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    • 82. 发明申请
    • METHOD AND APPARATUS FOR JOINT MOTION SIMULATION
    • 联合运动模拟的方法和装置
    • US20120123592A1
    • 2012-05-17
    • US13295610
    • 2011-11-14
    • Forest J. CarignanBruce F. White
    • Forest J. CarignanBruce F. White
    • G05B15/02
    • A61F2/76A61F2/38A61F2/468A61F2/68A61F2002/701A61F2002/704A61F2002/741B25J17/0266G09B23/32Y10T74/20207Y10T74/20348
    • A joint motion simulator to simulate biomechanical motion includes a mount to which a prosthetic device is mounted, actuators coupled to the mount to drive the mount, and a programmable controller to drive the actuators to translate the mount and to rotate the mount with a center of rotation controllable independent of translation. The simulator can include a linear actuator to translate the mount in a linear direction substantially parallel to the axis of rotation. The linear actuator can include a piston within a sleeve, the piston being coupled to the mount and being hydraulically driven to translate the mount, and the actuators can be coupled to the sleeve. The controller may be programmed to vary the center of rotation with linear translation and rotation of the mount. Sensors may be included that measure displacement of the actuators. The controller may drive the actuators based on the measured displacement.
    • 用于模拟生物力学运动的关节运动模拟器包括安装有假体装置的安装座,联接到安装件以驱动安装件的致动器,以及可编程控制器,用于驱动致动器平移安装件并使安装件以 旋转可控独立的翻译。 模拟器可以包括线性致动器,以平行于旋转轴线的直线方向平移底座。 线性致动器可以包括在套筒内的活塞,活塞联接到安装件并且被液压驱动以平移安装件,并且致动器可以联接到套筒。 控制器可以被编程以通过安装座的线性平移和旋转来改变旋转中心。 可以包括测量致动器的位移的传感器。 控制器可以基于测量的位移来驱动致动器。
    • 89. 发明申请
    • NOVEL COMPUTER CONTROLLED PROSTHETIC KNEE DEVICE
    • 新型计算机控制的前置设备
    • US20070027555A1
    • 2007-02-01
    • US11460956
    • 2006-07-28
    • Michael PalmerCharles Bisbee
    • Michael PalmerCharles Bisbee
    • A61F2/64A61F2/70
    • A61F2/642A61F2/68A61F2002/5006A61F2002/704A61F2002/741A61F2002/745A61F2002/748A61F2002/7635
    • A prosthetic knee provides a single axis of rotation and includes a hydraulic damping cylinder, a microprocessor, and sensors. Based on input from the sensors, the microprocessor selects a flow path within the hydraulic cylinder in order to provide the proper amount of knee resistance to bending for a given situation. The resistance of each flow path within the hydraulic cylinder is manually preset. Changes in gait speed are accommodated by employing a hydraulic damper with intelligently designed position sensitive damping. Moreover, the knee need not be un-weighted to transition from the stance phase to the swing phase of gait. As a result, the knee safely provides a natural, energy efficient gait over a range of terrains and gait speeds and is simpler, less costly, and lighter weight than the prior art.
    • 假肢膝盖提供单个旋转轴线,并包括液压阻尼缸,微处理器和传感器。 基于来自传感器的输入,微处理器选择液压缸内的流路,以便在给定情况下为弯曲提供适当的膝盖阻力。 手动预设液压缸内的每个流路的阻力。 通过采用具有智能设计的位置敏感阻尼的液压阻尼器来适应步态速度的变化。 此外,膝盖不需要不重视从步态的摆动阶段向摆动阶段过渡。 因此,膝盖在一定范围的地形和步态上安全地提供了一种天然的,节能的步态,并且比现有技术更简单,成本更低,重量更轻。