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    • 5. 发明公开
    • NEEDLELESS CONNECTOR
    • NEEDLELESS连接器
    • EP2799108A1
    • 2014-11-05
    • EP12862179.4
    • 2012-12-27
    • Nipro Corporation
    • YAMAGUCHI, TakeshiUCHIMURA, TomohiroISHIKURA, Kohzo
    • A61M39/02A61M39/00
    • A61M39/06A61M39/26A61M2039/0633A61M2039/066A61M2039/1072A61M2039/2406A61M2039/2426A61M2039/246A61M2039/261A61M2039/263
    • A bottomed, tubular hollow elastic body (16) that opens toward an outlet side of a drug solution flow path (80) is accommodated and arranged in an accommodation part (20) formed in a housing (12), and a middle protrusion (66) is provided protruding toward an inlet side of the drug solution flow path (80) from a center part of a bottom wall (70) of the hollow elastic body (16). Insertion of a male luer (86) causes the bottom wall (70) of the hollow elastic body (16) to be elastically deformed so as to enter inside a peripheral wall (68), increasing the volume of the drug solution flow path (80), which is formed between an outer surface of the hollow elastic body (16) and an inner surface of the accommodation part (20). Removing the male luer (86) and canceling the elastic deformation of the hollow elastic body (16) causes the volume of the drug solution flow path (80) to be reduced.
    • 在药液流路80的出口侧开口的有底筒状的中空状弹性体16被收纳配置在形成于壳体12的收纳部20内, )设置成从中空弹性体(16)的底壁(70)的中央部向药液流路(80)的入口侧突出。 通过插入公鲁尔(86),中空弹性体(16)的底壁(70)弹性变形而进入周壁(68)内,药液流路(80)的体积增大 )形成在中空弹性体(16)的外表面与容纳部(20)的内表面之间。 去除公鲁尔(86)并消除中空弹性体(16)的弹性变形导致药液流路(80)的体积减小。
    • 9. 发明公开
    • RÜCKSCHLAGVENTIL, INSBESONDERE FÜR MEDIZINISCHE ANWENDUNGEN
    • RÜCKSCHLAGVENTIL,INSBESONDEREFÜRMEDIZINISCHE ANWENDUNGEN
    • EP2175924A1
    • 2010-04-21
    • EP08785052.5
    • 2008-07-24
    • Filtertek B.V.
    • CARMODY, ColmCOSTELLO, Kieran
    • A61M39/24F16K15/14
    • F16K15/144A61M39/24A61M2039/2433A61M2039/246Y10T137/7839Y10T137/7879Y10T137/7895
    • Nonreturn valve (1), in particular for medical uses, with a first tube connection housing (2) and a second tube connection housing (4) and, arranged between the two tube connection housings (2, 4), a diaphragm disc (6) which is made of flexible material and which can be lifted from an annular valve seat (12) when there is an overpressure in an inlet channel (8) and can be pressed onto the valve seat (12) when there is an overpressure in an outlet channel (24). At its outer peripheral area, the diaphragm disc (6) is provided with an annular bead (14) which is received in mutually opposite annular grooves (16, 18) of the tube connection housings (2, 4). The diaphragm disc (6) is provided, radially outside the valve seat (12), with openings (20) leading to an outlet chamber (22), and the wall (26) of the second tube connection housing (4) lying opposite the openings (20) is provided with recesses (28) which communicate with the outlet channel (24), are separated from each other by supporting surfaces (30) for the diaphragm disc (6) and are connected to the outlet channel (24) by narrow deep grooves (32). The supporting surfaces (30) and the grooves (32) end at the centre in a substantially plane support (50) that protrudes in the direction of the diaphragm disc (6).
    • 具有第一管连接壳体(2)和第二管连接壳体(4)并且布置在两个管连接壳体(2,4)之间的特别用于医疗用途的止回阀(1)包括隔膜盘 ),其由柔性材料制成,并且当在入口通道(8)中存在过压时能够从环形阀座(12)升起,并且当在阀座(12)中存在过压时可以将其压到阀座 出口通道(24)。 隔膜盘(6)在其外周边区域处设置有环形凸缘(14),该环形凸缘容纳在管连接壳体(2,4)的相互相对的环形凹槽(16,18)中。 在阀座(12)的径向外侧设置有隔膜盘(6),其中开口(20)通向出口腔室(22),并且第二管连接壳体(4)的壁(26)与第二管连接壳体 开口20设置有与出口通道24连通的凹槽28,其通过用于隔膜盘6的支撑表面30彼此分离并且通过以下方式连接到出口通道24: 窄的深槽(32)。 支撑表面(30)和凹槽(32)在大致平面的支撑件(50)的中央处终止,所述支撑件在隔膜盘(6)的方向上突出。