Double layer synchronous cutting system for home textile fabrics

Abstract

The invention discloses a double-layer synchronous tailoring system for home textile fabric. The double-layer synchronous tailoring system for the home textile fabric sequentially comprises a double-layer feeding device, a double-layer material tidying device and a double-layer tailoring platform from the feeding end to the discharging end. The double-layer tailoring platform comprises an upper tailoring platform and a lower tailoring platform. An electric shear knife capable of conducting up-and-down cutting at the same time is arranged between the upper tailoring platform and the lower tailoring platform. Each of the upper tailoring platform and the lower tailoring platform is provided with a gap adjusting positioning mechanism. Each gap adjusting positioning mechanism comprises an adjusting base and a pressing plate perpendicular to each other. The tailoring system is simple in structure, the tailoring size is accurate, the positioning effect and the pressing effect are good in the tailoring process, the automation degree is high, and labor force is saved. The tailoring efficiency is high and is two times of the existing tailoring efficiency, the tailoring time is greatly saved, and the fabric processing period is shortened.

Description

technical field [0001] The invention relates to the field of home textile processing equipment, in particular to a double-layer synchronous cutting system for home textile fabrics. Background technique [0002] Before home textile fabrics are made into home textiles, batches of fabrics need to be cut in various sizes, and then the corners are finished after cutting. The existing cutting platforms mainly use manual processing on a horizontal platform. For cutting, the fabric needs to be paved and spread evenly at each cutting step, which undoubtedly increases the labor intensity of workers, and manual paving wastes time, which greatly prolongs the working time of the first cutting of home textile fabrics and reduces the The overall home textile production efficiency is improved, and even if the manual paving operation is used manually, it is inevitable that the cutting surface will not be cut in place during the cutting process, the length of the lines will be different, and ...

AI Technical Summary

Problems solved by technology

[0002] Before home textile fabrics are made into home textiles, batches of fabrics need to be cut in various sizes, and then the corners are finished after cutting. The existing cutting platforms mainly use manual processing on a horizontal platform. For cutting, the fabric needs to be paved and spread evenly at each cutting step, which undoubtedly increases the labor intensity of workers, and manual paving wastes time, which greatly prolongs the working time of the first cutting of home textile fabrics and reduces the The overall home textile production efficiency is improved, and even if the manual paving operation is used manually, it is inevitable that the cutting surface will not be cut in place during the cutting process, the length of the lines will be different, and the lines will be chaotic. Occasionally there will be cutting resistance. It is conducive to better, better and more accurate cutting of home textile fabrics; in the cutting process of existing home textile fabrics, it is also found that the fabrics on both sides of the cutting are not smooth during cutting, resulting in differences in the sizes after cutting, which affects The accuracy of cutting; the existing cutting system can only realize the cutting function of a single layer, and its cutting efficiency is low, which greatly prolongs the processing cycle of home textile fabrics

Images