Material sorting device

Abstract

The invention discloses a material sorting device which comprises a rack. A separating mechanism is arranged on the rack and comprises a primary separating barrel and a secondary separating barrel arranged below the primary separating barrel. The top end of the primary separating barrel is open, materials fall into the primary separating barrel from the upper side of the primary separating barrel, a material separating block is arranged in the primary separating barrel, and a first falling gap is formed between the material separating block and the inner wall of the primary separating barrel. A material storing cavity is formed in the material separating block which communicates with the secondary separating barrel through a communication pipe, a plurality of material baffles are distributed on the top end face of the material separating block at equal intervals, and second falling gaps are formed between every two material baffles in a matched mode; the width of the second falling gaps is smaller than that of the first falling gap, and all the second falling gaps communicate with the material storing cavity. The material sorting device can automatically separate materials of different grain diameters, the whole process is high in automation degree, and material separating efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of material sorting, and in particular relates to a material sorting device. Background technique [0002] In the process of industrial production, it is often necessary to separate mixed materials. The efficient separation process of materials is the key to ensure the smooth progress of production. In the prior art, the separation of materials often requires manual operation, and the screening efficiency for the particle size of the materials is not high, which provides obstacles for the rapid classification of materials. [0003] The invention with the application number 201410393904.5 discloses a high-efficiency material distribution device, including a material storage container, a rotating disk, a first distribution hopper, a second distribution hopper and a third distribution hopper. The hopper, the second sub-hopper and the third sub-hopper, the rotating disk is installed at the bottom center of the ...

AI Technical Summary

Problems solved by technology

The induction measurement of the material distribution device requires the use of expensive measurement chips, and the rotating disc needs to be rotated continuously during the material separation process in order to rely on centrifugal force to throw the material out, which consumes a lot of power and costs high

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