Intelligentized cultivation system for plants

Abstract

The invention discloses an intelligentized cultivation system for plants. The system comprises an information collection module, an information analysis module and an environment regulation module. The information collection module is used for collecting temperature T, light intensity S, humidity W, soil PH value, soil microorganism content L of plant growth environment at time points of t1, t2, t3......tn. The information analysis module is used for analyzing durations of above T, S, W, PH value and L. The environment regulation module is used for comparing the T, S, W, PH value and L with the pre-set range and regulating the plant growth environment according to comparison results and the durations of T, S, W, PH value and L. At different time points, specific values of different influence factors in the plant growth environment as well as the durations are collected, recorded and analyzed. Additionally, corresponding environment regulation strategies are formulated according to analysis results. Therefore, the plant growth environment is regulated in an intelligentized manner. Additionally, temporary disturbance of the external environment to collection results is discarded. Therefore, the plant growth environment is regulated in a targeted and effective manner.

Description

technical field [0001] The invention relates to the technical field of plant cultivation, in particular to an intelligent plant cultivation system. Background technique [0002] Traditional plants, such as flowers and seedlings, are cultivated in soil, grown naturally, and artificially watered and fertilized. There are also some larger plantations that use drip irrigation and soilless cultivation techniques. Existing cultivation techniques require frequent movement of flowerpots to locations where there is sunlight, and the use of soil cultivation is likely to pollute the environment. It is difficult to grasp the timing of artificial fertilization and watering, and it is impossible to determine the appropriate amount according to the characteristics of the plants. The plants can only It grows in a natural cycle that cannot be adjusted. In the existing cultivation methods, once the care plants are forgotten or the plants are left for a long time, it is easy to cause the pla...

AI Technical Summary

Problems solved by technology

Existing cultivation techniques require frequent movement of flowerpots to locations where there is sunlight, and the use of soil cultivation is likely to pollute the environment. It is difficult to grasp the timing of artificial fertilization and watering, and it is impossible to determine the appropriate amount according to the characteristics of the plants. The plants can only Growth in a natural cycle without regulation

With the existing cultivation methods, once the care plants are forgotten or left for a long time, it is easy to cause the plants to stagnate or even wither and die due to lack of light and water

Images