JP3229762U - Slider assembly structure and its sliding members - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a slider assembly structure and a sliding member thereof, which can be stopped by two stopping portions. SOLUTION: A slider assembly structure Z includes a sliding member 1, an elastic member 2, and a pull tab 3. The sliding member 1 has a first sliding portion 11, two tacking portions 14 arranged on the first sliding portion 11, and two stoppers located close to each of the two tacking portions 14. Including part 15. The elastic member 2 is arranged on the sliding member 1. The pull tab 3 includes a pivot portion 31 movably arranged on the first sliding portion 11, and two contact portions 32 connected to both ends of the pivot portion 31. As a result, when the pull tab 3 moves to a position substantially perpendicular to the first sliding portion 11 with respect to the sliding member 1, the two contact portions 32 of the pull tab 3 each have two stop portions. It comes into contact with 15, whereby the pull tab 3 is stopped by the two stoppers 15. [Selection diagram] Fig. 1

Description

The present invention relates to an assembly structure and its sliding members, and particularly to a slider assembly structure and its sliding members.

In general, the only basic pull-in element of clothing is the use of buttons and zippers. Compared to buttons, zippers are easier to use and have a stronger construction. The zipper is equipped with sliders and fasteners. The slider is mainly used in combination with the fastener to reciprocate and pull the elements so that they can engage or separate from each other. Zipper is widely used in clothing or accessories.

An object to be solved by the present invention is to provide a slider assembly structure and a sliding member thereof in response to a lack of conventional technology.

In order to solve the above problems, one technical means adopted by the present invention is to provide the following slider assembly structure. The slider assembly structure includes sliding members, elastic members and pull tabs. The sliding member is located between a first sliding portion, a second sliding portion corresponding to the first sliding portion, and between the first sliding portion and the second sliding portion. Includes a connecting portion connected to the first sliding portion, two tacking portions connected to the first sliding portion, and two stopping portions located close to each of the two tacking portions. The elastic member is arranged on the sliding member. The elastic member includes an engaging portion engaged with the connecting portion, a movable portion movably penetrating the first sliding portion, and an elastic portion connecting the engaging portion and the movable portion. ,including. The pull tab includes a pivot portion movably arranged on the first sliding portion and two contact portions connected to both ends of the pivot portion. The pivoting portion includes two pivoting portions that are pivotally attached to the two tacking portions, respectively, and an abutting portion that connects the two pivoting portions to each other. In particular, when the pull tab does not move with respect to the sliding member and is placed substantially flat on the first sliding portion, the elastic portion of the elastic member downwards in the pull tab. It comes into contact with the contact portion of the pivotal portion. In particular, when the pull tab is moved so as to be substantially perpendicular to the first sliding portion with respect to the sliding member, the contact portion of the pivoting portion in the pull tab faces upward. The two contact portions of the pull tab come into contact with the elastic portion of the elastic member, and the two contact portions of the pull tab each come into contact with the two stopper portions, whereby the pull tab is brought into contact with the two stoppers. It can be stopped at the department.

As another technical means adopted by the present invention in order to solve the above problems, the following slider assembly structure is provided. The slider assembly structure includes sliding members, elastic members and pull tabs. The sliding member includes a first sliding portion, two tacking portions arranged on the first sliding portion, and two stopping portions located close to each of the two tacking portions. including. The elastic member is arranged on the sliding member. The pull tab includes a pivot portion movably arranged on the first sliding portion and two contact portions connected to both ends of the pivot portion. Among them, when the pull tab is moved to a position substantially perpendicular to the first sliding portion with respect to the sliding member, the two contact portions in the pull tab are the two stop portions. Each of them abuts on the pull tab so that the pull tab can be stopped by the two stoppers.

As yet another technical means adopted by the present invention in order to solve the above problems, the following sliding member is provided. The sliding member is applied to a slider assembly structure. The sliding member includes a first sliding portion, a second sliding portion, a connecting portion, two tacking portions, and two stopping portions. The second sliding portion is arranged correspondingly to the first sliding portion. The connecting portion connects the first sliding portion and the second sliding portion. The two tacking portions are arranged on the first sliding portion. The two stoppers are located close to the two studs, respectively. Among them, when the pull tab is moved so as to be substantially perpendicular to the first sliding portion with respect to the sliding member, the two contact portions of the pull tab are respectively brought into the two stop portions. The abutment allows the puller to be stopped by the two stops.

In one of the beneficial effects of the present invention, the slider assembly structure provided by the present invention states that "the sliding member is arranged in a first sliding portion and two sliding portions. Includes a stud and two stops located in close proximity to each of the two studs, "and" the puller is a pivot that is movably arranged on the first sliding portion. The puller is substantially perpendicular to the sliding member with respect to the sliding member by technical means such as "including two contacting portions connected to both ends of the pivoting portion". When moved so as to, the two abutting portions of the puller each abut on the two stopping portions, whereby the puller is stopped by the two stopping portions.

Another beneficial effect according to the present invention is that in the sliding members provided by the present invention, "two said tacking portions are arranged on the first sliding portion" and "two said stopping portions are respectively arranged." When the pull tab is moved with respect to the sliding member so as to be substantially perpendicular to the first sliding portion by a technical means such as "located close to the two tacking portions", the above-mentioned The two abutments of the puller each abut on the two stops so that the pull can be stopped by the two stops.

It is an exploded schematic diagram which shows the slider assembly structure of 1st Embodiment which concerns on this invention (the tacking part has not been tacked yet). It is an assembly drawing which shows the slider assembly structure of 1st Embodiment which concerns on this invention (the situation where the tacking part is tacked). It is another disassembled schematic diagram which shows the slider assembly structure of 1st Embodiment which concerns on this invention (the stud attachment part has not been studded yet). It is another assembly drawing (the tacking part is tacked) which shows the slider assembly structure of 1st Embodiment which concerns on this invention. It is a plane schematic view of the sliding member of the 1st Embodiment which concerns on this invention (the stud attachment part has not been rivet yet). It is a side schematic diagram which shows the slider assembly structure of 1st Embodiment which concerns on this invention. It is another side schematic diagram which shows the slider assembly structure of 1st Embodiment which concerns on this invention. In the first embodiment according to the present invention, a part of the case where the pull tab of the slider assembly structure is substantially placed on the first sliding portion without moving with respect to the sliding member 1 is shown ( It is a cross-sectional schematic diagram (showing the VIII-VIII cross section of FIG. 2). In the first embodiment according to the present invention, a cross section showing a part when the pull tab of the slider assembly structure is moved so as to be substantially perpendicular to the first sliding portion with respect to the sliding member. It is a schematic diagram. In the first embodiment according to the present invention, a cross section showing a part when the pull tab of the slider assembly structure is moved so as to be substantially perpendicular to the first sliding portion with respect to the sliding member. It is a schematic diagram. It is a plan view (the stud attachment part has not been rivet yet) which shows the sliding member of the 2nd Embodiment which concerns on this invention.

In order to further understand the features and technical contents of the present invention, the detailed description and the attached drawings relating to the present invention will be referred to below. However, the attached drawings provided are provided for reference and explanation only, and are not intended to limit the scope of claims for utility model registration of the present invention.

Hereinafter, embodiments relating to the “slider assembly structure and its sliding members” disclosed by the present invention in specific examples will be described. Those skilled in the art can understand the merits and effects of the present invention from the published contents of this specification. The present invention can be implemented or applied by other different embodiments. Each subsection in the present specification may also be uniformly modified and modified based on various viewpoints or applications without departing from the spirit of the present invention. Further, the drawings of the present invention are for simple and schematic explanations, and do not show practical dimensions. In the following embodiments, the technical matters relating to the present invention will be further described, but the published contents are not limited to the present invention.
[First Embodiment]

As shown in FIGS. 1 to 10, the first embodiment according to the present invention provides a slider assembly structure Z, which is provided with a sliding member 1, an elastic member 2, and a pull tab 3.

First, see FIGS. 1 to 5. The sliding member 1 (or slider) includes a first sliding portion 11, a second sliding portion 12 corresponding to the first sliding portion 11, and a first sliding portion 11 and a second sliding portion. The connecting portion 13 connecting the moving portion 12, the two tacking portions 14 arranged on the first sliding portion 11, and the two stopping portions 15 located close to the two tacking portions 14, respectively. ,including. For example, the first sliding portion 11 includes an overhanging first end portion 111 and a second end portion 112 which is the other end of the first end portion 111, and is a second. The sliding portion 12 of the above includes an overhanging first end portion 121 and a second end portion 122 which is the other end of the first end portion 121. Further, the first end 111 of the first sliding portion 11 corresponds to the first end 121 of the second sliding portion 12, and the connecting portion 13 is the first sliding portion 11 of the first sliding portion 11. The end 112 of 2 and the second end 122 of the second sliding portion 12 are connected to each other. The sliding member 1 provided by the present invention is not limited to the above example.

Further, as shown in FIGS. 1 to 5, the elastic member 2 is arranged on the sliding member 1, and the elastic member 2 is attached to the engaging portion 21 engaged by the connecting portion 13 and the first sliding portion. It includes a movable portion 22 movably arranged on the moving portion 11 and an elastic portion 23 that connects the engaging portion 21 and the movable portion 22. For example, the first sliding portion 11 includes a through hole 110, the movable portion 22 of the elastic member 2 movably penetrates the through hole 110 of the first sliding portion 11, and two studs are attached. The portions 14 are arranged on both sides of the through hole 110, respectively. The elastic member 2 provided by the present invention is not limited to the above example.

Further, see FIGS. 1 to 5. The pull tab 3 includes a pivot portion 31 movably arranged on the first sliding portion 11, and two contact portions 32 connected to both ends of the pivot portion 31. Further, the pivoting portion 31 includes two pivoting portions 311 corresponding to the two tacking portions 14, and a contact portion 312 connecting the two pivoting portions 311 to each other. For example, the contact portion 312 includes a concave region 3121 formed between the two pivotal portions 311 and a contact region 3122 extending outward from the concave region 3121. The pull tab 3 provided by the present invention is not limited to the above example.

Further, please refer to FIGS. 1, 3 and 6 to 8. When the pull tab 3 does not move with respect to the sliding member 1 and is placed substantially flat on the first sliding portion 11, the elastic portion 23 of the elastic member 2 is downwardly attached to the pivot portion on the pull tab 3. It comes into contact with the contact portion 312 of 31. In other words, when the pull tab 3 does not move with respect to the sliding member 1 and is placed substantially flat on the first sliding portion 11, the elastic portion 23 of the elastic member 2 abuts downward. A part of the elastic portion 23 of the elastic member 2 is housed in the concave region 3121 of the abutting portion 312 so as to abut the concave region 3121 of the 312. Further, as shown in FIGS. 9 and 10, when the pull tab 3 is moved so as to be substantially perpendicular to the first sliding portion 11 with respect to the sliding member 1, that is, the pull tab 3 is moved to the first position. When the sliding portion 11 of 1 is pulled up from a horizontal shape to a vertical shape, the contact portion 312 of the pivot portion 31 in the pull tab 3 abuts upward on the elastic portion 23 of the elastic member 2. Then, each of the two contact portions 32 of the pull tab 3 abuts on the two stop portions 15, whereby the pull tab 3 is stopped by the two stop portions 15 and cannot be further advanced. That is, when the pull tab 3 is moved so as to be substantially perpendicular to the first sliding portion 11 with respect to the sliding member 1, the contact region 3122 of the contact portion 312 is upwardly elastic member 2. In contact with the elastic portion 23 of the movable portion 22, the end portion of the movable portion 22 is accommodated in the through hole 110.

For example, as shown in FIGS. 1 to 5, one stud attachment portion 14 includes two first curved extension portions 141 arranged in correspondence with each other in the first sliding portion 11. The pull tab 3 is restricted from falling off from the sliding member 1 by the two first curved extending portions 141 covering (covering) a part of one pivot portion 311 in the pivot portion 31. To. Further, the other tacking portion 14 includes two second curved extending portions 142 arranged so as to correspond to each other in the first sliding portion 11. The pull tab 3 is restricted from falling off from the sliding member 1 by the two second curved extending portions 142 covering a part of the other pivoting portion 311 in the pivoting portion 31. To. As a result, the cooperation between the two first curved extension portions 141 in one tacking portion 14 and the one pivoting portion 311 in the pivoting portion 31 and the two second in the other tacking portion 14 The pull tab 3 is pivotally attached to the first sliding portion 11 by the cooperation between the curved extending portion 142 of 2 and the other pivoting portion 311 in the pivoting portion 31. The cooperation of the tacking portion 14, the first bending extending portion 141, and the second bending extending portion 142 provided by the present invention is not limited to the above example.

By the way, as shown in FIGS. 1, 3 and 5 to 7, one stop portion 15 is in close contact with one of the first bending extension portions 141, and the other stop portion 15 is in close contact with the second bending extension portion 141. It may be configured to be in close contact with one of the existing portions 142.

For example, as shown in FIGS. 1 to 3, the stop portion 15 includes an inner curved surface 1501 and an outer curved surface 1502 which is an opposite surface of the inner curved surface 1501. The first curved extension portion 141 includes a first inner curved surface 1411 and a first outer curved surface 1412 which is an opposite surface of the first inner curved surface 1411. Further, the second curved extending portion 142 includes a second inner curved surface 1421 and a second outer curved surface 1422 which is an opposite surface of the second inner curved surface 1421. Further, the contours of the inner curved surface 1501 of one of the stopping portions 15 and the first inner curved surface 1411 in one of the first curved extending portions 141 are similar and partially aligned. Moreover, the contours of the inner curved surface 1501 of the other stop portion 15 and the second inner curved surface 1421 of one of the second curved extending portions 142 are similar and partially aligned. Further, the contour of the outer curved surface 1502 of one of the stop portions 15 is similar to the contour of the first outer curved surface 1412 in one of the first curved extending portions 141. Moreover, the contour of the outer curved surface 1502 of the other stop portion 15 is similar to the contour of the second outer curved surface 1422 in one of the second curved extending portions 142. The configuration of the stop portion 15, the first curved extension portion 141, and the second curved extension portion 142 provided by the present invention is not limited to the above example.

For example, as shown in FIGS. 6 and 7, the width W of the lower end of the stop portion 15 is the width W1 of the lower end of the first bending extension portion 141 and the width W2 of the lower end of the second bending extension portion 142. Less than any of. Moreover, the height H of the stop portion 15 is smaller than either the height H1 of the first curved extension portion 141 or the height H2 of the second curved extension portion 142. The structure of the first curved extension portion 141 and the second curved extension portion 142 of the stop portion 15 provided by the present invention is not limited to the above example.
[Second Embodiment]

As shown in FIG. 11, a second embodiment according to the present invention provides a slider assembly structure (not shown) and a sliding member 1 thereof. According to a comparison between FIGS. 11 and 5, the biggest difference between the second embodiment and the first embodiment according to the present invention is that in the second embodiment, one of the stop portions 15 and the first One of the curved extension portions 141 is arranged so as not to come into contact with each other at a position close to each other, and the other stop portion 15 and one of the second curved extension portions 142 also come into contact with each other at a position close to each other. It can be seen that it is arranged so as not to. That is, one of the stopping portions 15 is arranged in close contact with the first bending extending portion 141 (for example, the first embodiment shown in FIG. 5), or the second bending extending portion 142. They are arranged so as not to come into contact with one at a position close to each other (second embodiment shown in FIG. 11). And the other stop portion 15 is arranged in close contact with the second curved extending portion 142 (for example, the first embodiment shown in FIG. 5), or the second curved extending portion 142. They are arranged so as not to come into contact with one position close to each other (second embodiment shown in FIG. 11).
[Benefitful effect of the embodiment]

In one of the beneficial effects of the present invention, the slider assembly structure Z provided by the present invention states that "the sliding member 1 is arranged in the first sliding portion 11 and the first sliding portion 11." Includes two tacking portions 14 and two retaining portions 15 located in close proximity to the two tacking portions 14, "and" the pull tab 3 is attached to the first sliding portion 11. The pull tab 3 is attached to the sliding member 1 by a technical means such as "including a movably arranged pivot portion 31 and two contact portions 32 connected to both ends of the pivot portion 31". When moved so as to be substantially perpendicular to the first sliding portion 11, the two abutting portions 32 of the pull tab 3 each abut on the two stopping portions 15, whereby The pull tab 3 can be stopped by the two stop portions 15.

Another beneficial effect according to the present invention is that in the sliding member 1 provided by the present invention, "two said tacking portions 14 are arranged on the first sliding portion 11" and "two said stopping portions". The pull tab 3 is substantially perpendicular to the first sliding portion 11 with respect to the sliding member 1 by a technical means such as "15 is located close to each of the two tacking portions 14". When moved in this way, the two contact portions 32 of the pull tab 3 each abut on the two stopper portions 15, whereby the pull tab 3 is stopped by the two stopper portions 15.

The contents disclosed above are merely preferable practicable examples of the present invention, and do not limit the scope of claims for utility model registration of the present invention. Therefore, the contents of the specification and the attached drawings of the present invention are included. All equivalent technical modifications made based on this shall be included in the claims for utility model registration of the present invention.

Z: Slider assembly structure
1: Sliding member 11: First sliding portion 110: Through hole 111: First end portion 112: Second end portion 12: Second sliding portion 121: First end portion 122: Second End 13: Connecting portion 14: Tacking portion 141: First curved extending portion 1411: First inner curved surface 1412: First outer curved surface 142: Second curved extending portion 1421: Second inner curved surface Curved surface 1422: Second outer curved surface 15: Stop portion 1501: Inner curved surface 1502: Outer curved surface W, W1, W2: Width H, H1, H2: Height 2: Elastic member 21: Engagement portion 22: Movable portion 23: Elastic part 3: Puller 31: Pivot attachment part 311: Pivot attachment part 312: Contact part 3121: Concave area 3122: Contact area 32: Contact part

Claims (10)

A slider assembly structure including a sliding member, an elastic member, and a pull tab.
The sliding member connects a first sliding portion, a second sliding portion corresponding to the first sliding portion, and the first sliding portion and the second sliding portion. Includes a connecting portion, two tacking portions arranged on the first sliding portion, and two stopping portions located close to each of the two tacking portions.
The elastic member is arranged on the sliding member, and the elastic member is engaged with an engaging portion engaged with the connecting portion, a movable portion movably penetrated through the first sliding portion, and the engaging portion. Includes an elastic portion that connects the landing portion and the movable portion.
The pull tab includes a pivot portion movably arranged on the first sliding portion and two contact portions connected to both ends of the pivot portion, and the pivot portion has 2 A slider assembly structure comprising two pivoted portions correspondingly pivoted to each of the two tacked portions and a contact portion connecting the two pivoted portions to each other. The first sliding portion includes an overhanging first end portion and a second end portion which is the other end of the first end portion, and the second sliding portion includes a second sliding portion. The first end portion of the first sliding portion includes the overhanging first end portion and the second end portion which is the other end of the first end portion, and the first end portion of the first sliding portion is the first end portion. Corresponding to the first end of the two sliding portions, and the connecting portion is the second end of the first sliding portion and the second end of the second sliding portion. Connect with the end,
The first sliding portion includes a through hole, the movable portion of the elastic member movably penetrates the through hole of the first sliding portion, and the two tacking portions are Each is arranged on both sides of the through hole and
The contact portion includes a concave region formed between the two pivotal portions and a contact region extending outward from the concave region.
One of the tacking portions includes two first bending extending portions arranged so as to correspond to each other in the first sliding portion, and the two first bending extending portions are pivotally attached. By covering one of the pivoted portions of the portion, the pull tab is restricted from falling off the sliding member, and the other stud attachment portion corresponds to the first sliding portion with respect to each other. The puller is provided by including two second curved extensions that are arranged, and by the two said second curved extensions covering the other pivot portion of the pivot. It is restricted so that it does not fall off from the sliding member,
When the pull tab does not move with respect to the sliding member and is placed substantially flat on the first sliding portion, the elastic portion of the elastic member is directed downward to the abutting portion. When the pull tab abuts on the concave region and is moved so as to be substantially perpendicular to the first sliding portion with respect to the sliding member, the abutting region of the abutting portion faces upward. The slider assembly structure according to claim 1, which abuts on the elastic portion of the elastic member. One of the tacking portions includes two first curved extending portions that are arranged in correspondence with each other in the first sliding portion, and the other tacking portion is the first sliding portion. Includes two second bending extensions that are arranged in correspondence with each other.
One of the stop portions is connected to one of the first curved extension portions, and the other stop portion is connected to one of the second curved extension portions, and the width of the lower end of the stop portion. Is smaller than both the width of the lower end of the first bending extending portion and the width of the lower end of the second bending extending portion, and the height of the stopping portion is the first bending. It is smaller than either the height of the extending portion or the height of the second bending extending portion.
The stop portion includes an inner curved surface and an outer curved surface that is an opposite surface of the inner curved surface, and the first curved extending portion includes a first inner curved surface and an opposite surface of the first inner curved surface. The second curved extending portion includes a second inner curved surface and a second outer curved surface which is an opposite surface of the second inner curved surface.
The contours of the inner curved surface of one of the stop portions and the first inner curved surface of one of the first curved extending portions are similar and partially aligned, and the other said. The contours of the inner curved surface of the stopper and the second inner curved surface of one of the second curved extending portions are similar and partially aligned, and the outer surface of one of the stoppers is aligned. The contours of the curved surface and the first outer curved surface in one of the first curved extending portions are similar and partially aligned, and the outer curved surface of the other stop portion and the second outer curved surface are aligned. The slider assembly structure according to claim 1, wherein the contour of one of the curved extending portions of the curved surface is similar to that of the second outer curved surface and is partially aligned. One of the studs includes two first curved extension portions that are arranged in correspondence with each other in the first sliding portion, and the other studs of the other studs correspond to each other. Includes two second curved extensions located on the sliding section of the
One of the stopping portions and one of the first bending extending portions are arranged so as not to come into contact with each other at positions close to each other, and the other stopping portion and one of the second bending extending portions are arranged. Arranged so that they do not come into contact with each other
The width of the lower end of the stop portion is smaller than both the width of the lower end of the first curved extension portion and the width of the lower end of the second curved extension portion, and the height of the stop portion. Is smaller than either the height of the first bending extension portion or the height of the second bending extension portion.
The stop portion includes an inner curved surface and an outer curved surface that is an opposite surface of the inner curved surface, and the first curved extending portion includes a first inner curved surface and an opposite surface of the first inner curved surface. The second curved extending portion includes a first outer curved surface, and includes a second inner curved surface and a second outer curved surface that is an opposite surface of the second inner curved surface.
The contours of the inner curved surface of one of the stoppers and the first inner curved surface of one of the first curved extending portions are similar and partially aligned, and the other stopper is aligned. The contours of the inner curved surface of the above and the second inner curved surface of one of the second curved extending portions are similar and partially aligned, and the outer curved surface of one of the stopping portions. And the contour of one of the first curved extending portions with the first outer curved surface are similar and partially aligned, and the outer curved surface of the other stop portion and the second outer curved surface are aligned. The slider assembly structure according to claim 1, wherein the contour of one of the curved extending portions with the second outer curved surface is similar and partially aligned. A sliding member including a first sliding portion, two tacking portions arranged on the first sliding portion, and two stopping portions located close to each of the two tacking portions. ,
An elastic member arranged on the sliding member and
A slider assembly comprising a pivot portion movably arranged on the first sliding portion and a pull tab including two contact portions connected to both ends of the pivot portion. Structure. One of the tacking portions includes two first curved extending portions that are arranged in correspondence with each other in the first sliding portion, and the other tacking portion is the first sliding portion. Includes two second bending extensions that are arranged in correspondence with each other.
One of the stop portions is connected to one of the first curved extension portions, and the other stop portion is connected to one of the second curved extension portions, and the width of the lower end of the stop portion. Is smaller than both the width of the lower end of the first bending extending portion and the width of the lower end of the second bending extending portion, and the height of the stopping portion is the first bending. It is smaller than either the height of the extending portion or the height of the second bending extending portion.
The stop portion includes an inner curved surface and an outer curved surface that is an opposite surface of the inner curved surface, and the first curved extending portion includes a first inner curved surface and an opposite surface of the first inner curved surface. The second curved extending portion includes a second inner curved surface and a second outer curved surface which is an opposite surface of the second inner curved surface.
The contours of the inner curved surface of one of the stop portions and the first inner curved surface of one of the first curved extending portions are similar and partially aligned, and the other said. The contours of the inner curved surface of the stopper and the second inner curved surface of one of the second curved extending portions are similar and partially aligned, and the outer surface of one of the stoppers is aligned. The contours of the curved surface and the first outer curved surface in one of the first curved extending portions are similar and partially aligned, and the outer curved surface of the other stop portion and the second outer curved surface are aligned. The slider assembly structure according to claim 5, wherein the contour of one of the curved extending portions of the curved surface with the second outer curved surface is similar and partially aligned. One of the studs includes two first curved extension portions that are arranged in correspondence with each other in the first sliding portion, and the other rivet portion is a stud attachment portion. Includes two second curved extension portions that are arranged on the first sliding portion so as to correspond to each other.
One of the stopping portions and one of the first bending extending portions are arranged so as not to come into contact with each other at positions close to each other, and the other stopping portion and one of the second bending extending portions are arranged. Arranged so that they do not come into contact with each other
The width of the lower end of the stop portion is smaller than both the width of the lower end of the first curved extension portion and the width of the lower end of the second curved extension portion, and the height of the stop portion. Is smaller than either the height of the first bending extension portion or the height of the second bending extension portion.
The stop portion includes an inner curved surface and an outer curved surface that is an opposite surface of the inner curved surface, and the first curved extending portion includes a first inner curved surface and an opposite surface of the first inner curved surface. The second curved extending portion includes a first outer curved surface, and includes a second inner curved surface and a second outer curved surface that is an opposite surface of the second inner curved surface.
The contours of the inner curved surface of one of the stoppers and the first inner curved surface of one of the first curved extending portions are similar and partially aligned, and the other stopper is aligned. The contours of the inner curved surface of the above and the second inner curved surface of one of the second curved extending portions are similar and partially aligned with the outer curved surface of one of the stopping portions. , The contour of one of the first curved extending portions with the first outer curved surface is similar and partially aligned, and the outer curved surface of the other stop portion and the second outer curved surface are aligned. The slider assembly structure according to claim 5, wherein the contour of one of the curved extending portions with the second outer curved surface is similar and partially aligned. The first sliding part and
The second sliding portion corresponding to the first sliding portion and
An articulating portion that connects the first sliding portion and the second sliding portion,
Two tacking portions arranged on the first sliding portion and
Two stoppers located close to each of the two studs,
A sliding member, characterized in that it is applied to a slider assembly structure. The tacking portion includes two first bending extending portions that are arranged correspondingly to each other in the first sliding portion, and the other tacking portion includes the two first sliding portions that are respectively arranged on the first sliding portion. Includes two correspondingly arranged second curved extension portions, the stop portion is connected to one of the first curved extension portions, and the other stop portion is the second curved portion. The sliding member according to claim 8, which is connected to one of the extending portions. One of the tacking portions includes two first bending extending portions that are arranged correspondingly to each other in the first sliding portion, and the other tacking portion is the first sliding portion. The two second curved extension portions are arranged so as to correspond to each other, and one of the stop portions and one of the first curved extension portions are arranged so as not to come into contact with each other in close positions. The sliding member according to claim 8, wherein the other stop portion and one of the second curved extending portions are arranged so as not to come into contact with each other at a position close to each other.