LSH010 ontbijt: donderdag 30 juni 2022
AANMELDEN
Robotica in de zorg is nog steeds volop in ontwikkeling. Van chirurgische robots die ingezet worden tijdens operaties om de tremor in de handen van de arts te voorkomen (en al helemaal niet meer lijken op ons ‘standaard-idee van een robot) tot humanoïde en androïde robots in zorginstellingen die ingezet worden om eenzame ouderen gezelschap te houden of vergeetachtige patiënten te herinneren aan hun medicatie.
Het ontbijt wordt dit keer georganiseerd voorafgaande aan de derde dag van het European Robotics Forum! Vanuit het ontbijt kunt u doorstromen naar het congres. Meer informatie volgt snel.
Tijd plenaire sessie: 07.45 – 08.30 – met rondleiding over de exhibition floor na 08.30
Programma LSH010 ontbijt
07.45 – 07.50 – Welkom
Glen Schrijvers
Moderator
07.50 – 08.00 – Introductie Rotterdam Square
Ellen Smit
Directeur
Stichting Rotterdam Square
08.00 – 08.10 The Future of Medical Robotics
Scroll down to learn more about this presentation.
Laura Marchal Crespo
Associate Professor
TU Delft
08.10 – 08.20
Francoise Siepel
Assistent Professor
Universiteit Twente
08.20 Pitches Rotterdamse Robotica
Hugo Honijk
Business Director Smart & Robotics
Spark design & innovation
08.25 LSH010 Highlights:
- Update vanuit deRotterdamseZorg
- Economic Mission to California for Life Science – Digital Health – Sharon Mullen – Rotterdam Partners
Sharon Mullen
Business Manager
Rotterdam Partners
08.30 Start Exhibition Floor Medische Robotica
Over het LSH010 ontbijt
Het LSH010 ontbijt stimuleert innovatie en samenwerking in de Rotterdamse life sciences & health-sector. De netwerkbijeenkomst vindt tenminste vier keer per jaar plaats. De presentatie van een succesvolle case, vooraf te initiëren een-op-een-ontmoetingen én een lekker en gezond ontbijt zijn vaste onderdelen van het ontbijt.
Towards Unsupervised Rehabilitation: Development of Portable Devices for Sensorimotor Hand Robotic Rehabilitation
Dr. Laura Marchal-Crespo
Laura Marchal-Crespo is Associate Professor at the Department of Cognitive Robotics, Faculty 3mE (Mechanical, Maritime and Materials Engineering), Delft University of Technology, Netherlands. Her research focuses on the general areas of human-machine interaction and biological learning and, in particular, the use of robotic devices and immersive virtual reality for the assessment and rehabilitation of patients with acquired brain injuries.
Intro
Sensorimotor impairments of the hand after stroke can drastically reduce the ability to perform activities of daily living. To promote recovery of the lost functions, there is an increasing interest in minimally supervised and unsupervised rehabilitation to increase therapy dosage and complement conventional therapy. We develop novel portable robotic devices, which together with virtual reality games that leverage interactive tangible game elements, provide safe, intuitive, and naturalistic sensorimotor training.
Devices:
PRIDE (Palmar RehabilitatIon DEvice) is a novel device for sensorimotor hand rehabilitation based on clinical and anatomical requirements gathered from clinical personnel. PRIDE is capable of fine haptic rendering and supports physiological full flexion/extension of the fingers while offering an effortless setup.
Portable Compliant Device for Sensorimotor Hand Rehabilitation
We also developed a portable hand trainer based on a novel compliant shell mechanism. Our solution is safe, intuitive, and can be used for various hand sizes. It also provides rich sensory feedback through haptic rendering. We complement our device with a rehabilitation game, where we leverage interactive tangible game elements with diverse haptic characteristics to provide somatosensory training and foster recovery.
