Separator for aerated concrete light bricks

Abstract

The invention relates to the technical field of brick making mechanical equipment, and discloses a separator for aerated concrete light bricks. The separator comprises a front-back sliding crown block, a left-right sliding crown block fixed to the front-back sliding crown block, and a machine body fixed to the left-right sliding crown block. The machine body comprises a lifting frame, a fixed plate fixed to the lifting frame, a lifting oil cylinder used for driving the lifting frame to move up and down, a brick clamping frame, a brick release oil cylinder connected with the lifting frame and the brick clamping frame, multiple sets of brick clamping bases with the number matched with that of the to-be-separated light bricks, and multiple sets of brick clamping oil cylinders correspondingly arranged on the brick clamping bases. The brick clamping bases include the first set of brick clamping bases fixed to the brick clamping frame, the last set of brick clamping bases fixed to the fixed plate, and at least one set of middle brick clamping bases. Each set of brick clamping bases are sequentially connected through coupling shafts. The first set of brick clamping bases and the middle brick clamping bases are each provided with a slide wheel. The slide wheels are connected with the fixed plate in a sliding manner. The separator is flexible to move, capable of achieving one-time brick release, high in work effect and low in cost.

Description

technical field [0001] The invention relates to the technical field of brick-making machinery and equipment, in particular to an aerated concrete lightweight brick separator. Background technique [0002] When the aerated concrete lightweight brick is prepared, several bricks (usually seven or six) are bonded together up and down, and need to be separated into single bricks by a separator. [0003] Although the existing lightweight brick separator can solve the separation problem of lightweight bricks, it still has the following deficiencies: (1) the main frame of the existing lightweight brick separator is fixed on a double-beam rail car, and The workshop walked back and forth, unable to move left and right. (2) if figure 1 As shown, the front and rear sliding crane 01 moves to the top of the lightweight brick 03 with the lifting frame 02, and the hoist 04 or the hydraulic cylinder drives the lifting frame 02 to drop between the first row and the second row of lightweight...

AI Technical Summary

Problems solved by technology

[0003] Although the existing lightweight brick separator can solve the separation problem of lightweight bricks, it still has the following deficiencies: (1) the main frame of the existing lightweight brick separator is fixed on a double-beam rail car, and Walk back and forth in the workshop, unable to move left and right

Each operation can only separate two rows of bricks. For example, it takes six times to separate a stack of bricks (seven pieces). The work efficiency is low and the power consumption is high.

(3) The cost of the existing lightweight brick separator is high

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