Affiliation:
1. Production Engineering Center SAMSUNG Electronics Co. Ltd. Suwon, Korea
2. Laboratory for Control Systems and Automation Department of Production Engineering Korea Advanced Institute of Science and Technology Chongryang P.O. Box 150 Seoul, Korea
Abstract
A robotic manipulator constructed with a series of links connected by joints has coupled, configuration-variant, and nonlinear dynamic characteristics. There have been several approaches to design conditions to simplify these complex dynamic characteristics. In this article, we examine the en ergy equation of the robot system and derive general condi tions on the link parameters simplifying the energy equation. These conditions are basic conditions by which the physical meaning of the previously proposed design conditions can be interpreted. As a result, we can understand clearly the physi cal meaning of the robot design conditions and easily obtain the design conditions. With these general conditions, the limitations of the link design in simplifying the robot dy namics are analyzed. Finally, we redesign the PUMA robot as an example and obtain a very simplified robot dynamic equation.
Subject
Applied Mathematics,Artificial Intelligence,Electrical and Electronic Engineering,Mechanical Engineering,Modelling and Simulation,Software
Cited by
11 articles.
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