By Liezel Labios, UC San Diego
Wednesday, July 12, 2017
“The Language of Glove”: a smart glove that wirelessly translates the American Sign Language (ASL) alphabet into text and controls a virtual hand to mimic ASL gestures.
Engineers at the University of California San Diego have developed a smart glove that wirelessly translates the American Sign Language alphabet into text and controls a virtual hand to mimic sign language gestures. The device, which engineers call “The Language of Glove,” was built for less than $100 using stretchable and printable electronics that are inexpensive, commercially available and easy to assemble. The work was published on July 12 in the journal PLOS ONE.
Low-Cost Smart Glove Translates American Sign Language Alphabet full article
A new iPhone app uses machine learning to identify objects for people with poor eyesight, and it doesn’t need an Internet connection. by Rachel Metz
Originally posted March 25, 2016
As I walked around my office on a recent morning, a female voice on my iPhone narrated the objects I passed. “Brick,” “wall,” “telephone,” she said matter-of-factly. The voice paused when I came upon a bike hung on a wall-mounted rack, then intoned, “bicycle.”
App Spots Objects for the Visually Impaired full article
By Ile, April 24, 2017
Discovery and recollection.
Discovery and recollection are two necessary elements for travel for our friends who are blind. This presents a difficult task in a city the size of Boston, with its nearly 8,000 bus stops.
It is necessary for all to move from point A to point B, whether home to work, work to play or home to “the necessaries” such as groceries, doctors’ offices, visiting friends or journeys to study. Public transit is a wonderful and beneficial asset. The physical movement of vehicles, coupled with information to support choices for travel, is an important service to the community at large. Still, for a person who is blind, partially-sighted or deafblind the “last few feet” can be a great void.
BlindSquare and BlindWays, Connecting the Dots for Travelers in Boston, Then and Now. full article
Technology continues to improve the way people who are blind interact with technology and make use of the Internet. In any major screen reader release, improvements to the way the product works on the Web are front and center in all “What’s New” documentation. Furthermore, modern software applications make use of, and behave like, webpages to such an extent that it can often be difficult to know where a desktop application ends and the Internet begins.
CAPTCHA Be Gone from Accessible Apps Removes Another Barrier to Accessibility full article
Numotion announces exclusive U.S. distribution of Tek RMD from Matia Robotics BRENTWOOD, Tenn., March 1, 2017
Numotion, the nation’s leading provider of complex rehab technology (CRT), has announced the availability of Tek RMD (“robotic mobilization device”) by Matia Robotics in the United States.
Tek RMD is a motorized standing movement device that offers the ability for those who are in a manual wheelchair to complete everyday activities from a standing position. Unlike other standers, users can board and control a Tek RMD unassisted. Numotion is the exclusive distributor of the product in the U.S.
New Robotics Technology Brings Standing and Mobility to Wheelchair Users full article
For Immediate Release
AUSTIN, Texas (February 17, 2017)
Ottobock announced the release of the Pheon and Prosedo mechanical prosthetic knees aimed at providing mobility and stability for less active amputees.
The Pheon polycentric knee joint is an ideal choice to help less active lower limb amputees restore their ability to stand and walk both indoors and in limited community settings. With the integrated optional lock, which can be activated or deactivated by the prosthetist, the Pheon also provides targeted support for the post-amputation therapy process from initial walking exercises to the final fitting.
Pheon and Prosedo Mechanical Prosthetic Knees Provide Mobility and Stability for Less Active Amputees full article
Handy helper: The prosthetic hand from BrainRobotics, controlled by signals sent from the residual muscles on an amputee’s limb, a process that involves some machine learning technology, on display at the 2017 Consumer Electronic Show (CES) in Las Vegas, Nevada. AFP
LAS VEGAS: Emerging technology is giving new hope for the handicapped, and harnessing brainwaves for the physically disabled and helping the visually impaired with “artificial vision” are just the start.
Many systems showcased at the Consumer Electronics Show in Las Vegas are aimed at improving quality of life for people with disabilities.
BrainRobotics, a Massachusetts-based startup, showed its prosthesis that can be controlled by residual muscle strength of an amputee with better efficiency than similar devices, according to developers.
CES 2017: Emerging Tech Aims to Improve Life for Handicapped full article
Date:October 17, 2016 Source:American Academy of Ophthalmology (AAO)
A unique wearable artificial vision device may help people who are legally blind “read” and recognize faces. It may also help these individuals accomplish everyday tasks with significantly greater ease than using traditional assistive reading devices, suggests a study presented today at AAO 2016, the 120th annual meeting of the American Academy of Ophthalmology.
Approximately 246 million people worldwide have low vision. This sight loss impairs a person’s ability to do simple daily tasks. Optical and electronic devices such as hand-held magnifiers, tele-microscopic glasses and computer and video magnifiers can help. But, typically these devices are bulky, cumbersome or not readily portable. With recent advancements in wearable electronic devices and optical character recognition technology that converts images to computer-readable text, University of California, Davis researchers hypothesized that these newer technologies could help improve patients’ ability to function in daily life.
Wearable Artificial Vision Device Shows Promise in Helping People Who Are Legally Blind ‘Read’ full article
Spouses, parents and others also enjoy the charming robot
PR Newswire, BLOOMFIELD HILLS, MICH.July 12, 2016
The simple act of eating a meal will become more dignified and enjoyable for many people with physical challenges with the launch of Obi, a revolutionary robotic dining device.
Obi blends cutting-edge robotics, elegant design, intuitive controls and a friendly personality to give individuals who are fed by others the ability to take control of their meals at home and in public.
We believe dining is one of lifes greatest pleasures that absolutely everyone should enjoy, said Jon Dekar, DES?Ns co-founder. What our device stands for is equally as important as what it does. It represents our belief that living with physical challenges can be fulfilling and inspiring. Technology, and specifically robotics, combined with modern design, should facilitate that.
New Obi™ Robotic Dining Device a Breakthrough for People Living with Physical Challenges full article
Aug 15, 2016
G3ict, the Global Initiative for Inclusive Information and Communication Technologies announced the publication of a new book authored by Debra Ruh, G3ict’s EmployAbility Program Chair.
In this book, Tapping into Hidden Human Capital: How Leading Global Companies Improve their Bottom Line by Employing Persons with Disabilities,” Debra Ruh presents a new, game-changing perspective about the employment of persons with disabilities. By documenting existing practices of some of the largest companies in the world, the author shows that employees with disabilities are proactively recruited for their positive contributions to the competitiveness and financial performance of major businesses.
New Book Released: Tapping Into Hidden Human Capital: How Leading Global Companies Improve their Bottom Line by Employing Persons with Disabilities full article