Abstract: A stoppable zipper slider is mainly a set of sustaining leaf springs, consisting of a single or a pair of pieces, on the inner surface of the covering portion of the zipper slider. The set of sustaining leaf springs, of single piece or two pieces, with one end sustaining downward against the top surface of a stopping hook piece and the other end propping up in between the tail of the hook piece and the slider body, enable a pull tab's sliding along a reserved gap within the covering portion and propping the bottom of one leaf spring open and then entering a braking notch of the stopping hook piece so as to accomplish the action of re-assembly.

Abstract: A positioning mechanism of a zipper slide for engaging or disengaging two lengths of teeth on two opposite teeth tapes is disclosed. The positioning mechanism includes: a main body having a buckling portion, a plane surface, a recess, and a support portion formed thereon, wherein a positioning member positioned on the buckling portion of the main body, wherein the positioning member has a locking part, which can insert into the recess of the main body, formed in one end of the positioning member; a pull tab unit for facilitating the manipulation of pulling the zipper slide, wherein the pull tab unit has a beam that is placed on the plane surface; and a lid connected with a top surface of the main body and covering the buckling portion, the plane surface, the recess, the support portion, the positioning portion, and the front of the pull tab unit.

Abstract: A needle locking structure of a zipper slide for engaging or disengaging two lengths of teeth on two opposite teeth tapes is provided. A monolithic main body has two joint portions formed thereon. An engagement part is formed on each side of the main body. A spring piece is fixed by the joint portions of the main body. A pull tab unit is fixed by the joint portions of the main body for facilitating the manipulation of pulling the zipper slide. A laterally shifted extending portion is provided at one end of the spring piece. Since the extension portion jabs the top of an engagement line of one of the teeth tapes, the friction force is increased whereby improving the positioning of the main body and preventing unwarily sliding of the zipper slide.

Abstract: It relates to a slider for slider fastener with locking device where a sheet-like spring having a locking pawl at one end is fixed at the other end on a body. A bent portion of a spring portion of the fixed spring is exposed at a guide post, and a pull is mounted between the body and the spring so as to be raised or laid. A cam is provided on a lower face of an axle of the pull, and the axle slides on an inclined guide portion on the body. When the pull is laid forward of the body, a gap is formed between an edge of a through hole of a grip portion of the pull and the bent portion of the spring. Even if a load is applied to the pull in the horizontal direction or the vertical direction, this gap prevents the spring from plastic deformation, so that the spring is never plastically deformed under any use condition, thereby ensuring an excellent locking function.

Abstract: A zipper slide is constructed to include a slide, the slide having a front recessed hole, a rear through hole, and stop means in the front recessed hole, a hook plate, the hook plate having a front fulcrum positioned in the front recessed hole and a wedged rear hook for inserting into the rear through hole to engage the interlocking teeth of zipper tapes to which the slide is fastened, a elastic member adapted to force the hook plate into the front through hole, a pull-tab coupled to the hook plate, and a locating plate stamped into the front recessed hole to hold the elastic member and the hook plate in place, the locating plate having protruded portions engaged with the stop means of the slide.

Abstract: A zipper slide installed in two zipper tapes and moved to close/open interlocking teeth of the zipper tapes. The zipper slide includes a slide, the slide having a top plate and a bottom plate connected in parallel and two sliding ways bilaterally defined between the top plate and the bottom plate, the top plate and the bottom plate each having two horizontal flat extensions bilaterally disposed at one end and adapted to guide movement of the slide on the zipper tapes, the horizontal flat extensions each having front notch disposed at an inner side corresponding to the interlocking teeth of the zipper tapes, and a pull tab coupled to the top plate of the slide for pulling by hand.

Abstract: A slide fastener with a pull rotated type slider, which allows starting operation of the slider to be executed smoothly and easily. A U-shaped guide lever, which allows the pull to move around, is disposed on a periphery of a body of the slider. A guide face for an upper stopper of a pull guide portion with T-shaped section provided on the U-shaped guide lever is formed in an arc face or an inclined face. Consequently, even if the U-shaped guide lever and the upper stopper contact each other, the upper stopper can be guided smoothly by the guide face, thereby the slider being started easily.

Abstract: A zipper slide for invisible zipper is constructed to include a slide base, a hook plate, a spring element, a locating plate, and a pull tab, the hook plate being secured to the slide base at a top side, the hook plate having a hook tip hooked up with a coupling ring at one end of the pull tab, the spring plate being pressed on the hook plate, the slide base, the hook plate, the spring element and the connecting plate being fully automatically fastened together by an automatic stamping machine.

Abstract: The present invention intends to provide a zipper pull of a slider for slide fastener formed of- resilient body on which no unreasonable force is applied when the fastener is opened or closed and which is always kept in a stabilized condition that it is urged to be fallen onto a slider body without swinging freely. A yoke which is a zipper pull mounting portion is mounted on a top face of a slider body. A half-annular shaped zipper pull formed of resilient body is fixed to lateral bars at front and rear ends of a rectangular connecting body longer than the slide body. A lateral bar is provided in the center of the connecting body and inserted through an automatic locking pawl lever incorporated in the yoke. Neck portions are provided in the vicinity of a fixing portion at the front and rear ends so that the zipper pull is elastically deformable easily. A grip portion is provided at a position apart from the fixing portion so that the zipper pull is easy to grip.

Abstract: The present invention provides a slider with locking device, in which a leaf spring with a locking pawl can be mounted easily on a slider body by press processing. A protruded piece is provided on a rear portion of an upper plate of a slider body and a pawl hole is made near the base portion of the protruded piece. Then, another protruded piece is formed on a front portion of the upper plate and a contact portion is formed on that protruded piece so that an engaging tongue piece of a leaf spring is in contact with the same protruded piece. A groove with an engaged portion is provided in a front face of a guide post of the slider body. The leaf spring is formed in the shape of a substantially fallen letter U and has a locking pawl at one end and a drooping piece at the other end. The drooping piece is provided with an engaging portion which is to be engaged with an engaged portion and the engaging tongue piece is formed in the center of the leaf spring.

Abstract: A zipper slide for invisible zipper is constructed to include a slide base, a hook plate, a spring element, a locating plate, and a pull tab, the slide base having a longitudinally extended partition block and a recessed receiving chamber in the partition block, the recessed receiving chamber having a hook hole, a first receiving space, a second receiving space and a retaining portion for the positioning of the hook plate and the spring element, the pull tab being coupled to the hook plate by a coupling ring, the slide base, the hook plate, the spring element and the connecting plate being fully automatically fastened together by an automatic stamping machine.

Abstract: A zipper slide is constructed to include a slide, the slide having a front recessed hole, a rear through hole, and stop means in the front recessed hole, a hook plate, the hook plate having a front fulcrum positioned in the front recessed hole and a wedged rear hook for inserting into the rear through hole to engage the interlocking teeth of zipper tapes to which the slide is fastened, a elastic member adapted to force the hook plate into the front through hole, a pull-tab coupled to the hook plate, and a locating plate stamped into the front recessed hole to hold the elastic member and the hook plate in place, the locating plate having protruded portions engaged with the stop means of the slide.

Abstract: A zipper slide for invisible zipper is constructed to include a slide base, a hook plate, a spring element, a locating plate, and a pull tab, the hook plate being secured to the slide base at a top side, the hook plate having a hook tip hooked up with a coupling ring at one end of the pull tab, the spring plate being pressed on the hook plate, the slide base, the hook plate, the spring element and the connecting plate being fully automatically fastened together by an automatic stamping machine.

Abstract: It relates to a slider for slider fastener with locking device where a sheet-like spring having a locking pawl at one end is fixed at the other end on a body. A bent portion of a spring portion of the fixed spring is exposed at a guide post, and a pull is mounted between the body and the spring so as to be raised or laid. A cam is provided on a lower face of an axle of the pull, and the axle slides on an inclined guide portion on the body. When the pull is laid forward of the body, a gap is formed between an edge of a through hole of a grip portion of the pull and the bent portion of the spring. Even if a load is applied to the pull in the horizontal direction or the vertical direction, this gap prevents the spring from plastic deformation, so that the spring is never plastically deformed under any use condition, thereby ensuring an excellent locking function.

Abstract: The present invention provides a slider with locking device, in which a leaf spring with a locking pawl can be mounted easily on a slider body by press processing. A protruded piece is provided on a rear portion of an upper plate of a slider body and a pawl hole is made near the base portion of the protruded piece. Then, another protruded piece is formed on a front portion of the upper plate and a contact portion is formed on that protruded piece so that an engaging tongue piece of a leaf spring is in contact with the same protruded piece. A groove with an engaged portion is provided in a front face of a guide post of the slider body. The leaf spring is formed in the shape of a substantially fallen letter U and has a locking pawl at one end and a drooping piece at the other end. The drooping piece is provided with an engaging portion which is to be engaged with an engaged portion and the engaging tongue piece is formed in the center of the leaf spring.

Abstract: The present invention provides a slider with a simple locking mechanism which allows the slider to be operated easily and exerts its locking function accurately. In the slider of this invention, a recess is made in the center of an upper wing plate of a slider body thereof and engaging posts are provided on the front and back of the slider body. Two pawl holes are provided in a bottom portion of the recess and supporting pieces are provided on the right and left sides so as to be erected. Guide grooves are provided in side walls of the recess. A pawl body comprises locking pawls provided on the right and left of a bottom face thereof in which a top face thereof is formed in a mountain shape and their phases are deviated by half pitch and guide protruding portions protruding from the side walls. A pull tab has a pintle on an end thereof and a cam is provided in the center of the pintle. A cover is a rectangular prism and has front and rear engaging holes which are capable of engaging the engaging posts.

Abstract: A slide of auto-lock zipper comprises a slide, a tab and an elastic plate. The slide main body has two sliding grooves therein and a through hole on top thereof. The tab has a pivotal end at one end thereof such that the tab is pivotally connected to top of the main body. The elastic plate has a fastener; a first bent portion connected to the fastener; a second bent portion connected to the first bent portion; a clamping unit connected to the second bent portion. The second bent portion has a lengthwise slit. The elastic plate is fixed on the top of the main body by the fastener. The second bent portion is located atop the pivotal end. The clamping unit penetrates through the through hole and is inbetween the grooves. The lengthwise slit can enhance the strength of the second bent portion while the thickness of the tab is not increased. Therefore, the slide is not moved unexpectedly when being locked, thus having better dragging strength.

Abstract: A connecting element provides a releasable connection between two objects, with a basic body element (2), for which an essentially L-shaped hook (4) is provided, with a hook bow (5) and a hook body (6) running essentially parallel to the basic body element (2). In this situation, the L-shaped hook (4) features in the area of the hook bow (5) a lateral cutout (7). To advantage, a longitudinal aperture (9) is provided in the bow (5) of the L-shaped hook (4) and in the basic body element (2), in which a locking bar can be inserted, which is jointed to a horizontal axis (11, 11′) of the L-shaped hook (4). In this situation, the locking bar can be pivoted in against the force of a spring provided on the axis (11, 11′), into the area (8) between the hook body element (6) and the basic body element (2).

Abstract: A zipper slide with means for restraining a pull tab thereof from swinging is provided. The zipper slide is composed of a slide and a pull tab. The pull tab includes a tab portion and a U-shaped buckle connected to a rear end of the tab portion. The slide is formed of a central passage for the U-shaped buckle to extend therethrough and be fixed thereto. An elastic projection axially extends from the rear end of the tab portion, and the slide is formed at a top front with a hollow space into which the elastic projection extends when the tab portion is in a flat position relative to the slide. When the tab portion is pivotally turned upward relative to the slide, the elastic projection is brought into contact with a front edge of the hollow space, and a further pull would deform the elastic projection to bring the same to move out of the hollow space for moving the slide forward or backward.

Abstract: A fastener for selectively clamping a zipper cord which includes a base portion having a U-shaped channel therein and a movable locking arm selectively movable from an unlocked to a locked position. The locking arm is provided with a securing protrusion for securing a zipper cord disposed in the U-shaped channel and is sized and adapted so that the locking arm is urged or biased into the locked position as the zipper cord is pulled away from the base portion.

Abstract: A bottom end stop and a slider with a locking mechanism of a slide fastener chain which can be used for both the right side arrangement and the left side arrangement are provided. The slider includes a leaf spring showing a substantially U-shaped profile and having an end rigidly secured to a front part of the slider body, and the other end having a locking pawl arranged near the center thereof. The locking pawl resiliently projects into a guide groove for the engaging member located in the slider body. The bottom end stop includes an insert pin having a beveled escape area produced by cutting an edge of an upper outer surface of the insert pin facing the locking pawl, a groove formed on a surface facing a box pin of a box so as to engage with a ridge portion of the box pin when the insert pin is inserted into the box.

Abstract: A slide fastener slider with an automatic lock mechanism comprises a body including a support lug standing on a guide post, a guide lug standing at a rear opening side of the body, a recessed portion defined between the support lug and the guide lug, a pair of projections project from opposite sides of the recessed portion. A spring is mounted to the body with its V-shaped bent portion of the spring fitted into the recessed portion. The bent portion is then fixed by caulking the projections. A pintle of a pull tab is disposed on the spring. A pawl member, which has an pressing portion to be brought into resilient contact with the spring on its one end, the locking paws on the other end, and a support shaft at opposite sides of an intermediate portion thereof, is disposed on the pintle.

Abstract: In a slider of a slide fastener with an automatic locking mechanism, the slider comprises a slider body composed of upper and lower wings joined together at their front ends by a guide post, a cover-attaching lug located on an upper surface of the upper wing near a front opening of the slider body and having a longitudinal center groove, a recess formed in the bottom of the groove so as to sink into the guide post, a pair of stepped sections at a top of the lug, and a low wall section at a front of the lug, an S-shaped leaf spring having a resilient portion to be received in the groove, a protuberant portion at an end thereof to be placed on the stepped sections, a cover having at least one ridge-like projection, a number of small projections, which are provided at a center of an inner surface thereof respectively, and bent ridges formed at front and rear corners, in which the bent ridges are received in the groove so as to engaged in the a cover-attaching lug, a pair of protuberances and an axial protuberanc

Abstract: In an auto-lock slide fastener slider, an upper wing of a slider body has front and rear lugs on its upper surface, a through-hole under the front lug, a pair of locking-spring-supporting seats at opposite sides of the through-hole, a locking-pawl-insertion hole under the rear lug, and a cam-receiving recess between the lugs. A pull tab has a cam on an eccentric axle. A locking leaf spring has a streamlined central base, a front end portion at a front end of the base, a locking pawl at a rear end of the base, front and rear openings near the opposite ends of the base, and an oblique engaging strip projecting fra the front end of the base and engageable with the front lug. The spring is placed over the pull tab's cam, which is received in the cam-receiving recess of the upper wing, with the openings being threaded by the lugs and with the front end portion fixed to a guide post of the slider body.

Abstract: In an auto-lock slide fastener slider, a slider body has on an upper wing front and rear attachment lugs and at a position near the rear attachment lug between the two lugs a locking-pawl-insertion hole and in front of the hole a forwardly sloping guide surface. An axle of a pull tab is movably supported on the guide surface. Over the pull-tab axle, a locking leaf spring, which has at one end a locking pawl, at the other end a hook and at the center a resilient tongue punched out upwardly so as to form a longitudinal opening, is placed on the upper wing so as that the locking pawl is inserted in the hole while the hook is slidably engaged with the front lug, and that a central projection is loosely inserted through the opening 23. A cover is mounted on the front and rear lugs so as to define a gap between the cover and the front lug. When the spring is moved forwardly, the locking pawl comes into contact with a front wall of the hole, so that the locking pawl can be protected.

Abstract: A fastener for selectively clamping a zipper cord which includes a base portion having a U-shaped channel therein and a movable locking arm selectively movable from an unlocked to a locked position. The locking arm is provided with a securing protrusion for securing a zipper cord disposed in the U-shaped channel and is sized and adapted so that the locking arm is urged or biased into the locked position as the zipper cord is pulled away from the base portion.

Abstract: In a slide fastener slider, a slider body includes a pair of cantilevered arch-shape attachment lugs spaced from each other by a uniform-width hollow having a bottom surface sloping down to a front side of the slider body and standing on an upper wing at its front end and extending toward its rear end so as to define with the upper wing a gap for passage of an axle of a pull tab, a vertical spring-receiving hole formed through inner surfaces of bases of the attachment lugs into a guide post, a catch lever pivotally mounted between the attachment lugs and having at one end a hook, and a spring received in the spring-receiving hole with its upper end resiliently touching with the other end of the catch lever for urging the catch lever to pivotally move so as to normally close the gap by the hook. The pull tab various in kind can be attached to the assembled slider body.

Abstract: In an auto-lock slide fastener slider composed of four members, i.e., a slider body, a pull tab, a locking member and a cover, the slider body has front and rear resilient cover-attachment projections extending from an upper wing and terminating respectively in outwardly directed hooks while the cover is made of thermoplastic resin and has on respective inner edges of front and rear end walls corresponding inwardly directed hook portions resiliently engaged with the hooks of the cover-attachment projections. The cover can be attached to the slider body simply in a single snap action. Since all parts of the attaching mechanism are concealed by the cover, the resulting slider is neat in appearance.

Abstract: In an autolock slider, an upper wing of a slider body has a concave pivot-projection-receiving recess extending into a fastener-element guide post, a locking-pawl-insertion hole off the guide post, and an attachment post standing on the guide post. A locking lever having at its front and rear ends a pivot projection and a locking pawl, respectively, is supported on the upper wing with a rounded end of the pivot projection loosely received in the concave recess and the locking pawl inserted in the locking-pawl-insertion hole. A spring is accommodated in a spring-accommodating portion formed on the upper side of the attachment post, resiliently touching the upper side of the lever. The attachment post has a tongue for restricting upward movement of the pivot projection.

Abstract: In an automatic lock slide fastener slider, a slider body has on the upper surface of an upper wing a pull-tab attaching lug at is front end, an auxiliary lug at its rear end, and a guide projection between the attaching lug and a locking-pawl-insertion though-hole. The attaching lug has a central groove, a pair of transverse recesses and opposite side recesses. The auxiliary lug has a vertical groove and opposite side recesses. The guide projection has a central cutout contiguous to the through-hole. A locking leaf spring has at one end a resilient portion to be received in the central groove and the other end a locking pawl to be inserted in the though-hole. With a pintle of a pull tab between the attaching lug and the guide projection, a cover is mounted over the two lugs so as to hold the resilient-portion-side end of the leaf spring.

Abstract: In an auto-lock slider for a slide fastener, each of front and rear attachment lugs on a slider by has a provisional spring-holding ends in the form of a holding projection having in its top a V-shape groove, each lug having on opposite side surfaces a pair of guides and in its outer side base a pair of recesses. In assembly, a leaf spring having in its each end a cutout is placed on the two holding projections, whereupon these projections are clenched, by pressing, to provisionally hold the spring. At that time, a locking lever is supported on e slider body between the lugs to normally urge the locking lever to a slider locking position, and a pintle of a pull tab is disposed between the locking lever and the slider body for bringing the locking lever out of the slider locking position against the resilience of the leaf spring.

Abstract: A slider of a zipper including a slider body having a sliding slot for passing the interlocking tabs, a U-shaped nose raised from the top wall of the slider body, a pin hole through the top wall of the slider body, and a blind hole on the top wall, the nose having one end adjacent to the pinhole in the top wall of the slider body, an opposite end spaced from the top wall of the slider body by a gap, a first through hole through said nose in alignment with said gap and said blind hole, and a second through hole intersecting said first through hole; a spring mounted inside the blind hole; a movable block inserted into the blind hole and supported on the spring, having a beveled front end disposed in the gap; a spring locating plate mounted in between the slider body and the nose, having a transverse slot at one end disposed in the second through hole, and a pair of projections at an opposite end disposed in the pin hole and moved into engagement with the interlocking tabs; and a stop plate mounted inside the fi

Abstract: In an automatic lock slider for a slide fastener, a yoke accommodating a locking pawl and a leaf spring has a pair of inwardly directed projections, and a generally C-shaped, narrow rigid strip has on its upper edges a pair of taper surfaces corresponding to the respective projections. As the taper surfaces are guided by the projections, the pawl keeps its suitable posture during the assembling of the slider, and the pawl acts reliably while the automatic locking mechanism is either operative or inoperative. The locking pawl is small in width and has one leg portion to be inserted in a groove of the outer surface of a connector of a slider body. The result is that the number of pressing steps is reduced to minimize press traces on the surface of an upper wing of the slider body so that press traces are prevented from coming out on the slider surface though the yoke is smaller in width compared to the conventional one.

Abstract: A zip-fastener slide with pull tab can be manufactured in one single injection step. For this purpose the opening beneath the bow on the slide body, serving to secure the pull tab, is fashioned by four movable mould cores. The four mould cores are shifted into the mould before injection, and withdrawn in order to eject the finished slide again from the mould. Similarly it is also possible to provide a locking cam which, when in the inoperative position, projects into the intermediate space between two zipper links and blocks the movement of the slide. By means of pulling on the pull tab, the locking cam can be withdrawn from this intermediate space, and the slide can be released.

Abstract: In an automatic lock slider for a slide fastener having element rows on its back side, a resilient member having a locking pawl engageable and disengageable with the element rows from the back side is actuated by one end of a pivotal bat pivotable about a pivot, the resilient member being in the form of a small-width metallic leaf spring having a predetermined length and bent in a desired shape. The resilient member keeps adequate resilience for a long period and secures more reliable resilient deformation and restoration compared to a mere leaf spring, so that the locking pawl can come into and out of engagement with the element rows smoothly and reliably, depending on whether or not a pull tab is pulled.

Abstract: An automatic lock slider for a slide fastener includes a flexible strip having, in addition to a first protrusion to be detachably inserted into the gap between the interlocked teeth, a second protrusion that is in the opposite direction of the first protrusion and can be biased to contact with the lug when the pull is pulled. The inner wall of the arch-shaped lug near the flared end of the slide body is provided with a stopper.

Abstract: A lockable slider for a slide fastener includes a locking key composed of a lock bar, a grip lever provided at one end thereof so as to extend radially outwardly therefrom and a locking prong provided at an intermediate position thereof so as to extend radially outwardly therefrom and substantially normally to the grip lever. The locking key is disposed within the C-shaped wall and between the confronting walls both provided on the upper surface of the upper wing of the slider. The locking key is rotatable on its own axis between a first position in which to bring the locking prong through the aperture into the guide channel and a second position in which to retract the locking prong through the aperture from the guide channel.

Abstract: An automatically locking slider for slide fasteners is formed from a moldable plastics material and provided with an integral multi-leg locking structure including a spring portion, a locking prong portion and an anchoring portion. The spring portion is relatively short in length and has at one of its ends a bulged or ball-like projection extending outwardly beyond the region of the locking prong portion for abutting engagement with the inner wall of a cap.

Abstract: A slider with an automatic stop function for a linear slide fastener in which leg portions of the fastener elements are covered with blades and the like. A slider body comprises an upper wing and a lower wing which are interconnected by a guide post. A narrow linear rib is provided on the inner face of the upper wing to guide edges of blades for covering leg portions of fastener elements and to slide on the upper faces of the coupling head portion of the fastener elements. Pressure lands are provided at a lower height than the rib on both sides of the rib in the neighborhood of the guide post and slide along the blades being pressed against the fastener elements. A leaf spring with an automatic stop function is disposed on the surface of the upper wing so that the tip end thereof serves as stop claw. The stop claw is inserted into the middle portion of the linear rib and the pressure lands to stop the sliding of the slider automatically.

Abstract: An automatically locking slider for concealed zipper, which comprises a slider body formed with a substantially Y-shaped guide channel for the fastener elements, separator being fixedly mounted on the slider body in a central position at the front end thereof, the member separator having a groove for receiving a resilient locking member which is coupled with a pull tab, whereby the resilient locking member can in response to the pulling force of the pull tab move back and forth between a normally automatically locking position and an unlocking position when the slider body is pulled.

Abstract: A safety fastener that includes a slide for selectively opening and closing teeth of the fastener. Provided in one leg of the slide is a pin that is mounted in the leg in such a way that it is displaceable at right angles to the slide. A spindle is provided for shifting the pin between two end positions, namely a first end position where the pin extends into the teeth of the fastener, and a second end position where the pin releases the teeth.

Abstract: A lockable slider for a slide fastener is disclosed which essentially comprises a slider body having a conneting neck or diamond and including an upper and a lower wing member defining therebetween a guide channel for the passage of slide fastener stringers and a locking member resiliently supported within the slider body. A switching means including a cam is provided for alternately locking and unlocking the slider with respect to the slide fastener, the cam being engageable with the locking member to move its locking prong portion away from the guide channel.

Abstract: A lockable slider for a slide fastener comprises a slider body having a guide channel, a cover member having an elongate aperture, a locking member, and a switching means movable in the aperture between a first position in which to advance the locking member into the guide channel and a second position in which to retract the locking member away from the guide channel.

Abstract: A lockable slide fastener slider includes an upper wing and a lower wing defining therebetween a guide channel for the passage of fastener coupling elements, a pull tab pivotably mounted on the upper wing and a locking member having a locking prong movable into and away from the guide channel. A resilient biasing arrangement is provided in operative relation to the pull tab for urging the latter to lie substantially flat against the upper wing.

Abstract: A zipper pull for sliding a slider head of a zipper along locking teeth to selectively engage and separate the teeth includes a resilient loop and a coupling. The coupling defines one end which is fixed to the loop at an angular orientation therewith and another end which is pivotally attached to the slider head. The positioning and resilience of the loop acts to reduce the tendency of a zipper pull to bounce around when a user is enggaged in an activity.

Abstract: A locking slider assembly is shown for use with a slide fastener having separable fastener elements having a slider body, upper and lower spaced parallel wings joined at their front ends on the body. A pair of upstanding body tabs are upstruck from the upper wing which also has a front and rear opening therethrough. A leaf spring has a down turned nose terminating in a downwardly bent spring prong for engaging the fastener elements of the slide fastener. A spring means extends off the leaf spring rearwardly of the down turned nose and passes into the forward openings of the upper wing and is positioned to be engaged by the upstanding body tabs on the upper wing. A spring biasing extension is in engagement with the upper wing to impart spring loading to the spring prong to assure engagement with the fastener elements.

Abstract: A slider for slide fasteners comprises a slider body, a pull tab for manipulating a slider and a cap-like yoke mounted on the slider body to pivotally join the pull tab to the slider body. The cap-like yoke inlcudes a pair of opposite side walls each having a pair of opposite front and rear legs having the respective engaging means. Teh slider body has a pair of front and rear studs on its upper surface at the front end and the rear end, respectively, the front and the rear studs including the respective pairs of opposite side walls having on their respective inner surface engaging projections engageable with the engaging means for mounting the cap-like yoke on the slider body, so that the pull tab is pivotally joined with the slider body.

Abstract: An automatic lock slider for slide fastener comprises a slider body, a support lug integral with and disposed over the top surface of the slider body and a pull tab with which to move the slider. The slider includes a locking member in the form of a polygonal leaf spring having at one end a locking prong and at the other end a U-bent portion. A bulged portion is formed intermediate the prong and the U-bent portion and spaced a sufficient distance from the lower surface of the lug to permit lifting of the prong clear out of the passage of coupling element rows of a slide fastener.

Abstract: In an automatically locking slider in which a pull tab is pivotally connected at its spindle portion to a housing having a built-in locking member and mounted on a upper wing of a slider body, a pull tab carrier is slidably mounted on the upper wing for movement between a closed position to prevent the spindle portion of the pull tab from being removed from the housing and an open position to release the spindle portion from the housing. The pull tab is normally urged to the closed position. Thus the pull tab is detachable for replacement with another.