Processing method of slabstone wall brick

Abstract

The invention provides a processing method of a slabstone wall brick, and belongs to the technical field of wall brick processing. The processing method of the slabstone wall brick is characterized bycomprising the following steps that S1, cutting is conducted, specifically, a stone initial blank is cut into cuboid stone with the preset size, and the cuboid stone is arranged in a processing device; S2, edge chiseling treatment is conducted, specifically, the cuboid stone is sequentially placed on an input mechanism of the processing device, a lifting assembly in the input mechanism drives thecuboid stone to move upwards by a first preset distance, then the four edges of the uppermost part of the cuboid stone are chiseled away through a treatment mechanism, and thus the cuboid stone formsthe shape protruding from the four edges to the middle; and S3, flake chiseling treatment is conducted, specifically, the cuboid stone subjected to edge chiseling treatment is driven by the lifting assembly to continuously move upwards by a second preset distance, then the upper part of the cuboid stone is chiseled off through the treatment mechanism, and thus a stone flake is obtained. The processing method has the advantages of high slabstone wall brick processing efficiency and good in effect.

Description

technical field [0001] The invention belongs to the technical field of wall brick processing, in particular to a processing method of slate wall bricks. Background technique [0002] The slate wall tiles have a good natural shape, and can form a more natural-looking texture after being attached to the wall, which is loved by the public. However, the processing process is cumbersome and easy to damage. During processing, it is necessary to cut the rough stone into a preset size of embryo stone through equipment, and then manually chisel the embryo stone. Make it into a flake, but because it is only forced on one side, it will naturally crack, but it is easy to cause the thickness of the two sides to be different. Finally, the four sides of the flake-shaped embryo stone are chiseled to make the four sides thinner. The thick shape in the middle has extremely slow processing efficiency and high cost. Contents of the invention [0003] The object of the present invention is t...

AI Technical Summary

Problems solved by technology

However, the processing process is cumbersome and easily damaged. During processing, it is necessary to cut the rough stone into a preset size of embryo stone through equipment, and then manually chisel the embryo stone. Hammered to make it into a flake, but because it is only forced on one side to make it crack naturally, but it is easy to cause the thickness of the two sides to be different. Finally, the four sides of the flake-shaped embryo stone are chiseled to make the four sides thinner The thick shape in the middle has extremely slow processing efficiency and high cost

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