Water and rain condition automatic measuring and reporting system

Abstract

The invention discloses a water and rain condition automatic measuring and reporting system. The system comprises a dynamic management application module, a small and medium-sized reservoir dynamic supervision system and an intelligent remote measurement terminal. The dynamic management application module and the small and medium-sized reservoir dynamic supervision system are both connected with adatabase system. The database system is connected with remote data receiving software. The remote data receiving software is connected to the intelligent telemetering terminal. The intelligent telemetering terminal is connected with a rain condition measurement unit, an image acquisition unit and a water level measurement unit. According to the invention, a microprocessor control technology and an embedded operating system are utilized, a complete set of reservoir water and rain condition and work condition information acquisition subsystem is formed. Information is transmitted to a background database management system through a GPRS communication means, and the information is stored, managed, inquired and warned by using a background reservoir management information system, so that a complete set of reservoir dynamic supervision system is formed.

Description

technical field [0001] The invention relates to the technical field of reservoir rain monitoring, in particular to an automatic water and rain monitoring system. Background technique [0002] The reservoir water and rain monitoring system is suitable for water conservancy management departments to remotely monitor real-time data such as water level and rainfall of the reservoir, and supports remote image monitoring at the same time, providing accurate and timely on-site information for ensuring the appropriate water storage of the reservoir and safe flood season. [0003] The existing automatic monitoring system of water and rain is not perfect enough, it cannot be automatically detected and transmitted through the sensor structure, and at the same time, it cannot store, manage, query and warn reservoir information through remote control, nor does it have the function of remote control for emergency handling of emergencies , can not reduce the impact, so we propose an automa...

AI Technical Summary

Problems solved by technology

[0003] The existing automatic monitoring system of water and rain is not perfect enough, it cannot be automatically detected and transmitted through the sensor structure, and at the same time, it cannot store, manage, query and warn reservoir information through remote control, nor does it have the function of remote control for emergency handling of emergencies , the impact cannot be reduced. Therefore, we propose an automatic forecasting system for water and rain

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