An Implementation of Motorized Wheelchair for Handicapped Persons

Md. Raseduzzaman Ruman, A. Barua, Shubho Mohajan, Debashis Paul, Apurbo Kumar Sarker, Md. Raihan Rabby
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引用次数: 0

Abstract

Researchers and scientists have contributed a lot for handicapped or physically disabled people to adopt techniques that may help to smooth their mobility in daily life reducing their painful effort, instead of being dependent on others specially while using traditional tools like wheelchair. Many people continuously need help of someone while moving somewhere with the wheelchair. By having an automated control system incorporated with the wheelchair, they would become more independent. The main goal of this project is to fabricate an android controlled wheelchair using Arduino, which can be navigated easily by disabled people with own effort. The inputs will have to be provided through android application which has navigation control and other features, also this application is integrated with home automation system for controlling home appliances. This wheelchair is able to detect any obstacle or crack on the path towards the direction of motion and alerts the user with the help of sonar sensor and IR sensor. The enriched results of this project fabricated a path for further advancement of this technology and finally being manufactured.
残疾人机动轮椅的实现
研究人员和科学家们为残疾人或身体残疾的人做出了很大的贡献,他们采用了一些技术,可以帮助他们在日常生活中移动自如,减少他们痛苦的努力,而不是依赖别人,特别是在使用轮椅等传统工具时。许多人在轮椅上移动时不断需要别人的帮助。通过在轮椅上安装自动控制系统,他们将变得更加独立。这个项目的主要目标是使用Arduino制造一个机器人控制的轮椅,残疾人可以通过自己的努力轻松地导航。输入必须通过android应用程序提供,该应用程序具有导航控制和其他功能,该应用程序还与家庭自动化系统集成,用于控制家用电器。这种轮椅能够检测到运动方向上的任何障碍物或裂缝,并在声纳传感器和红外传感器的帮助下提醒用户。该项目的丰富成果为该技术的进一步发展和最终制造奠定了基础。
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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