Inflow-controllable field crop irrigation water consumption measuring system intelligent device

Abstract

The invention relates to the technical field of agricultural water conservancy projects, in particular to an inflow-controllable field crop irrigation water consumption measuring system intelligent device which comprises a power driving device, a wireless controller, a data transmission device, a solar panel, a storage battery, a camera, a water level sensor and a flap valve, wherein the flap valve is mounted at a check valve at the tail end of a canal, a round through hole from top to bottom is formed in the middle of the flap valve, the power driving device is arranged below the flap valve, the wireless controller is connected with the power driving device, the water level sensor transmits data to the wireless controller and an external PC terminal in real time through the data transmission device, the solar panel and the storage battery are mounted on the top of the device, and the camera is arranged above the flap valve. According to the invention, the combination of a farmland irrigation water consumption measuring facility and the Internet is realized, the problem of time and labor waste due to manual opening and closing of a field crop irrigation water inlet valve in a remote mountainous area without electric power is solved, meanwhile, the cost of agricultural workers is reduced, and the sustainable development of agriculture in China is promoted.

Description

technical field [0001] The invention relates to the technical field of agricultural water conservancy engineering, in particular to an intelligent device for a field crop irrigation water measurement system with controllable water inflow. Background technique [0002] In the current agricultural field in my country, the irrigation water ratio of farmland water conservancy projects accounts for 75% of the existing water resource use ratio, and the water resource utilization efficiency of crop irrigation with large water consumption is low, resulting in serious waste of water resources. There is no control device for the water inlet of rice fields and other farmlands. Unreasonable irrigation techniques will not only cause a large waste of water resources, but also very likely affect the growth of crops. Therefore, the rational planning of water use in farmland water conservancy projects is particularly important for saving water resources. The effective utilization coefficien...

AI Technical Summary

Problems solved by technology

[0002] In the current agricultural field in my country, the irrigation water ratio of farmland water conservancy projects accounts for 75% of the existing water resource utilization ratio, and the irrigation water resource utilization efficiency of crops with large water consumption is low, resulting in serious waste of water resources

There is no control device for the water inlet of rice fields and other farmlands. Unreasonable irrigation techniques will not only cause a large waste of water resources, but also very likely affect the growth of crops.

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