Fuel supply system and real fire simulation generation device

Abstract

The invention relates to a fuel supply system comprising a high pressure nitrogen cylinder group, a pressurization buffer tank and a fuel storage tank. The high pressure nitrogen cylinder group is connected with the fuel storage tank through the pressurization buffer tank. A fuel adding port is arranged on the fuel storage tank, a fuel outlet is arranged on the bottom part and the fuel storage tank is connected with a fuel supply pipeline. The fuel supply system also comprises a blowback pipeline which is used for blowing down the residual fuel in the fuel supply pipeline. The gas inlet end of the blowback pipeline is connected with the high pressure nitrogen cylinder group or the pressurization buffer tank, the gas outlet end is connected with the fuel supply pipeline, and at least one stop valve is arranged between the gas inlet end and the gas outlet end. The invention also relates to a real fire simulation generation device equipped with the fuel supply system. The real fire simulation generation device further comprises a long flame real fire generation device, an atomizing medium supply system, a remote control ignition device and a remote control system controlling the system and the devices to operate.

Description

technical field [0001] The invention relates to a fire-fighting equipment, in particular to a fuel supply system and a real fire simulation generating device. Background technique [0002] With the rapid development of the national economy, a large number of new energy, new materials, and new products have emerged, and fires in special environments such as oil and gas pipeline leakage explosions, aircraft shelters, and subway fires have occurred frequently, causing serious damage to the people's economy and lives. harm. Therefore, while strengthening fire prevention work, it is imperative to improve the firefighting skills of firefighters and soldiers, improve the operational efficiency of the firefighting process, especially in the face of extreme fire situations such as flashover and deflagration, and minimize the loss of life and property. matters of great importance. [0003] In recent years, the public security fire brigade has imported and equipped a large number of ...

AI Technical Summary

Problems solved by technology

[0004] In the traditional daily fire-fighting training programs of fire officers and soldiers, most of them use burning objects to create real scenes. The preparation work before and after training is heavy, and it is not easy to carry out repeated training. Moreover, a large amount of black smoke is generated during the burning process, which pollutes the environment and affects the appearance of the city and the city. Residential life

In addition, the above-mentioned conventional simulation training is far from extreme situations such as aircraft cabin and subway fires, oil and gas oil pipeline leakage fires, etc., and is not enough to fundamentally improve the ability of firefighters to deal with extreme fires

The existing fuel supply system is difficult to output high-pressure fuel stably, and after use, there is a lot of fuel remaining in the pipeline, which is likely to cause safety hazards

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