A winding mechanism of a pinecone machine

Abstract

The invention discloses a strip rolling mechanism of a ball loosening machine. The strip rolling machine comprises a rack, and a supporting board supporting frame, a rack support and a roller winding seat are fixed on a high table top of the rack. A supporting board is arranged on the supporting board supporting frame, and a false twisting mechanism composed of a false twisting horn, a gear and a rack is arranged in the rack support. A strip rolling pressing roller and a strip guiding roller are installed at the upper end of the roller winding seat. A lower table top of the rack is respectively provided with a front roll receding roller and a rear roll receding roller through a front roll receding roller bearing block and a rear roll receding roller bearing block respectively. The left side of the front roll receding roller and the left side of the rear roll receding roller are provided with roll receding roller synchronous chain wheels. The left side of the strip guiding roller is provided with a belt wheel which is connected with a motor belt wheel through a V-shaped belt. The right side of the strip guiding roller is provided with a small chain wheel, and the right side of the front roll receding roller is provided with a large chain wheel. The large chain wheel is connected with the small chain wheel through a chain. The strip rolling mechanism of the ball loosening machine is simple in structure, parts are reduced by one third, reliability of the machine is improved, and defects of an original mechanism are overcome, the ball forming quality is improved, the cost of the machine is reduced, and meanwhile losses of machine materials in the production process are reduced.

Description

technical field [0001] The invention relates to a thread winding mechanism, in particular to a thread winding mechanism applied to a loose ball machine of chemical fiber and wool spinning equipment to make the hair balls rolled into chemical fiber or wool sliver reach the bulkiness required for sliver dyeing. Background technique [0002] The fur balls rolled from chemical fiber or wool tops are supplied by wool top factories. Since the tightness and winding tension of the hair ball do not meet the requirements of the strip dyeing, it must be unwound and rewound into a hair ball that meets the requirements of the strip dyeing. [0003] The structure of the winding mechanism of the existing pine ball machine is complicated, and the process from unwinding to forming a ball is long, and accidental drafting is easy to occur in each link, which affects the quality of the evenness, causes uneven tension of the hair ball, and affects the dyeing quality; the machine It is prone to ...

AI Technical Summary

Problems solved by technology

[0003] The structure of the winding mechanism of the existing pine ball machine is complicated, and the process from unwinding to forming a ball is long, and accidental drafting is easy to occur in each link, which affects the quality of the evenness, causes uneven tension of the hair ball, and affects the dyeing quality; the machine It is prone to failure, and the material loss of the machine is large, which increases the production cost

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