Single row interval conveying method of water-feeding monomer material

Abstract

The invention provides a single-row spaced conveying method of water-conveyed monomer materials. The materials flow through equal-section material arranging flow grooves and then enter dewatering distance increasing conveying belts to be conveyed, and the material arranging conveying flow grooves overall incline downwards from inlets and outlets. Each material arranging conveying flow groove comprises multiple stages of diversion sections, linear current stabilizing sections are arranged between the adjacent diversion sections, and the speeds of the dewatering distance increasing conveying belts are higher than those of the materials on the outlets of the material arranging flow grooves. After currents carrying the materials enter the material arranging flow grooves, under the diversion and delaying effects of the multiple stages of diversion sections, the stacked monomer materials are dispersed and form sequential queues; and after the materials carried by the currents fall on the dewatering distance increasing conveying belts, by means of the distance increasing effect that the speeds of the conveying belts are higher than those of the materials, the spacing between the monomer materials is further increased, the purpose of the single-row spaced arrangement of the monomer materials is achieved, and the monomer materials can be screened conveniently one by one.

Description

technical field [0001] The invention relates to the field of grading of monomer materials, in particular to a method for conveying monomer materials by water in single rows at intervals. Background technique [0002] Many materials exist in the form of monomers, and many classifications are based on individual screening and grading of monomers. For example, the level of materials is determined based on the surface image information of monomer materials. These screening processes and grading actions after screening are expected to be carried out on monomers. ;In order not to cause interference or influence between each other, it is hoped that these materials have a certain interval in space; before these materials enter the sorting equipment or system, it is hoped that these materials will be sorted so that they are separated from each other and front and back Orderly queue. Therefore, it is required to adopt a specific method for the materials in the stacked state to adjust...

AI Technical Summary

Problems solved by technology

However, when the integrity of the monomer material is poor and the coupling force is weak, it is very easy to cause the disintegration of the monomer material by directly applying force to adjust its position and sequence.

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