Performance Analysis of a Gripper for Microsatellite Berthing

Alexander Titov, Matteo Russo, Marco Ceccarelli
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Abstract

In this paper, the grasping operation of CubeSat microsatellites is analyzed with a topological study of grasping strategies as functions of CubeSat geometry. Grasping conditions and limitations are introduced for the square-profiled bodies of CubeSats of 1U and 12U sizes. A topology search defines fingertips form and configurations to fulfill requirements, and operational limitations are presented in terms of geometry and dynamic parameters. The grasping performance then is analyzed in the side grasp and corner grasp cases and validated with a numerical case study.
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用于微型卫星停泊的机械手性能分析
本文通过对作为立方体卫星几何函数的抓取策略的拓扑研究,分析了立方体微型卫星的抓取操作。针对 1U 和 12U 大小的立方体卫星的方形轮廓体,介绍了抓取条件和限制。拓扑搜索定义了满足要求的指尖形式和配置,并从几何和动态参数方面介绍了操作限制。然后分析了侧抓和角抓情况下的抓取性能,并通过数值案例研究进行了验证。
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