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Thermoregulatory Integration in Hand Prostheses and Humanoid Robots Through Blood Vessel Simulation

Engineering and Technology

Thermoregulatory Integration in Hand Prostheses and Humanoid Robots Through Blood Vessel Simulation

S. Jeong, J. Yang, et al.

Discover how Sang-Mi Jeong, Jonguk Yang, Youngsoo Kang, Hee Sung Seo, Keumyoung Seo, Taekyung Lim, and Sanghyun Ju are revolutionizing robotics with their innovative method of crafting lifelike robotic faces and prosthetic hands that maintain natural temperature distributions. Their approach utilizes a sophisticated temperature regulation system embedded in artificial skin, closely mimicking human thermoregulation for enhanced realism and comfort.

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Playback language: English
Abstract
This paper presents a novel approach to creating robotic faces and prosthetic hands with human-like temperature distributions. This is achieved by integrating a temperature regulation system into artificial skin, mimicking the human body's thermoregulation via blood flow. A fiber network simulating blood vessels is used, with water circulating through these fibers to control heat release. The system can replicate varied thermal characteristics of human faces and hands, making robots appear more human-like in infrared images and improving the comfort of prosthetic limbs.
Publisher
NPG Asia Materials
Published On
Authors
Sang-Mi Jeong, Jonguk Yang, Youngsoo Kang, Hee Sung Seo, Keumyoung Seo, Taekyung Lim, Sanghyun Ju
Tags
robotic faces
prosthetic hands
temperature regulation
artificial skin
thermoregulation
human-like features
fiber network
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