Comprehensively intelligent irrigation method and system for artificial vegetation ground

Abstract

The invention relates to a comprehensively intelligent irrigation method and system for the artificial vegetation ground. The comprehensively intelligent irrigation method and system are used for solving the problems that water is wasted, and irrigation quality cannot be guaranteed in the prior art. The comprehensively intelligent irrigation system comprises a plurality of paralleled irrigation terminals of an automatic irrigation network installed on the artificial vegetation ground, one or more soil moisture content probes are buried in irrigation area soil covered by each irrigation terminals of the automatic irrigation network, and an automatic switching mechanism is independently arranged on each irrigation terminal. The soil moisture content probes are connected and control the automatic switching mechanisms which the soil moisture content probes belong to and are connected and control the irrigation terminals through a central intelligent control system. The central intelligent control system determines the lower limit of the soil moisture content in the corresponding irrigation area according to types of vegetation or the types of vegetation and types of soil in each irrigation area. The central intelligent control system switches on the irrigation terminals in the corresponding irrigation area to carry out irrigation when the soil moisture content probes detect that the soil moisture content in the corresponding irrigation is lower than the lower limit of the moisture content. The comprehensively intelligent irrigation method and system have the advantages that automatic irrigation and fertilizer application as required can be achieved according to actual needs of the soil and the vegetation in the irrigation areas, water is saved obviously, labor is saved, irrigation quality is guaranteed, and healthy growth of the vegetation in the irrigation areas can be guaranteed.

Description

technical field [0001] The invention relates to a vegetation irrigation method, in particular to a comprehensive intelligent irrigation method and system for artificial vegetation. Background technique [0002] Water is a precious resource, and agriculture and gardens in many parts of the world require manual watering. However, in actual work, it is often encountered that the artificial watering of the green space is insufficient, and the wet soil only stays on the surface, which causes the plants to die quickly in the hot summer; It also makes some plants unfavorable to grow or die quickly, and wastes a lot of water resources. Contents of the invention [0003] The purpose of the present invention is to overcome the above-mentioned defects of the prior art, and to provide a comprehensive intelligent irrigation method for artificial vegetation that saves water, manpower, and irrigation quality. The purpose of the present invention is also to provide an intelligent irrigat...

AI Technical Summary

Problems solved by technology

However, in actual work, it is often encountered that the artificial watering of the green space is insufficient, and the wet soil only stays on the surface,

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