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Modular multi‑motor exercise system for space exploration

机译:用于太空探索的模块化多运动锻炼系统

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The goal of this project is to develop new technology that will support crew health and performance during long durationspace missions. While there are current methods for maintaining fitness aboard the International Space Station,the results are not ideal; muscle mass and bone density continue to degrade, and there is still room for improvement.Moreover, new exploration missions need to maximize the use of the equipment due to storage limitations. A system thatcan be used for multiple purposes such as for providing multiple strength training exercises, as well as, providing aerobicexercises while using the same workout space is desirable. This project aims to address these challenges by introducinga modular system that will bring versatility, scalability, and robustness, by using mountable and reconfigurable modulesto maximize the number of exercises that can be performed. In this paper we present the development of a ModularMulti-Motor Exercise System concept based on Magneto-Rheological fluid-based modules.
机译:该项目的目标是开发新技术,以长期支持船员的健康和表现太空任务。尽管目前有一些方法可以在国际空间站上保持身体健康,结果不理想;肌肉质量和骨密度继续下降,并且仍有改善的空间。此外,由于存储限制,新的勘探任务需要最大限度地利用设备。一个系统可以用于多种用途,例如提供多种力量训练,以及提供有氧运动使用相同的锻炼空间进行锻炼是可取的。该项目旨在通过介绍解决这些挑战通过使用可安装和可重新配置的模块将带来多功能性,可伸缩性和鲁棒性的模块化系统以最大程度地执行锻炼。在本文中,我们介绍了模块化的发展基于基于磁流变流体的模块的多运动系统概念。

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