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    • 95. 发明授权
    • Connection device
    • 连接设备
    • US5312402A
    • 1994-05-17
    • US868978
    • 1992-04-16
    • Johannes F. SchlapferMartin Hess
    • Johannes F. SchlapferMartin Hess
    • A61B17/58A61B17/60A61B17/64A61B17/70F16B2/04F16B7/04A61F5/00
    • F16B2/04A61B17/645A61B17/6466F16B7/04F16B7/0493A61B17/7037A61B17/7038A61B17/7041
    • The connection device (20) for adjustable connection of a first with a second structural element (12, 13), particularly tubes or rods, for a setting device has an external component (21) with a cylindrical hole and two internal components (22) inserted into the hole so that they can be slid axially and rotatably, each of which said internal components (22) has through openings (24, 25) crossways to the axial direction of the components to hold a structural element (12, 13). By means of loading means (23, 29), designed as a nut/screw connection, the internal component (2) is pushed axially to the external component (21) and thereby grips the inserted structural elements (12, 13). A recess (26) in the internal component (22) effectuates a flexible radial deformation of the internal against the external component (22, 21), said deformation being created through the inserted structural element (12, 13), and an additional bonding of the connection device (20) is thereby achieved, which considerably improves the setting.
    • 用于可调节连接第一与第二结构元件(12,13)的连接装置(20),特别是用于调节装置的管或杆具有带有圆柱形孔和两个内部部件(22)的外部部件(21) 插入到孔中,使得它们可以轴向和可旋转地滑动,其中每个内部部件(22)具有与组件的轴向交叉的通孔(24,25),以保持结构元件(12,13)。 通过设计为螺母/螺钉连接的装载装置(23,29),内部部件(2)被轴向地推向外部部件(21),从而夹持插入的结构元件(12,13)。 内部部件(22)中的凹部(26)使内部相对于外部部件(22,21)发生柔性的径向变形,所述变形通过插入的结构元件(12,13)产生,并且附加的粘合 从而实现了连接装置(20),这大大地改善了设置。
    • 96. 发明授权
    • Screw nut for plate osteosynthesis
    • 螺旋螺母用于板骨合成
    • US5269784A
    • 1993-12-14
    • US833038
    • 1992-02-10
    • Jeffrey W. Mast
    • Jeffrey W. Mast
    • A61B17/60A61B17/80A61B17/86A61B17/58
    • A61B17/8047A61B17/60A61B17/8028A61B17/8057A61B17/809A61B17/8695
    • This screw nut (1) is designed for the rigid fixation of a bone screw (15) to a bone plate (20) having plate holes (21). It has a generally cylindrical body (5,6) with a central axis (2), a central hole (3) with a hole axis (34) and an internal thread (4) designed to receive a bone screw (15). The body (5,6) comprises of a lower section (5), an upper section (6), a lower side (9) and an upper side (10). The profile (7) of the upper section (6) orthogonal to said hole axis (34) is smaller than the profile (8) of the lower section (5) orthogonal to said hole axis (34) and the upper section (6) is shaped to be insertable into the plate hole (21) of the bone plate (20).
    • 该螺母(1)设计用于将骨螺钉(15)刚性固定到具有板孔(21)的骨板(20)上。 它具有一个具有中心轴线(2)的大致圆柱形的主体(5,6),具有孔轴线(34)的中心孔(3)和设计成容纳骨螺钉(15)的内螺纹(4)。 主体(5,6)包括下部(5),上部(6),下侧(9)和上侧(10)。 与所述孔轴(34)正交的上部(6)的轮廓(7)小于与所述孔轴(34)和上部(6)正交的下部(5)的轮廓(8) 被成形为可插入到骨板(20)的板孔(21)中。
    • 98. 发明申请
    • DYNAMIC CABLE SYSTEM
    • 动态电缆系统
    • US20110230914A1
    • 2011-09-22
    • US12672051
    • 2008-08-07
    • Volker EngelmannMarkus KraftBeat Lechmann
    • Volker EngelmannMarkus KraftBeat Lechmann
    • A61B17/70
    • A61B17/7031A61B17/7004A61B17/7032A61B17/7037
    • A dynamic cable system (11) for spanning two or more adjacent vertebrae V includes a longitudinal cable (12) having an inner cavity (12a) and at least one damping material (13) disposed within the inner cavity. Each of the vertebrae includes at least one bone fixation element (10) attached thereto. The bone fixation elements include a channel formed therein. The longitudinal cable is positionable within the channel and the longitudinal cable is a plait cable, a woven cable, a braided cable, a knitted cable, a twisted cable or a tube. The dynamic fixation system can include a first bone fixation element mounted to the first vertebra, a second bone fixation element mounted to the second vertebra, a first clamping sleeve (19) including a first bore (33), a second clamping sleeve including a second bore, the longitudinal cable having a first end, a second end, and an inner cavity, and the damping material disposed at least within the inner cavity.
    • 用于跨越两个或更多个相邻椎骨V的动态电缆系统(11)包括具有内腔(12a)和设置在内腔内的至少一个阻尼材料(13)的纵向电缆(12)。 每个椎骨包括附接到其上的至少一个骨固定元件(10)。 骨固定元件包括形成在其中的通道。 纵向电缆可定位在通道内,纵向电缆是辫子电缆,编织电缆,编织电缆,针织电缆,扭绞电缆或管。 动态固定系统可以包括安装到第一椎骨的第一骨固定元件,安装到第二椎骨的第二骨固定元件,包括第一孔(33)的第一夹紧套(19),包括第二骨固定元件 所述纵向电缆具有第一端,第二端和内腔,并且所述阻尼材料至少设置在所述内腔内。