Self-insulation building block cutting device adopting wet cutting method

Abstract

The invention discloses a self-insulation building block cutting device adopting a wet cutting method. The self-insulation building block cutting device adopting the wet cutting method comprises a topwaste removing device for trimming the top of a formed blank body and a cutting device for vertically cutting the blank body, wherein the top waste removing device and the cutting device are arrangedabove a track in sequence in the direction from the starting end to the subsequent working procedure. The top waste removing device comprises a machine frame, a top waste removing mechanism, a drivemotor and two feeding hoppers, wherein the top waste removing mechanism comprises a shell, and the two feeding hoppers are arranged on the lower parts of both sides of the shell. The cutting device comprises a cuboid main machine frame, a lifting machine frame, a sliding rod mechanism, a lifting mechanism and a plurality of groups of cutting mechanisms, wherein the main machine frame is composed of a plurality of steel channels, the lifting mechanism is installed on the main machine frame, the cutting mechanisms are installed on the lifting machine frame, and the cutting mechanisms are arranged side by side in a distributed mode. The self-insulation building block cutting device adopting the wet cutting method has a simple structure and high production efficiency, and can be applied to a production line of side-by-side double-module building blocks.

Description

technical field [0001] The invention belongs to the technical field of construction machinery, and in particular relates to a self-insulating block cutting device adopting wet cutting. Background technique [0002] In the production process of aerated concrete products, in order to prevent the body from sticking to the mold, the mold release oil is generally applied around and at the bottom of the mold. During the cutting process, the six sides need to be cut and peeled. Generally, a certain thickness of the surface layer needs to be cut off. However, the existing peeling device is set for the production line of a single mold. For the research and development of the production line of the top skin, how to remove this part of the waste is one of the factors that affect the production efficiency and production quality. In addition, the existing cutting process, when using a circular saw blade cutting machine, how to adjust the saw blade Adjusting the tightness is a technical ...

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Problems solved by technology

[0002] In the production process of aerated concrete products, in order to prevent the body from sticking to the mold, the mold release oil is generally applied around and at the bottom of the mold. During the cutting process, the six sides need to be cut and peeled. Generally, a certain thickness of the surface layer needs to be cut off. However, the existing peeling device is set for the production line of a single mold. For the research and development of the production line of the top skin, how to remove this part of the waste is one of the factors that affect the production efficiency and production quality. In addition, the existing cutting process, when using a circular saw blade cutting machine, how to adjust the saw blade Adjusting the tightness is a technical problem that needs to be solved at present

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