Concrete output flow automatic controller and concrete output flow automatic control method

Abstract

The invention relates to a concrete output flow automatic controller and a concrete output flow automatic control method. The concrete output flow automatic controller comprises a measuring system, a control system and an output system, wherein the measuring system is used for the measuring content of concrete; the control system is used for controlling the output quantity of the concrete and outputting a system sending signal to the output system; and the output system is used for outputting the concrete to a construction site. According to the concrete output flow automatic control method, the concrete output quantity is mainly and accurately metered and controlled through conversion of a gravity variable and concrete output capacity. According to the concrete output flow automatic controller and the concrete output flow automatic control method provided by the invention, the concrete output quantity is accurately metered and controlled through the conversion of the gravity variable and the concrete output capacity, a redundant part of the concrete filling quantity is not required to be reserved, the concrete is saved, the labor cost and the machinery cost are reduced, the construction period is shortened, environmental friendliness is realized, the pollution is reduced, and the fairness and justness of a material supplier are promoted; and the concrete output flow automatic controller and the concrete output flow automatic control method provided by the invention have broad market prospect.

Description

technical field [0001] The invention relates to a concrete output flow automatic controller and a concrete output flow automatic controller, and belongs to the technical field of foundation treatment for concrete pouring required for infrastructure construction, such as high-speed railways, highways, buildings, workshops, and the like. Background technique [0002] The creator of the word "concrete" is Professor Cai Fangyin, a famous structural scientist. The creation time is 1953. At that time, teaching technology was backward, and there were no tape recorders or photocopiers, so students had to take notes in class. "Concrete" is the most commonly used word in construction engineering, but with too many strokes, it is laborious and time-consuming to write. So the quick-thinking Cai Fangyin boldly used the word "artificial stone" instead of "concrete". Because there are 30 strokes for the word "concrete", and only 10 strokes for the word "artificial stone", you can save 2...

AI Technical Summary

Problems solved by technology

However, the technology is relatively complicated, the effect is not good, and the operability is poor in practice.

[0004] At present, all the foundation treatment constructions of closed concrete pouring cannot accurately control the amount of concrete pouring. From the perspective of ensuring construction quality, in actual construction, the amount of concrete pouring must be reserved. The redundant parts were removed, resulting in unnecessary waste and serious waste of concrete

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