Internet-of-things intelligent monitoring system and monitoring method applied to abnormal environment

Abstract

The invention relates to the technical field of environment monitoring, in particular to an Internet-of-things intelligent monitoring system and monitoring method applied to an abnormal environment. The system comprises an infrastructure unit, an environment monitoring unit, a data processing unit and a function application unit. The infrastructure unit is used for providing various terminal devices, sensors, technologies and the like for supporting system operation; the environment monitoring unit is used for monitoring and managing important objects in the environment; the data processing unit is used for carrying out operations such as calculation and analysis on environment state parameters involved in the monitoring process; and the function application unit is used for promoting smooth operation of the environment monitoring system by loading multiple function services in the system. According to the design, manpower, material resources and time can be saved, and the integrity and accuracy of monitoring information are improved; and an intelligent environment monitoring system can be constructed by making full use of the Internet-of-things technology and method, powerful support is provided for environment management decisions, and dynamic and refined environment protection management is promoted.

Description

Technical field [0001] The present invention relates to the field of environmental monitoring, and in particular, to Internet intelligent monitoring systems and monitoring methods applied to an abnormal environment. Background technique [0002] The environment is closely related to everyone's daily life, and with the development of social economy, the environment of human activities has caused destruction, and the environment of human own survival is also destroyed, the environment is deteriorating, and it has gradually appeared. The more anomalous environment. For these abnormal environments, it is necessary to monitor their status and changes in time to respond or rectify in time. However, due to the traditional manual control and measurement of the relatively single, a large amount of human, material force, and the measurement, the survival of the surveillance range is relatively narrow, and the environmental measurement data deviation is very easy to measure, and the value c...

AI Technical Summary

Problems solved by technology

However, due to the relatively simple traditional manual control and measurement methods, which consume a lot of manpower and material resources, and are limited by the relatively narrow range of measurement and monitoring, it is very easy to have deviations in environmental measurement data. Most of the traditional control measurement transmissions are based on analog signals. Mainly, it is very vulnerable to external interference and signal distortion, the monitoring data is seriously lagging behind, which greatly reduces the quality of environmental monitoring

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