CN105495878A - System and method for carrying out cutting, zipper slider penetrating and upper stopping on zipper tape - Google Patents
System and method for carrying out cutting, zipper slider penetrating and upper stopping on zipper tape Download PDFInfo
- Publication number
- CN105495878A CN105495878A CN201511034382.0A CN201511034382A CN105495878A CN 105495878 A CN105495878 A CN 105495878A CN 201511034382 A CN201511034382 A CN 201511034382A CN 105495878 A CN105495878 A CN 105495878A
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- China
- Prior art keywords
- zipper
- zipper strip
- board
- transfer
- penetrator
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Classifications
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- A—HUMAN NECESSITIES
- A44—HABERDASHERY; JEWELLERY
- A44B—BUTTONS, PINS, BUCKLES, SLIDE FASTENERS, OR THE LIKE
- A44B19/00—Slide fasteners
- A44B19/42—Making by processes not fully provided for in one other class, e.g. B21D53/50, B21F45/18, B22D17/16, B29D5/00
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- A—HUMAN NECESSITIES
- A44—HABERDASHERY; JEWELLERY
- A44B—BUTTONS, PINS, BUCKLES, SLIDE FASTENERS, OR THE LIKE
- A44B19/00—Slide fasteners
- A44B19/42—Making by processes not fully provided for in one other class, e.g. B21D53/50, B21F45/18, B22D17/16, B29D5/00
- A44B19/60—Applying end stops upon stringer tapes
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- A—HUMAN NECESSITIES
- A44—HABERDASHERY; JEWELLERY
- A44B—BUTTONS, PINS, BUCKLES, SLIDE FASTENERS, OR THE LIKE
- A44B19/00—Slide fasteners
- A44B19/42—Making by processes not fully provided for in one other class, e.g. B21D53/50, B21F45/18, B22D17/16, B29D5/00
- A44B19/62—Assembling sliders in position on stringer tapes
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- Slide Fasteners (AREA)
Abstract
The invention discloses a system and a method for carrying out cutting, zipper slider penetrating and upper stopping on a zipper tape. The system for carrying out cutting, zipper slider penetrating and upper stopping on the zipper tape comprises a machine, a feeding device, a cutting device, a shifting clamping jaw device, a zipper slider penetrating and pressing device, an upper stopping and pressing device and a material returning device, wherein the feeding device is arranged on the machine and is used for conveying the zipper tape; the cutting device is arranged on the machine and is used for cutting off the zipper tape; the shifting clamping jaw device is movably arranged on the machine and is used for clamping the zipper tape which is cut off by the cutting device and moving the zipper tape to the zipper slide penetrating and pressing device; the zipper slide penetrating and pressing device is arranged on the machine and is used for carrying out penetration between a zipper slider and the zipper tape and pressing the zipper slider and the zipper tape; the upper stopping and pressing device is arranged on the machine and is used for arranging a zipper stopper on the zipper tape in a penetrating way and pressing the zipper stopper and the zipper tape; the material returning device is arranged on the machine and is used for returning the zipper tape on which the zipper slider and the zipper stop are arranged in the penetrating way. According to the system for carrying out cutting, zipper slider penetrating and upper stopping on the zipper tape, disclosed by the invention, the time and the manpower are saved, and the production efficiency is high.
Description
Technical field
The present invention relates to slide fastener production field, particularly relate to the cut-out of a kind of zipper strip, penetrator, upper locking system and cut-out, penetrator, above stop method.
Background technology
Existing machine for zipper, when slide fastener assembling is produced, relates to three operations, also i.e. cut-outs, penetrator, upper to stop.And cut off at present, penetrator, upper only to separate all separately, completing above action needs artificial or three machines to complete, consuming time, consume manpower, efficiency is low, cost is high.
Summary of the invention
Based on this, be necessary to provide a kind of and save time, save manpower, zipper strip cut-out that production efficiency is high, penetrator, upper locking system.
A kind of zipper strip cut-out, penetrator, upper locking system, comprising:
Board;
Pay-off, described pay-off is arranged on described board, for carrying zipper strip;
Shearing device, described shearing device is arranged on described board, for being cut off by described zipper strip;
Transfer clamping jaw device, described transfer clamping jaw device is movably arranged on described board, clamps for the described zipper strip after being cut off by described shearing device and moves to penetrator press-loading apparatus place;
Penetrator press-loading apparatus, described penetrator press-loading apparatus is located on described board, for wearing between slider of zipper fastener and described zipper strip, and described slider of zipper fastener and described zipper strip is press-fited;
Upper only press-loading apparatus, described upper only press-loading apparatus is located on described board, for be arranged in by zipper on described zipper strip and described zipper and described zipper strip to be press-fited;
Discharging device, described discharging device is located on described board, for being exited by the zipper strip wearing slider of zipper fastener and zipper.
Wherein in an embodiment, described pay-off has base, stock guide, feeding motor, drawing-inroller and room acquisition sensor, described base is fixed on described board, described stock guide is arranged on described base, described stock guide is located at for placing described zipper strip on described base, and described feeding motor is connected to described base and is connected to drawing-inroller for being rotated with the zipper strip on mobile described stock guide by the described drawing-inroller of driving.
Wherein in an embodiment, described shearing device has ultrasonic wave and cuts off vibrations element, ultrasonic wave cut-out element and cutoff tool, described cutoff tool is arranged on described board, described ultrasonic wave cuts off vibrations element and to be arranged on described board and to be connected to described ultrasonic wave and cut off element, vibrations for being cut off vibrations element by described ultrasonic wave are driven described ultrasonic wave to cut off element and move towards described cutoff tool, to be cut off by the described zipper strip be positioned on described cutoff tool.
Wherein in an embodiment, described transfer clamping jaw device has mount pad, the first jig arm, the second jig arm, folding cylinder and transfer driver part, described first jig arm and described second jig arm are connected to described mount pad, the quantity of described first jig arm, described second jig arm and described folding cylinder is two, and described folding cylinder to be located on described mount pad and to be connected to described first jig arm and moves monolaterally to clamp two of described zipper strip respectively for driving described first jig arm towards described second jig arm accordingly;
Described transfer driver part to be arranged on described board and be connected to described mount pad for driving described first jig arm by driving described mount pad to move, described second jig arm moves.
Wherein in an embodiment, described transfer clamping jaw device also comprises adjustment seat, aperture slide block, aperture guide rail, transfer slide block and transfer guide rail, described mount pad is connected to described adjustment seat, described adjustment seat is connected to described aperture guide rail, described aperture slide block has groove, described aperture guide rail is embedded in described groove, and described aperture guide rail slides at described groove to drive described adjustment seat and described mount pad transverse shifting in horizontal plane;
The major axis of described transfer guide rail and the long axis normal of described groove, described aperture slide block is fixed on described transfer slide block, described transfer slide block is matched with described transfer guide rail, described transfer driver part is connected to described transfer slide block, and for driving described transfer slide block to vertically move in horizontal plane along described transfer slide to drive described aperture slide block.
Wherein in an embodiment, described transfer clamping jaw device also comprises joint block, described second jig arm is fixed on described mount pad, described first jig arm is connected to described joint block, described joint block is articulated with described second jig arm, and described folding cylinder is connected to described first jig arm and vertically moves for driving described first jig arm;
Described transfer clamping jaw device also comprises guide wheel and connecting rod, described guide wheel is connected in described adjustment seat by described connecting rod, the side mask of described transfer guide rail has protuberance, the side rounding off of described protrusion and described transfer guide rail, the side-fit of described guide wheel and described transfer guide rail, when described adjustment seat moves, described guide wheel rolls along the side of described transfer guide rail to the side of described protuberance.
Wherein in an embodiment, described penetrator press-loading apparatus has supporting seat, pull head mould, pull head positioning module and directive wheel, described supporting seat is fixed on described board, described pull head mould is arranged on the feed for slider of zipper fastener on described supporting seat, described pull head positioning module to be arranged on described supporting seat and to be positioned at the location of top for described slider of zipper fastener of described pull head mould, between described pull head positioning module and pull head mould, there is interval, described directive wheel to be arranged on described board and to be positioned at the front of described pull head positioning module, and the maximum height of described directive wheel equals the interval between described pull head positioning module and pull head mould.
Wherein in an embodiment, described upper only press-loading apparatus has and send stopping bar, send only driver part, pressure only mould, depression bar, depression bar arm, contiguous block and depression bar driver part, described pressure is stopped mould and is located at location for zipper on described supporting seat, described in send only driver part to arrange on described board and described in being connected to, send stopping bar for zipper being delivered to pressure only in mould;
Described depression bar is arranged in described supporting seat and end below described depression bar stops mould towards described pressure, described depression bar by described contiguous block and described depression bar arm hinged, the end of described depression bar arm is also hinged in described supporting seat, described depression bar driver part is connected to described depression bar arm and rotates relative to described supporting seat for driving described depression bar arm, stops mould move and described zipper and described zipper strip are press-fited to drive described depression bar towards described pressure.
Wherein in an embodiment, described discharging device comprises flexible member, material returned driving lever and lever, described material returned driving lever is articulated with described board, and be connected with described flexible member between described material returned driving lever and described board, described flexible member is used for the reset after the change of described material returned driving lever position, described lever is movably connected on described board and can relative to described board stretching motion, described lever is parallel with described material returned driving lever, and described lever is also connected to described flexible member, when described lever shrinks towards described board, described lever stretches described flexible member drive the displacement of described material returned driving lever, described material returned driving lever is used for wear slider of zipper fastener, the zipper strip having gone up zipper stops in mould from described pressure to be transferred to, when described lever resets, described spring element returns also drives described material returned driving lever to reset.
Another object of the present invention is also to provide the cut-out of a kind of zipper strip, penetrator, above stop method.
A kind of zipper strip cut-outs, penetrator, above stop method, comprise the steps:
Be placed in by zipper strip on board, pay-off conveying zipper strip is to shearing device place;
Described shearing device cuts off at the empty place of described zipper strip;
Transfer clamping jaw device moves to described shearing device place, and two of described zipper strip after described shearing device being cut off monolaterally are clamped respectively and move to penetrator press-loading apparatus place;
Transfer clamping jaw device is monolaterally delivered to slider of zipper fastener place by two of the described zipper strip clamped, and to be monolaterally arranged in two in slider of zipper fastener, more described slider of zipper fastener and described zipper strip is press-fited;
Zipper to be arranged on described zipper strip and described zipper and described zipper strip to be press-fited by upper only press-loading apparatus;
The zipper strip wearing slider of zipper fastener and zipper exits by discharging device.
Zipper strip cut-out of the present invention, penetrator, upper locking system, by pay-off for carrying zipper strip; Shearing device is used for described zipper strip to cut off; Transfer clamping jaw device is used for the described zipper strip after being cut off by described shearing device and clamps and move to penetrator press-loading apparatus place; Transfer clamping jaw device automation can move zipper strip, and when transferring zipper strip, two of zipper strip can be realized monolaterally to clamp by two the first jig arm, two the second jig arm, and it is simultaneously mobile to be fed through in slider of zipper fastener, the efficiency that zipper strip wears slider of zipper fastener improves, save time, also save manpower.Penetrator press-loading apparatus is used for wearing between slider of zipper fastener and described zipper strip, and described slider of zipper fastener and described zipper strip is press-fited; Upper only press-loading apparatus is for be arranged in zipper on described zipper strip and described zipper and described zipper strip to be press-fited; Discharging device is used for the zipper strip wearing slider of zipper fastener and zipper to exit.Zipper strip cut-out of the present invention, penetrator, upper locking system, achieve the total implementation of the cut-out of zipper strip, penetrator, above only several operation.Zipper strip cut-out of the present invention, penetrator, upper locking system, saves manpower, saves time, and production efficiency is high.
Accompanying drawing explanation
Fig. 1,2,4,6,8,10 is the cut-out of one embodiment of the invention zipper strip, penetrator, upper locking system schematic diagram;
Fig. 3 is A place enlarged diagram in Fig. 2;
Fig. 5 is B place enlarged diagram in Fig. 4;
Fig. 7 is C place enlarged diagram in Fig. 6;
Fig. 9 is D place enlarged diagram in Fig. 8;
Figure 11 is E place enlarged diagram in Figure 10;
Figure 12 is the schematic diagram after the material returned driving lever material returned in Figure 11.
Description of reference numerals
10, zipper strip cut-out, penetrator, upper locking system; 100, board; 110, guide chain bar; 120, chain cable fairlead; 200, pay-off; 210, base; 220, stock guide; 230, feeding motor; 240, drawing-inroller; 250, room acquisition sensor; 300, shearing device; 310, ultrasonic wave cuts off vibrations element; 320, ultrasonic wave cuts off element; 330, cutoff tool; 400, transfer clamping jaw device; 410, mount pad; 420, the first jig arm; 430, the second jig arm; 440, folding cylinder; 450, adjustment seat; 460, aperture slide block; 470, aperture guide rail; 480, transfer slide block; 490, transfer guide rail; 4110, joint block; 4120, guide wheel; 4130, connecting rod; 500, penetrator press-loading apparatus; 510, supporting seat; 520, pull head mould; 530, pull head positioning module; 540, directive wheel; 600, above press-loading apparatus is stopped; 610, stopping bar is sent; 620, only driver part is sent; 630, pressure only mould; 640, depression bar; 650, depression bar arm; 660, contiguous block; 670, vibrating disk; 700, discharging device; 710, material returned driving lever; 720, material returned conveyer belt; 730, blow tank; 800, control panel; 20, zipper strip.
Detailed description of the invention
Present embodiments provide the cut-out of a kind of zipper strip, penetrator, upper locking system 10.
Shown in Fig. 1,2,4,6,8,10, a kind of zipper strip cut-out, penetrator, upper locking system 10, comprise board 100, pay-off 200, shearing device 300, transfer clamping jaw device 400, penetrator press-loading apparatus 500, above stop press-loading apparatus 600, discharging device 700 and control device.Control device has control panel 800.
Board 10 is connected with guide chain bar 110, guide chain bar 110 is connected with chain cable fairlead 120, for transmitting zipper strip 20.
Shown in Fig. 2,3, described pay-off 200 is arranged on described board 100, for carrying zipper strip 20.Described pay-off 200 has base 210, stock guide 220, feeding motor 230, drawing-inroller 240 and room acquisition sensor 250, described base 210 is fixed on described board 100, described stock guide 220 is arranged on described base 210, described stock guide 220 is located at for placing described zipper strip 20 on described base 210, and described feeding motor 230 is connected to described base 210 and is connected to drawing-inroller 240 for being rotated with the zipper strip 20 on mobile described stock guide 220 by the described drawing-inroller 240 of driving.Control device is electrically connected on room acquisition sensor 250, feeding motor 230.
Shown in Fig. 2,3, described shearing device 300 is arranged on described board 100, for being cut off by described zipper strip 20.Described shearing device 300 has ultrasonic wave and cuts off vibrations element 310, ultrasonic wave cut-out element 320 and cutoff tool 330, described cutoff tool 330 is arranged on described board 100, described ultrasonic wave cuts off vibrations element 310 and to be arranged on described board 100 and to be connected to described ultrasonic wave and cut off element 320, vibrations for being cut off vibrations element 310 by described ultrasonic wave are driven described ultrasonic wave to cut off element 320 and move towards described cutoff tool 330, to be cut off by the described zipper strip 20 be positioned on described cutoff tool 330.Control device is electrically connected on ultrasonic wave and cuts off vibrations element 310.
Shown in Fig. 4,5, described transfer clamping jaw device 400 is movably arranged on described board 100, clamps for the described zipper strip 20 after being cut off by described shearing device 300 and moves to penetrator press-loading apparatus 500 place.
In the present embodiment, described transfer clamping jaw device 400 has mount pad 410, first jig arm 420, second jig arm 430, folding cylinder 440 and transfer driver part, described first jig arm 420 and described second jig arm 430 are connected to described mount pad 410, described first jig arm 420, the quantity of described second jig arm 430 and described folding cylinder 440 is two, described folding cylinder 440 to be located on described mount pad 410 and to be connected to described first jig arm 420 and moves monolaterally to clamp two of described zipper strip 20 respectively for driving described first jig arm 420 towards described second jig arm 430 accordingly, control device is electrically connected on folding cylinder 440 and transfer driver part.
Described transfer driver part to be arranged on described board 100 and be connected to described mount pad 410 for driving described first jig arm 420 by driving described mount pad 410 to move, described second jig arm 430 moves.
Described transfer clamping jaw device 400 also comprises adjustment seat 450, aperture slide block 460, aperture guide rail 470, transfer slide block 480 and transfer guide rail 490, described mount pad 410 is connected to described adjustment seat 450, described adjustment seat 450 is connected to described aperture guide rail 470, described aperture slide block 460 has groove, described aperture guide rail 470 is embedded in described groove, and described aperture guide rail 470 slides at described groove to drive described adjustment seat 450 and described mount pad 410 transverse shifting in horizontal plane;
The major axis of described transfer guide rail 490 and the long axis normal of described groove, described aperture slide block 460 is fixed on described transfer slide block 480, described transfer slide block 480 is matched with described transfer guide rail 490, described transfer driver part is connected to described transfer slide block 480, and for driving described transfer slide block 480 to slide to drive described aperture slide block 460 to vertically move in horizontal plane along described transfer guide rail 490.
Described transfer clamping jaw device 400 also comprises joint block 4110, described second jig arm 430 is fixed on described mount pad 410, described first jig arm 420 is connected to described joint block 4110, described joint block 4110 is articulated with described second jig arm 430, and described folding cylinder 440 is connected to described first jig arm 420 and vertically moves for driving described first jig arm 420.
Described transfer clamping jaw device 400 also comprises guide wheel 4120 and connecting rod 4130, described guide wheel 4120 is connected in described adjustment seat 450 by described connecting rod 4130, the side mask of described transfer guide rail 490 has protuberance, the side rounding off of described protrusion and described transfer guide rail 490, the side-fit of described guide wheel 4120 and described transfer guide rail 490, when described adjustment seat 450 moves, described guide wheel 4120 rolls along the side of described transfer guide rail 490 to the side of described protuberance, when described guide wheel 4120 is rolled into the side of protuberance, because the side of protuberance extends out gradually, so make two the first jig arm 420, two of the zipper strip that second jig arm 430 is clamped are monolateral separately, angle separately and distance are matched with two passages of slider of zipper fastener, setting like this, zipper strip is convenient to penetrate in slider of zipper fastener.
Shown in Fig. 6,7, described penetrator press-loading apparatus 500 is located on described board 100, for wearing between slider of zipper fastener and described zipper strip 20, and described slider of zipper fastener and described zipper strip 20 is press-fited.Described penetrator press-loading apparatus 500 has supporting seat 510, pull head mould 520, pull head positioning module 530 and directive wheel 540, described supporting seat 510 is fixed on described board 100, described pull head mould 520 is arranged on the feed for slider of zipper fastener on described supporting seat 510, described pull head positioning module 530 to be arranged on described supporting seat 510 and to be positioned at the location of top for described slider of zipper fastener of described pull head mould 520, between described pull head positioning module 530 and pull head mould 520, there is interval, described directive wheel 540 to be arranged on described board 100 and to be positioned at the front of described pull head positioning module 530, and the maximum height of described directive wheel 540 equals the interval between described pull head positioning module 530 and pull head mould 520.
See Fig. 8,9 and Fig. 7 shown in, described upper only press-loading apparatus 600 is located on described board 100, for be arranged in by zipper on described zipper strip 20 and described zipper and described zipper strip 20 to be press-fited.Described upper only press-loading apparatus 600 has and send stopping bar 610, send only driver part 620, pressure only mould 630, depression bar 640, depression bar arm 650, contiguous block 660 and depression bar driver part, described pressure is stopped mould 630 and is located at location for zipper on described supporting seat 510, described in send only driver part 620 to arrange on described board 100 and described in being connected to, send stopping bar 610 for zipper being delivered to pressure only in mould 630.Control device is electrically connected on and send only driver part 620 and depression bar driver part.
Described upper only press-loading apparatus 600 also comprises and send stop part, describedly send stop part to have to send stop-pass road and vibrating disk 670, described vibrating disk 670 to be arranged on described board 100 and to send stop-pass road described in being communicated in, and send in stop-pass road described in zipper to be sent to by vibrations by described vibrating disk 670.The described stopping bar 610 that send send stop-pass road toward described, for sending the described zipper in stop-pass road to deliver to described pressure to stop in mould 630 by described.Control device is electrically connected on vibrating disk 670.
Described depression bar 640 is arranged in described supporting seat 510 and end below described depression bar 640 stops mould 630 towards described pressure, described depression bar 640 is hinged with described depression bar arm 650 by described contiguous block 660, the end of described depression bar arm 650 is also hinged in described supporting seat 510, described depression bar driver part is connected to described depression bar arm 650 and rotates relative to described supporting seat 510 for driving described depression bar arm 650, stops mould 630 move and described zipper and described zipper strip 20 are press-fited to drive described depression bar 640 towards described pressure.In Fig. 7, No. 1 arrow represents the approach axis of zipper strip 20, and No. 2 arrows represent that depression bar 640 presses down direction, and No. 3 arrows represent the rotation direction of depression bar arm 650.
Shown in Figure 10-12, described discharging device 700 is located on described board 100, for being exited by the zipper strip 20 wearing slider of zipper fastener and zipper.Described discharging device 700 comprises flexible member, material returned driving lever 710 and lever, described material returned driving lever 710 is articulated with described board 100, and be connected with described flexible member between described material returned driving lever 710 and described board 100, described flexible member is used for the reset after the change of described material returned driving lever 710 position, described lever is movably connected on described board 100 and can relative to described board 100 stretching motion, described lever is parallel with described material returned driving lever 710, and described lever is also connected to described flexible member, when described lever shrinks towards described board 100, described lever stretches described flexible member drive the displacement of described material returned driving lever 710, described material returned driving lever 710 is for wearing slider of zipper fastener, the zipper strip 20 having gone up zipper stops in mould 630 from described pressure to be transferred to, when described lever resets, described spring element returns also drives described material returned driving lever 710 to reset.In the present embodiment, lever can adopt directive wheel 540 to realize.Material returned driving lever 710 also can adopt driver part to drive, and is driven ejection and the reset of material returned driving lever 710, to be taken out of by zipper strip 20 by driver part.
Described discharging device 700 also comprises material returned transfer member, described material returned transfer member has material returned conveyer belt 720, the material returned transmits driving element, the described material returned transmits driving element and to be arranged on described board 100 and to be connected to described material returned conveyer belt 720 and move for driving described material returned conveyer belt 720, and described zipper strip 20 dials out on described material returned conveyer belt 720 by described material returned driving lever 710.Control device is electrically connected on the material returned and transmits driving element.
Described material returned transfer member also has blow tank 730, described blow tank 730 is connected to described board 100, and one end of described blow tank 730 is positioned at the end on described material returned conveyer belt 720 moving direction, and described blow tank 730 is positioned at the below of described material returned conveyer belt 720.
Zipper strip cut-out of the present invention, penetrator, above only method, comprise the steps:
Be placed in by zipper strip 20 on board 100, zipper strip 20 to shearing device 300 place carried by pay-off 200;
Described shearing device 300 cuts off at the empty place of described zipper strip 20;
Transfer clamping jaw device 400 moves to described shearing device 300 place, and two of described zipper strip 20 after being cut off by described shearing device 300 are monolaterally clamped respectively and move to penetrator press-loading apparatus 500 place;
Transfer clamping jaw device 400 is monolaterally delivered to slider of zipper fastener place by two of the described zipper strip 20 clamped, and to be monolaterally arranged in two in slider of zipper fastener, more described slider of zipper fastener and described zipper strip 20 is press-fited;
Zipper to be arranged on described zipper strip 20 and described zipper and described zipper strip 20 to be press-fited by upper only press-loading apparatus 600;
The zipper strip 20 wearing slider of zipper fastener and zipper exits by discharging device 700.
Zipper strip cut-out of the present invention, penetrator, upper locking system 10, by pay-off 200 for carrying zipper strip 20; Shearing device 300 is for cutting off described zipper strip 20; Transfer clamping jaw device 400 is clamped for the described zipper strip 20 after being cut off by described shearing device 300 and moves to penetrator press-loading apparatus 500 place; Described slider of zipper fastener and described zipper strip 20 for wearing between slider of zipper fastener and described zipper strip 20, and press-fit by penetrator press-loading apparatus 500; Upper only press-loading apparatus 600 is for be arranged in zipper on described zipper strip 20 and described zipper and described zipper strip 20 to be press-fited; Discharging device 700 is for exiting the zipper strip 20 wearing slider of zipper fastener and zipper.Zipper strip 20 of the present invention cuts off, penetrator, upper locking system 10, achieves the total implementation of the cut-out of zipper strip 20, penetrator, above only several operation.Zipper strip 20 of the present invention cuts off, penetrator, upper locking system 10, save manpower, save time, and production efficiency is high.
Be provided with penetrator device, by pull head mould 520, the setting of pull head positioning module 530, pull head mould 520 is arranged on the feed for slider of zipper fastener on described board 100, pull head positioning module 530 to be arranged on described supporting seat 510 and to be positioned at the location of top for described slider of zipper fastener of described pull head mould 520, directive wheel 540 is for being directed in the interval between described pull head positioning module 530 and pull head mould 520 by zipper strip 20, and described zipper strip 20 is brought into in slider of zipper fastener, penetrator device of the present invention, zipper strip 20 is facilitated directly to penetrate in slider of zipper fastener, avoid in the middle of slide fastener primary drying zipper strip 20 of the prior art and squeeze into, improve the success rate penetrated, save time.
The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. zipper strip cut-out, penetrator, a upper locking system, is characterized in that, comprising:
Board;
Pay-off, described pay-off is arranged on described board, for carrying zipper strip;
Shearing device, described shearing device is arranged on described board, for being cut off by described zipper strip;
Transfer clamping jaw device, described transfer clamping jaw device is movably arranged on described board, clamps for the described zipper strip after being cut off by described shearing device and moves to penetrator press-loading apparatus place;
Penetrator press-loading apparatus, described penetrator press-loading apparatus is located on described board, for wearing between slider of zipper fastener and described zipper strip, and described slider of zipper fastener and described zipper strip is press-fited;
Upper only press-loading apparatus, described upper only press-loading apparatus is located on described board, for be arranged in by zipper on described zipper strip and described zipper and described zipper strip to be press-fited; And
Discharging device, described discharging device is located on described board, for being exited by the zipper strip wearing slider of zipper fastener and zipper.
2. zipper strip cut-out according to claim 1, penetrator, upper locking system, it is characterized in that, described pay-off has base, stock guide, feeding motor, drawing-inroller and room acquisition sensor, described base is fixed on described board, described stock guide is arranged on described base, described stock guide is located at for placing described zipper strip on described base, and described feeding motor is connected to described base and is connected to drawing-inroller for being rotated with the zipper strip on mobile described stock guide by the described drawing-inroller of driving.
3. zipper strip cut-out according to claim 1, penetrator, upper locking system, it is characterized in that, described shearing device has ultrasonic wave and cuts off vibrations element, ultrasonic wave cut-out element and cutoff tool, described cutoff tool is arranged on described board, described ultrasonic wave cuts off vibrations element and to be arranged on described board and to be connected to described ultrasonic wave and cut off element, vibrations for being cut off vibrations element by described ultrasonic wave are driven described ultrasonic wave to cut off element and move towards described cutoff tool, to be cut off by the described zipper strip be positioned on described cutoff tool.
4. zipper strip according to claim 1 cuts off, penetrator, upper locking system, it is characterized in that, described transfer clamping jaw device has mount pad, first jig arm, second jig arm, folding cylinder and transfer driver part, described first jig arm and described second jig arm are connected to described mount pad, described first jig arm, the quantity of described second jig arm and described folding cylinder is two, described folding cylinder to be located on described mount pad and to be connected to described first jig arm and moves monolaterally to clamp two of described zipper strip respectively for driving described first jig arm towards described second jig arm accordingly,
Described transfer driver part to be arranged on described board and be connected to described mount pad for driving described first jig arm by driving described mount pad to move, described second jig arm moves.
5. zipper strip cut-out according to claim 4, penetrator, upper locking system, it is characterized in that, described transfer clamping jaw device also comprises adjustment seat, aperture slide block, aperture guide rail, transfer slide block and transfer guide rail, described mount pad is connected to described adjustment seat, described adjustment seat is connected to described aperture guide rail, described aperture slide block has groove, described aperture guide rail is embedded in described groove, and described aperture guide rail slides at described groove to drive described adjustment seat and described mount pad transverse shifting in horizontal plane;
The major axis of described transfer guide rail and the long axis normal of described groove, described aperture slide block is fixed on described transfer slide block, described transfer slide block is matched with described transfer guide rail, described transfer driver part is connected to described transfer slide block, and for driving described transfer slide block to vertically move in horizontal plane along described transfer slide to drive described aperture slide block.
6. zipper strip cut-out according to claim 5, penetrator, upper locking system, it is characterized in that, described transfer clamping jaw device also comprises joint block, described second jig arm is fixed on described mount pad, described first jig arm is connected to described joint block, described joint block is articulated with described second jig arm, and described folding cylinder is connected to described first jig arm and vertically moves for driving described first jig arm;
Described transfer clamping jaw device also comprises guide wheel and connecting rod, described guide wheel is connected in described adjustment seat by described connecting rod, the side mask of described transfer guide rail has protuberance, the side rounding off of described protrusion and described transfer guide rail, the side-fit of described guide wheel and described transfer guide rail, when described adjustment seat moves, described guide wheel rolls along the side of described transfer guide rail to the side of described protuberance.
7. zipper strip according to claim 1 cuts off, penetrator, upper locking system, it is characterized in that, described penetrator press-loading apparatus has supporting seat, pull head mould, pull head positioning module and directive wheel, described supporting seat is fixed on described board, described pull head mould is arranged on the feed for slider of zipper fastener on described supporting seat, described pull head positioning module to be arranged on described supporting seat and to be positioned at the location of top for described slider of zipper fastener of described pull head mould, between described pull head positioning module and pull head mould, there is interval, described directive wheel to be arranged on described board and to be positioned at the front of described pull head positioning module, and the maximum height of described directive wheel equals the interval between described pull head positioning module and pull head mould.
8. zipper strip cut-out according to claim 7, penetrator, upper locking system, it is characterized in that, described upper only press-loading apparatus has and send stopping bar, send only driver part, pressure only mould, depression bar, depression bar arm, contiguous block and depression bar driver part, described pressure is stopped mould and is located at location for zipper on described supporting seat, described in send only driver part to arrange on described board and described in being connected to, send stopping bar for zipper being delivered to pressure only in mould;
Described depression bar is arranged in described supporting seat and end below described depression bar stops mould towards described pressure, described depression bar by described contiguous block and described depression bar arm hinged, the end of described depression bar arm is also hinged in described supporting seat, described depression bar driver part is connected to described depression bar arm and rotates relative to described supporting seat for driving described depression bar arm, stops mould move and described zipper and described zipper strip are press-fited to drive described depression bar towards described pressure.
9. zipper strip according to claim 1 cuts off, penetrator, upper locking system, it is characterized in that, described discharging device comprises flexible member, material returned driving lever and lever, described material returned driving lever is articulated with described board, and be connected with described flexible member between described material returned driving lever and described board, described flexible member is used for the reset after the change of described material returned driving lever position, described lever is movably connected on described board and can relative to described board stretching motion, described lever is parallel with described material returned driving lever, and described lever is also connected to described flexible member, when described lever shrinks towards described board, described lever stretches described flexible member drive the displacement of described material returned driving lever, described material returned driving lever is used for wear slider of zipper fastener, the zipper strip having gone up zipper stops in mould from described pressure to be transferred to, when described lever resets, described spring element returns also drives described material returned driving lever to reset.
10. zipper strip cut-out, penetrator, above an only method, is characterized in that, comprise the steps:
Be placed in by zipper strip on board, pay-off conveying zipper strip is to shearing device place;
Described shearing device cuts off at the empty place of described zipper strip;
Transfer clamping jaw device moves to described shearing device place, and two of described zipper strip after described shearing device being cut off monolaterally are clamped respectively and move to penetrator press-loading apparatus place;
Transfer clamping jaw device is monolaterally delivered to slider of zipper fastener place by two of the described zipper strip clamped, and to be monolaterally arranged in two in slider of zipper fastener, more described slider of zipper fastener and described zipper strip is press-fited;
Zipper to be arranged on described zipper strip and described zipper and described zipper strip to be press-fited by upper only press-loading apparatus;
The zipper strip wearing slider of zipper fastener and zipper exits by discharging device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201511034382.0A CN105495878B (en) | 2015-12-31 | 2015-12-31 | Zipper strip cut-out, penetrator, upper locking system and cut-out, above stop method at penetrator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201511034382.0A CN105495878B (en) | 2015-12-31 | 2015-12-31 | Zipper strip cut-out, penetrator, upper locking system and cut-out, above stop method at penetrator |
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| Publication Number | Publication Date |
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| CN105495878A true CN105495878A (en) | 2016-04-20 |
| CN105495878B CN105495878B (en) | 2018-09-25 |
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| CN106112778A (en) * | 2016-07-11 | 2016-11-16 | 福建浔兴拉链科技股份有限公司 | Sheet threading machine |
| CN106723702A (en) * | 2016-12-29 | 2017-05-31 | 广州市锦弘拉链机械有限公司 | Zipper strip penetrator puts only equipment |
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| CN110623378A (en) * | 2019-08-20 | 2019-12-31 | 深圳市蓝瑟机电科技有限公司 | Three-in-one machine for nylon zipper |
| CN111887546A (en) * | 2020-04-03 | 2020-11-06 | 深圳市华圣达拉链有限公司 | Separating zipper production device |
| CN112293879A (en) * | 2019-12-17 | 2021-02-02 | 深圳市冠众科技有限公司 | Zipper strip cuts off, penetrator, top stop shaping combination machine |
| CN113116028A (en) * | 2021-04-12 | 2021-07-16 | 深圳市蓝瑟机电科技有限公司 | Metal zipper three-in-one machine |
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| CN110623378B (en) * | 2019-08-20 | 2022-04-22 | 深圳市蓝瑟机电科技有限公司 | Three-in-one machine for nylon zipper |
| CN112293879A (en) * | 2019-12-17 | 2021-02-02 | 深圳市冠众科技有限公司 | Zipper strip cuts off, penetrator, top stop shaping combination machine |
| CN111887546A (en) * | 2020-04-03 | 2020-11-06 | 深圳市华圣达拉链有限公司 | Separating zipper production device |
| CN113116028A (en) * | 2021-04-12 | 2021-07-16 | 深圳市蓝瑟机电科技有限公司 | Metal zipper three-in-one machine |
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