首页> 外国专利> ATTITUDE CONTROL DATA GENERATION METHOD AT ATTITUDE MANEUVERING FOR FLEXIBLE STRUCTURE OBJECT AND ATTITUDE CONTROL DEVICE APPLIED WITH THE METHOD

ATTITUDE CONTROL DATA GENERATION METHOD AT ATTITUDE MANEUVERING FOR FLEXIBLE STRUCTURE OBJECT AND ATTITUDE CONTROL DEVICE APPLIED WITH THE METHOD

机译:柔性结构物体姿态操纵的姿态控制数据生成方法及应用该方法的姿态控制装置

摘要

PPROBLEM TO BE SOLVED: To provide an attitude control device capable of effectively suppressing vibration even if the attitude maneuvering of a flexible structure having a large number of flexible modes is performed and shortening a required time for the attitude maneuvering. PSOLUTION: The attitude control device 40 feeds control signals SBRW/SB, SBCMG/SBto a reaction wheel (RW) of a flexible fluctuation body 50 for an artificial satellite and a control moment gyro (CMG) to attitude-control a body of the artificial satellite. A control target amount profile generation part 6 at attitude maneuvering provided on an attitude induction part 20 of an attitude control circuit 30 obtains a characteristic obtained by calculating the variation of the angular acceleration of the artificial satellite capable of accomplishing attitude maneuvering in the shortest route according to an Euler axis determined before executing the attitude maneuvering based on presumption values of angular velocity SBB/SB, an angle SBB/SBfrom an attitude presumption unit 4. During attitude maneuvering, a control target amount of such a characteristic is generated and fully given to the attitude induction part 20 for executing attitude induction regulation by the control moment gyro and a reaction wheel control part 5 for forming a PID control loop. PCOPYRIGHT: (C)2008,JPO&INPIT
机译:

要解决的问题:提供一种姿态控制装置,该姿态控制装置即使执行具有大量柔性模式的柔性结构的姿态操纵也能够有效地抑制振动,并且能够缩短姿态操纵所需的时间。

解决方案:姿态控制装置40将控制信号 RW CMG 馈送到用于人造卫星的柔性起伏体50的反作用轮(RW)和控制装置。矩陀螺仪(CMG)来控制人造卫星的姿态。姿态控制电路30的姿态诱导部20上所提供的姿态操纵的控制目标量分布生成部6获得通过计算能够在最短路径上完成姿态操纵的人造卫星的角加速度的变化而获得的特性。角速度 B 的推定值,即距姿态推定单元4的角度 B 的推定值,确定在执行姿态操纵之前确定的欧拉轴。这样的特性的量被产生并完全提供给用于通过控制力矩陀螺执行姿态感应调节的姿态感应部20和用于形成PID控制回路的反作用轮控制部5。

版权:(C)2008,日本特许厅&INPIT

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