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    • 11. 发明申请
    • Apparatus For Creating Vortex Rings In A Fluid Medium
    • 用于在流体介质中创建涡环的装置
    • US20070200260A1
    • 2007-08-30
    • US11743403
    • 2007-05-02
    • David Whiteis
    • David Whiteis
    • B01F3/04
    • A01K63/042A01K63/006B01F13/0255B01F13/0283F15D1/009
    • The invention is a method and apparatus for generating vortex rings in a fluid medium. The apparatus is immersed in a body of water and includes first and second bodies. Gas is fed into a concave surface of the first body via a conduit from a finite or infinite supply source. As gas is supplied to the concave surface a single unitary bubble is formed therein. When the volume of the gas in the concave surface has attained the volume of the concave surface, the unitary bubble travels as a single unit to an exit aperture. A vacuum is formed between the two bodies when the unitary bubble enters the exit aperture. This vacuum functions to pull the entire unitary bubble through the aperture. Following departure from the exit aperture, a toroidal shaped bubble is formed.
    • 本发明是用于在流体介质中产生涡流环的方法和装置。 该设备浸入水体中并且包括第一和第二体。 气体通过有限或无限供应源的导管进入第一体的凹面。 当气体被供应到凹面时,在其中形成单一的单一气泡。 当凹面中的气体体积达到凹面的体积时,单一气泡作为一个单元行进到出口孔。 当整体气泡进入出口孔时,两个物体之间形成真空。 该真空功能可以将整个单一的气泡拉过孔。 在离开出口孔之后,形成环形泡沫。
    • 15. 发明授权
    • Aeration device for bulk material containers
    • 散装物料容器曝气装置
    • US5017053A
    • 1991-05-21
    • US302310
    • 1989-01-25
    • David E. Sisk
    • David E. Sisk
    • B01F13/02B65D88/72B65G53/22
    • B65D88/706B01F13/0255B65D88/72B65G53/22
    • An aeration device to facilitate the flow and discharge of bulk material granules through a discharge opening in a bulk material container is disclosed. The aeration device includes at least one self-supporting molded plastic hollow body which is adapted to overlie an air inlet in the bulk material container at a predetermined distance above the discharge opening thereof. Each of the molded plastic hollow body aeration devices include an inner arched wall which is adapted to face the air inlet in the bulk material container and an outer arched wall facing away from the air inlet. The molded plastic hollow body is formed in a porous construction having a plurality of openings of predetermined porosity along the inner arched wall, a plurality of openings of predetermined smaller porosity along the outer arched wall, and inner tortuous pathways ending between the openings in the inner and outer arched walls. Air is evenly distributed throughout the molded plastic hollow body in order to provide faster and more complete bulk unloading, while minimizing or eliminating damaging back air pressure.
    • 公开了一种用于促进散装材料颗粒通过散装材料容器中的排放口的流动和排放的曝气装置。 曝气装置包括至少一个自支撑模制塑料中空体,其适于在散装材料容器中的与其排出口上方预定距离处的空气入口处覆盖。 每个模制塑料中空体曝气装置包括适于面向散装材料容器中的空气入口的内部拱形壁和背离空气入口的外部拱形壁。 模制的塑料中空体形成为多孔结构,其具有沿内拱形壁的多个具有预定孔隙率的开口,沿着外拱形壁具有预定较小孔隙率的多个开口,以及内弯曲通道, 和外部拱形墙壁。 空气均匀地分布在整个模制的塑料中空体中,以便提供更快和更完整的散装卸料,同时最大限度地减少或消除有害的后部空气压力。