A Distributed Field Meteorological Remote Data Monitoring System

Abstract

The invention relates to a distributed large-field meteorological remote data monitoring system. Multiple distributed large-field meteorological monitoring remote terminals are connected to an mServer data center server through a communication module. The mServer data center server is connected to a meteorological monitoring center host. The distributed large-field meteorological monitoring remote terminal comprises a data collection module, a data storage and conversion module, an identity identification system and an alarm. The communication between the multiple distributed large-field meteorological monitoring remote terminals and the meteorological monitoring center host is built by using a communication network. The timely monitoring and the timely alarming of the large-field environment are realized by using the present communication network. The information is stable, reliable, fast and timely. The distributed large-field meteorological remote data monitoring system can perform integrated management on the identity identification of the distributed large-field meteorological monitoring remote terminals, provides early warning and decision for the distributed large-field meteorological monitoring remote terminals, and realizes the data and intelligence sharing between the different distributed large-field meteorological monitoring remote terminals.

Description

technical field [0001] The invention belongs to the technical field of agricultural meteorological monitoring systems, in particular to a distributed field meteorological remote data monitoring system. Background technique [0002] Field agricultural meteorological environment monitoring refers to the comprehensive monitoring of environmental factors such as air temperature and humidity, light intensity, rainfall and snowfall, wind speed and wind direction, etc. in order to improve the protection against severe weather and disasters. Improve the efficiency of climate warnings, so as to invest in effective measures to ensure a bumper harvest in field agriculture. In order to cover a large area, the existing meteorological monitoring system often consists of many monitoring nodes. These monitoring nodes are in various forms, some are professional automatic weather stations with complete functions and contain a large number of meteorological elements, and they can also be embe...

AI Technical Summary

Problems solved by technology

In the traditional meteorological monitoring system, many of them belong to the internal use mode of the local area network, and the database and the wisdom library are not shared; the meteorological data is not confidential data, if each meteorological monitoring system can disclose its own data and provide User inquiries will bring great convenience to people's life or production

Second, there is no unified standard for the identity representation of the monitoring system, making it difficult to achieve integrated management

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