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    • 3. 发明授权
    • Apparatus for continuously separating purified volatile liquid from
crude volatile liquid containing non-volatile constituents and
dissolved incondensible gas, by the use of mechanical energy
    • 用于通过使用机械能连续分离纯化的挥发性液体与含有非挥发性成分和溶解的不可渗透气体的粗挥发性液体的装置
    • US4304637A
    • 1981-12-08
    • US155928
    • 1980-06-03
    • Leonard J. Robbins
    • Leonard J. Robbins
    • B01D1/28B01D3/00B01D3/10
    • B01D1/2887B01D3/00Y10S203/07Y10S203/23
    • The apparatus comprises a container closed to free communication with the atmosphere, and means for maintaining therein a body of crude volatile liquid at a predetermined surface level with an evacuated space thereabove containing a low pressure mixture of evaporated volatile liquid vapor and incondensible gas, an array of heat conducting tubes immersed in said body of crude liquid with their lower ends entering into a closed drum member, a fan blower arranged to maintain a pressure differential for heating said mixture by compression and friction and impelling it into the upper ends of the tubes, whereby through heat exchange the vapor is condensed to liquid and passes into the drum member together with incondensible gas. The apparatus is protected from pertubations affecting the maintenance of said pressure differential by including in the apparatus gas transporting means for enabling the fan blower to continuously recirculate a substantially constant predetermined amount of incondensible gas from said drum member back through said tubes whereby gas accumulation at the output side of the fan blower is eliminated, and means for returning the crude liquid surface to said predetermined level whenever it is lowered, whereby pressure fluctuations at the input side of the fan blower are eliminated.The apparatus is adapted for continuous automatic operation. Its principal utility is for desalination of sea water and purification of brackish and polluted water.
    • 该装置包括一个容易与空气连通的容器,以及用于在其上保持预定表面水平的粗挥发性液体的装置,其上方的抽空空间包含蒸发的挥发性液体蒸汽和不可渗透气体的低压混合物,阵列 导热管浸入所述粗液体体中,其下端进入封闭的鼓构件;风扇鼓风机,其布置成保持用于通过压缩和摩擦加热所述混合物的压力差并推动其进入管的上端, 由此通过热交换,蒸气被冷凝成液体并与不透气体一起进入鼓构件。 该装置通过在装置中包括气体输送装置,使风扇鼓风机能够将基本上恒定的预定量的不可冷凝气体从所述鼓构件再循环回所述管,从而防止影响维持所述压力差的装置,由此气体积聚在 消除了风扇鼓风机的输出侧,并且每当下降时将粗液面返回到所述预定水平的装置,从而消除了风扇鼓风机输入侧的压力波动。 该装置适用于连续自动操作。 其主要用途是海水淡化,淡化和污染水。
    • 7. 发明授权
    • Liquid flow distribution and flow control with dual adjustable orifice
plates or overlapping orifices
    • 具有双调节孔板或重叠孔口的液体流量分配和流量控制
    • US5968312A
    • 1999-10-19
    • US880250
    • 1997-06-23
    • Hugo H. Sephton
    • Hugo H. Sephton
    • B01D1/06B01D1/26B01D3/06B01D3/42F28D7/16F28F27/02C02F1/06
    • B01D1/065B01D1/26B01D3/065B01D3/42F28D7/1615F28D7/163F28F27/02Y10S159/08Y10S159/13Y10S159/20Y10S203/07Y10S203/18Y10S203/19
    • A method and apparatus for forming an array of multiple parallel flow orifices, for example by holes drilled through a plate in a selected pattern and spacing and of selected sizes or flow diameters, and whereby these orifices are used to provide an approximately equal and adequate distribution of liquid flowing through them as parallel streams of liquid and into an evaporation zone or a parallel array of evaporation channels, and wherein the orifices can be adjusted in flow diameter to control the flowrate of liquid in generally parallel streams with an array of orifice adjusting apparatus, for example an adjacent sliding orifice plate which provides for orifice flow rate adjustment with orifices through this second plate corresponding in position to those of the first orifice plate, and the use of such dual orifice plates for supporting a pool of liquid there-above and for controlling the flowrate of liquid through the first array of orifices by reducing or enlarging their orifice flow diameters to control the level of the liquid in the pool or the pressure of this pool on or at the orifices and controlling the effect-to-effect pressure causing flashdown, and to improve the evaporation process or the degree of evaporation in an adjacent flash evaporation zone or in a bundle of adjacent evaporator tubes, and when applied to a multi-effect series of several such vertical tube evaporators.
    • 一种用于形成多个平行流孔的阵列的方法和装置,例如通过以选定的图案和间隔以及选定的尺寸或流径形式穿过板钻出的孔,并且由此使用这些孔提供大致相等和适当的分布 液体流过它们的液体并进入蒸发区或蒸发通道的平行阵列,并且其中可以调节流量直径的孔,以通过孔调节装置阵列控制大致平行流中的液体的流速 例如相邻的滑动孔板,其通过与通过第一孔板的位置对应的第二板的孔提供孔口流量调节,以及使用这种双孔板支撑其上方的液体池, 用于通过减小或扩大其孔口fl来控制通过第一阵列孔的液体的流速 以控制池中的液体的液位或者该池在孔口上的压力,并控制造成闪光的效果压力,并改善相邻闪光灯中的蒸发过程或蒸发程度 蒸发区域或相邻的蒸发器管束,并且当应用于多个这样的垂直管蒸发器的多效系列时。
    • 8. 发明授权
    • Water distiller having a heating element with temperature sensing and
control elements
    • 水蒸馏器具有带温度检测和控制元件的加热元件
    • US5110418A
    • 1992-05-05
    • US643030
    • 1991-01-18
    • Dale L. GarrisonWilliam F. Strutz
    • Dale L. GarrisonWilliam F. Strutz
    • B01D3/02C02F1/04
    • B01D3/02C02F1/04Y10S203/07Y10S203/18Y10S203/19Y10T137/7306
    • A water distiller has a steam chamber that includes a tray for containing water to be distilled. Water is conveyed from a source to the tray for distillation. A valve operates in an open position to convey water to the tray and a closed position to block the passage of water to the tray. A heating element means extends in the steam chamber for submersion in the water carried by the tray. The heating element is operable within a range of temperatures to heat the water in the tray. The heating element includes a main body portion having an axis that extends in a plane generally parallel to the water in the tray and a section havign an axis that is deflected above the axis of the main body portion. A heat sink surrounds the deflected section of the heating element means. A heat sensor detects the temperature of the heat sink. A control connects the valve and the heat sensor means. The control closes the valve when the sensed temperature of the heat sink is equal to or less than a predetermined amount. The control opens the valve when the sensed temperature of the heat sink is greater than the predetermined temperature.
    • 水蒸馏器具有包括用于容纳待蒸馏水的托盘的蒸汽室。 水从源输送到塔盘进行蒸馏。 阀在打开位置操作以将水输送到托盘和关闭位置以阻止水通过托盘。 加热元件装置在蒸汽室中延伸以浸入由托盘承载的水中。 加热元件可在一定温度范围内操作以加热托盘中的水。 加热元件包括主体部分,该主体部分具有在大致平行于托盘中的水平面的平面上延伸的轴线,并且一部分盖住偏转在主体部分的轴线上方的轴线。 散热器围绕加热元件装置的偏转部分。 热传感器检测散热器的温度。 控制器连接阀和热传感器装置。 当感测到的散热器的温度等于或小于预定量时,控制器关闭阀门。 当感测到的散热器的温度大于预定温度时,控制器打开阀门。
    • 9. 发明授权
    • Vapor generating and recovering apparatus
    • 蒸汽发生和回收装置
    • US4003798A
    • 1977-01-18
    • US586611
    • 1975-06-13
    • James W. McCord
    • James W. McCord
    • B01D3/00B01D1/00B01D5/00F25B29/00B01D3/42
    • B01D5/0039B01D1/00B01D5/006F25B29/00Y10S203/04Y10S203/07Y10S203/08Y10S203/11Y10S203/19
    • A vapor generating and recovering apparatus for separating one component from a second component of a liquid solution and recovering the first component including at least one chamber for generating vapor from the liquid solution and recovering the vapor in a liquid form, the vapor generating portion of the chamber being in heat emitting relation with a heat emitting means and the vapor recovering portion chamber being in heat absorbing relation with a heat absorbing means. A preferred system for providing heat to the vapor generating portion of the chamber and removing heat from the vapor recovering portion of the chamber is a refrigerating system which includes condensing coils and evaporating coils in heat transfer relation with the vapor generating and vapor recovery chamber.
    • 一种用于从液体溶液的第二组分分离一种组分并回收包含至少一个用于从液体溶液中产生蒸汽的室的第一组分并回收液体形式的蒸气的蒸汽发生和回收装置, 室与发热装置发热关系,蒸气回收部室与吸热装置处于吸热关系。 用于向腔室的蒸汽产生部分提供热量并从腔室的蒸气回收部分去除热量的优选系统是包括冷凝线圈和与蒸气产生和蒸气回收室的传热关系的蒸发线圈的制冷系统。