TW201000044A - Slide fastener opener - Google Patents

Abstract

A slide fastener opener for preventing an insert from sliding together with a slider starting to move even if the insert inserted into the opener is not held or the slider is operated by a single hand. The opener is equipped with a pivot (2) for holding the slider at an end of one of fastener stringers (9) attached and the slider and the insert (3) to be inserted into the pivot (2) attached at an end of the other stringer (9). The pivot (2) is equipped with a holding part (21) formed of a recessed groove (22) and a J-shaped pivot (30) capable of fitting a pivot shaft (43) provided on the insert (3) at its end, an engaging part (20) protruding into the recessed groove (22), and a dent (42) on a side rim of an insert plate (41) of the insert (3) to form an engaged part (40). The opener is formed to prevent the engaging part (20) and the engaged part (40) from engaging and sliding together with the slider starting to move.

Description

201000044 IX. Description of the invention: [Technology Street to which the invention belongs: Field j: The invention relates to a zipper opening and closing member which is formed by a pivot member and a member of the insert body, at the end of the zipper ▼ The mounting bracket is mounted on the sliding body of the sliding member, and the inserting member of the sliding member is attached to the end of the other side of the zipper strip by the sliding member of the zipper strip. Between the flanges on the back side of the front side 扦λ Field/moon 仟 eyebrow Θ (4) Insert 'When the pivot support is integrated with the insert lock 5, slide the strip in the closing direction. Further, the reverse action can be performed to make the left and right zipper tapes left and right. [Prior Art] The left and right zipper tapes are separated. It is generally known that the opening and closing member, which is previously called the opening and closing plug, is formed by a box body, a phase rod, and a butterfly rod 3 member, and is located at the lower end of the Qiu Rong station. 4 main t has a (7) piece of the zipper strip. And the box body 'sliding member slides and is fixed to the box body under the 踹 mail~ guide groove is inserted under the other side zipper strips ^, after the women's butterfly stick, to slide upwards, so that the zipper element (four), Close == strip and the slider chain is stripped.乍The opposite action can be separated and opened to the left and right. In addition, as shown in Fig. 13, for example, the opening and closing member disclosed in the patent document 丨 实 实 59 _ 59_25227 侧 zipper 〜 ~: side opening type opening and closing In the case of the zipper element, the zipper element 68 is formed by the injection molding method, and the 狃 铋 我 , , , , , , 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 体 ' The lower end of the zipper element 68 is connected to the lower end of the zipper member 68. The opening and closing member, the opening and closing member 63, is opposite to the side opening groove 63, and is maintained at the same thickness as the 135506.doc 201000044 chain member 68. The portion 61 has a thicker pivot insertion portion 64 below the holding portion 6i, and the trailing shaft is inserted into the groove 63, and has a side shape f curved into a key shape. Further, the hole 70 is inserted, and the slider is inserted into the holding portion 61. The side edge of the other side fastener tape 69 is formed with a resin zipper member 68. The lower end portion is provided with a tree which can be inserted into the groove 63 as a whole. The plate-shaped obstruction plate 62 of the moon is provided with an orientation table at the lower end of the insert plate 62. The protruding shaft 66 is formed to be insertable into the shape of the key shape 7. The operation of the opening and closing member 60 is such that the slider of the insertion holding portion 61 abuts and is fixed to the thicker pivot insertion portion 64. The pivot 66 which protrudes from the lower end portion of the insert portion 62 toward the front and back sides is inserted into the support hole 7 of the pivot insertion portion from the side, and then the inserting plate 62 is rotated by the insertion shaft 66, and the rear plate 62 is rotated. After the side edge is inserted between the flanges of the sliding member which protrudes toward the back surface of the watch, after the inserting plate is inserted into the groove 63, the sliding member is slid in the direction of closing the left and right zipper strips (7). The zipper element 68 is engaged to close the zipper strip 67. By performing the reverse operation of the above operation, the left and right zipper strips 67 are closed and opened. The opening operation is performed by the side opening type opening and closing member 6 The opening and closing member 6 of the zipper strip 67 slides, and after the slider is abutted and fixed to the pivot insertion portion 64, if the pivoting plate 66 is centered on the pivoting plate 62, the inserting plate 62 is made by the side of the sliding member. Released between the flanges bent at the back of the watch and the pivot 66 is disengaged from the support hole 70 to be separated In the zipper strips of the left and right zipper strips, the opening and closing member 6 () which is excellent in convenience, as disclosed in Japanese Laid-Open Patent Publication No. Hei. No. 2-43568 (Patent Document 2), In the side edge of the zipper tape 69 on the side of the 135506.doc 201000044, the resin zipper element 68 is formed by injection molding to form the zipper strip 67, and the zipper strip is used at the lower end of the zipper strip. 68. The same type of resin forming opening and closing member 6'' is formed as a groove 63 having a side opening σ, and the I pull member 68 has the same thickness to hold the material portion 61 of the slider, and the lower end of the holding portion 61 The portion is provided with a U-shaped pivot insertion portion 64 thicker than the holding portion 61. The inner surface of the tow insertion portion 64 is also provided with a groove 63 connected to the groove groove, and the front end thereof is formed to be insertable. The slit 71 of the plate 62. In order to fix the holding portion 61 and the drag shaft and the receiving portion 64 to the fastener tape 69, the reinforcing portions 65 shared by both sides are provided so that the holding portion 61 and the pivot insertion portion 64 are fixed to the fastener tape. A resin zipper element 成形 is formed on the side edge of the other side zipper tape 69 to form a zipper tape (4), and the lower end portion of the minus (four) 67 is formed into the same kind of resin as the zipper member 68 than the zipper element (4). The plate a is slid into a recessed groove formed in the holding portion 61 opposed thereto. Further, at the lower end portion, the pivot shaft 66 having the same thickness as the yoke insertion portion 64 and having the same thickness as the zipper member is formed to protrude from the surface of the inserting plate 62 toward the front and back surfaces, and the pivot 66 is formed as After the relative pivot insertion portion 64 is inserted, the funnel 62 is rotated about the trailing shaft 66, and can be inserted into the groove 63 of the retaining portion 61. ', ι Opening and Closing 60 Operation The slider inserted into the one side zipper strip π is inserted into the holding portion 61, and is abutted and fixed to the pivot insertion portion 64, and inserted into the inserting plate 62 of the other side zipper strip 67 by the account of the slider. The front end pivot 66' is pivoted along the edge of the recess 63 provided in the retaining portion 61, and 135506.doc 201000044 is finally embedded in the J-shaped pivot insertion portion 64. Alternatively, after the slider The gap between the mouth and the front end of the J-shaped pivot insertion portion 64 is inserted into the pivot insertion portion 64 from the side, and the insertion plate 62 is rotated about the pivot 66 to the side of the insertion plate 62. Inserting the side of the slider between the flanges bent toward the front and back sides and inserting the side edges of the plate 62 The recess 63 is formed to be fixed to the retaining portion 61. - The inserting plate 62 is inserted into the retaining jaw 61 by the shoulder of the slider as previously described, or the flange formed on the front and back sides of the slider side. After being inserted and fixed to the holding portion 61, the slider is slid in the direction in which the left and right zipper strips 6 7 are closed, and the left and right zipper elements 68 are sprayed to close the left and right zipper strips 67. The left and right zipper strips to be separated and opened and closed When the strip 6 7 o's slides the slide member toward the pivot insertion portion 64, the abutment plate 62 is pulled out together with the pivot shaft 66 by the shoulder of the slider after abutting the pivot insertion portion 64 fixed to the j-shape, or The inserting plate 62 is rotated about the pivot 66 so as to be disengaged from between the flanges of the front and back sides of the slider, and the pivot 66 is pulled out from the gap Φ between the rear end of the slider and the front end of the pivot insertion portion 64. The left and right zipper strips 67 can be separated and opened. The opening and closing member 6 〇, the operation of engaging and closing the left and right zipper strips 67 and the separation and opening thereof can be performed at the shoulder of the slider or on the slider The convexity of the back side of the side of the watch is carried out. - Patent Document 1: Sakamoto Shikosaki 59 -25227 Patent Document 2: JP-A-2008-43568 SUMMARY OF INVENTION Problems to be Solved by the Invention In the above-mentioned opening and closing member, which is generally called an open-release insert, it is possible to open and close 135506.doc 201000044 The operation type has a zipper strip inserted into one side of the sliding member, and a box body and a box rod are attached to the lower end portion of the zipper strip, and the sliding slider is fixed to the box body, and the zipper strip is to be attached. The lower end mounted butterfly rod is inserted into the zipper element guiding groove by the shoulder of the sliding member, and finally the butterfly rod is inserted and fixed to the box body, and the insertion portion of the zipper strip with the blister rod is gripped while sliding the sliding member upward , so that the left and right zipper strips are meshed and closed. By performing the reverse operation of this operation, the left and right zipper strips are separated. The opening and closing operation of the slider in the opening and closing member has a problem such as inconvenience that the longitudinal operation of the slider can be performed only by the shoulder of the slider, and the operation between the flanges of the slider side surface cannot be performed. Further, the side opening type opening and closing member 6A shown in Fig. 13 is abutting and fixing the slider to the towing shaft insertion portion 64 of the holding portion (4) attached to the lower end portion of the - side fastener tape 67, and is attached to the other. - Side zipper strips... The bottom end of the money into the board ^ The pivot (4) The person in the (four) inserts the 64 part of the L-shaped support hole %, in which: the shaft 66 is centered to insert the insert 62, so that it is set Insert the person between the flanges on the side faces of the slider and insert the recesses of the retaining portion 61 to make: Sliding in the Si direction, the left and right zipper strips 67 can be engaged and closed, so that the slider is "sliding toward the axle insertion portion, and the abutment is fixed to the rear of the setting: if the pivot 66 is centered Rotate the plate to pull it out between the flanges on the back side of the IS surface, so that the left and right zipper strips 67 can be separated and opened. The left and right sides are inconvenient and so on, and the sliding parts of the two 6G are opened and closed. The lateral operation between the flanges on the back side of the operation, = using the surface orientation formed on the side of the slider. The method is to use the opening 6G shown in the vertical 135506.doc 10· 201000044 2 114 of the slider shoulder. Attached to the side zipper strips ^ lower end ^ skirt holding portion 61, the zipper strips 67: hold, 61, and the shoulders of the hinges are fixed to the pivotal plug = ^ 'month pieces inserted in the other The plate 62 of the lower end portion of the one side zipper strip 67; the shaft 66 guides the insertion shaft % by the edge of the groove ^, so that it is inserted into the pivot insertion portion 64 of the J-shaped shape, as long as one side holds Inserting the plate 2 to slide the slider in the direction of the instinct' can make the left and right pull 67 mesh and close. Moreover, at the lower end of the w can The holding portion 6 is provided, and the slider (4) is inserted into the slider, and the slider is held by the material (4) and abuts and fixed to the insertion shaft 64. The slider is inserted into the rear opening of the slider and the J-shaped pivot. The gap between the front ends of the portions 64 is inserted into the pivot 66 provided at the front end of the plate 62 as the object of the ringing, and is inserted into the inserting plate 62 between the flanges on the front and back sides of the side surface of the slider, and is inserted into the recess (4). The groove is called 吏, and the left and right zipper strips 6 7 can be closed by sliding the sliders in the meshing direction while holding the inserting plate 62'. When the left and right zipper strips 67 are separated, the sliders are made When the pivoting insertion portion 64 is slid 'to abut the pivot insertion portion 咐, if the insertion panel and the pivot 66 are pulled out by the sliding shoulder, or after the slider abuts the pivot insertion portion 64 The zipper strip 67 is rotated in the lateral direction around the pivot 66, so that the stagnation plate 62 is separated from the flange of the front and back surfaces formed on the side surface of the slider, and can be separated and opened into the left and right zipper strips 67. In the first example, the pull-tab strip 67 of the insert-incorporated object is simply inserted into the shoulder by the slider of the slider. The opening and closing operation of the second example shown in Fig. 13 135506.doc • 11 · 201000044 is a side opening type opening and closing member which is formed between the flanges on the back side of the side surface of the slider. The insertion and removal operation of the pair of strips 67. In addition, the zipper of the figure _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 2, from the flanges on the back side of the front side of the slider, the smashing and detaching of the chain 2 of the object 2 is carried out, and the four-in-one and the separate-pulling can be used together. It is not perfect. After the slider is inserted and fixed to the pivot insertion portion 64, when the shoulder member of the slider slides in the meshing direction, it can only be used in the case of using the early hand. = When the plate 62 is to be used and the slider is to be slid with one hand, the zipper strip 67 provided with the inserting plate 62 slides with the slider to slide the left and right zipper elements 68 to be unable to bite into the line to close H, , ^ ' "To re-enter from the beginning The present invention is based on the subject matter of the invention.

I Μ Μ 种 种 其 其 其 其 其 其 其 W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W Or, after the zipper strip 9 is inserted between the flange 12 of the front and back of the front surface of the front surface of the slider having the insertion body 3, the zipper strip 9 is slid in the direction of the zipper strip 9: upward, that is, closed In the case of the insertion body 3, the person who has the insertion of the person in the insertion body 3 is placed in the mouth of the Ϊ Ϊ 35506.doc 201000044. M0, even if the slider zipper strip 9 is not used by hand, and the slider 10 is operated with only one hand, the zipper strip 9 with the inserted body 3 does not slide the slider together, which is the present invention. The main purpose. Each of the inventions described in the claims 2 to 8 is intended to provide a zipper opening and closing member in addition to the purpose of the stipulation of the stipulations in the scope of the request. 2, the installation position of the engagement portion 20 and the engaged portion 4{) of the insertion, the attachment shape of the fastening (4) and the engaged (four), and even the associated form of the fastening portion 2〇 and the engaged portion 4〇 And it can exhibit an excellent sliding function capable of preventing the zipper strip 9 from sliding together with the start of the slider 1〇. Technical means of solving problems

In order to achieve the above object, the opening and closing member 1 of the zipper according to the scope of the present invention is installed by one end of the zipper member 6 of one of the pair of left and right zip fastener strips 9 in the longitudinal direction. The pivot body 2, the insert body 3 mounted at one end of the zipper element 6 of the other side zipper strip 9 in the longitudinal direction, and the slide member 1 of the insertable pivot body 2 and the insert body 3; The insertion body 3 is provided with an insertion plate 41 which can be inserted into the side of the shoulder 15 of the slider 1 or the side of the flange 12 of the front and back, and a pivot 43 which can be moved backward to the pivotal support 2 is provided on the lower side of the insertion plate 41. The lower side of the crucible body 2 is provided with a glyph pivoting portion 30' which is engageable with the pivot shaft 43'. The upper side of the pivotal branch portion 30 is provided with a recess 22 for fitting the insertion plate 41 of the insertion body 3. In the opening and closing member 1, the protruding portion 25 is provided in the groove 22 to form the engaging portion 20'. The protruding portion 25 is inserted into the insertable portion of the pivotal support 2 135506.doc -13-201000044. The groove 22 of the plate 41 protrudes; and the insertion plate 41 opposed to the engaging portion 20 formed by the protruding portion 25 is provided with a concave portion 40 that can accommodate the concave portion of the protruding portion 25. Alternatively, the step portion 34 is provided in the groove 22 to form the engaging portion 20, and the step portion 50' that is engaged with the engaging portion 2 of the step portion 34 is provided in the insertion plate 41 to form the engaged portion. 40. Further, a protruding convex portion 29 is provided in the concave groove 22 to form the engaging portion 20, and a concave portion 49 that is engaged with the engaging portion 20 of the convex portion 29 is provided in the insertion plate 41 to form the engaged portion 4〇. These engaging portions 20 are formed in a manner that can be engaged with the engaged portion 40. The invention described in the Scope 2 is a zipper opening and closing member which is provided in the fastening portion 20 of the pivotal support 2, which is provided in the pivotal support 2, in addition to the configuration of the invention described in the claim 1. The gap of the inner surface 23 of the groove 22 is formed to be smaller than the gap of the groove 22 of the pivotal portion 30, and the engaged portion 4 is formed to be engaged with the engaging portion 2 when the pivot portion 43 is swung around the pivot 43. The invention described in the scope of claim 3 is a zipper opening and closing member, which is excluded from the scope of the request! In addition to the configuration of the invention described above, the engaging portion 20 provided in the pole support 2 is formed by the front surface (10) (four) projection 25 of the recessed groove provided in the pivotal support 2 to be engaged. The portion 4 (} is formed on both sides of the edge portion 44 of the insertion plate 41 to form a concave portion 42. The invention is a zipper opening and closing member, which is described in the request range 1 In addition to the constitution of the invention, the engaging portion 20 provided on the pivotal support 2 is disposed at a position where the inner surface 23 t of the recess 22 of the pivotal support 2 is very close to the pivotal portion 3G, and the engaged body 40 The portion facing the engaging portion 20 is formed to be detachably formed between the engaging insert 3 and the side edge of the inserting plate of the pivotal body 2. 335506.doi 201000044 The invention described in claim 5 is a zipper The opening and closing member is not limited to the configuration of the invention described in any one of the claims 1 to 4, characterized in that the δ is free from the engaging portion 20 of the pivotal support 2, and is provided by the pivotal support 2 A protruding portion 25 protruding from the inner surface 23 in the groove 22 is formed, and the slider 10 inserted through the fastener tape 9 abuts against the pivot portion 3 State, at least above the projecting portion 25 disposed on the surface of the bit line 26 is closer to the shoulder mouth 15 side than the slider 16 after 10

The affixed portion 40 is disposed on the insertion plate 41 of the fastening insert 3 and the pivotal support 2 opposite to the engaging portion 2 》. The invention of the invention is a zipper opening and closing member. In addition to the configuration of the invention described in the scope of claim 2, the engaging portion 20 provided in the pivotal support 2 is formed in such a shape as to face the recess 22' provided in the pivotal support 2 The front end is formed to have a narrow width so that the base portion 32 provided at the bottom portion 24 of the groove 22 is formed to have a wide width, so that the lower surface 27 has a sloped shape. The opening and closing member of the zipper according to the invention of claim 1 is characterized in that, in addition to the configuration of the invention described in any one of claims 1 to 6, it is characterized in that the Tonglu Mountain is embedded in the back side of the pivotal support 2 The J-shaped inserting portion 51 of the eight-cabinet shaft 43 is cut, the small protrusion 52 is provided at the entrance of the bulling pivot 43 through the φm, and the space strip is formed in the 柩 branch portion 30 located inside the small hole ^^ to form The bullet (4) is formed to elastically lock the pivot shaft 43. The invention described in the scope of claim 8 is the opening and closing member of the ...f chain, which is in addition to: closing the left and right zipper belts ,9, the product is received, and the features are in the direction of the joint, that is, upward = When the slider 1 is slid to the zipper element, the insertion plate 41 of the insertion body 3 has the effect of preventing the invention from being buckled by the splicing portion 20 and the buckled portion 4 :: The effect of the invention of the present invention is as described above, and is generally referred to as an open-release zipper strip η side zipper strip insertion mounting slider, and the lower side of the zipper strip is mounted with the housing and the shoulder D of the slider inserted. Fixed an f = rod; after inserting the butterfly rod with the pull button, because of the necessity - the lower end of the zipper strip is the same as the lower end of the strip: - the side makes the slider Operating in the closing direction, it is difficult to slide with one hand and as the slider is activated 'the zipper strip with the butterfly stick also slides with the slider, the zipper element cannot be engaged. ❹ In addition, because the open-closed parts of the patent documents are side-opening type, the zipper strips are inserted into the shoulders of the method. The closing operation by the slider is performed by the sliding surface: two bonding sheets. Therefore, it is only possible to use the side of the slider / "very poor performance. Again" is shown in Patent Document 2, because the closing and opening operation of the zipper strip can utilize the shoulder of the slider: and can be utilized The method of the side is a good convenience opening and closing y, but the disadvantage is that when the left and right zipper strips are closed, the zipper strips with the bullying body must be held, so if the one-handed body is used, the #cutting piece 1 is installed. The zipper 4 having the rear entry body is also started at the same time as the start of the slider, and becomes a state in which the pull-button element is operatively sprayed, and needs to be re-operated from the beginning again, using the effect of the invention described in the scope of the application of the present application, Since the opening and closing member is a 4-zone branch which is installed at the end of the length of the zipper member of one of the pair of left and right zipper strips, and the length of the zipper member of the other-side zipper strip The insertion body mounted at one end, and the insertable pivot support 135506.doc -16-201000044 are formed by the slider of the insert body, and the insert body is provided with an insert plate which can be inserted into the shoulder side of the slider or the flange side of the front and back sides, Set under the insert plate The pivoting shaft that can be embedded in the pivotal support is provided with a j-shaped pivotal branch that can be embedded in the pivot on the lower side of the pivotal support, and a groove for inserting the inserting plate of the inserting body is provided on the upper side of the pivotal branch. Said effect. Because inside the groove of the pivotal support

The engaging portion of the form is provided with a concave-shaped engaging portion of various forms on the insertion plate of the insert body facing the engaging portion, and is formed in a form in which the engaging portion and the engaged portion are engageable, so that the sliding portion is used Between the flange of the shoulder of the piece or the flange of the back of the side, insert the pivot of the insert into the J-shaped pivotal portion for pivotal insertion of the pivotal support, and then turn the slider toward the left and right zipper strips. Even if the end of the zipper strip with the insert body is not gripped during the start, and the slider is operated with one hand, the snap portion and the engaged portion can be buckled to securely prevent the zipper strip and the slider. The effect of starting together. In addition to the effects of the invention described in the scope of claim i, the Invention M described in the Scope 2 has the following effects: > The joint portion is formed in a small gap between the grooves of the gap T of the inner surface of the groove When the buckled portion is swung by the center of the pivoting shaft, the buckle portion can be engaged with the buckle portion, and the buckled portion can be surely fastened when the buckle portion is engaged with the buckle to prevent the insert from moving together. 'Month: Seeking the invention described in the scope 3, in addition to the effect, it also has the following s. 软 Φ > in the groove of the soft tribute; since the buckle is made of the concave arm in the pivot The inner surface of the odd surface is formed on both sides of the edge portion of the Φ mountain insertion plate, and the buckled portion is formed by the depression portion in the lower portion, thereby, in the fastening portion 135506.doc -17-201000044, the pivot support or The insert body usually catches the action of micro-motion on the back of the watch when the slider is started. 'Right on the back of the watch, the micro-motion can be inserted into the human body to easily capture the pivotal support'. It can prevent the zipper strip and the slider with the inserted human body. Start together. The invention described in the scope of claim 4 is in addition to the effect of the invention described in the scope of claim i, and has the following effect: since the fastening portion is formed by providing a protruding portion at the bottom of the groove of the pivotal support, the buckle is formed. The merging portion is formed by providing a recessed recess in the side edge of the inserting plate, whereby the inserting body can be easily and smoothly inserted into the pivotal body between the shoulder of the slider or the flange of the front and back, and Since the shaft has no contact with the convex portion formed at the bottom of the groove, the operation of the pivot shaft is not hindered. Since the convex portion and the arc-shaped concave portion are formed in an arc shape, the shaft can be smoothly engaged. The zipper strip with the inserted body is prevented from starting together with the slider. In addition to the effects of the invention described in any one of the claims 1 to 4, the invention described in the scope of the present invention has the effect that the engaging portion (four) is formed by the protruding portion of the (four) protruding portion of the insertion groove. In a state in which the slider abuts against the branch portion, at least the upper surface of the protruding portion is disposed closer to the shoulder side than the rear opening of the slider, and the engaged portion is disposed on the engaging insert opposite to the engaging portion. The insertion plate of the pivotal support body can thereby be easily inserted into the engaged portion and can be surely engaged. The invention described in the scope of claim 6 has the following effects in addition to the effects of the invention described in the claim 2: the fastening portion is formed into a shape in which the width of the front end of the π side of the groove of the inserted body is smaller than that of the invention. Narrow, so that the base of the bottom of the groove is wider, so that the bottom is in the shape of a slope, whereby the 135506.doc -18-201000044 ==: can be smoothly and effectively inserted into the eight-body buckle. The invention can prevent the invention of the zipper strip with the insert body = the description of the enclosure 7, which is in addition to the effect of the invention of the request scope, and also has the embedding portion of the font on the side of the item element. On the back of the pivotal branch of the fruit „ „ 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在The glyph:::: can be surely locked to the start-up movement of the armrest member provided on the insert body, and the lock body is locked with the slide body. The elastic force of the elastic piece is easily released to the request range 8 The invention has the following effects in addition to the effect of the request range 〖~7_: with respect to the slider direction = resistance two: in! by the fastening of the fastening portion and the buckled portion The starting mechanism 'by the month of closing the left and right zipper strips (moving, can prevent the insertion plate from being pulled out by the slider shoulders in advance). [Embodiment] The zipper of the present invention is opened and closed, as shown in FIG. Shown by the towed body, the two members of the insert body 3 are formed 'adding slip to the above two members (4) Opening and closing of the material, the pivotal body 2 and the inserting body 3 are disposed on the zipper tape 5, and the zipper tape 5 is embossed at the end of the zipper tape 5 to form a vacant portion of the zipper (4) 6, and the reinforcing tape is adhered in the far space. 8' above the reinforcing tape 8, the pivotal support 2 and the insert 3 are integrally formed on the side edges of the fastener tape 5 by the injection molding method using the resin continuously in the zipper element 6. 135506.doc -19- 201000044 The plum support 2 is provided with a retaining (4) retaining and retaining slider 1 (), and the upper and lower flaps are surrounded by the surface (four), the back (four) and the bottom 24 of the retaining portion 21 and are oriented toward The zipper tape 5 is formed in the longitudinal direction. The end portion of the groove 22, that is, the lower end, is connected with a thicker wall-shaped pivot portion 30 for inserting a pivot 43 disposed on the insertion plate 41. The front end of the % is continuously provided with the slit 31 in the groove 22, and is further inserted into the front end of the insertion plate 41. Further, in the groove 22, as shown in Fig. 5, the inner surface 23 of the front surface of the front surface is provided with a centering protrusion. The protruding portion 25 forms a fastening portion 2〇. The concave portion 22 of the protruding portion 25 has a planar shape on the upper surface of the inlet 26, as shown in the figure. 4, the protruding portion 25 has a narrow width toward the front end, and the base portion 32 of the bottom portion 24 has a wide width. The bottom portion 24 is formed in a right angle. The lower surface 27 is formed as a slope. On the other hand, the insert body 3 is in the form of a flat plate. In the form of a concave portion 42 formed in the insertion plate by the dimple portion 45, a concave portion 42 is formed to form the engaged portion 40, which is formed by inserting the engaging portion 2 The engaging portion 20 is formed by a protruding portion formed in the groove 22 of the pivotal support 2. The front end side of the insertion plate 41 is provided with a cymbal 43 having the same thickness as the zipper member 6 so as to protrude toward the front and back sides. The insertion plate 41 can be inserted between the shoulder of the slider 1 and the flange 12 of the front and back, but the pivot 43 can be inserted by the shoulder n of the slider 1 and cannot be folded by the flange of the front and back in the slider 10 2 out. The use of the opening and closing member, as shown in FIG. 2, initially abuts and fixes the slider 固定 to the pivot portion 3 of the pivotal support 2, and the shoulder port u of the fixed slider 1 is inserted into the insertion plate 41. At this time, since the pivot 43 has the same thickness as the zipper element 6, the component guiding groove 14 of the slider 10 can be inserted, but cannot be pulled out from the flange 12 of the back surface of the I35506.doc -20· 201000044. Then As shown in FIG. 3, the insertion plate is "inserted to the end, and the pivot 43 is embedded in the J-shaped pivot portion 30, and the front end of the engaging portion 2 formed by the projection 25 is overlapped in the insertion by the formation. The form of the engaged portion 4 formed by the recessed portion 42 on the edge portion 44 of the plate μ is stopped. When the slider 1 is slid in the direction of closing the left and right fastener tapes 9, the abutment is abutted The guide post of the zipper element 6 is pushed out by the left and right projections. The rim 12 pushes the zipper element 6 toward the meshing center line. At the same time, the insertion yoke 41 also enters the holding portion 21 to abut, and the engaging portion 20 is engaged. The degree of coincidence of the engaged portion 4〇 is increased. Then, while sliding with the slider 10, the insertion plate 41 captures the back of the watch. In the rocking action of either one, the engaged portion 4 is engaged with the engaging portion 20 of any of the grooves u. Therefore, the insertion plate 4 is not stabilized by the start-up action of the slider 1 It is fixed, and the zipper strip 9 to which the insertion body 3 is attached is not slightly moved. Further, the fastening portion 2 〇 and the engaged portion 4 亦可 can be formed as shown in FIGS. 7 and 8 as a difference of H. 50, the holding body 2 is engaged with the insertion body 3. Further, β, as shown in Fig. 1 and Fig. 11, the fastening portion 20 and the engaged portion 40 are provided as convex portions 29' protruding in the concave groove. The recessed portion 49 is provided at the edge of the inserting plate, so that the convex portion 29 and the concave portion can be combined to perform the same function as described above. Embodiment 1 The embodiment 1 shown in Figs. The zipper opening and closing member!, as shown in Fig. i, is formed by the pivotal body 2 and the inserting body 30 μ, the body 3, and the pivoting body 2 and the inserting body 3 are disposed on the pull-bonding tape 5, + Weaving or braiding the core strip 7 on the opposite side edges of the pair of right and left zipper tapes 5, and continuously forming the core tape 7 in the portion of the core tape 7 by using a poly-, 135506.doc 201000044 guanamine Shot into The zipper element 6 is formed. The continuous zipper element 6 is removed at a certain interval to form a vacant portion, and in the vacant portion, after the zipper tape (10) reinforced fabric is surrounded by the core tape 7, the zipper is used in the vacant portion. The resin 6 of the same element 6 is integrally connected with the pull-and-pull member 6 to integrally form the pivotal body 2 and the insert body 3 on the core strip 7 by the coin-carrying forming method, and becomes a zipper strip. 9. That is, in the opening and closing member 1, the pivotal support 2 is disposed at the (four) component end of the one side fastener tape strip 9, and the insertion body 3 is disposed at one end of the length direction of the pull key member 6 of the other side fastener tape strip 9. The zipper strip 9 is inserted into the slider 1 〇, the item π 仟 ... , to prevent the slider from being attached to the end portion of the zipper element 6 on the opposite side from the opening and closing member 1 to form a zipper. The slider can be used as previously known. The slider has, for example, an upper wing plate and a lower wing plate; the left and right side edges of the upper cup sv wing plate and the lower wing plate are curved to be close to each other. a flange 12 extending in the direction of the wing and the lower slat; a central portion of the shoulder portion 15 of the upper wing of the upper wing and a shoulder portion 15 of the lower wing by the guide post 11; There is a pull tab on the top. The slider 10 is guided by the column Π and the left and right flanges 2, and is formed by the component guiding groove 14 through which the zipper element 6 passes. The guiding, the cover 4#, the groove 4 is from the rear opening 16 toward the shoulder opening 15 The guide column u branches into two 'Y-shaped shapes and is connected to the inside of the slider ι. Furthermore, in the present invention, the form of the body/month piece 10 in the sign, the code* is bent in any one of the upper wing plate and the lower wing plate, for example, in the pull key tape $ Side = zipper element (4) with coil shape, along the thickness of the zipper element, the surface and the back surface are not π.t 冋, the reinforced tape 8 of the zipper tape 5 is provided with several through holes for the 屮# In the case of the molding resin, the opening and closing member is firmly formed, and 135506.doc -22-201000044 can be equipped with the locking mechanism of the opening and closing member It in the opening and closing member! The surface. Further, the zipper element 6 may be applied to a zigzag linear zipper element or a zipper of a metal zipper element. The dam support 2 is formed in such a manner as to form a slide member which can be inserted and held in a proper manner, and is also provided with a holding portion 21 having the same thickness as the zipper member so that the slider is not pulled out when the slider 4 is lowered. The groove 22 is surrounded by the surface plate 35, the back plate 36, and the bottom portion 24 of the holding portion 21 opposed to the upper and lower blades of the slider 1, and is formed in the longitudinal direction of the fastener tape 5. On the outer side of the holding portion 21, a reinforcing portion 33 which is slidable by the flange 12 of the front and back surfaces of the slider 10 is formed. A concave groove 22 through which the insertion plate 41 can be inserted is disposed inside the holding portion 2 i , and a pivot portion 30 having a thicker thickness than the holding portion 21 and having a j-shaped outer shape is provided at a lower end of the groove 22 , and The boundary portion of the holding portion 21 and the pivot portion 3 is held and fixed to the slider 10', and the inner surface of the pivot portion 30 is provided with a groove 22' connected to the groove 22, and the end portion of the bending portion is provided with an acceptable insertion plate 41. The slit 3 i, and the U-shaped pivot portion 30 can be embedded in the pivot 43 provided in the insertion plate 41, and the gap between the mouth 16 and the front end portion of the pivot portion 30 after the slider 1 is held. It is possible to pass the gap of the pivot 43 provided at the insertion plate 41. The J-shaped pivot portion 30 is in a state in which the mouthpiece 6 abuts after the slider 1 is closed, and the component guiding groove 14 on the rear port 6 side is vacantly formed by the gap of the pivot 43, and the pivot branch 3 is slipping. The abutting side opening of the piece 10. In the groove 22, the projections 25 shown in Figs. 3 and 4 are provided on the inner surface of the front and back surfaces of the portion close to the pivotal portion 30 to form the engaging portion 20. Since the engaging portion 20 is formed on the inner surface of the front and back surfaces and is engaged with the engaged portion 4, it can be surely engaged even if it is biased toward one side. The protruding portion 25 is protruded toward the center of the 135506.doc -23-201000044. The flat portion of the groove 22 has a narrow width at the front end portion, and the base portion 32 at the bottom portion 24 has a wide width. Above the 6 side (4) at right angles ' with respect to the bottom portion': the surface 27 is formed by a slope which is widened as it approaches the bottom portion 24, as shown in Fig. 4, when the pivot 43 is centered Can be securely fastened. The front end portion of the protruding portion 25 is formed over the entire width direction of the groove ^. The protruding portion 25 is formed over the groove 22: the intermediate portion of the surface of the holding surface and the side edge portion 37 of the # surface is formed to be a member of the shape of the dog's out of the shape of the inserting plate 41. When the groove is 4, the outer edge portion 37 can guide the pivot 43. The insertion body 3 is formed by a rectangular flat plate forming the insertion plate 4i, and a concave portion 45 recessed into a narrow width is provided on the lower end of the chat portion of the insatisizing portion 17, that is, the surface of the core tape 7, for the division, in the zipper element 6 The edge portion 44 is provided on the head side. In the nest. The insertion plate 41 on the extension line of Μ :) protrudes from the front and rear surfaces thereof with a pivot 43 of the same thickness of the zipper element 6 . At the inner end edge of the insertion plate 41, a rib portion 1 thicker than the gap between the flanges 12 of the north face & ^ ❹ moon surface of the slider 1 is protruded to guide the slider H)' and the board is reluctantly inserted. 41. A sliding recess 47 is formed between the dimple portion 45 and the rib portion 2 so that the flange of the slider Η can smoothly traverse the port and the lowermost zipper member 6 of the zipper strip 9 on which the pivotal body 2 is mounted. Spray. On the surface of the narrow-width rim flange 44 of the insertion plate 41, a concave-shaped recessed portion 42 is provided to form the engaged portion 4'', which is a projection portion which is protruded from the inner surface of the front and back surfaces of the concave groove η. 25 formed by the snap (10) snap. The engaging portion 2〇 and the engaged portion 4〇 are formed as a ratio by inserting a gap of the protruding portion 25 which is protruded from the inner surface of the front surface 135506.doc -24-201000044 of the groove 22 as shown in FIG. The plate "small thickness is larger than the thickness of the recessed portion 42, so that the insertion plate 41 can be easily engaged. By forming the gap between the projections 25 to be the same as the thickness of the insertion plate 41, the insertion plate 14 is formed. When the rocking member 1 is rocked, it can be fastened. The use of the opening and closing member 1 is as shown in the foregoing paragraph, and as shown in FIG. 2, it is fixed with respect to the pivotal portion 30 abutting the pivotal support 2. The slider 1 is inserted into the insertion plate 41 of the insertion body 3 by the shoulder opening 15, and the pivot shaft 43 is guided by the outer side edge portion 37 of the holding portion 21 to be inserted into the component guiding groove 14, as shown in Fig. 3, the pivot 43 is embedded. The J-shaped pivot portion 30 is stopped rearward. At this time, the engaging portion 20 formed by the protruding portion and the engaged portion 4 formed by the recessed portion 42 overlap in the groove 22, and the slider 10 is closed in the closing direction. The slide 'insertion plate 41 as shown in FIG. 4 travels toward the holding portion 21 at AA, BB, CC, and the protruding portion 25 of the engaging portion 2 is The recessed portion 42 of the joint portion 40 is deepened to the extent that the CC member zipper member 6 shown in Fig. 4 is engaged with each other to be in a state of closing the slide fastener. e The embodiment shown in Fig. 6 is to be in the insert body 3. The pivot shaft 43 provided in the insertion plate 41 is inserted into the insertion plate 41 between the flanges 12 fixed to the front and back surfaces of the slider 1A of the pivotal portion 3, and the pivot shaft 43 is passed through the front end portion of the j-shaped pivot portion 3 Between the ports 16 of the slider 10, the pivot 43 is finally inserted into the j-shaped pivot portion 30, and the insertion plate 41 is inserted into the groove 22 of the pivotal support 2 after being rotated about the yaw axis 43. When the slider 1 is slid in the closing direction, the function is the same as that of the function just described. In addition, the left and right zipper strips 9 are opened and closed, and the slider 1 is slid toward the pivotal portion 3〇 by the shoulder of the slider (7). Ι5 Pull out the insertion plate 41, or pivot the center of the slider 43 by the pivot 43, and pull out the insertion plate 41 between the flanges 12 of the front surface 135506.doc -25-201000044, and pull out the boring shaft 43 at the same time, that is, The left and right zipper strips 9 can be separated and opened. As shown in FIG. 2, the mouth 16 is abutted against the pivotal branch 3 after the slider 1 is turned In the state, the protruding portion 25 is disposed on the inner side of the port 16 behind the slider 1 (on the side of the shoulder portion 15 in the element guiding groove). At least the upper surface 26 of the protruding portion 25 should be disposed more than the opening 16 of the slider 10 The inner side. With such an arrangement, the following effect can be expected. As shown in Fig. 2, if the insertion plate 3 is inserted by the shoulder 15 of the slider 1, the insertion plate 41 of the lower end side and the outer side of the pivot 43 is Since the edge portion 44 is moved by the contact portion 25, the insertion plate 41 is moved in the direction of being pulled out by the groove 22. At this time, since the upper surface 26 of the projection portion 25 is disposed inside the slider 10, the pivot shaft 43 is not slipped. When the piece 10 is pulled out, the insertion of the pivotal body 2 can be surely performed. EMBODIMENT 2 In the second embodiment, the engaged portion 40 formed on the edge of the edge portion 44 of the insertion plate 41 of the insertion body 3 is such that the side of the protruding pivot 43 is higher. That is, it is formed thicker, so that the side of the zipper element 6 is made lower, that is, thinner, so that the side of the zipper element 6 of the step portion 5 is used as the recess 42' in the groove 22 of the pivotal body 2 In the inside (4) of the back surface of the watch, a step portion 34 that can be engaged with the step portion 50 is provided. The step portion is formed to form a gap on the side of the frame branch portion 30 in a large amount, and a gap is formed on the side of the zipper 7 member 6 in a small ugly manner, and is provided in conformity with the step portion 5 formed on the edge portion 44. The fastening part is 2〇. By smashing the slider. The state in which the insertion plate 41 is not moved is made to close the left and right zipper strips 9; If illustrated in Figure 9

The shape of the white inserting plate 4] is unchanged, and the form of the snap (4) formed by the groove 22 in the thickness direction of the holding portion 21 is changed, and the buckle of the step portion 5Q I35506.doc -26-201000044 is buckled. The portion 20 is formed with a protruding portion 25 projecting toward the center to provide a slanting surface 38 so as to be widened as the upper surface 26 thereof approaches the zipper element 6 side, (4) It is a form that can be smoothly and easily operated when the insertion plate 41 is inserted from the shoulder of the slider 10. 7 In the foregoing embodiment, the engaging portion 20 is engaged with the engaged portion 40 to prevent the zipper strip having the insertion body 3 from being started together with the slider 1〇, by the ❺ in the pivotal support 2 The gap in the thickness direction of the upper side (the side of the zipper element 6) of the engaging portion 20 of the groove 22 is formed to be smaller than the gap between the lower side (the side of the pivotal portion 30), and the insertion body 3 is formed. The thickness of the lower side (pivot 43 side) of the engaged portion 41 of the insertion plate 41 is thinner than the thickness of the upper side (the side of the zipper member 6), and in the state of being engaged, the insertion plate 3 can be blocked. The side zipper strip 9 rises together with the start of the slider 10. In the first and second embodiments, the projecting portion 25 and the step portion 34 of the engaging portion 20 which are formed to protrude in the recess 22 are formed in the groove. Then, the inner surface 23 on both sides of the front and back sides of the holding portion 21 may be formed only on any side, and the recessed portion 42 and the stepped portion of the engaged portion 4 〇 which is engaged with the engaging portion 2 此时The portion 50 can also be formed only on one side of the front and back sides of the watch. [Embodiment 3] In the embodiment 3 shown in Figs. 10 and 11, the state of the engaging portion 20 and the engaged portion 4'' is different from that of the foregoing embodiment. That is, in the foregoing embodiment, the engaging portion 2〇 and the engaged portion 40 are formed on both sides of the front and back sides of the pivotal body 2 and the inserting body 3, and in the present embodiment, the engaging portion 20 and the engaged portion are engaged. The 40 series is formed on the side surface, that is, the recess in the holding portion 21, the bottom portion 24 of the groove 22, and the side end 135506.doc -27-201000044 48 of the edge portion 44 of the insertion plate 41. The joint surface of the pivotal body 2 and the insert body 3 abutting on the side surface is provided. At the bottom portion 24 of the groove 22 in the holding portion 21 of the pivotal support 2, a convex portion 29 projecting in an arc shape is provided at a portion close to the pivot portion 30 to form the engaging portion 20. The convex portion 29 does not necessarily have to be arc-shaped, and may be appropriately shaped to protrude. The side end 48 of the edge portion 44 of the insertion plate 41 opposed to the engaging portion 20 is provided with a recessed portion 49' which is cut into an arc shape to form the engaged portion 40. - The positional relationship between the convex portion 29 and the concave portion 49 will be described below. When the distance between the convex portion 29 formed by the bottom portion 24 of the groove 22 in the holding portion 21 and the outer side edge portion 37 of the holding portion 21 is 1, the edge portion 44 of the insertion plate 41 and the pivot shaft 43 are made. The interval is 1, and if L>1 is present, even if the insertion plate 41' is inserted into the shoulder opening 15 of the slider 10, there is no obstacle due to the pivoting of the pivot 43 to the convex portion 29.

If the usage pattern is described, it is as follows. After the slider 丨〇 is abutted against the pivot support 30, the insertion plate 41 of the insertion body 3 is inserted from the side of the pivot 43 by the shoulder 15 of the slider 1 by the holding portion 21 of the pivotal body 2. The outer edge portion 37 guides the pivot shaft 43 and embeds the pivot shaft 43 into the j-shaped pivot portion 3. If the slider 10 is slightly rotated in the direction of closing the left and right zipper strips 9, the guide member 10 is guided. When the column passes through the pivotal body 2 and the insertion body 3, the insertion plate 41 is pressed toward the bottom 24 of the groove 22 by the flanges 12 on both sides of the slider, so that the projection 29 and the recess 49 are quickly enemies, and surely Fasten. Therefore, even if the slider 1 is operated with only one hand without using two, the zipper strip $ having the insertion body 3 is not activated with the slider 1G. In addition, the left and right zipper strips 9' to be separated and opened and closed slid the slider 10 toward the pivotal branch portion 3, and the insertion member 4丨 is pulled out from the shoulder of the slider, or the material 43 is centered and rotated, and is slipped. Back surface of the watch 135506.doc -28. 201000044 When the flange 12 is pulled out of the insertion plate 41 and the pivot shaft 43 is pulled out, the left and right zipper strips 9 can be separated and opened. In the embodiment shown in Fig. 11, the pivot 43 provided on the insertion plate 41 of the insertion body 3 is inserted into the insertion plate 4 by the flange _ which is fixed to the front and back surfaces of the slider 1 of the pivotal portion 3, and is The pivot shaft 43 passes between the front end portion of the hinge portion % of the glyph and the rear end portion 16 of the slider 1 , and finally the pivot shaft 4 is plunged into the pole portion 30 of the J-shape, and is inserted with the pivot shaft 43 as the center. After the person corrects the squeezing of the pivotal body 2, if the sliding member is slid in the closing direction, the same function as the aforementioned function is exerted. In addition, the left and right zipper strips 9 are to be separated from the open _, and the slider K) is moved to the pivotal branch 3, and the insertion is corrected by the shoulder 15 of the slider 1 or rotated by the pivot 43. The convex piece (f) of the surface of the slider 1G is taken out between the insertion plate 41, and when the same point = mountain is j, J, the shaft 43' is pulled out to open the left and right pull key strips 9. In the fourth embodiment, the embodiment 4 shown in FIG. 12 is disposed on the back side of the opening and closing member 1 and the pivoting mechanism of the pivoting member 3 is disposed on the pivotal support body 2, and the characteristic is constituted by the locking mechanism. The locking mechanism is attached to the J-shaped pivot portion 3〇 in the pivotal support body 2, and a small protrusion 52 projecting toward the inner side of the pivotal branch portion 3 is disposed above the pivot portion that protrudes toward the front surface of the insertion plate 41. On the inner side of the branch portion 30 where the small protrusion 52 is disposed, a space strip portion 53 is formed along the edge portion to form an elastic piece 54' so that the edge portion can be easily elastically deformed, and is formed to lock the pivot of the embedded image. Form of 43. The gap between the small projection 52 and the front end of the J-shaped pivot portion 3 is smaller than the diameter of the pivot 43. In the embodiment of the invention, if the boring shaft 43 is once inserted into the pivot portion 3, the pivot 135506.doc • 29-201000044 43 deforms the elastic piece 54, and the elastic piece 54 is restored when the small protrusion 52 is passed. The small protrusion 52 provided above it, the pivot shaft 43 is not easily pulled out by the pivotal branch portion 30, and the slide fastener 1 is slid to the direction of closing the left and right zipper strips 9 with the zipper strip 9 and the slider 1 having the insertion plate 41 The slide is slid, and the pivot portion 30 locks the pivot shaft 43 by the arrangement of the small protrusions 52. Therefore, the pivoting of the pivot shaft 43 can be prevented in advance, and the pivot piece 43 is disengaged from the pivot portion π by providing the elastic piece 54. The operation is easy. [Industrial Applicability] The zipper opening/closing member of the present invention can be used for an opening portion of a garment or the like, and it is excellent in the convenience of operating the slider with one hand without using both hands. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a shutter of a zipper formed by a pivotal body and an insert body. (Embodiment 1) Fig. 2 is a partial front elevational view showing an initial state in which an insertion plate is inserted into a shoulder of a slider abutting on a pivotal portion. (Embodiment FIG. 3 is a partial cutaway front view showing a state in which an insertion plate is inserted from a shoulder of a slider abutting on a cover portion. (Embodiment 丨) FIG. 4 shows that the buckle P and the buckle are displayed over time. (Embodiment 1) Fig. 5 is an enlarged cross-sectional view showing the fastening state of the buckle portion, the jerk, and the snap-fastening portion. Fig. 6 (Example 1) Fig. 6 A partial cut-away front view showing an initial state in which the flanges of the front and back surfaces of the slider abutting the towing portion are interposed into the board. (Embodiment 〇 FIG. 7 shows the engaged portion of the step portion. 3D 135506.doc -30. 201000044. (Embodiment 2) Fig. 8 is an enlarged cross-sectional view showing a state in which the engaging portion and the engaged portion are engaged. (Embodiment 2) Fig. 9 shows An enlarged cross-sectional view of a modification of the non-fastening portion. (Embodiment 2) Fig. 10 shows that the insertion plate is not inserted into the shoulder of the slider abutting the pivotal portion, or between the flanges of the front and back surfaces formed on the side of the slider. A partial cutaway front view of the state in which the inserting plate is inserted. (Embodiment 3) Fig. 11 shows the engagement of the unfastened portion with the engaged portion. (Embodiment 3) Fig. 12 is a rear view of the main part of the opening and closing member in which the lock mechanism is disposed on the back side of the opening and closing member. (Embodiment 4) Fig. 13 is a back surface of a known sliding member. Fig. 14 is a perspective view showing the opening and closing member of the engaging piece inserted into the engaging piece of the sliding piece between the flanges. Fig. 14 is a perspective view showing another opening and closing member which is inserted into the insert body from the shoulder of the sliding member and the flange of the front and back sides. Description of component symbols] 1 Opening and closing member 2 Pivot support 3 Inserting body 5 Zipper tape 6 Pulling key element 7 Ab Russian heart 8 Reinforcement tape 9 Zipper tape 135506.doc -31 201000044 10 Sliding member 11 Guide post 12 Flange 14 Zipper element guiding groove 15 shoulder opening 16 rear opening 17 engaging portion 20 engaging portion 21 holding portion 22 groove 23 inner surface 24 bottom portion 25 projection portion 26 upper surface 27 lower portion 29 convex portion 30 frame branch portion 31 slit 32 base portion 33 reinforcing portion 34 step Part (柩 Support) 35 Surface plate 36 Back plate 37 Outer edge 135506. doc -32- 201000044 38 Bevel 40 Kneaded part 41 Insert plate 42 Sag 咅P 43 Pivot " 44 Edge - 45 Ditch 46 Bar 47 Sliding recess 48 Side end 49 Recessed portion 50 Stepped portion (insertion body) 51 Defective portion 52 Small projection 53 Space strip portion φ 54 Elastic sheet 60 Opening and closing member 61 Holding portion * 62 Inserting plate. 63 Groove 64 Pivot insertion Part 65 Reinforcement 66 Pivot 67 Zipper strip 135506.doc -33- 201000044 68 Zipper element 69 Pull-on tape 70 Support hole 71 Slit

135506.doc -34-

Claims (1)

201000044 X. Patent application scope: 1. A zipper opening and closing member, comprising a pivotal body (2) 'insertion body (3) and a sliding member (10), wherein the pivotal support body (2) is installed on a pair of left and right sides One end of the zipper element (6) of one side of the zipper strip (9) in the longitudinal direction, and the insert body (3) is attached to the zipper element of the other side zipper strip (9) (6) one end in the longitudinal direction, the slider (1) is inserted into the pivot body (2) and the insertion body (3); and the insertion body (3) is provided with a slider (1) An insertion plate (41) inserted into the shoulder (15) side and the flange (12) side, and a yoke (43) embedded in the pivotal support (2) on the lower side of the insertion plate (41), the pivotal support (2) a lower side is provided with a zigzag pivot portion (30) for embedding the pivot (43), and an insertion plate (41) for fitting the insertion body (3) is disposed on the upper side of the pivot portion (3) a groove (22); the zipper opening and closing member (i) is characterized in that: a fastening portion (20) protruding into the groove (22) of the pivotal body (2) is provided, and In the aforementioned insert plate (4 1) A formed portion (40) that can be engaged with the engaging portion (20) is formed. 2. The opening and closing member for a slide fastener according to Item 1, wherein the engaging portion (2〇) has a gap formed in the inner surface (23) of the groove (22) to be concave than the branch portion (3〇) The gap between the grooves (22) is small, and the engaged portion (4〇) and the engaging portion (2〇) are formed to be engageable when being swung around the pivot (43). 3. The opening and closing member for a zipper according to Item 1, wherein the engaging portion is a dog that is larger than an inner surface (23) of the front and back sides of the front groove (22) of the pivotal body (2). The outlet portion (25) is formed, and the engaged portion (4) is formed by a recessed portion (42) recessed on both sides of the edge portion (44) of the insertion plate (41). 135506.doc 201000044 4. The zipper opening and closing member of claim 1 wherein the fastening portion (20) is provided on the bottom surface (24) of the groove (22) of the pivotal support (2). The convex portion (29) is formed, and the engaged body (40) is formed by providing a concave portion (49) at a side end (48) of the insertion plate (41). 5. The opening and closing member for a zipper according to any one of claims 1 to 4, wherein the engaging portion (20)' is formed by an inner surface (23) of the aforementioned groove (22) of the pivotal body (2). The protruding protrusion (25) forms a state in which the slider (1) is abutted against the pivot portion (30), and at least the upper surface (26) of the protrusion (25) is disposed in comparison with the slider (10) The rear mouth (16) is closer to the shoulder (15) side, and the buckled portion (40) is disposed on the opposite side of the engaging portion (2) to engage the insert body (3) and the pivot body (2) on the aforementioned insertion plate (41). 6. The opening and closing member for a zipper according to claim 2, wherein the engaging portion (2〇) is formed in a shape such that the other end of the inlet side of the groove (22) of the pivotal support (2) is formed. The width is narrow so that the base portion (32) facing the bottom portion (24) of the groove (22) has a wide width, and the lower portion (27) has a sloped shape. 7. In the zipper opening and closing member of the request item #, the embedding portion (51) embedded in the front side of the front pivotal body (43) is embedded in the front pivot (43). A small protrusion (52) is protruded from the entrance, and a space strip portion is not provided at a portion located inside the small lift (), and an elastic piece (54) is formed to elastically lock the pivot shaft (43). 8· The opening and closing member for the zipper of the young man, wherein the insertion plate (41) has the engaging portion (2) and the engaged portion (10) by the opening of the sliding member (1) The mechanism that snaps to prevent the start. 135506.doc