A cutting machine used for necktie fabric processing

Abstract

The invention provides a cutting machine used for necktie fabric processing. The cutting machine comprises a material holding stand, a material feeding device, a cutting platform and a cutter device. The material feeding device comprises an upper clamping roller and a lower clamping roller. A driving lever device is arranged below the upper clamping roller and comprises a driving lever and a driving lever cylinder. The top surface of the cutting platform is provided with a material falling groove and a protecting plate. The cutter device comprises a horizontal guide rail and a cutting knife. A heating device is arranged in the cutter device and comprises a heater, a heat conduction plate and a heat conduction tube. The cutting machine is simple in structure and highly practical; with the material feeding device, fabric can be conveyed more conveniently; with a gear assembly, the length of fabric cutting can be controlled and the transmission is more stable; with the heating device, the temperature of the cutting knife can be made to rise and through high temperature cutting, cut fabric has the advantages of high quality, smooth cuts and zero burr and the processing of the next procedure is facilitated; energy consumption is reduced and the comprehensive utilization rate is increased.

Description

technical field [0001] The invention relates to a cutting machine for tie cloth processing. Background technique [0002] During the processing of the tie, it is necessary to cut the whole piece of cloth, and then process the cut cloth. There are generally the following methods for cutting fabrics: (1) manual cutting, not only the cutting efficiency is low, but also there are large errors, and the waste of resources is serious; (2) cutting by cutting machine, the cutting efficiency is fast, and the cut The fabric is of high quality and low cost. [0003] There are many types of cutting machine brands in the market, but the cutting methods of cutting machines are mainly divided into pressure water cutting, laser cutting, mechanical knife cutting and other methods. Water-jet cutting has regular shapes, neat edges, short action time, and high efficiency, but the equipment is complex, heavy, high in cost, difficult to troubleshoot, and cannot cut water-absorbent fabrics, so th...

AI Technical Summary

Problems solved by technology

Water-jet cutting has regular shapes, neat edges, short action time, and high efficiency, but the equipment is complex, heavy, high in cost, difficult to troubleshoot, and cannot cut water-absorbent fabrics, so the scope of use is very limited; Laser cutting materials have a small application range and slow speed, and it is difficult to control the cutting temperature and beam. When cutting multi-layer fabrics, it is easy to cause inconsistency and adhesion of the edges; the mechanical knife has fast cutting speed and high efficiency, and can cut multiple layers and various There are few restrictions on the type of fabric, but there are more wool on the cutting edge, which affects post-processing

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