High-efficiency three-dimensional mixing plant

Abstract

The invention discloses a high-efficiency three-dimensional mixing plant, and belongs to the field of building material preparation. The high-efficiency three-dimensional mixing plant comprises a rowof original stock bins and a row of recycled stock bins which are oppositely arranged, a crushing workshop with lifting machines is arranged on the same side of the original stock bins and the recycled stock bins, a belt conveyor workshop and a production office area located above the belt conveyor workshop are arranged between the original stock bins and the recycled stock bins, parallel multipleproportioning belts are arranged in the belt conveyor workshop, the original stock bins and the recycled stock bins are arranged parallel to the length direction of the proportioning belts, and a feeding belt is arranged between each stock bin and each proportioning belt; the lower end of each stock bin is provided with at least two sets of feeding and discharging ports, each feeding and discharging port is provided with a gate valve, and each feeding belt is provided with a belt scale; the gate valves and the belt scales are electrically connected with a controller in the production office area; and a shell of the belt conveyor workshop is provided with through openings allowing the corresponding belts to pass through, and a sealing dust cover is arranged above the feeding belts. According to the high-efficiency three-dimensional mixing plant, the occupied area is small, and the land can be saved; the automation degree is high, and the operation cost can be saved; and the high-efficiency three-dimensional mixing plant is environment-friendly and reaches the standard.

Description

technical field [0001] The invention relates to the field of building material preparation, in particular to a high-efficiency three-dimensional mixing plant. Background technique [0002] With the rapid development of my country's economic construction and most of the expansion of urban construction, human beings use a large number of artificial building materials clay, pebbles, sand, limestone, iron ore powder, etc., resulting in excessive development of mineral resources, large consumption of energy and pollution of the environment and The conflicts between phenomena such as destruction of ecology and the earth's resources, the limited capacity of the earth's environment, and the safety of the earth's ecosystem are becoming increasingly acute. There is an urgent need to develop and use sustainable renewable building materials to alleviate and eliminate construction waste ( The solid construction waste generated by demolition in the city) poses a serious threat to the living...

AI Technical Summary

Problems solved by technology

At present, the existing factories for processing construction waste have the following disadvantages: large area; too many operators, difficult to control safety; low overall work efficiency;

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