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SMART DEVICE AND NETWORK BASED CONTROL OF A COMPLIANT ANKLE-FOOT-ORTHOSIS

机译:基于智能设备和基于网络的脚踝矫正控制

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摘要

Ankle Foot Orthoses (AFO) are externally applied devices that control the foot and ankle joint complex. The goal of this project is to create a smart device and network based mobile control, communicator and mechanical performance analyzer for a prototype AFO, which is powered by artificial pneumatic muscles to aid walking in patients with ankle and foot injuries. The preliminary proof of concept study of the system to improve comfort and offer settings control will be presented. It can potentially provide a higher computing and analyzing power in the design of medical devices by the combination of smart mobile device technology with microcontrollers and Internet.
机译:踝足矫形器(AFO)是控制脚和踝关节复合体的外部应用设备。该项目的目标是为原型AFO创建一个基于智能设备和网络的移动控制,通信器和机械性能分析器,该模型由人造气动肌肉提供动力,以帮助脚踝和脚部受伤的患者行走。将介绍该系统的概念研究的初步证明,以提高舒适度和商品设置控制。通过将智能移动设备技术与微控制器和Internet相结合,可以在医疗设备的设计中提供更高的计算和分析能力。

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