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    • 24. 发明申请
    • DELIVERY CATHETER
    • 递送导管
    • WO2004096335A1
    • 2004-11-11
    • PCT/US2004/012837
    • 2004-04-26
    • COOK INCORPORATEDPARKER, Fred, T.
    • PARKER, Fred, T.
    • A61M25/00
    • A61M25/0045A61M25/005A61M25/0052
    • A flexible, kink-resistant, delivery catheter or sheath (83) for percutaneously delivering implantable medical devices. The delivery catheter sheath includes a flat wire coil (95) with uniform spacing between the turns, which is compression fitted about and proximal the distal portion of an inner, lubricous material polytetrafluoroethylene tube (84). The delivery catheter or sheath further includes an outer tube (85) of a heat formable polyamide material, which is heat formed and compressed through the spaces between the turns of the wire coil to mechanically connect to the roughened outer surface of the inner tube. The distal portion (87) of the innertube is expanded and everted or folded-back over itself and connected to the distal end of the outer tube to form a lumen having a larger diameter than the rest of the catheter.
    • 一种用于经皮输送可植入医疗装置的柔性,扭结输送导管或护套(83)。 输送导管鞘包括在匝之间具有均匀间隔的扁平线圈(95),其在内部润滑的材料聚四氟乙烯管(84)的远侧部分附近压缩配合。 输送导管或护套还包括可热成型聚酰胺材料的外管(85),其通过线圈的匝之间的空间热形成和压缩,以机械地连接到内管的粗糙化的外表面。 内管的远端部分(87)被膨胀和旋转或折叠回自身并且连接到外管的远端以形成具有比导管的其余部分更大的直径的管腔。
    • 26. 发明申请
    • AN INTRAVASCULAR TREATMENT SYSTEM AND PERCUTANEOUS RELEASE MECHANISM THEREFOR
    • 血管内治疗系统及其释放机制
    • WO1995024158A1
    • 1995-09-14
    • PCT/US1995002960
    • 1995-03-08
    • COOK INCORPORATED
    • COOK INCORPORATEDHALL, Todd, A.PARKER, Fred, T.
    • A61B17/12
    • A61B17/1215A61B17/12022A61B17/12109A61B17/12172A61B17/12177A61B2017/2215A61M25/09A61M2025/09175
    • A percutaneous release mechanism (57) for use with an intravascular treatment device (11) in an intravascular treatment system (10). The release mechanism includes an inner member (17) having a connection mechanism (18) positioned about the distal end (14) thereof for interconnection with another connection mechanism (12) positioned on an intravascular treatment device. The release mechanism also includes an outer member tube (13) of which the inner member is positioned therein. The first and second connection mechanisms are interconnectable and positionable in the passage (16) of the tube for delivering the treatment device in a delivery state to the treatment site. The release mechanism also includes a handle (37) having parts (38, 39) connected to the inner member and outer tube, whereby movement of the proximal end of the inner member is translated to the distal end thereof for extending the interconnected connection mechanisms from the passage of the outer member tube and positioning the treatment device in a treatment state. The intravascular treatment system includes the percutaneous release mechanism along with the intravascular treatment device. The treatment device includes an occlusion coil (23) and a rigid tube (36) connected to the flexible outer member tube (35) for maintaining the delivery coil in a delivery state. In another example, the treatment device includes a blood clot filter (40) in which the percutaneous delivery mechanism is adapted for connection thereto.
    • 一种与血管内治疗系统(10)中的血管内治疗装置(11)一起使用的经皮释放机构(57)。 释放机构包括具有围绕其远端(14)定位的连接机构(18)的内部构件(17),用于与位于血管内治疗装置上的另一连接机构(12)互连。 释放机构还包括内部构件定位在其中的外部构件管(13)。 第一和第二连接机构可互连并定位在管的通道(16)中,用于将处理装置递送到处理部位。 释放机构还包括具有连接到内部构件和外部管的部分(38,39)的手柄(37),由此内部构件的近端的移动被转换到其远端,用于将互连的连接机构从 外部构件管的通过并将处理装置定位在处理状态。 血管内治疗系统包括经皮释放机制以及血管内治疗装置。 治疗装置包括闭塞线圈(23)和连接到柔性外部构件管(35)的刚性管(36),用于将输送线圈保持在输送状态。 在另一个实例中,治疗装置包括血块过滤器(40),其中经皮递送机构适于与其连接。
    • 30. 发明公开
    • AN INTRAVASCULAR TREATMENT SYSTEM AND PERCUTANEOUS RELEASE MECHANISM THEREFOR
    • 血管内治疗系统经皮释放机构
    • EP0748186A1
    • 1996-12-18
    • EP95913994.0
    • 1995-03-08
    • Cook Incorporated
    • HALL, Todd, A.PARKER, Fred, T.
    • A61B17A61F2
    • A61B17/1215A61B17/12022A61B17/12109A61B17/12172A61B17/12177A61B2017/2215A61M25/09A61M2025/09175
    • A percutaneous release mechanism (57) for use with an intravascular treatment device (11) in an intravascular treatment system (10). The release mechanism includes an inner member (17) having a connection mechanism (18) positioned about the distal end (14) thereof for interconnection with another connection mechanism (12) positioned on an intravascular treatment device. The release mechanism also includes an outer member tube (13) of which the inner member is positioned therein. The first and second connection mechanisms are interconnectable and positionable in the passage (16) of the tube for delivering the treatment device in a delivery state to the treatment site. The release mechanism also includes a handle (37) having parts (38, 39) connected to the inner member and outer tube, whereby movement of the proximal end of the inner member is translated to the distal end thereof for extending the interconnected connection mechanisms from the passage of the outer member tube and positioning the treatment device in a treatment state. The intravascular treatment system includes the percutaneous release mechanism along with the intravascular treatment device. The treatment device includes an occlusion coil (23) and a rigid tube (36) connected to the flexible outer member tube (35) for maintaining the delivery coil in a delivery state. In another example, the treatment device includes a blood clot filter (40) in which the percutaneous delivery mechanism is adapted for connection thereto.