Abstract: A slide fastener slider has a body including an upper wing, a lower wing and a coupling pillar mutually coupling the respective upper and lower wings. The slide fastener slider has been cast molded to have a configuration where the post to which a pull is attached extends over the upper wing substantially in parallel with the upper wing, and then a logo or a pattern or the like has been engraved on the upper surface of the post.

Abstract: A slider of the invention has a slider body and a tab, and first and second tab attachment posts of the slider body rotatably retain an attachment shaft portion of the tab. Further, a cover body covering at least the first and second tab attachment posts is fixed to an upper blade of the slider body. In accordance with this, since the slider has a good touch feeling and an improved outer appearance, it is possible to construct a slide fastener which is excellent in quality. Further, in the case that the slider has a stop mechanism, the stop mechanism can be protected by the cover body, and it is accordingly possible to prevent a trouble in the stop mechanism.

Abstract: A slider for a slide fastener is provided which is capable of quickly fastening and unfastening the slide fastener in a remote operation manner. A string having pull tabs on longitudinally opposite sides is fixed to a body of the slider for a slide fastener such that the string is not moved in the longitudinal direction.

Abstract: In the reverse opening slide fastener, an insert pin includes a side edge arranged at a box pin side and a side edge arranged at a tape inner side. A first sloped section sloped in a direction to be apart from the box pin side toward the insert pin top end is formed at the side edge arranged at a box pin side. The first sloped section is formed as being intersected with an extension line obtained by extending a planar section of the side edge arranged at a tape inner side to the insert pin top end side and has a shape sloped at an angle to be contacted to a guide column of the lower slider or to be apart from the guide column when the insert pin is inserted to upper and lower sliders. Accordingly, in the reverse opening slide fastener, insertion operation of the insert pin can be smoothly performed.

Abstract: Providing a slider for a concealed slide fastener, capable of achieving a smooth sliding operation of the slider, even when the slider is applied to a seat cover for a seat and strong lateral pulling force is applied to the slider when the slide fastener is closed. A slider for a concealed slide fastener comprises a slider body having at least a lower blade, left and right side wall portions and left and right first flanges, and slider upper plate member engaged with the slider body and having at least a second flange projecting toward at least the left and right side wall portions.

Abstract: A slide fastener includes a pair of first and second fastener stringers, a box pin, an insert pin, and a pair of first and second sliders. The box pin has a box pin body, a stopper portion arranged at a front end side of the box pin body, and suppressing portions projected on at least one of upper and lower surfaces of the box pin body to suppress sliding of the second slider. Further, the box pin body has a body region, and a notched region arranged at an element-row-side base end portion and having excluded a side surface portion at a side facing the insert pin. The suppressing portions are projected in only the notched region. With this arrangement, the second slider can be stably held at an insert-pin inserting position, and a subsequent insert operation or extract operation of the insert pin can be smoothly performed.

Abstract: A slide fastener according to the invention includes a left-and-right pair of first and second fastener stringers, a box pin provided on the first fastener stringer, an insert pin provided on the second fastener stringer, and a pair of first and second sliders. The box pin has a box pin body, a stopper portion, and a ridge portion formed on the box pin body. Further, a chamfered portion is formed on an inner surface of at least one of the upper and lower wing plates of the first slider. The ridge portion is arranged at a position in close contact with the chamfered portion of the first slider when the first slider is stopped at the stopper portion. With this arrangement, it becomes possible to cause the user to be accustomed to securely slide the first slider to the normal insert-pin inserting position.

Abstract: The present invention provides a slider wherein a Y-shaped guide groove which allows a fastener chain to pass therethrough is provided in a body of a slider, the intermediate partition which is raised inward on both sides of a guide post and extends from an inside end of the guide post toward a rear mouth is provided on an inner surface of one of upper and lower blades, and a top surface of the intermediate partition is formed into an entirely inclined slope such that a shoulder mouth side is higher than a rear mouth side, thereby enabling to catch and introduce coupling heads of fastener elements exposed from the side edges of the fastener tapes, so that the coupling heads of the right and left fastener elements are engaged with each other between the guide post and the rear mouth.

Abstract: A slider for slide fastener has a handle attachment/detachment column part projected upward from an upper face of a slider body and a pair of cantilever engagement pieces formed in a window part of a handle, and they are snap-engaged. An attachment/detachment part of the cantilever engagement piece and the handle attachment/detachment column part is provided with a head storage space (PS) storing and engaging an attachment/detachment head at the time of engaging the cantilever engagement piece and the attachment/detachment head. Thus, attachment/detachment of the handle attachment/detachment column part and the cantilever engagement piece becomes easy and the cantilever engagement piece of the handle is difficult to be damaged. Uncomfortable feeling by a projected end of the handle attachment/detachment column part and hooking of fiber do not exist and durability is given.

Abstract: Provided is a slide fastener with a separable bottom end stop having both an automatic stopper and the separable bottom end stop, of which structural components can be used for both left- and right-insertions. In the slide fastener (10, 10A) with the separable bottom end stop equipped with both a slider with the automatic stopper and the separable bottom end stop, a stop pawl (55A) for the automatic stopper protruding into an element guide passage (51) via a pawl hole (54) is configured to be movable in the lateral direction to an insert pin (30) side and a box pin (40) side. Accordingly, when the insert pin (30, 30A) is inserted into the element guide passage through a shoulder opening of a top slider (50, 50A) to re-couple separated fastener stringers (16, 17), the stop pawl (55A) can be retreated by the insert pin (30, 30A) as being pushed. Accordingly, the insert pin (30, 30A) can be smoothly inserted deeply to the top slider (50, 50A) with small resistance force.

Abstract: A slider (1) has a slider body (2), a tab (5), and a locking pawl (6) having a claw portion (61). An upper blade (21) of the slider body (2) has an insert groove (32) into which the locking pawl (6) is inserted, a temporary engagement portion (34) for temporary engaging and fixing the locking pawl (6), and a claw hole (37) formed so that the claw portion (61) can be inserted therethrough. The locking pawl (6) is provided such that the claw portion (61) can be inserted into and detached from an element guide lane (28) through the claw hole (37) by elevating and lowering the tab (5). The temporary engagement portion (34) is adapted so that, with the locking pawl (6) fixed in position, the position in height of the upper end of the temporary engagement portion (34) is the same as or lower than that of the upper surface of the upper blade (21). This prevents the temporary engagement portion (34) from being pressed and crushed when the temporary engagement portion is in contact with the tab (5) and other members.

Abstract: A slide fastener slider comprising: a slider body; a pull tab holder body attached to the slider body in a cantilevered state with one end portion thereof fixed to a top face side of the slider body; an opening/closing member disposed slidably on the slider body so as to open and close a gap formed between an other end portion of the pull tab holder body and the upper blade; and an elastic member for urging the opening/closing member to a closing position of the gap, so that a pull tab is detachably held between the slider body and the pull tab holder body, the slider further comprising a fitting sliding structure in which the pull tab holder body is fitted to the slider body from a front or rear end thereof so as to be relatively slidable in a length direction of the slider body.

Abstract: A slider for a double-sided slide fastener includes: a body, having a first body, a second body opposed to the first body, an operating member, having a first member parallel to the first body and formed with a first groove and a second member parallel to the second body and formed with a second groove, and adapted to slide on the first and second bodies in a direction; a pawl member having a locking pawl configured to retractably project to a space of the body in accordance with a sliding operation of the operating member; and first and second pull-tabs, attached to the first and second grooves, respectively. A shaft portion of the first pull-tab can abut against an end portion of the first groove in the direction, and a shaft portion of the second pull-tab can abut against an end portion of the second groove in the direction.