Thursday, October 22, 2020

Tag: Assistive Technology

Access2CRT.org

Published: October 1, 2020
Access2CRT.org

The Access2CRT.org website shares information regarding Complex Rehab Technology (CRT) and provide resources and tools to promote and protect access for people with disabilities.

Complex Rehab Technology includes medically necessary and individually configured manual and power wheelchairs, seating and positioning systems, and other adaptive equipment such as standing devices and gait trainers.

This Australian-designed bionic glove will bring greater autonomy to paralysis patients

Published: September 9, 2020 | Spinal Cord Injury:

A new bionic glove being developed in Australia could see paralysis patients achieve greater autonomy.

The seeds of the KinoGlove project were sown 17 years ago, when biomedical engineer Puya Abolfathi began his PhD at the University of Sydney in 2003.

Quadriplegic Sam Schmidt Races Again In A Corvette C8

Published: August 24, 2020 | Spinal Cord Injury: , ,

The former Indycar racer loves his new car!

In 2000, Indycar racer Sam Schmidt was doing a testing run at Walt Disney World Speedway when he spun out of control and crashed, severing his spinal cord between his 3rd and 4th vertebrae.

He had gone from being a race-winning Indycar League driver to a quadriplegic in the space of a moment. However, he was determined to keep racing and formed an Indycar racing team just 14 months after being paralyzed. That team was Schmidt Peterson Motorsports.

Obi – The first dining robot of its kind

Published: August 10, 2020 | Spinal Cord Injury:

Obi is a first of its kind, revolutionary dining device for individuals who lack upper extremity function. Obi increases independence, social interaction, and effective food capture like never before.

With the momentary touch of a switch, Obi allows users to select between four compartments of food and command when the food is captured and delivered to the mouth.

Spinal Cord Injury: Pros and cons of robotic exoskeletons

Published: April 29, 2020

Robotic exoskeletons have emerged as a helpful rehabilitation tool for disabled and people suffering from several health-related consequences after a spinal cord injury (SCI).

Exoskeletons are wearable robotic units, controlled by computer boards to power a system of motors, pneumatics, levers, or hydraulics to restore locomotion and improve quality of life. Used by facilities for rehabilitation purposes in medical centers or home use, Exoskeletons have the potential to revolutionize rehabilitation following SCI.

Tongo – Tongue Based Operating System

Published: April 2, 2020

A new invention turns the tongue into a digital operating system, and can change the lives of millions of people with disabilities around the world.

Logitech’s Adaptive Gaming Kit Makes the Xbox Adaptive Controller More Accessible

Published: November 18, 2019 | Spinal Cord Injury:

Microsoft’s Xbox Adaptive Controller (XAC) facilitates gaming for players with accessibility needs. While a forward-thinking device, the XAC isn’t without limitations. To get the most out of the peripheral, users must purchase separate triggers, switches, and other accessories. Doing this can get expensive, especially for those living on a limited budget. Logitech has a solution with its upcoming product: the Logitech G Adaptive Gaming Kit. I recently participated in a conference call where I got to see what the Adaptive Gaming Kit is all about.

Control Robots With Your Face

Published: November 14, 2019 | Spinal Cord Injury:

This Device lets you control electronics with your face.

Quadriplegic ‘Halo’ Fan Builds Custom Controllers for Players With Disabilities

Published: November 12, 2019 | Spinal Cord Injury:

Quadriplegic ‘Halo’ Fan Builds Custom Controllers for Players With Disabilities

Over-the-skin electrical stimulation helps provide movement in quadriplegics

Published: November 7, 2019 | Spinal Cord Injury:

Feinstein Institutes research examines new closed-loop neurostimulation

MANHASSET, NY — Researchers at The Feinstein Institutes for Medical Research used new closed-loop neurostimulation methods and textile-based electrodes to facilitate individual finger movement and grasp force regulation in quadriplegia individuals. Their results were published in the Springer Nature journal, Bioelectronic Medicine.