Interactive Wearable Flex Sensors for Cerebral Palsy (CP) Patient

R. Rosman, N. I. Shuhaimi, Wan Muhammad Izzat Wan Othman, H. Hussin
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Abstract

This paper is concerning on developing an interactive wearable flex sensor or data glove to encourage patient during rehabilitation. The data glove main focus is to accurately record and monitor all the data required to produce a comprehensive analysis of the patient's bending fingers progress. This project implements the use of games to introduce excitement in rehabilitation process and Arduino Leonardo for its microcontroller. The Arduino Leonardo comes with a built-in library for keyboard strokes, which eliminates the use of external programs. For testing process, a simulation setup of a patient using the glove was carried out. A Data Acquisition excel was built up to record all relevant data so that it can be further studied. Among the parameters that could be measured are the resistance, voltage produced when forced is applied and the bending angle of each finger. For each of the mentioned parameters, the values were monitored and the overall bending finger's performance of a patient was analysed on a daily or weekly basis.
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用于脑瘫(CP)患者的交互式可穿戴柔性传感器
本文是关于开发一种交互式可穿戴弯曲传感器或数据手套,以鼓励患者在康复期间。数据手套的主要重点是准确记录和监测所需的所有数据,从而对患者手指弯曲的进展进行全面分析。本课题实现了利用游戏引入兴奋的康复过程,并以Arduino Leonardo为微控制器。Arduino Leonardo带有一个内置的键盘敲击库,从而消除了外部程序的使用。在测试过程中,进行了患者使用手套的模拟设置。建立了一个数据采集excel,记录所有相关数据,以便进一步研究。可以测量的参数包括电阻、施加力时产生的电压和每个手指的弯曲角度。对于上述每个参数,监测其值,并在每天或每周的基础上分析患者的整体弯曲手指的表现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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