Ykk Corporation

Morimasa Yoneoka

Keiichi Keyaki

Kiyoshi Oda

Shigeyoshi Takazawa

Haruo Matsushima

Shunji Akashi

Yoshio Matsuda

Koji Yamagishi

Hsien Hsiang Hsu

Shigeyoshi Takasawa

There is provided an article with a slide fastener affixed thereto. Each of a pair of element members has a plurality of single elements made of a synthetic resin and fixedly integrated and connected to at least one flexible connecting string-shaped member at an equal interval. A slider is formed with an element guide path between upper and lower blades. A fastener-attached member forms an opening and closing part of the article. The pair of element members are directly sewn to a first surface of the fastener-attached member by sewing threads. The element members and the fastener-attached member are inserted into the element guide path of the slider.

Article with slide fastener and method for producing article with slide fastener

A slider body of a slider includes a slider main member and a slider sub-member. The slider main member includes at least a portion of a first blade and at least a portion of a second blade which are connected to each other through a guide column. The slider sub-member includes a pair of first flange sections and is assembled with and fixed to the slider main member. The slider can easily be attached to a fastener chain. Since the slider stably has a predetermined distance between the first and second blades, it is possible to secure satisfactory sliding properties and operability of the slider.

Slider and method for repairing slide fastener

The slide fastener attachment method includes: integrating, by welding or bonding, a fastener chain to which a segmented slider has not been attached and a fastener receiving member, and attaching the slider to the fastener chain after the integration. Thus, welding work operation efficiency is improved, and reduction of production cost can be expected.

Slide fastener attachment method

A slider is structured such that a tab attaching rod is integrally formed in a cantilevered state in an upper blade of a slider body, and a blocking member blocking an insertion gap which is formed between the upper blade and a free end portion of the tab attaching rod is engaged with a mounting portion of the slider body so as to be immovably fixed, and is provided with an occlusion retaining structure which retains a blocked state of the insertion gap at a time of fixing the blocking member and can prevent the other member from intruding into the insertion gap. Accordingly, the slider can easily attach a tab afterward to the tab attaching rod. Further, it is possible to securely prevent the other member from intruding between the upper blade and the free end portion of the tab attaching rod.

Slider for slide fastener

A slider for a fluid tight slide fastener that has upper and lower plates joined together by a guide post. A guide plate is formed on the guide post to cooperate with the upper and lower plates, to guide the coupling elements and sealing lips of the slide fastener into engagement in conjunction with side flanges on the upper and lower plates. The slider is integrally formed, such as by die casting or moulding. To facilitate moulding the guide plate may be thickened at its leading end and provided with a tapered edge, and connected to the upper plate by a web at its trailing end.

Slider for a fluid tight slide fastener

A slider for a fluid tight slide fastener has upper and lower wings joined by a guide post and a guide plate provided between the upper and lower wings and spaced there from to cooperate with the upper and lower wings to guide coupling elements and sealing lips of the slide fastener. The upper wing is provided with upper side flanges which extend from the trailing end of the upper wing to a position at least as far forward as the forward end of the guide post.

A slider () for a slide fastener comprises a slider body portion (), a latchportion () and a crown portion (). The crown portion () is disposed on the upper side () of the slider body portion () and the latch portion () is disposed on the underneath side () of the slider body portion (). The latch portion () comprises a latching member () and a receiving portion () which engage with a receiving portion () and latching member () respectively on a second co-operating slider (), to releasably latch the first () and second () sliders together.

Slide fastener

A sliderfor a slide fastenercomprises a slider bodywhich is slidable over elements of a slide fastenerto engage and disengage the elements, and a latch body, removably mounted on the slider body. The latch bodycomprises latching meansfor latching the sliderto a cooperating slider. A deflectable tongueon the latch bodyabuts a projectionon the slider bodyto prevent separation of the latch bodyfrom the slider bodywhen the tongueis at rest. When the tongueis deflected away from the projection, the latch bodyand the slider bodycan be separated.

Slider for a slide fastener and a slide fastener

Fastener elements are attached to a side edge of a fastener tape composed of a knitting structure. An interval between the elements and a wale in the vicinity of the elements is formed into a thin knitted fabric. A flange on a side of a rear mouth of a slider is disposed on the thin knitted fabric and the slider is slid based on this section. For this purpose, an outer side of a bottom end face of the flange is cut out to provide with a notch portion, so that this portion is formed with a small width. Consequently, the thin knitted fabric is slid and introduced securely, and making a pressure contact with a surface of the wale is prevented. Even if a fastener is mounted on trousers and its fabric is pulled in a lateral direction forcibly to open, the elements are prevented from biting into a tape guide groove and escaping.

Separable end stop comprises a retaining member and an insert member both made of synthetic resin, mounted on the lower ends of the fastener stringers, and adapted to come into and out of engagement with each other in the general plane of a slide fastener. The retaining member and the insert member have a first and a second rotary plate integrally provided on their respective lower ends and adapted for mutual rotation relative to each other to thus swing the retaining member and the insert member relative to each other. The first and second plates have a first and a second magnetic element provided thereon, respectively, for magnetically putting the rotation plates into proper positions for the mutual rotation upon each other.

Separable end stop for slide fasteners

Slider body for slide fastener

A pull attachment portion is provided on a slider body integrally and a pull connecting ring has attachment plates integrally. A slit is formed in a center of the pull connecting ring and the attachment plates and provided with engaging portions on both sides of the slit, and free end portions of the engaging portions are protruded from the attachment plates. A through hole is provided in a face of an accommodating portion provided in an end of a pull main body for accommodating the attachment plate so as to form a holding portion. After deforming the attachment plates elastically in vertical directions through the slit and passing one of them through the pull attachment portion, the attachment plates are accommodated in the accommodating portion and fixed therein. Replacement of the pull is carried out by pressing the engaging portions through the through hole and removing them.

Growing community of inventors

Toyama-ken, Japan

Morimasa Yoneoka