A sizing beam creel

Abstract

The invention provides a slasher creel. According to the technical scheme, the slasher creel comprises a base and a plurality of pairs of rack bodies which are mounted on the base and are used for supporting warp beams. The pairs of rack bodies are arranged in the same plane in parallel, and the heights of the pairs of rack bodies are the same. According to the slasher creel, the rack bodies which are used for supporting the warp beams are arranged in the same plane in parallel, the heights of the rack bodies are the same, the distances between the warp beams can be effectively shortened compared with a traditional beam creel of an up-down layer structure in the first map, and warps can be effectively prevented from being twisted together. Through verification of experiments, under the condition that the wraps are wet (is not dried after dewatering), the condition of warp twisting does not happen, the drying step which has to be executed after warp dyeing is omitted, and production efficiency is improved. The slasher creel has the advantages that the distances of the warp beams can be effectively shortened, the warps can not be twisted together without being dried, the drying step is omitted, and the production efficiency is improved.

Description

technical field [0001] The invention relates to a sizing creel. Background technique [0002] Sizing warp creel in the prior art such as figure 1 As shown, the warp creel of ordinary sizing machines is generally only suitable for the production of co-dyeing varieties, but not the production of shaft-dyed varieties. It can satisfy the production of shaft-dyed varieties, but it is powerless for high-count and high-density compact-spun shaft-dyed varieties due to the large interaxial distance (900mm). After pre-baking the surface of the shaft-dyed warp beam, although the twisting phenomenon of the surface warp yarn can be improved, if the inner yarn is slowed down for too long during the production process, serious twisting will still occur, and even the machine cannot be driven. serious consequences. However, after beam dyeing, a long drying process is required, which not only greatly reduces the production efficiency, but also consumes a large amount of steam energy, which...

AI Technical Summary

Problems solved by technology

[0002] Sizing warp creel in the prior art such as figure 1 As shown, the warp creel of ordinary sizing machines is generally only suitable for the production of co-dyeing varieties, but not the production of shaft-dyed varieties. It can meet the production of shaft-dyed varieties, but it is powerless for high-count and high-density compact-spun shaft-dyed varieties due to the large distance between axes (900mm).

After pre-baking the surface of the shaft-dyed warp beam, although the twisting phenomenon of the surface warp yarn can be improved, if the inner yarn is slowed down for too long during the production process, serious twisting will still occur, and even the machine cannot be driven. serious consequences

However, after beam dyeing, a long drying process is required, which not only greatly reduces production efficiency, but also consumes a large amount of steam energy and increases production costs.

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