This Robot Exoskeleton is Built to Support Activity in Old Age
Charlotte Joyce Kidd — October 15, 2015 — Unique
References: axo-suit.eu & phys.org
This robot exoskeleton will assist elderly people in continuing to be physically active well into old age.
The AXO-suit, built by researchers at Aalborg University in Denmark, is a robot exoskeleton that straps onto the exterior of the body and offers assisted movement for older people who may have weakened muscles, bones and joints. Sensors in the robot exoskeleton tell it how much power to provide. Its motor only activates to the extent where it is aiding in motion, rather than causing movement on its own. The robot exoskeleton will allow aging people to continue their daily activities without impediment, keeping up hobbies like gardening and hiking and being able to live on their own for longer.
By the year 2050, there will be more than two billion people aged over 60 years, making inventions like this robot exoskeleton increasingly necessary.
The AXO-suit, built by researchers at Aalborg University in Denmark, is a robot exoskeleton that straps onto the exterior of the body and offers assisted movement for older people who may have weakened muscles, bones and joints. Sensors in the robot exoskeleton tell it how much power to provide. Its motor only activates to the extent where it is aiding in motion, rather than causing movement on its own. The robot exoskeleton will allow aging people to continue their daily activities without impediment, keeping up hobbies like gardening and hiking and being able to live on their own for longer.
By the year 2050, there will be more than two billion people aged over 60 years, making inventions like this robot exoskeleton increasingly necessary.
Trend Themes
1. Assisted Movement Technology - The development of robot exoskeletons for the elderly presents opportunities for disruptive innovation in the field of assisted movement technology.
2. Aging Population Solutions - The rise in the elderly population creates a demand for innovations like the AXO-suit, opening up opportunities for disruptive solutions in the aging population support industry.
3. Enhancing Elderly Lifestyle - The integration of robot exoskeletons into daily activities of the elderly offers disruptive innovation opportunities for enhancing the overall lifestyle of aging individuals.
Industry Implications
1. Assistive Technology - The development of robot exoskeletons for the elderly creates opportunities for disruptive innovation in the assistive technology industry.
2. Healthcare and Rehabilitation - The use of robot exoskeletons to support activity in old age presents opportunities for disruptive innovation in the healthcare and rehabilitation industry.
3. Aging-in-place Solutions - The integration of robot exoskeletons for the elderly opens up opportunities for disruptive innovation in the aging-in-place solutions industry.
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