A Spinning and Twisting Device Based on the Rotating Speed ​​of the Machine and Applying Wax Evenly

Abstract

The invention provides a spinning twisting device for evenly applying wax based on the rotating speed of the machine itself, and relates to the technical field of textile twisting. The spinning and twisting device, which is evenly coated with wax based on the rotating speed of the machine itself, includes a base, an operation box is fixed on the top of the base, a rotating shaft is fixedly connected to the bottom of the motor, and a rotating shaft is movably connected to the end far away from the motor. turntable. The rotation of the motor drives the rotating shaft at the bottom to rotate, and the rotation of the turntable drives the moving rod on its periphery to squeeze the energized frame, thereby changing the internal resistance of the rheostat, and increasing the internal current of the electromagnet to increase the speed of the first rotating shaft Increase, so that the extrusion rod pushes the connecting column to move, so that the wax ring is close to the textile thread, achieving the effect of evenly applying wax. The movement of the electrified frame drives the slider to move, so that the gap between the two fixing clip The distance is increased to achieve the effect of preventing the textile thread from getting stuck.

Description

technical field [0001] The invention relates to the technical field of textile twisting, in particular to a spinning and twisting device for evenly applying wax based on the rotating speed of the machine itself. Background technique [0002] Twisting is the process of winding a raw material into a thread. The cloth woven through twisting is relatively compact, with good drape and fastness. Many steps are required in the twisting process, one of which is to To prevent the elastic deformation of the textile fabric itself, wax will be coated on its surface, but the traditional twisting machine will only pass the textile fabric on the outside of the waxing circle, but as the speed and time of textile twisting change, waxing The thickness of the ring will change, resulting in uneven wax coating on the surface of the textile fabric, which will affect the twisting of the fabric, and when the speed of twisting is accelerated, the diameter of the feed port will not change, resulting ...

AI Technical Summary

Problems solved by technology

[0002] Twisting is the process of winding a raw material into a thread. The cloth woven through twisting is relatively compact, with good drape and fastness. Many steps are required in the twisting process, one of which is to To prevent the elastic deformation of the textile fabric itself, wax will be coated on its surface, but the traditional twisting machine will only pass the textile fabric on the outside of the waxing circle, but as the speed and time of textile twisting change, waxing The thickness of the ring will change, resulting in uneven wax coating on the surface of the textile fabric, which will affect the twisting of the fabric, and when the speed of twisting is accelerated, the diameter of the feed port will not change, resulting in textile threads It gets stuck at its interface, thus affecting the whole textile twisting process

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