Novel intelligent flowerpot

Abstract

The invention provides a novel intelligent flowerpot, particularly comprising a partition having wire holes which is arranged in a pot body. A space above the partition is a plant cultivation trough,and a space below the partition is a plant monitoring chamber. An electronic temperature sensor is arranged in the plant cultivation trough and is connected with a monitoring main board inside the plant monitoring chamber through the wire holes; one or more pressure detection modules are arranged in the plant monitoring chamber and are connected with the monitoring main board; an electronic interaction module is embedded in the pot body and is connected with the monitoring main board through the wire holes; a graduated measuring barrel is hung onto the sidewall of the pot body and is used forperforming irrigating according to plant water demand; the lower end of the pot body is provided with a USB (universal serial bus) charging interface, the USB charging interface is connected to the monitoring main board for powering the same; soil humidity is monitored by detecting weight changes of the flowerpot; an electronic thermometer detects soil temperature and displays plant growth state.It is convenient for farmers to clearly see the plant growth environment, thereby making timely adjustments and water supplements.

Description

technical field [0001] The invention relates to a potted plant cultivating device, in particular to a novel intelligent flowerpot. technical background [0002] According to the scientific method of raising plants, the watering time and amount of watering of plants should be determined according to the soil moisture. However, due to the difficulty in manually judging soil moisture, this method has certain difficulties in operation. At the same time, some automatic watering flower pots currently on the market cannot accurately measure the soil moisture, which may easily cause the watering time to be too early or too late, and may also easily cause the amount of watering to be too large or too small, and there is also a lack of communication with farmers. of interaction. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide an intelligent flower pot that can automatically measure soil temperature and humidity, display ...

AI Technical Summary

Problems solved by technology

However, due to the difficulty of manually judging the soil moisture, this method has certain difficulties in operation.

At the same time, some automatic watering flowerpots currently on the market cannot accurately measure soil moisture, which can easily cause too early or too late watering time, and also easily cause too large or too small watering, and lack of communication with farmers. of interaction

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