Textile technology

Abstract

The invention discloses a textile technology. Sliding of a steel wire ring and a steel collar is changed into a rolling connection structure, double bearings or rollers are additionally arranged at the joint of the steel wire ring and the steel collar, e-shaped and g-shaped single-bearing left-right open hook structures are adopted, and yarn can be hung by the left hand and the right hand independently, so that the efficiency of knitters is greatly improved; and a motor is embedded in the steel collar to make the steel wire ring and a steel collar plate changed into an active type, a mechanical spindle in centralized mechanical transmission is replaced with an electric spindle driven by a direct-current brushless axial motor, front and rear rollers are achieved through an artificial intelligence control 1D technology, and an electric spindle 1D technology is optimally coordinated with an electric steel wire ring 1D technology and an electric steel collar plate 1D technology to achieve 4D spinning, so that the quality and the efficiency are improved.

Description

technical field [0001] This technology belongs to the textile machinery industry, the core device in the spinning equipment. Background technique [0002] Steel collars and travellers in spinning equipment in the textile machinery industry have been traditionally used for 200 years since they have been in the textile industry for 200 years. The frictional resistance of mutual sliding operation is large, the wear is serious and the life is short. Basically, the traveler needs to be shut down once a week, and the steel ring is replaced once a year or two. Not only is the production delayed during the replacement, but also the traveler has to run at a slow speed for half a day after the traveler is replaced, resulting in production loss, labor loss, replacement labor costs, material costs, etc. The imported traveler is nearly ten times the price of the domestic traveler and needs to be replaced within a month. The sliding friction resistance between the traveler and the steel r...

AI Technical Summary

Problems solved by technology

[0002] Steel collars and travellers in spinning equipment in the textile machinery industry have been traditionally used for 200 years since they have been in the textile industry for 200 years. The frictional resistance of mutual sliding operation is large, the wear is serious and the life is short. Basically, the traveler needs to be shut down once a week, and the steel ring is replaced once a year or two. Not only will the production be delayed during the replacement, but also it will run at a slow speed for half a day after changing the traveler, resulting in production loss, labor loss, replacement labor costs, material costs, etc. The imported traveler is nearly ten times the price of the domestic traveler and needs to be replaced within a month

The sliding friction resistance between the traveler and the steel ring is very large, which limits the number of spinning. The sliding friction is proportional to the square of the speed, the power consumption is doubled, and the steel ring is also worn out quickly. The combination of steel ring and traveler is replaced every year. The loss is 20 times the loss of direct material costs. Although it is already ignored, it needs to be solved urgently! There is also no structure and technology that realizes the front roller, electric spindle and electric traveler through electronic intelligent control so far.

Images