Abstract
Abstract: This paper explores the conception, production, and actual use of an ultrasonic vibrator glove intended to aid the blind. The glove accomplishes real-time obstacle detection and offers tactile feedback by merging cutting-edge components such an ultrasonic sensor, haptic motor, and Arduino UNO board. For people who are blind, this breakthrough dramatically improves mobility, independence, and safety. The glove's integration of haptic vibration and ultrasonic detection overcomes conventional constraints and gives users a natural approach to understand their environment. The Ultrasonic Vibrator Glove redefines the tactile experience, allowing those who are blind to navigate their environment more successfully through quick obstacle detection and intuitive vibrations. The end result is a solution that empowers people and encourages self-assurance, independence, and security in their daily lives.
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