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    • 3. 发明申请
    • Bone plate system
    • 骨板系统
    • US20070123879A1
    • 2007-05-31
    • US10553940
    • 2004-02-05
    • Matthew SongerHansen YuanThomas KilpelaBrian JanowskiGregory Berrevoets
    • Matthew SongerHansen YuanThomas KilpelaBrian JanowskiGregory Berrevoets
    • A61F2/30
    • A61B17/8033A61B17/7059A61B17/8047A61B17/8615
    • Bone plate and bone screw lock systems are provided for use in surgical implants. In a preferred form, the bone plate or other implantable member defines a bore for receiving a bone screw and a recess in communication with the bore. A screw lock operates in the bore at the recess to engage and lock the bone screw against unintentional movement The preferred screw lock is shifted about the screw between an unlocked position to allow manipulation of the screw and a locked position in which the screw lock grips the head of the screw to prevent movement of the screw. The screw lock preferably has a c-shaped collar configuration with opposing ends and a camming engagement with the plate or other member in the recess. Upon rotation of the screw lock, the camming engagement causes the ends of the collar to either shift toward one another in which the collar compresses about the screw to lock the screw or away from another to unlock the screw head.
    • 提供骨板和骨螺钉锁定系统用于外科植入物。 在优选形式中,骨板或其它可植入构件限定用于接收骨螺钉和与孔连通的凹部的孔。 螺钉锁在凹槽处的孔中操作以接合并锁定骨螺钉以防意外移动。优选的螺钉锁在螺钉之间在解锁位置之间移动以允许操纵螺钉和锁定位置,螺钉锁紧在该位置 螺钉的头部,以防止螺丝的移动。 螺钉锁定件优选地具有带有相对端的c形套环构造,并且与凹槽中的板或其它构件的凸轮接合。 当旋转螺钉锁定时,凸轮接合使得轴环的端部朝向彼此移动,其中套环围绕螺钉压缩以锁定螺钉或远离另一螺钉以解锁螺钉头。
    • 7. 发明申请
    • Crosslink for securing spinal rods
    • 用于固定脊椎杆的交联
    • US20050090821A1
    • 2005-04-28
    • US10692460
    • 2003-10-22
    • Gregory BerrevoetsBrian JanowskiThomas Kilpela
    • Gregory BerrevoetsBrian JanowskiThomas Kilpela
    • A61B17/70A61B17/56
    • A61B17/7052
    • A crosslink member for securing spinal rods is disclosed having connector ends that include a brace and a locking member, each having an arcuate face resting on and securing a spinal rod. The locking member is secured by a cam member that rotates relative to the locking member and that cams against the connector to displace the cam member. The crosslink includes a male connector with a cylindrical cross rod received by a cavity in a female connector. The cross rod is secured by a pivotable clamp device in the female connector, and the cross rod connector and female connector may pivot, rotate, and telescope relative to each other. To reduce size without sacrificing pivot sweep, the cross rod has beveled edges, and the cavity of the female connector has windows to provide pivot clearance.
    • 公开了一种用于固定脊椎杆的交联构件,其具有包括支架和锁定构件的连接器端,每个具有搁置在脊柱杆上并固定脊柱杆的弓形面。 锁定构件通过相对于锁定构件旋转的凸轮构件固定,并且凸轮抵靠连接器以使凸轮构件移位。 该交联包括一个阳连接器,其中一个圆柱形横杆由母连接器中的腔容纳。 十字杆通过可枢转的夹紧装置固定在阴连接器中,并且横杆连接器和阴连接器可相对于彼此枢转,旋转和望远镜。 为了减小尺寸而不牺牲摆动扫掠,横杆具有斜边,并且阴连接器的空腔具有窗口以提供枢转间隙。
    • 8. 发明申请
    • Low profile spinal fixation system
    • 低调脊柱固定系统
    • US20070055235A1
    • 2007-03-08
    • US10549873
    • 2004-02-05
    • Brian JanowskiFrancis KorhonenThomas KilpelaGregory Berrevoets
    • Brian JanowskiFrancis KorhonenThomas KilpelaGregory Berrevoets
    • A61F2/30
    • A61B17/7032A61B17/7037
    • A spinal fixation system is provided that, in one form, includes a coupling member having a cam lock member that is fixed against translation therealong as it is turned with turning of the cam lock member causing an elongate member such as a spinal rod to be pushed downward in the coupling member for fixing the rod therein. In another aspect, the rod is fixed against a low profile insert that seats in a recess formed in the head of an anchor member projecting from the coupling member. The insert has an upper surface against which the rod is fixed and that in one form is flat to provide for line contact against the rod so as to minimize damage thereto. In another form, the cam lock member cams against a clamping member driving it downward in the coupling member for fixing the rod therein.
    • 提供一种脊椎固定系统,其以一种形式包括联接构件,该联接构件具有凸轮锁定构件,该凸轮锁定构件随着凸轮锁定构件的转动而被转动而被固定以抵抗其平移,从而导致诸如脊椎杆的细长构件被推动 在用于将杆固定在其中的联接构件中向下。 在另一方面,杆固定抵靠形成在从联接构件突出的锚固构件的头部中的凹部中的低轮廓插入件。 插入件具有上表面,杆固定在该上表面上,并且在一个形式中是平坦的,以提供与杆的线接触,以便最小化对其的损伤。 在另一种形式中,凸轮锁定构件凸轮抵靠夹紧构件,在联接构件中将其向下驱动以将杆固定在其中。
    • 9. 发明申请
    • Crossllink for securing spinal rods
    • 用于固定脊椎杆的十字头
    • US20060271051A1
    • 2006-11-30
    • US11408629
    • 2006-04-21
    • Gregory BerrevoetsBrian JanowskiThomas Kilpela
    • Gregory BerrevoetsBrian JanowskiThomas Kilpela
    • A61F2/30
    • A61B17/7052
    • A crosslink member for securing spinal rods is disclosed having connector ends that include a brace and a locking member, each having an arcuate face resting on and securing a spinal rod. The locking member is secured by a cam member that rotates relative to the locking member and that cams against the connector to displace the cam member. The crosslink includes a male connector with a cylindrical cross rod received by a cavity in a female connector. The cross rod is secured by a pivotable clamp device in the female connector, and the cross rod connector and female connector may pivot, rotate, and telescope relative to each other. To reduce size without sacrificing pivot sweep, the cross rod has beveled edges, and the cavity of the female connector has windows to provide pivot clearance.
    • 公开了一种用于固定脊椎杆的交联构件,其具有包括支架和锁定构件的连接器端,每个具有搁置在脊柱杆上并固定脊柱杆的弓形面。 锁定构件通过相对于锁定构件旋转的凸轮构件固定,并且凸轮抵靠连接器以使凸轮构件移位。 该交联包括一个阳连接器,其中一个圆柱形横杆由母连接器中的腔容纳。 十字杆通过可枢转的夹紧装置固定在阴连接器中,并且横杆连接器和阴连接器可相对于彼此枢转,旋转和望远镜。 为了减小尺寸而不牺牲摆动扫掠,横杆具有斜边,并且阴连接器的空腔具有窗口以提供枢转间隙。