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    • 51. 发明授权
    • Method and apparatus for graft fixation
    • 移植物固定的方法和装置
    • US08784489B2
    • 2014-07-22
    • US13036781
    • 2011-02-28
    • Troy M. WaltersKevin T. StoneJason D. Meridew
    • Troy M. WaltersKevin T. StoneJason D. Meridew
    • A61F2/08
    • A61B17/1714A61B17/1764
    • An apparatus and method for performing a surgery, especially an ACL replacement surgery, where a flexible strand insertion rod co-operates with a U-Guide apparatus to insert a flexible strand into a tunnel formed in a bone portion and to guide a pair of drill points to form a pair of tunnels transversely to the tunnel of the insertion rod. The drill points are guided through the insertion rod and the flexible strand is held over the drill points as the transverse tunnels are formed. The insertion rod is then removed from the tunnels formed in the bone and the flexible strand is held looped over the second drill point. Subsequently, a soft tissue replacement is affixed to one end of the flexible strand and pulled over up to the first drill point with the other end of the flexible strand. The first drill point is then used to pull a cross pin through the transverse tunnel to hold the looped end of the soft tissue replacement in place. Finally, the two free ends of the soft tissue replacement are affixed to the bone completing the implantation of a soft tissue replacement.
    • 一种用于进行手术,特别是ACL替代手术的装置和方法,其中柔性股线插入杆与U型导向装置协作以将柔性股线插入形成在骨部分中的隧道中并引导一对钻头 指向横向于插入杆的隧道形成一对隧道。 钻孔被引导穿过插入杆,并且当横向隧道形成时,柔性线束被保持在钻尖上。 然后将插入杆从形成在骨中的隧道中取出,并且柔性股线环绕在第二钻点上。 随后,将软组织置换固定在柔性股线的一端,并与柔性股线的另一端一起拉到第一钻头。 然后使用第一钻头将十字销拉过横向隧道,以将软组织置换的环形末端保持在适当位置。 最后,将软组织置换的两个自由端固定到完成植入软组织置换的骨上。
    • 55. 发明授权
    • Method and apparatus for use of porous implants
    • 使用多孔植入物的方法和装置
    • US08197550B2
    • 2012-06-12
    • US12559230
    • 2009-09-14
    • David R. BrownJason D. MeridewRobert M. RonkTroy W. Hershberger
    • David R. BrownJason D. MeridewRobert M. RonkTroy W. Hershberger
    • A61F2/32
    • A61F2/34A61F2/4609A61F2002/30535A61F2250/0058
    • An orthopedic prosthesis for implantation into a bone of a patient includes a porous metal shell adapted to be affixed within the bone. The porous metal shell includes an outer surface adapted to receive bone ingrowth and an inner surface adapted to engage a liner. The porous metal shell is porous from the outer surface to the inner surface. A non-porous member may be affixed to the porous metal shell. The non-porous member may include a piercing member extending from the outer surface, the piercing member adapted to penetrate the bone in an implanted position. The non-porous member may include spikes or fins. In one example, the piercing member may define a reduced material cross section at an interface with the outer surface of the porous metal shell. The piercing member may be adapted to be broken at the reduced material cross section and removed from the porous metal shell.
    • 用于植入患者骨骼的矫形假体包括适于固定在骨中的多孔金属壳。 多孔金属壳包括适于接收骨向内生长的外表面和适于接合衬垫的内表面。 多孔金属壳从外表面到内表面是多孔的。 无孔构件可以固定到多孔金属壳上。 无孔构件可以包括从外表面延伸的刺穿构件,刺穿构件适于在植入位置穿透骨骼。 无孔构件可以包括尖钉或翅片。 在一个示例中,刺穿构件可以在与多孔金属壳的外表面的界面处限定减小的材料横截面。 刺穿构件可以适于在减小的材料横截面处断裂并从多孔金属壳体移除。
    • 57. 发明申请
    • Robotic Guided Femoral Head Reshaping
    • 机器人引导股骨头重塑
    • US20120071893A1
    • 2012-03-22
    • US12888011
    • 2010-09-22
    • Aaron P. SmithJason D. Meridew
    • Aaron P. SmithJason D. Meridew
    • A61B19/00
    • A61B17/1664A61B17/1666A61B17/1668A61B34/10A61B34/30A61B90/03A61B90/11A61B2034/104A61B2034/105
    • A method of performing hip surgery with a robotic guided system on a patient with femoral acetabular impingement can include identifying the femoral acetabular impingement on the patient. Data related to a proximal femur and an acetabulum of the patient is acquired. A three-dimensional model of at least one of the patient's proximal femur and acetabulum is created based on the data acquired. A location and amount of bone to be removed is determined. Dynamic movement limits of a cutting tool associated with the robotic guided system is set based on the determination. The determined bone of at least one of the proximal femur and acetabulum is removed with the tool while being inhibited from moving the tool outside of the dynamic limit by the robotic guided system.
    • 用患有股骨髋臼碰撞的患者使用机器人引导系统进行髋关节手术的方法可以包括识别股骨髋臼对患者的冲击。 获取与患者的近端股骨和髋臼相关的数据。 基于获得的数据创建患者的股骨近端和髋臼中的至少一个的三维模型。 确定待移除的骨的位置和数量。 基于该确定来设定与机器人引导系统相关联的切削工具的动态移动限制。 使用工具去除至少一个近端股骨和髋臼的确定的骨,同时通过机器人引导系统阻止该工具移动到动态限制之外。