Intelligent brick clamping machine

Abstract

The invention provides an intelligent brick clamping machine. The intelligent brick clamping machine is mainly composed of a traveling crane mechanism, a lifting mechanism and a brick clamping mechanism. Control is conducted by the adoption of a programmable logic controller (PLC) and air pressure. The traveling crane mechanism is arranged above a brick kiln. The lifting mechanism is mounted on the traveling crane mechanism. The brick clamping mechanism is connected to the lower end of the lifting mechanism. All components can be controlled by the programmable logic controller (PLC). According to the intelligent brick clamping machine, improvement and innovation are conducted based on the prior art, the whole operation difficulty and the structural complexity are lowered while certain efficiency is guaranteed, the cost is lowered, and unattended automated brick body loading and unloading can be achieved.

Description

technical field [0001] The invention belongs to the field of building material production machinery, and in particular relates to an automatic intelligent brick clamping machine that can automatically clamp bricks in a brick kiln. Background technique [0002] Most of the brick clamping machines under the existing background technology use a gantry hammock as a base body, and corresponding clamps are installed to carry out clamping and loading and unloading work on the brick body just out of the kiln. Most of the brick clamping machines in the background technology are electric, and the clamping operation of all brick bodies is carried out with uniform strength. However, in actual production activities, the expansion and The degree of shrinkage is not the same, resulting in inconsistency in volume. If a uniform standard clamping force is used to clamp, it will cause some bricks to be unstable due to their small size, and it is very likely to loosen during transportation and ...

AI Technical Summary

Problems solved by technology

Most of the brick clamping machines in the background technology are electric, and the clamping operation of all brick bodies is carried out with uniform strength. However, in actual production activities, the expansion and The degree of shrinkage is not the same, resulting in inconsistency in volume. If a uniform standard clamping force is used to clamp, it will cause some bricks to be unstable due to their small size, and it is very likely to loosen during transportation and cause falling. However, many of the operation processes need to be manually grasped in real time, which increases the production cost; while the brick clamping machinery under a few background technologies adopts a relatively complicated mechanical structure, although the safety and reliability of production are guaranteed to a certain extent, but the complexity The mechanical structure increases the cost of daily maintenance, and is not conducive to the simplification of operation, which plays a certain role in the resistance of enterprises to reduce production costs

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