Authors :
Advaith P. K; Sourav Govindadas; Akhil A; Yadhukrishna Sreekumar; Asha Vijayan
Volume/Issue :
Volume 8 - 2023, Issue 4 - April
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://bit.ly/3Bhi1C8
DOI :
https://doi.org/10.5281/zenodo.7922916
Abstract :
Toilets are an essential amenity for
maintaining good hygiene and sanitation, but the buildup of unclean emissions and frequent use can lead to
poor indoor air quality. This project aims to develop an
IoT-based toilet system that uses sensors to detect air
quality and alert cleaners or owners when it is time
for cleaning. The system consists of a microcontroller
connected to air quality and motion sensors. A cloudbased algorithm analyzes the data to determine when
cleaning is needed, while an exhaust fan maintains a
comfortable environment and energy efficiency. The
system can also integrate with a mobile app to check
occupancy and air quality. By improving cleanliness and
air quality in public/private toilets, this project can
enhance user experience and reduce the spread of
infections.
Keywords :
IoT, Sensors, Air Quality, Microcontroller, Infection Control.
Toilets are an essential amenity for
maintaining good hygiene and sanitation, but the buildup of unclean emissions and frequent use can lead to
poor indoor air quality. This project aims to develop an
IoT-based toilet system that uses sensors to detect air
quality and alert cleaners or owners when it is time
for cleaning. The system consists of a microcontroller
connected to air quality and motion sensors. A cloudbased algorithm analyzes the data to determine when
cleaning is needed, while an exhaust fan maintains a
comfortable environment and energy efficiency. The
system can also integrate with a mobile app to check
occupancy and air quality. By improving cleanliness and
air quality in public/private toilets, this project can
enhance user experience and reduce the spread of
infections.
Keywords :
IoT, Sensors, Air Quality, Microcontroller, Infection Control.
