Intelligent water-saving landscaping irrigation system

Abstract

One or more embodiments of the invention provide an intelligent water-saving landscaping irrigation system. The intelligent water-saving landscaping irrigation system comprises an irrigation pile, wherein a water receiving port is formed in the top end of the irrigation pile, a spraying unit is arranged at the side end of the irrigation pile in the circumferential direction, a water receiving plate is transversely arranged in the irrigation pile, a plurality of water seepage holes are uniformly formed in the water receiving plate at intervals, and meanwhile, a sensing unit is arranged at the inner bottom end of the irrigation pile; the spraying range of the spraying unit covers the adjacent irrigation pile, so that water is received through the water receiving port to press the water receiving plate to move downwards and compress an elastic piece in the last spraying irrigation process or when rainfall occurs, the received water slowly seeps and leaks downwards along the water seepage holes until the water completely seeps downwards, when the elastic piece pushes the water receiving plate to move upwards and reset, the sensing unit is triggered again to trigger the spraying unit to spray again, the adaptive self-adjustment of the irrigation amount is intelligently completed, and in addition, the received water is discharged through a drainage pipe so as to be conveniently collected and recycled.

Description

technical field [0001] One or more embodiments of this specification relate to the technical field of garden irrigation, and in particular to an intelligent water-saving garden irrigation system. Background technique [0002] Garden irrigation is the use of artificial or mechanical methods to supplement the soil moisture in the garden and green space to meet the water needs of plants. Among them, spray irrigation is to spray pressured water into the air through professional equipment, evenly sprinkled On the soil surface, the irrigation method for plants to absorb is suitable for most plants. The spraying is dense and uniform, and it is suitable for various complex terrains and large-area green space irrigation. [0003] However, in order to maintain the healthy and good growth of garden plants, it is necessary to follow scientific laws of irrigation. Obviously, too much or too little water replenishment irrigation is not conducive to maintaining a good growth environment, a...

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Problems solved by technology

[0003] However, in order to maintain the healthy and good growth of garden plants, it is necessary to follow scientific laws of irrigation. Obviously, too much or too little water replenishment irrigation is not conducive to maintaining a good growth environment, and too much irrigation is not conducive to water conservation and environmental protection. Appropriate irrigation It is generally related to factors such as rainfall, the amount of adjacent irrigation, and the degree of environmental dryness. However, while the existing irrigation system realizes automatic irrigation, its intelligent control function is limited, so that it is not enough to use the rainfall, adjacent Real-time and accurate quantitative evaluation of the last irrigation amount and the degree of environmental dryness, and intelligently complete the adaptive self-regulation of irrigation amount, which needs further optimization and improvement

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