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Design and Development of a Smart Wheelchair for the Disabled People

机译:用于残疾人智能轮椅的设计与开发

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摘要

About 15% of the world population is currently suffering from one or some form of disability. Among the various cases of disability, incompetence of mobility is the most common drawback, which significantly affects the ordinary life of the patient. The traditional approach is to bind the patient to a conventional wheelchair. However, it fails to provide the user with a taste of freedom as the user will require continuous assistance from others. Although the user can manually propel the system, it will take quite some physical effort. A smart wheelchair with different driving modes can significantly reduce effort. In this research, we designed a smart-wheelchair contains two types of drive system like the thumb and gesture control system. The design of the User Interface (UI) is such that, the user to easily navigate across the menu and choose the preferred control system. A heart rate sensor is incorporated to compute the medical conditions of the patient. In case of any emergency, the build-in response system will be activated and provide a notification to the concerned person.
机译:世界上大约15%的人口目前正在遭受一种或某种形式的残疾。在各种残疾病例中,流动性的无能是最常见的缺点,这显着影响了患者的普通寿命。传统方法是将患者绑定到传统的轮椅上。然而,它未能为用户提供自由的味道,因为用户需要持续援助他人。虽然用户可以手动推进系统,但它会采取相当的体力劳动。具有不同驾驶模式的智能轮椅可以显着减少努力。在这项研究中,我们设计了智能轮椅包含两种类型的驱动系统,如拇指和手势控制系统。用户界面(UI)的设计是这样的,用户可以轻松地在菜单上导航并选择首选控制系统。掺入心率传感器以计算患者的医疗病症。如果发生任何紧急情况,将激活内置响应系统并向有关人员提供通知。

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