Automatic irrigation system, irrigation method thereof and electronic equipment

Abstract

The invention provides an automatic irrigation system, an irrigation method thereof and electronic equipment. The system comprises a sensing device used for obtaining a real-time environment growth factor of an irrigation object, an information reading device used for acquiring nursery stock information and position information of an irrigation object, a control device used for comparing the acquired real-time environment growth factor and nursery stock information of the irrigation object with the preset reference data, and outputting a first irrigation scheme according to a comparison resultand the position information, and an execution device used for extending out of the ground by a preset height according to the first irrigation scheme, rotating to a preset horizontal angle, adjusting to a preset elevation angle and opening a switch valve for a preset time to realize irrigation. After irrigation is completed, the execution device closes the switch valve and falls back to the ground. According to the scheme, different irrigation schemes are automatically formed for different irrigation objects, the growth law of the irrigation objects is better met, and a more suitable growthenvironment can be created.

Description

technical field [0001] The invention belongs to the field of watering, and in particular relates to an automatic watering system, a watering method thereof, and electronic equipment. Background technique [0002] Existing irrigation systems generally consist of fixed-height sprinkler nozzles with manual switching, and their working principle is to transport water, water and fertilizer to the nozzles through manual adjustment. The main shortcomings of the existing technology: the existing irrigation system cannot realize automatic single-point watering, and cannot automatically control the watering parts (leaves, stems, roots). For example, when some plants bloom, they cannot water the flowers, which requires more flexibility. watering methods; the existing watering system cannot accurately realize personalized watering for different types, different locations, and different climates, especially for watering objects in some irregular areas, and it is impossible to flexibly ad...

AI Technical Summary

Problems solved by technology

The main shortcomings of the existing technology: the existing irrigation system cannot realize automatic single-point watering, and cannot automatically control the watering parts (leaves, stems, roots). For example, when some plants bloom, they cannot water the flowers, which requires more flexibility. watering methods; the existing watering system cannot accurately realize personalized watering for different types, different locations, and different climates, especially for watering objects in some irregular areas, and it is impossible to flexibly adjust the watering angle, especially for For small-scale irrigation sites, the construction is troublesome

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