Brick pile reshaping mechanical device

Abstract

The invention provides a brick pile reshaping mechanical device, which comprises a movable door, guiding frames, three pushing plates and four pneumatic cylinders, wherein one end of the movable door is in a hinged connection with a piston end of a first pneumatic cylinder and one end of a first pushing plate, a cylinder body end of the first pneumatic cylinder is connected with the other end of the first pushing plate through a hinge, and in an initial state, a 90-degree included angle is formed between the movable door and the first pushing plate; pistons at one ends of the other three pneumatic cylinders are fixedly connected with connecting blocks of the first to a third pushing plates respectively, and cylinder bodies at the other ends of the three pneumatic cylinders are connected with base holes of corresponding pneumatic cylinder bases respectively; and a first to a third cross beams are in a welding connection with end faces of the first to the third pushing plates through a first to a third supports respectively, the lower portion of each of supports is connected with the upper portion of each of the guiding frames respectively in a welding mode, and tracks fixedly connected with the ground are arranged on the lower portions of the guiding frames. According to the brick pile reshaping mechanical device, bricks can not be crushed in a compaction process, the bricks can be neatly placed so as to be convenient to transship and store, the operation is convenient, and the work efficiency is high.

Description

technical field [0001] The invention relates to the field of brick adobe stacking equipment, in particular to a mechanical device for automatically shaping a brick pile. Background technique [0002] At present, the production process of brick and tile enterprises consists of four parts: making bricks, stacking bricks, firing bricks, and unloading bricks. Adobe making, adobe stacking, and adobe sintering have basically been fully mechanized, with high efficiency, safe operation, regular size and shape of adobes, neat stacking of adobes, suitable gaps, and easy firing of adobes into the kiln for forming. In stark contrast, brick unloading and brick transportation, the finished bricks first need to be unloaded from the kiln car, then transferred and finally loaded and transported away. And the brick unloading process is all done manually, with low efficiency, high labor intensity, poor working conditions, prone to accidents, and low work efficiency. After the brick embryo is...

AI Technical Summary

Problems solved by technology

And the brick unloading process is all done manually, with low efficiency, high labor intensity, poor working conditions, prone to accidents, and low work efficiency

After the brick embryo is fired, there will be gaps of different sizes between the bricks, and the bricks will be uneven, which is not convenient for later transfer and storage

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