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    • 1. 发明授权
    • Method for cooling hot particulate material
    • 冷却颗粒物质的方法
    • US3922797A
    • 1975-12-02
    • US48968974
    • 1974-07-18
    • FULLER CO
    • DICK CHARLES J
    • F27D3/00F27D9/00F27D15/02F27D17/00F26B7/00
    • F27D15/0213F27D17/004F27D2003/0071F27D2009/0086F27D2015/024F27D2015/0253
    • A method and apparatus for cooling hot particulate material such as cement clinker discharged from a furnace, such as a rotary kiln. A first heat exchanger of the type wherein cooling gas is passed upwardly through the material to cool the material and this gas is heated by the hot material and supplied to the kiln as preheated combustion air. The first heat exchanger is followed by a clinker breaker and a second heat exchanger which includes an arrangement for spraying the hot material with water. The spray cooler is followed by a third heat exchanger of the type wherein cooling air is passed upwardly through the material in direct contact with the material. The cooling air which flows through the third heat exchanger flows directly through the first heat exchanger. A material seal is provided between the second and third heat exchangers to prevent cooling air from passing through the second heat exchanger. A vent from the second heat exchanger is provided to exhaust steam produced when the water contacts the hot material. A control may be provided so that the amount of water sprayed onto the hot material at the second heat exchanger is responsive to the temperature of the material discharged from the third heat exchanger. As a modification, ambient air may be supplied directly to the hottest material discharged from the kiln for passage through the first heat exchanger.
    • 一种用于冷却诸如回转窑从炉排出的诸如水泥熟料的热颗粒材料的方法和装置。 这种类型的第一热交换器,其中冷却气体向上通过材料以冷却材料,并且该气体被热材料加热并作为预热的燃烧空气供应到窑炉。 第一热交换器之后是熟料破碎机和第二热交换器,其包括用于将热物质喷洒到水中的装置。 喷雾冷却器之后是第三种热交换器,其中冷却空气向上通过与材料直接接触的材料。 流经第三热交换器的冷却空气直接流过第一热交换器。 在第二和第三热交换器之间设置材料密封以防止冷却空气通过第二热交换器。 提供来自第二热交换器的排气口以排出当水接触热材料时产生的蒸气。 可以提供控制,使得在第二热交换器处喷射到热材料上的水的量响应于从第三热交换器排出的材料的温度。 作为修改,环境空气可以直接供应到从窑排出的最热的材料以通过第一热交换器。
    • 2. 发明授权
    • System for conveying solid particulate materials
    • 输送固体颗粒材料的系统
    • US3844446A
    • 1974-10-29
    • US38299473
    • 1973-07-26
    • FULLER CO
    • SOLT P
    • B65G53/66B65G53/18
    • B65G53/66
    • A pneumatic conveying system for use in conveying solid particulate material such as sand from a source such as a railway hopper car to a vehicle such as a locomotive for use by such vehicle. The system includes a conveyor for transferring the material from the material source to a main storage vessel. A second storage vessel is mounted on an elevated platform and positioned so that the vehicle may pass underneath. A pneumatic conveying system conducts material from the main storage vessel to the second storage vessel. A bubble tube level sensor senses the level of sand in the second storage vessel. When the level of material in the second storage vessel drops below a predetermined point, a control arrangement responsive to the bubble tube level sensor activates a valve on the first storage vessel to permit sand to be admitted to the pneumatic conveying system. When the level in the second storage vessel reaches the predetermined point, the valve on the main storage vessel is closed so that no additional material is admitted to the conveying line. The second storage vessel is an enclosed container having a gas permeable deck dividing the container into a material chamber and an air plenum chamber. Air under pressure is admitted to the plenum chamber to pass through the permeable deck and fluidize the material in the material chamber. Valve controlled conduits extend through the plenum chamber and are flow connected to openings in the gas permeable deck for conducting material out of the material chamber.
    • 一种气动输送系统,用于将固体颗粒材料(例如沙子)从诸如铁路料斗车辆的源传送到诸如机车的车辆以供该车辆使用。 该系统包括用于将材料从材料源转移到主存储容器的输送机。 第二储存容器安装在升高的平台上并定位成使得车辆可以在下方通过。 气动输送系统将材料从主存储容器传导到第二储存容器。 气泡管液位传感器检测第二储存容器中的沙子的水平。 当第二储存容器中的材料水平低于预定点时,响应于气泡管液面传感器的控制装置启动第一储存容器上的阀,以允许砂子进入气动输送系统。 当第二储存容器中的液位达到预定点时,主存储容器上的阀关闭,使得没有其他材料被允许进入输送管线。
    • 3. 发明授权
    • Removal of fluorides from gases
    • 从气体中去除氟化物
    • US3790143A
    • 1974-02-05
    • US3790143D
    • 1972-07-31
    • FULLER CO
    • NIX T
    • B01D45/12B01D53/02B01D53/68C25C3/22C22B21/06
    • B01D45/12B01D53/02B01D53/68C25C3/22
    • A method and apparatus for removing gaseous fluorides from gases evolved from an aluminum smelting furnace. Basically, the fluorides are removed by achieving intimate contact between finely divided particles of alumina and the fluoride-containing gases. This is achieved by feeding the particles of alumina into a stream of gases collected from the aluminum smelting furnaces countercurrent to the flow of gases. The particles of alumina adsorb the fluorides. The particles of alumina and adsorbed fluorides are then separated in a gas-solids separator, such as a cyclone and the alumina may then be fed to the smelting furnaces. Preferably, two stages are used. The gases supplied to the second or last cyclone in the direction of gas flow are supplied with new alumina countercurrent to the flow of gases. The alumina particles removed in this second cyclone are conveyed to the gas stream supplied to the first cyclone in the direction of gas flow. In a two-stage apparatus, these gases will be those evolved from the smelting furnace. The alumina separated from the first cyclone may be either conveyed to the smelting furnace or recirculated or a portion may be recirculated and a portion conveyed to the smelting furnace. The gases separated in the first cyclone are conveyed to the second cyclone.
    • 一种从铝熔炼炉排出的气体中除去气态氟化物的方法和设备。 基本上,通过实现精细分离的氧化铝颗粒和含氟化物的气体之间的紧密接触来除去氟化物。 这是通过将氧化铝颗粒从与冶炼气流逆流的铝冶炼炉收集的气流中进行的。 氧化铝颗粒吸附氟化物。 然后将氧化铝颗粒和吸附的氟化物在诸如旋风分离器的气体 - 固体分离器中分离,然后将氧化铝进料到熔炼炉中。 优选地,使用两个阶段。 向气流方向供应到第二或最后一个旋风分离器的气体被供给与气体流逆流的新的氧化铝。 在该第二旋风分离器中除去的氧化铝颗粒被输送到沿气流方向供应到第一旋风分离器的气流。 在两级装置中,这些气体将是从冶炼炉中放出的气体。 从第一旋风分离出的氧化铝可以被输送到冶炼炉或再循环,或者一部分可以再循环,并且一部分输送到冶炼炉。 在第一旋风分离器中分离的气体被输送到第二旋风分离器。
    • 4. 发明授权
    • Kiln seal
    • KILN密封
    • US3700220A
    • 1972-10-24
    • US3700220D
    • 1971-06-18
    • FULLER CO
    • TALAGO PAUL
    • F27B7/24
    • F27B7/24
    • A sealing assembly for sealing the opening between a pair of communicating members such as a rotary kiln and the feed end housing or fire hood of the kiln. The seal comprises a plurality of abradable sealing blocks which are in slight engagement with the rotating member or kiln. These sealing blocks are spring biased toward the kiln and guide means are provided for guiding the blocks radially inwardly toward the kiln as they wear. The ends of the blocks are arranged so that adjacent blocks overlap to insure a continuous seal around the kiln.
    • 一种密封组件,用于密封一对连通构件(例如回转窑)和窑的进料端壳体或消防罩之间的开口。 密封件包括与旋转构件或窑稍微接合的多个可磨损的密封块。 这些密封块被朝向窑的弹簧偏压,并且设置引导装置,用于当它们磨损时将块径向向内引导向窑。 块的端部布置成使得相邻的块重叠以确保围绕窑的连续密封。
    • 6. 发明授权
    • Material cooler
    • 材料冷却器
    • US3686773A
    • 1972-08-29
    • US3686773D
    • 1971-05-24
    • FULLER CO
    • SCHREINER PAUL
    • F27D3/00F27D7/02F27D9/00F27D15/02F27D21/00F26B19/00
    • F27D15/0213F27D2003/0071F27D2007/026F27D2009/0086F27D2015/024F27D2015/0253F27D2015/026F27D2021/0042
    • A cooler for hot material such as cement clinker which includes a plurality of superimposed heat exchanger sections. Each of the sections includes an arrangement such as a series of alternately fixed and movable grates for moving material from the inlet of the section to the outlet of the section. A material breaker is positioned between the initial heat exchanger section and the second heat exchanger section. A material lock is provided between each section. The material is cooled by air flowing upwardly through the grate and material. Cooling air is introduced into a plenum chamber beneath the last section, flows upwardly through the material in that section and through the material in the succeeding sections and is eventually sent to the furnace as heated combustion air. Before passing through the initial section, water may be sprayed into the air to cool the same.
    • 用于诸如水泥熟料的热材料的冷却器,其包括多个叠加的热交换器部分。 每个部分包括诸如一系列交替固定和可移动格栅的布置,用于将材料从该部分的入口移动到该部分的出口。 材料破碎器位于初始热交换器部分和第二热交换器部分之间。 每个部分之间提供材料锁。 材料通过向上流过炉排和材料的空气冷却。 冷却空气被引入最后一部分下方的增压室中,向上流过该部分中的材料并且通过后续部分中的材料,并且最终以加热的燃烧空气的形式被送到炉中。 在通过初始部分之前,可以将水喷洒到空气中以对其进行冷却。
    • 7. 发明授权
    • Apparatus for blending pulverulent material
    • 用于混合粉末材料的装置
    • US3680222A
    • 1972-08-01
    • US3680222D
    • 1970-10-30
    • FULLER CO
    • EDMONDS JAMES C
    • B01F13/02F26B17/00
    • B01F13/0283
    • Apparatus for blending pulverulent material which employs the technique of fluidizing the material by means of an aerated silo bottom. The silo bottom is divided into quadrants with air under pressure supplied to each quadrant. While each of the quadrants is being aerated, a greater volume of air may be supplied to any one of the quadrants so that the material in that quadrant will spill over onto the adjacent quadrants and the material in the adjacent quadrants will flow into that quadrant to thereby blend the material in the silo. The apparatus employs a novel aeration unit which includes a gas conducting pipe dimensioned to act as a receiver so that the aeration units may be of substantial length.
    • 用于混合粉状材料的装置,其采用通过充气筒仓底部使材料流化的技术。 筒仓底部分成四分之一,空气在压力下供给每个象限。 虽然每个象限都被充气,但是可以向任何一个象限提供更大量的空气,使得该象限中的材料将溢出到相邻的象限上,并且相邻象限中的材料将流入该象限 从而将材料混合在料仓中。 该设备采用一种新颖的曝气单元,其包括尺寸适于充当接收器的导气管,使得曝气单元可具有相当长的长度。