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据1985年度《电子通信学会综合全国大会讲演论文集》报导,日立制作所宇宙开发本部和机械研究所共同开发了一种安装在自旋稳定卫星上的消旋平台,其特点是:(1)不是靠轴承等旋转机构传动而是采用直接传动方式使平台高速旋转并实现系统高可靠性;(2)不是采用滑环等方式而是采用无接触方式在消旋平台和卫星间进行信号传输和电力输送;(3)构架采用碳纤维加固材料,不仅重量轻而且刚性强;(4)方位角、仰角采用两轴控制,因此消旋平台上的仪器可
According to the 1985 “Proceedings Proceedings of the National Institute of Electronics and Communications”, Hitachi’s Cosmic Development Division and the Machinery Research Institute jointly developed a racemization platform that is installed on a spin-stable satellite and is characterized by: (1) Instead of using a rotating mechanism such as a bearing to drive, a direct drive mode is adopted to rotate the platform at a high speed and achieve high system reliability. (2) Instead of using a slip ring and the like, a contactless method is used for signal transmission between a raceway platform and a satellite Power transmission; (3) the framework of carbon fiber reinforced materials, not only light weight and strong rigidity; (4) azimuth, elevation using two-axis control, so the instrument on the raceway platform