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    • 7. 发明申请
    • PROSTHESIS DEPLOYMENT SYSTEM
    • PROSTHESIS部署系统
    • WO2007076114A3
    • 2007-12-06
    • PCT/US2006049240
    • 2006-12-22
    • COOK INCOSBORNE THOMAS A
    • OSBORNE THOMAS A
    • A61F2/84
    • A61F2/95A61F2002/9511A61F2002/9517A61F2002/9665
    • A trigger wire release mechanism is disclosed that includes a control member for selectively releasing a trigger wire (22, 44) from a prosthesis retaining device. The control member includes an elongate body member (36) and a guide member (24, 25, 93, 94) slidably disposed on the elongate body member. The trigger wire 1 (22, 44) includes a distal end coupled to the prosthesis retaining device and a proximal end coupled to the guide member. The guide member (24, 25, 93, 94) can lbe moved from a distal end of the elongate body (36) to a proximal end of the elongate body, thereby disengaging the trigger wire (22, 44) from the retaining device. The control member may include a locking mechanism (120) for limiting the axial position of the guide member (24, 25, 93, 94) along the elongate body member (36). A prosthesis control member (81) is also disclosed. The prosthesis control member (81) is adapted to control the position of the prosthesis during deployment.
    • 公开了一种触发线释放机构,其包括用于选择性地从假体保持装置释放触发线(22,44)的控制构件。 控制构件包括细长主体构件(36)和可滑动地设置在细长主体构件上的导向构件(24,25,93,94)。 触发线1(22,44)包括联接到假体保持装置的远端和联接到引导构件的近端。 引导构件(24,25,93,94)可以从细长主体(36)的远端移动到细长主体的近端,由此使扳机线(22,44)与保持装置分离。 控制构件可以包括用于限制引导构件(24,25,93,94)沿着细长本体构件(36)的轴向位置的锁定机构(120)。 还公开了一种假体控制构件(81)。 假体控制构件(81)适于在展开期间控制假体的位置。
    • 8. 发明申请
    • COMPOSITE STENT GRAFT
    • 复合钢筋混凝土
    • WO2007053592A3
    • 2007-08-16
    • PCT/US2006042402
    • 2006-10-31
    • COOK INCOSBORNE THOMAS A
    • OSBORNE THOMAS A
    • A61F2/06A61F2/82
    • A61F2/07A61F2/89A61F2002/067A61F2002/072A61F2002/075A61F2002/826A61F2002/828A61F2220/0075A61F2230/0054A61F2250/0056
    • A composite prosthesis (19, 99, 199) and method are disclosed herein. This endoluminal prosthesis is constructed by separately deploying a first prosthesis (9, 201 ) and a second prosthesis (14, 208), wherein the first prosthesis is deployed and secured to the interior surface of a body lumen (260). In a subsequent step, the second prosthesis is deployed substantially within and secured to the first prosthesis. Although additional prostheses may be deployed within the second prosthesis, in a preferred configuration the first and second prostheses combine to provide all of the necessary attributes associated with a functioning endoluminal prosthesis. Thus, one of the first and second prostheses is permeable to blood and exerts sufficient radial force to cause the composite prosthesis to securely engage an interior surface of the body lumen at one or both of the composite prosthesis's proximal and distal ends, while the other of the first and second prostheses is impermeable to blood flow.
    • 本文公开了一种复合假体(19,99,199)和方法。 该腔内假体通过分开展开第一假体(9,201)和第二假体(14,208)来构造,其中第一假体展开并固定到体腔(260)的内表面。 在随后的步骤中,第二假体基本上部署在第一假体内并固定到第一假体。 虽然附加的假体可以部署在第二假体内,但是在优选的构造中,第一和第二假体组合以提供与功能性腔内假体相关联的所有必要属性。 因此,第一和第二假体中的一个可渗透血液并施加足够的径向力,以使复合假体在复合假体的近端和远端中的一个或两个处牢固地接合体腔的内表面,而另一个 第一和第二假体是不透血的。