会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 11. 发明申请
    • SLIP-LAYERED CATHETER BALLOON
    • WO1995017920A1
    • 1995-07-06
    • PCT/US1994014199
    • 1994-12-09
    • BOSTON SCIENTIFIC CORPORATION
    • BOSTON SCIENTIFIC CORPORATIONWANG, James, C.CHIN, Yem
    • A61M29/00
    • A61M25/1029A61M25/0045A61M25/1034A61M25/1038A61M25/104A61M2025/1075
    • A slip-layered balloon catheter (10) for insertion into a bodily conduit, especially an artery. The catheter comprises a shaft (21) having at least one lumen (26) for delivery of a fluid inflation media and a slip-layered balloon (12, 30a) made up of a plurality of layers (14, 15, 37) with a low-friction substance (18, 42) between the layers. The low-friction substance causes the layers to slide readily relative to one another, softening the balloon while maintaining its strength. Optionally, the balloon (30a) includes a plurality of slip-layered segments (40) radially disposed about the balloon wall, and separated by lengthwise ridges (41) joining the layers of each segment together. Also optionally, an elastic sleeve (51) surrounds the balloon wall to improve refordability of the balloon (50).
    • 一种用于插入身体导管,特别是动脉的滑层气囊导管(10)。 导管包括具有用于输送流体膨胀介质的至少一个腔(26)和由多个层(14,15,37)构成的滑动分层球囊(12,30a)的轴(21) 层之间的低摩擦物质(18,42)。 低摩擦物质使得层彼此相对滑动,同时保持其强度而软化球囊。 可选地,球囊(30a)包括围绕气球壁径向设置的多个滑动分层段(40),并且通过将每个段的层连接在一起的纵向脊(41)分开。 还可选地,弹性套筒(51)围绕球囊壁以改善球囊(50)的反向性。
    • 13. 发明申请
    • ZEBRA EXCHANGE GUIDE WIRE
    • ZEBRA EXCHANGE指导线
    • WO1995005574A2
    • 1995-02-23
    • PCT/US1994009347
    • 1994-08-15
    • BOSTON SCIENTIFIC CORPORATION
    • BOSTON SCIENTIFIC CORPORATIONROWLAND, Christopher, A.BARDSLEY, EarlDeMELLO, Richard
    • F61C03/14
    • A61M25/09A61B90/39A61B2090/3937A61M2025/0008A61M2025/09083A61M2025/09091A61M2025/09166A61M2025/09175A61M2025/1093
    • An exchange guide wire (10) for positioning and exchanging medical catheters within a bodily passage during a medical procedure which uses an endoscope. The guide wire includes a wire (32) of a length sufficient for exchange of the catheters through the endoscope, a radiopaque flexible coil (38) fixed to the distal end (22) of the wire, and a pattern of stripes (26) endoscopically discernable along the guide wire. A low-friction sleeve (18), for example of a shrink wrap material, jackets the guide wire, the stripes being endoscopically discernable along the length of the jacketed guide wire. The position of the exchange guide wire stripes relative to the endoscope optical lens may be monitored by viewing the stripes endoscopically. A method of positioning and exchanging medical catheters within a bodily passage during a medical procedure which uses an endoscope is also disclosed. The method utilizes one of the above-described exchange guide wires (10), and involves: positioning the exchange guide wire distal tip (22) within the bodily passage; fluoroscopically confirming the position of the exchange guide wire; threading one of the catheters onto the guide wire to position this catheter within the bodily passage; exchanging catheters by withdrawing the one catheter from the bodily passage over the exchange guide wire, threading the other catheter onto the exchange guide wire to position it within the bodily passage; and endoscopically monitoring movement of the stripes (26) relative to the endoscope optical lens during the exchange and preventing withdrawal of the exchange guide wire during the exchange.
    • 一种用于在使用内窥镜的医疗过程中在身体通道内定位和交换医疗导管的交换引导线(10)。 引导线包括足够长度以用于通过内窥镜交换导管的导线(32),固定到线的远端(22)的不透射线的柔性线圈(38)和内窥镜的条纹(26) 沿着导丝识别。 诸如收缩包裹材料的低摩擦套筒(18)夹住导丝,条带沿着夹套的导丝的长度被内窥镜识别。 交替引导线相对于内窥镜光学透镜的条纹的位置可以通过内镜观察来监视。 还公开了在使用内窥镜的医疗过程中在身体通道内定位和交换医疗导管的方法。 该方法使用上述交换导丝(10)之一,并且包括:将换向导丝远端(22)定位在身体通道内; 透视确认交换导丝的位置; 将导管之一穿过引导线,以将该导管定位在身体通道内; 通过将一个导管从身体通道上取出交换引导线来交换导管,将另一导管穿过交换导丝以将其定位在身体通道内; 并且在交换期间内窥镜监视条(26)相对于内窥镜光学透镜的移动,并且防止在交换期间退出交换导丝。
    • 15. 发明申请
    • DILATION CATHETER AND METHOD OF TREATMENT THEREWITH
    • 放电导管及其处理方法
    • WO1995000198A1
    • 1995-01-05
    • PCT/US1994007180
    • 1994-06-24
    • BOSTON SCIENTIFIC CORPORATION
    • BOSTON SCIENTIFIC CORPORATIONABELE, John, E.NICHOLAS, Peter, M.WANG, James, C.
    • A61M29/00
    • A61M25/104A61M25/1011A61M2025/1072A61M2025/1075A61M2025/1086
    • A catheter for insertion into a bodily conduit, especially an artery. The catheter comprises a shaft (26) having at least one lumen (24) for delivery of a fluid inflation media and a double balloon (12) including an array (20) of a plurality of inflatable secondary chambers (22) radially disposed in a cylindrical array around an inflatable primary chamber (16). Each of the secondary chambers (22) shares a common wall (38) with adjacent secondary chambers (22) and a common wall (14) with the primary chamber (16). The secondary chambers (22) are inflated by an array of channels (32) which are separated from each other by webs (40). One or more of the secondary chambers (22) may be in communication with a pressure transducer for measurement of the resistance of, e.g., a stenosis to dilation by the balloon (12). Alternately, a triple balloon (60) has inner secondary chambers (22a) and outer secondary chambers (22b). Also alternately, one or more of the secondary chambers (22) may be adapted to dispense medication. A method for treating a constricted bodily conduit using the catheter is also disclosed.
    • 用于插入身体导管,特别是动脉的导管。 导管包括具有用于输送流体膨胀介质的至少一个内腔(24)的轴(26)和包括放射状设置在多个可膨胀的第二腔室(22)中的多个可充气副腔室(22)的阵列(20)的双气囊(12) 围绕可充气主室(16)的圆柱形阵列。 每个次级室(22)与相邻的副室(22)和与主室(16)的公共壁(14)共用公共壁(38)。 二次室(22)由通过腹板(40)彼此分离的通道阵列(32)而膨胀。 二次腔室(22)中的一个或多个可以与压力传感器连通,用于测量例如由球囊(12)扩张的狭窄的阻力。 或者,三重气囊(60)具有内部辅助腔室(22a)和外侧副腔室(22b)。 还可以选择地,一个或多个第二腔室(22)可适于分配药物。 还公开了一种使用导管治疗收缩的身体导管的方法。
    • 16. 发明申请
    • PROSTHESIS DELIVERY SYSTEM
    • PROSTHESIS交付系统
    • WO1994023786A1
    • 1994-10-27
    • PCT/US1994003959
    • 1994-04-12
    • BOSTON SCIENTIFIC CORPORATION
    • BOSTON SCIENTIFIC CORPORATIONROBERTS, George, T.WILSON, DarinANDERSEN, ErikSTROHBAND, Hans-Peter
    • A61M29/00
    • A61F2/966A61F2/95A61F2002/9517
    • This invention provides prosthesis delivery systems (2) with a traumatic tip (26) that can be dislodged from the catheter (4) so that the catheter (4) can be easily removed from the body after expanding the prosthesis (14), by pulling the catheter (4) proximally. With the tip (26) dislodged, the catheter (4), which is of smaller diameter than the tip (26) can be removed even in instances where the prosthesis (14) does not expand the lumen to a large diameter. This invention also provides prosthesis delivery systems (2) with a contoured protective outer sheath (20) having smaller diameters in proximal portions that normally are acutely bent when the system is in the body, than in distal portions corresponding to the position of the prosthesis (14). These systems are more flexible and the sheaths (20) less likely to kink, especially when configured as part of a large delivery system.
    • 本发明提供了具有可以从导管(4)移出的创伤性尖端(26)的假体递送系统(2),使得在扩张假体(14)之后可以容易地从体内移除导管(4),通过拉动 近端导管(4)。 在尖端(26)移开时,甚至在假体(14)不将内腔膨胀到大直径的情况下也可以去除直径小于尖端(26)的导管(4)。 本发明还提供了具有轮廓保护外护套(20)的假体输送系统(2),其在近端部分具有较小的直径,当系统在体内时通常会急剧弯曲,而不是对应于假体位置的远端部分 14)。 这些系统更灵活,并且护套(20)不太可能扭结,特别是当配置为大型输送系统的一部分时。
    • 20. 发明申请
    • SUPPORT CATHETER ASSEMBLY
    • 支持导管总成
    • WO1994003230A1
    • 1994-02-17
    • PCT/US1993007337
    • 1993-08-04
    • BOSTON SCIENTIFIC CORPORATION
    • BOSTON SCIENTIFIC CORPORATIONKONTOS, Stavros, B.
    • A61M29/00
    • A61F2/95A61B90/39A61F2/88A61F2250/0098A61M25/104
    • A support catheter assembly (10) for facilitating medical procedures includes a tubular body and a continuous lumen from its proximal end to its distal end. A manipulating member is connected to the tubular body (12) for inserting, advancing, withdrawing and maneuvering the body during a medical procedure. The manipulating member may be a wire (14) of a manipulating tube (16). The tubular body also may be provided with a funnel shaped (26) lumen opening at its proximal end to facilitate insertion of devices therethrough, and radiopaque markers for subcutaneously detecting the location of the device during a medical procedure and, more particularly, for detecting its location relative to other devices used in the medical procedure. A method also is disclosed for using the tube assembly to facilitate insertion of a PTCA catheter into a stenotic region and for holding open the lumen through that region after angioplasty has been performed.
    • 用于促进医疗过程的支撑导管组件(10)包括管状主体和从其近端到其远端的连续内腔。 操作构件连接到管状体(12),用于在医疗过程中插入,推进,取出和操纵身体。 操纵构件可以是操纵管(16)的线(14)。 管状体还可以在其近端处设置有漏斗形(26)腔开口,以便于穿过其中的装置插入,以及不透射线标记,用于在医疗过程期间皮下检测装置的位置,更具体地,用于检测其 相对于医疗程序中使用的其他设备的位置。 公开了一种用于使用管组件以便于将PTCA导管插入狭窄区域并且在血管成形术已经执行之后保持将该腔开放通过该区域的方法。