LIBERATING TECHNOLOGIES INC

n/a

Multiple orthotics and prosthetics users would benefit from sensors that can collect physiological information from the user and transmit it wirelessly to the prosthesis. For example, prosthetic socke ...

This Phase I project develops and evaluates the OptiMyo system, a system designed to locate the optimal myoelectric sites and control strategies for individuals with upper limb prostheses. Current two ...

Abstract The proposed dexterous terminal device technology would allow amputees more utility from their prosthetic hands and fingers, in tasks requiring fine grasping, such as in tying shoes or in wor ...

Current prosthetic feet produce much less peak mechanical power than the able-bodied foot/ankle and release only about half of the mechanical energy generated during gait. This leads to higher energy ...

PROJECT SUMMARY ABSTRACT It is generally agreed that only about half of upper limbULamputees wear a prosthesisand this is often because it does not return enough function for the burdens of weightdisc ...

Individuals with amputation are often provided with prostheses that are expensive to make and unintuitive to control, with limited time in the occupational therapy clinic to learn how to best use the ...

There are several current and imminent orthotic and prosthetic (O&P) fitting scenarios that would greatly benefit from the ability to wirelessly collect and transmit physiological information from the ...

There are several current and imminent orthotic and prosthetic (OandP) fitting scenarios that would greatly benefit from the ability to wirelessly collect and transmit physiological information from t ...

Current prosthetic feet produce much less peak mechanical power than the able-bodied foot/ankle and release only about half of the mechanical energy generated during gait.This leads to higher energy e ...