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Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

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Page 1: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Where innovation starts

Robotics for Medical & Automotive @ TU/e

Maarten Steinbuch

Page 2: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch
Page 3: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch
Page 4: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch
Page 5: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch
Page 6: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch
Page 7: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Haptics

Page 8: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Haptics

Page 9: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

DaVinci surgery robot © Intuitive Surgery Inc.

Page 10: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

IOP-PT

IOP-PT

IOP-MMI

STW

Page 11: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

project part Funding budget [k€]

1. Slave (thorax- and abdomen)

S STW (TU/e) 460

2a Micro-Slave (eye) S IOP PT (TU/e, TNO) 698

2b Haptic Master M

3a Adaptive Haptics h-C IOP- MMI (TU/e) 437

3b Haptics Perception

h-C

4. 3D vision V Tbd 300

Page 12: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Slave layout

Instrument base set-up

Instrument modules

• Initial instrument adjustment

• Instrument manipulator

Instruments and force-feedback

Linda van den Bedem

Page 13: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Instrument base set-up

Page 14: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Instrument base set-up, Zθ-clamp

Page 15: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Where innovation starts

Eye Robot for Haptic Assisted Surgery

Eye RHAS

IOP-PT

TU/e: Prof. Dr. Ir. Maarten Steinbuch Prof. Dr. Henk Nijmeijer Dr. Ir. Nick Rosielle Ir. Ron Hendrix Ir. Thijs Meenink

AMC: Prof. Dr. Marc de Smet

TNO: Ir. Michiel Oderwald Ir. Jeroen Heijmans

Page 16: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Vitreoretinale chirurgie

Page 17: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Vitreoretinale chirurgie

Page 18: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch
Page 19: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Indeling operatiegebied

Ron Hendrix

Page 20: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Thijs Meenink

Page 21: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

A Mechatronic Force Feedback Device

ir. Nico Weel Prof. dr. ir. M. Steinbuch, TU/edr. ir. A.F.A. Serrarens, DTI

Page 22: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Introduction

• Transmission tendency

• Central controller in combination with visual interface

2

2

MT

AT

CVT

AMT

1 shift-by-wire

stick technology

Page 23: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Introduction

C-Lever (Clever Lever):

Shift-by-wire and haptic

interior function control

shift pattern

dashboardinterface

Piezo sensing surface matrix

Page 24: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

2

4

C-Lever working principle

Rotation around

Rotation around

Page 25: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

C-Lever working principle

Self-locking

View point operator

2

5

Page 26: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Results

Velocity control

PRND haptic velocity patternvelocity

2

6

Page 27: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Results

2

7

Page 28: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Steer by wire

Dennis van Raaij

Page 29: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Haptics

Page 30: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch

Haptics Control Challenges

3

0

Page 31: Where innovation starts Robotics for Medical & Automotive @ TU/e Maarten Steinbuch