Airflow cotton mixing machine

Abstract

The invention discloses an airflow cotton mixing machine which comprises a framework, a drum, spray nozzles, an air guide pipe, conveying pipelines and a cotton mixer. The drum is arranged in the framework, the spray nozzles are arranged at the lower end of the inner side of the framework, the rear ends of the spray nozzles are connected with the air guide pipe, the conveying pipelines are arranged at two ends of the framework, and the cotton mixer is arranged in the drum. Owing to the mode, the airflow cotton mixing machine has the advantages of high reliability, mixing efficiency and compatibility to existing equipment, compact structure, few moving components, uniform fiber mixing effects and the like. Besides, the airflow cotton mixing machine has a wide market prospect on textile machinery markets.

Description

technical field [0001] The invention relates to the field of textile machinery, in particular to an airflow blender. Background technique [0002] Mixed fiber materials have better characteristics than single fiber materials, and are widely used in many fields. Before the fibers are spun, they need to be opened and mixed to ensure the smooth progress of the subsequent weaving process. It has a huge impact. Most of the existing mixing equipment adopts beater structure, and the use of beaters to achieve fiber mixing may easily cause problems such as poor mixing, difficult picking of fibers at the bottom, and easy damage to fibers. Contents of the invention [0003] The main technical problem to be solved by the present invention is to provide an airflow blender, which realizes the overturning and mixing of fibers by setting a rotating drum and openings; by setting a nozzle at the bottom, the fibers move under the airflow to avoid sinking to the bottom; a mixer is provided ,...

AI Technical Summary

Problems solved by technology

[0002] Mixed fiber materials have better characteristics than single fiber materials, and are widely used in many fields. Before the fibers are spun, they need to be opened and mixed to ensure the smooth progress of the subsequent weaving process. It has a huge impact. Existing mixing equipment mostly adopts beater structure, and using beaters to achieve fiber mixing can easily cause problems such as poor mixing, difficult picking of fibers at the bottom, and easy damage to fibers, etc.

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