Device and method for monitoring water layer in paddy field

Abstract

The invention relates to a device and method for monitoring the water layer between paddy fields, and belongs to the technical field of agricultural irrigation monitoring. The technical solution is: comprising a water layer water level gauge (1), an anti-theft protection well and a remote communication machine (3), the water layer water level gauge (1) is arranged in the anti-theft protection well, the anti-theft protection well is arranged in a rice field, and the water layer water level gauge passes through The local wireless network communicates with the remote communication machine (3); one remote communication machine communicates with more than one water level gauge, and the remote communication machine communicates with the computer or smart phone of the management department through the wireless public network. The positive effect of the present invention is that the automatic monitoring of the water layer in a large-area paddy field is realized, the thickness of the water layer is controlled, irrigation water is saved, and rice growth is adapted. The invention considers the installation and protection of the monitoring device, and at the same time, fully considers the needs of crop recurrent planting. The water level logging adopts a lockable and detachable method, which avoids the influence of the existence of the water level logging on the unified mechanical farming of large-area rice fields.

Description

technical field [0001] The invention relates to a device and method for monitoring the water layer between paddy fields, and belongs to the technical field of agricultural irrigation monitoring. Background technique [0002] For rice planting, the thickness of the field water layer is also different with the different rice growth periods. Whether it is from the requirements of the rice growth period or from the perspective of water saving in the rice field, the monitoring of the field water layer is essential. Few, the field water layer monitoring of the background technology is all manually carried out, can not realize the automatic monitoring to the field water layer, can not automatically control the water layer thickness, causes the waste of irrigation water, affects the normal growth of rice. If electronic equipment is used for monitoring, the monitoring equipment embedded in the paddy field will affect the large-scale mechanical farming of the paddy field. Contents o...

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Problems solved by technology

[0002] For rice planting, the thickness of the field water layer is also different with the different rice growth periods. Whether it is from the requirements of the rice growth period or from the perspective of water saving in the rice field, the monitoring of the field water layer is essential. The field water layer monitoring in the background technology is all carried out manually, which cannot realize automatic monitoring of the field water layer, and cannot automatically control the thickness of the water layer, resulting in waste of irrigation water and affecting the normal growth of rice.

If electronic equipment is used for monitoring, the monitoring equipment embedded in the paddy field will affect the large-scale mechanical tillage of the paddy field.

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