Cloth edgefold mechanism and edgefold method

Abstract

The invention discloses a cloth edgefold mechanism using for flanging cloth. The cloth comprises a cloth edgefold part and a cloth double-flanged part on one side of the cloth edgefold part. The cloth edgefold mechanism comprises an edgefold fixed plate arranged below the cloth edgefold part, an edgefold support is fixed on the opposite location of the edgefold fixed plate, a main actuating device arranged on the edgefold support and an edgefold movable plate connected with the output end of the main actuating device. The main actuating device drives the edgefold movable plate to move in the directions of closing to and being away from the cloth edgefold part. According to the cloth edgefold mechanism, the flanging process of the cloth double-flanged part being folded under the cloth edgefold part is realized. The cloth edgefold mechanism has the advantages of auto flanging which replaces traditional manual flanging and higher flanging efficiency and stability of flanging quality, which saves labor force and reduces processing cost of enterprises.

Description

technical field [0001] The invention relates to the technical field of cloth processing, in particular to a cloth hemming mechanism and a hemming method. Background technique [0002] At present, garment enterprises mainly use one person and one machine to carry out manual folding or use a curling machine to carry out folding, and in the folding process, the cloth needs to be folded once or more times, so as to complete the production of garments. However, the above two traditional hemming methods have the following defects: On the one hand, manual hemming is easily affected by unstable factors of human operation, resulting in inconsistent width of the folded product, which in turn leads to subsequent sewing during the entire hemming sewing process. The problem of inconsistencies in the stitches of the thread on the cloth; on the other hand, manual hemming also requires a lot of labor, and the increase in the number of employees increases the processing cost of the enterpris...

AI Technical Summary

Problems solved by technology

However, the above two traditional hemming methods have the following defects: On the one hand, manual hemming is easily affected by unstable factors of human operation, resulting in inconsistent width of the folded product, which in turn leads to subsequent sewing during the entire hemming sewing process. The problem of inconsistencies in the stitches of the thread on the cloth; on the other hand, manual hemming also requires a lot of labor, and the increase in the number of employees increases the processing cost of the enterprise; In the same way, it takes a lot of manpower to put the fabric into the curler little by little, and then fold the edge, and the bending effect of this folding method is not long-lasting, and it is easy to restore the original shape, which is difficult to meet the subsequent processing requirements for sewing the folded edge

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