Textile cloth winding device with automatic adjusting function

Abstract

The invention discloses a textile cloth winding device with an automatic adjusting function. The textile cloth winding device comprises a base and a cloth winding frame fixed to the end face of the top of the left side of the base. A first cavity extending forward and backward is formed inside the left side of the base; guide grooves extending horizontally are formed in the part, on the right side of the first cavity, of the base in a longitudinal symmetry mode; a partition plate is arranged between the tail end of the left side of each guide groove and the right side end of the first cavity; a through hole is formed in each partition plate; a first thread rod extending towards the left side and the right side is arranged in each though hole in a transition fit mode; the extending tail ends of the left sides of the first thread rods extend into the first cavity and are connected with the inner wall of the left side of the first cavity in a rotating fit mode; and the extending tail ends of the right sides of the first thread rods extend into the guide grooves and are connected with the inner walls of the right sides of the guide grooves in a rotating fit mode. The textile cloth winding device is simple in structure, the winding quality of winding cloth and the cloth winding efficiency are improved, the regularity of cloth winding is achieved, the cloth surface of a wound cloth roll is smooth, and folds are avoided, so that the cloth winding quality is improved.

Description

technical field [0001] The invention relates to the technical field of textile processing machinery, in particular to a textile rolling device with an automatic adjustment function. Background technique [0002] In the weaving process, after the weaving machine finishes weaving, the cloth must be pulled to a preset cloth winding machine, and the cloth winding machine will wind the cloth onto a cloth roller for transportation and storage. There is still a certain distance between the cloth conveyed by the conveying roller and the cloth take-up roller. If the cloth is not supported during this period, the cloth will easily sag under its own gravity, and the winding of the cloth take-up roller will be affected during the drooping process. resistance, which affects the efficiency of cloth rolling, and the cloth is wound under the pulling of the cloth rolling roller, which is easy to damage the cloth, thereby affecting the quality of winding. In addition, the position of the clot...

AI Technical Summary

Problems solved by technology

There is still a certain distance between the cloth conveyed by the conveying roller and the cloth take-up roller. If the cloth is not supported during this period, the cloth will easily sag under its own gravity, and the winding of the cloth take-up roller will be affected during the drooping process. resistance, which affects the efficiency of cloth rolling, and the cloth is wound under the pulling of the cloth rolling roller, which is easy to damage the cloth, thereby affecting the quality of winding. In addition, the position of the cloth guide roller of the existing cloth winding machine is fixed, and it is uniform for thick and thin cloth. One kind of winding spacing is adopted. If the spacing is too large, it will easily lead to irregular winding of the fabric. It is necessary to stop the winding in time and tighten the fabric before rewinding, which greatly affects the work efficiency, and the excessive spacing requires rollers. Provides greater pulling force and consumes more power

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