An optimal path conveying system and its raw material storage and mixing parallel production process

Abstract

The invention provides an optimal path delivery system and raw material storage and uniformly mixing parallel production process thereof. The optimal path delivery system comprises a delivery main line, a material storage unit for storing raw materials, a burdening unit for burdening the raw materials, and a material mixing unit for uniformly mixing the raw materials, wherein one end of the delivery main line is located at a discharging unit, and the other end thereof is connected with a material using unit; a delivery branch line is arranged between the material storage unit delivery main line; the material burdening unit is adjacent to the material storage unit and capable of receiving the raw materials provided by the deliver main line and the material storage unit, and then providing the raw materials to the material mixing unit through the burdening; the material mixing unit is parallel to the material storage unit, and a burdening branch for conveying the raw materials is arranged between the material storage unit and the material burdening unit; a material delivery branch for delivering the raw materials is arranged between the material mixing unit and the delivery main line. The system disclosed by the invention can realize the delivery transportation of the scattered raw materials so as to achieve the aims of safely storing and transporting scattered materials and uniformly mixing in needs, the raw material storage and supply requirements of different users can be satisfied.

Description

technical field [0001] The invention belongs to the field of transportation and storage of bulk raw materials, and in particular relates to an optimal path transportation system and a parallel production process of raw material storage and mixing, which realizes optimal transportation and low-volume storage of bulk raw materials, and finally achieves safe storage of bulk raw materials It can be transported and mixed according to the needs to meet the raw material storage and supply needs of different users. It is especially suitable for the receiving, storage and mixing of bulk raw materials for multiple users such as ironmaking, sintering, pelletizing, coking, and power plants in iron and steel enterprises. Integrated transportation of materials and other places. Background technique [0002] The traditional raw material receiving, storage and mixing of iron and steel enterprises are connected in series as multiple processes. It cannot be fed directly after feeding (see I...

AI Technical Summary

Problems solved by technology

This process is based on the raw materials already stored in the factory, so that the mixing operation can be carried out. Under this premise, all raw materials entering the factory need to be stored in the warehouse (stock yard, silo), and the raw materials that need to be mixed are mixed. Passive storage on the stockyard for the second time, resulting in two repeated storage occupations, and two operations on the conveying system, which increased logistics costs and energy consumption costs

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