基于动能的膝关节假体

A. Rivas-Rodríguez
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引用次数: 0

摘要

对假体发展的需求可以追溯到许多年前,但直到最近几年,材料、控制和自动化技术才可用,以获得模仿被替换的真实部分的功能和性能的假体。假肢的发展,涉及到需要融合人体生理学和生物力学知识,加工材料。目前有各种类型的假肢,以适应需要它们的人的需要。仿生学的最新进展使得开发更高效的假肢成为可能,但成本很高。为了取得成功,除了易于使用之外,还有一些限制和挑战需要克服,对于资源匮乏的人来说,他们只想能够行走和独立,为此目的,它旨在设计和制造一种支持人行走的假肢,成本低,资源匮乏的人可以获得它。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Prótesis para rodilla basada en Energía Cinética
The need for prosthesis development dates back many years, but only in the last few years has material, control and automation technology been available to obtain prostheses that imitate the function and performance of the real part that is replaced. The development of prosthesis, involves the need to merge knowledge of human physiology and biomechanics, machining of materials. Currently there are various types of prostheses that are adapted to the needs of people who require them. Recent advances in bionics have made possible the development of more efficient prostheses, but at a high cost. There are limitations and challenges to be overcome in order to be successful, in addition to being accessible, for people with low resources, who only want to be able to walk and be independent, for which purpose it is intended to design and manufacture a prosthesis that supports walking to a person, with a low cost and that the people of low resources can acquire i.
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