Qinyi Kan

Papers

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About

Qinyi Kan is a researcher in robotics and mechanism design, with a focus on cable-driven parallel mechanisms and bio-inspired robotic systems. Her major contributions center on developing flexible, biologically inspired structures for robotic motion, particularly in mimicking human neck dynamics. Her most-cited work, "Lateral bending models of spring spine for cable-driven parallel mechanism" (2014, 10 citations), introduces a novel cable-driven parallel robot that uses a compression spring as a flexible cervical spine, enabling the moving platform to replicate natural lateral bending and support. This work demonstrates her ability to merge mechanical modeling with anatomical principles, offering a lightweight, compliant alternative to rigid robotic joints. Kan’s research has implications for assistive robotics, human-robot interaction, and rehabilitation devices, where safe, adaptable motion is critical. Her achievements include advancing the understanding of spring-based spine mechanics in cable-driven systems, laying groundwork for more lifelike robotic necks. With her focus on bio-inspired design and mechanism synthesis, Kan contributes to the growing field of soft and flexible robotics, inspiring future work in human-like robotic motion and medical applications.