Cutting bed cutter cooling device

Abstract

The invention relates to the technical field of cutting beds, in particular to a cutting bed cutter cooling device. The device comprises a cutter head assembly used for installing a cutter and a cooling liquid supply assembly used for providing cooling liquid, a cutter edge allowing a cutter to penetrate therethrough and a cooling channel allowing the cooling liquid to pass therethrough are arranged in the cutter head assembly, one end of the cooling channel communicates with the cutter edge, and the other end of the cooling pipe communicates with the cooling liquid supply assembly through a cooling pipe. The cooling liquid provided by the cooling liquid supply assembly can enter the cooling channel in the cutter head assembly through the cooling pipe, reaches the cutter edge through the cooling channel and is sprayed to the cutter, the cutter is cooled, the cooling liquid sprayed to the cutter can also play a role in lubricating the contact between the cutter and fabric, and heat generated by friction between the cutter and the fabric is further reduced. Therefore, through the cooling and lubricating effects of the cooling liquid, the temperature of a heat source and heat generated by the friction can be effectively reduced, and the problem of adhesion of cut pieces after fabric cutting is fundamentally solved on the premise that the cutting efficiency is not affected.

Description

technical field [0001] The invention relates to the technical field of cutting machines, in particular to a cooling device for cutting machines and cutting knives. Background technique [0002] In the application of the cutting machine in the clothing industry, when the material to be cut has a low melting point or the surface is coated, due to the heat generated by the friction between the cutter and the fabric during the cutting process, the edge of the fabric will be melted after cutting. This will cause the cut pieces to stick together, damage the fabric, and even stick glue to the cutting knife, directly affecting the cutting quality. The way to solve this kind of problem in the prior art is to reduce the frequency of the knife, slightly increase the speed of the knife, and at the same time increase the lifting of the knife to sharpen the knife, reduce the cutting height, etc., these measures will greatly affect the cutting efficiency. Contents of the invention [00...

AI Technical Summary

Problems solved by technology

[0002] In the application of the cutting machine in the clothing industry, when the material to be cut has a low melting point or the surface is coated, due to the heat generated by the friction between the cutter and the fabric during the cutting process, the edge of the fabric will be melted after cutting. After cutting, the pieces will stick together, damage the fabric, and even glue will stick to the cutting knife, which will directly affect the cutting quality

The solution to such problems in the prior art is to reduce the frequency of the knife, increase the speed of the knife slightly, increase the lifting of the knife to sharpen the knife, and reduce the cutting height, etc. These measures will greatly affect the cutting efficiency

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