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    • 2. 发明申请
    • Artificial joint
    • 人造关节
    • US20050125069A1
    • 2005-06-09
    • US10946643
    • 2004-09-22
    • Hans NaegerlJoachim TheusnerDietmar Kubein-Meesenburg
    • Hans NaegerlJoachim TheusnerDietmar Kubein-Meesenburg
    • A61F2/42
    • A61F2/4202A61F2002/4205A61F2002/4207
    • An artificial joint (3), particularly for replacing a talocrural joint, including a first primary joint surface (1) that forms an articular fossa (4) particularly for replacing the tibia composed of concave curvatures extending parallel to a primary function plane of the joint (3), which corresponds to the sagittal plane, and a second primary joint surface (2) which cooperates with the first primary joint surface (1) as a component of a condoyle (5) that replaces the talus and has convex curvatures (7,8,9,10) on the primary function plane that are adapted to the first primary joint surface (1). To achieve high stress resistance and optimal joint mobility, depending on the position of the joint, the radii of the curvatures (7,8,9,10) are calculated such that the differential amounts arising between the corresponding radii of the first and second primary joint surfaces (1,2) in an ascending angular position (V) relative to a descending angular position and also simultaneously between a medial face (11) and a lateral face (12) of the joint (3) deviate from one another.
    • 人造关节(3),特别是用于替换冠状关节,包括形成关节窝的第一主关节面(1),特别是用于替换胫骨,所述胫骨平行于所述关节的主要功能平面延伸的凹曲面 (3),其对应于矢状平面;以及第二主接头表面(2),其与第一主接头表面(1)配合,作为替代距离并具有凸曲率(7)的腔(5)的部件 ,8,9,10),其适于第一主接头表面(1)。 为了实现高应力阻力和最佳关节移动性,根据接头的位置,计算曲率半径(7,8,9,10),使得在第一和第二主要部分的对应半径之间产生的微分量 相对于下降的角位置并且同时位于接头(3)的内侧面(11)和侧面(12)之间的上升角位置(V)的接合面(1,2)彼此偏离。
    • 3. 发明授权
    • Artificial joint particularly suitable for use as an endoprosthesis for a human knee joint
    • 人造关节特别适合用作人体膝关节的内置假体
    • US06902582B2
    • 2005-06-07
    • US10616230
    • 2003-07-10
    • Dietmar Kubein-MeesenburgHans NaegerlPeter AdamJoachim Theusner
    • Dietmar Kubein-MeesenburgHans NaegerlPeter AdamJoachim Theusner
    • A61F2/38
    • A61F2/38
    • An artificial joint (1) suitable for use as an endoprosthesis for a human knee joint, having a first joint compartment (2) formed by a first condyle (3) and a first socket (4) and a second joint compartment (5) formed by a second condyle (6) and a second socket (7). The contact surfaces (C) of the respective joint compartments (2, 5) are offset in the main functional plane. To further improve the characteristics of the artificial joint (1), the contact surfaces (C) of the two joint compartments (2, 5) are sloped as a function of the flexion angle such that the surface normals (8, 9) of the contact surfaces (C) have a common point of intersection at every flexion angle. This arrangement of the contact surfaces (C) achieves self-stabilization of the joint (1) both when a rotary motion or torsion and when lateral forces are introduced.
    • 一种适合用作人体膝关节假体的人造关节(1),具有由第一髁(3)形成的第一关节腔(2)和形成有第一窝窝(4)和第二关节室(5) 通过第二髁(6)和第二插槽(7)。 各个接合隔室(2,5)的接触表面(C)在主功能平面中偏移。 为了进一步改善人造接头(1)的特性,两个接合隔室(2,5)的接触表面(C)作为弯曲角的函数倾斜,使得接合面(8)的表面法线(8,9) 接触面(C)在每个屈曲角度具有公共交点。 当旋转运动或扭转以及当侧向力被引入时,接触表面(C)的这种布置实现了接头(1)的自稳定。
    • 4. 发明授权
    • Artificial joint
    • 人造关节
    • US07615082B2
    • 2009-11-10
    • US10946643
    • 2004-09-22
    • Hans NaegerlJoachim TheusnerDietmar Kubein-Meesenburg
    • Hans NaegerlJoachim TheusnerDietmar Kubein-Meesenburg
    • A61F2/66
    • A61F2/4202A61F2002/4205A61F2002/4207
    • An artificial joint (3), particularly for replacing a talocrural joint, including a first primary joint surface (1) that forms an articular fossa (4) particularly for replacing the tibia composed of concave curvatures extending parallel to a primary function plane of the joint (3), which corresponds to the sagittal plane, and a second primary joint surface (2) which cooperates with the first primary joint surface (1) as a component of a condoyle (5) that replaces the talus and has convex curvatures (7, 8, 9, 10) on the primary function plane that are adapted to the first primary joint surface (1). To achieve high stress resistance and optimal joint mobility, depending on the position of the joint, the radii of the curvatures (7, 8, 9, 10) are calculated such that the differential amounts arising between the corresponding radii of the first and second primary joint surfaces (1, 2) in an ascending angular position (V) relative to a descending angular position and also simultaneously between a medial face (11) and a lateral face (12) of the joint (3) deviate from one another.
    • 人造关节(3),特别是用于替换冠状关节,包括形成关节窝的第一主关节面(1),特别是用于替换胫骨,所述胫骨平行于所述关节的主要功能平面延伸的凹曲面 (3),其对应于矢状平面;以及第二主接头表面(2),其与第一主接头表面(1)配合,作为替代距离并具有凸曲率(7)的腔(5)的部件 ,8,9,10)在主功能面上适应于第一主接头表面(1)。 为了实现高的应力阻力和最佳的关节移动性,根据接头的位置,计算曲率半径(7,8,9,10),使得在第一和第二主要部分的相应半径之间产生的微分量 相对于下降的角位置并且同时位于接头(3)的内侧面(11)和侧面(12)之间的上升角位置(V)的接合面(1,2)彼此偏离。
    • 5. 发明授权
    • Artificial joint, in particular endoprosthesis for replacing natural joints
    • 人造关节,特别是用于替代天然关节的假体
    • US06235060B1
    • 2001-05-22
    • US09308047
    • 1999-07-01
    • Dietmar Kubein-MeesenburgHans Naegerl
    • Dietmar Kubein-MeesenburgHans Naegerl
    • A61F238
    • A61F2/38
    • The invention concerns an artificial joint, in particular an endoprosthesis for replacing natural joints, comprising at least two artificial joint parts with curved articulation faces, a curved contact line being formed on each of the articulation faces. The curved contact line (L1) of one of the articulation faces is part of an elliptical section contour of a first cylinder (1) or cone having the cylinder radius (R1) or the cone angle (&agr;1). The other contact line (L2) takes the form of a counter track of a second cylinder (2) or second cone having the cylinder radius (R2) or the cone angle (&agr;2) and rolling and/or sliding on the first cylinder (1) or first cone. The articulation faces comprise control faces (F1, F2) formed from a plurality of straight contact lines (B). On one side, these control faces (F1, F2) adjoin the contact lines (L1, L2) opposite one another, and each of the contact lines is the connection line between an instantaneous contact point (K) of the contact lines (L1, L2) and an instantaneous common point (Q) or the instantaneous pole of the respective movement systems in a reference plane (X, Y) or a reference sphere in the moved/unmoved system.
    • 本发明涉及人造关节,特别是用于替换天然关节的内用假体,包括至少两个具有弯曲关节面的人造关节部分,在每个关节面上形成弯曲的接触线。 一个关节面的弯曲接触线(L1)是具有圆柱半径(R1)或锥角(α1)的第一圆柱体(1)或锥体的椭圆形截面轮廓的一部分。 另一个接触线(L2)采取具有圆柱半径(R2)或锥角(α2)的第二圆柱体(2)或第二锥体的对向轨道的形式,并且在第一气缸(1)上滚动和/或滑动 )或第一锥体。 铰接面包括由多条直线接触线(B)形成的控制面(F1,F2)。 一方面,这些控制面(F1,F2)与彼此相对的接触线(L1,L2)相邻,并且每条接触线是接触线(L1,L2)的瞬时接触点(K) L2)和移动/不移动系统中的参考平面(X,Y)或参考球体中的相应运动系统的瞬时公共点(Q)或瞬时极点。
    • 8. 发明授权
    • Exoprosthesis for the human knee-joint
    • 假膝关节假人
    • US06443994B1
    • 2002-09-03
    • US09554891
    • 2000-05-22
    • Dietmar Kubein-MeesenburgHans Naegerl
    • Dietmar Kubein-MeesenburgHans Naegerl
    • A61F262
    • A61F5/0123A61F2005/0139
    • An exoprosthesis/orthosis for the human knee-joint comprised of an upper leg part (1) which can be connected to the human upper leg, and a lower leg part (2) which can be connected to the human lower leg. Both leg parts (1, 2) are connected at least via a joint which constructs a joint with two joint axes (MU, M0), i.e. a so-called dimeric joint chain, which are connected such that they carry out a forced movement. A polode (movement or rest polode) is assigned to each respective leg part (1, 2) with regard to the momentary joint axis of said leg parts, whereby curved teeth (5, 7) are constructed on the upper leg part (1) and on the lower leg part (2). The teeth interact similar to sprocket gearing in the movement functional area of the joint (3), whereby the curved teeth coincide with the polodes (t, f) of both leg parts (1, 2) in the movement functional area.
    • 用于人膝关节的假体/矫形器包括可连接到人体上腿的大腿部分(1)和可连接到人类小腿的小腿部分(2)。 至少经由构成与两个关节轴(MU,M0)(即所谓的二聚关节链)的关节的关节连接两个腿部部分(1,2),所述两个关节轴被连接成使得它们执行强制运动。 相对于所述腿部的瞬时关节轴线,将各个腿部(1,2)分配给一个马蹄(运动或休息),由此在上腿部分(1)上形成弯曲的齿(5,7) 和小脚部分(2)上。 所述齿与所述接头(3)的运动功能区域中的链轮齿轮相似,由此所述弯曲齿与所述运动功能区域中的两个腿部(1,2)的马球(t,f)重合。
    • 10. 发明授权
    • Dental abrading body for treating tooth crowding
    • 用于治疗牙齿挤压的牙科研磨体
    • US06780013B2
    • 2004-08-24
    • US10096058
    • 2002-03-13
    • Dietmar Kubein-MeesenburgDankmar IhlowHans Naegerl
    • Dietmar Kubein-MeesenburgDankmar IhlowHans Naegerl
    • A61C306
    • A61C3/06
    • An abrading body (1) for treating tooth crowding, which can be introduced into interdental spaces (10) between teeth (9) and is provided with oppositely disposed working or abrading surfaces (2, 3) on both sides thereof and a shaft for attachment to a reciprocating drive mechanism (8). The abrading body (1) can be introduced vertically between the teeth (9), i.e., in the longitudinal direction thereof, and is designed to carry out an abrading movement in this direction. The abrading surface (3) is formed with a convex cross-sectional configuration. The opposite abrading surface (2) is formed with a concave cross-sectional configuration. The radius (R3) of the convex abrading surface (3) is greater than the radius (R2) of the concave abrading surface (2). An advantageous interdental contact in the form of an overlapping, dimeric, arcuate chain of teeth can be created by introducing concave and convex contact surfaces on adjacent teeth using the tooth abrading body (1) of the invention.
    • 一种用于处理牙齿挤压的研磨体(1),其可以被引入到齿(9)之间的齿间空间(10)中,并且在其两侧上设置有相对设置的加工或研磨表面(2,3)和用于附接的轴 到往复驱动机构(8)。 研磨体(1)可以在齿(9)之间,即其纵向方向上垂直地引入,并且被设计成在该方向上进行研磨运动。 研磨面(3)形成为凸状的横截面构造。 相对的研磨表面(2)形成为凹形横截面构造。 凸状研磨面(3)的半径(R3)大于凹面研磨面(2)的半径(R2)。 通过使用本发明的牙齿研磨体(1)将相邻牙齿上的凹凸接触表面引入,可以形成重叠的,二聚的,弓形的齿链形式的有利齿间接触。