Remote control type multi-way energy saving irrigation valve

Abstract

The invention discloses a remote control type multi-way energy saving irrigation valve. The remote control type multi-way energy saving irrigation valve comprises a valve body, a sealing body, a water outflow valve and an adjusting motor. A baffle in the valve body is connected with the sealing body through a supporting rod. A sealing ring is arranged between the sealing body and the inner wall of the valve body. Water inflow holes and a water outflow channel are arranged on the sealing body. A screw is installed in a screw groove in the top end of the sealing body and connected with the adjusting motor through a speed reducer. A controller and an infrared receiver are further installed at the top end of the valve body. The infrared receiver and the adjusting motor are connected to the controller. A sealing pad and a water outflow pipe are arranged in a water outflow port in the side wall of the valve body. A connecting rod with a spring is arranged between the water outflow valve on the water outflow port and the water outflow pipe. Multiple joints on the edge of the water outflow valve and a joint in the center of the water outflow valve are all provided with electromagnetic regulating valves. By the adoption of the electromagnetic regulating valve, a three-level valve structure is adopted, the situation that water leaks due to the fact that the valve fails is effectively avoided, the economical irrigation purpose is achieved, water resources are saved, the water outflow is controlled in real time in a remote control manner, and the irrigation efficiency and the irrigation effect are improved.

Description

technical field [0001] The invention relates to the field of valves, in particular to a remote-controlled multi-channel energy-saving irrigation valve. Background technique [0002] In irrigation systems, valves are often used to connect hoses for water delivery and water delivery control. However, using ordinary valves to connect with hoses is not only cumbersome to operate, but also has poor connection firmness, which is prone to water leakage and joint slippage. With the advocacy of conservation-oriented thinking, the awareness of water-saving irrigation has become more and more accepted and valued by the majority of farmers. Therefore, in irrigation projects, the irrigation of garden trees and farmland involves water saving issues. The existing water-saving irrigation valve is mainly made of cast iron, so it is easy to corrode, has a short service life, and is inconvenient to connect with the underground pipe network. The valve core of the existing water-saving irrigat...

AI Technical Summary

Problems solved by technology

The existing water-saving irrigation valve is mainly made of cast iron, so it is easy to corrode, has a short service life, and is inconvenient to connect with the underground pipe network. The valve core of the existing water-saving irrigation valve has poor sealing performance, and it is easy to leak water at the switch; and The flow and velocity of the water outlet cannot be controlled in real time during irrigation, so that the irrigators cannot control the water outlet in time, and many people are needed to complete the irrigation, resulting in a waste of manpower and a great waste of water resources

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