Automatic winding mechanism

Abstract

The invention relates to an automatic winding mechanism, comprising a rack, a transverse motor, a winding motor, a spindle and a winding assembly; the transverse motor is arranged on the rack by a motor seat; the winding motor is glidingly arranged on the rack by a sliding seat; the spindle and a motor shaft of the winding motor are fixedly connected; the winding assembly is arranged on the spindle and driven by the winding motor to rotate; the sliding seat and a piston rod of the transverse motor are fixedly connected; the transverse motor drives the sliding seat to reciprocate on the rack, so a winding width of yarns on the winding assembly is realized. The transverse motor drives the sliding seat to drive the whole winding assembly to horizontally reciprocate while the winding motor drives the winding assembly to rotate to realize the automatic winding of the yarns on yarn rods, the winding width of the yarns is realized, distances between the yarn rods are adjustable to adapt to bobbins of different diameters or clews or products of different winding diameters, the operation is stable, the friction is small, and the yarn winding distances are uniform, and the forming quality and production efficiency are improved.

Description

Technical field: [0001] The invention relates to the technical field of textile machinery, and more specifically relates to an automatic winding mechanism. Background technique: [0002] The winding machine is mainly used for processing various core-spun yarns or bobbins used for covering yarns. It winds the continuously input yarns into bobbins. Compared with traditional bobbins, it increases the capacity of the yarn package. The amount of yarn improves the production efficiency and production quality of the subsequent process. Recently, the most common is the grooved drum winder. The yarn first passes through the rotating grooved drum and is wound on the drum guided by the spiral groove on the grooved drum. On the tube, the yarn tension and winding density during winding are the main basis for measuring the quality of the bobbin. The shape of the tube has a direct impact. Because the depth and width of the helical groove of the grooved cylinder vary irregularly, it is dif...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an automatic winding mechanism for the deficiencies of the prior art, which solves the problems of large frictional resistance of silk winding, uneven winding distance and easy breakage of winding silk. The distance between yarn rods Adjustable, can be used to fix bobbins with different diameters or coil coils with different diameters, stable operation, uniform wire winding distance, to meet production needs