Response Improvement of Hydraulic Robotic Joints via a Force Servo and Inverted Pendulum Demo

Ryo Arai; Satoru Sakai; Kazuki Ono

IROS 2024poster1 citations

Response Improvement of Hydraulic Robotic Joints via a Force Servo and Inverted Pendulum Demo

Abstract

In this paper, a force servo for hydraulic robot joints is designed and applied to an inverted pendulum demo. First, the nonlinear nominal model of the hydraulic cylinder is reviewed, and the nominal integrator is introduced. Second, through a partial fusion of our modeling and control techniques, a force servo is designed based on a modification of the nominal integrator as an intermediate stage. Finally, against the non-short hydraulic pipes (1.9 m), the response is improved by the designed force servo in the presence of rotational motion effects.

BibTeX

@inproceedings{iros2024_responseimprovem,
  title = {Response Improvement of Hydraulic Robotic Joints via a Force Servo and Inverted Pendulum Demo},
  author = {Ryo Arai and Satoru Sakai and Kazuki Ono},
  booktitle = {IROS 2024},
  year = {2024}
}