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Basic study on prediction of initial contact for intelligently controlled ankle foot orthosis (I-AFO)

机译:智能控制踝足矫形器(I-AFO)初次接触预测的基础研究

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Ankle-foot orthoses (AFOs) are orthotic devices supporting movements of ankles of disabled persons for example hemiplegia, polio, peroneal nerve palsy, etc. In our previous research, we developed some kinds of passive controllable AFO which can control ankle torque with Compact Magnetorheological fluid brakes. One of the remarkable key points of its control is damping control at initial contacts. We think that a prediction of the initial contact is effective for its control because the initial contact usually ends very instant moment of about 0.1 s. In this paper, we describe basic control method of our controllable AFO and prediction method of the initial contact for it. Finally, we could predict instant contacts before 0.1 s with the absolute error of 0.020 s.
机译:踝足矫形器(AFO)是支持残疾人脚踝运动的矫形设备,例如偏瘫,脊髓灰质炎,腓神经麻痹等。在我们先前的研究中,我们开发了一些被动可控AFO,它可以通过紧凑型磁流变技术来控制踝关节扭矩。液压制动器。其控制的显着关键点之一是初始触点的阻尼控制。我们认为对初始接触的预测对其控制是有效的,因为初始接触通常会在大约0.1 s的瞬间终止。在本文中,我们描述了可控AFO的基本控制方法及其初始接触的预测方法。最后,我们可以预测0.1 s之前的瞬时接触,绝对误差为0.020 s。

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