Vehicle driving route visualization atmospheric particulate pollutant monitoring platform system

Abstract

The invention discloses a vehicle driving route visualization atmospheric particulate pollutant monitoring platform system, which comprises a mobile monitoring station, a positioning module and a remote monitoring system. Real-time data monitored by the mobile monitoring station is integrated, denoised and filtered and then is transmitted to the remote monitoring system through a wireless network. The mobile monitoring station comprises a plurality of mutually independent atmospheric particulate monitoring sensors, and the remote monitoring system adjusts the astigmatism coefficients in the atmospheric particulate monitoring sensors according to the variety change of particulate sources so as to calibrate the atmospheric particulate monitoring sensors; and the plurality of atmospheric particulate monitoring sensors perform atmospheric particulate monitoring operation at the same time, and mutual fault verification is performed by the remote monitoring system according to the size of monitoring data, and the remote monitoring system stops the faulted atmospheric particulate monitoring sensor and shields the monitoring data of the atmospheric particulate monitoring sensor. The system has the advantages of wide atmospheric particulate monitoring coverage and good monitoring effect, and provides effective support for environmental governance.

Description

technical field [0001] The invention belongs to the technical field of atmospheric particle monitoring, and in particular relates to a monitoring platform system for visual atmospheric particle pollutants on vehicle driving routes. Background technique [0002] Atmospheric particle monitoring can provide a basis for environmental governance. Most of the existing atmospheric particle monitoring base stations are fixed, which are unevenly distributed in the process of urban particle monitoring, resulting in small coverage of atmospheric particle monitoring and insufficient monitoring data, resulting in large errors in urban atmospheric monitoring, which is not conducive to urban environmental governance. Based on the above reasons, the present invention designs a monitoring platform system for atmospheric particulate pollutants with a visualized vehicle driving route, which has the advantages of wide monitoring coverage of atmospheric particulate matter and good monitoring eff...

AI Technical Summary

Problems solved by technology

Most of the existing atmospheric particulate matter monitoring base stations are fixed, which are unevenly distributed in the process of urban particulate matter monitoring, resulting in small coverage of atmospheric particulate matter monitoring and insufficient monitoring data, resulting in large errors in urban atmospheric monitoring, which is not conducive to urban environmental governance

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