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Study of the 'lifeline' as the measure allowing for safe self-rescue of miners in conditions of lack of visibility caused by underground fire

机译:研究“生命线”作为缺乏地下火灾缺乏可见性的矿工安全自救的措施

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The article presents statistical data regarding the evacuation of miners affected by underground fire hazards. The data indicates that the hazard remains considerable. Due to the increasing lengths of escape routes, measures should be introduced in the longwall regions, which shall improve the safe evacuation of miners, especially in conditions of highly limited visibility or the lack thereof. Within the research project No. 12, entitled: 'The development of orientation systems and systems for signalling the direction of crew withdrawal for escape routes in longwall gates', which is a part of the Strategic Research Project entitled 'The improvement of work safety in mines' financed by the National Centre for Research and Development, a 'lifeline' was designed - that is, a measure that is very effective in the evacuation of staff. Subsequently, tests of time of passage were conducted in the 'Krupinski' coal mine in conditions of lack of visibility. The tests have confirmed the suitability of the 'lifeline' as the measure used for orientation towards the correct direction of evacuation, which increases the pace and the confidence while travelling through the escape route. The mean speed of passage through the heading with an upwards inclination of 11° was 22 m/min, while in case of a nearly horizontal longwall gate, it was 39 m/min.
机译:本文介绍了有关受地下火灾危害影响的矿工疏散的统计数据。数据表明危险仍然存在相当大。由于逃生路线的长度增加,应该在工作面区域,其中应提高矿工的安全疏散,尤其是在高能见度有限的条件或缺乏其推出的措施。在研究项目中,题为:“用于发信号通知逃离路线的方向系统和系统的方向系统和系统的开发,这是战略研究项目的一部分,题为”改善工作安全矿山由国家研发中心提供资金,设计了一个“生命线” - 即措施,在撤离员工方面非常有效。随后,在缺乏可见性的条件下在“克鲁普基”煤矿中进行了一段时间。该试验证实了“生命线”作为用于正确疏散方向的措施的措施,这增加了逃逸路线行驶时的速度和信心。通过11°向上倾斜度的通道的平均速度为22米/分钟,而在几乎水平的长壁栅极的情况下,它为39米/分钟。

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