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    • 2. 发明申请
    • BODY FOR A CATHETER OR SHEATH
    • 导管或沙子的身体
    • WO2006116720A2
    • 2006-11-02
    • PCT/US2006016373
    • 2006-04-28
    • ST JUDE MEDICAL ATRIAL FIBRILLGUO XIAOPINGSTEHR RICHARD E
    • GUO XIAOPINGSTEHR RICHARD E
    • A61M25/00
    • A61M25/0668A61M25/0009A61M25/0023A61M25/005A61M25/0108
    • A body (2) for a catheter or sheath is disclosed. The body (2) includes strips (8, 10) formed longitudinally from the proximal (6) portion of the body (2) to the distal (4) portion of the body (2). The strips are formed of different materials. The strips can have different radiopacities, or can be splittable/peelable. The splittable/peelable body comprises a peel mechanism longitudinally extending along its respective length. The peel mechanism can be formed by longitudinally extending regions of interfacial bonding between first and second longitudinally extending strips of polymer material. A region of stress concentration extends along the region of interfacial bonding. The stress concentration facilitates the splitting of the body (2) along its peel mechanism. The polymer material of the first strip (8) can have a greater amount of radiopaque filler than the polymer material of the second strip (10). Each strip forms at least a portion of an outer circumferential surface of the body (2).
    • 公开了一种用于导管或护套的主体(2)。 主体(2)包括从主体(2)的近端(6)部分到主体(2)的远端部分(4)纵向形成的条带(8,10)。 条带由不同的材料形成。 条带可以具有不同的放射性,或者可以是可分离的/可剥离的。 可分离/可剥离的主体包括沿其相应长度纵向延伸的剥离机构。 剥离机构可以通过在第一和第二纵向延伸的聚合物材料条之间的纵向延伸的界面结合区形成。 应力集中区域沿着界面粘合区域延伸。 应力集中有助于主体(2)沿其剥离机构的分裂。 第一条带(8)的聚合物材料可以具有比第二条带(10)的聚合物材料更大量的不透射线填料。 每个条形成主体(2)的外周表面的至少一部分。
    • 10. 发明专利
    • BODY FOR A CATHETER OR SHEATH
    • CA2604715A1
    • 2006-11-02
    • CA2604715
    • 2006-04-28
    • ST JUDE MEDICAL ATRIAL FIBRILL
    • GUO XIAOPINGSTEHR RICHARD E
    • A61M5/178B29C48/32
    • A body (2) for a catheter or sheath is disclosed. The body (2) includes stri ps (8, 10) formed longitudinally from the proximal (6) portion of the body (2) to the distal (4) portion of the body (2). The strips are formed of different materials. The strips can have different radiopacities, or can be splittable/peelable. The splittable/peelable body comprises a peel mechanism longitudinally extending along its respective length. The peel mechanism can be formed by longitudinally extending regions of interfacial bonding between first and second longitudinally extending strips of polymer material. A regi on of stress concentration extends along the region of interfacial bonding. The stress concentration facilitates the splitting of the body (2) along its pee l mechanism. The polymer material of the first strip (8) can have a greater amount of radiopaque filler than the polymer material of the second strip (10). Each strip forms at least a portion of an outer circumferential surfac e of the body (2).