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    • 2. 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。
    • 4. 发明授权
    • Material classifier
    • 材料分类器
    • US4933072A
    • 1990-06-12
    • US682743
    • 1984-12-17
    • Victor A. Beisel
    • Victor A. Beisel
    • B07B7/00B07B13/10
    • B07B7/00B07B13/10Y10S239/07
    • An elongated, horizontal and at least partially closed air jet dispersion and air jet entrained material deceleration zone is provided and one end of the zone includes at least skewed velocity distribution nozzle of the circular Coanda surface-type opening inwardly along the zone toward the other end thereof. The zone includes discharge structure defining a plurality of downwardly opening gravity-type outlets spaced longitudinally along the zone and duct structure for flowing air and airflow entrained solids therethrough at high velocity is provided. The duct structure includes an outlet end opening into the nozzle and an inlet end open to the ambient atmosphere and positioned to receive gravity discharged solid materials from the outlet spaced one outlet from the aforementioned one end of the zone. A first form of the invention utilizes a central high velocity air jet directed into the inlet end of the duct for causing airflow through the duct and a second form of the invention utilizes a high velocity annular jet of air introduced into the duct intermediate its opposite ends with that annular jet axially centered relative to the corresponding portion of the duct and flush with the inner surface of the duct. Further, structure is provided whereby the radial extent of the annular jet may be adjusted.
    • 提供细长的,水平的和至少部分封闭的空气喷射分散体和气流夹带的材料减速区,并且该区域的一端包括圆形柯恩达表面型开口的至少歪斜的速度分布喷嘴沿着该区域朝向另一端向内 其中。 该区域包括排出结构,其限定沿着该区域纵向间隔开的多个向下开口的重力型出口和用于流动空气的管道结构,并且提供了以高速度流过其中的气流夹带的固体。 所述管道结构包括通向所述喷嘴的出口端,以及通向所述环境大气的入口端,并且定位成从所述出口隔开一个出口与所述区域的上述一端接收重力排出的固体材料。 本发明的第一种形式利用中心的高速空气射流引导到管道的入口端,以引起气流通过管道,本发明的第二种形式利用在其相对端的中间引入管道的高速环形空气射流 该环形喷嘴相对于管道的相应部分轴向居中并与管道的内表面齐平。 此外,提供了可以调节环形射流的径向范围的结构。
    • 5. 发明授权
    • Gas nozzle assembly
    • 燃气喷嘴总成
    • US4718178A
    • 1988-01-12
    • US803128
    • 1985-11-29
    • Rodger E. Whipple
    • Rodger E. Whipple
    • B65H20/10B05B1/02B05C9/14B05C13/00F26B13/20F26B13/02
    • F26B13/104Y10S239/07
    • A gas nozzle for a dryer apparatus for use with moving webs includes a planar pressure plate with an upstream end portion and a downstream terminus portion and a gas discharge nozzle disposed at the upstream portion of the pressure plate to define a slot for gas flow parallel to the pressure plate. The nozzle includes a first jet forming plate which engages the upstream end portion of the pressure plate and at obtuse angle and which includes a vortex forming step. The nozzle also includes a second jet forming plate located a distance from the first jet forming plate. The two jet forming plates and the step define a passageway for gas flow parallel to the pressure plate.
    • 用于与移动腹板一起使用的干燥设备的气体喷嘴包括具有上游端部分和下游末端部分的平面压力板和设置在压力板的上游部分处的气体排出喷嘴,以限定平行于 压板。 喷嘴包括第一喷射形成板,其接合压板的上游端部分并且以钝角接合并且包括涡流形成步骤。 喷嘴还包括位于离第一射流成形板一定距离的第二射流成形板。 两个喷射形成板和台阶限定了用于平行于压力板的气流的通道。
    • 8. 发明授权
    • Device for drying web material
    • 纸幅材料干燥装置
    • US4290210A
    • 1981-09-22
    • US97917
    • 1979-11-28
    • Eric G. B. Johansson
    • Eric G. B. Johansson
    • B65H20/10D21F5/18F26B13/20
    • D21F5/187F26B13/104Y10S239/07
    • A device for drying a web, such as paper web. Air distribution boxes 4 are arranged on both sides of the plane 2 of a path of guidance for the web. Each one of the distribution boxes includes a line of first opening means 6 extending transversally to the direction of guidance and arranged to direct the air essentially perpendicularly towards said plane, and a line of opening means 8 essentially parallel to the line of first opening means and arranged to direct the fluid essentially along said plane. Guide means 22 direct the air issued from opening means 8 away from the line of first opening means 6 towards and along an adjoining surface portion 10 of the box on a higher level than the line of first opening means 6. Each line of the first opening means in the box on either side of said plane is located in front of said surface portion 10 of the confronting box located on other side of the plane.
    • 用于干燥纸幅的装置,例如纸幅。 空气分配箱4布置在纸幅的引导路径的平面2的两侧。 每个配电箱包括一条第一开启装置6,其沿导向方向横向延伸,并且布置成使空气基本上垂直于所述平面,以及基本上平行于第一开启装置的线的开口装置8的线, 布置成基本上沿着所述平面引导流体。 引导装置22将从打开装置8发出的空气从第一打开装置6的线向远离第一打开装置6的线的方向引导并沿着相邻的盒子的表面部分10。第一开口的每一行 位于所述平面两侧的盒子中的装置位于位于平面另一侧的面对箱的所述表面部分10的前面。
    • 9. 发明授权
    • Nozzle apparatus for airborne paper web dryers
    • 机载纸幅烘干机喷嘴装置
    • US4247993A
    • 1981-02-03
    • US933525
    • 1978-08-14
    • Yngve Lindstrom
    • Yngve Lindstrom
    • B05B1/04D21F5/18E05C17/06F26B13/10F26B13/20
    • D21F5/188F26B13/104Y10S239/07
    • Nozzle apparatus for airborne paper web dryers of the non-impingement or underpressure type including a blow box member defined by top web supporting and bottom wall portions and back and front wall portions. The front and top supporting wall portions are interconnected by a curved guide surface and an upwardly directed nozzle is provided on the front wall portion spaced below the entry edge plane of the guide surface. The relative values of the width of the nozzle gap and the radius of curvature of the curved guide surface are such that the gas flow exiting from the nozzle follows a portion of the guide surface and departs therefrom prior to the exit edge plane of the guide surface. The upper surface of the top supporting wall of the blow box defines a small angle with the running plane of the web.
    • 用于非冲击或负压型的机载纸幅干燥器的喷嘴装置,包括由顶部网支撑和底壁部分以及后壁部分和前壁部分限定的吹风箱部件。 前支撑壁部分和顶部支撑壁部分通过弯曲的引导表面相互连接,并且在引导表面的入口边缘平面下方的前壁部分上设置向上的喷嘴。 喷嘴间隙的宽度和弯曲引导表面的曲率半径的相对值使得从喷嘴出来的气流跟随引导表面的一部分并且在引导表面的出射边缘平面之前离开它 。 吹气箱的顶部支撑壁的上表面与卷筒纸的运行平面形成小的角度。
    • 10. 发明授权
    • Low pressure gas burner
    • 低压气体燃烧器
    • US4099908A
    • 1978-07-11
    • US714093
    • 1976-08-13
    • Martin Josef BeckmannFerris George Swann
    • Martin Josef BeckmannFerris George Swann
    • B01F5/04F23D14/62F23G7/08F23Q9/00
    • F23G7/085B01F5/045F23D14/62Y10S239/07
    • The burner comprises inner and outer tubular concentrically arranged conduits having their outlets positioned approximately in the same plane. The inner conduit is connected to a high pressure gas source; the outer conduit is connected to a low pressure gas source. The end face of the inner conduit forms a valve seat in which a Coanda-type valve body seats. The valve body is axially displaceable away from the valve seat so as to co-operate therewith to form an annular passage. A tubular shroud concentrically surrounds the conduit outlets and valve body in spaced relation therewith. In operation, high pressure gas unseats the valve body and flows at high velocity through the annular passage. This gas flow follows the surface of the valve body in the form of an attached jet and creates a low pressure zone adjacent said valve body surface, with the result that low pressure gas is sucked or drawn out of the outer conduit and simultaneously air is drafted into the annulus formed between the shroud and the valve body. The three streams mix in the annulus to form a combustible mixture. The burner is advantageous in that it provides improved suction and mixing, thereby using a relatively low amount of high pressure gas in its operation.
    • 该燃烧器包括内管和外管同心布置的管道,其出口大致位于同一平面内。 内管连接高压气源; 外部管道连接到低压气体源。 内管道的端面形成一个阀座,其中柯安达式阀体位于该阀座中。 阀体可以远离阀座轴向移动,以便与其配合以形成环形通道。 管状护罩同心地围绕导管出口和阀体与其间隔开的关系。 在操作中,高压气体使阀体脱离并通过环形通道高速流动。 这种气流以附接射流的形式跟随阀体的表面,并且产生邻近所述阀体表面的低压区,结果是低压气体被吸入或从外导管抽出并同时空气被吸入 进入形成在护罩和阀体之间的环形空间中。 三个流在环形空间中混合形成可燃混合物。 燃烧器的优点在于其提供改进的吸入和混合,从而在其操作中使用相对低量的高压气体。