CN104883920B - The trimming device of the body of slide fastener zipper head - Google Patents
The trimming device of the body of slide fastener zipper head Download PDFInfo
- Publication number
- CN104883920B CN104883920B CN201480003593.5A CN201480003593A CN104883920B CN 104883920 B CN104883920 B CN 104883920B CN 201480003593 A CN201480003593 A CN 201480003593A CN 104883920 B CN104883920 B CN 104883920B
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- China
- Prior art keywords
- component
- pawl
- hole
- calvus
- finishing
- Prior art date
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Classifications
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- A—HUMAN NECESSITIES
- A44—HABERDASHERY; JEWELLERY
- A44B—BUTTONS, PINS, BUCKLES, SLIDE FASTENERS, OR THE LIKE
- A44B19/00—Slide fasteners
- A44B19/42—Making by processes not fully provided for in one other class, e.g. B21D53/50, B21F45/18, B22D17/16, B29D5/00
Abstract
The present invention relates to a kind of trimming device.Trimming device includes：Calvus (50) is repaired by the bore of the sprocket path (13) of body (1), the first component (71) that calvus (50) transports body (1) off and on is repaired along bore, the second component (72) that body (1) is positioned in conveyance direction, pawl hole trimming punch (80) pawl hole (15) repaired in being inserted into the pawl hole (15) of the body (1) positioned by second component (72), and pawl hole finishing calvus (81) burr of the opening edge of pawl hole (15) removed in being inserted into the sprocket path (13) of the body (1) positioned by second component (72).The trimming device can be repaired with the sprocket path of the body of zipper head and pawl hole to slide fastener.
Description
Technical field
The present invention relates to a kind of repaired with the body of zipper head (slider) to slide fastener (slide fastener)
(trimming) trimming device.
Background technology
The zipper head kludge assembled with zipper head by slide fastener is had been disclosed in patent documentation 1.The slide fastener draws
Head kludge includes：The conveying unit that the body of zipper head is transported with linear arrangement, supplies the sheet of body to conveying unit
Body supply unit, the finishing portion repaired by the body to being supplied to body supply unit, the body supply to being transported by conveying unit draw
The pulling-on piece supply unit of piece (pull tab), and the installing department that pulling-on piece is installed in body.
Prior art literature
Patent documentation
Patent documentation 1：Japanese Patent Laid-Open 2000-270910 publication
The content of the invention
Invent problem to be solved
The finishing portion is repaired to the sprocket path between the upper flange and lower wing plate of body.
On the other hand, there is following zipper head in slide fastener zipper head, i.e. possess body, pulling-on piece, locking component,
The lock pawl of locking component is prominent to sprocket path by being formed at the pawl hole of upper flange, and the zipper head has locking
Function.
Zipper head with the lock function needs to repair pawl hole.Finishing portion disclosed in patent documentation 1 without
Method is repaired to pawl hole.
It is an object of the invention to provide the trimming device of the body of following slide fastener zipper head, i.e. will draw
The body of chain pull head is transported with linear arrangement, and the sprocket path of the body and pawl hole can be repaired.
The means of solve problem
Trimming device of the present invention for the body of slide fastener zipper head, the body 1, body to slide fastener zipper head
1a, body 1b, body 1c, body 1d are repaired, the body 1a of the slide fastener zipper head, body 1b, body 1c, body
1d include sprocket path 13, and connect with the sprocket path 13 and for locking component 3 lock pawl 31 insert pawl hole 15, institute
The trimming device for stating the body of slide fastener zipper head is characterised by including：
Bore finishing calvus (jaw) 50, is repaired to the sprocket path 13 by the sprocket path 13；
Carrying device 70, transports the body 1, body 1a, sheet off and on including calvus 50 is repaired along the bore
Body 1b, body 1c, the first component 71 of body 1d, and by the body 1 transported by the first component 71, body 1a, this
The second component 72 positioned in conveyance direction by body 1b, body 1c, body 1d；Pawl hole trimming punch 80, is inserted into by institute
State in the pawl hole 15 of the body that second component (72) positions (1,1a, 1b, 1c, 1d), the pawl hole 15 is repaiied
It is whole；And pawl hole finishing calvus 81, it is inserted into the body (1,1a, 1b, 1c, 1d) that positioned by the second component (72)
In the sprocket path 13, the opening edge in the pawl hole 15 is repaired.
The trimming device of the present invention, repairs the lower section of calvus 50 in the bore, configures the finishing for reclaiming finishing fragment
Fragment recovery part 54.
Accordingly, in trimming device, can efficiency reclaim goodly to body 1, body 1a, body 1b, body 1c, body 1d chain
The finishing fragment that tooth path 13 and pawl hole 15 are produced when being repaired.
In the trimming device of the present invention, the first component 71 has multiple body pressing portion 73, body pressing portion 74, sheet
Body pressing portion 75, the plurality of body pressing portion 73, body pressing portion 74, body pressing portion 75 separate regulation in conveyance direction
Interval and configure, and by the body 1, body 1a, body 1b, body 1c, body 1d towards conveyance direction downstream push,
The second component 72 has multiple resettlement sections 76, resettlement section 77, resettlement section 78, the plurality of resettlement section 76, resettlement section 77, receipts
Appearance portion 78 separates the interval of regulation in conveyance direction and configures, and house the body 1, body 1a, body 1b, body 1c,
Body 1d, the first component 71 are movable to conveyance position and non-conveyance position, institute on the direction orthogonal with conveyance direction
It is the body pressing portion 73, body pressing portion 74, body pressing portion 75 and the body 1, body 1a, body to state conveyance position
1b, body 1c, the position of body 1d contacts, the non-conveyance position is the body pressing portion 73, body pressing portion 74, body
The position that pressing portion 75 is not contacted with body 1, body 1a, body 1b, body 1c, body 1d, the second component 72 with remove
On the direction for sending direction orthogonal, position location and non-locating position are movable to, the position location is the resettlement section 76, receives
Appearance portion 77, resettlement section 78 house the body 1, body 1a, body 1b, body 1c, the position location of body 1d, the non-locating
Position is that the body 1, body 1a, body 1b, body 1c, body 1d are discharged in the resettlement section 76, resettlement section 77, resettlement section 78
Position.
Accordingly, first component 71 can will be sent to multiple bodies 1, body that bore repairs calvus 50 by transporter 60
1a, body 1b, body 1c, body 1d, are transported to conveyance direction downstream successively.And, second component 72 can be by conveyance
Multiple bodies 1, body 1a, body 1b, body 1c, body 1d are positioned in the assigned position of conveyance direction.Especially, the second structure
Part 72, can be to body 1, body 1a, body 1b, body 1c, body when the opening edge to pawl hole 15 and pawl hole 15 is repaired
1d is positioned such which arbitrarily will not move.
In the trimming device of the present invention, the first component 71 is with the second component 72 in the side orthogonal with conveyance direction
Configure in opposite directions upwards, the second component 72 is exerted a force to be movable to position location, the second component by spring 72c always
72, when the first component 71 moves to conveyance position, are pushed by the first component 71 and move to non-locating position, institute
Second component 72 is stated when the first component 71 moves to non-conveyance position, position location is moved to.
Accordingly, second component 72 simply can be become to the mechanism moved with the direction that conveyance direction is right angle.And, the
One component 71 and second component 72 can positively move to the position of regulation without there is misoperation.
In the trimming device of the present invention, the bore finishing calvus 50 has a pair of trim pieces 53, the second component 72
With elongated hole 79, the elongated hole 79 when the second component 72 is located at position location, between the pair of trim piece 53
Gap surface and be available for pawl hole finishing calvus 81 insert.
Accordingly, pawl hole finishing calvus 81 can be in the state of second component 72 be positioned to body 1, can not be with second
The burr of the opening edge in pawl hole 15 are positively removed by component 72 and a pair of trim pieces 53 with interfering.
In the trimming device of the present invention, the body 1, body 1a, body 1b, body 1c, body 1d have for the lock
Determine component 3 installation sheet 32 insertion installing hole 16, and have be inserted into the installing hole 16 in and the installing hole 16 is entered
The installing hole trimming punch 82 of row finishing.
Accordingly, installing hole trimming punch 82 can be in body 1, body 1a, body 1b, body 1c, body 1d by the second structure
In the state of part positioning, installing hole 16 is repaired.
The effect of invention
According to the present invention, the trimming device of body can transport body 1, while to the body 1, body 1a, body 1b,
Body 1c, the sprocket path 13 of body 1d and pawl hole 15 are repaired.
Also, body 1 is positioned in conveyance direction when pawl hole trimming punch 80 is inserted to pawl hole 15, thus pawl
Hole trimming punch 80 is positively consistent with pawl hole 15, so as to repair attractive in appearance by pawl hole 15.Further, body 1 is logical to sprocket
During the finishing calvus 81 of the insertion pawl hole of road 13, positioned in conveyance direction, thus can positively will be formed in opening for pawl hole 15
The burr of peristoma are removed.
Description of the drawings
Fig. 1 is the profile of zipper head.
Fig. 2 is the general view of zipper head kludge.
Fig. 3 is the outline elevation of the trimming device of the present invention.
Fig. 4 is the A-A profiles of Fig. 3.
Fig. 5 is the amplification explanatory diagram of state of the body by a pair of trim pieces.
Fig. 6 is the approximate three-dimensional map of the major part of the trimming device for representing the present invention.
Fig. 7 is that the transmission pawl for representing transporter is located at the plane graph of the state of position of readiness.
Fig. 8 is that the transmission pawl for representing transporter is located at the plane graph of the state for sending into position.
Fig. 9 is the front view of the part for being installed with cam.
Figure 10 is the mobile explanatory diagram of the cam follower along cam.
(a), (b) of Figure 11 is the mobile explanatory diagram of the cam follower along cam.
Figure 12 is the amplification view of carrying device.
Figure 13 is the action specification figure that calvus is repaired in pawl hole.
Figure 14 is the finishing action specification figure of body.
Figure 15 is the finishing action specification figure of body.
Figure 16 is the finishing action specification figure of body.
Figure 17 is the finishing action specification figure of body.
Figure 18 is the finishing action specification figure of body.
The explanation of symbol
1、1a、1b、1c、1d：Body
2：Pulling-on piece
3：Locking component
13：Sprocket path
15：Pawl hole
16：Installing hole
41：Trimming device
50：Bore repairs calvus
53：Trim piece
54：Finishing fragment recovery part
70：Carrying device
71：First component
72：Second component
72c：Spring
73：First pressing portion (body pressing portion)
74：Second pressing portion (body pressing portion)
75：3rd pressing portion (body pressing portion)
76：First resettlement section
77：Second resettlement section
78：3rd resettlement section
79：Elongated hole
80：Pawl hole trimming punch
81：Repair calvus in pawl hole
82：Installing hole trimming punch
Specific embodiment
The slide fastener zipper head assembled in the zipper head kludge of the present invention is as shown in figure 1, including body 1, pulling-on piece
2nd, and locking component 3 this 3 kinds of parts.Body 1, pulling-on piece 2, locking component 3 are described in detail.In addition, in the following description,
The direction that zipper head is moved is set to into fore-and-aft direction.Especially, by zipper head in order that zipper teeth is engaged and mobile direction
Front is set to, by order that the direction that zipper teeth is separated and moved is set to rear.And, the short transverse of zipper head is set to
Above-below direction.Especially, the side for installing pulling-on piece 2 is set to into top, its opposition side is set to into lower section.And, by zipper head
Width is set to left and right directions.
Body 1 extends with the fore-and-aft direction along body 1 and in the front end of body 1 and the sprocket path 13 of open rearward end.
Sprocket path 13 is available for the zipper teeth of slide fastener to pass through.And, body 1 extends with the above-below direction along body 1 and logical with sprocket
The pawl hole 15 of the connection of road 13.Specifically, body 1 include in the vertical direction the upper flange 10 of opposite configuration and lower wing plate 11,
And the link post 12 that the front end of upper flange 10 and lower wing plate 11 is linked.And, sprocket path 13 be formed at upper flange 10 with
Between lower wing plate 11.The insertion upper flange 10 in the vertical direction of pawl hole 15.
And, body 1 has the trough of belt 14 passed through for the chain belt of slide fastener.Trough of belt 14 is formed at the side of the left and right of body 1.
Trough of belt 14 is connected with sprocket path 13.And, body 1 has installing hole 16.The insertion upper flange in the vertical direction of installing hole 16
10th, lower wing plate 11 and link post 12.
Further, body 1 has mounting post 17.Mounting post 17 is projected from the upper surface of upper flange 10.And, mounting post 17 has
The anterolateral column portion 17a for having an interval in the longitudinal direction and configuring and rear side post portion 17b.
Pulling-on piece 2 has body 20 in the one end of length direction, has ring portion 21 in the other end of length direction.This
Body portion 20 is the part pinched by finger when pull-tab 2 operates.Ring portion 21 is to be installed on the part of mounting post 17.Ring portion
21 have axle 22.Pulling-on piece 2 is configured at axle 22 between anterolateral column portion 17a and rear side post portion 17b so that anterolateral column portion 17a with it is rear
Lateral column portion 17b be close to mode and fasten, be thus rotatably linked to body 1.
Locking component 3 includes：The basilar parts 30 of tabular, from the lock that length direction one end of basilar parts 30 extends downward
Determine pawl 31, and the installation sheet 32 for extending from the length direction other end of basilar parts 30 downward.
Basilar parts 30 are contacted with the axle 22 of pulling-on piece 2.Lock pawl 31 is inserted in pawl hole 15.Installation sheet 32 is inserted into installing hole
In 16.Body 1 is fixed in the front end of installation sheet 32.
Pulling-on piece 2 is as shown in figure 1, in the posture rearward to topple over, lock pawl 31 is dashed forward from pawl hole 15 to sprocket path 13
Go out.
And, in the posture to erect upward, locking component 3 is above pushed away upward pulling-on piece 2 by the axle 22 of pulling-on piece 2.By
This, lock pawl 31 is extracted from sprocket path 13.
Zipper head kludge is as shown in Fig. 2 with the discoid turntable 40 rotated towards the direction of arrow.Turntable 40 is every
It is secondary to be rotated intermittently with predetermined angular.Around turntable 40, repairing for the present invention is equally spaced configured in a rotational direction
Engagement positions 41, pulling-on piece feedway 42, locking component feedway 43, clamp device 44, check device 45, discharger 46.
For example, each device is configured with 60 ° of interval.This body feeding 47 is linked to trimming device 41.This body feeding 47 will
Body 1 is supplied to trimming device 41.
In the circumference of turntable 40, body maintaining part 40a kept to body 1 is formed.Body maintaining part 40a is
Spill, can house body 1.Each body maintaining part 40a separates the interval of regulation on the direction of rotation of turntable 40 and configures.Example
Such as, body maintaining part 40a is configured with 6 with 60 ° of interval.
The trimming device 41 of the present invention includes as shown in Figure 3：Support 48, is fixed on the bore finishing calvus 50 of support 48,
The body 1 supplied from this body feeding 47 is sent into into the transporter 60 that bore repairs calvus 50, and will be fed into bore
The body 1 of finishing calvus 50 repairs the carrying device 70 that calvus 50 is transported off and on along bore.Carrying device 70 is by 1 court of body
Transport to body maintaining part 40a of turntable 40.
Support 48 includes：The underframe 48a of the lower section of bore finishing calvus 50 is configured at, and is configured at bore finishing pawl
The upper frame 48b of the top of piece 50.Bore finishing calvus 50 is installed on underframe 48a.Bore repairs calvus 50 along body 1
Conveyance direction extends.And, repair the end of the conveyance direction upstream side of calvus 50 in bore, this body feeding 47 it is opposite and
Configuration.
Bore repairs calvus 50 as shown in figs. 4 and 5, with pair of right and left trim piece 53.Each trim piece 53 with conveyance
It is opposite on the orthogonal direction in direction.And, there is between each trim piece 53 gap.The gap is with the link post 12 than body 1
The big width of width dimensions.In sprocket path 13 of each trim piece 53 by body 1, the bore of sprocket path 13 is repaiied
It is whole.
And, trimming device 41 includes：The pawl hole trimming punch 80 repaired to the pawl hole 15 of body 1, is inserted into this
The sprocket path 13 of body 1 and the pawl hole finishing calvus 81 of the removal of the burr around pawl hole 15 is will be formed in, and to installing hole
The 16 installing hole trimming punch 82 repaired.Pawl hole trimming punch 80, pawl hole finishing calvus 81, installing hole trimming punch 82 are pacified
Loaded on upper frame 48b.Pawl hole trimming punch 80 can be using cylinder (not shown) in above-below direction with installing hole trimming punch 82
Upper movement.Finishing calvus 81 in pawl hole can utilize cylinder (not shown) and move on above-below direction and conveyance direction.
Further, trimming device 41 is included in the sheet that the end in the conveyance direction downstream of bore finishing calvus 50 configures in opposite directions
Body cavity (pocket) device 83.Body cavity device 83 is configured at the top of body maintaining part 40a of turntable 40.Body cavity device 83
It is installed on upper frame 48b.Body cavity device 83 may span across body collecting position and body supply position and utilize gas (not shown)
Cylinder is moved in the vertical direction, and the body collecting position is the end for housing from bore the conveyance direction downstream for repairing calvus 50
The position of the body 1 that portion discharges, the body supply position positioned at locating than bore finishing calvus 50 on the lower, and to turntable 40
Body maintaining part 40a supplies body 1.
This body feeding 47 is by 1 one side of body supplied from parts feeder (not shown) with linear marshalling one
While being transported.For example, this body feeding 47 is in shell 47a, with separating the interval more slightly larger than the width dimensions of body
And a pair of opposite guiding pieces and body is loaded while the annular conveyor belt for rotating.
Bore repair calvus 50 as shown in figure 4, including：The supporting member 51 of underframe 48a is fixed on, support structure is installed on
The pair of right and left installation portion 52 of the upper surface of part 51, and it is arranged at the trim piece 53 of the opposite side of each installation portion 52.Finishing
Piece 53 includes：The first piece 53a for projecting from installation portion 52 and extending in left-right direction, and the front end for being arranged at first piece 53a
And second vertically extending 53b.That is, trim piece 53 has substantially T-shaped section shape.First piece 53a is fitted together to
In the trough of belt 14 of body 1.Second 53b is embedded in the sprocket path 13 of body 1.Gap between each trim piece 53 is formed at
Between two 53b.Pawl hole finishing calvus 81 is inserted into the sprocket path 13 of body 1 by the gap between second 53b.
Accordingly, the trim piece 53 of left and right is as shown in figure 5, be embedded in sprocket path 13 by the trough of belt 14 of body 1.Body
1, when transporting along bore finishing calvus 50, is configured at the posture of the upside of trim piece 53, is sliding freely supported with upper flange 10
In trim piece 53.Body 1 along bore repair calvus 50 trim piece 53 and move, thus the sprocket path 13 to body 1 and
Trough of belt 14 is repaired.
That is, in body 1, the trough of belt 14 of left and right is embedded in the first piece 53a of the trim piece 53 of left and right and moves, and
And the sprocket path 13 of body 1 is embedded in second 53b of the trim piece 53 of left and right and moves, thus will be formed in upper flange 10
Remove with the burr of the forward surface of lower wing plate 11.
Transporter 60 as shown in fig. 6, including：The moving body 61 moved back and forth in conveyance direction, is installed on moving body
61 arm 62, and it is installed on the transmission pawl 63 of arm 62.Arm 62, can be upper and lower centered on the axle 61a for being fixed on moving body 61
Side is swung up.Transmission pawl 63 is as shown in fig. 7, moving body 61 is to conveyance direction upstream side shifting, and moves to position of readiness.Pass
Pawl 63 is sent when position of readiness is moved to, the notch 47b of the shell 47a for being formed at this body feeding 47 is entered.And, pass
Pawl 63 is sent as shown in figure 8, moving body 61 is to conveyance direction downstream side shifting, and moves to feeding position.Transmission pawl 63 is being moved
When position is sent into, body 1 is sent to into bore finishing calvus 50.
Pawl 63 is transmitted when positioned at position of readiness, as shown in fig. 7, the body with the end for being configured at this body feeding 47
1 contact.
Then, transmit pawl 63 from position of readiness towards send into position movement, thus by body 1 from this body feeding 47 to
Bore finishing calvus 50 is sent.Now, the trim piece 53 of bore finishing calvus 50 is inserted into the sprocket path 13 of body 1.
Cam follower 64 is projected from the side of transmission pawl 63.And, in the upper table of the shell 47a of this body feeding 47
Face configures cam 65.Cam 65 has in the length direction other end as shown in figure 9, have base portion 65b in length direction one end
Cam part 65c.Base portion 65b is supported in and is fixed on the axle 65a of shell 47a by cam 65, and can be upwards centered on axle 65a
Lower direction swings.Cam part 65c includes：The first cam surface 65c-1 opposite with the upper surface of shell 47a, and with the first cam
Second cam surface 65c-2s of the face 65c-1 for opposition side.Each cam surface 65c-1, cam surface 65c-2 are with towards before cam part 65c
Hold, and the mode close to the upper surface of shell 47a is inclined.
Cam follower 64 transmit pawl 63 from position of readiness towards send into position move when, as shown in Figure 10, with first
Cam surface 65c-1 is contacted, and cam 65 is above pushed away while mobile.Now, pawl 63 is transmitted as shown in figure 8, upper limb with body 1
Plate 10 is contacted, and body 1 is pushed towards conveyance direction downstream.Cam follower 64 transmit pawl 63 be located at send into position when,
Cross cam part 65c and be located at conveyance direction downstream, and separate with the first cam surface 65c-1.Now, cam 65 is utilized and is not schemed
The spring that shows and be pressed down to return to original posture.
And, cam follower 64 transmit pawl 63 from feeding be positioned against position of readiness move when, with the second cam surface
65c-2 is contacted and is risen to cam part 65c.As shown in (a) of Figure 11, now, transmission pawl 63 is swung upward with arm 62.
Thus, transmit pawl 63 not connect with the body 1 of the end positioned at this body feeding 47. touch.Cam follower 64 is in transmission pawl 63
Positioned at position of readiness when, shown in such as (b) of Figure 11, cross cam part 65c and be located at conveyance direction upstream side, and with the second cam
Face 65c-2 separates.Now, side swings downwardly together with arm 62 to transmit pawl 63, with the sheet positioned at the end of this body feeding 47
Body 1 is contacted.
Accordingly, transmit pawl 63 from send into position move to position of readiness till when, will not with by this body feeding 47
The body 1 of conveyance is interfered.
Carrying device 70 is configured at the top that bore repairs calvus 50 as shown in Fig. 4 and Fig. 6.Carrying device 70 has the
One component 71 and second component 72.First component 71 is tabular with second component 72, and is configured in opposite directions in the lateral direction.The
One component 71 using cylinder (not shown), and can be being transported in the parallel horizontal plane of the upper surface that calvus 50 is repaired with bore
Direction and the side orthogonal with conveyance direction move up.
First component 71 makes the body 1 that the trim piece 53 for repairing calvus 50 by bore is supported towards between conveyance direction downstream
Have a rest it is mobile.First component 71 is with the multiple pressing portion contacted with body 1.According to embodiment, first component 71 includes：
Separate in conveyance direction regulation interval and configure the first pressing portion 73, the second pressing portion 74, and the 3rd pressing portion 75.Respectively
Body 1 is pushed when by first component 71 towards conveyance direction downstream side shifting by pressing portion towards conveyance direction downstream.
First pressing portion 73 has the first teat 73b of the conveyance direction upstream part for being formed at first component 71.The
One teat 73b is projected towards second component 72.The face towards conveyance direction downstream of the first teat 73b is to contact with body 1,
And the first pressing surface 73a that body 1 is pushed towards conveyance direction downstream.The thickness of the first teat 73b is than first component 71
Other parts it is thin.Thus, the first teat 73b is easily accessible positioned at the lower section of the transmission pawl 63 for sending into position.
Second pressing portion 74 has the second teat 74b of the conveyance direction mid portion for being formed at first component 71.Second
Teat 74b is projected towards second component 72.The face towards conveyance direction downstream of the second teat 74b is to contact with body 1, and
The second pressing surface 74a that body 1 is pushed towards conveyance direction downstream.
3rd pressing portion 75 has the 3rd teat 75b of the conveyance direction downstream part for being formed at first component 71.The
Three teat 75b are projected towards second component 72.The face towards conveyance direction downstream of the 3rd teat 75b is to contact with body 1
And the 3rd pressing surface 75a that body 1 is pushed towards conveyance direction downstream.
Each teat 73b, teat 74b, teat 75b are configured in parallel with each other.And, each teat 73b, teat 74b, teat
75b separates the interval bigger than the size of the fore-and-aft direction of body 1 and configures.As shown in figure 12, the first pressing surface 73a is pushed away with second
Interval S2 between S1 and the second pressing surface 74a and the 3rd pressing surface 75a is identical at interval between pressure surface 74a.That is, first pushes
Portion 73 makes the distance of the movement of body 1 and the second pressing portion 74 make the distance of the movement of body 1 identical.
First component 71 is movable to position shown in solid and double dot dash line institute in Figure 12 in Figure 12 in conveyance direction
The position for showing.And, first component 71 is movable to position shown in solid in Figure 12 on the direction orthogonal with conveyance direction
With the position in Figure 12 shown in single dotted broken line.
That is, first component 71 as shown in figure 12, is moved along the rectangular path by shown in arrow a, arrow b, arrow c, arrow d
It is dynamic.Thus, first component 71 can be located at first position shown in solid in Figure 12, move from first position to the direction of arrow a
The second position, from the second position to the direction of arrow b movement the 3rd position and from the 3rd position to arrow c directions move
The 4th position.And, direction movement of the first component 71 from the 4th position to arrow d thereby returns to first position.
On the direction orthogonal with conveyance direction, be movable to makes body pressing portion 73, body pressing portion to first component 71
74th, body pressing portion 75 is contacted and pushed to body 1 with body 1 conveyance position and push away with body pressing portion 73, body
Splenium 74, body pressing portion 75 are not contacted so as to the non-conveyance position not pushed to body 1.Positioned at the second position and the 3rd
The position of position is conveyance position.First position and the 4th position are non-conveyance position.
The body 1 that the trim piece 53 that calvus 50 is repaired by bore is supported is positioned at second component 72 position of regulation.The
Two components 72 have the multiple resettlement sections for housing body 1.According to embodiment, second component 72 is included in conveyance direction and separates
The interval of regulation and configure the first resettlement section 76, the second resettlement section 77, and the 3rd resettlement section 78.Each resettlement section is in second component
72 to move towards the direction of first component when, house body 1.And, each resettlement section is in second component 72 to towards the first structure
When the rightabout in the direction of part is moved, body 1 is discharged.
First resettlement section 76 is formed at the conveyance direction upstream part of second component 72.First resettlement section 76 is with towards the
The conveyance direction upstream-side-end of two components 72 and first component 71 and the mode that is open and cut.The direction of the first resettlement section 76
The face of conveyance direction upstream side is opposite with the rear end of body 1, and makes body 1 not towards the first of conveyance direction downstream side shifting
Blocking face 76a.Conveyance direction upstream-side-end opening of first resettlement section 76 in second component 72, thus transmission pawl 63 is towards the
When two positions are moved, the contact with transmission pawl 63 can be avoided.
Second resettlement section 77 is formed at the conveyance direction mid portion of second component 72.Second resettlement section 77 is spill, and
It is open towards first component 71.The face towards conveyance direction upstream side of the second resettlement section 77 be it is opposite with the rear end of body 1, and
Make body 1 not interdict face 77a towards the second of conveyance direction downstream side shifting.And, the direction conveyance of the second resettlement section 77
The face in direction downstream is opposite with the front end of body 1, and makes the body 1 will not be towards the 3rd screening of conveyance direction downstream side shifting
Section 77b.
3rd resettlement section 78 is formed at the conveyance direction downstream part of second component 72.3rd resettlement section 78 is spill,
And be open towards first component 71.The face towards conveyance direction upstream side of the 3rd resettlement section 78 be it is opposite with the rear end of body 1,
And make body 1 not interdict face 78a towards the 4th of conveyance direction downstream side shifting the.And, the direction of the 3rd resettlement section 78 is removed
The face for sending direction downstream is opposite with the front end of body 1, and makes the body 1 will not be towards the 5th of conveyance direction downstream side shifting the
Blocking face 78b.
The slightly larger opening of the size of each resettlement section 76, resettlement section 77, resettlement section 78 with the fore-and-aft direction than body 1 is wide
Degree.Thus, the body 1 for being contained in resettlement section is positioned, will not arbitrarily move to conveyance direction.
The first teat 73b and second of interval S3 and first component 71 between the second resettlement section 77 and the 3rd resettlement section 78
The second teat 74b of interval S1 and first component 71 between teat 74b is identical with the interval S2 between the 3rd teat 75b.
Second component 72 on the direction orthogonal with conveyance direction, position location shown in solid and Figure 12 across in Figure 12
Non-locating position shown in middle double dot dash line and move.That is, second component 72 is as shown in figure 12, along arrow e and arrow f shown in
Straight line on track and move.Second component 72 is close to body 1, and body 1 is contained in when position location is moved to
Each resettlement section 76, resettlement section 77, resettlement section 78.And, second component 72 is separated with body 1 when positioned at non-locating position, this
Body 1 is discharged from each resettlement section 76, resettlement section 77, resettlement section 78.
Second component 72 is configured in opposite directions with first component 71 on the direction orthogonal with conveyance direction.
According to embodiment, second component 72 is exerted a force always using spring 72c, to move to position location.Thus,
The end face 71a of one component with and the end face 72a of the opposite second components 72 of end face 71a abut.In addition, end face 71a is formed at
Second teat 74b of first component 71 and the front end of the 3rd teat 75b.
Accordingly, second component 72 is pushed by spring 72c and is located at sprocket bit when first component 71 is located at non-conveyance position
Put.And, second component 72 is because making first component 71 move to conveyance position, and is pushed by first component 71, resists spring 72c
The power for being applied, and move to non-locating position.
Pawl hole trimming punch 80 is with installing hole trimming punch 82 as shown in fig. 6, being configured at the second collecting of second component 72
The top in portion 77.That is, pawl hole trimming punch 80 is configured at the surface in pawl hole 15 when body 1 is contained in the second resettlement section 77.
And, installing hole trimming punch 82 is configured at the surface of installing hole 16 when body 1 is contained in the second resettlement section 77.Thus,
Pawl hole trimming punch 80 is inserted into by decline in pawl hole 15, and pawl hole 15 is repaired.And, installing hole trimming punch 82
It is inserted into by decline in installing hole 16, installing hole 16 is repaired.
Calvus 81 is repaired as shown in fig. 6, including vertically extending base end part 81b and along conveyance direction in pawl hole
The leading section 81c of extension.And, pawl hole finishing calvus 81 is configured at the top of elongated hole 79, and the elongated hole 79 is formed at second component
Part between 72 the second resettlement section 77 and the 3rd resettlement section 78.The insertion second component 72 in the vertical direction of elongated hole 79.And
And, elongated hole 79 forms long in conveyance direction.Pawl hole finishing calvus 81 can be inserted into elongated hole 79.Calvus 81 is repaired the in pawl hole
When two components 72 are located at position location, positioned at the position of readiness of the surface of elongated hole 79.Finishing calvus 81 in pawl hole is as shown in figure 13,
It is inserted into by decline in elongated hole 79, and in the gap being inserted between a pair of trim pieces 53.Now, pawl hole finishing calvus 81
Positioned at the finishing starting position opposite with the rear end of the body 1 for being contained in the second resettlement section 77.
That is, pawl hole finishing calvus 81 across the finishing starting position between a pair of trim pieces 53 with than trim piece 53 and second
The position of readiness by the top of component 72, and move in the vertical direction.Now, pawl hole finishing calvus 81 not with trim piece 53, this
Body 1, carrying device 70 are contacted.
Further, pawl hole finishing calvus 81 is as shown in figure 13, towards conveyance direction upstream side shifting.Now, pawl hole finishing pawl
Piece 81 completes position movement from finishing starting position towards the finishing of the sprocket path 13 for being inserted into body 1.
That is, pawl hole is repaired calvus 81 and completes position towards finishing from position of readiness and be in the movement of L-shaped track.
Thus, pawl hole is repaired calvus 81 and is moved along the lower surface of the upper flange 10 of body 1, will be formed in opening for pawl hole 15
The burr of peristoma are removed.The through hole towards above-below direction insertion is formed on the leading section 81c that calvus 81 is repaired in pawl hole
81a。
So, as long as pawl hole finishing calvus 81 can be moved on above-below direction and conveyance direction, thus its easy shifting
It is dynamic.In addition, pawl hole finishing calvus 81 is not limited to move with linear track in the vertical direction.For example, pawl hole finishing pawl
Axle portion (not shown) can also be set to center and be swung by piece 81, from the position of readiness of top finishing starting position downward
Moved with the track of arc-shaped.
Then, illustrate the action repaired to body 1 by the trimming device 41 of the present invention.
Figure 14 represents that transmission pawl 63 is moved to and sends into position and body 1 is repaired the state that calvus 50 is sent into bore.This
When, first component 71 is located at first position.And, second component 72 is located at position location.And, body cavity device 83 is located at this
Body collecting position.And, body 1 is contained in each resettlement section 76, resettlement section 77, resettlement section 78.Specifically, positioned at conveyance direction
The body 1a of upstream side is contained in the first resettlement section 76.Body 1b in the middle of conveyance direction is contained in the second resettlement section 77.
Body 1c positioned at conveyance direction downstream is contained in the 3rd resettlement section 78.And, the first pressing portion 73 of first component 71,
Two pressing portion 74, the 3rd pressing portion 75 are separated with body 1.
First, first component 71 is moved to the direction of arrow a, and is located at the second position as shown in figure 15.Now, the second structure
72 one side of part is pushed by first component 71 while moving, and be located at non-locating position.Thus, the first resettlement section of second component 72
76th, the second resettlement section 77, the 3rd resettlement section 78 and each body 1a, body 1b, body 1c separate.And, first component 71 it is each
Pressing portion 73, pressing portion 74, pressing portion 75 are opposite with the front end of each body 1a, body 1b, body 1c.Specifically, first push away
Splenium 73 is opposite with the front end of the body 1a positioned at conveyance direction upstream side.Second pressing portion 74 be located in the middle of conveyance direction
The front end of body 1b is opposite.3rd pressing portion 75 is opposite with the front end of the body 1c positioned at conveyance direction downstream.Now, first
Pressing portion 73 enters the lower section of transmission pawl 63.
Then, first component 71 is moved to the direction of arrow b, and is located at the 3rd position as shown in figure 16.Now, first push away
First pressing surface 73a of splenium 73 is pushed to body 1a, body 1a is moved in the middle of conveyance direction.And, second pushes away
Second pressing surface 74a of splenium 74 is pushed to body 1b, makes body 1b to conveyance direction downstream side shifting.And, the 3rd
3rd pressing surface 75a of pressing portion 75 is pushed to body 1c, and body 1c is discharged from bore finishing calvus 50.And, this
Body 1c is contained in the body cavity of body cavity device 83.
And, transmission pawl 63 is moved towards position of readiness to arrow g directions.
Then, first component 71 is moved to the direction of arrow c, and is located at the 4th position as shown in figure 17.Now, the second structure
Power that part 72 is applied using spring 72c and move, and be located at position location.Thus, as shown in figure 17, the second resettlement section 77 is received
Hold the body 1a in the middle of conveyance direction.And, the 3rd resettlement section 78 houses the body 1b positioned at conveyance direction downstream.This
Body 1a, body 1b are contained in each resettlement section 77, in resettlement section 78, are thus located in the position of the regulation of conveyance direction.And,
Each pressing portion 73 of first component 71, pressing portion 74, pressing portion 75 are separated with body 1a, body 1b.
Then, first component 71 is moved to the direction of arrow d, and is located at first position as shown in figure 18.Now, pawl hole is repaiied
Whole drift 80 declines towards the body 1a for being contained in the second resettlement section 77, pawl hole 15 is entered in being inserted into the pawl hole 15 of body 1a
Row finishing.And, installing hole trimming punch 82 is simultaneously declined towards body 1a with the decline of pawl hole trimming punch 80, is inserted into
Installing hole 16 is repaired in installing hole 16.Then, pawl hole trimming punch 80 and installing hole trimming punch 82 rise, and from pawl
Extract in hole 15 and installing hole 16.
And, transmit pawl 63 and move to the direction of arrow h, and be located at feeding position as shown in figure 18.Thus, body 1d from
This body feeding 47 is fed through bore finishing calvus 50.Now, body 1d is contained in the first resettlement section 76 of second component 72.
And, body cavity device 83 houses body 1c while declining, and be located at body supply position in body cavity.
Now, body maintaining part 40a supply body 1c of the body cavity device 83 to turntable 40.Then, body cavity device 83 is towards body
Collecting position rises.
Then, pawl hole is repaired calvus 81 and is declined from position of readiness, positioned at the finishing start bit opposite with the rear end of body 1a
Put.Now, the elongated hole 79 of second component 72 is located at the surface in the gap between a pair of trim pieces 53.Thus, pawl hole finishing pawl
Piece 81 is inserted in elongated hole 79, and enters to the gap between a pair of trim pieces 53.And, pawl hole finishing calvus 81 is opened from finishing
Beginning position is to conveyance direction upstream side shifting, and completes position positioned at finishing.Thus, finishing calvus 81 in pawl hole is inserted into body 1a
Sprocket path 13, and will be formed in the opening edge in pawl hole 15 burr remove.
Then, pawl hole trimming punch 80 and installing hole trimming punch 82 decline again, and are inserted into and are contained in the second collecting
The pawl hole 15 of the body 1a in portion 77 and installing hole 16, repair to pawl hole 15 and installing hole 16.
During the finishing, pawl hole trimming punch 80 enters into the through hole that calvus 81 is repaired in the pawl hole for completing position positioned at finishing
81a。
Then, pawl hole trimming punch 80 rises and extracts from through hole 81a.Then, calvus 81 is repaired to conveyance in pawl hole
Direction downstream side shifting, and return to finishing starting position.Thus, the burr that will be produced the secondary finishing because of pawl hole 15
Remove.
That is, calvus 81 is repaired in the state of pawl hole trimming punch 80 is extracted from through hole 81a, towards conveyance direction in pawl hole
Downstream side shifting, thus the upper opening edge of through hole 81a along upper flange lower surface move, make to be formed at the opening in pawl hole 15
The burr of edge are cut.It is cut fall burr as finishing fragment and be stored in through hole 81a.Calvus 81 is repaired into from this in pawl hole
Extract in the sprocket path 13 of body 1, thus the finishing fragment from through hole 81a falls and discharges.Then, pawl hole finishing calvus
81 rise and are located at position of readiness.
Finishing fragment recovery part 54 is as shown in figure 4, be configured at the lower section that bore repairs calvus 50.Bore repairs calvus 50
Supporting member 51 there is the hole 51a of insertion in the vertical direction.Finishing fragment recovery part 54 be configured at hole 51a just under
Side.Finishing fragment recovery part 54 include hopper 55, be connected to hopper 55 bottom flexible pipe (hose) 56, be connected to flexible pipe 56
Recycling box 57, and be arranged at the dust arrester (not shown) of recycling box 57.Finishing fragment falls to hopper by hole 51a
55.The finishing fragment for being contained in hopper 55 is aspirated by dust arrester, and is recovered to recycling box 57 by flexible pipe 56.
In addition, the trimming device of the present invention also can be repaired to the body 1 without installing hole 16.In this case, it is not necessary to
Installing hole trimming punch.And, transporter is alternatively the mechanical hand transferred of holding body 1 or while aspirates body
While the adsorption element of transfer.
Claims (6)
1. a kind of trimming device of the body of slide fastener zipper head, body to slide fastener zipper head (1,1a, 1b, 1c,
1d) repaired, the body of the slide fastener zipper head (1,1a, 1b, 1c, 1d) including sprocket path (13), and with it is described
Sprocket path (13) connects and supplies the pawl hole (15) that the lock pawl (31) of locking component (3) is inserted, the slide fastener zipper head
The trimming device of body be characterised by including：
Bore finishing calvus (50), is repaired to the sprocket path (13) by the sprocket path (13)；
Carrying device (70), including along the bore finishing calvus (50) and transport off and on the body (1,1a, 1b, 1c,
First component (71) 1d), and the body (1,1a, 1b, 1c, 1d) that will be transported by the first component (71) in conveyance side
The second component (72) for being positioned upwards；
Pawl hole trimming punch (80), is inserted into the body (1,1a, 1b, 1c, 1d) that positioned by the second component (72)
In the pawl hole (15), the pawl hole (15) is repaired；And
Pawl hole finishing calvus (81), is inserted into the body (1,1a, 1b, 1c, 1d) that positioned by the second component (72)
In the sprocket path (13), the opening edge of the pawl hole (15) is repaired.
2. the trimming device of the body of slide fastener zipper head according to claim 1, wherein：
The lower section of calvus (50) is repaired in the bore, finishing fragment recovery part (54) for reclaiming finishing fragment is configured.
3. the trimming device of the body of slide fastener zipper head according to claim 1, wherein：
The first component (71) is with multiple body pressing portion (73,74,75), the plurality of body pressing portion (73,74,75)
Separate the interval of regulation in conveyance direction and configure, and by the body (1,1a, 1b, 1c, 1d) towards conveyance direction downstream
Side pushes,
, with multiple resettlement sections (76,77,78), the plurality of resettlement section (76,77,78) is in conveyance side for the second component (72)
The interval of spaced up regulation and configure, and house the body (1,1a, 1b, 1c, 1d),
The first component (71) can move to conveyance position and non-conveyance position on the direction orthogonal with conveyance direction,
The position that the conveyance position is the body pressing portion (73,74,75) to be contacted with the body (1,1a, 1b, 1c, 1d), institute
The position that non-conveyance position is that the body pressing portion (73,74,75) is not contacted with body (1,1a, 1b, 1c, 1d) is stated,
The second component (72) can move to position location and non-locating position on the direction orthogonal with conveyance direction,
The position location is the position location that the resettlement section (76,77,78) houses the body (1,1a, 1b, 1c, 1d), described
Non-locating position is the position that the body (1,1a, 1b, 1c, 1d) is discharged in the resettlement section (76,77,78).
4. the trimming device of the body of slide fastener zipper head according to claim 3, wherein：
The first component (71) is configured on the direction orthogonal with conveyance direction in opposite directions with the second component (72),
The second component (72) is exerted a force by spring (72c) always to move to position location,
The second component (72) is pushed by the first component (71) when the first component (71) moves to conveyance position
And non-locating position is moved to,
The second component (72) moves to position location when the first component (71) moves to non-conveyance position.
5. the trimming device of the body of slide fastener zipper head according to claim 1, wherein：
, with a pair of trim pieces (53), the second component (72) is with elongated hole (79), described for bore finishing calvus (50)
, when the second component (72) is positioned at position location, the gap between the pair of trim piece (53) is just for elongated hole (79)
Top and be available for pawl hole finishing calvus (81) insert.
6. the trimming device of the body of slide fastener zipper head according to claim 1, wherein：
The installing hole (16) that the body (1,1a, 1b, 1c, 1d) is inserted with the installation sheet (32) for the locking component (3),
And with the installing hole trimming punch (82) repaired to the installing hole (16) in being inserted into the installing hole (16).
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2014/053767 WO2015125211A1 (en) | 2014-02-18 | 2014-02-18 | Trimming device for body of slider for slide fastener |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104883920A CN104883920A (en) | 2015-09-02 |
| CN104883920B true CN104883920B (en) | 2017-04-05 |
Family
ID=53877752
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201480003593.5A Active CN104883920B (en) | 2014-02-18 | 2014-02-18 | The trimming device of the body of slide fastener zipper head |
Country Status (3)
| Country | Link |
|---|---|
| CN (1) | CN104883920B (en) |
| TW (1) | TWI546030B (en) |
| WO (1) | WO2015125211A1 (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI629954B (en) * | 2016-12-29 | 2018-07-21 | Ykk股份有限公司 | Pull head supply device |
| CN108244775B (en) * | 2016-12-29 | 2021-01-08 | Ykk株式会社 | Slider feeding device |
| CN108338458B (en) * | 2017-01-23 | 2020-11-24 | 苏州吉田精密模具机械有限公司 | Zipper head trimming device and zipper head trimming equipment with same |
| CN108465882B (en) * | 2017-02-23 | 2020-06-09 | Ykk株式会社 | Trimming jaw and machining table of burr removing device |
| CN108567203B (en) * | 2017-03-07 | 2021-01-12 | Ykk株式会社 | Positioning device for slide fastener chain and space forming device for slide fastener chain |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5067221A (en) * | 1990-04-20 | 1991-11-26 | Yoshida Kogyo K.K. | Method of and apparatus for assembling slide fastener sliders |
| CN1269182A (en) * | 1999-03-25 | 2000-10-11 | Ykk株式会社 | Slide fastener-handle assembling device |
| CN102987661A (en) * | 2012-12-13 | 2013-03-27 | 福建浔兴拉链科技股份有限公司 | Novel puller pushing mechanism |
| CN103341667A (en) * | 2013-06-09 | 2013-10-09 | 福建浔兴拉链科技股份有限公司 | Pull head guide deburring cutter |
| CN103445407A (en) * | 2013-09-16 | 2013-12-18 | 福建浔兴拉链科技股份有限公司 | Automatic all-purpose zipper head assembly machine |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS612803A (en) * | 1984-06-18 | 1986-01-08 | 葉 雲庭 | Automatic mount apparatus of zipper piece |
| JPH0373104A (en) * | 1989-08-11 | 1991-03-28 | Yoshida Kogyo Kk <Ykk> | Method and device for assembling slider for slide fastener |
| US6863645B2 (en) * | 2003-05-12 | 2005-03-08 | Illinois Tool Works Inc. | Method and apparatus for inserting sliders during automated manufacture of reclosable bags |
-
2014
- 2014-02-18 WO PCT/JP2014/053767 patent/WO2015125211A1/en active Application Filing
- 2014-02-18 CN CN201480003593.5A patent/CN104883920B/en active Active
-
2015
- 2015-01-12 TW TW104100890A patent/TWI546030B/en active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5067221A (en) * | 1990-04-20 | 1991-11-26 | Yoshida Kogyo K.K. | Method of and apparatus for assembling slide fastener sliders |
| CN1269182A (en) * | 1999-03-25 | 2000-10-11 | Ykk株式会社 | Slide fastener-handle assembling device |
| CN102987661A (en) * | 2012-12-13 | 2013-03-27 | 福建浔兴拉链科技股份有限公司 | Novel puller pushing mechanism |
| CN103341667A (en) * | 2013-06-09 | 2013-10-09 | 福建浔兴拉链科技股份有限公司 | Pull head guide deburring cutter |
| CN103445407A (en) * | 2013-09-16 | 2013-12-18 | 福建浔兴拉链科技股份有限公司 | Automatic all-purpose zipper head assembly machine |
Also Published As
| Publication number | Publication date |
|---|---|
| TW201532543A (en) | 2015-09-01 |
| WO2015125211A1 (en) | 2015-08-27 |
| TWI546030B (en) | 2016-08-21 |
| CN104883920A (en) | 2015-09-02 |
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