Burning-off type autoclaved brick treatment device

Abstract

The invention relates to the field of autoclaved bricks, in particular to a burning-off type autoclaved brick treatment device. The technical problem to be solved is to provide a burning-off type autoclaved brick treatment device. According to the technical implementation scheme, the burning-off type autoclaved brick treatment device comprises a machine tool connecting bottom plate, an elevating workbench, an operation control screen, a first conveying belt, a mounting table, a second conveying belt, a pressing forming mechanism, a brick body cleaning mechanism, a strength detection mechanismand a mounting top plate. The upper portion of the machine tool connecting bottom plate is welded to the elevating workbench. By means of the burning-off type autoclaved brick treatment device, rapidpressing forming of autoclaved bricks is achieved, sand and gravel at the tops of the formed autoclaved bricks are removed, fibers rising from the tops of the autoclaved bricks are removed, the situation that the fibers influence treatment of the pressed bricks in subsequent autoclaved maintenance is prevented, and the effect of automatically detecting the strength of the formed autoclaved bricksis achieved.

Description

technical field [0001] The invention relates to the field of autoclaved bricks, in particular to a burn-off type autoclaved brick processing device. Background technique [0002] Using fly ash, cinder, coal gangue, tailings slag, chemical slag or natural sand, tidal mud, etc. as the main raw materials, a new type of wall material manufactured without high-temperature calcination is called unburned brick. [0003] At present, in the prior art, the mud produced in the papermaking process is recycled as a raw material, but the mud contains a large amount of plant fibers, which are relatively long. After being pressed into bricks, the plants on the surface will be removed when the press block is separated from the brick surface. The fibers stick together, and the fibers stand on the top surface of the autoclaved bricks, which affects the subsequent maintenance process of the autoclaved bricks. At the same time, some uncondensed sand and stones will be scattered on the top surfac...

AI Technical Summary

Problems solved by technology

[0005] In order to overcome the problem of recycling the mud produced in the papermaking process in the prior art as raw material, but the mud contains a large amount of plant fibers, which are relatively long. After being pressed into bricks, when the press block is separated from the brick surface, the plants on the surface will be removed. The fibers stick together, and the fibers stand on the top surface of the autoclaved bricks, which affects the subsequent maintenance process of the autoclaved bricks. At the same time, some uncondensed sand and stones will be scattered on the top surface of the autoclaved bricks, which will affect the aesthetics and practicability of the autoclaved bricks. , it is often necessary to manually clean the top surface to remove sand and stones. At the same time, after the autoclaved bricks are processed, the strength of the autoclaved bricks often needs to be manually tested. During the strength test, manual tools are often required to clean the autoclaved bricks. For strength detection, the manual strength cannot be accurately controlled, and the continuous operation of the uniform strength standard cannot be performed. The technical problem of the present invention is: to provide a burnt-out autoclaved brick processing device

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