CN203492918U - Puller of zipper - Google Patents

Abstract

The utility model provides a slider for a zipper, the slider of which can be rotated between forward and reverse lodging states without shaking. In the slide fastener slider (1), the cam portion (14) is provided on the shaft portion (13) of the pull tab (8), and the slider body (2) is provided with an element engaging claw portion (64). The stop claw body (6), the stop claw body (6) has a base end portion (61), an upper arm portion (62) and a lower arm portion (63) respectively extending from the base end portion (61), and forming The chain element engagement claw (64) at the front end of the lower arm (63), when the pull tab is in the forward or reverse lodging state, the cam (14) and the upper arm (6) of the stop claw (6) 62) is in contact with the lower surface, and the fastener claw (64) is inserted into the fastener guide passage (24). When the pull tab is in the standing state, the cam rotates to push the stop claw (6) upward , the element engagement claw (64) is pulled out relative to the element guide passage (24).

Description

Zipper slider

technical field

The utility model relates to a slider for a zipper, in particular to a slider with a slider that can rotate between a forward lodging state and a reverse lodging state.

Background technique

Conventionally, in order to open and close the openings of clothes, school bags, etc., slide fasteners are attached to the openings. Generally, the slider used in this kind of slide fastener is mainly composed of three parts: a slider body, a pull tab, and a pull tab holder. Among them, the slider body has upper and lower ends separated by a predetermined interval and connected by a guide column at the front end. The flap and the tab are used to operate the slider, and the tab holding body holds the tab between the upper surface of the slider main body so that the tab can move and rotate.

In addition, for sliders for zippers, for example, manufacturers of clothing and school bags are required to easily attach various types of sliders with different colors and shapes to each slider body in order to easily respond to customer needs and preferences. , or the pull tab already installed on the slider body can be replaced with another type of pull tab. Therefore, a slider in which a handle can be arbitrarily attached to and detached from a slider body has been widely used.

An example of such a slider with which a handle can be attached and detached is disclosed in JP 2008-228808 A (Patent Document 1).

As shown in FIG. 11 of the present application, the detachable slider disclosed in Patent Document 1 has a slider body, and the upper and lower wings of the slider body are connected by a guide column arranged on the front end side. , has a rear opening at the rear end; the handle holder, one end is fixed on the upper surface side of the slider main body and is installed in a cantilever shape; the opening and closing member is slidably arranged on the slider main body, so that The gap formed between the other end of the handle holder and the upper wing is open or closed; and an elastic member elastically presses the opening and closing member to the closed position of the gap so that the gap is closed. The opening and closing member slides against the spring pressure of the elastic member to open the gap, and the handle is inserted into and removed from the opening through the gap, thereby holding the handle in a detachable manner. Between the main body of the slider and the handle holding body.

The slider disclosed in Patent Document 1 has a base end, an arm extending from the base end, and a stop pawl having a claw formed at the front end of the arm, and the slider main body has: The chain element guide passage formed between the plate and the lower wing; and the claw support part provided on the upper surface of the upper wing to support the stop claw body in a manner that can swing up and down. The stop claw body is usually received from The claw portion is protruded into the element guide passage by being biased by the elastic biasing mechanism. When the slider is to be slid, the pull tab is rotated from the fallen state to the standing state, and then the pull tab is pulled in a direction away from the zipper tape, so that the arm portion provided with the claw is pulled by the shaft portion of the pull tab. Pulling up, the claws are withdrawn from the element guide passage, so that the slider can slide.

It can be seen that the movement of sliding the slider is complicated. Moreover, if a strong force is applied when the handle is pulled in a direction away from the fastener tape, damage to the slider, the fastener tape, and the like may be caused.

In addition, in Patent Document 1, when the shaft portion of the handle is held between the slider main body and the handle holder, the shaft portion may collide with the arm portion of the stop pawl to cause a click. Sound, for the user, becomes a hindrance.

In order to solve the above-mentioned problems, International Publication WO2012-042620 (Patent Document 2) proposes a slider in which a cam portion is provided on a shaft portion of a handle.

In Patent Document 2, as shown in FIG. 12 and FIG. 13 of the present application, since a cam portion is provided on the shaft portion of the pull tab, by turning the pull tab, the cam portion provided on the shaft portion of the pull tab can be used. Pushing up the element stop claws causes the element engagement claws to retract from the element guide passages. Moreover, rattling of the handle can be reduced by bringing the cam portion into contact with the element stop claw body.

However, in Patent Document 2, since the contact between the cam portion and the element stop claw body is insufficient, it is considered that there is some backlash.

In addition, in the slider of Patent Document 2, the pull tab can only be folded in one direction, but cannot be folded in two directions, forward and backward, so it cannot fully meet the user's needs.

Patent Document 1: Japanese Patent Laid-Open No. 2008-228808

Patent Document 2: International Publication No. WO2012-042620

Contents of the invention

The utility model is completed in view of the above-mentioned existing technical problems, and its purpose is to provide a slider for a zipper that can rotate between a forward lodging state and a reverse lodging state without shaking.

The utility model relates to a slider for a slide fastener, which comprises a slider main body, in which the front ends of an upper wing plate and a lower wing plate are connected through a guide column, and the upper wing plate and the lower wing plate The rear end of the wing plate is provided with a rear opening, and an element guide passage is arranged between the upper wing plate and the lower wing plate; Cantilevered on the upper surface side of the slider main body; and a pull tab, the pull tab includes a shaft portion, and is detachably arranged on the pull tab holding body through the shaft portion. On the slider main body, there is a stop claw body including a fastener claw, and the stop claw is pressed by the spring mechanism so that the fastener claw is always inserted into the fastener guide. In the passage, and the stop pawl is configured such that the fastener element engaging claw can be inserted and pulled out relative to the fastener element guide passage through the operation of falling down and standing up of the pull tab. The slider for the slide fastener is characterized in that,

The stop pawl has a base end, an upper arm and a lower arm respectively extending from the base end, and an element engaging claw formed at a front end of the lower arm,

A cam portion is provided on the shaft portion of the handle,

The pull tab can be rotated between a forward lodging state in which the grip part of the pull tab is located on the rear mouth side and a reverse lodging state in which the grip part is located on the guide column side,

When the pull handle is in the forward lodging state or the inverse lodging state, the cam part is in contact with the lower surface of the upper arm part, and the element engaging claw is inserted into the element guide passage. middle,

When the pull tab is in the standing state where the gripping portion is located above the main body of the slider, the cam portion rotates and resists the elastic force of the elastic pressing mechanism to push the stop pawl upward. , and the element engaging claw is pulled out from the element guide passage.

In the present utility model, it is preferable that the stop claw body is stored in a stop claw body storage groove provided on the upper surface of the upper wing plate, and the stop claw body is arranged on the upper wing plate The claw body supporting part on the upper surface of the upper surface is pivotally supported and can swing up and down. When the handle is in the forward lodging state or the reverse lodging state, the lower surface of the lower arm part and the stop claw body are accommodated contact with the bottom of the groove.

In the present utility model, it is further preferred that the lower surface of the upper arm part includes a plane part and a slope part, and when the handle is in a positive lying state, the cam part is in contact with the slope part, and when the When the pull tab is in the reverse lodging state, the cam part is in contact with the flat part.

In the present invention, it is further preferred that the cam portion includes a large-diameter arc portion and a small-diameter arc portion, respectively tangent to each of the large-diameter arc portion and the small-diameter arc portion and A first planar portion and a second planar portion where the end of the large-diameter arc portion and the end portion of the small-diameter arc portion are connected, the first planar portion is in the forward-lodging state of the handle When the pull tab is in the reverse lying state, the second flat portion is opposite to the flat portion, and the small-diameter arc portion is in the standing state when the pull tab is in the upright state. When in contact with the slope.

In the present invention, it is further preferred that the first planar part is in surface contact with the inclined part when the pull tab is in the forward lodging state, and the second planar part is in surface contact with the inclined part when the pull tab is in the forward lying state. In the reverse lodging state, it is in surface contact with the flat surface.

In the present invention, it is also possible to further include: an opening and closing member, the opening and closing member is slidably arranged in the slider main body so that it is formed between the other end of the handle holding body and the upper a gap between the flaps is opened or closed; and an elastic member that springs the opening and closing member at a closed position of the gap, and makes the opening and closing member slide against the biasing of the elastic member, thereby The gap is opened, and the handle is inserted or removed through the gap when the gap is opened, whereby the handle can be detachably held between the slider body and the handle. keep between bodies.

The biasing mechanism may be constituted by a leaf spring.

The leaf spring may be provided separately from the stop claw body, and the leaf spring may be arranged on the slider main body or the handle holder.

The handle holder may be attached and fixed to the upper wing plate from the front end side of the slider body.

The effect of utility model

In the slide fastener slider of the present utility model, since the pull tab can be rotated between the forward lodging state in which the grip part is located on the rear mouth side and the reverse lodging state in which the grip part is located on the guide column side, it can be applied to both the front and back sides. In the zipper that opens in the direction.

The stop pawl has a base end, an upper arm and a lower arm respectively extending from the base end, and an element engaging claw formed at a front end of the lower arm.

In addition, a cam portion is provided on the shaft of the pull tab. When the pull tab is in a forward or reverse fall state, the cam portion contacts the lower surface of the upper arm portion, and the element engaging claw is inserted into the element guide passage. Therefore, since the cam portion of the handle is held in contact with the upper arm portion of the stop claw, the handle can be held so as not to swing freely in the vertical direction, and rattling can be suppressed.

In addition, when the pull tab is in an upright state where the gripping portion is located above the main body of the slider, the cam portion rotates and resists the spring force of the spring pressing mechanism to push the stop claw upwards, and the engaging claw of the fastener element is relatively Since the element guide passage is pulled out, the slider can be brought into a slidable state with only a simple operation.

In the slide fastener slider of the present invention, the stop claw body is accommodated in the stop claw body storage groove provided on the upper surface of the upper wing plate, and the stop claw body is supported by the claw body provided on the upper surface of the upper wing plate. pivotally supported and capable of swinging up and down, when the handle is in the forward lodging state or the reverse lodging state, the lower surface of the lower arm is in contact with the bottom surface of the stop claw body storage groove, therefore, the stop claw body can be The posture is adjusted so that the element engagement claws are just inserted into the element guide passages, and since the cam portion of the handle is held in contact with the upper arm portion of the stop claw, rattling can be further suppressed.

In the slider for zipper of the present invention, the lower surface of the upper arm in the stop claw body includes a plane part and a slope part. When the pull tab is in the forward lodging state, the cam part contacts the slope part. Since the cam part is in contact with the flat part in the state, the rattling of the handle in the collapsed state in both directions can be suppressed with a simple configuration.

In the slide fastener slider of the present invention, the cam portion includes a large-diameter arc portion and a small-diameter arc portion, respectively tangent to each of the large-diameter arc portion and the small-diameter arc portion and The first flat part and the second flat part connected by the end part and the end part of the small-diameter arc part, the first flat part is opposite to the inclined part when the pull tab is in the forward lodging state, and the second flat part is in the reverse lodging state of the pull tab The small-diameter arc portion is in contact with the slope portion when the handle is in the upright state, so that the circumference of the cam portion becomes a shape suitable for displacement from the two-way down state of the handle to the upright state. , and can suppress shaking.

In the slider for the zipper of the utility model, the first flat part is in surface contact with the inclined part when the pull tab is in the forward lying state, and the second flat part is in surface contact with the flat part when the pull tab is in the reverse falling state. Since the handle is held in a state of surface contact, vibration can be further suppressed.

In the slide fastener slider of the present invention, there is further provided an opening and closing member which is slidably arranged in the slider main body so as to be formed between the other end of the handle holding body and the upper wing plate. Open or close the gap; and an elastic member, which springs the opening and closing member to the closing position of the gap, so that the opening and closing member slides against the spring pressure of the elastic member, so that the gap is opened, and when the opening is opened, the pull The tab is inserted or removed through the gap, whereby the tab can be detachably held between the slider main body and the tab holding body. Therefore, the tab can be inserted without using pins inserted from the left and right directions. It is detachably attached to the slider main body, and the handle can also be easily replaced. In addition, since the installation work of the handle is performed last in the manufacturing process of the slider, the manufacturing of the slider is relatively easy, and the manufacturing time and cost can be reduced. In addition, since it is not necessary to form shaft holes or pin holes penetrating in the left-right direction on the slider main body and the handle holder, when these parts are manufactured by molding, a mold structure without a sliding core can be used, so that The mold structure is simply constructed. In addition, since the attachment structure of the handle is covered from the outside by the handle holder, the integrity and aesthetics of the slider appearance can be improved.

In the slide fastener slider of the present invention, if the biasing mechanism is constituted by a leaf spring, it is possible to reliably bias and stop the pawl, and the manufacturing cost can be kept low compared with, for example, a case where the biasing mechanism is constituted by a coil spring.

In the slide fastener slider of the present invention, when the leaf spring and the stop claw body are separately provided, the leaf spring is arranged on the slider main body or the handle holder, so the stop claw can be positively pressed. body, and each constituent part of the slider can be formed more simply, and the assembly of the slider can be performed in a simpler manner.

In the slider for a slide fastener of the present utility model, since the tab holder is mounted and fixed on the upper wing plate from the front end side of the slider, the tab holder can be positioned relative to the main body of the slider. Fixing is easier.

According to the slider for a slide fastener of the present invention, it is possible to provide a slider for a slide fastener in which the pull handle can be rotated between a positively laid down state and a reversely laid down state without shaking.

Description of drawings

Fig. 1 is a perspective view showing a separated state of members constituting the slide fastener slider of the present invention.

Fig. 2 is a plan view of the handle in the slider for the slide fastener of the present invention.

Fig. 3 is a longitudinal sectional view showing a state before the handle of the slider of the present invention is attached.

Fig. 4 is a longitudinal sectional view showing a state during installation of the handle of the slider of the present invention.

Fig. 5 is a longitudinal sectional view showing a state in the process of installing the handle of the slider of the present invention.

Fig. 6 is a longitudinal sectional view showing a state in the process of installing the handle of the slider of the present invention.

Fig. 7A is a longitudinal sectional view showing the state after the handle of the slider of the present invention is installed, when the handle is in a positively fallen state.

Fig. 7B is a partially enlarged view of Fig. 7A.

Fig. 8 is a longitudinal sectional view showing the state after the handle of the slider of the present invention is attached, when the handle is in a standing state.

Fig. 9A is a longitudinal sectional view showing the state after the handle of the slider of the present invention is installed, when the handle is in a state of being reversed. .

Fig. 9B is a partially enlarged view of Fig. 9A.

10A is a partially enlarged vertical cross-sectional view showing a modified example of the slider for slide fasteners according to the present invention in a positively laid down state.

Fig. 10B is a partially enlarged vertical cross-sectional view showing a reversely laid state of a modified example of the slider for a slide fastener of the present invention.

Fig. 11 is a perspective view showing a separated state of members constituting a conventional slider for a slide fastener.

Fig. 12 is a longitudinal sectional view showing the slider when the conventional handle is in a down state.

Fig. 13 is a longitudinal sectional view showing the slider when the conventional handle is in a down state.

Explanation of reference signs

1 puller for zipper

2 slider main body

3 pull-tab holder

4 Opening and closing parts

5 coil spring (elastic material)

6 stop claw body

7 leaf spring (spring pressing mechanism)

8 Rapan

8a Upper surface of pull-pan

8b Lower surface of pull tab

11 Annulus

12 Grip

13 Shaft

14 cam part

14a 1st plane part

14b 2nd plane part

14c small diameter arc

14d large diameter arc

21 upper wing

21a Upper flange

22 lower wing

22a Lower flange

23 guide post

24 Chain tooth guide path

25 rear mouth

27 Claw support part

27a left wall

27b right wall

27c Pivot support boss

27d rear wall

28a Embedded part

28b Flange sliding groove

29 Open and close member guide groove

29a Spring loaded groove

29b Tab part

30 claw holes

31 Base end of fixed side

32 Rear end

33 gap

35a front edge

35b Left and right side flanges

36 Locking Department

37 Retreat Department

38 Housing

39 continuous edge

41 1st closed department

42 The second closed part

43 Guidance Department

61 base end of claw body

62 upper arm

62a plane part

62b Inclined part

63 lower arm

64 Chain tooth engagement claw

65 action slots

66 Pivot support recess

68 Stop claw storage slot

Detailed ways

Hereinafter, embodiment of this invention is described in detail, referring drawings. In the following description, regarding the direction, the upper part refers to the upper part in FIGS. 3 to 9, the lower part refers to the lower part in FIGS. 3 to the left in FIG. 9, the left side refers to the rear side of the drawings in FIGS. 3 to 9, and the right side refers to the near side of the drawings in FIGS. 3 to 9.

1 to 9 show the slider for slide fasteners of the present invention. Here, Fig. 1 is a perspective view showing the separated state of the parts constituting the slider for the zipper; Fig. 2 is a plan view of the handle in the slider for the zipper of the present invention; Fig. 3 is a view showing the slider of the present invention. The longitudinal sectional view of the state before the slider of the head is installed; Fig. 4-6 is a longitudinal sectional view showing the state of the slider of the utility model during the installation process; Fig. 7A is a slider showing the slider of the utility model The vertical sectional view of the pull-pan in the state after installation, when the pull-pan is in the positive lodging state; FIG. 7B is a partially enlarged view of FIG. 7A; FIG. 8 shows the state of the pull-pan of the slider of the present invention after installation. The longitudinal sectional view when it is in the standing state; Fig. 9A is a longitudinal sectional view showing the installed state of the pull tab of the slider of the present invention, when the pull tab is in the inverted state; Fig. 9B is a partially enlarged view of Fig. 9A. In addition, the longitudinal cross-sectional views shown in the above-mentioned FIGS. 3 to 7 are longitudinally sectioned along the left-right direction center line of the slider.

As shown in Figure 1, the slide fastener slider 1 of the present invention consists of a slider main body 2, a handle holder 3, an opening and closing member 4, a coil spring 5 as an elastic member, a stop claw body 6, and a plate as a spring pressing mechanism. Spring 7, and handle 8 constitute. In the slider 1 of the present utility model, the tab holding body 3 and the stop claw body 6 can be manufactured by stamping or die-casting using metal materials such as stainless steel and copper alloy. The main body 2 of the slider, the opening and closing member 4 , and the handle 8 can be made of metal materials such as aluminum alloy and zinc alloy through die casting. In addition, for these parts, instead of metal materials, thermoplastic resins such as polyamide, polypropylene, polyacetal, polybutylene terephthalate, or thermoplastic resins added with abrasion resistance reinforcing materials can also be used. The material and the like are produced by injection molding.

As shown in FIGS. 1 and 2 , the slider body 2 has an upper wing 21 , a lower wing 22 , and a guide column 23 connecting the front ends of the upper and lower wings 21 and 22 . The upper blade 21 and the lower blade 22 are arranged at intervals in the vertical direction. Left and right upper and lower flanges 21a, 22a are arranged on the left and right sides of the upper and lower blades 21, 22, respectively, in a range from the rear end to a substantially central position. In this slider main body 2, a Y-shaped element guide passage 24 is formed between the upper and lower wings 21, 22, one rear opening 25 is provided at the rear end, and two front openings are provided at the front.

In addition, in the slider main body 2, a pawl support portion 27 is erected on the front portion of the upper surface of the upper wing plate 21, and the pawl support portion 27 is formed at intervals at which the stop pawl 6 can be fitted and mounted. The left and right wall portions 27a, 27b; the pivotal support convex portion 27c for pivotally supporting the stop pawl 6 between the left and right wall portions 27a, 27b so that it can swing up and down; The rear wall surface 27d standing vertically on the wing plate 21 .

In addition, the slider main body 2 has: an embedded part 28a, which is recessed and provided on the front end side compared with the claw body support part 27 of the upper wing plate 21, for the front end edge 35a of the handle holder 3 to be embedded and installed; and the flange slides The groove 28b is located on the left and right sides of the fitting portion 28a, in the range from the front end of the upper blade 21 to the rear side of the left and right wall portions 27a, 27b of the claw support portion 27 along the longitudinal direction of the slider body 2. Set in a linear depression.

The flange sliding groove 28b is recessed downward from the upper surface of the upper wing plate 21, and is further formed into a shape in which the bottom surface of the embedded part 28a is bent at a right angle to the outside of the width direction of the slider main body 2, so as to facilitate pulling. Left and right side flanges 35 b described later of the grip holder 3 can be fitted therein.

In addition, in the slider main body 2, a stop claw storage groove 68 recessed downward from the upper surface of the upper wing plate 21 is formed at the rear of the claw support portion 27, and a stop claw storage groove 68 is penetrated from the bottom surface of the stop claw storage groove 68. To the jaw hole 30 of the element guide passage 24 . On the upper surface of the upper wing plate 21, an opening and closing member guide groove 29 for inserting the opening and closing member 4 and allowing the opening and closing member 4 to slide in the longitudinal direction is formed from the rear end toward the front. The guide groove 29 is provided up to the left and right sides of the claw hole 30 .

In addition, a spring attachment groove 29 a for attaching the coil spring 5 is formed in a part of the bottom surface of the opening and closing member guide groove 29 . In addition, at the rear end of the upper blade 21, protruding pieces 29b protruding from the bottom surface of the opening and closing member guide groove 29 are arranged on the left and right sides. After centering, the upper end portion of the protruding piece 29 b is bent toward the widthwise central portion of the slider body 2 , whereby the protruding piece 29 b functions as a stopper for the opening and closing member 4 .

The handle holder 3 has a shape bent in a substantially concave shape facing downward, and a space portion is formed between left and right wall portions. The handle holding body 3 is installed in a cantilever shape with respect to the slider main body 2 in the longitudinal direction by fixing one end portion (fixed-side base end portion 31 ) to the front portion of the upper surface of the upper wing plate 21 , and the other end A gap 33 is formed between the slider body (rear end portion 32 ) and the slider body 2 . In addition, on the inside upper surface of the handle holder 3, as shown in FIG. On this locking portion 36 , the leaf spring 7 is thereby incorporated in the space portion of the handle holder 3 .

In addition, the fixed-side base end portion 31 of the handle holder 3 is formed to be wide in the front-rear direction (longitudinal direction), and the front surface portion of the fixed-side base end portion 31 is provided with a handle for fitting into the slider main body 2 . On the front end edge 35a of the fitting portion 28a, left and right side flanges 35b for fitting and sliding in the flange slide groove 28b of the slider body 2 are arranged on the left and right side surfaces of the fixed side base end portion 31 . The left and right side flanges 35b are formed with a step. On the other hand, on the left and right sides of the rear end 32 side of the handle holder 3, the recessed portion 37 and the housing portion 38 are formed in a concave shape facing downward so as to face the slider main body 2, and the recessed portion 37 and the housing Between the portions 38, a continuous edge portion 39 formed convexly facing downward is arranged.

The planar shape of the opening and closing member 4 is substantially U-shaped so as not to interfere with the claw hole 30 when it is mounted on the upper blade 21 of the slider body 2 and slides. The lower ends of the left and right side edges of the opening and closing member 4 are provided with guide portions 43 that are slidably fitted in the opening and closing member guide grooves 29 of the upper blade 21 . Moreover, the opening-closing member 4 is arrange|positioned at the base end side 1st closing part 41 and the distal end side 2nd closing part 42 which are formed in convex shape facing upward.

The stop claw body 6 has a claw body base end portion 61, an upper arm portion 62 and a lower arm portion 63 branched from the claw body base end portion 61 with two forks and extended substantially in parallel, and a via is formed at the front end of the lower arm portion 63. The claw hole 30 of the slider body 2 protrudes to the element engagement claw portion 64 in the element guide passage 24 . In addition, between the upper and lower arm parts 62 and 63, an action groove 65 opening toward the rear opening 25 side of the slider main body 2 is provided. The pivot support recess 66 on the pivot support protrusion 27d of 27. In addition, the lower surface of the upper arm portion 62 extends from the base end of the upper arm portion 62 toward the front end of the upper arm portion 62 . The lower surface includes a planar portion 62a and a sloped portion 62b as shown in FIG. 3 . The planar portion 62 a is disposed on the base end side of the upper arm portion 62 and extends substantially parallel to the upper surface of the upper blade 21 . The slope portion 62b is arranged on the front end side of the upper arm portion 62, and is inclined rearward and downward.

The handle 8 is made of a rectangular plate. An annular portion 11 into which the handle holder 3 is inserted is formed on one end side of the handle 8 , and a grip portion 12 is formed from the annular portion 11 to the other end side. In addition, a shaft portion 13 is arranged at the front end portion of the annular portion 11 . The length of the shaft portion 13 is set to be larger than the width dimension of the handle holder 3 . A cam portion 14 is provided at the center portion of the shaft portion 13 .

As shown in FIG. 3 , the cam portion 14 has a large-diameter arc portion 14d, a small-diameter arc portion 14c, and a first flat portion 14a and a second flat portion 14b. The first flat portion 14a and the second flat portion 14b are respectively It is tangent to each of the large-diameter arc portion 14d and the small-diameter arc portion 14c, and the end portion of the large-diameter arc portion 14d and the end portion of the small-diameter arc portion 14c are connected. Here, the outer contour of the large-diameter arc portion 14d and the shaft portion 13 forms the same curved surface, the small-diameter arc portion 14c is located on the side of the grip portion 12 compared with the large-diameter arc portion 14d, and the first flat portion 14a follows the direction. The grip portion 12 side is extended to approach the lower surface 8b of the pull tab 8, and its slope is substantially consistent with the slope portion 62b of the above-mentioned stop claw body 6, and the second flat portion 14b is on the same plane as the lower surface 8b of the pull tab. .

Next, the assembly procedure of the slider 1 for slide fasteners of this invention is demonstrated.

First, the process of assembling the opening and closing member 4 and the coil spring 5 to the slider main body 2 is performed. That is, insert the coil spring 5 into the spring mounting groove 29a formed on the upper blade 21 of the slider main body 2, and then insert the guide portion 43 of the opening and closing member 4 into the opening and closing member guide groove of the upper blade 21. 29 , the opening and closing member 4 is inserted from the rear end side of the upper wing plate 21 to be fitted to the upper wing plate 21 . Further, in a state where the opening and closing member 4 is pushed in front of the upper blade 21 and the coil spring 5 is contracted, the protrusions 29b disposed on both sides of the entrance of the opening and closing member guide groove 29 are directed toward the slider body. The central portion in the width direction of 2 is bent.

Thereby, the opening-closing member 4 and the coil spring 5 are attached to the upper blade 21 of the slider main body 2 so that it cannot fall off. At this time, the coil spring 5 is interposed between the opening and closing member 4 and the upper blade 21 in the longitudinal direction of the slider main body 2 , so the opening and closing member 4 is always pressed backward by the coil spring 5 . It is installed on the slider main body 2 and can slide along the spring installation groove 29a.

Next, a process of assembling the stop pawl 6 , the handle holder 3 , and the leaf spring 7 to the opening and closing member 4 and the slider main body 2 to which the coil spring 5 is attached is performed. First, the stop claw 6 is fitted into the claw support portion 27 of the slider main body 2 from above, and the pivot support concave portion 66 of the stop claw 6 is pivotally mounted on the pivot support convex portion 27d of the claw support portion 27. , thereby pivotally supporting the stop claw body 6 in a manner capable of swinging up and down. On the other hand, the leaf spring 7 is incorporated in the space part of the handle holder 3 . Then, the left and right side flanges 35b of the handle holder 3 are fitted into the flange sliding groove 28b from the front end of the slider main body 2, and the handle holder 3 is further moved toward the slider main body along the flange slide groove 28b. 2's rear slide. Thereby, as shown in FIG. 3 , the handle holder 3 incorporating the leaf spring 7 is assembled to the slider main body 2 .

At this time, the left and right side flanges 35b of the handle holder 3 are clamped in the flange slide groove 28b and fixed to the upper wing plate 21 . Thereby, the handle holder 3 can be firmly fixed so that it may not detach from the slider main body 2. As shown in FIG.

As shown in FIG. 3 , in this state, since the stop claw body 6 embedded in the claw body support portion 27 of the slider main body 2 is pushed downward by the leaf spring 7 , the claw portion 64 of the stop claw body 6 Project from the claw hole 30 into the element guide passage 24 . And since the opening and closing member 4 is biased backward by the coil spring 5, the gap 33 formed between the rear end portion 32 of the handle holder 3 and the upper blade 21 of the slider main body 2 is closed by the opening and closing member 4. The first closing portion 41 is closed, and the gap formed between the continuous edge portion 39 of the handle holder 3 and the upper blade 21 is also closed by the second closing portion 42 of the opening and closing member 4 . Hereinafter, the position of the opening and closing member 4 in this state is referred to as the gap closing position.

Then, to install the pull tab, first, the shaft portion 13 of the pull tab 8 is pushed in from the rear end side toward the gap 33 as shown in FIG. 4 . As a result, the opening and closing member 4 slides forward along the opening and closing member guide groove 29 of the upper blade 21 against the biasing force of the coil spring 5, and the gap 33 is opened. Therefore, the cam in the shaft portion 13 of the handle 8 The portion 14 passes through the gap 33 and is further guided by the inclined surface of the first closing portion 41 of the opening and closing member 4 to move into the escape portion 37 of the handle holder 3 . Then, once the cam portion 14 in the shaft portion 13 of the handle 8 moves to the retreat portion 37, the opening and closing member 4 pushed forward by the cam portion 14 in the shaft portion 13 is biased by the coil spring 5 as shown in FIG. Then reset to the gap closing position and close the gap 33 .

Then, the cam portion 14 in the shaft portion 13 of the handle 8 accommodated in the escape portion 37 of the handle holder 3 is moved downward, and then pushed toward the front side of the slider main body 2 . Thereby, as shown in FIG. 6 , the opening and closing member 4 slides forward again along the opening and closing member guide groove 29 of the upper wing plate 21 against the biasing force of the coil spring 5 , so that the continuous edge of the handle holder 3 The gap formed between 39 and the upper blade 21 is opened, and the cam portion 14 of the shaft portion 13 of the handle 8 moves from the escape portion 37 of the handle holder 3 to the accommodation portion 38 through the gap of the opening. At this time, the cam portion 14 of the shaft portion 13 of the handle 8 is guided between the upper and lower arm portions 62 , 63 of the stop pawl 6 and guided into the operation groove 65 .

Then, because when the cam portion 14 in the shaft portion 13 of the handle 8 moves to the accommodation portion 38 side, and is further guided by the inclined surface of the second closing portion 42 of the opening and closing member 4 to move into the accommodation portion 38, the pull The cam portion 14 in the shaft portion 13 of the climb 8 no longer interferes with the second closing portion 42 of the opening and closing member 4, so, as shown in FIG. Reset to the gap closed position. Thereby, the handle 8 is attached to the slider main body 2, and the slider 1 for slide fasteners of this invention shown in FIG. 7 can be obtained.

On the other hand, in the slider 1 of the present invention, when the pull tab 8 is to be removed from the slider main body 2 after installation, the opening and closing member 4 is advanced against the biasing force of the coil spring 5, so that the pull tab 8 is moved forward. The gap formed between the continuous edge portion 39 of the holding body 3 and the upper wing plate 21, and the gap 33 formed between the rear end portion 32 of the pull tab holding body 3 and the upper wing plate 21 are open, and the pull tab 8 is in accordance with the The steps shown in FIGS. 3 to 7 are reversed step by step. Thereby, handle 8 can be removed easily. Then, further, a new handle different from the above-mentioned handle 8 can be easily attached to the slider main body 2 by moving the procedure shown in FIGS. 3 to 7 .

As shown in Fig. 7A and Fig. 7B, when the pull tab 8 becomes the lodging state in which the grip portion 12 is located at the rear mouth side of the slider (this lodging state is referred to as a positive lodging state), the cam portion 14 of the pull tab 8 and the stop The lower surface of the upper arm portion 62 of the claw body 6 is in contact. This contact portion is shown with contact point C1. Specifically, the first flat surface portion 14 a of the cam portion 14 faces the slope portion 62 b of the upper arm portion 62 of the stop pawl 6 . At this time, since the cam portion 14 is in contact with the slope portion 62b of the upper arm portion 62, the handle 8 does not swing freely in the vertical direction and does not make a rattling sound. Moreover, since the handle 8 is in the down state, the element engagement claw part 64 of the stop claw body 6 is inserted into the element guide passage 24 of a slider, and engages with an element. Therefore, the slider 1 can be reliably stopped on the element row without sliding with respect to the element row.

In addition, when the grip part 12 of the handle 8 is in the positively fallen state, the lower arm part 63 of the stop claw body 6 enters into the stop claw body accommodating groove 68 . In addition, the lower surface of the lower arm portion 63 is in contact with the bottom surface of the stop claw housing groove 68 . As a result, the posture of the stop pawl 6 is adjusted so that the upper arm just comes into contact with the cam. Furthermore, it is also possible to limit the amount by which the element engagement claw portion 64 of the stop claw body 6 enters the element guide passage 24 of the slider.

When the slider 1 is to be slid, firstly, the pull tab 8 is rotated from a fallen state, for example, the above-mentioned positive lying state, to an upright state in which the grip portion 12 is located above the slider main body 2 . Since the cam portion 14 rotates when the handle 8 is in the upright state, the small-diameter arc portion 14c of the cam portion 14 pushes up the slope portion 62b of the upper arm portion 62 while contacting the surface. At this time, the contact point between the small-diameter arc portion 14c and the slope portion 62b is smoothly displaced along the small-diameter arc portion 14c. As a result, the stop claw body 6 is pushed up against the biasing force of the leaf spring 7 by the operation of the cam portion 14 , and the element engagement claw portion 64 is pulled out from the element guide passage 24 . In this state, when the handle 8 is pulled along the extending direction of the element row, the slider 1 can be slid on the element row.

After sliding the slider 1 to a desired position, if the handle 8 is turned to the down state, the slider 1 can be reliably stopped at the desired position.

In addition, since the rear wall surface 27d of the claw support portion 27 in the slider main body 2 is configured to stand perpendicularly to the upper blade, when the handle 8 falls down with the grip portion 12 on the guide column 23 side, it can The grip portion 12 is in a fallen state where the grip portion 12 is located on the guide column 23 side without interfering with the claw support portion 27 (this fallen state is referred to as a reversed fallen state). That is, the pull handle 8 can be turned between the forward lying state in which the grip part 12 is located on the rear opening 25 side, and the reverse lying state in which the grip part 12 is located on the guide post 23 side.

As shown in FIG. 9A and FIG. 9B , when the handle 8 is in the reversed down state, the cam portion 14 of the handle 8 is in contact with the lower surface of the upper arm portion 62 of the stop pawl 6 . This contact portion is shown by contact point C2. Specifically, the second flat portion 14 b of the cam portion 14 faces the lower surface of the upper arm portion 62 of the stop pawl 6 . At this time, since the cam portion 14 is in contact with the flat portion 62a of the upper arm portion 62, the pull tab 8 also does not swing freely in the up and down direction and does not make a rattling sound in this inverted state. . Moreover, when the handle 8 is in the reversed down state, the element engagement claw part 64 of the stop claw body 6 is inserted into the element guide passage 24 of a slider, and engages with an element. Therefore, in this reverse lodging state, the slider 1 does not slide with respect to an element row, and can stop reliably on an element row.

Moreover, when the grip part 12 of the handle 8 becomes the reversed down state, the lower arm part 63 of the stop claw body 6 enters into the stop claw body accommodating groove 68 . In addition, the lower surface of the lower arm portion 63 is in contact with the bottom surface of the stop claw housing groove 68 . As a result, the posture of the stop pawl 6 is adjusted so that the upper arm just comes into contact with the cam. Furthermore, it is also possible to limit the amount by which the element engagement claw portion 64 of the stop claw body 6 enters the element guide passage 24 of the slider.

When the slider 1 is to be slid, since the cam portion 14 rotates after the handle 8 is rotated from the inverted state to the above-mentioned erect state, the small-diameter arc portion 14c of the cam portion 14 is in contact with the plane of the upper arm portion 62. The part 62a and the inclined part 62b contact and push this surface upward. At this time, the contact point between the small-diameter arc portion 14c and the slope portion 62b is smoothly displaced along the small-diameter arc portion 14c. As a result, the stop claw body 6 is pushed up against the biasing force of the leaf spring 7 by the operation of the cam portion 14 , and the element engagement claw portion 64 is pulled out from the element guide passage 24 . That is, the slider 1 is in a slidable state.

After the slider 1 is slid to a desired position, the pull tab 8 can be reliably stopped at the position in the form of the positive lodging state, and the pull tab 8 can be reliably stopped at the position in the form of the reverse lodging state. .

10A and 10B have shown the modification of the slider 1 for slide fasteners of this invention. As shown in FIG. 10A , when the grip portion 12 of the pull tab 8 is in a positively fallen state, the first planar portion 14a of the cam portion 14 of the pull tab 8 is in close contact with the inclined portion 62b of the upper arm portion 62 of the stop pawl 6 . ground contact. In addition, as shown in FIG. 10B , when the grip portion 12 of the pull tab 8 becomes the reversed down state, the second flat portion 14b in the cam portion 14 of the pull tab 8 and the flat portion in the upper arm portion 62 of the stop pawl 6 62a is in close ground contact. Thereby, the contact of a cam part and a stop claw body becomes stable, and it can prevent that the handle 8 swing|fluctuates freely in an up-down direction reliably.

As mentioned above, the slider 1 of the present invention is a slider 1 for slide fasteners, which has a slider body 2 in which the front ends of the upper wing plate 21 and the lower wing plate 22 pass through the guide column 23 In connection, a rear opening 25 is provided at the rear ends of the upper wing plate 21 and the lower wing plate 22, and an element guide passage 24 is disposed between the upper wing plate 21 and the lower wing plate 22; , the pull tab holding body 3 is installed in a cantilever shape by fixing one end portion on the upper surface side of the slider main body 2; and a pull tab 8, which includes a shaft portion 13 and can The method of assembly and disassembly is arranged on the handle holder 3, and the stop claw body 6 including the fastener element engaging claw portion 64 is arranged in the slider main body 2, and the stop claw body 6 is elastically pressed by the spring pressing mechanism 7 to make the fastener elements engage. The claw portion 64 is always inserted into the element guide passage 24, and the stop claw body 6 is configured such that the element engaging claw portion 64 can be positioned relative to the element guide passage through the operation of falling down and standing up the handle 8. 24 Insert, pull out.

In the slider 1 , the stop pawl 6 has a base end portion 61 , an upper arm portion 62 and a lower arm portion 63 respectively extending from the base end portion 61 , and an element formed at a front end portion of the lower arm portion 63 . The claw portion 64 is engaged.

Moreover, the cam part 14 is provided in the shaft part 13 of the handle 8. As shown in FIG. The pull tab 8 can be rotated between a forward lodging state in which the grip portion 12 of the pull tab 8 is located on the rear mouth side and a reverse lodging state in which the grip portion 12 is located on the guide column side.

When the pull tab 8 is in the forward-down state or the reverse-down state, the cam portion 14 comes into contact with the lower surface of the upper arm portion 62 , and the element engagement pawl portion 64 is inserted into the element guide passage 24 .

Then, when the pull tab 8 is in the upright state where the grip portion 12 is located above the slider main body 2, the cam portion 14 rotates and resists the biasing force of the biasing mechanism 7 to push the stop pawl 6 upwards through the small-diameter arc portion 14c. Pushing up, the element engagement claw portion 64 is pulled out with respect to the element guide passage 24 .

According to the above-mentioned slider 1, it can be applied to a zipper that is opened in both positive and negative directions, and then, regardless of whether the pull tab 8 is in a forward or reverse lodging state, the pull tab 8 can be freely swung in the up and down direction. While maintaining in the same way, the slider is surely stopped at the desired position. In addition, the slider can be brought into a slidable state only by a simple operation.

In the above-mentioned slider 1 of the present utility model, the stop claw body 6 is accommodated in the stop claw body receiving groove 68 provided on the upper surface of the upper wing plate 21, and the stop claw body 6 is formed by the stop claw body 6 provided on the upper wing plate 21. The claw supporting part 27 on the upper surface is pivotally supported and can swing up and down. When the handle 8 is in the forward lodging state or the reverse lodging state, the lower surface of the lower arm part 63 is in contact with the bottom surface of the stop claw receiving groove 68 .

According to this slider 1, in addition to the above-mentioned effects, the posture of the stop claw can be adjusted so that the element engagement claw is just inserted into the element guide passage, and since the cam portion of the handle is aligned with the stop claw The state in which the upper arm is in contact with the upper arm is held, so shaking can be further suppressed.

In the above-mentioned slider 1 of the present invention, the lower surface of the upper arm portion in the stop pawl body 6 includes a flat portion 62a and an inclined portion 62b. When the pull tab 8 is in a positive down state, the cam portion 14 is in contact with the inclined portion 62b. , when the pull tab 8 is in the reverse lodging state, the cam portion 14 is in contact with the flat portion 62a.

According to this slider 1, the state where the cam portion 14 of the pull tab 8 is in contact with the upper arm portion of the stop pawl can be ensured for both the forward lodging state and the reverse lodging state. Shaking in the lodging state.

In the slider 1 of the utility model described above, the cam portion 14 includes a large-diameter arc portion 14d and a small-diameter arc portion 14c, which are respectively tangent to each of the large-diameter arc portion 14d and the small-diameter arc portion 14c and The end portion of the large-diameter arc portion 14d and the end portion of the small-diameter arc portion 14c are connected to the first planar portion 14a and the second planar portion 14b. 62b faces each other, and the second plane part 14b faces the plane part 62a when the handle 8 is in the inverted state, and the small-diameter arc part 14c contacts the slope part 62b when the handle 8 is in the upright state.

According to this slider 1, in addition to the above-mentioned effects, the circumference of the cam portion 14 can be made into a shape suitable for displacement from the two-way down state of the handle to the upright state, and rattling can be suppressed.

In the above-mentioned slider 1 of the present invention, the first plane part 14a is in surface contact with the inclined part 62b when the pull tab 8 is in the forward lodging state, and the second plane part 14b is in contact with the plane part when the pull tab 8 is in the reverse lodging state. 62a surface contact. With this slider 1, since the handle can be held in a state of surface contact, rattling can be further suppressed.

In the above-mentioned slider 1 of the present invention, there is also an opening and closing member 4 , which is slidably arranged in the slider main body 2 so that it is formed on the other end 32 of the handle holding body 3 . The gap 33 between the upper wing plate 21 is open or closed; and the elastic member 5, the elastic member 5 springs the opening and closing member 4 in the closed position of the gap 33, so that the opening and closing member 4 slides against the spring pressure of the elastic member 5, Thus, the gap 33 is opened, and the handle 8 can be detachably held between the slider main body 2 and the handle holder 3 by inserting or removing the handle 8 through the gap 33 during the opening.

According to this slider 1 , the handle 8 can be detachably attached to the slider main body 2 without using a pin inserted from the left-right direction, and the handle 8 can also be easily replaced. In addition, since the installation process of the pull tab 8 is performed last during the slider manufacturing process, the slider is relatively easy to manufacture, and the manufacturing time and cost can be reduced. In addition, since it is not necessary to form shaft holes or pin holes penetrating in the left-right direction on the slider main body 2 and the handle holder 3, when manufacturing these parts by molding, a mold structure without a sliding core can be used, thereby The mold structure can be easily configured. Furthermore, since the attachment structure of the handle 8 is covered from the outside by the handle holder 3, the integrality of the external appearance of the slider 1, and aesthetics can be improved.

In the above-mentioned slider 1 of the present invention, the biasing mechanism may be constituted by a leaf spring 7 .

According to this slider 1 , the stop pawl 6 can be positively biased, and the manufacturing cost can be kept low compared to, for example, when the biasing mechanism is constituted by a coil spring.

In the above-mentioned slider 1 of the present invention, the leaf spring 7 and the stop pawl 6 are provided separately, and the leaf spring 7 is arranged on the slider main body 2 or the handle holder 3 .

According to this slider 1 , the stop pawl 6 can be positively pressed, and the components of the slider 1 can be formed more simply, and the slider can be assembled more easily. In addition, the leaf spring 7 may be provided integrally with the stop pawl 6 .

In the above-mentioned slider 1 of the present invention, the handle holder 3 is attached and fixed to the upper blade 21 from the front end side of the slider main body 2 .

According to this slider 1, fixing of the handle holder 3 with respect to the slider main body 2 can be made easier.

Claims (9)

1. a slider for slide fastener (1), has:

Pull head main body (2), in pull head main body (2), upper flange (21) links by guide post (23) with the leading section of lower wing plate (22), in described upper flange (21) and the rearward end of described lower wing plate (22), be provided with deutostoma (25), and, between described upper flange (21) and described lower wing plate (22), dispose chain tooth path of navigation (24);

Draw and climb holder (3), described in draw and climb holder (3) and be installed into cantilever-shaped by the upper surface side that makes an end be fixed on described pull head main body (2); With

Draw and climb (8), described in draw and climb (8) and comprise axial region (13), and by described axial region (13), described in being configured in the mode that can install and remove, draw that to climb holder (3) upper,

In described pull head main body (2), dispose comprise chain tooth engaging claw (64) stop corpus unguis (6), the described corpus unguis (6) that stops is suppressed mechanism (7) and suppresses and described chain tooth engaging claw (64) is inserted in described chain tooth path of navigation (24) all the time, and, the described corpus unguis (6) that stops is configured to: by described draw climb (8) lodging, erect operation and make described chain tooth engaging claw (64) to insert, to extract with respect to described chain tooth path of navigation (24), described slider for slide fastener is characterised in that

Describedly stop the chain tooth engaging claw (64) that corpus unguis (6) has base end part (61), extends respectively upper arm parts (62) and the lower arm part (63) arranging and be formed at the front end of this lower arm part (63) from this base end part (61)

At the described described axial region (13) of climbing (8) that draws, be provided with cam part (14),

Described drawing climbed (8) and can be rotated described drawing between just lodging state that the grip part (12) of climbing (8) is positioned at described deutostoma side and described grip part (12) contrary lodging state in described guide post side,

When described drawing climbed (8) and just lodged when state or described contrary lodging state in described, described cam part (14) contacts with the lower surface of described upper arm parts (62), described chain tooth engaging claw (64) is inserted in described chain tooth path of navigation (24)

When described draw climb (8) in described grip part (12) be positioned at described pull head main body (2) top erect state time, described cam part (14) suppress described in rotating and resisting mechanism (7) elastic force pressure and will described in stop corpus unguis (6) and boost upward, and described chain tooth engaging claw (64) is pulled out with respect to described chain tooth path of navigation (24).

2. slider for slide fastener according to claim 1, is characterized in that,

The described corpus unguis (6) that stops is incorporated in the stopping in corpus unguis accommodating groove (68) of upper surface of being located at described upper flange (21), and described in stop corpus unguis (6) by be located at described upper flange (21) upper surface corpus unguis support (27) pivotable supporting and can swing up and down

When described drawing climbed (8) and just lodged when state or described contrary lodging state in described, the lower surface of described lower arm part (63) with described in stop corpus unguis accommodating groove (68) bottom surface contact.

3. slider for slide fastener according to claim 1, is characterized in that,

The lower surface of described upper arm parts (62) comprises planar portions (62a) and inclined plane part (62b),

When described drawing climbed (8) when just lodging state, described cam part (14) contacts with described inclined plane part (62b), when described drawing, climb (8) when against lodging state, described cam part (14) contacts with described planar portions (62a).

4. slider for slide fastener according to claim 3, is characterized in that,

Described cam part (14) comprise large footpath arc sections (14d), path arc sections (14c), respectively with each tangent and the end of the end of described large footpath arc sections (14d) and described path arc sections (14c) is linked up the 1st planar portions (14a) and the 2nd planar portions (14b) of described large footpath arc sections (14d) and described path arc sections (14c)

Described the 1st planar portions (14a) described draw climb (8) in described just lodging relative with described inclined plane part (62b) during state,

Described the 2nd planar portions (14b) described draw while climbing (8) in described contrary lodging state relative with described planar portions (62a),

Described path arc sections (14c) is climbed (8) and is contacted with described inclined plane part (62b) while erecting state in described described drawing.

5. slider for slide fastener according to claim 4, is characterized in that,

Described the 1st planar portions (14a) is climbed (8) and is contacted with described inclined plane part (62b) face in described just lodging during state described drawing,

Described the 2nd planar portions (14b) contacts with described planar portions (62a) face described drawing while climbing (8) in described contrary lodging state.

6. according to the slider for slide fastener described in any one in claim 1 to 5, it is characterized in that,

Also have: opening/closing portion material (4), described switching parts (4) can be configured in described pull head main body (2) slidably, so that draw the other end (32) and the gap (33) between described upper flange (21) of climbing holder (3) to open or seal described in being formed on; With

Elastic portion material (5), described elastomeric element (5) suppresses the detent position in described gap (33) by described opening/closing portion material (4),

Make described opening/closing portion material (4) resist suppressing of described elastic portion material (5) and slide, thereby make described gap (33) opening, when this opening, described in making, draw and climb (8) and insert or deviate from via described gap (33), thus can by described in draw climb (8) with the mode that can install and remove remain on described pull head main body (2) and described in draw and climb between holder (3).

7. according to the slider for slide fastener described in any one in claim 1 to 5, it is characterized in that,

The described mechanism of suppressing consists of leaf spring (7).

8. according to the slider for slide fastener described in any one in claim 1 to 5, it is characterized in that,

Described leaf spring (7) with described in stop corpus unguis (6) split ground and arrange, and described leaf spring (7) be configured in described pull head main body (2) upper or described in draw and climb in holder (3).

9. according to the slider for slide fastener described in any one in claim 1 to 5, it is characterized in that,

Described drawing climbed holder (3) and is fixed on described upper flange (21) by the leading section side from described pull head main body (2).

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