Streamlined equipment for silk spinning production

Abstract

The invention relates to streamlined equipment for silk spinning production. A middle transfer table is arranged between a transfer table I and a transfer table II; an input roller is arranged above the front side of the transfer table I, an output roller is arranged above the back side of the transfer table II, a pressure plate lifting mechanism is arranged on the transfer table, a pressure plate is arranged at the lower end of the pressure plate lifting mechanism, a baffle plate placing groove is formed in the middle transfer table, a pre-posed smooth baffle plate is inserted into a pre-posed baffle plate working groove, a post-posed smooth baffle plate is inserted into a post-posed baffle plate working groove, a pre-posed automatic bourette taking device I and a pre-posed automatic bourette taking device II are separately arranged on two sides of a work station I, a post-posed automatic bourette taking device I and a post-posed automatic bourette taking device II are separately arranged on two sides of a work station II, and four combing rollers are separately a bottom combing roller I, a bottom combing roller II, a top combing roller I and a top combing roller II. According to the equipment provided by the invention, the original silk spinning mechanism is greatly simplified: a middle filling machine and an attaching clamp plate are cancelled and a round comb is simplified, so that the production efficiency is increased, and a manufacturer cuts and processes cotton of any length conveniently.

Description

technical field [0001] The invention relates to the field of production equipment for silk spinning, in particular to a streamlined equipment for silk spinning production. Background technique [0002] The traditional process of silk spinning is to use reeled silk as the main raw material, through impurity removal, dehydration, drying, manual impurity removal, opening, center cutting, circular combing, cotton arranging, slitting, and finally drawing. The above process has low degree of automation, long process time, high labor intensity, and low economic efficiency in the process. Therefore, in 20160601, the applicant applied for a fully automatic assembly line production process for silk spinning in 20160601. The application number is 201610378320X. However, in the actual test process, the assembly line still has too many required equipment, high precision requirements, and fault tolerance. For this reason, the applicant redesigned a kind of assembly line equipment for sil...

AI Technical Summary

Problems solved by technology

[0002] The process of traditional silk spinning engineering is to use reeled silk as the main raw material, through impurity removal, dehydration, drying, manual impurity removal, opening, center cutting, circular combing, cotton arranging, slitting, and finally drawing. The above process has low degree of automation, long process time, high labor intensity, and low economic efficiency in the process.

Therefore, the applicant applied in 20160601 for a production process for silk spinning with a fully automatic assembly line for carding, application number 201610378320X. However, in the actual test process, the assembly line still has too many required equipment, high precision requirements, and fault tolerance. Therefore, the applicant redesigned a kind of streamlined equipment for silk spinning production. The streamlined equipment is greatly simplified and can be used for intermittent production with high production efficiency.

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