Authors: S M Safavi H R Hoshyarmanesh S S Mirian R Khandan
Publish Date: 2009/05/06
Volume: 45, Issue: 11-12, Pages: 1179-
Abstract
In this research the design and function of “DAP” a 3DOF ‘RRP’ rotational/prismatic dualacting pickandplacepainting robot are first briefly presented and along with its kinematic and dynamic analysis is studied to eliminate the man presence in industrially polluted environment such as coating processes The main function of this robot is coating epoxy powder on “Hawle” gate valves at temperatures up to 200°C Then the movement and control simulation trend for maneuvering in optimization path are described by nonlinear inverse dynamic and adaptiverobust controllers as modern control methods regarding to angle and torque feedback systems in industrial robots Comparison of these control approaches is considered in relation to uncertainties The results obtained from this research could greatly satisfy the need for overcoming uncertainties in such combined industrial processes
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