Publication detail
Control and synchronization drive unit of leg of walking robot
HOUŠKA, P. BŘEZINA, T. SINGULE, V.
English title
Control and synchronization drive unit of leg of walking robot
Type
conference paper
Language
en
Original abstract
The contribution explores several approaches in control and synchronization of leg drives. It further deals with the selection of suitable trajectory for the movement of leg end point. Kinematics of walking robot leg movement is essentially influenced by used drive units and its control. The speed of leg endpoint relocation and amount of energy consumed in particular movements depends mainly on the drive control. Leg control is proposed in such way that the leg can be considered as independent mechatronic system
English abstract
The contribution explores several approaches in control and synchronization of leg drives. It further deals with the selection of suitable trajectory for the movement of leg end point. Kinematics of walking robot leg movement is essentially influenced by used drive units and its control. The speed of leg endpoint relocation and amount of energy consumed in particular movements depends mainly on the drive control. Leg control is proposed in such way that the leg can be considered as independent mechatronic system
Keywords in English
mechatronics, walking robots, pantographic leg, control system, tactile sensors
RIV year
2003
Released
24.03.2003
Publisher
Institute of Mechanics of Solids Faculty of Mechanical Engineering Brno University of Technologi
Location
Brno
ISBN
80-214-2312-9
Book
Mechtronics, Robotics and Biomechanics 2003
Edition number
1
Pages count
2
BIBTEX
@inproceedings{BUT7188,
author="Pavel {Houška} and Tomáš {Březina} and Vladislav {Singule},
title="Control and synchronization drive unit of leg of walking robot",
booktitle="Mechtronics, Robotics and Biomechanics 2003",
year="2003",
month="March",
publisher="Institute of Mechanics of Solids
Faculty of Mechanical Engineering
Brno University of Technologi",
address="Brno",
isbn="80-214-2312-9"
}