LIN Yi-zhong, HUANG Bing-peng, LI Sheng, et al. Design and simulation of intelligent collision sensor for robot[J]. 2017, 36(10): 70-72+76. DOI: 10.13873/J.1000-9787(2017)10-0070-03.
In order to improve safety protection performance of robot hand when the collision happens
at the moment of the touch can achieve emergency stop
to ensure the safety of equipment and personnel
design an electromagnetic servo type high sensitivity impact sensor with inertial measurement
mainly uses the " inertia perception + electromagnetic servo" mode
dynamically eliminate inertial force components
which make collision sensor only responses to the collision force
improve the touch sensitivity of robot hand. Calculation result shows that the collision force is reduced from 24. 73 N to 12. 88 N;compared to traditional collision sensor
its sensitivity is greatly improved. Further improve the safety protection performance of the robot
and has a certain theoretical value and engineering application value.
A failure-to-safety robot system for human-robot coexistence [J] . Yoji Yamada,Kazutsugu Suita,Koji Imai,Hiroyasu Ikeda,Noboru Sugimoto. Robotics and Autonomous Systems . 1996 (1)