Concrete production control system based on BDS chip and control method thereof

Abstract

Provided in the invention is a concrete production control system based on a BDS chip. The system comprises an analog signal acquisition module, a signal amplification and conditioning module, a keyboard module, a microcontroller module, an SD card storage module, a positioning module, an LED display module, a relay output module, a communication module and a power supply module. The relay outputmodule carries out material controlling; the analog signal acquisition module sends the collected data to the microcontroller module for comparison of matching parameters; the microcontroller module sends the comparison result to an upper computer included by the communication module via the communication module to carry out analysis and extraction, thereby realizing long-distance and intelligentmonitoring and controlling. Therefore, the concrete production can be controlled and monitored remotely.

Description

technical field [0001] The invention relates to the technical field of concrete production control, in particular to a BDS chip-based concrete production control system and a control method thereof. Background technique [0002] In the process of concrete production, due to fluctuations in the quality of raw materials such as cement strength, aggregate quality, gradation and moisture content, the instability of the production process, production conditions, test methods and errors caused by process operations, production The influence of factors such as the technical level of personnel often causes the production quality of concrete to show an uneven and fluctuating state. Most of the existing monitoring technologies used in concrete manufacturing are based on industrial control PCs. This method has relatively high operating costs, and there is no accurate precision for control, especially vulnerable to the influence of the external environment. Moreover, in the transportat...

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Problems solved by technology

Most of the existing monitoring technologies used in concrete manufacturing are based on industrial control PCs. This method has relatively high operating costs, and there is no accurate precision for control, especially vulnerable to the influence of the external environment. And in the transportation process in some communication blind areas, it is impossible to get good positioning and information reception and transmission, which also brings some inconvenience to the construction in remote areas

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