Wireless remote automatic monitoring method for water level

Abstract

The invention discloses a wireless remote automatic monitoring method for water level, relating to the technical field of water level and hydrology monitoring. The method is characterized by comprising the following steps: a field sensor (3) is used for collecting the hydrographic data of the water level and the like; the collected water level data is transmitted to a center control station (1) by a GPRSRTU through GPRS network, and a solar panel and a lithium battery (5) is used for storing and supplying the field electric power; the center control station (1) is used for processing the data, such as check, storage and the like; the center control station (1) is connected with a mobile phone (2) in wireless manner; the mobile phone (2) and the center control station (1) are arranged at any different place, and the monitoring can be realized by water level monitoring software. In the method, wireless transmission monitoring of the water level data can be realized, thus the monitoring is accurate, timely and quickly. The method can lighten the labor intensity, reduce the cost and enhance the work efficiency, is particularly suitable for the field use and the remote use, and can be widely used in the water level monitoring of the reservoirs, the rivers, the lakes, the irrigation ditches, the mines and the like.

Description

technical field [0001] The invention relates to the technical field of water level hydrological monitoring. Background technique [0002] Water level monitoring is an important means to ensure the production safety of reservoirs, rivers, rivers, lakes, irrigation canals and mines. However, these water level data were all monitored manually. Obviously, if the above work is done manually, it will cost time and money. A lot of waste has brought some trouble and inconvenience to the measurement and control, and it is also prone to errors. Therefore, in recent years, people have generally used automatic water level gauges to monitor the water level. [0003] Existing automatic water level gauge has several forms such as hand-held, fixed, but it still has a lot of inconveniences. At present, rivers, lakes, irrigation canals, and mines are located in remote mountainous areas and wastelands, with long distances and difficult roads. The collection of water level data still needs to ...

AI Technical Summary

Problems solved by technology

[0003] Existing automatic water level gauges have several forms such as handheld and fixed, but there are still many inconveniences

At present, rivers, lakes, irrigation canals, and mines are located in remote mountainous areas and wastelands, with long distances and difficult roads. The collection of water level data still needs to be carried out manually at the scene, and the maintenance and maintenance of automatic water level gauges are difficult. This is invisible Unnecessary costs are added, resulting in waste

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