CN104411200B - Reinforcing film adhering device and adhesive method thereof - Google Patents
Reinforcing film adhering device and adhesive method thereof Download PDFInfo
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- CN104411200B CN104411200B CN201380031751.3A CN201380031751A CN104411200B CN 104411200 B CN104411200 B CN 104411200B CN 201380031751 A CN201380031751 A CN 201380031751A CN 104411200 B CN104411200 B CN 104411200B
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- reinforcement
- fastener chain
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- diaphragm
- film strips
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- 230000003014 reinforcing Effects 0.000 title claims abstract description 38
- 230000001070 adhesive Effects 0.000 title claims abstract description 11
- 239000000853 adhesive Substances 0.000 title claims abstract description 11
- 230000002787 reinforcement Effects 0.000 claims abstract description 175
- 239000000789 fastener Substances 0.000 claims abstract description 138
- 238000003466 welding Methods 0.000 claims description 35
- 230000032258 transport Effects 0.000 claims description 32
- 238000005219 brazing Methods 0.000 abstract description 26
- 210000001847 Jaw Anatomy 0.000 description 29
- 229920005989 resin Polymers 0.000 description 7
- 239000011347 resin Substances 0.000 description 7
- 238000002604 ultrasonography Methods 0.000 description 7
- 238000000465 moulding Methods 0.000 description 5
- 238000011144 upstream manufacturing Methods 0.000 description 5
- 238000005520 cutting process Methods 0.000 description 3
- 239000004677 Nylon Substances 0.000 description 2
- 230000000875 corresponding Effects 0.000 description 2
- 238000001125 extrusion Methods 0.000 description 2
- 229920001778 nylon Polymers 0.000 description 2
- 229920000728 polyester Polymers 0.000 description 2
- 238000005476 soldering Methods 0.000 description 2
- 229920003002 synthetic resin Polymers 0.000 description 2
- 239000000057 synthetic resin Substances 0.000 description 2
- 210000003284 Horns Anatomy 0.000 description 1
- 230000001419 dependent Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000002708 enhancing Effects 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 238000005304 joining Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000004904 shortening Methods 0.000 description 1
Abstract
A kind of reinforcing film adhering device and adhesive method thereof.The two of ultrasonic brazing unit (70) and fastener chain (11) are in the face of being configured at following location to ground, the position that described position intersects with fastener chain (11) relative to a pair reinforcement film strips (17) being drawn out from reinforcement film strips guidance unit (30), offsets to the conveyance direction of fastener chain (11).Additionally, fixture driver element (52) includes driving fixture to the servo motor (68) of (51) along the pull-out direction of reinforcement film strips (17) and driving fixture to the cylinder unit (61) of (51) along the conveyance direction of fastener chain (11), utilizing ultrasonic brazing unit (70) to bond period of a pair reinforcement diaphragm (16), the reinforcement diaphragm (16) next bondd is standby at position of readiness (P3).
Description
Technical field
The present invention relates to one such as at the sky installing detachable inlay of fastener chain (fastener chain)
Between (space) portion the reinforcing film adhering device of reinforcing film and adhesive method thereof manufactured by synthetic resin is installed.
Background technology
In the past, announcement has the spatial portion at the fastener chain intermittently transported, at the upper and lower surface ultrasound wave of fastener chain
The interval feeding means (for example, referring to patent documentation 1) of band (tape) the shape thing used during welding resin film.Described ribbon
Interval feeding means be to utilize fixture (gripper) from the most orthogonal with the conveyance direction of the fastener chain direction pull-out resin molding etc.
Ribbon, after described ribbon being cut off and is configured at the spatial portion of fastener chain, makes wave welding head of ultrasonic wave (ultrasonic
Horn) with anvil block (anvil) near and resin molding is soldered to fastener chain.
Prior art literature
Patent documentation
Patent documentation 1: Japanese Patent Laid-Open No. Sho 58-188249 publication
Summary of the invention
The problem that invention is to be solved
But, in the interval feeding means of the ribbon described in above-mentioned patent documentation 1, fixture the resin determined
Conveyance region and the start region of the wave welding head of ultrasonic wave carrying out ultrasound wave processing and anvil block of film are overlapping when overlooking, and therefore carry out
During ultrasound wave processing, resin molding pull-out or cut-out cannot must be made resin molding before ultrasound wave process finishing by fixture
Conveyance is in holding state.Therefore, in order to make the conveyance of ultrasound wave processing and resin molding and cut off start continuously, and circulate
(cycle) time is elongated, still has room for improvement in terms of working performance.
The present invention completes in view of the foregoing, and its object is to provide a kind of can efficiency be carried out from reinforcement well
Film strips (film tape) cut off reinforcement diaphragm and reinforcement diaphragm is bonded in fastener chain operation reinforcing film adhering device and
Its adhesive method.
The technological means of solution problem
The above-mentioned purpose of the present invention is to be reached by following composition.
(1) a kind of reinforcing film adhering device, including:
Fastener chain transport unit, interval conveyance fastener chain；
Reinforcement film strips guidance unit, guiding reinforcement film strips to be allowed to can be along the direction orthogonal with the conveyance direction of fastener chain
Pull-out；
Shut-off mechanism, cuts off reinforcement film strips and forms reinforcement diaphragm；
Reinforcement diaphragm transport unit, the fixture including grasping reinforcement film strips or the fixture of reinforcement diaphragm and movable clamp drives
Moving cell；And
Reinforcement diaphragm bonding element, is bonded in upper surface and at least one side of lower surface of fastener chain by reinforcement diaphragm；
Described reinforcing film adhering device is characterised by:
The above-mentioned at least one side of reinforcement diaphragm bonding element and fastener chain is to being configured at following location, described position to ground
The position intersected when overlooking with fastener chain relative to the reinforcement film strips being drawn out from reinforcement film strips guidance unit, to slide fastener chain
The conveyance direction skew of bar, and
Fixture driver element can drive fixture to along the conveyance direction of the pull-out direction of reinforcement film strips and fastener chain.
(2) the reinforcing film adhering device as described in (1), it is characterised in that: fixture driver element includes along reinforcement film strips
The 1st driver element that drives fixture to of pull-out direction and the 2nd driving that drives fixture to of the conveyance direction along fastener chain single
Unit.
(3) the reinforcing film adhering device (10) as described in (2), it is characterised in that: the 1st driver element is servo motor
(servo motor), and the 2nd driver element is cylinder (cylinder) device.
(4) a kind of reinforcing film adhesive method, it uses if (1) is to the reinforcing film adhering device according to any one of (3), and
It is characterised by comprising the following steps:
Interval conveyance fastener chain；
The reinforcement film strips grasped in grasping position by fixture is drawn out to off-position, and reinforcement film strips is cut into rule
Fixed length and form reinforcement diaphragm；
Make the reinforcement diaphragm grasped by fixture disconnected position of autotomying move to welding position, and transported to fastener chain
And between reinforcement diaphragm bonding element；And
By reinforcement diaphragm bonding element, reinforcement diaphragm is bonded in fastener chain；And
During carrying out adhesion step, carry out the cut-out step of the reinforcement diaphragm next bondd.
(5) the reinforcing film adhesive method as described in (4), it is characterised in that: the conveyance step of above-mentioned reinforcement diaphragm is to enter
During row adhesion step, by further to the direction orthogonal with the conveyance direction of fastener chain for the reinforcement diaphragm grasped by fixture
Pull-out and to make it come position of readiness from off-position standby, and, after completing adhesion step, make reinforcement diaphragm along slide fastener
The conveyance direction of chain moves to welding position from position of readiness, thus by reinforcement diaphragm conveyance to fastener chain and reinforcement diaphragm
Between bonding element.
The effect of invention
The reinforcing film adhering device of the present invention includes fastener chain transport unit, reinforcement film strips guidance unit, reinforcement film strips
Shut-off mechanism, the reinforcement diaphragm transport unit possessing fixture and fixture driver element and reinforcement diaphragm bonding element.Reinforcement
At least one side of diaphragm bonding element and the upper surface of fastener chain and lower surface is to being configured at following location, described position to ground
The position intersected when overlooking with fastener chain relative to the reinforcement film strips being drawn out from reinforcement film strips guidance unit, to slide fastener chain
The conveyance direction skew of bar；Fixture driver element drives along the pull-out direction of reinforcement film strips and the conveyance direction of fastener chain
Fixture.And, according to the reinforcing film adhesive method of the present invention, at reinforcement diaphragm bonding element, reinforcement diaphragm is bonded in slide fastener chain
While bar, reinforcing film from the reinforcement film strips of reinforcement film strips guidance unit supply, is drawn out to cut by fixture in the grasping of grasping position
Disconnected position also cuts off and forms reinforcement diaphragm.Then, after the bonding of reinforcement diaphragm terminates, fixture driver element can make fixture move
To welding position, reinforcement diaphragm is transported between fastener chain and reinforcement diaphragm bonding element.Thus, can mend simultaneously
The bonding of strong diaphragm and the cut-out of reinforcement diaphragm next bondd, shorten circulation time significantly and improve operation
Efficiency.
Accompanying drawing explanation
Fig. 1 is the major part axonometric chart of the reinforcing film adhering device of the present invention.
Fig. 2 is the top view of the reinforcing film adhering device shown in Fig. 1.
Fig. 3 is the III-III line profile of Fig. 2.
Fig. 4 is the top view of fastener chain.
[explanation of symbol]
10: reinforcing film adhering device
11: fastener chain
13: zipper cloth belt
16: reinforcement diaphragm
17: reinforcement film strips
20: fastener chain transport unit
30: reinforcement film strips guidance unit
40: shut-off mechanism
50: reinforcement diaphragm transport unit
51: fixture
52: fixture driver element
61: cylinder unit (the 2nd driver element)
68: servo motor (the 1st driver element)
70: ultrasonic brazing unit (reinforcement diaphragm bonding element)
P1: grasping position
P2: off-position
P3: position of readiness
P4: retreating position
P5: welding position
Detailed description of the invention
Hereinafter, it is described in detail based on a graphic embodiment to the reinforcing film adhering device of the present invention.Such as Fig. 1～
Shown in Fig. 3, reinforcing film adhering device 10 is that the confession that reinforcing film (film) sheet 16 is bonded in fastener chain 11 is installed not shown
The adhering device of the spatial portion 12 of detachable inlay or backstop, it includes that fastener chain transport unit 20, reinforcement film strips are drawn
Lead unit 30, shut-off mechanism 40, reinforcement diaphragm transport unit 50 and the supersonic welding as reinforcement diaphragm bonding element to be hinged with
Put 70.
As shown in Figure 4, fastener chain transport unit 20 fastener chain 11 transported has zipper sprocket (fastener
Element) row 15, and the interval often specified is formed with the spatial portion 12 removing zipper sprocket 15, described slide fastener chain
Tooth row 15 be the pair of fastener tapes (fastener tape) 13 along strip to strap side edge part 13a sprocket is set
14 and formed.
It addition, in explanation subsequently, about fastener chain, the direction transported according to it, by conveyance direction nearby side
It is set to upstream side, is set to downstream by rear side of conveyance direction.
As in figure 2 it is shown, fastener chain transport unit 20 includes driving roller (roller) 21 and driven voller 22, utilize and drive roller
21 and driven voller 22 clamp fastener chain 11, and by driving and interval transports fastener chain 11 driving roller 21 to carry out rotating.
The conveyance direction upstream side of fastener chain 11 is more leaned on, at slide fastener chain in the position that arranges of relatively ultrasonic brazing unit 70
The top of tooth row 15, is configured with perception unit 24.The perception roller 25 of perception unit 24 is at the sprocket of the fastener chain 11 transported
Roll on 14 and detect the presence of sprocket 14.That is, if the spatial portion 12 of the fastener chain 11 transported arrives the position of perception roller 25,
Then perception roller 25 enters spatial portion 12, and the jack back 26 being thus provided with perception roller 25 shakes and detects spatial portion 12.
If utilizing perception unit 24 to detect spatial portion 12, then fastener chain 11 is removed by fastener chain transport unit 20 the most again
Send the distance of regulation, and draw in the position stopping conveyance that spatial portion 12 is overlapping when overlooking with the position of ultrasonic brazing unit 70
Chain chain 11.And, after the operation utilizing following ultrasonic brazing unit 70 to carry out boning completes, re-use fastener chain
Transport unit 20 transports, and above-mentioned action is repeated and intermittently transports fastener chain 11.
Reinforcement film strips guidance unit 30 is configured at the width side of the fastener chain 11 intermittently transported, and to be rolled up
Around to the reinforcement film strips (film tape) 17 of not shown reinforcement film strips roller along orthogonal with the conveyance direction of fastener chain 11
The mode that direction extends houses reinforcement film strips 17.
Reinforcement film strips guidance unit 30 with fastener chain 11 to fore-end possess can with fastener chain 11
The seeker (guide head) 32 that moves of the orthogonal direction of conveyance direction.When side-looking, seeker 32 is at fastener chain 11
The band over and under with up and down a pair slit (slit) shape almost parallel with the conveyance direction of fastener chain 11
(tape) supply hole 31, described seeker 32 is pushed to the direction near fastener chain 11 by not shown spring.Reinforcement
Film strips guidance unit 30 guides reinforcement film strips 17 as follows, i.e. utilize following fixture 51 will to supply from the band of a pair slit-shaped
The reinforcement film strips 17 supplied to hole 31 is towards the upper surface of fastener chain 11 and lower surface pull-out.
Reinforcement film strips 17 is to be or polyester (polyester) such as is at the relatively low synthetic resin of fusing point by nylon (nylon)
The film strips formed.
Shut-off mechanism 40 includes: sickle (cutter) 41, is configured at seeker the front end face 32a of close control 32
The forward lower part of 32；And driving means 42, in order to drive sickle 41.Shut-off mechanism 40 makes cutting by utilizing driving means 42
Device 41 moves up and down, and by a pair reinforcement film strips 17 being pulled out from a pair slit-shaped band supply hole 31 by following fixture 51 close
The position of the front end face 32a of seeker 32 cuts off, thus forms reinforcement diaphragm 16.The reinforcement diaphragm 16 that cut-off mechanism 40 cuts off
Length (length in the direction orthogonal with the conveyance direction of fastener chain 11) be set to the width of slightly shorter than fastener chain 11.
Reinforcement diaphragm transport unit 50 includes: fixture 51, grasps a pair reinforcement film strips 17 or a pair reinforcement diaphragm 16；And
Fixture driver element 52, makes fixture 51 move along the pull-out direction of reinforcement film strips 17 and the conveyance direction of fastener chain 11.
Fixture 51 includes: fixed jaw (jaw) 53, is formed as having at fore-end housing the groove of fastener chain 11
53a's is forked；And a pair movable jaw 54a, movable jaw 54b, configure up and down to ground with fixed jaw 53.Movable jaw
54a, movable jaw 54b are arranged at the axle 55 of length direction pars intermedia and are supported in following holder (holder) 56 and shake
Freely.Movable jaw 54a, movable jaw 54b in the way of its front end separates with the front end of fixed jaw 53 by not shown bullet
Spring pushes.
It is one split that the front end of fixed jaw 53 is separated from each other with the front end of movable jaw 54a, movable jaw 54b and is formed
Oral area 57a, peristome 57b are respectively at the position of a pair slit-shaped band supply hole 31 towards seeker 32, and by slit
The front end of a pair reinforcement film strips 17 that shape band supply hole 31 is guided is inserted into the most corresponding peristome 57a, peristome 57b
And grasped.
It addition, in the gap 58 being formed between the rear end of a pair movable jaw 54a, movable jaw 54b, be configured with and be formed at
Cam (cam) the portion 59a of piston (piston) 59 front end, described cam part 59a can enter gap 58.Piston 59 is by not shown
Other springs push in the way of leaving from gap 58, and work as cam part 59a of piston 59 because of the elastic force of described spring certainly
When gap 58 is left, movable jaw 54a, the front end of movable jaw 54b separate with the front end of fixed jaw 53, and make peristome
57a, peristome 57b opening.
Then, after a pair reinforcement film strips 17 is inserted into the peristome 57a of opening, peristome 57b, the cam of piston 59 is made
Portion 59a enters gap 58 and makes a pair movable jaw 54a, movable jaw 54b shake, and thus peristome 57a, peristome 57b close
Close, utilize fixed jaw 53 and movable jaw 54a, movable jaw 54b to grasp a pair reinforcement film strips 17.
Fixture driver element 52 is in order to make fixture 51 along the pull-out direction of reinforcement film strips 17 and the conveyance of fastener chain 11
Direction is moved, and it is disposed in relative to the opposition side that fastener chain 11 is reinforcement film strips guidance unit 30.Fixture driver element 52
The 1st driver element i.e. servo motor 68 being installed on mobile station 62 is utilized to make fixture 51 move along the pull-out direction of reinforcement film strips 17
Dynamic, and by utilizing the 2nd driver element i.e. cylinder (cylinder) device 61 to make mobile station 62 along the conveyance of fastener chain 11
Direction is moved, and makes fixture 51 move along the conveyance direction of fastener chain 11.
Specifically, between the antetheca 63 and rear wall 64 of mobile station 62, bar (guide rod) 65 is guided for a pair to be fixed
In the direction (pull-out direction of reinforcement film strips 17) orthogonal with the conveyance direction of fastener chain 11.Keep the holder of fixture 51
56 are embedded in a pair guiding bar 65 sliding freely.
And, at antetheca 63 and the rear wall 64 of mobile station 62, turn is equipped freely and carries out the ball nut screwed togather
(ball nut) 67 collectively forms the screw shaft 66 of ball screw mechanism.Screw shaft 66 is fixed in the servo motor 68 of rear wall 64
Rotate and drive.If screw shaft 66 rotates because of the driving of servo motor 68, then holder 56 quilt linked with ball nut 67
Bar 65 is guided for a pair to guide and move to the direction orthogonal with the conveyance direction of fastener chain 11 in the lump with fixture 51.
So, fixture 51 is driven by servo motor 68, so along the conveyance direction with fastener chain 11 just can stop at
The multiple arbitrary position in the direction handed over.Specifically, can stop at grasping position P1, off-position P2, position of readiness P3 and
These four positions of retreating position P4, grasping position P1 is to utilize fixture 51 to grasp a pair guided by slit-shaped band supply hole 31
The position of the front end of reinforcement film strips 17, off-position P2 is turned off the position of a pair reinforcement film strips 17, and position of readiness P3 is grasping
A pair reinforcement diaphragm 16 and standby position, retreating position P4 is the position kept out of the way from ultrasonic brazing unit 70.
Cylinder (cylinder) device 61 is configured with one end along the conveyance direction of fastener chain 11 and is fixed in mobile station
The piston rod (piston rod) 69 of 62, makes cylinder unit 61 start make piston rod 69 stretch, thus makes mobile station 62 upper
State and reciprocate between position of readiness P3 and the welding position P5 of reinforcement diaphragm 16 is soldered to fastener chain 11 spatial portion 12.
Ultrasonic brazing unit 70 is configured at relative to a pair reinforcement film strips being drawn out from reinforcement film strips guidance unit 30
17 with fastener chain 11 when overlooking the position (position of readiness P3) that intersects to the position of the conveyance direction skew of fastener chain 11
(in the present embodiment for relative to the welding position P5 that position of readiness P3 is upstream side).Ultrasonic brazing unit 70 is to include
Ultrasonic brazing unit such as lower member: wave welding head of ultrasonic wave 71, is configured at the top of the fastener chain 11 intermittently transported；And
Anvil block 72, with the wave welding head of ultrasonic wave 71 lower section to being configured at fastener chain 11 to ground；Described ultrasonic brazing unit 70 utilizes super
Sound wave soldering tip 71 and anvil block 72 clamp a pair reinforcing film to configuring of the upper and lower surface with fastener chain 11 (spatial portion 12) to ground
Sheet 16, and carry out ultrasound wave processing and reinforcement diaphragm 16 is welded in the upper and lower surface of fastener chain 11.
It follows that to utilizing the reinforcing film adhering device 10 constituted in the above described manner that reinforcement diaphragm 16 is welded in slide fastener chain
The method of bar 11 illustrates.It addition, below, a pair reinforcement diaphragm 16 is grasped and at shape standby for position of readiness P3 with fixture 51
State starts explanation.That is, about the fixture 51 on position of readiness P3, cam part 59a of piston 59 enters the gap 58 of fixture 51, profit
A pair reinforcement diaphragm 16 is grasped with buttoned-up peristome 57a, peristome 57b.
First, the driving roller 21 of fastener chain transport unit 20 is driven to transport fastener chain 11.When fastener chain 11
When spatial portion 12 arrives the position of perception roller 25 soon, by making perception roller 25 leave sprocket 14 and enter spatial portion 12, shake
Bar 26 shakes and detects spatial portion 12.
If utilizing the perception unit 24 being configured at relatively ultrasonic brazing unit 70 more upstream side to detect spatial portion 12, then drive
Action roller 21 transports fastener chain 11 further until spatial portion 12 is positioned at wave welding head of ultrasonic wave 71 and the anvil of ultrasonic brazing unit 70
Stop during i.e. welding position P5 between seat 72.
Then, after fastener chain 11 stops, making cylinder unit 61 start draw in piston rod 69, so that at standby position
Put fixture 51 standby for P3 to move in the lump to welding position P5 with mobile station 62.Thus, a pair reinforcing film that fixture 51 is grasped
Sheet 16 with respectively and fastener chain 11 upper and lower surface to state move between wave welding head of ultrasonic wave 71 and anvil block 72.
Additionally, both fixture 51 can be made to move to welding position from position of readiness P3 after the conveyance of fastener chain 11 terminates
P5, it is possible to simultaneously carry out conveyance and the movement of fixture 51 of fastener chain 11.
Then, utilization is arranged at the not shown pre-extrusion mechanism of wave welding head of ultrasonic wave 71 and anvil block 72 to a pair reinforcement diaphragm
16 carry out pre-extrusion, so that the overlapping positions of a pair reinforcement diaphragm 16 and fastener chain 11 will not stagger, afterwards, make fixture 51
Peristome 57a, peristome 57b opening, decontrol a pair reinforcement diaphragm 16 grasped.
Then, drive servo motor 68 to make screw shaft 66 rotate, and make to be linked to the holder 56 of ball nut 67 certainly
Welding position P5 retreats to retreating position P4.Thus, prevent for weld reinforcement diaphragm 16 close to mobile (moving up and down) extremely
The interference of the wave welding head of ultrasonic wave 71 of fastener chain 11 and anvil block 72 and fixture 51.
Wave welding head of ultrasonic wave 71 declines and anvil block 72 rises, and utilizes wave welding head of ultrasonic wave 71 and anvil block 72 to clamp in the lump to joining
It is placed in a pair reinforcement diaphragm 16 and the fastener chain 11 of the upper and lower surface of fastener chain 11, and carries out ultrasound wave processing and by one
Reinforcement diaphragm 16 is welded in the upper and lower surface of fastener chain 11.
In the period of welding utilizing ultrasonic brazing unit 70 to carry out reinforcement diaphragm 16, make cylinder unit 61 start simultaneously
And make piston rod 69 extend, make the fixture 51 being in retreating position P4 with mobile station 62 in the lump to the conveyance direction of fastener chain 11
Mobile.
And, utilize servo motor 68 to make screw shaft 66 rotate, make the holder 56 being fixed on ball nut 67 advance
And make fixture 51 move to the grasping position P1 that can grasp reinforcement film strips 17.
Now, fixture 51 crosses the transport path of fastener chain 11 and in orthogonal with the conveyance direction of fastener chain 11
Direction is moved, but fastener chain 11 is accommodated in the groove 53a of fixed jaw 53, thus without the movement hindering fixture 51.
The fixture 51 moved to grasping position P1 from position of readiness P3 is connected to the seeker of reinforcement film strips guidance unit 30
32, resist the elastic force of spring and make seeker 32 move in the direction orthogonal with the conveyance direction of fastener chain 11.Thus, a pair
The front end of enhancing film strips 17 highlights from a pair slit-shaped band supply hole 31 and is inserted into and moves to grasping position from position of readiness P3
The peristome 57a of the fixture 51 of P1, peristome 57b.
Herein, if utilizing not shown driving means to make cam part 59a of piston 59 enter gap 58, then movable jaw
54a, movable jaw 54b shake centered by axle 55, and peristome 57a, peristome 57b close, and utilize fixed jaw 53 and a pair
Movable jaw 54a, movable jaw 54b grasp the front end of a pair reinforcement film strips 17.
Then, drive servo motor 68, make the fixture 51 grasping a pair reinforcement film strips 17 at grasping position P1 retreat to cutting
Disconnected position P2 also stops.Thus, grasp by fixture 51 a pair reinforcement film strips 17 of front end from slit-shaped band supply hole 31 only by
Pull-out is slightly shorter than the length of the width of fastener chain 11.It addition, meanwhile, seeker 32 is back to former because of the elastic force of spring
Position.
Herein, the driving means 42 of shut-off mechanism 40 is utilized to make sickle 41 increase, along the front end face 32a of seeker 32
Cut off a pair reinforcement film strips 17 of fixture 51 grasping and form a pair reinforcement diaphragm 16.
Then, drive servo motor 68 further, the fixture 51 grasping a pair reinforcement diaphragm 16 is moved to position of readiness
P3 so that it is the standby welding to the reinforcement diaphragm 16 utilizing ultrasonic brazing unit 70 to carry out terminates.
So, carry out utilizing the step of ultrasonic brazing unit 70 weld reinforcement diaphragm 16 and fixture 51 from keeping out of the way simultaneously
Position P4 moves to grasping position P1, grasp a pair reinforcement film strips 17, carries out cutting off and at position of readiness in off-position P2
Each step that P3 is standby, therefore can shorten circulation time significantly.
And, when utilizing ultrasonic brazing unit 70 at the end of the operation of welding position P5 weld reinforcement diaphragm 16, surpass
Sound wave soldering tip 71 and anvil block 72 separate from fastener chain about 11, fastener chain transport unit 20 start again, transport slide fastener chain
Bar 11 is till perception unit 24 detects spatial portion 12.
And, while utilizing fastener chain transport unit 20 to transport fastener chain 11, again with cylinder unit 61
Make a pair reinforcement diaphragm 16 of grasping and moved to welding position P5 at fixture 51 standby for position of readiness P3, making a pair reinforcement
Diaphragm 16 with the upper and lower surface of fastener chain 11 to state between wave welding head of ultrasonic wave 71 and anvil block 72, thus utilize
Ultrasonic brazing unit 70 welds.Thereafter, same action is repeated, reinforcement diaphragm 16 is welded in slide fastener continuously
The spatial portion 12 of chain 11.
As described above, according to reinforcing film adhering device 10 and the reinforcing film adhesive method of present embodiment, institute
State reinforcing film adhering device 10 to include fastener chain transport unit 20, reinforcement film strips guidance unit 30, cut off reinforcement film strips 17
Shut-off mechanism 40, the reinforcement diaphragm transport unit 50 possessing fixture 51 and fixture driver element 52 and ultrasonic brazing unit
70.And, the two of ultrasonic brazing unit 70 and fastener chain 11 in the face of being configured at following location to ground, described position relative to
The position that a pair reinforcement film strips 17 being drawn out from reinforcement film strips guidance unit 30 is intersected when overlooking with fastener chain 11, Xiang La
The conveyance direction skew of chain chain 11；Fixture driver element 52 is along the pull-out direction of reinforcement film strips 17 and fastener chain 11
Conveyance direction drives fixture to 51.Thus, at ultrasonic brazing unit 70, reinforcement diaphragm 16 is welded in the period of fastener chain 11,
Utilize fixture 51 to grasp the reinforcement film strips 17 guided by reinforcement film strips guidance unit 30, be drawn out to reinforcement film strips 17 cut off position
Put P2 cut-out and form reinforcement diaphragm 16.And, can be in the operation utilizing ultrasonic brazing unit 70 weld reinforcement diaphragm 16
After end, fixture 51 is made to move and transport a pair reinforcement diaphragm 16 between fastener chain 11 and ultrasonic brazing unit 70.
Thus, welding and the cut-out of reinforcement diaphragm 16 to be soldered of reinforcement diaphragm 16 can be carried out, when shortening circulation simultaneously
Between and working performance is significantly increased.
Further, since the servo motor 68 of fixture driver element 52 drives fixture to along the pull-out direction of reinforcement film strips 17
51, therefore can be located in grasping the grasping position P1 of reinforcement film strips 17, the cut-out guided by reinforcement film strips guidance unit 30
Reinforcement film strips 17 and formed reinforcement diaphragm 16 off-position P2 and grasping reinforcement diaphragm 16 and standby position of readiness P3 described in
Multiple positions.Further, since the cylinder unit 61 of fixture driver element 52 drives fixture to along the conveyance direction of fastener chain 11
51, fixture 51 therefore can be made at position of readiness P3 and the welding position P5 that utilizes ultrasonic brazing unit 70 weld reinforcement diaphragm 16
Between move.
It addition, the conveyance step of a pair reinforcement diaphragm 16 is during carrying out adhesion step, by grasped by fixture 51
A pair reinforcement diaphragm 16 pulls out and makes it at position of readiness P3 to the direction orthogonal with the conveyance direction of fastener chain 11 further
Standby, after adhesion step completes so that it is the conveyance direction along fastener chain 11 moves, and transport to fastener chain 11 and reinforcement
Between diaphragm bonding element 70.Thus, after adhesion step completes, merely with cylinder unit 61 by a pair reinforcement diaphragm 16 from standby
Position P3 transports to welding position P5, so circulation time can be shortened further.
Additionally, the present invention is not limited to illustrated in above-mentioned embodiment, can be at the model of the purport without departing from the present invention
Enclose interior suitable change.
Such as, the reinforcing film bonding element of the present invention is not limited to the ultrasonic brazing unit of above-mentioned embodiment, only
Will be for reinforcement diaphragm being bonded in the device of the spatial portion of fastener chain, it is possible to be set to high-frequency welding equipment or heater
Deng thermosonic bonding apparatus.
It addition, in the present embodiment, ultrasonic brazing unit 70 is configured at relative to from reinforcement film strips guidance unit 30
The position that a pair reinforcement film strips 17 being drawn out is intersected when overlooking with fastener chain 11 is upstream side, but also dependent on layout
(layout) it is configured at downstream.
It addition, in the present embodiment, fixture driver element 52 comprises servo motor 68 and cylinder unit 61, but can apply
Arbitrary driving means.
It addition, in the present embodiment, servo motor 68 is utilized to make fixture 51 move to position of readiness from off-position P2
After P3, utilize cylinder unit 61 to make it move to welding position P5 from position of readiness P3, but the present invention also can simultaneously drive servo
Motor 68 and cylinder unit 61, make directly to move to welding position P5 at the fixture 51 that off-position P2 is standby.
And, in the present embodiment, it is set to bond a pair benefit at the upper surface of fastener chain 11 and this two sides of lower surface
The composition of strong diaphragm 16, but the present invention also can be at any surface bonding reinforcement diaphragm of the upper surface of fastener chain 11 or lower surface
16.In said case, as long as each unit of reinforcing film adhering device is also corresponding to a reinforcement film strips 17 and a reinforcing film
Sheet 16 and constitute.
Claims (5)
1. a reinforcing film adhering device (10), including:
Fastener chain transport unit (20), interval conveyance fastener chain (11)；
Reinforcement film strips guidance unit (30), guiding reinforcement film strips (17) to be allowed to can be along the conveyance side with described fastener chain (11)
To orthogonal direction pull-out；
Shut-off mechanism (40), cuts off described reinforcement film strips (17) and forms reinforcement diaphragm (16)；
Reinforcement diaphragm transport unit (50), including grasping described reinforcement film strips (17) or the fixture of described reinforcement diaphragm (16)
And the fixture driver element (52) of mobile described fixture (51) (51)；And
Reinforcement diaphragm bonding element (70), described reinforcement diaphragm (16) is bonded in described fastener chain (11) upper surface and under
At least one side on surface；Described reinforcing film adhering device (10) is characterised by:
Described reinforcement diaphragm bonding element (70) is as follows to being configured to ground with the described at least one side of described fastener chain (11)
Position, described position is drawn with described relative to the described reinforcement film strips (17) being drawn out from described reinforcement film strips guidance unit (30)
The position that chain chain (11) intersects when overlooking, offsets to the conveyance direction of described fastener chain (11), and
Described fixture driver element can removing along the pull-out direction of described reinforcement film strips (17) and described fastener chain (11)
Direction is sent to drive described fixture (51).
Reinforcing film adhering device (10) the most according to claim 1, it is characterised in that described fixture driver element (52) is wrapped
Include the pull-out direction along described reinforcement film strips (17) drive the 1st driver element of described fixture (51) and draw along described
The conveyance direction of chain chain (11) drives the 2nd driver element of described fixture (51).
Reinforcing film adhering device (10) the most according to claim 2, it is characterised in that described 1st driver element is servo
Motor (68), described 2nd driver element is cylinder unit (61).
4. a reinforcing film adhesive method, its use reinforcing film adhering device (10) according to any one of claim 1 to 3,
It is characterized in that comprising the following steps:
Interval transports described fastener chain (11)；
The described reinforcement film strips (17) grasped in grasping position (P1) by described fixture (51) is drawn out to off-position (P2),
And described reinforcement film strips (17) is cut into the length of regulation and forms described reinforcement diaphragm (16)；
Make the described reinforcement diaphragm (16) grasped by described fixture (51) mobile to welding position from described off-position (P2)
(P5), and by described reinforcement diaphragm (16) conveyance to described fastener chain (11) and described reinforcement diaphragm bonding element (70) it
Between；And
Adhesion step, utilizes described reinforcement diaphragm bonding element (70) that described reinforcement diaphragm (16) is bonded in described fastener chain
(11)；
Wherein during carrying out described adhesion step, carry out the cut-out step of the described reinforcement diaphragm (16) next bondd
Suddenly.
Reinforcing film adhesive method the most according to claim 4, it is characterised in that the conveyance step of described reinforcement diaphragm (16)
During carrying out described adhesion step, the described reinforcement diaphragm (16) that will be grasped by described fixture (51) to described slide fastener
The direction that the conveyance direction of chain (11) is orthogonal pulls out further and makes described reinforcement diaphragm (16) from described off-position (P2)
Come position of readiness (P3) standby, and, after completing described adhesion step, make described reinforcement diaphragm (16) along described slide fastener
The conveyance direction of chain (11) is mobile to described welding position (P5) from described position of readiness (P3), and by described reinforcement diaphragm
(16) conveyance is between fastener chain (11) and reinforcement diaphragm bonding element (70).
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2013/061785 WO2014174571A1 (en) | 2013-04-22 | 2013-04-22 | Reinforcing film bonding device and bonding method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104411200A CN104411200A (en) | 2015-03-11 |
| CN104411200B true CN104411200B (en) | 2016-11-30 |
Family
ID=
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108622704A (en) * | 2017-03-16 | 2018-10-09 | Ykk株式会社 | Slide fastener long-chain conveying device |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS57209004A (en) * | 1981-06-16 | 1982-12-22 | Yoshida Kogyo Kk | Method and apparatus for adhering reinforcing tape segment to intermittent fastener chain |
| US4489873A (en) * | 1982-04-28 | 1984-12-25 | Yoshida Kogyo K.K. | Intermittent feed mechanism |
| JPS6437905A (en) * | 1987-08-04 | 1989-02-08 | Yoshida Kogyo Kk | Auxiliary film welding apparatus of slide fastener chain |
| CN1369240A (en) * | 2001-01-31 | 2002-09-18 | Ykk株式会社 | Zipper and its mfg. method |
| CN1428237A (en) * | 2001-12-28 | 2003-07-09 | Ykk株式会社 | Supersonic welding method and device for welding reinforced belt chip to zipper belt |
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS57209004A (en) * | 1981-06-16 | 1982-12-22 | Yoshida Kogyo Kk | Method and apparatus for adhering reinforcing tape segment to intermittent fastener chain |
| US4489873A (en) * | 1982-04-28 | 1984-12-25 | Yoshida Kogyo K.K. | Intermittent feed mechanism |
| JPS6437905A (en) * | 1987-08-04 | 1989-02-08 | Yoshida Kogyo Kk | Auxiliary film welding apparatus of slide fastener chain |
| CN1369240A (en) * | 2001-01-31 | 2002-09-18 | Ykk株式会社 | Zipper and its mfg. method |
| CN1428237A (en) * | 2001-12-28 | 2003-07-09 | Ykk株式会社 | Supersonic welding method and device for welding reinforced belt chip to zipper belt |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108622704A (en) * | 2017-03-16 | 2018-10-09 | Ykk株式会社 | Slide fastener long-chain conveying device |
| CN108622704B (en) * | 2017-03-16 | 2019-12-24 | Ykk株式会社 | Zipper long chain conveying device |
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