Motor-pumped well remote irrigation control system based on Internet of Things

Abstract

The invention discloses a motor-pumped well remote irrigation control system based on the Internet of Things, which belongs to the technical field of irrigation and water conservancy, and is characterized by at least comprising: a controller for controlling the water supply state of each motor-pumped well, and the controller is electrically connected with a control unit of a water suction pump inthe motor-pumped well; a sensor group that is used for detecting the state of each motor-pumped well, and is electrically connected with an I / O terminal of the controller through a data acquisition card; a two-dimensional code that is used for identifying identity information of each motor-pumped well; a handheld terminal with a two-dimensional code recognition module embedded in the handheld terminal, and the handheld terminal performs data interaction with the controller, a payment system, a billing system and a water consumption information cloud platform through the Internet of Things. Bythe adoption of the technical scheme, the motor-pumped well remote irrigation control system based on the Internet of Things can display the state and irrigation cost of each motor-pumped well throughthe Internet of Things technology and the handheld terminal, and then irrigation work is completed rapidly and efficiently through online payment directly according to needs.

Description

technical field [0001] The invention belongs to the technical field of farmland water conservancy irrigation, and in particular relates to a remote irrigation control system for a motor-driven well based on the Internet of Things. Background technique [0002] As we all know, farmland water conservancy irrigation is one of the important links of agricultural production. Farmland water conservancy irrigation mainly uses river water sources or groundwater sources. water wells; for large-area irrigation needs, irrigation districts need to build multiple motorized wells, because the locations of the motorized wells are different, so there are certain differences in the water quality in them. The electric energy is also not the same; which leads to large differences in water charges; at present, with the rapid development of electronic payment systems, human beings have developed payment by card on the basis of traditional banknote payment, that is, for each well. , to establish...

AI Technical Summary

Problems solved by technology

[0002] As we all know, farmland water conservancy irrigation is one of the important links of agricultural production. Farmland water conservancy irrigation mainly uses river water sources or groundwater sources. water wells; for large-area irrigation needs, irrigation districts need to build multiple motorized wells, because the locations of the motorized wells are different, so there are certain differences in the water quality in them. The electric energy is also not the same; which leads to large differences in water charges; at present, with the rapid development of electronic payment systems, human beings have developed payment by card on the basis of traditional banknote payment, that is, for each well. , to establish a credit card system, workers only need to apply for a payment card, and when irrigation is required, they only need to pay on the card reader machine of the well; but practice has found that when there are many wells, it is necessary to apply for multiple payment cards. At the same time, when the irrigation season comes for centralized irrigation, due to the characteristics of the wheel irrigation, it is necessary to line up to swipe the card, which is easy to cause water conflicts. Obviously, this traditional IC card swiping technology has been difficult to meet the needs of modern agricultural irrigation.

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