%0 Conference Paper %1 Est2010 %A Estevez, P. %A Khan, S. %A Lambert, P. %A PortaI, M. %A Polat, I. %A Scherer, C. %A Ticheman, M. %A Staufer, U. %A Langen, H. H. %A Schmidt, R. Munnig %B in: Ratchev S. (eds) Precision Assembly Technologies and Systems. IPAS 2010. IFIP Advances in Information and Communication Technology, vol. 315 Springer %D 2010 %K EXC310 %P 13-20 %T A Haptic Tele-operated System for Microassembly %U https://link.springer.com/chapter/10.1007/978-3-642-11598-1_2 %V 315 %X A tele-haptic system for microassembly applications is currently being developed at the Delft University of Technology, with the goal of achieving superior performance by providing enhanced feedback to the human operator. Assembly of a micro-harmonic drive is used as a benchmark to fully evaluate the proposed tele-haptic system by investigating the control strategies and the individual subsystems: master device, microgrippers and slave system. The master device will be comprised of a parallel robot with a built-in gripper. The slave system and end effector are focused on providing efficient and effective force feedback of the interactions on the microenvironment to the human operator, in addition to detecting position and orientation of the object being grasped. Novel control strategies are also investigated to allow the transmission of high frequency transients to the operator, carrying information from hard contact interactions between the microgripper and the part to be assembled.

@inproceedings{Est2010, abstract = {A tele-haptic system for microassembly applications is currently being developed at the Delft University of Technology, with the goal of achieving superior performance by providing enhanced feedback to the human operator. Assembly of a micro-harmonic drive is used as a benchmark to fully evaluate the proposed tele-haptic system by investigating the control strategies and the individual subsystems: master device, microgrippers and slave system. The master device will be comprised of a parallel robot with a built-in gripper. The slave system and end effector are focused on providing efficient and effective force feedback of the interactions on the microenvironment to the human operator, in addition to detecting position and orientation of the object being grasped. Novel control strategies are also investigated to allow the transmission of high frequency transients to the operator, carrying information from hard contact interactions between the microgripper and the part to be assembled.}, added-at = {2024-03-12T10:23:53.000+0100}, author = {Estevez, P. and Khan, S. and Lambert, P. and PortaI, M. and Polat, I. and Scherer, C. and Ticheman, M. and Staufer, U. and Langen, H. H. and Schmidt, R. Munnig}, biburl = {https://puma.ub.uni-stuttgart.de/bibtex/2c8899810c5ecfe406883d9e676c5eb5a/mst}, booktitle = {in: Ratchev S. (eds) Precision Assembly Technologies and Systems. IPAS 2010. IFIP Advances in Information and Communication Technology, vol. 315 Springer}, interhash = {514e9af8a8d82c78b754fa5b9bb217b3}, intrahash = {c8899810c5ecfe406883d9e676c5eb5a}, keywords = {EXC310}, owner = {mst04}, pages = {13-20}, timestamp = {2024-03-12T10:23:53.000+0100}, title = {{A} {H}aptic {T}ele-operated {S}ystem for {M}icroassembly}, url = {https://link.springer.com/chapter/10.1007/978-3-642-11598-1_2}, volume = 315, year = 2010 }