Fruit-and-vegetable intelligent irrigation system based on internet of things

Abstract

The invention discloses a fruit-and-vegetable intelligent irrigation system based on the internet of things. The fruit-and-vegetable intelligent irrigation system comprises an environment detection module, a data collection terminal, an intelligent irrigation decision-making server and an irrigation control terminal, and the environment detection module, the data collection terminal, the intelligent irrigation decision-making server, and the irrigation control terminal are connected in sequence; the environment detection module comprises a soil temperature-and-humidity sensor, a light intensity detector and a rainfall detector; the data collection terminal comprises a first CPU (central processing unit), a first communication module, an AD module, a solar power source and a storage module, and the first communication module, the AD module, the solar power source and the storage module are connected with the first CPU separately; the intelligent irrigation decision-making server comprises an irrigation decision-making inference engine, a storage module, and a computing module, and the storage module and the computing module are connected with the irrigation decision-making inference engine; the irrigation control terminal comprises a second CPU, a control module, a second communication module and an AD module, and the control module, the second communication module and the AD module are connected with the second CPU through a PCI bus.

Description

technical field [0001] The invention belongs to the technical field of fruit and vegetable intelligent irrigation, and in particular relates to an intelligent fruit and vegetable irrigation system based on the Internet of Things. Background technique [0002] In order to realize large-scale, high-yield, high-quality, and efficient agricultural production, it is necessary to adopt advanced industrialization and information-based production methods to control and manage the process of agricultural production. However, the irrigation of existing domestic smart agriculture has problems such as single system function and small amount of data information. [0003] The existing technology uses filtered rainwater to irrigate fruits and vegetables, which can save a lot of water resources; or control the humidity of the soil according to the humidity value set by the user to solve the problem of automatic irrigation and maintenance of crops; Intelligent watering inside and outside th...

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Problems solved by technology

[0005] The purpose of the present invention is to address the above-mentioned deficiencies in the prior art, to provide a fruit and vegetable intelligent irrigation system based on the Internet of Things, to solve the existing fruit and vegetable intelligent irrigation system that does not combine dynamic factors such as rainfall, crop transpiration, and soil leakage. The problem

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