Cloud-based internet-of-things agricultural irrigation system

Abstract

The invention discloses a cloud-based internet-of-things agricultural irrigation system. The cloud-based internet-of-things agricultural irrigation system comprises a cloud platform, a data monitoringmodule and an agricultural irrigation module, wherein the data detection module comprises a soil monitoring module, an environment monitoring module and a disease and pest monitoring module; the soilmonitoring module comprises a soil temperature and humidity sensor, a soil PH value monitor and a soil conductivity monitor; the environment monitoring module comprises a meteorological monitoring module and a ground surface environment monitoring module; and the agricultural irrigation module comprises a water source management module, a fertilization system module, an irrigation emitter and a pipe network system. The cloud-based internet-of-things agricultural irrigation system provided by the invention has the following beneficial effects: in the use process of the cloud-based internet-of-things agricultural irrigation system, a chemical fertilizer and a pesticide can be directly proportioned in the irrigation process through data monitoring, and directly injected into irrigation waterthrough mixing, and crops are irrigated, so manual operation is reduced, and the proportioning efficiency is improved; meanwhile, application of the pesticide and the chemical fertilizer is more accurate, and waste is reduced.

Description

technical field [0001] The invention relates to the technical field of irrigation systems, in particular to a cloud-based agricultural irrigation system based on the Internet of Things. Background technique [0002] At present, the irrigation systems used in the water conservancy industry are all realized through distributed control systems. Such systems generally have shortcomings such as single function, complex operation, low degree of information sharing, and easy formation of information islands. Moreover, it is difficult to realize intelligent control of irrigation equipment by using . In recent years, water conservancy cloud, water conservancy Internet of Things, big data, mobile applications and artificial intelligence technologies have been widely used in automation and information systems in various industries. With the gradual maturity of these technologies, it is necessary to design a cloud-based The agricultural irrigation system of the Internet of Things is ve...

AI Technical Summary

Problems solved by technology

[0003] The existing technology can already realize the online control through the Internet of Things, and realize the remote control of the opening and closing of the irrigation system. In the process of agricultural production, the amount of irrigation often affects the amount of fertilizer and pesticide, but in the existing technology, it is often still It is necessary to manually mix chemical fertilizers and pesticides according to the amount of irrigation and soil data in the later stage. The mixing efficiency is low, and it is impossible to accurately apply chemical fertilizers and pesticides

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