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Experimental test-bench development using force control with industrial robots for the analysis of the mechanical response in car seats

Valera, Angel; Benimeli, F.; Solaz, Jose; de Rosario, H.; Robertsson, Anders LU ; Nilsson, Klas LU ; Zotovic, R. and Mellado, M. (2008) 8th Portuguese Conference on Automatic Control p.777-783
Abstract
Modern safe and high-quality products not only need to have desired properties in terms of geometry, material, features, etc. from a position-interaction point of view. Also compliance, deflection, impact and safety features depending on force-interacting properties are of (increasing) importance. As a key such example, the mechanical response of car seats has been studied, including the contact force between humans and the seat. The question is if or how the usage of the product can be simulated by using a dummy in combination with a robot that accomplishes realistic movements including the forces acting on the product. Since robots today are not designed for such force-interaction schemes, the topic involves the extension of robot... (More)
Modern safe and high-quality products not only need to have desired properties in terms of geometry, material, features, etc. from a position-interaction point of view. Also compliance, deflection, impact and safety features depending on force-interacting properties are of (increasing) importance. As a key such example, the mechanical response of car seats has been studied, including the contact force between humans and the seat. The question is if or how the usage of the product can be simulated by using a dummy in combination with a robot that accomplishes realistic movements including the forces acting on the product. Since robots today are not designed for such force-interaction schemes, the topic involves the extension of robot controllers for force control.



The developed platform, including novel force control strategies and tools, includes an industrial robot system that was extended by sensors and interfaces for force/torque and vision feedback. To improve usability and programmability, ActiveX controls and testing application were developed. The experimental results show good performance for testing of the studied product, indicating a wider applicability of robots for product testing. (Less)
Please use this url to cite or link to this publication:
author
organization
publishing date
type
Contribution to conference
publication status
published
subject
keywords
human movement simulation, control applications, Force control, impedance control, computer control systems, robot control
pages
777 - 783
conference name
8th Portuguese Conference on Automatic Control
language
English
LU publication?
yes
id
f877ae88-f0c0-498f-b923-a2322345fcfe (old id 1444268)
date added to LUP
2009-07-15 14:24:27
date last changed
2016-04-16 11:25:21
@misc{f877ae88-f0c0-498f-b923-a2322345fcfe,
  abstract     = {Modern safe and high-quality products not only need to have desired properties in terms of geometry, material, features, etc. from a position-interaction point of view. Also compliance, deflection, impact and safety features depending on force-interacting properties are of (increasing) importance. As a key such example, the mechanical response of car seats has been studied, including the contact force between humans and the seat. The question is if or how the usage of the product can be simulated by using a dummy in combination with a robot that accomplishes realistic movements including the forces acting on the product. Since robots today are not designed for such force-interaction schemes, the topic involves the extension of robot controllers for force control.<br/><br>
<br/><br>
The developed platform, including novel force control strategies and tools, includes an industrial robot system that was extended by sensors and interfaces for force/torque and vision feedback. To improve usability and programmability, ActiveX controls and testing application were developed. The experimental results show good performance for testing of the studied product, indicating a wider applicability of robots for product testing.},
  author       = {Valera, Angel and Benimeli, F. and Solaz, Jose and de Rosario, H. and Robertsson, Anders and Nilsson, Klas and Zotovic, R. and Mellado, M.},
  keyword      = {human movement simulation,control applications,Force control,impedance control,computer control systems,robot control},
  language     = {eng},
  pages        = {777--783},
  title        = {Experimental test-bench development using force control with industrial robots for the analysis of the mechanical response in car seats},
  year         = {2008},
}