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    • 18. 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。
    • 19. 发明申请
    • Method and apparatus for expert system to track and manipulate patients
    • 用于跟踪和操纵患者的专家系统的方法和装置
    • US20060100508A1
    • 2006-05-11
    • US10985108
    • 2004-11-10
    • Matthew Morrison
    • Matthew Morrison
    • A61B5/05
    • A61B5/0064A61B5/1075A61B5/1116A61B5/4504A61B5/4528A61B5/6823
    • A system and method to track and manipulate the bony anatomy of a patient. A plurality of fiducials is placed on the bony anatomy of a patient. The relative spatial relationships of the fiducials are scanned and a signal generated before, during and after a surgical procedure. The patient is manipulated according to predetermined relative spatial relationships to provide a successful clinical outcome. The fiducials may be LED devices capable of optical observation or signal-emitting devices capable of spatial relationships in three dimensions. An expert system allows comparison of the relative spatial relationships to historical, healthcare facility and Internet databases to plan and determine clinical success of a patient procedure.
    • 跟踪和操纵患者骨骼解剖的系统和方法。 多个基准被放置在患者的骨骼解剖结构上。 扫描基准的相对空间关系,并在外科手术之前,期间和之后产生信号。 根据预定的相对空间关系操纵患者以提供成功的临床结果。 基准可以是能够进行光学观察的LED装置或者三维空间关系的信号发射装置。 专家系统允许将相对空间关系与历史,医疗机构和互联网数据库进行比较,以计划和确定患者手术的临床成功。