Intelligent bogie system applied to atmospheric environment monitoring

Abstract

The invention discloses an intelligent bogie system applied to atmospheric environment monitoring and belongs to the environmental monitoring equipment technical field. The intelligent bogie system comprises an intelligent bogie, an environmental monitoring cloud platform in wireless communication connection with the intelligent bogie, and an environmental monitoring and control center which is inwired communication connection with the environmental monitoring cloud platform; the intelligent bogie can automatically inspect and monitor each environment point in a monitoring environment condition and upload atmospheric environment monitoring data to the environmental monitoring cloud platform after finishing monitoring, so that the monitoring personnel of the environmental monitoring and control center can process and analyze data obtained by the atmospheric environment monitoring, and find quick solutions for monitoring environmental problems. With the intelligent bogie system appliedto the atmospheric environment monitoring provided by the invention adopted, the non-fixed-point monitoring of an atmospheric environment is realized, the work efficiency of the the environmental monitoring of the intelligent bogie system can be improved, and the atmospheric monitoring can be better improved and more scientific.

Description

technical field [0001] The invention relates to the technical field of environmental monitoring equipment, in particular to an intelligent car system applied to atmospheric environment monitoring. Background technique [0002] The quality of the atmospheric environment will affect the daily survival and growth of people, animals and plants. Although the atmospheric environment monitoring equipment currently on the market has been relatively perfect in terms of important environmental detection indicators such as temperature, humidity, and dust particle concentration, the Atmospheric environment monitoring equipment generally adopts the design of fixed points and wired network, which makes the data sampling points for atmospheric environment monitoring imperfect and the monitoring range is narrow. At the same time, the design of wired network greatly limits the design and layout of atmospheric environment monitoring equipment. flexibility. For example, in the growth gardens ...

AI Technical Summary

Problems solved by technology

[0002] The quality of the atmospheric environment will affect the daily survival and growth of people, animals and plants. Although the atmospheric environment monitoring equipment currently on the market has been relatively perfect in terms of important environmental detection indicators such as temperature, humidity, and dust particle concentration, the Atmospheric environment monitoring equipment generally adopts the design of fixed points and wired network, which makes the data sampling points for atmospheric environment monitoring imperfect and the monitoring range is narrow. At the same time, the design of wired network greatly limits the design and layout of atmospheric environment monitoring equipment. flexibility

For example, in the growth gardens of plants such as flowers and vegetables, traditional atmospheric monitoring equipment can only measure the atmospheric environment at a single point, which results in a very limited range of environmental monitoring for large-area plants. Therefore, atmospheric The atmospheric environmental parameters recorded by the monitoring equipment are not very referenced in this case

[0003] However, based on the array sensor, the environmental parameters of different locations in a certain area can be monitored, but multiple sensors need to be arranged, and at the same time, the data of different detection points must be aggregated and analyzed through information transmission, which costs a lot of money.

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