From the kitchen to the metro, new robotic systems designed to assist the elderly, people with disabilities
Many new robots look less like the metal humanoids of pop culture and more like high-tech extensions of ourselves and our capabilities.
In the same way eyeglasses, wheelchairs, pacemakers and other items enable people to see and move more easily in the world, so will many cutting-edge robotic systems. Their aim is to help people be better, stronger and faster. Further, due to recent advances, most are far less expensive than the Six Million Dollar Man.
Greater access to assistive technologies is critical as the median age of the U.S. population rises. Already, there is an enormous need for such tools.
“The number of people with partial impairments is very large and continues to grow,” says Conor Walsh, a roboticist at Harvard University who is developing soft robotics technologies. “For example, these include people who are aging or have suffered a stroke. Overall, about 10 percent of individuals living in the U.S. have difficulty walking. That’s a tremendous problem when you think about it.”
Walsh and other researchers funded by the National Science Foundation (NSF) are working in labs across the country to ensure these technologies not only exist, but are reliable, durable, comfortable and personalized to users.
Researchers from Aalborg University are involved in an international project to develop portable robot skeletons for the elderly so they can continue to be active longer. Think of it as a tool, not as a robot, says researcher.
The world’s population is aging. According to the World Health Organization (WHO), in 2050 there will be more than two billion people over age 60. And the older we get, the weaker our bodies become. So an international team of researchers and companies are working to develop an exoskeleton for senior citizens so they can remain active for longer.
“Many older people are mentally fit and want to continue to be active, but their physical abilities are steadily deteriorating,” explains Shaoping Bai, Associate Professor at the Department of Mechanical and Manufacturing Engineering at Aalborg University. This is an attempt to complement the strengths of older people so they can continue to be mobile and live independently for a longer time