Industrial applications of haptic technologies · 2013-12-16 · 10 Conclusion Industrial...
Transcript of Industrial applications of haptic technologies · 2013-12-16 · 10 Conclusion Industrial...
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Industrial applications of haptic technologies
Jerome Perret
© Lockheed Martin Aeronautics © PSA Peugeot Citroën
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Industrial applications – Nuclear
Origin of haptic technology Ray Goertz, Argonne National Lab, USA, 1954
Usage
Tele-Manipulation of radioactive material (“hot cell”)
Tele-Maintenance of equipment in powerplants
Remote-controlled intervention in case of accidents
Dismantling/decommissioning of old facilities
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Industrial applications – Nuclear
© AREVA © AREVA
© AREVA
Market
Customers: Government bodies, public/private power suppliers, service companies
Volume: 20-30 complete systems/year
Value: 10-20 M€/year
Tendency: slow growth
Rate of use (“hot cell”): daily
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Industrial applications – Automotive
Embedded
HMI (e.g. iDrive, productive)
Controls (e.g. Lane Assist, productive)
Engineering/VR
Assembly simulation (productive)
Product ergonomics (development)
Process ergonomics (development)
© Daimler
© BMW
© Daimler
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Market (Engineering/VR)
Customers: OEMs
Volume: 5-10 devices/year
Value: < 1 M€/year
Tendency: stable
Rate of use (assembly simulation): 2-3 times/week
© PSA Peugeot Citroën © PSA Peugeot Citroën
Industrial applications – Automotive
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Industrial applications – Aerospace
Embedded
HMI (e.g. drone stick)
Engineering/VR
Maintenance simulation (productive)
Product ergonomics (development)
Process ergonomics (development)
© BAE Systems © Wittenstein
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Market (Engineering/VR)
Customers: OEMs
Volume: 5-10 devices/year
Value: < 1 M€/year
Tendency: stable
Rate of use (maintenance simulation): 4-5 times/month
© Airbus UK
© EADS © Sikorsky Aircraft
Industrial applications – Aerospace
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Industrial applications – Consumer
Embedded
HMI (e.g. haptic knob/slider, productive)
Engineering/VR
Product ergonomics (development)
Market (Engineering/VR)
Inexistent
© Politecnico di Milano
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Industrial applications – Other
Manufacturing
Assistive robotics (development)
Market
Customers: all manufacturing companies
Volume: 100-1000 units/year
© RB3D
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Conclusion
Industrial applications of haptic technologies
Significant market in non-VR-related applications
VR-related applications still in their infancy
Huge growth potential!
Barriers
Rate of use still too low
Complexity (physics simulation, collision detection, integration with data/software platforms)
Drivers
Return on investment can be achieved quickly
Future trends
“Killer application” might not exist
Probable slow diffusion toward first tier suppliers
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Core business Interactive solutions based on 6D haptics/force-feedback
Founded in 2001
Located in Laval, France
Technology developed by CEA LIST (Research Center for Atomic Energy)
Dassault Systemes CAAV5 partner since 2004
Siemens PLM Partner since 2013
Resellers in
– France, Germany, Russia
– USA, Canada, Brazil
– China, Japan, South Korea
– Australia, Singapore
Office in Germany (Aachen)
Staff: 11
2012 turnover: 1.4 M€ (+22% growth)
Company profile haption
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Hardware products
Virtuose 6D Inca 6D Virtuose 3D Desktop
Able 7D Scale 1 MAT 6D
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Commercial references
Industry
– France: Airbus , Areva, Astrium, Dassault Aviation, EADS IW, PSA Peugeot Citroën, Renault
– Europe: Airbus, BMW, Volkswagen, Daimler (Germany), Airbus (UK), Alstom Transport (Spain), Thales Alenia Space (Italy)
– USA: Boeing, Lockheed Martin, NASA Marshall, Sikorsky, United Space Alliance
– Asia: Mitsubishi Motors, Toyota (Japan), AVIC 132/601/611 (China), ADD (South Korea), ADA (India)
Academic
– France: CEA LIST, CNRS/LIMSI, ENISE, ENIT, INP Grenoble, IRISA, ISIR
– Europe: Univ Hannover, Univ Karlsruhe (Germany), IIT, Politecnico di Milano (Italy), DIFFER (Netherlands)
– USA: Iowa State University, Univ Arkansas, Univ Connecticut
– Asia: Univ Beihang, Univ Shangaï (China), Univ Deakin (Australia), DMI (South Korea)