Agricultural irrigation water conservancy monitoring system

Abstract

The invention provides an agricultural irrigation water conservancy monitoring system. A radio frequency card machine well irrigation control subsystem is used for configuring a management machine charging module, a machine well metering radio frequency card charging control box and radio frequency cards. The management machine charging module provides a recharging port for the radio frequency cards; the machine well metering radio frequency card charging control box is arranged close to a machine well; the radio frequency cards are distributed to each peasant household in need of irrigation;the peasant households use the machine well for taking water on the machine well metering radio frequency card charging control box for irrigation on the basis of the recharged radio frequency cards,and a radio frequency controller acquires a charging mode, preset by an agricultural irrigation monitoring server, for the water and power consumption of the machine well, and on the basis of the current preset charging mode for the water and power consumption of the machine well, the machine well metering radio frequency card charging control box executes a settlement mode on the radio frequencycards. Hydrological control is achieved, water conservation, planned water use and water use monitoring during agricultural irrigation are promoted, and waterlogging prevention, drought resistance, scientific water use and unified management and optimized allocation of water resources are achieved. The water conservancy development is promoted, the management level of agricultural modernization isimproved, and water-saving irrigation is realized.

Description

technical field [0001] The invention relates to the technical field of agricultural irrigation, in particular to an agricultural irrigation water conservancy monitoring 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-driven wel...

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] In the existing technology, farmers can only obtain weather conditions through media such as weather forecasts or broadcasts, resulting in a certain lag in the acquisition of weather conditions, resulting in the inability to adjust irrigation water anytime and anywhere

It is also impossible to adjust irrigation water anytime and anywhere based on the state of the soil and the state of the fertilizer

[0004] Although some areas are currently managed by means of irrigation fees, for example, the application number is 201710592526.7, which discloses a remote irrigation fee management system. Manage long-standing problems of inaccurate water fee measurement and waste of water resources

However, this document cannot effectively control the well, and cannot effectively monitor the irrigation time, farmland fertilizer information, and water supply stability information to ensure the effective use of irrigation water.

Agricultural irrigation and water conservancy monitoring devices are usually installed outdoors, unattended, easy to be stolen, or damaged to affect the use

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