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    • 54. 发明申请
    • Illuminated floating fountain
    • 照明浮动喷泉
    • US20060163375A1
    • 2006-07-27
    • US11043463
    • 2005-01-25
    • Richard SkluzacekDouglas CalvertRaymond Lee
    • Richard SkluzacekDouglas CalvertRaymond Lee
    • F21S8/00
    • B05B17/08F21W2121/02F21Y2103/33F21Y2115/10
    • A floating fountain apparatus includes a buoyant annular float having a central opening. A pump is secured to a lower side of the float. The pump has a propeller positioned to direct water through the central opening. A pump housing is positioned to receive water flow from the propeller and direct the water flow to a nozzle outlet. A lighting assembly is positioned within the central opening. The pump housing includes an upper pump housing and a lower pump housing. The lower pump housing has a water inlet and a hollow cylindrical outlet. The upper pump housing is slidably received within the cylindrical outlet and has a flow diverting surface to direct flow against an inner surface of the cylindrical outlet to create an annular flow of water. A plurality of vanes extends between the outer and inner members to divide a spacing between the members into a plurality of individual fluid flow pathways.
    • 浮动式喷泉装置包括具有中心开口的浮力环形浮子。 泵固定在浮子的下侧。 泵具有一个螺旋桨,定位成将水引导通过中央开口。 定位泵壳体以接收来自螺旋桨的水流并将水流引导到喷嘴出口。 照明组件位于中央开口内。 泵壳体包括上泵壳体和下泵壳体。 下泵壳体具有进水口和中空圆柱形出口。 上泵壳体可滑动地容纳在圆柱形出口内并且具有流动转向表面以将流动指向圆柱形出口的内表面以产生环形水流。 多个叶片在外部构件和内部构件之间延伸以将构件之间的间隔分成多个单独的流体流动路径。
    • 55. 发明授权
    • Address learning system and method for using same
    • US06954729B2
    • 2005-10-11
    • US09770984
    • 2001-01-26
    • Raymond LeeLee BourekTony ChanAmit Shah
    • Raymond LeeLee BourekTony ChanAmit Shah
    • B07C3/00G07B17/00G06F17/60
    • G06K9/72B07C3/00G06K2209/01G07B17/00435
    • A computerized method for learning a delivery point of a first mail piece by using unmatched and/or unused data from at least one other mail piece is disclosed. The method comprises the steps of: (a) capturing a text string from said other mail piece using capture means; (b) comparing said text string to a first set of preexisting data in an address database to determine a match for said other mail piece according to a first set of predetermined rules; (c) separating the matched and used data from the unmatched and unused data for said other mail piece determined by step (b); and (d)correlating said unmatched and/or unused data from said other mail piece to a second set of preexisting data relating to said first mail piece according to a second set of predetermined rules, wherein upon the presentation of a third mail piece to the capture means with the same intended delivery point as the first mail piece and having similar unmatched and/or unused data as the at least one other mail piece, the correct point of delivery for the third mail piece can be automatically determined.The invention further comprises a computerized system for learning a delivery point of a first mail piece by using unmatched data from at least one other mail piece, comprising: (a) means for capturing a data string of address information from said other mail piece; (b) a directory retrieval system database comprising a set of preexisting data relating to said other mail piece and further comprising means for separating matched data from the unmatched data; (c) a tag database comprising the unmatched data; (d) a tag archive; (e) means for correlating the unmatched data to the set of preexisting data according to a plurality of predetermined rules; (f) a rules database comprising said plurality of predetermined rules; and (g) a learning database to determine said delivery point of said first mail piece upon its presentation to the capture means after said other mail piece has been processed by the system.