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FIRE-PROTECTION METHOD FOR SMALL MANNED SUBMERSIBLE AND OTHER DEVICES FOR OCEANEERING AND ALSO SELF-CONTAINED SPACE OBJECTS

机译:小型掩埋式和其他设备的着火方法以及进近空间对象

摘要

FIELD: fire safety.;SUBSTANCE: fire-protection method for tightly sealed manned objects, mainly submarines, which are in the autonomous mode, includes the formation inside of each closed compartment of a sealed object of a hypoxic gas-air environment with a low oxygen content at a normal pressure of the gas-air environment. The oxygen content is set depending on the type of the tightly sealed compartment due to the time spent and the work intensity of crew members in it. An increased concentration of argon is created in the hypoxic gas-air environment, and the oxygen content in the compartments where the crew is absent or appear occasionally for a short time is created at a set level of 8 vol. %. In other compartments, where the personnel spend most of their time - at the level of 10-13 vol. %, in this case the concentration of argon is adjusted to the level of range of 1 vol. % in the atmosphere to the level of 25-35 vol. % in the hypoxic gas-air environment in all compartments. The argon content is maintained at a set level during the entire sealing time, if necessary adding it from high-pressure cylinders or another device. The oxygen content is maintained at a set level during the entire sealing period by the system of regeneration of a tightly sealed manned object or from another source.;EFFECT: reduction of the probability of ignition and fire due to a decrease of the oxygen content and preservation of the conditions for the normal life of the crew of a tightly sealed manned object under conditions of a longstanding tightness.;4 cl
机译:领域:防火:实质:处于密闭状态的载人物体(主要是潜艇)的防火方法,其处于自主模式,包括在每个封闭舱室内形成低氧气体环境的密封物体气体-空气环境的常压下的氧气含量。根据所用时间和其中工作人员的工作强度,根据密闭舱室的类型设置氧气含量。在低氧气体空气环境中会增加氩气的浓度,并且在设定为8体积的水平下会造成机组人员缺席或偶尔出现短时间的车厢内的氧气含量。 %。在其他车厢中,人员花费大部分时间-10至13卷。 %,在这种情况下,将氩气的浓度调节到1vol。%的水平。在大气中的百分比为25-35 vol。所有舱室缺氧气体环境中的%。在整个密封时间内,氩气含量保持在设定水平,如有必要,可从高压钢瓶或其他设备中添加。通过紧密密封的载人物体或其他来源的再生系统,在整个密封期间将氧气含量保持在设定水平。效果:由于氧气含量的降低而降低了着火和着火的可能性在长期密封的条件下,保持密闭载人物体船员正常生活的条件。; 4 cl

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