Intelligent temperature and humidity detection device for watering flowers

Through research in the field of plant maintenance device equipment maintenance and operation, particularly pertaining to intelligent water spray detection equipment, we have developed an intelligent water spray temperature and humidity detection device. This device addresses the limitation of traditional intelligent water spray equipment, which only monitors soil humidity and disregards the influence of environmental temperature. The device comprises a humidity detection module, a solar charging module, a temperature measurement module, an LCD display, and a motorized water pump. This setup allows for simultaneous monitoring of ambient temperature and humidity, with data transmission to the controller for processing. Utilizing data processing algorithms, the device can automatically water and adjust the watering amount and frequency. This functionality not only enhances the growth and survival rates of plant maintenance but also helps minimize water wastage. Furthermore, the device utilizes solar cells as a power source, making it more environmentally friendly and contributing to the sustainable development of the plant care industry.

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Publication Details

Published
2024-08-05
DOI
https://doi.org/10.1117/12.3038409
Primary Topic
Greenhouse Technology and Climate Control
Type
article
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article

Intelligent temperature and humidity detection device for watering flowers

K. Sun, Y. H. Wu
Greenhouse Technology and Climate Control
article

Intelligent temperature and humidity detection device for watering flowers

K. Sun, Y. H. Wu
article en

Abstract

Through research in the field of plant maintenance device equipment maintenance and operation, particularly pertaining to intelligent water spray detection equipment, we have developed an intelligent water spray temperature and humidity detection device. This device addresses the limitation of traditional intelligent water spray equipment, which only monitors soil humidity and disregards the influence of environmental temperature. The device comprises a humidity detection module, a solar charging module, a temperature measurement module, an LCD display, and a motorized water pump. This setup allows for simultaneous monitoring of ambient temperature and humidity, with data transmission to the controller for processing. Utilizing data processing algorithms, the device can automatically water and adjust the watering amount and frequency. This functionality not only enhances the growth and survival rates of plant maintenance but also helps minimize water wastage. Furthermore, the device utilizes solar cells as a power source, making it more environmentally friendly and contributing to the sustainable development of the plant care industry.

Chang'an University (CN), Shanghai Electric (China) (CN)
Openalex Percentile: Top 93%
Greenhouse Technology and Climate Control
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