Slip-resistance material structure of sticky buckle

Abstract

The invention relates to a slip-resistance material structure of a sticky buckle, mainly comprising a knitted basal layer and a plurality of synthetic fibers which are integrally knitted on the basal layer and tightly bound and combined, wherein the knitted basal layer is knitted by two strands of soft basic fibers and the synthetic fibers, the synthetic fibers are knitted into a U-shaped ring, the basic fibers are knitted between left and right knitting strands, and thus, a cloth cover with a large area is knitted; when knitted to be the cloth cover, the basic fibers can be in a plane shape without a pierced hole shape or a better ventilation pierced hole shape, and a short section of the synthetic fibers extend out of the basal layer on the knitted cloth cover to enable the short section of the synthetic fibers protrudes a special height. The synthetic fibers have special rigidity and are slip-resistance materials of the sticky buckle which has the advantages of flexibility, elasticity, light quality and low manufacture cost.

Description

technical field [0001] The present invention relates to an invention and design of an anti-slip material structure for hook and loop buttons, which is suitable for large-scale and large-width area production, has the characteristics of flexibility, elasticity and light weight, and has the advantages of high air permeability and low manufacturing cost. , suitable for processing and compounding with other materials, and suitable for combining with various blankets, rinse cloth, loop fleece, and terry cloth as an anti-slip adhesive button. Background technique [0002] The common hook and loop products have the characteristics of sticking and anti-slip, but the hook and loop structure is composed of a male buckle and a female buckle; the surface of the male buckle is evenly distributed with multiple protrusions and the tail is shaped like The felt surface of the hook-shaped body; the surface of the female buckle belt is evenly distributed with coiled silk threads to form a fluf...

AI Technical Summary

Problems solved by technology

Although the structure of the above-mentioned commonly used hook and loop fasteners can fix the combinations that need to be glued to each other, the traditional hook and loop fasteners are expensive to manufacture and difficult to produce products with large and wide areas, so they are only suitable for small-area long strips It is not easy to produce, and the production efficiency is relatively poor. The traditional hook and loop material itself is hard, which has the disadvantage that it is difficult to fully fit and process with other three-dimensional modeling materials. In order to solve the above shortcomings, the inventors have devoted themselves to research. , developed a unique sticky anti-slip material, which can be woven from synthetic fiber yarns with different material characteristics or different thicknesses of synthetic fiber yarns according to the purposes of various processing objects. The length of the synthetic fiber yarns can be set according to processing needs. Adjustment, the base layer can weave a mesh surface with perforations according to needs, such as figure 1 As shown, it is also possible to weave a mesh surface without perforations, such as Figure 7 As shown, when the hole is provided, there are many different shapes of the hole, such as circle, honeycomb shape, square and other various geometric figures.

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