Design and development of a hand-glove controlled wheel chair

Rini Akmeliawati, Faez S. Ba Tis, Umar Wani
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引用次数: 30

Abstract

Wheelchairs are a way of reincarnating the purpose of life in the lives of disabled people. Effective and efficient ways of delivering a cost-effective and affordable wheelchair to the common masses, which is not only at par with the present day technology, but is much easier to use are presented herewith. Replacement of the popular joystick stick controlled wheel chair with a hand-glove control system for easier maneuvering by bending the fingers, is discussed in this paper. Intended users control the system by wearing an instrumented glove fitted with flex or bend sensors for controlling the movement and direction of the wheelchair. Uni-directional wireless communication exists between the instrumented gloves and the controller which is sandwiched between the user's seat and the wheels. Initial design results are also presented in this paper. The technologies presented in this paper suggest a wide domain of possibilities to a wide variety of users. In addition, it also aims at making a cost-effective chair so that more hi-tech wheelchairs are made use of, widely, by people with disabilities.
一种手套控制轮椅的设计与研制
轮椅是残疾人生活目的的一种转世方式。本文提出了有效和高效的方法,向普通大众提供具有成本效益和负担得起的轮椅,这不仅与当今的技术相当,而且更容易使用。本文讨论了用手手套控制系统代替流行的操纵杆控制轮椅,使手指弯曲更容易操纵。目标用户通过戴上装有弯曲或弯曲传感器的仪表手套来控制系统,以控制轮椅的运动和方向。仪表手套和夹在用户座椅和车轮之间的控制器之间存在单向无线通信。本文还介绍了初步设计结果。本文介绍的技术为各种各样的用户提供了广泛的可能性。此外,它还旨在制造一种具有成本效益的轮椅,以便更多的高科技轮椅被残疾人士广泛使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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