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    • 28. 发明授权
    • Kinetic stent
    • 动力支架
    • US06582472B2
    • 2003-06-24
    • US08806337
    • 1997-02-26
    • Charles C. Hart
    • Charles C. Hart
    • A61F206
    • A61F2/82A61F2/04A61F2/848A61F2/90A61F2/95A61F2230/0067A61M27/008
    • The disclosed stent is formed of an elongate, flexible duct having a very thin wall and a preformed diameter, length, and shape. The stent is constructed of a woven tubular structure of multiple strands or elements. The woven tubular structure is thermally set to a predetermined diameter and length, so that the “at rest” or natural condition of the tubular structure is predictable. A retention or holding member can be formed at one or both of the ends of the stent. This retention member can be reduced in diameter for insertion into the body passage. The woven tubular structure provides a path for fluids to flow in and around the stent, while a patent lumen is being developed. The woven tubular structure allows the stent to be extended or stretched over a guidewire or other noncompressive member, to thereby reduce the diameter of the stent for insertion of the stent into a body passage.
    • 所公开的支架由具有非常薄的壁和预制直径,长度和形状的细长的柔性管道形成。 支架由多根线或元件的编织管状结构构成。 编织管状结构被热定形为预定直径和长度,使得管状结构的“静止”或自然状态是可预测的。 可以在支架的一端或两端形成保持或保持构件。 该保持构件可以减小直径以插入身体通道。 织造的管状结构提供流体在支架内和周围流动的路径,同时正在开发专利流明。 编织管状结构允许支架在导丝或其它非压缩构件上延伸或拉伸,从而减小支架的直径以将支架插入身体通道。