Atmospheric environment motion health monitoring method and monitoring system

Abstract

The invention, which relates to the field of environment health monitoring, provides an atmospheric environment health monitoring method. The method comprises the following steps: S1, continuously acquiring collected positioning information by a server side; if the acquisition is not completed, carrying out acquisition continuously until the acquisition is completed, and then carrying out S2; S2,analyzing track information and time according to the positioning information obtained in the S1; if the analysis is not completed, carrying out analysis continuously till completion, and then performing S3; S3, carrying out monitoring station point and concentration matching calculation according to track information and time in the S2 till calculation completion, and carrying out exposure time attribution calculation; S4, configuring exposure parameters; S5, calculating an exposure level; and S6, generating an exposure level report, and completing exposure level analysis. According to the invention, the related exposure level intake is calculated according to the exposure time, the exposure concentration and the related parameters, and the related exposure level is comprehensively analyzed, so that the comprehensive analysis of stations and human bodies is ensured, and the exposure level intake is ensured to be fully demonstrated in scientific research.

Description

technical field [0001] The invention relates to the field of environmental health monitoring, in particular to an atmospheric environment health monitoring method and a monitoring system. Background technique [0002] In the early 1980s, Duane and Ott proposed the concept of exposure assessment, defining "exposure" as the instantaneous contact of a person or a group of people with a certain pollutant within a specific time. If the duration is considered at the same time, the "integrated exposure value" for a period of time is obtained. We usually refer to the average exposure, which is the result of dividing the cumulative exposure by the integral time. At present, there are two main methods for exposure assessment at home and abroad: one is to use the method of wearing individual wearable devices on a large number of people, such as individual sampling pumps, passive samplers, etc. This method requires and recruits a large number of people, and needs to distribute And reco...

AI Technical Summary

Problems solved by technology

At present, there are two main methods for exposure assessment at home and abroad: one is to use the method of wearing individual wearable devices on a large number of people, such as individual sampling pumps, passive samplers, etc. This method requires and recruits a large number of people, and needs to distribute And recovery of a large number of sampling equipment, manpower and material consumption is relatively large

At the same time, because it is specific to each individual, the differences between different individuals will bring a lot of confounding factors to the later analysis

On the contrary, another method is to use the ambient air quality published by the country or the air quality data on the international website, and apply these data widely to all target groups, which often brings the research results due to exposure data and population. Huge uncertainty created by activity mismatch

[0003] Chinese patent document CN 109493973 A relates to a method for early warning of air environment health risks in residential houses, which belongs to the field of environmental monitoring technology, and solves the problem that in the prior art, environmental monitoring and early warning cannot be carried out according to the actual stay time and behavior differences of users indoors, and the inability to perform environmental monitoring and early warning based on The actual situation of different functional rooms to analyze and evaluate the environmental exposure

[0005] The above patent documents can only monitor small areas or fixed areas, but cannot monitor and warn of risks in all living areas of the crowd

[0006] The present invention is aimed at how to make full use of the monitoring station network and establish a method for finely evaluating the exposure of air pollutants in the crowd based on ambient air monitoring data, which has not been reported at home and abroad at present

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