Intelligent irrigator control system and control method

Abstract

The invention discloses an intelligent irrigator control system, which comprises a singlechip, a pulse valve, a temperature sensor and a soil humidity sensor, wherein the singlechip is electrically connected with the pulse valve, the temperature sensor and the soil humidity sensor respectively; the temperature sensor and the soil humidity sensor are used for detecting air temperature and the soil humidity and acquiring data at preset time points respectively; and the singlechip is used for processing the detected data and controlling the pulse valve to open / close according to the data so as to realize intelligent irrigation. An ultralow-power-consumption singlechip is adopted, the air temperature and soil humidity are detected intermittently at preset time points via the sensors, and the pulse valve is controlled to work according to preset data and only consumes power at the moments of opening and closing, so that reasonable watering of plants is realized under ultralow power consumption, and more energy and power are saved.

Description

technical field [0001] The invention relates to an intelligent watering device control system and a control method. Background technique [0002] Traditional irrigators often need to manually turn on the watering equipment, often forget to water the plants or the amount of water is uneven, or water at an inappropriate temperature, which will adversely affect the growth and development of the plants, and even cause the plants to lack water or Die from excess moisture, very inconvenient. Although various automatic watering devices are gradually appearing on the market, most of them use the traditional high-voltage power supply method, which is not only inconvenient, but also increases the cost a lot, and most of them only consider soil moisture, and do not consider comprehensively. Air temperature, let alone watering at the right time, so that the amount of watering cannot be well controlled, affecting plant growth. Contents of the invention [0003] In order to solve the...

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Problems solved by technology

[0002]Traditional waterers often require manual turning on of the watering equipment, often forgetting to water the plants or watering the amount unevenly, or watering at the inappropriate temperature. The growth and development of plants will be adversely affected, and even the plants will die due to lack of water or excessive water, which is very inconvenient

Although various automatic watering devices are gradually appearing on the market, most of them use the traditional high-voltage power supply method, which is not only inconvenient, but also increases the cost a lot, and most of them only consider soil moisture, and do not consider comprehensively. Air temperature, let alone watering at the right time, so that the amount of watering cannot be well controlled, affecting plant growth

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