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
    • Method and apparatus for augmentation of the femoral neck
    • 用于增大股骨颈的方法和装置
    • US06679890B2
    • 2004-01-20
    • US10199090
    • 2002-07-22
    • Joseph Y. MarguliesGamal BaroudThomas SteffenMax Aebi
    • Joseph Y. MarguliesGamal BaroudThomas SteffenMax Aebi
    • A61F200
    • A61B17/742A61B17/7098
    • Combining an implant and cement for prophylactic and/or preventative use for femoral neck augmention. A hole is drilled into the femoral neck. The hole is filled with an uncured filler cement after loose materials have been removed from the hole. Then, an open-ended tube, an implant, having openings through its walls is inserted into the hole and attached to the bone. Finally, additional filler cement is provided under pressure to the inside of the tubular implant. The filler cement flows into spaces in the bone structure via the tube wall openings. A sliding leak-tight fit between the implant and a cement injection tube permits delivery of cement at preselected locations along the implant length. Pressure is maintained until the filler cement has hardened. A strengthening factor up to 3 was measured when osteoporotic bone was strengthened.
    • 结合种植体和水泥,用于股骨颈扩大的预防和/或预防性使用。 在股骨颈上钻一个洞。 从孔中取出松散材料后,孔中填充有未固化的填料。 然后,将具有穿过其壁的开口的开口管,植入物插入孔中并附着到骨上。 最后,在压力下向管状植入物的内侧提供另外的填充胶。 填料粘合剂通过管壁开口流入骨结构中的空间。 在植入物和水泥注射管之间的滑动密封配合允许沿着植入物长度在预选位置输送水泥。 保持压力直到填料水泥硬化。 当骨质疏松骨被加强时,测量了高达3的强化因子。
    • 3. 发明授权
    • Cable connector for orthopaedic rod
    • 矫形杆用电缆连接器
    • US6086590A
    • 2000-07-11
    • US241980
    • 1999-02-02
    • Joseph Y. MarguliesMatthew N. SongerFrancis J. Korhonen
    • Joseph Y. MarguliesMatthew N. SongerFrancis J. Korhonen
    • A61B17/70A61B17/84A61B17/58
    • A61B17/7053A61B17/842
    • A connector for securing surgical cable or wire to an implantable surgical rod or the like. The connector comprises a connector body having an open space for receiving the surgical rod or similar support device. The body carries a lock member for firmly affixing the connector and the rod together in a desired position along the rod. Typically, the lock member is a set screw. The connector also has a retention member carried on the connector in a rotatable manner. The retention member, typically in ring form, defines at least one bore extending there through for receiving the cable or wire, and retaining it in a desired position relative to the rod. Thus, tension can be placed upon broken bones or the like from a desired, controllable direction and with a desired magnitude of tension.
    • 用于将手术电缆或线固定到可植入手术杆等的连接器。 连接器包括具有用于接收外科手术杆或类似支撑装置的开放空间的连接器本体。 主体承载锁定构件,用于将连接器和杆牢固地固定在沿杆的期望位置。 通常,锁定构件是固定螺钉。 连接器还具有可旋转的方式承载在连接器上的保持构件。 保持构件通常为环形,限定了至少一个在其上延伸的孔,用于接收电缆或电线,并将其保持在相对于杆的期望位置。 因此,张力可以从期望的,可控制的方向和期望的张力大小放置在骨折等处。
    • 7. 发明授权
    • Computation of shapes of three-dimensional linkage structures based on optimization techniques
    • 基于优化技术计算三维连杆结构的形状
    • US06662148B1
    • 2003-12-09
    • US09493146
    • 2000-01-28
    • Roy L. AdlerJean-Pierre DedieuAlan D. KalvinJoseph Y. MarguliesMarco MartensMichael Shub
    • Roy L. AdlerJean-Pierre DedieuAlan D. KalvinJoseph Y. MarguliesMarco MartensMichael Shub
    • G06G748
    • G09B23/32G09B23/30
    • Spinal modeling is based on a concept called spinal energy which assumes that the spine assumes a shape to minimize spinal energy. Spinal energy depends on parameters called stiffness coefficients. These parameters can be determined from human data which, by hypothesis, are universal for a large class of humans. The method adapts Newton's method to the manifold SO(3)n to find a solution of model of the human spine. Where basins of attraction are small in Newton's method, homotopy methods are introduced to move from known solutions to unknown solutions. By setting the gradient of the spinal energy to zero, Newton's method is used to solve the inverse problem of finding stiffness coefficients from human data. A new approach to improving deformed spines uses the modeling method based on spinal energy. This approach preserves maximally the range of motion of the spine. The technique used is vertebraplasty; i.e., adding and/or subtracting material surgically from various vertebral bodies without fusing or altering soft tissue. An interactive process is used to determine the surgery to be performed to improve spinal shape.
    • 脊柱建模基于一种称为脊椎能量的概念,其假定脊柱呈现为使脊椎能量最小化的形状。 脊柱能量取决于称为刚度系数的参数。 这些参数可以从人类数据中确定,根据假设,人类数据对于大类人类是普遍的。 该方法将牛顿法适应于歧管SO(3),以找到人类脊柱模型的解。 在牛顿法的吸引力小的地方,引入同伦方法从已知解决方案转移到未知解决方案。 通过将脊柱能量的梯度设置为零,使用牛顿法来解决从人类数据中找到刚度系数的逆问题。 改进变形脊柱的新方法使用基于脊椎能量的建模方法。 这种方法最大限度地保留了脊柱的运动范围。 使用的技术是椎体成形术 即从各种椎体外科手术加入和/或减去材料,而不会熔化或改变软组织。 使用交互过程来确定要进行的手术以改善脊柱形状。
    • 9. 发明授权
    • Spinal stabilization system and method
    • 脊柱稳定系统及方法
    • US5700292A
    • 1997-12-23
    • US528801
    • 1995-09-15
    • Joseph Y. Margulies
    • Joseph Y. Margulies
    • A61B17/17A61B17/70A61F2/10
    • A61B17/7052A61B17/1757
    • A spinal stabilization system for fixing vertebrae and sacrum having anterior and posterior aspects. The system comprises a plurality of rods or plates disposed over the vertebrae and/or sacrum, at least one rod or plate disposed anteriorly and at least one disposed posteriorly, and a plurality of bolts and nuts extending laterally through said vertebrae and/or sacrum and attached to the rods. A method for installing a spinal stabilization system to fix vertebrae and/or sacrum, comprising the steps of: exposing the spine anteriorly and posteriorly to reveal a level of vertebrae and/or sacrum, inserting a pair of beam means through the vertebrae and/or sacrum; repeating the exposing and inserting steps for a next level of vertebrae and/or sacrum; disposing column means over the anterior and posterior aspects of the two levels of vertebrae and/or sacrum; and connecting the ends of the beam means at each vertebrae and/or sacrum level to the column means.
    • 用于固定具有前后方面的椎骨和骶骨的脊柱稳定系统。 该系统包括设置在椎骨和/或骶骨之上的多个杆或板,至少一个杆或板,其位于前方且至少一个设置在后方,以及多个螺栓和螺母,横向延伸穿过所述椎骨和/或骶骨, 连接到杆上。 一种用于安装脊椎稳定系统以固定椎骨和/或骶骨的方法,包括以下步骤:将脊柱前部和后部暴露以露出一定程度的椎骨和/或骶骨,将一对梁装置穿过椎骨和/或 骶骨 重复下一级椎骨和/或骶骨的暴露和插入步骤; 在两级椎骨和/或骶骨的前后方面设置柱装置; 并且将每个椎骨和/或骶骨水平处的梁装置的端部连接到柱装置。