Ultra-high molecular weight polyethylene fiber sock production system and static electricity removing method thereof

Abstract

The invention relates to an ultra-high molecular weight polyethylene fiber sock production system and a static electricity removing method thereof. The ultra-high molecular weight polyethylene fiber sock production system comprises a rack and a knitting module installed on the rack, and is characterized by comprising a yarn supply module mounted on the rack and used for mounting a yarn bobbin, a yarn arranging module mounted between the yarn supply module and the knitting module, powder spraying modules arranged between the yarn supply module and the yarn arranging module and(or) between the yarn arranging module and the knitting module, and dust collection modules arranged on the rack and in one-to-one correspondence with the powder spraying modules; the yarn arranging module comprises a plate body and a plurality of yarn holes, wherein the plate body is installed on the rack and located between the yarn supply module and the knitting module, and the yarn holes are formed in the plate body and allow yarns to penetrate through. The ultra-high molecular weight polyethylene fiber sock production system and a static electricity removing method have the beneficial effect that static electricity can be prevented from influencing normal conveying of the yarns.

Description

technical field [0001] The invention relates to the technical field of hosiery, in particular to a production system of ultra-high molecular polyethylene fiber socks and a method for removing static electricity. Background technique [0002] Ultra-high molecular weight polyethylene fiber socks are a kind of socks with high specific strength and specific modulus, and their performance is far superior to that of ordinary socks, so they are widely used; [0003] And existing fiber hosiery is usually produced with sock-knitting device (also can claim knitting device), but, because existing knitting device generally can form a plurality of socks at one time in sock-knitting process, therefore, in sock-knitting process, There will be multiple yarns being transmitted, and the yarns are prone to entanglement during the transmission process due to texture reasons, and even knotting in serious cases, which will affect production efficiency; [0004] Not only that, according to the ch...

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Problems solved by technology

[0003] And existing fiber hosiery is usually produced with sock-knitting device (also can be called knitting device), but, because existing knitting device generally can form a plurality of socks at one time in sock-knitting process, therefore, in sock-knitting process, There will be multiple yarns being transmitted, and the yarns are prone to entanglement during the transmission process due to texture reasons, and even knotting in serious cases, which will affect production efficiency;

[0004] Not only that, according to the characteristics of the current fiber socks, the thickness of some parts (for example: heel and toe) will be thicker than other parts, and in the process of pulling the yarn, the tension of the yarn will be affected by the inertia and the sock knitting process. The impact of the yarn will reduce the tension of the yarn, which will cause the yarn to contact the ground, which will affect the quality of hosiery. At the same time, it will also increase the probability of entanglement (or knotting) between yarns, which will affect production efficiency. ;

[0005] In addition, static electricity will be generated during the yarn pulling process. The generation of static electricity will not only drive the yarn to absorb impurities in the air, but even make the yarn very easy to break. Therefore, it will easily affect the production efficiency of socks

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