An information intelligent monitoring system based on an irrigation district and a method thereof

Abstract

The invention discloses an information intelligent monitoring system based on an irrigation district and a method thereof, and belongs to the technical field of irrigation district engineering. The method mainly comprises the following steps: information collection: the information of discharge and water level of the irrigation channel is collected on the irrigation district canal; the informationof gate position is monitored; the information of water charge and irrigation operation is collected in real time; the gate monitoring system on the canal is monitored on real time and the video monitoring information is obtained; Information transmission: the irrigation business data, water charge information, flow information, water level information, gate location informationestalish a communication connection with the information collection platform through the Internet network; Information management: the information collection platform stores the discharge information, water level information, sluice location information, water charge information, irrigation business data and video monitoring information in the comprehensive database of irrigation districts; Information collection platform for the application of various information and data; In order to improve the engineering standards of irrigation districts, improve the matching of irrigation districts, improve the results ofmanagement means, is conducive to overcoming the current negative environmental impact of irrigation districts.

Description

technical field [0001] The invention belongs to the technical field of irrigation area engineering, and in particular relates to an irrigation area-based information intelligent monitoring system and a method thereof. Background technique [0002] Due to the construction and operation of the irrigation area project, it has had a profound impact on the natural environment, ecological environment and social environment in the irrigation area. While bringing many positive environmental benefits to the irrigation area, it has also brought some negative environmental impacts. Overcoming the negative impact on the environment is an important task in the construction and management of irrigation districts. Improving the engineering standards of the irrigation area, improving the supporting facilities of the irrigation area, and improving the results of management methods will help overcome the current negative environmental impact of the irrigation area project. The purpose of buil...

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Problems solved by technology

[0005] (1) The information construction of the irrigation area is not perfect, and the operation status of the irrigation area project cannot be grasped in real time, and the benefits of the irrigation area project cannot be guaranteed;

[0006] (2) The aggravation of gleization and secondary gleization of some farmland in artesian irrigation areas, the reason for this phenomenon is not only the leakage of dikes and field infiltration, but also the result of blind and excessive irrigation However, the existing irrigation area projects lack the knowledge of the water demand of crops and cannot meet their irrigation requirements in a timely and appropriate manner;

[0007] (3) The management personnel of the irrigation area cannot timely grasp the basic information such as the status of water resources in the irrigation area, project operation status, meteorological conditions, water demand status of crops, and the demand status of water resources by various users, and cannot achieve optimized water management goals

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