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    • 1. 发明申请
    • TEST METER WITH A STRIP PORT CONNECTOR CONFIGURED FOR FLUID ENTRAPMENT
    • 具有配置用于流体输入的条形端口连接器的测试仪
    • WO2012131312A3
    • 2013-08-29
    • PCT/GB2012000300
    • 2012-03-30
    • CILAG GMBH INTFAULKNER ALLANNELSON JONATHANFOLEY NICHOLASSALTER SIMONCROSLAND DAVID COLINTRICKETT PAULFLOWERS GAVINCROFTON MARTIN
    • FAULKNER ALLANNELSON JONATHANFOLEY NICHOLASSALTER SIMONCROSLAND DAVID COLINTRICKETT PAULFLOWERS GAVINCROFTON MARTIN
    • A61B5/00
    • G01N27/3273A61B5/14532Y10T436/25
    • A test meter for use win an analytical test strip for the determination of an analyte (such as glucose) in a bodily fluid sample (e.g., a whole blood sample) includes a test meter housing and a strip port connector. The test meter housing has a distal end with a strip port opening configured to receive the analytical test strip. The strip port connector is integrated with the distal end of the test meter housing and has a distal portion with an analytical test strip guide. The analytical test strip guide has an upper guide surface configured such that an analytical test strip received in the strip port opening is guided and supported by the upper guide surface and also has a liquid entrapment feature configured to direct free liquid that enters the strip port opening away from the upper guide surface and entrap such directed liquid in the distal portion of the strip port connector and/or the distal end of the test meter housing. The strip port connector also has a proximal portion disposed within the test meter housing with the proximal portion having an electrical connector pin configured for operable electrical contact with an analytical test strip received within the strip port opening.
    • 用于测量体液样品(例如全血样品)中的分析物(例如葡萄糖)的分析测试条的测试仪包括测试仪表壳体和条形端口连接器。 测试仪表壳体具有远端,其具有被配置为接收分析测试条的条带端口开口。 带状端口连接器与测试仪表壳体的远端集成,并具有远端部分和分析测试条引导件。 分析测试条引导件具有上引导表面,其被配置为使得容纳在条形开口中的分析测试条由上引导表面引导和支撑,并且还具有液体截留特征,其构造成引导进入条带端口开口的游离液体 远离上引导表面并将这种定向液体捕获在带状端口连接器的远端部分和/或测试仪表壳体的远端。 带状端口连接器还具有设置在测试仪表壳体内的近端部分,其近端部分具有电连接器销,该电连接器针被配置为可操作地与接收在带状端口开口内的分析测试条电接触。
    • 4. 发明申请
    • BALL CATCHER WITH RETENTION CAPABILITY
    • 具有保留能力的球拍
    • WO2011046682A3
    • 2011-06-30
    • PCT/US2010047545
    • 2010-09-01
    • BAKER HUGHES INCNELSON JONATHAN FHERN GREGORY L
    • NELSON JONATHAN FHERN GREGORY L
    • E21B34/14E21B23/04
    • E21B23/04
    • A ball catcher is designed to stop balls that are the same size or different sizes at an inlet on a seat that is connected to a movable biased sleeve. Once the ball or other shaped object lands at the seat the flow around it increases differential pressure on the seat and sleeve and displaces them against the bias. The ball goes into a surrounding annular space and cannot exit. A preferably spiral sleeve guide the movement of the balls in the annular space so that efficient use of the annular space is made to maximize the number of balls that can be captured per unit length of the annular space. As soon as the ball enters the annular space the sleeve shifts back to the original position to stop the next ball at the inlet. Once in the annular space, the balls cannot escape if there is a flow reversal. The central passage remains open to pass other tools and flow.
    • 球捕获器被设计成在连接到可移动偏置套筒的座椅上的入口处停止具有相同尺寸或​​不同尺寸的球。 一旦球或其它成形物体落在座椅上,则围绕它的流动增加了座椅和套筒上的压差,并使它们抵抗着偏压。 球进入周围的环形空间,不能退出。 优选螺旋套管引导球在环形空间中的移动,从而使环形空间的有效使用最大化可以使每单位长度的环形空间捕获的球数。 一旦球进入环形空间,套筒就会移回原来的位置,以阻止入口处的下一个球。 一旦在环形空间中,如果存在流动反转,则球不能逃逸。 中央通道仍然可以通过其他工具和流动。
    • 8. 发明申请
    • BALL CATCHER WITH RETENTION CAPABILITY
    • 具有保持能力的球捕捉器
    • WO2011046682A2
    • 2011-04-21
    • PCT/US2010/047545
    • 2010-09-01
    • BAKER HUGHES INCORPORATEDNELSON, Jonathan F.HERN, Gregory L.
    • NELSON, Jonathan F.HERN, Gregory L.
    • E21B34/14E21B23/04
    • E21B23/04
    • A ball catcher is designed to stop balls that are the same size or different sizes at an inlet on a seat that is connected to a movable biased sleeve. Once the ball or other shaped object lands at the seat the flow around it increases differential pressure on the seat and sleeve and displaces them against the bias. The ball goes into a surrounding annular space and cannot exit. A preferably spiral sleeve guide the movement of the balls in the annular space so that efficient use of the annular space is made to maximize the number of balls that can be captured per unit length of the annular space. As soon as the ball enters the annular space the sleeve shifts back to the original position to stop the next ball at the inlet. Once in the annular space, the balls cannot escape if there is a flow reversal. The central passage remains open to pass other tools and flow.
    • 球捕捉器设计用于在连接到可移动偏置套筒的座椅上的入口处阻止尺寸相同或不同尺寸的球。 一旦球或其他形状的物体落在座椅上,其周围的流动会增加座椅和套筒上的压差,并使其抵抗偏压。 球进入周围的环形空间,不能退出。 优选螺旋套筒引导球体在环形空间中的移动,使得有效使用环形空间以使得可以在每单位长度的环形空间中捕获的球体的数量最大化。 一旦球进入环形空间,套筒就会移回到原来的位置,以停止入口处的下一个球。 一旦进入环形空间,如果存在流动逆转,则球不能逃脱。 中央通道保持开放以通过其他工具和流动。