An agricultural water price comprehensive informatization processing system

Abstract

The invention provides an agricultural water price comprehensive informatization processing system. An irrigation area information processing terminal collects and monitors the water consumption of the irrigation area in real time; planting crop information, irrigation area water weight information, irrigation area water weight certificate information, monitoring water quantity height informationof an irrigation area water delivery channel, monitoring pump station water storage capacity information of an irrigation area, monitoring current water quantity information of the irrigation area andmonitoring irrigation area video information, and transmitting the collected information to an agricultural water consumption monitoring server, and an agricultural water monitoring server is used for storing the data information transmitted by each irrigation area information processing terminal, realizing water quantity information data exchange and sharing based on WEB, unifying the data acquisition standard of each irrigation area, and presetting the comparison parameters of the irrigation area data; The collected irrigation area information is compared with a corresponding preset threshold value, and when the collected irrigation area information exceeds the preset threshold value, an alarm prompt is given out. The agricultural water monitoring server also sends the data informationto each irrigation area information processing terminal through the network architecture.

Description

technical field [0001] The invention relates to the technical field of agricultural water price, in particular to an agricultural water price comprehensive information processing system. Background technique [0002] Agricultural irrigation refers to the irrigation of agricultural cultivation areas. At present, the irrigation of agricultural cultivation is usually based on the irrigation of farmers based on their own experience. Irrigation is carried out by taking water locally or by connecting to a motorized well during the irrigation process. Due to the lack of effective management and monitoring of irrigation water, it is easy to cause flooding, or farmers do not stop the output of the well in time after irrigation is completed, or there is no scientific and targeted irrigation, resulting in a great waste of irrigation water, and the well After excessive water use, when entering the dry season, due to the failure to ensure a certain amount of water storage in the motor-...

AI Technical Summary

Problems solved by technology

Due to the lack of effective management and monitoring of irrigation water, it is easy to cause flooding, or farmers do not stop the output of the well in time after irrigation is completed, or there is no scientific and targeted irrigation, resulting in a great waste of irrigation water, and the well After excessive water use, when entering the dry season, due to the failure to guarantee a certain amount of water in the motor-driven well, the water cannot be supplied in time, which affects the growth of the farmers

[0003] At present, although some areas have realized the charge management of irrigation water, farmers need to go to the designated place to deposit and then use it, which makes it inconvenient to use

In the process of use, the deduction method lacks real-time performance, resulting in the inability to effectively manage water charges

Each irrigation area cannot obtain real-time data, resulting in the lack of effective monitoring and effective management and use of irrigation water, resulting in serious waste of irrigation water

In some areas, irrigation ports are randomly connected, lack of monitoring, and monitoring based on water rights cannot be realized, further increasing the waste of irrigation water

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