Experimental Verification of Force Interactions for Robinhand Prototype Motion Controller

Lukasz Mucha, Krzysztof Lis, Dariusz Krawczyk
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Abstract

In article, the design stages, principle of operation and static tests of the force that is exerted on the operator by the RobinHand motion controller were presented. Besides that, details of such issues as, the developed laboratory stand for testing the force interactions, all concepts and ways of implementing the transfer of tactile stimuli from real devices or virtual reality to the user/surgeon, subsequent variants of the developed devices with the short description of them, the project of the operator-surgeon stand that is based on the assumption that the method of control of this device is compatible with the natural work of the surgeon as well as the project of control console that is used to manipulate the surgical robot were presented.
机械手原型运动控制器力相互作用的实验验证
本文介绍了RobinHand运动控制器的设计阶段、工作原理以及对操作者施加的力的静态测试。除此之外,还详细介绍了以下问题:开发的用于测试力相互作用的试验台,将触觉刺激从真实设备或虚拟现实转移到用户/外科医生的所有概念和实现方法,开发的设备的后续变体及其简短描述,在假设该装置的控制方法与外科医生的自然工作相兼容的基础上,提出了操作者-外科医生站的方案,以及用于操作手术机器人的控制台方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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