会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Distal femoral cutting guide apparatus with anterior or posterior
referencing for use in knee joint replacement surgery
    • 远端股骨切割导引器具有前后参考用于膝关节置换手术
    • US5417694A
    • 1995-05-23
    • US149053
    • 1993-11-08
    • Gregory C. MarikJennifer J. LackeyM. Scott Elliott
    • Gregory C. MarikJennifer J. LackeyM. Scott Elliott
    • A61B17/15A61B17/00
    • A61B17/155
    • A distal femoral cutting instrument includes an intramedullary rod for referencing the patient's intramedullary canal. A valgus block with a flat reference surface mounts to the intramedullary rod at a bore of the valgus block. The bore of the block has a slant with respect to the flat reference surface on the valgus block. The reference surface defines a line that is normal to the mechanical axis of the patient while the bore of the valgus block tracks the patient's biomechanical axis. A distal femoral cutting block removably attaches to the valgus block and provides a flat cutting guide surface for shaping the patient's distal femur. The valgus block, intramedullary rod, and a stylus (for connecting the valgus block and cutting together) are removed as a unit before shaping of the distal femur. An indexing system includes a gauge having a series of openings corresponding to "anterior" referencing and to "posterior" referencing. During anterior referencing, the gauge allows the surgeon to select the next smaller size prosthesis if the size falls in between available sizes. In posterior referencing, the gauge allows the surgeon to select the next larger size prosthesis if the gauge measures a size that falls in between available sizes.
    • 远端股骨切割仪器包括用于参考患者髓内管的髓内杆。 具有平坦参考表面的外翻块在外翻块的孔处安装到髓内杆。 块的孔相对于外翻块上的平坦参考表面具有倾斜度。 参考表面定义与病人机械轴线垂直的线,同时外翻块的孔跟踪患者的生物力学轴线。 远端股骨切割块可移除地附接到外翻块,并提供用于使患者的远端股骨成形的平坦切割引导表面。 在股骨远端成形之前,将外翻块,髓内杆和触针(用于连接外翻块和切割在一起)作为一个单元被去除。 分度系统包括具有对应于“前”参考和“后”参考的一系列开口的计量器。 在前部参考期间,如果尺寸落在可用尺寸之间,则仪表允许外科医生选择下一个较小尺寸的假体。 在后面参考中,如果仪表测量的尺寸落在可用尺寸之间,则仪表允许外科医生选择下一个更大尺寸的假体。
    • 4. 发明授权
    • Orthopaedic cutting instrumentation with cam locking arrangement
    • 具有凸轮锁定装置的矫形切割仪器
    • US5683396A
    • 1997-11-04
    • US603630
    • 1996-02-20
    • Leonard J. TokishRaymond H. RobersonAbraham B. SalehiBrian SchumacherGregory C. MarikJennifer J. Lackey
    • Leonard J. TokishRaymond H. RobersonAbraham B. SalehiBrian SchumacherGregory C. MarikJennifer J. Lackey
    • A61B17/15
    • A61B17/154A61B17/155A61B17/157
    • A knee cutting instrument apparatus includes an elongated alignment rod that can enable a surgeon to define alignment with a patient's long bone. An instrument block body can slide upon the alignment rod between its end portions. A locking member forms a connection with the rod at a selected position along the rod. The locking member includes a cam locking arrangement that rotates about a pivot on the instrument body. The cam has a handle portion or arm that enables a user to rotate the cam and its locking tab about its pivot. Part of the locking cam includes a locking tab having a slot that extends circumferentially about ninety degrees (90.degree.) around the pivot of the cam. The slot is positioned radially in between the pivot and the periphery of the locking member at a locking member bearing surface. The slot provides a closed end portion and an open end portion that communicates with the locking member periphery at a positioned spaced away from the bearing surface. The slot is preferably sufficient long enough that it extends circumferentially the full length of the bearing surface.
    • 膝切割仪器装置包括细长的对准杆,其可使外科医生能够确定与患者的长骨的对准。 仪器块体可以在其端部之间的对准杆上滑动。 锁定构件在沿着杆的选定位置处形成与杆的连接。 锁定构件包括凸轮锁定装置,该装置围绕仪器主体上的枢轴旋转。 凸轮具有手柄部分或手臂,其使得使用者能够绕其枢轴旋转凸轮及其锁定片。 锁定凸轮的一部分包括锁定凸片,其具有围绕凸轮的枢轴周向延伸约90度(90度)的槽。 狭槽在锁定构件支承表面处径向地定位在锁定构件的枢轴和周边之间。 狭槽提供封闭的端部部分和敞开的端部部分,该开口端部部分与锁定部件周边连通,位于远离支承表面的位置上。 槽优选地足够长,使得其在轴承表面的整个长度周向延伸。
    • 6. 发明授权
    • Instrumentation for long stem surgery
    • 长杆手术仪器
    • US5282803A
    • 1994-02-01
    • US859884
    • 1992-03-30
    • Jennifer J. Lackey
    • Jennifer J. Lackey
    • A61B17/15A61B17/17A61B17/00A61F2/32
    • A61B17/155A61B17/1764
    • A method and apparatus for installing a knee prosthetic component on a patient's tibia includes the selection by a surgeon of one of a plurality of reamers, each of the reamers having a different cutting size diameter such as for example between ten and twenty-two millimeters of cutting diameter. The reamer is initially selected as a very small reamer and the surgeon places progressively larger cutting diameter reamers in the patient's intermedullary canal until resistance or until the reamer becomes stuck. When the surgeon finds a reamer that is sized so that it will ream and cut cortical bone preferably a full three hundred and sixty degrees (360.degree.), the patient's intramedullary canal is cut and reamed into a depth which corresponds to the length of the stem portion of the femoral prosthetic component. Instrumentation is installed on the upper generally cylindrically shaped portion of the reamer as soon as cutting and reaming is completed and without removal of the reamer from the intermedullary canal. This insures that cutting instrumentation will be properly oriented with regard to the hole that is cut and reamed to prepare the intermedullary canal.
    • 用于将膝关节假体部件安装在患者胫骨上的方法和装置包括外科医生选择多个铰刀之一,每个铰刀具有不同的切割尺寸直径,例如十二到二十二毫米 切割直径。 最初选择铰刀作为非常小的铰刀,外科医生将逐渐变大的切割直径扩孔器放置在患者的髓内管中,直到阻力或直到扩孔器卡住。 当外科医生发现一个扩大器的大小,以便它能够最好在三百六十度(360度)下进行皮质骨的切割和切割,将患者的髓内管切割并扩展到与茎的长度对应的深度 部分股骨假体部件。 一旦切割和铰孔完成并且没有从内侧管道移除铰刀,仪器就安装在铰刀的上部大致圆柱形部分上。 这确保切割仪器将适当地针对切割和扩孔的孔准备髓内管。
    • 8. 发明授权
    • Instrumentation for long stem surgery
    • 长杆手术仪器
    • US5514140A
    • 1996-05-07
    • US189455
    • 1994-02-01
    • Jennifer J. Lackey
    • Jennifer J. Lackey
    • A61B17/15A61B17/17A61B17/00A61F2/32
    • A61B17/155A61B17/1764
    • A method and apparatus for installing a knee prosthetic component on a patient's tibia includes the selection by a surgeon of one of a plurality of reamers, each of the reamers having a different cutting size diameter such as for example between ten and twenty-two millimeters of cutting diameter. The reamer is initially selected as a very small reamer and the surgeon places progressively larger cutting diameter reamers in the patient's intermedullary canal until resistance or until the reamer becomes stuck. When the surgeon finds a reamer that is sized so that it will ream and cut cortical bone preferably a full three hundred and sixty degrees (360.degree.), the patient's intramedullary canal is cut and reamed into a depth which corresponds to the length of the stem portion of the femoral prosthetic component. Instrumentation is installed on the upper generally cylindrically shaped portion of the reamer as soon as cutting and reaming is completed and without removal of the reamer from the intermedullary canal. This insures that cutting instrumentation will be properly oriented with regard to the hole that is cut and reamed to prepare the intermedullary canal.
    • 用于将膝关节假体部件安装在患者胫骨上的方法和装置包括外科医生选择多个铰刀之一,每个铰刀具有不同的切割尺寸直径,例如十二到二十二毫米 切割直径。 最初选择铰刀作为非常小的铰刀,外科医生将逐渐变大的切割直径扩孔器放置在患者的髓内管中,直到阻力或直到扩孔器卡住。 当外科医生发现一个扩大器的尺寸,使其能够最好地全部三百六十度(360度)重新切割和切开皮质骨,将患者的髓内管切割并扩展到与茎的长度相对应的深度 部分股骨假体部件。 一旦切割和铰孔完成并且没有从内侧管道移除铰刀,仪器就安装在铰刀的上部大致圆柱形部分上。 这确保切割仪器将适当地针对切割和扩孔的孔准备髓内管。
    • 9. 发明授权
    • Posterior stabilized/constrained reamer guide
    • 后稳定/限制铰刀指南
    • US5810829A
    • 1998-09-22
    • US804247
    • 1997-02-21
    • Scott ElliottJennifer J. LackeySteve M. TammiLeonard J. Tokish, Jr.
    • Scott ElliottJennifer J. LackeySteve M. TammiLeonard J. Tokish, Jr.
    • A61B19/00A61B17/14A61B17/15A61B17/16A61B17/17A61B17/56
    • A61B17/1764A61B17/155A61B17/1604A61B17/1675A61B17/1735A61B2017/1602A61B2090/033A61B2090/034
    • A posterior stabilized/constrained reamer guide is provided that enables a surgeon to prepare a patient s distal femur to receive either a posterior stabilized or a constrained type femoral component. The instrument guide has an opening the largest anterior to posterior housing size. For example, a constrained housing has a longer anterior to posterior dimension than a posterior stabilized housing. The apparatus of the present invention provides an improved reamer guide that addresses differences in housing sizes and necessary bone removal. The apparatus provides a housing guide that accepts either a posterior stabilized collet or a constrained collet. Each of the collets accepts a rotary reamer or a box chisel. During surgery, the reamer is first used to form a cylindrically-shaped or oval shaped cut. The box chisel then removes additional bone to create a rectangular or squared opening. This insures that only the necessary bone is removed for each housing depending upon the one selected by the surgeon.
    • 提供了一种后稳定/约束铰刀引导件,其能够使外科医生准备患者的远端股骨以接收后稳定或约束型股骨部件。 仪器指南具有最大的前后房间尺寸的开口。 例如,受限的壳体具有比后稳定的壳体更长的前后尺寸。 本发明的装置提供了改进的铰刀指南,其解决了壳体尺寸和必要的骨移除的差异。 该装置提供一个外壳引导件,其可以接受后稳定的夹头或受限的夹头。 每个夹头都接受一个旋转铰刀或一个箱子凿子。 在手术中,铰刀首先用于形成圆柱形或椭圆形的切口。 然后,盒式凿子移除额外的骨头,以创建一个矩形或平方的开口。 这确保了根据外科医生所选择的每个外壳只需要除去必要的骨骼。
    • 10. 发明授权
    • Modular trial tibial insert
    • 模块化试验胫骨插入
    • US5702464A
    • 1997-12-30
    • US603581
    • 1996-02-20
    • Jennifer J. LackeyAlbert J. PothierThomas A. CarlsChris E. JohnsonScott Elliott
    • Jennifer J. LackeyAlbert J. PothierThomas A. CarlsChris E. JohnsonScott Elliott
    • A61F2/00A61F2/30A61F2/38A61F2/46
    • A61F2/4684A61F2/389A61F2002/30382A61F2002/30616A61F2220/0033
    • A modular tibial trial prosthesis for attachment to a patient's surgically cut proximal tibia includes a tibial tray having proximal and distal surfaces, the distal surface to be fitted against the patient's surgically prepared proximal tibia during knee joint replacement surgery. The proximal surface of the tray accepts any one of a plurality of plastic liner inserts that fits the tray at the proximal tray surface with an interlocking connection. The liner inserts each have a distal surface for attachment to the tray and a proximal articulating surface that is receptive of a distal femoral articulating surface. The proximal articulating surface has concavely-shaped portions. The concavely-shaped portions of the liner inserts provide different articular geometries for selection by the user. A plurality of spacers of different thicknesses can be positioned in between a selected one of the plastic liner inserts and the tibial tray. Each spacer has proximal and distal surfaces. The spacers have connecting portions on each of said proximal and distal surfaces for forming respective connections with a tibial tray and a selected plastic liner insert. The liner inserts each have connecting portion on the distal surface thereof for connecting to the proximal surface of the spacer and to the proximal surface of the tray. The liner inserts and spacers each have a periphery in the form of a sidewall that extends generally perpendicular to the proximal surface of the patient's transversely cut proximal tibia. The periphery of the insert and spacers are of corresponding shape.
    • 用于附接到患者的手术切割的近端胫骨的模块化胫骨试验假体包括具有近侧和远侧表面的胫骨托盘,所述远端表面在膝关节置换手术期间与所述患者的手术准备的近端胫骨配合。 托盘的近侧表面接受多个塑料衬垫插入件中的任何一个,其具有以互锁连接方式在近端托盘表面处装配托盘。 衬垫插入件各自具有用于附接到托盘的远侧表面和容纳远端股骨关节表面的近端铰接表面。 近端铰接表面具有凹形部分。 衬垫插入件的凹形部分提供用于用户选择的不同关节几何形状。 可以将多个不同厚度的间隔物定位在所选择的一个塑料衬垫插入件和胫骨托之间。 每个间隔物具有近端和远端表面。 间隔件在每个所述近端和远端表面上具有连接部分,用于形成与胫骨托和选定的塑料衬垫插入件的相应连接。 衬垫插件各自具有在其远端表面上的连接部分,用于连接到间隔件的近侧表面和托盘的近侧表面。 衬垫插入件和间隔件各自具有大致垂直于患者横向切割的近端胫骨的近侧表面延伸的侧壁形式的周边。 插入件和间隔件的周边具有相应的形状。