Intelligent flowerpot

Abstract

The invention relates to an intelligent flowerpot. The intelligent flowerpot comprises a flowerpot body with an inner planting cavity, and is characterized in that a heating unit is arranged on the periphery of the inner planting cavity, and a movable shell is arranged under the inner planting cavity and divided into a water storage cavity and a nutrient solution cavity, the nutrient solution cavity is connected with the water storage cavity through a pipeline and an one-way valve; a spray port is formed in the bottom of the inner planting cavity and respectively connected with the water storage cavity and the nutrient solution cavity through a first water pump and a second water pump; a light supplementing lamp is arranged above the flowerpot body. A control module is arranged on the bottom of the flowerpot body; the input end of the control module is connected with a temperature sensor, humidity sensors, an illumination sensor and an EC sensor, the output end of the control module is connected with a transmission module, the transmission module is connected with a mobile terminal; the control end of the control module is connected with a first water pump, a second water pump, the one-way valve, the light supplementing lamp and the heating unit. The plant growth can be monitored, and the temperature, humidity and illumination intensity of plant growth can be accurately adjusted.

Description

Technical field [0001] The invention relates to an intelligent flowerpot, in particular to an intelligent flowerpot suitable for yew potted plants, and belongs to the technical field of intelligent household equipment. Background technique [0002] Potted plants are generally placed in homes and offices to improve the environment, but traditional flower pots have limited water storage capacity. When they need to go out for a long time, the potted plants tend to wither due to various reasons such as lack of care, lack of water, lack of light, or poor ventilation. Or grow badly. [0003] Some smart flowerpots in the prior art can monitor the growth status of plants through detection tools, and control the humidity and nutrients in the plant soil. The existing smart flowerpots generally control humidification or heating through the monitoring data of various sensors, but most of the existing smart flowerpots can only roughly adjust the temperature and humidity, and cannot finely cont...

AI Technical Summary

Problems solved by technology

Existing smart flower pots generally control humidification or heating through the monitoring data of various sensors, but most of the existing smart flower pots can only roughly adjust the temperature and humidity, and cannot finely control various conditions. Plants with strict temperature, humidity and light conditions (such as yew potted plants) are not very suitable

For example, when collecting humidity data, the humidity in the upper and lower parts of the soil may not be evenly distributed. At present, humidity data is generally obtained through a sensor, which makes it impossible to ensure that plants are treated under better humidity conditions during humidity adjustment.

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