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Design of Electric Wheelchair with Joystick Controller as Personal Mobility for Disabled Person

机译:操纵杆控制器的电动轮椅设计为残疾人的个人移动性

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The movement aids for people with motor system disability, especially the legs, has been currently very essential, because they also surely want to move freely from a place to another without bothering their family or closest friends. Therefore, this electric wheelchair research was made to facilitate the movement of people with disabilities within their activities, such as going to certain places or doing something. The design of the electric wheelchair was arranged in such ways to assist the body movements using joystick control connected to microcontroller Arduino. If the joystick lever was directed forward, backward, left and right, then the joystick command would be processed by the Arduino, so that it provided voltage to the motor driver, and the wheelchair could move forward, backward, turn left, and turn right. From 25 joystick command tests, it was shown the forward accuracy was 88%, the backward was 100%, the left turn was 100%, and the right turn was also 100%. Based on the test that have been conducted, the accuracy values represented that this electric wheelchair using joystick controller can be implemented as its function.
机译:对于具有电动机系统残疾,尤其是腿部的人的运动辅助,目前是非常重要的,因为他们肯定希望从一个地方自由地从一个地方自由移动,而不会困扰他们的家人或最亲密的朋友。因此,这种电动轮椅研究是为了促进残疾人在其活动中的运动,例如去某些地方或做某事。电动轮椅的设计以这样的方式布置,以帮助使用连接到微控制器Arduino的操纵杆控制的身体运动。如果操纵杆杆向前,向后,向左和向右,那么arduino将处理操纵杆命令,使其为电机驱动器提供电压,并且轮椅可以向前移动,向左转,然后向右转动。从25个操纵杆命令测试,显示前瞻性准确性为88%,落后是100%,左转为100%,右转也为100%。基于已经进行的测试,精度值表示使用操纵杆控制器的这种电动轮椅可以实现其功能。

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