测量宇航员体重的仪器

Y. Fujii, A. Takita, Koichi Wakata, W. Thornton, K. Shimada
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摘要

为了获得具有足够精度的轻量化仪器,提出了一种身体质量测量装置(BMMD)的空间尺度设计。该仪器的主要特点是使用一根蹦极绳,在测量过程中产生适度但稳定的力和非常大的位移。它的主要特点是结构简单。第二种是受试者姿势变化的最小影响,即受试者宇航员密度分布的变化。综述了空间尺度的现状和未来展望,包括飞机抛物线飞行实验和国际空间站的实验结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Instrument for measuring astronaut body mass
Space Scale, a design of the body mass measurement device (BMMD), was proposed to obtain a lightweight instrument with sufficient accuracy. The main feature of the proposed instrument is the use of a bungee cord that generates a moderate but steady force and a very large displacement during the measurement. Its prime feature is the simple structure of the instrument. The second is a minimal effect from change in subject posture, i.e. the change in density distribution of the subject astronaut. The present status and the future prospects of the Space Scale, including the results of the experiments using the airplane (parabolic flight experiment) and the International Space Station (ISS), are reviewed.
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