Post on 06-Apr-2017
Allegro SportsPresentation
Dynamic Devices AGTechnoparkstrasse 1CH-8005 ZurichSwitzerland
Thomas Pfyl (Paralympic Downhill Ski Champion) on the Allegro
© Dynamic Devices AG
Silvio CatuognoHead of Performance Diagnosticsmove>med, University Clinic Balgrist
© Dynamic Devices AG
30 robotic companions sold worldwide (CH, DE, FRA, JP, RUS, UAE) with more than 60‘000 training/test sessions per year (rapidly growing)
In sports medicine, sports science, performance diagnostics, orthopedics, neurology, cardiology – soccer, ice hockey, alpine skiing, and many more
References
University ClinicSwiss Olympic Medical Center
National Ski TeamSwitzerland
Medical & Sports Science Center
Ice Hockey Club Zug
Neurorehab Clinic
University Hospital Bern Sports Rehabilitation
Sports Science & Training Center, Kantonal Hospital
Research Institution
Sports Science Hospital
Grasshoppers ZurichSoccer
Japan Institute for Sports Science
Performance Center
Training CenterMotorsports
© Dynamic Devices AG
Fabian Schnyder, Mike SlongoProfessional Player + trainer
Ice Hockey Club Zug
Thomas Pfyl, Björn BruhinWorld class athlete + trainer
Alpine Skiing
Winter Snow Sports Athletes National and Olympic Athletes
Japan Institute for Sport Sciences
Dr. Marco ToigoTop Muscle PhysiologistUniversity Clinic Balgrist
Marcel Fässler, Otmar KellerWorld Champion + trainer
Car Racing
Ricardo CabanasProfessional Soccer Player
Soccer
Rebekka BosshardSports Scientist
ETHZ, Zurich
Thomas UhrSports Therapist
OK Health & Experience
© Dynamic Devices AG
Bionic Training Technology• More variation in strength training through bipedal leg independent movements
and engaging visual feedback
• Higher intensity leg training through seated position relieving the back from strain
• Reduced pain and risk of injury with electronic load control at all times
Hyper-Individualization• Optimal outcome through personalized protocols for every user
• Fully programmable training and testing solution with full outcome measurement
• Autonomous trainings and automatic reporting
Best-in-Class Usability• As easy to use as your mobile phone
• Keeps users fully engaged and maximally motivated during training
Concept
© Dynamic Devices AG
Interactivityintegrate visual feedback to strength training – induce faster motor re-learning after injury
Allegro Robot
Leg Independencysupports independent leg movement and coordinative training
Augmented Realityrealistic forces and speed engage and motivate towards higher intensity trainings
Autonomous Usageoperate your Allegro alonewith a simple joystick
Testing and Diagnosticsautomatic progress reporting and training optimization for coherent strength build up
© Dynamic Devices AG
AI insideAllegro measures the trainings and learns how to train you best
Digital Data Processingall data is collected and – if required – automatically andsecurely digitally exchanged
Personalizationbetter outcomen through fully individualized training plans and test protocols
Artificial Intelligence
Autopilotcombine training routines with test protocols to an entire training continuum
© Dynamic Devices AG
Principle of Operation
1. Task-oriented trainings and tests
2. Multimodal real-time feedback
3. Visuomotor coordination -> control and correction -> learning
4. Motor commands
5. Muscle activity
6. Measurement of kinetic and kinematic variables
7. User-friendly statistical evaluation
visual feedback promotes motivation and coordination
1
2
3
4
5
6
7
© Dynamic Devices AG
Allegro Training Systemversatility and ergonomy
160 degrees90 degrees
© Dynamic Devices AG
“The Allegro system offers virtually unlimited possibilities to exercise the lower extremities. It creates totally new perspectives for sports medicine and sports science in diagnostics and training.“
Testimonials
Prof. em. Dr. med. Hans Hoppeler, Institut für Anatomie, University of Bern
“Leg strength, control and symmetry are the essential predictors for mobility in daily activities.“
Christian Zange, Division Manager, HELIOS Klinik Schloss Pulsnitz
“We are enthusiastic about the new possibilities our Allegro opens up for sensorimotor training and therapy.”
Prof. Dr. med. Frank Meyer, Director University Clinic Potsdam, Germany
© Dynamic Devices AG
Fields of Application
• Sports Rehabilitation
• Sports Medicine
• Sports Science
• Orthopedics
• Pre- and Post-Op Training
• Performance Diagnostics
• Prevention
• Cardiopulmonary Reha
• Neurorehabilitation
Orthopedics, RheumatologyInstitute of Physical Therapy
University Hospital Bern
Sports ScienceMovement Science
Zurich
RehabilitationSwiss Olympic Medical Center
move>med, Zurich
The Allegro combines functional strength training and movement learning. It acts as a training and rehabilitation device, diagnostics system and wellness tool.
© Dynamic Devices AG
Technical Data
Load / Resolution 0 – 2‘700 N per pedal / continuous
Angular Momentum 0 – 2‘160 Nm per pedal / continuous
Rate of Force Development > 15‘000 N/s
Training Protocols 20 pre-set, 1000+ programmable
Test Protocols 5 pre-set, 100+ programmable
Display Size 27‘‘
Dimensions (L x W x H) 2200mm x 970mm x 1600mm
Weight 460 kg
User Height 145 cm - 210cm
Max. Weight User 250 kg
Electrical Requirements 100 - 230 VAC / 50 - 60 Hz
Compressed Air 7 bar @ 250 l/min minimum
© Dynamic Devices AG
Advisors
Prof. Dr. med. Andreas LuftNeurologist – University of Zurich / CereneoDirector Cereneo Rehabilitation Center
Prof. Martin SchwabNeuroscientist – University & ETH ZurichCo-Director Brain Research Institute
Prof. Dr. Robert RienerRehabilitation Engineer – ETH ZurichDirector Sensory Motor Systems Lab ETH
Prof. Dr. Nicola MaffiulettiExercise Physiologist –Schulthess Clinic ZurichHead Human Performance Lab
Dr. Marco ToigoSports Scientist – University Hospital BalgristScientific Director MyoFabric AG
Otmar KellerConditioning Trainer and Physical TherapistOwner of OK Health & Experience Training Center
© Dynamic Devices AG
von Mobilisierung bis zu Mobilität
Research, development, design and productionMade in Switzerland
Contact
Raja Dravid, CEO
Dr. Max Lungarella, CTO/CSO
Dynamic Devices AG
Technoparkstrasse 1
CH-8005 Zurich
Phone: +41 (0)44 508 15 29
Email: info@dynamicdevices.ch
Web: http://www.dynamicdevices.ch
Rebekka Bosshard Movement Scientist ETHZ
Science