基于Wi-Fi通信的残疾人人机界面轮椅

P. Sasikala
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引用次数: 3

摘要

真正受到考验的人正在经历散步的挑战,因为他们的疾病、受伤或残疾。轮椅提供了便携性,而不依赖于在公众眼中产生兴趣和谋生的能力。个人通过机器人多功能发出自己的声音,此时语音命令的产出转化为内容。最后,给出了这个良率给小规模控制器。该框架的开发是在伺服引擎的帮助下利用蓝牙模块进行控制的。所提出的框架是带有伺服发动机的电池控制轮椅。此外,在构建中,现有的基于操纵杆的框架应该附加到当前的框架中。这个框架是直截了当的,有效地解决了真正测试过的个人的问题,而且它仍然是最简单的有用性,直接和最小的努力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Human Machine Interface Wheel Chair by Using Wi-Fi Communication for Disabled Person
The truly tested individuals are going through the challenges in strolling due to its disease, injury, or inability. Wheelchair gives portability that doesn’t depend on the ability to take an interest in the public eye and gain a living. The individual gives their voice through the android versatile, at that point the yield of the voice order transform into content. At long last, this yield is given to the small scale controller. This framework development is controlled by utilizing a Bluetooth module with the help of servo engines. The proposed framework has battery controlled wheelchair with servo engines. And furthermore, in construct the existing joystick-based framework should be appended to the current framework. This framework is straight forward and effective to disentangle the matter of truly tested individuals and moreover it remains with least difficult usefulness, straightforward and minimal effort.
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