康复工程

新的国际残疾分类ICF强调活动与参与功能，给康复工程提出了新的挑战。

There has been much impact of the newly adopted International Classfication of Functioning , Disability and Health ( ICF ) on rehabilitation engineering ( RE ) .

基于脑电的脑&机接口（Brain-computerinterface，BC1）技术作为一种新型人机交互手段，近年来已经成为康复工程以及生物医学工程等领域的研究热点。

As a new means of human-computer interface , brain-computer interface technology based on EEG has become a research hotspot in the fields of rehabilitation engineering and biomedical engineering .

康复工程中的电刺激技术及肢体运动测控技术

Electrical Stimulation Technology in Rehabilitation Engineering and Measurement & Control Technology of Limbs Movement

导热油系统和装置的康复工程

Overhaul of conducting oil system and its equipment

工医结合、促进新世纪康复工程的发展研究开发与医院医工部门发展探析

The Research & Development and the Progress Of the medical engineering department in hospital

现代康复工程的发展概述

The development overview of modern rehabilitation engineering

2011年国际康复工程和辅助技术会议（i-CREAT）集中在残疾儿童辅助科技上。

In2011 , i-CREATe will be focusing on using Assistive Technology for children with disabilities .

康复工程的研究进展与前瞻

Research Advances and Prospects on Rehabilitation Engineering

人体步态功能的评定在临床医学、康复工程等领域中有着重要作用。

Evaluation of human gait function is of great significance in clinical medicine and rehabilitation engineering .

自主创新，开拓中国康复工程持续发展之路

Independent Innovate and Open up the Road that Rehabilitation Engineering has been Developed in China Steadily

人体负重深蹲过程中下肢肌力协调机理分析是康复工程和体育科学的重要课题。

Muscular coordination analysis of lower limbs during squat lifting is an important part of rehabilitation engineering and gymnastic science .

脑-机接口的研究在康复工程领域以及理论价值方面都具有重要的意义。

BCI researches in the field of rehabilitation engineering and in the aspect of theoretical value are of great significance .

肌电信号的研究发展日益迅猛，成为康复工程各种技术实现的关键。

It has become the main key to rehabilitation engineering technology when the research and development on EMG grow rapidly .

结论：脑-机接口的研究正成为脑科学、康复工程、生物医学工程及人机自动控制研究领域的一个新的前沿热点；

CONCLUSION : Research on BCI has been a focus in brain science , rehabilitation engineering , biomedical engineering and automation of man-machine .

目的：探讨在临床医学和康复工程等领域中人体运动功能评定的有效方法及原理。

Objective : To evaluate the most effective method and principle of human movement function in clinical medicine and rehabilitation engineering et al .

表面肌电信号作为一种重要的生物电信号，已被广泛应用于生物反馈、康复工程、仿生学和运动医学中。

Surface Electromyography , as an important biological signal , has been used widely in bionics , biofeedback , sports medicine and rehabilitation engineering .

与美国、日本等发达国家相比，我国在康复工程领域的研究才刚刚起步。

Compared with United States , Japan and the other developed countries , China has not many experiences in the field of rehabilitation engineering research .

随着康复工程、机械、电子学的发展，肌电假手的研究也逐渐深入，向着更加智能化发展。

With the development of the rehabilitation engineering , machinery and electronics , the research of artificial hand is deepened gradually and towards more intelligent development .

随着康复工程技术的发展，结合矫形器与步行器的矫形辅具在各类下肢运动功能障碍的治疗与康复中发挥出了越来越重要的作用。

With the development of rehabilitation engineering , orthosis assistive device combining orthosis and walker has played an important role in treatment and rehabilitation for dyskinesia of lower limbs .

如何有效地评价肌肉疲劳的程度，对于神经肌肉系统的基础研究、残疾人的康复工程、理疗效果的客观评价和运动员的科学训练等皆有重要的研究意义。

How to estimate muscle fatigue effectively has an important significance in neuromuscular basic research , rehabilitation engineering , evaluation of the effect of physiotherapy and scientific training of athletes .

根据固定步速下膝关节弯曲角度呈周期性变化的特点，本文提出将工业中进行重复任务的工业机器人控制应用于康复工程中智能假肢控制。

According to the periodic characteristics of the knee joint at some walking speed , this text applies the industry robot control to the intelligence artificial prosthesis control in Rehabilitation project .

目的：探求矫形器在康复工程上的运用，分析脊柱矫形器对特发性脊柱侧弯患儿的康复矫治作用。

AIM : To explore the application of the orthosis on the rehabilitation engineering , and analyze the therapeutic effects of spinal orthosis in the children patients with idiopathetic lateral curvature .

按生物医学工程的最终目标，在生物医学材料、生物医学工程器械、远程诊疗系统和生物医学康复工程等四个方面进行了综述，引论文14篇。

The research fields and advances of biomedical engineering have been reviewed in four aspects , biomedical material , biomedical engineering appliance , tele diagnostic system and biomedical recovery engineering with 14 references .

它是一种可用于无创伤检测的生物电信号，对认识和了解人体神经系统信息传递、基础医学研究、临床诊断、运动医学和康复工程中均有广泛的应用。

It is a sort of bioelectricity signal detected without hurt and has important influence in information sending of nerve system , basic medicine research , clinic diagnosis , sport medicine and rehabilitation engineering .

背景：研究肌肉的疲劳行为，对于神经肌肉系统的基础研究、残疾人的康复工程、理疗效果的客观评价、运动员的科学训练和工效学等都有广泛的应用价值。

BACKGROUND : Research on muscular fatigue has extensive value of application in fundamental research about neuromuscular system , handicapped rehabilitation engineering , objective evaluation on physiotherapeutic effect , scientific training of athletes and ergonomics etc.

通过研究如何探测及评价肌疲劳程度，进一步克服肌疲劳带来的负面影响，对于神经肌肉系统认知、残障康复工程和临床理疗评价等方面均具有重要的方法学意义。

Study on how to detect and evaluate the muscle fatigue level and even overcome the negative effect of fatigue will have great methodology significance to neuromuscular system cognition , disable rehabilitation engineering and clinical physiotherapy evaluation .

运动识别技术在高级人机交互、康复工程、体感游戏控制、基于内容的检索方面具有广泛的应用前景和极大的经济价值与社会价值。

It is universally admitted that motion recognition technology has a promising future as well as huge economical value and social value in advanced human-machine interface , recovery project , motion-sensing controller , and content-based image retrieval .

人体骨骼模型的个体化制造与加工是医疗康复工程中的一个热点问题，人体骨骼模型制作的好坏直接影响到医学治疗的质量。

It has always been the focal point to study the building and processing of the Individual of the human skeleton model . Quality of the model of human bone has a direct effect on the quality of medical treatment .

人体平衡策略研究是人体运动分析的重要分支，在康复工程、功能损伤诊断、仿人机械以及体育科学等领域都有重要的实用价值。

The study on human balance strategy is a major branch of human motion analysis . It is practically important in many fields , such as rehabilitation engineering , functional impairment diagnose , humanoid machine , sport science and so on .

电子耳蜗是一种利用微电子技术使失聪患者恢复听觉的神经电刺激装置，受到临床医学、神经工程及康复工程界学者的高度重视。

Cochlear Implant ( CI ) is a kind of electrical nerve stimulative device , which uses microelectronics technology to restore hearing in deaf patients . Many scholars of clinical medicine , neural engineering and rehabilitation engineering attach great importance to it .