Fully automatic equipment for laser cutting of belt

Abstract

The invention relates to automatic equipment, in particular to automatic equipment for laser cutting of a belt. The fully automatic equipment for the laser cutting of the belt comprises a laser device, a water spraying mechanism, a traction mechanism, a material conveying mechanism, a working table and a bracket, wherein the working table is fixedly connected to the bracket; the traction mechanism is fixedly connected to the working table; the material conveying mechanism is fixedly connected to the working table; the water spraying mechanism is fixedly connected to the bracket; the laser device is fixedly connected to the bracket; the laser device is located above the working table. Due to the cooperative operation of the water spraying mechanism, the traction mechanism and the material conveying mechanism, the operations such as stretching, cutting and material falling are repeatedly performed so as to fully automatically realize automatic laser cutting of the belt and control the laser cutting effect of the belt; and therefore, the production efficiency and the quality of a product are improved.

Description

technical field [0001] The invention relates to an automatic device, in particular to an automatic device for belt laser cutting. Background technique [0002] The application of laser engraving and cutting in the shoemaking industry has greatly improved the processing methods of the shoemaking industry. The laser method is more efficient and energy-saving, and there is no pressure on some complex patterns. However, the current laser belt cutting is usually one person and one machine, through manual loading and unloading, the laser radiation to the retina and the harmful gas generated after belt cutting will have adverse effects on the worker's body, manual loading and unloading methods and advanced laser manufacturing Very uncoordinated. [0003] Especially for villi, such as figure 2 As shown, its structure can be divided into three layers, and from top to bottom is the upper fluff layer 36, the base layer 37 and the lower fluff layer 38 successively, because the upper f...

AI Technical Summary

Problems solved by technology

However, the current laser belt cutting is usually one person and one machine, through manual loading and unloading, the laser radiation to the retina and the harmful gas generated after belt cutting will have adverse effects on the worker's body, manual loading and unloading methods and advanced laser manufacturing extremely uncoordinated

[0003] Especially for villi, such as figure 2 As shown, its structure can be divided into three layers, and from top to bottom is the upper fluff layer 36, the base layer 37 and the lower fluff layer 38 successively, because the upper fluff layer 36 is a layer of short fluff, it will produce Obvious sparks burn the short fluff of the upper fluff layer 36, seriously affecting the appearance of the belt and affecting its performance

In practice, there are also some factories that allow workers to spray a small amount of water on the upper surface of the fur with a watering can before laser cutting. However, too little water spray will cause the upper fluff layer 36 to be damaged during the cutting process. Problem: Excessive water spray will make the plush fur too wet, which will also affect the quality of the product

[0004] This method of relying on the practical experience of workers to control product quality does not meet the development requirements of modern manufacturing, and it is difficult for sustainable development

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