Dynamic color monitoring control system based on light reflection and transmission and Internet of Things technology

Abstract

The invention discloses a dynamic color monitoring control system based on light reflection and transmission and the Internet of Things technology. The dynamic color monitoring control system comprises an upper computer processor, an optical detection lower computer, an environment monitoring lower computer, a lower computer special for control, remote control equipment, a server, a standby powersupply and a local control system. The optical detection lower computer is connected with an RGB detection module, a light intensity detection module and an internal monitoring camera; the environmentmonitoring lower computer is provided with an equipment environment temperature monitoring sensor, a remote infrared temperature sensor and a gas concentration sensor; the lower computer special forcontrol is connected with a cooling exhaust fan, a relay set, a heating piece and a mechanical arm. The local control system comprises a touch display screen, a local client, an entity key group, a loudspeaker and a microphone; the server and the standby power supply are built, and the whole system can be remotely controlled through a mobile phone APP and a PC client. The system has the advantagesof being comprehensive in function, high in intelligent degree and good in detection effect.

Description

technical field [0001] The invention relates to the fields of intelligent equipment of the Internet of Things, optical analysis, color recognition, and chemical reaction monitoring, and in particular to a dynamic color monitoring control system based on light reflection and transmission and Internet of Things technology and its implementation method. Background technique [0002] With the advancement of science and technology, whether in the laboratory or in the factory, the requirements for time, process and precision of chemical reactions are also increasing. In particular, the color change that occurs during the chemical reaction change requires the operator to judge whether it occurs with the naked eye. Since the naked eye judgment is greatly affected by the surrounding environment, personal senses and psychology, especially the operator fatigue caused by the long-term chemical reaction process, there will be large discrete and random errors, so it is necessary to use a ...

AI Technical Summary

Problems solved by technology

In the case that the existing domestic and foreign color recognition equipment cannot realize simple and accurate color detection, it has become an equipment that monitors the chemical reaction process in real time through optical analysis and various sensors, records the overall process, and has related intelligent applications. an urgent need

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