An automatic rotating uninterrupted fast brick stacking machine

Abstract

The invention discloses an automatically-rotating uninterrupted fast brick stacking machine. The automatically-rotating uninterrupted fast brick stacking machine comprises a brick storing bracket, a brick storing bracket supporting bracket, an automatic cam driving brick picking arm cyclic obstacle avoiding resetting device, an angle displacement control brick blank rotating falling buffering anti-collision device, a brick stacking displacement conveying control bracket, a gear rack servo driving device, a rotating driving device, and conveying belts. The automatically-rotating uninterrupted fast brick stacking machine is provided with an automatic cam brick picking arm to directly support a brick. The machine is driven by a rotating motor, so that the speed can be adjusted, and the brickcan be directly supported. A plurality of speed requirements can be met. The automatic cam brick picking arm is combined, and therefore the adjusting range is wider and more flexible, and the machinecan adapt to a plurality of gear brick stacking moving structures on the market. The gear is used for driving, the automatic cam brick picking arm can move forwards and backwards freely, thereby beingconvenient to control during brick stacking. Stacked bricks are of the same specification and standard after rotating and supporting. The structure is simple and popularization is convenient.

Description

technical field [0001] The invention relates to the technical field of tile folding, in particular to an automatic rotating uninterrupted fast tile stacking machine. Background technique [0002] At present, the existing brick picking (brick loading / brick picking) transfers the tiles from the conveyor belt to the brick storage rack in the form of the reciprocating movement of the brick picking unit. After the tiles are placed, the brick picking unit needs to return to the brick picking station to pick bricks again. In the process of picking bricks, the brick picking unit must independently complete the work of picking bricks, transferring, placing and resetting, and can only operate on single-room tiles at the same time, so the efficiency of continuous picking bricks is low. In addition, in order to increase the speed of picking bricks, the moving or swinging speed of the picking unit is often very fast. During its substantial acceleration and deceleration, it is easy to ca...

AI Technical Summary

Problems solved by technology

In the process of picking bricks, the brick picking unit must independently complete the work of picking bricks, transferring, placing and resetting, and can only operate on single-room tiles at the same time, so the efficiency of continuous picking bricks is low

In addition, in order to increase the speed of picking bricks, the moving or swinging speed of the brick picking unit is often very fast, and it is easy to cause the tiles to collide and cause secondary damage during its substantial acceleration and deceleration.

At the same time, it also accelerates the wear and tear of related moving parts. There are many moving parts in the equipment, which increases the use cost and maintenance cost of the equipment and takes up a lot of production space.

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