Design of a Prosthetic Ankle Complex

Dheeman Bhuyan, Kaushik Kumar
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Abstract

Nature has, over a large span of geological time, engineered near perfect solutions to most problems humans face today. Motion of the limbs is one such area, and the cutting edge in the development of effective prostheses is biomimetics. Limb prostheses have been used by mankind for the better part of known history, and most of the technology currently available in prosthetics is not exclusively new. However, modern prosthetics either are uncomfortable—and the lack of flexion affects the gait of the patient—or too expensive for a large segment of the populace. This chapter seeks to study the mimicry of physiological systems through the design for an ankle prosthesis that includes a passive damper and mimics the shape and behavior of the natural ankle joint.
一种踝关节复合假肢的设计
在漫长的地质年代里,大自然为人类今天面临的大多数问题设计了近乎完美的解决方案。肢体的运动就是这样一个领域,而开发有效假肢的前沿是仿生学。在已知的历史中,假肢已经被人类使用了很长一段时间,目前在假肢中可用的大多数技术并不完全是新的。然而,现代义肢要么不舒服——而且缺乏屈曲性会影响病人的步态——要么对大部分人来说太贵。本章试图通过设计一个踝关节假体来研究生理系统的模仿,该假体包括一个被动阻尼器,并模仿自然踝关节的形状和行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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