CN205409994U - Equipment that ends in butt fusion shaping graininess on nylon zip fastener - Google Patents
Equipment that ends in butt fusion shaping graininess on nylon zip fastener Download PDFInfo
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- CN205409994U CN205409994U CN201520992015.0U CN201520992015U CN205409994U CN 205409994 U CN205409994 U CN 205409994U CN 201520992015 U CN201520992015 U CN 201520992015U CN 205409994 U CN205409994 U CN 205409994U
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Abstract
The utility model provides an equipment that ends in butt fusion shaping graininess on nylon zip fastener, includes: a butt fusion unit, this butt fusion unit be used for making circular threadiness monofilament on the zipper strip butt fusion shaping for ending in the graininess, a zipper strip conveyer, this zipper strip conveyer is used for sending into the zipper strip, pull out the butt fusion unit, a monofilament material feeding unit, this monofilament material feeding unit are used for sending into circular threadiness monofilament the butt fusion unit, a control system, this control system with the butt fusion unit zipper strip conveyer monofilament material feeding unit electrical property communication connection is used for control the butt fusion unit zipper strip conveyer monofilament material feeding unit's function. The utility model discloses can realize that highly automated ground ends in the butt fusion shaping graininess on the nylon zip fastener, adopt automated machine processing, not only fast, high quality of process velocity but also production stable quality.
Description
Technical field
This utility model relates to the manufacture equipment of nylon zipper, relates in particular to a kind of equipment stopped in fusion molding graininess on nylon zipper.
Background technology
Nylon zipper is a kind of common slide fastener type, for preventing slider of zipper fastener from pulling out from chain tooth, the most all on the strap at the chain tooth end on affixed one only, utilize and on this, stop stopping that slider of zipper fastener skids off chain tooth, common upper be only shaped as graininess.Therefore, the manufacture process of nylon zipper exists an operation stopped in affixed graininess on nylon zipper.How can efficiently, high texture completes above-mentioned operation, is a demand of nylon zipper manufacturer.
Summary of the invention
The technical problems to be solved in the utility model is to provide the equipment that a kind of automaticity is high, this equipment is for stopping in fusion molding graininess on nylon zipper, to complete above-mentioned operation only in affixed graininess on nylon zipper, and make it have that process velocity is fast, quality is high and produces the feature of stay in grade.
For solving above-mentioned technical problem, this utility model adopts the technical scheme that: a kind of equipment stopped in fusion molding graininess on nylon zipper, including:
One welding unit, it is to stop in graininess that this welding unit is used for making circular wire monofilament fusion molding on zipper strip；
One zipper strip transporter, this zipper strip transporter is for sending into zipper strip, pull out described welding unit；
One monofilament pay-off, this monofilament pay-off is for sending circle wire monofilament into described welding unit；
One control system, this control system is connected with described welding unit, described zipper strip transporter, described monofilament pay-off electrical communication, for controlling described welding unit, described zipper strip transporter, the running of described monofilament pay-off.
Described monofilament pay-off, including:
Monofilament reel, is used for rolling up deposit receipt silk；
Channel matrix, this channel matrix is provided with the monofilament feeding channel moved for monofilament；
Feeding claw assembly, this feeding claw assembly can move along described monofilament feeding channel, to promote monofilament to move forward charging in monofilament feeding channel；
Hindering back claw assembly, this resistance is returned claw assembly the most described monofilament feeding channel and is fixed, to hinder monofilament back to move in monofilament feeding channel；
Monofilament feeding cylinder, the drive rod of this monofilament feeding cylinder is affixed with described feeding claw assembly, to drive described feeding claw assembly to move along described monofilament feeding channel.
Described zipper strip transporter, including tape feeding device and pulling device；
Described tape feeding device, including putting band directive wheel, putting band driving wheel, transmission buffering wheel and the band of putting put translator, zipper strip can be promoted to be close to put band driving wheel putting the rotation of band driving wheel can be driven to be adjacent to assembly, guide and transmit the buffering wheel guiding mechanism that buffering wheel moves freely at above-below direction；
Described pulling device, including drawstring directive wheel, drawstring driving wheel, regulating wheel and drawstring motor that drawstring driving wheel rotates can be driven, drawstring that zipper strip can be promoted to be close to drawstring driving wheel is adjacent to assembly, can drive the tensioning cylinder of regulating wheel tensioning zipper strip.
Described welding unit, including:
Welding head device, this welding head device is used for ultrasonic fusing；
Upper only bonding die, on this, only bonding die is used for positioning zipper strip and monofilament, to coordinate described welding head device only to carry out in fusion molding graininess；
Belt-guiding device, this belt-guiding device for importing, derive described upper only bonding die by zipper strip；
Dividing belting, this point of belting is for opening the chain tooth of slide fastener, in the open mode of separately two before making slide fastener stop bonding die on entrance is described；
Upper top chasing-attachment, on this, top chasing-attachment is for will push up and cut off on circle wire monofilament, so that monofilament can contact described welding head device together with zipper strip, carries out welding, is only shaped in graininess on zipper strip.
Described welding head device, including soldering tip and Welding head moving mechanism, this Welding head moving mechanism includes the soldering tip cylinder that soldering tip can be driven to move up and down and guides the soldering tip guiding mechanism that moves at above-below direction of soldering tip, and this Welding head moving mechanism is used for driving that soldering tip is descending carries out ultrasonic fusing.
Described upper only bonding die is provided with zipper strip locating slot, is provided with monofilament placed channel in the upper only bonding die below zipper strip locating slot.
May also be further provided with symmetrically arranged two push chain devices on described upper only bonding die, this push chain device includes hook-shaped push jack and pushes away chain cylinder, the drive rod pushing away chain cylinder is affixed with push jack, pushing away chain cylinder can drive push jack to be moved laterally by the middle of slide fastener, and push jack promotes several chain teeth upset of end to monofilament and zipper strip weld.
Described belt-guiding device, including front guide, back guide and guide plate travel mechanism, this guide plate travel mechanism includes the guide plate cylinder that described front guide, described back guide can be driven to move up and down and the guide plate guiding mechanism guiding described front guide, described back guide to move at above-below direction；Described front guide includes upper guide plate and two bottom plates, the lower surface of upper guide plate is provided with deeper slider of zipper fastener escape groove and shallower zipper strip gathering sill, two bottom plates are mounted on the lower surface of described upper guide plate, outside extend to the lower section of described zipper strip gathering sill；The lower surface of described back guide is also provided with deeper slider of zipper fastener escape groove and shallower zipper strip gathering sill.
Described point of belting, including opening pyrometric cone block and the Zhui Kuai travel mechanism of chain tooth, described Zhui Kuai travel mechanism includes the cone block cylinder that pyrometric cone block can be driven to move up and down and the cone block guide rail guiding pyrometric cone block to move at above-below direction；The head of described pyrometric cone block is triangulo column.
Described upper top chasing-attachment, including push rod and the push rod cylinder that push rod can be driven to move up and down, described push rod is arranged in described upper only bonding die, and the upper end of described push rod is provided with on shaped granule shape groove only, and the top of the sidewall of this groove forms blade.
Working method of the present utility model is:
Everything is carried out the most in order；
Circular wire monofilament pulls out from monofilament reel, arrives upper only bonding die through monofilament feeding channel；
Zipper strip is by putting band directive wheel, drawstring directive wheel, successively through putting band driving wheel, transmitting buffering wheel, above only bonding die, regulating wheel, drawstring driving wheel；
First, put band driving wheel and operate under the drive putting translator, carry out zipper strip feed；Transmit buffering wheel to move downward due to deadweight, zipper strip feed is played cushioning effect；
Then, drawstring driving wheel operates under the drive of drawstring motor, and zipper strip is pulled along a segment distance；
Then, front guide in belt-guiding device, back guide under the drive of guide plate travel mechanism under press, make the zipper strip can only bonding die in smooth and easy entrance；
Then, the pyrometric cone block in belting is divided to move down under the drive of Zhui Kuai travel mechanism；
Then, drawstring driving wheel operates again under the drive of drawstring motor, is pulled along at a slow speed by zipper strip, and the chain tooth of zipper strip is opened under the effect of point belting, and slide fastener is opened in the zipper strip locating slot that two zipper cloth belts enter into only bonding die；
Then, the push jack in push chain device is moved laterally by the middle of slide fastener under the drive pushing away chain cylinder, thus promotes at the supreme only fusion molding of the several chain teeth upset being positioned at end；
Then, regulating wheel under the drive of tensioning cylinder by zipper strip tensioning；
Then, the soldering tip in welding head device is displaced downwardly to above at zipper cloth belt fusion molding under the drive of Welding head moving mechanism；
Before performing next action, monofilament is delivered in the monofilament placed channel of only bonding die by the feeding claw assembly in monofilament pay-off along monofilament feeding channel；
Then, push rod in the chasing-attachment of upper top moves upward under the drive of push rod cylinder, will be located in the monofilament in monofilament placed channel upwards to push up to zipper cloth belt fusion molding, utilize wave welding head of ultrasonic wave that monofilament, end chain tooth are fused to zipper strip together, monofilament forms graininess according to the groove of push rod upper end, is cut off by the recess sidewall of blade-like simultaneously；
Then, drawstring driving wheel operates under the drive of drawstring motor, is pulled out from upper only bonding die by the zipper strip that welding stops；
All movement parts returns, so far complete a sampling action.
This utility model can realize stopping in fusion molding graininess on nylon zipper increasingly automatedly, uses automated machine processing, and not only process velocity is fast, quality is high but also produces stay in grade.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of welding unit；
Fig. 3 is the structural representation of welding head device；
Fig. 4 is upper only bonding die, the structural representation of upper top chasing-attachment；
Fig. 5 is the enlarged drawing in A portion in Fig. 4；
Fig. 6 is the longitudinal sectional view along push rod centrage；
Fig. 7 is the enlarged drawing in A portion in Fig. 6；
Fig. 8 is along the longitudinal sectional view pushing away chain cylinder axis；
Fig. 9 is push rod cylinder, push rod, pushes away the attachment structure schematic diagram of chain cylinder, push jack；
Figure 10 is the enlarged drawing in A portion in Fig. 9；
Figure 11 is belt-guiding device, the structural representation of point belting；
Figure 12 is the structural representation of belt-guiding device；
Figure 13 is the structural representation of front guide, back guide；
Figure 14 is the structural representation of point belting；
Figure 15 is the structural representation of monofilament pay-off；
Figure 16 is the enlarged drawing in A portion in Figure 15；
Figure 17 is the structural representation of feeding claw assembly；
Figure 18 is the structural representation of zipper strip transporter；
Figure 19 is the structural representation of tape feeding device；
Figure 20 is the enlarged drawing in A portion in Figure 19；
Figure 21 is the structural representation of pulling device.
In figure, each label is respectively:
(1) substrate, (2) monofilament, (3) zipper strip；
null(10) welding unit，(11) welding head device，(111) soldering tip，(112) Welding head moving mechanism，(1121) soldering tip frame，(1122) soldering tip cylinder，(1123) soldering tip guiding mechanism，(11231) soldering tip guide rod，(11232) soldering tip slide block，(12) upper only bonding die，(121) die holder，(122) die body，(1221) zipper strip locating slot，(1222) monofilament placed channel，(123) push chain device，(1231) chain cylinder is pushed away，(1232) push jack，(13) belt-guiding device，(131) conduction band pedestal，(132) guide plate travel mechanism，(1321) guide plate cylinder，(1322) guide plate guiding mechanism，(13221) chute box，(13222) guide plate slide block，(133) guide plate connecting plate，(134) front guide，(1341) upper guide plate，(1342) bottom plate，(135) back guide，(136) slider of zipper fastener escape groove，(137) zipper strip gathering sill，(14) belting is divided，(141) pyrometric cone block，(142) Zhui Kuai travel mechanism，(1421) cone block cylinder，(1422) cone block guide rail，(1423) cone block slide block，(1424) cone block connecting plate，(15) chasing-attachment is pushed up on，(151) push rod，(1511) groove，(1512) sidewall，(152) push rod cylinder；
null(20) zipper strip transporter，(21) tape feeding device，(211) band directive wheel is put，(212) band driving wheel is put，(213) buffering wheel is transmitted，(214) translator is put，(215) put band and be adjacent to assembly，(2151) first mounting rods，(2152) second mounting rods，(2153) guide wheel，(2154) belt，(216) buffering wheel guiding mechanism，(2161) buffering guiderod，(2162) buffer sliding block，(217) pole，(218) band riser is put，(22) pulling device，(221) drawstring directive wheel，(222) drawstring driving wheel，(223) regulating wheel，(224) drawstring motor，(225) drawstring is adjacent to assembly，(226) tensioning cylinder，(227) connecting rod，(228) drawstring riser；
(30) monofilament pay-off, (31) monofilament reel, (32) channel matrix, (321) monofilament feeding channel, (33) feeding claw assembly, (331) pawl seat, (332) material pawl, (333) spring stop, (334) spring, (34) hinder back claw assembly, (35) monofilament feeding cylinder；
(40) control system.
Detailed description of the invention
The utility model is described in further detail below in conjunction with the accompanying drawings.
Referring to Fig. 1, a kind of equipment stopped in fusion molding graininess on nylon zipper of this utility model, including substrate 1, substrate 1 is provided with welding unit 10, zipper strip transporter 20, monofilament pay-off 30 and control system 40；It is to stop in graininess that welding unit 10 is used for making circular wire monofilament 2 fusion molding on zipper strip 3；Zipper strip transporter 20 for by zipper strip 3 from left feeding welding unit 10, from right pull-out welding unit 10；Monofilament pay-off 30 is for sending circle wire monofilament 2 into welding unit 10；Control system 40 is connected with welding unit 10, zipper strip transporter 20, monofilament pay-off 30 electrical communication, for controlling welding unit 10, zipper strip transporter 20, the running of monofilament pay-off 30.
Referring to Fig. 2, welding unit 10 includes welding head device 11, above stops bonding die 12, belt-guiding device 13, point belting 14 and upper top chasing-attachment 15；Welding head device 11 is for ultrasonic fusing；Upper only bonding die 12 is used for positioning zipper strip 3 and monofilament 2, to coordinate welding head device 11 only to carry out in fusion molding graininess；Belt-guiding device 13 for stopping bonding die 12, stopping bonding die 12 from right derivation from left importing by zipper strip 3；Point belting 14 for opening the chain tooth of slide fastener, make slide fastener on entering only before bonding die 12 in the open mode of separately two；Upper top chasing-attachment 15 for will push up and cut off on circle wire monofilament 2 so that monofilament 2 can together with zipper strip 3 Contact welding head unit 11, carry out welding, zipper strip 3 be shaped in graininess stop.
Referring to Fig. 3, welding head device 11 includes soldering tip 111 and for driving the descending Welding head moving mechanism 112 carrying out ultrasonic fusing of soldering tip 111, Welding head moving mechanism 112 includes the soldering tip frame 1121 being fixed on substrate 1, the soldering tip cylinder 1122 being arranged in soldering tip frame 1121, the soldering tip guide rod 11231 being arranged in soldering tip frame 1121, the soldering tip slide block 11232 being slidably connected with soldering tip guide rod 11231, soldering tip 111 is fixed on soldering tip slide block 11232, soldering tip guiding mechanism 1123 is constituted by soldering tip guide rod 11231 and soldering tip slide block 11232, for guiding soldering tip 111 to move at above-below direction, the drive rod of soldering tip cylinder 1122 is affixed with soldering tip slide block 11232, soldering tip 111 can be driven to move up and down.
Referring to Fig. 4,5,6,7,8,9,10, upper only bonding die 12 includes affixed die holder 121 on substrate 1 and the die body 122 being arranged on die holder 121, the upper end face of die body 122 is provided with zipper strip locating slot 1221, is provided with monofilament placed channel 1222 in the die body 122 below zipper strip locating slot 1221；The leading flank and trailing flank of die body 122 are provided with symmetrically arranged two push chain devices 123, push chain device 123 includes that be arranged on die body 122 side pushes away chain cylinder 1231 and hook-shaped push jack 1232, the drive rod pushing away chain cylinder 1231 is affixed with push jack 1232, pushing away chain cylinder 1231 can drive push jack 1232 by forward side, rear side motion in the middle of slide fastener, utilizes push jack 1232 to promote several chain teeth upset of end to monofilament 2 and zipper strip 3 weld.
nullReferring to Figure 11、12、13，Belt-guiding device 13 includes the conduction band pedestal 131 being fixed on die body 122，Guide plate travel mechanism 132 is installed on conduction band pedestal 131，Guide plate travel mechanism 132 includes guide plate cylinder 1321 and the guide plate guiding mechanism 1322 being arranged on conduction band pedestal 131，Guide plate guiding mechanism 1322 is by the chute box 13221 being installed on conduction band pedestal 131、The guide plate slide block 13222 being slidably connected with chute box 13221 is constituted，Affixed guide plate connecting plate 133 on guide plate slide block 13222，The left side of guide plate connecting plate 133 connects front guide 134、Right side connects back guide 135，The drive rod of guide plate cylinder 1321 is affixed with guide plate connecting plate 133，Guide plate connecting plate 133 and front guide thereon 134 can be driven、Back guide 135 moves up and down under the guiding of guide plate guiding mechanism 1322；Front guide 134 includes upper guide plate 1341 and two bottom plates 1342, the lower surface of upper guide plate 1341 is provided with deeper slider of zipper fastener escape groove 136 and shallower zipper strip gathering sill 137, two bottom plates 1342 are mounted on the lower surface of upper guide plate 1341, outside extend to the lower section of zipper strip gathering sill 137；The lower surface of back guide 135 is also provided with deeper slider of zipper fastener escape groove 136 and shallower zipper strip gathering sill 137.
Referring to Figure 11,14, divide the pyrometric cone block 141 that belting 14 includes opening chain tooth and the Zhui Kuai travel mechanism 142 being fixed in guide plate connecting plate 133, Zhui Kuai travel mechanism 142 includes being fixed in the cone block cylinder 1421 of guide plate connecting plate 133, being installed on the cone block slide block 1423 that the cone block guide rail 1422 of cone block cylinder 1421 side is slidably connected with cone block guide rail 1422, affixed cone block connecting plate 1424 on cone block slide block 1423, pyrometric cone block 141 is arranged on the lower surface of cone block connecting plate 1424, and the head of pyrometric cone block 141 is triangulo column；Cone block cylinder 1421 can drive pyrometric cone block 141 to move up and down along cone block guide rail 1422.
Referring to Fig. 4,5,6,7,8,9,10, upper top chasing-attachment 15 includes push rod 151 and push rod cylinder 152, and push rod 151 is arranged in the die body 122 of only bonding die 12；Push rod cylinder 152 is arranged on substrate 1 lower surface, and the drive rod of push rod cylinder 152 is affixed with push rod 151, and push rod cylinder 152 can upwards eject, and drives push rod 151 to move up and down；The upper end of push rod 151 is provided with on shaped granule shape groove 1511 only, and the top of the sidewall 1512 of this groove 1511 forms blade.
Referring to Figure 15,16,17, monofilament pay-off 30 includes two for rolling up the monofilament reel 31 of deposit receipt silk 2, channel matrix 32, feeding claw assembly 33, hindering back claw assembly 34 and monofilament feeding cylinder 35；Two monofilament reels 31 are arranged on below substrate 1；Channel matrix 32 arranges on substrate 1, is positioned on the left of die body 122, and channel matrix 32 is provided with the monofilament feeding channel 321 moved for monofilament 2；Feeding claw assembly 33 includes pawl seat 331, is articulated with the material pawl 332 of pawl seat 331, spring stop 333 is installed on the upper surface of pawl seat 331, being provided with spring 334 between spring stop 333 and material pawl 332, this spring 334 can promote the front end abutment expecting pawl 332 at monofilament feeding channel 321；Hindering back claw assembly 34 also to include pawl seat, be articulated with the material pawl of pawl seat, the upper surface of pawl seat is provided with spring stop, is provided with spring between spring stop and material pawl, this spring can promote the front end abutment expecting pawl at monofilament feeding channel；Monofilament feeding cylinder 35 is affixed with channel matrix 32, the drive rod of monofilament feeding cylinder 35 is affixed with the pawl seat 331 of feeding claw assembly 33, feeding claw assembly 33 can be driven to move along monofilament feeding channel 321, to promote monofilament 2 to move up charging in monofilament feeding channel 321；The pawl seat hindering back claw assembly 34 is affixed with channel matrix 32, and relative monofilament feeding channel 321 is fixed, to hinder monofilament 2 to move down in monofilament feeding channel 321.
Referring to Figure 18, zipper strip transporter 20 includes the tape feeding device 21 being positioned on the left of welding unit 10 and is positioned at the pulling device 22 on the right side of welding unit 10.
Referring to Figure 19,20, tape feeding device 21 includes putting band directive wheel 211, puts band driving wheel 212, transmits buffering wheel 213 and can driving and put the band of putting put translator 214, zipper strip 3 can be promoted to be close to put band driving wheel 212 that band driving wheel 212 rotates and be adjacent to assembly 215, guide and transmit the buffering wheel guiding mechanism 216 that buffering wheel 213 moves freely at above-below direction；Several band directive wheels 211 put are connected by pole 217 is fixing with substrate 1, put band driving wheel 212 and put translator 214 and be separately mounted to put the front and back of band riser 218, putting band riser 218 and be fixed on pole 217；Buffering wheel guiding mechanism 216 includes the buffer sliding block 2162 that the buffering guiderod 2161 affixed with pole 217 and buffering guiderod 2161 are slidably connected, transmit buffering wheel 213 affixed with buffer sliding block 2162, transmit buffering wheel 213 and can be moved up and down along buffering guiderod 2161 by buffer sliding block 2162；Put band to be adjacent to assembly 215 and include the first mounting rod 2151 and the second mounting rod 2152, equipped with two guide wheels 2153 on first mounting rod 2151, equipped with a guide wheel 2153 on second mounting rod 2152, article one, belt 2154 is wound on three guide wheels 2153, triangle, the end of the first mounting rod 2151, the end of the second mounting rod 2152 is all articulated with puts band riser 218, relatively put on band riser 218, put the position of band driving wheel 212 by regulating the first mounting rod 2151, belt 2154 can be made closer or far from putting band driving wheel 212, by regulating the position of relative first mounting rod 2151 of the second mounting rod 2152, the rate of tension of adjustable straps 2154.
Referring to Figure 21, pulling device 22 includes drawstring directive wheel 221, drawstring driving wheel 222, regulating wheel 223 and the drawstring motor 224 that drawstring driving wheel 222 can be driven to rotate, drawstring that zipper strip 3 can be promoted to be close to drawstring driving wheel 222 is adjacent to assembly 225, can drive the tensioning cylinder 226 of regulating wheel 223 tensioning zipper strip 3；Drawstring directive wheel 221 is arranged in soldering tip frame 1121；Regulating wheel 223 is articulated with in soldering tip frame 1121 by a connecting rod 227, and the rearward end of tensioning cylinder 226 is also articulated in soldering tip frame 1121, and the drive rod of tensioning cylinder 226 is hinged with regulating wheel 223, and regulating wheel 223 can be made to do circular motion, with tensioning zipper strip 3；Drawstring driving wheel 222 and drawstring motor 224 are separately mounted to the front and back of drawstring riser 228, and drawstring riser 228 is installed on substrate 1；Drawstring be adjacent to assembly 225 with put band and be adjacent to assembly 215 similar, drawstring is adjacent to assembly 225 and also includes the first mounting rod and the second mounting rod, equipped with two guide wheels on first mounting rod, equipped with a guide wheel on second mounting rod, article one, belt is wound on three guide wheels, triangle, the end of the first mounting rod, the end of the second mounting rod is all articulated with drawstring riser, by regulating the first mounting rod relative to the position of drawstring driving wheel on drawstring riser, belt can be made closer or far from drawstring driving wheel, by regulating second mounting rod position relative to the first mounting rod, the rate of tension of adjustable straps.
Circular wire monofilament 2 is wound around and is stored in monofilament reel 31, via monofilament feeding channel 321, under monofilament feeding cylinder 35 drives the effect of feeding claw assembly 33, delivers in the monofilament placed channel 1222 of only bonding die 12；Zipper strip 3, via putting band directive wheel 211, feeds under the driving putting band driving wheel 212, first carries out buffer stock by transmitting buffering wheel 213, then by drawstring driving wheel 222 by it from left entrance welding unit 10, from right pull-out welding unit 10；After zipper strip 3 enters welding unit 10, first pressed under it by belt-guiding device 13, during moving ahead, opened chain tooth by a point belting 14 again, in the zipper strip locating slot 1221 then into upper only bonding die 12；After being overturn end chain tooth by push chain device 123, the monofilament 2 that be will be located in monofilament placed channel 1222 by upper top chasing-attachment 15 upwards pushes up to zipper strip 3 fusion molding, utilize wave welding head of ultrasonic wave 111 that monofilament 2, end chain tooth are fused to zipper strip 3 together, monofilament 2 forms graininess according to the groove 1511 of push rod 151 upper end, cut off by groove 1511 sidewall 1512 of blade-like simultaneously, reach the purpose stopped in automatic fusion molding graininess on nylon zipper.
The above, it it is only this utility model one preferred embodiment, not technical scope of the present utility model is imposed any restrictions, every any trickle amendment, equivalent variations and modification made above example according to technical spirit of the present utility model, all still falls within the range of this utility model technology.
Claims (10)
1. the equipment stopped in fusion molding graininess on nylon zipper, is characterized in that: including:
One welding unit, it is to stop in graininess that this welding unit is used for making circular wire monofilament fusion molding on zipper strip；
One zipper strip transporter, this zipper strip transporter is for sending into zipper strip, pull out described welding unit；
One monofilament pay-off, this monofilament pay-off is for sending circle wire monofilament into described welding unit；
One control system, this control system is connected with described welding unit, described zipper strip transporter, described monofilament pay-off electrical communication, for controlling described welding unit, described zipper strip transporter, the running of described monofilament pay-off.
The equipment stopped in fusion molding graininess on nylon zipper the most according to claim 1, is characterized in that: described monofilament pay-off, including:
Monofilament reel, is used for rolling up deposit receipt silk；
Channel matrix, this channel matrix is provided with the monofilament feeding channel moved for monofilament；
Feeding claw assembly, this feeding claw assembly can move along described monofilament feeding channel, to promote monofilament to move forward charging in monofilament feeding channel；
Hindering back claw assembly, this resistance is returned claw assembly the most described monofilament feeding channel and is fixed, to hinder monofilament back to move in monofilament feeding channel；
Monofilament feeding cylinder, the drive rod of this monofilament feeding cylinder is affixed with described feeding claw assembly, to drive described feeding claw assembly to move along described monofilament feeding channel.
The equipment stopped in fusion molding graininess on nylon zipper the most according to claim 1, is characterized in that: described zipper strip transporter, including tape feeding device and pulling device；
Described tape feeding device, including putting band directive wheel, putting band driving wheel, transmission buffering wheel and the band of putting put translator, zipper strip can be promoted to be close to put band driving wheel putting the rotation of band driving wheel can be driven to be adjacent to assembly, guide and transmit the buffering wheel guiding mechanism that buffering wheel moves freely at above-below direction；
Described pulling device, including drawstring directive wheel, drawstring driving wheel, regulating wheel and drawstring motor that drawstring driving wheel rotates can be driven, drawstring that zipper strip can be promoted to be close to drawstring driving wheel is adjacent to assembly, can drive the tensioning cylinder of regulating wheel tensioning zipper strip.
The equipment stopped in fusion molding graininess on nylon zipper the most according to claim 1, is characterized in that: described welding unit, including:
Welding head device, this welding head device is used for ultrasonic fusing；
Upper only bonding die, on this, only bonding die is used for positioning zipper strip and monofilament, to coordinate described welding head device only to carry out in fusion molding graininess；
Belt-guiding device, this belt-guiding device for importing, derive described upper only bonding die by zipper strip；
Dividing belting, this point of belting is for opening the chain tooth of slide fastener, in the open mode of separately two before making slide fastener stop bonding die on entrance is described；
Upper top chasing-attachment, on this, top chasing-attachment is for will push up and cut off on circle wire monofilament, so that monofilament can contact described welding head device together with zipper strip, carries out welding, is only shaped in graininess on zipper strip.
The equipment stopped in fusion molding graininess on nylon zipper the most according to claim 4, it is characterized in that: described welding head device, including soldering tip and Welding head moving mechanism, this Welding head moving mechanism includes the soldering tip cylinder that soldering tip can be driven to move up and down and guides the soldering tip guiding mechanism that moves at above-below direction of soldering tip, and this Welding head moving mechanism is used for driving that soldering tip is descending carries out ultrasonic fusing.
The equipment stopped in fusion molding graininess on nylon zipper the most according to claim 4, is characterized in that: described upper only bonding die is provided with zipper strip locating slot, is provided with monofilament placed channel in the upper only bonding die below zipper strip locating slot.
The equipment stopped in fusion molding graininess on nylon zipper the most according to claim 6, it is characterized in that: described upper only bonding die is provided with symmetrically arranged two push chain devices, this push chain device includes hook-shaped push jack and pushes away chain cylinder, the drive rod pushing away chain cylinder is affixed with push jack, pushing away chain cylinder can drive push jack to be moved laterally by the middle of slide fastener, and push jack promotes several chain teeth upset of end to monofilament and zipper strip weld.
The equipment stopped in fusion molding graininess on nylon zipper the most according to claim 4, it is characterized in that: described belt-guiding device, including front guide, back guide and guide plate travel mechanism, this guide plate travel mechanism includes the guide plate cylinder that described front guide, described back guide can be driven to move up and down and the guide plate guiding mechanism guiding described front guide, described back guide to move at above-below direction；Described front guide includes upper guide plate and two bottom plates, and the lower surface of upper guide plate is provided with slider of zipper fastener escape groove and zipper strip gathering sill, and two bottom plates are mounted on the lower surface of described upper guide plate, outside extend to the lower section of described zipper strip gathering sill；The lower surface of described back guide is also provided with slider of zipper fastener escape groove and zipper strip gathering sill.
The equipment stopped in fusion molding graininess on nylon zipper the most according to claim 4, it is characterized in that: described point of belting, including opening pyrometric cone block and the Zhui Kuai travel mechanism of chain tooth, described Zhui Kuai travel mechanism includes the cone block cylinder that pyrometric cone block can be driven to move up and down and the cone block guide rail guiding pyrometric cone block to move at above-below direction；The head of described pyrometric cone block is triangulo column.
The equipment stopped in fusion molding graininess on nylon zipper the most according to claim 4, it is characterized in that: described upper top chasing-attachment, including push rod and the push rod cylinder that push rod can be driven to move up and down, described push rod is arranged in described upper only bonding die, the upper end of described push rod is provided with on shaped granule shape groove only, and the top of the sidewall of this groove forms blade.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520992015.0U CN205409994U (en) | 2015-12-04 | 2015-12-04 | Equipment that ends in butt fusion shaping graininess on nylon zip fastener |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520992015.0U CN205409994U (en) | 2015-12-04 | 2015-12-04 | Equipment that ends in butt fusion shaping graininess on nylon zip fastener |
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| Publication Number | Publication Date |
|---|---|
| CN205409994U true CN205409994U (en) | 2016-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520992015.0U Active CN205409994U (en) | 2015-12-04 | 2015-12-04 | Equipment that ends in butt fusion shaping graininess on nylon zip fastener |
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| Country | Link |
|---|---|
| CN (1) | CN205409994U (en) |
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