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    • 5. 发明授权
    • Kink-resistant braided catheter with distal side holes
    • 具有远端侧孔的抗扭结编织导管
    • US5782811A
    • 1998-07-21
    • US652701
    • 1996-05-30
    • Gene SamsonHanh Doan
    • Gene SamsonHanh Doan
    • A61L29/00A61M25/00A61M25/16
    • A61M25/005A61M2025/0079A61M25/0053A61M25/007
    • This is a catheter section having a number of radially placed holes through the catheter section wall and a catheter assembly including that section. That catheter assembly may be used in accessing and treating a tissue target within the body, typically one which is accessible through the vascular system. Central to the catheter section is the presence of a braided metallic reinforcing member, typically of super-elastic alloy ribbon, situated in such a way to provide an exceptionally thin wall, controlled stiffness, high resistance to kinking, and complete recovery in vivo from kinking situations. The orifices in the section are optimally placed in the interstices between the turns of the braid. The braid may have a single 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 catheter sections made according to this invention may be used alone or in conjunction with other catheter sections either made using the concepts shown herein or made in other ways. The more proximal sections of the catheter assembly are often substantially stiffer than the more distal sections due to the presence of stiff polymeric tubing or metallic tubing or composited materials in the stiffer section.
    • 这是具有穿过导管部分壁的多个径向放置的孔的导管部分和包括该部分的导管组件。 该导管组件可用于进入和治疗身体内的组织靶,通常是可通过血管系统接近的组织靶。 导管部分的中心是存在通常为超弹性合金带的编织金属加强构件,其以这样的方式设置,以提供非常薄的壁,受控刚度,高抗扭结和体内从扭结中完全恢复 情况 该部分的孔口最佳地放置在编织物匝间的间隙中。 编织物可以具有单个间距,或者可以沿着导管或导管部分的轴线变化。 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。 根据本发明制造的导管部分可以单独使用或与使用本文所示的概念或以其他方式制成的其它导管部分结合使用。 由于在刚性部分中存在刚性聚合物管或金属管或合成材料,所以导管组件的近端部分通常比较远的部分更坚硬。
    • 6. 发明授权
    • Kink-resistant braided catheter with distal side holes
    • 具有远端侧孔的抗扭结编织导管
    • US06197014B1
    • 2001-03-06
    • US09038654
    • 1998-03-11
    • Gene SamsonHanh Doan
    • Gene SamsonHanh Doan
    • A61M2500
    • A61M25/005A61M25/0053A61M25/007A61M2025/0079
    • This is a catheter section having a number of radially placed holes through the catheter section wall and a catheter assembly including that section. That catheter assembly may be used in accessing and treating a tissue target within the body, typically one which is accessible through the vascular system. Central to the catheter section is the presence of a braided metallic reinforcing member, typically of super-elastic alloy ribbon, situated in such a way to provide an exceptionally thin wall, controlled stiffness, high resistance to kinking, and complete recovery in vivo from kinking situations. The orifices in the section are optimally placed in the interstices between the turns of the braid. The braid may have a single 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 catheter sections made according to this invention may be used alone or in conjunction with other catheter sections either made using the concepts shown herein or made in other ways. The more proximal sections of the catheter assembly are often substantially stiffer than the more distal sections due to the presence of stiff polymeric tubing or metallic tubing or composited materials in the stiffer section.
    • 这是具有穿过导管部分壁的多个径向放置的孔的导管部分和包括该部分的导管组件。 该导管组件可用于进入和治疗身体内的组织靶,通常是可通过血管系统接近的组织靶。 导管部分的中心是存在通常为超弹性合金带的编织金属加强构件,其以这样的方式设置,以提供非常薄的壁,受控刚度,高抗扭结和体内从扭结中完全恢复 情况 该部分的孔口最佳地放置在编织物匝间的间隙中。 编织物可以具有单个间距,或者可以沿着导管或导管部分的轴线变化。 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段。根据本发明制造的导管段可以单独使用或与其他结合使用 导管部分使用本文所示的概念或以其他方式制造。 由于在刚性部分中存在刚性聚合物管或金属管或合成材料,所以导管组件的近端部分通常比较远的部分更坚硬。
    • 8. 发明申请
    • STENT DELIVERY SYSTEM
    • STENT交付系统
    • US20120226343A1
    • 2012-09-06
    • US13411340
    • 2012-03-02
    • Justin VoMichael SpencerSargon BourangWilliam S. HenryHong DoanHanh Doan
    • Justin VoMichael SpencerSargon BourangWilliam S. HenryHong DoanHanh Doan
    • A61F2/84
    • A61F2/95A61F2002/9583A61F2002/9665
    • A stent delivery system includes a delivery member, a frictional interfacing member disposed on a distal region of the delivery member, the frictional interfacing member comprising a plurality of perfusion channels, a self-expanding stent disposed over the respective frictional interfacing member and delivery member in a radially contracted configuration, and a sheath defining disposed over the respective self-expanding stent, frictional interfacing member, and delivery member, wherein the frictional interfacing member resists axial and/or rotational movement of the stent relative to the delivery member while the stent is in its radially contracted configuration, and wherein the perfusion channels permit fluid to flow from an interior region of the sheath proximal of the frictional interfacing member to an interior region of the sheath distal of the frictional interfacing member.
    • 支架输送系统包括输送构件,设置在输送构件的远侧区域上的摩擦接口构件,摩擦接口构件包括多个灌注通道,设置在相应摩擦接口构件和输送构件上方的自扩张支架 径向缩小的构造,以及限定设置在相应的自扩张支架,摩擦接口构件和输送构件上方的护套,其中所述摩擦接口构件抵抗支架相对于输送构件的轴向和/或旋转运动,而支架是 在其径向收缩构造中,并且其中所述灌注通道允许流体从所述摩擦接合构件的近侧的护套的内部区域流动到所述护套远离所述摩擦接合构件的内部区域。