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    • 2. 发明申请
    • IMPLANT DELIVERY DEVICE
    • 植入式装置
    • WO2005013855A3
    • 2005-04-28
    • PCT/US2004021095
    • 2004-06-30
    • COOK UROLOGICAL INCWARD JOHN HANDREWS MARVIN OFISCHER FRANK J JR
    • WARD JOHN HANDREWS MARVIN OFISCHER FRANK J JR
    • A61F2/06A61F2/84
    • A61F2/966A61F2/95A61F2002/9517
    • A delivery device for placing an implant or prosthesis inside a body is described. The device is useful for placing a variety of stents or implants (11) when used with a cystoscope or other visualization or placement device. An inner sheath (10) is relatively stiff and an outer sheath (12) is relatively pliable or soft compared to the inner sheath. The sheaths are assembled to a connector (15) and a positioner (20) is then inserted through the center of the assembly, the inner sheath. The implant is placed near the distal end of the outer sheath, and the assembled device with the implant is backloaded onto a cystoscope or endoscope for placement. The inner sheath may be used to tailor the stiffness or rigidity of the assembled delivery device.
    • 描述了用于将植入物或假体放置在体内的递送装置。 当与膀胱镜或其他可视化或放置装置一起使用时,该装置可用于放置各种支架或植入物(11)。 内护套(10)相对较硬,并且与护套相比,外护套(12)相对柔软或柔软。 将护套组装到连接器(15)上,然后将定位器(20)穿过组件的中心,内护套插入。 将植入物放置在外护套的远端附近,并将具有植入物的组装装置装载到用于放置的膀胱镜或内窥镜上。 内护套可用于定制组装的输送装置的刚度或刚性。
    • 5. 发明申请
    • BRACHYTHERAPY DEVICE INCLUDING AN ANTI-STATIC HANDLE
    • 包括防静电手柄的BRACHYTHERAPY设备
    • WO0004953A2
    • 2000-02-03
    • PCT/US9915981
    • 1999-07-15
    • COOK UROLOGICAL INC
    • ANDREWS MARVIN OFISCHER FRANK J JRWARD JOHN W
    • A61M36/04A61M36/12A61N5/10
    • A61N5/1027A61N2005/1011
    • A brachytherapy device (10) for exposing to radioactivity a patient includes an elongate member such as a needle or cannula (12) adapted for introduction into the patient and also includes a stylet (14) slidably receivable in a longitudinal throughbore (16) in the needle (12). The device (10) also includes a portion (64) near either the proximal end (18) of the needle (12) or the distal end (24) of the stylet (14) which provides a local, defined amount of friction between the needle (12) and the stylet (14). The device (10) further includes an anti-static handle (34) connected to the needle (12). The handle (34) has an interior ramp surface (40) in communication with the throughbore (16) of the needle (12), frustoconical in shape and possessing an included apical angle of at least about 16 DEG . The localized friction portion (64) can be a crimp or flange (48) on the stylet (14), or a crimp (44) or deformation (46) in or of the needle (12). The handle (34) is preferably composed of a polycarbonate, acrylic or acetal resin (such resins preferably being carbon-filled, or otherwise electro static dissipative), or a hydroscopic nylon blend. The device (10) is particularly advantageous in that the preferred ramp surface (40) in the handle (34) facilitates the insertion of seeds (26) of radioactive material and inert spacers (28) into the needle (12). The anti-static handle (34) eliminates, for practical purposes, the previously encountered risks of static interference, static cling of the spacers (28) and ignition spark generation. Finally, the localized friction portion (64) provides a controlled and predetermined amount of friction between the needle (12) and the stylet (14), preventing the stylet (14) from falling from the needle (12), while also preventing or reducing the risk of unintended ejection of the radioactive seeds (26) and spacers (28). Such friction is advantageously provided virtually the entire time any portion of the stylet (14) is received in the needle (12).
    • 用于暴露于放射性的患者的近距离放射治疗装置(10)包括适于引入患者的细长构件,例如针或套管(12),并且还包括可滑动地容纳在纵向通孔(16)中的探针 针(12)。 装置(10)还包括靠近针头(12)的近端(18)或探针(14)的远端(24)附近的部分(64),该部分提供了在第 针(12)和探针(14)。 装置(10)还包括连接到针(12)的防静电手柄(34)。 手柄(34)具有与针(12)的通孔(16)连通的内部坡道表面(40),其具有截头圆锥形形状并且具有至少约16°的​​包含顶角。 局部摩擦部分(64)可以是探针(14)上的压接或凸缘(48),或针(12)中的压接(44)或变形(46)。 手柄(34)优选由聚碳酸酯,丙烯酸或缩醛树脂(优选碳填充或其它电静电耗散的树脂)或吸湿性尼龙混合物组成。 装置(10)的特别有利之处在于,手柄(34)中的优选斜面(40)有助于将放射性材料和惰性间隔物(28)的种子(26)插入针(12)中。 为了实际目的,防静电手柄(34)消除了先前遇到的静态干扰的风险,间隔件(28)的静态粘附和点火火花产生。 最后,局部摩擦部分(64)在针(12)和探针(14)之间提供受控和预定量的摩擦,防止探针(14)从针头(12)掉落,同时也防止或减少 放射性种子(26)和间隔物(28)意外喷射的风险。 这样的摩擦有利地提供了探针(14)的任何部分被接纳在针(12)中的整个时间。