Mohammad Mehdi Rezazadeh Hamadani - Department of Electrical Engineering , Technical and Vocational University (TVU), Tehran,
Alireza Norouzpour Shahrbejari - Electrical Engineering Group, Farsar Tejarat Engineering Company, Tehran,

This article explores the significance of creating and deploying medical gas alert systems utilizing Internet of Things technology to gauge oxygen purity. In pursuit of delivering timely and high-quality healthcare services to patients, the medical equipment industry is embracing innovative approaches. The integration of medical gas alarm systems with the Internet of Things network holds promise for expediting error responses and executing necessary interventions. Monitoring oxygen purity in medical gas alarm systems is of paramount importance due to the potentially severe consequences of its inadequacy. Leveraging appropriate Internet of Things processors and tailored programming aligned with system requirements presents an effective avenue for enhancing the functionality of medical gas alarm systems. The article provides a comprehensive overview of management and control solutions and techniques aimed at enhancing the efficiency, dependability, and adaptability of medical gas alarm systems, underscoring the escalating demands in this realm amidst the modern challenges and intricacies of the healthcare industry.

Medical Equipment Industry, Internet of Things, Alarm Integration with IoT, Oxygen Purity Monitoring, Processor and Programming Optimization