Double-sided extreme ultraviolet wave laser array grinding assembly box

Abstract

The invention discloses a double-sided extreme ultraviolet wave laser array grinding assembly box comprising an outer shell, wherein the outer shell is internally provided with a pair of laser assemblies; the opposite inner side surface and outer side peripheral surface of each laser assembly are provided with a plurality of flaky metal strips extending to a position where the flaky metal strips are combined with the outer side of the outer shell; upper and lower opposite surfaces located at laser array grinding assembly mounting positions of an inner side metal groove connected to the outer shell are provided with two groups of plurality of metal chip particle collecting holes; a port at the outer side of the metal groove is provided with an induced draft motor and a waste gas outlet; the side of the outer shell is provided with an inert gas input pipe on which two groups of electromagnetic valves are arranged; the inert gas input pipe enters the outer shell and is provided with an inert gas convolution metal groove; and a steel belt passes through the central absolute part of two groups of laser assemblies in the outer shell. The double-sided extreme ultraviolet wave laser array grinding assembly box has the advantage that the system grinding assembly box is reasonable in structure and high in precision.

Description

technical field [0001] The invention relates to the field of mechanical technology, in particular to a double-sided ultra-ultraviolet laser array grinding component box. Background technique [0002] In the industrial production of special alloy steel, the strip surface treatment technology includes grinding wheel water grinding, dry and wet traction wheel polishing method and pure manual grinding wheel polishing, etc., among them, the noise of the former surface grinding can reach 350 decibels or higher, according to the treatment of steel strip The nature is different, the invisible loss of raw materials is as high as 4.5%-7% during rough processing, and the noise of the latter is as high as 120 decibels or higher in production, and the invisible loss of raw materials is as high as 2.5%- Between 3%, both comprehensive and pre-processing methods have poor surface brightness of the steel strip, labor-intensive, high production costs, and low yield of steel strip materials. A...

AI Technical Summary

Problems solved by technology

[0002] In the industrial production of special alloy steel, the strip surface treatment technology includes grinding wheel water grinding, dry and wet traction wheel polishing method and pure manual grinding wheel polishing, etc., among them, the noise of the former surface grinding can reach 350 decibels or higher, according to the treatment of steel strip The nature is different, the invisible loss of raw materials is as high as 4.5%-7% during rough processing, and the noise of the latter is as high as 120 decibels or higher in production, and the invisible loss of raw materials is as high as 2.5%- Between 3%, both comprehensive and pre-processing methods have poor surface brightness of the steel strip, labor-intensive, high production costs, and low yield of steel strip materials. Aiming at industry bottlenecks that hinder product productivity and competitiveness, which cannot be underestimated, At the same time, the pollution of noise to the environment is also very serious. At present, laser grinding is used, but laser grinding needs to use a grinding component box. The current grinding component box has a complex structure, a short average service life, low precision, and serious wear and oxidation.

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