Waste recovery device for shale brick production

Abstract

The invention discloses a waste recovery device for shale brick production. The waste recovery device comprises a feeding hopper, a treatment box, two pairs of adjustable supporting legs and a material distribution groove, a feeding groove is formed in the wall face of one side of the treatment box, the feeding hopper is installed on the wall face of one side of the treatment box and communicates with the feeding groove, and the two pairs of adjustable supporting legs are arranged on the bottom face of the treatment box. The material distribution groove is formed in the wall face of one side of the treatment box, and a plurality of particle size layering structures are arranged in the treatment box. The waste recovery device for shale brick production has the beneficial effects that the waste recovery device for shale brick production is simple in structure, the types of waste or the sizes of materials can be distinguished according to the particle sizes, thus subsequent treatment and application are facilitated, specifically, the particle size layering structures screen out the waste in a layering mode according to the particle sizes, through a suspension vibration structure, an ultrasonic vibration principle is utilized, the materials have a suspension effect in the layering screening process, mesh holes are prevented from being blocked, and finally the materials are discharged into a powder storage structure through step-by-step screening and are distinguished and utilized according to the particle sizes.

Description

technical field [0001] The invention relates to the technical field of shale brick production, in particular to a waste recycling device for shale brick production. Background technique [0002] Shale bricks refer to bricks fired at high temperature using shale and coal gangue as raw materials. In the preparation process of shale bricks, the most commonly used materials are mostly in solid form, so the materials that fall off during the production process and the leftovers after cutting are mostly solid wastes, and the existing treatment process first uses The most important process is crushing, but after the existing crushing process, it is necessary to distinguish the size and particle size, and then use the difference. However, in order to meet the working space of each process, the existing equipment usually requires a large site, which not only increases the cost of the site , and the number of equipment is increased, the cost is high, and the cost of transshipment equ...

AI Technical Summary

Problems solved by technology

In the preparation process of shale bricks, the most commonly used materials are mostly in solid form, so the materials that fall off during the production process and the leftovers after cutting are mostly solid wastes, and the existing treatment process first uses The most important process is crushing, but after the existing crushing process, it is necessary to distinguish the size and particle size, and then use the difference. However, in order to meet the working space of each process, the existing equipment usually requires a large site, which not only increases the cost of the site , and the number of equipment is increased, the cost is high, and the cost of transshipment equipment must be calculated at the same time, so the total cost is high. In view of this, in-depth research on the above-mentioned issues led to this case

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