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MANIPULATION

Study on Propeller Grinding Applied by a High Stiffness Robot

M.K. Lee, B.O. Park, K.W. Park

Year
1997
Citations
2

Abstract

This paper presents the robot program for propeller grinding. A robot manipulator is constructed by combining a parallel and a serial mechanism to increase high sitffness as well as workspace. The robot program involves inverse/direct kinematics, velocity mapping, Jacobian, and etc. They are cerived in efficient formulations and implemented in a real time control. A velocity control is used to measure the hight of a propeller blade with a touch probe and a position control is performed to grind the surface of the blade.

Keywords

GrindWorkspacePropellerRobotInverse kinematicsKinematicsEngineeringMechanism (biology)GrindingJacobian matrix and determinant

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