Method of compliance control of a manipulator

Electricity: motive power systems – Motor-reversing – Armature or primary circuit control

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395 86, 31856818, 36447436, 901 45, G05B 1918, B25J 918

Patent

active

052069303

ABSTRACT:
A method of compliance control of an industrial manipulator having a high position rigidity is achieved by integrating the motion equation to obtain a position displaced by a detected external force, calculating the trajectory of a position in a joint coordinate system with inverse kinematics, differentiating the calculated trajectory to obtain the trajectories of velocity and acceleration, and performing position control using these latter trajectories. The result is allowance of the compliance to be specified in any desired Cartesian coordinate system in the form of second-order perturbations including stiffness and damping. Moreover, the specified compliance can be realized with separation of the compliance specifications from the system feedback gain.

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H. Kazerooni, "Automated Roboting Deburring Using Electronic Compliancy"; Impedence Control; Proc. 1987 IEEE International Conference on Robotics and Automation, pp. 1025-1032.
H. West, et al, "A Method for the Design of Hybrid Position/Force Controllers for Manipulators Constrained by Contact with the Environment"; Proc. 1985 International Conference on Robotics and Automation, pp. 251-259.
H. Tolle, "Die Roboterhand bekommt Gefuhl"; Electrotechnike, vol. 69 No. 5, Mar. 1987, pp. 16-28.

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