VENTED PROBE AND METHOD FOR ADDING AND REMOVING A SAMPLE FROM A CONTAINER
    1.
    发明申请
    VENTED PROBE AND METHOD FOR ADDING AND REMOVING A SAMPLE FROM A CONTAINER 审中-公开
    用于从容器中添加和移除样品的通风探头和方法

    公开(公告)号:WO1997014967A1

    公开(公告)日:1997-04-24

    申请号:PCT/US1996016642

    申请日:1996-10-18

    CPC classification number: G01N35/1079 A61M2005/1623

    Abstract: A vented probe (10) for adding and removing a sample (30) from a container (28) having an opening (32) which is capped with a stopper (34) and a method for adding and/or removing a sample (30) from the container (28) are provided. The probe (10) comprises a hollow, tubular-shaped body (12) having an outer surface (14), an inner surface (16) which defines a lumen (17), and a first end (18) for inserting through the stopper (34) and a second end (20). A sample aperture (22) extends from the outer surface (14) into the lumen (17) proximate the first end (18) of the body (12) and a regulating aperture (24) extends through the body (12) into the lumen (17) proximate the second end (20) of the body (12). A vent passageway (26) is disposed in the body (12) between the first end (18) and the second end (20). The vent passageway (26) allows for venting of the container (28) when the probe (10) is disposed in the stopper (34). There is no direct communication between the vent passageway (26) and the lumen (17). The vent passageway (26) typically includes three spaced-apart grooves which extend longitudinally in the outer surface (14) of the body (12). These grooves each have a sufficient depth and width so that each groove is not occluded when the probe (10) is positioned in the stopper (34).

    Abstract translation: 用于从具有用塞子(34)封盖的开口(32)的容器(28)中添加和去除样品(30)的排气探针(10)和用于添加和/或去除样品(30)的方法, 从容器(28)提供。 探针(10)包括具有外表面(14),限定内腔(17)的内表面(16)和用于插入通过塞子的第一端(18)的中空管状体(12) (34)和第二端(20)。 样品孔(22)从外表面(14)延伸到靠近主体(12)的第一端(18)的内腔(17)中,并且调节孔(24)延伸穿过主体(12)进入管腔 (17)邻近本体(12)的第二端(20)。 排气通道(26)设置在第一端(18)和第二端(20)之间的主体(12)中。 当探针(10)设置在止动器(34)中时,排气通道(26)允许容器(28)的排气。 排气通道(26)和内腔(17)之间没有直接的连通。 排气通道(26)通常包括在主体(12)的外表面(14)中纵向延伸的三个间隔开的凹槽。 这些槽各自具有足够的深度和宽度,使得当探针(10)定位在止动件(34)中时,每个凹槽不被阻塞。

Patent Agency Ranking