A prototype of the wrist exoskeleton, with inflatable synthetic muscle mass
Katalin Schaffer et al. (2023)
An exoskeleton powered by air can flex the wrists with a rotation approaching that of the pure joints. Such a tool may assist individuals rehabilitate from wrist-related accidents at residence by constructing power.
Katalin Schäffer on the College of Notre Dame in Indiana and her colleagues used balloon-like supplies to create inflatable synthetic muscle mass for his or her exoskeleton. These might be blown up with air to maneuver parts inside the gadget.
When assessed in lab assessments, the exoskeleton rotated a mock-up…
