Development of the Chinese Intelligent Space Robotic System

X. H. Gao, M. Jin, Zongwu Xie, Li Jiang, F. Ni, S. Shi, R. Wei, H. Cai
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引用次数: 10

Abstract

This paper gives an overview of the Chinese intelligent space robotic system. The system consists of a 6 DOF robot arm, a large-error tolerated gripper with two stereo cameras and onboard computer. The robot arm is composed of six identical modular joints, a big central hole in the modular joint was designed for the placement of the cables and plugs in the robot arm, which prevented them from damage of high temperature, radiation in the space environment and the motion of the robot. Joint torque sensor, joint position sensor and temperature sensors etc.., were integrated into the fully modular multi-sensory joint, which made the joint more intelligent. Also, a large-error tolerated gripper with two stereo cameras has been also designed to capture a microtarget satellite (MTS). A fault-tolerant onboard computer (OBC) with dual processing modules has been developed for the robot control. A zero gravity experimental system was developed to verify the functions of the robot arm under zero gravity environment
中国智能空间机器人系统的发展
本文介绍了我国智能空间机器人系统的发展概况。该系统由一个6自由度机械臂、一个带有两个立体摄像头和机载计算机的大误差容忍抓取器组成。机器人手臂由6个相同的模块化关节组成,在模块化关节的中心设计了一个大孔,用于放置机器人手臂上的电缆和插头,防止它们受到高温、空间环境辐射和机器人运动的破坏。关节扭矩传感器、关节位置传感器和温度传感器等。,集成到全模块化的多感官关节中,使关节更加智能。同时,一个带有两个立体摄像机的大误差容忍夹持器也被设计用于捕获微目标卫星(MTS)。开发了一种双处理模块的容错板载计算机(OBC),用于机器人控制。为验证机械臂在零重力环境下的功能,研制了零重力实验系统
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