Dislocation code brick minimum unit structure, dislocation code brick structure and dislocation code brick method

Abstract

The invention relates to a dislocated brick-setting minimum unit structure, a dislocated brick-setting structure and a dislocated brick-setting method. The minimum unit structure comprises an odd layer and an even layer. The odd layer comprises at least two or more bricks erectly arranged on a plane side by side in the width direction, the end faces of two adjacent bricks are mutually staggered, and a clearance is reserved between every two adjacent bricks. The even layer comprises at least two or more bricks erectly arranged on a plane side by side in the width direction, the end faces of two adjacent bricks are mutually staggered, and a clearance is reserved between every two adjacent bricks. The long azimuth of each even layer brick is laminated on the wide azimuth of the corresponding odd layer brick, so that the dislocated brick-setting minimum unit structure is formed. On the basis of the dislocated brick-setting minimum unit structure, the same dislocated brick-setting minimum unit structures are laminated to form the dislocated brick-setting structure in the transverse direction and the longitudinal direction. That combustion is conducted among the clearances and oxygen is obtained through ventilation can be met, and meanwhile, after brick piles are fired, solid pile bricks convenient to transport are obtained through the mode of whole pile folding.

Description

technical field [0001] The invention specifically relates to a minimum unit structure of a dislocation code brick, a structure of a dislocation code brick and a method for a dislocation code brick. Background technique [0002] The existing brick piles must leave gaps during firing to facilitate the circulation of combustion air to obtain oxygen. After firing, it is impossible to obtain a solid pile of bricks that is easy to transport by gathering the whole pile, so it is carried by manual methods, or a single brick is unloaded by a robot, which is high in work intensity and low in efficiency. [0003] For this reason, is it possible to provide a dislocation brick structure, whether it is to meet the gap combustion air circulation to obtain oxygen, or after the brick pile is fired, a solid pile of bricks that is easy to transport can be obtained by closing the whole pile. Contents of the invention [0004] In view of this, the object of the present invention is to overcom...

AI Technical Summary

Problems solved by technology

[0002] The existing brick piles must leave gaps during firing to facilitate the circulation of combustion air to obtain oxygen. After firing, it is impossible to obtain a solid pile of bricks that is easy to transport by gathering the whole pile, so it is carried out manually, or a single brick is unloaded by a robot, which has high work intensity and low efficiency.

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