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    • 3. 发明申请
    • Modular fastener assemblies for spinal stabilization systems and methods
    • 用于脊柱稳定系统和方法的模块化紧固件组件
    • US20070233072A1
    • 2007-10-04
    • US11365732
    • 2006-03-01
    • Charles DickinsonDouglas BakerMarco Capote
    • Charles DickinsonDouglas BakerMarco Capote
    • A61F2/30
    • A61B17/7035A61B17/7007A61B17/7041
    • A fastener assembly for engaging vertebral elements has a connecting body that includes a receptacle extending between a first opening and a second opening and a fastener with a head movably supported in the receptacle. The fastener includes a vertebral engaging portion extending distally through the second opening. The fastener assembly further includes a post that has an elongated body with a proximal portion extending proximally from the first opening of the connecting body, a distal engagement end in the receptacle, and an adjusting portion extending between the proximal portion and the engagement end. The adjusting portion is movably engaged to the connecting body to position the engagement end relative to the head of the fastener to substantially fix the head in the receptacle and resist movement of the fastener with respect to the post and the connecting body.
    • 用于接合椎骨元件的紧固件组件具有包括在第一开口和第二开口之间延伸的容器的连接体和具有可移动地支撑在容器中的头部的紧固件。 紧固件包括向远侧延伸穿过第二开口的椎骨接合部分。 紧固件组件还包括具有细长主体的柱,该主体具有从连接体的第一开口向近侧延伸的近端部分,在该容器中的远端接合端以及在近端部分和接合端之间延伸的调节部分。 调节部分可移动地接合到连接体,以将接合端相对于紧固件的头部定位,以将头部基本上固定在容器中并抵抗紧固件相对于柱和连接体的运动。
    • 9. 发明申请
    • Mission console
    • 任务控制台
    • US20060206367A1
    • 2006-09-14
    • US11363788
    • 2006-02-27
    • Douglas Baker
    • Douglas Baker
    • G06F17/50
    • G06Q10/10G06Q10/06G06Q10/063118G06Q10/06312G06Q10/06313G06Q10/0637
    • The invention introduces a secure, graphical method and system for developing, analyzing, selecting, executing, measuring, and improving extensible, cohesive plans in single user, and multiple user environments. It presents a logical system for recycling plan related information. Mechanisms are introduced for brainstorming and collaborating during plan development and execution. Techniques for delegating, measuring, and accounting for plan targets are revealed. Methods for attaching strategies, analysis, media, and standard operating procedures to plan items are outlined. Administrations panels that control information flow between parties are exposed. A method for managing sub-projects that respond to challenges that surface during plan execution is presented. A method for alerting users to critical events is explained. Mechanisms for enhancing plan durability to improve the likelihood for target achievement are explained. A logical system for archiving and recycling information resulting from plan development and execution is disclosed. Tools for communicating plan progress and outcomes are introduced.
    • 本发明引入了一种用于在单用户和多用户环境中开发,分析,选择,执行,测量和改进可扩展,并行计划的安全,图形化方法和系统。 它提供了回收计划相关信息的逻辑系统。 在计划开发和执行期间引入头脑风暴和协作的机制。 揭示了授权,衡量和计算计划目标的技术。 概述了将策略,分析,媒体和标准操作程序附加到计划项目的方法。 控制各方之间控制信息流的主管部门面临暴露。 提出了一种管理子项目的方法,以应对计划执行过程中面临的挑战。 说明了一种用于警告用户关键事件的方法。 解释提高计划耐久性以提高目标成就可能性的机制。 公开了一种由计划开发和执行产生的归档和回收信息的逻辑系统。 介绍了计划进展和结果沟通的工具。
    • 10. 发明申请
    • Dynamic surgical table system
    • 动态手术台系统
    • US20060123546A1
    • 2006-06-15
    • US11009745
    • 2004-12-10
    • William HortonMatthew MorrisonHarold TaylorDouglas Baker
    • William HortonMatthew MorrisonHarold TaylorDouglas Baker
    • A61G13/12
    • A61G13/08A61G13/0054A61G13/0063A61G13/0081A61G13/12A61G13/121A61G13/122A61G13/123A61G13/1235A61G13/124A61G13/1245A61G13/1255A61G2200/322A61G2200/325
    • A dynamic surgical table system includes any one or combination of a head support system, support systems for each arm, a torso support system, and a leg support system mounted to a frame system to support a patient during surgery. Any one or combination of the support systems is movable relative to the other and to the frame system to facilitate patient repositioning during surgery. Such repositioning may be desirable, for example, to create flexion, extension or rotation of the spine to facilitate access to and surgical treatment of one or more vertebral bodies, disc spaces between vertebral bodies, or other anatomical structures adjacent the spine of the patient. Furthermore, individual support members of any one of the support systems can articulate to conform to the patient anatomy and facilitate repositioning of the particular portion of the patient's body being support thereon while minimizing stress on the patient.
    • 动态手术台系统包括头部支撑系统,每个臂的支撑系统,躯干支撑系统和安装到框架系统以在手术期间支撑患者的腿部支撑系统中的任何一个或组合。 支撑系统中的任何一个或组合可相对于另一个支撑系统和框架系统移动,以便于在手术期间患者重新定位。 这种重新定位可能是期望的,例如,产生脊柱的弯曲,延伸或旋转,以便于进入和外科治疗一个或多个椎体,脊椎体之间的椎间盘空间或邻近患者脊柱的其它解剖结构。 此外,任何一个支撑系统的单独的支撑构件可以铰接以符合患者解剖结构,并且有助于重新定位被支撑在其上的患者身体的特定部分,同时使患者的压力最小化。