Intelligent transfer system applied to cloth weaving workshop

Abstract

The invention provides an intelligent transfer system applied to a cloth weaving workshop. A first storage assembly for storing a weaving shaft, a second storage assembly for storing a cloth rolling shaft, a middle storage assembly arranged between the first storage assembly and the second storage assembly and a transfer assembly arranged on the middle storage assembly in a sliding manner are included. The transfer assembly transfers the weaving shaft on the first storage assembly and the cloth rolling shaft on the second storage assembly to the middle storage assembly according to productionneeds. Through the arrangement of the middle storage assembly and the transfer assembly, material transfer is convenient, the material transporting time is shortened, and the production efficiency isimproved.

Description

technical field [0001] The invention relates to the technical field of textiles, in particular to an intelligent transfer system applied to a weaving workshop. Background technique [0002] At present, traditional weaving enterprises rely on manual transportation and replacement of weaving shafts and cloth rolls. The preparation, transportation, and loading and unloading of materials are all manual operations. This process has high labor costs, long response time, and low efficiency, especially in large The large-scale weaving factory is especially obvious, so the traditional manual transportation and replacement cannot meet the requirements of high-quality and high-efficiency production technology; [0003] Moreover, as smart factories become more and more popular, the traceability of products is increasingly valued by customers and enterprise quality control departments. Therefore, the raw materials used for weaving have specific numbers. When a batch of raw materials is f...

AI Technical Summary

Problems solved by technology

[0002] At present, traditional weaving enterprises rely on manual transportation and replacement of weaving shafts and cloth rolls. The preparation, transportation, and loading and unloading of materials are all manual operations. This process has high labor costs, long response time, and low efficiency, especially in large The large-scale weaving factory is especially obvious, so the traditional manual transportation and replacement cannot meet the requirements of high-quality and high-efficiency production technology;

[0003] Moreover, as smart factories become more and more popular, the traceability of products is increasingly valued by customers and enterprise quality control departments. Therefore, the raw materials used for weaving have specific numbers. When a batch of raw materials is found When there is a problem, the raw materials of the same batch will be prohibited from being used;

[0004] The traditional way of feeding raw materials is to transfer the materials one by one. If you want to skip a certain batch of raw materials, you need to reverse all the raw materials before the batch, which is time-consuming and laborious, and affects the production efficiency of weaving.

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