Full-automatic brick packaging method

Abstract

The present invention discloses a full-automatic brick packaging method, and belongs to the technical field of brick packaging. The method includes the following steps: conveying, by a forklift, dry products of bricks to a dry product conveyor, and inducing, by the dry product conveyor, that the products are conveyed to a brick-plate separator; conveying, by the brick-plate separator, bricks to a brick conveyor according to each layer, then, conveying supporting plates to a brick supporting plate recycling machine, collecting and overlapping the supporting plates by the brick supporting plate recycling machine, and then, carrying away the supporting plates by the forklift; pushing, by the brick conveyor, the bricks in a whole row, and pushing the bricks to an outlet in a single layer according to sizes of the bricks required to be stacked; and grabbing, by a brick grabbing machine,the bricks delivered by the brick conveyor, and then, stacking the bricks on a brick packaging machine to a corresponding height. Automatic brick-plate separation, brick conveying and piled brick stacking and packaging of the dry products of the bricks are achieved, automation is completely achieved, manpower is greatly saved, meanwhile, the brick packaging efficiency is increased, packaging can be conducted according to piled bricks with different requirements, and the full-automatic brick packaging machine is more suitable for meeting market requirements.

Description

technical field [0001] The invention relates to the technical field of brick packaging, in particular to a fully automatic brick packaging method. Background technique [0002] As we all know, brick is the most traditional masonry material. It has gradually developed from clay as the main raw material to the use of industrial waste such as coal gangue and fly ash. At the same time, it has developed from solid to porous and hollow, and from sintered to non-sintered. With the improvement of modern technology, some brick factories have gradually started to use mobile brick kilns to make bricks to improve product quality and production efficiency. However, after the bricks are fired, the depalletizing and palletizing process of finished products still relies on labor-intensive manual operations. Due to the high labor intensity and poor operating environment, it greatly affects the production safety and health of workers. Therefore, this operation way to become a major flaw in t...

AI Technical Summary

Problems solved by technology

However, after the bricks are fired, the depalletizing and palletizing process of finished products still relies on labor-intensive manual operations. Due to the high labor intensity and poor operating environment, it greatly affects the production safety and health of workers. Therefore, this operation way to become a major flaw in the brick industry

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