Distribution and pulping feeding chute of wet vibrating screen

Abstract

The invention provides a distribution and pulping feeding chute of a wet vibrating screen. The chute is provided with a feeding inlet. A distribution baffle is connected below the feeding inlet, wherein the two sides of the distribution baffle incline downwards gradually. A pulping groove is formed below the distribution baffle. A row of water inlet pipes are arranged on the lower portion of one side of the pulping groove. An overflowing baffle with the adjustable height is arranged on the other side of the pulping groove. A discharging outlet is formed in the side, opposite to the pulping groove, of the overflowing baffle. The distribution baffle can distribute materials uniformly in the pulping groove, the materials can be mixed with water through waterflow with certain pressure after entering the pulping groove, thus, the purpose of pulping is achieved, formed ore pulp flows out of the top of the overflowing baffle, and accordingly, uniform and loose feeding of the wet vibrating screen is achieved.

Description

technical field [0001] The invention relates to a feeding chute for material distribution and pulping of a wet vibrating screen. Background technique [0002] In the technological process of the mineral processing plant, there is generally a wet screening system. The material enters the wet screen through the feeding system such as a belt conveyor or a feeder, and the classification according to the particle size is realized through the wet screen. In order to ensure the screening of the wet screen In order to improve the efficiency, it is necessary to distribute the material evenly in the width direction of the vibrating screen as much as possible. [0003] When there are many fine-grained materials entering the wet screen, especially when there is a lot of mud in the material, in the absence of pulping, the water spray device of the wet screen is easy to bond the fine-grained materials into agglomerates, resulting in the material being unable to Loose, a large number of f...

AI Technical Summary

Problems solved by technology

[0003] When there are many fine-grained materials entering the wet screen, especially when there is a lot of mud in the material, in the absence of pulping, the water spray device of the wet screen is easy to bond the fine-grained materials into agglomerates, resulting in the material being unable to Loose, a large number of fine particles smaller than the sieve hole become the on-sieve product; if the fine-grained material is pulped, the general pulping method is to transport the fine-grained material to the mixing tank and use an electric mixer for pulping, which leads to an increase in cost

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