Brick making device and brick making method

Abstract

The invention discloses a novel brickmaking device and method. The brickmaking device comprises a support, a core pulling device and a die platform, the core pulling device is arranged on the support, and comprises a synchronizing gear, an oil cylinder, a synchronizing shaft, damping rolling wheels, a synchronizing rack, a supporting plate and a die core, a plurality of pairs of side-by-side rolling wheels are arranged below the supporting plate, the die platform comprises a vibration table, a lower die and a pressing head, the lower die is arranged on the vibration table, and the pressing head is arranged above the lower die. According to the device, automatic production can be achieved, operation is easy, safety is greatly improved, brickmaking is achieved at one time, product quality is improved, and meanwhile production cost of an enterprise is reduced.

Description

technical field [0001] The invention relates to the field of brick making machines, in particular to a brick making device and a brick making method. Background technique [0002] At present, when making bricks such as soil retaining blocks and water conservancy bricks, most of the gaps exist at the bottom of the bricks, and the shapes and specifications are uneven. The mold cores corresponding to the gaps are generally made by injection molding. Before making brick cloth, the injection mold core needs to be put into the mold frame, and then the bricks can be made. After the brick is formed, it will be maintained for several days before the injection mold core can be taken out of the brick. One injection mold core is used for each brick. Assuming that 1,000 bricks can be produced every day, plus maintenance time, at least thousands of injection mold cores must be prepared to meet production needs. It is conceivable that the use of injection mold cores is quite large and the...

AI Technical Summary

Problems solved by technology

Assuming that 1,000 bricks can be produced per day, plus maintenance time, at least thousands of injection mold cores must be prepared to meet production needs. It is conceivable that the use of injection mold cores is quite large and the cost is high

When the injection mold core is placed in the mold frame, the traditional process is to place it manually, which has great safety hazards, and the position deviation is large during placement, and the whole machine cannot be automated.

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