紧凑型轻量化站立式电动轮椅的研制——静止和减速时跌倒风险分析

T. Ikeda, Toshitake Araie, A. Kakimoto, Koji Takahashi
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摘要

在没有辅助的情况下行走困难时,具有站立功能的轮椅既可以站立也可以坐着工作,提高了便利性。然而,在站立的位置,重心是高的,为了防止摔倒,通常缩短轮椅的长轴距,或降低其重心。由于空间和便携性的原因,减少轮椅的尺寸和重量也是可取的。因此,我们的目标是通过提供防跌倒控制功能,减少电动轮椅的体积和重量,使其能够以稳定的高姿态移动。本研究报告了站立式动力轮椅原型的外观和尺寸,以及休息和减速时跌倒风险分析的结果。
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Development of Compact and Lightweight Stand-up Powered Wheelchair—Fall Risk Analysis When at Rest and Decelerating
When unassisted walking is difficult, a wheelchair with a stand-up function enables a standing position as well as a sitting position for work and improved convenience. However, in the standing position, the center of gravity is high, and to prevent falling it is common to shorten the long wheelbase of the wheelchair, or to lower its center of gravity. It is also desirable to reduce the size and weight of the wheelchair for space and portability reasons. Therefore, we aim to reduce the size and weight of electric wheelchairs that can move with a stable high attitude by providing a fall-prevention control function. This study reports on the appearance and the dimensions of a prototype stand-up powered wheelchair and the results of a fall risk analysis when at rest and decelerating.
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