Plant growth monitoring device

Abstract

The invention relates to a plant growth monitoring device, which comprises a container body and a container inner cavity, wherein a sensor is arranged in the container inner cavity, a circuit board and a signal output device are arranged on the container body, the sensor comprises a temperature and humidity sensor and an acidity and alkalinity and nutrition sensor, and special program is solidified in the circuit board. A battery or power supply interface is arranged on the container body, the signal output device comprises a USB (universal serial bus) interface or a display, and an LED (light emitting diode) indicating lamp and a loudspeaker are arranged on the container body. The plant growth monitoring device can detect the temperature, the humidity, the pH value and the nutrition ingredients of the soil or nutrition liquid in real time, collected signals are input into the circuit board solidified with the special program to be processed and are output through the display, water and fertilizers can be favorably supplemented to plants in time, the fine culture is realized, the water and the fertilizers are saved, and the health growth of the plants is ensured. The plant growth monitoring device can also be matched with an irrigation and fertilization device to be used, and the large-scale automatic fine culture and plant planting can be realized.

Description

technical field [0001] The invention relates to a plant cultivation container, in particular to a container with an electronic monitor and helpful for fine planting. Background technique [0002] Existing plant cultivation generally has traditional soil cultivation and soilless cultivation. Traditional soil planting is limited by geographical environment and climatic factors, and usually only corresponding plants can be planted in the seasons corresponding to the climate. Soilless cultivation is not restricted by geographical environment and climatic factors, and it can cultivate off-season crops. Soilless cultivation needs to prepare nutrient solution, which requires high technical factors, complicated seedling equipment and high cost. At present, the above two types of plant cultivation methods are still extensive planting. During the plant growth process, due to the lack of real-time detection devices and control devices, the plants sometimes lack water or water too much...

AI Technical Summary

Problems solved by technology

Traditional soil planting is limited by geographical environment and climatic factors, and usually only corresponding plants can be planted in the season corresponding to the climate

Soilless cultivation is not limited by geographical environment and climatic factors, and it can cultivate off-season crops. Soilless cultivation needs to prepare nutrient solution, which requires high technical factors, complicated seedling equipment and high cost

At present, the above two types of plant cultivation methods are still extensive planting. During the plant growth process, due to the lack of real-time detection devices and control devices, the plants sometimes lack water or water too much, and sometimes suffer from malnutrition or excessive fertilization. Realize fine planting, not only waste water and fertilizer, but also cause damage to plants

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