Device for intelligent fertilizing, watering, alarming and managing based on environmental parameter and method therefor

Abstract

The invention relates to a device for intelligent fertilizing, watering, alarming and managing based on an environmental parameter and a method therefor, aiming at managing the fertilizing and watering for crops in an agriculture house. The device comprises an environmental parameter acquisition unit, a real-time monitoring unit, a control mainframe, a display unit and an input unit, wherein the environmental parameter acquisition unit comprises an air temperature and humidity sensor, a plurality of soil humidity sensors and a plurality of environmental parameter data conversion module, is incharged of acquiring the environmental parameters such as the environment air temperature and humidity, the soil humidity and the like in real time and transmits the environmental parameters into thecontrol mainframe as the analysis and judgment basis for alarming; the real-time monitoring unit comprises a real-time scan module and a timer module and is in charge of monitoring the environmental parameters in real time and analyzing, judging and alarming according to the data information of the crops; the control mainframe comprises an operation system supporting imaging display, a user operation control platform and a backstage timing scan service program, ensures the real-time alarming prompt under the system boot-up state and provides an interactive platform for the user to operate theinformation of the crops.

Description

technical field [0001] The invention relates to an environmental parameter-based intelligent fertilization and watering alarm management device and method for monitoring environmental parameters in real time, allowing users to set alarms, and automatically implementing alarms according to environmental parameters and alarm time settings. Background technique [0002] Fertilization and watering are important links in agricultural production. Timely watering and quantitative fertilization are necessary measures to increase production and ensure income. In reality, farmers often rely on experience for fertilization and watering, which affects the timeliness and scientificity of fertilization and watering. At present, the intelligent fertilization system equipment developed at home and abroad is generally an intelligent system provided to farmers in an integrated service mode. It integrates the functions of measurement, distribution, and application, and realizes scientific mana...

AI Technical Summary

Problems solved by technology

However, on the one hand, these intelligent systems are large in size and high in price. On the other hand, they do not have alarm management functions for fertilizing and watering various crops in batches in greenhouses or farmland, so it is difficult to popularize them.

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