JP2017057544A - Slide fastener attaching structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a slide fastener attaching structure, even when a fabric is thin, preventing the fabric from being caught in slide fasteners and having excellent design effects.SOLUTION: The slide fastener attaching structure according to the present invention is configured to attach belt-like members (20) along element rows (68) of fastener tapes (64), to both-end edges of mutually-facing fabrics to which slide fasteners (60) are attached. The belt-like members 20 include: belt-like base parts (30) to be attached to both-end edges of the fabrics; and bulge parts (40) extending from the belt-like base parts (30) in a direction of the element rows of the fastener tapes (64). Each bulge part (40) includes a plurality of bulge-part materials consisting of a flexible core-material raw material bundle, and a cover-member material that holds the core material by covering at least a part of the surface of the core-material raw material bundle and having a shape recovery property, where the bulge part is configured by spirally twisting the bulge-part materials.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a slide fastener mounting structure that prevents a slide fastener from biting into a fabric.

1 and 2 of Patent Document 1 disclose a slide fastener constituted by a fastener tape 1 and a cover tape 2 provided on the front surface of the fastener tape 1. The covering tape 2 is provided with a single enormous portion 6 covering the front surface of the bite 5 attached to the bite attachment part 3 of the fastener tape 1 over the entire length of the cover tape 2. As shown in FIG. 2, the enormous portion 6 is woven or knitted into a bag weaving portion 7, and a plurality of core yarns 8 are inserted into the bag weaving portion 7 to form a core string 9. The enormous portion 6 has a substantially circular cross section. Further, the enormous portion 6 is formed by weaving or weaving a core string in which the core yarn is entangled with each other and restrained (see paragraphs 0016, 0017, FIG. 2, etc.).
And, since the enormous portion of the covering tape provided on the front surface of the fastener tape covers the entire length of the bite attached to the bite attaching portion of the fastener tape, the bite is hidden from the front of the fastener tape and cannot be seen. . And it is described that the enormous part is decorated, so that the enormous part is given characters, figures, patterns, etc. that are different from the flat part, and the enormous part with beautiful decoration is formed and the fashionability is increased. (See paragraph 0007).
On the other hand, the cited document 1 describes that the covering tape 2 including the fastener tape 1 and the enormous portion 6 is woven or knitted with a single tape (see claim 1).

Patent Document 2 is provided with a core portion 5 formed in an enormous shape for fixing various types of fastener elements 4 to the side edges of the fastener tape 1 in a slide fastener, and the core portion 5 is made of a different color dye or pigment, There is disclosed a slide fastener tape in which a decorative portion 13 is formed on the side edge of the fastener tape 1 by a multicolored yarn 7 or a multicolored cord 6 which is appropriately colored in various colors such as rainbow colors at an arbitrary length. (Refer to paragraph 0013, FIG. 3, FIG. 4, etc.).
On the other hand, Patent Document 2 states that “the slide fastener tape shown in FIGS. 3 and 4 has several core yarns 8 aligned on the side edge of the fastener tape 1 and woven into a bag weave by needle weaving. In addition to forming the portion 5, the multicolored yarn 7 is arranged on the warp 9 of the bag woven portion to form the decoration portion 13 on the core 5. The colors of the multicolored yarn 7 arranged on the core 5 are synchronized with each other. Although it is free to make it different or to make it different, it is preferable to synchronize the colors in order to increase the color effect, and other warp yarns 9 and weft yarns 10 of the other part of the fastener tape 1 use white or light colored plain yarns. It is good for making the color of the decorative part 13 more attractive "(see paragraphs 0033, 3 and 3).

Patent Document 3 discloses a configuration in which a thermoplastic synthetic resin tape is adhered to the back surface of a fabric made of a synthetic fiber of a thermoplastic synthetic resin. And by making this synthetic resin synthetic resin tape adhere, the cloth at the edge of the cut portion is reinforced with the synthetic resin tape, and the cloth is stretched to prevent the slider from biting and to prevent the cloth from fraying. Since the dough is melted and solidified by the heat of the laser beam to form a melt-solidified part, this also prevents fraying. When the dough melts and solidifies, there is no gap between the fibers of the dough, so that the dough shrinks and slightly recedes from the side edge of the cut portion of the synthetic resin tape. Accordingly, it is disclosed that the fabric is less likely to come into contact with the slider that is slid when the slide fastener is opened and closed, and is protected against the sliding (claims, paragraphs 0011, FIG. 1 and the like). reference).
In Patent Document 3, the material of the fabric and the synthetic resin tape is specified in order to melt and solidify the fabric and the synthetic resin tape with laser light.

Patent Document 4 discloses a structure in which a covering fabric is attached between a fastener tape and a surface fabric. The covering fabric 7 is formed by folding the fabric in half so as to make the tension stronger and prevent biting by the slider 11 and to withstand the friction with the slider 11. The coated fabric 7 folded in half is pasted together in advance by a thermoplastic adhesive 12 or the like to form one elongated sheet, and has a width substantially equal to that of the fastener tape 3. It has been disclosed that a core may be sandwiched between clad fabrics to further strengthen the tension (see claims, paragraph 0024, FIG. 2, etc.).
Further, Patent Document 4 states that “the coated fabric 7 is formed by folding the fabric in half in order to make the tension stronger and prevent biting by the slider 11 and to withstand the friction with the slider 11. The coated fabric 7 that is folded in half is pasted together in advance by a thermoplastic adhesive 12 or the like to form a single elongated sheet, and has a width substantially equal to that of the fastener tape 3. In order to make the tension even stronger, the core body may be sandwiched between the coated fabrics folded in half ”(see paragraph 0024).
Therefore, since the “core body” described in Patent Document 4 is intended to strengthen the covering fabric, it is necessary to sandwich the entire covering fabric folded in half.

Patent Document 5 states that “the lid (2) is made of a single non-woven fabric continuous to the rear surface portion (14) and the bottom surface portion (11) of the bag body (1), and is substantially the same as the bottom surface portion (11). In addition, the edge of the lid (2) corresponding to the edge of the opening (15) of the bag body (1) to which the piece (31) of the fastener (3) is attached is The other piece (32) of the fastener (3) is sewn together with the piping material (5) "(see paragraph 0012, Fig. 2, etc.).
The invention described in Patent Document 5 is a futon storage bag that can smoothly open and close the fastener without the bite of the stored futon being bitten by the fastener when taking out or putting in the futon or clothing from the storage bag. It is intended to provide (see paragraph 0004).
And “the tongue-like member (4) is disposed between the duvet (A) and the fastener (3), so that a part of the compressed duvet (A) protrudes from the slider (33), and the fastener (3) bites the duvet (A), and it is possible to reliably prevent the movement of the slider (33) from being obstructed or the bite from forming a hole in the duvet (A). " (See paragraph 0019).
Therefore, in Patent Document 5, it is the tongue-like member (4) that prevents the fastener (3) from biting into the duvet, and the piping material (5) functions to prevent the fastener from biting into the duvet. It does not have.

Japanese Patent No.4342841 Japanese Patent Laid-Open No. 11-70007 Japanese Patent Laid-Open No. 2004-52162 Japanese Patent No. 4011562 Japanese Patent Laid-Open No. 10-129761

  The present invention provides an attachment structure for a slide fastener that prevents a cloth from being bitten by a slide fastener and has an excellent design effect even with a cloth, particularly a thin cloth. It is.

The present invention is a slide fastener mounting structure in which a slide fastener having a fastener tape having an element row and a slider is attached (sewn) to opposite edges of the fabric.
Here, the application object of the present invention is not limited to the slide fastener attachment location of clothes, but is any slide fastener attachment location such as a case, a cover, a bag, a seat, and the like. Therefore, the fabric of the present invention is not limited to the fabric of clothes, but also includes materials corresponding to the application purpose such as synthetic resin and leather. In the case of reversible, not only the front side but also the back side can be applied. The target slide fastener can be applied to fasteners of various materials such as metal fastener resin fasteners and screwlon fasteners. Further, it can be applied to fasteners of various structures such as a stop product, an open product, an open product with two sliders, and a stop product with two sliders.
In addition, when a front fabric and a back fabric are provided, for example, a structure in which a slider is attached (sewn) to the back fabric and a slide fastener according to the present invention is attached (sewn) to the front fabric can be applied. .

The fabric or the front fabric (hereinafter collectively referred to as a fabric unless otherwise specified) is disposed opposite to the element row of the fastener tape with a gap at both end edges, and the fabric The band-like members along the element rows of the fastener tape are respectively attached (sewn) to both edge portions.
In the above description, “attachment (sewing)” and “sewing” in parentheses after attachment are to indicate that the general attachment method is sewing, and not necessarily It is not specific to the date. However, the band-shaped member can be easily attached and detached by sewing to the fabric, and the band-shaped member can be easily replaced (the advantage of this will be described later).
The belt-like member corresponds to a material called piping, and includes a belt-like base portion attached to both ends of the fabric, and a bulge portion extending from the belt-like base portion in the element row direction of the fastener tape. .
The bulging portion includes a flexible core material and a covering member that covers a part or all of the surface of the flexible core material and holds the core material, and has a cylindrical shape. As another expression of the bulging portion, an expression that the inside of the covering member is filled with a core material to form a cylinder is also possible. This covering member has elasticity, and has shape recovery due to this elasticity (the shape recovery will be described later). And the curved surface which protrudes in the said element row | line | column side in the cross section of the orthogonal | vertical direction with respect to the longitudinal direction of the said strip | belt-shaped member is formed.

It is possible to select a material having a function suitable for the present invention from various commercially available piping materials, and prepare a core member and a covering member each having a function suitable for the present invention, It is also possible to create a band-shaped member according to the present invention from these materials.
It is desirable that the bulging portion of the band-shaped member covers all or part of the element row of the slider. By this, the bulging part of a strip | belt-shaped member can contact | abut a slider, On the other hand, the both-ends edge part of cloth | dough can be prevented from contacting a slider. In the case where the bulging portion covers the entire element row of the slider, a hidden slider is substantially constituted.
The present invention is not simply a configuration in which an arbitrary piping material is attached (sewn) to the edge of the fabric. The present invention is a composite structure of a flexible core material and a covering member having a shape recovery property. By applying a piping material (core material + covering member) suitable for a slide fastener mounting structure, the structure expands when the slider moves. When the protruding part moves in the direction perpendicular to the moving direction of the slider (opening movement), the protruding part can smoothly open and move, and even if it is pushed by the slider during the opening movement, the protruding part is not easily deformed. Even if is deformed, the covering member (the bulging portion) has a shape recovering property, so that the bulging portion can recover to the original curved shape. Therefore, even if the movement of the slider is repeated, the shape of the curved surface that protrudes toward the element row side can be maintained. As a result, even a thin fabric can be reliably prevented from biting into the slider by the swollen portion of the belt-like member.

  As a preferred example of the present invention of the belt-shaped member, the flexible core material is constituted by a bundle of fibers, and the covering member is knitted with a gap so as to have a mesh-shaped wire material, a spiral wire material, and elasticity. And a material selected from the group of wire rods that covers a part of the surface of the flexible core material and holds the core material. By adopting such a configuration, the elastic mesh-like wire, spiral wire, and braided wire have shape recoverability due to their elastic properties, thus ensuring the flexibility of the core material. However, the function of the shape recoverability of the covering member can be maintained. In addition, since the covering member forms a gap and a part of the core material can be visually observed, the design effect can be exhibited by making the colors, textures, and the like of the both differ.

Examples of the material of the wire include metals, resins, fibers, and the like. By appropriately selecting the material to be applied in consideration of the elasticity of the material, etc., the degree of shape recovery function can be adjusted, and by considering the sameness and difference in texture with the fabric and slide fastener Demonstrate the design effect.
Here, the wire is the same material as the slider of the slide fastener, for example, if the slider is metal, the material of the wire is also metal, if the slider is resin, the material of the wire is also resin, damage to the slider, etc. It is also possible to alleviate wear of the bulging portion while preventing this.

  As a preferred example of the present invention with different belt-shaped members, a plurality of bulged portion materials comprising a core material bundle and a covering member material covering the core material bundle are prepared, and the plurality of bulged portion materials are spirally formed. What forms the bulging part of a strip | belt-shaped member by twisting in a shape. In this example, the surface region of the plurality of twisted bulged portion materials constitutes the covering member. And by setting it as the twisted structure, elasticity arises in a covering member, the shape recovery property is exhibited, and the design effect resulting from a twist is exhibited.

  As a further preferable example of the present invention of the belt-shaped member, the flexible core material is composed of a bundle of fibers, and the covering member is composed of a bias fabric. In this example, since the bias fabric has elasticity, the covering member (the bulging portion) has a function of shape recovery.

  As another preferred example of the present invention for the belt-shaped member, there is a belt-shaped member in which a plurality of bundles of core material are prepared and the bulged portion is formed by twisting these bundles. The swollen portion of the band-shaped member twists a plurality of bundles of the prepared flexible core material in a spiral manner, and the twisted surface region constitutes the covering member. That is, by twisting a bundle of core material, elasticity is generated, and the covering member has a function of shape recovery. Moreover, a design effect is exhibited by making the bundle of each core material different colors.

(Effect of the invention)
The present invention has the technical significance of the present invention in that the belt-like members corresponding to piping are not attached to the fastener tape of the slide fastener, but the belt-like members are attached to the opposite end edges of the fabric to which the slide fastener is attached. . That is, by attaching the belt-like members to the opposite edge portions of the fabric, the material of the belt-like member, particularly the material, form, and arrangement of the covering member, is restricted by the material, form, arrangement, etc. of the fastener tape. There is nothing.

By selecting a material having an appropriate material, the covering member can have a composite structure of a flexible core material and a covering member having shape recoverability. In other words, the bulging part can smoothly open and move when the slider is moved, and even if the bulging part is deformed by being pushed by the slider during the opening movement, the bulging part is restored because the covering member has shape recoverability. Can be restored to the curved shape.
For this reason, the shape of this curved surface is maintained even if the movement of the slider is repeated while maintaining the smooth movement function of the slider. As a result, even a thin fabric can be reliably prevented from biting into the slider.
In addition, since the belt-like member can be attached to the cloth with any color, material, pattern, texture, and form, the design effect can be sufficiently exhibited.
Furthermore, since the belt-like member is sewn on the fabric, it can be easily replaced with another belt-like member when the belt-like member is soiled or deteriorates. Moreover, a new design effect can be brought about by replacing with another belt-shaped member.

Fig.1 (a) is a schematic sectional drawing which shows one embodiment of the slide fastener attachment structure based on this invention, FIG.1 (b) is a top view of a slide fastener attachment structure. FIG. 2 (a) is a partially broken plan view showing a first embodiment in which the covering member of the bulging portion of the belt-like member is made of a mesh-like wire in the slide fastener mounting structure according to the present invention, FIG.2 (b) is the partially broken top view which shows the 2nd embodiment in which the coating | coated member of the bulging part of a strip | belt-shaped member is comprised with the spiral-shaped wire in the slide fastener attachment structure which concerns on this invention. is there. FIG. 3 (a) is a partial view showing a third embodiment in which the covering member of the bulging portion of the belt-like member is formed of a wire knitted with a gap in the slide fastener mounting structure according to the present invention. FIG. 3 (b) is a broken perspective view, and in the slide fastener mounting structure according to the present invention, the covering member of the bulging portion of the belt-like member is constituted by a bundle of fibers, and the covering member is constituted by a bias fabric. It is the partially broken top view which shows a 4th embodiment. FIG. 4 (a) is a partially cutaway perspective view showing a fifth embodiment in which a plurality of belt-like members are helically twisted in the slide fastener mounting structure according to the present invention, and FIG. (B) is a slide fastener mounting structure according to the present invention, wherein the flexible core material has a surface region as a covering member by twisting two or more bundles of fibers into a spiral shape. It is the partially broken perspective view which shows an embodiment.

  Embodiments of the present invention will be described below.

The cross-sectional view of FIG. 1 (a) shows a band member (20) corresponding to piping sewn at opposite end edges of a thin outer fabric (10), while opposite ends of a backing fabric (50). The slide fastener mounting structure is shown in which a slide fastener (60) is sewed to the edge and a front fabric (10) and a back fabric (50) are sewn.
FIG.1 (b) is the figure which looked at the structure of Fig.1 (a) from the surface side. However, in order to clearly show the structure of the slide fastener, the outer fabric and the belt-like member are indicated by imaginary lines. The slide fastener (60) includes a slider (62) and fastener tapes (64) and (64). The slider (62) includes a handle (66), and the fastener tapes (64) and (64) have element rows (68) and (68), respectively.

Example 1
Fig.2 (a) shows the 1st embodiment of a strip | belt-shaped member. This belt-like member (20) is a belt-like base portion (30) sewn to the opposite edge portions of the front fabric (10), and the direction from the belt-like base portion (30) to the element row (68) of the fastener tape (64). And a bulging portion (40) extending to the surface. The strip base (30) is woven with a plain weave fabric. On the other hand, the bulging portion (40) forms a curved surface that protrudes toward the element row in a cross section perpendicular to the longitudinal direction of the strip-shaped member (20), and the bulging portion that forms this curved surface. (40) covers the element row (68). That is, the element row (68) is hidden while the element row is closed by the slider (62).
The said bulging part (44) is comprised by the core material (42) and the coating | coated member (44) which covers the outer peripheral surface of a core material (42). The core material (42) is configured by bundling fibers, and has flexibility that can be arbitrarily deformed when a lateral force is applied during slider movement. On the other hand, the covering member (44) is formed of a mesh-like thin metal wire, covers the core material (42) in a mesh shape, and a part of the core material (42) is visible from the opening of the mesh. . In this embodiment, the mesh has a mesh structure in which the direction of the mesh is substantially 45 degrees with respect to the direction of the element row (68).

The covering member (44) having such a mesh structure has elasticity because the material is a metal wire. That is, it is difficult to be deformed and has a function of recovering its shape even when deformed. Therefore, even if the movement of the slider (62) is repeated and the curved surface of the bulging portion (44) is deformed during the slider movement, the curved surface is immediately recovered, and the curved surface is deformed over time, There is no slump. As a result, the curved surface can be maintained even when used for a long time, and the slider (62) can be prevented from biting the fabric. On the other hand, since the covering member (44) is made of a fine mesh wire, its elastic coefficient is not so large. Therefore, even if a force to open the bulging portion is applied when the slider is moved, it is released with a small force, and a smooth fastener operation is possible.
Incidentally, when a belt-shaped member (a bag weaving portion 7 of Patent Document 1 and a bag weaving portion of Patent Document 2) is configured using a fastener tape as shown in Patent Documents 1 and 2, it is attributed to the material and woven structure of the fastener tape. The material and the bag weave structure are limited. On the other hand, since the attachment structure of this embodiment is a structure for attaching the belt-like member directly to the fabric, it is not subject to such restrictions. For example, as in this embodiment, the material of the covering member that covers the core material can be a metal wire and a mesh shape. In this way, the material of the covering member is metal, and the shape is a mesh shape, so that it can move smoothly in the lateral direction with respect to the movement of the slider, and the fabric is not worn by friction, and more The curved surface that protrudes toward the element row in the cross section perpendicular to the longitudinal direction of the member is not deformed. That is, the shape recoverability is excellent.
Moreover, the design effect can also be exhibited by arrange | positioning a mesh-shaped metal wire to the installation location of a slide fastener. That is, in this embodiment, since the covering member (44) is mesh-shaped, the core material (42) can be visually observed from the mesh opening, and a design effect resulting from different textures, colors, and the like is exhibited.

(Example 2)
FIG. 2 (b) shows a second embodiment of a belt-like member provided with a covering member different from the first embodiment. This embodiment differs from the first embodiment in that, in the first embodiment, the covering member (44) is mesh-shaped, whereas in this embodiment, the covering member (44) is a single thin metal. The point is that the wire is spirally wound. Also in the case of the second embodiment, the covering member (44) has elasticity (shape recoverability) and has the same effect as that of the first embodiment. In this case, by appropriately setting the interval for winding a single wire in a spiral manner and / or appropriately setting the number and thickness of the wires, elasticity (shape recovery) and movement corresponding to the movement of the slider The ease of handling can be adjusted as appropriate. In addition, by making both the clockwise and counterclockwise winding directions of the plurality of wires, the appearance is the same as that of the first embodiment. Also in this embodiment, the same design effect as that of the first embodiment is exhibited.

(Example 3)
FIG. 3A shows a third embodiment of a belt-like member provided with a covering member different from the first embodiment. The difference between this embodiment and the first embodiment is that the covering member (44) of the first embodiment is mesh-like, whereas in this embodiment, the covering member (44) is spaced from the fiber. This is a structure that can be elastically deformed by knitting (for example, a knitting structure like rubber knitting). Since it is such a braided structure, the covering member (44) has elasticity (shape recovery property), and moves smoothly according to the movement of the slider, as in the first and second embodiments, and The curved shape of the bulging portion can be maintained. As a result, the same effects as those of the first and second embodiments are exhibited. In the example shown in FIG. 3A, the locations where the fibers are densely knitted and the portions where the fibers are knitted loosely are alternately arranged. As a result, the characteristics of holding the core material (42) by the covering member (44) and the elasticity (shape recoverability) are combined. Moreover, by knitting in this way, the core material (42) can be visually observed from the opening, and a design effect resulting from different textures, colors, and the like can be exhibited.

Example 4
FIG. 3B shows a fourth embodiment of a strip-shaped member provided with a covering member different from the first embodiment. The difference between this embodiment and the first embodiment is that the covering member (44) of the first embodiment is mesh-shaped, whereas the covering member (44) is made of a bias fabric and is made of a core material (42). ). Since the bias fabric is easy to stretch and has so-called elastic characteristics that easily return to the original shape, the same effects as those of the first to third embodiments are exhibited.

(Example 5)
Fig.4 (a) shows the 5th embodiment of the strip | belt-shaped member provided with the coating | coated member different from a 1st embodiment. The difference between this embodiment and the first to fourth embodiments is that in the first to fourth embodiments, a set of bulging portions (40) (the core member (42) is covered with a covering member (44). In this embodiment, a plurality of bulged portion materials each composed of a core material bundle and a covering member material covering the core material bundle are provided. It is configured by twisting the protruding portion material in a spiral. That is, a plurality of string-like bulged portion materials (40a) made of a covering member (44) covering the bulged portion core material (42) are prepared, and the plurality of bulged portion materials (40a) are twisted together. It is the structure formed in a spiral. This configuration also exhibits the same effect as the first to fourth embodiments. In this embodiment, a covering member material (bulging portion material) is formed by tightly winding a thread around a core material bundle formed of a bundle of fibers, and the three covering members thus configured The material (bulging portion material) is twisted in a spiral shape. Even with this configuration, in addition to providing elastic properties (shape recovery) due to twisting, it is possible to exert a design effect by making the texture and color of the bulging portion material (40a) different. it can.

(Example 6)
FIG. 4B shows a sixth embodiment of a belt-like member provided with a covering member different from the first embodiment. This embodiment differs from the first to fifth embodiments in that the core material (42) and the covering member (44) constituting the bulging portion (40) of the first to fifth embodiments are different materials. On the other hand, in this embodiment, two or more core material bundles are provided, and a flexible core material is formed by twisting these core material bundles in a spiral shape. This is the point where the region forms a covering member. That is, a plurality of bundles of core material (42a) are prepared, and the core material (42) is formed by twisting the bundle (42a) of the core material. Thus, (42) is configured. Thus, the surface area of the bundle (42a) of the plurality of core material materials forms the covering member (44) as it is. In this embodiment, a bundle (42a) of two kinds of core material of different colors is prepared and twisted in a spiral shape. Even with this configuration, in addition to providing elastic properties (shape recovery) by twisting two or more core material bundles, the texture, color, etc. of the core material bundle (42a) should be different. The design effect can be exhibited.

In the following, the description of the original claims of the original application is cited.
[Claim 1]
A slide fastener mounting structure in which a slide fastener having a fastener tape having an element row and a slider is attached to opposite edges of the fabric,
The fabric is disposed opposite to the element row of the fastener tape, with a gap between the end edges, and
The cloth is attached to both end edges thereof with band-like members along the element rows of the fastener tape,
The belt-like member includes a belt-like base portion attached to both edge portions of the fabric, and a bulging portion extending from the belt-like base portion in the element row direction of the fastener tape,
The bulging portion includes a flexible core material and a covering member having shape recoverability that covers the at least part of the surface of the flexible core material and holds the core material.
The mounting structure for a slide fastener, wherein the covering member forms a curved surface that protrudes toward the element row in a cross section perpendicular to the longitudinal direction of the band-shaped member.
[Claim 2]
A slide fastener mounting structure in which a slide fastener including a fastener tape having a row of elements and a slider is attached to opposite edge portions of the back fabric among the fabrics having a front fabric and a back fabric,
The front fabric is arranged opposite to the element row of the fastener tape, with a gap between the end edges, and
The front fabric is attached to the edge portions at both ends thereof, respectively, with band-like members attached along the element rows of the fastener tape,
The belt-like member includes a belt-like base portion attached to both edge portions of the front fabric, and a bulging portion extending from the belt-like base portion in the element row direction of the fastener tape,
The bulging portion is composed of a flexible core material and a covering member having shape recoverability that covers the at least part of the surface of the flexible core material and holds the core material.
The mounting structure for a slide fastener, wherein the covering member forms a curved surface that protrudes toward the element row in a cross section perpendicular to the longitudinal direction of the band-shaped member.
[Claim 3]
The mounting structure for a slide fastener according to claim 1 or 2, wherein the curved surface of the bulging portion covers all or part of the element row of the slider.
[Claim 4]
The flexible core material is composed of a bundle of fibers, and the covering member is a material selected from a group of mesh-shaped wires, spiral-shaped wires, and fibers knitted with a gap so as to have elasticity. The slide fastener mounting structure according to any one of claims 1 to 3, wherein the slide fastener is configured to cover a part of the surface of the flexible core member and hold the core member.
[Claim 5]
The slide fastener mounting structure according to claim 4, wherein the wire is made of a material selected from a group of metal, resin, and fiber.
[Claim 6]
The slide fastener mounting structure according to claim 4 or 5, wherein the wire is made of the same material as the slider of the slide fastener.
[Claim 7]
The swollen portion of the belt-shaped member includes a plurality of swollen portion materials composed of a core material bundle and a covering member material covering the core material bundle, and these swollen portion materials are spirally twisted. The mounting structure of the slide fastener of any one of Claims 1-6 comprised.
[Claim 8]
The slide fastener attachment according to any one of claims 1 to 3, wherein the bulging portion of the belt-shaped member is formed of a bundle of fibers of a flexible core material and a bias fabric of the covering member. Construction.
[Claim 9]
The swollen portion of the band-shaped member includes two or more core material bundles, and the core material bundles are spirally twisted to form a flexible core, and the surface area of the core member is a covering member. The attachment structure of the slide fastener of any one of Claims 1-3 which is forming.

10 ... Outer fabric 20 ... Strip member (piping)
DESCRIPTION OF SYMBOLS 30 ... Band-shaped base 40 ... Swelling part 40a ... Swelling part raw material 42 ... Core material 42a ... Bundle of core material raw material 44 ... Covering member 50 ... Lining fabric 60 ... Slide fastener 62 ... Slider 64 ... Fastener tape 66 ... Pull handle 68 ... Element column

Claims (6)

A slide fastener mounting structure in which a slide fastener having a fastener tape having an element row and a slider is attached to opposite edges of the fabric,
The fabric is disposed opposite to the element row of the fastener tape, with a gap between the end edges, and
The cloth is attached to both end edges thereof with band-like members along the element rows of the fastener tape,
The belt-like member includes a belt-like base portion attached to both edge portions of the fabric, and a bulging portion extending from the belt-like base portion in the element row direction of the fastener tape,
The bulging portion is composed of a flexible core material bundle and a covering member material having shape recoverability that covers at least a part of the surface of the core material bundle and holds the core material. It is composed by twisting these bulging part materials spirally,
The mounting structure for a slide fastener, wherein the covering member forms a curved surface that protrudes toward the element row in a cross section perpendicular to the longitudinal direction of the band-shaped member. A slide fastener mounting structure in which a slide fastener including a fastener tape having a row of elements and a slider is attached to opposite edge portions of the back fabric among the fabrics having a front fabric and a back fabric,
The front fabric is arranged opposite to the element row of the fastener tape, with a gap between the end edges, and
The front fabric is attached to the edge portions at both ends thereof, respectively, with band-like members attached along the element rows of the fastener tape,
The belt-like member includes a belt-like base portion attached to both edge portions of the front fabric, and a bulging portion extending from the belt-like base portion in the element row direction of the fastener tape,
The bulging portion is composed of a flexible core material bundle and a covering member material having shape recoverability that covers at least a part of the surface of the core material bundle and holds the core material. It is composed by twisting these bulging part materials spirally,
The mounting structure for a slide fastener, wherein the covering member forms a curved surface that protrudes toward the element row in a cross section perpendicular to the longitudinal direction of the band-shaped member.   The mounting structure for a slide fastener according to claim 1 or 2, wherein the curved surface of the bulging portion covers all or part of the element row of the slider.   The flexible core material is composed of a bundle of fibers, and the covering member is a material selected from a group of mesh-shaped wires, spiral-shaped wires, and fibers knitted with a gap so as to have elasticity. The slide fastener mounting structure according to any one of claims 1 to 3, wherein the slide fastener is configured to cover a part of the surface of the flexible core member and hold the core member.   The slide fastener mounting structure according to claim 4, wherein the covering member is made of a material selected from a group of metal, resin, and fiber.   The slide fastener mounting structure according to claim 4 or 5, wherein the covering member is made of the same material as the slider of the slide fastener.

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