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Control System of Powered Wheelchairs Based on Tongue Motion Detection

机译:基于舌运动检测的电动轮椅控制系统

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摘要

A new intelligent powered wheelchair is urgently needed for the individuals with tetraplegia and similar impairments who are unable to use the standard joystick. Based on the tongue motion detection, a new control system is introduced in this paper which is helpful for users to operate powered wheelchair efficiently and easily. This article introduces two control modes, including tongue motion control mode and infrared control mode. Wherein the infrared control mode mainly use the infrared controller. The tongue motion can be detected with several vibration film sheets that were embedded in the headset and a standard analog signal can be generated with embedded controller to control the wheelchair. The tongue motion drive system integrated into headset was developed and the control of the wheelchair has been tested moving along the designed route. Preliminary results show that the system is simple and convenient to control powered wheelchair with low cost, which has potential application in intelligent control domain.
机译:对于无法使用标准操纵杆的四肢瘫痪和类似障碍者,迫切需要一种新型的智能电动轮椅。基于舌头运动检测,本文介绍了一种新的控制系统,该系统有助于用户高效,轻松地操作电动轮椅。本文介绍了两种控制模式,包括舌头运动控制模式和红外控制模式。其中红外控制方式主要使用红外控制器。可以通过嵌入在耳机中的多个振动膜片来检测舌头的运动,并可以通过嵌入式控制器生成标准模拟信号来控制轮椅。开发了集成在头戴式耳机中的舌头运动驱动系统,并且已经测试了沿设计路线对轮椅的控制。初步结果表明,该系统简单,方便,成本低廉,在智能控制领域具有潜在的应用前景。

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