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    • 1. 发明申请
    • Pressure Controlled Magnetic Valve For a Catheter
    • 用于导管的压力控制磁阀
    • US20140200558A1
    • 2014-07-17
    • US14156690
    • 2014-01-16
    • Michael R. McDaniel
    • Michael R. McDaniel
    • A61M39/22
    • A61M39/22A61F5/4404A61F5/4405A61M39/227F16K27/0227F16K31/08F16K31/084F16K31/086F16K31/088
    • A urine control device to be placed intermediate a catheter and a collection bag is provided. The urine control device includes first and second bell shaped housings with a magnetic valve disposed between the first and the second housings. When the pressure from the urine which flows through the present catheter enters the first chamber and exceeds the magnetic attraction in the valve, the valve pivotally opens, permitting the urine to flow through the open valve and into the second chamber. Due to the shape of the chambers, secondary forces create a low pressure zone in the second chamber which helps empty the bladder fully. Once the flow ceases, the magnetic valve pivotally shuts, allowing the urine pressure to build once again. Various sample ports and air entry ports may be provided on the device.
    • 提供放置在导管和收集袋之间的尿液控制装置。 尿液控制装置包括第一和第二钟形壳体,其具有设置在第一和第二壳体之间的电磁阀。 当流过本导管的尿液的压力进入第一腔室并超过阀门中的磁吸引力时,阀枢转地打开,允许尿液流过打开的阀并进入第二腔室。 由于室的形状,次级力在第二室中产生低压区,这有助于完全清空膀胱。 一旦流动停止,电磁阀枢轴关闭,允许尿压再次建立。 可以在设备上提供各种采样端口和进气端口。
    • 3. 发明申请
    • Pressure Controlled Magnetic Valve For a Catheter
    • 用于导管的压力控制磁阀
    • US20160235963A1
    • 2016-08-18
    • US15137101
    • 2016-04-25
    • Michael R. McDaniel
    • Michael R. McDaniel
    • A61M39/22F16K27/02F16K31/08A61F5/44
    • A61M39/22A61F5/4404A61F5/4405A61M39/227F16K27/0227F16K31/08F16K31/084F16K31/086F16K31/088
    • A urine control device to be placed intermediate a catheter and a collection bag is provided. The urine control device includes first and second bell shaped housings with a magnetic valve disposed between the first and the second housings. When the pressure from the urine which flows through the present catheter enters the first chamber and exceeds the magnetic attraction in the valve, the valve pivotally opens, permitting the urine to flow through the open valve and into the second chamber. Due to the shape of the chambers, secondary forces create a low pressure zone in the second chamber which helps empty the bladder fully. Once the flow ceases, the magnetic valve pivotally shuts, allowing the urine pressure to build once again. Various sample ports and air entry ports may be provided on the device.
    • 提供放置在导管和收集袋之间的尿液控制装置。 尿液控制装置包括具有设置在第一和第二壳体之间的电磁阀的第一和第二钟形壳体。 当流过本导管的尿液的压力进入第一腔室并超过阀门中的磁吸引力时,阀枢转地打开,允许尿液流过打开的阀并进入第二腔室。 由于室的形状,次级力在第二室中产生低压区,这有助于完全清空膀胱。 一旦流动停止,电磁阀枢轴关闭,允许尿压再次建立。 可以在设备上提供各种采样端口和进气端口。
    • 4. 发明授权
    • Pressure controlled magnetic valve for a catheter
    • 用于导管的压力控制电磁阀
    • US09320882B2
    • 2016-04-26
    • US14156690
    • 2014-01-16
    • Michael R. McDaniel
    • Michael R. McDaniel
    • A61M39/22A61F5/44F16K27/02F16K31/08
    • A61M39/22A61F5/4404A61F5/4405A61M39/227F16K27/0227F16K31/08F16K31/084F16K31/086F16K31/088
    • A urine control device to be placed intermediate a catheter and a collection bag is provided. The urine control device includes first and second bell shaped housings with a magnetic valve disposed between the first and the second housings. When the pressure from the urine which flows through the present catheter enters the first chamber and exceeds the magnetic attraction in the valve, the valve pivotally opens, permitting the urine to flow through the open valve and into the second chamber. Due to the shape of the chambers, secondary forces create a low pressure zone in the second chamber which helps empty the bladder fully. Once the flow ceases, the magnetic valve pivotally shuts, allowing the urine pressure to build once again. Various sample ports and air entry ports may be provided on the device.
    • 提供放置在导管和收集袋之间的尿液控制装置。 尿液控制装置包括第一和第二钟形壳体,其具有设置在第一和第二壳体之间的电磁阀。 当流过本导管的尿液的压力进入第一腔室并超过阀门中的磁吸引力时,阀枢转地打开,允许尿液流过打开的阀并进入第二腔室。 由于室的形状,次级力在第二室中产生低压区,这有助于完全清空膀胱。 一旦流动停止,电磁阀枢轴关闭,允许尿压再次建立。 可以在设备上提供各种采样端口和进气端口。
    • 5. 发明授权
    • High power, high frequency, vacuum flange
    • 大功率,高频,真空法兰
    • US5196814A
    • 1993-03-23
    • US786647
    • 1991-11-01
    • Brian FelkerMichael R. McDaniel
    • Brian FelkerMichael R. McDaniel
    • H01P1/04
    • H01P1/042Y10S285/917
    • An improved waveguide flange is disclosed for high power operation that helps prevent arcs from being initiated at the junctions between waveguide sections. The flanges at the end of the waveguide sections have counterbores surrounding the waveguide tubes. When the sections are bolted together the counterbores form a groove that holds a fully annealed copper gasket. Each counterbore has a beveled step that is specially configured to insure the gasket forms a metal-to-metal vacuum seal without gaps or sharp edges. The resultant inner surface of the waveguide is smooth across the junctions between waveguide sections, and arcing is prevented.
    • 公开了用于高功率操作的改进的波导法兰,其有助于防止在波导部分之间的接合处引发电弧。 在波导部分末端的凸缘具有围绕波导管的沉孔。 当这些部分被螺栓连接在一起时,沉孔形成保持完全退火的铜垫片的凹槽。 每个沉孔具有一个特殊构造以确保垫片形成金属对金属真空密封件而没有间隙或锋利边缘的斜面步骤。 波导的所得内表面在波导部分之间的接合处是平滑的,并且防止了电弧。