IoT based oxygen level monitoring circuit for patient

Abstract: -The Internet of Things (IoT) has revolutionized various field, and its application in the healthcare sector has shown immense potential in improving patient care and operational efficiency. This abstract explores the implementation of an IoT-based oxygen level monitoring system in healthcare facilities, addressing the critical need for efficient oxygen supply management, especially during times of increased demand such as the COVID-19 pandemic. The proposed system leverages IoT technologies to monitor and manage the lifecycle of oxygen cylinders, ensuring their availability, proper functioning, and timely replacing with new one. Each oxygen cylinder is equipped with sensors and communication devices that enable real-time data acquisition and transmission. The data collected from these sensors include the cylinder’s current oxygen levels. The proposed design of circuit will be deployed in hospitals to minimize manual work in monitoring the cylinder. This IoT-based oxygen cylinder management system holds great potential in transforming healthcare delivery by ensuring the availability and efficient utilization of a critical resource, ultimately contributing to improved patient outcomes and healthcare facility operations.