Cloud control intelligent agricultural ecological irrigation system

Abstract

The invention relates to the field of irrigation, more particularly to a cloud control intelligent agricultural ecological irrigation system. The cloud control intelligent agricultural ecological irrigation system comprises a detection station, a cloud server, a terminal, a pump station and a delivery pipeline, wherein the pump station comprises a pump house; a pump is disposed within the pump house; a distribution bin is disposed outside the pump house; the distribution bin is internally provided with a general pipe which communicates to the pump; a plurality of divided manifolds with electronically controlled valves are evenly distributed on the general pipe; the delivery pipeline is in communication with the divided manifolds; the delivery pipeline comprises a plurality of nozzle connecting seats, and a connecting pipe communicates between adjacent two nozzle connecting seats in a sealing mode; each nozzle connecting seat comprises a base, wherein the upper end of the base is provided with a groove; the groove communicates with the connecting pipe; the base is detachably provided with a sealing cover; the sealing cover is provided with a short pipe which communicates to the groove; the short pipe penetrates through the sealing cover upwards and detachably communicates with a vertical pipe through a joint; and the upper end of the vertical pipe is connected with a spray head.The working stability is high, and maintenance is facilitated.

Description

technical field [0001] The invention relates to the field of irrigation, in particular to a cloud-controlled intelligent agricultural ecological irrigation system. Background technique [0002] my country is a large agricultural country. With the continuous development of agricultural automation, the automation requirements for farmland irrigation systems are getting higher and higher. The rural farmland area is vast, and with the continuous increase of population, the demand for water resources is increasing. Increasingly, saving water has become the theme of social development. Traditional irrigation methods can no longer meet the requirements of modern irrigation and water saving automation, and it is imminent to adopt efficient and automated irrigation methods. At present, the traditional irrigation methods are mainly controlled manually, and only some water-saving devices are installed in terms of water saving. It is difficult to grasp the basic situation of farmland ir...

AI Technical Summary

Problems solved by technology

Traditional irrigation methods can no longer meet the requirements of modern irrigation and water saving automation, and it is imminent to adopt efficient and automated irrigation methods

At present, the traditional irrigation methods are mainly controlled by manual methods. In terms of water saving, only some water saving devices are installed. It is difficult to grasp the basic situation of farmland irrigation during the irrigation process, and the efficiency and cost of irrigation are greatly increased.

[0003] In order to realize automatic irrigation, people have studied the cloud-controlled intelligent agricultural ecological irrigation system, which mainly includes a detection station, a cloud server, a terminal, a pump station and a transmission pipeline. The detection station includes an electrically connected data acquisition module, a controller, a wireless Module 1, the pumping station includes electrically connected pumps, valve groups, controller 2, and wireless module 2. The information of the farmland is detected by the monitoring station, and then fed back to the cloud server. The cloud server sends control signals to the pumping station according to the feedback data. At the same time, feedback to the terminal can realize the purpose of automatic irrigation and water saving. At present, the communication system is very developed, and various types of controllers, sensors, and electronically controlled valves have been developed, with high precision and strong anti-interference ability. Good waterproof effect, used in automatic irrigation system, low cost, high working stability, long service life, almost no need for maintenance during use, but an important link in the irrigation system - the delivery pipeline, due to long-term wet work Under the environment, and affected by the corrosion of fertilizers, the joints are prone to corrosion. The existing delivery pipelines are connected by tees when distributing nozzles. Troublesome, and the weld is still easy to damage, especially after the tee is damaged, the vertical pipe connected to the nozzle is easily tilted and broken

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