Intelligent nitrogen-fine water mist system for lowering implosion damage and subsequent combustion of naval ship

Abstract

The invention relates to the technology of nitrogen-fine water mist explosion suppression, in particular to an intelligent nitrogen-fine water mist system for lowering implosion damage and subsequentcombustion of a naval ship. The intelligent nitrogen-fine water mist system includes a water tank, a water pump, a base, a high-pressure nitrogen bottle set, a control valve, an intelligent control table, a cabin, a water-mist concentration monitor, a nitrogen concentration monitor, an acceleration sensor, a two-phase flow nozzle a and a two-phase flow nozzle b, wherein the water-mist concentration monitor, the nitrogen concentration monitor, the acceleration sensor, the two-phase flow nozzle a and the two-phase flow nozzle b are arranged on the cabin, the two-phase flow nozzle a and the two-phase flow nozzle b are connected to the water pump through a water pipe, the water pump is connected to the water tank through a water pipe and fixed to the base, the two-phase flow nozzle a and the two-phase flow nozzle b are connected to the control valve through an air pipe, the control valve is connected to the high-pressure nitrogen bottle set through an air pipe, the water pump, the controlvalve, the water-mist concentration monitor, and the nitrogen concentration monitor and the acceleration sensor are connected to the intelligent control table through wires.

Description

technical field [0001] The invention relates to nitrogen-water mist explosion suppression technology, in particular to an intelligent nitrogen-water mist system for reducing implosion damage and subsequent combustion of ships. Background technique [0002] With the rapid development of anti-ship missile technology, its flight mode is mostly horizontal and sea-skimming. The concealment and hit accuracy have been greatly improved, and ships will also face increasingly Harsh threat of attack. At present, the anti-ship missile with the highest adoption rate in various countries is the semi-armor-piercing implosion warhead. Burning violently in the cabin space, the high temperature, high-speed fragments and shock waves generated caused huge damage to the interior of the ship. [0003] In response to anti-ship missile attacks, modern large surface ships need additional protection for some compartments, such as important compartments such as ammunition compartments and compartmen...

AI Technical Summary

Problems solved by technology

At present, the anti-ship missile with the highest adoption rate in various countries is the semi-armor-piercing implosion warhead. Burning violently in the cabin space, the high temperature, high-speed fragments and shock waves generated will cause huge damage to the interior of the ship

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