A cloth stretching structure for textile production

Abstract

The invention relates to the technical field of cloth stretching and rolling, in particular to a cloth stretching structure for textile production, including a textile machine, on which a driving structure is installed, and a rolling structure is provided on the driving structure, and The receiving structure is connected with a fixed structure, the driving structure is equipped with a warning structure, the textile machine is provided with a deflocculation structure, and the deflocculation structure is equipped with an adjustment structure, through which the deflocculation structure can be well adhered to and removed from the cloth. lint, so as to improve the quality of the cloth, by adjusting the structure can better improve the deflocculation effect of the deflocculation structure, and can also stretch the cloth, so that the cloth has better flexibility.

Description

technical field [0001] The invention relates to the technical field of cloth stretching and rolling, in particular to a cloth stretching structure for textile production. Background technique [0002] The textile machine is a tool for processing raw materials such as thread, silk and hemp into silk thread and then weaving it into cloth. Nowadays, people's living standards are increasing day by day, and their requirements for their own clothing and some cloth daily necessities are getting higher and higher, thus In order to weave better fabrics, the popularity of large looms in factories has become more and more widespread. [0003] However, after the weaving of the loom is completed, the finished product must be stretched and rolled to facilitate the transportation of the cloth. During the rolling process, the motor is often used to drive one end of the winding roller to rotate. Remove the completed cloth from the other end of the take-up roller, but it is very likely that ...

AI Technical Summary

Problems solved by technology

[0003] However, after the weaving of the loom is completed, the finished product must be stretched and rolled to facilitate the transportation of the cloth. During the rolling process, the motor is often used to drive one end of the winding roller to rotate. Remove the completed cloth from the other end of the take-up roller, but it is very likely that the staff operates the motor to over-stretch the cloth during the take-up process, resulting in excessive friction between the cloth and the take-up roller, resulting in The cloth cannot be easily removed from the take-up roller, which delays the work progress, and when the take-up roller is taken up, only one end is used as a support point for stretching and winding, which may cause the transmission shaft to deform after long-term use. As a result, the machine cannot work normally, and during the production process, a lot of lint will be produced due to the friction between the thread and the thread. These lint will stick to the fabric, reduce the quality of the fabric, affect the brand image, and the lint will be inhaled by the staff. Greatly affect the health of the staff

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