A first stop member includes a first base and a first insert that is positioned between the first base and a first fastener element and is inserted into the slider via a rear mouth of a slider. A second stop member includes a second base and a second insert that is positioned between the second base and a second fastener element and is inserted into the slider via a second slit of the slider. The second insert moves toward the second slit of the slider in accordance with at least one or respective rotations of the first and second bases. A rotational axis with respect to the at least one or respective rotations of the first and second bases is positioned between the first tape region and the second tape region.

A watertight zipper includes two zipper tapes each including: a base tape; zipper teeth arranged on the base tape, the zipper teeth on the two zipper tapes being matched with each other and capable of being engaged with each other to pull the two zipper tapes together; a first waterproof body extending to an inner side of the zipper tape, wherein in response to the two zipper tapes being pulled together, a first inner side surface of the first waterproof body of one of the zipper tapes is fit closely to a second inner side surface of the first waterproof of the other one of the zipper tapes, so that two first waterproof bodies are capable of covering over the zipper teeth together, and fit surfaces of the two first waterproof bodies laterally deviate from an engagement center line of the zipper teeth on the two zipper tapes.

A watertight zipper includes two zipper tapes each including: a base tape; zipper teeth arranged on the base tape, the zipper teeth on the two zipper tapes being matched with each other and capable of being engaged with each other to pull the two zipper tapes together; a first waterproof body extending to an inner side of the zipper tape, wherein in response to the two zipper tapes being pulled together, a first inner side surface of the first waterproof body of one of the zipper tapes is fit closely to a second inner side surface of the first waterproof of the other one of the zipper tapes, so that two first waterproof bodies are capable of covering over the zipper teeth together, and fit surfaces of the two first waterproof bodies laterally deviate from an engagement center line of the zipper teeth on the two zipper tapes.

Provided herein are systems for the quick release of a garment or work clothing used in workplaces when entangled with machinery. A garment body or an article of work clothing with one or more garment or work clothing components removably attached thereto at a first seam on each. A plurality of quick-release fasteners each have a first fastener part affixed to the first seam on the garment body or article of work clothing and a second fastener part affixed to the first seam on the removable components where the second fastener parts are removably engageable with the first component parts.

A slidable closure includes a first fastener tape and a second fastener tape and a stabilizing fin. A first row of fastener elements extends along a first fastener tape longitudinal edge. A retainer box is positioned near first fastener tape bottom edge and adjacent a bottom fastener element of the first row of fastener elements. A second row of fastener elements extends along a second fastener tape longitudinal edge and is configured to selectively interlock with the first row of fastener elements. An insertion pin is positioned near the second fastener tape bottom edge. The stabilizing fin is more rigid than the first fastener tape and is substantially planar. The stabilizing fin is coupled with the first fastener tape to extend upwardly from a first fastener tape bottom edge and defines a first edge closest to the first row of fastener elements.

A slidable closure includes a first fastener tape and a second fastener tape and a stabilizing fin. A first row of fastener elements extends along a first fastener tape longitudinal edge. A retainer box is positioned near first fastener tape bottom edge and adjacent a bottom fastener element of the first row of fastener elements. A second row of fastener elements extends along a second fastener tape longitudinal edge and is configured to selectively interlock with the first row of fastener elements. An insertion pin is positioned near the second fastener tape bottom edge. The stabilizing fin is more rigid than the first fastener tape and is substantially planar. The stabilizing fin is coupled with the first fastener tape to extend upwardly from a first fastener tape bottom edge and defines a first edge closest to the first row of fastener elements.

A fastening element may comprise a first panel and the second panel. The first panel may have a first longitudinal edge and the second panel may have a second longitudinal edge. The second longitudinal edge may be spaced from the first longitudinal edge to form a curvilinear gap. The fastening element may comprise a fastening mechanism coupled to the first longitudinal edge using an adhesive. The fastening mechanism may comprise a zipper tape and a plurality of teeth. The zipper tape may be configured by applying the adhesive on at least a portion of the zipper tape and cutting through the adhesive and zipper tape to define a plurality of cut-outs in the zipper tape.

A fastening element may comprise a first panel and the second panel. The first panel may have a first longitudinal edge and the second panel may have a second longitudinal edge. The second longitudinal edge may be spaced from the first longitudinal edge to form a curvilinear gap. The fastening element may comprise a fastening mechanism coupled to the first longitudinal edge using an adhesive. The fastening mechanism may comprise a zipper tape and a plurality of teeth. The zipper tape may be configured by applying the adhesive on at least a portion of the zipper tape and cutting through the adhesive and zipper tape to define a plurality of cut-outs in the zipper tape.

A slide fastener tape is provided. The slide fastener tape extends in a longitudinal direction. The slide fastener includes a weave structure formed with warp threads arranged in the longitudinal direction, and weft threads arranged along a transversal direction perpendicular to the longitudinal direction. The slide fastener tape includes a cord arranged along one side edge portion of the fastener tape. The weft threads are made from filament yarns and the warp threads comprise a plurality of threads made from spun yarn.

Fastener stringer may include a knitted fastener tape, and a fastener element attached to the fastener tape. The fastener tape may include a first side-edge portion where the fastener element is provided, a second side-edge portion provided at an opposite side of the first side-edge portion, and a tape main portion provided between the first and second side-edge portions. The first side-edge portion may include one or more chain-stitch yarns formed in one or more wales. The second side-edge portion may not include a chain-stitch yarn. The tape main portion may include M or more chain-stitch yarns formed in M or more wales. M may indicate a natural number equal to or greater than one third of the total number of wales included in the fastener tape. Difference in yarn density may be caused between the tape main portion and the second side-edge portion.