TW201019867A - Slider adapted for use in slide fastener and to which pull tab can be attached and detached - Google Patents

Abstract

A slider for use in a slide fastener and to which a pull tab can be attached and detached. The slider has a body, a pull-tab holder fixed to the body in a cantilever manner, and a closing body mounted to a free end portion of the pull-tab holder. The free end portion and the closing body are engaged with each other, and pull-tab holder endures a tensile load and a pressing load applied thereto and does not deform. The closing body (2) for opening and closing a gap (74) between the body (1) and the free end portion (32) of the pull-tab holder (4) fixed to the body (1) in a cantilever manner is formed so as to be slidable. When the gap (74) is closed by engagement between an engaging section (29) of the free end portion (32) and an engaged section (36) of the closing body (2), even if a tensile load is applied to the pull-tab holder (4) by operation of a pull tab (12) or even if a pressing load is applied to the pull-tab holder (4) by ironing, the structure prevents deformation of the pull-tab holder (4) to allow smooth replacement of a pull tab (12).

Description

201019867 VI. Description of the Invention: [Technical Field] The present invention relates to a slider for a zipper with a handle that is detachable, which is attached to a slider of a pull button, and a handle holder for mounting a handle Mounted to the main body in a cantilever shape, and the gap formed by the free end of the pull handle holding body and the upper wing can be freely disassembled and replaced; the handle retaining body and the upper wing & (4): The detachable body is formed by attaching a lockable body slidable relative to the body; and the slider of the present invention is provided with a mechanism for locking the free end portion of the shank and the lock body. [Prior Art] A slider for a zipper that is detachable from a conventional handle, as shown in Fig. 19 (Patent Document 1), is a body 1 〇〇, a handle holder 1 〇 1, a claw body 〇 2 The lock body 103, the pull handle 104, the lock body coil spring 12, the claw body coil spring 125, and the pin 126 are formed of eight members. The main body 100 has a flap 11 〇 and a lower flap 114 disposed in the front-rear direction, that is, the upper and lower sides, and a front flap side and a lower flap 114 on the front end side of the main body 100, that is, the inlet side. The guide post 133; and between the upper blade 110 and the lower blade 114, a guide groove 134 through which the fastener element can be inserted in the front and rear is formed. On the surface of the upper blade 110 on the front end side of the main body 1 ,, a pair of right and left mounting pieces 111 for mounting the claw body 102 are erected. A shaft hole 118 through which the pin 126 can be inserted is provided in the mounting piece ιη so as to penetrate the left and right sides of the main body 1''. Further, on the surface of the upper blade 11 (), a recessed recess 112 is formed from the rear end side of the main body 1 、, that is, the engaging opening side toward the front end side, and a locking hole Π 5 is formed in the recessed portion 112, It is connected to the guide groove 134 of the sprocket, and can cause the claw ι 2 to stop the claw 123 to protrude into the guide groove 134. A peripheral edge 113 which is raised in a U shape from the bottom of the recessed portion 112 is provided around the locking hole 115. The left and right side walls of the recessed portion 112 are provided with a concave recessed guide groove 116. The left and right sides of the lock body 1〇3 are provided with protrusions 121 fitted to the guide groove ι16, which are guided by the lockable body. 103 is formed along the recess U2 so as to slide in the front-rear direction on the surface of the body 100. Further, an insertion groove 19 for accommodating the lock body coil spring 120 is recessed at the bottom of the recessed portion 112, and the lock body is crimped to the lock body 1〇3 by the coil spring 120, and is always placed on the body of the lock body 103. 1 The state of the elastic push of the end side push. Further, on the surface of the rear end side of the main body 100, the bulging portion 117' is provided on the left and right sides of the holding recessed portion 112, and can be deformed so as to be tilted toward the recessed portion 112. The bulging portion 117 is plastically deformed by being pressed by a specific pressure, and has a function of restricting the release of the blocking body 1 〇3 by the concave portion 112 after the deformation. The lock body 103 has a U-shape in plan view, and the lock body 〇3 is fitted around the periphery 113 when it is advanced toward the front end side of the body 1 抵抗 against the elastic force of the lock body coil spring 120. A recess 122 is formed in the center of the leg portion 140 extending on the left and right sides of the lock body i 〇3, and the recess portion 122 is formed to temporarily accommodate the pivot 132 of the handle 104. Further, between the front end of the leg portion 140 of the lock body 103 and the recess portion 122, a projection 139 that protrudes upward from the lock body 103 is provided. The claw body 102 has a claw base portion 135 accommodated between the right and left mounting pieces lu; the upper piece 137 and the lower piece 138 are protruded from the claw base portion 135; and are formed between the upper piece 137 and the lower piece 138, and are movable and fitted The pivot 132 of the handle 1〇4 is 137162.doc 201019867 The movable recess 124; the stopping claw 123 protruding downward from the front end of the lower piece 138; and the left and right through claw base 135, the shaft hole 118 of the pin 126 can be inserted . Below the claw base 135, a hole portion penetrating in the upper and lower directions of the body 100 is provided with respect to the guide post 133, and the claw body received by the hole portion is elastically contacted with the claw base at the upper end of the claw spring 125. The lower portion of 135 is such that the stopping claw 123 of the claw body 102 can be advanced in such a manner as to protrude into the guiding groove 134 of the body 1〇〇. The handle holder 101 is formed by the front and rear walls, the left and right side walls, and the top plate portion connecting the front and rear walls and the left and right side walls, and the front portion of the handle holder 101 is fixed relative to the body 1〇〇. The body base portion 127 is held, and the rear portion of the handle holder 101 is not fixed to the free end portion 128 of the body ι, and the handle is held in a cantilever shape with respect to the body 1〇〇. The holder base portion 127 can cover the mounting piece 111' by the front wall and the left and right side walls, and the shaft holes 118 are provided on the left and right side walls, and the shaft hole 11 is provided on the mounting piece 111 and the claw body 102. The shaft holes 118 are aligned and the pins 126 can be inserted. Further, a accommodating portion 130 for accommodating the pivot 132 of the handle 104 is provided in a central portion of the front and rear direction of the handle holder 1A, and the left and right side walls are notched to have a large semicircular shape, and the accommodating portion is provided. 130 - until the free end portion 128 is provided with a retracting portion 12 9 which can temporarily receive the pivot 132 of the handle 104, which is formed by a small semicircular shape in which the left and right side walls are notched. In order to assemble the handle 104 to the slider, first, the cymbal 132 of the handle 〇4 is crimped to the rear end of the lock body 103, that is, the outer surface, so that the lock body 1〇3 is carried by the body 1 along the recess 112. Then, the end side slides forward toward the front end side. Thereby, a gap between the body 10 and the free end portion 12 of the handle holder 1 〇1 is formed, and the gap can be inserted into the body 1 by the 137162.doc 201019867. The handle is held between the bodies 101. Then, the pivot 132 is transferred to the evacuation portion 129, and the pressure-contact operation from the pivot 132 to the lock body 103 is released. Thereby, the lock body is returned to the initial position by the elastic force of the coil spring 120 by the lock body. Then, the pivot 132 is moved to the recess 122 ′ of the latch body 103 and the pivot body 132 of the handle 〇 4 is crimped to the latch body 103 by sliding the latch body 103 toward the front end side of the body 100 again. . Then, the pivot 132 is inserted into the projection recess 124 of the claw body 102 over the projection 139 of the lock body 1〇3, and is received in the housing portion 130 of the handle holder 101. At this time, the latch body 1 〇3 is returned to the initial position by the elastic force of the coil spring 120 by the latch body, that is, the initial position of the gap between the latch body ι and the handle holder 101 prevents the pivot 丨 32 from being pulled by the handle. The holder 101 is disengaged. When the pull handle 104 is replaced, first, the pull handle 1〇4 is pulled upward so that the pivot 132 of the pull handle 104 is positioned above the upper surface of the lock body 1〇3. Then, the lock body 3 is pushed toward the distal end side by a recording or a new pull handle, and the lock body 103 is slid from the rear end side of the main body 1 to the front end side. At this time, the projection 139 of the lock body 103 passes under the pivot 132, and the recessed portion 122 of the lock body 1〇3 is positioned below the boring shaft 132. Then, the pivot 132 is received in the recess 122 to release the crimping operation for the latch body 1〇3. Thereby, the lock body 103 returns to the initial position in a state where the pivot 132 is housed in the recess 122 by the elastic force of the lock body coil spring 120. At this time, the relief portion 129 of the handle holder 101 is placed above the recess 122 and the boring shaft 132. Then, after the boring shaft 132 is housed in the escape portion 129, the lock body 103 is pressed again to slide toward the front end side of the main body 1 。. At this time, the end portion of the lock body 137162.doc 201019867 i〇3 passes under the escape portion 129. Thereby, the gap between the main body ι and the free end portion 128 of the handle holder 101 is opened, and the pivot 132 of the handle 104 can be passed through the gap by the body 1 and the handle holder ι 〇 Pull out between. Thereafter, the replacement of the handle can be performed by performing the assembly operation of the new handle 1〇4 in accordance with the aforementioned insertion operation. Patent Document 1: 曰本实公平4-32974 SUMMARY OF INVENTION PROBLEMS TO BE SOLVED BY THE INVENTION The slider for the zipper that is detachable from the handle shown in Fig. 19, which is described in the foregoing paragraph, is for engaging the sprocket of the zipper or The operator performs the separation by pulling the handle 1〇4 attached to the slider body 1〇〇. Since the pull handle 104 is attached to the pull handle holding body 1〇1 of the main body 100, the tensile load when the pull handle 104 is pulled is applied to the pull handle holding body 101 via the pull handle 1〇4. Applying an excessive tensile load to the cantilever-like handle holder 1〇1 fixed to the body 100 to the right causes an effect of widening the gap between the body 100 and the free end portion 128 of the handle holder 101. When the action is repeatedly applied, the durability of the fixing state of the mounting piece U1 of the main body 100 and the holder base portion 127 of the handle holder 1〇1 is lowered, and the mounting piece lu or the handle holder 101 is plastically deformed. It may cause difficulty in the operation of the claw body 1〇2 attached to the mounting piece, and the problem that the fixed state of the handle holder 101 is swayed may occur. Further, when the handle holder 101 that is attached to the main body 100 in a cantilever shape is pressed by ironing or the like, an excessive pressing load is applied to the handle holder 1 〇1, resulting in a free end. 128 body 1 〇〇 and pull handle 137162.doc 201019867 Hold the gap between the body m to reduce the deformation 'and may cause the handle to keep the body ι 〇 晃 shaking problem. The present invention has been made in view of the above-mentioned problems, and the inventor of the present invention has the object of providing a slide fastener for a zipper that can be attached and detached, which is attached to the slider body of the zipper. Upper, the handle holder 4 is fixed in a cantilever manner, and the latch body 2 disposed to lock the free end portion 32 of the handle holder 4 is fastened to the free end portion 32 of the handle holder 4, even if Applying an excessive tensile load or excessive (four) load from the handle to the handle holder does not cause the handle holder 4 to change the fixed strength of the holder, thereby completing a strong and safe cantilever-like pull. The handle holding body 4' can be easily replaced by a simple operation. The invention described in claims 2 to 7 is added to the invention described in the claims, and the handle is provided with a removable handle. The key slider is configured to be disposed in a locking portion 29 disposed at a free end U of the handle holder 4 that is cantilevered with respect to the main body, and in a manner of being disposed on the buckled portion 36 of the lock body 2 Regulate, can be carried out efficiently and accurately The free end portion 柄 of the shank holding body 4 and the locking body 2 are buckled' and the locking body 2 can accurately receive the tensile load applied to the cantilever-like shank holding body 4 to surely prevent deformation of the shank holding body 4; The slider can smoothly and easily insert and replace the handle, and the handle holder 4 can be held for a long period of time in a stable state. The invention described in claim 8 is attached to the technical solution. According to the invention (4) of any one of the preceding claims, there is provided a slider for a pull button of a detachable handle of various forms, the slider being attached to a handle holding body which is fixed in a cantilever shape with respect to the main body 4 137162.doc -10· 201019867 The lower surface of the buckle portion 29 of the free end portion 32 or the lower surface of the free end portion 32 is opposite to the latching body 2 that is fastened by the latching portion 29, and is placed in contact with the latching portion 29 or the free end portion 32. The step portion 67 can prevent the deformation of the handle holder 4 even if it is subjected to the pressing load caused by the pressing process applied from above the body cymbal, and can reliably hold the slider. Technical means for solving the problem In order to achieve the foregoing object, the technical solution of the present invention is detachable

A slider for a zipper, characterized in that it is formed by a body 1 having a sprocket guiding groove u through which a sprocket can be inserted back and forth, and a shank holding body 4 which is cantilevered An upright portion 32 is disposed on the surface of the main body 丨 upper wing 7 and is formed with a holder base 31 fixed to the surface of the body 1 and a gap 74 disposed between the body 1 and the body 1; and a lock body 2 The configuration is configured to be slidable on the surface of the body 丨 above the wing 7 and can open or close the gap 74 between the body i and the free end of the shank holder 4, and at the free end of the shank holder 4 The latching portion 29 is formed in various forms, and the latching portion 2 is formed with the latching portion 36 that can be engaged with the latching portion 29; when the latching body 2 closes the gap 74, the latching portion is formed as a latching portion. In the invention described in the second aspect of the invention, the invention according to the second aspect of the invention provides a slide fastener for detachable zipper, wherein: The buckle portion 29 of the free end portion 32 of the shank holding body 4 is in the horizontal direction of the _ heart _, in this I The up-and-down direction is the up-and-down direction, which is formed by the upward buckle = 30; the shape of the wire _ body 2 is buckled (four), in the horizontal direction of the lock movement, in the up-and-down direction of the body 1 The locking surface 37 is formed by the I37162.doc 201019867. When the locking body 2 is slid and locked at the free end u of the handle holder 4, the locking surface 30 and the buckled surface 37 are attached to the body. In the invention described in claim 3, the invention according to the first aspect of the invention provides a slide fastener for detachable zipper, wherein the slider holder 4 is formed in the handle holder 4 The locking portion 29 of the free end portion 32 is a tongue piece 43 which is suspended downward from the left and right sides of the free end portion η, and is provided at the front end of the tongue piece and is in the sliding direction with the locking camera 2 The protruding portion 45 is formed in the direction of the protruding portion. The buckled portion 36 formed on the locking body 2 is disposed on the left and right side surfaces of the blocking body 2, and the A direction and the blocking body 2 slide in the direction of the body body. a protrusion 44 protruding in a direction; the protrusion of the buckle portion 29 is fastened by the protrusion 44 of the buckle portion 36 The invention described in the fourth aspect of the invention, which is added to the technical solution of the present invention, provides a slider for a zipper which is detachable and detachable, wherein: the freedom to form and hold the holder 4 The buckle (4) of the end portion 32 is formed by a long hole that is opened at the free end = and is open in the direction in which the lock body 2 slides on the body; the buckled portion 36 formed in the lock body 2 is The protrusion 49 (4) which is disposed behind the joint portion 38 of the lock body 2 and which is parallel to the direction in which the lock body 2 slides on the body 1 is formed; the long hole 扣 of the buckle (10) and the dog strip 49 of the buckled material Formed in a deductible manner. The invention is the slider for the pull-button which is attached to the handle of the handle holder 4 of the invention according to the first aspect of the invention, wherein the latch portion 29 is formed on the latch portion 29 of the pull portion 32. The dog piece 46 of φ which is suspended downward from the free end and the center thereof, and the end of the above-mentioned protrusion 46 before the 137162.doc -12-201019867, and which protrudes in parallel with the direction in which the lock body 2 slides on the body i The protrusion C is formed; the buckled portion % formed in the lock body 2 is formed by a through hole that is inserted through the lock body 2 and opened in the direction in which the lock body 2 is moved in the body, and the buckle portion 29 is formed. The protrusion 45 and the through hole 47 of the buckled portion 36 are formed in an detachable manner. (4) The invention described in the sixth aspect, which is attached to the invention described in the technical solution. "The zipper is detachable and detachable, wherein: the free end portion 32 of the holding body 4 is formed in the pull type. The locking portion 29 is formed by a side wall 65 provided on the left and right sides of the free end portion 32, and is formed in the recessed portion 50 of the lock body that slides in the body i; the buckle body 2 is buckled %, based on. Further, it is placed on the left and right side faces of the lock body 2, and is formed in a projection 45 that protrudes in a direction in which the lock body 2 is slid in the direction in which the body slides upward; the recessed portion 50 of the buckle portion 29 and the buckled portion are formed. The protrusions 4 5 of the 3 6 are formed in an unclampable manner. [Technical Solution 7] The invention of the present invention is attached to the slider for the pull-button which is provided in the technical solution, and which is provided in the free end portion 32 of the handle holder 4. The buckle (4) is a hook-shaped hook portion extending from the free end (4) to the direction in which the lock body 2 slides on the body i. The other side is formed; the buckled portion 36 formed on the lock body 2 is fixed to the lock. The latch body head 70 protruding from the upper surface of the body 2, and the notch portion 52 opening in the direction in which the latch body 2 slides on the body 1 in front of the lock body head portion 70; the hook portion 51 of the latching portion 29 The invention described in claim 8 is formed in an detachable manner with the notched material of the buckled portion 36, and is attached to the invention of the invention of the present invention. The slider for zipper, in which the buckle portion 29 formed at the free end portion 32 of the handle holder 4 and the buckled portion 36 formed on the lock body 2 are engaged, the buckles of various forms are accommodated. a lower surface of the surface 29 or a stepped portion of the lower surface of the free end portion 32, formed at or with the buckle portion 29 or the free end The portion 36 is opposite to the opposite surface of the lock body 2; for example, the buckle portion 29 is formed by the upwardly facing buckle surface 3〇, and the buckled portion 36 is formed by the downwardly facing buckled surface 37; The portion 29 is formed by a protrusion 突 protruding from the front end of the tongue piece 43 which is provided on both sides of the free end portion 32, and the buckled portion 36 is formed by protrusions protruding from both sides of the lock body 2 The buckle portion 29 is formed by a long hole material formed in the free end portion 32, and the buckled portion 36 is formed by a protrusion 49 protruding from the rear surface of the lock body 2; the buckle portion 29 is attached to the hanging portion The protrusion 45 protruding from the front end of the tab end of the free end portion 32 is formed, and the buckled portion 36 is formed by the through hole 47 protruding from the lock body 2; the buckle portion 29 is provided at the free end portion. A recessed portion 32 is formed, and the latching portion 36 is formed by a projection 45 projecting from both sides of the latching body 2; the latching portion 29 is formed by a hook portion 51 extending at the free end portion 32, and is The buckle portion is formed by a notch portion 52 recessed in the head portion 7 of the lock body; the lower surface of the buckle portion 29 in the form, the lower portion of the free end portion 32: the face is relatively locked The opposing surface 2, is formed with a hitching part housing 29 beneath the surface 32, or below the free end surface of the stepped portion 67. Effect of the invention Technical solution! According to the invention, the slide fastener for detachable zipper of the present invention has a body having a sprocket guide groove through which a sprocket can be inserted, and a handle holder having a base of the holder. And the free end 137162.doc • 14-201019867, the base of the retaining body is cantilevered upright on the surface of the upper wing of the body and fixed on the body, and the free end is disposed with a gap between the body and the body. And a latching body configured to be tiltable on the surface of the flap above the body to open and close the gap; and a locking portion is formed at the free end; and the latched portion is formed in the latching body; The present invention has a configuration in which the locking portion and the buckled portion are engageable when the lock body is locked: the present invention has the following effects. • When using the slider, the ten-handle is mounted on the cantilever-like handle holder so that the handle is not detached by the handle holder, so that the lock body is between the lock body and the free end of the handle holder In the state of the gap, since the locking portion formed at the free end portion of the handle holding body is engaged with the buckled portion formed in the lock body, even if the pulling force is repeatedly applied to the handle holding body # It can be prevented from deforming' for smooth slider operation for a long time. The effect of the invention described in claim 2 is the effect of the invention described in the first aspect of the invention, in that the fastening portion is provided with an upwardly locking surface horizontally in the sliding direction of the closing body and in the forward and reverse directions of the main body. The buckled portion has a downwardly facing i-fastening surface in the sliding direction of the locking body and in the forward and reverse directions of the body; and the locking surface and the buckled surface are in the positive direction when the locking body locks the gap When the pull handle holding body is pulled by the pull handle, the pulling handle is in close contact with the buckled surface to receive the tensile load, so that the pull handle retaining body can be surely prevented from being deformed. According to the invention of the third aspect of the invention, the effect of the invention described in the third aspect is that the fastening portion has a tongue which is folded from the left and right sides of the free end portion to 137162.doc 15 201019867, and is provided on the tongue. The front end of the sheet protrudes in a direction parallel to the sliding direction of the lock body, and the buckled portion has a left and right side surfaces provided on the left and right sides of the lock body, and protrudes in a direction intersecting the sliding direction of the lock body. a protrusion; the protrusion of the buckle portion and the protrusion of the buckled portion are formed to be buckleable. Therefore, the buckle portion and the buckled portion can be disposed on both sides of the handle holder and the lock body, so that the protrusion can be completed Extremely stable detent mechanism. Moreover, the tensile load can also exert a stable function. According to the invention of the first aspect of the invention, the effect of the invention according to the first aspect of the invention is the effect of the invention according to the first aspect of the invention, wherein the fastening portion has a long hole that is opened at the free end to the sliding direction of the lock body. The buckled portion has a protrusion that is disposed on the rear surface of the lock body and protrudes in parallel with the sliding direction of the lock body. The long hole of the buckle portion and the protrusion of the buckled portion are formed to be engageable. The buckle portion and the buckled portion can be disposed at the entire rear end of the handle holder and the lock body, so that the fastener mechanism and the handle can be easily sealed. According to the effect of the invention of the fifth aspect of the invention, the fastening portion has the tab "hanging downward from the center of the free end portion" and the front end of the tab, and the latching body a protruding portion that protrudes in parallel in the sliding direction; the buckled portion has a through hole that is formed in the locking body and opens in a sliding direction of the locking body; the protruding portion of the locking portion and the through hole of the buckled portion are formed as a buckle Therefore, the buckle portion and the buckled portion can be easily provided, so that the effect of the tensile load countermeasure by the small tongue and the perforation can be achieved. According to the effect of the invention described in claim 6, the effect of the invention described in the aspect of the invention is that the fastening portion has a side wall provided on the left and right side of the free end portion, and is oriented to the lock body. a recessed portion that is opened in the sliding direction; is buckled; has a protrusion that is disposed on the left and right side faces of the lock body and protrudes in a direction to the parent fork in the sliding direction of the lock body; the recessed portion of the buckle portion is buckled The protrusion of the stopper is formed to be deductible, whereby the buckle portion and the buckled portion are provided on both sides of the handle holder and the lock body, so that the buckle function can be stably stabilized and the seal can be surely sealed. The effect of the handle. The effect of the invention described in claim 7 is the effect of the invention described in claim i, wherein the fastening portion has a hook portion that extends toward the sliding direction of the lock body at the free end portion, and the buckled portion is provided with the lock portion. a head of the lock body protruding from the upper side of the body, and a notch provided in the sliding direction of the lock body before the head of the lock body; the hook portion of the buckle portion and the notch portion of the buckled portion are formed as It can be buckled, so that the handle can be sealed into the handle holder by a simple mechanism, so that the invention can be easily used, and the invention described in the lock body storage technology can be simply used. The effect is that when the buckle portion and the buckled portion are buckled, the step portion of the lower surface of the buckle portion or the lower portion of the free end portion is formed on the opposite side of the buckle portion or the free end portion of the lock. The stepped portion in which the pressing and lowering of the accommodating portion is lowered is disposed on the opposite surface of the blocking body facing the engaging portion, for example, respectively, below the depressed surface facing downward, or the protruding portion of the engaging portion faces Under the buckle of the m-hole of the locking body, and The side surface and the rear outer wall of the blocking body facing the free end portion, that is, the double surface at the lower surface of the long hole and the free end portion; or the lower surface of the protruding portion protruding from the center of the buckle portion and the perforation of the locking body a surface; or a latching body that faces the lower surface of the side wall of the buckle portion having the recessed portion; or a latch formed by the hook portion 137162.doc 17 201019867 and facing the hook portion The opposite side of the body is provided with a step portion for accommodating the pressing load of the handle holding body by the pressing processing such as ironing, thereby preventing the handle holding body from being deformed and having the effect of reliably enclosing the handle. [Embodiment] The slide fastener for detachable zipper of the present invention is as shown in Fig. 1, which is a combination body 1, a claw body 3, a spring 5 (spring piece), a handle holder 4, and a lock body 2. And the members of the coil spring 61; the handle holder 4 is formed in a cantilever shape with respect to the body 1 to form a free end portion 32; even when the sliding operation of the handle 12 is performed, an upward pulling force is applied to the handle holder 4 The load, or the pressing of the handle holding body from the upper side, that is, the pressing load when performing ironing or the like, can also keep the free end portion 32 of the handle holder 4 at a certain interval from the body 1, and the blocking body 2 can be smoothly opened. The sliding, and the free end 32 can be buckled to protect the handle holder 4 from the upper and lower loads, and the handle 12 can be replaced smoothly and simply. In the slider, the main body 1, the lock body 2, and the handle holding body 4 are formed by a die-casting mold, and the upper portion of the column 9 is not placed in the longitudinal direction with a gap therebetween, and the claw can be placed at the center thereof. The claw supporting portion 2 of the body 3 is provided with a locking hole for projecting the stopping claw 26 of the claw body 3 toward the element guiding groove u from the claw supporting portion 20 to the rear end 'that is, the engaging opening 6 side. 21, the hole edge of the locking hole 2i is provided with a standing wall 68 standing upright above the body 1, and a concave rear recessed portion 24 is formed from the locking hole 21 to the rear end, that is, the center of the main body 喷 of the spray port 16. A guide groove 23 is formed on both sides of the rear recessed portion 24, and a sliding groove 71' is formed on one side of the bottom surface of the rear recessed portion 24, and an arc-shaped insertion groove 71' A coil spring 61 as an elastic member 17 for sliding the lock body 2 back and forth can be disposed and interposed between the lock body 2. Further, the engaging opening 16 of the rear recessed portion 24 is provided with a short piece 62 which is inverted and abuts against the closing body 2 for preventing the closing body 2 accommodated in the rear concave portion 24 from falling off. Further, a concave front recess portion 22 is provided in front of the claw support portion 2, i.e., the guide inlet 15 side, and the holder base portion 31 of the handle holder 4 can be inserted into the holder. φ is placed on the claw body 3 of the claw supporting portion 20, and the lower piece 55 is extended parallel to the upper piece 55 so as to be disposed rearward from the center of the upper piece 55, and the stopping claw 26 protruding downward is provided at the tip end thereof. The lower surface of the upper piece 55 opposite to the stopping claw 26 is formed with a concave pivot supporting recess 25 to be placed on the claw supporting portion 20, and to prevent the sliding thereof, the lower end portion of the upper piece 55 is formed. In order to insert the recessed portion 58 formed in the concave portion of the body 1 between the upper piece 55 and the lower piece 56 on the side where the stopping claw 26 is located, an operating recess 27 into which the pivot 13 of the pull handle 12 can be inserted is formed. The handle holder 4 is formed to cover the claw support portion 20 to form the holder base portion 31, and the free end portion 32 on the opposite side of the holder base portion 31 is formed to be free from the upper surface of the body 1. Further, the handle holder 4 is integrally formed by the front wall 6j, the rear wall 64, the side wall 65, and the top plate 66, and a flange 35 is formed on the front surface and the side surface of the holder base portion 31, and is disposed at the base of the holder. The flange 35 on the side surface is inserted into the front recessed portion from the front side, that is, the introduction port 15 side, and a part of the side guide grooves 23 is pressed toward the flange 35 and fixed to the side of the claw supporting portion 20 formed on the body 1. The guide groove 23 is for preventing the handle holder 4 from being disengaged from the body 1. The handle holder 4 is provided with a tongue 43 at the side wall of its free end 32, 137162.doc 201019867, and is disposed with its front end inward. The protruding protrusion 45 is provided with a semicircular retreating portion 34 and an accommodating portion 33 in a position adjacent to the free end portion 32 of the side wall 65, and a mounting portion 53 is provided at four corners of the top plate 66 to mount a spring-like spring 5, It is formed in such a manner that the spring 5 pushes the upper piece of the claw body 3. The lock body 2 is slidable in the front-rear direction on the upper surface of the main body i, and is housed in the coil spring 6丨 provided in the bottom-side insertion groove 71 of the rear recess portion 24, and is abutted against the lock body. 2, one side leg piece 42; in the form that the locking body 2 compresses the coil spring 61 and easily abuts against the rib wall 68 of the hole edge of the locking hole 21, the left and right leg pieces 42 are in a plane view; The left and right leg pieces 42 are coupled by a connecting portion 38, and a protrusion 44 that protrudes to the left and right sides is provided on the upper side of the connecting portion 38, and a step portion 67' is formed on the lower side of the protrusion 44 so as to be mountable. The shape of the projection 45 of the shank holding body 4 thereby forms a buckled portion 36 that can be engaged with the fastening portion 29 provided at the free end portion 32 of the shank holding body 4. Further, the front end of the left and right leg pieces 42 is formed with a concave portion 40 for accommodating the pivot 13 of the handle 12 at the base of the convex portion 39 which protrudes upward. _ The slider normally inserts the pivot 13 of the pull handle 12 into the action recess 27 of the claw body 3, and pulls the claw body 3 upward by pulling the handle 12 forward and backward, so that the stop claw 26 is made of a sprocket The guide groove U is withdrawn, and it is easy to slide back and forth. At this time, even if the pull handle 12' is pulled upward, the buckle portion 29 formed on the free end portion 32 of the holder 4 and the protrusion on the left and right sides of the joint portion 38 protruding from the lock body 2 are used. The buckled part of the 44 is buckled, even if the handle 12 is handled indiscriminately, the cantilever-like handle holder 4 does not move, so 137162.doc -20-201019867 can form a handle holder that can withstand the long-term use of the party. 4. Further, when the pressing force acts on the handle holder 4, the step portion 67 of the lock body 2 mounts and accommodates the projection 45 of the handle holder 4, so that the deformation of the handle holder 4 can be prevented. Further, the replacement of the handle 12 is the same as that of the prior art, and the handle 12 can be replaced as long as the advancement and retraction operations of the lock body 2 are performed. Embodiment 1 . The slider for detachable zipper of the handle of the first embodiment shown in FIGS. 1 to 8 is a body 1 , a lock body 2 , a claw body 3 , a handle holder 4 , a spring 5 , and The members of the coil spring 61 and the like are constituted by seven members such as the handle 12 attached to the handle holder 4 after assembling the members. Among them, members such as the main body i, the handle holding body 4, and the lock body 2 are die-casted using a metal such as a zinc alloy or an aluminum alloy. Specifically, the shape of the slider is as follows: the main body 丨 has an upper wing plate 7 and a lower wing plate 8 ′. The upper wing plate 7 and the lower wing plate 8 are arranged above and below the body 1 , that is, at a specific interval in the direction of the inner surface. The upper blade 7 and the lower blade 8 are coupled to the center pillar 9 at the front end of the body 1, that is, the inlet port 5 side. Further, flanges 1 are provided on the left and right side edges of the main body 1 from the upper blade 7 toward the lower blade 8. The space surrounded by the upper blade 7, the lower blade 8, the center pillar 9, and the flange 1 is a sprocket guide groove U through which the sprocket can be inserted in the front and rear directions of the body 1. Further, on the upper surface of the main body 1, i.e., the surface of the upper blade 7, a handle holding body 4 to which the handle 12 can be attached is provided in a cantilever manner. The handle holder 4 extends from the end 15 of the body 1, that is, the inlet side toward the rear end, that is, the side of the bellows 16 side. On the surface of the upper blade 7, on the side of the introduction port 15 of the main body 1, a claw supporting portion 20 for supporting the claw body 3 disposed on the surface of the upper blade 7 is provided. The claw body branch 137162.doc -21 - 201019867 The holding portion 20 has one pair of support plates 69' disposed in parallel in the left-right direction of the body 1, and a claw base portion 28 capable of accommodating the claw body 3 is formed between the support plates 69. A concave dimple 58. Further, the claw supporting portion 2 has a convex shape that protrudes upward from the dimple portion 58 toward the surface of the main body 1, that is, the upper surface of the claw supporting portion 20 is curved in an arc shape, and the claw supporting portion is in the claw supporting portion. The pivot support recess 25 formed in the claw body 3 can be placed on the upper surface of the crucible. Further, a rear recessed portion 24 extending from the side of the engaging opening 16 of the main body 1 toward the side of the entrance opening 15 to the vicinity of the rear surface of the claw supporting portion 2 is formed on the surface ' of the upper blade 7. The rear recessed portion 24 is disposed at the center of the left and right direction of the main body 1 and is provided at its bottom portion with a locking hole 21 that can be inserted into the stopping claw 26 of the claw body 3, and the locking hole 21 is coupled to the sprocket guiding groove η It is connected, and the stopping claw 26 inserted into the locking hole 21 can be made to protrude into the key tooth guiding groove 11. Further, a hole wall 68 projecting upward from the bottom of the rear recess portion 24 is provided at the hole edge of the buckle hole 21, and the upright wall 68 surrounds and protects the periphery of the stopper claw 26 so that the lock body 2 will be described later in the rear recess portion 24 When the inner slide is performed, the lock body 2 and the stop claw 26 are prevented from colliding with each other. Further, on the surface of the upper blade 7, a front recessed portion 22 is formed so as to extend from the introduction port 15 of the main body 1 toward the side of the four joints 16 and along the front surface and the left and right side surfaces of the claw support portion 2, The front recessed portion 22 is attached to a handle holder 4 to be described later. Further, the left and right side walls of the rear recessed portion 24 are provided with concave guide grooves 23'. The left and right side walls of the front recessed portion 22 are also provided with concave guide grooves (not shown). The guide groove 23 of the rear recessed portion 24 is fitted with a guide portion 41 projecting from the right and left sides of the lock body 2, so that the lock body 2 can slide in the front-rear direction of the body 1 along the rear recess portion 24. Further, in the guide groove of the recessed portion 137162.doc -22-201019867, the flange 35 projecting from the left and right sides of the handle holder 4 is fitted, and after insertion, a part of the peripheral wall of the guide groove is depressed. The flange 35 is again inserted to secure the handle retaining body 4 from being able to escape from the front recess 22. Further, on the surface of the upper wing 7, on the side of the merging port 6 of the body 1, after the rear. The left and right sides of the depression portion 24 are provided with a pair of short pieces 62 projecting upward from the body 1, and the short pieces 62 are pressed to bring the respective short pieces 62 to the approaching direction. By φ, even if the lock body 2 disposed on the rear recessed portion 24 slides toward the engagement opening 16 side of the main body, and is released from the rear recessed portion 24, the locking body 2 can be prevented by the abutment of the short piece Q and the lock body 2. Come out. Further, in the rear depressed portion, an insertion groove 71 extending in parallel with the extending direction of the rear depressed portion 24 is engraved. A coil spring 61 is inserted into the insertion groove 71 to position the coil spring in a manner to maintain a specific posture. Further, one end of the coil spring 61 is in contact with the front wall surface of the rear recess portion 24, and the other end is opposite to the front side of the lock body 2. The sheet 42 is brought into contact with each other, and the lock body 2 is elastically urged toward the meshing port 6 side of the body 1. The φ claw body 3 is formed by punching a metal plate material such as brass and punching it into a specific shape, and has a flat shape. The claw base portion 28 and the claw base portion 28 project from the claw body 3 in the upper and lower directions to form the upper piece 55 and the lower piece 56. Between the upper piece 55 and the lower piece 56, an insertable and accommodating pull is formed. The actuating recess 27 of the pivot 13 of the shank is disposed at the front end of the lower piece 56, and a stopping claw 26 projecting into the sprocket guiding groove 11 is provided below the claw body 3. Further, the upper surface of the upper piece 55 is a claw body 3, the front end of the front end reaches the center and protrudes upward in a mountain shape to improve the pressure-bonding effect on the spring 5 disposed above the claw body 3. The claw base portion 28 is housed in the left and right support formed on the claw body support portion 2, 137162 .doc •23- 201019867 Plate 69 between the dimples 5 8' prevents the claw body 3 from moving in the left-right direction of the body 1. Further, on the claw base portion 28 of the claw body 3, a pivot support recess 25 opening to the lower side of the claw body 3 is formed, and the bottom of the pivot support recess 25 is formed. The claw support 3 is placed on the upper surface of the claw support portion 2, and the claw support portion 20 is used as a fulcrum to support the claw body 3 so as to be rockable in the vertical direction. 5 is formed by cutting a fine metal plate made of stainless steel or the like at a specific length, and a locking recess 73 for forming a center notch in the left-right direction of the spring main body 72 is formed at the rear end of the spring-shaped main body 72. The spring 5 can be attached to a mounting portion 53 formed on the inner surface of the top plate 66 of the handle holder 4, which will be described later. The handle holder 4 has a front wall 63, a rear wall 64, left and right side walls 65, and a top plate 66, and will be pulled. The front end side of the shank holding body 4 in the front-rear direction is a retaining body base 3丨 fixed to the upper surface of the main body 1, and the rear end side is a free end portion 32 that is not fixed on the upper surface of the main body cymbal. The retaining body base 3 has a front wall 63 and Left and right side walls 65, and below each wall The rim is provided with a protruding flange 35. The shank holding body 4 is shown by an imaginary line as shown in Fig. 2, by inserting the shank holder 4 from the front side of the body 1 toward the front recess 22, and The flange 35 is fitted to the main groove 1 in a guide groove (not shown) provided in the front recessed portion 22, and the inner surface of the front wall 63 of the holding body base 3 is attached to the front of the claw support. The left and right side walls of the holder base portion 31 are coupled to the side surface of the claw body support: 4 20, that is, the side surface of the support plate 69, and the holder base portion 3 is disposed so as to cover the claw body support portion 20. The handle holder 4 is The free end 32 is separated from the upper surface of the body 137162.doc -24- 201019867 by a handle! The gap 13 of the pivot shaft 13 of the second portion 13 is disposed, and has a rear wall 64 and left and right side walls 65. The rear wall 64 and the left and right side walls 65 are disposed at positions that do not contact the lock body 2 when the lock body 2 slides on the body 1. Further, the free end portion 32 has a tongue piece 43 which sandwiches the rear wall 64 and is disposed to face the right and left sides of the handle holder 4, and is disposed downward from the lower end portion of the rear wall 64. At the front end of the tongue piece 43, a projection 45 is formed which is directed toward the tongue piece 43 on the other side, that is, in a direction intersecting with the sliding direction of the lock body 2, the dog 45 is a buckle portion. 29. When the lock body 2 closes the gap between the main body 1 and the free end portion 32 of the handle holder 4, the latching portion 29 is engaged with the buckled portion 36 of the lock body 2. The locking portion 29 has a locking surface 3〇 horizontally above the main body 1 and upwardly on the upper surface of the main body 1, and has a horizontal locking surface 3 in the sliding direction of the locking body 2. Further, the pull handle holding body 4 is provided with a retreating portion 34 facing the concave opening below the handle holder 4 adjacent to the tongue piece 45 on the left and right side walls 65, and is adjacent to the retracting portion 34, and is formed to be held toward the pull handle. The concave opening below the body 4, and the accommodating portion 33 having a larger opening than the escape portion 34. The retracting portion 34 is for accommodating the pivot 13 when the handle holder 4 is fixed to the main body ,, and is used for accommodating the pivot 13 when the pivot 13 of the handle 12 is attached to the handle holder 4, and the accommodating portion 33 is used for After the pivot 13 of the element handle 12 is mounted on the handle holder 4, the pivot 13 is inserted and received. Further, on the inner surface of the top plate 66, on the front end side and the rear end side, a mounting portion 53 for attaching the spring 5 is protruded from the inner surface of the top plate 66. The mounting portion 53 is disposed at the center in the left-right direction of the handle holder 4. The front end of the spring body 72 can be fixed by being embedded in a locking recess 73' formed at the rear end of the spring body 72 of the spring 5. 137162.doc -25- 201019867 The lock body 2 has a pair of right and left leg pieces 42, and a joint portion 38 that connects the rear end portions of the leg pieces 42, and the block shape of the lock body 2 is (9)-shaped. In the space surrounded by the left and right leg pieces 42 and the connecting portion 38, the closing body 2 can be fitted to the edge of the hole of the locking hole 21 when sliding toward the front end of the main body 1, that is, the guide σ15 side. Standing wall 68. In the left and right leg pieces, the front end portion of the lock body 2 is provided with a convex portion that protrudes upward, and the left and right leg pieces 42 are oriented in the center portion of the front and rear direction of the lock body 2. a recessed recessed portion 4〇 that is open at the upper side, and the pivot portion 13 of the handle 12 is accommodated in the recessed portion. The connecting portion 38 is provided with a latching body head portion 7 that protrudes upward from the upper surface of the connecting portion, and is blocked by the latching portion The left and right side faces of the body head portion 7 are directed toward the side, that is, a pair of protrusions 44 projecting in a direction overlapping with the sliding direction of the lock body 2. The protrusion 44 forms a buckled portion %, and when the lock body 2 is at a position of a gap between the lock body 1 and the handle holder 4, the protrusion 44 can be formed with the protrusion formed at the free end portion 32 of the handle holder 4. 45 buckled. The depressed portion 36 has a depressed surface 37 that is horizontal in the sliding direction of the lock body 2 on the lower surface of the projection 44, that is, the downward facing surface of the body 1. When the locking surface 30 and the to-be-retained surface 37 are closed by the locking body 2 and the locking portion 29 and the buckled portion 36 are engaged, they are superposed on the upper and lower sides of the main body! The body 4 repeatedly applies an excessive pulling load caused by the pull handle 12, and the free end portion 32 and the latching body 2 are buckled to prevent the free end portion 32 of the pull handle holding body 4 from moving away from the body. The direction of the plate 7, that is, the direction in which the gap 74 between the free end portion 32 and the body i is enlarged, is obtained, and the shank holding body 4 which is strong without moving relative to the fixed state of the body cymbal is obtained. The blocking body head of the lock body 2 is left 137l62.doc 26·201019867 The lower part of the right protrusion 44 is provided with a step portion 67 which is formed as a white difference with the top surface of the lock body head portion 7〇. The 67 is formed by a horizontal plane parallel to the sliding direction of the lock body 2, and can accommodate the protrusion 45 protruding from the free end portion 32 of the handle holder to prevent the handle holder 4 from being deformed downward, even if the pull is applied. An external force that the shank holding body 4 is displaced downward, such as ironing, pushing the negative-loading pull The holding body 4 is also not deformed. In the following, the operation of attaching the handle holder 4 to the body 1 is described. First, as shown in Figs. 3 and 4, the handle 12 is pivoted. Axis 13 by this

The rear end of the body 1, i.e., the engagement port 16 side, is close to the lock body 2, and the coupling portion 38 of the lock body 2 is pressed by the elastic force of the coil spring 61 by the clamp shaft 13. Thereby, the lock body 2 is slid along the rear recessed portion 24 toward the front end of the body 1, that is, the introduction port 15 side. At this time, the pivot 13 of the pull handle 12 passes through a gap 74 formed between the upper surface of the body and the handle holder 4. Further, the lock body 2 is held below the escape portion 34 of the body 4 by the pull handle. Then, the boring shaft 13 is inserted into the retracting portion 34 of the shank holding body 4, and the pressing of the closing body 2 is released. Thereby, the lock body 2 is returned to the initial position by the elastic force of the coil spring 61, that is, the position of the gap between the lock body J and the free end portion 32 of the handle holder 4. At this time, the recess 40 of the lock body 2 is located below the escape portion 34. Then, as shown in Fig. $, in the case of no, the pivot π of the handle 12 is inserted into the recess 4 of the lock body 2, and the pivot portion 13 is pressed against the elastic force of the coil spring 61 to push the convex portion % of the lock body 2. By this, the pivot 13 starts to be inserted into the actuating recess 27 of the claw body 3. Then, the pivot 13 is brought into contact with the upper piece 55 of the claw body 3, and the pivot 13 pushes up the upper piece 55 with one side facing over the convex portion 39. Thereby, as shown in Fig. 7, the pivot 13 of the pull handle 12 is inserted. The claw 3 moves the recess 27 and is housed in the accommodating portion 33. At this time, the closing 137I62.doc -27-201019867: the body is returned to the original position (4) by the elastic force of the coil spring 61, and the buckle portion 29 of the free end portion 32 of the holding body 4 and the buckled body 2 are buckled. By the above operation, the installation of the pull handle 12 is completed as long as the lock body 2 is not slid. 'The gap 74 between the body 1 and the free end portion 32 of the handle holder 4 is not opened. The handle 12 is not pulled by the handle. The holding body 4 is disengaged. Moreover, the lock body 2 normally locks the gap 74 between the body 1 and the free end portion 32 of the handle holder 4, except when the operation of replacing the handle 12 attached to the handle holder 4 with another handle is performed. The buckle portion 29 provided at the free end portion 32 is buckled with the buckled portion provided in the lock body 2. Thereby, even if an excessive tensile load is applied to the handle holder 4, the load can be freely held by the holder base portion 31 of the handle holder 4 fixed to the body 1 and the handle holder 4 that is engaged with the lock body 2. The end portion 32 is accommodated, and there is no problem that the fixing strength of the handle holding body 4 is reduced and the fixing strength with respect to the main body is lowered. Further, since the step portion 67 for accommodating the projection 45 protruding from the free end portion 32 of the handle holder 4 is provided below the projection 44 of the lock body 2, even if the handle holder 4 is ironed from above, When the pressing force is applied, the handle holder 4 is not deformed. When the handle 12 of the handle holder 4 is removed by the handle holder 4, the state shown in Fig. 7 is used. When the pole shaft 13 of the handle 12 is moved upward above the accommodating portion 33, the lock body 2 is pressed against the elastic force of the coil spring 61, and is slid toward the introduction port 15 side of the body 1 along the rear recess portion 24. At this time, the convex portion 39 of the lock body 2 passes under the pivot 13, so that the concave portion 40 is positioned below the pivot shaft 13. Then, as shown in Fig. 6, the pivot shaft 13 is inserted into the recess 40, and the pressing of the lock body 2 is released. Thereby, the lock body 2 is returned to the original position by the elastic force of the spring 137162.doc •28· 201019867 spring 61. At this time, the cymbal 13 is moved together with the lock body 2, and the position of the retracted portion 34 of the shank holder 4 is shown above as shown in Fig. 5 above the recess 40 into which the pivot 13 is inserted. Then, in a state where the pivot shaft 13 is inserted into the retracting portion 34, the lock body 2 is again pressed against the elastic force of the coil spring 61, and is slid toward the introduction port 15 side of the body 1 along the rear recess portion 24. At this time, the lock body 2 passes under the escape portion 34. Then, as shown in Fig. 4, when the pivot shaft 13 is pulled out by the escape portion 34, the pressing of the lock body 2 is released.

Then, the latch body 2 is returned to the initial position by the elastic force of the coil spring 61, and the pivot shaft 13 is pushed out by the gap between the body i and the handle holder 4 by the latch body 2. Thereafter, the handle body is pulled toward the handle. 4After installing the new handle 12, the replacement of the handle can be completed by following the above-mentioned handle mounting operation. Embodiment 2 The slide fastener for the detachable zipper of the embodiment 2 shown in Figs. It is composed of a body 1 closing body 2, a claw body 3, a handle holding body 4, a pin 57, and springs 5 and 61, and a handle 12 attached to the handle holder 4 after assembly of the above member. The main body i, the pull handle (4) 4', and the lock body 2' are formed by metal die-casting, such as the alloy, the alloy, etc., in the same manner as the foregoing embodiment. The specific shape of the slider is as follows: The wing plate 7 and the lower wing plate 8' are arranged in parallel with the upper wing plate 7 and the lower wing plate 8 in the upper and lower directions of the body, that is, in the forward and reverse directions; the upper wing plate 7 and the lower wing plate The 8 series is connected to the front end of the main body 1, that is, the side of the lead population 15 is connected by the outside of the middle column. Edge, ά f- M 4c < 7 4. i aa The field wing 7 is provided with a flange 10 which is suspended toward the lower wing 8 and is surrounded by the upper wing 7, the lower wing 8, the center pillar 9, and the flange. Between 137162.doc -29 and 201019867, the sprocket guiding groove 1 which allows the sprocket to be inserted in the front and rear directions of the body 1 is placed on the surface of the upper blade 7, and is supported on the side of the introduction port 15 of the body 1. a claw supporting portion 20 of the claw body 3 disposed on the surface of the upper blade 7. The claw supporting portion 20 has a pair of supporting plates 69 disposed in parallel in the left-right direction of the body i, and the supporting plate 69 is provided through the supporting plate 69. The left and right direction of the body i, the shaft hole 54 of the insertable pin 57, and the recessed portion 58 of the claw base portion 28 that can accommodate the claw body 3 are formed between the support plates 69. The surface of the flap 7 is formed to extend from the engagement opening 16 side of the main body 1 toward the guide inlet 15 side to the rear recessed portion 24 near the rear surface of the claw support portion 2A. The rear recess portion 24 is disposed in the left-right direction of the body 1. The center is provided at the bottom thereof with a locking hole 21 that can be inserted into the stopping claw 26 of the claw body 3, and the locking hole 21 is connected to the element guiding groove U. Further, the stopper claw 26 inserted into the locking hole 21 can be protruded into the sprocket guiding groove 11. Further, the rim of the locking hole 21 is provided with a standing wall 68 which protrudes upward from the bottom of the rear recessed portion 24. The standing wall 68 surrounds and protects the periphery of the stopping claw 26 so as to prevent the locking body 2 and the stopping claw 3 from colliding with each other when the locking body 2 to be described later slides in the rear concave portion 24. Further 'on the surface of the upper blade 7' At the rear end of the main body 1, on the left and right sides of the rear recessed portion 24, a pair of short pieces 62 projecting upward from the main body 1 are provided, and the short pieces 62' are pressed to cause the respective short pieces 62 to be tilted in the approaching direction. Therefore, even if the lock body 2 disposed on the rear recessed portion 24 slides toward the engagement opening 16 side of the main body 1 and is released from the rear recessed portion 24, the short piece 62 abuts against the lock body 2 to prevent the lock body 2 from coming off. Out. Further, at the bottom of the rear recessed portion 24, 137162.doc • 30 - 201019867, an insertion groove 71 extending in parallel with the direction in which the rear (four) portion 24 extends is engraved. A spiral latch is inserted into the insertion slot 71, and the helical elastic (4) is positioned in a manner that is in a special posture. Further, one end of the coil spring is in contact with the front wall surface of the rear recessed portion 24, and the other end is in contact with the leg piece 42 of the lock body 2, and the lock body 2 is elastically urged toward the drinking port 16 side of the body 1 to push the pawl body 3 It is formed by punching a metal plate material such as brass and punching it into a specific opening shape, and has a flat claw base portion 28 and a claw body base 28 that is larger than the claw body 3. The upper piece and the lower piece 56 are disposed oppositely. Between the upper piece 55 and the lower piece 56, an action recess 27 is formed which can insert and receive the pivot 13 of the handle 12. At the front end of the lower piece, toward the claw 3 A stopping claw 26 projecting into the sprocket guiding groove is suspended downward. The claw base portion 28 is received in a dimple portion 58 formed between the left and right support plates 69 of the claw supporting portion 2, and the claw body 3 is prevented from being The body body is moved in the front-rear direction. Further, a shaft hole 54 through which the insertable pin 57 is inserted is formed in the claw base portion 28, and the claw body 3 is pivotally supported in the lower direction of the body 1 around the pin 57. Further, in the concave portion The bottom portion of the socket portion 58 has a spring insertion hole (not shown) through which the center pillar 9 is inserted in the upper and lower directions of the body 1. Inserting the coil spring 5 into the spring insertion hole, the lower end of the spring 5 is brought into contact with the bottom portion of the spring insertion hole to make the upper end of the spring 5 contact the lower surface of the claw base portion 28 of the claw body 3, so that the claw body 3 is always stopped. The claw 26 is elastically urged in such a manner as to protrude into the groove 11. The handle holder 4 has a front wall 63, a rear wall 64, left and right side walls 65, and a top plate 66' and the front end side of the handle holder 4 in the front and rear directions, As the holder base portion 31 fixed to the body 1, the rear end side is a free end portion 32 which is not fixed on the upper surface of the body 1 137162.doc -31 - 201019867. The holder base portion 31 has a front wall 63 and left and right side walls 65, A shaft hole 54 penetrating in the left-right direction of the handle holder 4 is formed in the left and right side walls 65. The holder base portion 3 is configured to cover the claw body support portion 2 provided on the surface introduction port 15 side of the body j. After the shaft hole 54 provided in the base portion 31 of the holder is aligned with the shaft hole 54 provided in the support plate 69 and the claw body 3, the pin 57 is inserted through the shaft hole 54. The handle holder 4 is fixed in a cantilever shape with respect to the body 1. The free end portion 32 of the shank holder 4 has a rear wall 64 and left and right side walls 65, and is continuous on the rear wall 64 in the front and rear direction of the handle holder 4, that is, parallel to the sliding direction of the lock body 2. In the manner of perforation, the long hole 48 provided in the left-right direction of the handle holder 4 is a long hole 48. The long hole 48 serves as a buckle 29 and is engaged with the buckled portion 36 of the lock body 2. The long hole 48 of the stopping portion 29 has a horizontal plane in the sliding direction of the locking body 2 and an upwardly facing locking surface 3〇 in the upper and lower directions of the body 1. The side wall 65 ° of the handle holding body 4 is freely placed. The retracting portion 34 having the end portion 32 side facing the concave opening of the lower side of the handle holder 4 is adjacent to the retracting portion 34, and is formed with a recessed opening toward the lower side of the handle holder 4 and a larger opening than the retracting portion 34. 33. The retracting portion 34 is for accommodating the pivot 13 when the handle holder 4 is fixed to the handle holder 4, and the pivot portion 13 of the handle 12 is attached to the handle holder 4, and the accommodating portion 33 is attached. The pivot 13 of the handle 12 is used to insert and receive the pivot 13 when the handle holder 4 is mounted. The lock body 2 has a pair of left and right leg pieces 42 and a joint portion 38 that connects the rear end portions of the leg pieces 42, and the block shape of the lock body 2 is U-shaped. The space surrounded by the left and right leg pieces 42 and the connecting portion 38 can be fitted to the locking hole 21 when the blocking body 2 slides toward the front end of the main body 1 137162.doc -32 - 201019867, that is, the introduction port I5 side. A vertical wall 68 formed by the edge of the hole. On the left and right leg pieces 42, a convex portion 39 that protrudes upward is provided at an end portion of the lock body 2 in the front-rear direction. Further, in the left and right leg pieces 42, a concave recessed portion 40 that opens upward is provided in a central portion of the lock body 2 in the front-rear direction, and the pivot shaft 13 of the handle 12 is accommodated in the recessed portion 42. As shown in FIG. 1A, the connecting portion 38 is provided with a closing body head portion 70 that protrudes upward from the upper surface of the connecting portion 38, and is engaged by the closing body head portion 7〇φ toward the rear end of the body 1. A protrusion 49 that protrudes in parallel with the sliding direction of the lock body 2 on the side of the mouth 16. Further, the ridge 49 is a buckled portion 36' that is fastened to the long hole 48 provided in the free end portion 32 of the handle holder 4, and the ridge 49 has a length shorter than the length of the long hole 48, and may be The inner side of the handle holder 4, that is, the side of the introduction port 15 of the body 1 is fitted into the long hole 48. Further, the protrusion 49 of the buckled portion 36 has a buckled surface 37 which is horizontal in the sliding direction of the lock body 2 and downwardly upward and downward in the upper direction of the body 1. When the lock body 2 closes the gap 74, the buckle is buckled. The stop surface 30 is opposite to the buckled portion 36 above and below the body 1. Further, 'the left and right side base portions of the lock body head 70 and the front base portion' are provided with a step portion 67' which is formed with a stepped shape from the top of the lock body head portion 70 in the long hole 48 of the pull handle holding body 4. When the buckle portion 29 formed is engaged with the buckled portion 36 formed by the lock body portion 70 of the lock body 2, even if a downward pressing load is applied to the handle holder 4, the step portion is applied. • 67 accommodates the side wall 65 of the handle holder 4 and the lower surface of the free end portion 32, thereby preventing deformation of the handle holder 4. Therefore, even if the pulling handle 4 repeatedly applies an excessive pulling load due to the pulling handle 12, or applies a pressing load due to ironing, pressing, etc. to the handle holding body 4, it may be 137162. Doc-33-201019867 By locking the free end 32 and the latching body 2, it is indeed prevented that the free end 32 of the pull handle retaining body is deformed away from the wing 7 of the body 1 or in the direction of the reduction A sturdy handle holder 4 is obtained which has no movement relative to the fixed state of the body 1. Further, in the second embodiment, the mounting operation and the detaching operation of the pull handle holding handle 12 may be performed in the same manner as in the first embodiment. [Embodiment 3] Fig. 16 shows a slider for a zipper which is detachable from the handle of the third embodiment, which is attached to a slider for a zipper which does not have the claw body 3 and the spring 5, that is, a type which does not have an automatic stop device, A specific construct of the present invention. The slider of this embodiment integrally forms the handle holder 4 in a cantilever shape on the body 1. The main body 1 and the handle holder 4 are formed by metal die casting such as alloy or aluminum alloy. The handle holding body 4 of the (four) shape is erected on the surface of the upper blade 7 of the main body, and extends from the front end of the main body, that is, the side of the introduction port 5 toward the rear end, that is, the side of the engaging opening 6. Moreover, the handle retaining body 4 has a free end portion 32 which is fastened between the base portion 31 of the body fixed to the body and the upper surface of the wing of the body, and is spaced apart to allow the pivot 13 of the handle 12 to pass therethrough. The gap is configured. An upper recessed portion 24 is formed on the upper surface of the upper surface of the main body 1 by a meshing opening 16 of the main body, and a rear recessed portion 24 is formed in the rear recessed portion. The openable and closable body and the handle are slidably disposed. The closure body 2 of the gap 74 between the free ends 32 of the body 4 is retained. Further, in the rear recessed portion 24, a coil spring 61 that elastically urges the lock body 2 so as to move toward the position of the lock gap 7 4 is disposed. The free end portion 32 of the handle holder 4 is provided with an introduction port 15 facing the body 137162.doc • 34-201019867, and a hook portion 5 1 projecting in parallel with the sliding direction of the lock body 2, the hook portion 5 1 As the buckle portion 29. In addition, the latching body 2 has a latching body head 7 that protrudes from the upper surface of the latching body 2, and the latching body head faces the engaging opening 16 side of the body 1, and is recessed in the sliding direction of the latching body 2 The portion 52 has the notch portion 52 as the buckled portion 36. The engaging portion 29 provided to the handle holder 4 and the engaged portion 36 provided to the lock body 2 can be engaged when the lock body 2 closes the gap 74. In order to attach the pivot 13 of the handle 12 to the handle holder 4, first, the shaft 13 of the handle 2 is pressed against the lock body portion 70 of the lock body 2 from the engagement opening 16 side of the body 1. By pressing the lock body head 7'' with the pivot 13, the lock body 2 slides toward the guide inlet 15 side of the body 1 in the rear recessed portion 24 against the elastic force of the coil spring 61. Thereby, the gap 74 between the main body and the free end portion 32 of the handle holder 4 is opened, so that the pivot 13 is inserted into the handle holder 4 by the gap 74. At this time, the pressing of the pivot shaft 13 is released, and the lock body 2 is returned to the initial position of the lock gap 74. Thereby, as long as the operation of sliding the lock body 2 again is not performed, the pivot 13 of the handle 12 cannot pass through the gap 74, and the pivot holder 4 can be attached without being disengaged. [Embodiment 4] The buckle portion 29 and the buckled portion 36 of the embodiment 4 for the slider detachable slider shown in Fig. 17 are explained as follows: at the free end of the handle holder 4 The center of the left and right directions of the portion 32 is provided with a narrow-shaped projecting piece 46, and at the front end of the projecting piece 46, the side of the holder base portion 31 facing the handle holder 4 is provided, and is parallel to the sliding direction of the lock body 2. The protruding portion 45 is protruded from the ground, and the protruding portion 45 is used as the locking portion 29. In the center of the left and right sides of the lock body 2 θ 137162.doc - 35 - 201019867, a through hole 47 into which the projection 45 can be inserted is provided, and the through hole 47 is used as the buckled portion 36. The buckle mechanism of the type in which the buckle portion 29 and the buckled portion are buckled is a slider which is easy to fabricate and can be easily used as the slider of the slider of each of the above embodiments. Further, the lower surface of the buckled portion 36, that is, the buckled surface 37 and the lower surface of the buckle portion 29 of the free end portion 32, that is, the latching surface 30, are pushed and pushed when a pressing load is applied to the handle holder 4. The load is applied to prevent deformation of the handle holder 4. [Embodiment 5] The fastening portion 29 and the buckled portion 36 of the slider fastening mechanism as the handle detachable in the embodiment 5 shown in Fig. 18 are explained as follows: at the free end of the handle holder 4 The left and right side walls 65 of the 32 are provided with the recessed portion 50 which is opened in the direction parallel to the sliding direction of the lock body 2 toward the rear wall 64 side of the handle holder 4, and the recessed portion 50 serves as a fastening portion. 29. A lock body head portion 7 is protruded from the upper surface of the joint portion 38 of the lock body, and a left side surface of the lock body head is provided with a side protrusion, that is, a direction protruding in a direction overlapping with the sliding direction of the lock body 2. The portion 45 is used as the buckled portion. This is a buckle portion 29 provided in the recessed portion 5 of the side wall 65 of the free end portion 32, and a projection 45 projecting from the left and right sides of the lock body portion 70 of the lock body 2 is engaged. The latching mechanism of the type of the latching portion 36 is disposed under the protrusion 45 disposed on the left and right sides of the latch body portion 70 of the latch body 2, and the side wall 65 of the handle holder 4 can be placed. The step portion 67 accommodates the pressing load of the handle holder 4. The tension load is prevented by the engagement of the buckle portion 29 and the protrusion 45 of the lock body 2, and the pressing force is applied by the lower surface of the side wall 65 of the handle holder 4 and the step portion 67 of the lock body 2. The abutment is blocked by 137162.doc -36 - 201019867. The shape of the slider can be selected as the latching mechanism of the slider of each of the foregoing embodiments. Industrial Applicability The slide fastener for detachable zipper of the present invention can be used for the opening of the garment, but can also be used for the opening of the bag and the opening of the footwear. The shank can be replaced freely and easily, and the design can be changed and improved, and the fixed shape of the cantilever-shaped shank holding body with respect to the main body can be used for a long period of time in a stable state. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view of a slider according to a first embodiment, which is provided with an automatic stop mechanism formed by a handle holder and a lock body. Fig. 2 is a longitudinal sectional view showing a state in which the handle holder is inserted into the body. (Embodiment 1) Fig. 3 is a longitudinal sectional view showing a state in which a handle holder is attached to a main body. (Embodiment 1) Fig. 4 is a longitudinal cross-sectional view showing a state in which a recess of a lock body is inserted by a pivot of a pull handle. (Embodiment 1) Fig. 5 is a longitudinal cross-sectional view showing a state in which a pivot of a handle is inserted into a concave portion of a lock body. (Embodiment 1) Fig. 6 is a longitudinal plan view showing a state in which a pivot body is pushed by a pivot of a handle to insert a pivot shaft into an action concave portion of a claw body. (Embodiment 1) Fig. 7 is a longitudinal sectional view showing a state in which the lock body is returned and the operation concave portion of the pawl is inserted into the claw body (Embodiment 1) Fig. 8 is a cross-sectional view of Fig. 7 (Example υ 137162.doc) -37- 201019867 Fig. 9 is an exploded perspective view of a slider having an automatic stop mechanism formed by a handle holder and a lock body according to Embodiment 2. Fig. 10 is a view showing a buckle formed at a free end of the handle holder. Fig. 11 is a longitudinal sectional view showing a state in which the handle is attached and detached. (Embodiment 2) Fig. 12 is a view showing a state in which a portion to be engaged is formed in a joint portion of a lock body. A longitudinal sectional view of a state in which a pivot of a handle is pressed against a lock body. (Embodiment 2) FIG. 13 is a longitudinal cross-sectional view showing a state in which a pivot of a handle is inserted into a recess of a lock body. (Embodiment 2) FIG. A longitudinal sectional view showing a state in which a pivoting body is inserted into a movable concave portion of a claw body by a pivot of a handle, and a pivotal state is shown in FIG. 15 (FIG. 15) showing a state in which the claw is retracted by actuating the pulling handle. Longitudinal sectional view. (Embodiment 2) FIG. 16 is based on Embodiment 3. Fig. 17 is a perspective view showing the relationship between the free end portion of the pull holder holding body and the lock body according to the embodiment 4. Fig. 17 is a perspective view showing the relationship between the free end portion of the pull handle holding body and the lock body. Fig. 19 is an exploded perspective view showing a slider having a handle holder and a lock body. Fig. 19 is an exploded perspective view of a slider having a handle holder and a lock body. [Main component symbol description] 1 Body 2 latching Body 137162.doc 201019867

3 Claw 4 Pull handle retaining body 5 Spring 7 Upper wing 8 Lower wing 9 Middle post 10 Flange 11 Sprocket guide groove 12 Pull handle 13 Pivot 15 Guide inlet 16 Reciprocating joint 17 Elastic member 18 Longitudinal hole 19 Transverse hole 20 claw support portion 21 buckle portion 22 front recess portion 23 guide groove 24 rear recess portion 25 shaft support recess portion 26 stop claw 27 actuating recess portion 28 claw base portion 137162.doc -39- buckle portion buckle surface retaining body base Free end portion accommodating portion retracting portion flange being buckled portion being buckled surface connecting portion protruding portion recessed portion guiding portion leg piece tab projection protrusion piece perforation long hole rib recessed portion hook portion notch portion - 201019867

53 Mounting portion 54 Shaft hole 55 Upper piece 56 Lower piece 57 Pin 58 Dip portion 59 Head 60 Extension 61 Coil spring 62 Short piece 63 Front wall 64 Rear wall 65 Side wall 66 Top plate 67 Step portion 68 Vertical wall 69 Support plate 70 The latch body head 71 is inserted into the slot 72. The spring body 73 is engaged with the recess 100. The body 101 is pulled by the handle holder 102. The claw body 137162.doc 201019867 103 The latch body 104 The handle 110 The upper wing 111 The mounting piece 112 The recess 113 The periphery 114 The lower wing 115 Buckle hole 116 Guide groove 117 Bulging portion 118 Shaft hole 119 Insertion groove 120 Coil spring 121 for the lock body Projection 122 Recessed portion 123 Stop claw 124 Actuating recess 125 Clamp body coil spring 126 Pin 127 Hold body base 128 Free end 129 Retraction part 130 Housing part 132 Pivot 137162.doc -42- 201019867 133 Guide post 134 Guide groove 135 Claw base 137 Upper piece 138 Lower piece 139 Bump 140 Foot 137162.doc •43

Claims (1)

201019867 VII. Application for Patent Park: 1. A slider for detachable zipper with a handle, characterized in that it has a body 1, which has a chain for the chain teeth to be inserted # chute n; 4, which is cantilevered and erected on the surface of the upper body of the wing 7 and has a body fixed to the body! a retaining body base portion 31 and a free end portion 32 disposed with a gap 74 between the main body members; the latching body 2' is configured to be slidable on the surface of the aforementioned upper wing panel 7 of the body member, and The gap 74 can be opened and closed, and a locking portion 29 is formed in the free end portion 32, and the locking portion 2 is formed in the closing body 2, and the locking portion 29 and the buckled portion are formed as When the lock body 2 blocks the gap 74, it can be buckled. 2. If requested! a slider for detachable zipper, wherein the latching portion 29 has a latching surface 3 水平 horizontally opposite to the sliding direction of the latching body 2 and facing upward in the forward and reverse directions of the body; the buckled The stopper portion % has a buckled surface 37 that is horizontal in the sliding direction of the lock body 2 and faces downward in the forward and reverse directions of the body; and, when the lock body 2 locks the gap 74, the buckle surface 3 〇 前述 前述 前述 ” ” 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. 3. a tongue piece 43 that is downwardly disposed on the left and right sides of the end portion 32, and a protrusion 45 that is provided at a front end of the tongue piece 43 and protrudes in a direction intersecting the sliding direction of the lock body 2; the buckled portion % 八有鼓鼓 is placed on the left and right sides of the lock body 2 and protrudes in a direction overlapping with the sliding direction of the lock body 2; the aforementioned protrusion 45 of the buckle 137162.doc 201019867 portion 29 is The aforementioned protrusion material of the above-mentioned buckled portion is formed to be deductible. 4. As requested The slider for zipper that is detachable and detachable, wherein the buckle portion 29 has a long hole 48 that is formed in the free end portion 32 and faces the lock body 2 in the moon-moving direction; the buckled portion is % a strip 49 provided on the rear surface of the lock body 2 and protruding in parallel with the sliding direction of the lock body 2; and 'the aforementioned long hole 48 of the buckle portion 29 and the aforementioned protrusion of the buckled portion 36 49 is formed to be deductible. 5. The handle of claim 1 can be attached to the slide of the zipper for dismounting and detaching the zipper, wherein the aforementioned buckle 29 has the aforementioned free end (4) a protruding piece 46 which is disposed downwardly from the center, and a protrusion 45 which is disposed in the protrusion a piece 46 and which is parallel to the sliding of the blocking body 2; the buckled portion: a locking body: The protrusion 45 of the buckle portion 29 and the other through hole 47 of the buckled portion 436 are formed to be slidable toward the opening (4) of the opening direction of the sliding direction. 6. The handle of claim 1 is The slider for detaching the pull button has a portion 29 provided on the sliding side of the lock body 2 The side wall 65 and the stopping portion 36 are provided in the recessed portion 5; the aforementioned protruding portion 45 that protrudes in the direction of the engaging portion The projection is formed to be: the recessed portion 50 and the above-mentioned buckled portion 36. The pull-tab portion 29 of the detachable attachment of the request (1) has a description of the buckle at the free end and the tail. And the hook portion 51 of the above-mentioned blocking body 2 is provided with a locking body portion 70 protruding toward the upper surface of the above-mentioned blocking body 2, and the above-mentioned locking body head a notch portion 52 that is opened in the sliding direction of the closing body 2 in front of the portion 7; and the notch portion 52 of the locking portion 29 and the notch portion 52 of the to-be-locked portion % are formed to be deductible . The slide fastener for detachable zipper according to any one of claims 1 to 7, wherein when the buckle portion 29 and the buckled portion 36 are fastened, the buckle portion 29 is accommodated. The step portion 67' below or below the free end portion 32 is formed on the opposite surface to the above-mentioned fastening portion 29 or the free end portion 32 of the above-described closing body 2. 137162.doc