助力助行器:超越坐姿的移动能力

E. Ratner, G. Goldish, A. Hansen, Jared Bliss, A. S. Bornstein, A. Gustavson, Steve Morin, Amber Wacek
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引用次数: 0

摘要

近一半的老年人无法轻松行走400米。像坐式滑板车这样的动力移动辅助设备不利于健康的行走,而且由于尺寸和成本的限制。采用以人为本的设计,我们开发了一种新型的动力辅助步行者(PAW),它可以作为手动步行者或站立式电动滑板车使用。用户可以在一个四轮助行器的支持下手动推动该设备,或者踩到一个踏板上,骑着它作为一个三轮站立式滑板车,两个防倾斜脚轮增强了安全性。一个工作样机已经证明了这种设计的可行性。它还满足用户对安全性、可用性和可移植性的需求。额外原型的设计克服了几个工程挑战,将使各种各样的用户能够满足他们在社区中的移动需求。
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Power Assisted Walker: Rising Above Seated Mobility
Nearly half of older people cannot easily walk 400 meters. Powered mobility aids such as seated scooters discourage healthful walking and have limitations due to size and cost. Using human-centered design, we have developed a novel power assisted walker (PAW), which can be used as a manual walker or as a standing electric scooter. A user can push the device manually supported by a four-wheeled walker or step onto a footplate and ride it as a three wheeled standing scooter, with safety enhanced by two anti-tip casters. A working prototype has demonstrated the feasibility of this design. It also meets user-defined requirements for safety, usability, and transportability. Designs for additional prototypes overcome several engineering challenges and will enable a wide variety of users to meet their mobility needs in the community.
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