Fully automatic hydroform and intelligent stacking device for bricks

Abstract

The invention relates to a brick making machine, in particular to a fully automatic hydroform and intelligent stacking device for bricks. The device comprises a brick molding press, a stacking robot, an automatic feeding machine, a steam curing bogie and an electric control device, and has the following structural key points that the stacking robot is arranged between the brick molding press and the automatic feeding machine; the automatic feeding machine carries out positioning and feeding for the steam curing bogie; and the electric control device is connected with the drive device and the sensor of each part through electric circuits. Thus, through the programmed instructions in a PLC module of the electric control device, action interlocking of the brick molding press, the stacking robot and the automatic feeding machine is realized so as to ensure action coordination among each part and realize automatic production during the entire working procedure from feeding raw materials into a material frame for distribution to outputting full bogies of green bricks; in addition, a stacking manipulator directly enters into the brick molding press to clean green bricks, and directly piles up the green bricks on the steam curing bogie, thereby reducing the carrying times of the green bricks, improving the quality of the green bricks, shortening production cycle and increasing production efficiency.

Description

technical field [0001] The invention relates to a brick making machine, in particular to a fully automatic hydraulic forming and intelligent stacking device for bricks. Background technique [0002] When the existing brick machine produces bricks, the material is distributed first, the mixture in the hopper enters the distribution frame, the distribution frame moves, the mixture is distributed into the brick mold, the distribution frame returns to the original position, and then, after forming, the brick machine puts the mold The mixture in the cavity is pressed into adobes, and the demoulding mechanism of the brick machine pushes out the adobes. Then, the adobes are clamped by the clamper at the front of the distribution frame, and the distribution frame moves to distribute the adobes. At the same time, the adobes are sent to the conveyor by the clamper. , the conveyor then sends the adobe to just below the gripper of the adobe stacking device, and finally the adobe is grab...

AI Technical Summary

Problems solved by technology

Due to the low initial strength of the freshly pressed bricks, multiple handlings are likely to cause damage to the bricks, and the yield of the stacked bricks is low. The damaged bricks need to be stacked manually, which is labor-intensive, which is not conducive to the realization of full-process automatic production; When the device returns to the cavity position, it is easy to bring the adobe that has been sent to the conveyor back to the cavity position, and in the next pressing process, the cavity of the mold will be crushed; the brick machine and palletizer with this structure, The production line is long, covers a large area, the structure of the mechanical equipment is complex, and mechanical failures are prone to occur, and the bricks stacked are not neat, easy to collapse, and the production efficiency is low, which cannot meet the production requirements of high efficiency and energy saving.

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