NEXT GENERATION TOURNIQUET

Abstract

This thesis introduces an innovative assistive device aimed at enhancing vein localization accuracy, efficiency, and user experience for healthcare personnel. By integrating a flexible tourniquet with a light-based vein detection system, this invention addresses prevalent challenges in existing devices. Current shortcomings include the need for separate tools, susceptibility to ambient light interference, lack of seamless integration, limited flexibility, and complex interfaces. Failure to detect veins can lead to multiple needle sticks and unsuccessful procedures, causing patient discomfort. Through rigorous design and development, this thesis presents a comprehensive solution poised to improve patient care outcomes in medical settings. Furthermore, it encompasses the culmination of my research and testing efforts during the fourth semester of my master's degree program.