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    • 1. 发明授权
    • Apparatus for the separation of liquid droplets from a gas stream
entraining same
    • 用于从携带其中的气流分离液滴的装置
    • US4175938A
    • 1979-11-27
    • US914780
    • 1978-06-12
    • Ulrich RegehrHorst HannemannLudwig Speitkamp
    • Ulrich RegehrHorst HannemannLudwig Speitkamp
    • B01D45/08B01D45/16B01D45/04
    • B01D45/16
    • An apparatus for the separation of liquid droplets or fine-particulate solids from a gas stream entraining same in which a plurality of geometrically identical separator plates define flow passages between them for the gas. The plates are formed with corrugations and the crests or troughs of the corrugations are provided with phase-separating chambers open in the direction of the oncoming gas stream. The gas stream entering the gaps at the inlet sides of the phase-separating chambers precipitates the liquid or solids which are conducted downwardly along chambers formed by the phase-separating chambers which are oriented vertically. According to the invention, the successive corrugations (i.e. successive crests or troughs) of each separator plate in the direction of flow are provided with decreasing heights (measured perpendicularly to a median plane through the plate) and the successive corrugations are of decreasing width in the direction of flow of the gas. The inlet gaps to the phase-separating chambers are defined by flanges which extend in the direction of gas flow and serve simultaneously as guide flanges and reverse-blocking members preventing outflow from these chambers.
    • 一种用于从夹带相同气体流分离液滴或细颗粒固体的装置,其中多个几何相同的隔板在它们之间限定用于气体的流动通道。 板形成有波纹,并且波纹的波峰或波谷设置有在迎面而来的气流的方向上开口的相分离室。 进入相分离室的入口侧的间隙的气流使由垂直取向的相分离室形成的室向下传导的液体或固体沉淀。 根据本发明,每个分隔板在流动方向上的连续波纹(即,连续的波峰或波谷)具有降低的高度(垂直于穿过板的中间平面测量),并且连续的波纹在 气体的流动方向。 相分离室的入口间隙由沿气流方向延伸的凸缘限定,同时用作导向凸缘和防止从这些室流出的反向阻挡构件。
    • 2. 发明授权
    • Droplet separator
    • 滴液分离器
    • US4240814A
    • 1980-12-23
    • US935915
    • 1978-08-23
    • Ulrich RegehrHorst HannemannLudwig Speitkamp
    • Ulrich RegehrHorst HannemannLudwig Speitkamp
    • B01D45/08B01D45/16
    • B01D45/16
    • A droplet separator for removing drops of liquid from a gas stream comprises a stack of corrugated plates each of which is generally planar but has a plurality of corrugations formed by alternating crests and troughs of given wavelength and amplitude. The troughs of adjacent plates register with one another to define flow passages for the gas stream extending generally in a flow direction between the inlet and outlet sides of the stack. The crests of adjacent plates contact one another between the flow passages and each of the flow passages is formed with at least two bends in the plate plane effecting direction change in the gas flowing therethrough. The corrugations are all of trapezoidal cross section.
    • 用于从气流中除去液滴的液滴分离器包括一堆波纹板,每个波纹板通常是平面的,但是具有通过交替具有给定波长和振幅的波峰和槽形成的多个波纹。 相邻板的槽彼此对准以限定通常沿堆叠的入口侧和出口侧之间的流动方向延伸的气流的流动通道。 相邻板的波峰在流动通道之间彼此接触,并且每个流动通道在板平面中形成有至少两个弯曲,从而影响流过其中的气体的方向变化。 波纹全部为梯形截面。
    • 4. 发明授权
    • Apparatus for the separation of liquid drops or particulate solids from
a gas stream
    • 用于从气流中分离液滴或颗粒固体的装置
    • US4581051A
    • 1986-04-08
    • US540293
    • 1983-10-11
    • Ulrich RegehrHorst HannemannErnst A. ReinhardMatthias Jansen
    • Ulrich RegehrHorst HannemannErnst A. ReinhardMatthias Jansen
    • B01D45/08B01D45/16B01D45/00
    • B01D45/16B01D45/08
    • Illustrated and described is an apparatus for the separation of liquid drops or particulate solids from a gas stream comprising a plurality of parallel separator plates, a flow passage being formed between every two separator plates, each separator plate having at least one wave crest disposed approximately in its center and two wave troughs disposed at its edge on the inlet side and the outlet side, respectively, and forming an inlet section and an outlet section, respectively, as well as impingement-wall sections formed between the wave crest and the wave troughs, a main phase-separator chamber open in a direction counter to the direction of the gas flow being formed externally on the wave crest.In accordance with the invention, high separation efficiency with low pressure drop or low energy loss is obtained by providing an inlet nozzle formed in the inlet section, the gas stream being directable by means of the inlet nozzle onto the region on the inlet side of the opposite impingement-wall section.
    • 说明和描述的是用于从包括多个平行隔板的气流中分离液滴或颗粒固体的装置,每个隔板之间形成有流动通道,每个隔板具有至少一个设置在大致在 其中心和两个波谷分别设置在其入口侧和出口侧的边缘处,分别形成入口部分和出口部分以及形成在波峰和波谷之间的冲击壁部分, 主相分离器室在与波峰的外部形成的气流方向相反的方向上开口。 根据本发明,通过提供形成在入口部分中的入口喷嘴获得具有低压降或低能量损失的高分离效率,气流可以通过入口喷嘴被引导到入口侧入口侧的区域上 相反的冲击壁部分。
    • 5. 发明授权
    • Counterflow cooling tower
    • 逆流冷却塔
    • US4374071A
    • 1983-02-15
    • US292162
    • 1981-08-12
    • Ulrich Regehr
    • Ulrich Regehr
    • F28C1/02F28C1/14B01F3/04
    • F28C1/02F28C1/14F28C2001/145Y10S261/11Y10S261/77
    • A counterflow cooling tower includes a casing having cooling air inlet openings formed at its lower end and cooling air outlet openings formed at its upper end, a contact body positioned in the casing and formed from a plurality of contact layers arranged in banks and defining a plurality of water and air flow channels therebetween providing communication between the air inlet and outlet openings, a water distribution installation positioned above the contact body for supplying warm water to be cooled to the channels, channel caps on top of only some of the channels fitted geometrically to adjacent contact layers and covering some of the channels against water from the water distribution installation, and an air supply installation for supplying cooling air from the air inlet openings through substantially all of the channels to the air outlet openings, whereby the temperature and moisture-content of air supplied to the channels to which warm water is supplied are increased while the temperature of air supplied to the other channels is increased by heat transfer through adjacent layers of the contact body without substantially changing the moisture-content thereof. The water distribution installation may include elongated spray nozzles installed in the areas between the channel caps and running at an angle to the channels over the extent of the banks.
    • 逆流冷却塔包括:壳体,其下端形成有冷却空气入口,在其上端形成冷却空气出口;壳体中定位的冷却空气出口,位于壳体中的多个接触层,并形成多个接触层, 的水和空气流动通道之间提供空气入口和出口之间的连通;水分配装置,其位于接触体上方,用于将冷却到通道的温水供给到通道盖上,仅在​​几何通道上安装一些通道 邻近的接触层,并且将一些通道从配水设备中覆盖水;以及空气供应装置,用于将冷气从空气入口通过基本上所有的通道提供到出气口,由此使温度和含湿量 供给到供给温水的通道的空气增加 通过接触体的相邻层的热传递,而不会基本上改变其含水量,从而增加供给到其它通道的空气的温度。 配水设备可以包括安装在通道盖之间的区域中的细长喷嘴,并且在堤的范围上以与通道成一定角度运行。
    • 7. 发明授权
    • Scrubber apparatus for washing gases and having a coarse and fine
droplet separator
    • 用于清洗气体并具有粗细微滴分离器的洗涤装置
    • US4157250A
    • 1979-06-05
    • US889565
    • 1978-03-23
    • Ulrich RegehrSiegfried Bulang
    • Ulrich RegehrSiegfried Bulang
    • B01D45/16B01D47/06B01D47/14
    • B01D45/16B01D47/06
    • A washing tower for the washing of gases containing particulates comprises a packed bed through which the gases pass upwardly and jets for spraying water into the gas as it rises within the tower. A preferably chevron-shaped coarse droplet separator is provided above the spray nozzles and the bed and consists of upper and lower arrays of oppositely inclined plates. Further spray nozzles are provided above the coarse separator and above these spray nozzles is disposed a fine-particle separator of the baffle type through which the gas is deflected in opposite directions and with passages of smaller width than those of the coarse particle separator. The gas emerges from the upper end of the tower.
    • 用于清洗含有微粒的气体的洗涤塔包括一个填充床,气体通过该填充床向上流动,并在塔内升起时将水喷入气体中。 在喷嘴和床上方设置优选的V形形状的小液滴分离器,并且由相对倾斜的板的上部和下部阵列组成。 在粗分离器上方设置有另外的喷嘴,并且在这些喷嘴上面设置有隔板型微细分离器,通过该微型分离器,气体沿相反方向偏转,并且具有比粗颗粒分离器宽的通道。 气体从塔的上端出来。
    • 9. 发明授权
    • Apparatus for separating material particles from gases
    • 用于从气体中分离材料颗粒的装置
    • US3953183A
    • 1976-04-27
    • US400663
    • 1973-09-25
    • Ulrich Regehr
    • Ulrich Regehr
    • B01D45/08B01D45/16
    • B01D45/08B01D45/16
    • An apparatus for separating particles from a gas flow is provided, comprising: is provided on the concave side of each crest, the serrations winningA plurality of corrugated separator plates arranged in spaced parallel relation to each other and defining wave-like flow channels between each other. The warped surfaces of the separator plates are generated in cross-section by at least three circular arcs connected continuously and with alternating directions of curvature. The radius of each of the three circular arcs is different, the radius of the arc representing the crest being the smallest. The arcs define at least one crest between two troughs, forming an intake section and an outlet-section, respectively of each separator plate. A first separating chamber is provided opening towards the gas flow on the convex side of the crest and is formed by a blade projecting from the downstream side of the crest toward its upstream side and running along the crest. A plurality of serrations running along underneath the crests arranged opposite to the separating chambers of the crest of the adjacent separator plate.The smaller radius of the second arc and the serrations together with the separating chamber provide a narrowing of the duct toward the crest to increase the speed of the fluid flow. A collision occurs between the main upstream gas flow and a continuous gas flow recoil from the first separating chamber, causing a stationary micro-turbulence in the vicinity of the serrations without a significant loss of energy and speed, whereby even the smallest particles are separated by the serrations.Two additional separating chambers of specific cross-sections are provided strategically on the downstream past the crest, each retaining material particles not caught previously.
    • 提供了一种用于从气流中分离颗粒的装置,包括:设置在每个顶部的凹面上,锯齿获得A多个被修整的分离板平行地与每个其它的每个其他和定义的波状流动通道相互间的平行关系 其他。 分隔板的翘曲表面在横截面上产生至少三个连续连续且具有交替的曲率方向的圆弧。 三个圆弧中的每一个的半径不同,表示峰的弧的半径最小。 圆弧在两个槽之间限定至少一个峰,分别形成每个分隔板的进气部分和出口部分。 第一分离室被设置成朝向顶部的凸面上的气流开口,并且由从顶部的下游侧向其上游侧突出并沿着顶部延伸的叶片形成。 在与相邻隔板的顶部的分离室相对布置的顶部下方延伸的多个锯齿。
    • 10. 发明授权
    • Droplet separator
    • 滴液分离器
    • US4141706A
    • 1979-02-27
    • US792998
    • 1977-05-02
    • Ulrich Regehr
    • Ulrich Regehr
    • B01D45/16
    • B01D45/16
    • A droplet separator for removing liquid droplets from a gas stream entraining same, comprises a stack of corrugated plates having a given crest-to-crest spacing which can be represented as a wavelength .lambda. and collecting pockets at each crest having inlet slots opening into the oncoming gas stream. Each plate consists of a plurality of plate members whose length, measured parallel to the wavelength measurement, is greater by the distance of the overlap of these plate members at each crest than n .lambda./2 where n is 1/2 or 1.
    • 用于从夹带其中的气流中除去液滴的液滴分离器包括一组波纹板,其具有给定的波峰间距,其可以表示为波长λ,并且在每个峰处收集袋,其中入口槽开口到迎面而来 气流。 每个板由多个板构件组成,其平行于波长测量测量的长度比这些板构件在每个峰处的重叠距离大于nλ/ 2,其中n为1/2或1。