초록 열기/닫기 버튼

Currently, 6-axis articulated robots are used throughout the industry because of their 6-dof (degrees offreedom) and usability. However, 6-axis articulated robots have a fixed base and their movements are limitedby the rotational operating range of each axis. If the angle of the 2-axis additional axes can be adjustedaccording to the position and orientation of the end-effector of the 6-axis articulated robot, the effectivenessof the 6-axis articulated robot can be further increased in areas where the angle is important, such aswelding. Therefore, in this paper, we proposed a cooperative kinematic inter-operation strategy. The strategywill be verified using the Simulink of MATLABⓇ, an engineering program, and RecurdynⓇ, a dynamicsimulation program.