CN107072359A - The manufacture device of Woven slide fastener tooth chain belt - Google Patents
The manufacture device of Woven slide fastener tooth chain belt Download PDFInfo
- Publication number
- CN107072359A CN107072359A CN201580002270.9A CN201580002270A CN107072359A CN 107072359 A CN107072359 A CN 107072359A CN 201580002270 A CN201580002270 A CN 201580002270A CN 107072359 A CN107072359 A CN 107072359A
- Authority
- CN
- China
- Prior art keywords
- needle
- chain belt
- sinker
- tooth chain
- claw
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- 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
- A44B19/52—Securing the interlocking members to stringer tapes while making the latter
- A44B19/56—Securing the interlocking members to stringer tapes while making the latter while knitting the stringer tapes
-
- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B21/00—Warp knitting processes for the production of fabrics or articles not dependent on the use of particular machines; Fabrics or articles defined by such processes
- D04B21/14—Fabrics characterised by the incorporation by knitting, in one or more thread, fleece, or fabric layers, of reinforcing, binding, or decorative threads; Fabrics incorporating small auxiliary elements, e.g. for decorative purposes
-
- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B23/00—Flat warp knitting machines
- D04B23/14—Flat warp knitting machines with provision for incorporating small auxiliary elements, e.g. for decorative purposes
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- D—TEXTILES; PAPER
- D10—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B—INDEXING SCHEME ASSOCIATED WITH SUBLASSES OF SECTION D, RELATING TO TEXTILES
- D10B2501/00—Wearing apparel
- D10B2501/06—Details of garments
- D10B2501/063—Fasteners
- D10B2501/0631—Slide fasteners
Abstract
The present invention is woven using sinker to Woven slide fastener with tooth chain belt.The manufacture device of Woven slide fastener tooth chain belt, the side edge part for manufacturing in the zipper strip (91) of braid is incorporated into the Woven slide fastener of the chain denture (95) of coiled type with tooth chain belt (90), it is characterised in that possess：Needle-bar (30) with multiple needle trays (30a)；The multiple crochet needles (31) being directed in multiple needle trays；The multiple sley points (32) passed through for the knitting yarn (92) of zipper strip；Press multiple sinkers (33) of one end of tooth chain belt；The guiding piece (34) that one filament (94) for wire is passed through；With the claw (38) for being wrapping with one filament, guiding piece (34) and claw (38) configure the side in the depth direction of its needle tray relative to needle-bar, and sinker (33) configures the opposite side in the depth direction of its needle tray relative to needle-bar.
Description
Technical field
The present invention relates to the manufacture device of the Woven slide fastener tooth chain belt of manufacture tooth chain belt, the tooth chain belt is in Woven slide fastener
During band, the one filament of wire is bent into coiled type and as chain tooth row, thus chain tooth is incorporated into a side edge part of zipper strip
Row.
Background technology
As Woven slide fastener with one of the manufacture device of tooth chain belt, exist using braider and except crochet needle, guide
Beyond pin, also be hung on one filament claw, by one filament bend and as coiled type chain denture guiding
The manufacture device (patent document 1,2) of part.
Prior art literature
Patent document
Patent document 1：Japanese Unexamined Patent Publication 10-42916 publications
Patent document 2：WO2015/097830
The content of the invention
Additionally, it is known that in the presence of the manufacture device for the Woven slide fastener tooth chain belt that sinker is used in braider, if on one side
By sinker pressing braiding substrate while being woven, then the outward appearance of braiding substrate can be improved.
But, whether there is sinker without record in above-mentioned patent document.
The present invention allows for above-mentioned actual conditions and made, its object is to using sinker to Woven slide fastener tooth
Chain belt is woven.
The Woven slide fastener of the present invention is used to manufacture the side edge part in the zipper strip of braid with the manufacture device of tooth chain belt
It is incorporated into the Woven slide fastener tooth chain belt of the chain denture of coiled type.And the manufacture device of the present invention possesses：With multiple needle trays
Needle-bar；The multiple crochet needles being directed in multiple needle trays；The multiple sley points passed through for the knitting yarn of zipper strip；Pressing
Multiple sinkers of one end of tooth chain belt；The guiding piece that one filament for wire is passed through；With the claw for being wrapping with one filament.
Moreover, guiding piece and claw configure the side in the depth direction of its needle tray relative to needle-bar, sinker is relative to needle-bar
Configure the opposite side in the depth direction of its needle tray.
In addition, multiple sinkers can press the optional position of the width length range of tooth chain belt, but in order to improve
The outward appearance of tooth chain belt and expect as follows.
That is, multiple sinkers possess sinker and the pressing of the chain denture side in the width total length of pressing tooth chain belt
The sinker of non-chain denture side.
In addition, whether sinker is located at two adjacents of claw when pressing one end of tooth chain belt, but in order to carry
The outward appearance of high tooth chain belt and expect as follows.
That is, two sinkers in multiple sinkers be located at when pressing one end of tooth chain belt relative to claw its two
Adjacent.
In addition, making how claw, guiding piece, the device of sinker movement configure relative to needle-bar, but be respectively
It is easily configured and expects as follows.
That is, Woven slide fastener is also equipped with the manufacture device of tooth chain belt：Claw mobile device, it makes claw relative to list
Root long filament is moved between the position being wrapping with and the position of separation；Guiding piece mobile device, it is in order that one filament is in slide fastener
One side edge part of band bends and arranged as chain tooth, and guiding piece is moved back and forth on knitting width direction；With sinker movement
Device, it makes sinker be moved between the position of pressing tooth chain belt and the position separated with tooth chain belt.Moreover, guiding piece is moved
Device and claw mobile device configure the side in the depth direction of its needle tray, sinker mobile device phase relative to needle-bar
The opposite side in the depth direction of its needle tray is configured for needle-bar.
Invention effect
According to the manufacture device of the tooth chain belt of the present invention, due to by the configuration of the configuration of guiding piece and claw and sinker
It is divided into the both sides of the depth direction of its needle tray relative to needle-bar, so relative with by the configuration of guiding piece, claw, sinker
Situation in the side for the depth direction that needle-bar is its needle tray is compared, and is easily configured guiding piece, claw and sinker.
If in addition, multiple sinkers possess pressing tooth chain belt width total length in chain denture side sinker and
The sinker of non-chain denture side is pressed, then compared with not pressing multiple sinkers of chain denture side, the outward appearance of tooth chain belt is improved.
If in addition, two sinkers press tooth chain belt one end when relative to claw be located at its two adjacent,
With sinker compared with claw is only located at the situation of a side of its two adjacent, the outward appearance of tooth chain belt is improved.
If in addition, by the configuration of guiding piece mobile device and claw mobile device and the configuration phase of sinker mobile device
Be divided into the both sides of the depth direction of its needle tray for needle-bar, then with by guiding piece mobile device, claw mobile device, sedimentation
The configuration of piece mobile device is easily configured each movement compared with the situation of the side for the depth direction that needle-bar is its needle tray
Device.
Brief description of the drawings
Fig. 1 is the block diagram of the manufacture device for the Woven slide fastener long-chain for representing first embodiment.
Fig. 2 is the top view for representing tooth chain belt manufacture device.
Fig. 3 is the side view for representing tooth chain belt manufacture device.
Fig. 4 is the top view of guiding piece mobile device.
Fig. 5 is the side view of guiding piece mobile device.
Fig. 6 is the top view for the part for representing tooth chain belt.
Fig. 7 is the explanation figure for representing the state that sinker leaves from needle-bar.
Fig. 8 is the explanation figure for representing sinker and the close state of needle-bar.
Fig. 9 be represent claw from chain tooth portion depart from and guiding piece be located at chain tooth portion return portion side state explanation
Figure.
Figure 10 is to represent that claw departs from and guiding piece froming the perspective of positioned at the state of the engageable head side in chain tooth portion from chain tooth portion
Bright figure.
Figure 11 is the explanation figure for the state for representing claw pressing one filament.
Figure 12 is to represent that one filament is hung on the explanation figure that claw and guiding piece are located at the state of return portion side.
Figure 13 is to represent to make the explanation figure of the state of crochet needle rising in the state of sinker presses one end of tooth chain belt.
Figure 14 is the front view of geared assembly.
Figure 15 is the rearview of geared assembly.
Figure 16 is the top view of geared assembly.
Figure 17 is Figure 16 XVII-XVII lines sectional view and the sectional view for obtaining the part amplification of the sectional view.
Figure 18 is Figure 16 XVIII-XVIII line sectional views.
Figure 19 is the top view for the use state for representing geared assembly.
Figure 20 is Figure 19 XX-XX line sectional views.
Figure 21 is Figure 19 XXI-XXI line sectional views.
Embodiment
The manufacture device of the Woven slide fastener long-chain of first embodiment is used for the list by a plurality of knitting yarn and a plurality of wire
Root long filament is multigroup with the tooth chain belt that two are one group to manufacture, and manufactures a long-chain by two tooth chain belts of each group.
As shown in figure 19, tooth chain belt 90 possesses：The zipper strip 91 as braid with defined length and width；With
The chain denture 95 for the coiled type being incorporated into a side edge part of the width of zipper strip 91.In addition, tooth chain belt 90 is in its width side
There is the part and chain denture 95 of zipper strip 91, in its width total length and chain in the chain denture side 90a into total length
There is the remainder of zipper strip 91 in opposite denture side 90a side, i.e. non-chain denture side 90b.
Chain denture 95 is resin-made, and is the coiled type of multireel.In addition, a volume amount of coiled type is referred to as into chain tooth portion
95a。
As shown in fig. 6, chain tooth portion 95a has：The engageable head 95b engaged with the chain tooth portion 95a of other chain dentures 95；From
A pair of legs 95c, 95c that the two ends of engageable head 95b length direction extend to the width of zipper strip 91；With in order to from
One leg 95c of the end of the side opposite with engageable head 95b in one leg 95c and other chain dentures 95 link and
The return portion 95d turned back.
Zipper strip 91 is that warp knit is formed, as knitting yarn 92, with chain knitting yarn 92a, Trico knitting yarn 92b,
Latitude inserts yarn 92c, and the coil of multiple arrangements is formed by chain knitting yarn 92a, Trico knitting yarn is incorporated into adjacent coil
92b, is incorporated into latitude insertion yarn 92c in the coil of specified quantity.In addition, zipper strip 91 is by making the chain of the both sides of its thickness direction
Shape knitting yarn 92a clamps chain tooth portion 95a a pair of legs 95c, 95c to fix chain denture in the length range of chain denture 95
95。
As shown in figure 19, long-chain 97 is two tooth chain belts 90,90 is formed by mutual engageable head 95b, 95b engagement
's.
As shown in figure 1, the manufacture device of the Woven slide fastener long-chain of first embodiment possesses：Supply the volume of knitting yarn 92
Weaving yarn feedway 1；Supply the one filament feedway 2 of one filament 94；By from knitting yarn feedway 1 and single length
The knitting yarn 92 and one filament 94 that silk feedway 2 is supplied manufacture a plurality of (being in the present embodiment even number bar) tooth chain belt
90 tooth chain belt manufacture device 3；Manufacture 90 every two engagements of tooth chain belt of the even number bar manufactured by tooth chain belt manufacture device 3
Multiple geared assemblies 4,4 ... of the long-chain 97 of the half quantity of above-mentioned even number bar；Manufactured with batching by these geared assemblies 4,4 ...
A plurality of long-chain 97,97 ... coiler device 5.
The main body of tooth chain belt manufacture device 3 is the braider of warp knit, is for example single raschel machine (single
Raschel machine), double raschel machines (double raschel machine), be single drawing in the present embodiment
She Er tricot machines.In addition, tooth chain belt manufacture device 3 has multiple tooth chain belt manufacturing department 3a of manufacture tooth chain belt 90 and makes whole
The primary shaft 3b that tooth chain belt manufacturing department 3a synchronously drives.
As shown in Fig. 2 whole tooth chain belt manufacturing department 3a is arranged on the width of tooth chain belt manufacture device 3.In addition,
Adjacent Liang Geya chain belts manufacturing department 3a is one group long chain manufacturer on the width of tooth chain belt manufacture device 3, and manufacture is used
In two tooth chain belts 90 of manufacture long-chain 97.In fig. 2, tooth chain belt manufacture device 3 all has 10 Ge Ya chain belts manufacturing department altogether
3a, 10 Ge Ya chain belts manufacturing department 3a are five groups long chain manufacturer.Liang Geya chain belts manufacturing department 3a, 3a of long-chain manufacturer exists
Symmetrically configured on the width of tooth chain belt manufacture device 3.
As shown in Fig. 3 or Fig. 7, tooth chain belt manufacturing department 3a possesses：Needle-bar 30 with multiple needle tray 30a；Along multiple pins
Multiple crochet needles 31 that groove 30a is moved back and forth and haunted from needle-bar 30；Make the crochet needle movement that multiple crochet needles 31 are moved back and forth
Device 31a；Make the sley point 32 that knitting yarn is passed through；Sley point 32 is set to carry out the sley point mobile device 32a of compulsory exercise；Pressing
Multiple sinkers 33 of one end of tooth chain belt；Make the sinker mobile device 33a that sinker 33 is moved back and forth；Guide the list of wire
The guiding piece 34 of root long filament；In order to which one filament is bent in a side edge part of zipper strip and turns into the chain denture of coiled type and makes
The guiding piece mobile device 35 that guiding piece 34 is moved back and forth；It is wrapping with the claw 38 of one filament；Make claw 38 relative to
The claw mobile device 39 moved between position and the position of separation that one filament is hooked；With cam, joining beam etc. and make
The transmission mechanism that each mobile device 31a, 32a, 33a, 35,38,39 link with primary shaft (diagram is omited).
In addition, tooth chain belt manufacturing department 3a fills guiding piece 34, claw 38, crochet needle mobile device 31a, guiding piece movement
Put 35 and claw mobile device 39 depth direction (thickness direction of needle-bar 30) in its needle tray 30a is configured relative to needle-bar 30
In side (being the direction side from needle tray 30a depths towards entrance in more detail), also, by sinker 33 and sinker
The opposite side that mobile device 33a is configured relative to needle-bar 30 in its needle tray 30a depth direction (is from needle tray in more detail
Direction side of the 30a entrance towards depths), sley point mobile device 32a is configured in crochet needle 31 from its relative to needle-bar 30
The side that needle tray 30a is protruded.
In this way, the both sides relative to needle-bar 30 in its needle tray 30a depth direction, be divided into guiding piece 34, claw 38,
Crochet needle mobile device 31a, guiding piece mobile device 35, the configuration of claw mobile device 39 and sinker 33, sinker are moved
Dynamic device 33a configuration, therefore it is easily configured these parts.
Needle-bar 30 is the flat board with defined width, vertical wide and thickness, in the one side of thickness direction, along vertical cross direction
Multiple needle tray 30a of extension are formed in the spaced up predetermined distance in width side.In addition, multiple needle tray 30a are can back and forth move
Dynamic mode is guided to crochet needle 31, crochet needle 31 is protruded from the one side in the two sides of the vertical cross direction of needle-bar 30.Will
In the two sides of the vertical cross direction of the needle-bar 30, face that crochet needle 31 is protruded is referred to as spicula and appeared 30b.
After, in the explanation of tooth chain belt manufacture device 3, the prescribed direction as following (1)~(3).
(1) knitting width direction refers to the width direction of needle-bar 30, is in other words that the main body of tooth chain belt manufacture device 3 (is compiled
Loom) width, be the left and right directions in Fig. 7.
(2) short transverse refers to the vertical cross direction of needle-bar 30, is orthogonal with paper direction in Fig. 7, upper direction refers to
The direction of direction in orthogonal direction nearby side is stated, lower direction refers to the direction on the inside of the direction in above-mentioned orthogonal direction.
(3) fore-and-aft direction refers to the thickness direction of needle-bar 30, is in other words needle tray 30a depth direction, and front direction refers to
The direction towards entrance side in needle tray 30a depth direction, rear in the depth direction for referring to needle tray 30a towards needle tray
The direction of 30a bottom side.
Crochet needle 31 is such as latch needles, and it is front direction to make its opening direction.
As shown in figure 3, sley point 32 is formed with the hole 32b passed through for knitting yarn 92.Other 32 points of sley point is that chain is compiled
Knit used with the braiding of, Trico, the purposes of latitude insertion yarn.Sley point 32 arranges multiple by every kind of purposes on knitting width direction
And be fixed on guide shank 32c.On guide shank 32c sley point mobile device is fixed with order to form defined stitch
32a。
The sley point mobile device of such as chain braiding makes sley point 32 carry out traversing action (along the shifting of knitting width direction
Dynamic action) and rocking action (action moved along the longitudinal direction), chain knitting yarn is thus wound into crochet needle 31 1 weeks.Separately
The sley point mobile device of outer latitude insertion yarn makes sley point 32 carry out traversing action in the rear side of crochet needle 31, thus, by
Latitude insertion yarn is incorporated into the coil of the specified quantity of chain knitting yarn formation.
Guiding piece 34 is cylinder, as shown in Fig. 2~Fig. 5, cylinder through direction towards fore-and-aft direction.In addition, long-chain manufacture is single
Two guiding pieces 34,34 of position are symmetrically configured at spaced intervals on knitting width direction.In addition, as shown in figure 9, guiding piece
34 are installed with one filament 94 inside it, and one filament 94 is sent out.
Guiding piece mobile device 35 possess the guiding piece axle 35a that is upwardly extended in knitting width side and with guiding piece axle 35a
The link mechanism 35b for linking and fixing guiding piece 34.
Guiding piece axle 35a at least jointly drives two guiding piece mobile devices 35,35 of long-chain manufacturer.Draw in addition
Guiding element axle 35a can be swingingly supported on the framework of tooth chain belt manufacture device (diagram is omited), and via transmission mechanism and original
Moving axis links.
Link mechanism 35b is used to guiding piece axle 35a oscillating motion being converted to guiding piece 34 in knitting width direction
Reciprocating motion, with many joining beams and multiple linking parts.In Fig. 4,5 example, link mechanism 35b has：Three joining beams
36a、36b、36c；Two linking parts 37a, 37b that every two ground of three joining beams 36a, 36b, 36c is linked；Join with by 3 three
The fulcrum 37j that a joining beam in bar 36a, 36b, 36c can be supported swingingly.By three joining beams 36a, 36b, 36c by from drawing
The order of guiding element axle 35a sides towards the side of guiding piece 34 is referred to as the 1st joining beam 36a, the 2nd joining beam 36b, the 3rd joining beam 36c, by two companies
Knot 37a, 37b is referred to as the 1st linking part 37a, the 2nd linking part by the order from guiding piece axle 35a sides towards the side of guiding piece 34
37b。
1st joining beam 36a is to extension on the outside of guiding piece axle 35a radial direction, and the one end of its length direction, which is fixed on, to be drawn
On guiding element axle 35a.In addition in Fig. 4,5 example, the length direction for being set to the 1st joining beam 36a is consistent with short transverse, by under it
End is fixed on guiding piece axle 35a.And the 1st joining beam 36a by the oscillating motion in the range of guiding piece axle 35a predetermined angular
It is converted into the oscillating motion (reciprocating motion) of the 1st joining beam 36a top i.e. upper end in the longitudinal direction.In addition, the 1st joining beam
36a is shared by two guiding piece mobile devices 35,35 of long-chain manufacturer.And seen relative to from short transverse
When examining by the 1st joining beam 36a on knitting width direction decile and the imagining center line L1 extended along the longitudinal direction, two guiding
Two link mechanisms 35b, 35b of part mobile device 35,35 are symmetrically configured.
2nd joining beam 36b length direction is set to fore-and-aft direction.
1st linking part 37a links the 2nd joining beam 36b leading section and the 1st joining beam 36a upper end.In addition, the 1st links
Portion 37a is the face contact movement pairs such as revolute pair, spherical pair, by the reciprocating motion in the longitudinal direction at the 1st joining beam 36a top
Transmit the reciprocating motion on the fore-and-aft direction for the 2nd joining beam 36b.In addition, two the 1st linking part 37a of long-chain manufacturer,
37a is configured in two outsides in knitting width direction relative to the 1st joining beam 36a.
3rd joining beam 36c is L-shaped when from short transverse.The 3rd joining beam 36c has in more detail：Along front and back
The stator 36d fixed to extension and by guiding piece 34；With along knitting width direction extend and with the 2nd linking part 37b link
Connecting piece 36e, stator 36d and connecting piece 36e are engaged in mutual an end portion with bending form at a right angle.Will be fixed
Piece 36d and connecting piece 36e bonding part is referred to as bending section.In addition, by stator 36d and connecting piece 36e both ends
End away from bending section is referred to as top.Moreover, bending section is in compared with connecting piece 36e top closer to above-mentioned imagination
Center line L1 position relationship.
Stator 36d has the stator main part 36h of tabular that extends along the longitudinal direction and from stator main part
36h top is to the top of the side as short transverse with the prominent end difference 36i of the poor shape of layer.End difference 36i is with along front and rear
The state that guiding piece 34 runs through is fixed in direction.
Fulcrum 37j runs through the 3rd joining beam 36c bending section along short transverse, and one of fulcrum 37j short transverse
Divide and be fixed on the framework of tooth chain belt manufacture device (diagram is omited).And fulcrum 37j allows it to the 3rd joining beam 36c with this
The mode swung centered on bending section is supported.
2nd linking part 37b links the 2nd joining beam 36b rearward end and the 3rd joining beam 36c connecting piece 36e top.Separately
Outside, the 2nd linking part 37b is the face such as revolute pair, spherical pair contact movement pair, and the swing on the 2nd joining beam 36b fore-and-aft direction is transported
Dynamic transmission is the oscillating motions of the 3rd joining beam 36c connecting piece 36e in the longitudinal direction.In addition, the 2nd linking part 37b configurations are the
The upside at the top of the connecting piece 36e in 3 joining beam 36c.
Two link mechanisms 35b, 35b of long-chain manufacturer are by following main points by guiding piece axle 35a action to guiding
Part 34 is transmitted.
(1) when driving primary shaft, common guiding piece axle 35a is made via transmission mechanism in the range of predetermined angular
Swing.
(2) along with guiding piece axle 35a swing, the 1st joining beam 36a jointly top is centered on guiding piece axle 35a
Swing in the longitudinal direction.
(3) along with the 1st joining beam 36a swing, two the 2nd joining beams 36b, 36b are swung in the longitudinal direction.Two other
2nd joining beam 36b, 36b is symmetrically swung.
(4) along with the 2nd joining beam 36b swing, the 3rd joining beam 36c is swung centered on fulcrum 37j, stator 36d top
Portion is swung up together with guiding piece 34 in knitting width side.Now two the 3rd joining beam 36c and two guiding pieces 34,34 or so
Symmetrically swing.
Because two guiding piece mobile devices 35,35 of above-mentioned long-chain manufacturer can pass through common guiding piece axle
35a moves back and forth a pair of guiding pieces 34,34, so from making each guiding piece 34 be moved back and forth by different guiding piece axles
Situation is compared, and can efficiently be manufactured a pair of chain dentures 95,95 and then be manufactured a pair of tooth chain belts 90,90, can reduce tooth chain belt
The amount of parts of manufacture device 3.Further, since two guiding piece mobile devices 35,35 use the 1st common joining beam 36a, institute
So that the amount of parts of tooth chain belt manufacture device 3 can be reduced, and the size in knitting width direction can be shortened.In addition, by
Imagining center line L1 position, institute are located adjacent to compared with the 2nd linking part 37b top in the 3rd joining beam 36c stator 36d
With the stator 36d compared to such as the 3rd joining beam 36c compared with the 2nd linking part 37b top apart from imagining center line L1 farther out
Situation, two guiding pieces 34,34 of long-chain manufacturer are located at approximated position on knitting width direction, can shorten long-chain
The size in the knitting width direction of two guiding piece mobile devices 35,35 of manufacturer.
As shown in Figure 7,8, claw 38 has bar-shaped portion 38a along the longitudinal direction linearly to extend；With with being used as rod
The top of shape portion 38a rearward end is continuous and hooks the hook portion 38b of one filament.
Hook portion 38b is when from knitting width direction, 30b lateral bends of being appeared from bar-shaped portion 38a top to spicula
And bent in the way of the front to bar-shaped portion 38a is turned back.
As shown in Figure 2,3, claw mobile device 39 at least jointly drives two tooth chain belt systems of long-chain manufacturer
Portion 3a, 3a are made, the outside with the claw axle 39a extended along knitting width direction and from claw axle 39a to its radial direction
And the arm 39b for 30b top extension of being appeared to spicula.
Claw axle 39a can be rotatably supported on the framework of loom, in the longitudinal direction positioned at needle-bar 30 and guiding
Between part axle 35a, and it is located at the position separated upward from link mechanism 35b in the height direction.
Arm 39b extends along the longitudinal direction, and is fixed on as the leading section at top on claw axle 39a, by it
The two sides in rearward end and knitting width direction are be respectively used to install two claws 38,38 of long-chain manufacturer a pair
Installation portion 39c, 39c.In addition, the center in arm 39b knitting width direction and two guiding pieces movement of long-chain manufacturer are filled
The center for putting 35,35 knitting width direction is located at imagining center line L1 when from short transverse.Moreover, when in arm 39b
A pair of installation portions 39c, 39c on when being respectively fixed with claw 38, a pair of claws 38,38 turn on knitting width direction
Symmetrical configuration, in other words symmetrically configure relative to imagining center line L1.In addition, a pair of claws 38,38 are in knitting width
Side is upwardly close to simultaneously relative, narrow width of its interval than zipper strip 91.
Above-mentioned common claw mobile device 39 when claw axle 39a is swung, centered on claw axle 39a and
Arm 39b top is swung in the height direction, and a pair of claws 38,38 are swung in appear 30b top of spicula along short transverse.
Further, since common claw mobile device 39 can make a pair of claws 38,38 reciprocal by a claw axle 39a
It is mobile, so compared with making the situation that each claw is moved back and forth by different claw axles, can efficiently manufacture one
To chain denture 95,95, and then a pair of tooth chain belts 90,90 are manufactured, the amount of parts of tooth chain belt manufacture device 3 can be reduced.
As shown in Fig. 3,7,8, sinker 33 is to extend along the longitudinal direction and knitting width direction is set into thickness direction
Flat board.In addition, under the ordered state that multiple sinkers 33 are arranged at spaced intervals on knitting width direction, its rear portion is fixed
On sinker bar 33b.The multiple sinkers 33 being fixed on sinker bar 33b are referred to as sinker row.Sinker is arranged along preceding
Rear is to moving back and forth, and its scope moved back and forth is to appear position that 30b rearward separates with going out in spicula relative to spicula
Between the position that face 30b top presses tooth chain belt 90.
In addition, tooth chain belt manufacturing department 3a by multiple sinkers 33,33 ..., multiple crochet needles 31,31 ..., claw 38,
Guiding piece 34 is configured in mutually non-touching mode.It is as described below in more detail.Advance as shown in figure 8, being arranged in sinker
State in the case of, when from short transverse, the top of each sinker 33 is that leading section is appeared 30b top in spicula
And between adjacent crochet needle 31,31, in other words between adjacent needle tray 30a, 30a.In addition, being arranged for sinker
In the case of the state advanced, claw 38 and guiding piece 34 when from short transverse positioned at adjacent crochet needle 31,
Between 31, and it is located at the two of knitting width direction relative to the crochet needle (being two crochet needles 31,31 in figure) of specified quantity
Outside.The crochet needle 31 of the specified quantity will be wrapping with for the knitting yarn for fixing chain denture, hereinafter referred to as " fixation crochet needle ".
It is fixed with not storing crochet needle 31 in needle tray 30a, 30a of two adjacents on the knitting width direction of crochet needle 31,31 at two.
In addition, needle tray 30a relative to needle-bar 30 on knitting width direction by being formed at equal intervals, except the two needle trays 30a, 30a
Crochet needle 31 is accommodated with needle tray 30a in addition.And two it is fixed with crochet needle 31,31 between, sinker 33 is can enter
The mode gone out is configured, and the adjacent used in crochet needle 31,31, knitting width direction fixed relative to two (forms chain tooth
Portion 95a engageable head 95b side) it is set as the position of claw 38, it is fixed relative to two to use crochet needle 31,31 and hook
It is set as the knitting width direction of guiding piece 34 above shape part 38, needle tray 30a, 30a of two adjacents in knitting width direction
On the limit positions moved back and forth.The solid line of Fig. 7 guiding piece 34 is the limit positions in left side, and single dotted broken line is the boundary on right side
Extreme position.When arranging the state retreated for sinker, guiding piece 34 is moved back and forth on knitting width direction.In addition, such as
When Fig. 8 show the state that sinker row have advanced, guiding piece 34 is located at the limit positions in left side.In addition in this embodiment,
When arranging the state advanced for sinker (during one end of pressing tooth chain belt 90), two sinkers 33,33 in sinker row
It is close relative to two adjacents of the claw 38 on knitting width direction.Moreover, sinker be listed in it is corresponding with claw 38
Beyond position, in the spaced up equally spaced configuration sinker 33 in knitting width side, by two with the corresponding position of claw 38
The interval of the sinker 33,33 of adjacent rises to above-mentioned equally spaced more than 2 times, thus prevents sinker 33 and claw 38
Contact.
As shown in figure 3, sinker mobile device 33a has along the sedimentation bobbin 33c of knitting width direction extension and with heavy
Along the sinker reed 33d of swing centered on drop bobbin 33c.
Sedimentation bobbin 33c can be rotatably supported on the framework of loom.
Sinker reed 33d extends along knitting width direction and short transverse.In addition when from knitting width direction, sink
Drop piece reed 33d and sinker bar 33b is fixed with state prominent forwards in the upper end of short transverse, sinker is arranged towards pin
Raised face 30b top.
The sinker mobile device 33a of said structure centered on settling bobbin 33c by making sinker reed 33d in regulation
Swung in angular range, the 30b top or far away so that the top configuration of sinker row is appeared in spicula.In addition, by
Configured in by sinker mobile device 33a relative to needle-bar 30 in rear side, and guiding piece mobile device 35 and claw are moved
Device 39 is configured in front side relative to needle-bar 30, thus with by guiding piece mobile device 35, claw mobile device 39, sinker
Mobile device 33a setting position easily sets each movement compared with the situation of the same side that needle-bar 30 is set on front and rear
Device, is easily configured in the way of sinker 33 is not contacted with claw 38 and guiding piece 34.
Liang Geya chain belts manufacturing department 3a, 3a of above-mentioned long-chain manufacturer is acted by following main points.
When driving driving source, transmission mechanism is interlocked, and crochet needle is used, sley point is used, sinker is used, claw is used, drawn
Each mobile device action of guiding element, crochet needle 31, sley point 32, sinker 33, claw 38, guiding piece 34 press following (1)
The sequentially-operating of~(6).In addition in Fig. 9~Figure 13, in order to observe the running-active status near chain tooth, omit heavy near chain tooth
Drop piece 33, most by chain tooth side coil chain knitting yarn 92a and crochet needle illustrated.
(1) as shown in figure 9, each crochet needle 31 is completely into needle tray 30a, the hook portion 38b of each claw 38 is in spicula
Appear 30b top and therewith farthest away from position stop.In addition, a pair of guiding pieces 34,34 are appeared 30b positioned at spicula respectively
Between the short transverse of claw 38, and on knitting width direction farthest away from position stop.The stopping of claw 38
Position is between adjacent crochet needle 31,31, and is the position of the return portion 95d sides of chain tooth.
(2) each guiding piece 34 as shown in Figure 10, claw 38 and spicula is moved through to the engageable head 95b sides of chain tooth
Between 30b short transverse of appearing.By the movement, formed in each tooth chain belt manufacturing department 3a in a pair of legs 95c, 95c
One.Additionally by the movement, a pair of guiding pieces 34 turn into the immediate state on knitting width direction.
(3) a pair of claws 38,38 decline as shown in figure 11, are thus appeared the movement of 30b sides, each tooth chain belt system to spicula
Hook portion 38b in portion 3a is made to press leg 95c downwards in the vicinity of guiding piece 34.In addition, sinker 33 is in each tooth chain
Band manufacturing department 3a in initially towards spicula appear 30b sides movement.
(4) guiding piece 34 is moved from the hook portion 38b of claw 38 by backward return portion 95d sides, as shown in figure 12
Stop in return portion 95d.By the movement, chain tooth portion 95a, chain tooth portion 95a engageable head 95b have been wrapping with claw 38
And another in a pair of legs 95c, 95c is formed in each tooth chain belt manufacturing department 3a.Additionally by the movement, a pair of guiding
Part 34 turns into the state most separated on knitting width direction.
(5) crochet needle 31 is moved back and forth and haunted regulation relative to the spicula 30b that appears in the height direction as shown in figure 13
Number of times, and every time sley point 32 carry out as defined in rocking action and traversing action, thus, the braiding substrate of zipper strip 91 is to advise
Determine row amount to be formed.In this embodiment, accordingly formed with Fig. 6 with 2 row amounts.The braiding base of the 2 row amount
Bottom is the braiding substrate between adjacent chain tooth portion 95a, 95a, for chain tooth portion 95a a pair of legs 95c, 95c to be incorporated into drawing
Chain belt 91.In addition, during each crochet needle 31 appears 30b risings relative to spicula, sinker 33 enters adjacent volume
Between knitting needle 31,31, chain denture side 90a and non-chain tooth pressed by sinker 33 respectively in one end of the length direction of tooth chain belt 90
Arrange side 90b.Thus, prevent from causing braiding substrate together to rise along with the rising of crochet needle 31.In addition, in crochet needle 31
Reach after lifting position, sinker 33 starts rearward to move from appear 30b top of spicula, during crochet needle 31 declines
It will not be contacted with knitting yarn.
(6) then, a pair of claws 38 are moved upward, and thus chain tooth portion 95a departs from from claw 38, are returned to (1)
State.
The action of (1)~(6) more than by repeating, can be simultaneously on knitting width direction with juxtaposition and right
Claim ground manufacture two tooth chain belts 90.
According to the tooth chain belt manufacture device 3 of said structure, due to two teeth can be woven in each long-chain manufacturer
Chain belt 90, so a plurality of tooth chain belt 90 can be manufactured efficiently.Therefore, it is possible to be counted with corresponding with the group number of long-chain manufacturer
Measure to manufacture the tooth chain belt that two are one group.Further, since one end of the length direction of tooth chain belt 90 is pressed by sinker 33,
So the outward appearance of tooth chain belt 90 is improved.Further, since when sinker arranges one end of pressing tooth chain belt 90 two sinkers 33,33
It is located at its two adjacent relative to claw 38, so being only located at the feelings of one of its two adjacent relative to claw with sinker
Condition is compared, and the position of pressing tooth chain belt 90 becomes many, therefore, and the establishment of tooth chain belt 90 is stable.It is additionally, since in a pair of chain dentures
95th, 95 two tooth chain belts 90 are woven along under the relative symmetry status in knitting width direction, so then easily by two tooth chain belts
90 are made a long-chain 97.The tooth chain belt 90 produced by the tooth chain belt manufacture device 3 with this effect is along needle-bar 30
After back-surface side declines, geared assembly 4 is transported to.
As shown in Figure 19~Figure 21, geared assembly 4 has the path of navigation passed through for a pair of tooth chain belts 90,90 inside it
40 are used as spatial portion.Path of navigation 40 has two entrances 40a and one outlet 40b separated in the width direction.
After, the prescribed direction as follows in the explanation of geared assembly 4.Width refers to the width of path of navigation 40
Direction is spent, is Figure 19 left and right directions, also referred to as left and right directions.Length direction refers to the length direction of path of navigation 40, is figure
19 above-below direction.In addition, Way in refers to the outlet 40b from path of navigation 40 in length direction towards entrance 40a's
Direction, is the lower direction in figure.Way out refers to the entrance 40a directions outlet 40b from path of navigation 40 in length direction
Direction, be the upper direction in figure.Short transverse refers to the short transverse of path of navigation 40, is the side orthogonal with Figure 19 paper
To also referred to as above-below direction.Upper direction refers to the direction of direction in orthogonal direction nearby side, and lower direction refers to that this is orthogonal
In direction relative to paper towards inner side direction.In addition in the present embodiment, width is manufactured with tooth chain belt and filled
The knitting width direction put in 3 explanation is identical, length direction and the fore-and-aft direction phase in the explanation of tooth chain belt manufacture device 3
Together, short transverse is identical with the short transverse in the explanation of tooth chain belt manufacture device 3.
As shown in Figure 14~21, geared assembly 4 is symmetrical in the direction of the width, is used as the structure for forming path of navigation 40
Key element, possesses：1st and the 2nd baseplate part 50,60, its in order to a pair of the tooth chain belts 90,90 arranged in the width direction from its thickness
The both sides in direction are guided and relative at spaced intervals in the height direction；Lattice 65, its entrance 40a in length direction
Side and the space between the 1st and the 2nd baseplate part 50,60 is separated in the pars intermedia of width, and to a pair of chains of separation
Two inner sides of the width of denture 95,95 are guided；Press section 70, it will be separated into the 1st of three parts in the width direction
The central portion of the width of baseplate part 50 is pressed to the direction of the 2nd baseplate part 60；A pair of outside convex portion 52,52, it is from the 1st base
Plate portion 50 protruded with the state at constriction and the interval of the 2nd baseplate part 60 and width to a pair of chain dentures 95,95 two
Outside is guided；1st and the 2nd central spud 59,61, it is spaced in the short transverse of the 1st and the 2nd baseplate part 50,60
The outlet side of length direction and in the pars intermedia constriction of width；With a pair of spacer portions 53,53, its width in path of navigation 40
Two outsides in degree direction are clamped between the 1st and the 2nd baseplate part 50,60.
2nd baseplate part 60 is rectangular-shaped flat board, and its thickness direction is consistent with short transverse.In addition, the 2nd baseplate part 60
Upper surface is plane flat on left and right and fore-and-aft direction, and the lower surface of the short transverse of a pair of tooth chain belts 90,90 is carried out
Guiding.In addition, the 2nd baseplate part 60 is fixed on framework (not shown) in example illustrated by bolt.
2nd central spud 61 is protruded upward from the central portion of the width of the upper surface of the 2nd baseplate part 60, the 2nd
Extend in the length range of the outlet side of the length direction of baseplate part 60.In addition, the 2nd central spud 61 is with above being intended to
And the shape that width becomes narrow gradually.In addition, the 2nd baseplate part 60 and the substrate parts 62 that the 2nd central spud 61 is a part.
1st baseplate part 50 is with a pair of the side baseplate parts 51,51 configured at spaced intervals in the direction of the width and to press from both sides
Hold the central substrate portion 56 of the state configuration between a pair of side baseplate parts 51,51.In the present embodiment, a pair of side bases
Plate portion 51,51 is split part with central substrate portion 56, and central substrate portion 56, the central spud 59 of lattice 65 and the 1st are conducts
The central unit 55 of one part, positioned at the side baseplate part 51 of the phase homonymy of width, spacer portion 53 and outside convex portion 52
It is the web section 54 as a part.Moreover, a pair of web sections 54,54 on the width of the 2nd baseplate part 60 every
The standard width of a room in an old-style house every and be fixed on the 2nd baseplate part 60, central unit 55 is configured on the 2nd baseplate part 60 and in a pair of web sections
54th, can movably it be directed along short transverse between 54.
A pair of side baseplate parts 51,51 have a pair of relative in the width direction inner faces 51a, 51a.A pair of inner faces
51a, 51a extend along its length, length direction outlet side have a pair of parallel face 51b parallel with length direction,
51b, has a pair of inclined-plane 51c, 51c inclined relative to length direction in the entrance side of length direction.A pair of inner face 51a,
Being spaced in for 51a is equal in a pair of parallel face 51b, 51b, in a pair of inclined-planes 51c, 51c, with from a pair of parallel face 51b,
51b leaves and become larger to Way in.In addition, by the inner face in two edges of the width of side baseplate part 51
The edge of 51a sides is referred to as inner edge portion, and the edge of opposite side is referred to as into outer edge.
Side baseplate part 51 is the hexagonal plate of deformation, the size of length direction and the 2nd base when from short transverse
Plate portion 60 is identical, and the size of width is shorter than the half of the width of the 2nd baseplate part 60.Side baseplate part 51 in more detail
Hexagon is by two corners portion beveling of the entrance side of the rectangle with 2 parallel sides on length direction and width
Into shape.
Central substrate portion 56 is the thick flat board of a pair of side baseplate parts of thickness ratio 51,51, with configuration in a pair of parallel face
Central parallel portion 57 between 51b, 51b and extend from central parallel portion 57 to entrance 40a sides and configure on a pair of inclined-planes
Central rake 58 between 51c, 51c.
Central parallel portion 57 when from short transverse, be along its length with straight line extend it is rectangular-shaped.1st
Central spud 59 is prominent from the direction of central portion to the 2nd baseplate part 60 of the width of the lower surface of central parallel portion 57, and
And extend in the length range of the length direction in central parallel portion 57.
In addition, the lower surface of the central spud 59 of central parallel portion 57 and the 1st is put down to be flat on front and rear and left and right directions
A pair of legs 95c, 95c in a pair of chain dentures 95,95 of engagement are guided by face on the upside of short transverse.
In addition, it is relative with the lower surface of the central spud 59 of central parallel portion 57 and the 1st be the 2nd baseplate part 60 the 2nd in
Entreat the upper surface of convex portion 61.Moreover, the 1st and the 2nd central spud 59,61 makes the short transverse of the 1st and the 2nd baseplate part 50,60
Constriction is spaced, a pair of meshing head 95b, 95b side in a pair of chain dentures 95,95 of engagement is guided.
Central rake 58 is triangle when from short transverse, be be intended to Way out and width by
The narrow shape of gradual change.In addition, the lower surface (towards the opposite face of the 2nd baseplate part 60) of central rake 58 is in left and right and front and rear
Flat plane on direction, makes lattice 65 be protruded downwards from the width central portion of the plane.Therefore, central rake
58 lower surface exposes in the width both sides of lattice 65, to the engageable head of a pair of chain dentures 95,95 of released state
95b sides are guided on the upside of short transverse.
Lattice 65 is the triangle smaller than central rake 58 when from short transverse, is with being intended to
Mouthful direction and shape that width becomes narrow gradually.In addition, the two of the width of lattice 65 face a pair of chain tooths of released state
Two inner sides of a pair of meshing head 95b, 95b in the width direction in row 95,95 are guided.
Outside convex portion 52 is protruded downwards from the inner edge portion of the lower surface of side baseplate part 51, make with the 2nd baseplate part 60 it
Between interval constriction.The prominent length of outside convex portion 52 is set in the short transverse of outside convex portion 52 and the 2nd baseplate part 60
Interval be with the thickness of zipper strip 91 it is in approximate same size, with cause zipper strip 91 from the baseplate part 60 of outside convex portion 52 and the 2nd it
Between pass through.
In addition, outside convex portion 52 extends along the part corresponding with the inclined-plane 51c of inner edge portion of side baseplate part 51, it prolongs
One end of stretching is located at the entrance 40a of path of navigation 40, and its other end extended is located at the inner edge portion of side baseplate part 51
Parallel surface 51b.Therefore, the interval of the width of a pair of outside convex portion 52,52 with from entrance 40a be intended to outlet 40b and
Become narrow gradually.In addition in the entrance side of path of navigation 40, there is lattice 65 between a pair of outside convex portion 52,52, each outside
Convex portion 52 and the interval of lattice 65 are set as more slightly larger than the width of chain denture 95.On the other hand relative to lattice 65 in outlet
Side, is not present lattice 65 between a pair of outside convex portion 52,52, and the interval of a pair of outside convex portion 52,52 is set as being suitable to one
The size engaged to chain denture 95,95.
In addition, outside convex portion 52 compared with inner face 51a inclined-plane 51c on the outside of width and on Way out every
Open compartment of terrain configuration.Therefore, a pair of side baseplate parts 51,51 lower surface (towards the 2nd baseplate part 60 opposite face) with a pair
Outside convex portion 52,52 exists compared on the inside of width with the state relative with the 2nd baseplate part 60, to a pair of chain denture 95
The width outer surface side of return portion 95d sides in leg 95c, 95c is guided.In addition in the present embodiment, as schemed
Shown in 17 amplifier section, on the inside of the width compared with a pair of outside convex portion 52,52, a pair of side baseplate parts 51,51
Lower surface it is higher than the lower surface of the central rake 58 in central substrate portion 56.
Spacer portion 53 is protruded downwards in the lower surface outer edge in the width direction of side baseplate part 51.Spacer portion 53
The inner face 51a of width is increasingly towards width with the outlet 40b sides with the length direction for being intended to side baseplate part 51
The state spent on the inside of direction is tilted.Therefore, the interval of the width of a pair of spacer portions 53,53 with being intended to Way out and
Become narrow gradually.In addition, passing through the bolt B 1 for running through spacer portion 53 and side baseplate part 51 along short transverse, the phase of web section 54
Fixed for the 2nd baseplate part 60.
Press section 70 possesses：The bar 71 that central unit 55 is run through along short transverse；By the one end (bottom) of bar 71
It is fixed on the fixed part 72 on the 2nd baseplate part 60；With the state of the outer circumferential side of encirclement bar 71 by central unit 55 to the 2nd baseplate part
60 compression helical springs 73 as spring pushed；With the other end (upper end) for being fixed on bar 71 and press compression spiral shell
Revolve the pressing component 74 of spring 73.
Bar 71 is round bar.In addition, the through hole 55a passed through for bar 71 central unit 55 with by central rake 58 and point
The state run through every portion 65 is formed.Through hole 55a diameter is more slightly larger than the diameter of bar 71, and central unit 55 can be along bar
71 move in the height direction.
Fixed part 72 possesses：Run through in the part that lattice 65 in the 2nd baseplate part 60 is contacted along short transverse and
The fixing hole 60h passed through for bar 71；What the downside of the 2nd baseplate part 60 in bar 71 was run through along the direction orthogonal with short transverse
Drop-proof hole 71a；The anti-avulsion pin 71p protruded with insertion drop-proof hole 71a and both ends from drop-proof hole 71a.In addition, fixed part 72 is
The end face of the entrance 40a sides of 2 baseplate parts 60 possesses the groove portion 60s connected in the range of its overall height with fixing hole 60h.Groove portion 60s
Width total length be more than anti-avulsion pin 71p diameter.Thus, it is possible to only by anti-avulsion pin 71p one end insertion rod 71
Under state, make bar 71 in and out of fixing hole 60h.
Pressing component 74 possesses：The press section main body 75 that it is passed through is supplied relative to the state that bar 71 is stretched out with eaves shape；And will
Press section main body 75 is fixed on the external screw thread 76 of bar 71.
Press section main body 75 is discoid, has the punching 75a passed through for bar 71 in central portion, in multiple portions of outer peripheral face
Position has the internal thread hole 75b for connecting and being screwed togather with external screw thread 76 with punching 75a.
The geared assembly 4 of said structure fixes pressing component 74 and fixed part 72 at the both ends of bar 71, and in fixation
Between portion 72 and pressing component 74 so that bar 71 through central unit 55 and compression helical spring 73 state configuration, as will pressure
The state that contracting helical spring 73 compresses.Therefore there are restoring force, the lattice 65 of central unit 55 to the effect of compression helical spring 73
Pressed to the 2nd baseplate part 60.
As shown in Figure 19~21, above-mentioned geared assembly 4 makes two tooth chain belts 90,90 by the order of following (1)~(5)
A pair of chain dentures 95,95 engage.
(1) the two tooth chain belts 90,90 sent out from tooth chain belt manufacture device 3 make a pair of chain dentures 95,95 relative and
Progressed into the state of being separated on width to two entrances 40a, 40a of path of navigation 40.
(2) a pair of chain dentures 95,95 with a pair of meshing head 95b, 95b by lattice 65 width both sides guiding,
Return portion 95d is gradually advanced by the mode that a pair of outside convex portion 52,52 is guided on path of navigation 40.In addition, two tooth chain belts
90th, the both sides of 90 a pair of chain denture sides 90a, 90a short transverse quilt between a pair of outside convex portion 52,52 and lattice 65
The upper surface guiding of the lower surface and the 2nd baseplate part 60 of central substrate portion 56 and a pair of side baseplate parts 51,51.
(3) lattice 65 is with being intended to Way out and width becomes narrow gradually, and a pair of outside convex portion 52,52 with
Be intended to Way out and move closer in the direction of the width, thus a pair of chain dentures 95,95 with to before Way out and then
Mutual engageable head 95b, 95b are moved closer to.
(4) after a pair of chain dentures 95,95 are by lattice 65, pass through a pair of a pair of chain dentures 95,95 of part
Return portion 95d by a pair of outside convex portion 52,52 guide, therefore a pair of meshing head 95b, 95b engage, by two tooth chain belts 90,
90 one long-chain 97 of manufacture.In addition, now a pair of legs 95c, 95c are not only by the baseplate part 60 of central substrate portion 56 and the 2nd along height
Spend direction guiding, a pair of legs 95c, 95c engageable head side is by a pair of the 1st central spuds 59,61 to be pressed from both sides along short transverse
The mode held is guided, therefore a pair of meshing head 95b, 95b become easy engagement.
In addition, when manufacturing long-chain 97, making central unit by the restoring force of press section 70 (compression helical spring 73)
55 contact with the 2nd baseplate part 60.In addition now, it is to draw by the chain denture side 90a of the tooth chain belt 90 of path of navigation 40 height
Height (in more detail, between a pair of outside convex portion 52, the 52 and lattice 65 and central substrate portion 56 and one of guiding path 40
The interval of the upper surface of lower surface and the 2nd baseplate part 60 to side baseplate part 51,51) below.
But, tooth chain belt has a case that height of the chain denture side 90a height partially than path of navigation 40 is high, i.e.,
So-called bad situation.In this case, chain denture side 90a, which revolts the restoring force of compression helical spring 73, makes central unit 55
Rise, compression helical spring 73 is more compressed, expand the size of the short transverse of path of navigation 40, it is to avoid chain denture side 90a
Obstruction is caused on path of navigation 40.
In addition, after chain denture side 90a bad part is by path of navigation 40, passing through the recovery of compression helical spring 73
Power and central unit 55 is contacted with the 2nd baseplate part 60 as before, a pair of meshing head 95b, 95b engagement, two tooth chains
Band 90,90 turns into a long-chain 97.
(5) then, long-chain 97 is direct from the outlet of path of navigation 40 in the state of a pair of meshing head 95b, 95b engagement
40b is sent out.
The long-chain 97 manufactured by whole geared assemblies 4 wraps around coiler device 5.
According to above-mentioned geared assembly 4, due to two tooth chain belts 90,90 are made into a long-chain 97, so afterwards in system
, can be without preparing two tooth chain belts 90 respectively, so that easy to manufacture slide fastener when making slide fastener.The geared assembly 4 is particularly suitable for volume
The production line of slide fastener is knitted, but can also act as the geared assembly of the coil slide fastener of type beyond Woven slide fastener.
In addition, Woven slide fastener is not limited to above-mentioned embodiment with the manufacture device of long-chain, the model of its purport is not being departed from
Can suitably it be changed in enclosing.It for example can also carry out following such change.
Tooth chain belt manufacture device 3 is with a pair of chain dentures in the above-described embodiment by whole tooth chain belts 90 by every two
95th, 95 along the relative state manufacture in knitting width direction, but not limited to this can also be by whole tooth chain belts 90 with chain denture 95
Manufactured towards the state of the side in knitting width direction, can also by the part in whole tooth chain belts 90 by every two with
A pair of chain dentures 95,95 are manufactured along the relative state in knitting width direction, and by the remaining tooth chain belt in whole tooth chain belts 90 with
Towards the state manufacture of the side in knitting width direction.
In addition, tooth chain belt manufacture device 3 presses each long-chain manufacturer in the above-described embodiment, make guiding piece movement dress
35 guiding piece axle 35a, the 1st joining beam 36a, claw axle 39a, the arm 39b of claw mobile device 39 are put in two tooth chain belts
Shared in manufacturing department 3a, 3a, but not limited to this, there can also be guiding piece to move dress respectively by each tooth chain belt manufacturing department 3a
Put 35, claw mobile device 39, additionally it is possible to only make guiding piece axle 35a, the claw mobile device of guiding piece mobile device 35
39 claw axle 39a is shared by multiple tooth chain belt manufacturing department 3a.
Geared assembly 4 has a pair of spacer portions 53,53 in the above-described embodiment, but it is also possible to without a pair of spacer portions
53、53.In this case, the 1st baseplate part 50 is integrally formed a pair of side baseplate parts 51,51 and central substrate portion 56, by center
Baseplate part 56 is fixed on the 2nd baseplate part 60 via lattice 65.
In addition, geared assembly 4 has press section 70, but not limited to this in the above-described embodiment, can not also possess pressing
Portion 70.As long as, such as can be with this case, central unit 55 can not be moved relative to the 2nd baseplate part 60 along short transverse
It is fixed on the 2nd baseplate part 60, or is fastened at least on the side baseplate part 51 of a side.
In addition, the 1st baseplate part 50 is separated into a pair of side baseplate parts 51,51 by geared assembly 4 in the above-described embodiment
With these three parts of central substrate portion 56, but not limited to this, it is a pair of side baseplate parts 51,51 that can also make the 1st baseplate part 50
With the part of the one of central substrate portion 56.
In addition, lattice 65 is set to a part for central unit 55 by geared assembly 4 in the above-described embodiment, will have
The central unit 55 of lattice 65 be set to can relative to a pair of side baseplate parts 51,51 moved along short transverse, but be not limited to
This, it is split part with central unit 55 that can also make lattice 65, and lattice 65 is integrated with the 2nd baseplate part 60.
In addition, geared assembly 4 has used fixed part 72 anti-avulsion pin 71p, but not limited to this in the above-described embodiment, Gu
Other fixed mechanisms such as the screw thread pair that screws togather the 2nd baseplate part 60 and bar 71 can also be used by determining portion 72.
In addition, geared assembly 4 possesses the 1st and the 2nd central spud 59,61 in the above-described embodiment, but it is also possible to do not have
Standby 1st and the 2nd central spud 59,61.
Description of reference numerals
1 knitting yarn feedway
2 one filament feedways
3 tooth chain belt manufacture devices
3a tooth chain belts manufacturing department
3b primary shafts
4 geared assemblies
5 coiler devices
30 needle-bars
30a needle trays
30b spiculas are appeared
31 crochet needles
31a crochet needle mobile devices
32 sley points
32a sley point mobile devices
32b holes
32c guide shanks
33 sinkers
33a sinker mobile devices
33b sinker bars
33c settles bobbin
33d sinker reeds
34 guiding pieces
35 guiding piece mobile devices
35a guiding piece axles
35b link mechanisms
The joining beams of 36a the 1st
The joining beams of 36b the 2nd
The joining beams of 36c the 3rd
36d stators
36e connecting piece
36h stator main parts
36i end differences
37j fulcrums
L1 imagining center lines
The linking parts of 37a the 1st
The linking parts of 37b the 2nd
38 claws
38a bar-shaped portions
38b hooks portion
39 claw mobile devices
39a claw axles
39b arms
39c installation portions
40 path of navigation
40a entrances
40b is exported
50 the 1st baseplate parts
51 side baseplate parts
51a inner faces
51b parallel surfaces
51c inclined-planes
52 outsides convex portion
53 spacer portions
B1 bolts
54 web sections
55 central units
55a through holes
56 central substrate portions
57 central parallel portions
59 the 1st central spuds
58 central rakes
60 the 2nd baseplate parts
60h fixing holes
60s groove portions
61 the 2nd central spuds
62 substrate parts
65 lattices
70 press sections
71 bars
71a drop-proof holes
71p anti-avulsion pins
72 fixed parts
73 compression helical springs
74 pressing components
75 press section main bodys
75a punchings
75b internal thread holes
76 external screw threads
90 tooth chain belts
90a chain dentures side
The non-chain denture sides of 90b
91 zipper strips
92 knitting yarns
92a chain knitting yarns
92b Trico knitting yarns
92c latitudes insert yarn
94 one filaments
95 chain dentures
95a chain tooths portion
95b engageable heads
95c legs
95d return portions
97 long-chains.
Claims (4)
1. a kind of Woven slide fastener manufacture device of tooth chain belt, for manufacturing the side edge part volume in the zipper strip (91) of braid
Enter to have the Woven slide fastener of chain denture (95) of coiled type with tooth chain belt (90), it is characterised in that possess：
Needle-bar (30) with multiple needle trays (30a)；
The multiple crochet needles (31) being directed in the multiple needle tray (30a)；
The multiple sley points (32) passed through for the knitting yarn (92) of zipper strip；
Press multiple sinkers (33) of one end of the tooth chain belt (90)；
The guiding piece (34) that one filament (94) for wire is passed through；With
The claw (38) of the one filament (94) is wrapping with,
The guiding piece (34) and claw (38) are configured in the depth direction of its needle tray (30a) relative to the needle-bar (30)
Side,
The sinker (33) configures the opposite side in the depth direction of its needle tray relative to the needle-bar (30).
2. the Woven slide fastener as claimed in claim 1 manufacture device of tooth chain belt, it is characterised in that
The multiple sinker (33) possesses the chain denture side (90a) in the width total length for pressing the tooth chain belt (90)
The sinker (33) and the sinker (33) of the non-chain denture side (90b) of pressing.
3. the Woven slide fastener as claimed in claim 1 manufacture device of tooth chain belt, it is characterised in that
Two sinkers in the multiple sinker (33) are when pressing one end of the tooth chain belt (90) relative to the hook
Shape part (38) and positioned at its two adjacent.
4. the Woven slide fastener as claimed in claim 1 manufacture device of tooth chain belt, it is characterised in that possess：
Claw mobile device (39), its make the claw (38) relative to the one filament (94) in the position being wrapping with and
Moved between the position of separation；
Guiding piece mobile device (35), it is in order that the one filament (94) is bent in a side edge part of the zipper strip (91)
And as the chain denture (95), and the guiding piece (34) is moved back and forth on knitting width direction；With
Sinker mobile device (33a), its make the sinker (33) press the position of the tooth chain belt (90) and with it is described
Moved between the position of tooth chain belt (90) separation,
The guiding piece mobile device (35) and claw mobile device (39) are configured in its needle tray relative to the needle-bar (30)
Side in the depth direction of (30a),
The sinker mobile device (39) configures the opposite side in the depth direction of its needle tray relative to the needle-bar (30).
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2015/084677 WO2017098634A1 (en) | 2015-12-10 | 2015-12-10 | Apparatus for manufacturing stringer for woven slide fastener |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107072359A true CN107072359A (en) | 2017-08-18 |
Family
ID=59013994
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201580002270.9A Pending CN107072359A (en) | 2015-12-10 | 2015-12-10 | The manufacture device of Woven slide fastener tooth chain belt |
Country Status (4)
| Country | Link |
|---|---|
| EP (1) | EP3387939A4 (en) |
| CN (1) | CN107072359A (en) |
| TW (1) | TWI616156B (en) |
| WO (1) | WO2017098634A1 (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2749730A (en) * | 1952-11-25 | 1956-06-12 | Kidde Mfg Co Inc | Needle bed structure for warp knitting machines |
| US3750425A (en) * | 1969-06-03 | 1973-08-07 | D Warren | Sliding clasp fastener stringers |
| CN1173561A (en) * | 1996-08-08 | 1998-02-18 | Ykk株式会社 | Method and apparatus for manufacturing knit slide fastener stringer |
| CN103966756A (en) * | 2014-05-26 | 2014-08-06 | 江南大学 | Method for utilizing groove pin warp knitting machine to form yarn pressing weave on basis of servo driving |
| TW201532539A (en) * | 2013-12-26 | 2015-09-01 | Ykk Corp | Braid slide fastener stringer manufacturing device |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5119053B1 (en) * | 1971-07-05 | 1976-06-15 | ||
| FR2188976A1 (en) * | 1972-06-16 | 1974-01-25 | Elastelle Fonta Ille Fil | Sliding clasp fastener - has teeth formed by helical filament knitted into edge wale of backing fabric |
| JPS6342916A (en) | 1986-08-05 | 1988-02-24 | Toray Ind Inc | Sheath-core type conjugated fiber |
-
2015
- 2015-12-10 EP EP15910250.8A patent/EP3387939A4/en not_active Withdrawn
- 2015-12-10 WO PCT/JP2015/084677 patent/WO2017098634A1/en active Application Filing
- 2015-12-10 CN CN201580002270.9A patent/CN107072359A/en active Pending
-
2016
- 2016-12-06 TW TW105140153A patent/TWI616156B/en active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2749730A (en) * | 1952-11-25 | 1956-06-12 | Kidde Mfg Co Inc | Needle bed structure for warp knitting machines |
| US3750425A (en) * | 1969-06-03 | 1973-08-07 | D Warren | Sliding clasp fastener stringers |
| CN1173561A (en) * | 1996-08-08 | 1998-02-18 | Ykk株式会社 | Method and apparatus for manufacturing knit slide fastener stringer |
| TW201532539A (en) * | 2013-12-26 | 2015-09-01 | Ykk Corp | Braid slide fastener stringer manufacturing device |
| CN103966756A (en) * | 2014-05-26 | 2014-08-06 | 江南大学 | Method for utilizing groove pin warp knitting machine to form yarn pressing weave on basis of servo driving |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2017098634A1 (en) | 2017-06-15 |
| EP3387939A1 (en) | 2018-10-17 |
| EP3387939A4 (en) | 2019-08-14 |
| TW201726024A (en) | 2017-08-01 |
| TWI616156B (en) | 2018-03-01 |
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|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20170818 |