Gap residual residual sand separation type crystal brick sand blasting device

Abstract

The invention relates to the field of crystal accessories, in particular to a gap residual sand separation type crystal brick sand blasting device. According to the technical scheme, the gap residual sand separation type crystal brick sand blasting device comprises a separation shakeout system, a sand blasting system, a staggered sand discharging system, a sealing top cover, a collecting box, an air pump, a sand blasting power box, a pipeline fixing clamping seat, a first air duct, a second air duct and the like, and the lower portion of the working machine tool plate is welded to the supporting foot bases. According to the sand blasting device, automatic overturning sand blasting of crystal bricks is achieved, the crystal bricks are staggered and separated in the sand blasting process, sand in gaps of the adjacent crystal bricks is separated and falls off, the situation that the sand blasting angle changes due to the fact that brick faces aligned to be flat deflect due to extrusion of the sand is prevented, meanwhile, the situation that the sand abrades the faces except the sand blasting faces is avoided, the service life of the crystal bricks is prolonged, and the precise sand blasting effect is achieved.

Description

technical field [0001] The invention relates to the field of crystal ornaments, in particular to a sand blasting device for crystal bricks with separated residual sand in gaps. Background technique [0002] Crystal is a quartz crystal with high transparency and perfect crystal shape. Crystals belong to the crystallite category of the huge "family" of quartz. [0003] At present, in order to meet the needs of buildings in the prior art, the crystal bricks in the prior art need to perform sandblasting on two opposite sides of the six sides of the crystal bricks. During the sandblasting process, multiple crystal bricks are arranged together for sandblasting. During the sanding process, part of the sand will enter between adjacent crystal bricks, and then the brick surface of the adjacent crystal bricks will be deflected due to the extrusion of sand, resulting in a change in the blasting angle, which cannot achieve the expected treatment effect. Sand entering into the gaps of ...

AI Technical Summary

Problems solved by technology

[0005] In order to overcome the requirements of the crystal bricks in the prior art in order to meet the needs of the building, the opposite two faces of the six faces of the crystal bricks need to be sandblasting. During the sandblasting process, a plurality of crystal bricks are arranged together for sandblasting. During the sanding process, part of the sand will enter between adjacent crystal bricks, and then the brick surface of the adjacent crystal bricks will be deflected due to the extrusion of sand, resulting in a change in the blasting angle, which cannot achieve the expected treatment effect. Sand entering the gaps of the crystal bricks will cause wear to the surface other than the sandblasting surface, which will affect the aesthetics of the crystal bricks and the shortcomings of use. The technical problem of the present invention is to provide a sandblasting device for crystal bricks that separates the remaining sand in the gap

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