Automatic film yarn winding machine

Abstract

The invention discloses an automatic film yarn winding machine which comprises a body. At least two rolling stations are arranged on the body, each rolling station is provided with a speed measuring mechanism, a tension control mechanism, a positioning mechanism, a rolling and arranging mechanism and an automatic control system, each speed measuring mechanism, each tension control mechanism and each positioning mechanism are arranged on the front surface of the body, each automatic control system is arranged in the body, a part of each rolling and arranging mechanism is arranged outside the body, and another part of each rolling and arranging mechanism is arranged inside the body. The automatic film yarn winding machine has the advantages that actual film yarn winding speeds can be measured by speed measuring wheels, and accordingly the film yarn transmission speeds and the thicknesses of film yarns can be controlled; the magnitude of tension can be measured by the tension control mechanisms when the film yarns are rolled, accordingly, the actual rolling speeds can be controlled, and the film yarns have uniform thicknesses; shafts of the rolling and arranging mechanisms can rotate and can carry out reciprocating movement in the front-back directions, and accordingly the film yarns can be assuredly rolled and wound layer upon layer; the automatic film yarn winding machine is high in automation degree, good in quality and low in labor cost, and the like.

Description

technical field [0001] The invention relates to the field of filter membrane yarn production equipment for sewage treatment, in particular to an automatic membrane yarn winding machine for winding up filter membrane yarn for sewage treatment. Background technique [0002] The traditional winding work of filter membrane filaments used for sewage treatment is mostly done by manual winding operations, which not only has low production efficiency, poor quality and uneven quality, but also high labor costs. Since the membrane yarn is in a flexible state after it comes out of the forming machine, it will be affected by the winding speed during the winding process. Uneven speed will lead to inconsistent thickness and thickness of the membrane yarn. Traditional manual winding The quality of the work mainly depends on the skill level of the operator, and the error accuracy of manual work is usually difficult to control; in addition, it is also particularly important to control the te...

AI Technical Summary

Problems solved by technology

[0002] The traditional winding work of filter membrane filaments used for sewage treatment is mostly done by manual winding operations, which not only has low production efficiency, poor quality and uneven quality, but also high labor costs

Since the membrane yarn is in a flexible state after it comes out of the forming machine, it will be affected by the winding speed during the winding process. Uneven speed will lead to inconsistent thickness and thickness of the membrane yarn. Traditional manual winding The quality of the work mainly depends on the skill level of the operator, and the error accuracy of manual work is usually difficult to control; in addition, it is also particularly important to control the tension of the film when the film is wound. The membrane filaments are too thin, and the tension is too small to cause the membrane filaments to be thick, which is difficult to control for manual winding operations.

Images