Automatic wire drawing system

Abstract

The invention provides an automatic wire drawing system. The system comprises support plates arranged on the two sides of a well mouth. A spinning side blowing air box is arranged on the tops of the two support plates. A spinning cooling box, a spinning nozzle support frame, a spinning oil recovery component, and a guide wire component are successively arranged in the two support plates from top to bottom. The spinning cooling box comprises an air inlet component. The air outlet of the air inlet component is provided with a yarn discharging box. The spinning cooling box can move up and down onthe slide groove of the support plates through a guide rail. The lower portion of the spinning cooling box is provided with a telescopic cylinder. The spinning oil recovery component and the guide wire component are arranged on the first screwed holes of two positioning plates. The spinning oil recovery component is located below the spinning nozzle support frame. The guide wire component is located below the spinning oil recovery component. In the invention, oil applying and wire drawing operation can be performed on spinning, a hot gas can be taken away and a cooling speed is accelerated.

Description

technical field [0001] The invention relates to the technical field of textiles, in particular to an automatic wire drawing system. Background technique [0002] Existing textile machines basically only do two things: first, a large amount of short fibers are aggregated into loose yarns, and then the yarns are extracted bit by bit, and twisted into fine yarns. After twisting, it will become longer; however, in the process of weaving, the operation of the machine will generate a lot of heat, and some of this heat will be transferred to the yarn, but if the yarn is always at a high temperature, it is easy to cause yarn deformation , or the yarn quality declines, which will affect the final production. In addition, in addition to the cooling treatment of the yarn, it is easy to break due to the friction between the yarn and the equipment, which requires oiling. And due to the particularity of the spinning cooling box, it uses the wind force in the blower to cool the textile y...

AI Technical Summary

Problems solved by technology

And due to the particularity of the spinning cooling box, it uses the wind force in the blower to cool the textile yarn. On the one hand, the heat gathers in the blowing box on the spinning side, making the cooling speed slow. On the other hand, due to the spinning Yarn is slightly poisonous gas caused by chemicals, which is easy to cause environmental pollution and has invisible hazards to the health of operators

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