An assembled plant intelligent cultivation box and a control method thereof

Abstract

This application relates to a prefabricated smart plant cultivation box and its control method, which includes a planting pot, a water tank, a filter assembly, a soil sensor, an equipment room, and an intelligent control assembly. This application achieves automated monitoring and precise control of the entire plant growth cycle through deep collaboration of multi-sensor fusion and intelligent algorithms. The system can collect environmental parameters such as temperature, humidity, and light, as well as soil nutrients and plant morphological characteristics in real time. Through big data analysis technology, it quickly identifies growth anomalies, such as water shortage, nutrient deficiency, or pest and disease risks, and automatically generates targeted maintenance strategies. This integrated design eliminates the cumbersome process of manual observation and experience-based judgment in traditional plant cultivation, allowing even non-professional users to easily achieve scientific plant management, significantly lowering the maintenance threshold and improving plant survival efficiency.

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