Sticky buckle fabric

Abstract

The invention relates to a sticky buckle fabric which comprises a loop part tissue and a hook part tissue. The loop part tissue comprises a loop which is raised and vertical on a cloth surface, and the loop is woven by superfine fiber yarns compounded with spinning yarns, subjected to splitting processing and further decomposed into multiple fine superfine fibers so as to enable the superfine fibers to form the loop which is vertical and loose on the cloth surface; and the hook part tissue has hook-free fettering fibers which are vertically upward on the cloth surface and are scattered, and the fettering fibers are formed by weaving short fibers or long fiber yarn into the shape of the loop and further carrying out shearing processing. As the superfine fiber loop of the loop part tissue is loosely raised on the cloth surface, the capability of winding and hindering the hook part tissue can be greatly increased; and the fibers of the hook part tissue can not be intertwined and the number of the fibers for effective hooking and buckling can be further greatly increased, so that the hooking and buckling capability of the sticky buckle fabric can be enhanced and increased.

Description

technical field [0001] The invention relates to a hook and loop fabric, in particular to a stick and buckle fabric composed of a soft fabric with a sticking effect similar to that of a traditional stick and buckle weaved by a loom. Background technique [0002] Hook and loop tape, or Velcro felt as it is commonly known, is widely seen around people's lives. It is widely used in garments, leather goods, shoes, diapers, safety helmets, etc. The reason is that it is easy to use and can be used. Fast sticking or tearing off, without the inconvenience of button fastening and zipper opening and closing. [0003] However, it is undeniable that the use of hook and loop fasteners also has shortcomings, such as being too rigid and having a considerable thickness, so it can only be used as a buckle and needs to be connected to the implemented item by sewing or other methods Therefore, it cannot be directly used as a close-fitting fabric with a hook and loop function. If the item to be...

AI Technical Summary

Problems solved by technology

[0008] Furthermore, as an example of "Snapping Fabrics" (corresponding to U.S. Patent No. 7,231,789) in Taiwan Patent Announcement No. M263013 owned by the applicant in this case, it discloses a method of brushing The Velcro fabric that forms the hook structure. From then on, the elements of the Velcro fabric change from monofilament to yarn count, the loops become microfibers, and the hooks become vertical fine fibers without hooks; but this kind is formed by brush processing. The hook tissue of the hook tissue is actually a disordered hairiness with no consistent direction. In addition to the lack of strong hook function, the feathered tissue of the hook tissue is also easily entangled with each other and presents a hairball shape, which in turn causes Trouble with poor hooking ability

[0009] In addition, such as the Taiwan Invention Publication No. 201023784 patent (published on July 1, 2010) applied by the applicant of this case, it further discloses a novel hook and loop fabric, but the loop part of the hook and loop fabric Although the weave is superfine fiber yarn, it is woven with a plain weave that does not protrude from the surface of the fabric. The purpose of the ring weave is to form a loop with a binding function between the two interweaving points of the yarn after fiber opening, as in this case figure 1 As shown; because the composite spun superfine fiber yarn can only decompose many and thin superfine fibers after opening, and the length of the superfine fibers does not increase, so it is impossible to form a very fluffy and prominent fiber between the two interweaving points. The loops on the surface of the fabric, this kind of flat and dense microfiber will be difficult to effectively use the loops to bind the hook tissue, resulting in poor hooking ability, especially the vertical adhesion

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