Yarn cleaning device of yarn feeding device for automatic winding machine

Abstract

The invention relates to a yarn cleaning device, in particular to a yarn cleaning device of a yarn feeding device for an automatic winding machine, which comprises a hollow yarn cleaning device body. One end of the yarn cleaning device body is provided with an air drafting suction device, a sealing rubber cover, a plurality of upper yarn guiding ceramic plate inlets, a plurality of lower yarn guiding ceramic plate outlets and a yarn compartment; and the sealing rubber cover is arranged at the top of the yarn cleaning device body, and the upper yarn guiding ceramic plate inlets and the lower yarn guiding ceramic plate outlets are respectively arranged on the sealing rubber cover and the bottom of the yarn cleaning device body. When the yarn cleaning device of the yarn feeding device is installed on the automatic winding machine, blurs and dust of yarns and the working space can be eliminated. Moreover, yarn feeding management suitable for the modulus and the number of yarns of different automatic winding machines can be customized according to actual needs of customers. Meanwhile, the running resistance in yarn channels can be changed via improvement of a yarn guiding magnetic sheet of the yarn cleaning device, and the product quality can be improved.

Description

technical field [0001] The invention relates to a yarn clearer, in particular to a yarn clearer used for a yarn feeding device of an automatic winder. Background technique [0002] The existing automatic winders of various specifications and models all have no yarn-feeding device in the yarn running link. During the yarn feeding process, when the yarn is running or at rest, the static electricity generated by the yarn itself or during operation will absorb the tidbits and hair dust in the surrounding environment, and weave the same yarn on the fabric during weaving. In the process, it will cause different yarns (colored threads) to form surface structure pollution on the surface of the fabric, thereby seriously deteriorating the yarn quality in quality indicators such as evenness, hairiness increase, and nep increase, which seriously affects the quality of the fabric surface; Subsequent quality inspection requires a lot of manpower / working hours. It is arranged to manually ...

AI Technical Summary

Problems solved by technology

During the yarn feeding process, when the yarn is running or at rest, the static electricity generated by the yarn itself or during operation will absorb the tidbits and hair dust in the surrounding environment, and weave the same yarn on the fabric during weaving. In the process, it will cause different yarns (colored threads) to form surface structure pollution on the surface of the fabric, thereby seriously deteriorating the yarn quality in quality indicators such as evenness, hairiness increase, and nep increase, which seriously affects the quality of the fabric surface; Subsequent quality inspection requires a lot of manpower / working hours. Arrange to manually sign off the tidbits and hair dust on the surface of the fabric, which reduces production efficiency and increases production costs.

In addition, the existence of a large number of yarn tidbits and hair dust in the textile workshop has caused great pollution to the clean air environment, and at the same time caused great harm to the staff in the sealed environment

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