残疾人人机界面装置的基础研究

S. Fujisawa, K. Ohkubo, T. Nishi, T. Yoshida, Y. Shidama, H. Yamaura
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引用次数: 22

摘要

由于使用方便和操作系统的进步,个人电脑的鼠标正在取代电脑输入设备的键盘。鼠标对于非残疾人来说很容易操作,但是对于残疾人来说就不那么容易了。特别是,脑瘫痪的人和近端脊椎受伤的人在处理鼠标时往往有很大的困难或根本无法使用鼠标。然而,一个C4脊髓神经受伤的人能够弯曲、伸展和旋转他的脖子,也能够抬起他的肩膀,因为他的胸突乳突肌和斜方肌的功能仍然存在。针对这些人,作者开发了一种使用颈部和肩部运动来代替鼠标手动输入的输入系统。在本研究中,开发了两种使用限位开关和线性电位计的器件,并对两者的结果进行了比较。由于可操作性有待提高,因此确认了对残疾人的实际用处。最后,对该系统应用于驱动轮椅的可行性进行了验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fundamental research on human interface devices for physically handicapped persons
The mouse for a personal computer is now replacing the keyboard for computer input devices, due to it's ease of use and the progress of operation systems. A mouse is easy for a nondisabled person to operate, however not so easy for a handicapped person. In particular, a cerebral paralyzed person and a proximal spine injured person often have much difficulty in dealing with a mouse or can't use it at all. However, a person with a C4 injured spinal nerve is able to bend, stretch and rotate his neck and also able to raise his shoulders because the functions of his sternodeidomastoid and trapezius muscles remain. For those people, the authors have developed an input system using neck and shoulder motions instead of manual input by a mouse. In this study, two kinds of devices using limit switches and linear potentiometers were developed and both of the results were compared. As operability has to be improved, practical usefulness for the handicapped person was confirmed. Finally, the feasibility of such systems being used for the driving wheel-chairs was examined.
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