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    • 43. 发明公开
    • Injector
    • 注射器
    • EP0522803A1
    • 1993-01-13
    • EP92306147.7
    • 1992-07-03
    • TEXAS INSTRUMENTS INCORPORATEDTEXAS INSTRUMENTS HOLLAND B.V.
    • Niezink, HermanBenning, Franciscus H.C.
    • A61M36/00
    • A61M37/0069
    • Injector (1), comprising a housing to which is fixed a hollow needle (17) provided with conveyance means (3,4) for moving an object such as a transponder (22) through said needle (17). Such transponders (22) are inserted in living beings for identification purposes. Metering means (11,12) are provided in the injector (1) in order to permit the introduction of a fluid such as a disinfectant during the insertion of such objects (22). Such means comprise a storage place for fluid (11) which is connected to channel means (8) which open into the movement path of the object (22). In this way fluid is added during the positioning of the object (22).
    • 包括壳体的注射器(1)固定有中空针(17),该中空针设置有用于将诸如应答器(22)的物体移动通过所述针(17)的输送装置(3,4)。 这种应答器(22)插入生物体中用于识别目的。 计量装置(11,12)设置在注射器(1)中,以便在插入这些物体(22)期间允许引入诸如消毒剂的流体。 这种装置包括用于流体(11)的存储位置,该存储位置连接到通向物体(22)的运动路径的通道装置(8)。 以这种方式在物体(22)的定位期间添加流体。
    • 46. 发明公开
    • Improved adaptor for remote after-loading apparatus for radiotherapy
    • 适配器Fern-Nachladegerätzur Strahlentherapie。
    • EP0366214A2
    • 1990-05-02
    • EP89202710.3
    • 1989-10-27
    • Van 't Hooft, Eric
    • van t' Hooft, Ericvan Zwol, Libbe
    • A61N5/10A61M36/00A61B6/00
    • A61N5/1007A61N2005/1008
    • The adaptor for connecting a guide member in a remote after-loading apparatus for radiotherapy is provided. The adaptor comprises an outer barrel (80) having an opened end, a connector end and a centrally extending aperture. A sleeve (92) passes through the aperture of the barrel such that at least a first end of the sleeve is contained within the barrel. An elongated gripping means (84) is disposed through the sleeve and extends beyond the ends of the sleeve. The gripping means has a gripping end and a receiving end, a gripping body extending between the ends, and a flange (83) disposed on the gripping end with the diameter of the flange being greater than the diameter of the sleeve. A tapered outer surface (95) extends from the flange to a distant portion of the gripping body. A uniform diameter tube bore is disposed through the gripping means and at least two slots (99) pass through the flange and at least a portion of the gripping body. Those slots form at least two opposed gripping portions which are inwardly compressible when the flange and the gripping portions are in contact with the first end of the sleeve, so as to form a reduced diameter of the tube bore and thereby a closed position of the gripping portions. The gripping portions are sufficiently resilient so that when the flange and the gripping portions are disposed from the first end of the sleeve, the gripping portions form at least the same diameter as the tube bore and thereby an open position. Spring means (41) are disposed between the gripping means in the sleeve for urging the flange of the gripping means toward the second end of the sleeve.
    • 提供用于连接用于放射治疗的远程后加载装置中的引导构件的适配器。 适配器包括具有开口端的外筒(80),连接器端和中心延伸的孔。 套筒(92)通过筒体的孔,使得套筒的至少第一端容纳在筒体内。 细长的夹持装置(84)穿过套筒设置并延伸超过套筒的端部。 夹持装置具有夹持端和接收端,在端部之间延伸的夹持体和设置在抓持端上的凸缘(83),凸缘的直径大于套筒的直径。 锥形外表面(95)从凸缘延伸到抓握体的远侧部分。 均匀直径的管孔穿过夹持装置设置,并且至少两个槽(99)穿过凸缘和夹持体的至少一部分。 这些槽形成至少两个相对的夹持部分,当把法兰和夹持部分与套筒的第一端接触时,它们可向内压缩,从而形成管孔的直径减小,从而形成夹紧的闭合位置 部分。 抓握部分具有足够的弹性,使得当凸缘和抓握部分从套筒的第一端设置时,抓握部分形成至少与管孔相同的直径,从而形成打开位置。 弹簧装置(41)设置在套筒中的夹持装置之间,用于将夹持装置的凸缘朝向套筒的第二端推动。