Auxiliary clamping plate fixing and releasing device for comber cylinder framework

Abstract

The invention discloses an auxiliary clamping plate fixing and releasing device for a comber cylinder framework. The clamping plate fixing and releasing device comprises a sliding block, a cam rod and a pair of clamping claws. The sliding block is arranged in an auxiliary clamping plate fixing and releasing device installation groove. The outer side of the sliding block is provided with a cam rod end movement limiting groove. The cam rod end movement limiting groove is formed by connecting an upper V-shaped groove and a lower V-shaped groove in an overlaid mode. A cam rod end fixing groove is arranged below the auxiliary clamping plate fixing and releasing device installation groove. The lower end of the cam rod is fixed to the cam rod end fixing groove. The upper end of the cam rod is located in the cam rod end movement limiting groove. The clamping claws are symmetrically arranged. The lower ends of the clamping claws are connected with the upper end of the sliding block through rotating shafts. The auxiliary clamping plate fixing and releasing device is mainly used for an auxiliary clamping plate and is arranged in the auxiliary clamping plate fixing and releasing device installation groove on the outer wall of the outward face on the outer side. According to a practical working track, movement of the corresponding clamping claws is achieved by designing the special auxiliary clamping plate fixing and releasing device and then matched with movement of the auxiliary clamping plate.

Description

technical field [0001] The invention relates to the field of silk spinning equipment, in particular to an auxiliary splint fixing and releasing device for a cylinder frame of a circular comb machine. Background technique [0002] The technological process of silk spinning engineering is mainly based on circular carding cotton engineering. Circular carding machine carding is an important process in the process of circular carding cotton. It has a great influence on the carding level of the fine cotton, the quality of the fine cotton, the difficulty of processing in the subsequent process, the quality of spun silk and silk, and the production cost. direct impact. The purpose of circular carding is to make the combed fibers become straight and parallel single fibers through fine combing, remove pupa debris and other impurities remaining in the fine cotton, and remove short fibers and cotton particles at the same time, so that the fine cotton Quality indicators (average fibe...

AI Technical Summary

Problems solved by technology

Regardless of the labor cost of the enterprise or the physical condition of the workers, this solution is not an optimal choice

[0004] Therefore, although the quality of the existing circular carding cotton is good, its automation integration is low, so the cotton production line needs to be automated, and the design of the circular carding machine mechanism to realize the automatic insertion and removal of cotton sliver is to realize the automation of the entire production line premise and basis

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