Intelligent pod system for three-dimensional monitoring of atmospheric environment

Abstract

The invention discloses an intelligent pod system for three-dimensional monitoring of an atmospheric environment, and solves the defects that the monitoring precision is low and the reliability is seriously influenced due to factors such as temperature and sampling gas when an unmanned aerial vehicle is used for monitoring the atmospheric environment at present. According to the technical scheme, the system is characterized by comprising a pod subsystem, a terminal subsystem and a server subsystem, wherein the pod subsystem and the terminal subsystem are installed on the unmanned aerial vehicle, and the server subsystem is in two-way communication connection between the pod subsystem and the terminal subsystem; the pod subsystem comprises a pod body with a cabin for monitoring the atmospheric environment, and further comprises an air inlet drainage unit, a sensor group unit, a central processing unit, a pod temperature control unit, a vacuum air exhaust unit, a data transmission unit and a network access unit, and is coupled to the central processing unit and is in communication connection with the server subsystem for two-way communication; according to the intelligent pod system for three-dimensional monitoring of the atmospheric environment, temperature control can be stably carried out in real time, air inlet drainage is stable, and the monitoring result is reliable.

Description

technical field [0001] The invention relates to an intelligent pod, in particular to an intelligent pod system for three-dimensional monitoring of the atmospheric environment. Background technique [0002] Atmospheric environmental quality is closely related to human survival, health and safety. Atmospheric environmental monitoring is a prerequisite for environmental protection and prevention of air pollution. Accurate and effective atmospheric environmental monitoring data can help reveal the composition and content of major pollutants in the atmosphere, as well as the migration and transformation process of these pollutants. At the same time, the analysis results of monitoring data and atmospheric samples can also assist the formulation and implementation of corresponding environmental protection measures and promote the sustainable development of society. [0003] Thanks to low cost and high flexibility, UAVs can carry small atmospheric environment monitoring equipment f...

AI Technical Summary

Problems solved by technology

However, compared with the present invention, this prior art does not have a temperature control device for atmospheric environment monitoring equipment. Due to the precision instrument properties of environmental monitoring equipment, it usually has relatively high requirements for the temperature of the working environment; Atmospheric environment monitoring tasks need to be performed within the altitude range of 0-1.5km, and the temperature in this altitude range often changes greatly, and there may be temperature values ​​that do not meet the basic working conditions of the equipment, which will affect the entire platform. The accuracy and reliability of monitoring results have a greater impact

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