公开(公告)号：US20060218204A1

公开(公告)日：2006-09-28

申请号：US11089993

申请日：2005-03-25

申请人： Effi Ofer ,  David Mooney ,  Steven Pearson ,  Xun Xue ,  Kevin Cherkauer

发明人： Effi Ofer ,  David Mooney ,  Steven Pearson ,  Xun Xue ,  Kevin Cherkauer

IPC分类号： G06F17/30

CPC分类号： G06F11/202 ,  G06F11/1471 ,  G06F11/2097

摘要： A data processing implemented method and system and article of manufacture are provided for determining compatibility between a primary instance and a standby instance, the primary instance being characterized by a first log position indicator and a primary log chain fingerprint (FP-P) and the secondary instance being characterized by a second log position indicator and a secondary log chain fingerprint (FP-S); the FP-P and the FP-S each uniquely identifying a prescribed history of an associated data processing system. The method, for example, includes a series of steps comprising: comparing the first log position indicator with the second log position indicator to determine compatibility between the secondary instance and the primary instance; comparing the primary log chain fingerprint (FP-P) with the secondary log chain fingerprint (FP-S) to determine compatibility between the secondary instance and the primary instance; and indicating that the secondary instance is compatible with the primary instance when both of the above comparisons determine compatibility.

摘要翻译： 提供了一种数据处理实现的方法和系统及制品，用于确定主实例和备用实例之间的兼容性，主要实例由第一对数位置指示符和主日志链指纹（FP-P）表征，次要 其特征在于第二对数位置指示器和辅助对数链指纹（FP-S）; FP-P和FP-S每个唯一地标识相关联的数据处理系统的规定历史。 该方法例如包括一系列步骤，包括：将第一日志位置指示符与第二日志位置指示符进行比较，以确定辅助实例与主实例之间的兼容性; 将主日志链指纹（FP-P）与辅助日志链指纹（FP-S）进行比较，以确定辅助实例与主实例之间的兼容性; 并且当上述两个比较确定兼容性时，指示辅助实例与主实例兼容。

公开(公告)号：US20050098072A1

公开(公告)日：2005-05-12

申请号：US10704727

申请日：2003-11-10

申请人： Robert Mooney ,  David Mooney ,  Douglas Latulippe

发明人： Robert Mooney ,  David Mooney ,  Douglas Latulippe

IPC分类号： F23G5/00 ,  F23G5/14 ,  F23K3/00

CPC分类号： F23G5/004 ,  F23G5/14 ,  F23G2202/106 ,  F23N2033/08

摘要： An apparatus for the combustion of organic waste such as poultry litter/manure, cow manure and swine manure, and/or human waste, and/or biomass using a moving grate over a stationary perforated plate to convert organic waste into usable energy. The unprocessed fuel is fed into the combustion chamber through a feed hopper by a moving grate being continuously pulled over a stationary perforated plate. The raw fuel is metered using a guillotine gate apparatus to control the depth of the fuel bed on the moving grate. Temperature controlled combustion air is directed under the stationary perforated plate (under fire air) into discreet controllable under fire air zones to initiate and drive the combustion process. The stationary plate is sectioned to match the discreet under fire air zones with holes and/or slots (perforations) shaped and sized for proper under fire air distribution and pressure drop through the plate. The under fire air is forced through the stationary perforated plate up through the moving grate into the moving bed of fuel. Additional temperature controlled combustion air is directed above the fuel bed to the over fire air nozzles positioned at strategic locations in the combustion chamber for complete combustion and emission control. The moving grate continues to pull the combusted fuel (ash) out of the combustion chamber and deposits it into an ash collection chamber equipped with automatic ash removal system. A conventional heat recovery unit (i.e. boiler, air heater or similar) placed over the combustion chamber converts the heat from the combustion process into a usable product. A boiler produces steam for process purposes and/or to generate electricity.

摘要翻译： 一种用于燃烧有机废物如家禽垃圾/粪肥，牛粪和/或人类废物和/或生物质的装置，其使用移动的炉排在固定的多孔板上以将有机废物转化为可用能量。 未处理的燃料通过进料斗通过连续地拉过固定多孔板的移动炉排进入燃烧室。 使用闸刀门装置计量原料燃料以控制移动炉排上的燃料床的深度。 温度控制的燃烧空气被引导到静止的多孔板（在火焰空气下）在火力空气区域内可控的启动和驱动燃烧过程。 固定板被分段以匹配在空中空气区域下方的空洞和/或狭槽（穿孔），其形状和尺寸适于在正常的火焰空气分布和通过板的压降下进行。 下面的空气被迫穿过固定的穿孔板，通过移动的格栅进入燃料的移动床。 附加的温度控制的燃烧空气被引导到燃料床上方到位于燃烧室中的战略位置的过火空气喷嘴，用于完全的燃烧和排放控制。 移动的格栅继续将燃烧的燃料（灰分）从燃烧室中拉出，并将其沉积到装有自动除灰系统的灰尘收集室中。 放置在燃烧室上的常规热回收单元（即锅炉，空气加热器或类似物）将来自燃烧过程的热量转换成可用的产品。 锅炉产生蒸汽用于过程目的和/或发电。