Other

Sanwa Techno Co., Ltd.

Gunze Limited

Shoji, Susumu

Takaomi Kurahashi

Susumu Shoji

Kazuro Fukui

Masato Iida

Yoshimi Tanaka

Hideki Tanaka

A roller has knit fabric at its surface and which is employed in an apparatus permitting achievement of conservation of resources, conservation of energy, and low cost, and an apparatus employing such a roller. Rollercovered with coveringincluding knit fabric at its surface causes conveyance, supply, or other such movement of an object, or uses an to dry or cool an object as it is moved, or rotates while causing an object to be subjected to suction. Knit fabriccovering the roller surface has gaps having air permeability and stepscomprising stripes in a pattern of bands at the front and back surfaces; the stripes in the pattern of bands are perpendicular to the direction of rotation at the surface of the rotating support body. Loops making up knit fabrichave domains of small loopsand large loops

Roller covered by a covering comprising knit fabric and device employing same

In a harness for conduction, a knitted fabric that despite having high stretchability and flexibility as well as restorability at the time of repeated elongation, has the characteristics that a change in electrical resistance is zero or suppressed between elongation and non-elongation has never been available. A conductive part knitted using a conductive yarn and an elastic yarn simultaneously, and a non-conductive part knitted using only a non-conductive yarn are provided, in which the conductive part is such that at least the conductive yarn is provided in a zigzag arrangement in a front-back direction in a knitted fabric, and the elastic yarn is provided in an arrangement that generates a tightening force along a surface direction parallel to the front and back surfaces of the knitted fabric to keep the shape of the zigzag arrangement of the conductive yarn, the conductive part includes a constituent path employing a metallic wire as the conductive yarn, and the non-conductive part includes a constituent path employing a synthetic fiber as the non-conductive yarn.

Conductive stretchable knitted fabric and harness for conduction

(PROBLEM) To provide a seamless conveyor belt comprising knit fabric. (SOLUTION MEANS) A seamless conveyor belt employing monofilament made up of continuous fiber at filament constituting core yarn; being made up of weft-knit or warp-knit in which there is mutual intertwining of filament; flexural stress and heat causing monofilament at core yarn to undergo plastic deformation at locations of entanglement; being a seamless knit belt () comprising a knit pattern () which is weft-knit or warp-knit; being a knit pattern () in which pitch (Ps) of stitch loops in a width direction () is smaller than pitch (Pg) of stitch loops in a conveying direction () of the seamless knit belt; mutually contacting loops () and filament undergoing deformation; entangled regions of filament being maintained; fraying at side ends of the knit belt () during conveyance by the conveyor belt being prevented; spacing of pitch (Ps) of stitch loops in the width direction () being small; and strength being improved.

Conveyor belt and drive belt comprising knitted belt, and conveyor device using conveyor belt

A conveyor belt comprising knit fabric of high practicality, and an apparatus which uses such a conveyor belt. The conveyor belt includes weft knit fabric. Suction of air from below belt(s) is used to convey sheet-like and/or small thing(s) which are object(s) to be conveyed that are placed. The strength of filament(s) of knit fabric at side end(s) is adequately maintained. Loops exhibit mutual intertwining of filament(s) Pitch Ps of loops in width direction is formed so as to be smaller than pitch Pg of loops in conveying direction. Adjacent loops are mutually flattened and filament(s) of loop(s) are entangled, mutual intertwining of filament(s) causes knit fabric to have suppressed percentage elongation and increased strength in conveying direction, fraying of filament(s) at side end(s) of belt(s) is prevented, and strength is adequately increased.

Growing community of inventors

Ayabe, Japan

Takaomi Kurahashi