基于欠驱动夹持器的爬塔机器人研究

Zhou Qing, Zhou Xiao-long, Lin Yong-bing, Zhou Ting, Li Xin-ping, Xu Wen-fu
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引用次数: 0

摘要

爬塔机器人的设计主要由结构和控制系统两部分组成。机械结构由两个欠驱动夹持器和一个直线运动体组成。根据塔身环境,设计了夹持器的结构。在进一步分析爬升夹爪受力的基础上,对结构进行优化,研制了基于欠驱动式爬升夹爪的爬升夹爪。控制系统包括控制箱和机器人本体,两者通过WIFI通信。最后在塔架条件下进行了试验。实验结果表明,样机设计原理合理,夹持器结构可行,控制系统简单,易于操作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of climbing tower robot based on under actuated gripper
The design of climbing tower robot is mainly consisted of two parts, including structure and control system. The mechanical structure is composed of two under actuated gripper and a linear moving body. Based on the tower environment, the structure of gripper is designed. Further analyzing the stress of climbing gripper and optimizing the structure, the climbing gripper based on under actuated gripper is developed. The control system includes a control box and the robot body, the two communicate via WIFI. Finally the testing is doing in the condition of tower. The experimental results show that the design principle of the prototype is reasonable, and the structure of gripper is feasible and the control system is simple and easy to operate.
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