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    • 3. 发明授权
    • Method for modeling smoke propagation
    • 烟雾传播建模方法
    • US08082132B2
    • 2011-12-20
    • US11784697
    • 2007-04-09
    • Qing LiThomas A. Plocher
    • Qing LiThomas A. Plocher
    • G06G7/48
    • G09B23/10G08B31/00
    • A method and computer-readable medium for modeling smoke propagation in a structure are presented, along with applications of the method. A model is provided of a multiplicity of compartments within the structure, and the presence of a fire within a compartment is determined. The energy and smoke released by the fire is estimated, and smoke flows out of the compartment are determined. Each compartment having a smoke source is analyzed, individually, for the propagation of smoke. Each compartment is assumed to have a homogenous upper smoke layer and a lower cool air layer. The analysis includes a mass and energy balance to determine the change in characteristics of the upper smoke layer, where a known pressure for the lower cool air layer is used for the balance. For multiple smoke sources into a compartment, the contributions to the mass and energy balance of each smoke source are considered additive.
    • 提出了一种用于建模结构中烟雾传播的方法和计算机可读介质,以及该方法的应用。 在该结构内提供多个隔室的模型,并且确定隔室内的火焰的存在。 估计火灾释放的能量和烟雾,并确定烟雾流出隔室。 分别分析具有烟源的每个隔室用于烟的传播。 假设每个隔室具有均匀的上烟层和较低的冷空气层。 分析包括质量和能量平衡,以确定上层烟层的特性变化,其中下层冷空气层的已知压力用于天平。 对于隔室中的多个烟源,对每个烟源的质量和能量平衡的贡献被认为是添加剂。
    • 5. 发明授权
    • Time-dependent classification and signaling of evacuation route safety
    • 撤离路线安全的时间依赖分类和信号
    • US07683793B2
    • 2010-03-23
    • US11447639
    • 2006-06-06
    • Qing LiThomas A. Plocher
    • Qing LiThomas A. Plocher
    • G08B17/10
    • G08B7/062G08B7/066
    • An adaptive evacuation system and method for providing a safety route to evacuees. Active smoke and heat detector information can be obtained from a fire panel. Routes and exits in proximity to the active detectors are assumed to be unsafe and closed for use in evacuation. Evacuation planning is accomplished with the remaining “safe” routes. The progression of fire and smoke and the time-dependent degradation of evacuation route safety associated with progression of fire and smoke can be predicted and initial classification and signaling of route safety can be performed. As the fire progresses, the initial time-dependent classifications are updated and initially safe routes are reclassified as unsafe and then evacuation directions are modified.
    • 一种适应性撤离系统和方法,用于提供撤离人员的安全路线。 有效的烟雾和热量检测器信息可以从防火板获得。 靠近有源检测器的路线和出口被认为是不安全的并且关闭以用于撤离。 疏散计划是通过剩余的“安全”路线完成的。 可以预测火灾和烟雾的进展以及与火灾和烟雾进展有关的撤离路线安全性的时间依赖性退化,并且可以执行路线安全的初始分类和信令。 随着火灾进展,初始的时间依赖性分类被更新,最初的安全路线被重新分类为不安全的,然后修改疏散方向。
    • 6. 发明申请
    • Method for modeling smoke propagation
    • 烟雾传播建模方法
    • US20080248450A1
    • 2008-10-09
    • US11784697
    • 2007-04-09
    • Qing LiThomas A. Plocher
    • Qing LiThomas A. Plocher
    • G06G7/57
    • G09B23/10G08B31/00
    • A method and computer-readable medium for modeling smoke propagation in a structure are presented, along with applications of the method. A model is provided of a multiplicity of compartments within the structure, and the presence of a fire within a compartment is determined. The energy and smoke released by the fire is estimated, and smoke flows out of the compartment are determined. Each compartment having a smoke source is analyzed, individually, for the propagation of smoke. Each compartment is assumed to have a homogenous upper smoke layer and a lower cool air layer. The analysis includes a mass and energy balance to determine the change in characteristics of the upper smoke layer, where a known pressure for the lower cool air layer is used for the balance. For multiple smoke sources into a compartment, the contributions to the mass and energy balance of each smoke source are considered additive.
    • 提出了一种用于建模结构中烟雾传播的方法和计算机可读介质,以及该方法的应用。 在该结构内提供多个隔室的模型,并且确定隔室内的火焰的存在。 估计火灾释放的能量和烟雾,并确定烟雾流出隔室。 分别分析具有烟源的每个隔室用于烟的传播。 假设每个隔室具有均匀的上烟层和较低的冷空气层。 分析包括质量和能量平衡,以确定上层烟层的特性变化,其中下层冷空气层的已知压力用于天平。 对于隔室中的多个烟源,对每个烟源的质量和能量平衡的贡献被认为是添加剂。
    • 8. 发明申请
    • Time-dependent classification and signaling of evacuation route safety
    • 撤离路线安全的时间依赖分类和信号
    • US20070279210A1
    • 2007-12-06
    • US11447639
    • 2006-06-06
    • Qing LiThomas A. Plocher
    • Qing LiThomas A. Plocher
    • G08B29/00G08B25/00G06F19/00G01N33/48
    • G08B7/062G08B7/066
    • An adaptive evacuation system and method for providing a safety route to evacuees. Active smoke and heat detector information can be obtained from a fire panel. Routes and exits in proximity to the active detectors are assumed to be unsafe and closed for use in evacuation. Evacuation planning is accomplished with the remaining “safe” routes. The progression of fire and smoke and the time-dependent degradation of evacuation route safety associated with progression of fire and smoke can be predicted and initial classification and signaling of route safety can be performed. As the fire progresses, the initial time-dependent classifications are updated and initially safe routes are reclassified as unsafe and then evacuation directions are modified.
    • 一种适应性撤离系统和方法,用于提供撤离人员的安全路线。 有效的烟雾和热量检测器信息可从防火板获得。 靠近有源检测器的路线和出口被认为是不安全的并且关闭以用于撤离。 疏散计划是通过剩余的“安全”路线完成的。 可以预测火灾和烟雾的进展以及与火灾和烟雾进展有关的撤离路线安全性的时间依赖性退化,并且可以执行路线安全的初始分类和信令。 随着火灾进展,初始的时间依赖性分类被更新,最初的安全路线被重新分类为不安全的,然后修改撤离方向。