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    • 1. 发明授权
    • Particulate material in a liquid
    • 液体中的颗粒物质
    • US4610547A
    • 1986-09-09
    • US752851
    • 1985-07-08
    • Adam J. BennettC. Edward CapesWilliam L. ThayerFloyd N. Toll
    • Adam J. BennettC. Edward CapesWilliam L. ThayerFloyd N. Toll
    • B01F3/12B01F7/00B01F7/16B01F13/10B01F15/00B01F5/12
    • B01F7/169B01F3/1221B01F15/00883B01F15/00902B01F2013/1077B01F7/00641
    • Apparatus for dispersing particulate material in a liquid, for example, particulate coal and agglomerating oil in water, comprising an upwardly extending, cylindrical container for the flow of the coal, oil and water upwardly therethrough passed a lower, flat blade type turbine rotor, an intermediate knife blade type turbine rotor and an upper pitched blade type turbine rotor. An annular shaped portion is around the intermediate rotor and houses the intermediate rotor in a cylindrical duct, longitudinally extending baffles extend upwardly along the container inner surface and are spaced therefrom. The lower rotor causes radially outward flow of the coal-water-oil mixture, the intermediate rotor causes fine break down and homogenization of the coal-water-oil mixture, while the pitched blade type turbine rotor causes reverse flow of the homogenized coal-water-oil mixture producing seed agglomerates of carbonaceous coal particles and oil leaving any ash particles dispersed in the water.
    • 用于将颗粒材料分散在液体中的装置,例如颗粒状煤和水中的附聚油,包括用于使煤,油和水向上流动的向上延伸的圆柱形容器通过下部扁平叶片型涡轮转子, 中间刀片式涡轮转子和上斜叶型涡轮转子。 环形部分围绕中间转子并且将中间转子容纳在圆柱形管道中,纵向延伸的挡板沿着容器内表面向上延伸并与其间隔开。 下转子引起水煤油混合物的径向向外流动,中间转子引起煤 - 水 - 油混合物的细分和均质化,而桨叶式涡轮转子引起均质煤水逆向流动 - 混合物产生碳质煤颗粒和油的种子聚集体,留下任何分散在水中的灰分颗粒。
    • 2. 发明授权
    • Aqueous phase continuous, coal fuel slurry and a method of its production
    • 水相连续,煤燃料浆及其生产方法
    • US4601729A
    • 1986-07-22
    • US656675
    • 1984-10-01
    • Charles E. CapesAdam J. BennettRichard D. ColemanWilliam L. Thayer
    • Charles E. CapesAdam J. BennettRichard D. ColemanWilliam L. Thayer
    • C10L1/32
    • C10L1/324
    • An aqueous phase continuous, fuel slurry is claimed, and its method of production from agglomerates consisting essentially of carbonaceous particles, agglomerating oil and residual water. The slurry may be formed by thoroughly mixing with agglomerates an agglomerate dispersing and coal/oil/water system interfacial tension reducing agent with the agglomerates so that the agglomerates are broken down and an aqueous phase continuous fuel slurry is formed containing residual, oil produced flocs from the agglomerates and having an oil content of the fuel slurry no greater than 10 weight % of the solids content of the fuel slurry. The solids content of the fuel slurry is in the range of the order of 50 weight % and of the order of 80 weight % of the total weight of the fuel slurry, and is preferably in the range of the order of 65 weight % to of the order of 70 weight %. Examples of interfacial tension reducing agents are ethanol, methanol, glycol, butyl alcohol, isopropyl alcohol, lauryl sulfonates, alkyl sulfonates, lignosulfonates, sodium oleate, nonyl-phenolethoxylates, and soaps. With fuel slurries according to the invention, there may be very slow sedimentary consolidation of the carbonaceous particles, but when it does occur there is no difficulty in re-mixing the constituents into a slurry because the residual aggregates or flocs cause the carbonaceous particles to pack down to a porous bed.
    • 要求保护水相连续的燃料浆料,以及其基本上由碳质颗粒,附聚油和残余水组成的附聚物的生产方法。 浆料可以通过与附聚物与附聚物分散剂和煤/油/水系统界面张力降低剂与附聚物充分混合而形成,使得附聚物被分解,形成水相连续燃料浆料,其含有残留的,产生油的絮凝物 所述附聚物并且所述燃料浆料的油含量不大于所述燃料浆料的固体含量的10重量%。 燃料浆料的固体含量在燃料浆料的总重量的50重量%数量级和大约80重量%的范围内,优选在65重量%以下的范围内 订单为70重量%。 界面张力降低剂的实例是乙醇,甲醇,乙二醇,丁醇,异丙醇,月桂基磺酸盐,烷基磺酸盐,木质素磺酸盐,油酸钠,壬基 - 苯基乙氧基化物和皂。 根据本发明的燃料浆料,碳质颗粒的沉积固结可能非常缓慢,但是当确实发生时,由于残留的聚集体或絮凝物使碳质颗粒堆积,所以将组分重新混合成浆料是不困难的 到多孔床。
    • 6. 发明授权
    • Liquid atomizing device with controlled atomization and spray dispersion
    • 具有受控雾化和喷雾分散的液体雾化装置
    • US5680993A
    • 1997-10-28
    • US464952
    • 1995-06-05
    • Thomas W. McCrackenKevin A. JonassonAdam J. Bennett
    • Thomas W. McCrackenKevin A. JonassonAdam J. Bennett
    • B05B7/00B05B7/04B05B7/08
    • B05B7/0815B05B7/045B05B7/0075Y10S239/07
    • An atomizing nozzle primarily designed for agricultural spraying has a narrow and controlled droplet size distribution and the ability to shape the spray into a solid cone or fan for evenly applying the spray to the crops. The nozzle is able to operate at low air delivery pressures, in the order of 10 to 30 in. of water column. A central air delivery bore communicates with an air manifold within a boom. Near the exit plane of the throat there is provided an inlet conduit connected to the liquid to be sprayed, the conduit being at right angles to the bore axis. An outlet nozzle from the conduit is positioned on the bore axis and has its exit plane upstream of the exit plane of the bore so that atomization of the liquid will take place within the central bore between the two exit planes. A pair of shaping nozzles are connected to secondary bores that in turn communicate with the manifold. The shaping nozzles are directed orthogonally to the central bore axis and to the inlet conduit and are located downstream of the exit plane of the central bore. The jets issuing from the shaping nozzles shape the cone-shaped spray into a generally fan-shaped configuration. Because the shaping jets are always at the same pressure as the atomization air the dispersion of the droplets exiting the nozzle will be consistent and the spray pattern will be constant over the operating pressure range of the apparatus.
    • 主要设计用于农业喷雾的雾化喷嘴具有窄的和受控的液滴尺寸分布,以及将喷雾成形为固体锥体或风扇以将喷雾均匀地施加到作物的能力。 喷嘴能够在10至30英寸水柱的低空气输送压力下操作。 中央空气输送孔与起重臂内的空气歧管连通。 在喉部的出口平面附近设有连接到待喷射液体的入口导管,导管与孔轴线成直角。 来自导管的出口喷嘴定位在孔轴线上并且其出口平面在孔的出口平面的上游,使得液体的雾化将发生在两个出射平面之间的中心孔内。 一对成型喷嘴连接到次级孔,继而与歧管连通。 成形喷嘴与中心孔轴线和入口管道正交地定向并且位于中心孔的出口平面的下游。 从成形喷嘴发出的喷嘴将锥形喷雾形成为通常扇形的构造。 由于成型射流总是处于与雾化空气相同的压力下,离开喷嘴的液滴的分散体将是一致的,并且喷射模式将在装置的操作压力范围内保持恒定。
    • 7. 发明授权
    • Atomizing nozzle for fine spray and misting applications
    • 用于精细喷雾和雾化应用的雾化喷嘴
    • US06899289B2
    • 2005-05-31
    • US10148182
    • 2000-12-05
    • Thomas W. McCrackenAdam J. BennettRonald J. R. DignardCharles Poulin
    • Thomas W. McCrackenAdam J. BennettRonald J. R. DignardCharles Poulin
    • B05B1/26B05B7/04F24F6/14
    • F24F6/14B05B1/265B05B7/0433F24F2006/143Y02B30/545
    • The invention relates to a nozzle (10) for mixing a gaseous fluid such as air and a liquid such as water and for ejecting an atomized mist of liquid droplets. The nozzle includes a nozzle body defining first (60), second (44) and third (52) annular passages along the length thereof. Pressurized fluid is introduced into the first annular passage (60) and a first restricted annular orifice (68) leads from the first annular passage (60) to the third annular passage (52). Liquid is introduced into the second annular passage (44) and a second restricted annular orifice (48) leads from the second annular passage (44) to the third annular passage (52). Liquid and gaseous fluid are aggressively mixed in the third annular passage (52). A third restricted annular orifice (72) leads from the third annular passage (52) to atmosphere such that mixed liquid and gaseous fluid are forcibly ejected from the nozzle through the third restricted annular orifice (72), the liquid being atomized in small controlled droplets in the ejected gaseous fluid.
    • 本发明涉及一种用于混合诸如空气的气体流体和诸如水的液体的喷嘴(10),并用于喷射雾化的液滴雾。 喷嘴包括沿其长度限定第一(60),第二(44)和第三(52)环形通道的喷嘴主体。 加压流体被引入到第一环形通道(60)中,并且第一限制环形孔口(68)从第一环形通道(60)引导到第三环形通道(52)。 液体被引入到第二环形通道(44)中,并且第二限制环形孔口(48)从第二环形通道(44)引导到第三环形通道(52)。 液体和气体流体积极地混合在第三环形通道(52)中。 第三限制环形孔口(72)从第三环形通道(52)引导到大气,使得混合液体和气态流体通过第三限制环形孔口(72)从喷嘴强制地喷出,液体以小的控制液滴 在喷出的气态流体中。