SMART MEDICAL SUCTION UNIT DESIGN AND IMPLEMENTATION FOR CLINICAL APPLICATIONS

Abstract

In response to the growing demand for thermal comfort and the growing awareness of indoor air quality, this project focuses on creating a robust indoor air monitoring system. The system is built on the Arduino-Uno microcontroller platform, and integrates various sensors, including gas sensors, humidity and temperature sensors, to continuously monitor air quality. By ensuring a clean and safe environment for residents, the system is particularly beneficial for vulnerable groups such as the elderly and children. As technology rapidly evolves from old phones to smartphones, tablets and even artificial intelligence today, it profoundly impacts our surroundings. We find ourselves increasingly dependent on these technological advances, which shape our daily lives and interactions. However, these advances have also led to the deterioration of our living environment, with air pollution emerging as a major issue. Poor air quality has caused respiratory problems for many newborns, and many disaster films that deal with smog reflect the challenges the world must face. This project, titled “Design and Implementation of Indoor Air Quality Monitoring System”, uses Arduino, LCD display, gas sensor, humidity and temperature sensor, servo motor, alarm and GSM module to automatically monitor and improve the air quality inside living spaces. The system is a carefully designed solution to address the social issue of poor air quality in any room. By implementing this innovative approach, we aim to provide clean and safe airflow, prevent diseases such as asthma and ensure the health and well- being of all hospital or medical laboratory occupants, especially the elderly and children.