Full-automatic fabric production equipment

Abstract

The invention relates to full-automatic fabric production equipment. The full-automatic fabric production equipment comprises a double-folded fabric continuous unfolding mechanism for completely unfolding the half-folded fabric; a drum-type belting machine for conveying the fabric in a decelerated manner; a fabric transverse edge cutting and trimming machine for performing rough selvedge tailoring, hemming and stitching on the fabric in a transverse width; a fabric longitudinal space reduction cutting machine for conveying the fabric to a fabric longitudinal edge trimming machine after the fabric is cut in the least length of a floor space; the fabric longitudinal edge trimming machine for performing hem-stitching after the fabric is inwardly rolled from two longitudinal edges; a fabric automatic folding machine for folding the fabric; and a fabric storage mechanism for storing processed fabric materials. Through the production equipment disclosed by the invention, the unfolding, the automatic hem-stitching at longitudinal and transverse directions, the automatic folding and the storage of the finished fabric product can be automatically accomplished in order, the whole process isautomatic in the whole course, the labor and the material resource are economized, and the working efficiency of the fabric product and the production quality of the product are improved.

Description

technical field [0001] The invention belongs to the technical field of textile manufacturing equipment, and in particular relates to a fully automatic fabric production equipment. Background technique [0002] With the continuous rise of labor costs, in the process of large-scale industrial production, it has become the development trend of the manufacturing industry to replace manual operations with automated equipment production, especially in the labor-intensive field of fabric processing. Traditional production methods rely on a large number of Not only the cost remains high, but also the production efficiency is limited; a worker must go through long-term training to achieve high proficiency to ensure the high quality of the product, which makes the labor cost of high-quality fabrics relatively low. high. [0003] In fabric production enterprises such as clothes, most of the traditional products are made by manual sewing process. Now most of the fabrics are produced ei...

AI Technical Summary

Problems solved by technology

[0002] With the continuous rise of labor costs, in the process of large-scale industrial production, it has become the development trend of the manufacturing industry to replace manual operations with automated equipment production, especially in the labor-intensive field of fabric processing. Traditional production methods rely on a large number of Not only the cost remains high, but also the production efficiency is limited; a worker must go through long-term training to achieve high proficiency to ensure the high quality of the product, which makes the labor cost of high-quality fabrics relatively low. high

[0003] In fabric production enterprises such as clothes, most of the traditional products are made by manual sewing process. Now most of the fabrics are produced either purely manually, or processed by a worker operating table equipment, and in the same production process It is necessary to manually transfer semi-finished products between multiple different equipment, which makes the improvement of production efficiency relatively limited, and the labor intensity of workers operating equipment is also relatively high.

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