Bottom skin crushing mechanism for aerated concrete plate

Abstract

The invention discloses a bottom skin crushing mechanism for an aerated concrete plate. The mechanism comprises a cross beam, a framework, a tunneling device, a crushing device, a waste limiting device and an anti-twisting arm. The cross beam and the framework are connected via bolts; the waste limiting device is connected with the framework via bolts; and the tunneling device and the crushing device are fixed with the cross beam via a large-size processing threaded shaft. The anti-twisting arm connects the tunneling device, the crushing device and the framework. According to the mechanism, guiding of waste to be crushed is realized via waste limiting, so the waste to be crushed is precisely loaded into the lower parts of the crushing device and the tunneling device. A motor in the tunneling device drives a tunneling cutter disc and a compacting wheel to realize primary crushing of the waste, and a motor in the crushing device drives a crushing cutter disc and a compacting wheel to realize thorough crushing of a bottom skin. The device solves the problem that the after-kettle bottom skin is easy to remove; through crushing by the device, an after-kettle waste overturning platform can easily overturn bottom skin waste into a waste transportation belt; and technical support is provided for a production process of aerated plates with after-kettle bottom skin removed.

Description

technical field [0001] The invention relates to the technical field of aerated concrete molding, in particular to a broken bottom skin mechanism based on aerated concrete slabs. Background technique [0002] Since the 21st century, as the world attaches great importance to resources and the environment, people have put forward higher requirements for building materials. Traditional sintered red brick factories are being gradually shut down due to heavy production pollution and serious resource consumption. In order to meet the current construction needs, aerated panels came into being. As a new type of building material, it has many advantages that traditional building materials do not have: energy saving, light weight, shockproof, sound insulation and warmth preservation. In the production process of aerated panels, it is inevitable to face the problem of removing the bottom skin. The bottom skin is removed before the kettle. Although the bottom removal rate is high and ...

AI Technical Summary

Problems solved by technology

During the production of air-entrained panels, it is inevitable to face the problem of removing the bottom skin

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