CN109068815A - The manufacturing method of slide fastener manufacturing apparatus and zipper - Google Patents
The manufacturing method of slide fastener manufacturing apparatus and zipper Download PDFInfo
- Publication number
- CN109068815A CN109068815A CN201680084541.4A CN201680084541A CN109068815A CN 109068815 A CN109068815 A CN 109068815A CN 201680084541 A CN201680084541 A CN 201680084541A CN 109068815 A CN109068815 A CN 109068815A
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- CN
- China
- Prior art keywords
- stop member
- fastener chain
- chain
- lower stop
- fastener
- 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.)
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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
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- Slide Fasteners (AREA)
Abstract
The present invention provides a kind of slide fastener manufacturing apparatus (600) comprising: the space forming portion (410) of spatial portion (116) is formed in the engagement chain tooth (112m) of the first fastener chain (101)；The lower stop member mounting portion (420) of stop member (113) under being installed near the end of spatial portion (116) to the first fastener chain (101)；And the second fastener chain (102) of lower stop member (113) is installed in order to obtain, the cutting portion (430) that the first fastener chain (101) is cut off in spatial portion (116).Space forming portion (410) is configured to, the spatial portion (116) formed in the engagement chain tooth (112m) of the first fastener chain (101) is configured lower stop member (113) near spatial portion (116) end by next movement of lower stop member mounting portion (420).Lower stop member mounting portion (420) is configured to, first fastener chain (101) are installed lower stop member (113), which is the lower stop member (113) of the second fastener chain (102) as obtained from next movement of cutting portion (430).
Description
Technical field
This disclosure relates to the manufacturing method of a kind of slide fastener manufacturing apparatus and zipper.
Background technique
Patent document 1 discloses a kind of slide fastener manufacturing apparatus.The slide fastener manufacturing apparatus of the document, which has, is provided with multiple add
The fixed station portion 12 of the Ministry of worker and rotary body 13.Rotary body has the holding unit for holding fastener chain.Holding unit has left and right
A pair of of handle part 17.Pair of right and left handle part 17 can correspondingly be approached with motor unit, be separated.
[existing technical literature]
[patent document]
No. 4064326 bulletin of [patent document 1] Japanese Patent Laid
Summary of the invention
[technical problems to be solved by the inivention]
In the manufacturing device of patent document 1, spatial portion is formed with supply and has been disposed adjacently down with spatial portion
Premised on the fastener chain of stop member.In this case, due in the upstream side of slide fastener manufacturing apparatus disclosed in patent document 1,
Installation space portion is needed to form device and lower stop member mounting device, therefore, along with the enlargement of zipper fabrication system.
In addition, spatial portion is meant that engages the region that chain tooth is removed by " functionality " in fastener chain.Engagement chain
Tooth is functionally removed the state for being meant that the engagement capability for each slide fastener coupling element part for constituting engagement chain tooth is lost.Cause
This, the meaning that engagement chain tooth is functionally removed not is that the split pieces of each chain tooth part of composition engagement chain tooth do not remain
On zipper strip.
[means for solving technical problem]
Slide fastener manufacturing apparatus involved in one mode of the disclosure, has:
Rotating part (510), circumferentially arranged to have multiple clampers to (200), multiple clamper is configured to (200)
The second fastener chain (102) as obtained from the cutting of the first fastener chain (101) can be held；And
Fixed part (520) is provided with multiple processing units (300), and multiple processing unit (300) is to by the clamping
Device handles second fastener chain (102) that (200) are held, and the clamper is to (200) and the rotating part
(510) rotation is correspondingly displaced in the circumferential,
The slide fastener manufacturing apparatus (600) is also equipped with:
Space forming portion (410) forms spatial portion in the engagement chain tooth (112m) of first fastener chain (101)
(116)；
Lower stop member mounting portion (420), to first fastener chain near the end of the spatial portion (116)
(101) lower stop member (113) are installed；And
Cutting portion (430) is equipped with second fastener chain (102) of the lower stop member (113) in order to obtain, described
Cutting portion (430) cuts off first fastener chain (101) in the spatial portion (116),
The space forming portion (410) is configured to, the shape in the engagement chain tooth (112m) of first fastener chain (101)
At spatial portion (116), lower stop member (113) are configured in spatial portion by next movement of the lower stop member mounting portion (420)
End near,
The lower stop member mounting portion (420) is configured to, and installs lower stop member (113) to first fastener chain (101), should
Lower stop member (113) is that the lower of second fastener chain (102) as obtained from next movement of the cutting portion (430) stops
Part (113).
In some cases, the space forming portion (410), the lower stop member mounting portion (420) and the cutting portion
(430) it is successively set on the conveying section of non-horizontally transported first fastener chain (101).
In some cases, device is also equipped with the conveying mechanism (440) for conveying first fastener chain (101),
The conveying mechanism (440) is transferred with the spatial portion (116) that will be configured with the lower stop member (113) near end
Mode to the cutting portion (430) is acted.
In some cases, the multiple processing unit (300) includes:
Processing unit (320), nibbling in the second fastener chain (102) can be configured for pull head (115) by consisting of
Near the end for closing chain tooth (112m)；And
Processing unit (330), the pull head (115) can be pushed by consisting of, and at least make the engagement chain tooth
(112m) partly becomes non-engagement.
In some cases, device is also equipped with wire rod accumulation unit (470), supplies to the lower stop member mounting portion (420)
Wire rod (113k),
The wire rod accumulation unit (470) includes
Spool (471) is wound by the wire rod (113k)；And
Dipper crowding gear (475) is pushed by the thrust piece (472) to be exerted a force to the radially inner side of the spool (471)
The wire rod (113k) on the spool (471).
Slide fastener manufacturing apparatus involved in the another way of the disclosure, has:
Rotating part (510), circumferentially arranged to have multiple clampers to (200), multiple clamper is configured to (200)
The second fastener chain (102) as obtained from the cutting of the first fastener chain (101) can be held；And
Fixed part (520) is provided with multiple processing units (300), and multiple processing unit (300) is to by the clamping
Device handles second fastener chain (102) that (200) are held, and the clamper is to (200) and the rotating part
(510) rotation is correspondingly displaced in the circumferential,
The slide fastener manufacturing apparatus (600) is also equipped with:
Space forming portion (410) forms spatial portion in the engagement chain tooth (112m) of first fastener chain (101)
(116)；
Lower stop member mounting portion (420), to first fastener chain near the end of the spatial portion (116)
(101) lower stop member (113) are installed；And
Cutting portion (430) is equipped with second fastener chain 102 of the lower stop member (113) in order to obtain, described to cut
Disconnected portion (430) cut off first fastener chain (101) in the spatial portion (116),
The space forming portion (410), the lower stop member mounting portion (420) and the cutting portion (430) are set gradually
In the conveying section of non-horizontally transported first fastener chain (101).
The manufacturing method of zipper involved in the another way of the disclosure uses slide fastener manufacturing apparatus (600), the zipper
Manufacturing device (600) includes rotating part (510), circumferentially arranged to have multiple clampers to (200), multiple clamper pair
(200) it is configured to hold the second fastener chain (102) as obtained from the cutting of the first fastener chain (101)；And
Fixed part (520) is provided with multiple processing units (300), and multiple processing unit (300) is to by the clamping
Device handles second fastener chain (102) that (200) are held, and the clamper is to (200) and the rotating part
(510) rotation is correspondingly displaced in the circumferential,
The manufacturing method of the zipper includes:
Using the space forming portion (410) of the slide fastener manufacturing apparatus (600), in first fastener chain (101)
Engage the step of chain tooth (112m) forms spatial portion (116)；
Using the lower stop member mounting portion (420) of the slide fastener manufacturing apparatus (600), in the end of the spatial portion (116)
The step of lower stop member (113) nearby are installed to first fastener chain (101)；And
Using the cutting portion (430) of the slide fastener manufacturing apparatus (600), the lower stop member (113) is installed in order to obtain
Second fastener chain (102) and the spatial portion (116) cut off the first fastener chain (101) the step of,
The space forming portion (410) forms space in the engagement chain tooth (112m) of first fastener chain (101)
Portion (116) is configured lower stop member (113) in spatial portion (116) by next movement of the lower stop member mounting portion (420)
Near end,
The lower stop member mounting portion (420) installs lower stop member (113), the lower stop member to first fastener chain (101)
It (113) is the lower stop member of second fastener chain (102) as obtained from next movement of the cutting portion (430)
(113)。
It further include that the spatial portion (116) that the lower stop member (113) is configured near end is transplanted on the cutting portion
(430) the step of.
[The effect of invention]
According to a mode of the disclosure, the miniaturization of zipper fabrication system can be promoted.
Detailed description of the invention
Fig. 1 is the schematically perspective view of slide fastener manufacturing apparatus involved in a mode of the disclosure.
Fig. 2 is the schematically main view of the zipper of an example of the manufacture of the slide fastener manufacturing apparatus as involved in a mode of the disclosure
Schematic diagram.
Fig. 3 is the processing for the first fastener chain for indicating that the slide fastener manufacturing apparatus as involved in a mode of the disclosure carries out
Somewhat schematic representation.
Fig. 4 is the schematically structure for indicating the first processing units of slide fastener manufacturing apparatus involved in a mode of the disclosure
Schematic side view.
Fig. 5 is the outline for indicating the movement of first processing units of slide fastener manufacturing apparatus involved in a mode of the disclosure
Property schematic side view.
Fig. 6 is the lower stop member that the first processing units of slide fastener manufacturing apparatus involved in a mode to the disclosure are included
Mounting portion supplies the schematically schematic top plan view of the wire rod accumulation unit of wire rod.
Fig. 7 is the lower stop member that the first processing units of slide fastener manufacturing apparatus involved in a mode to the disclosure are included
Mounting portion supplies the schematically schematic side view of the wire rod accumulation unit of wire rod.
Fig. 8 be indicate that the first processing units of slide fastener manufacturing apparatus involved in a mode of the disclosure are included it is lower only
The schematically horizontal cross-section schematic diagram of the movement of part mounting portion.
Fig. 9 is the processing for the second fastener chain for indicating that the slide fastener manufacturing apparatus as involved in a mode of the disclosure carries out
Somewhat schematic representation.
Figure 10 is that the schematically side view of the second processing unit of slide fastener manufacturing apparatus involved in a mode of the disclosure is shown
It is intended to.
Figure 11 is the general of the movement of the second processing unit for indicating slide fastener manufacturing apparatus involved in a mode of the disclosure
Slightly property schematic side view.
Figure 12 is the general of the movement of the second processing unit for indicating slide fastener manufacturing apparatus involved in a mode of the disclosure
Slightly property schematic side view.
Figure 13 is that pull head is matched in the second processing unit for indicate the slide fastener manufacturing apparatus involved in a mode of the disclosure
Set the somewhat schematic representation of the mode near engagement chain tooth.
Figure 14 is that pull head is matched in the second processing unit for indicate the slide fastener manufacturing apparatus involved in a mode of the disclosure
Set the somewhat schematic representation of the mode near engagement chain tooth.
Figure 15 be indicate the third processing unit of slide fastener manufacturing apparatus involved in a mode of the disclosure movement it is general
Slightly property schematic side view.
Figure 16 be indicate the third processing unit of slide fastener manufacturing apparatus involved in a mode of the disclosure movement it is general
Slightly property schematic side view.
Figure 17 is normal appearance in the third processing unit for indicate the slide fastener manufacturing apparatus involved in a mode of the disclosure
The somewhat schematic representation for the situation that the pull head of state is pushed by downward stop member side.
Figure 18 is abnormal appearance in the third processing unit for indicate the slide fastener manufacturing apparatus involved in a mode of the disclosure
The somewhat schematic representation for the situation that the pull head of state is pushed by downward stop member side.
Figure 19 be the fourth processing unit for indicating slide fastener manufacturing apparatus involved in a mode of the disclosure structure and
The schematically schematic side view of movement.
[label declaration]
101: the first fastener chains；
102: the second fastener chains；
112m: engagement chain tooth；
113: lower stop member；
116: spatial portion；
200: clamper pair；
510: rotating part；
520: fixed part；
410: space forming portion；
420: lower stop member mounting portion；
430: cutting portion.
Specific embodiment
Hereinafter, being illustrated on one side to infinite embodiment illustrated of the invention on one side referring to figs. 1 to Figure 19.
Disclosed more than one embodiment and each feature for including in embodiments are not independent.Art technology
Personnel do not need excessively to illustrate, it will be able to be combined each embodiment and/or each feature.In addition, those skilled in the art
It will also appreciate that the synergy generated by the combination.The repeated explanation between embodiment is omitted in principle.With reference to attached drawing with
The description of invention as the main purpose, and is mapped for convenience, is simplified sometimes.
Fig. 1 is the schematically perspective view of slide fastener manufacturing apparatus.Fig. 2 is by the zipper of an example of slide fastener manufacturing apparatus manufacture
Schematically schematic front view.Fig. 3 is the schematically signal for indicating the processing of the first fastener chain carried out by slide fastener manufacturing apparatus
Figure.Fig. 4 is the schematic side view for indicating the schematically structure of first processing units of slide fastener manufacturing apparatus.Fig. 5 is to indicate zipper
The schematically schematic side view of the movement of the first processing units of manufacturing device.Fig. 6 is the first processing to slide fastener manufacturing apparatus
The schematically schematic top plan view of the wire rod accumulation unit for the lower stop member mounting portion supply wire rod that unit is included.Fig. 7 is to zipper system
Make the schematically side view signal of the wire rod accumulation unit for the lower stop member mounting portion supply wire rod that the first processing units of device are included
Figure.Fig. 8 is the schematically horizontal of the movement for the lower stop member mounting portion for indicating that the first processing units of slide fastener manufacturing apparatus are included
Schematic cross-section.Fig. 9 is the somewhat schematic representation for indicating the processing of the second fastener chain carried out by slide fastener manufacturing apparatus.Figure 10
It is the schematically schematic side view of the second processing unit of slide fastener manufacturing apparatus.Figure 11 is indicated at the second of slide fastener manufacturing apparatus
Manage the schematically schematic side view of the movement of unit.Figure 12 is the general of the movement of the second processing unit for indicating slide fastener manufacturing apparatus
Slightly property schematic side view.Figure 13 is to indicate that pull head configuration is in the attached of engagement chain tooth in the second processing unit of slide fastener manufacturing apparatus
The somewhat schematic representation of close mode.Figure 14 is to indicate that pull head configuration is being engaged in the second processing unit of slide fastener manufacturing apparatus
The somewhat schematic representation of mode near chain tooth.Figure 15 be indicate the third processing unit of slide fastener manufacturing apparatus movement it is general
Slightly property schematic side view.Figure 16 is the schematically schematic side view for indicating the movement of third processing unit of slide fastener manufacturing apparatus.
Figure 17 is the situation for indicating the pull head of the normal attitude in the third processing unit of slide fastener manufacturing apparatus and being pushed by downward stop member side
Somewhat schematic representation.Figure 18 is to indicate that the pull head of the abnormal posture in the third processing unit of slide fastener manufacturing apparatus is stopped downwards
The somewhat schematic representation for the situation that part side pushes.Figure 19 is the structure for the fourth processing unit for indicating slide fastener manufacturing apparatus and moves
The schematically schematic side view made.
Slide fastener manufacturing apparatus 600 shown in FIG. 1 is not necessarily limited to this, in order to manufacture in Fig. 2 only as an example shown in
Zipper 100 and acted.In the specific structure to slide fastener manufacturing apparatus 600 and before movement is illustrated, referring to Fig. 2 pairs
Zipper 100 is illustrated in advance.But zipper 100 shown in Fig. 2 is only an example, is also able to use zipper shown in FIG. 1 certainly
Manufacturing device 600 manufactures the zipper of the structure other than shown in Fig. 2.
Zipper 100 shown in Fig. 2 is including a pair of of zipper teeth chain 110 and for opening a pair of of zipper teeth chain 110
The pull head 115 closed.Each zipper teeth chain 110 has zipper strip 111 and the slide fastener coupling element of the opposed side edge part of the band 111 is arranged in
112。
Under zipper 100 has a pair of of zipper teeth chain 110 of connection and is arranged near the lower end of each slide fastener coupling element 112
Stop member 113.Zipper 100 has the upper stop member 114 being arranged near the upper end of each slide fastener coupling element 112.It is upward by pull head 115
The advance of stop member 114 is to close a pair of of zipper teeth chain 110.By the retrogressing of the downward stop member 113 of pull head 115 to open one
To zipper teeth chain 110.The advance that pull head 115 is prevented by upper stop member 114, after preventing pull head 115 by lower stop member 113
It moves back.
If being independently illustrated on the basis of zipper 100 with device shown in FIG. 1, a pair of of zipper teeth chain 110 is wrapped
Include left side zipper teeth chain 110 and right side zipper teeth chain 110.Each zipper teeth chain 110 of left and right is arranged in upper stop member 114
On.Lower stop member 113 is co-located on the zipper teeth chain 110 of left and right.
Zipper strip 111 is flexible cloth, at least partly includes fabric or braided fabric.Slide fastener coupling element 112 as an example, is schemed
Show that monofilament is rolled into spiral helicine nylon chain tooth.In another example, made of metal or the slide fastener coupling element of resin are used.Certain
In the case of, slide fastener coupling element 112 is positioned on a face of zipper strip 111, and is sewed relative to zipper strip 111.Another
In example, slide fastener coupling element 112 is assembled in the band tissue of zipper strip 111.In Fig. 2, diagram has the zipper of each zipper teeth chain 110
The engagement chain tooth 112m that chain tooth 112 engages.Engaging chain tooth 112m becomes non-engagement state by the retrogressing of pull head 115.
Lower stop member 113 or upper stop member 114 can be for being plastically deformed of being installed relative to zipper strip 111
Metal material.In another example, lower stop member 113 and upper stop member 114 can be the stop member of resin.Pull head 115 can be metal
Or the pull head of resin.Pull head 115 is not necessarily limited to this, also may include upper flange, lower wing plate and connection upper limb
The connecting column of plate and lower wing plate.
Slide fastener manufacturing apparatus 600 shown in FIG. 1 is to the second zipper chain as obtained from the cutting of the first fastener chain 101
Item 102 implements more than one finishing processing.For example, handling as finishing, slide fastener manufacturing apparatus 600 carries out making pull head
115 pass through the processing of the second fastener chain 102, install the processing of upper stop member 114, pull head 115 insert state inspection and
The inspection of the installation condition of lower stop member 113 and upper stop member 114.In addition, in other examples, it is convenient to omit one listed herein
Above processing.
First fastener chain 101 and the second fastener chain 102 include a pair of of zipper teeth chain 110 of closed state, are changed
Yan Zhi, including a pair of of zipper teeth chain 110 containing engagement chain tooth 112m.First fastener chain 101 is very long.Another party
Face, the second fastener chain 102 is obtained by the cutting of the first fastener chain 101, and ratio 101 much shorter of the first fastener chain.
Slide fastener manufacturing apparatus 600 involved in present embodiment is configured to, and handles as finishing, to the first fastener chain
101 form spatial portion, and are able to carry out the processing for installing lower stop member.It does not need to be equipped in the upstream side of slide fastener manufacturing apparatus 600
Other spatial portion forms device or lower stop member mounting device, can promote the miniaturization of zipper fabrication system.Execute one
The movement speed of the slide fastener manufacturing apparatus of above finishing processing is not formed device or lower stop member by with other spatial portion
The limitation of the relationship of mounting device can aid in the high efficiency of the manufacture of zipper.It can be omitted other spatial portion and form dress
It sets or the configuration space of lower stop member mounting device, also can be improved the space utilization rate in factory.In addition, in this illustrated example
In, by being carried out in slide fastener manufacturing apparatus 600, spatial portion forms processing to the second fastener chain 102 and lower stop member is installed
Processing the first fastener chain 101 cutting and obtain.
As shown in Figure 1, slide fastener manufacturing apparatus 600 includes multiple clampers to 200 circumferentially arranged rotating parts 510, institute
Multiple clampers are stated to be configured to hold second fastener chain as obtained from the cutting of the first fastener chain 101 to 200
102；And be provided with the fixed part 520 of multiple processing units 300, the multiple processing unit 300 to by clamper to 200
The second fastener chain 102 held is handled, the clamper to 200 with the rotation of rotating part 510 correspondingly in the circumferential
Displacement.In the illustrated example of Fig. 1, multiple processing units 300 include the first to the 5th processing unit 310~350.In addition, first,
Second, third etc. is convenient identifier.Other than the case where expressing like this, first, second, third, etc. is not any
Indicate the identifier of the sequence of processing or movement.
Rotating part 510 receives the rotary force from driving source not shown in the figure such as motor and rotates.Rotating part 510
Each clamper is correspondingly displaced to 200 with the rotation of rotating part 510 in the circumferential.Fixed part 520 is stationary parts.Fixed part
Unit 300 is managed everywhere in 520 can be to the second fastener chain held as described above by the clamper being displaced in the circumferential to 200
102 implementations processing.Each processing unit 300 may include any of the above-described a finishing to the processing of the second fastener chain 102 and handle.
In illustrated example, rotating part 510 is included along the axis consistent or parallel or substantial parallel with vertical direction
The flat part 511 of line AX10 observation substantially hexagon；And it is equally spaced in the periphery of flat part 511 in total six portions
The clamper of position is to 200.In addition, equipped with clamper to 200 each position, as shown in figure 3, in order to hold common second
Fastener chain 102, clamper are arranged to 200 in upper layer and lower layer.
The flat part 511 of rotating part 510 is arranged to orthogonal with axis AX10.The flat part 511 of rotating part 510 can be opposite
It is rotated in the pillar 530 erect on the pedestal 540 that slide fastener manufacturing apparatus 600 is arranged in.The flat part 511 of rotating part 510
It can receive the rotary force from driving source not shown in the figure and be rotated using axis AX10 as rotation center.
The flat part 511 of rotating part 510 is intermittently driven in rotation.Each clamper is to 200 and the flat part of rotating part 510
511 rotation driving is correspondingly displaced in the circumferential, equally, the second fastener chain 102 held by each clamper to 200
It is displaced in the circumferential.In illustrated example, driven by each rotation of the flat part 511 of rotating part 510, the plate of rotating part 510
511, portion rotates 60 °, and each clamper to 200 and second fastener chain 102 be only displaced 60 ° in the circumferential.
It is exactly that a certain clamper drives the first time rotation of 200 and the flat part 511 of rotating part 510 if describing in detail
It moves correspondingly, is displaced under circumferential other adjacent processing units 300 from the lower position of some processing unit 300
It sets in orientation.When carrying out second of rotation of flat part 511 of rotating part 510 driving, the clamper is to 200 further in circumferential direction
Upper displacement, and it is displaced to the lower position of other processing units 300 again.
The second fastener chain 102 and clamper held by clamper to 200 is same to 200, the plate with rotating part 510
The rotation driving in portion 511 is correspondingly displaced in the circumferential, and is provided to different types of processing by arranging in the circumferential
The processing that unit 300 carries out.According to this structure, slide fastener manufacturing apparatus 600 being capable of high efficiency and economical space saving by the second zipper
Chain 102 is finish-machined to zipper 100.
In addition, for the ease of illustration, indicating to 600 extreme facility of slide fastener manufacturing apparatus shown in FIG. 1.In certain situations
Under, in the upper surface of fixed part 520 equipped with the wire rod accumulation unit of pull head supply unit, lower stop member or upper stop member.
Referring to Fig. 3 to Fig. 8 to saying by slide fastener manufacturing apparatus 600 or to be more directly by first processing units 310 to
The processing of one fastener chain 101 is diagrammatically illustrated.By referring to Fig. 3 and Fig. 4 it is found that slide fastener manufacturing apparatus 600 or
It is that first processing units 310 include and form spatial portion on the engagement chain tooth 112m of the first fastener chain 101 that person, which more directly says,
116 space forming portion 410；The lower of stop member 113 stops under installing near the end of spatial portion 116 to the first fastener chain 101
Part mounting portion 420；And the second fastener chain 102 of lower stop member 113 is installed in order to obtain and the first fastener chain 101 exists
The cutting portion 430 that spatial portion 116 is cut off.
Spatial portion 116 can be the engagement out of mesh part chain tooth 112m on the length direction of the first fastener chain 101.
Spatial portion 116 can be formed by the engageable head of excision engagement chain tooth 112m.In this case, engage chain tooth 112m's
Part other than engageable head remains on zipper strip 111.In the case where selectively cutting off engageable head, spatial portion
Forming device will not be enlarged, it is ensured that its space saving.Alternatively, it is also possible to will be in spatial portion 116 in a manner of not remaining
Chain tooth 112m is engaged to remove from zipper strip 111.
In the present embodiment, space forming portion 410 configures in such a way: in the engagement of the first fastener chain 101
Spatial portion 116 is formed on chain tooth 112m, the spatial portion 116 is by next movement of lower stop member mounting portion 420 by lower stop member 113
Configuration is near the end of the spatial portion 116.In addition, lower stop member mounting portion 420 configures in such a way: to the first zipper chain
Item 101 installs lower stop member 113, which is second fastener chain as obtained from next movement of cutting portion 430
102 lower stop member 113.
The formation of spatial portion and the installation of lower stop member are incorporated into slide fastener manufacturing apparatus, compared with the past, promote zipper
The miniaturization of manufacture system.It is adjusted by the interval of space forming portion and lower stop member mounting portion, can simply cope with the second drawing
The length of chain chain changes.In some cases, the error of the conveying distance of the first fastener chain 101 can be further decreased
The problem of influencing, and can be avoided the installation site offset of lower stop member 113, the off-position offset of the first fastener chain 101
Significantization.
In the present embodiment, space forming portion 410, lower stop member mounting portion 420 and cutting portion 430 are successively set on non-
The horizontally conveying section of transported first fastener chain 101.In slide fastener manufacturing apparatus 600, by effectively utilizing
One fastener chain 101 non-horizontally transported section, can be suitably to 600 assembling space forming portion of slide fastener manufacturing apparatus
410, lower stop member mounting portion 420 and cutting portion 430.
In illustrated example, space forming portion 410, lower stop member mounting portion 420 and cutting portion 430 are successively set on along lead
The conveying section of vertical transported first fastener chain 101 in direction.Second as obtained from the cutting of the first fastener chain 101
Fastener chain 102 takes the posture to hang down in the state of being held by clamper to 200 along vertical direction.Space forming portion
410, lower stop member mounting portion 420 and cutting portion 430 are arranged along vertical direction, and can be omitted for adjusting the first zipper
The roller of the conveying direction of chain 101.
Say referring to Fig. 3 or more directly it is that its (a) to (e) carries out diagrammatically the movement of first processing units 310
Explanation.Fig. 3 (a) indicates the spatial portion 116 formed by the movement of the last time of space forming portion 410, and is claimed later
For the spatial portion 116 of last time.Fig. 3 (a) expression is pacified by the movement of the last time of lower stop member mounting portion 420 holds stop member 113,
And it is referred to as the lower stop member 113 of last time later.Fig. 3 (a) indicates the wave formed by the movement of the last time of cutting portion 430
The cutting line 117 of shape, and it is referred to as the cutting line 117 of last time later.Fig. 3 (a) indicates opposite with the rotation of rotating part 510
The clamper being newly equipped in the lower section of first processing units 310 with answering is to 200.
By the comparison of Fig. 3 (a) and Fig. 3 (b) it is found that passing through the conveying of the first fastener chain 101, the cutting line 117 of last time
And the lower stop member 113 of last time passes through the clamper for the opening state for not clamping zipper strip 111 to 200.The spatial portion 116 of last time
Lower stop member mounting portion 420 is displaced to below to vertical direction.It is formed with before spatial portion 116 to the supply of space forming portion 410
Engage chain tooth 112m.
By the comparison of Fig. 3 (b) and Fig. 3 (c) it is found that passing through the dynamic of space forming portion 410 and lower stop member mounting portion 420
Make, this spatial portion 116 is formed with relative to the first fastener chain 101, in addition, this lower stop member 113 is mounted on first
Near the end of the spatial portion 116 of the last time of fastener chain 101.
By the comparison of Fig. 3 (c) and Fig. 3 (d) it is found that passing through the conveying of the first fastener chain 101, the spatial portion 116 of last time
It is fed into cutting portion 430.This configuration of lower stop member 113 is leaned on above vertical direction than cutting portion 430.Passing through cutting portion
Before 430 the first fastener chains 101 of cutting, left and right ends portion of the clamper to 200 the first fastener chains 101 of holding.
By the comparison of Fig. 3 (d) and Fig. 3 (e) it is found that passing through the movement of cutting portion 430, cut off in the spatial portion 116 of last time
First fastener chain 101.Cutting portion 430 cuts off the first fastener chain in the middle position up and down of the vertical direction of spatial portion 116
101.When the first fastener chain 101 is cut off, clamper is to 200 by the area below the vertical direction of the first fastener chain 101
Domain is held as the second fastener chain 102.Second fastener chain 102 is held by clamper to 200, and is taken to vertical side
The posture hung down.With the rotation of rotating part 510 correspondingly, clamper is to 200 from the lower section of first processing units 310
Position is displaced to the lower position of the second processing unit 320 in the circumferential.Equally, across the lower section of the 5th processing unit 350
Other clampers are newly provided in the lower position of first processing units 310 to 200.
Second fastener chain 102 has upper end 102j and lower end 102k along vertical direction.Upper end 102j exists
There is the residual region of spatial portion 116.There is also the residual regions for having spatial portion 116 by lower end 102k.
First processing units 310 involved in the illustrated example of Fig. 4, in the first fastener chain moved along vertical direction
Successively there is chain guide 460, space forming portion 410, linear measure longimetry from the upstream side toward the downstream side on 101 conveying direction
Portion 450, chain guide 460, lower stop member mounting portion 420, conveying mechanism 440 and cutting portion 430.In the lead of cutting portion 430
The direction fitted underneath that hangs down has clamper to 200.
Space forming portion 410 at least has the cutter 411 for forming spatial portion 116 on engagement chain tooth 112m.From figure
13 it is additional referring to it is found that cutter 411 to destroy the side for engaging chain tooth 112m in the width midway of narrow engagement chain tooth 112m
Formula plays a role.In some cases, space forming portion 410 includes being provided with the mold of concave guiding groove, this is concave to draw
Guide groove guides the engagement chain tooth 112m destroyed by cutter 411.The slit being connected to the guiding groove can be set on mold.According to
The structure, the cutter 411 for allowing to destroy engagement chain tooth 112m enter slit.Cutter 411 has along the quilt in vertical direction
The knife length of the length of the conveying direction of first fastener chain 101 of conveying, and it is wide with the short knife orthogonal with the conveying direction
Degree.
Lower stop member mounting portion 420 at least has for installing near the end of spatial portion 116 to the first fastener chain 101
The formed punch 421 of lower stop member 113.Cutting portion 430 is included at least for cutting the first fastener chain 101 what spatial portion 116 was cut off
Breaking 431.Cutoff tool 431 has the knife length longer than the width of the first fastener chain 101, and has more sufficiently small than knife length
Knife width.Exemplary construction about lower stop member mounting portion 420 will be described below referring to Fig. 8.
The cutter 411 of space forming portion 410 is via power transfer mechanism 415 shown in Fig. 4 in conjunction with driving source.Power passes
Mechanism 415 is passed so that between position of readiness shown in the operating position shown in Fig. 5 (a) of cutter 411 and Fig. 5 (b), with axis
AX10 intersection or the orthogonal horizontal mode shifted up act.The power transfer mechanism 415 of illustrated example includes: and cutter 411
The first connecting rod of connection；The second connecting rod being connect with the cylinder of driving source；And be rotatably engaged with first connecting rod
The pivot connecting rod for the second end that one end and second connecting rod are rotatably engaged.By the flexible of cylinder, cutter can be controlled
411 displacement.In other cases, other power transfer mechanisms and driving source can be used.
The formed punch 421 of lower stop member mounting portion 420 is arranged to shown in the operating position shown in Fig. 5 (a) and Fig. 5 (b)
Position of readiness between be displaced.For example, using cylinder to move back and forth formed punch 421 in this way.The cutoff tool of cutting portion 430
431 are configured to be displaced between operating position shown in the position of readiness shown in Fig. 5 (a) and Fig. 5 (b).For example, in order to make
Cutoff tool 431 moves back and forth in this way and uses cylinder.In addition, the cylinder described in this application includes electric cylinder, cylinder, oil cylinder
Etc. various types of cylinders.
Linear measure longimetry portion 450 include at least a pair of rolls correspondingly rotated with the conveying of the first fastener chain 101 and
Detect the detector of the rotation amount of the roller of any one or both.As detector, rotary encoder etc. can be used.Detection
The output of device is connect with controller.Linear measure longimetry portion 450 is not needed with the structure illustrated in this paragraph.In another example,
Linear measure longimetry portion 450 counts the mark on the zipper strip 111 for being formed in the first fastener chain 101, and is based on the counting
As a result the conveying distance of the first fastener chain 101 is calculated.
Conveying mechanism 440 has driven roller 441, collaboratively sandwiches the pushing roller of the first fastener chain 101 with driven roller 441
442 and the driving portion for being driven to driven roller 441.Driving portion is rotated according to the control instruction supplied from controller
Control driven roller 441.
Additional reference by Fig. 3 (c) and (d) is it is appreciated that conveying mechanism 440 is acted, so that will be attached in end
Closely the spatial portion 116 configured with lower stop member 113 is transplanted on cutting portion 430.It in this case, can be in the first fastener chain
101 conveying direction, configured at different position in vertical direction under stop member mounting portion 420 and cutting portion 430.It can keep away
Exempt from or reduce the problem of issuable space limits between lower stop member mounting portion 420 and cutting portion 430.
Controller carries out various controls.For example, controller control space forming portion 410 cutter 411 action moment, under
The action moment of the cutoff tool 431 of the action moment and cutting portion 430 of the formed punch 421 of stop member mounting portion 420.Specific timing
It according to present disclosure, is apparent to those skilled in the art, description is omitted.
Chain guide 460 be provided with guidance the first fastener chain 101 engagement chain tooth 112m in vertical direction
The component of the concave groove portion extended.By the way that chain guide 460 is arranged, it can be avoided or reduce with the first fastener chain
The first unexpectedly offset of fastener chain 101 of 101 conveying.
By the reference of Fig. 4 it is found that slide fastener manufacturing apparatus 600 have more than one wire rod accumulation unit 470 and one with
On wire rod processing department 480.Wire rod accumulation unit 470 accumulates the wire rod 113k supplied to wire rod processing department 480.As an example, line
Material accumulation unit 470 is constituted as shown in Fig. 6 and Fig. 7.Wire rod processing department 480 is to the wire rod 113k supplied from wire rod accumulation unit 470
It is processed.Lower stop member mounting portion 420 is fed into the wire rod piece 113f that wire rod processing department 480 is processed.
As shown in Fig. 6 and Fig. 7, wire rod accumulation unit 470 has the spool 471 for being wound with wire rod 113k and pushes logical
Cross the dipper crowding gear 475 of thrust piece 472 and the wire rod 113k on spool 471, the thrust piece 472 is by spool 471
Radially inner side force.In illustrated example, a pair of of thrust piece 472 is configured in a manner of sandwiching spool 471.Each thrust piece 472
The one end of each pivot connecting rod 473 is set.Pivot connecting rod 473 is combined each other by spring 474, and the one of pivot connecting rod 473
The thrust piece 472 of end is exerted a force to the radially inner side of spool 471 always.Thrust piece 472 prolongs along the rotary shaft of spool 471
It stretches, and can push the wire rod 113k on spool 471 to radially inner side in abundant range.
In the case that wire rod accumulation unit 470 is directed in such a way that the rotary shaft of spool 471 and vertical direction are consistent, have
It may be unlocked wound on the wire rod 113k on spool 471, and be unable to maintain that the reeling condition of wire rod 113k.In present embodiment
In, by the movement of above-mentioned thrust piece 472, it can suitably maintain the winding installation condition of wire rod 113k.It is drawn from spool 471
Wire rod piece 113f be supplied to wire rod processing department 480 via more than one relaying roller 477.
Wire rod processing department 480 processes the wire rod 113k supplied from wire rod accumulation unit 470.By being processed by the wire rod
The processing that portion 480 carries out, obtains the wire rod piece 113f for being provided with more than one foot.Wire rod piece 113f with arbitrary method or
Mode is supplied to downward stop member mounting portion 420 from wire rod processing department 480.Rotary shaft by spool 471 is consistent with vertical direction,
Wire rod 113k can be supplied in parallel relative to the surface of the second fastener chain 102 and the back side, and can be to be installed on
The posture of two fastener chains 102 processes wire rod piece 113f.
Lower stop member mounting portion 420 involved in the illustrated example of Fig. 8 includes formed punch 421, the guidance of the first guiding piece 422, second
Part 423 and mold 424.Formed punch 421 can with the driving force from driving source not shown in the figure, such as cylinder correspondingly
It is displaced between the position of readiness of Fig. 8 (a) and the operating position of Fig. 8 (b).First guiding piece 422 and the second guiding piece 423 are
The cartridge constituted in a manner of the movement of pilot punch 421.It is provided on mold 424 for the foot to wire rod piece 113f
The recess portion of portion's progress bending machining.
When supplying wire rod piece 113f to the first guiding piece 422, formed punch 421 and the first guiding piece 422 with axis
AX10 intersection orthogonal horizontal shifts up.First guiding piece 422 is horizontally displaced to be touched until with the second guiding piece 423
It hits.When formed punch 421 is advanced in the first and second guiding piece 422,423, wire rod piece 113f also draws in first and second
It advances in guiding element 422,423.Further with formed punch 421 is advanced correspondingly, and foot's perforation configuration of wire rod piece 113f is in mould
The zipper strip 111 of the first fastener chain 101 on tool 424, and be plastically deformed in the recess portion of punch die 424.In this way, lower stop
Part 113 is mounted on the end of each slide fastener coupling element 112.Using other kinds of lower stop member, use is other kinds of
Device or mechanism.
Fig. 9, which is schematically shown, takes the posture to hang down to vertical direction lower section to 200 holdings to by clamper
Second fastener chain 102 implements the mode of finishing processing.Fig. 9 (a) indicates clamper to 200 configurations in first processing units
Situation below 310 vertical direction.Fig. 9 (b) indicates that clamper configures the vertical direction in the second processing unit 320 to 200
The situation of lower section.Fig. 9 (c) indicates situation of the clamper to 200 configurations below the vertical direction of third processing unit 330.Fig. 9
(d) situation of the clamper to 200 configurations below the vertical direction of fourth processing unit 340 is indicated.
By Fig. 9 (b) it is found that the second processing unit 320 configures pull head 115 near the end of engagement chain tooth 112m.At certain
In a little situations, pull head 115 configures the mode in pull head 115 slightly to engage the upper end of chain tooth 112m and configures.By Fig. 9 (c)
It is found that third processing unit 330 pushes the pull head 115 of the upper end 102j of the second fastener chain 102, and at least make engagement chain
Tooth 112m partly becomes non-engagement.By Fig. 9 (d) it is found that fourth processing unit 340 the second fastener chain 102 each zipper
Upper stop member 114 is installed on band 111.5th processing unit 350 is the place for checking the finishing state of the second fastener chain 102
Manage unit.In some cases, it is provided with the 6th processing unit, the 6th processing unit is used for according to the 5th processing unit 350
Inspection result sort non-defective unit or defective products.
The second processing unit 320 involved in the illustrated example of Figure 10 is configured to the engagement in the second fastener chain 102
The end of chain tooth 112m nearby configures pull head 115.The second processing unit 320 is including pull head supply unit 320k and for going up and down
The lifting unit 320j of pull head supply unit 320k.Pull head supply unit 320k can be with the movement of lifting unit 320j correspondingly along lead
Vertical direction upper and lower displacement.In Figure 10, pull head supply unit 320k is located at not with the clamper that is displaced in the circumferential to 200 interference
Non-interfering position.On the other hand, in Figure 11, movement of the pull head supply unit 320k based on lifting unit 320j and from non-interfering position
Decline to interference position and is displaced.As the decline of pull head supply unit 320k is displaced, pull head 115 is configured in the second fastener chain 102
Upper end 102j engagement chain tooth 112m end near.
As shown in figure 12, in interference position, pull head supply unit 320k is elapsed from closed state to opening state, and pull head
115 are set to stay in the upper end 102j of the second fastener chain 102.In addition, pull head supply unit 320k to keep in the off state
Pull head 115 and in the on-state discharge pull head 115 mode constitute.The specific structure of lifting unit 320j can be various each
Sample.As an example, lifting unit 320j includes cylinder.By the control of elongation and the diminution of cylinder, pull head confession can be adjusted
To the upper and lower position of portion 320k.
Pull head supply unit 320k involved in illustrated example includes first and second support for keeping pull head 115
321,322；A pair of of pivot connecting rod 323 that lower end is connect with each bracket 321,322；Each 323 pivoted of pivot connecting rod it is arranged
Pedestal 324；And the impeller 325 for being opened and closed a pair of of pivot connecting rod 323.
First support 321 is constituted in a manner of accommodating and/or keeping the lower wing plate of pull head 115.Second support 322 is to accommodate
And/or the mode of the upper flange of pull head 115 is kept to constitute.It is provided in second support 322 for avoiding the drawing with pull head 115
The notch of the interference of hand.In some cases, the driving source for making 325 upper and lower displacement of impeller, such as cylinder are provided with.Separately
Outside, impeller 325 can be relatively displaced relative to pedestal 324.First support 321 of the pull head 115 to pull head supply unit 320k
Supply with second support 322 can be realized by various methods.
When pull head supply unit 320k is in close state, pull head 115 is kept by first support 321 and second support 322,
And the insertion of the upper end 102j for the second fastener chain 102 is provided between first support 321 and second support 322
Path.In pull head supply unit 320k decline, the upper end of the second fastener chain 102 of the state held by clamper to 200
102j is inserted through the insertion path between first support 321 and second support 322.By pull head supply unit 320k further under
Drop, the upper end 102j of the second fastener chain 102 are passed through in pull head 115, passed through in illustrated example its upper flange and lower wing plate it
Between.In some cases, the configuration of pull head 115 is in the upper end along vertical direction of engagement chain tooth 112m slightly into pull head 115
Interior position.
Above-mentioned insertion path is provided by each opposed faces of first support 321 and second support 322.In first support 321
Inclined surface 321j is provided in opposed faces.Inclined surface 322j is provided in the opposed faces of second support 322.As shown in figure 11,
When keeping pull head 115 by first support 321 and second support 322, each inclined surface 321j, 322j are oriented to cone cell, energy
The insert port for enough ensuring to be inserted into path is wider.
By the comparison of Figure 13 and Figure 14 it is appreciated that including guide portion for keeping the second support 322 of upper flange
322m, 322n, guide portion 322m, 322n are used to guide the residual of the slide fastener coupling element for the left and right sides for remaining in spatial portion 116
Body and engagement chain tooth 112m.Guide portion 322m, 322n intersect with vertical direction or orthogonal transverse direction at spaced intervals
Setting.Each opposed faces of guide portion 322m, 322n are configured to cone cell in a manner of extending below vertical direction.Ensure zipper
The Remained mass of chain tooth or being more smoothly inserted into for engagement chain tooth 112m.
By the decline of impeller 325, the interval of a pair of brackets 321,322 can be made to expand, and from being inserted through the second drawing
The pull head 115 of the upper end 102j of chain chain 102 leaves bracket 321,322, and pull head 115 is set and is stayed in the second fastener chain
102 sides.
The impeller 325 of illustrated example as shown in figure 11, has the band in a manner of narrowing towards vertical direction lower side width
The tapered portion 325r of taper.The protrusion that each pivot connecting rod 323 has to be arranged towards vertical direction lower section mode close to each other
Portion 323r.According to this structure, by the decline of impeller 325, first support 321 and second support 322 can slowly be expanded
Interval.
By Figure 15 and Figure 16 it is found that third processing unit 330 includes can be along the movable rod of vertical direction upper and lower displacement
331 and from the outer circumferential radial outside promotion protrusion 332 outstanding of movable rod 331.At third processing unit 330 and second
Reason unit 320 is identical, has the lifting unit for going up and down movable rod 331, but to simplify the explanation, omits its diagram and says
It is bright.
By the decline of movable rod 331, the decline of protrusion 332 is pushed and with configuration in second held by clamper to 200
Pull head 115 on the upper end 102j of fastener chain 102 collides.Then, pull head 115 is by promotion protrusion 332 under vertical direction
Side pushes, and engagement chain tooth 112m becomes non-engagement within a certain range.After clamper promotes 200 pull head 115
It moves back and is synchronously controlled with the decline of movable rod 331.Or more directly say, it executes and increases clamper to 200 interval
Control.
In the present embodiment, in the second processing unit 320, pull head is configured near the end of engagement chain tooth 112m
115, and pull head is pushed with third processing unit 330, and engagement chain tooth 112m is at least made partly to become non-engagement.That is, will
Different processing units is distributed in the configuration of pull head and the promotion of pull head.In this case, allow simply to detect and pull head
Supply relevant exception.In some cases, using imaging sensor and computer, in the movement of third processing unit 330
Afterwards, determine whether pull head 115 is displaced downwards within the specified scope.
By the comparison of Figure 17 and Figure 18 it is found that if the slide fastener coupling element 112 of the two is inserted through pull head 115, and pull head 115 is taken
Posture appropriate, then pull head 115 is by as the crow flies to promotion below vertical direction.On the other hand, if the slide fastener coupling element 112 of side not
It is inserted through pull head 115, and pull head 115 takes abnormal posture, then pull head 115 will not be pushed away to vertical direction lower section as the crow flies
It is dynamic.By detecting the position of pull head 115, the relevant exception of supply to pull head can be simply detected.Metal sense can be used
Know the various detection unit such as sensor, reflective sensor.
It appears from figure 19 that fourth processing unit 340 includes at least a pair of of upper stop member mounting portion.Each upper stop member mounting portion has
Structure identical with lower stop member mounting portion 420 shown in Fig. 8.Upper stop member mounting portion includes formed punch 341, the first guiding piece 342,
Two guiding pieces 343 and mold 344.Formed punch 341 can be with the driving force phase from driving source not shown in the figure, such as cylinder
Accordingly it is displaced between the position of readiness of Figure 19 (a) and the operating position of Figure 19 (b).First guiding piece 342 and second draw
Guiding element 343 is the cartridge constituted in a manner of the movement of pilot punch 341.It is provided on mold 344 in order to wire rod
The foot of piece 114g carries out the recess portion of bending machining.
When supplying wire rod piece 114g to the first guiding piece 342, formed punch 341 and the first guiding piece 342 with axis
AX10 intersection orthogonal horizontal shifts up.First guiding piece 342 is horizontally displaced to be touched until with the second guiding piece 343
It hits.When formed punch 341 is advanced in the first and second guiding piece 342,343, wire rod piece 114g also draws in first and second
It is carried out in guiding element 342,343.Further with formed punch 341 is advanced correspondingly, and foot's perforation configuration of wire rod piece 114g is in mould
The zipper strip 111 of the second fastener chain 102 on tool 344, and be plastically deformed in the recess portion of mold 344.In this way, upper stop
Part 114 is mounted on the end of each slide fastener coupling element 112.Using other kinds of upper stop member, use is other kinds of
Device or mechanism.Wire rod piece 114g can be fed into upper stop member mounting portion in the same manner as wire rod piece 113f.Figure 19 indicates phase
The situation of upper stop member 114 is installed for the zipper teeth chain 110 of side.Also it is relatively another upper stop member 114 can similarly to be constituted
The installation of the zipper teeth chain 110 of side.
According to above-mentioned disclosure, the manufacturing method of zipper documented by following note is substantially also disclosed.
[note]
A kind of manufacturing method of zipper, uses slide fastener manufacturing apparatus (600), which includes rotation
Transfer part (510), circumferentially arranged to have multiple clampers to (200), multiple clamper is configured to hold logical to (200)
Cross the second fastener chain (102) obtained from the cutting of the first fastener chain (101)；And
Fixed part (520) is provided with multiple processing units (300), and multiple processing unit (300) is to by the clamping
Device handles second fastener chain (102) that (200) are held, and the clamper is to (200) and the rotating part
(510) rotation is correspondingly displaced in the circumferential,
The manufacturing method of the zipper includes:
Using the space forming portion (410) of the slide fastener manufacturing apparatus (600), in first fastener chain (101)
Engage the step of chain tooth (112m) forms spatial portion (116)；
Using the lower stop member mounting portion (420) of the slide fastener manufacturing apparatus (600), in the end of the spatial portion (116)
The step of lower stop member (113) nearby are installed to first fastener chain (101)；And
Using the cutting portion (430) of the slide fastener manufacturing apparatus (600), the lower stop member (113) is installed in order to obtain
Second fastener chain (102) and the spatial portion (116) cut off the first fastener chain (101) the step of,
The space forming portion (410) forms space in the engagement chain tooth (112m) of first fastener chain (101)
Portion (116) is configured lower stop member (113) in spatial portion (116) by next movement of the lower stop member mounting portion (420)
Spatial portion (116) near end,
The lower stop member mounting portion (420) installs lower stop member (113), the lower stop member to first fastener chain (101)
It (113) is the lower stop member of second fastener chain (102) as obtained from next movement of the cutting portion (430)
(113)。
According to above-mentioned teaching, if those skilled in the art, then various changes can be applied to each embodiment.It is added
The label of claims be in order to refer to, and should not with the purpose of the range of limited interpretation claims carry out reference.?
In first processing units 310, the first fastener chain 101 is conveyed with vertical direction, and in other modes, otherwise convey
First fastener chain 101.
Claims (8)
1. a kind of slide fastener manufacturing apparatus, has:
Rotating part (510), circumferentially arranged to have multiple clampers to (200), multiple clamper is configured to (200)
Hold the second fastener chain (102) as obtained from the cutting of the first fastener chain (101)；And
Fixed part (520) is provided with multiple processing units (300), and multiple processing unit (300) is to by the clamper pair
(200) second fastener chain (102) held is handled, and the clamper is to (200) and the rotating part (510)
Rotation is correspondingly displaced in the circumferential,
The slide fastener manufacturing apparatus (600) is also equipped with:
Space forming portion (410) forms spatial portion in the engagement chain tooth (112m) of first fastener chain (101)
(116)；
Lower stop member mounting portion (420) pacifies first fastener chain (101) near the end of the spatial portion (116)
Load stop member (113)；And
Cutting portion (430) is equipped with second fastener chain (102) of the lower stop member (113), the cutting in order to obtain
Portion (430) cuts off first fastener chain (101) in the spatial portion (116),
The space forming portion (410) is configured to, and is formed in the engagement chain tooth (112m) of first fastener chain (101) empty
Between portion (116), lower stop member (113) are configured in spatial portion (116) by next movement of the lower stop member mounting portion (420)
End near,
The lower stop member mounting portion (420) is configured to, and installs lower stop member (113) to first fastener chain (101), this is lower only
Part (113) is the lower stop member of second fastener chain (102) as obtained from next movement of the cutting portion (430)
(113)。
2. slide fastener manufacturing apparatus according to claim 1, wherein
The space forming portion (410), the lower stop member mounting portion (420) and the cutting portion (430) are successively set on non-
The horizontally conveying section of transported first fastener chain (101).
3. slide fastener manufacturing apparatus according to claim 1 or 2, wherein
It is also equipped with the conveying mechanism (440) for conveying first fastener chain (101),
The conveying mechanism (440) is to be transplanted on institute for the spatial portion (116) for being configured with the lower stop member (113) near end
The mode for stating cutting portion (430) is acted.
4. slide fastener manufacturing apparatus according to any one of claims 1 to 3, wherein
The multiple processing unit (300) includes:
Processing unit (320) consists of the engagement chain that can be configured pull head (115) in second fastener chain (102)
Near the end of tooth (112m)；And
Processing unit (330), the pull head (115) can be pushed by consisting of, and at least make the engagement chain tooth (112m)
Partly become non-engagement.
5. slide fastener manufacturing apparatus according to any one of claims 1 to 4, wherein
Wire rod accumulation unit (470) are also equipped with, supply wire rod (113k) to the lower stop member mounting portion (420),
The wire rod accumulation unit (470) includes
Spool (471) is wound by the wire rod (113k)；And
Dipper crowding gear (475) pushes winding by the thrust piece (472) to be exerted a force to the radially inner side of the spool (471)
The wire rod (113k) on the spool (471).
6. a kind of slide fastener manufacturing apparatus, has:
Rotating part (510), circumferentially arranged to have multiple clampers to (200), multiple clamper is configured to (200)
Hold the second fastener chain (102) as obtained from the cutting of the first fastener chain (101)；And
Fixed part (520) is provided with multiple processing units (300), and multiple processing unit (300) is to by the clamper pair
(200) second fastener chain (102) held is handled, and the clamper is to (200) and the rotating part (510)
Rotation is correspondingly displaced in the circumferential,
The slide fastener manufacturing apparatus (600) is also equipped with:
Space forming portion (410) forms spatial portion in the engagement chain tooth (112m) of first fastener chain (101)
(116)；
Lower stop member mounting portion (420) pacifies first fastener chain (101) near the end of the spatial portion (116)
Load stop member (113)；And
Cutting portion (430) is equipped with second fastener chain 102 of the lower stop member (113), the cutting portion in order to obtain
(430) first fastener chain (101) is cut off in the spatial portion (116),
The space forming portion (410), the lower stop member mounting portion (420) and the cutting portion (430) are successively set on non-
The horizontally conveying section of transported first fastener chain (101).
7. a kind of manufacturing method of zipper, uses slide fastener manufacturing apparatus (600), which includes rotation
Portion (510), circumferentially arranged to have multiple clampers to (200), multiple clamper is configured to hold to (200) to be passed through
Second fastener chain (102) obtained from the cutting of first fastener chain (101)；And
Fixed part (520) is provided with multiple processing units (300), and multiple processing unit (300) is to by the clamper pair
(200) second fastener chain (102) held is handled, and the clamper is to (200) and the rotating part (510)
Rotation is correspondingly displaced in the circumferential,
The manufacturing method of the zipper includes:
Using the space forming portion (410) of the slide fastener manufacturing apparatus (600), in the engagement of first fastener chain (101)
Chain tooth (112m) forms the step of spatial portion (116)；
Using the lower stop member mounting portion (420) of the slide fastener manufacturing apparatus (600), near the end of the spatial portion (116)
The step of lower stop member (113) are installed to first fastener chain (101)；And
Using the cutting portion (430) of the slide fastener manufacturing apparatus (600), the institute of the lower stop member (113) is installed in order to obtain
State the second fastener chain (102) and the step of the spatial portion (116) cut off the first fastener chain (101),
The space forming portion (410) forms spatial portion in the engagement chain tooth (112m) of first fastener chain (101)
(116), lower stop member (113) are configured at the end of spatial portion (116) by next movement of the lower stop member mounting portion (420)
Near portion,
The lower stop member mounting portion (420) installs lower stop member (113), the lower stop member (113) to first fastener chain (101)
For the lower stop member (113) of second fastener chain (102) as obtained from next movement of the cutting portion (430).
8. the manufacturing method of zipper according to claim 7, wherein
It further include that the spatial portion (116) that the lower stop member (113) is configured near end is transplanted on the cutting portion (430)
The step of.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2016/062434 WO2017183119A1 (en) | 2016-04-19 | 2016-04-19 | Device for manufacturing slide fastener and method for manufacturing slide fastener |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109068815A true CN109068815A (en) | 2018-12-21 |
| CN109068815B CN109068815B (en) | 2021-10-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201680084541.4A Active CN109068815B (en) | 2016-04-19 | 2016-04-19 | Slide fastener manufacturing apparatus and slide fastener manufacturing method |
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| Country | Link |
|---|---|
| CN (1) | CN109068815B (en) |
| TW (1) | TWI619447B (en) |
| WO (1) | WO2017183119A1 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111820547A (en) * | 2019-04-23 | 2020-10-27 | Ykk株式会社 | Zipper chain combination device |
| CN113349527A (en) * | 2020-03-06 | 2021-09-07 | Ykk株式会社 | Slider mounting device |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109463851B (en) * | 2017-09-07 | 2021-07-20 | Ykk株式会社 | Continuous zipper tooth chain processing machine |
| WO2020105128A1 (en) * | 2018-11-20 | 2020-05-28 | Ykk株式会社 | Tape length adjustment device |
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Also Published As
| Publication number | Publication date |
|---|---|
| TW201737833A (en) | 2017-11-01 |
| TWI619447B (en) | 2018-04-01 |
| CN109068815B (en) | 2021-10-08 |
| WO2017183119A1 (en) | 2017-10-26 |
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