Network monitoring system and method for real-time collection of heavy metal content

Abstract

The invention discloses network monitoring system and a network monitoring method for real-time collection of heavy metal content. The network monitoring system is composed of a heavy metal detector, a data upload module, a server and a pre-warning module, wherein the heavy metal content in a human body or an environment can be monitored and analyzed in real time; and a pre-warning signal can be timely emitted by the network monitoring system when the heavy metal level in the human body or the environment achieves the pollution level. The heavy metal detector, the data upload module, the server and the pre-warning module form a network system capable of monitoring, analyzing and pre-warning the heavy metal level by a computer network; and the detection data within a large range can be collected in real time, and dynamically and statically analyzed by a technique. Thus, the situation that pollution information can be grasped at an initial incident stage is ensured; and aggravating and spreading of environmental pollution or a mass disturbance are effectively prevented.

Description

technical field [0001] The invention relates to the technical field of human health detection and environmental protection, in particular to a network system for real-time monitoring and early warning of heavy metal substances in the human body or the environment by using a detector, communication technology, remote measurement and control technology, and a computer, and using the network system to monitor Methods for monitoring heavy metal pollutants. Background technique [0002] Heavy metal pollution refers to the pollution of human body and environment caused by heavy metals or their compounds. It is mainly caused by human factors such as mining, waste gas, liquid and material discharge, sewage irrigation and use of heavy metal products. Due to human activities, the content of heavy metals in the environment has increased, exceeding the normal range, and leading to the deterioration of environmental quality. Heavy metal pollution to the environment enters the human bod...

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Problems solved by technology

[0003] At present, there are relatively rich detection methods for heavy metal content. Isotope, fluorescence, atomic spectroscopy, electrochemical methods, etc. can reliably analyze heavy metal content, but there is a lack of real-time collection of large-scale detection data and dynamic and static analysis. Therefore, the optimal time window for timely prevention and control at the initial stage of pollution is lost

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