METHOD OF FIRE PREVENTION IN PRESSURISED INHABITED FACILITIES, PRIMARILY SUBMARINES, AND DEVICE FOR ITS IMPLEMENTATION Russian patent published in 2015 - IPC A62C3/00 A62C2/00 

Abstract RU 2549055 C1

FIELD: fire safety.

SUBSTANCE: method comprises forming inside a facility of a hypoxic gas-air medium with the set initial low content of oxygen under normal pressure of hot water supply; the oxygen content is set depending on the type of the pressurised space. Monitoring is carried out by sensors of pre-alarm pre-fire state of the gas-air medium, and the pressure and oxygen content are adjusted if needed, in the specified period of time, by reducing the oxygen content and increasing the content of nitrogen or inert gas to the values of the concentration and pressure specified for this space, sufficient to detect and eliminate the causes of the pre-alarm state. After a series of measures the initial set value of oxygen content is reset at the normal pressure of hot water supply for each closed space of the pressurised facility. The device for implementing the method comprises a system control unit, a sensor assembly of controlling parameters of the gas-air medium and the assembly of cylinders with inert gas or a mixture of inert gases, it additionally comprises a sensor assembly of pre-alarm control, connected by information-control and pneumatic bonds, a regeneration unit of the gas-air medium, an assembly of cylinders with oxygen, an assembly of oxygen distributors, an assembly of high pressure air cylinders, an assembly of the gas-air medium purification with the filter of purification from mechanical impurities and the filter of purification from harmful chemicals and carbon oxide, an assembly of separation of air, an assembly of high pressure compressor, and a compartment control unit in each controlled space of the pressurised facility.

EFFECT: reduction of the risk of combustion and fire on submarines and other pressurised inhabited facilities by introducing pre-alarm monitoring and creation in them of the hypoxic gas-air media, with simultaneous creating the conditions for normal functioning of the submarine crew under conditions of an extended voyage.

18 cl, 4 dwg

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RU 2 549 055 C1

Authors

Petrov Vasilij Aleksandrovich

Budarin Sergej Nikolaevich

Mikhajlenko Vadim Sergeevich

Il'In Aleksandr Gennad'Evich

Ivanov Andrej Olegovich

Beljaev Viktor Fedorovich

Arsent'Ev Aleksandr Sergeevich

Mikheev Vladimir Alekseevich

Dates

2015-04-20Published

2014-03-06Filed