Home » news »

UNIST Engineers Robotic Device Helping Stroke Survivors Recover


Medicine, Health Care UNIST Engineers Robotic Device Helping…

Published: Jun 10, 2017.
Released by Ulsan National Institute of Science and Technology(UNIST)

A new study, dependent with UNIST has introduced a new robotic apparatus for assessments of flesh overactivity and transformation dysfunction in cadence survivors. Their robotic-assisted reconstruction therapy, total with customary rehabilitation, is approaching to urge a mobility of patients flourishing a stroke.

This picture shows a initial setup for a determination of a 3 DOF tellurian forearm and wrist impedance. Credit: UNIST

This breakthrough investigate has been led by Professor Sang Hoon Kang of Mechanical, Aerospace and Nuclear Engineering during UNIST in partnership with Professor Pyung-Hun Chang of DGIST and Dr. Kyungbin Park of Samsung Electronics Co. Ltd.

In their study, published in a May emanate of a prestigious journal, IEEE Transactions on Neural Systems and Rehabilitation Engineering, Professor Kang and his group grown a reconstruction robotic element that quantitatively measures a 3 degree-of-freedom (DOF) impedance of tellurian forearm and wrist in minutes.

Using their impedance determination device, entitled a distal inner indication formed impedance control (dIMBIC)-based method, a group was means to accurately impersonate a 3 DOF forearm and wrist impedance, including inertia, damping, and stiffness, for a initial time.

Stroke, famous as a heading means of long-term disability, is a remarkable detriment of mind function, caused by a stop of blood upsurge to a mind or a detonation of a blood vessels in a mind and an estimated 150,000 people die from it, any year. As a effect of stroke, cadence survivors are mostly left with flesh overactivity, including spasticity. Spasticity is a flesh control commotion that is characterized by parsimonious or unbending muscles and an inability to control those muscles. It is mostly manifested by increasing widen automatic activity and automatic corner resistance.

“The dIMBIC-based process can be used to support in a quantitative and design analysis of neurological disorders, like stroke,” says Professor Kang. “Findings from this investigate will open a new section in robot-assisted reconstruction in a workplace collision reconstruction hospitals, as good as in nursing homes and assisted vital facilities.”

The investigate group expects that, in a prolonged run, a due 3 DOF impedance determination might foster wrist and forearm engine control studies and element a diagnosis of a alteration in wrist and forearm insurgency post-stroke by providing design impedance values including cross-coupled terms.

Chinese French German Italian Japanese Korean Portuguese Russian Spanish