Design and control of the Six-DOF robotic manipulator

Ruohan He, Yinrou Wang, Tingyi Li
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Abstract

This paper presents the building process and simulation of a robotic manipulator. Robotic manipulators are used in various scenarios, such as industry and agriculture. It would be of particular interest to learn how to systematically design and control a manipulator to follow a planned trajectory. Hence, a CAD model is developed in this paper. There is a rough finite element analysis for two cases in this study, which could easily find out how the product reacts to real-world forces and vibration. In order to solve real-world problems safely and effectively, this effort intends to build the mechanical design of the manipulator by SOLIDWORKS and simulate trajectory tracking capability using MATLAB.
六自由度机器人机械手的设计与控制
本文介绍了机器人机械手的构建过程和仿真。机器人机械手被广泛应用于工业和农业等领域。学习如何系统地设计和控制机械手,使其按照规划的轨迹运行,是一件特别有意义的事情。因此,本文开发了一个 CAD 模型。本研究对两个案例进行了粗略的有限元分析,可以很容易地找出产品对实际力和振动的反应。为了安全有效地解决实际问题,本文打算利用 SOLIDWORKS 建立机械手的机械设计,并利用 MATLAB 模拟轨迹跟踪能力。
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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