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    • 61. 发明授权
    • Serial access memory apparatus
    • 串行存取存储器
    • US5754489A
    • 1998-05-19
    • US766896
    • 1996-12-13
    • Young Ho Kim
    • Young Ho Kim
    • G11C11/401G06F12/00G11C7/10G11C8/04G11C11/407G11C8/00
    • G11C7/103G11C8/04
    • An improved serial access memory apparatus which is capable of more stably and rapidly processing a data transmission between a memory cell array and a serial access memory or between serial access memories, which includes a first power controller for generating a first power control signal having different levels and for applying it to a first serial access memory in accordance with a first write enable signal outputted from a read/write controller for controlling a read/write operation of a memory cell array, and a second power controller for generating a second power control signal having different levels and for applying it to a second serial access memory in accordance with a second write enable signal outputted from the read/write controller.
    • 一种改进的串行存取存储器装置,其能够更稳定和快速地处理存储单元阵列和串行存取存储器之间或串行存取存储器之间的数据传输,该存储器存储器包括用于产生具有不同等级的第一功率控制信号的第一功率控制器 并且根据从用于控制存储单元阵列的读/写操作的读/写控制器输出的第一写使能信号将其应用于第一串行访问存储器;以及第二功率控制器,用于产生第二功率控制信号 具有不同的电平并根据从读/写控制器输出的第二写使能信号将其应用于第二串行访问存储器。
    • 67. 发明申请
    • ACTIVE ROBOTIC GAIT-TRAINING SYSTEM AND METHOD
    • 主动机器人训练系统及方法
    • US20140094345A1
    • 2014-04-03
    • US14007340
    • 2012-04-09
    • Young Ho KimSung Jae HwangJong Sang SonJung Yoon KimSun Woo ParkJe Seong RyuMin Hyeon Lee
    • Young Ho KimSung Jae HwangJong Sang SonJung Yoon KimSun Woo ParkJe Seong RyuMin Hyeon Lee
    • A61H1/02A63B71/00A63B22/02
    • A61H1/0255A61H1/0262A61H2201/10A61H2201/163A61H2201/1642A61H2201/5069A61N1/36003A61N1/36014A63B21/00178A63B21/00181A63B21/4009A63B21/4011A63B22/0235A63B69/0064A63B71/0009A63B2022/0094A63B2213/004A63B2220/16
    • The present invention relates to active robotic gait training system and method which enables more active gait training based on remaining gait ability of patients with gait disorders by estimating the gait cycle through measurement of slope of the lower leg, operating the hip joint and the knee joint by an actuator depending on the gait cycle and operating the ankle joint by functional electric stimulation (FES).The robotic gait training system contains the femoral support unit, the hip joint support unit and the lower leg support unit. Also, The robotic gait training system has further comprising: a support fixing toe tip, located on the lower part of the lower leg support unit and fixed the strap connecting to the toe tip pad wrapping the toe tip (forefoot); a tilt sensor, installed on the lower part of lower leg support unit or on one side of the toe tip pad; the control unit generated FES control signal, hip joint angle control signal and knee joint angle control signal by using slope signal received from the tilt sensor; a first linear actuator operation unit, received the hip joint angle control signal from the control unit and operates the first linear actuator to rotate the femoral support unit based on the hip joint angle control signal in the hip joint unit that is the coupling unit between the femoral support unit and the hip joint support unit; a second linear actuator operation unit, received the knee joint angle control signal from the control unit and operates the second linear actuator to rotate the lower leg support unit based on the knee joint angle control signal in the knee joint unit that is the coupling unit between the lower leg support unit and the femoral support unit.
    • 本发明涉及一种主动式步态训练系统及方法,其基于通过测量小腿斜坡,操作髋关节和膝关节估计步态周期,基于步态障碍患者的步态能力进行更主动的步态训练 通过执行器取决于步态循环,并通过功能性电刺激(FES)操作踝关节。 机器人步态训练系统包括股骨支撑单元,髋关节支撑单元和小腿支撑单元。 此外,机器人步态训练系统还包括:支撑固定脚尖,位于小腿支撑单元的下部,并固定连接到包围脚趾尖(脚前)的趾尖垫的带; 倾斜传感器,安装在小腿支撑单元的下部或趾尖垫的一侧; 控制单元通过使用从倾斜传感器接收的倾斜信号产生FES控制信号,髋关节角度控制信号和膝关节角度控制信号; 第一线性致动器操作单元,从控制单元接收髋关节角度控制信号,并且操作第一线性致动器以基于髋关节角度控制信号旋转股骨支撑单元,所述髋关节角度控制信号是作为 股骨支撑单元和髋关节支撑单元; 第二线性致动器操作单元,从所述控制单元接收所述膝关节角度控制信号,并且操作所述第二线性致动器以基于所述膝关节角度控制信号来旋转所述小腿支撑单元,所述膝关节角度控制信号是作为所述膝关节单元之间的联接单元, 小腿支撑单元和股骨支撑单元。