CN106136484B - Pull tab supply device for zipper puller assembly device - Google Patents
Pull tab supply device for zipper puller assembly device Download PDFInfo
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- CN106136484B CN106136484B CN201510135036.5A CN201510135036A CN106136484B CN 106136484 B CN106136484 B CN 106136484B CN 201510135036 A CN201510135036 A CN 201510135036A CN 106136484 B CN106136484 B CN 106136484B
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- feedway
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Abstract
The present invention provides a kind of pulling-on piece feedway of zipper head assembling device.The pulling-on piece feedway of the zipper head assembling device includes: pulling-on piece carrying device, and multiple pulling-on pieces are arranged in a row and are transported in the horizontal direction；And pulling-on piece transfer device, keep the pulling-on piece transported by pulling-on piece carrying device, and the pulling-on piece kept is transferred and supplied to ontology.Pulling-on piece carrying device includes: guiding elements, and multiple pulling-on pieces are arranged in a row and are accommodated, and are guided to the conveying of multiple pulling-on pieces；And belt conveyor device, the pulling-on piece arranged in guiding elements is supplied to pulling-on piece transfer device.Pulling-on piece transfer device includes: pulling-on piece maintaining part, is configured at the top of turntable, keeps the pulling-on piece supplied from pulling-on piece carrying device；And pulling-on piece transferred unit, the pulling-on piece for being held in pulling-on piece maintaining part is transferred downwards, and be supplied to ontology.Pulling-on piece certainly can be supplied to ontology by the pulling-on piece feedway of the zipper head assembling device, and can prevent the impaired of pulling-on piece.
Description
Technical field
The present invention relates to a kind of zippers that the zipper head (slider) by zipper (slide fastener) is assembled
The pulling-on piece feedway of pull head assembling device.
Background technique
As existing zipper head assembling device, it is known to following, that is, ontology is supplied to the accommodating recess of turntable,
Pulling-on piece, pawl, leaf spring and cover (cover) are successively assemblied on ontology (referring for example to special while making the turntable intermittent rotary
Sharp document 1).
Moreover, the pulling-on piece of the ontology supply pulling-on piece as the accommodating recess to the turntable for being held in zipper head assembling device
Feedway, it is known to following, that is, including having the fixation for the pulling-on piece feed trough for making multiple pulling-on pieces be arranged in a row and accommodating
Pulling-on piece is transplanted on pulling-on piece and work by making multiple pin by multiple pins of device and the pulling-on piece being sticked in pulling-on piece feed trough
Receiving unit, and pulling-on piece is supplied to ontology (referring for example to patent document 2).
[existing technical literature]
[patent document]
[patent document 1] Japanese Patent Laid-Open No. Sho 61-247402 bulletin
[patent document 2] Japanese Patent Laid-Open No. Sho 55-091301 bulletin
Summary of the invention
[problem to be solved by the invention]
It in pulling-on piece feedway described in the patent document 2, falls pulling-on piece because of gravity, is thus transferred,
Thus the transfer of pulling-on piece sometimes is unstable, and pulling-on piece can fall off from pulling-on piece feed trough, and sometimes pulling-on piece be in contact each other and
Pulling-on piece is impaired.
The present invention is completed in view of the situation, and its purpose is to provide one kind pulling-on piece to be certainly supplied to this
Body, and the pulling-on piece feedway of the impaired zipper head assembling device of pulling-on piece can be prevented.
[technical means to solve problem]
The purpose of the invention is reached using following compositions.
(1) a kind of pulling-on piece feedway of zipper head assembling device, to the turntable for being held in zipper head assembling device
Accommodating recess zipper head ontology supply pulling-on piece, the pulling-on piece feedway of the zipper head assembling device include: draw
Multiple pulling-on pieces are arranged in a row and transport in the horizontal direction by piece carrying device；And pulling-on piece transfer device, holding are transported by pulling-on piece
The pulling-on piece of device conveying, and the pulling-on piece kept is transferred and supplied to ontology, pulling-on piece carrying device includes: guiding elements, will
Multiple pulling-on pieces are arranged in a row and are accommodated, and guide to the conveying of multiple pulling-on pieces；And belt conveyor device, it will be
The pulling-on piece arranged in guiding elements is supplied to pulling-on piece transfer device, and pulling-on piece transfer device includes: pulling-on piece maintaining part, is configured at turntable
Top, and keep the pulling-on piece that supplies from pulling-on piece carrying device；And pulling-on piece transferred unit, the pulling-on piece of pulling-on piece maintaining part will be held in
It transfers downwards, and is supplied to ontology.
(2) the pulling-on piece feedway of the zipper head assembling device according to (1), pulling-on piece maintaining part include: shell；It moves
Kinetoplast can slide up and down to and be set in shell；Pulling-on piece maintainance block is installed on the lower end surface of moving body, and keeps pulling-on piece；With
And one pull-tab keep operating stick, be arranged in a manner of it can be swung in the direction of the width relative to moving body, and from width side
Pulling-on piece is kept outward.
(3) the pulling-on piece feedway of the zipper head assembling device according to (2), in the lower surface of pulling-on piece maintainance block,
Form the pulling-on piece accommodating recess for the pulling-on piece that receiving is supplied from pulling-on piece carrying device.
(4) the pulling-on piece feedway of the zipper head assembling device according to (3) keeps operating stick in a pull-tab
Lower end is installed with the pulling-on piece supporting slice that inside extends in the width direction and the lower surface of pull-tab is supported, pulling-on piece respectively
In the pulling-on piece accommodating recess that supporting slice is configured at pulling-on piece maintainance block in such a way that outside in the width direction is outstanding towards inside.
(5) the pulling-on piece feedway of the zipper head assembling device according to (4), in pulling-on piece accommodating recess and pulling-on piece branch
It holds and forms the pulling-on piece for keeping pulling-on piece holding bag between the upper surface of piece.
(6) the pulling-on piece feedway of the zipper head assembling device according to any one of (1) to (5), pulling-on piece transfer
Portion includes: pulling-on piece support rod, is supported to the upper surface for the pulling-on piece for being held in pulling-on piece maintaining part；And pulling-on piece receiving sheet, it is right
The lower surface for being held in the pulling-on piece of pulling-on piece maintaining part is supported, and clamps pulling-on piece by pulling-on piece support rod and pulling-on piece receiving sheet,
Clamped pulling-on piece is set to move downwards and be supplied to ontology.
(7) the pulling-on piece feedway of the zipper head assembling device according to (6), pulling-on piece support rod include upper bar and
Lower pole and the spring being configured between upper bar and lower pole.
(8) the pulling-on piece feedway of the zipper head assembling device according to (6) or (7) comprising accept pulling-on piece
The receiving sheet mobile device that piece moves up, receiving sheet mobile device include: shell；Mobile member, with what can be slided up and down
Mode is set in shell, and pull-tab receiving sheet is supported；Upper dynamic operating stick, is moved upward mobile member；And it holds
Mobile member is held in the position of arbitrary up and down direction by tab position holding mechanism.
[The effect of invention]
According to the present invention, a kind of pulling-on piece feedway of zipper head assembling device includes: pulling-on piece carrying device, will be multiple
Pulling-on piece is arranged in a row and transports in the horizontal direction；And pulling-on piece transfer device, the pulling-on piece transported by pulling-on piece carrying device is kept, it will
The pulling-on piece kept is transferred and is supplied to ontology, and pulling-on piece carrying device includes: guiding elements, and multiple pulling-on pieces are arranged in a row and are added
With receiving, and the conveying of multiple pulling-on pieces is guided；And belt conveyor device, the pulling-on piece arranged in guiding elements is supplied
It is given to pulling-on piece transfer device, pulling-on piece transfer device includes: pulling-on piece maintaining part, is configured at the top of turntable, keeps transporting from pulling-on piece
The pulling-on piece of unit feeding；And pulling-on piece transferred unit, the pulling-on piece for being held in pulling-on piece maintaining part is transferred downwards, and be supplied to this
Body, thus not transfer pulling-on piece because gravity is fallen.Thereby, it is possible to which pulling-on piece is certainly supplied to ontology, and can prevent
Only pulling-on piece is impaired.
Detailed description of the invention
Fig. 1 is bowing for the zipper head assembling device for the embodiment that explanation uses pulling-on piece feedway of the invention
View.
Fig. 2 is the side view of pulling-on piece feedway shown in FIG. 1.
Fig. 3 is the line A-A sectional view of Fig. 2.
Fig. 4 is the enlarged cross-sectional view for the pulling-on piece that explanation is supplied to ontology.
Fig. 5 is the sectional view on the periphery of pulling-on piece transfer device shown in Fig. 2 and receiving sheet mobile device.
Fig. 6 is the enlarged cross-sectional view on the periphery that pulling-on piece shown in fig. 5 keeps bag.
Fig. 7 is the sectional view along the width direction of pulling-on piece transfer device shown in fig. 5.
Fig. 8 is to illustrate that moving body and pulling-on piece support rod shown in Fig. 7 moves down, and the pulling-on piece of left and right keeps the drawing of operating stick
The sectional view of the state of space expansion between piece supporting slice.
Fig. 9 is the partial cut away side views for illustrating receiving sheet position holding mechanism shown in fig. 5.
Figure 10 is the enlarged cross-sectional view on the periphery of pulling-on piece holding meanss shown in fig. 5.
Figure 11 is to illustrate that moving body and pulling-on piece support rod are located at the sectional view of the state of upper dynamic position.
Figure 12 is to illustrate that moving body and pulling-on piece support rod move down, and press from both sides between pulling-on piece support rod and pulling-on piece receiving sheet
Hold the sectional view of the state of pulling-on piece.
Figure 13 be illustrate pulling-on piece support rod and receiving sheet move down and pulling-on piece be fed into ontology state sectional view.
Figure 14 is before the sliding component for illustrating pulling-on piece holding meanss and then to be supplied to the pulling-on piece of ontology by pulling-on piece pressing member
The sectional view of the state of pressing.
[explanation of symbol]
10: zipper head assembling device
11: turntable
11a: accommodating recess
11b, 73a: cam
12: the longitudinal axis
13: nest plate
14: base station
14a: scaffold
14b, 15: bracket
16,17: pressing bolt
18: ontology receiving portion
20: this body feeding
21: pulling-on piece feedway
22: locking component feedway
23: leaf spring feedway
24: cover component feeding means
25: cover component presses fixed device
26: finished goods discharger
30: pulling-on piece carrying device
31: guiding elements
31a: pulling-on piece transport path
32: bottom plate
32a: groove
33: cover component
40: belt conveyor device
41: follow-up pulley
42: motor
43: driving pulley
44: endless belt
45: tension roller
50: pulling-on piece transfer device
60: pulling-on piece maintaining part
60a: pulling-on piece keeps bag
60b: opening
61: shell
61a: cavity portion
62: moving body
62a: guiding wall
63: pulling-on piece maintainance block
63a: pulling-on piece accommodating recess
63b: cannelure
64: pulling-on piece keeps operating stick
64a: fulcrum
64b, 74,76,83b, 84d, 85c, 93b, 96b: spring
64c, 84c: cam follower
65: pulling-on piece supporting slice
70: pulling-on piece transferred unit
71: pulling-on piece support rod
72: upper bar
73: lower pole
75: spring carrier
80: pulling-on piece receiving sheet
81: receiving sheet mobile device
82: shell
83: mobile member
83a, 84b, 85b, 93a, 96a: pin
83c: bolt
84: above moving operating stick
84a: fixator
85: receiving sheet position holding mechanism
85a: pressing operation bar
90: pulling-on piece holding meanss
91: track component
92: sliding component
93: pulling-on piece pressing member
93c: recess portion
94: side pawl
95: basal component
96: operating stick
D: ontology
D1: mounting post
P: pulling-on piece
P1: axle portion
P2: grasping part
Specific embodiment
Hereinafter, being carried out referring to an embodiment of the attached drawing to the pulling-on piece feedway of zipper head assembling device of the invention
It is described in detail.In addition, about pulling-on piece feedway, upside is the upside of the paper relative to Fig. 2, downside in later explanation
For the downside of the paper relative to Fig. 2, front side is the left side of the paper relative to Fig. 2, and rear side is the right side of the paper relative to Fig. 2
Side, left side are the nearby side of the paper relative to Fig. 2, and right side is the inside of the paper relative to Fig. 2.Moreover, pulling-on piece supply dress
The left and right directions set is also referred to as width direction.Moreover, the front-rear direction of pulling-on piece feedway is also referred to as length direction.Moreover, drawing
The front side of chip supplying device is also referred to as downstream side, and rear side is also referred to as upstream side.Moreover, upstream side and downstream side are with pulling-on piece conveying side
To as benchmark.
Zipper head assembling device 10 will be as shown in Figure 1, for that will include ontology, pulling-on piece, locking component, leaf spring and cover component
The device that zipper head is assembled is turning including the discoid turntable 11 rotated every time with predetermined angular to arrow direction
Around platform 11, this body feeding 20, pulling-on piece feedway 21 of the invention, locking component feedway is respectively configured
22, leaf spring feedway 23, cover component feeding means 24, cover component press fixed device 25 and finished goods discharger 26.
Moreover, equally spaced forming multiple (this embodiment party in a circumferential direction in the peripheral part of the upper surface of turntable 11
Form 12 in formula with 30 ° of intervals) receiving zipper head ontology D accommodating recess 11a.Moreover, in the rotation of turntable 11
The longitudinal axis 12 that the rotation with turntable 11 synchronously moves up and down is arranged in center, is installed with nest plate in the upper end of the longitudinal axis 12
13。
Pulling-on piece feedway 21 is following device, and the zipper that will be arranged in a row and send out from parts feeder (not shown) is drawn
The pulling-on piece P of head is supplied to ontology D, and the ontology D is held in the accommodating recess 11a of turntable 11, as shown in Figure 2, comprising: pulling-on piece is removed
Device 30 is sent, multiple pulling-on piece P are arranged in a row and is transported to 11 side of turntable；And pulling-on piece transfer device 50, holding are removed by pulling-on piece
The pulling-on piece P for sending device 30 to transport, the pulling-on piece P kept is transferred and is supplied to ontology D.
Pulling-on piece P is as shown in figure 4, for when looking down in the thin-plate element of substantially rectangular shape, comprising: is configured at ontology D's
Axle portion P1 between a pair of mounting post D1 of front and back, and the grasping part P2 extended from axle portion P1.Moreover, pulling-on piece P is matched with its axle portion P1
The mode that is placed between the mounting post D1 of the front and back of ontology D and ontology D is supplied to by pulling-on piece feedway 21.
Pulling-on piece carrying device 30 is as shown in Figure 2, comprising: multiple pulling-on piece P are arranged in a row and are received by guiding elements 31
Hold, and the conveying of multiple pulling-on piece P is guided；And belt conveyor device 40, the pulling-on piece P that will be arranged in guiding elements 31
It is supplied to pulling-on piece transfer device 50.Guiding elements 31 is being configured than the place against the top of turntable 11 with flat-hand position.Moreover, guiding elements
31 are installed on the upper surface for the scaffold 14a being arranged on base station 14.
Guiding elements 31 is as shown in Figures 2 and 3, comprising: bottom plate 32；And pair of right and left cover component 33, it is installed on bottom plate
Multiple pulling-on piece P are arranged in a row and are guided by 32 upper surface, form drawing between bottom plate 32 and the cover component 33 of left and right
Piece transport path 31a.
Belt conveyor device 40 is as shown in Figures 2 and 3, comprising: follow-up pulley 41, follow-up pulley 41 are respectively arranged at
The upstream side end and end of downstream side of guiding elements 31；Driving pulley 43 is configured between follow-up pulley 41, follow-up pulley 41
Lower section is driven by motor 42；Endless belt 44 is set up between follow-up pulley 41, follow-up pulley 41 and driving pulley 43；And
Tension roller 45, tension roller 45 are respectively arranged between follow-up pulley 41, follow-up pulley 41 and driving pulley 43, and to ring
The tension of shape band 44 is adjusted.Endless belt 44 is configured at the groove 32a for being formed in the upper surface of bottom plate 32 of guiding elements 31
It is interior.Moreover, the multiple pulling-on piece P being arranged in a row in pulling-on piece transport path 31a are guided by its lower surface by endless belt 44, and
It is downstream transported in pulling-on piece transport path 31a from upstream side.It is kept moreover, the pulling-on piece P transported is supplied to aftermentioned pulling-on piece
The pulling-on piece in portion 60 keeps bag 60a.
Pulling-on piece transfer device 50 is as shown in Figure 5, comprising: pulling-on piece maintaining part 60 is configured at the accommodating recess 11a's of turntable 11
Top keeps the pulling-on piece P supplied from pulling-on piece carrying device 30；And pulling-on piece transferred unit 70, pulling-on piece maintaining part 60 will be held in
Pulling-on piece P is transferred downwards, and is supplied to ontology D.
Pulling-on piece maintaining part 60 is as shown in Fig. 5~Fig. 7, comprising: shell 61；Moving body 62 can slide up and down to outside being set to
In shell 61；Pulling-on piece maintainance block 63 is installed on the lower end surface of moving body 62, and keeps pulling-on piece P；And pair of right and left pulling-on piece keeps behaviour
Make bar 64, be arranged in a manner of it can be swung in the direction of the width relative to moving body 62, and outside keeps drawing in the width direction
Piece P.Shell 61 is installed on scaffold 14a via bracket 14b.
Moving body 62 can slide up and down to the cavity portion 61a for being set to the width direction center for being formed in shell 61.Moreover,
The guiding wall for the left and right that there is moving body 62 the pulling-on piece support rod 71 for aftermentioned pulling-on piece transferred unit 70 to insert in the up-down direction
62a.Moreover, power of the moving body 62 using the application for the spring (not shown) being configured between shell 61, and it is configured at Fig. 5 institute
The upper dynamic position shown.
In the lower surface of pulling-on piece maintainance block 63, the pulling-on piece for forming the pulling-on piece P that receiving is supplied from pulling-on piece carrying device 30 is received
Hold recess portion 63a.The open rearward end of pulling-on piece accommodating recess 63a, and the length dimension substantially phase of its lengthwise dimension and pulling-on piece P
Together.
Moreover, forming the cannelure 63b penetrated through in the up-down direction at the rear portion of pulling-on piece maintainance block 63.Cannelure 63b is supplied
The pulling-on piece support rod 71 of aftermentioned pulling-on piece transferred unit 70 is inserted in the up-down direction.
The pulling-on piece of left and right keeps operating stick 64 to be respectively arranged between shell 61 and moving body 62.Moreover, pulling-on piece keeps behaviour
The length direction middle part for making bar 64 is supported by the fulcrum 64a for being fixed on moving body 62, and is arranged in the direction of the width
It swings.
Moreover, the pulling-on piece in left and right is kept between the upper end of operating stick 64 and the guiding wall 62a of the left and right of moving body 62
Spring 64b is respectively set.Moreover, the power of the application using spring 64b, the pulling-on piece of left and right keeps operating stick 64 always by court
The direction closer to each other to respective lower end exerts a force.
Moreover, left and right pulling-on piece keep operating stick 64 lower end, be installed with respectively in the width direction inside extend and
The pulling-on piece supporting slice 65 that the lower surface of pull-tab P is supported.Moreover, the pulling-on piece supporting slice 65 of left and right is with outside in the width direction
In the pulling-on piece accommodating recess 63a for being configured at pulling-on piece maintainance block 63 towards inside mode outstanding.Therefore, in pulling-on piece accommodating recess
It is formed between 63a and the upper surface of the pulling-on piece supporting slice 65 of left and right and the pulling-on piece of pulling-on piece P is kept to keep bag 60a.Moreover, in left and right
Pulling-on piece supporting slice 65 between form the opening 60b of slit-shaped.
Pulling-on piece keeps bag 60a when moving body 62 is located at upper dynamic position, with the pulling-on piece carrying channel with pulling-on piece carrying device 30
Diameter 31a connected mode configures.Therefore, the pulling-on piece P transported by belt conveyor device 40 can be fed into pulling-on piece and keep bag
60a。
Pulling-on piece transferred unit 70 is as shown in Fig. 5~Fig. 7, comprising: pulling-on piece support rod 71, the drawing to pulling-on piece maintaining part 60 is held in
Piece keeps the upper surface of the pulling-on piece P1 of bag 60a to be supported；And pulling-on piece receiving sheet 80, the drawing to pulling-on piece maintaining part 60 is held in
Piece keeps the lower surface of the pulling-on piece P1 of bag 60a to be supported, and clamps pulling-on piece by pulling-on piece support rod 71 and pulling-on piece receiving sheet 80
P makes clamped pulling-on piece P move downwards and be supplied to ontology D.
Pulling-on piece support rod 71, which can slide up and down to, to be inserted into the guiding wall 62a of the left and right of moving body 62, and including top
Bar 72 and lower pole 73 and the spring 74 being configured between upper bar 72 and lower pole 73.
Moreover, spring carrier 75 is installed in the upper end of upper bar 72, in the spring carrier 75 and shell 61
A pair of of spring 76 is configured between upper surface.Moreover, the power of the application using a pair of spring 76, moving body 62 and pulling-on piece bearing
Bar 71 is configured at dynamic position shown in fig. 5.
Moreover, spring carrier 75 is depressed, bullet using the pressing bolt 16 for being installed on nest plate 13 via bracket 15
Spring carrier 75 is depressed using pressing bolt 16, thus moving body 62 and pulling-on piece support rod 71 move down (referring to Fig.1 1~
Figure 14).
Make the pulling-on piece of left and right that operating stick 64 be kept to put moreover, the left and right sides in the lower part of lower pole 73 are respectively formed
Dynamic cam 73a.Cam 73a keeps the cam of operating stick 64 with the pulling-on piece of left and right when pulling-on piece support rod 71 is moved down
Driven member 64c contact, by left and right pulling-on piece supporting slice 65 away from each other in a manner of make left and right pulling-on piece keep operating stick 64 swing.
Moreover, as shown in figure 8, left and right pulling-on piece keep operating stick 64 swing, left and right pulling-on piece supporting slice 65 between space expansion, thus
The pulling-on piece P being contained in pulling-on piece accommodating recess 63a can be made to move downwards.
Pulling-on piece receiving sheet 80 is arranged to move up using receiving sheet mobile device 81, and the receiving sheet mobile device 81 is such as
Shown in Fig. 5 and Fig. 9, comprising: the shell 82 being installed on base station 14 can slide up and down to and be set in shell 82 and pull-tab is held
The mobile member 83 that contact pin 80 is supported, the upper dynamic operating stick 84 for being moved upward mobile member 83, and will mobile structure
Part 83 (pulling-on piece receiving sheet 80) is held in the receiving sheet position holding mechanism 85 of the position of arbitrary up and down direction.
Pulling-on piece receiving sheet 80 is configured at the lower section of the opening 60b between the pulling-on piece supporting slice 65 of left and right, and its width is set to
Width than the opening 60b between the pulling-on piece supporting slice 65 of the left and right under closed state is small.Therefore, it is moved down in moving body 62
When, pulling-on piece receiving sheet 80 is inserted into pulling-on piece between the pulling-on piece supporting slice 65 of left and right and keeps in bag 60a.
Mobile member 83 is configured at the lower section that pulling-on piece keeps bag 60a.Moreover, utilizing pin in the upper end of mobile member 83
83a and pulling-on piece receiving sheet 80 can be swingingly supported in the up-down direction.Moreover, in pulling-on piece receiving sheet 80 and mobile member 83
Upper end between, configure the spring 83b that pull-tab receiving sheet 80 exerts a force upwards.It is installed in the lower end of mobile member 83
The bolt 83c contacted with the front end of upper dynamic operating stick 84.
Upper dynamic operating stick 84 can swingingly be set to the fixator 84a on base station 14 via pin 84b in the up-down direction,
Its front end (right part of Fig. 5) is configured at the lower section of the bolt 83c of mobile member 83.Moreover, after upper dynamic operating stick 84
End (left part of Fig. 5) is installed with cam follower 84c, cam follower 84c and the lower surface for being installed on turntable 11
Cam 11b contact.Moreover, configuring between the rear end and fixator 84a of upper dynamic operating stick 84 to upper dynamic operating stick 84
The spring 84d that rear end exerts a force upwards.
Mobile member 83 is held in and appoints by assigning pressing force to mobile member 83 by receiving sheet position holding mechanism 85
The position of the up and down direction of meaning, and as shown in figure 9, include the substantially L-shaped that the side of mobile member 83 is pressed by
Press operation bar 85a.Pressing operation bar 85a is configured to the side that end thereon is connected to mobile member 83.Moreover, pressing operation bar
85a can swingingly be supported in the side of shell 82 using pin 85b in the direction of the width.Moreover, pressing operation bar 85a's
Spring 85c is configured between lower end and the side of shell 82, using spring 85c application power by pressing operation bar 85a
Upper end to the side of mobile member 83 press.
In thus configured receiving sheet mobile device 81, as shown in figure 5, because cam 11b depresses cam follower 84c, and
The front end of upper dynamic operating stick 84 moves up, and pulling-on piece receiving sheet 80 is moved upwardly together with mobile member 83.Moreover, such as Figure 12
Shown, in the case where cam 11b non-depressed cam follower 84c, the rear end of upper dynamic operating stick 84 is upward by spring 84d
It pushes away, and the front end of upper dynamic operating stick 84 moves down.In addition, at this point, even if the front end of upper dynamic operating stick 84 moves down,
The position of mobile member 83 (pulling-on piece receiving sheet 80) is kept by receiving sheet position holding mechanism 85.
Moreover, being that the ontology D for rotating in turntable 11 and being held in accommodating recess 11a is moved to drawing from the position of previous process
Pressure of the cam 11b to cam follower 84c is carried out between the position of chip supplying device 21.Moreover, being held in accommodating recess
The ontology D of 11a is moved to the position of pulling-on piece feedway 21, and during turntable 11 stops, and without cam 11b to cam
The front end of the pressure of driven member 84c, upper dynamic operating stick 84 is moved down by the power of the application of spring 84d.
Moreover, as shown in Figure 10, pulling-on piece holding meanss 90 are installed in the upper surface of turntable 11 in present embodiment, it should
Pulling-on piece holding meanss 90 press the pulling-on piece P for being supplied to ontology D, to limit the movement of pulling-on piece P.
Pulling-on piece holding meanss 90 are as shown in Figure 10, comprising: track component 91, along the radially installed of turntable 11 in turntable 11
Upper surface；Sliding component 92 is slidably disposed in track component 91；Pulling-on piece pressing member 93 can be put in the up-down direction
It is supported on sliding component 92 dynamicly, and is pressurized from above by pulling-on piece P；Side pawl 94 is installed on the front end of sliding component 92, and is inserted into
Into ontology D；Basal component 95 is installed on turntable 11；And the operating stick 96 of substantially L-shaped, swingably it is supported on base
Bottom component 95 slides sliding component 92 forwards, backwards.Moreover, the periphery side end of the turntable 11 in track component 91, is installed with
Ontology receiving portion 18 with accommodating recess 11a (referring to Fig. 4).In addition, advancing refers to right direction of the sliding component 92 to Figure 10
Mobile, retrogressing refers to that sliding component 92 is mobile to the left direction of Figure 10.
Pulling-on piece pressing member 93 can swingingly be set to the top of sliding component 92 via pin 93a in the up-down direction.
Moreover, configuring the rear end of pull-tab pressing member 93 between the rear end and sliding component 92 of pulling-on piece pressing member 93
The spring 93b to exert a force upwards.
Moreover, the front end of pulling-on piece pressing member 93 is formed as tree binary lorm that will not occur to do with the mounting post D1 of ontology D
It relates to.Moreover, in the lower surface of the front end of pulling-on piece pressing member 93, formed for chimeric recessed of the pulling-on piece P that is fed into ontology D
Portion 93c.Moreover, as shown in figure 14, the front end of pulling-on piece pressing member 93 moves down, and presss from both sides between recess portion 93c and ontology D
Enter pulling-on piece P, thus limits the movement of pulling-on piece P.In addition, the front end of pulling-on piece pressing member 93 because before sliding component 92 so as to
Lower movement is moved up because sliding component 92 retreats.Moreover, side pawl 94 because being inserted into ontology D in turn before sliding component 92.
Operating stick 96 can swingingly be set to basal component 95 via pin 96a in the up-down direction.Moreover, in operating stick
Between 96 upper end and basal component 95, the spring 96b to exert a force upwards to the upper end of operating stick 96 is configured.
Moreover, operating stick 96 is depressed using the pressing bolt 17 for the lower surface for being installed on nest plate 13, because of operating stick 96
It is depressed by pressing bolt 17, and the lower end of operating stick 96 squeezes out sliding component 92, so that sliding component 92 advances (referring to figure
14).Moreover, if nest plate 13 moves up, and releasing pressure of the pressing bolt 17 to operating stick 96, then operating stick 96 utilizes
The power of the application of spring 96b returns to original position, and sliding component 92 retreats (1~Figure 13 referring to Fig.1).
Then, the movement of the pulling-on piece feedway 21 of present embodiment is illustrated.Firstly, being presented from part (not shown)
Device is sent to be supplied to multiple pulling-on piece P in the pulling-on piece transport path 31a of the guiding elements 31 of pulling-on piece carrying device 30, it is defeated using belt
It send the endless belt 44 of machine device 40 and downstream transports, as shown in figure 11, the pulling-on piece P positioned at most downstream is supplied to pulling-on piece transfer
The pulling-on piece of device 50 is kept in bag 60a.
At this point, turntable 11 is moved to pulling-on piece supply during rotation, positioned at the ontology D for being held in accommodating recess 11a
The nearby place of the position of device 21, thus using the upper dynamic operating stick 84 of receiving sheet mobile device 81 and pulling-on piece receiving sheet 80 is upward
It is mobile.Moreover, at this point, the moving body 62 and pulling-on piece support rod 71 of pulling-on piece transfer device 50 are configured at dynamic position.Moreover, this
When, the sliding component 92 of pulling-on piece holding meanss 90 is configured at going-back position.
Next, as shown in figure 12, nest plate 13 moves down, using pressing bolt 16 by pulling-on piece support rod 71 downwards
Pressing, thus moving body 62 and pulling-on piece support rod 71 move down, lower end and drawing in the lower pole 73 of pulling-on piece support rod 71
Pulling-on piece P is clamped between piece receiving sheet 80.At this point, the front end of the upper dynamic operating stick 84 of receiving sheet mobile device 81 has utilized spring
The power of the application of 84d and move down.
Next, further pressed pulling-on piece support rod 71 downwards using pressing bolt 16 as shown in Fig. 8 and Figure 13,
The cam 73a of lower pole 73 keeps the cam follower 64c of operating stick 64 to contact with the pulling-on piece of left and right, the pulling-on piece supporting slice of left and right
Space expansion between 65, and the pulling-on piece P being held between lower pole 73 and pulling-on piece receiving sheet 80 is moved in parallel downwards, thus
Pulling-on piece P is fed into ontology D.At this point, moving body 62 moves down stopping, thus pulling-on piece maintainance block 63 will not move downwards
It is dynamic.Moreover, at this point, the moving down and depressed downward using pulling-on piece support rod 71 of pulling-on piece receiving sheet 80.
Next, as shown in figure 14, nest plate 13 moves further downward, pulling-on piece is depressed using pressing bolt 17 and keeps dress
Set 90 operating stick 96, thus the lower end of operating stick 96 is advanced along sliding component 92, the front end of pulling-on piece pressing member 93 to
Lower movement presses the pulling-on piece P for being supplied to ontology D using the front end of pulling-on piece pressing member 93.
At this point, using pressing bolt 16 and pulling-on piece support rod 71 also moves downwards, but be configured at upper bar 72 and lower part
Compressive deformation occurs for the spring 74 between bar 73, and upper bar 72 is slided downwards relative to lower pole 73, thus is equivalent to pressing
The stroke of the amount of 17 pressing operation bar 96 of bolt is absorbed, and lower pole 73 will not move downwards.As a result, will not to ontology D and
Pulling-on piece P applies excessive pressing force, thus prevents being damaged for ontology D and pulling-on piece P.
Next, although not shown, but nest plate 13 moves up, and returns to upper dynamic position in moving body 62 and pulling-on piece support rod 71
It postpones, turntable 11 rotates, and the ontology D for being supplied with pulling-on piece P is mobile to the position of subsequent processing.Moreover, then, it is defeated using belt
Machine device 40 is sent to be supplied to next pulling-on piece P in the pulling-on piece holding bag 60a for having returned to the moving body 62 of upper dynamic position.
As described above, pulling-on piece feedway 21 according to the present embodiment, comprising: pulling-on piece carrying device 30, it will be multiple
Pulling-on piece P is arranged in a row and transports in the horizontal direction；And pulling-on piece transfer device 50, keep the drawing transported by pulling-on piece carrying device 30
Piece P and the pulling-on piece P kept is transferred and supplied to ontology D, pulling-on piece carrying device 30 includes: guiding elements 31, by multiple drawings
Piece P is arranged in a row and is accommodated, and guides to the conveying of multiple pulling-on piece P；And belt conveyor device 40, it will guide
The pulling-on piece P arranged in component 31 is supplied to pulling-on piece transfer device 50, and pulling-on piece transfer device 50 includes: pulling-on piece maintaining part 60, configuration
In the top of turntable 11, the pulling-on piece P supplied from pulling-on piece carrying device 30 is kept；And pulling-on piece transferred unit 70, pulling-on piece will be held in
The pulling-on piece P of maintaining part 60 is transferred downwards, and is supplied to ontology D, thus not transfers pulling-on piece P because gravity is fallen.As a result,
Pulling-on piece P certainly can be supplied to ontology D, and being damaged for pulling-on piece P can be prevented.
In addition, the content that the present invention is not limited to illustrate in the embodiment, is not departing from purport of the invention
It can be suitably changed in range.
For example, pulling-on piece receiving sheet and receiving sheet mobile device can also be deleted, make pulling-on piece that bag be kept to be moved down into ontology attached
Until close, and the pulling-on piece by pulling open left and right keeps operating stick, and can fall pulling-on piece short distance is liftoff and is supplied to ontology.
Moreover, making the operation of moving body, pulling-on piece support rod and pulling-on piece holding meanss using nest plate in present embodiment
Bar moves down, and but not limited to this, other mobile units such as air pressure and oil hydraulic cylinder can also be used and move down.And
And the mobile unit being individually separated, which can also be used, moves down moving body and pulling-on piece support rod.
Claims (8)
1. a kind of pulling-on piece feedway (21) of zipper head assembling device (10), to being held in zipper head assembling device (10)
Turntable (11) accommodating recess (11a) zipper head ontology (D) supply pulling-on piece (P), the zipper head assembling device
(10) pulling-on piece feedway (21) is characterized in that
Multiple pulling-on pieces (P) are arranged in a row and transport in the horizontal direction by pulling-on piece carrying device (30)；And
Pulling-on piece transfer device (50), keep the pulling-on piece (P) that is transported by the pulling-on piece carrying device (30), and will be kept
Pulling-on piece (P) the Xiang Suoshu ontology (D) is transferred and is supplied,
The pulling-on piece carrying device (30) includes: guiding elements (31), and the multiple pulling-on piece (P) is arranged in a row and is received
Hold, and the conveying of the multiple pulling-on piece (P) is guided；And belt conveyor device (40), it will be in the guiding elements
(31) pulling-on piece (P) arranged in is supplied to the pulling-on piece transfer device (50),
The pulling-on piece transfer device (50) includes: pulling-on piece maintaining part (60), is configured at the top of the turntable (11), and keep from
The pulling-on piece (P) of pulling-on piece carrying device (30) supply；And pulling-on piece transferred unit (70), the pulling-on piece will be held in and kept
The pulling-on piece (P) in portion (60) is transferred downwards, and is supplied to the ontology (D),
The pulling-on piece maintaining part (60) includes: shell (61)；Moving body (62), can slide up and down to and be set to the shell
(61) in；Pulling-on piece maintainance block (63) is installed on the lower end surface of the moving body (62), and keeps the pulling-on piece (P)；And it is a pair of
Pulling-on piece keeps operating stick (64), is arranged in a manner of it can swing in the direction of the width relative to the moving body (62), and from
The pulling-on piece (P) is kept on the outside of width direction.
2. the pulling-on piece feedway (21) of zipper head assembling device (10) according to claim 1, it is characterised in that:
In the lower surface of the pulling-on piece maintainance block (63), the drawing that receiving is supplied from the pulling-on piece carrying device (30) is formed
The pulling-on piece accommodating recess (63a) of piece (P).
3. the pulling-on piece feedway (21) of zipper head assembling device (10) according to claim 2, it is characterised in that:
The lower end of operating stick (64) is kept in the pair of pulling-on piece, inside in the width direction is installed respectively and extends and to described
The pulling-on piece supporting slice (65) that the lower surface of pulling-on piece (P) is supported,
The pulling-on piece supporting slice (65) by the width direction outside towards inside it is outstanding in a manner of be configured at the pulling-on piece maintainance block
(63) in the pulling-on piece accommodating recess (63a).
4. the pulling-on piece feedway (21) of zipper head assembling device (10) according to claim 3, it is characterised in that:
It is formed between the pulling-on piece accommodating recess (63a) and the upper surface of the pulling-on piece supporting slice (65) and keeps the pulling-on piece
(P) pulling-on piece keeps bag (60a).
5. the pulling-on piece feedway (21) of zipper head assembling device (10) according to any one of claim 1 to 4,
It is characterized in that:
The pulling-on piece transferred unit (70) includes: pulling-on piece support rod (71), the drawing to the pulling-on piece maintaining part (60) is held in
The upper surface of piece (P1) is supported；And pulling-on piece receiving sheet (80), the drawing to the pulling-on piece maintaining part (60) is held in
The lower surface of piece (P1) is supported, and clamps the drawing by the pulling-on piece support rod (71) and the pulling-on piece receiving sheet (80)
Piece (P) makes the clamped pulling-on piece (P) move downwards and be supplied to the ontology (D).
6. the pulling-on piece feedway (21) of zipper head assembling device (10) according to claim 5, it is characterised in that:
The pulling-on piece support rod (71) includes upper bar (72) and lower pole (73) and is configured at the upper bar (72) and institute
State the spring (74) between lower pole (73).
7. the pulling-on piece feedway (21) of zipper head assembling device (10) according to claim 5, it is characterised in that packet
The receiving sheet mobile device (81) for moving up the pulling-on piece receiving sheet (80) is included,
The receiving sheet mobile device (81) includes: shell (82)；Mobile member (83), is arranged in a manner of it can slide up and down
In the shell (82), the pulling-on piece receiving sheet (80) is supported；Upper dynamic operating stick (84), make the mobile member
(83) it is moved upward；And receiving sheet position holding mechanism (85), the mobile member (83) is held in above and below arbitrary
The position in direction.
8. the pulling-on piece feedway (21) of zipper head assembling device (10) according to claim 6, it is characterised in that packet
The receiving sheet mobile device (81) for moving up the pulling-on piece receiving sheet (80) is included,
The receiving sheet mobile device (81) includes: shell (82)；Mobile member (83), is arranged in a manner of it can slide up and down
In the shell (82), the pulling-on piece receiving sheet (80) is supported；Upper dynamic operating stick (84), make the mobile member
(83) it is moved upward；And receiving sheet position holding mechanism (85), the mobile member (83) is held in above and below arbitrary
The position in direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510135036.5A CN106136484B (en) | 2015-03-26 | 2015-03-26 | Pull tab supply device for zipper puller assembly device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510135036.5A CN106136484B (en) | 2015-03-26 | 2015-03-26 | Pull tab supply device for zipper puller assembly device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106136484A CN106136484A (en) | 2016-11-23 |
| CN106136484B true CN106136484B (en) | 2019-06-21 |
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ID=57340008
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510135036.5A Active CN106136484B (en) | 2015-03-26 | 2015-03-26 | Pull tab supply device for zipper puller assembly device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106136484B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI725860B (en) | 2020-03-06 | 2021-04-21 | 日商Ｙｋｋ股份有限公司 | Slider installation device |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109567323B (en) * | 2017-09-28 | 2021-06-29 | Ykk株式会社 | Handle assembly device |
| CN109965462B (en) * | 2017-12-27 | 2021-12-17 | Ykk株式会社 | Slide fastener manufacturing apparatus and slide fastener manufacturing method |
| CN111657631A (en) * | 2019-03-08 | 2020-09-15 | Ykk株式会社 | Orientation changing device, slider manufacturing method, and slide fastener manufacturing method |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4296547A (en) * | 1979-12-21 | 1981-10-27 | Yoshida Kogyo K.K. | Apparatus for loading a pull tab on a slider body |
| JPS61247402A (en) * | 1984-09-28 | 1986-11-04 | 韓國ジツパ−株式会社 | Apparatus for continuously assembling slider for fastener |
| JPH04300501A (en) * | 1991-03-28 | 1992-10-23 | Yoshida Kogyo Kk <Ykk> | Pull supply device of slider assembling machine for slide fastener |
| CN102462076A (en) * | 2010-11-12 | 2012-05-23 | 福建浔兴拉链科技股份有限公司 | Assembly machine for zipper pulls of zipper sliders |
| CN202375218U (en) * | 2011-12-31 | 2012-08-15 | 唐正彪 | Pull tab feeding mechanism applicable to railed full-automatic zipper slider assembly machine |
| CN104271311A (en) * | 2013-11-08 | 2015-01-07 | Ykk株式会社 | Tab supply device in zipper assembly machine |
-
2015
- 2015-03-26 CN CN201510135036.5A patent/CN106136484B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4296547A (en) * | 1979-12-21 | 1981-10-27 | Yoshida Kogyo K.K. | Apparatus for loading a pull tab on a slider body |
| JPS61247402A (en) * | 1984-09-28 | 1986-11-04 | 韓國ジツパ−株式会社 | Apparatus for continuously assembling slider for fastener |
| JPH04300501A (en) * | 1991-03-28 | 1992-10-23 | Yoshida Kogyo Kk <Ykk> | Pull supply device of slider assembling machine for slide fastener |
| CN102462076A (en) * | 2010-11-12 | 2012-05-23 | 福建浔兴拉链科技股份有限公司 | Assembly machine for zipper pulls of zipper sliders |
| CN202375218U (en) * | 2011-12-31 | 2012-08-15 | 唐正彪 | Pull tab feeding mechanism applicable to railed full-automatic zipper slider assembly machine |
| CN104271311A (en) * | 2013-11-08 | 2015-01-07 | Ykk株式会社 | Tab supply device in zipper assembly machine |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI725860B (en) | 2020-03-06 | 2021-04-21 | 日商Ｙｋｋ股份有限公司 | Slider installation device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106136484A (en) | 2016-11-23 |
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