SPH Smart Prosthetic Hand

SPH Smart Prosthetic Hand

SPH Smart Prosthetic Hand is an innovative cybernetic prosthesis that revolutionizes the interaction between prosthetic limb users and smart devices, specifically designed to address the challenges faced when operating smartphones and similar digital devices. This groundbreaking design, created by Young Jo In from the Republic of Korea, features a unique integration of a circular display monitor mounted on the back of the prosthetic hand, which automatically rotates to maintain an upright orientation regardless of viewing angle. The prosthetic incorporates advanced materials and technology, with fingertips crafted from silicone and internal components manufactured using aluminum and copper, enabling capacitive touch functionality through static electricity generation. This sophisticated approach resolves the common recognition errors associated with artificial fingers on touchscreens while significantly reducing the risk of device drops. The design's versatility is evident in its adaptable structure, suitable for both hand and arm prosthetic applications, and includes a detachable battery system for enhanced user convenience. The innovative combination of prosthetic functionality with smart device integration represents a significant advancement in assistive technology, addressing both practical and social needs of users with upper limb differences. Recognized for its exceptional design and innovation, this project was awarded the prestigious Golden A' Design Award in the Cybernetics, Prosthesis and Implant Design category, acknowledging its contribution to improving the quality of life for prosthetic users while embracing contemporary technological needs.

prosthetic technology, smart device integration, adaptive display, capacitive touch prosthetics, cybernetic innovation, assistive technology

— Adam Dawson