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    • 5. 发明申请
    • Data File Correlation System And Method
    • 数据文件相关系统与方法
    • US20100023511A1
    • 2010-01-28
    • US12572757
    • 2009-10-02
    • Wincenty J. BorodziewiczRobert E. Davis
    • Wincenty J. BorodziewiczRobert E. Davis
    • G06F17/30
    • G06F16/334
    • A method for correlating data from a data source representing a single data file to a data target containing a plurality of data files is provided. The method includes normalizing the data from the data source, such as by removing white space and replacing data strings. One or more data strings are selected for use as preliminary selection criteria. The preliminary selection criteria are then used to search for one or more matches in the normalized data from the data source. If no match is found, one or more data strings are selected for use as secondary selection criteria. A correlation score is calculated if at least one match is found using the preliminary selection criteria.
    • 提供了一种用于将表示单个数据文件的数据源的数据与包含多个数据文件的数据目标相关联的方法。 该方法包括从数据源标准化数据,例如通过删除空格和替换数据字符串。 选择一个或多个数据串用作初步选择标准。 然后使用初步选择标准来搜索来自数据源的归一化数据中的一个或多个匹配。 如果没有找到匹配,则选择一个或多个数据字符串作为二级选择标准。 如果使用初步选择标准找到至少一个匹配,则计算相关得分。
    • 7. 发明授权
    • Migratory fish channel associated with one or more dams in a river
    • 与河流中一个或多个水坝相关的候鸟鱼道
    • US06942423B2
    • 2005-09-13
    • US10786714
    • 2004-02-23
    • Robert E. Davis
    • Robert E. Davis
    • E02B8/08
    • E02B8/085Y02A40/60
    • A bypass channel (C) for fish extends along line one side of a river, for the full length of a section of the river in which reservoirs (22, 24, 26, 28) have been created by dams (14, 16, 18, 20). The channel (C) follows the grade of the natural river. It includes an inner wall (34) that varies in height so that it is always higher than the water level in any of the reservoirs. It also includes an outer wall (36) and a bottom wall (38) which are formed on the natural terrain that borders the river and reservoirs. In at least its taller regions, the inner wall (38) may be braced by a diagonal member or a system of member (40). Water flow into the channel (C) maybe regulated by horizontal and/or vertical gates (50, 52) or some other structure for changing the cross sectional area of the channel (C).
    • 鱼的旁路通道(C)沿河的一侧延伸,在河流的一段截面的全长处,其中由水坝(14,16,18,18)创建水库(22,24,26,28) ,20)。 通道(C)遵循天然河的等级。 它包括高度变化的内壁(34),使得其总是高于任何储存器中的水位。 它还包括形成在与河流和水库相邻的自然地形上的外壁(36)和底壁(38)。 在至少其较高的区域中,内壁(38)可由对角构件或构件(40)的系统支撑。 流入通道(C)的水可以由水平和/或垂直门(50,52)或用于改变通道(C)的横截面积的一些其它结构来调节。
    • 10. 发明授权
    • Fluid heating apparatus and process particularly suitable for a deep fat
fryer
    • 流体加热装置和工艺特别适用于深油炸锅
    • US5050582A
    • 1991-09-24
    • US556747
    • 1990-07-23
    • James AlmondWayne WooldridgeRobert E. DavisRalph Wooldridge
    • James AlmondWayne WooldridgeRobert E. DavisRalph Wooldridge
    • A47J37/12F23M9/00
    • A47J37/1247F23M9/00
    • A process and apparatus for heating fluids, particularly for heating cooking oil within a deep fat fryer. A fuel-air mixture is introduced and combusted within a combustion tube, preferably of either a power burner or a pulse combustor. The flue gases are discharged from the combustion tube, into a plenum. A baffle arrangement is used to direct the flue gases from the plenum through a passageway, creating flue gas flow in one direction over a primary portion of an outer surface of the fluid container, and then in a counterflow direction over a secondary portion of the outer surface of the fluid container. The flue gases are then discharged from the passageway into a flue stack. According to the process and apparatus of this invention, flue gas temperatures are reduced to about 200.degree. F.-400.degree. F., nitrogen oxides can be reduced to 10 ppm or lower, carbon monoxide is reduced to 4 ppm or lower, and the overall thermal efficiency of the fluid heater is increased to approximately 80-85 percent.
    • 用于加热流体的方法和装置,特别是用于加热深油炸锅中的烹饪油。 燃料 - 空气混合物在燃烧管内被引入并燃烧,燃烧管优选地是功率燃烧器或脉冲燃烧器。 烟道气从燃烧管排出,进入增压室。 挡板布置用于引导来自气室的烟道气通过通道,从而在流体容器的外表面的主要部分上的一个方向上产生烟道气流,然后在逆流方向上超过外部的次级部分 流体容器的表面。 然后烟道气从通道排出到烟道中。 根据本发明的方法和装置,烟气温度降低到约200°F-400°F,氮氧化物可以降低到10ppm或更低,一氧化碳降低到4ppm或更低, 流体加热器的整体热效率提高到大约80-85%。