Working method of precision watering device for root system of economic crops in dry land

Abstract

The present invention relates to the technical field of precise watering devices, especially the working method of the precise watering device for the root system of economic crops in dry land. The watering device includes a track, a transport structure, a transport structure and an infusion mechanism. The top of the track is slidingly connected with a transport structure. A transmission structure is fixedly installed inside the track, and the bottom of the transmission structure is connected to an infusion structure. The transportation structure includes a transportation water tank, and a No. 1 sensor is fixedly installed on the outer surface of the transportation water tank. The bottom of the transportation water tank A moving wheel is connected in rotation, and the transport water tank is slidably connected with the track through the moving wheel. Through the liquid infusion structure, the present invention enables the rotating tube and the blade to move to the vicinity of the roots of economic crops in dry land in better cooperation, and performs precise watering, so that the roots and hairs of each crop can be irrigated with water resources, and the efficiency of watering is improved. quality and improve the vegetation survival rate of commercial crops in dry land.

Description

Technical field [0001] The present invention relates to the technical field of precision watering apparatus, in particular, to the working method of precision watering apparatus of dryland economy crops. Background technique [0002] As the country's economic lifeline and large households, agriculture, long-term, due to ideological awareness, funds, technology, etc., long-selling manpower and material resources, gradually, gradually in rural China, China's rural areas Pushing water irrigation equipment and has become a mainstream of modern society, agriculture, most of the existing agricultural irrigation equipment is a fixed mounting structure, in order to introduce water sources, cover to various areas, often need to excavate enough trenches, or Located enough waterway tubes. In addition, the United States https: / / haokan.baidu.com / v? Vid = 6288625194930851690 & PD = BJH & F R = BJHAUTHOR & TYH & F REO's spinning water system, the watering system, although it can reduce the layi...

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Problems solved by technology

[0002] As the lifeline of the country's economy and a large water user, agriculture has long been using the traditional and backward flood irrigation method due to reasons such as ideology, capital, and technology, which greatly wastes human and material resources. Promote water-saving irrigation equipment and become a mainstream of agriculture in modern society. Most of the existing agricultural irrigation equipment are fixed installation structures. In order to introduce water sources and cover various areas, it is often necessary to dig enough ditches of sufficient length, or Lay long enough water pipes

In addition, the United States https: / / haokan.baidu.com / v? vid=6288625194930851690&pd=bjh&fr=bjhauthor&type=video’s rotary sprinkler irrigation system, although this irrigation system can reduce the laying of water pipes and save a certain amount of water, but the rotary sprinkler only sprays the vegetation of the crops, and the root system of the crops needs The infiltration is carried out layer by layer, and for the spraying of some nutrient solutions, most of the nutrients are filtered out during the layer-by-layer infiltration process, which makes it difficult for the roots of the vegetation to absorb comprehensive nutrient solutions. The vegetation yield rate of economic crops in dry land is reduced, and the quality of vegetation watering is not high

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