首页> 外文会议>IEEE International Conference on Robotics and Biomimetics >Fundamental study on evaluation of KEIROKA(fatigue-reduction) technology in using UD shovel for removing snow by Musculo-Skeletal Dynamics Simulator
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Fundamental study on evaluation of KEIROKA(fatigue-reduction) technology in using UD shovel for removing snow by Musculo-Skeletal Dynamics Simulator

机译:用UD铲除摩托车铲除摩托车铲除雪花(疲劳)技术评价的根本研究

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Our purpose in this study is to achieve an independent life and a social involvement for the elderly using KEIROKA (fatigue-reduction) Technology which makes it possible to improve the quality of chores and occupations by removing excessive strain and tiredness. Along the way, various assistant technologies for work and task supports have been suggested. However, they are used for evaluation of short-term effects and their design and assessment in a long-term standpoint are not performed. Therefore, final purpose in this research is to examine the possibility to evaluate KEIROKA(fatigue-reduction) Technology using Musculo-Skeletal Dynamics Simulator. So, experiments were performed to measure movements of subject using a conventional shovel with straight-line hilt and a UD shovel with flexural hilt by using three-dimensional motion analysis system and analyzed the physical strain caused by differences of shovels using Musculo-Skeletal Dynamics Simulator.
机译:我们本研究的目的是实现独立的生活和对老年人(疲劳减少)技术的社交参与,这使得通过去除过度的应变和疲劳,可以提高琐事和职业的质量。 沿途,已经提出了各种工作和任务支持的助理技术。 然而,它们用于评估短期效应及其在长期立场中的设计和评估。 因此,本研究的最终目的是检查使用Musculo-Skeletal Dynamics模拟器评估Keiroka(疲劳还原)技术的可能性。 因此,通过使用三维运动分析系统,使用用直线刀柄和带有弯曲剑柄的直线刀柄和UD挖掘机的常规挖掘机来测量对象的运动,并使用Muscul-skeletal动力学模拟器分析由铲子差异引起的物理菌株 。

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