A skein control device for a skein precision winder

Abstract

The invention discloses a yarn reeling control device of a yarn reeling precision spooling machine. The yarn reeling control device comprises a driving circuit, a main control circuit and a detector, wherein the driving circuit is connected to a motor in a coupling manner to drive the motor to operate; the main control circuit is connected to the driving circuit in a coupling manner to send a driving signal to the driving circuit, so that the driving circuit drives the motor to operate, and the main control circuit is also connected with an external yarn cleaner in a coupling manner to receive a yarn detecting signal sent by the yarn cleaner; the detector is arranged on a spool base and used for detecting the number of spools, and is connected with the main control circuit in a coupling manner, so that after a detected spool replacing number signal is compared with an internal threshold value, a stopping signal is sent to the main control circuit, and the main control circuit drives the driving circuit to control the motor to stop operating. According to the yarn reeling control device of the yarn reeling precision spooling machine disclosed by the invention, the main control circuit, the driving circuit and the detector are arranged, so that the replacing number of the spools can be effectively detected, the problem that after yarns are reeled, the spools are still additionally arranged is solved, and the yarn reeling control device disclosed by the invention is simple and convenient to apply.

Description

technical field [0001] The invention relates to an automatic skein winder, more specifically to a skein control device of a skein precision winder. Background technique [0002] The automatic skein winder is widely used in the textile industry. Its purpose is to wind the yarn originally wound on the paper tube to the skein creel, and take it out from the skein creel after the winding is completed. It's very easy and convenient to come down. [0003] During the working process of the automatic skein winder, the motor is generally used to drive the skein frame to rotate, and the winder wrapped with silk thread is rotatably fixed on the winding seat of the skein winder, and the silk thread is wound from the winder Starting, after being processed by the tensioner, yarn clearer and splicer, it is wound on the skein frame to complete the skein action. However, the existing automatic skein winder mainly judges whether the skein is completed by manual It only has the function of s...

AI Technical Summary

Problems solved by technology

[0003] During the working process of the automatic skein winder, the motor is generally used to drive the skein frame to rotate, and the winder wrapped with silk thread is rotatably fixed on the winding seat of the skein winder, and the silk thread is wound from the winder Starting, after being processed by the tensioner, yarn clearer and splicer, it is wound on the skein frame to complete the skein action. However, the existing automatic skein winder mainly judges whether the skein is completed by manual It only has the function of stopping the motor and leaving it for workers to replace after the silk yarn on a winding is skeined. Therefore, whether a yarn is skeined is mainly realized through manual observation, and manual observation is mainly through manual observation. It is realized by experience, so in the actual production process, it is easy to appear that after the completion of the skein, the worker does not observe the completion of the skein, and continues to add winding, resulting in inconsistent product specifications after the final skein, which easily leads to rework, so It is not convenient enough to apply

Images