Structure of touch-fastening Anti-skidding material

Abstract

A touch-fastening anti-skidding material includes a woven foundation layer and a plurality of synthetic yarns that is secured together by being collectively woven in the foundation layer. The foundation layer is formed by dual yarn weaving of pliable base yarns and synthetic yarns. The synthetic yarns are woven in U-shaped loops and the base yarns are woven between adjacent strands of the woven synthetic yarns to make a large area cloth. The cloth may be in a planar form without hollow opening sections or it includes open sections to facilitate air permeability. The loops of the synthetic yarns have legs extending beyond the foundation layer by a predetermined length and the synthetic yarns show rigidity strength, whereby a flexible, resilient, light-weighted, and low-cost touch-fastening anti-skidding material is formed.

Description

(a) TECHNICAL FIELD OF THE INVENTION[0001]The present invention generally relates to a novel design of structure of touch-fastening anti-skidding material, which has the features of being fit for mass production and manufacture of large width surface area, flexibility, resiliency, and light weight, and also offers the advantages of high air permeability and low manufacturing costs, and is fit for combination with other materials and suitable for being bonded to various felts / rugs, flannelette, loop cloth (terrycloth) to realize touch-fastening and anti-skidding.(b) DESCRIPTION OF THE PRIOR ART[0002]The commonly known touch-fastener straps or hook-and-loop (Velcro) straps have the features of touch-fastening and anti-skidding. The known hook-and-loop strap is often composed of a male hook band and a female loop band. The male hook band has a surface forming a felt-like face on which a plurality of projecting hooks that has ends forming hooks is uniformly distributed. The female loop ...

AI Technical Summary

Benefits of technology

[0004]The primary objective of the present invention is to provide a structure of touch-fastening material, which provides an anti-skidding formed by weaving, whereby the anti-skidding material is flexible and resilient, and which is formed by weaving two types of fibers / yarns of different materials and synthetic fibers / yarns together so that a woven foundation layer is formed and comprises a great number of synthetic fibers / yarns extending therein and the anti-skidding material can be manufactured in a mass production manner with excellent features of light-weight, air permeability, resilience, and processability.

[0005]Another objective of the present invention is to provide an anti-skidding material, which possesses excellent stretchability and flexibility that offers excellent characteristics of being easily applied to a three-dimensional surface so that the anti-skidding material can be easily shaped for forming an excellent bonding surface for three-dimensional configuration.

[0007]To achieve the above objectives, the present invention provides a touch-fastening anti-skidding material, which comprises a woven foundation layer and a plurality of synthetic fibers / yarns that is collectively woven in the foundation layer and secured together. The woven foundation layer is formed by collectively weaving two strands of pliable base yarns and synthetic yarns and allowing the synthetic yarns to extend beyond the woven foundation layer by a given distance. The synthetic yarns possess predetermined rigidity strength, which makes the foundation layer an underside cloth that is flexible, resilient, and light-weighted, whereby when bonded to felts / rugs, flannelette, and loop cloth (terrycloth), the anti-skidding material of the present invention provides excellent resistance against skidding.

Problems solved by technology

The known structure of the touch-fastener strap is effective in fixing articles to be fastened together, but the conventional touch-fastener strap suffers high manufacturing costs and difficulty in making large width products, and is only fit for continuous manufacture of small-surface-area elongate straps, making the production performance very poor.

Further, the conventional touch-fastener strap is generally not pliable, making it difficult to bond to articles or materials showing a three-dimensional configuration.

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