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    • 1. 发明申请
    • MEMBRANE DISTILLATION SYSTEM AND METHOD
    • 膜分离系统和方法
    • US20110180383A1
    • 2011-07-28
    • US12694757
    • 2010-01-27
    • Zidu MaTimothy D. DavisJames R. IrishGary D. Winch
    • Zidu MaTimothy D. DavisJames R. IrishGary D. Winch
    • B01D61/36B01D3/00C02F1/04
    • B01D61/364B01D63/02B01D2313/38F28D21/0015Y02W10/37
    • A membrane distillation system includes a distillation vessel, an array of hollow fiber membranes pervious to distillate vapor but impervious to feed solution and an array of hollow tubes impervious to distillate vapor and feed solution but which allow thermal energy transmission. The system further includes a pump, a heat exchanger for heating the feed solution before it enters the hollow fiber membranes, and an outlet for removing distillate from the distillation vessel. A method for removing distillate from a feed solution includes delivering the feed solution through hollow tubes spanning a distillation vessel, heating the feed solution, delivering the feed solution through hollow fiber membranes spanning the distillation vessel to create a vapor pressure differential between the hollow fiber membranes and a distillation volume within the distillation vessel, and removing distillate from the distillation vessel.
    • 膜蒸馏系统包括蒸馏容器,可透过蒸馏物蒸气但不能进料溶液的中空纤维膜阵列,以及不透水蒸馏和进料溶液但允许热能传递的中空管阵列。 该系统还包括泵,用于在进料溶液进入中空纤维膜之前加热进料溶液的热交换器,以及用于从蒸馏容器除去馏出物的出口。 从进料溶液中除去馏出物的方法包括将进料溶液通过跨越蒸馏容器的中空管输送,加热进料溶液,通过跨越蒸馏容器的中空纤维膜输送进料溶液以在中空纤维膜之间产生蒸气压差 和蒸馏容器内的蒸馏体积,并从蒸馏容器中除去馏出物。
    • 2. 发明申请
    • Membrane distillation pressure control system and method
    • 膜蒸馏压力控制系统及方法
    • US20100065496A1
    • 2010-03-18
    • US12283597
    • 2008-09-12
    • Zidu MaXiaohong LiaoJames R. Irish
    • Zidu MaXiaohong LiaoJames R. Irish
    • B01D61/36
    • B01D61/364B01D2311/10B01D2311/14B01D2313/083
    • A membrane distillation system includes a membrane distillation module, a brine loop and a distillate loop. The brine loop and the distillate loop each include means for regulating flow of brine solution and distillate, respectively, to the membrane distillation module. The flow of brine solution and distillate is regulated to prevent brine solution and distillate from penetrating membranes of the membrane distillation module. A method of membrane distillation includes delivering brine solution and distillate to the membrane distillation module at low pressures in a first mode. The method also includes heating the brine solution and cooling the distillate and delivering portions of each to the membrane distillation module in a second mode. The portions of heated brine solution and cooled distillate are adjusted to facilitate membrane distillation while preventing liquid from penetrating membranes of the membrane distillation module.
    • 膜蒸馏系统包括膜蒸馏模块,盐水回路和馏出物回路。 盐水回路和馏出物回路各自包括用于将盐水溶液和馏出物分别调节到膜蒸馏模块的装置。 调节盐水溶液和馏出物的流动,以防止盐水溶液和蒸馏物渗透膜蒸馏模块的膜。 膜蒸馏的方法包括在第一模式中以低压将盐水溶液和馏出物输送到膜蒸馏模块。 该方法还包括加热盐水溶液并冷却馏出物并以第二模式将各部分输送到膜蒸馏模块。 调节加热的盐水溶液和冷却的馏出物的部分以促进膜蒸馏,同时防止液体渗透膜蒸馏模块的膜。
    • 4. 发明授权
    • Mounting apparatus for a pump pedestal
    • 泵底座安装装置
    • US6158709A
    • 2000-12-12
    • US275280
    • 1999-03-24
    • Robert J. CulpRandy S. Morgan
    • Robert J. CulpRandy S. Morgan
    • F04D29/60F16M11/00
    • F04D29/605
    • An apparatus is provided to mount a pedestal to a support. The support has first fastening elements different in number and position. The pedestal has a neck and a discharge port. The apparatus includes a flange, a mounting member, and a plurality of second fastening elements. The flange is formed around the neck. The mounting member has a channel which receives the flange. The plurality of second fastening elements cooperates with the mounting member and the first fastening elements of the support in order to clamp the flange between the mounting member and the support so as to secure the pedestal and discharge port at a desired orientation relative to the support. The support may comprise a motor and/or a mounting bracket, and the mounting member may comprise a swivel collar or a plurality of segments.
    • 提供了一种用于将基座安装到支撑件上的装置。 支撑件具有第一紧固元件的数量和位置不同。 底座有一个颈部和一个排放口。 该装置包括凸缘,安装构件和多个第二紧固元件。 凸缘形成在颈部周围。 安装构件具有容纳凸缘的通道。 所述多个第二紧固元件与所述安装构件和所述支撑件的所述第一紧固元件协作,以便将所述凸缘夹在所述安装构件和所述支撑件之间,以便将所述基座和排出口相对于所述支撑件固定在期望的取向。 支撑件可以包括马达和/或安装托架,并且安装构件可以包括旋转环或多个段。
    • 10. 发明授权
    • Oxygen analyzer probe
    • 氧分析仪探头
    • US4284487A
    • 1981-08-18
    • US153004
    • 1980-05-27
    • Lyle K. BarnesRichard C. Barringer
    • Lyle K. BarnesRichard C. Barringer
    • G01N27/407G01N27/413G01N27/58
    • G01N27/4075G01N27/4062H01R23/10
    • Disclosed is an oxygen analyzer probe for use in situ in the flue gas stream of a furnace of the type having a housing, a solid electrolytic oxygen sensor adjacent to one end of the housing and first and second noble metal leads connected to the sensor. The present invention includes a terminal block within the housing to which the noble metal leads are releasably connected. At the terminal block intermediate leads of a metal dissimilar to the noble metal lead are connected thereto. Since all connections between dissimilar metals are made at the terminal block and since all such connections are at approximately the same temperature, no unbalanced thermocouples are introduced into the electrical path from the sensor. In one embodiment, the intermediate leads are comprised of a nickel alloy and have sufficient rigidity to form the prongs of a male plug connector which prongs extend from the rear end of the housing. A female plug connector mates with the male connector for easy disassembly of the probe during maintenance thereof.
    • 公开了一种在具有壳体的炉子的烟气流中原位使用的氧分析器探头,邻近壳体的一端的固体电解氧传感器和连接到传感器的第一和第二贵金属引线。 本发明包括壳体内的可释放地连接有贵金属引线的端子块。 在端子块上,与贵金属引线不同的金属的中间引线与其连接。 由于不同金属之间的所有连接都在端子块处进行,并且由于所有这些连接处于大致相同的温度,所以没有不平衡的热电偶被从传感器引入到电气路径中。 在一个实施例中,中间导线由镍合金构成,并且具有足够的刚性以形成插头从插座的后端延伸的插头连接器的插脚。 母插头连接器与阳连接器配合,以便在维护时易于拆卸探头。