Rehab-Robotics Company Introduction. Prepared by: Mr. Sergii Molchanov June 23 rd, Hong Kong

Transcription

1 Rehab-Robotics Company Introduction Prepared by: Mr. Sergii Molchanov June 23 rd, Hong Kong

2 Mission to develop and manufacture advanced technologies, which help people achieve maximum recovery outcome. Vision to be a leading robotics technology company for rehabilitation

3 We offer Advanced Technology We provide advanced solution to rehabilitation industry Proved by clinical studies and independent researchers Quality Strict Quality Control procedure to ensure the best quality from our factory Support Product training and all-round supports to distributors Provide after-sales training to end users upon requests

4 Products SmarTable VIRO Hand of Hope

5 Company History Year Milestones 2008 Hand of Hope research project started with Hong Kong Polytechnic University (PolyU) Government grant for the research approved 2010 Official founding of Rehab-Robotics Company Obtained the license on Hand of Hope from PolyU 2011 Clinical testing of Hand of Hope in Hong Kong Further product improvement of Hand of Hope 2012 ISO certified The Grand Prix Award in the International Exhibition of Inventions of Geneva Launching marketing and sales of Hand of Hope in Hong Kong 2013 Launching marketing and sales of Hand of Hope worldwide Hong Kong Awards for Industries (Gold) Sales from Europe, America and Asia Pacific

6 Team Our Team 18 people 40% 20% 20% 35% Business Development R&D Production Administration

7 Hand of Hope An semg-driven Robotic Hand for Stroke Rehabilitation

8 The History of Medical Robotics Development Therapist Assisted Passive Robotics Active Robotics # of repetition active participation # of repetition no active participation # of repetition active participation 1. Current Opinion in Neurology: Upper and lower extremity robotic devices for rehabilitation and for studying motor control 2. IEEE: Evidence for improved muscle activation patterns after retraining of reaching movements with the MIME robotic system in subjects with post-stroke hemiparesis (article) 3. Science Direct: Robot-assisted movement training compared with conventional therapy techniques for the rehabilitation of upper-limb motor function after stroke (article) 4. Journal of NeuroEngineering and Rehabilitation: Review of control strategies for robotic movement training after neurologic injury

9 Rehabilitation Robotics Robots that support and enhance the productivity of clinicians in efforts to facilitate an individual s recovery Using Robotics in Rehabilitation therapist can: repeat the process or exercise as many times as wished get exact measurements of their improvement or decline apply constant therapy for long periods no physical effort put into work by the therapist

10 Questioning Status-Quo Rehabilitation Protocol armeo myomo hand of hope rejoyce amadeo

11 Philosophy behind NeuroRehabilitation NeuroPlasticity Motor Re-Learning Increasing Quality of Rehabilitation

12 Concept of HOH HOH detects the patient s intentions to move impaired hand; voluntary EMG signals are commanded by the brain semg sensors detect the voluntary EMG signals Device processes these signals and delivers them to Hand Brace Hand brace provides an assistive function for hand motion Patient relearns hand function through positive feedback

13 System Package 1. Hand Brace 2. Internal Platform 3. Platform Pad 4. Portable Workstation 5. Forearm Support 6. Forearm Support Insert 7. Wireless Touch Keyboard 8. Connecting Cable 9. Power and Sensing Cable 10. Sensor Tapes 11. Medical Gel 12. Power Supply 13. Power Cord * Exercise Software installed in Portable Workstation * Monitor is not included

14 Obsessed Because We Care Hand of Hope Users: Hospitals & Clinic /Universities & Research Europe: (4) Hong Kong: (6) USA: (2) - Polytechnic Institute of Tomar, Portugal - - Ukraine scientific, research institute of prosthesis -- State complex social rehabilitation children with disabilities -- Greece Protypo Kentro Physikoterapias Pantelis I. Kyriakis - Queen Elizabeth Hospital -- Kowloon Hospital -- Tuen Mun Hospital -- Caritas Medical Centre -- TWGHs Wong Tai Sin Hospital - Buddhist Li Chong Yuet Ming Nursing Home For The Elderly - University of Texas -- New York Presbyterian Hospital Singapore: (2) - St. Luke Hospital -- National University Hospital Mainland China: (20) - ShenYang Institute of Automation Chinese Academy of Sciences -- Peking University Third Hospital -- Xuanwu Hospital Capital Medical Hospital -- Hangzhou First People s Hospital -- Mudanjiang Medical school of Hongqi Hospital -- Guangxi Chongzuo Peoples s Hospital -- Guigang Orthopaedics Hospital of Chinese and Western Medicine -- The Fifth Affiliated Hospital of Zunyi Medical University -- Lixin Country People s Hospital -- Jixian Country People s Hospital -- Wan Quan Xian Hospital -- Weng an People s Hospital -- People s Hospital of Xinjiang Uygur Autonomous Region -- Quanzhou Medical College People s Hospital Affiliated -- Traditional Chinese Medicine Hospital of Qian an, Hebei -- Traditional Chinese Medicine Hospital of Xining City -- People s Hospital of Ningdu Country, Jiangxi Province -- Province traditional Chinese Medicine Hospital of Dexing, City, Jiangxi -- Hangzhou Sanatorium

15 Competitive Advantage Hand of Hope Armeo Amadeo Rejoyce Mit-Manus (Myomo) Focus on hand (Arm Training part for advanced Focus on arm Focus on hand version) Intention-driven motor for fingers Collect EMG Signal adjusted by Therapist adjusted by Therapist Could patient with NO active ROM undergo training? Hand training Pinch training Hand Training Target customer grasping Opening as long as voluntary residual EMG signals could be detected Therapeutic Device (hospital, rehabilitation centre, clinic etc) ArmeoSpring for clinic, ArmeoBoom for home Focus on arm (with effect on hand and shoulder) Focus on arm (Hand training with add-on module) Yes, as long as voluntary residual EMG signals could be detected Clinic Used Clinic & Home Used Home Used

16 Summary 1 st semg-driven hand exoskeleton Hand and arm training Adjustable length for each finger Light, compact and portable Interactive games Easy-to-use interface Proven effectiveness of the system by clinical trials and research Active and passive modes Automatic report availability

17 Thank you. In case of any questions please contact: Mr. Sergii Molchanov Tel: