Development of an electric wheelchair prototype able to climb steps and controlled by inertial sensors

Manual Humberto Luque Casanave, Alex Anchivilca Baltazar, E. Reyes, Alan Andrés Pesantes Marcos
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Abstract

The number of people with disabilities around the world who need to use a wheelchair to displace in their daily environment is growing rapidly. Therefore, many states are creating policies and laws that encourage the inclusion of these people in the workplace and social. Likewise, different companies have created models of electric wheelchairs, but their cost and limitations in the way of use generates that few people can access them. Therefore, this document presents the development of an electric wheelchair with the ability to travel through buildings in Peru and that can be controlled through the movement of the body (without the need for upper limbs) using inertial sensors. Likewise, a user interface was detected so that the chair control commands are adapted to the patient or operator.
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一种能爬台阶并由惯性传感器控制的电动轮椅原型的研制
世界各地需要使用轮椅在日常环境中移动的残疾人数量正在迅速增长。因此,许多州正在制定政策和法律,鼓励将这些人纳入工作场所和社会。同样,不同的公司也创造了电动轮椅的模型,但它们的成本和使用方式的限制导致很少有人能够使用它们。因此,本文档介绍了一种电动轮椅的开发,这种轮椅能够在秘鲁的建筑物中穿行,并且可以通过使用惯性传感器通过身体的运动(不需要上肢)来控制。同样,检测到用户界面,以便椅子控制命令适应患者或操作员。
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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Analysis of upper limb rehabilitation using muscle mechanics: current and future perspectives using Mechanomyography signals Machine Learning to identify factors that affect Human Systolic Blood Pressure Design and Development of a Temperature Controlled Blood Bank Transport Cooler BMEiCON 2019 Programs and Abstracts Development of an electric wheelchair prototype able to climb steps and controlled by inertial sensors
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