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    • 5. 发明授权
    • Dual reservoir vascular access port with two-piece housing and compound
septum
    • 双层血管通道,两片式住房和复合隔膜
    • US6086555A
    • 2000-07-11
    • US25695
    • 1998-02-18
    • Kenneth A. EliasenKelly B. PowersRonald O. CampbellGuy T. RomeKelly J. Christian
    • Kenneth A. EliasenKelly B. PowersRonald O. CampbellGuy T. RomeKelly J. Christian
    • A61M37/00A61M5/14A61M39/02A61M39/12A61M5/00
    • A61M39/0208A61M2039/0036A61M2039/0072A61M2039/0211A61M2205/32A61M39/12A61M5/1408
    • A vascular access port enclosing a pair of distinct fluid reservoirs includes a two-piece housing that captures an integrally-formed compound septum to seal both of the fluid reservoirs for selective access with a hypodermic needle. The housing includes a base that defines the fluid reservoirs and a cap in which the base is received with the compound septum therebetween. The compound septum includes two distinct target domes that are exposed to the exterior of the housing through respective access apertures in the cap, when the compound septum is captured in the housing. A planar septum web interconnects and encircles the target domes. The side of the septum web opposite from the target domes is formed into a recessed isolation groove that traverses the septum web between the target domes. Sealing ridges depend from this side of the septum web on either side of the isolation groove. The outlet stem of the access port is integrally formed with the base of the housing. In the base an open-topped fluid channel communicates from each fluid reservoir to a corresponding enclosed fluid passageway in the outlet stem. The open top of each fluid channel is closed by a portion of the compound septum captured in the housing.
    • 封闭一对不同流体储存器的血管通路口包括两件式壳体,其捕获整体形成的复合隔膜以密封两个流体储存器,以便用皮下注射针进行选择性进入。 壳体包括限定流体储存器的基部和盖,其中基部与其间的复合隔膜接收。 复合隔膜包括两个不同的目标圆顶,当化合物隔膜被捕获在壳体中时,两个不同的目标圆顶通过盖中的相应的进入孔暴露于外壳的外部。 平面隔膜腹板互连并围绕目标圆顶。 与目标圆顶相反的隔膜的侧面形成为在目标圆顶之间穿过隔膜网的凹进的隔离凹槽。 密封脊依靠隔离槽的两侧的隔膜的这一侧。 进出口的出口杆与外壳的基座一体形成。 在基座中,开放顶部的流体通道从每个流体储存器连通到出口阀杆中相应的封闭流体通道。 每个流体通道的敞开的顶部由在壳体中捕获的化合物隔膜的一部分封闭。