Remote intelligent plant protection monitoring and managing system based on cloud platform

Abstract

The invention provides a remote intelligent plant protection monitoring and managing system based on a cloud platform. The remote intelligent plant protection monitoring and managing system comprisesa user website based on a cloud server, a microcontroller module, an embedded wireless network module, a drip-irrigation seepage irrigation system, a data acquisition terminal, a control executing mechanism, a ventilation system, a light filling system, an alarming system and terminal equipment; the cloud platform comprises real-time environmental data monitoring and diachronic environmental datastorage, and a user web operation interface; and a main controller links with the cloud server through the embedded wireless module, data information such as the indoor temperature and humidity, the soil moisture content, the light intensity and the carbon dioxide content which are collected by a sensor module are uploaded to the cloud server through a wireless network module, the data informationis stored, subjected to data analysis and drawn into easy-to-understand data information to be displayed on a network terminal (a mobile phone / mobile equipment / a computer), and a user logs onto the website through the terminal equipment for information query or remote control.

Description

technical field [0001] The invention relates to the technical field of Internet+ technology and modern agricultural intelligent management. It specifically relates to a remote intelligent plant protection monitoring and management system based on a cloud platform. Background technique [0002] With the rapid development of information technology and the advent of the industry 4.0 era, the application of Internet + technology is rapidly penetrating into various fields and promoting the industrial technology revolution. The development of modern agricultural greenhouse planting will have great requirements for refined crop management. At present, most of the functional controls of greenhouse planting such as irrigation, artificial light supplement, indoor carbon dioxide, temperature and humidity control, and ventilation are still managed manually or semi-automatically. Even the control system that realizes intelligent management adopts on-site wired control or simple remote c...

AI Technical Summary

Problems solved by technology

The development of modern agricultural greenhouse planting will have great requirements for refined crop management. At present, most of the functional controls of greenhouse planting such as irrigation, artificial light supplement, indoor carbon dioxide, temperature and humidity control, and ventilation are still managed manually or semi-automatically. Even the control system that realizes intelligent management adopts on-site wired control or simple remote control. These control methods have complicated wiring, require a large amount of data transmission and storage, require large investment in hardware equipment, and require high system expansion conditions. The remote management technology in different places is complicated and difficult. The high cost is not conducive to the development of fine management technology of modern agriculture in the Internet + era

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