Lunar Surface Suit Telemetry and Voice Communications

D. Hickman
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Abstract

When an extra-vehicular suited astronaut steps onto the hostile environment of the lunar surface, he is essentially operating in his own personal spacecraft - the extra-vehicular suit system. The primary function of this system is of course, life support, but at least secondary in importance is the communications link with the lunar spacecraft and earth. Another function supplied by the system is suit telemetry to safeguard the astronaut's well being, as observed by monitors on earth. This includes the transmission of physiological data as well as suit environmental and performance data. The latter includes such things as suit pressure and the amount of oxygen remaining in the suit system. This paper describes the two functions of voice communications and suit telemetry. It includes functional requirements of the communication system which encompass range, relay links, and redundant modes. Design considerations are also briefly covered including past development work leading to the present prototype system. The paper also describes some of the hardware implementation problems including suit antenna considerations.
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月球表面宇航服遥测和语音通信
当一名穿着舱外宇航服的宇航员踏上月球表面的恶劣环境时,他实际上是在自己的个人航天器——舱外宇航服系统中操作。这个系统的主要功能当然是维持生命,但至少次要的是与月球航天器和地球的通信联系。该系统提供的另一项功能是宇航服遥测,以保障宇航员的健康,正如地球上的监视器所观察到的那样。这包括生理数据的传输,以及适合的环境和性能数据。后者包括宇航服压力和宇航服系统中剩余的氧气量。本文介绍了语音通信和西服遥测两种功能。它包括通信系统的功能需求,包括范围、中继链路和冗余模式。设计方面的考虑也简要介绍,包括过去的开发工作导致目前的原型系统。文中还介绍了一些硬件实现问题,包括套装天线的考虑。
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