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    • 7. 发明公开
    • 효율적인 전자 건강 기록이 가능한 보행 보조 로봇
    • 为有效的电子健康记录提供支持机器人
    • KR1020130079054A
    • 2013-07-10
    • KR1020120000308
    • 2012-01-02
    • 한국산업기술대학교산학협력단
    • 이응혁이동광천정봉엄수홍고민수장문석
    • A61H3/04A61G5/04A61N1/18G06Q50/24
    • A61H3/04A61G5/04A61G5/048A61H2003/043A61H2201/5023A61H2230/085A61H2230/208A61H2230/255A61H2230/505A61N1/18G06Q50/24
    • PURPOSE: A walking assist robot capable of efficiently keeping an electronic health record (EHR) is provided to enable safe and comfortable walking assistance for a user with inconvenient physical activity like an aged person, etc. in walking frame mode and wheelchair mode as well as to easily measure physical condition like the abnormality of a body, etc. by using various bio-signal measuring instruments mounted on the walking assist robot. CONSTITUTION: A walking assist robot determines a moving direction according to the operation of a joystick by a user in walking frame mode and wheelchair mode and assists the walking of the user by moving at a corresponding speed in accordance with a sensor signal generated from a strength sensor detecting the grip strength of the user. The walking assist robot includes multiple bio-signal measuring instruments (111-113), an information collecting terminal (110), and an information processing device (120). The bio-signal measuring instrument includes the following parts: one or more walking frame mode measuring instrument installed around walking frame mode joysticks (150,160,190) in order to measure bio-signals of the user in walking frame mode; and one or more wheelchair mode measuring instrument installed at a storage space (140) in order to measure bio-signals of the user in wheelchair mode. The information collecting terminal is connected to the walking frame mode measuring instrument through a cable, controls the measurement start of the walking frame mode measuring instrument, and collects bio-signals outputted from the walking frame mode measuring instrument, and is connected to the wheelchair mode measuring instrument through wireless communications and collects bio-signals outputted from the wheelchair mode measuring instrument. [Reference numerals] (AA) Ultrasonic sensor; (BB) Provide air pressure for a blood pressure gauge; (CC) Battery
    • 目的:提供一种能够有效保持电子健康记录(EHR)的行走辅助机器人,以便在步行框架模式和轮椅模式下为使用不方便身体活动的用户提供安全舒适的行走辅助,如老年人等 通过使用安装在步行辅助机器人上的各种生物信号测量仪器容易地测量身体状况,例如身体的异常等。 构成:步行辅助机器人根据用户在步行框架模式和轮椅模式下的操纵杆的操作来确定移动方向,并且根据从强度产生的传感器信号以相应的速度移动来帮助用户行走 传感器检测用户的握力。 步行辅助机器人包括多个生物信号测量仪器(111-113),信息收集终端(110)和信息处理设备(120)。 生物信号测量仪器包括以下步骤:一个或多个步行架模式测量仪器安装在步行模式操纵杆(150,160,190)周围,以便以步行模式测量用户的生物信号; 以及安装在存储空间(140)上的一个或多个轮椅模式测量仪器,以便在轮椅模式下测量用户的生物信号。 信息收集终端通过电缆连接到步行式模式测量仪器,控制步行式模式测量仪器的测量开始,并收集从步行式模式测量仪器输出的生物信号,并连接到轮椅模式 通过无线通信测量仪器,并收集从轮椅模式测量仪器输出的生物信号。 (附图标记)(AA)超声波传感器; (BB)为血压计提供气压; (CC)电池
    • 9. 发明公开
    • 수직 위치에서의 보행의 구동과 함께 정와위 또는 부분 와위 자세에서 사람의 하지를 구동하기 위한 장치
    • 一种用于以直立或上部或部分直立姿势驱动人类腋下的装置,其中步行驱动器处于垂直位置
    • KR1020170139035A
    • 2017-12-18
    • KR1020177031099
    • 2016-03-24
    • 알비 페이턴츠 에스에이알엘
    • 브로다드,롤란드
    • A61H1/02A61H1/00A61N1/36A61N1/04A61B5/0488
    • A61H1/0262A61H1/0237A61H1/0255A61H1/0266A61H2201/10A61H2201/1238A61H2201/1642A61H2201/1652A61H2201/5007A61H2201/5061A61H2201/5064A61H2203/0456A61H2203/0487A61H2230/08A61H2230/085A61H2230/60A61H2230/605A61N1/0452A61N1/0484A61N1/36003A61B5/0488A61H1/005
    • 본발명은, 사람의하지를구동하기위한장치로, 기본프레임(4); 사람(1)을지지하는테이블(2); 적어도하나의전동식기계보조기로, 상기사람(1)의상기하지및 상기보조기의운동이연결되고동일하게되도록하지중 적어도하나와인터페이스를구성하도록배치되며, 상기테이블(2)의일 단부에부착되는보조기; 및상기하지의근육또는근육군에작용하며, 상기근육또는근육군을자극하고, 상기근육또는근육군의반응을측정하도록의도된적어도한 쌍의자극및 측정전극(28, 29)을포함하는기능적전기자극및 근전도측정장치(24, 25)를포함하는장치에있어서, 사람(1)의이송및 배치가용이하게되는낮은위치, 중간작업위치, 및직립자세에서사람(1)의구동을가능하게하는상승위치사이에서기본프레임(4)에대해테이블(2)의수직위치를변화시키는것을가능하게하는상승메커니즘(3), 및특히사람(1)이정와위자세로있는수평위치와사람(1)이직립자세로있는수직위치사이에서기본프레임(4)에대해상기테이블(2)의경사를변경하는것을가능하게하는상기테이블(2)의경사메커니즘을또한포함하되, 테이블(2)의상승및 경사메커니즘들의조합은상기하지의운동의각각의전체생리학적범위에걸쳐상기보조기의이동성을가능하게하는것을특징으로하는장치에관한것이다.
    • 本发明涉及一种用于驱动人体下肢的设备,包括:基本框架(4);基本框架 一个人(1)有一张桌子(2); 至少一个机动机械辅助装置被布置为与人(1)的上端和下端中的至少一个接口,使得人(1)的上端和下端的移动 。 并且至少有一对刺激和测量电极(28,29)作用于基部的肌肉或肌肉组,并且旨在刺激肌肉或肌肉组并测量肌肉或肌肉组的响应 包含功能性电刺激和EMG测量装置(24,25)的装置,使得人(1)的驱动从一个低的位置,中间工作位置时,和直立姿态的人1的转移和放置被容易地 提升机构3能够在允许人1上下移动的提升位置之间改变工作台2相对于基础框架4的竖直位置, )桌子(2)能够在直立姿势的垂直位置之间相对于基础框架(4)改变工作台(2)的直径,工作台(2) 并且倾斜机构的组合可以在躯干的每个锻炼的整个生理范围内变化 这样的装置,它其特征在于,以使该组支架的移动性。