembly chain speed of piecing together chain equipment is reduced, thereby the distance between the second guide wheel group B12 and the 3rd guide wheel group B13 is zoomed out.
Go out chain speed when piecing together chain speed when machine for zipper; Distance between the second guide wheel group B12 and the 3rd guide wheel group B13 zooms out; Make pendulum thick stick B14 swing in a clockwise direction, when waiting to arrive position shown in Figure 14, check element B16 sends to control signal to and pieces together chain equipment; The assembly chain speed of piecing together chain equipment is accelerated, thereby the distance between the second guide wheel group B12 and the 3rd guide wheel group B13 is furthered.
Through constantly repeating above-mentioned two kinds of duties, make piece together chain speed can be not too fast, thereby can by force the slide fastener in the machine for zipper not pulled out, machine for zipper is played a protective role.
And slide fastener imports module B2 through just getting into slide fastener behind the B1 of testing agency; Like Figure 11 and shown in Figure 12, slide fastener imports module B2 and is made up of many groups guide wheel, and purpose is to guide slide fastener; Slide fastener and chaining machine structure B3 shape are had a certain degree, make slide fastener piece together chain by smooth and easy entering chaining machine structure B3.
Though use said structure can protect machine for zipper and improve the smooth degree of piecing together chain, the guide wheel group of using is more, and the scope of activities of fork is bigger, thereby makes the space of piecing together the chain hold facility very big, inconvenient system further integrated.
Along with the development of technology, for its anti-noise and anti-mist of oil, existing machine for zipper adopts the casing packaged type more, and the casing outside often is a vertical plane, and prior art does not have to occur and can and piece together the device that the chain device assembles integrates with machine for zipper.
Summary of the invention
The object of the invention is to provide a kind of assembly chain equipment that is installed on the vertical plane, and this assembly chain equipment can be installed in positions such as machine for zipper cabinet shell easily, and pieces together the integrated level height of chain equipment self, has also saved the space that equipment occupies significantly.
Another object of the present invention is to provide a kind of will piece together the machine for zipper that chain equipment is installed on the slide fastener chassis shell outside, because machine for zipper is integrated with piecing together chain equipment, make device complete machine integrated level high.
In order to realize first purpose of the present invention, the present invention includes following technical scheme:
A kind of assembly chain equipment can be arranged on vertical mounting surface, comprising:
Take chain speed degree and the testing agency of piecing together chain speed output control signal out of according to slide fastener;
Chaining machine structure to the zipper strip amalgamation;
Drag the chart-drive mechanism of zipper strip, this chart-drive mechanism drags zipper strip and passes through testing agency and chaining machine structure successively;
Also comprise control module according to the control signal control chart-drive mechanism traction of testing agency's output;
Said testing agency comprises first supporting seat, second supporting seat, guide rod and detecting element, and first supporting seat and second supporting seat are vertical on the installed surface, and guide rod is fixed with second supporting seat by first supporting seat and be parallel with installed surface; The first supporting seat two ends are provided with first guide wheel group and second guide wheel group; Guide rod is located between first guide wheel group and second guide wheel group; Guide rod is provided with the weight that can move up and down along guide rod, and said weight is by the zipper strip suspension that between first guide wheel group and second guide wheel group, feeds, and corresponding zipper strip tension variation and moving up and down; The upper limit position and the low limit stop that move at weight are respectively equipped with detecting element, and said detecting element is sent to control module with the position signalling of weight; Said control module is according to the traction speed of the transmission Signal Regulation chart-drive mechanism of detecting element, so that weight moves between mobile upper limit position and lower position.
Adopt the assembly chain equipment of said structure; Guide rod is located between first supporting seat and second supporting seat, and the weight on the guide rod is moved up and down in device inside, and the range of movement of weight can not produce the device outside during dress device work; Make the device overall structure compact more, reduce space occupancy.The effect of first supporting seat is mainly used in location guide upper end and first guide wheel group and second guide wheel group; It is spacing that the effect of second supporting seat mainly is that the location guide lower end is carried out weight, and first supporting seat, guide rod, the second supporting seat integral body are " worker " shape, but are not to be understood that to being defined in " worker "; Those skilled in the art combine the effect of each parts; Might make distortion to concrete structure, but these distortion and change should be thought all to fall in the scope of patent protection.And pass through the position that detecting element detects weight, and can judge the speed of piecing together chain speed again, regulate the assembly chain speed of assembly chain equipment again through control module, guarantee can by force the slide fastener in the machine for zipper not pulled out.
Preferably, comprise first fork and first spring, for rotating shaft is connected, the first fork other end is provided with the 3rd guide wheel group between first fork, one end and first supporting seat; The 3rd guide wheel group compresses second guide wheel group through first spring.
Adopt said structure; It is steady that slide fastener is pressed by second guide wheel group and the 3rd guide wheel group in course of conveying, thereby make conveying more steady, and first fork is provided with first spring; Even the slide fastener of amalgamation different model, the spacing between second guide wheel group and the 3rd guide wheel group also can be regulated automatically.
Preferably; Said second supporting seat, one end is provided with the four guide idler group; Also be provided with second fork on second supporting seat, second fork is connected with the second supporting seat rotating shaft, and second fork is provided with the 5th guide wheel group; Zipper strip spurs downwards around the 5th guide wheel group along the four guide idler group, makes second fork have the trend of rotating towards away from the installed surface direction; Be provided with second spring between said second fork and the installed surface; Make second fork have the trend of rotating towards near the installed surface direction; Said second fork rotates within the specific limits; Be provided with the stoppage protection detecting element at second fork away from the upper limit position of installed surface direction, this stoppage protection detecting element is connected with control module.
Adopt said structure, slide fastener is carried by guide wheel, make its course of conveying smooth more; And in slide fastener is stuck in the chaining machine structure time, because chart-drive mechanism continues to keep duty, so slide fastener is drawn out continuing; To make second fork be tightened up and swing; When treating that second fork moves to appointed positions, detecting element is delivered to control module with the position signalling of second fork, and control module is sent the running that control signal stops chart-drive mechanism and machine for zipper then; Thereby the slide fastener of having avoided chart-drive mechanism will be stuck in by force in the chaining machine structure is pulled out, and has protected the slide fastener finished product and has pieced together chain equipment.
Preferably, said second supporting seat below is provided with limited block, limited block be provided with restriction second fork to installed surface near spacing inclined-plane; Second spring, one end and limited block join, and the other end and second fork join.
Preferably, said chart-drive mechanism comprises initiatively pinch roller, driven pinch roller and elastic press wheel; Compress adjustable gaps between initiatively pinch roller is pressed with driven pinch roller, initiatively pinch roller drives driven pinch roller rotation through the gear interlock; The gear of the driven pinch roller of gear resilient snap of said elastic press wheel is derived to drag zipper strip.
Preferably; Said chart-drive mechanism also comprises casing and shaft joint; Casing top is provided with the input port, and the bottom is provided with delivery outlet, and the top, input port is provided with the 6th guide wheel group; Initiatively pinch roller and driven pinch roller are located at the below, input port side by side and are placed in the casing, and initiatively pinch roller and driven pinch roller have the gear of mutual interlock;
Said casing comprises two fixed heads, and said fixed head is provided with initiatively wheel pressing shaft bearing, and initiatively pinch roller is located in the casing through active wheel pressing shaft bearing;
Also be provided with displacement slot on the said fixed head, be provided with driven wheel pressing shaft bearing in the said displacement slot, driven wheel pressing shaft bearing can move in said displacement slot, and driven pinch roller is located in the casing through driven wheel pressing shaft bearing; Cushion block through different-thickness is set in the said displacement slot initiatively compresses the gap between pinch roller and the driven pinch roller pressure with adjustment;
Said elastic press wheel is located at driven pinch roller below, and compresses driven pinch roller through the 3rd spring; Said elastic press wheel both sides are provided with the locating part of arc.Through changing the cushion block of different-thickness; Regulate the gap that compresses between active pinch roller and the driven pinch roller with this; Thicker when cushion block; Driven wheel pressing shaft bearing presses more past initiatively wheel pressing shaft bearing direction, thus initiatively between pinch roller and the driven pinch roller to compress the gap more little, therefore the slide fastener thickness from process between active pinch roller and the driven pinch roller pressure will be thin more.
Because the elastic press wheel of prior art is located at outside the casing; And need the spacing of manual adjustment elastic press wheel and driven pinch roller; And the employing said structure not only makes elastic press wheel place in the casing, has saved the space occupancy of equipment; More make the spacing that can realize regulating automatically elastic press wheel and driven pinch roller, improved automation degree of equipment.
And place, casing input port is provided with the 6th guide wheel group; Make the process of slide fastener entering casing more smooth, the minimizing slide fastener contacts with the casing input port, and the 6th guide wheel group below is provided with the importing piece; Press chain again after making slide fastener pass the importing piece; Make slide fastener press and drag more smooth and easyly before the chain, and the elastic press wheel both sides are provided with locating part, slide fastener accurately are directed into the delivery outlet of casing 20 with this.
Preferably, said chaining machine structure comprises to be pieced together the chain mould and imports mould, pieces together the chain mould and imports mould and join, and the inside of piecing together the chain mould is provided with Y shape groove, and the inside that imports mould is provided with lead-in groove, and Y shape groove is connected with lead-in groove.
With the guide wheel group that imports mould replacement prior art; Slide fastener only needs just can get into through importing mould and importing chamfering successively to piece together assembly chain in the chain mould; Compare with adopting guide wheel group, saved the space greatly, and realized the function of assembly chain in the smooth and easy entering assembly of the slide fastener chain mould equally.
Preferably, said detection weight position Detection element is located at respectively on first supporting seat and second supporting seat.
In order to realize second purpose of the present invention, the present invention includes following technical scheme:
A kind of machine for zipper that uses said assembly chain equipment in first goal of the invention; Comprise cabinet and body, body is located in the cabinet, pieces together chain equipment and is located at the cabinet outer surface; Cabinet is provided with the zipper strip delivery outlet, and said zipper strip delivery outlet is corresponding with first guide wheel group of piecing together chain equipment.
Preferably, said first supporting seat, second supporting seat are vertical at the casing lateral surface, guide rod between first supporting seat and second supporting seat and with the casing parallel sided; Chart-drive mechanism is installed on the casing side and is positioned at the below of second supporting seat.
Be located on the cabinet of machine for zipper piecing together chain equipment, improved the integrated level of machine for zipper, also reduce the space hold rate when adopting split type assembly chain equipment.
Description of drawings
Fig. 1 is a stereogram of the present invention;
Fig. 2 is a side view of the present invention;
Fig. 3 is that the present invention pieces together the working state figure of chain speed when going out chain speed;
Fig. 4 is that the present invention pieces together the working state figure of chain speed when going out chain speed;
Fig. 5 is the disassembly diagram of chart-drive mechanism of the present invention;
Fig. 6 is the cutaway view of chart-drive mechanism of the present invention;
Fig. 7 is assembly chain mode structure figure of the present invention;
Fig. 8 is assembly chain mould of the present invention and slide fastener assembly drawing;
Fig. 9 is that the present invention pieces together chain mould and the disassembly diagram that imports mould;
Figure 10 is that the present invention is provided with the embodiment that the machine for zipper of chain equipment is pieced together in vertical placement;
Figure 11 is the vertical view that background technology is pieced together chain equipment;
Figure 12 is the side view that background technology is pieced together chain equipment;
Figure 13 is that background technology is pieced together chain equipment and pieced together the working state figure of chain speed when going out chain speed;
Figure 14 is that background technology is pieced together chain equipment and pieced together the working state figure of chain speed when going out chain speed.
The specific embodiment
First embodiment of the invention relates to a kind of assembly chain equipment, and is as shown in Figure 1, comprising:
Take chain speed degree and the testing agency of piecing together chain speed output control signal out of according to slide fastener;
Chaining machine structure to the zipper strip amalgamation;
Drag the chart-drive mechanism of zipper strip, this chart-drive mechanism drags zipper strip and passes through testing agency and chaining machine structure successively;
Also comprise control module according to the control signal control chart-drive mechanism traction of testing agency's output;
Said testing agency comprises first supporting seat 11, second supporting seat 17, guide rod 6 and detecting element, and first supporting seat 11 and second supporting seat 17 are vertical at installed surface 1, and guide rod 6 is fixing and parallel with installed surface 1 with second supporting seat 17 by first supporting seat 11; First supporting seat, 11 two ends are provided with first guide wheel group 9 and second guide wheel group 7; Guide rod 6 is located between first guide wheel group 9 and second guide wheel group 7; Guide rod 6 is provided with the weight 5 that can move up and down along guide rod 6; Said weight 5 is by the suspension of the zipper strip that between first guide wheel group 9 and second guide wheel group 7, feeds, and corresponding zipper strip tension variation and moving up and down, and the upper limit position that moves at weight 5 is provided with the first detecting element 23A1; The first detecting element 23A1 is located on first supporting seat 11; Be provided with the second detecting element 23A2 in the lower position that weight 5 moves, the second detecting element 23A2 is located on second supporting seat 17, and the said first detecting element 23A1 and the second detection 23A2 element are sent to control module with the position signalling of weight 5; Said control module is according to the traction speed of the transmission Signal Regulation chart-drive mechanism of the first detecting element 23A1 and the second detection 23A2 element, so that weight 5 moves between mobile upper limit position and lower position.
Said testing agency also comprises 9 of first fork 12 and first spring, 8, the first forks, 12 1 ends and first supporting seats for rotating shaft is connected, and first fork, 12 other ends are provided with the 3rd guide wheel group 13; The 3rd guide wheel group 13 is through first spring, 8 elastic compressions, second guide wheel group 7.
Said second supporting seat, 17 1 ends are provided with four guide idler group 16; Also be provided with second fork 4 on second supporting seat 17; Second fork 4 is connected with 17 rotating shafts of second supporting seat; Second fork 4 is provided with the 5th guide wheel group 18, and zipper strip spur downwards around the 5th guide wheel group 18 along four guide idler group 16, and second fork 4 is had towards the trend away from the rotation of installed surface 1 direction; Be provided with second spring 2 between said second fork 4 and the installed surface 1; Make second fork 4 have the trend of rotating towards near installed surface 1 direction; Said second fork 4 rotates within the specific limits; Be provided with stoppage protection detecting element 23B at second fork 4 away from the upper limit position of installed surface 1 direction, this stoppage protection detecting element 23B is connected with control module.
Said second supporting seat 17 belows are provided with limited block 3, limited block 3 be provided with the restriction second fork 4 to installed surface 1 near spacing inclined-plane; Second spring, 2 one ends and limited block 3 join, and the other end and second fork 4 join.
As shown in Figs. 7-9, said chaining machine structure comprises to be pieced together chain mould 15 and imports mould 14, pieces together chain mould 15 and imports mould 14 and join; The inside of piecing together chain mould 15 is provided with Y shape groove 15A, and the inside that imports mould 14 is provided with lead-in groove 14A, and Y shape groove 15A is connected with lead-in groove 14A; The other end that lead-in groove 14A links to each other with Y shape groove 15A is provided with and imports chamfering 14B; Because of adopting importing mould 14 to replace the guide wheel group of prior aries, slide fastener only need just can get into assembly chains in the assembly chain mould 15 through importing chamfering 14B and lead-in groove 14A successively, compares with adopting guide wheel group; Save the space greatly, and realized the functions of assembly chains in the smooth and easy entering assembly of the slide fastener chain mould 15 equally.
Said chart-drive mechanism is as depicted in figs. 1 and 2; Comprise casing 20, shaft joint 21 and motor 22; Casing 20 is provided with input port and delivery outlet, and place, casing input port is provided with the 6th guide wheel group 19, is provided with runner 23, active pinch roller 25 and driven pinch roller 24 in the casing 20; Runner 23 and initiatively pinch roller 25 interlock mutually, initiatively pinch roller 25 and the interlock mutually of driven pinch roller 24; Motor 22 joins through shaft joint 21 and casing 20 interior runners 23.
Like Fig. 1, Fig. 5 and shown in Figure 6, said chart-drive mechanism comprise casing 20, shaft joint 21 and motor 22,
Said casing 20 tops are provided with the input port, and the bottom is provided with delivery outlet, and place, casing 20 input ports is provided with the 6th guide wheel group 19; Make the process of slide fastener entering casing 20 more smooth, the minimizing slide fastener contacts with casing 20 input ports, and casing 20 inwalls are provided with and import piece 20I; Import piece 20I and be located at below, casing 20 input ports, import piece 20I and be provided with the through hole that runs through importing piece 20I, the input port of through hole and casing 20 is relative; Press chain again after slide fastener being passed import piece 20I, make slide fastener press before the chain drag more smooth and easy.
Said importing piece 20I below is provided with initiatively pinch roller 20A and driven pinch roller 20B; Initiatively pinch roller 20A and driven pinch roller 20B are located in the casing 20 side by side; Initiatively be equipped with gear on pinch roller 20A and the driven pinch roller 20B, initiatively pinch roller 20A passes through gear interlock mutually with driven pinch roller 20B.
Said casing 20 comprises two fixed head 20H; Be equipped with initiatively wheel pressing shaft bearing 20G on the fixed head 20H; Initiatively pinch roller 20A is connected between the two active wheel pressing shaft bearing 20G, and initiatively pinch roller 20A one end joins through shaft joint 21 and the motors of being located at outside the casing 20 22.
Also be provided with displacement slot on the said fixed head 20H; Be provided with driven wheel pressing shaft bearing 20D in the displacement slot; Driven wheel pressing shaft bearing 20D can carry out parallel moving in said displacement slot; Driven pinch roller 20B is connected between the two driven wheel pressing shaft bearing 20D, and in displacement slot, presses the gap that compresses between the 20B through the cushion block 20E that different-thickness is set with adjustment active pinch roller 20A and driven pinch roller.
Said driven pinch roller 20B below is provided with elastic press wheel 20C, and elastic press wheel 20C two ends are connected between the two fixed head 20H, and elastic press wheel 20C and fixed head 20H cross-under place are oval axis hole; Also can be the bar shaped axis hole as required; Or the diameter of axle is than the big axis hole of elastic press wheel 20C rotating shaft, and elastic press wheel 20C is provided with gear, and elastic press wheel 20C and driven pinch roller 20B are through gear interlock mutually; Elastic press wheel 20C both sides are equipped with the locating part 20F of arc; Leave the space between locating part 20F and elastic press wheel 20C, with this slide fastener accurately is directed into the delivery outlet of casing 20, elastic press wheel 20C below is provided with the 3rd spring 20J of elastic press wheel 20C being pressed to driven pinch roller 20B; The 3rd spring 20J one end and elastic press wheel 20C join, and the other end and casing 20 join.
Through changing the cushion block 20E of different-thickness; Regulate the gap that compresses between active pinch roller 20A and the driven pinch roller pressure 20B with this; Thicker as cushion block 20E; Driven wheel pressing shaft bearing 20D presses more past initiatively wheel pressing shaft bearing 20G direction, thus initiatively between pinch roller 20A and the driven pinch roller 20B to compress the gap more little, so will be thin more from the slide fastener thickness of process between active pinch roller 20A and the driven pinch roller 20B.
Because the elastic press wheel 20C of prior art is located at outside the casing 20; And need the spacing of manual adjustment elastic press wheel 20C and driven pinch roller 20B; And the employing said structure not only makes elastic press wheel 20C place in the casing 20, has saved the space occupancy of equipment; More make the spacing that can realize regulating automatically elastic press wheel 20C and driven pinch roller 20B, improved automation degree of equipment.
When using above-mentioned assembly chain equipment, slide fastener is walked around first guide wheel group 9, weight 5 and second guide wheel group 7 successively after the output of the delivery outlet on the installed surface 1, make slide fastener hold up weight 5 and be V-shape and arrange; When slide fastener is walked around second guide wheel group 7; First spring, 8 tensions, first fork 12; Make the 3rd guide wheel group 13 on first fork 12 press surely the slide fastener on second guide wheel group 7, and according to the difference of the slide fastener thickness on second guide wheel group 7, first spring 8 can be regulated first fork, 12 residing positions automatically; Thereby make the 3rd guide wheel group 13 can press steady slide fastener constantly, make the output of slide fastener ability held stationary; After treating that slide fastener lays out from second guide wheel group 7 and 13 of the 3rd guide wheel group; Piece together chain through importing chamfering 14B, lead-in groove 14A and Y type groove 15A successively again; Owing to slide fastener makes slide fastener get into more smoothness of Y type groove 27 after importing chamfering 14B and lead-in groove 14A successively, thereby the minimizing slide fastener is stuck in the phenomenon of piecing together in the chain mould; Treat to pass through four guide idler group 16, the 5th guide wheel group 18 and the 6th guide wheel group 19 successively after slide fastener is pieced together chain; Make slide fastener be the arrangements of is less than; Slide fastener goes in the casing 20 through the 6th guide wheel group 19 is laggard then, and active pinch roller 20A in the casing 20 and driven pinch roller 20B press slide fastener steady, and drives slide fastener through rotation and advance; Last slide fastener is pressed steady again by driven pinch roller 20B and elastic press wheel 20C, and drives the delivery outlet output of slide fastener through casing 20 through rotation.
Wherein, Driven wheel pressing shaft bearing 20D and cushion block 20E join through screw; When changing the cushion block 20E of thickness increase; Driven wheel pressing shaft bearing 20D will press toward the direction of active wheel pressing shaft bearing 20G, and the distance between driven pinch roller 20B and active pinch roller 20A is diminished, and regulates the effect of pressing chain thickness thereby reach; And when slide fastener is carried between driven pinch roller 20B and elastic press wheel 20C, the thickness of the 3rd spring 20J ability self adaptation slide fastener, and the spacing of regulating elastic press wheel 20C and driven pinch roller 20B.
After motor 22 started, motor 22 drove initiatively pinch roller 20A rotation, because of driven pinch roller 20B and elastic press wheel 20C will follow rotation, thereby the finished product behind the assembly chain was drawn out; When the assembly chain speed of piecing together chain equipment greater than machine for zipper go out chain speed the time, weight 5 is up moved along guide rod 6, thereby the distance between the weight 5 and first supporting seat 11 is shortened gradually; When treating that weight 5 rises to position shown in Figure 3, the detecting element 23A1 that is located on first supporting seat 11 is sent to control module with signal, and control module is sent the running that control signal stops motor 22; But machine for zipper still continues chain, so weight 5 will move down along guide rod 6, when weight 5 drops to when shown in Figure 4; The detecting element 23A2 that is located on second supporting seat 17 is sent to control module with signal; Control module is sent control signal starter motor 22, through constantly repeating above-mentioned two kinds of duties, make piece together chain speed can be not too fast; Thereby can by force the slide fastener in the machine for zipper not pulled out, machine for zipper is played a protective role.
And be stuck in when piecing together in the chain mould when slide fastener; Because motor 22 continues to keep rotary state; So slide fastener when continuing to be drawn out, will make second fork 4 be tightened up and swing, when treating that second fork 4 moves to the position of stoppage protection detecting element 23B; Stoppage protection detecting element 23B delivers to control module with the position signalling of second fork 4; Control module is sent the running that control signal stops motor 22 and machine for zipper then, pulls out thereby avoided chart-drive mechanism will be stuck in the slide fastener of piecing together in the chain mould by force, has protected the slide fastener finished product and has pieced together chain equipment.
Second embodiment of the invention relates to the machine for zipper that chain equipment is pieced together in a kind of vertical placement; As shown in Figure 7; The control module that comprises cabinet 26, body 27 and control assembly chain equipment assembly chain speed; Body 27 is located in the cabinet 26, and the wire rod implantation portion 28 that is communicated with cabinet 26 fronts and the back side is arranged at the bottom of cabinet 26, and the left surface of cabinet 26 is provided with band implantation portion 25 and finished product delivery outlet 24; Finished product delivery outlet 24 belows are provided with pieces together chain equipment, and the concrete structure such as the first embodiment of the invention of said assembly chain equipment are said.
When using above-mentioned machine for zipper; Wire rod and band get in the cabinet 26 through wire rod implantation portion 28 and band implantation portion 25 respectively; Make the slide fastener finished product by body 27 then; The slide fastener of processing is pieced together chain through the described assembly chain of first embodiment of the invention equipment after 24 outputs of finished product delivery outlet, it is consistent with the described course of work of first embodiment of invention to piece together chain process.
The improved protection domain that also is regarded as patent on the basis of above embodiment.
Claims (10)
1. an assembly chain equipment can be arranged on vertical mounting surface, comprising:
Take chain speed degree and the testing agency of piecing together chain speed output control signal out of according to slide fastener;
Chaining machine structure to the zipper strip amalgamation;
Drag the chart-drive mechanism of zipper strip, this chart-drive mechanism drags zipper strip and passes through testing agency and chaining machine structure successively;
Also comprise control module according to the control signal control chart-drive mechanism traction of testing agency's output;
It is characterized in that said testing agency comprises first supporting seat, second supporting seat, guide rod and detecting element, first supporting seat and second supporting seat are vertical on the installed surface, and guide rod is fixed with second supporting seat by first supporting seat and be parallel with installed surface; The first supporting seat two ends are provided with first guide wheel group and second guide wheel group; Guide rod is located between first guide wheel group and second guide wheel group; Guide rod is provided with the weight that can move up and down along guide rod, and said weight is by the zipper strip suspension that between first guide wheel group and second guide wheel group, feeds, and corresponding zipper strip tension variation and moving up and down; The upper limit position and the low limit stop that move at weight are respectively equipped with detecting element, and said detecting element is sent to control module with the position signalling of weight; Said control module is according to the traction speed of the transmission Signal Regulation chart-drive mechanism of detecting element, so that weight moves between mobile upper limit position and lower position.
2. assembly chain equipment according to claim 1 is characterized in that: comprise first fork and first spring, for rotating shaft is connected, the first fork other end is provided with the 3rd guide wheel group between first fork, one end and first supporting seat; The 3rd guide wheel group compresses second guide wheel group through first spring.
3. assembly chain equipment according to claim 1; It is characterized in that: said second supporting seat, one end is provided with the four guide idler group; Also be provided with second fork on second supporting seat, second fork is connected with the second supporting seat rotating shaft, and second fork is provided with the 5th guide wheel group; Zipper strip spurs downwards around the 5th guide wheel group along the four guide idler group, makes second fork have the trend of rotating towards away from the installed surface direction; Be provided with second spring between said second fork and the installed surface; Make second fork have the trend of rotating towards near the installed surface direction; Said second fork rotates within the specific limits; Be provided with the stoppage protection detecting element at second fork away from the upper limit position of installed surface direction, this stoppage protection detecting element is connected with control module.
4. assembly chain equipment according to claim 3 is characterized in that: said second supporting seat below is provided with limited block, limited block be provided with restriction second fork to installed surface near spacing inclined-plane; Second spring, one end and limited block join, and the other end and second fork join.
5. assembly chain equipment according to claim 1 is characterized in that: said chart-drive mechanism comprises initiatively pinch roller, driven pinch roller and elastic press wheel; Compress adjustable gaps between initiatively pinch roller is pressed with driven pinch roller, initiatively pinch roller drives driven pinch roller rotation through the gear interlock; The gear of the driven pinch roller of gear resilient snap of said elastic press wheel is derived to drag zipper strip.
6. assembly chain equipment according to claim 5; It is characterized in that: said chart-drive mechanism also comprises casing and shaft joint; Casing top is provided with the input port, and the bottom is provided with delivery outlet, and the top, input port is provided with the 6th guide wheel group; Initiatively pinch roller and driven pinch roller are located at the below, input port side by side and are placed in the casing, and initiatively pinch roller and driven pinch roller have the gear of mutual interlock;
Said casing comprises two fixed heads, and said fixed head is provided with initiatively wheel pressing shaft bearing, and initiatively pinch roller is located in the casing through active wheel pressing shaft bearing;
Also be provided with displacement slot on the said fixed head, be provided with driven wheel pressing shaft bearing in the said displacement slot, driven wheel pressing shaft bearing can move in said displacement slot, and driven pinch roller is located in the casing through driven wheel pressing shaft bearing; Cushion block through different-thickness is set in the said displacement slot initiatively compresses the gap between pinch roller and the driven pinch roller pressure with adjustment;
Said elastic press wheel is located at driven pinch roller below, and compresses driven pinch roller through the 3rd spring; Said elastic press wheel both sides are provided with the locating part of arc.
7. assembly chain equipment according to claim 1 is characterized in that: said chaining machine structure comprises to be pieced together the chain mould and imports mould, pieces together the chain mould and imports mould and join, and the inside of piecing together the chain mould is provided with Y shape groove, and the inside that imports mould is provided with lead-in groove, and Y shape groove is connected with lead-in groove.
8. assembly chain equipment according to claim 1 is characterized in that: said detection weight position Detection element is located at respectively on first supporting seat and second supporting seat.
9. machine for zipper that uses the said assembly chain of claim 1 equipment; It is characterized in that: comprise cabinet and body, body is located in the cabinet, pieces together chain equipment and is located at the cabinet outer surface; Cabinet is provided with the zipper strip delivery outlet, and said zipper strip delivery outlet is corresponding with first guide wheel group of piecing together chain equipment.
10. machine for zipper according to claim 9 is characterized in that, said first supporting seat, second supporting seat are vertical at the casing lateral surface, guide rod between first supporting seat and second supporting seat and with the casing parallel sided; Chart-drive mechanism is installed on the casing side and is positioned at the below of second supporting seat.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210087476.4A CN102599694B (en) | 2012-03-28 | 2012-03-28 | Zipper assembly equipment and zipper machine with same |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210087476.4A CN102599694B (en) | 2012-03-28 | 2012-03-28 | Zipper assembly equipment and zipper machine with same |
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| CN102599694A true CN102599694A (en) | 2012-07-25 |
| CN102599694B CN102599694B (en) | 2014-11-05 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103960835A (en) * | 2014-05-23 | 2014-08-06 | 福建浔兴拉链科技股份有限公司 | Zipper I-shaped snap mounting process and location device |
| CN104707873A (en) * | 2015-01-20 | 2015-06-17 | 广东顺德三扬科技股份有限公司 | Heavy hammer wheel device |
| CN104875401A (en) * | 2015-06-01 | 2015-09-02 | 福建浔兴拉链科技股份有限公司 | Synchronous receiving and combining device for elemental zippers of nylon zippers |
| CN104939446A (en) * | 2015-07-29 | 2015-09-30 | 福建浔兴拉链科技股份有限公司 | Tension zipper drag device of square zipper teeth arrangement machine |
| CN106263308A (en) * | 2016-08-23 | 2017-01-04 | 福建浔兴拉链科技股份有限公司 | One side's tooth row microphone machine towing chain device |
| CN110193568A (en) * | 2019-05-28 | 2019-09-03 | 广东顺德三扬科技股份有限公司 | The chain tooth manufacturing device and method and row's tooth device of a kind of zipper |
| CN111358123A (en) * | 2020-02-17 | 2020-07-03 | 温州宏业精机有限公司 | Quick chain combining machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103960835A (en) * | 2014-05-23 | 2014-08-06 | 福建浔兴拉链科技股份有限公司 | Zipper I-shaped snap mounting process and location device |
| CN104707873A (en) * | 2015-01-20 | 2015-06-17 | 广东顺德三扬科技股份有限公司 | Heavy hammer wheel device |
| CN104875401A (en) * | 2015-06-01 | 2015-09-02 | 福建浔兴拉链科技股份有限公司 | Synchronous receiving and combining device for elemental zippers of nylon zippers |
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| CN106263308A (en) * | 2016-08-23 | 2017-01-04 | 福建浔兴拉链科技股份有限公司 | One side's tooth row microphone machine towing chain device |
| CN106263308B (en) * | 2016-08-23 | 2019-06-07 | 福建浔兴拉链科技股份有限公司 | A kind of side's tooth row microphone machine towing chain device |
| CN110193568A (en) * | 2019-05-28 | 2019-09-03 | 广东顺德三扬科技股份有限公司 | The chain tooth manufacturing device and method and row's tooth device of a kind of zipper |
| CN111358123A (en) * | 2020-02-17 | 2020-07-03 | 温州宏业精机有限公司 | Quick chain combining machine |
| CN111358123B (en) * | 2020-02-17 | 2023-09-05 | 温州宏业精机有限公司 | Quick chain doubling machine |
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|---|---|
| CN102599694B (en) | 2014-11-05 |
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Owner name: SHUNDE SAMYANG CO., LTD. Free format text: FORMER OWNER: FOSHAN CITY SHUNDE DISTRICT TAILUN ZIPPER CO., LTD. Effective date: 20130412 |
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| C41 | Transfer of patent application or patent right or utility model | ||
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Effective date of registration: 20130412 Address after: 528322 Guangdong Province, Foshan city Shunde District Leliu Street Fuan Industrial Zone No. 30-3 Applicant after: Guangdong Shunde Sanyang Science & Technology Co., Ltd. Address before: 528322, No. 9-1, Zhenlong Sheng Industrial Zone, Leliu, Shunde District, Guangdong, Foshan Applicant before: Foshan City Shunde District Tailun Zipper Co., Ltd. |
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