冯毅, 文安, 刘宇. 2014: 科技进步在残疾人竞技运动中的作用——以膝下截肢短跑运动为例. 体育科学, 34(11): 67-73. DOI: 10.16469/j.css.2014.11.008
    引用本文: 冯毅, 文安, 刘宇. 2014: 科技进步在残疾人竞技运动中的作用——以膝下截肢短跑运动为例. 体育科学, 34(11): 67-73. DOI: 10.16469/j.css.2014.11.008
    FENG Yi, WEN An, LIU Yu. 2014: Influence of Technology Advancement on Disabled Sports——Taking Transtibial Amputee Sprinting as an Example. China Sport Science, 34(11): 67-73. DOI: 10.16469/j.css.2014.11.008
    Citation: FENG Yi, WEN An, LIU Yu. 2014: Influence of Technology Advancement on Disabled Sports——Taking Transtibial Amputee Sprinting as an Example. China Sport Science, 34(11): 67-73. DOI: 10.16469/j.css.2014.11.008

    科技进步在残疾人竞技运动中的作用——以膝下截肢短跑运动为例

    Influence of Technology Advancement on Disabled Sports——Taking Transtibial Amputee Sprinting as an Example

    • 摘要: 膝下截肢残疾人短跑运动经过近40年的发展历程, 运动员所佩戴的小腿假肢经历了由日常假肢向运动型假肢、短跑专用假肢分化和发展的过程, 这同时也是膝下截肢短跑运动不断快速发展的过程。分析了短跑专用假肢的演化历史、碳纤维假肢的性能, 以及膝下截肢短跑运动的发展历史与现状, 探讨假肢技术的进步对于膝下截肢短跑运动员成绩提高所起的重要作用;并对膝下截肢短跑运动和假肢技术的发展前景进行展望, 以此为例, 阐述科技进步在残疾人竞技运动中的重要作用。

       

      Abstract: The prosthetic legs that transtibial amputees wore in sprinting underwent a history from customary prostheses, sport prostheses to sprint prostheses.Today, sprint prostheses are all made of carbon fibre and are increasing transtibial amputees' performance in sprinting.In this article, mechanical properties of carbon fibre prostheses, evolution of sprinting prosthesis and development of transtibial amputee sprinting events are discussed, and we forecast the performance in transtibial amputees' sprinting in the future.This will exemplify the key influence of technology advancement on the development of disabled sports.

       

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