𝐃𝐞𝐬𝐜𝐫𝐢𝐩𝐭𝐢𝐨𝐧

An IoT-based smart air purifier has been developed, revolutionizing the way we clean and monitor indoor air quality. The purifier incorporates a sophisticated purification module equipped with air quality monitoring sensors. These sensors constantly assess the air quality of the room, providing real-time data on pollutants and contaminants present in the environment. If the air quality is determined to be poor, the system automatically initiates the purification process.

The purification system is comprised of three specialized filters: a carbon filter, a HEPA filter, and a dust filter. These filters removes various particles and impurities from the air, ensuring a thorough cleaning process. In addition to the filters, a UVC tube and a humidifier is employed to eliminate harmful bacteria and inhibit their growth, further enhancing the overall air quality.

To enable data collection and analysis, a web server has been integrated into the system. The web server collects the data generated by the air quality monitoring sensors and stores it in an SQL database for easy retrieval and analysis. Moreover, the server establishes a connection with a machine learning model through POST requests, enabling the transmission of data for predictive analysis. The machine learning model processes the data and provides predictions and insights regarding air quality trends and potential improvements.

The information generated by the machine learning model is then transmitted back to the web server, which in turn displays the analyzed data on a mobile application. Users can conveniently access the mobile application to monitor the real-time air quality readings, view predictive analysis results, and receive notifications and recommendations for maintaining a healthy indoor environment.

Overall, the IoT-based smart air purifier offers a comprehensive solution for monitoring and improving indoor air quality. With its advanced sensors, efficient purification system, and integration with machine learning and mobile applications, it provides users with a proactive approach to maintaining a healthy living or working space.