Ontario Tech University Researchers Develop HERO Glove for Hand Rehabilitation

A research team at Ontario Tech University has developed a robotic device called the Hand Extension Robot Orthosis (HERO) Glove, intended to help individuals affected by stroke or spinal cord injury to regain hand movement, according to Ontario Tech. The glove, described by the university, is battery-powered, fits over the user's hand, and uses artificial tendons to support tasks such as picking up objects or cutting food. Ontario Tech states that activation occurs either through muscle sensors or by shaking, enabling users to hold items steady.

Ontario Tech reports that the HERO Glove is currently being refined. Planned enhancements include the integration of soft robotics, additional sensors, and computer vision strategies. The university states that Dr. Aaron Yurkewich, Assistant Professor in the Faculty of Engineering and Applied Science, invented the device. Dr. Yurkewich is developing the HERO Glove with Dr. Meaghan Charest-Finn and graduate student Daimen Landon-Hoffman, according to the university.

Ontario Tech notes the HERO Glove project has received support from Canadian technology organizations and the AGE-WELL Networks Centres of Excellence. The university reports the build manual for the glove is available online and that the research team is seeking Health Canada approval for expanded production. Ontario Tech indicates that the general production cost is approximately $300.

Dr. Yurkewich is also involved in other assistive technology projects at Ontario Tech, according to the university. These projects include the development of a 3D-printed knee exoskeleton intended to help older adults with sit-to-stand movements and a wheelchair docking system for trains that does not require the use of buckles and allows for independent securing on board.