Auxiliary bonding device for yarn splicing of winding machine and method of use thereof

Abstract

The invention discloses an auxiliary bonding device for yarn joints of a winder and a method for using the same. The yarn joint auxiliary bonding device of the winding machine includes a material storage part, a signal receiving part, a material channel, a printing plate, a heat treatment part, a driving part and a transmission part, the signal receiving part is installed in the material storage part, and the The transmission part is connected to the material storage part for moving the material storage part. There is an outlet on the printing material board. The number of the printing material boards is at least two. There is an interval between the two printing material boards and the two printing material The material outlets of the material boards face each other, one end of the material channel is connected to the material storage part, and the other end is connected to the material outlet of the printing material board, the driving part is connected to the printing material board and drives the printing material board to move, heat treatment The component is installed in the storage part, and the driving component is connected to the heat treatment component and drives the heat treatment component to move. The yarn joint auxiliary bonding device of the winding machine of the invention reduces weaving breakage, improves loom efficiency, and avoids warp stop or weft stop caused by poor wear resistance at the yarn joint.

Description

technical field [0001] The invention relates to the field of weaving processing, in particular to an auxiliary bonding device for yarn joints of a winding machine and a method for using the same. Background technique [0002] The winding process is essential in the spinning process. The winding machine can remove the defects on the yarn and then re-splicing, and can turn the bobbin into a large-capacity bobbin through splicing, which can improve the efficiency of subsequent processing. Production efficiency; the wear resistance of the yarn joint is weaker than that of the main body of the yarn, because the two yarns are not completely entangled after untwisting and retwisting, especially the fibers at the end of the joint are entangled on the surface of the yarn jointed with it, and are not effectively affected. As a result, the end fibers are not fully involved in the yarn body due to holding, and it is easy to break when weaving. [0003] In the production and processing ...

AI Technical Summary

Problems solved by technology

[0002] The winding process is indispensable in the spinning process. The winding machine can remove the defects on the yarn and then re-splicing, and can turn the cop yarn into a large-capacity bobbin through the splicing method, which can improve the efficiency of subsequent processing. Production efficiency; the wear resistance of the yarn joint is weaker than that of the main body of the yarn, because the two yarns are not completely entangled after untwisting and retwisting, especially the fibers at the end of the joint are entangled on the surface of the yarn jointed with it, and are not effectively affected. The end fiber is not fully involved in the yarn body due to gripping, and it is easy to break when weaving

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