CAJ | 학술논문

提出了一种基于虚拟现实的步态训练康复机器人系统,该系统解决了传统下肢康复训练单一乏味的问题.虚拟游戏以脑—机接口为启动端口,以线程方式在系统中运行,以单例设计模式为主要模式,通过与系统控制主软件协同合作,对病人的步态速度、心跳等生理信息进行快速合理有效的存取操作,并将速度等信息恰当地体现在游戏中.引入虚拟游戏后,康复训练过程更有趣味性,这也在很大程度上提高了病人进行康复训练的积极性.
제출료일충기우허의현실적보태훈련강복궤기인계통,해계통해결료전통하지강복훈련단일핍미적문제.허의유희이뇌—궤접구위계동단구,이선정방식재계통중운행,이단례설계모식위주요모식,통과여계통공제주연건협동합작,대병인적보태속도、심도등생리신식진행쾌속합리유효적존취조작,병장속도등신식흡당지체현재유희중.인입허의유희후,강복훈련과정경유취미성,저야재흔대정도상제고료병인진행강복훈련적적겁성.
This paper proposes a rehabilitative gait training robotic system based on the virtual reality technology, which improves the current tedious and boring patients rehabilitative training process. Virtual game is activated by the information from the brain-computer interface and runs in the form of a thread with a singleton design pattern as the main mode. Interacting with the main software, virtual game can achieve quick and effective access operations of heart rate and other physiological information of patients, which are properly reflected in the game. Virtual game makes rehabilitation training more interesting and attractive and significantly increases patients' initiative to participate in rehabilitation training.