TOUGH THREAD, core yarn, braided fabric and glove

Abstract

The invention provides a tough thread and a core yarn thereof, a braided fabric and a pair of gloves. The pair of gloves is suitable for the operator to wear at a work site, a steel plant, a plate glass factory or the like using a cutter, and is excellent in softness and economy, and does not cause the broken ends of the hard fiber to be exposed to the wearer's discomfort. A thread, a tough thread formed by winding by taking the thread as the core yarn, and the braided fabric and the pair of gloves yarn adding braiding, double-side braiding, and double-layer braiding to the tough thread and the braided fabric of other threads, the thread (20) has hard fibers (1) such as metal fibers and glass fibers and molten fibers (2), preferably, has the lower fibers (3) as the third fiber, and is formed by heating the molten fibers (2) to melt the molten fibers (2) and then welding with the hard fibers (1) and the lower fibers (3) into one body after the composite processing (twisting or cladding).

Description

technical field [0001] The present invention relates to gloves worn by workers in workplaces where knives are used, steel factories, plate glass factories, etc., knitted fabrics used for clothes and other cloth products, and threads used for the knitted fabrics. Core wires of strong but poorly flexible fibers (hereinafter referred to as "hard fibers") such as glass fibers, carbon fibers, and polyarylate fibers, strong wires using such core wires, and cut-resistant braids and gloves. Background technique [0002] Cloth products used in workplaces where knives are used, steel factories, plate glass factories, etc., especially gloves, leggings, aprons, etc. for workers, require so-called cut resistance that will not be cut even if the cutting edge of the knife touches it. sex. As threads for gloves and clothes having cut resistance, strong threads such as ultra-high-density polyethylene fibers and aramid fibers known under the name Dinnyma (registered trademark) are widely us...

AI Technical Summary

Problems solved by technology

[0012] As pointed out in Patent Document 1, etc., there is a problem that a glove woven with a core of inorganic fibers such as metal fibers and glass fibers and covered with polyethylene fibers or nylon fibers bends when bent. The sharp-angled or broken end of the hard fiber pierces the winding and is exposed. In the case of gloves worn directly on the skin, the broken end of the inorganic fiber touches the skin and causes discomfort

In particular, when elastic threads such as polyurethane fibers and raw rubber, which are excellent in stretchability, are combined with metal fibers to improve flexibility and fit, the broken ends of hard fibers are likely to be exposed, causing discomfort to the wearer.

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