Multi-layer automatic cloth placing, sewing and cutting integrated machine

Abstract

The invention provides a multi-layer automatic cloth placing, sewing and cutting integrated machine. The machine comprises a rack, a working table board as well as a feeding mechanism, a sewing mechanism and a cutting mechanism which are mounted on the rack from front to back, wherein the rack is horizontally arranged; the working table board is movably mounted on the surface of the rack; the feeding mechanism comprises cloth placement supports and a feeding wheel set; the sewing mechanism comprises a sewing rack and sewing machine heads; the cutting mechanism comprises a cutting rack and cutting tool bits. According to the machine, sewing and cutting functions are integrated, double-layer cloth is efficiently processed in a mode of first sewing and later cutting on the same machine, and production and processing requirements of the clothing industry, the toy industry, beddings and the car accessory industry for various fabrics are met; besides, the problem of shrinkage caused by clothtension can be effectively solved during processing, the degree of automation is high, and production efficiency and quality of related cloth can be remarkably improved.

Description

technical field [0001] The invention belongs to the field of textile equipment, and in particular relates to a multi-layer automatic cloth-laying, sewing-cutting integrated machine. Background technique [0002] Collars, shoulder loops, pocket flaps, door towels, sleeve cuffs, hem cutting of suits, jacket shoulder seams, pants left and right center seams, etc. in the apparel industry, seam stitching of two pieces in the same direction, ear hooking and other processes in the toy industry , as well as fabrics such as pillow liners, airbag liners and sofa cushions in the bed and automotive industry, all need to be sewn and cut. Currently, the sewing and cutting processes are carried out on two equipments. Transfer to the corresponding cutting equipment for cutting, the overall processing efficiency is low, and at the same time, the fabric and its own tension tend to shrink during the transfer, which affects the processing quality of the fabric. [0003] Therefore, in view of t...

AI Technical Summary

Problems solved by technology

[0002] Collars, shoulder loops, pocket flaps, door towels, sleeve cuffs, hem cutting of suits, jacket shoulder seams, pants left and right center seams, etc. in the apparel industry, seam stitching of two pieces in the same direction, ear hooking and other processes in the toy industry , as well as fabrics such as pillow liners, airbag liners and sofa cushions in the bed and automotive industry, all need to be sewn and cut. Currently, the sewing and cutting processes are carried out on two equipments. Transfer to the corresponding cutting equipment for cutting, and the overall processing efficiency is low. At the same time, during the transfer, the fabric and its own tension tend to shrink, which affects the processing quality of the fabric

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