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    • 1. 发明申请
    • Tight-spot fitting and driver, and method of use thereof
    • 紧密配合和驾驶员及其使用方法
    • US20100018359A1
    • 2010-01-28
    • US12178845
    • 2008-07-24
    • George N. PROPER
    • George N. PROPER
    • B25B13/06B25B13/48B25B23/14
    • B25B13/48B25B15/008F16L41/10
    • A tight-spot fitting includes an elongated body configured to be inserted into and extracted from an aperture of a device, a user-operable head configured to be manipulated by a user to rotate the elongated body with respect to the aperture of the device, a depression in the user-operable head dimensioned and configured to receive a corresponding driver, and a through-bore extending through the elongated body and the user-operable head into the depression. The through-bore is configured and dimensioned to receive a line therethrough such that when the elongated body portion is inserted into the aperture, the line spans the aperture and through-bore, and extends through the depression.A tight-spot driver includes an elongated body, an operational end at a first end of the body, configured and dimensioned for insertion into a depression of a fitting, a user-operable head at a second end of the body, configured to allow a user to rotate the body in order to rotate the fitting when the operational end may be inserted in the depression of the fitting, and a slot extending from the operational end along at least a portion of the body. The slot is dimensioned and configured to accommodate a tubing the fitting extending the depression of the fittingA method of using the tight-spot fitting and driver is also disclosed.
    • 紧点配件包括被配置为插入设备的孔中并从其中提取的细长主体,用户可操作的头部,其被配置为由使用者操纵以相对于设备的孔旋转细长主体, 用户可操作的头部中的凹陷尺寸和构造成接收相应的驱动器,以及贯穿细长主体和用户可操作的头部进入凹陷部的通孔。 通孔被构造和尺寸设计成接收穿过其中的线,使得当细长主体部分插入孔中时,线跨越孔和通孔并延伸穿过凹陷。 紧点驱动器包括细长主体,在主体的第一端处的操作端,构造和尺寸设置成用于插入配件的凹陷中,用于在主体的第二端处的用户可操作的头部,其被配置为允许 使用者旋转主体以便当操作端可以插入到装配的凹部中时旋转配件,以及沿着主体的至少一部分从操作端延伸的狭槽。 狭槽的尺寸和构造适于容纳延伸配件的凹陷的配件的管道。还公开了使用紧密点配件和驱动器的方法。
    • 2. 发明申请
    • ZERO DEAD VOLUME ROBUST FLUIDIC CONNECTION SYSTEM
    • 零死油体积流量连接系统
    • US20140130580A1
    • 2014-05-15
    • US13674330
    • 2012-11-12
    • Michael John MCADAMSMilton LIUGeorge N. PROPER
    • Michael John MCADAMSMilton LIUGeorge N. PROPER
    • F16L19/02G01N30/00
    • G01N30/00B01L3/563B01L3/565B01L2300/0838F16L19/02F16L19/065G01N30/16G01N30/6004G01N30/6026G01N30/6039
    • A fluidic connection system may comprise a port which includes a capillary tube receptacle with an end seal face and a threaded wall. The fluidic connection system may also comprise a capillary tube that includes a front end face for sealingly abutting against the end seal face of the port. On the capillary tube, a flange may be affixed at a distance from the front end face of the capillary tube. The fluidic connection system may further comprise a fitting nut that includes an axial hole to allow the capillary tube to pass therethrough and a matching threaded wall corresponding to the threaded wall of the port. The fitting nut may be slidably coupled with the capillary tube behind the flange. The distance at which the flange is affixed may be predetermined such that when the flange is pushed forward by the fitting nut, the front end face of the capillary tube abuts directly against the end seal face of the port.
    • 流体连接系统可以包括端口,该端口包括具有端部密封面和螺纹壁的毛细管插座。 流体连接系统还可以包括毛细管,毛细管包括用于密封地抵靠端口的端部密封面的前端面。 在毛细管上,法兰可以与毛细管的前端面一定距离地固定。 流体连接系统还可包括装配螺母,其包括允许毛细管通过的轴向孔以及与端口的螺纹壁对应的匹配的螺纹壁。 接头螺母可以与法兰后面的毛细管可滑动地连接。 法兰固定的距离可以是预定的,使得当法兰被配合螺母向前推动时,毛细管的前端面直接抵靠端口的端部密封面。