PPT-Design with Integrated EMG Control of a 5DoF Robotic Assistive Device for Hand Rehabilitation

Christopher Spiewak Md Rasedul Islam Mohammad Habibur Rahman Presented by Christopher Spiewak Biorobotics Lab University of WisconsinMilwaukee Introduction Physical disabilities such as full or partial loss of function in the fingers or wrist is a common impairment in stroke survivors. Dipartimento. . di. . Ingegneria. . dell’Informazione. . Università. . degli. . Studi. . di. Siena . IIT- . Genova. 24 January 2011. A review of Columbia University’s work. Targets. Outline . Austin . Hou. - RISE. Objectives . Communicate with and control a CRS F3 robotic arm. Integrate computer . vision into the system. Hardware. Hardware . F3 Robotic arm with 6 degrees of freedom. The same arm that was used in the Human Genome Project. AN UPDATE ON DESIGN. MERI GOEHRING, PT, PhD, GCS. Grand Valley State University. College of Health Professions. Department of Physical Therapy. Grand Rapids, Michigan. Background information. The United States Census Report 2008. Sara . Muharemovic. If your face is like this, FEAR NOT!. Well what is it?. Assistive Technology is an umbrella term that includes assistive, adaptive, and rehabilitative devices for people with disabilities and also includes the process used in selecting, locating, and using them. AT promotes greater independence by enabling people to perform tasks that they were formerly unable to accomplish, or had great difficulty accomplishing, by providing enhancements to, or changing methods of interacting with, the technology needed to accomplish such tasks.. Ailie Turton &. Sarah Manns, University of the West of England, . Luke Hampshire &. Rory O’Connor, University of Leeds,. Tim Helps &. Jonathan Rossiter, University of Bristol. Prevalence impaired mobility. signals. Md. . Assad-. Uz. -Zaman, . Md. . Rasedul. Islam, . Brahim. Brahmi. 1. , Miguel Garcia, . Mohammad . Rahman, M . Saad. 1. Bio-Robotics Lab, Department of Mechanical Engineering, . CEAS,UWM. Cognitive Assistive Technology Amanda M. Reinsfelder, ATP Assistive Technology Specialist The views expressed in this presentation are those of the author and do not reflect the official policy of the Department of the Army, Department of Defense, or U. S. Government. Mouhyemen A. Khan Arian Yusuf. Ahmed . Ragheeb. Nouran Mohamed. Mentor: Dr. . Beena. Ahmed. Overview. Project Background. Project Progress. Project Background. HISTORICAL REVIEW. CONCEPT GENERATION. AN UPDATE ON DESIGN. MERI GOEHRING, PT, PhD, GCS. Grand Valley State University. College of Health Professions. Department of Physical Therapy. Grand Rapids, Michigan. Background information. The United States Census Report 2008. 1 By Dr. Scott Day Bortec Biomedical Ltd 225, 604-1st ST SW Calgary, AB T2P 1M7 Ph +1 403.237.8144 Email info@bortec.ca www.bortec.ca 2 Table of Contents .............................................. The steps of the. Engineering Design Process. Assistive . Artistic. Device. Project Introduction. Problem Statement. Design an assistive device for a disabled person to hold a paintbrush, crayon, marker or colored pencil. Hiram G. Andrews Center. 727 Goucher Street . Johnstown, PA 15905-3092. 814/254-0599 Voice. 800/762-4211. 814/254-0647 FAX. 1. History of CART. In the early 1990’s the Office of Vocational Rehabilitation Consumer Advisory Board requested a “one stop shop” to meet all of an individual’s assistive technology needs. Students with Disabilities. To Use At Home. Adam Krass, MS, ATP. President. Adam Krass Consulting, LLC. Grant Partner: SPAN Parent Advocacy Network. Funded Through . The AT For Students with Disabilities and Their Families 2019-2020 Project . EMG stands for . electromyography. , which is an electrodiagnostic technique for evaluating and recording the electrical activity produced by skeletal muscles.. We use them in order to assess the health of muscles and the nerve cells that help control them..