Bobbin winder used for glass fiber active winding

Abstract

The invention discloses a bobbin winder used for glass fiber active winding. Four groups of creel assemblies are positioned at the upper end of a case; a synchronous belt wheel transmits, so that a groove in a groove drum drives yarns to perform reciprocating yarn guide motion; and meanwhile, a motor directly drives a spindle belt wheel to rotate to rotate a bobbin, and the yarns are uniformly wound on the bobbin. During working, base yarns are shaken and suspended into a net-shaped yarn handle through shaking-suspending equipment, and are coated after being subjected to acidic treatment; andin a mechanical forming process, the coated yarns are directly formed into cone yarns, and the diameters of the cone yarns are increased, so that linear speed is kept unchanged, wound products are consistent in inside and outside winding tightness degree, appearance is orderly and attractive, production processes are reduced, working efficiency is improved, labor intensity of a worker is relieved,product quality stability is improved, and unwinding and yarn-disordering problem caused by shaken-suspended yarn superposing is avoided.

Description

technical field [0001] The invention relates to the field of glass fiber textile equipment, in particular to a novel glass fiber winding winder. Background technique [0002] In the field of textile production, the winding winder is one of the necessary equipment in the post-spinning process, and it is mostly used in the production of high-strength and wear-resistant fibers such as cotton spinning and chemical fibers. Due to the glass itself, the glass fiber produced by our company has the characteristics of high brittleness, low strength and poor wear resistance. Previously, pure manual operation could only be used in the mass production process, and the process was cumbersome and complicated; the low degree of automation resulted in extremely low production efficiency, high cost, and difficult quality management. [0003] In view of the problems existing in the prior art, the present invention has mastered the mechanical forming technology of coated products through a lar...

AI Technical Summary

Problems solved by technology

However, there are some disadvantages in this device: if the yarn transfer operation is affected by its own characteristics such as yarn strength and wear resistance, or the yarn cannot be transferred due to overlapping and overlapping, the continuous running yarn will be wasted until it is rethreaded. Enter

If the running yarn is not properly controlled in this situation, the running yarn can interfere with other winders on the same machine and bring the whole machine to a standstill, resulting in machine downtime and economic loss

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