首页> 外文期刊>Environmental engineering and management journal >APPLICATION OF THERMO-VISION SYSTEMS DURING INTERVENTION AND RESCUE ACTIVITIES IN TOXIC, FLAMMABLE AND EXPLOSIVE ENVIRONMENTS
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APPLICATION OF THERMO-VISION SYSTEMS DURING INTERVENTION AND RESCUE ACTIVITIES IN TOXIC, FLAMMABLE AND EXPLOSIVE ENVIRONMENTS

机译:热视觉系统在有毒,易燃和易爆环境中的干预和救援活动中的应用

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摘要

The success of rescue in toxic, flammable and explosive environments can accurately be quantified by the number of injured caught at the event that occurs, identified, reanimated and transported safely to the nearest hospital or point of granting the first aid. Unfortunately, in most cases, the area where these activities are developed, research is more or less accessible due to the presence of smoke, toxic or explosive gases or lack of visibility. For this reason, most often we are witnessing a rescuer's specific oversized resource consumption in an attempt to identify and locate accident victims in areas without visibility or with hazardous atmosphere. Application of thermo-vision systems allow the localization of victims from industry accidents, aiming to the efficient rescue operation with low costs and risks, for both injured and the rescuers involved in such areas.
机译:在有毒,易燃和爆炸性环境中的抢救成功可通过发生,识别,恢复生命并安全运送到最近的医院或急救点的事件中受伤人数准确地量化。不幸的是,在大多数情况下,开展这些活动的地区或多或少由于烟雾,有毒或爆炸性气体的存在或缺乏能见度而无法进行研究。因此,我们通常会目睹救援人员特定的超大型资源消耗,以试图识别和定位在看不见或有危险环境的区域中的事故受害者。热像仪系统的应用使工业事故中的受害者得以本地化,旨在为涉及这些地区的受伤人员和救援人员提供低成本,高风险的有效救援行动。

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