CN106413459B - Reinforcing film then device and reinforcing film then method - Google Patents
Reinforcing film then device and reinforcing film then method Download PDFInfo
- Publication number
- CN106413459B CN106413459B CN201480079607.1A CN201480079607A CN106413459B CN 106413459 B CN106413459 B CN 106413459B CN 201480079607 A CN201480079607 A CN 201480079607A CN 106413459 B CN106413459 B CN 106413459B
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- China
- Prior art keywords
- clamper
- reinforcing film
- pair
- reinforcement diaphragm
- fastener chain
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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 reinforcing film then device and reinforcing film then methods.Then device includes: fastener chain transport unit to reinforcing film, supply the supply unit of reinforcing tape of reinforcing film band, reinforcing film band is cut off and is formed the cutting mechanism of reinforcement diaphragm, the reinforcement diaphragm transport unit that will be transported from the reinforcement diaphragm on top and lower part gripper to fastener chain, and by reinforcement diaphragm then in the ultrasonic brazing unit of fastener chain.Reinforcement diaphragm transport unit includes: movable drill base, upper clamp device can be supported relatively movably, and lower part clamper is fixed；Helical spring exerts a force to upper clamp device in a manner of the predetermined distance more prominent than the front end of lower part clamper of the front end of top clamper；Base station driving unit keeps movable drill base mobile；And upper clamp device driving unit, relatively move upper clamp device relative to movable drill base.Therefore, the width direction end face of reinforcement diaphragm is carried out unanimously without gonorrhoea then.
Description
Technical field
The present invention relates to a kind of reinforcing film, then then method more specifically is related to for example existing for device and reinforcing film
Fastener chain for installation can separate lower spatial portion only install the reinforcing film of plastic reinforcing film then device and
Reinforcing film then method.
Background technique
In the past, the indexing transfer device of ribbon is disclosed, the indexing transfer device of the ribbon is in interval conveying
Reinforcement diaphragm is ultrasonically welded at the upper and lower surface (referring for example to patent document 1) of fastener chain by the spatial portion of fastener chain.
In the indexing transfer device of the ribbon, clamper (gripper) is taken out from the direction orthogonal with the conveyance direction of fastener chain
The ribbons such as reinforcing film out, and the ribbon is cut off, the reinforcement diaphragm of the cutting is configured to the space of fastener chain
Portion.Then, wave welding head of ultrasonic wave and anvil block (anvil) are close to the reinforcement diaphragm of spatial portion is configured at, so that reinforcement diaphragm be welded
In fastener chain.
Existing technical literature
Patent document
Patent document 1: Japanese Patent Laid-Open No. Sho 58-188249 bulletin
Summary of the invention
Problems to be solved by the invention
And say, in the indexing transfer device for the ribbon that patent document 1 discloses, clamp a pair of of folder of upper and lower reinforcement diaphragm
Holder is formed as one, and after a pair of of the ribbon transported on the transfer road of main frame using a pair of of gripper, is cut simultaneously
Break and forms reinforcement diaphragm.Therefore, the upper and lower reinforcement diaphragm for being welded in the upper and lower surface of fastener chain is identical length.
On the other hand, on fastener chain, in the opposite chain tooth interpolation obturator line with side edge part for being installed on chain belt.For
In the case where made of metal or plastic slide fastener coupling element, core wire is substantially symmetrically dashed forward on table back direction relative to chain belt
Out, on the other hand, for spiral helicine slide fastener coupling element, core wire deviation chain belt surface side or back side and protrude.
Therefore, using the fastener chain of spiral helicine slide fastener coupling element, if by described in Patent Document 1 identical
A pair of of reinforcement diaphragm of length is then in the spatial portion of fastener chain, then a reinforcement diaphragm is bent because of core wire, a pair of of reinforcing film
The width direction end face of piece is not consistent at the table back side of chain belt.Accordingly, there exist the end face parts of reinforcement diaphragm not by then and
Gonorrhoea is led to the problem of, thus in the presence of project not good enough in appearance.
The present invention is completed in view of the project, and its purpose is to provide following reinforcing film then device and reinforcing films
Then even if under the surface side or back side situation outstanding that core wire is biased to chain belt, the width of reinforcement diaphragm can also method: be made
Degree direction end face unanimously without gonorrhoea carries out then.
Technical means to solve problem
The purpose of the invention is reached by following constitute.
(1) a kind of reinforcing film then device, comprising:
Fastener chain transport unit transports fastener chain；
Supply unit of reinforcing tape supplies a pair of of reinforcing film band；
A pair of of reinforcing film band is cut off and forms a pair of of reinforcement diaphragm by cutting mechanism；
Reinforcement diaphragm transport unit, have the 1st clamper for clamping a pair of of reinforcing film band or a pair of of reinforcement diaphragm respectively and
2nd clamper moves the 1st clamper and the 2nd clamper on the orthogonal direction orthogonal with the conveyance direction of fastener chain, and
Transport a pair of of reinforcing film band or a pair of of reinforcement diaphragm；And
Reinforcement diaphragm then unit, by a pair of of reinforcement diaphragm then in the surface of fastener chain and the back side；
Wherein, the reinforcing film then device by a pair of of reinforcement diaphragm then in core wire be biased to chain belt surface side or the back side
The surface and the back side of the side fastener chain outstanding；
Wherein, reinforcement diaphragm transport unit includes:
Movable drill base can relatively movably be supported the 1st clamper in that orthogonal direction, and be clamped to the 2nd
Bearing is fixed in device；
Elastic component, in a manner of the predetermined distance more prominent than the front end of the 2nd clamper of the front end of the 1st clamper, phase
It exerts a force to the 1st clamper towards orthogonal direction for movable drill base；
Base station driving unit moves movable drill base in that orthogonal direction together together with the 1st clamper and the 2nd clamper；
And
1st clamper driving unit, make the 1st clamper resist elastic component elastic force and relative to movable drill base orthogonal
It is relatively moved on direction.
(2) the then device of the reinforcing film according to (1), the 2nd gripper reinforcement diaphragm, the reinforcement diaphragm is then
The face of side outstanding is biased in the core wire of chain belt.
(3) then device, the 1st clamper driving unit keep the 1st clamper opposite to the reinforcing film according to (1) or (2)
In substantially the 1/2 of the mobile predetermined distance of movable drill base.
(4) according to any reinforcing film in (1)~(3), then device, the 1st clamper driving unit include:
Cylinder is fixed on the installation component for being installed on the 1st clamper；And piston rod, it retreats from cylinder to orthogonal direction；
Wherein, piston rod extends while pressing the protrusion for being set to movable drill base, and thus the 1st clamper resists bullet
Property the elastic force of component and it is mobile to the direction that deviates from fastener chain.
(5) according to any reinforcing film in (1)~(4), then device, supply unit of reinforcing tape include:
Guiding elements guides reinforcing film band to the orthogonal direction orthogonal with the conveyance direction of fastener chain；
Seeker can relatively movably be disposed in guidance relative to guiding elements and in the extraction direction of reinforcing film band
The extraction direction end side of component, and have the slit for the insert of reinforcing film band；And
Seeker elastic component exerts a force to seeker to the extraction direction of reinforcing film band relative to guiding elements.
(6) according to any reinforcing film in (1)~(5) then device, spiral helicine zipper is installed on fastener chain
Chain tooth.
(7) a pair of of reinforcement diaphragm is then biased in core wire by a kind of reinforcing film then method using reinforcing film then device
The surface and the back side of surface side or the back side fastener chain outstanding of chain belt, then device includes: the reinforcing film
Fastener chain transport unit transports fastener chain；
Supply unit of reinforcing tape supplies a pair of of reinforcing film band；
A pair of of reinforcing film band is cut off and forms a pair of of reinforcement diaphragm by cutting mechanism；
Reinforcement diaphragm transport unit, have the 1st clamper for clamping a pair of of reinforcing film band or a pair of of reinforcement diaphragm respectively and
2nd clamper moves the 1st clamper and the 2nd clamper on the orthogonal direction orthogonal with the conveyance direction of fastener chain, and
Transport a pair of of reinforcing film band or a pair of of reinforcement diaphragm；And
Reinforcement diaphragm then unit, by a pair of of reinforcement diaphragm then in the surface of fastener chain and the back side；
And the 1st clamper and the 2nd clamper can be driven on the orthogonal direction independently of one another；
Then method includes the following steps: the reinforcing film
Utilize the 1st clamper and the 2nd gripper a pair of reinforcing film band；
By by a pair of of reinforcing film band of the 1st clamper and the 2nd gripper, extracted out respectively with different specific lengths；
A pair of of reinforcing film band is cut to specific length different from each other and forms a pair of of reinforcement diaphragm；
Center alignment will be carried out by a pair of of reinforcement diaphragm of the 1st clamper and the 2nd gripper on one side, on one side in zipper
Chain and reinforcement diaphragm are then transported between unit；And
Using reinforcement diaphragm then unit by a pair of of reinforcement diaphragm then in the surface of fastener chain and the back side.
(8) the then method of the reinforcing film according to (7), the 2nd gripper reinforcement diaphragm, the reinforcement diaphragm is then
The face of side outstanding is biased in the core wire of chain belt.
(9) the then method of the reinforcing film according to (7) or (8), center alignment are by making the 1st clamper relative to the
2 clampers move substantially the 1/2 of specific length relatively to carry out.
The effect of invention
Reinforcing film according to the present invention then device, comprising: fastener chain transport unit supplies the reinforcing film of reinforcing film band
Band feed unit, cuts off and is formed the cutting mechanism of reinforcement diaphragm by reinforcing film band, will be pressed from both sides by the 1st clamper and the 2nd clamper
The reinforcement diaphragm transport unit that the reinforcement diaphragm held is transported to fastener chain, and by reinforcement diaphragm then in the benefit of fastener chain
Strong diaphragm then unit.Reinforcement diaphragm transport unit includes: movable drill base, and the 1st clamper can be propped up relatively movably
It holds and fixes the 2nd clamper；Elastic component, with the front end of the 1st clamper regulation more prominent than the front end of the 2nd clamper
The mode of distance exerts a force to the 1st clamper；Base station driving unit keeps movable drill base mobile；And the 1st clamper driving unit,
Relatively move the 1st clamper relative to movable drill base.Thereby, it is possible to which different a pair of of the reinforcement diaphragm of length each other is arranged, i.e.,
Just under the surface side or back side situation outstanding that core wire is biased to chain belt, the width direction both ends of the surface one of reinforcement diaphragm can also be made
Cause without gonorrhoea carries out then, and aesthetic appearance can be improved.
Moreover, reinforcing film according to the present invention then method, utilizes the 1st clamper and the 2nd gripper a pair of reinforcement
Film strips, and a pair of of reinforcing film band is extracted out and cut off with different specific lengths respectively from the 2nd clamper using the 1st clamper,
To form a pair of of reinforcement diaphragm of specific length different from each other using the 1st clamper and the 2nd clamper.Next, by one
Center alignment is carried out on one side to reinforcement diaphragm, after being transported between fastener chain and reinforcement diaphragm then unit on one side, benefit
With reinforcement diaphragm then unit and then in the upper surface and the lower surface of fastener chain.It is different thereby, it is possible to which length each other is arranged
A pair of of reinforcement diaphragm, even if core wire be biased to chain belt surface side or back side situation outstanding under, reinforcement diaphragm can also be made
Width direction both ends of the surface unanimously without gonorrhoea carry out then, and aesthetic appearance can be improved.
Detailed description of the invention
Fig. 1 is the mian part perspective view of the reinforcing film then device of one embodiment of the invention.
Fig. 2 is the front view of reinforcing film shown in FIG. 1 then device.
Fig. 3 is the plan view of reinforcement diaphragm transport unit shown in Fig. 2.
Fig. 4 is the IV-IV line profile of Fig. 3.
Fig. 5 is the V-V line profile of Fig. 4.
Fig. 6 is the side view of upper clamp device driving unit.
Fig. 7 (a)~Fig. 7 (d) is the explanatory diagram for making dynamic program for indicating the reinforcing film then first half of device.
Fig. 8 (a)~Fig. 8 (c) is the later half explanatory diagram for making dynamic program for indicating reinforcing film then device.
Fig. 9 (a) is the plan view of the variation of upper clamp device driving unit, and Fig. 9 (b) is its side view.
[explanation of appended drawing reference]
10: reinforcing film then device
11: fastener chain
13: chain belt
13a: band side edge part
14: slide fastener coupling element
16,16a, 16b: reinforcement diaphragm
17: reinforcing film band
18: core wire
20: fastener chain transport unit
30: supply unit of reinforcing tape
31: reinforcing film guiding elements (guiding elements)
32: seeker
32a: slit
34: helical spring (seeker elastic component)
40: cutting mechanism
50: reinforcement diaphragm transport unit
51: clamper
51A: upper clamp device (the 1st clamper)
51B: lower part clamper (the 2nd clamper)
52: lower part stationary jaw
52c: the front end of lower part clamper
53: lower movable claw
60: movable drill base
62: top stationary jaw
62c: the front end of upper clamp device
63: upper movable claw
70U: top mounting plate (installation component)
78: helical spring (elastic component)
80: base station driving unit
81: positioning screw (protrusion of movable drill base)
82: upper clamp device driving unit (the 1st clamper driving unit)
82a: piston rod
82b: cylinder
90: ultrasonic brazing unit (reinforcement diaphragm then unit)
2H: predetermined distance
Specific embodiment
Hereinafter, being carried out with reference to the accompanying drawings to an embodiment of reinforcing film of the invention then device and reinforcing film then method
It is described in detail.
Fig. 1 is the mian part perspective view of reinforcing film of the invention then device.Then device 10 is by reinforcement diaphragm to reinforcing film
16 then in the then device for being installed with the spatial portion 12 (not shown) for separating lower fastener chain 11 only.The reinforcing film connects
Device 10 include fastener chain transport unit 20, sension unit 24, supply unit of reinforcing tape 30, cutting mechanism 40, reinforcement
Diaphragm transport unit 50 and ultrasonic brazing unit 90 as reinforcement diaphragm then unit.
Fastener chain 11 has a pair of of chain belt 13 of strip and along the opposite with side edge part 13a installation of chain belt 13
Zipper chain gripper bar 15.Zipper chain gripper bar 15 has adjacent many spiral helicine zippers on the length direction of fastener chain 11
Chain tooth 14.Slide fastener coupling element 14 inserts core wire 18 (referring to Fig. 7 (a)) inside it, is seamed in the core wire 18 using suture
The lower surface with side edge part 13a of chain belt 13.The lower face side that core wire 18 is biased against chain belt 13 is prominent.
Moreover, every the defined interval of zipper chain gripper bar 15, being formed on fastener chain 11 and eliminating specified quantity
The spatial portion 12 of slide fastener coupling element 14.
In addition, in later explanation, about fastener chain, according to the direction transported, upstream side be conveyance direction nearby
Side, downstream side are on rear side of conveyance direction.Moreover, fastener chain 11 using the surface of chain belt 13 as lower surface, the back side as upper
It is transported in the state of surface.
Fastener chain transport unit 20 is arranged to removing by fastener chain 11 than the setting position of ultrasonic brazing unit 90
Send direction downstream side.Fastener chain transport unit 20 includes the driven roller 21 configured in opposite directions in the up-down direction and driven voller 22.
Driven roller 21 is connected to motor (not shown).Driven voller 22 presses fastener chain 11 towards driven roller 21.That is, driven roller 21 with
Driven voller 22 clamps fastener chain 11.Fastener chain transport unit 20 makes driven voller 22 by making the rotation driving of driven roller 21
It synchronously rotates, and fastener chain 11 is transported towards conveyance direction downstream side.
Sension unit 24 is arranged in the conveyance direction of fastener chain 11 than the setting position of ultrasonic brazing unit 90
Swim side.Sension unit 24 includes: the perception roller 25 for being configured at the top of chain belt 13, and perception roller 25 can be put in the up-down direction
The oscillating rod 26 supported dynamicly.Perception roller 25 rotates while contacting with the chain belt 13 of the fastener chain 11 transported.
When the spatial portion 12 of the fastener chain 11 transported reaches the lower position of perception roller 25, perception roller 25 enters spatial portion 12.
At this point, perception roller 25 enter to be formed in a pair of of chain belt 13 with the gap 12a between side edge part 13a.Sension unit 24 as a result,
In, perception roller 25 moves downwards, and oscillating rod 26 is swung downwards, to detect to spatial portion 12.
When detecting spatial portion 12 by sension unit 24, fastener chain transport unit 20 further removes fastener chain 11
Send predetermined distance.Moreover, being drawn when position Chong Die with the position of ultrasonic brazing unit 90 when spatial portion 12 is moved to vertical view
The conveying of the stopping fastener chain 11 of chain chain transport unit 20.Moreover, ultrasonic brazing unit 90 as described later then
After the completion, fastener chain transport unit 20 restarts the conveying of fastener chain 11.Fastener chain transport unit 20 repeats
The movement, to transport fastener chain 11.
As shown in Fig. 2, supply unit of reinforcing tape 30 is configured at the width direction side of fastener chain 11.Reinforcing film band supplies
Include reinforcing film guiding elements 31 to unit 30 and detachably supports the bearing unit 36 of reinforcing film guiding elements 31.
Reinforcing film guiding elements 31 includes: a pair of of tep reel (tape reel) 38a, the 38b for being wrapped around reinforcing film band 17, right
The tep reel supporting part 39 that tep reel 38a, tep reel 38b are supported, and the reinforcing film band 17 that will be extracted out from tep reel 38a, tep reel 38b
The guiding bar 35 and seeker 32 guided.
Tep reel supporting part 39 rotatably freely supports tep reel 38a using one end of its length direction, is phase using with one end
The other end bearing tep reel 38b to toss about.Guiding bar 35 is fixed on the longitudinal direction middle part of tep reel supporting part 39, edge and tep reel branch
The orthogonal direction of the longitudinal direction of bearing portion 39 extends.That is, guiding bar 35 extends along the extraction direction of reinforcing film band 17.Seeker 32
It is configured at the front end side of guiding bar 35, and is relatively moved certainly in the extraction direction of reinforcing film band 17 relative to guiding bar 35
Such as it is arranged.
In addition, reinforcing film band 17 is the film strips formed by the relatively low synthetic resin of the fusing points such as nylon system or Polyester.
Also refer to Fig. 7 (a)~Fig. 7 (d), fixed a pair of of axis 33 on seeker 32.A pair of of axis 33 is sliding freely fitted into
Seeker supporting part 37 in the front end portion that guiding bar 35 is arranged in.Seeker 32 is supported and can be moved to as a result,
With position seeker supporting part 37 close position and deviated from.Moreover, seeker 32 is because of (the seeker elasticity of helical spring 34
Component) elastic force, exerted a force always towards the direction (extraction direction of reinforcing film band 17) that deviates from seeker supporting part 37.
The a pair of narrow of the reinforcing film band 17 extracted out from tep reel 38 is inserted as shown in Figure 1, being formed on seeker supporting part 37
Stitch 37a.Each slit 37a is guided reinforcing film band 17 along the extraction direction of reinforcing film band 17.
Moreover, also forming a pair of of the slit 32a for inserting reinforcing film band 17 on seeker 32.Each slit 32a is in upper and lower
It is spaced up interval and configure in parallel with each other.Each slit 32a adds reinforcing film band 17 along the extraction direction of reinforcing film band 17
With guidance.Moreover, the up and down direction edge of the side front end face 32c of seeker 32 is subjected to chamfering 32b.Chamfering 32b is to assist cutting
The mode of the cutting function of breaking mechanism 40 is formed, and is described in detail later.
Reinforcing film band 17 is cut off and is formed the reinforcement diaphragm 16 of specific length by cutting mechanism 40.Cutting mechanism 40 also refers to
Fig. 2 and Fig. 8 (a) is configured at the lower section of seeker 32, is driven in the up-down direction including the use of the driving devices such as cylinder 42
Mobile knife 41.That is, moving the position that knife 41 can be moved to seeker 32 close position and deviate from.Mobile knife 41 passes through
Elastic component 44 and exerted a force clockwise centered on fulcrum post 43.When mobile knife 41 moves up and down, mobile knife 41
It is slidingly contacted at the front end face 32c of seeker 32.At this point, following pressing forces are acted on to mobile knife 41 by elastic component 44,
That is, the pressing force that seeker 32 is pressed to the direction opposite with the extraction direction of reinforcing film band 17.
The front end face 32c of seeker 32 is functioned as knife rest.Mobile knife 41 is collaborated with seeker 32, by bootstrap head
A pair of of reinforcing film band 17 cutting of 32 a pair of of slit 32a extraction, and form reinforcement diaphragm 16.
In addition, being set to the chamfering 32b of the upper lower edge of the front end face 32c of seeker 32 to move knife 41 along front end face
The mode of 32c sliding guides mobile knife 41.Moreover, being moved upwards in mobile knife 41 along the front end face 32c of seeker 32
When dynamic, mobile knife 41 is acted on seeker 32 to the pressing force pressed each other.Knife 41 is moved as a result, and seeker 32 can
Precision goodly cuts off reinforcing film band 17.
Referring to Fig. 2~Fig. 6, reinforcement diaphragm transport unit 50 is disposed in relative to fastener chain 11 and supplies list with reinforcing film band
Member 30 is opposite side.Reinforcement diaphragm transport unit 50 includes that can clamp a pair of of reinforcing film band 17 or a pair of of reinforcement diaphragm 16
A pair of of clamper 51 (51A, 51B), moves a pair of of clamper 51A, 51B along the extraction direction of reinforcing film band 17, and transports
A pair of of reinforcing film band 17 or a pair of of reinforcement diaphragm 16.
Clamper 51 includes: the upper clamp device (the 1st clamper) for the upper surface side for being disposed in aftermentioned movable drill base 60
51A, and it is fixed on lower part clamper (the 2nd clamper) 51B of the lower face side of movable drill base 60.Upper clamp device 51A is arranged
It can be relatively moved along the extraction direction of reinforcing film band 17 at relative to movable drill base 60.Lower part clamper 51B is fixed on shifting
Dynamic base station 60, and with movable drill base 60 be integrally formed it is mobile.
The base station driving unit 80 for keeping movable drill base 60 mobile includes: the servo motor for being installed on the antetheca 71a of base station 71
72, a pair of guide rods 73 being fixed between the antetheca 71a of base station 71 and rear wall 71b, with screw shaft 75 and ball nut 74
Ball screw mechanism 76.
A pair of guide rods 73 is fixed on the side orthogonal with the conveyance direction of fastener chain 11 between antetheca 71a and rear wall 71b
To in (extraction direction of reinforcing film band 17).Movable drill base 60 is sliding freely fitted into a pair of guide rods 73.
Moreover, screw shaft 75 is rotatably supported between the antetheca 71a of base station 71 and rear wall 71b, and via each other
A pair of of gear 77A, 77B of occlusion, and rotated and driven by servo motor 72.The ball nut 74 of screw shaft 75 is fastened to via even
Knot tying 79 and be fixed on movable drill base 60.As a result, when rotating by the driving screw shaft 75 of servo motor 72, it is linked to rolling
The movable drill base 60 of pearl nut 74 is guided by a pair of guide rods 73 and on the direction orthogonal with the conveyance direction of fastener chain 11,
That is, being moved together in the extraction direction of reinforcing film band 17 with clamper 51.
In addition, as shown in figure 3, being installed with the retainer 88 of the movement of limitation movable drill base 60 on rear wall 71b.
Clamper 51 is moved because by servo motor 72, therefore can be stopped at orthogonal with the conveyance direction of fastener chain 11
Direction on multiple arbitrary positions.Specifically, as shown in Fig. 2, can be in position stopping everywhere as follows, that is, will be by narrow
The clip position P1 that the front end of a pair of of reinforcing film band 17 of seam 32a guidance is clamped using clamper 51, cuts off reinforcing film band
Off-position P2 when 17, releases the folder when reinforcement diaphragm 16 is welded in fastener chain 11 using ultrasonic brazing unit 90
The welding position P3 held, and the retreating position P4 kept out of the way from ultrasonic brazing unit 90.
As shown in Figures 4 and 5, clamper 51B in lower part includes lower part stationary jaw 52 and lower movable claw 53.Lower part is solid
Determine claw 52 to be fitted into and be fixed in the lower surface channels 60a for being formed in movable drill base 60.Lower surface channels 60a is in movable drill base 60
Lower surface left and right directions approximate centre is formed along the extraction direction of reinforcing film band 17.Lower movable claw 53 is embedded in shape
At in the slot 52a of lower part stationary jaw 52.Slot 52a is formed in lower part stationary jaw 52 along the extraction direction of reinforcing film band 17
Lower surface.
The longitudinal direction middle part of lower movable claw 53 is rotatably supported by support shaft 54.It lower part can
Dynamic claw 53 is exerted a force in such a way that the front end of its front end and lower part stationary jaw 52 deviates from by spring 55.That is, lower movable
The front end of claw 53 and the front end of lower part stationary jaw 52 deviate from, and form the opening portion 59 to clamp reinforcement diaphragm 16.
Moreover, being sliding freely fitted into lower cam 56 in the slot 52a of lower part stationary jaw 52.Lower cam 56 is configured at
The rear (being left side in Fig. 4) of lower movable claw 53.It is rodlike that lower cam 56 is shaped generally as L-shaped, sets in its front end
Inclined cam surface 56a is set, the inclined cam surface 56a is tilted in a manner of with highly gradually decreasing towards front end.Incline
Oblique cam surface 56a is connected to the driven member 58 that the rear portion of lower movable claw 53 is arranged in.Moreover, standing up lower cam
The longitudinal wall part 56b of 56 rear end is linked to the piston rod 57a of lower cylinder 57 via link plate 56c.Lower cylinder 57 is installed
Lower mounting plate 70D in the lower surface for being fixed on movable drill base 60.
Moreover, retainer position adjusting screw rod 85a is arranged on link plate 56c.Retainer position adjusting screw rod 85a
It is configured in opposite directions with retainer 85c, the retainer 85c is installed on the L-shaped fixed plate 85b for being fixed on lower mounting plate 70D.
Retainer 85c limits the movement of the piston rod 57a of lower cylinder 57 as a result, that is, the movement of lower cam 56.
Using air pressure actuation lower cylinder 57 made and pulling in piston rod 57a lower cam 56 advance (in Fig. 4 to
Right direction is mobile).The inclined cam surface 56a of lower cam 56 presses driven member 58, makes lower movable claw 53 with support shaft 54
Centered on and swing counterclockwise, thus opening portion 59 is closed.
Upper clamp device 51A includes top stationary jaw 62 and upper movable claw 63.Top stationary jaw 62 is embedded in
It is formed in the upper surface slot 60b of the upper surface of movable drill base 60.The two sides of top stationary jaw 62 form guiding groove
62b, the guiding groove 62b are chimeric for the directing plate 61 for being fixed on movable drill base 60.Top stationary jaw 62 is relative to mobile base
Platform 60 is sliding freely supported along the extraction direction of reinforcing film band 17.
Upper movable claw 63 is embedded in the upper slot 62a for being formed in top stationary jaw 62.Upper slot 62a is along reinforcing film
With 17 extraction direction, it is formed in the upper surface of top stationary jaw 62.The longitudinal direction middle part of upper movable claw 63 is logical
It crosses support shaft 64 and is rotatably supported.Upper movable claw 63 is carried on the back with its front end and the front end of top stationary jaw 62
From mode exerted a force by spring 65.That is, the front end of the front end of upper movable claw 63 and top stationary jaw 62 deviate from and
Form the opening portion 69 to clamp reinforcement diaphragm 16.
Top stationary jaw 62 has spring housing 62d in rear end.In spring housing 62d, in link plate 79 and movable drill base
Helical spring 78 is arranged between 60.Helical spring 78 is relative to movable drill base 60 and to the (Fig. 4 forwards of top stationary jaw 62
Middle right direction) force.The top stationary jaw 62 to be exerted a force using helical spring 78 is driven single by aftermentioned upper clamp device
The piston rod 82a of first (the 1st clamper driving unit) 82 is connected to positioning screw 81 and is positioned.Positioning screw 81 is certainly mobile
Base station 60 erects setting.At this point, the front end 62c of top stationary jaw 62 (upper clamp device) than lower part stationary jaw 52 (under
Portion's clamper) front end 52c it is prominent towards fastener chain 11 with predetermined distance 2H.
Sliding freely being fitted into the upper slot 62a of top stationary jaw 62 has top jaw 66.Top jaw 66 is formed as
It is generally L-shaped rodlike, form inclined cam surface 66a in its front end, the inclined cam surface 66a with towards front end and
The mode that height gradually decreases tilts.Inclined cam surface 66a is connected to the driven member that the rear portion of upper movable claw 63 is arranged in
68.Moreover, the longitudinal wall part 66b for standing up the rear end of top jaw 66 is linked to upper cylinder 67 via link plate 66c
Piston rod 67a.Upper cylinder 67 is installed on the top mounting plate 70U for being integrally fixed on the upper surface of top stationary jaw 62.
Moreover, retainer position adjusting screw rod 86a is arranged on link plate 66c.Retainer position adjusting screw rod 86a
It is configured in opposite directions with retainer 86c, the retainer 86c is installed on the L-shaped fixed plate 86b for being fixed on top mounting plate 70U.Only
Moving part 86c limits the movement of the piston rod 67a of upper cylinder 67, that is, the movement of top jaw 66.
Using the upper cylinder 67 of air pressure actuation by pulling in piston rod 67a, and top jaw 66 is made to advance (in Fig. 4
Right direction is mobile).The inclined cam surface 66a of top jaw 66 presses driven member 68.Upper movable claw 63 passes through to support
It is swung clockwise centered on axis 64, opening portion 69 is closed.In addition, for easy understanding, indicating lower part in Fig. 4
The state that clamper 51B opens opening portion 59, the state that opening portion 69 is closed by upper clamp device 51A are carrying out practical work
When dynamic, upper clamp device 51A and lower part clamper 51B are synchronously opened and closed.
The opening portion 59 of lower part clamper 51B and the opening portion 69 of upper clamp device 51A are located at and seeker 32
A pair of of aspectant position slit 32a.To be inserted into difference by the front end of slit 32a a pair of of the reinforcing film band 17 guided
Corresponding opening portion 59, opening portion 69.
Moreover, when a pair of of reinforcing film band 17 is inserted into opening portion 59, the opening portion 69 of opening, lower cylinder 57 and top
Cylinder 67 pulls in piston rod 57a, piston rod 67a.Lower cam 56, the inclined cam surface 56a of top jaw 66, inclination as a result,
Cam surface 66a be connected to respectively driven member 58, driven member 68 and rotate lower movable claw 53 and upper movable claw 63, from
And opening portion 59, opening portion 69 are closed.Opening portion 59, opening portion 69 clamp a pair of of the reinforcing film band 17 being inserted into.
As shown in Fig. 3, Fig. 5 and Fig. 6, upper clamp device driving unit 82 is fixed on the mounting plate 70U of top.Upper clamp
Device driving unit 82 includes piston rod 82a and cylinder 82b, extraction direction of the piston rod 82a towards reinforcing film band 17, that is, reinforcement
Film strips feed unit 30, front end and positioning screw 81 are opposite.
Piston rod 82a includes length adjustment nut 87, and the length adjustment nut 87, which is fastened to, is formed in the piston rod
The external thread part of the front end portion of 82a.Length adjustment nut 87 can change the physical length of piston rod 82a.Piston rod 82a is logical
Overregulate its length, and by the front end 62c of top stationary jaw 62 at a distance from the front end 52c of lower part stationary jaw 52 tune
Section is predetermined distance 2H.
Positioning screw 81 is fixed on movable drill base 60, protrudes upwards from the notch 70a of top mounting plate 70U, and with
Piston rod 82a is opposite.
Moreover, upper clamp device driving unit 82, which passes through, to be made to press the piston rod 82a of actuation to extend using air, and pressing is fixed
Position screw rod 81.Upper clamp device driving unit 82 makes upper clamp device driving unit 82 itself as a result, that is, makes top mounting plate
70U and top stationary jaw 62 resist the elastic force of helical spring 78, and mobile to the direction deviated from fastener chain 11.
The moving distance for the top stationary jaw 62 realized by upper clamp device driving unit 82 is set as distance H, institute
Stating distance H is the predetermined distance for being set in the front end 52c of front end 62c and lower part stationary jaw 52 of top stationary jaw 62
The half of 2H.
Return to Fig. 1, when ultrasonic brazing unit 90 is configured at vertical view bootstrap head 32 extract out a pair of of reinforcing film band 17 and
The position that fastener chain 11 intersects.
Ultrasonic brazing unit 90 include the wave welding head of ultrasonic wave 91 that is configured in opposite directions across the transport path of fastener chain 11 with
Anvil block 92.Wave welding head of ultrasonic wave 91 is configured at the top of fastener chain 11.Anvil block 92 is configured at the lower section of fastener chain 11.In anvil block
92 upper surface is arranged along the conveyance direction of fastener chain 11 and keeps out of the way slot 93 (referring to Fig. 8 (c)).
When clamping fastener chain 11 using wave welding head of ultrasonic wave 91 and anvil block 92, keep out of the way following table of the receiving of slot 93 from chain belt 13
Face core wire 18 outstanding.Ultrasonic brazing unit 90 is configured at the upper and lower surface of fastener chain 11 by fastener chain 11 and in opposite directions
A pair of of reinforcement diaphragm 16, clamped using wave welding head of ultrasonic wave 91 and anvil block 92 and carry out ultrasonic wave processing.Reinforcement diaphragm 16 as a result,
It is welded in the upper and lower surface of fastener chain 11.
Secondly, then method carries out the reinforcing film referring to Fig. 7 (a)~Fig. 7 (d) and Fig. 8 (a)~Fig. 8 (c) to the present embodiment
Explanation.
In addition, then device 10 is to be illustrated the case where carrying out actuation since the original state below to reinforcing film.
That is, clamper 51 is located at the retreating position P4 deviated from fastener chain 11.Moreover, lower cylinder 57, upper cylinder 67 and top
Clamper driving unit 82 is respectively at not actuator state.That is, lower cylinder 57 and upper cylinder 67 are respective piston rod
Opening portion 59, the opening portion 69 of the state of 57a, piston rod 67a elongation, upper clamp device 51A and lower part clamper 51B are opened.
Moreover, upper clamp device driving unit 82 is abutted in the state that piston rod 82a is drawn into using the effect of helical spring 78
In positioning screw 81.As a result, as shown in Fig. 7 (a), upper clamp device 51A and lower part clamper 51B are located at retreating position P4, on
Portion clamper 51A is depressed because of the elastic force of helical spring 78 and is protruded forwards than lower part clamper 51B with distance 2H.
Firstly, being driven to the driven roller 22 of fastener chain transport unit 20 and transporting fastener chain 11.When zipper chain
When the spatial portion 12 of item 11 reaches the position of perception roller 25, the gap 12a that spatial portion 12 is entered to by perceiving roller 25 is swung
Bar 26 swings and detects spatial portion 12.
When detecting spatial portion 12 by sension unit 24, fastener chain transport unit 20 further transports fastener chain
11 until spatial portion 12 is located between the wave welding head of ultrasonic wave 91 and anvil block 92 of ultrasonic brazing unit 90 and stops.Zipper as a result,
The reinforcing film band 17 or reinforcement diaphragm extracted out when the spatial portion 12 of chain 11 is configured at vertical view and from supply unit of reinforcing tape 30
The position of 16 overlappings.
The conveying of servo motor 72 and the fastener chain 11 carried out by fastener chain transport unit 20 simultaneously, to screw shaft
75 carry out rotation driving.It is fixed on the movable drill base 60 of ball nut 74 as a result, orthogonal with the conveyance direction of fastener chain 11
Direction on move, upper clamp device 51A and lower part clamper 51B are also moved with movable drill base 60 together.At this point, such as Fig. 7 (a)
Shown, the front end of the upper clamp device 51A to be exerted a force forwards by the elastic force of helical spring 78 is maintained than lower part clamper 51B
Front end with distance 2H state outstanding.
As shown in Fig. 7 (b), the shape of clamper 51A, clamper 51B in the pre-post difference for the front end that remain the distance 2H
Under state, it is moved to the clip position P1 that can clamp reinforcing film band 17.At this point, before clamper 51 makes upper clamp device 51A first
End 62c is connected to the seeker 32 of supply unit of reinforcing tape 30.
Clamper 51 is advanced further together with movable drill base 60.However, into Fig. 7 (b), left direction is applied to seeker 32
The elastic force that the elastic force of the helical spring 34 of power is set to compare the helical spring 78 of upper clamp device 51A right direction force is big,
The upper clamp device 51A for being thus connected to seeker 32 will not be moved, and movable drill base 60 and lower part clamper 51B on one side will together
The compression of helical spring 78 is advanced on one side.In other words, the one side upper clamp device 51A compression helical spring 78, on one side relative to lower part
Clamper 51B left direction into figure relatively moves.With the movement, the piston rod 82a of upper clamp device driving unit 82 with
Positioning screw 81 deviates from.
Soon, the front end 52c of lower part clamper 51B is also connected to seeker 32 and presses seeker 32.Seeker 32
It resists the elastic force of helical spring 34 and moves (Fig. 7 (c)) to the direction orthogonal with the conveyance direction of fastener chain 11.As a result, one
It is prominent from a pair of slit 32a with the mobile length of seeker 32 to the front end of reinforcing film band 17, and it is inserted into clamper 51
Opening portion 59, opening portion 69.
Herein, lower cylinder 57 and upper cylinder 67 pull in piston rod 57a, piston rod 67a.Lower cam as a result,
56, the inclined cam surface 56a of top jaw 66, inclined cam surface 66a are connected to driven member 58, driven member 68 respectively.It lower part can
Dynamic claw 53 and upper movable claw 63 resist spring 55, spring 65 elastic force and rotate, thus by opening portion 59, opening portion 69
Closure.A pair of of slit 32a of upper clamp device 51A and lower part clamper 51B clamping bootstrap head 32 a pair of of benefit outstanding as a result,
The front end of strong film strips 17.
Then, make 72 counter-rotating of servo motor, retreat movable drill base 60 together with clamper 51.Effect has spiral bullet
The seeker 32 of the elastic force of spring 34 keeps the state for being connected to upper clamp device 51A and lower part clamper 51B, follows upper clamp
The movement of device 51A and lower part clamper 51B and move, revert to original position and be connected to retainer (not shown), thus
Stop.In turn, when movable drill base 60 retreats, front end 52c and the seeker 32 of lower part clamper 51B deviates from.However, top
Clamper 51A is exerted a force forwards (32 direction of seeker) by helical spring 78, therefore front end 62c is remained to be connected to and be drawn
The state of top guide 32, only movable drill base 60 and lower part clamper 51B are retreated.
Moreover, the positioning screw 81 for being fixed on movable drill base 60 is connected to when lower part clamper 51B is retreated with distance 2H
The piston rod 82a of upper clamp device driving unit 82.Moreover, upper clamp device 51A is pressed into and is fixed on movable drill base 60
Positioning screw 81 and start to retreat, front end 62c and the seeker 32 of upper clamp device 51A deviates from.
Moreover, by driving servo motor 72, clamping a pair of of reinforcing film band 17 in clip position P1 as shown in Fig. 7 (d)
Clamper 51 retreats in turn and stops at off-position P2.A pair of of reinforcing film band 17 is clamped in front end by clamper 51 as a result,
Under state, extracted out with specific length from slit 32a.Specifically, the length of the reinforcing film band 17 by lower part clamper 51B extraction
The long distance 2H of the length of reinforcing film band 17 than being extracted out by upper clamp device 51A.The distance 2H is set to from chain belt 13
Substantially 2 times of height H of lower surface core wire 18 outstanding.
Herein, as shown in Fig. 8 (a), cutting mechanism 40 rises mobile knife 41 by driving device 42.Clamper as a result,
A pair of of reinforcing film band 17 clamped by 51 is cut off along the front end face 32c of seeker 32 and forms a pair of of reinforcement diaphragm 16.
Length (the direction orthogonal with the conveyance direction of fastener chain 11 of the reinforcement diaphragm 16 just cut off by cutting mechanism 40
On length) for, by upper clamp device 51A clamp and towards the upper surface of fastener chain 11 extract out reinforcement diaphragm 16 length
It spends more slightly shorter than the width of fastener chain 11.Moreover, being clamped by lower part clamper 51B and being extracted out towards the lower surface of fastener chain 11
Reinforcement diaphragm 16 length 2H longer than the former length.
Moreover, the clamper 51 for clamping a pair of of reinforcement diaphragm 16 is moved to ultrasound by further driving servo motor 72
Welding position P3 of the wave soldering connection device 90 to reinforcement diaphragm 16.As a result, clamper 51 clamp a pair of of reinforcement diaphragm 16 (16a,
16b) it is moved between wave welding head of ultrasonic wave 91 and anvil block 92 in the state of opposite with the upper and lower surface of fastener chain 11 respectively.This
When, a pair of of reinforcement diaphragm 16a, reinforcement diaphragm 16b 32 side of close seeker width direction end face it is consistent.That is, and seeker
32 be the width direction end face of opposite side be the state deviateed with distance 2H.
Herein, as shown in Fig. 8 (b), upper clamp device driving unit 82 makes piston rod 82a extend and press positioning screw
81.The upper clamp device 51A for clamping reinforcement diaphragm 16a as a result, resists the elastic force of helical spring 78 and retreats predetermined distance 2H's
Half is distance H.It is located at as a result, by the both ends of the reinforcement diaphragm 16a of upper clamp device 51A clamping than by lower part clamper 51B
Located in the inner part with H at the both ends of the reinforcement diaphragm 16b of clamping.That is, reinforcement diaphragm 16a and reinforcement diaphragm 16b carries out center alignment,
That is, the width side for the fastener chain 11 that the width direction middle part of reinforcement diaphragm 16a, reinforcement diaphragm 16b and gap 12a are located at
It is consistent to middle position.
Then, a pair of of reinforcement diaphragm 16 passes through setting in such a way that the overlapping positions with fastener chain 11 do not deviate
In the temporary compression mechanism (not shown) of wave welding head of ultrasonic wave 91 and anvil block 92 by temporary compression.Herein, lower cylinder 57 and
Upper cylinder 67 extends piston rod 57a, piston rod 67a.Opening portion 59, opening portion 69 are opened and are solved by clamper 51 as a result,
Except the clamping of a pair of of reinforcement diaphragm 16.Then, servo motor 72 rotates screw shaft 75, makes clamper 51 and movable drill base 60 1
And it retreats to retreating position P4.
Then, as shown in Fig. 8 (c), ultrasonic brazing unit 90 declines wave welding head of ultrasonic wave 91 and increase anvil block 92,
Using wave welding head of ultrasonic wave 91 and anvil block 92, a pair of of reinforcement diaphragm 16a, 16b and fastener chain 11 are clamped together.At this point, configuration
Reinforcement diaphragm 16b in the lower face side of fastener chain 11 is a substantially U-shaped bending because of core wire 18 of fastener chain 11.Core wire
The bending section of 18 and reinforcement diaphragm 16b is contained in the keeping out of the way in slot 93 of anvil block 92.
The both ends of reinforcement diaphragm 16b are as a result, with the height H of core wire 18, and are pulled in towards the center of reinforcement diaphragm 16b.
To be configured at the mutual width of the upper surface side of fastener chain 11 and the reinforcement diaphragm 16a of lower face side, reinforcement diaphragm 16b
It is consistent to spend direction both ends of the surface.
A pair of of reinforcement diaphragm 16a, 16b is in the state that mutual width direction both ends of the surface are consistent, with fastener chain 11 1
And clamped by wave welding head of ultrasonic wave 91 and anvil block 92, the upper and lower surface of fastener chain 11 is welded in through ultrasonic wave processing.
Moreover, at the end of the welding of ultrasonic brazing unit 90 at the P3 of welding position, wave welding head of ultrasonic wave 91 and anvil block
92 directions deviate from fastener chain 11 up and down.Moreover, the actuation again of fastener chain transport unit 20, conveying fastener chain 11 until
Until sension unit 24 detects spatial portion 12.After, repeat identical movement, so that reinforcement diaphragm 16 is continuously welded
It is connected to the upper and lower surface of fastener chain 11.
As described above, according to the reinforcing film of the present embodiment then device 10, comprising: fastener chain transport unit
20, the supply unit of reinforcing tape 30 of reinforcing film band 17 is supplied, reinforcing film band 17 is cut off and formed the cutting of reinforcement diaphragm 16
Mechanism 40, the reinforcement that will be transported from the reinforcement diaphragm 16 of upper clamp device 51A and lower part clamper 51B clamping to fastener chain 11
Diaphragm transport unit 50, and by reinforcement diaphragm 16 then in the ultrasonic brazing unit 90 of fastener chain 11.Reinforcement diaphragm is removed
Sending unit 50 includes: movable drill base 60, and upper clamp device 51A can be supported relatively movably, and is clamped to lower part
Bearing is fixed in device 51B；Helical spring 78, the front end with the front end 62c of top clamper 51A than lower part clamper 51B
The mode of the prominent predetermined distance 2H of portion 52c exerts a force to upper clamp device 51A relative to movable drill base 60；Base station driving unit 80,
Keep movable drill base 60 mobile；And upper clamp device driving unit 82, so that upper clamp device 51A is resisted the elastic force of helical spring 78
And it is relatively moved relative to movable drill base 60.
Moreover, according to the reinforcing film of the present embodiment then method, include the following steps: using upper clamp device 51A and under
Portion clamper 51B clamps a pair of of reinforcing film band 17；It will be by a pair of of reinforcement of upper clamp device 51A and lower part clamper 51B clamping
Film strips 17 extract different specific lengths out respectively；A pair of of reinforcing film band 17 is cut to specific length different from each other and forms one
To reinforcement diaphragm 16；Center will be carried out by a pair of of reinforcement diaphragm 16 of upper clamp device 51A and lower part clamper 51B clamping on one side
Alignment, is transported between fastener chain 11 and ultrasonic brazing unit 90 on one side；And utilize ultrasonic brazing unit 90
By a pair of of reinforcement diaphragm 16 then in the upper surface and the lower surface of fastener chain 11.Even if being biased to chain belt 13 in core wire 18 as a result,
Lower face side situation outstanding under, the width direction both ends of the surface of reinforcement diaphragm 16 can also be made unanimously without gonorrhoea to carry out
Then, and aesthetic appearance can be improved.
Moreover, lower part clamper 51B clamps reinforcement diaphragm 16b, the reinforcement diaphragm 16b is then in core wire 18 from chain belt 13
The face of side outstanding.Upper clamp device driving unit 82 relatively moves upper clamp device 51A relative to lower part clamper 51B
Following distance, that is, the regulation of the scale as the front end 62c of upper clamp device 51A and lower part clamper 51B, front end 52c
Substantially the 1/2 of distance 2H.As a result, upper clamp device 51A and lower part clamper 51B can by the length clamped respectively it is different one
To reinforcement diaphragm 16a, 16b carry out center alignment, and make reinforcement diaphragm 16 width direction both ends of the surface it is consistent in the state of connect
In the upper and lower surface of fastener chain 11.
In addition, can suitably be deformed, be improved the present invention is not limited to the embodiment.
For example, upper clamp device driving unit 82 of the invention is not limited to the embodiment, it can also be such as Fig. 9 (a)~Fig. 9
(b) variation shown in is constituted like that.It is installed on that is, being inserted into from the pin 97 that movable drill base 60 erects the pin fixed part 96 of setting
In the long hole 95a of the pin receiving component 95 of the front end portion of piston rod 82a.Moreover, extended by piston rod 82a, and long hole 95a
After being connected to pin 97, make top mounting plate 70U and top stationary jaw 62 resist helical spring 78 elastic force and to zipper chain
The direction that item 11 deviates from is mobile.
Moreover, then device by servo motor and multiple cylinders constitutes clamper driving mechanism to reinforcing film of the invention, but
It is not limited to this, arbitrary driving device can be applied.Moreover, then unit is not limited to ultrasonic brazing unit to reinforcement diaphragm,
It can be also the thermosonic bonding apparatus such as high-frequency welding equipment or heater.
Moreover, then method is not limited to the reinforcing film of the present embodiment then device to reinforcing film of the invention, can also pass through
Following reinforcing film then device and implement, that is, have can make upper clamp device 51A and lower part clamper 51B independently of one another
In the mechanism that the side orthogonal with the conveyance direction of fastener chain 11 drives up.
Claims (9)
1. a kind of reinforcing film then device (10), comprising:
Fastener chain transport unit (20) transports fastener chain (11)；
Supply unit of reinforcing tape (30) supplies a pair of of reinforcing film band (17)；
The pair of reinforcing film band (17) is cut off and forms a pair of of reinforcement diaphragm (16) by cutting mechanism (40)；
Reinforcement diaphragm transport unit (50) has and clamps the pair of reinforcing film band (17) or the pair of reinforcement diaphragm respectively
(16) the 1st clamper (51A) and the 2nd clamper (51B), make the 1st clamper (51A) and the 2nd clamper (51B)
It is moved on the orthogonal direction orthogonal with the conveyance direction of the fastener chain (11), and transports the pair of reinforcing film band (17)
Or the pair of reinforcement diaphragm (16)；And
Reinforcement diaphragm then unit (90), by the pair of reinforcement diaphragm (16) then in the surface of the fastener chain (11) and
The back side,
Then the pair of reinforcement diaphragm (16) is then biased to chain belt (13) in core wire (18) to the reinforcing film by device (10)
The surface and the back side of surface side or the back side fastener chain (11) outstanding,
Then device (10) is characterized in that the reinforcing film, and the reinforcement diaphragm transport unit (50) includes:
Movable drill base (60) can relatively movably be supported the 1st clamper (51A) on the orthogonal direction,
And bearing is fixed to the 2nd clamper (51B)；
Elastic component (78), the front end with the front end (62c) of the 1st clamper (51A) than the 2nd clamper (51B)
The mode in portion (52c) prominent predetermined distance (2H), relative to the movable drill base (60) to the 1st clamper (51A) direction
The orthogonal direction force；
Base station driving unit (80) makes the movable drill base (60) together with the 1st clamper (51A) and the 2nd clamper
(51B) is moved on the orthogonal direction together；And
1st clamper driving unit (82), make the 1st clamper (51A) resist the elastic component (78) elastic force and phase
The movable drill base (60) is relatively moved on the orthogonal direction.
2. reinforcing film according to claim 1 then device (10), which is characterized in that the 2nd clamper (51B) clamping
One in the pair of reinforcement diaphragm (16), one in the pair of reinforcement diaphragm (16) is then in the chain belt (13)
The core wire (18) is biased to the face of side outstanding.
3. reinforcing film according to claim 1 or 2 then device (10), which is characterized in that the 1st clamper driving is single
First (82) make the 1st clamper (51A) move substantially the 1/2 of described predetermined distance relative to the movable drill base (60).
4. reinforcing film according to claim 1 or 2 then device (10), which is characterized in that the 1st clamper driving is single
First (82) include:
Cylinder (82b) is fixed on the installation component (70U) for being installed on the 1st clamper (51A)；And piston rod (82a),
It retreats from the cylinder (82b) Xiang Suoshu orthogonal direction,
The piston rod (82a) extends while pressing the protrusion for being set to the movable drill base (60) (81), thus institute
The 1st clamper (51A) is stated to resist the elastic force of the elastic component (78) and move to the direction deviated from the fastener chain (11)
It is dynamic.
5. reinforcing film according to claim 1 or 2 then device (10), which is characterized in that the reinforcing film band supply is single
First (30) include:
Guiding elements (31), by the reinforcing film band (17) to it is orthogonal with the conveyance direction of the fastener chain (11) it is described just
Hand over direction guidance；
Seeker (32) can relatively move in the extraction direction of the reinforcing film band relative to the guiding elements (31)
Ground is disposed in the extraction direction end side of the guiding elements (31), and has the slit for the reinforcing film band (17) insert
(32a)；And
Seeker is with elastic component (34), relative to the guiding elements (31) to the seeker (32) Xiang Suoshu reinforcing film band
(17) extraction direction force.
6. reinforcing film according to claim 1 or 2 then device (10), which is characterized in that on the fastener chain (11)
Spiral helicine slide fastener coupling element is installed.
7. a kind of reinforcing film then method, using reinforcing film then device (10), by a pair of of reinforcement diaphragm (16) then in core wire
(18) it is biased to the surface side of chain belt (13) or the surface and the back side of back side fastener chain outstanding (11), the reinforcing film is then
Device (10) includes:
Fastener chain transport unit (20) transports the fastener chain (11)；
Supply unit of reinforcing tape (30) supplies a pair of of reinforcing film band (17)；
The pair of reinforcing film band (17) is cut off and forms the pair of reinforcement diaphragm (16) by cutting mechanism (40)；
Reinforcement diaphragm transport unit (50) has and clamps the pair of reinforcing film band (17) or the pair of reinforcement diaphragm respectively
(16) the 1st clamper (51A) and the 2nd clamper (51B), make the 1st clamper (51A) and the 2nd clamper (51B)
It is moved on the orthogonal direction orthogonal with the conveyance direction of the fastener chain (11), and transports the pair of reinforcing film band (17)
Or the pair of reinforcement diaphragm (16)；And
Reinforcement diaphragm then unit (90), by the pair of reinforcement diaphragm (16) then in the surface of the fastener chain (11) and
The back side, and
1st clamper (51A) and the 2nd clamper (51B) can drive on the orthogonal direction independently of one another,
Then method is characterized in that including the following steps: the reinforcing film
The pair of reinforcing film band (17) is clamped using the 1st clamper (51A) and the 2nd clamper (51B)；
It will be by the pair of reinforcing film band that the 1st clamper (51A) and the 2nd clamper (51B) clamp respectively with not
Same specific length extraction；
The pair of reinforcing film band (17) is cut to the specific length different from each other and forms the pair of reinforcement diaphragm
(16)；
The pair of reinforcement diaphragm (16) one side that will be clamped by the 1st clamper (51A) and the 2nd clamper (51B)
Carry out center alignment is transported between the fastener chain (11) and the reinforcement diaphragm then unit (90) on one side；With
And
Using the reinforcement diaphragm then unit (90) by the pair of reinforcement diaphragm (16) then in the fastener chain (11)
Surface and the back side.
8. reinforcing film according to claim 7 then method, which is characterized in that described in the 2nd clamper (51B) clamping
One in a pair of of reinforcement diaphragm (16), one in the pair of reinforcement diaphragm (16) is then in the described of the chain belt (13)
Core wire (18) is biased to the face of side outstanding.
9. reinforcing film according to claim 7 or 8 then method, which is characterized in that the center alignment is by making
State the 1st clamper (51A) relative to the 2nd clamper (51B) relatively move substantially the 1/2 of the specific length come into
Row.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2014/065272 WO2015189904A1 (en) | 2014-06-09 | 2014-06-09 | Reinforcing film bonding device and reinforcing film bonding method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106413459A CN106413459A (en) | 2017-02-15 |
| CN106413459B true CN106413459B (en) | 2019-08-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201480079607.1A Active CN106413459B (en) | 2014-06-09 | 2014-06-09 | Reinforcing film then device and reinforcing film then method |
Country Status (3)
| Country | Link |
|---|---|
| CN (1) | CN106413459B (en) |
| TW (1) | TWI527533B (en) |
| WO (1) | WO2015189904A1 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108652144B (en) * | 2017-03-29 | 2020-11-10 | Ykk株式会社 | Zipper strip manufacturing device and method, and method for attaching reinforcing film to zipper strip |
| CN109303381B (en) * | 2017-07-26 | 2021-05-11 | Ykk株式会社 | Zipper assembling device |
| CN110913719B (en) * | 2017-08-16 | 2023-06-09 | Ykk株式会社 | Zipper chain conveying device and method, and zipper chain processing device and method |
| CN111084469B (en) * | 2018-10-24 | 2022-07-15 | Ykk株式会社 | Reinforced film bonding device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4489873A (en) * | 1982-04-28 | 1984-12-25 | Yoshida Kogyo K.K. | Intermittent feed mechanism |
| JPS60126104A (en) * | 1983-12-12 | 1985-07-05 | ワイケイケイ株式会社 | Adhesion of reinforcing tape of slide fastener with openableinlay/insert instrument |
| US5746880A (en) * | 1992-11-06 | 1998-05-05 | Yoshida Kogyo K.K. | Tape cassette and automatic attaching apparatus for heat-fusible tape pieces |
-
2014
- 2014-06-09 CN CN201480079607.1A patent/CN106413459B/en active Active
- 2014-06-09 WO PCT/JP2014/065272 patent/WO2015189904A1/en active Application Filing
-
2015
- 2015-05-06 TW TW104114337A patent/TWI527533B/en active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4489873A (en) * | 1982-04-28 | 1984-12-25 | Yoshida Kogyo K.K. | Intermittent feed mechanism |
| JPS60126104A (en) * | 1983-12-12 | 1985-07-05 | ワイケイケイ株式会社 | Adhesion of reinforcing tape of slide fastener with openableinlay/insert instrument |
| US5746880A (en) * | 1992-11-06 | 1998-05-05 | Yoshida Kogyo K.K. | Tape cassette and automatic attaching apparatus for heat-fusible tape pieces |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106413459A (en) | 2017-02-15 |
| TWI527533B (en) | 2016-04-01 |
| TW201603747A (en) | 2016-02-01 |
| WO2015189904A1 (en) | 2015-12-17 |
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