A brick sorting device with optional stacking size

Abstract

The invention discloses a brick sorting device capable of arbitrarily selecting stacking dimensions. The brick sorting device comprises a main machine frame, an auxiliary machine frame, a pushing plate and a brick sorting platen, wherein the main machine frame is in a direction of from rear to front according to the conveying direction of a board brick conveyor; the pushing plate is continuously arranged on the main machine frame in a way of availably moving back and forth along the front-and-rear direction through a pushing plate frame; a pushing plate transmission mechanism is arranged on the main machine frame; a pushing plate adjusting mechanism is arranged on the pushing plate frame; the auxiliary machine frame is arranged ahead of the main machine frame, and is adaptively connected with an output end of the board brick conveyor; the brick sorting platen is erected on the auxiliary machine frame in the way of availably moving back and forth along the front-and-rear direction; a brick sorting transmission mechanism which drives the brick sorting platen to move back and forth to realize brick sorting is arranged on the auxiliary machine frame. According to the brick sorting device, as the pushing plate and the brick sorting platen cooperate, the stacking, at any dimensions, of brick products can be realized; moreover, a similar carrying way is adopted to sort bricks, so that the brick sorting device is applicable for various bricks; particularly, low-intensity specially-shaped bricks can be subjected to brick sorting operation perfectly; the brick sorting device has the characteristics of simple structure, simple operation, flexibility, reliability and the like.

Description

technical field [0001] The invention relates to a block brick production equipment, in particular to a brick sorting device with optional stacking size. Background technique [0002] After the traditional block (hereinafter referred to as brick) is cured, it is usually forked out from the curing kiln by the sub-car, and then the mother car carries the sub-car to the descending plate conveyor set on the sub-car track, and then the descending plate conveyor The pallets with bricks on the sub-cars are taken up and sent to the bottom of the palletizer in turn, and finally the palletizing device of the palletizer picks up the bricks for stacking. In palletizing, according to actual needs and space constraints, the total size and specification of blocks stacked in each layer of blocks often changes. Therefore, before the palletizing device grabs bricks and stacks them in production, the bricks will be divided into pre-set bricks by the clamping mechanism. The size specification o...

AI Technical Summary

Problems solved by technology

[0003] The clamping mechanism adopts the clamping method forcibly clamping, and the problem of arching in the middle is prone to occur during the clamping process, which will cause damage to the brick to a certain extent. Therefore, this method is generally only suitable for the operation of dividing bricks with higher strength. Bricks with low strength are easy to cause damage, and it is impossible to hold and divide bricks for special-shaped bricks; in addition, due to the limitation of the existing structure, the size of the bricks is relatively fixed and cannot be selected arbitrarily.

In addition, the existing brick dividing device with a clamping mechanism still has the problems of complex structure and unstable operation

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