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    • 7. 发明申请
    • Intramedullary Fixation System
    • 髓内固定系统
    • US20140058391A1
    • 2014-02-27
    • US13974310
    • 2013-08-23
    • Andreas AppenzellerDaniel Fluri
    • Andreas AppenzellerDaniel Fluri
    • A61B17/72
    • A61B17/72A61B17/7208A61B17/7258A61B17/7283A61B17/7291
    • An intramedullary fixation system is configured to be fixed to first and second bone segments that are separated by a defect. The system includes an intramedullary fixation member that includes first and second wire segments that are twisted about each other so as to define a plurality of intersections. A distal one of the intersections is separable, such that rotation of the fixation device in a medullary canal causes bone material in the medullary canal to apply a counterforce to the wire segments that causes the distal intersection to separate, thereby driving respective distal ends of the wire segments into the bone segment, such that subsequent movement of the intramedullary fixation member a toward the first bone segment causes the second bone segment to move toward the first bone segment. The intramedullary fixation system can further include a fixation clip that anchors the intramedullary fixation member to the first bone segment.
    • 髓内固定系统被配置为固定到由缺陷分开的第一和第二骨段。 该系统包括髓内固定构件,该髓内固定构件包括彼此扭绞以限定多个交叉点的第一和第二线段。 交叉路口中的远端一个是可分离的,使得固定装置在髓质管中的旋转导致髓质管中的骨材料对线段施加反作用力,导致远端交叉部分离,从而驱动相应的远端 线段进入骨段,使得髓内固定构件a朝向第一骨段的随后移动导致第二骨段朝向第一骨段移动。 髓内固定系统还可以包括将髓内固定构件锚定到第一骨段的固定夹。
    • 9. 发明申请
    • Universal Length Screw Design and Cutting Instrument
    • 万能长螺丝设计和切割仪器
    • US20140257413A1
    • 2014-09-11
    • US13789944
    • 2013-03-08
    • Andreas AppenzellerDaniel Fluri
    • Andreas AppenzellerDaniel Fluri
    • A61B17/86A61B17/88
    • A61B17/86A61B17/863A61B17/866A61B17/8863A61B2017/00526A61B2090/061B21K1/56
    • An adjustable length bone screw is provided that has a shaft that can be cut at any of several predetermined positions. The adjustable length bone screws can be provided in a kit containing many bone screws having the same or different initial lengths, and these screws can be cut to the desired length for use in the surgical procedure prior to, or during, the surgical procedure. The adjustable length bone screws have a plurality of threaded shaft sections that are separated by a plurality of unthreaded shaft sections along the length of the shaft. The threaded sections have preferably at least two cutting flutes extending longitudinally along the shaft. The invention provides the adjustable length bone screws, a tool for cutting the bone screws to a desired length, kits containing the bone screws and optionally the cutting tool, and methods for using the screws and/or the cutting tool in preparation for or during a surgical procedure.
    • 提供了一种可调节长度的骨螺钉,其具有可以在几个预定位置中的任一个处切割的轴。 可调节长度的骨螺钉可以设置在具有相同或不同初始长度的许多骨螺钉的套件中,并且这些螺钉可以在外科手术之前或期间切割成期望的长度以用于外科手术中。 可调节长度的骨螺钉具有多个螺纹轴部分,其沿着轴的长度被多个无螺纹的轴部分分开。 螺纹部分优选地具有沿着轴纵向延伸的至少两个切割凹槽。 本发明提供了可调节长度的骨螺钉,用于将骨螺钉切割成所需长度的工具,包含骨螺钉和任选的切割工具的套件以及用于准备或期间的螺钉和/或切削工具的方法 外科手术。