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New method is continued for a spacecraft and analyzer, with a multiplier by application

机译:航天器和分析仪的新方法仍在继续,并通过应用乘数

摘要

1,059,807. Photo-electric direction finders. BENDIX CORPORATION. July 22, 1965 [July 29, 1964], No. 31281/65. Heading H4D. [Also in Division H1] In a method of controlling the attitude of a space vehicle relative to a light source, e.g. a star or planet, an image of the light source is projected on to the photo-cathode of an image dissector tube, to produce a stream of photoelectrons which is focused and deflected over an aperture, so that electrons from a small area of the photo-cathode pass through this aperture, and through an electron multiplier tube, to a collector electrode. The output signal is combined with reference output data from one or both of the horizontal and vertical deflection systems to generate an error signal representative of the angular position of the vehicle relative to the light source. The error signal may be used to maintain one axis of the vehicle in a desired attitude relative to a fixed light source, or may be fed to servomotors which position gimbals to point the optical axis of a tracker to a light source. -
机译:1,059,807。光电测向仪。本迪克斯公司。 1965年7月22日[1964年7月29日],编号31281/65。标题H4D。 [也在H1分区中]一种控制航天器相对于光源的姿态的方法,例如相对于光源。一颗恒星或行星,将光源的图像投射到图像分解器管的光阴极上,以产生光电子流,该光电子流在孔径上聚焦并偏转,从而使来自光子小区域的电子-阴极穿过该孔,并通过电子倍增管到达集电极。该输出信号与来自水平和垂直偏转系统之一或两者的参考输出数据组合,以产生代表车辆相对于光源的角位置的误差信号。误差信号可以用于将车辆的一个轴相对于固定光源保持在所需的姿态,或者可以馈送到定位万向架以将跟踪器的光轴指向光源的伺服电机。 --

著录项

  • 公开/公告号FR1455258A

    专利类型

  • 公开/公告日1966-04-01

    原文格式PDF

  • 申请/专利权人

    申请/专利号FR26295A

  • 发明设计人

    申请日1965-07-28

  • 分类号

  • 国家 FR

  • 入库时间 2022-08-23 14:48:57

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