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作 者:王俊华[1] 吴珺 WANG Jun-hua;WU Jun(The Second Traditional Chinese Medicine Hospital of Guangdong, Guangzhou, Guangdong 510095, China;Guangzhou Bo'ai Hospital, Guangzhou, Guangdong 521006, China)
机构地区:[1]广东省第二中医院,广东广州市510095 [2]广州博爱医院,广东广州市521006
出 处:《中国康复理论与实践》2019年第7期845-848,共4页Chinese Journal of Rehabilitation Theory and Practice
基 金:广东省科技计划项目(No.2017B020210009)~~
摘 要:目的设计一种具有虚拟现实、运动反馈和精准康复的智能四肢康复系统.方法采用双手柄、双脚踏及其锁定结构,采用计算机传感器技术提供多自由度运动选择和协调训练模式,3屏合1显示屏以及不同难易的3D虚拟场景和多传感器交互技术,提供多种虚拟现实运动反馈训练模块.结果和结论设计出一种基于运动反馈的四肢虚拟现实康复训练系统,不同瘫痪程度患者可进行单或双上肢康复训练技术和双脚踝协同训练.Objective To design an intelligent rehabilitation training system for limbs with virtual reality, motor feedback and accurate rehabilitation. Methods The system consisted of double handles, double foot treads and locking structure, with sensors and computer. A wide three screen unity, as well as three dimensional virtual scene of various difficulty and multi-sensor interaction, might provide a variety of virtual reality motor feedback training modules. Results and Conclusion A motor feedback virtual reality rehabilitation training system for limbs has been developed, which allows patients with paralysis to carry out single or double upper limbs training and double ankle coordinated training.
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