Concrete block forming wet process setting production process and integral rotating mechanism

Abstract

The invention relates to the technical field of wet process setting of building block forming equipment, in particular to a concrete building block forming wet process setting production process and an integral rotating mechanism, and is characterized in that the concrete building block forming wet process setting production process comprises a mounting plate, a rotation driving assembly and a setting device, and the setting device comprises a fixing seat, a tooth type clamping plate, a guiding positioning assembly and a clamping driving assembly; the mounting plate is arranged above the fixed seat and is rotationally connected with the fixed seat through the slewing bearing, the rotary driving assembly is used for driving the fixed seat to rotate, the tooth type clamping plates are arranged below the fixed seat and are transversely and slidably connected with the fixed seat through the guide positioning assembly, and the tooth type clamping plates are arranged in parallel at intervals; a clamping cavity is formed between every two adjacent tooth type clamping plates, and the clamping driving assembly is used for driving the tooth type clamping plates to move. The wet blank stacking device is novel in overall structure, practical, reliable, convenient to directly clamp and stack wet blanks, high in stacking efficiency and beneficial to reducing equipment investment and land use area, and therefore the overall investment cost and the production cost are reduced.

Description

technical field [0001] The invention relates to the technical field of block forming equipment wet-process stacking blanks, in particular to a concrete block forming wet process stacking blank production process and an integral rotating mechanism. Background technique [0002] The adobe is placed on the pallet during the production process, and it must be stacked neatly after the finished product is produced. This process is called palletizing. During the stacking process, the adobe needs to be clamped. In order to improve the efficiency of stacking, there are also Some adobe palletizers have appeared. When the adobe is clamped, in order to achieve sufficient friction, sufficient positive pressure must be applied. Because the adobe stacking device on the existing adobe palletizer usually only uses the splints on both sides to directly Multiple rows of bricks are clamped at the same time. In this way, if the wet bricks are clamped with the existing structure of the code base ...

AI Technical Summary

Problems solved by technology

[0002] The adobe is placed on the pallet during the production process, and it must be stacked neatly after the finished product is produced. This process is called palletizing. During the stacking process, the adobe needs to be clamped. In order to improve the efficiency of stacking, there are also Some adobe palletizers have appeared. When the adobe is clamped, in order to achieve sufficient friction, sufficient positive pressure must be applied. Because the adobe stacking device on the existing adobe palletizer usually only uses the splints on both sides to directly Multiple rows of bricks are clamped at the same time. In this way, if the wet bricks are clamped with the existing structure of the code base device, the wet bricks just produced will be easily deformed or damaged due to the low strength of the wet bricks just produced. damage, which affects the quality of the subsequent fired bricks, so the existing brick palletizer cannot directly stack the produced wet bricks, such as Figure 8 As shown, in the traditional concrete block forming dry process stacking blank production process, the concrete block wet blank produced by the concrete forming machine needs to go through the wet product conveyor, the elevator, and the program-controlled mother car in order to enter the maintenance process. Kiln, after the preliminary maintenance is completed and the dry billet is formed, it enters the plate separation system through the process-controlled mother car, the lowering machine, and the dry product conveyor in sequence, and then the brick palletizer clamps and stacks the dry billet, and then passes through Forklift transshipment for outdoor maintenance of finished products will greatly increase equipment investment, land use area and production costs, and if in order to realize stacking multiple layers of wet billets on a pallet, it will reduce the dependence on the pallet and reduce the maintenance space However, it is usually still necessary to manually stack the wet billets. In this case, the palletizing speed of the overall wet billets is relatively slow and the efficiency is low. In addition, the high-intensity operation and harsh working environment will also give operators a hard time. heavy burden on the body

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