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    • 6. 发明授权
    • Soft-tip performance braided catheter
    • 软尖性能编织导管
    • US06165163A
    • 2000-12-26
    • US277010
    • 1999-03-26
    • Thomas Yung-Hui ChienLex P. JansenHenry NitaJeffrey A. Sarge
    • Thomas Yung-Hui ChienLex P. JansenHenry NitaJeffrey A. Sarge
    • A61M25/00
    • A61M25/0053A61M25/0054A61M2025/0081
    • This is a catheter assembly which may be used in accessing a tissue target within the body, typically a target which is accessible through the vascular system. Central to the invention is the use of a braided metallic reinforcing member, typically of a stainless steel or super-elastic alloy ribbon, situated within the catheter body in such a way to create a catheter section having a thin wall, controlled stiffness, and high resistance to kinking. The distal-most section of the catheter is much more flexible than are other braided catheters of the genre due to choice of braid construction features of that distal-most section. The distal-most braid, and optionally, intermediate braid components are constructed to be more flexible than the more proximal sections due to deletion of ribbons from the braid structure, change of ribbon material, and change of pitch. The various sections include braids which may have a consistent pitch or may vary in pitch along the axis of the catheter or catheter section. The braided ribbon reinforcing member typically is placed between a flexible outer tubing member and an inner tubing member to produce a catheter section which is very flexible but highly kink resistant. The more proximal sections of the catheter assembly are often substantially stiffer than the more distal sections also due to the presence of stiff polymeric tubing or composited materials in the stiffer section.
    • 这是一种导管组件,其可以用于进入身体内的组织靶,通常是可通过血管系统接近的靶。 本发明的中心是使用通常为不锈钢或超弹性合金带的编织金属加强件,其位于导管主体内,以便产生具有薄壁,受控刚度和高度的导管部分 耐扭结。 由于选择最远部分的编织结构特征,导管的最远端部分比其他类型的编织导管更加灵活。 最远的编织物和任选的中间编织部件被构造成比近侧部分更柔软,这是由于从编织结构中删除丝带,带状材料的变化和间距的变化。 各个部分包括可以具有一致间距的编织物或者可以沿着导管或导管部分的轴线的间距变化。 编织带加强构件通常放置在柔性外管构件和内管构件之间以产生非常柔性但高度扭结的导管部分。 导管组件的近端部分通常比较远的部分基本上更硬,这也是由于在刚性部分中存在刚性聚合物管或复合材料。
    • 7. 发明授权
    • Soft-tip high performance braided catheter
    • 软尖高性能编织导管
    • US5891114A
    • 1999-04-06
    • US941511
    • 1997-09-30
    • Thomas Yung-Hui ChienLex P. JansenHenry NitaJeffrey A. Sarge
    • Thomas Yung-Hui ChienLex P. JansenHenry NitaJeffrey A. Sarge
    • A61M25/00
    • A61M25/0053A61M2025/0081A61M25/0054
    • This is a catheter assembly which may be used in accessing a tissue target within the body, typically a target which is accessible through the vascular system. Central to the invention is the use of a braided metallic reinforcing member, typically of a stainless steel or super-elastic alloy ribbon, situated within the catheter body in such a way to create a catheter section having a thin wall, controlled stiffness, and high resistance to kinking. The distal-most section of the catheter is much more flexible than are other braided catheters of the genre due to choice of braid construction features of that distal-most section. The distal-most braid, and optionally, intermediate braid components are constructed to be more flexible than the more proximal sections due to deletion of ribbons from the braid structure, change of ribbon material, and change of pitch. The various sections include braids which may have a consistent pitch or may vary in pitch along the axis of the catheter or catheter section. The braided ribbon reinforcing member typically is placed between a flexible outer tubing member and an inner tubing member to produce a catheter section which is very flexible but highly kink resistant. The more proximal sections of the catheter assembly are often substantially stiffer than the more distal sections also due to the presence of stiff polymeric tubing or composited materials in the stiffer section.
    • 这是一种导管组件,其可以用于进入身体内的组织靶,通常是可通过血管系统接近的靶。 本发明的中心是使用通常为不锈钢或超弹性合金带的编织金属加强件,其位于导管主体内,以便产生具有薄壁,受控刚度和高度的导管部分 耐扭结。 由于选择最远部分的编织结构特征,导管的最远端部分比其他类型的编织导管更加灵活。 最远的编织物和任选的中间编织部件被构造成比近侧部分更柔软,这是由于从编织结构中删除丝带,带状材料的变化和间距的变化。 各个部分包括可以具有一致间距的编织物或者可以沿着导管或导管部分的轴线的间距变化。 编织带加强构件通常放置在柔性外管构件和内管构件之间以产生非常柔性但高度扭结的导管部分。 导管组件的近端部分通常比较远的部分基本上更硬,这也是由于在刚性部分中存在刚性聚合物管或复合材料。