A REVIEW ON AUTOMATED HYGIENE FORPUBLICTOILET SYSTEMUSING IOT
B SURYA NARAYANA REDDY · Zenodo (CERN European Organization for Nuclear Research) · 2023
While improvements are undoubtedly made in the modern world, our country's cleanliness is declining . Theabstract of this project is to deliver clean and hygiene toilets. All The public restrooms ought to be hygienic and tidy. One of thegoals of the Clean India initiative is to maintain clean restrooms. The clean India project may benefit from the support of thisproject. It may play a significant role in the clean India initiative in the future. They are primarily concerned with recognising the dirtin the toilets under the current system. In oursuggestedstrategy, wefocusedon maintaining spotless restroomswhilekeeping an eye on the sweeper's work activities. It can avoid a variety of syndromes. It might raise people's awareness of proper lavatory management. We are therefore developing to utilise sanitary and secure restrooms. The MQ-135 sensor, PIR sensor, Ultrasonic sensor, and Turbidity sensor are only a few of the various sensors used in this project, which is built on IOT and image processing techniques. Making use of these sensors we can create smart toilets. The emergence of the Internet of Things (IoT) has revolutionized various aspects of our daily lives, including the integration of smart technology into everyday objects. This abstract presents the concept of an IoT-enabled smart toilet, designed to enhance efficiency and hygiene while providing aseamless user experience. By integrating sensors, connectivity, and intelligent data analysis, the smart toilet brings forth a rangeofinnovativefeatures. The IoT-enabled smart toilet has sensors built in to keep track of a number of factors, including occupancy,water use, airquality, and seat temperature. These sensors allow for real-time monitoring and data collecting, which improves user comfort and resource management.