Agricultural modernization management rice field water conservancy irrigating system device based on ZigBee network

Abstract

The invention relates to the technical field of rice field water conservancy irrigating devices, in particular to an agricultural modernization management rice field water conservancy irrigating system device based on a ZigBee network. The device comprises a main water pipeline, a plurality of branch water pipelines and a water level monitoring and controlling system device, wherein the main water pipeline is buried underground a corresponding farmland, the water inlet end of the main water pipeline is arranged at the bottom of a canal and matched with a sealing pipe cover, the water outlet end of the main water pipeline is communicated with a plurality of rows of branch water pipelines, the water outlet ends of the branch water pipelines are perpendicularly arranged at the upper portion of the surface of the farmland upwards, and the water outlet ends of the branch water pipelines are in sealing sleeve connection with water flexible pipes arranged on the ground of the farmland. The water level monitoring and controlling system device comprises a plurality of water level sensors, a Zigbee terminal module, a gateway of things of internet, a shore controller, a displayer, a mobile terminal and intelligent water pipe control valves arranged on the branch water pipelines. The agricultural modernization management rice field water conservancy irrigating system device can conveniently achieve accurate irrigation and water-saving irrigation, can improve rice field irrigating evenness conveniently, can conveniently prevent the irrigating water level from being too high and can prevent rice from being damaged.

Description

technical field [0001] The invention relates to the technical field of paddy field water conservancy irrigation devices, in particular to a paddy field water conservancy irrigation system device for agricultural modernization management based on a ZigBee network. Background technique [0002] At this stage, the development and utilization of water resources in some areas of my country has exceeded the carrying capacity of water resources and the water environment, and a series of problems such as intensified water pollution and ecological environment deterioration have become serious constraints to the sustainable use of water resources and sustainable economic and social development. Therefore, it is an inevitable choice to speed up the construction of a water-saving and anti-pollution society. It is of great practical significance to transform traditional irrigation agriculture by adopting modern water-saving irrigation technology and realize timely and appropriate "fine ir...

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Problems solved by technology

[0006] The irrigation system device provided by the present invention is convenient to improve irrigation efficiency and uniformity through a main water delivery pipeline and multiple rows of water delivery branch pipelines evenly distributed in the farmland. At the same time, the water inlet end of the main water delivery pipeline is connected to the canal The bottom is convenient for making full use of the flowing water in the canal, improving the utilization rate of the flowing water in the canal, and overcoming the problem of inconvenient irrigation when the water level in the traditional canal is low; The information collected by the water level sensor is wirelessly transmitted to the onshore controller, and the onshore controller analyzes and processes the information to determine whether the water level at each water branch pipeline reaches the standard. If it reaches the standard, the intelligent control valve of the water pipe is controlled to close through the wireless transmission command to stop the water inflow here. , and the information is displayed on the display screen, and the information is sent to the mobile terminal. If the standard is not met, the water delivery branch pipeline will deliver water normally; it is convenient for real-time monitoring of the irrigation water level in each area of ​​the farmland and timely control of the water level; its water delivery branch pipeline The water outlet port is connected with a water hose to prevent the water from spraying directly from the water branch pipe to form a waterfall and damage the crops

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