JP2007167579A - Synthetic resin press-fastening member for opening/closing and clothes formed by attaching press-fastening member - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a synthetic resin press-fastening member for opening/closing, which has high practicality irrelevant to the thickness of a base material, making a press-fastener itself easily follow a curved face of a part of the body, and at the same time having a function as a part of an accessory by being intentionally exposed to the outer face of an attached body such as clothes; and the clothes attached with the fixing member to a cuff. <P>SOLUTION: The flat base material 11, 111, 211, 301 or 411 formed of a single narrow and long synthetic resin plate material is provided with a sewing area M to which one end of the attached body 1 is sewn, at one end in the length direction, and the back side of the flat base material 11, 111, 211, 301 or 411 excluding the sewing area M has an engagement area E having multiple standing hook-shaped male engagement elements 13, 115, 216, 314 or 415. This press-fastening member is so constituted that the whole engagement area other than the sewing area is exposed to the outside and is disengageably engaged with an engaged face of the attached body, which is provided at the other end of the attached body 1 and has multiple loop-shaped female engagement elements 22, by the pressing and peeling operation of the engagement area E. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an improvement in a conventional cuff stop member, and relates to a synthetic resin-made opening / closing press stop member instead of a conventional button and the like and a garment to which the press stop member is attached.

  Conventionally, this kind of synthetic resin opening / closing pressing stop member has been proposed by, for example, the present applicant, for example, Japanese Patent Laid-Open No. 2001-78810 (Patent Document 1) and Japanese Patent No. 3474791 (Patent Document 2). Etc.). According to the opening and closing pressing member for opening and closing made of synthetic resin described in Patent Document 1, it has a front surface side flat plate portion and a back surface side flat plate portion attached to the edge of the front opening portion such as clothes, and one end thereof is a connecting portion. And the whole has a U-shaped cross section. The inner surface of the connecting portion serves as a positioning portion for the edge of the garment. A large number of male engaging elements of a hook-and-loop fastener are provided on the back surface of the back surface flat plate portion.

  In order to attach the opening / closing pressing stopper to the stopper mounting edge of the opposite edges of the garment, the stopper mounting edge of the garment is moved from the open end of the flat plate portion on the front and back sides of the pressing stopper. Inserting, when the edge abuts the connecting portion, by connecting a pin between the two flat plate portions through the edge portion of the clothes by a synthetic resin pin member having an engagement head at least at one end, The engagement head is removably engaged with the engagement hole of the counterpart flat plate portion. In this way, it is easy and accurate to attach to the attached body such as clothing, and the opening operation of the stopper is easy and smooth regardless of the wall thickness. Moreover, the external force during the opening operation cannot be applied to the clothing. It does not require a strong force and has high durability and can be reduced in terms of cost.

  On the other hand, the synthetic resin press stop described in Patent Document 2 includes two first and second thermoplastic synthetic resins having substantially parallel lengths, one end of which is connected via a connecting portion. The cross section consisting of two flat plate portions is an integrally molded product having a substantially J-shape. A large number of engaging elements are formed in an upright state on the surface of the first flat plate portion having a large surface area, and groove-shaped sewing lines are formed along the entire peripheral edge portion thereof. Further, a groove-like sewing line having an end portion corresponding to a part of the sewing line formed on the first flat plate portion is formed in a C-shape on the surface of the second flat plate portion having a small surface area. Is formed. The connecting portion is integrally formed with a knob made of the same resin material that protrudes outward from the connecting portion in parallel with the flat plate portion.

  Unlike the press stop disclosed in Patent Document 1, the press stop is formed by shortening one of the two flat plate portions connected via the connecting portion. The edge of the clothing can be easily inserted between the two flat plate portions without opening the flat plate portion. A groove-like sewing line is formed along the entire periphery of the first flat plate portion, and a part of the sewing line formed on the first flat plate portion is formed on the second flat plate portion having a small surface area. Corresponding so as to overlap each other, only a U-shaped groove-shaped sewing line having an open end that ends at the end opposite to the connecting portion is formed. Therefore, the shift between the sewing lines of the first and second flat plate portions is reduced, and not only the sewing along the sewing line is accurately performed but also the sewing of the second flat plate portion on the surface side of the clothing. Next, since the sewing is performed directly on the fabric, the opening and closing operation of the stopper, in particular, the sewing thread on the second flat plate portion side like the stopper disclosed in Patent Document 1 during the opening operation. No excessive force in the shearing direction is applied by the flat plate portion, and the sewing thread is not broken.

In addition, since the first flat plate portion having a large surface area is disposed on the back surface side of the attachment portion of the garment and the second flat plate portion having a small surface area is disposed on the front surface side of the garment, the same appearance and substantially the same. The rigid intuition of the attachment portion is lost and the appearance is increased. Further, even if the thickness of the flat plate portion is increased to some extent, the required flexibility can be secured, and the opening operation of the stopper can be performed smoothly. This open / close press stop is not only stable in form, but also a fashionable product having a desired form and pattern can be obtained at a low cost by a single molding process, and the connecting portion has clothing. If the attachment end edge is abutted from the inside, it can be mounted in an orderly manner when the stopper is attached to clothing or the like, and its positioning is easy.
JP 2001-78810 A Japanese Patent No. 3474791

  By the way, since the press stopper described in the said patent documents 1 and 2 will be sewn on clothing so that a clothing edge may be inserted | pinched from the structure inevitably, the fastener attachment part is made of a synthetic resin. Since the two flat plates and three pieces of clothing fabric are stacked, it must be rigid. Moreover, when these press stops are attached to clothing, it is difficult to follow the line of the body due to its structure, and it is difficult to wipe off the appearance. In addition, since both of them were developed as pressing stoppers for opening and closing the front opening part of clothes, the main focus was on practicality, and when the pressing stoppers were stopped, the pressing stoppers themselves were attached to the surface of clothing. Thus, there is a need for a device that does not lose the flexibility of the fastener attachment portion of the garment in combination with the fastener structure. In order not to lose flexibility, if you try to make the thickness of the press stop as thin as possible, the required strength cannot be secured, the engaging force by the pin member will be too small, or it may break due to the sewing thread. Absent.

  The present invention has been developed to eliminate the problems of such conventional synthetic resin press fasteners, and is excellent in practicality without being particularly concerned with the thickness. Attached to the cuffs is a synthetic resin opening / closing pressing stopper and a stopper that makes it easy to follow the curved surface and at the same time intentionally exposes the outer surface of the adherend, such as clothing. The purpose is to provide clothing.

  The object is to have a sewing region in which one end of an adherend is sewn to one end in the length direction of a flat base material made of an elongated synthetic resin plate which is the main configuration of the present invention, and Except for the area, the back surface side of the flat substrate has an engagement area where a large number of hook-like male engagement elements stand, and is provided at the other end of the adherend by pressing and peeling operation of the engagement area. This is achieved effectively by an opening / closing pressing stop member characterized in that it is configured to be engageable with and disengageable from an engaged surface of an adherend having a number of looped female engaging elements.

  Preferably, the hook-shaped male engagement element is preferably molded and integrated with the flat plate-like base material, and has a non-engagement region where the hook-shaped engagement element does not exist in a part of the engagement region. You may do it. A plurality of minute grooves can be formed in the non-engagement region, and slits penetrating the front and back surfaces can be formed instead of the minute grooves. Furthermore, you may form the free end part in the engagement area | region of the said flat base material thicker than another area | region through a step part. Moreover, it is preferable that the partial edge part of the width direction of the engagement area | region of the said flat base material has a shape which curved and was cut away in the direction which mutually approaches. Alternatively, the flat substrate can be slightly curved so that the surface on the engagement region side is recessed along the longitudinal direction. Further, a sewing groove along a sewing line may be formed in the sewing area. The adherend to which such an opening / closing pressing stop member is attached is suitable for a cuff of clothes.

  A sewing region is provided at one end in the length direction of a flat substrate made of an elongated synthetic resin plate material, and the sewing region is sewn at one end of a cuff which is an adherend, for example. The sewing at this time is composed of two pieces of cloth overlapped with the edges of the cuffs open, and is sewn with the two pieces of cloth sandwiching the sewing area. As a result, all of the flat substrate except for the sewing region of the pressing stop member of the present invention is in a state of protruding outward from the edge of the adherend. On the back side of the base material exposed to the outside, a large number of hook-shaped male engaging elements are erected to form engaging areas. That is, the pressing stopper for opening and closing of the present invention is a normal attachment except that the sewing region as the fixing portion is not formed over the entire periphery of the flat substrate, but is formed only at one end thereof. There is no difference from a male member of a synthetic resin molded surface fastener provided with a fixing portion and a male engagement region for the body, and the molding method is also significantly different from utility model registration No. 2545058 owned by the present applicant. There is no place.

  The pressing stop member having the above-described configuration according to the present invention has a large number of female engagements formed on the surface of the other end of the adherend by causing the male engagement region to protrude to the outside of the adherend together with the base material. By pressing the pressing stop member of the present invention on the female engagement region composed of the elements from the surface side, the male engagement element is engaged with the female engagement element, for example, the cuff is closed. At this time, all the base-material surfaces except the sewing area | region of the press stop member of this invention are exposed to the surface of a cuff. Since the size of the exposed base material is arbitrarily determined, the necessary engagement strength with the other party is sufficiently secured, and it is not easily disengaged even when strenuously moving, improving practicality. To do. Here, the shape of the flat base material of the present invention is an arbitrary shape, and at the same time, various patterns are formed on the surface and various colors are applied. For example, if it is applied to various sports jumpers and leisure jackets, it will have a value as a kind of decorative product and will be extremely fashionable.

  The pressing and stopping member for opening and closing of the present invention is formed by, for example, cutting a loop of a synthetic resin monofilament woven or knitted into a conventionally known fiber woven fabric or knitted fabric on the back surface of a flat substrate made of synthetic resin to form a hook shape. Although the fiber surface fastener formed with the engagement element may be bonded with an adhesive or the like, it is preferably molded and integrated from the viewpoint of ease of manufacture, economy, and engagement strength. Further, if a part of the engagement region has a non-engagement region where no hook-like engagement element exists, the part does not have a hook-like engagement element. A slit that penetrates may be formed, or a slit may be formed along a non-engagement region extending in the width direction, or by forming a minute groove between the engagement element rows, it is possible to obtain easy bending.

  Furthermore, in order to ensure the ease of bending in the engagement region of the flat plate-like base material, a shape in which partial side edges in the width direction of the engagement region are curved in a direction approaching each other, that is, the base material If a shape in which a partial region in the width direction is recessed inward like the neck portion is viewed from the plane, it becomes easy to bend in the length direction around the notch. Furthermore, it becomes easy to bend | fold at the boundary part by making thick the part which wants to be bent in a longitudinal direction by the free end part side of a flat substrate through a step part. Alternatively, if the entire flat plate-like base material is formed in a slightly curved shape so that the surface on the engagement region side is recessed along the longitudinal direction, for example, from the time when the pressing stop member is attached to the cuff, the same pressing is performed. The stop member fits the wrist. Further, a sewing groove along the sewing line is formed in the sewing area so that sewing can be performed easily. When such an opening / closing pressing stop member is applied to a cuff having a relatively thick cloth as the adherend, the main part of the present invention as the opening / closing pressing stop member of the present invention is exhibited.

  Hereinafter, preferred embodiments of the present invention will be described in detail based on illustrated examples. 1 to 3 show an opening / closing pressing stop according to a first embodiment of the present invention. 1 is a top view of the opening / closing pressing stop, FIG. 2 is a back view of the same, and FIG. 3 is a perspective view as seen from above.

  The opening / closing pressing stop member 10 according to the present embodiment is made of an elongated rectangular plate whose width at the center portion made of thermoplastic synthetic resin is narrow along the curved line, and is shown in FIG. And a male engaging region E that engages and disengages from the mating female engaging region. The sewing area M is formed thicker and wider than the other areas except the free end 15 of the other engagement area E. The entire opening / closing pressing stop member 10 is curved in an arc shape. In the sewing area M, a rectangular slit 12 for sewing in the width direction along the sewing line is formed to facilitate sewing. The entire opening / closing pressing stop member 10 is curved in a bow shape in the length direction.

  A large number of hook-like engagement elements 13 are formed on the concave surface (rear surface) of the flat substrate 11 in the engagement region E. The hook shape has a stem rising from the base material and an engaging head curved or linearly extending from the upper end of the stem in the length direction of the base material. The engaging heads preferably extend in opposite directions in adjacent engaging element rows, or all the engaging elements project a pair of engaging heads in the longitudinal direction of the opening / closing pressing stop member 10. You may make it make it. In addition, although the whole pressing stop member 10 for opening and closing in the illustrated embodiment is an injection-molded product made of a thermoplastic synthetic resin, a fiber that has been widely known in the present invention in the engagement region of the base material 11 in the present invention. It is also possible to join a made surface fastener. The thermoplastic synthetic resin material is not particularly limited, and examples thereof include polyester, polyamide, polypropylene, polyacetal, polyvinyl chloride, and various thermoplastic elastomer resins.

  According to the illustrated example, the large number of hook-like engagement elements 13 are not formed uniformly on all surfaces except the sewing area, and a required number of hook-shaped engagement elements are provided in a plurality of sections (six sections in the illustrated example). Combined elements 13 are arranged in groups. Accordingly, a non-engagement region NE in which the hook-like engagement element 13 is not formed is formed between each group. In this embodiment, two slits 14 that penetrate the front and back and extend along the left and right side edges of the engagement region are formed using the non-engagement region NE. Furthermore, although not shown, a plurality of minute grooves may be formed along the non-engaging region NE that similarly extends in the width direction.

  As described above, the central portion of the opening / closing pressing stop member 10 is formed narrow, or the slit 14 and the minute groove 17 are formed along the non-engaging region NE as described above, thereby opening / closing pressing stop. The member 10 can be easily bent in the longitudinal direction, and can be fitted well around the wrist, for example. Furthermore, in this embodiment, the outer surface (front surface) side of the free end portion 15 on the opposite side to the sewing region M of the engagement region E is compared with other regions through the step portion 15a. It is formed thick. The contour of the step portion 15a is arbitrary, but in the illustrated example, the step portion 15a has a substantially square shape as a whole, and the left and right corners in the width direction on the sewing region M side are cut out in an arc shape. By forming the free end portion 15 thick through the step portion 15a as described above, the thin portion of the engagement region E is further easily bent in the length direction starting from the step portion 15a.

  Further, since the knob 16 having a required thickness is extended at the tip of the free end 15, the knob is also used when the engagement with the mating loop-shaped female engaging element 22 is released. 16 is picked with a finger to make it easy to peel off. Furthermore, in order to improve fashionability, it is good to color the whole opening / closing pressing stop member 10 and to change its color tone. Various logo marks and patterns are printed on the surface of the free end portion 15.

  In order to attach the opening / closing pressing stop member 10 according to the first embodiment configured as described above to, for example, a cuff by sewing, as shown in FIG. 4, the cuff 20 is preliminarily provided with two fabric pieces 20a and 20b. Are formed so that the sewing region M of the pressing stop member 10 for opening and closing can be inserted into the stopper member attaching portion 23 and prepared. Here, after inserting the sewing area M of the opening / closing pressing stop member 10 into the opening of the two fabric pieces 20a and 20b with the surface (front surface) on which the logo mark is printed facing up, the sewing area M The two fabric pieces 20a and 20b are sewn along the sewing slit 12 with the two fabric pieces 20a and 20b sandwiched therebetween, and the opening / closing pressing stop member 10 is fixed to the cuffs 20.

  On the other hand, on the outer surface of the mating portion on the opposite side of the cuff, as shown in FIG. 4, a female hook-and-loop fastener tape 21 having a plurality of loop-shaped engaging elements of a required length is sewn around the cuff. It is attached by wearing. The female surface fastener tape 21 is manufactured by a known manufacturing method in which a monofilament made of synthetic resin is woven or knitted while forming a large number of loop-shaped female engaging elements 22 simultaneously with weaving or knitting of a fiber woven fabric or knitted fabric.

  When the cuff to which the opening / closing pressing stop member 10 and the female surface fastener tape 21 are attached is to be closed in this way, as shown in FIG. 5, the back side of the engagement region E of the opening / closing pressing stop member 10 The hook-like engagement element surface formed on the surface is joined to the loop surface formed on the female surface fastener tape 21 and pressed to be joined. At this time, since the engagement region E of the opening / closing pressing stop member 10 constitutes a male surface fastener in which a large number of hook-like engaging elements 13 stand, the opening / closing pressing stop member 10 against the female surface fastener tape 21 is formed. The engagement length of the engagement region E can be adjusted, and the size of the cuffs can be arbitrarily changed. When opening the cuff where the opening / closing pressing stop member 10 and the female surface fastener tape 21 are joined, the knob 16 extending outward from the edge of the free end of the opening / closing pressing stopper member 10. The cuff 20 can be easily opened by simply pulling the opening / closing pressing stop member 10 and the female surface fastener tape 21 in the separating direction.

  Since the molding cavity of the hook-like engagement element 13 cannot be engraved on the surface of a single mold due to its shape, the entire shape or part of the cavity is formed on the end surfaces of a plurality of thin plate materials. It can be formed by forming a shape and laminating a thin plate material for spacers in an appropriate combination. In addition, after the molding is completed, it can be directly pulled out from the molding cavity of the hook-like engagement element 13 by a release member (not shown). It is also possible to easily release the mold by sliding the plate material along the plate surface to separate the spacer thin plate material from the cavity.

  By the way, when the sewing region M of the pressing stopper 10 for opening and closing of the present embodiment is inserted and fixed between the fabric pieces 20a and 20b of the cuff 20, it is necessary to always keep the insertion amount constant. Therefore, in the present embodiment, a stopper that defines the insertion amount of the opening / closing pressing stop member 10 may be disposed on the stopper member attaching portion 23 of the cuff 20. In the present embodiment, the cuff 20 is cited as the adherend, so the flexibility of the cuff 20 should not be impaired. Therefore, in order not only to have a function as a stopper but also to prevent the flexibility, the cloth pieces 20a and 20b can be sewn with the sewing thread at the position corresponding to the insertion end of the opening / closing pressing stop member 10 in the cuff 20. The said function is exhibited.

  By the way, this is one of the characteristic configurations of the present invention, but the sewing region M formed at one end of the opening / closing pressing stop member 10 is covered with the fabric pieces 20a and 20b of the cuffs 20 to form the engagement region. Since the entire E is projected outside and attached, the surface (surface) on which the logo mark or the like of the engagement area E is printed is completely exposed to the outside so as to go around a part of the cuffs. . Further, as described above, the opening / closing pressing stop member 10 is not limited to a single color and is provided with various colors, and at the same time, a logo mark and various decorative patterns are formed on the end face. These decorative patterns are desirably shaped at the time of molding, but can also be formed after molding by various welders or prints. In addition to these colors and decorative patterns, if the overall shape of the opening / closing pressing stop member 10 is variously designed, the opening / closing pressing stop member 10 itself can be a decorative product.

  The pressing / stopping member 10 for opening and closing of the present invention is, for example, a conventional molding surface as well as a fixture for fixing a plate-shaped article disclosed in EP0659983 A1, which is a type of molded surface fastener proposed by the present applicant. It is on the extension line of the fastener. Since the opening / closing pressing stop member 10 of the present invention also has a function as a decoration as described above, it is provided with a certain degree of rigidity as compared with a normal molded surface fastener so that the shape is not deformed. On the other hand, the pressing member 10 for opening and closing of the present invention is often clothes such as clothes, and it is desired to be engaged along the line of the body.

  Therefore, as shown in FIG. 3, the entire opening / closing pressing stop member 10 is formed by slightly curving in the length direction. In order to make this easier to bend, in this embodiment, the opening / closing pressing stop member 10 is formed. A plurality of slits 14 extending through the front and back in the length direction in the non-engagement region NE where the central portion is narrowed or the hook-like engagement element 13 of the engagement region E is not formed, A number of thin grooves 17 extending in the direction are formed. By being configured in this manner, it is difficult to twist or bend due to delirium, but it is possible to securely engage the opening / closing pressing stop member 10 and the mating female surface fastener while curving along the body.

  6 to 8 show a first modification of the first embodiment. According to these figures, as shown in FIGS. 6 and 7, the outline of the flat substrate 111 of the opening / closing pressing stop member 100 is such that an elongated oval portion 113 is connected to the upper bottom portion of the trapezoidal portion 112. Has a special shape. Further, when viewed from the top surface, an elongated isosceles triangular portion 114 is extended from the upper bottom portion of the trapezoidal portion 112 and is superposed on the upper surface of the oval portion 113. Therefore, as a whole, as shown in FIG. 8, a shape in which the equilateral portion of the elongated isosceles triangular portion 114 is overlapped as a stepped portion 114a in a shape in which the upper bottom portion of the trapezoidal portion 112 and the elongated oval portion 113 are connected. And the whole is curved like a bow in the longitudinal direction.

  The concave surface (back surface) of the curved surface of the flat substrate 111 having such a shape has two sections divided by a large area and four sections divided by a small area as shown in FIG. A large number of hook-like engaging elements 115 are integrally formed in a total of six sections to form an engaging region E. The engagement area E extends over substantially the entire oval part 113, and the non-engagement area NE in which the hook-like engagement element 115 is not formed is formed between the sections. On the other hand, the trapezoidal portion 112 constitutes a sewing area M.

  In this modification, the difference from the first embodiment is that the overall shape is different as described above and that no slits or grooves are formed in the non-engagement region NE. The reason why these slits and grooves are not formed is that the connecting portion between the upper bottom portion of the trapezoidal portion 112 and the elongated oval portion 113 is greatly cut in a direction approaching each other and becomes narrower, and further curved. This is because the stepped portion 114 formed by the equilateral portions of the convex surface (front surface) of the flat substrate 111 is easily bent. In addition, although illustration of the groove part along a sewing line is abbreviate | omitted in the said sewing area | region M, since not only this modification but the shape of the sewing line becomes a part of a decoration (pattern) part, A sewing line is drawn as a sewing pattern of an arbitrary design.

  9 to 11 show a second modification of the first embodiment. When the outline of the flat substrate 211 of the opening / closing pressing stop member 200 of this modified example is viewed from the back side, it is once expanded while curving inward from the upper bottom portion of the trapezoidal portion 212 as shown in FIG. The width gradually decreases and ends at a straight edge, and a rectangular piece extends from the center of the edge. This rectangular piece constitutes the hook-like engaging element 216 in the present invention. Here, even in the second modified example, the flat substrate 211 is divided into a sewing region M formed at one end thereof and an engagement region E formed over substantially the entire remaining main body portion. When the engagement region E is viewed from the front surface side of the opening / closing pressing stop member 200, three stages of the first to third thin plate pieces 213 to 215 having different shapes are arranged in three stages as shown in FIGS. It can be understood that they have a stacked structure. Further, even in this modification, the entire opening / closing pressing stop member 200 is curved in a bow shape in the length direction. A large number of hook-like engagement elements 216 are integrally formed on the recessed surface (back surface) of the engagement region E.

  That is, as shown in FIG. 9, the planar shape of the first thin plate piece 213 on the most surface side is an approximately isosceles triangular portion that bulges outward from the end of the sewing region M to the tip of the wide rectangular portion 212 a and gradually decreases in width. 212b has a connected shape. The planar shape of the second thin plate piece 214 in the middle stage is such that the rectangular portion 213a of the first thin plate piece 213 is opened and closed in the length direction while gradually reducing the lateral width from the middle of the isosceles triangular portion 212b. It extends to a length constituting the entire length of 200. In addition to the planar shape of the second thin plate piece 214, the third thin plate piece 215 arranged on the most back side is forward from the switching point of the first and second thin plate pieces 213, 214 as shown in FIG. The lateral width is gradually increased toward the distal end, and then the lateral width is slightly decreased gradually from the maximum lateral width toward the distal end, and has the same shape as the distal end portion of the second thin plate piece 214 at a position shorter than the distal end of the second thin plate piece 214. It is over.

  A large number of hook-like engaging elements 216 are formed over the entire surface on the concave surface (back surface) of the engaging region E excluding the sewing region M. In this modification, as shown in FIG. 10, the hook-like engagement element 216 is divided into four sections, of which the non-section formed between the two sections at the end on the sewing region M side and the left and right side edges. A plurality of minute grooves 217 extending in the width direction are formed in the engagement region NE. Due to the presence of the minute groove 217, in addition to the ease of bending around the step portions 213a and 214a by the outline of the first thin plate piece 213 and the second thin plate piece 214, the sewing region M and the engagement region E It also ensures the ease of bending the thick part between them.

  In the sewing area M, as shown in FIGS. 9 and 11, when viewed from the front surface side, a sewing groove 218 is formed at the bent portion along the substantially V-shaped sewing line in the sewing area M, A straight slit extending from the bent portion to the left and right is formed with a sewing slit 219 penetrating the front and back.

  12 to 14 show a third modification of the first embodiment. As shown in FIGS. 12 and 13, the opening / closing pressing stop member 300 according to this modification has an overall outer shape that is symmetrical in the length direction. That is, the free end side end portion of the engagement area E and the sewing area M have the same outline shape, and the remaining engagement area E has the lateral width of the first thin plate material 311 once outside as shown in FIG. After gradually increasing so as to bend and swell, the same is gradually decreased. The planar shape of the surface side of the sewing area M (the free end of the engagement area E) is substantially a regular pentagon, and the sewing area M and the free end of the engagement area E are shown in FIG. The first thin plate material 311 is connected between the two, and a rectangular second thin plate material 312 that is long in the longitudinal direction is formed at the center in the width direction from the middle of the sewing region M and the free end of the engagement region E. It has a laminated and integrated shape. A plurality of grooves 313 extending in parallel with the width direction are formed at the center of the second thin plate material 312.

  Even in this modification, the opening / closing pressing stop member 300 is curved in a bow shape, and a large number of hook-like engagement elements 314 are provided in four sections on the back surface of the engagement region of the flat substrate 301. Are integrally formed. In addition, minute grooves 315 extending in the width direction are formed in the engaged region NE between the two sections at the center and the side edges in the width direction. The sewing line in the sewing area M may be drawn in an arbitrary pattern as described above. In this modification, the knob portion is not specially formed. With this configuration, the opening / closing pressing stop member 300 of the present modification is easily bent in the length direction, and when it is attached to an adherend (not shown), it is well adapted to the curved surface portion.

  15 to 17 show a fourth modification of the first embodiment. In this modified example, the planar shape of the flat substrate 411 of the open / close pressing stop member 400 has a shape similar to that of the first modified example as shown in FIG. However, unlike the first modification, the thin plate portion 412 extending from the sewing region to the engagement region has an isosceles triangle shape with a short height. The isosceles portion is a step portion 413 that is overlapped and integrated with the engagement region M. Even in this modified example, the entire opening / closing pressing stop member 400 is curved in a bow shape in the length direction, and a large number of hook-like engaging elements 415 are formed on the concave side surface (back surface). Has been.

  In the present modification, the difference from the first embodiment and the first to third modifications is that three grooves 416 extending in the width direction near the free end of the engagement region E of the flat substrate 411 are provided. A rectangular sewing line 414 is drawn between the formed point, the base end of the engagement area and the sewing area M, and along this closed loop sewing line 414, for example, partly penetrates the front and back In addition to forming intermittent slits, the slits may be connected by grooves, or sewing grooves may be formed along the entire sewing line 414. When grooves and slits are formed in this way, it is easy to bend at the stepped portion 413, and at the same time, free ends of the sewing region M and the engagement region E of the opening / closing pressing stop member 400 by the grooves and slits. The side is easy to bend, and, like the first embodiment and the first to third modifications, when attached to the adherend and engaged with the mating female engaging member, it is good for the curved surface of the adherend. Become familiar.

  As is clear from the above description, the opening / closing pressing stop member according to the present invention is on the extension line of the conventional molded surface fastener. However, the difference from the conventional molded surface fastener is that the opening / closing pressing stop member has various outer shapes. The shape is formed of an elongated plate material that can be adopted, and an area to be sewn to the adherend by sewing is formed at one end portion of the opening / closing pressing stop member. Thus, by providing the sewing area at one end of the opening / closing pressing stop member, the entire surface of the engagement area occupying the majority of the opening / closing pressing stop member can be exposed to the outside. Not only can the stop member function as a simple pressing stop member, but also a function as an accessory such as an accessory can be provided.

  Therefore, although the opening / closing pressing stop member of the present invention has a certain degree of rigidity so as not to be easily deformed, the thickness is changed at the important point, or the non-engaging region where the engaging element on the hook is not formed. By forming a plurality of slits and minute grooves, even when the adherend has a curved surface, the opening of the adherend can be fixed in a closed state along the curved surface.

Here, when the sewing area is attached to the sewing part (stopping member attaching part) of the adherend by sewing, all of the sewing area is covered with, for example, two cloth pieces. It is desirable to sew, so that the sewing area is not exposed to the outside, and the sewing area that is somewhat rigid is not directly touched to the skin, so that it does not give a particularly uncomfortable feeling.
The present invention is not limited to the above-described embodiments and modifications, and it is obvious that various modifications can be made within the scope of the claims.

It is a top view of the opening-and-closing press stop member concerning Example 1 of the present invention. FIG. It is the perspective view which looked at the opening-and-closing press stop member from diagonally upward. It is sectional drawing when the opening-and-closing press stop member is adhere | attached on the cuff of the clothing which is a to-be-adhered body. It is a principal part perspective view when the opening-and-closing press stop member is attached to the cuffs of clothing. It is a top view of the opening-and-closing press stop member which shows the 1st modification of the said Example 1. FIG. FIG. It is the perspective view which looked at the opening-and-closing press stop member from diagonally upward. It is a top view of the opening-and-closing press stop member which shows the 2nd modification of the said Example 1. FIG. FIG. It is the perspective view which looked at the opening-and-closing press stop member from diagonally upward. It is a top view of the opening-and-closing press stop member which shows the 3rd modification of the said Example 1. FIG. FIG. It is the perspective view which looked at the opening-and-closing press stop member from diagonally upward. It is a top view of the opening-and-closing press stop member which shows the 4th modification of the said Example 1. FIG. FIG. It is the perspective view which looked at the opening-and-closing press stop member from diagonally upward.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Adhering body 10,100,200,300,400 Opening / closing pressing stop member 11,111,211 and 301 411 Flat base material 12,219 Sewing slit 13,115,216,314,415 Hook-like engagement element 14 Slit 15 Free end of engagement area
15 a, 114 a, 213 a, 214 a, 413 Step part 16, 220 Knob part 17, 217, 315 Minute groove 20 Cuff 20 a, 20 b (2 pieces) Fabric piece 21 (Female) hook-and-loop fastener tape 22 ) Engaging element 112 trapezoidal part 113 oval part 114 isosceles triangular part 212 trapezoidal part 212a rectangular part 212b isosceles triangular part 213 to 215 first to third thin plate pieces 218 sewing grooves 311 and 312 first and second thin Plate material 313 Groove 412 Thin plate portion 414 Sewing line E Engagement area M Sewing area NE Non-engagement area

Claims (10)

  The flat substrate (11, 111, 211, 301, 411) made of an elongated synthetic resin plate has a sewing region (M) to which one end of the adherend (1) is sewn at one end in the length direction, and the sewing region (M ) Has an engagement region (E) where a large number of hook-like male engagement elements (13, 115, 216, 314, 415) stand up on the back side of the flat substrate (11, 111, 211, 301, 411), and the engagement region (E) is pressed and peeled off. It is configured such that it can be engaged with and disengaged from the surface to be engaged of the adherend having a large number of counterpart female engaging elements (22) provided at the other end of the adherend (1) by operation. A pressing stop member for opening and closing.   The opening / closing pressing stop member according to claim 1, wherein the hook-shaped male engaging element (13, 115, 216, 314, 415) is molded and integrated with the flat base material (11, 111, 211, 301, 411).   The opening / closing pressure stop member according to claim 1, wherein a part of the engagement region (E) has a non-engagement region (NE) where no hook-like engagement element exists.   The flat substrate (11, 111, 211, 301, 411) has a shape in which a part of side edges in the width direction of the engagement region (E) is curved and cut away in a direction approaching each other. A pressing stop member for opening and closing according to any one of the above.   2. A thick portion that is thicker than other portions on a part of a surface of a flat substrate (11, 111, 211, 301, 411) in the engagement region (E) via a step (15a, 114, 413). The pressing stop member for opening and closing according to any one of?   The opening / closing pressing stop member according to claim 5, wherein a plurality of minute grooves (17, 217, 315) are formed in the non-engagement region (NE).   The opening / closing pressing stop member according to claim 5, wherein a slit (14) penetrating the front and back is formed in the engaged region (E).   The opening / closing pressure stop member according to any one of claims 1 to 3, wherein the flat substrate (11, 111, 211, 301, 411) is slightly curved along the longitudinal direction so that the surface on the engagement region side is recessed.   The opening / closing pressing stop member according to any one of claims 1 to 3, wherein a thin portion is formed along a sewing line in the sewing region (M).   A garment formed by attaching the opening / closing pressing stop member (10, 100, 200, 300, 400) according to any one of claims 1 to 3 to a cuff (20).

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