To enable positioning measurement in a global fixed coordinate system of a flying object flying in outer space toward the moon or a planet from the earth, or in the vicinity of the moon or the planet.SOLUTION: A flying object 500 flies in outer space toward the moon or a planet from the earth, or in the vicinity of the moon or the planet. The flying object 500 includes a highly accurate watch, a positioning signal receiving device and a positioning signal transmitting device. The flying object 500 simultaneously receives a positioning signal 21 transmitted from a stationary satellite 200 and a positioning signal 21 transmitted from a quasi-zenith satellite 300, from three units of the stationary satellites 200 or the quasi-zenith satellites 300, and measures a position coordinate in the global fixed coordinate system.SELECTED DRAWING: Figure 8

    【課題】地球から月または惑星に向かう宇宙空間ないし月または惑星の近傍を飛翔する飛翔体の地球固定座標系における位置計測を可能とすることを目的とする。【解決手段】飛翔体500は、地球から月または惑星に向かう宇宙空間ないし月または惑星の近傍を飛翔する。飛翔体500は、高精度時計と測位信号受信装置と測位信号送信装置を具備する。飛翔体500は、静止衛星200から送信される測位信号21と、準天頂衛星300から送信される測位信号21とを、同時に3機の静止衛星200ないし準天頂衛星300から受信して、地球固定座標系における位置座標を計測する。【選択図】図8


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    Title :

    POSITIONING METHOD, MOON POSITIONING SYSTEM, AND POSITIONING SATELLITE


    Additional title:

    測位方法、月測位システム、および、測位衛星


    Contributors:

    Publication date :

    2024-07-17


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Japanese


    Classification :

    IPC:    B64G Raumfahrt , COSMONAUTICS



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