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    • 6. 发明申请
    • FIRE AND EXPLOSION SUPPRESSION
    • 消防和爆炸抑制
    • WO2002078788A2
    • 2002-10-10
    • PCT/GB2002/001495
    • 2002-03-28
    • KIDDE PLCDUNSTER, Robert, GeorgeDAVIES, Simon, JamesLADE, Robert, JamesGRIGG, Julian
    • DUNSTER, Robert, GeorgeDAVIES, Simon, JamesLADE, Robert, JamesGRIGG, Julian
    • A62C5/00
    • A62C5/008A62C5/002
    • A fire and explosion suppression system comprises a source (5) of high pressure water which is fed to a misting nozzle (13) or other water mist generating means at one input of a mixing unit (6), and a source (14) of high pressure inert gas, such as nitrogen, which is fed along a pipe (20) to another input of the mixing unit (6). Inside the mixing unit (6), water mist, in the form of an atomised mist of very small droplet size is mixed with the pressurised gas and exits the mixing unit (6) at high pressure and high velocity along a pipe (22) and is thence discharged through spreaders (26, 28). Separation of the mist production from the actual discharge of the mist, and the entraining and transporting of the mist between these two stages at high pressure and high velocity, produces an output mist of very small droplet size which is carried by the entraining and transporting high pressure gas into the area to be protected, enabling a total flooding capability.
    • 一种消防和爆炸抑制系统,包括一个高压水源(5),该源(5)被供给到混合单元(6)的一个输入处的喷雾喷嘴(13)或其它水雾发生装置,以及源 高压惰性气体,例如氮气,其沿着管道(20)输送到混合单元(6)的另一输入端。 在混合单元(6)的内部,将雾滴非常小的雾化水雾与加压气体混合,并以高压和高速沿着管道(22)离开混合单元(6),并且 通过吊具排出(26,28)。 雾气的生成与雾的实际分离以及高压和高速下的这两个阶段之间的雾的夹带和输送产生了非常小的液滴尺寸的输出雾,其通过夹带和输送高 压力气体进入要保护的区域,实现全面的淹水能力。
    • 7. 发明申请
    • FIRE AND EXPLOSION SUPPRESSION AGENT
    • WO2002078790A3
    • 2002-10-10
    • PCT/GB2002/001476
    • 2002-03-28
    • KIDDE PLCGRIGG, Julian
    • GRIGG, Julian
    • A62D1/00
    • A fire or explosion suppression system comprises a source (30) of a liquid suppressant under pressure, and a source (32) of an inert gas under pressure. The liquid suppressant is a chemical substance having a low environmental impact, with a short atmospheric lifetime of less than 30 days. The inert gas may be nitrogen, carbon dioxide, argon, neon or helium or mixtures of any two or more of them. The suppressant and the inert gas are fed under pressure to an output unit (34) comprising a mixing chamber in which the liquid and the gas impinge to produce a mist of the liquid suppressant of very small droplet size which is entrained in the pressurised gas together with vapour from the liquid, the so-entrained mist and vapour and the gas being discharged by a nozzle (44) into an area to be protected. The mist and vapour are therefore carried by the entraining and transporting high pressure gas into regions of the areas to be protected, enabling a total flooding capability. The inert gas also performs a fire or explosion suppressing capability.