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Title: Diseño de un sistema de rehabilitación virtual de la mano con el uso de una órtesis exoesquelética
Authors: García Sánchez, Marcelo Vladimir
Cartagena Sánchez, Patricio David
Issue Date: Oct-2018
Publisher: Universidad Técnica de Ambato. Facultad de Ingeniería en Sistemas, Electrónica e Industrial. Carrera Ingeniería Industrial en Procesos de Automatización
Abstract: Abstract. This research shows an alternative device in the field of fine motor rehabilitation. This device is a flexible orthosis that helps the flexion and con- traction of the hand fingers using a virtual interface environment. In addition, it has been designed with the ability to perform different assistive and resistive tasks, allowing its adaptation to the recovery status of the patient. The mechatronic prototype is controlled by algorithms based on fuzzy logic that compares data from the Unity3D graphics engine and flex sensors from the device. For the correct execution of the rehabilitation tasks the proposed fuzzy algorithms have been implemented using a Raspberry Pi. The proposed system is aimed to users with deficits in fine motor skills because of tendon injuries, achieving excellent control results for an efficient execution of tasks.
Description: SUBLINEA DE INVESTIGACION: Sistemas de control automatizados e instrumentación virtual para procesos industriales de baja y alta potencia.
Appears in Collections:Tesis Ingeniería Industrial Procesos de Automatización

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