发明名称 Model-based egress support system
摘要 A model-based egress support system (10) employs models to generate an optimal egress route for occupants in a region. The system includes an egress controller (16) that is connected to receive detection data. The egress controller (16) executes an optimization algorithm (22) to select an egress route based on model-based egress estimates generated by an egress prediction model (18) in response to the detection data.
申请公布号 US9109896(B2) 申请公布日期 2015.08.18
申请号 US200712733756 申请日期 2007.09.20
申请人 UTC FIRE & SECURITY CORPORATION 发明人 Banaszuk Andrzej;Shishkin Sergey;Narayanan Satish;Tomastik Robert N.;LaBarre Robert E.;Hariharan Nathan S.;Detriche Philippe
分类号 G08B25/01;G01C21/00 主分类号 G08B25/01
代理机构 Cantor Colburn LLP 代理人 Cantor Colburn LLP
主权项 1. An egress support system comprising: an input operably connected to receive a first occupant detection data, a second occupant detection data from an occupant detection device, and threat location data from an threat detection device; a threat propagation estimator operably connected to the input, the threat propagation estimator executes a threat propagation algorithm that generates a threat propagation estimate based on the received threat location data and a model-based threat propagation estimate generated by a threat propagation model; an egress controller operably connected to the input and including an optimization algorithm and a prediction model, wherein the threat propagation estimate is provided to the egress controller, and wherein the egress controller executes the optimization algorithm to select an optimal egress route based on model-based estimates generated by the prediction model in response to the first occupant detection data and the threat propagation estimate, and an alternate route based on model-based estimates generated by the prediction model in response to the second occupant detection data and the threat propagation estimate; and an output operably connected to communicate the optimal egress route and the alternate route selected by the optimization algorithm, wherein the output is operably connected to provide control instructions generated by the egress controller based on the selected optimal egress route to occupant-based egress instructional devices that direct first occupants along the selected optimized egress route, and wherein the output is operably connected to provide control instructions generated by the egress controller based on the selected alternate egress route to occupant-based egress instructional devices that direct second occupants along the selected alternate egress route.
地址 Farmington CT US
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