OBJECTIVE: To explore the effects of AFO on gait characteristics in children with spastic cerebral palsy.
目的：观察佩戴踝足矫形器对痉挛型脑瘫患儿足底压力步态特征的影响。
Sufficient conditions to ensure local asymptotic convergence of the AFO are established.
给出了该观测器算法局部渐近收敛的充分条件。
AFO is a society of professional and amateur ornithologists dedicated to the scientific study and dissemination of information about birds in their natural habitats.
该协会是一个专业的和业余的鸟类学家的学会，致力于鸟类及其自然生境的科学研究以及相关知识的传播。
The various mounting configurations available in the AFO cylinders assure freedom to interchange with most cylinders on the market.
各种安装配置，在踝足矫形器气瓶提供保证与市场上最气瓶自由交换。
It comprises of lower leg, ankle joint and foot for testing AFO.
模拟器包括小腿、踝关节与足部三部分。
The AFO cylinder features include a stainless steel tube and roller burnished piston rod.
气缸的踝足矫形器功能还包括一个不锈钢管，辊磨光活塞杆。
These results support our belief that anterior encased AFO is more effective in controlling ankle plantar flexion and inversion than anterior direct molding AFO, especially for severe spastic hemiplegia in gait correction
这个结果支持前覆式足踝装具比前穿式直接成型足踝装具更能有效控制踝关节的跑屈与内翻，尤其在矫正步态上对严重踝关节痉挛的中风病人将有更好的成效。
This means most systems can be upgraded to include quality AFO cylinders.
这意味着大多数系统可以升级到包括质量踝足矫形器汽缸
This simulator may be suitable for simulating the foot motion of stroke patients with low extremity having abnormal muscle tone and loss of active ankle motion. The effect of impact and bending on the AFO thus can be evaluated.
如此模拟器的设计，可用模拟中风患者拥有正常的肌肉张与丧失主动的足部运动之步态为，当副木装在模拟器上走，可以用评估副木受时的表现。
Ten healthy college students were included in this study. 3-D motion analysis system was employed to collect the data of segmental motion on walking. Movement degree of the ankle and knee joint was measured by goniometer.
研究模型为10例健康大学生(22.6±1.6)岁，采用三维动作分析系统采集自由步行、穿戴标准AFO与穿戴改良式AFO步行时的动态运动数据，观察不同状态下膝、踝关节活动角度的变化。
CONCLUSION; AFO can increase walking speed and walking efficiency, improve the walking ability in hemiparesis patients.
结论：踝足矫形器可以提高脑卒中偏瘫患者步行速度和步行效率，改善患者的步行能力。
An adaptive functional observer (AFO) for nonlinear discrete-time systems is proposed.
提出了一种非线性离散时间系统自适应函数观测器。
Application of assembling KAFO and AFO in hemiplegia patients
组装式下肢矫形器在偏瘫患者中的应用
The effect of using the AFO in the early time on the walking ability in the hemiplegic stroke patients
早期使用踝足矫形器对脑卒中偏瘫患者步行周期及时相的影响
Preliminary Analysis of Therapeutic Effects of AFO on Tiptoes of Children With Cerebral Palsy
踝足矫形器矫治脑瘫患儿尖足初步疗效分析
Application of posterior leaf spring AFO in patients with simple foot drop
单纯足下垂患者后置弹性踝足矫形器的应用研究
Objective: To design and make T adjustable ankle-foot orthotics (AFO) and evaluate its effects on preventing and correcting ankle malformation.
目的：设计和制作T形和可调式踝足矫形器（AFO），探讨其对预防、矫治踝关节畸形的作用。
The Analysis of Research Trend of AFO Early Application in Recovery of the Stroke Patient's Hemiplegia Gait
AFO早期应用对恢复卒中患者偏瘫步态研究的趋势分析
Objective: To observe and analysis the effect of ankle foot orthosis (AFO) on lower extremity stability, weight loading ability and range of joint motion (ROM) of the knee and ankle during walking.
目的：观察和分析足下垂患者穿戴踝足支具（AFO）前后对下肢稳定性、负重能力、步行中膝、踝关节活动的影响。
Objective To investigate the effects of ankle foot orthosis (AFO) used in the early stage on the activity of daily living (ADL) and quality of life (QOL) in the stroke patients.
目的探讨早期使用踝足矫形器（AFO）对脑卒中偏瘫患者日常生活活动（ADL）能力和生存质量（QOL）的功能结局影响。