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    • 11. 发明授权
    • Tibial trial prosthesis and bone preparation system
    • 胫骨假体和骨骼制备系统
    • US5776200A
    • 1998-07-07
    • US472815
    • 1995-06-07
    • Chris E. JohnsonTim VendrelyLeo A. WhitesideThomas A. CarlsJohn SteeleKhosrow Naraghian
    • Chris E. JohnsonTim VendrelyLeo A. WhitesideThomas A. CarlsJohn SteeleKhosrow Naraghian
    • A61F2/38A61B17/15A61B17/16A61B17/17A61B19/00A61F2/00A61F2/30A61F2/46
    • A61F2/4684A61B17/155A61B17/1604A61B17/1675A61B17/1764A61F2/461A61B17/157A61B2017/1602A61B2090/033A61B90/06A61F2/38A61F2/3859A61F2/389A61F2002/30433A61F2002/30594A61F2002/30616A61F2002/30736A61F2002/4623A61F2002/4681A61F2220/0041
    • The method of implanting a femoral and a tibial knee prosthesis and instruments for surgically implanting the femoral and tibial prosthesis component as disclosed. The method includes the formation of a plurality of surgical cuts on the patient's distal femur. A trial tibial prosthesis is then fitted to the surgically prepared distal femur. The trial prosthesis has a femoral articulating surface and a non-articulating surface that fits the patient's distal femur at the surgical cuts. A surgeon then forms a transverse cut on the patient's proximal tibia. The surgeon places a tibial trial prosthesis on the patient's proximal tibia, the trial prosthesis including a tibial trial stem that fits the patient's intramedullary canal, a tibial trial metallic tray or plate, and a plastic trial insert that fits the tibial tray or plate. The plastic insert includes a tibial articulating surface that can articulate with the femoral articulating surface. The respective articulating surfaces are placed in contact and the surgeon then moves the patient's knee through a full range of motion. During this movement of patient's knee through a full range of motion, the surgeon uses a lever that is attached to the trial tibial prosthesis to rotate the trial tibial prosthesis about its stem. The surgeon can try different rotational positions of the tibial trial prosthesis each time moving the knee through a full range of motion to ensure proper orientation and an accurate fit.
    • 公开了植入股骨和胫骨膝关节假体的方法和用于手术植入股骨和胫骨假体部件的器械。 该方法包括在患者的远端股骨上形成多个手术切口。 然后将试胫骨假体装配到手术制备的远端股骨。 试验假体具有股骨关节表面和在手术切口处适合患者的远端股骨的非关节表面。 然后,外科医生在患者的胫骨近端形成横切。 外科医生将胫骨试验假体放置在患者的近端胫骨上,试验假体包括适合患者髓内管,胫骨试验金属托盘或板的胫骨试验杆和适合胫骨托盘或板的塑料试验插入物。 塑料插入件包括能够与股骨关节表面铰接的胫骨关节表面。 相应的关节表面被放置成接触,并且外科医生然后使患者的膝盖移动通过全范围的运动。 在患者膝盖运动过程中,外科医生使用一根连接到胫骨假体假肢的杠杆来围绕其茎部旋转胫骨假体。 外科医生可以在每次将膝盖移动一整个运动范围时,尝试胫骨试验假体的不同旋转位置,以确保正确的定向和精确的配合。
    • 16. 发明授权
    • Method and apparatus for shaping a distal femoral surface
    • 用于成形远端股骨表面的方法和装置
    • US4474177A
    • 1984-10-02
    • US473465
    • 1983-03-09
    • Leo A. Whiteside
    • Leo A. Whiteside
    • A61B17/15A61B17/16A61B17/17A61F5/04
    • A61B17/1675A61B17/155A61B17/1659A61B17/1764
    • The present invention provides a method and apparatus for preparing the distal surface of a femur to receive a distal femoral prosthesis employing an intramedullary reamer which is used to internally locate the central long axis of the femur, an intramedullary alignment guide which is inserted into the space left in the intramedullary canal upon removal of the reamer and at least one femoral surface modifying instrument which cooperatively engages with a guide handle attached to the intramedullary alignment guide to accomplish the shaping of the distal femoral surface. The intramedullary alignment guide has a rod portion extending into the femoral intramedullary canal whose central long axis corresponds with the central long axis of the femur. The guide handle is attached to that rod portion at a preselected angle such that the shaping instruments fixed thereto assume the proper alignment with respect to the central long axis of the femur such that the distal femoral surface is shaped relative to that axis in a simple and accurate manner.
    • 本发明提供了一种用于制备股骨的远端表面以接收使用髓内铰刀的远端股骨假体的方法和装置,其用于在内部定位股骨的中心长轴,将髓内对准引导件插入到空间中 在移除铰刀和留置在髓内对准引导件上的引导手柄上协作地接合的至少一个股骨表面修改器械之后留在髓内管中以完成股骨远端表面的成形。 髓内对准引导件具有延伸到股骨髓内管中的杆部分,其中心长轴对应于股骨的中心长轴。 引导手柄以预定的角度附接到该杆部分,使得固定到其上的成形器具相对于股骨的中心长轴线适当对齐,使得远端股骨表面相对于该轴线成形为简单和 准确的方式。
    • 17. 发明授权
    • Method and apparatus for shaping a proximal tibial surface
    • 用于成形近端胫骨表面的方法和装置
    • US4467801A
    • 1984-08-28
    • US473464
    • 1983-03-09
    • Leo A. Whiteside
    • Leo A. Whiteside
    • A61B17/16A61B17/17A61F5/04
    • A61B17/1764A61B17/1659A61B17/1675
    • The present invention provides a method and apparatus for preparing the proximal surface of a tibia to receive a proximal tibial prosthesis employing a reamer/alignment guide which is used to internally locate the central long axis of the tibia and a plateau planar which cooperatively engages with a guide handle attached to the reamer/alignment guide to accomplish the shaping of the proximal tibial surface. The reamer/alignment guide has a rod portion extending into the interior of the tibial shaft whose central long axis corresponds with the central long axis of the tibia. The guide handle is concentric with that rod portion such that the plateau planar assumes the proper alignment with respect to the central long axis of the tibia such that the proximal tibial surface is shaped relative to that axis in a simple and accurate manner.
    • 本发明提供了一种用于制备胫骨的近侧表面以接收使用铰刀/对准引导件的近端胫骨假体的方法和装置,所述铰刀/对准引导件用于内部定位胫骨的中心长轴线,以及平台平面,其与 引导手柄附接到铰刀/对准引导件,以实现近端胫骨表面的成形。 扩孔器/校准引导件具有延伸到胫骨轴内部的杆部分,其中心长轴对应于胫骨的中心长轴。 引导手柄与该杆部分同心,使得平台平面相对于胫骨的中心长轴线进行适当的对准,使得近端胫骨表面以简单且准确的方式相对于该轴线成形。
    • 18. 发明申请
    • Implant with multi-directional pivoting
    • 植入物多向枢转
    • US20160030184A1
    • 2016-02-04
    • US14756749
    • 2015-10-07
    • Leo A. Whiteside
    • Leo A. Whiteside
    • A61F2/38
    • A61F2/385A61F2002/30624A61F2002/30632
    • Implant with multi-directional pivoting has a first component including a first articular surface and a fore-to-aft and side-to-side rotation device; and a second component including a second articular surface for mating with the first articular surface and a rotation device receptacle. The first component can be mated to the second component through cooperation of the rotation device and the rotation device receptacle, and the first component can cooperate with the second component in contact of the first and second articular surfaces and in articulation of the joint when the first component is mated to the second component. The implant can be an artificial joint which generally has natural load transfer capability. In a particular embodiment, the joint is a knee prosthesis; therein, the first and second components are femoral and tibial components, with the first articular surface a femoral condylar surface and the second articular surface a tibial condylar mating surface. In such a knee, the fore-to-aft component can be considered flexion, with the side-to-side component considered version. As well, a knee prosthesis can be provided with a device to support the patella on a smooth counter surface from full extension to flexion well past 100° and/or with a mechanism to prevent excessive downward travel of the tibial component.
    • 具有多方向旋转的植入物具有包括第一关节表面和前后的侧向旋转装置的第一部件; 以及包括用于与第一关节表面配合的第二关节表面和旋转装置容器的第二部件。 第一部件可以通过旋转装置和旋转装置插座的协作而与第二部件配合,并且第一部件可以与第一和第二关节面接触的第二部件以及当第一部件的第一部件 组件配合到第二组件。 植入物可以是通常具有自然载荷转移能力的人造关节。 在特定实施例中,关节是膝关节假体; 其中,第一和第二部件是股骨和胫骨部件,第一关节表面是股骨髁表面,第二关节表面是胫骨髁配合表面。 在这样的膝盖中,前后组件可以被认为是屈曲,侧面的组件被认为是版本。 同样,膝盖假体可以设置有用于将平滑的对置表面上的髌骨支撑完全伸展到100°以上的屈曲和/或用于防止胫骨部件的过度向下行进的机构。