基于LabVIEW的聋哑人智能辅助手套的实现

Angelin Jael E, Lalith V S, M. M S, R. Sundar
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引用次数: 0

摘要

残疾人在日常生活中面临许多问题,特别是在与他人沟通方面。由于对许多人来说学习手语是不可行或不容易的,所以这项研究着眼于一种方法,可以帮助哑巴,聋人和部分瘫痪的人在不学习手语的情况下与他人交流。本研究设计了一种帮助残疾人交流的设备。主要的问题是如何使设备始终在病人够得着的范围内。这项研究的重点是改善残疾人的生活方式。这个话题很重要,因为要为各行各业的人带来平等。他们一定感觉到了。在这种情况下,最重要的任务是表达自己。本研究寻找方法,使现有的设备更舒适地为患者使用,并修改不适合的技术。这项研究使用了缝合在一副手套上的柔性传感器。通过Arduino UNO将弯曲传感器信号发送到LabVIEW,并显示或听到手指弯曲的适当消息。与蓝牙相比,使用Wi-Fi进行转换是信号传输领域的巨大提升。这使得手套更容易使用。与蓝牙相比,Wi-Fi的使用并没有增加接收面积。Wi-Fi速度更快,而且在传输范围方面覆盖范围更广。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of LabVIEW based Smart Assistive Gloves for Deaf and Dumb People
Disabled people face many problems in their daily life especially in communication with others. Since for many learning sign languages is not feasible or easy so this study looks into a method that will help dumb, deaf and partially paralyzed people to communicate with others without learning sign language. This study designs a device that help disabled people to communicate. The main questions are that how can device should always be within the reach of the patient. This research focuses on improving the lifestyle of disabled people. This topic is important to address because to bring equality for people from all walks of life. they must feel it. The most important task in this situation is to express themselves. This study looks for ways to make the existing devices more comfortable for the patients to use and to modify the technologies that are unsuitable. This study uses flex sensors that are stitched to a pair of gloves. The flex sensor signals are sent to LabVIEW via Arduino UNO, and the appropriate message for the finger bend is either displayed or heard. The use of Wi-Fi for transition is a huge boost in the area for transmission of the signals when compared to Bluetooth. This makes the gloves easier to use. The uses of Wi-Fi instead of increases the area of reception when compared to Bluetooth. Wi-Fi is faster as well as it has more coverage when it comes to range of transmission.
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