This paper presents the mechanical architecture and the design of a 2DOF parallel device for upper-limb neurorehabilitation. Geometric parameters have been obtained by optimizing kinematic performances. The prototype has been designed so that it can be bound on one side of a table with a clamp. The structure embeds two single-point load cells to measure the force exchanged with the patient, and to allow the execution of assist-as-needed therapies.
Design of a parallel device for neurorehabilitation
Alessio Prini;Tito Dinon;Matteo Malosio
2019
Abstract
This paper presents the mechanical architecture and the design of a 2DOF parallel device for upper-limb neurorehabilitation. Geometric parameters have been obtained by optimizing kinematic performances. The prototype has been designed so that it can be bound on one side of a table with a clamp. The structure embeds two single-point load cells to measure the force exchanged with the patient, and to allow the execution of assist-as-needed therapies.File in questo prodotto:
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Descrizione: Design of a parallel device for neurorehabilitation
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