SOBOT: Design And Development of UV Sterilization Ostensible Doctor Robot for Clinical Purposes Based on IoT
L. Sivayamini, C. Venkatesh, B. Venkatesh, K. M. Sunil, Praveen Kumar Manchikoni Surendra, N Sai Kumar Reddy · 2024
Pathogen-borne diseases are a major source of human illness and mortality. The risk of contracting infectious diseases exists in every hospital around the world and is a universal fact. Patients who have had surgery are currently affected by hospital infections. As a result, daily pre-operative is one of the finest infection control measures used to reduce the count of bacteria, dust, and organic material in the environment and food items. Furthermore, doctors often must work in emergency departments and hospitals. But no physician can be available all the time in every place. There is a rise in the number of elderly people who should be able to care for themselves but require close monitoring in an emergency. As a result, smart robots powered by IoT are becoming more popular for resolving these difficulties. Based on the Internet of Things, this study developed a Virtual Robot for sterilization and health monitoring to address these problems. This highly developed real-time health tracking robot can detect common health issues like temperature, heart rate, and blood pressure. These detected health parameters are transferred to doctors through an internet module. Also, this robot sanitizes the hospital premises, electronic widgets, veggies, and fruits given to patients with ultraviolet radiation.