Intelligent irrigation monitoring and control system

Abstract

The invention provides an intelligent irrigation monitoring and control system. The system is composed of a functional module, a sensing module and a server and is a functional Internet-of-Things irrigation central control system which adopts a water flow control and early warning mechanism as a core; the sensing module is used for obtaining the real-time flow rates of electronic water meters at irrigation points, the ambient temperature and humidity of peripheral sensors, and other information; the functional module acquires the information of the sensing module, processes the information, sends the processed information to the server, and remotely turns on and turner off irrigation equipment; the server stores and processes the information sent by the functional module, displays the information on a WEB page in a grouped manner and / or pushes the information to an APP for realizing the graphical display of the information, and performs feedback control on the functional module. With the intelligent irrigation monitoring and control system of the invention adopted, an irrigation system can be monitored remotely and intelligently; prompt warns can be issued according to irrigation situations; and irrigation can be performed according to soil moisture content; and outdoor three-dimensional, green and accurate irrigation and scientific decision-making can be realized.

Description

technical field [0001] The present invention relates to a water flow control and early warning mechanism as the core, and an Internet of Things irrigation control system that controls irrigation according to moisture conditions, and specifically relates to a network-based intelligent irrigation monitoring and control system. Background technique [0002] For artificial greening systems such as green walls, due to scattered locations and large quantities, they almost completely rely on artificial irrigation systems. At present, electronic timing devices and solenoid valves are generally used to install regular irrigation systems on the farm. Due to the limited inspection and maintenance frequency of management units , when the regular irrigation system encounters unexpected situations such as water and power outages, pipe blockages, and insufficient water pressure, it cannot replenish water for artificial greening plants in time, which will easily lead to water shortages for g...

AI Technical Summary

Problems solved by technology

[0002] For artificial greening systems such as green walls, due to scattered locations and large quantities, they almost completely rely on artificial irrigation systems. At present, electronic timing devices and solenoid valves are generally used to install regular irrigation systems on the plant. Due to the limited frequency of inspection and maintenance by the management and maintenance units , when the regular irrigation system encounters unexpected situations such as water and power outages, pipe blockages, and insufficient water pressure, it cannot replenish water for artificial greening plants in time, which will easily lead to water shortages for greening plants, and irreversible damage such as wilting dehydration, and can only be replaced in the end. green plants, large losses

Images