Motion Simulation of a New Ankle Rehabilitation Device
Journal Title: Robotica & Management - Year 2016, Vol 21, Issue 1
Abstract
The ankle structure holds one of the most important role in the human biomechanics. Due to complexity of everyday activities this joint is the most prone to be injured part of the lower limb. For a complete recovery of the locomotion function, recovery exercises are mandatory. The introduction of robotic physical recovery systems represents a modern alternative to traditional recovery. Based on the 3D virtual model and a previous dimensional synthesis of a new ankle rehabilitation device, its motion simulation is presented in this paper, to prove that it may fully recover the range of motion required for this joint.
Authors and Affiliations
Cristina Racu (Cazacu), Ioan Doroftei
Keywords
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