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    • 2. 发明授权
    • Detecting low levels of radionuclides in fluids
    • 检测流体中低含量的放射性核素
    • US6126901A
    • 2000-10-03
    • US902341
    • 1997-07-29
    • Keith D. PatchDean T. Morgan
    • Keith D. PatchDean T. Morgan
    • G01T3/00G01N24/00G01N21/00
    • G01T3/00Y10T436/114165Y10T436/114998
    • An apparatus and method for detecting low levels of one or more radionuclides in a fluid sample uses a substrate that includes an ion exchange resin or other sorbent material to collect the radionuclides. A collecting apparatus includes a collecting chamber that exposes the substrate to a measured amount of the fluid sample such that radionuclides in the fluid sample are collected by the ion exchange resin. A drying apparatus, which can include a drying chamber, then dries the substrate. A measuring apparatus measures emissions from radionuclides collected on the substrate. The substrate is positioned in a measuring chamber proximate to a detector, which provides a signal in response to emissions from the radionuclides. Other analysis methods can be used to detect non-radioactive analytes, which can be collected with other types of sorbent materials.
    • 用于检测流体样品中的一种或多种放射性核素的低水平的装置和方法使用包含离子交换树脂或其它吸附剂材料的基底来收集放射性核素。 收集装置包括收集室,其将基底暴露于测量量的流体样品,使得流体样品中的放射性核素由离子交换树脂收集。 干燥装置,其可以包括干燥室,然后干燥基材。 测量装置测量在基底上收集的放射性核素的排放。 衬底位于靠近检测器的测量室中,该检测器响应于来自放射性核素的发射而提供信号。 其他分析方法可用于检测非放射性分析物,可用其他类型的吸附剂材料收集。
    • 5. 发明申请
    • Method of heating and heating apparatus
    • 加热和加热装置的方法
    • US20110097678A1
    • 2011-04-28
    • US12924808
    • 2010-10-05
    • Keith D. PatchLinda A. TempelmanSimon G. StoneCraig Thompson
    • Keith D. PatchLinda A. TempelmanSimon G. StoneCraig Thompson
    • F24C15/00
    • F23C13/08A61F7/12A61F2007/126A61M5/44A61M2205/364F23D91/04
    • Method of heating and heating apparatus. According to one embodiment, the heating apparatus is designed for warming infusion fluids and includes a pair of catalytic heaters positioned around a cartridge containing the infusion fluid. Each catalytic heater includes a pair of frames jointly defining a cavity. One of the frames per heater is positioned proximate to the cartridge and includes an input port for receiving a liquid solution of methanol. The other frame per heater is positioned distal to the cartridge and includes an input port for receiving oxygen gas and an output port for exhaust gases. A first fluid diffusion medium is positioned within the methanol frame, and a second fluid diffusion medium is positioned within the oxygen frame. Sandwiched between the two diffusion media are a pervaporation membrane facing the first diffusion medium and a porous metal catalyst facing the second diffusion medium. Methanol in liquid form is supplied to the pervaporation membrane, which then transports the methanol in vapor form to the catalyst, where combustion occurs. Heat from the combustion reaction is then conducted through the heater to the cartridge containing the infusion fluid.
    • 加热和加热装置的方法 根据一个实施例,加热装置被设计用于加温输液,并且包括位于围绕包含输注液体的药筒的一对催化加热器。 每个催化加热器包括共同限定空腔的一对框架。 每个加热器的框架中的一个定位成靠近墨盒,并且包括用于接收甲醇液体溶液的输入端口。 每个加热器的另一个框架位于盒的远侧,并且包括用于接收氧气的输入端口和用于废气的输出端口。 第一流体扩散介质位于甲醇框架内,第二流体扩散介质位于氧气框架内。 在两个扩散介质之间夹有面向第一扩散介质的渗透蒸发膜和面向第二扩散介质的多孔金属催化剂。 将液体形式的甲醇供应到渗透蒸发膜,然后将蒸气形式的甲醇输送到发生燃烧的催化剂中。 然后将来自燃烧反应的热量通过加热器传导到含有输注流体的药筒。