使用柔性传感器手套的轮椅机器人运动

S. Muharom, Tukadi Tukadi
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引用次数: 4

摘要

轮椅是残障人士进行活动的常用设备之一,而移动轮椅仍然需要人力。本文提出了一种基于柔性传感器手套的轮椅机器人的运动控制方法。本系统采用主、从两个控制器。在这里使用蓝牙与对方进行通信。将伸缩传感器手套配对在用户手上,用户手上的传感器数据通过蓝牙发送到从控制器,从控制器接收数据。从控制器对接收到的数据进行处理,向电机驱动发出移动电动轮椅的指令。例如移动轮椅,使用位置命令食指打开,其他手指关闭。从这个过程中产生的数据值为“F”(To command Forward),数据发送给控制器从机,并将给予命令轮椅向前移动。采用柔性传感器手套对轮椅机器人进行运动测试,系统结果成功率为83.3%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wheelchair Robot Movements Using Flex Sensor Glove
Wheelchair is one of commonly equipment used for people wiht physical disabilities to perform activities, while to moving the wheelcair still using human power. At this paper researcher propose to make wheelchair robot, and to moving control using flex sensor glove. At this system used two controller, master and slave. where using bluetooth to communicated with the other. Flex sensor glove are paired at user hand, the sensor data from user hand will sent to slave controller using bluetooth, data will recived by slave bluetooth controller. The slave controller will processed data recived to giving command the motor driver to moved electric wheelcahair. For example to move the wheelchair forward, using position command of index finger is open and other finger is closed. From this process generate value of data is “F” (To command Forward), the data send to controller slave and will giving command wheelchair to moved foward. The system result of wheelchais robot movement test  using flex sensor glove is 83,3% success rate.
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