Cheese dewatering machine

Abstract

The invention discloses a cheese dewatering machine which comprises dewatering barrels and hanging brackets. Each dewatering barrel comprises an inner container driven by a driving mechanism and an outer barrel which correspondingly contains the inner container, wherein the barrel wall of the inner container is provided with multiple grooves in a protruding mode in the internal radial direction and a plurality of through holes, and the grooves extend and contain cheese in a matched mode; the hanging brackets can be placed in the dewatering barrels and rotate along with the inner containers, and the hanging brackets are provided with cheese frames corresponding to the grooves. According to the cheese dewatering machine, shifting generated in the cheese dewatering process can be effectively prevented, yarn deformation is avoided, therefore, it is well guaranteed that yarn has the uniform tensile stress, and the forming quality of products is improved.

Description

technical field [0001] The invention relates to a cheese dehydrator. Background technique [0002] In the process of production and processing, the package yarn needs to be dehydrated through the dehydration machine after the dyeing process. During dehydration, the package yarn is placed in the dehydration bucket, and the package yarn rotates with the inner tank of the dehydration bucket to shake off the water to achieve rapid dehydration. The structure of the current dehydration machine tends to cause the package yarn to shift significantly when rotating in the dehydration barrel, so the package yarn is easy to squeeze each other, causing it to deform, which affects the shape and quality of the finished yarn, and the stretch of the yarn is affected. The force is not uniform, so it needs to be improved to better improve the quality. Contents of the invention [0003] In order to overcome the deficiencies of the prior art, the present invention provides a cheese dehydrator...

AI Technical Summary

Problems solved by technology

[0002] In the process of production and processing, the package yarn needs to be dehydrated through the dehydration machine after the dyeing process. During dehydration, the package yarn is placed in the dehydration bucket, and the package yarn rotates with the inner tank of the dehydration bucket to shake off the water to achieve rapid dehydration. The structure of the current dehydration machine tends to cause the package yarn to shift significantly when rotating in the dehydration barrel, so the package yarn is easy to squeeze each other, causing it to deform, which affects the shape and quality of the finished yarn, and the stretch of the yarn is affected. The force is not uniform, so it needs to be improved to better improve the quality

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