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    • 4. 发明授权
    • Composite artificial socket and hip joint prosthesis
    • 复合人工插座和髋关节假体
    • US5549695A
    • 1996-08-27
    • US291384
    • 1994-08-16
    • Lorenzo SpotornoRoland Willi
    • Lorenzo SpotornoRoland Willi
    • A61F2/00A61F2/30A61F2/34
    • A61F2/34A61F2002/30367A61F2002/3038A61F2002/30433A61F2002/30904A61F2002/3414A61F2002/3424A61F2002/3448A61F2002/345A61F2002/3456A61F2002/3461A61F2002/3474A61F2002/3482A61F2220/0033A61F2220/0041A61F2310/00011
    • The socket (2) comprises a metallic outer shell (4), an intermediate shell (5) of plastics and a metallic inner shell (6), which may be inserted into the latter using a connection by shape. The outer shell (4) is divided into segments (4a, 4b, 4c, 4d, 4e) by recesses (9) open towards its equatorial marginal region. The outer shell (4) and the inner shell (6) are rigidly supported against each other in the direction of a common main axis (A) by a contact portion (8), and are non-rotatably connected by an attachment element (15) eccentrically offset with respect to the main axis (A). The intermediate shell (5) has an aperture (20), which receives the contact portion (8), and an outer surface (21), which has a supporting portion (21a) for bearing onto a portion of the inner surface (18) of the outer shell (4), and outside this supporting portion (21a) delimits with the remaining portion of the inner surface (18) a spacing (S), which allows corresponding relative movement of the intermediate shell (5), which contains the inner shell (6), and at least one of the segments (4a, 4b, 4c, 4d, 4e) of the outer shell (4) transversely to the main axis (A). The implanted outer shell (4) may, under load, elastically deform with the part of the bone by which it is surrounded, while the spherical shape of the inner shell (6) remains undisturbed.
    • 插座(2)包括金属外壳(4),塑料的中间壳(5)和金属内壳(6),其可以通过形状的连接插入其中。 外壳(4)通过向其赤道边缘区域敞开的凹槽(9)分成段(4a,4b,4c,4d,4e)。 外壳(4)和内壳(6)通过接触部分(8)在公共主轴线(A)的方向上彼此刚性地支撑,并且通过附接元件(15)不可旋转地连接 )相对于主轴(A)偏心偏移。 中间壳体(5)具有容纳接触部分(8)的孔(20)和具有用于承载在内表面(18)的一部分上的支撑部分(21a)的外表面(21) 的外壳(4)的外部,并且在该支撑部分(21a)的外部与内表面(18)的剩余部分限定间隔(S),其允许中间壳体(5)的相应的相对运动,其包含 内壳(6)和外壳(4)横向于主轴线(A)的段(4a,4b,4c,4d,4e)中的至少一个。 植入的外壳(4)可以在负载下与其被包围的骨的部分弹性变形,同时内壳(6)的球形保持不受干扰。
    • 6. 发明授权
    • Inner shell for a hip joint socket
    • 内壳为髋关节插座
    • US5549696A
    • 1996-08-27
    • US306053
    • 1994-09-14
    • Roland Willi
    • Roland Willi
    • A61F2/00A61F2/30A61F2/34
    • A61F2/34A61F2002/30354A61F2002/30364A61F2002/30507A61F2002/30509A61F2002/30774A61F2002/3401A61F2002/3403A61F2002/3404A61F2002/3411A61F2002/3414A61F2220/0025A61F2220/0033A61F2310/00011
    • The metallic inner shell (1) is guidable into the inner hollow volume of an outer shell (2) and fastenable to the outer shell (2) with the fastening element (8). A two-part hip joint socket (3) is thus produced. To achieve this, support regions of the inner shell (1) are approximately positioned into a groove (11) of the outer shell (2) and, from there, the inner shell (1) is moved into the outer shell (2) via a pivotal movement so that the support regions completely seat into the groove (11) and the fastening element (8) adopts the position shown. The intermediate volume between the inner shell (1) and the outer shell (2) thus narrows in the direction of taper (13) so that the fastening element (8), when tightened in the direction (13), wedges itself with its head (9) between the boundary surface (1i) of the inner shell (1) and the groove (11) of the outer shell (2). Play between the inner thread (7a) and the outer thread (8a) is preferably provided so that, when the fastening element (8) is tightened, the force transmission region (9b) of the head (9) seats against the boundary surface (1i) of the inner shell (1) and the force transmission region (9a) seats against the groove (11) of the outer shell (2). The inner shell (1) thus lies wedged in the outer shell (2) due to the fact that the fastening element (8) transmits a radially oriented force between the inner shell (1) and the outer shell (2).
    • 金属内壳(1)可引导到外壳(2)的内中空体积中,并用紧固元件(8)固定到外壳(2)上。 因此制造了两部分的髋关节插座(3)。 为了实现这一点,内壳(1)的支撑区域近似地定位在外壳(2)的凹槽(11)中,并且从那里,内壳(1)经由 枢转运动,使得支撑区域完全位于槽(11)中,并且紧固元件(8)采用所示的位置。 内壳(1)和外壳(2)之间的中间体积因此在锥体(13)的方向上变窄,使得当沿着方向(13)紧固时,紧固元件(8)以其头部 (1)的边界面(1i)与外壳(2)的槽(11)之间的距离(9)。 优选地,在内螺纹(7a)和外螺纹(8a)之间的间隙设置成使得当紧固元件(8)被紧固时,头部(9)的力传递区域(9b)抵靠边界面 所述内壳(1)和所述力传递区域(9a)的所述凹槽(1i)抵靠所述外壳(2)的凹槽(11)。 由于紧固元件(8)在内壳(1)和外壳(2)之间传递径向取向的力,因此内壳(1)楔入外壳(2)中。
    • 7. 发明授权
    • Screw-nut for screwing implants together
    • 用于将植入物一起旋入的螺母
    • US5330535A
    • 1994-07-19
    • US52220
    • 1993-04-22
    • Walter MoserRoland Willi
    • Walter MoserRoland Willi
    • A61F2/00A61F2/30A61F2/38F16B37/04F16B41/00
    • A61F2/30749A61F2/30721A61F2/38F16B37/043F16B41/002A61F2002/30405A61F2002/30495A61F2002/305A61F2002/30571A61F2220/0025
    • A screw-nut for screwing implants together includes a thrust-shoulder which projects radially and presses axially against part of a housing. The screw-nut further includes an internal threaded portion adapted to fit a corresponding screw part, and a plurality of members, each mounted onto the side of the thrust-shoulder facing away from the part of the housing against which the thrust shoulder presses. These members are adapted to receive a tool for tightening the screw-nut. A plurality of leaf springs is included for engaging the housing part. The leaf springs, the ends of which form latching-in dogs, project, in the axial direction, from the screw-nut. The leaf springs are constructed such that, when the thrust-shoulder makes contact with the housing part, each latching-in dog snaps into a recess in the housing part in order to prevent loosening of the screw-nut from the housing part.
    • 用于将植入物螺纹连接在一起的螺母包括径向突出并且轴向地压靠在壳体的一部分上的推力肩。 螺母还包括适于装配相应的螺纹部分的内螺纹部分和多个构件,每个构件安装在推力肩部的背离壳体部分的一侧,推力肩部压靠在该​​部分上。 这些构件适于接收用于拧紧螺母的工具。 包括用于接合壳体部件的多个板簧。 板簧的端部形成锁定爪,从螺母螺母沿轴向突出。 板簧被构造成使得当推力肩部与壳体部分接触时,每个卡入的卡扣卡入壳体部分中的凹部中,以防止螺母从壳体部件松动。
    • 8. 发明授权
    • Knee joint prosthesis
    • 膝关节假体
    • US5326358A
    • 1994-07-05
    • US937220
    • 1992-08-27
    • Jacques-Hubert AubriotRoland Willi
    • Jacques-Hubert AubriotRoland Willi
    • A61F2/38
    • A61F2/389
    • A knee joint prosthesis includes two guide faces for receiving the condyles of a distal femur. The prosthesis includes a tibial plateau of polyethylene which is embedded in a metal tibial shank with a plate. The underside of the plate is planar and bears against a resection area of the tibia shaped as a planar endface. On the inside of the plate, in the region of the guide faces, pockets are formed. The pockets follow the curvature of the guide faces in sagittal planes and exhibit at their lowest point a maximum wall thickness of 1.5 mm, while the minimum wall thickness of the tibial plateau resting in the pockets amounts to 6.5 mm.
    • 膝关节假体包括用于接收股骨远端的髁的两个引导面。 假体包括胫骨平台的聚乙烯,其被嵌入金属胫骨柄与板。 板的下侧是平面的,并且抵靠形成为平面端面的胫骨的切除区域。 在板的内部,在引导面的区域中形成有袋。 口袋跟随矢状面中导向面的曲率,并在其最低点显示最大壁厚为1.5毫米,而髋臼平台的最小壁厚在休息时间为6.5毫米。
    • 9. 发明授权
    • Meniscus platform for an artificial knee joint
    • 人造膝关节的半月板平台
    • US5271747A
    • 1993-12-21
    • US993220
    • 1992-12-18
    • Heinz WagnerRoland Willi
    • Heinz WagnerRoland Willi
    • A61F2/38
    • A61F2/3868
    • With the invention is shown a meniscus platform for an artificial knee joint, which consists of a metal platform (1) and a metal slide member (3) sliding thereon at right angles to the tibia axis (17), which on its upper side comprises sliding surfaces (4, 5) and a guide bead (8) for the condyles (13, 14) of a femur part (11). The sliding movement between the metal slide member (3) and the metal platform (1) is restricted by a guiding pin (10) in the metal platform, which engages in an oblong hole (9) in a slide member (3) made of metal. The metal slide member (3) can rotate around the guiding pin (10) and can be displaced along its oblong hole (9). The rotational movement of the slide member (3) is restricted by a limiting recess (15), which encloses a part of the eminentia (19) in the region of the rear cruciate ligament.
    • 在本发明中,示出了一种用于人造膝关节的弯月面平台,其由金属平台(1)和与胫骨轴线(17)成直角滑动的金属滑动构件(3)组成,其上侧包括 滑动表面(4,5)和用于股骨部分(11)的髁(13,14)的导向凸缘(8)。 金属滑动构件(3)和金属平台(1)之间的滑动运动受到金属平台中的导向销(10)的限制,该导向销接合在由 金属。 金属滑动构件(3)可围绕引导销(10)旋转,并可沿其长孔(9)移位。 滑动构件(3)的旋转运动由限制凹部(15)限制,该限制凹部(15)在后交叉韧带的区域中包围一部分突起(19)。
    • 10. 发明授权
    • Instrument for preparing and/or machining a femoral head
    • 用于准备和/或加工股骨头的仪器
    • US08900241B2
    • 2014-12-02
    • US13558560
    • 2012-07-26
    • Roland WilliMarcel HinderAndreas Marchione
    • Roland WilliMarcel HinderAndreas Marchione
    • A61B17/56A61B17/17A61B17/16A61B17/88
    • A61B17/175A61B17/1668A61B17/8866
    • In some examples, a method for at least one of preparation or machining of a femoral head formed on a neck of a femur includes selecting an instrument including probing forceps and a guide element including a centering axis. The guide element is coupled to the probing forceps at first and second coupling points disposed along the centering axis such that the centering axis is disposed in a central plane of the probing forceps independent of an opening angle of the probing forceps. The probing forceps are closed with probing jaws symmetrically contacting the neck of the femur at opposite sides with respect to an axis of the neck of the femur. The guide element self-adjusts with closing of the probing forceps so that the centering axis is automatically aligned in the middle with respect to the two oppositely disposed sides of the neck of the femur.
    • 在一些示例中,用于形成在股骨颈部上的股骨头的制备或加工中的至少一个的方法包括选择包括探测钳的仪器和包括定心轴的引导元件。 引导元件在沿着定心轴设置的第一和第二联接点处耦合到探测钳,使得定心轴独立于探测钳的打开角度设置在探测钳的中心平面中。 探测镊子被关闭,探测爪相对于股骨颈部的轴线在相对侧对称地接触股骨的颈部。 引导元件通过关闭探测钳自动调节,使得定心轴相对于股骨颈部的两个相对设置的侧面在中间自动对准。