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Evaluation of thermal imaging cameras used in fire fighting applications

机译:灭火应用中使用的热成像摄像机的评估

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摘要

Thermal imaging cameras are rapidly becoming integral equipment for first responders for use in structure fires. Currently there are no standardized test methods or performance metrics available to the users or manufacturers of these instruments. The Building and Fire Research Laboratory (BFRL) at the National Institute of Standards and Technology (NIST) is developing a testing facility and methods to evaluate the performance of thermal imagers used by fire fighters to search for victims and hot spots in burning structures. The facility will test the performance of currently available imagers and advanced fire detection systems, as well as serve as a test bed for new technology. An evaluation of the performance of different thermal imaging detector technologies under field conditions is also underway. Results of project will provide a quantifiable physical and scientific basis upon which industry standards for imaging performance, testing protocols and reporting practices related to the performance of thermal imaging cameras can be developed. The 1 background and approach that shape the evaluation procedure for the thermal imagers are the primary focus of this paper.
机译:热成像摄像机正在迅速成为第一个响应者的组成设备,用于结构火灾。目前,这些仪器的用户或制造商没有可用的标准化测试方法或性能指标。国家标准和技术研究所(NIST)的建筑和消防研究实验室(BFRL)正在开发测试设施和方法,以评估消防员使用的热成像仪的表现,以寻找燃烧结构中的受害者和热点。该设施将测试目前可用的成像仪和先进的火灾检测系统的性能,并用作新技术的试验台。在现场条件下,对不同热成像检测器技术的性能的评估也在进行中。项目的结果将提供可量化的物理和科学基础,该依据进行了成像性能,测试协议和与热成像摄像机性能相关的报告和报告实践的行业标准。为热成像仪进行评估程序的1背景和方法是本文的主要焦点。

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