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    • 2. 发明授权
    • Posterior stabilized mobile bearing knee
    • 后稳定的移动轴承膝盖
    • US06726723B2
    • 2004-04-27
    • US10230529
    • 2002-08-29
    • Donald E. Running
    • Donald E. Running
    • A61F238
    • A61F2/3868A61F2/30767A61F2/3859A61F2/3886A61F2/389A61F2002/30332A61F2002/30354A61F2002/30364A61F2002/30398A61F2002/30574A61F2002/30604A61F2002/30878A61F2002/30879A61F2002/4631A61F2220/0025A61F2220/0033A61F2310/00011
    • A knee prosthesis and method for use are provided, in which the knee prosthesis provides anterior and posterior stability and controlled femoral roll-back, while also providing rotational kinematics. The femoral component has a pair of convexly shaped condyles which are spaced apart to form an intercondylar notch. Anterior and posterior cams are provided within the notch. The tibial component comprises a platform upon which a tibial bearing is mounted to provide for rotational movement about the tibial axis. The tibial bearing is provided with surfaces to engage the condyles and has an upwardly extending spine which is positioned to engage the anterior and posterior femoral cams. At full extension, the spine engages the anterior femoral cam to provide a 3° hyperextension stop. Between full extension and approximately 50° of flexion, the spine is free to translate between the anterior and posterior femoral cams. From 50° to 120° of flexion, the spine engages the posterior femoral cam, which provides femoral roll-back and posterior stability.
    • 提供膝关节假体和使用方法,其中膝关节假体提供前后稳定性和受控的股骨回卷,同时还提供旋转运动学。 股骨部件具有一对凸起形状的髁间隔开以形成髁间隙。 前后凸轮设在切口内。 胫骨部件包括平台,胫骨轴承安装在该平台上以提供围绕胫骨轴线的旋转运动。 胫骨轴承设置有接合髁的表面,并具有向上延伸的脊柱,其定位成接合前股骨凸轮和后股骨凸轮。 在完全伸展的情况下,脊柱与前股骨凸轮接合,以提供3°的过度伸展停止。 在完全伸展和约50°屈曲之间,脊柱在前股和后股凸轮之间自由平移。 从50°至120°的屈曲度,脊柱与后股骨凸轮接合,提供股骨回滚和后稳定性。
    • 3. 发明授权
    • Posterior stabilized mobile bearing knee
    • 后稳定的移动轴承膝盖
    • US06443991B1
    • 2002-09-03
    • US09395584
    • 1999-09-14
    • Donald E. Running
    • Donald E. Running
    • A61F238
    • A61F2/3868A61F2/30767A61F2/3859A61F2/3886A61F2/389A61F2002/30332A61F2002/30354A61F2002/30364A61F2002/30398A61F2002/30574A61F2002/30604A61F2002/30878A61F2002/30879A61F2002/4631A61F2220/0025A61F2220/0033A61F2310/00011
    • A knee prosthesis and method for use are provided, in which the knee prosthesis provides anterior and posterior stability and controlled femoral roll-back, while also providing rotational kinematics. The femoral component has a pair of convexly shaped condyles which are spaced apart to form an intercondylar notch. Anterior and posterior cams are provided within the notch. The tibial component comprises a platform upon which a tibial bearing is mounted to provide for rotational movement about the tibial axis. The tibial bearing is provided with surfaces to engage the condyles and has an upwardly extending spine which is positioned to engage the anterior and posterior femoral cams. The posterior surface of the upwardly extending spine is arranged coincident with the tibial axis. At full extension, the spine engages the anterior femoral cam to provide a 3° hyperextension stop. Between full extension and approximately 50° of flexion, the spine is free to translate between the anterior and posterior femoral cams. From 50° to 120° of flexion, the spine engages the posterior femoral cam, which provides femoral roll-back and posterior stability.
    • 提供膝关节假体和使用方法,其中膝关节假体提供前后稳定性和受控的股骨回卷,同时还提供旋转运动学。 股骨部件具有一对凸起形状的髁间隔开以形成髁间隙。 前后凸轮设在切口内。 胫骨部件包括平台,胫骨轴承安装在该平台上以提供围绕胫骨轴线的旋转运动。 胫骨轴承设置有接合髁的表面,并具有向上延伸的脊柱,其定位成接合前股骨凸轮和后股骨凸轮。 向上延伸的脊柱的后表面与胫骨轴线重合。 在完全伸展的情况下,脊柱与前股骨凸轮接合,以提供3°的超伸展停止。 在完全伸展和约50°屈曲之间,脊柱在前股和后股凸轮之间自由平移。 从50°至120°的屈曲度,脊柱与后股骨凸轮接合,提供股骨回滚和后稳定性。
    • 4. 发明授权
    • Fracture fixation plate with cover sheath
    • 骨折固定板带护套
    • US08029551B2
    • 2011-10-04
    • US11328619
    • 2006-01-10
    • Donald E. RunningRobert Courtney, Jr.Jeffrey A. Farris
    • Donald E. RunningRobert Courtney, Jr.Jeffrey A. Farris
    • A61B17/80
    • A61B17/8061A61B17/74A61B17/8042A61B2017/00477
    • A fracture fixation plate with cover sheath having a head element that is rigidly connected to a plate element in an upwardly angled direction. The head element is anatomically shaped and includes medial and lateral sheath recesses wherein non-threaded bone screw holes and a threaded sheath screw hole are located. Cylindrical head bone screws are inserted through the sheath recess and oriented at set angles allowing for bone fragment fixation and fracture reduction. Medial and lateral sheath elements are placed within the boundaries of their respective sheath recesses and are secured with a sheath screw. The sheath elements contact the heads of the inserted bone screws restricting and maintaining their implanted positions. Alternative sheath elements with outreaching medial, lateral and distal fragment capture flanges may also be utilized. The plate element includes at least one longitudinal slot with several bone screw holes for use with pivotable spherical headed bone screws.
    • 具有盖护套的骨折固定板,其具有以向上倾斜的方向刚性地连接到板元件的头部元件。 头元件具有解剖学形状,并且包括内侧和外侧护套凹部,其中定位有非螺纹骨螺钉孔和螺纹护套螺钉孔。 圆柱头骨螺钉通过护套凹槽插入,并以固定角度定向,允许骨碎片固定和骨折减少。 内侧和外侧护套元件被放置在它们各自的护套凹槽的边界内,并用护套螺钉固定。 护套元件接触插入的骨螺钉的头部,限制并保持其植入位置。 还可以使用具有外伸内侧,外侧和远端碎片捕获法兰的替代护套元件。 板元件包括至少一个具有多个骨螺钉孔的纵向槽,用于与可枢转的球形头骨骨螺钉一起使用。