CN207355624U - A kind of one-pass molding machine for zipper - Google Patents
A kind of one-pass molding machine for zipper Download PDFInfo
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- CN207355624U CN207355624U CN201721114734.8U CN201721114734U CN207355624U CN 207355624 U CN207355624 U CN 207355624U CN 201721114734 U CN201721114734 U CN 201721114734U CN 207355624 U CN207355624 U CN 207355624U
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- knitting needle
- chain tooth
- pin
- zipper
- slide fastener
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Abstract
The utility model discloses a kind of one-pass molding machine for zipper, including：Conveying mechanism, for conveying the zipper strip after nylon wire, the warp and weft of litzendraht wire and shaping along Zipper forming direction；Multiple heald pieces；Reciprocally swinging mechanism, for providing the reciprocally swinging power of horizontal direction；Reciprocating device, for providing the reciprocating movement power of vertical direction；Horizontal anomalous movement pin, is connected with reciprocating device transmission, vertically to move back and forth；Chain tooth knitting needle, is connected with reciprocally swinging mechanism driving, and the chain tooth knitting needle drives nylon wire along the width reciprocally swinging of the slide fastener and is set around horizontal anomalous movement pin to form chain tooth；Latitude pin, the latitude pin drive weft back and forth to be run along the width of the slide fastener, and the litzendraht wire weft is woven to form zipper strip with the litzendraht wire warp.The utility model can be such that zipper cloth belt and chain tooth synchronously weaves, and one-pass molding is efficient.
Description
Technical field
It the utility model is related to slide fastener production technical field, more particularly to a kind of one-pass molding machine for zipper.
Background technology
At present, slide fastener is widely used in polytype product such as clothes, packaging bag, tent, is multiple product
Indispensable accessory.In use, be engaged a pair of zipper strip with chain tooth by slider of zipper fastener, so that by clothes, packaging bag, account
The opening of the products such as paulin is closed；When opening opening, the chain tooth of engagement is disengaged by pull head, so as to open opening for product
Mouthful.Existing slide fastener generally comprises a pair of of zipper strip, and every zipper strip includes zipper cloth belt and the chain positioned at zipper cloth belt edge
Tooth, zipper cloth belt is by being knitted to form.In this way, the making forming method of slide fastener is by first machine-shaping chain tooth, recycles and compile
Line machine-shaping zipper cloth belt is knitted, finally chain tooth and zipper strip are sewed together to form zipper strip.Drawn especially for nylon
Chain, its chain tooth are to wind center line by heated die with nylon monofilament to form.
But there are following defect for the existing machine for making slide fastener：
(1) zipper cloth belt and chain tooth are usually respectively prepared, and are then connected zipper cloth belt with chain tooth by way of sewing
Together, in use, chain tooth is easily separated from zipper cloth belt, causes slide fastener position gap occur.
(2) processing efficiency is low, it is necessary to respectively to chain tooth, zipper cloth belt shaping, is finally sewed again, and chain tooth needs to carry out
Heated die, process needed for the shaping of slide fastener is more, and time-consuming.
(3) the lock seaming wire molding machine structure for the braiding of slide fastener belt edge is typically monolock sideline, makes product lock seaming quality
It is bad, easily scatter through pullling whole braiding structure energetically, product quality is relatively low.
Utility model content
For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of one-pass molding machine for zipper, make
Zipper cloth belt and chain tooth can synchronously weave, and one-pass molding is efficient.
The purpose of this utility model adopts the following technical scheme that realization：
A kind of one-pass molding machine for zipper, including：
Conveying mechanism, after conveying nylon wire, the warp and weft of litzendraht wire and shaping along Zipper forming direction
Zipper strip；
Multiple heald pieces, the multiple heald piece are located on the length direction of the slide fastener, and each heald piece drives
A piece warp is back and forth run along the surface direction perpendicular to the slide fastener；
Reciprocally swinging mechanism, for providing the reciprocally swinging power of horizontal direction；
Reciprocating device, for providing the reciprocating movement power of vertical direction；
Horizontal anomalous movement pin, is connected with reciprocating device transmission, vertically to move back and forth；
Chain tooth knitting needle, is connected with reciprocally swinging mechanism driving, and the chain tooth knitting needle drives width of the nylon wire along the slide fastener
Degree direction reciprocally swinging is simultaneously set around horizontal anomalous movement pin to form chain tooth, and more warps and the afterbody of multiple chain tooths are woven with fixation
The chain tooth, single warp respectively the first opposite face of the slide fastener and the second face across the leg of two neighboring chain tooth with
The fixed chain tooth；
Latitude pin, the latitude pin drive weft back and forth to be run along the width of the slide fastener, the litzendraht wire weft and institute
Litzendraht wire warp is stated to be woven to form zipper strip.
Further, the one-pass molding machine for zipper further includes fixed plate, and movable mouth is provided with fixed plate and wears mouth, wears mouth
Connected with movable mouth by a connected entrance, horizontal anomalous movement pin is located in movable mouth and is vertically slidably matched with fixed plate.
Further, the one-pass molding machine for zipper further includes slide fastener, slide fastener one end and chain tooth knitting needle snapping, the side of slide fastener
Portion is protruding with sliding part, and accordingly, fixed plate is equipped with the sliding slot being slidably matched with sliding part.
Further, the fixed plate includes the clamping plate of two stackings, forms gap between two clamping plates, the slide fastener is placed in gap
It is interior；The reciprocating device includes driving mechanism and oscillating deck, and oscillating deck is connected with driving mechanism transmission, and oscillating deck is arranged on institute
State in gap, the end of oscillating deck is equipped with bayonet, and bayonet has with pushing the splenium of slide fastener and jacking up the support portion of slide fastener, splenium
It is more than the height of slide fastener with the spacing in support portion.
Further, the traffic direction of the corresponding heald piece of adjacent two warps is opposite.
Further, the chain tooth knitting needle includes the first chain tooth knitting needle and the second chain tooth knitting needle, and the latitude pin includes first
Latitude pin and the second latitude pin；
The first chain tooth knitting needle and the first latitude pin are knitted positioned at the same side of the braiding device, second chain tooth
Pin and the second latitude pin are positioned at the opposite side for weaving device；
The first chain tooth knitting needle and the opposite reciprocally swinging of the second chain tooth knitting needle, the first chain tooth knitting needle be used for around
It is located on horizontal anomalous movement pin and forms the first chain tooth, the second chain tooth knitting needle is used for around being located on the horizontal anomalous movement pin to be formed
Second chain tooth；
The first latitude pin and the opposite reciprocally swinging of the second latitude pin, the first latitude pin, the second latitude pin are used for latitude
Line is woven to form zipper cloth belt.
Further, the front end of the first latitude pin has the first front fork, before the front end of the second latitude pin has second
Fork.
Further, the one-pass molding machine for zipper further includes contoured support frame, to form difference for driving warp to move
The mechanical heald of shed open, the first envelope line arm for blocking sideline, the second envelope line arm for blocking sideline, the first envelope line
Arm, the second envelope line arm are moved back and forth along the extending direction of contoured support frame respectively, and the machinery heald is located at contoured support frame
One end.
Further, the first envelope line arm and the second envelope line arm include knitting needle axis, motor, knitting needle support base, knitting needle
With knitting needle hook, the output terminal of the knitting needle axis and motor connects, and the knitting needle support base is installed on knitting needle axis, the knitting needle
Affixed with knitting needle support base, the knitting needle hook is fixedly installed in one end of knitting needle.
Further, the chain tooth knitting needle and latitude pin are in arc-shaped.
Compared with prior art, the beneficial effects of the utility model are：
The utility model moved up and down by reciprocally swinging mechanism and reciprocating device come automatic traction horizontal anomalous movement pin,
Automatic traction chain tooth knitting needle moves back and forth, so that nylon wire is crossed over above horizontal anomalous movement pin when horizontal anomalous movement pin moves down,
When horizontal anomalous movement pin moves up, nylon wire recycles and nylon wire is around in horizontal anomalous movement pin quickly to form chain tooth, meanwhile, more warps
The afterbody of line and multiple chain tooths is woven with the fixation chain tooth, and single warp is respectively in the first opposite face of the slide fastener and the
Two faces across two neighboring chain tooth afterbody with the fixation chain tooth；Weft is back and forth run along the width of the slide fastener, institute
State weft to be woven to form zipper strip with the warp, effectively increase the molding speed of zipper strip, solve multiple operation
The time-consuming problem of slide fastener is made, and the stability of zipper strip can also be improved through once weaving suture, makes chain tooth in zipper cloth belt
Fixation it is more firm.
Brief description of the drawings
Fig. 1 is the structure diagram of zipper strip；
Fig. 2 is the structure diagram total figure of the utility model one-pass molding machine for zipper；
Fig. 3 is structure diagram of the utility model one-pass molding machine for zipper in zipper strip shaping position；
Fig. 4 by refer at A in Fig. 3 the utility model chain tooth knitting needle, latitude pin, fixed plate, oscillating deck structure diagram；
Fig. 5 is to be provided with one of schematic diagram of horizontal anomalous movement pin, slide fastener in the utility model fixed plate；
Fig. 6 be the utility model fixed plate on be provided with horizontal anomalous movement pin, slide fastener schematic diagram two；
Fig. 7 is the structure diagram of the utility model oscillating deck；
Fig. 8 is the structure diagram of the utility model slide fastener；
Fig. 9 is one of structure diagram of the utility model chain tooth knitting needle and latitude pin；
Figure 10 is the second structural representation of the utility model chain tooth knitting needle and latitude pin；
Figure 11 is the overall structure diagram of the utility model lock seaming structure；
Figure 12 is the enlarged diagram of the utility model lock seaming structure；
Figure 13 is the structure diagram of the utility model the first envelope line arm.
In figure：1st, fixed plate；11st, movable mouth；12nd, Chuan Kou；13rd, connected entrance；14th, sliding slot；15th, clamping plate；2nd, horizontal anomalous movement
Pin；3rd, chain tooth knitting needle；4th, reciprocally swinging mechanism；5th, reciprocating device；51st, driving mechanism；52nd, oscillating deck；53rd, bayonet；54、
Splenium；55th, support portion；6th, slide fastener；61st, sliding part；7th, latitude pin；111st, the first chain tooth knitting needle；112nd, the second chain tooth knitting needle；121st,
One latitude pin；1211st, the first front fork；122nd, the second latitude pin；221st, the second front fork；100th, the first zipper strip；200th, the second zipper strip；
102nd, the first chain tooth；202nd, the second chain tooth；300th, weft；400th, warp；401st, nylon wire；500th, contoured support frame；600th, machine
Tool heald；700th, the first envelope line arm；701st, knitting needle support base；702nd, knitting needle；703rd, knitting needle hook；710th, the first conductive arms；
800th, the second envelope line arm；810th, the second conductive arms；820th, lock seaming pin；900th, conveying mechanism.
Embodiment
In the following, with reference to attached drawing and embodiment, the utility model is described further, it is necessary to explanation is,
On the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.
A kind of one-pass molding machine for zipper as shown in figures 1-8, including：
Conveying mechanism 900, for the warp 400 and weft 300 along Zipper forming direction conveying nylon wire 401, litzendraht wire
And the zipper strip after shaping；
Multiple heald piece (not shown)s, the multiple heald piece are located on the length direction of the slide fastener, Mei Gesuo
Stating heald piece drives a warp 400 back and forth to be run along the surface direction perpendicular to the slide fastener；
Reciprocally swinging mechanism 4, for providing the reciprocally swinging power of horizontal direction；
Reciprocating device 5, for providing the reciprocating movement power of vertical direction；
Horizontal anomalous movement pin 2, is connected with the transmission of reciprocating device 5, vertically to move back and forth；
Chain tooth knitting needle 3, is driven with reciprocally swinging mechanism 4 and is connected, and the chain tooth knitting needle 3 drives nylon wire 401 along the drawing
The width reciprocally swinging of chain is simultaneously set around horizontal anomalous movement pin 2 to form chain tooth, more warps 400 and the afterbody of multiple chain tooths
Braiding is with the fixation chain tooth, and single warp 400 is respectively in the first opposite face of the slide fastener and the second face across adjacent two
The leg of a chain tooth is with the fixation chain tooth；
Latitude pin 7, the latitude pin 7 drive weft 300 back and forth to be run along the width of the slide fastener, the litzendraht wire weft
300 are woven to form zipper strip with the litzendraht wire warp 400.
Conveying mechanism 900 drive nylon wire 401, litzendraht wire towards Zipper forming direction move, and to make be molded after
Zipper strip send out；Conveying mechanism can be conveyed by the way of belt transmission mechanism, chain type transmission mechanism or disk roller.By reciprocal
Swing mechanism 4 and reciprocating device 5 come that automatic traction horizontal anomalous movement pin 2 moves up and down, automatic traction chain tooth knitting needle 3 back and forth moves
It is dynamic, so that nylon wire 401 is crossed over above horizontal anomalous movement pin 2 when horizontal anomalous movement pin 2 moves down, when horizontal anomalous movement pin 2 moves up,
Nylon wire 401 recycles and nylon wire 401 is around in horizontal anomalous movement pin 2 quickly to form chain tooth, meanwhile, more warps 400 with it is more
The afterbody of a chain tooth is woven with the fixation chain tooth, and single warp 400 is respectively in opposite the first face and second of the slide fastener
Face across two neighboring chain tooth afterbody with the fixation chain tooth；Weft 300 is back and forth run along the width of the slide fastener, institute
State weft 300 to be woven to form zipper strip with the warp 400, effectively increase the molding speed of zipper strip, solve
Multiple operation makes the time-consuming problem of slide fastener, and can also improve the stability of zipper strip through once weaving suture, is drawing chain tooth
The fixation of chain strap is more firm.Perforation can be set on chain tooth knitting needle 3, through nylon wire 401 to drive nylon wire 401 to move.
Further, the chain tooth knitting needle 3 and latitude pin 7 are in arc-shaped, make chain tooth knitting needle 3, tie up the reciprocating action of pin more
Add, reduce occupied space.
Further, the one-pass molding machine for zipper further includes fixed plate 1, and movable mouth 11 and Chuan Kou are provided with fixed plate 1
12, wear mouth 12 and connected with movable mouth 11 by a connected entrance 13, horizontal anomalous movement pin 2 be located in movable mouth 11 and with 1 edge of fixed plate
Slide vertically cooperation.Wherein, extend since nylon wire 401 makes the direction fed in slide fastener, chain tooth knitting needle 3 is with nylon wire
After 401 penetrate mouth 12, nylon wire 401 will enter movable mouth 11 obliquely through connected entrance 13, with movable mouth 11 and movable
Horizontal anomalous movement pin 2 be wound action.Reciprocally swinging mechanism 4 and reciprocating device 5 can use motor-driven connecting rod
Mechanism or the reciprocal of gear mechanism or screw mechanism realization perform action, also using the rotating of motor this can be realized toward double action
Make.Certainly, in other embodiments, also the reciprocating action can be realized using the executing agency of cylinder, oil cylinder linear motion.
Further, the one-pass molding machine for zipper further includes slide fastener 6,6 one end of slide fastener and 3 snapping of chain tooth knitting needle, slide fastener 6
Sidepiece be protruding with sliding part 61, accordingly, fixed plate 1 is equipped with the sliding slot 14 that is slidably matched with sliding part 61.In this way, slide fastener 6
Move up and down and will be able to be oriented to and support, slide fastener 6 also will drive horizontal anomalous movement pin 2 to move up and down, since horizontal anomalous movement pin 2 is in
Elongate, and winding chain tooth is needed, it is arranged such the slide fastener 6 and is also more conducive to be reciprocated the connection drive movement of mechanism 5.
Further, the fixed plate 1 includes the clamping plate 15 of two stackings, forms gap between two clamping plates 15, the slide fastener 6 is put
In in gap；The gap can be such that slide fastener 6 houses in it, with 2 centering of horizontal anomalous movement pin, make moving up and down for horizontal anomalous movement pin 2
Not sideslip.To make the movement of slide fastener 6 not sideslip, the reciprocating device 5 includes driving mechanism 51 and oscillating deck 52, oscillating deck
52 are connected with the transmission of driving mechanism 51, and oscillating deck 52 is arranged in the gap, and the end of oscillating deck 52 is equipped with bayonet 53, bayonet 53
With with pushing the splenium 54 of slide fastener 6 and jacking up the support portion 55 of slide fastener 6, the spacing in splenium 54 and support portion 55 is more than slide fastener 6
Highly.Above the carrying and pushing to slide fastener 6 by splenium 54 and support portion 55, so that it may drive slide fastener 6 to move up and down, meanwhile, splenium 54
Being more than the height of slide fastener 6 with the spacing in support portion 55 can make slide fastener 6 form gap in connected entrance 13 all the time, for nylon wire 401 from
Wear mouth 12 and penetrate movable mouth 11 through the gap into fashionable, further around in horizontal anomalous movement pin 2.
Further, the traffic direction of the corresponding heald piece of adjacent two warps is opposite so that adjacent two warps 400 are right
To reciprocal operation, so as to fulfill adjacent two warps 400 respectively across same chain tooth afterbody purpose.
Further, the one-pass molding machine for zipper of this example weaves the first zipper strip 100 and the second zipper strip 200, institute at the same time
Stating chain tooth knitting needle 3 includes the first chain tooth knitting needle 111 and the second chain tooth knitting needle 112, and the latitude pin 7 includes the first latitude pin 121 and the
Two latitude pins 122；
The first chain tooth knitting needle 111 and the first latitude pin 121 are positioned at the same side of the braiding device, and described second
Chain tooth knitting needle 112 and the second latitude pin 122 are positioned at the opposite side for weaving device；
The first chain tooth knitting needle 111 and the 112 opposite reciprocally swinging of the second chain tooth knitting needle, the first chain tooth knitting needle
111 are used to form the first chain tooth 102 around being located on horizontal anomalous movement pin 2, and the second chain tooth knitting needle 112 is used for around being located at the water
To form the second chain tooth 202 on flat active pointer 2；
The first latitude pin 121 and the 122 opposite reciprocally swinging of the second latitude pin, the first latitude pin 121, the second latitude pin
122 are used to weave weft 300 to form zipper cloth belt.
First chain tooth knitting needle 111 and the second chain tooth knitting needle 112 to reciprocal to running.Specifically, the first chain tooth knitting needle 111
Front end from the first lateral second side arc movement of slide fastener, and stagger with the second chain tooth knitting needle 112, the first chain tooth knitting needle 111
For being woven the position of the first nylon wire 401 (or chain dental floss) band to the first zipper strip 100 to form the first chain tooth
102, in the present embodiment, the first chain tooth knitting needle 111 brings 102 line of the first chain tooth to the position of the first zipper strip 100 from the first side
Woven to form the first chain tooth 102；The front end of second chain tooth knitting needle 112 is moved from the second lateral first side arc of slide fastener
It is dynamic, and stagger with the first chain tooth knitting needle 111, the second chain tooth knitting needle 112 is used for 202 tape of the second chain tooth to the second zipper strip
200 position is woven to form the second chain tooth 202, and in the present embodiment, the second chain tooth knitting needle 112 is by 202 line of the second chain tooth
Bring to the position of the second zipper strip 200 and woven to form the second chain tooth 202 from the second side.
Further, as shown in figs. 9-10, the front end of the first latitude pin 121 has the first front fork 211, second latitude
The front end of pin 122 has the second front fork 221.When the first latitude pin 121 and the second latitude pin 122 are to reciprocal run, the first front fork
211 are used to catch on the second weft 300 by 300 band of the second weft to the position of the second zipper strip 200, in the present embodiment, before first
Fork 211 from the second chain tooth 202 nearby by 300 band of the second weft to the position of the second zipper strip 200, then, the first latitude pin 121 to
The operation of first side resets, and the second weft 300 for example departs from the first front fork 211 under tension.Second front fork 221 is used to catch on
First weft 300 is by 300 band of the first weft to the position of the first zipper strip 100, in the present embodiment, the second front fork 221 from first
Chain tooth 102 is nearby by 300 band of the first weft to the position of the first zipper strip 100, and then, the second latitude pin 122 is run to the second side
Reset, the first weft 300 for example departs from the second front fork 221 under tension.It is multiple in the first latitude pin 121 and the second latitude pin 122
During position, it can prevent the first weft 300 and the second weft 300 from winding.
Further, as shown in figure 11, the one-pass molding machine for zipper further includes contoured support frame 500, is passed through for driving
Line 400 moves the mechanical heald 600 for forming different shed opens, the first envelope line arm 700 for blocking sideline, for blocking sideline
Second envelope line arm 800, for guiding lock seaming line through the first conductive arms 710 of different shed opens and for guiding lock seaming line through not
With the second conductive arms 810 of shed open, the first envelope line arm 700, the second envelope line arm 800 prolonging along contoured support frame 500 respectively
Direction reciprocating motion is stretched, the machinery heald 600 is located at one end of contoured support frame 500.Mechanical heald 600 drives warp 400
Conversion movement is done, warp 400 is transformed into 400 groups of different warps, while forms different shed opens.As illustrated by figs. 12-13,
One envelope line arm 700 can be moved back and forth along the extending direction of contoured support frame 500 so that the first envelope line arm 700 can be by shed open
In crossed loops button hook live after reset, the first envelope line arm 700, which is retracted origin and driven, intersects latch closure toward close to contoured support frame 500
Direction is moved, and the second envelope line arm 800 is installed between contoured support frame 500 and second mechanical arm, and the second envelope line arm 800 retracts original
Point, which drives, intersects latch closure toward close to the movement of the direction of contoured support frame 500, can steadily move, contributes to so that intersecting latch closure
Improve weaving quality.
Further, as illustrated by figs. 12-13, the first envelope line arm 700 and the second envelope line arm 800 include knitting needle axis,
First motor, knitting needle support base 701, knitting needle 702 and knitting needle hook 703, the output terminal connection of the knitting needle axis and motor are described
Knitting needle support base 701 is installed on knitting needle axis, and the knitting needle 702 and knitting needle support base 701 are affixed, and the knitting needle hook 703 is solid
Dingan County is loaded on one end of knitting needle 702.First motor works, and the first motor drives knitting needle axis to rotate clockwise, and knitting needle support base
701 are installed on knitting needle axis, and knitting needle axis drives knitting needle support base 701 to rotate clockwise, by knitting needle 702 and knitting needle support base 701
Affixed, knitting needle 702 can be moved back and forth along the extending direction of contoured support frame 500, and one end of knitting needle 702 has knitting needle hook
703, crossed loops button hook can be lived prevent it from departing from knitting needle 702 in moving process, finally realize twin-lock sideline, product is completed
Production shaping, helps avoid the phenomenon that product is easily damaged and occurs, improve product quality.First conductive arms, 710 He of this example
Second conductive arms 810 include lock seaming pin 820, for driving lock seaming pin to rotate hooking wheel and the second electricity to catch on lock seaming line
Machine, the lock seaming pin 820 are installed on hooking wheel, the output axis connection of the hooking wheel and the second motor.Second motor works,
Hooking wheel can be driven to rotate counterclockwise, hooking wheel rotates driving lock seaming pin 820 and rotates counterclockwise, so that lock seaming 820 energy of pin
Different shed opens can be entered by enough triggering lock seaming line, from different warp weave ins.
The above embodiment is only the preferred embodiment of the utility model, it is impossible to is protected with this to limit the utility model
Scope, the change of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to
In the utility model scope claimed.
Claims (10)
- A kind of 1. one-pass molding machine for zipper, it is characterised in that including：Conveying mechanism, for conveying the slide fastener after nylon wire, the warp and weft of litzendraht wire and shaping along Zipper forming direction Band；Multiple heald pieces, the multiple heald piece are located on the length direction of the slide fastener, and each heald piece drives one Warp is back and forth run along the surface direction perpendicular to the slide fastener；Reciprocally swinging mechanism, for providing the reciprocally swinging power of horizontal direction；Reciprocating device, for providing the reciprocating movement power of vertical direction；Horizontal anomalous movement pin, is connected with reciprocating device transmission, vertically to move back and forth；Chain tooth knitting needle, is connected with reciprocally swinging mechanism driving, and the chain tooth knitting needle drives width side of the nylon wire along the slide fastener To reciprocally swinging and horizontal anomalous movement pin is set around to form chain tooth, and more warps and the afterbody of multiple chain tooths are woven with described in fixation Chain tooth, single warp respectively in the first opposite face of the slide fastener and the second face across the leg of two neighboring chain tooth with fixation The chain tooth；Latitude pin, the latitude pin drive weft back and forth to be run along the width of the slide fastener, the litzendraht wire weft and the volume Line warp is knitted to be woven to form zipper strip.
- 2. one-pass molding machine for zipper as claimed in claim 1, it is characterised in that：Fixed plate is further included, work is provided with fixed plate Mouth is opened one's mouth and worn, mouth is worn and is connected with movable mouth by a connected entrance, horizontal anomalous movement pin is located in movable mouth and perpendicular with fixed plate edge To being slidably matched.
- 3. one-pass molding machine for zipper as claimed in claim 2, it is characterised in that：Slide fastener is further included, slide fastener one end is knitted with chain tooth Pin snapping, the sidepiece of slide fastener are protruding with sliding part, and accordingly, fixed plate is equipped with the sliding slot being slidably matched with sliding part.
- 4. one-pass molding machine for zipper as claimed in claim 3, it is characterised in that：The fixed plate includes the clamping plate of two stackings, Gap is formed between two clamping plates, the slide fastener is placed in gap；The reciprocating device includes driving mechanism and oscillating deck, swings The transmission of plate and driving mechanism is connected, and oscillating deck is arranged in the gap, and the end of oscillating deck is equipped with bayonet, bayonet with Push the splenium of slide fastener and jack up the support portion of slide fastener, the spacing in splenium and support portion is more than the height of slide fastener.
- 5. such as claim 1-4 any one of them one-pass molding machine for zipper, it is characterised in that：Adjacent two warps are corresponding comprehensive The traffic direction of silk piece is opposite.
- 6. such as claim 1-4 any one of them one-pass molding machine for zipper, it is characterised in that：The chain tooth knitting needle includes first Chain tooth knitting needle and the second chain tooth knitting needle, the latitude pin include the first latitude pin and the second latitude pin；The first chain tooth knitting needle and the first latitude pin are positioned at the same side of braiding device, the second chain tooth knitting needle and described Opposite side of the second latitude pin positioned at the braiding device；The first chain tooth knitting needle and the opposite reciprocally swinging of the second chain tooth knitting needle, the first chain tooth knitting needle are used for around being located at The first chain tooth is formed on horizontal anomalous movement pin, the second chain tooth knitting needle is used for around being located on the horizontal anomalous movement pin to form second Chain tooth；The first latitude pin and the opposite reciprocally swinging of the second latitude pin, the first latitude pin, the second latitude pin are used to compile in weft Knit to form zipper cloth belt.
- 7. one-pass molding machine for zipper as claimed in claim 6, it is characterised in that：Before the front end of the first latitude pin has first Fork, the front end of the second latitude pin has the second front fork.
- 8. such as claim 1-4 any one of them one-pass molding machine for zipper, it is characterised in that：Further include contoured support frame, use The mechanical heald to form different shed opens, the first envelope line arm for blocking sideline are moved in driving warp, for blocking sideline Second envelope line arm, for guide lock seaming line through different shed opens the first conductive arms and for guide lock seaming line pass through different shed opens The second conductive arms, the first envelope line arm, the second envelope line arm respectively along contoured support frame extending direction move back and forth, it is described Mechanical heald is located at one end of contoured support frame.
- 9. one-pass molding machine for zipper as claimed in claim 8, it is characterised in that：The first envelope line arm and the second envelope line arm Including knitting needle axis, the first motor, knitting needle support base, knitting needle and knitting needle hook, the output terminal of the knitting needle axis and motor connects, The knitting needle support base is installed on knitting needle axis, and the knitting needle and knitting needle support base are affixed, and the knitting needle hook is fixedly installed in One end of knitting needle；First conductive arms and the second conductive arms include lock seaming pin, for driving the rotation of lock seaming pin to catch on lock The hooking wheel and the second motor in sideline, the lock seaming pin are installed on hooking wheel, the output shaft of the hooking wheel and the second motor Connection.
- 10. such as claim 1-4 any one of them one-pass molding machine for zipper, it is characterised in that：The chain tooth knitting needle and latitude pin It is in arc-shaped.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721114734.8U CN207355624U (en) | 2017-08-31 | 2017-08-31 | A kind of one-pass molding machine for zipper |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721114734.8U CN207355624U (en) | 2017-08-31 | 2017-08-31 | A kind of one-pass molding machine for zipper |
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| CN207355624U true CN207355624U (en) | 2018-05-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107495548A (en) * | 2017-08-31 | 2017-12-22 | 广州永晋机械有限公司 | A kind of one-shot forming machine for zipper |
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2017
- 2017-08-31 CN CN201721114734.8U patent/CN207355624U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107495548A (en) * | 2017-08-31 | 2017-12-22 | 广州永晋机械有限公司 | A kind of one-shot forming machine for zipper |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Zipper making machine for one-time forming Effective date of registration: 20191122 Granted publication date: 20180515 Pledgee: Bank of China, Limited by Share Ltd, Guangzhou, Panyu branch Pledgor: Guangzhou Yong Jin Machinery Co., Ltd. Registration number: Y2019440000219 |
|
| PE01 | Entry into force of the registration of the contract for pledge of patent right |