信息化消防灭火装备的研究与开发
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摘要
针对目前消防救援领域信息化、集成化的迫切需求,确定了信息化消防灭火装备的整体实施方案,并完成了无线通讯模块、流体发电模块、寻迹消防水带的设计。在国标要求的条件下通过现场测试,结果表明:该信息化消防灭火装备完全满足设计要求,验证了该装备在实际使用中的可行性和稳定性。
In view of the urgent need for informationization and integration in the field of fire rescue, the overall implementation plan of informationized fire-fighting equipment is determined. The design of wireless communication module, fluid power generation module and tracing fire hose is completed. The field test is carried out under the national standard conditions. The results show that the information fire-fighting equipment fully meets the design requirements and verifies the feasibility and stability of the equipment in actual use.
In view of the urgent need for informationization and integration in the field of fire rescue, the overall implementation plan of informationized fire-fighting equipment is determined. The design of wireless communication module, fluid power generation module and tracing fire hose is completed. The field test is carried out under the national standard conditions. The results show that the information fire-fighting equipment fully meets the design requirements and verifies the feasibility and stability of the equipment in actual use.
引文
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[2]莫耀东,徐学军,史艳霞.建筑消防电源与配电的常见问题及改善措施[J].消防科学与技术,2000,19(4):24-25.
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[4] PARK J H,KIM B W,PARK D J.A System Architecture of Wireless Co mmunication for Fire-Fighting Robots[C]//IFAC Proceedings Volumes.2008:5303-5307.
[5]郑道昌,王炳辉,包雄关,等.船舶消防通讯存在的缺陷与对策[J].航海技术,2001(5):33-34.
[6] TANAKA M,MURAKAMI T,OKUNO Y.Plasma Fluid Flow Behavior and Power Generation Characteristics in a HighTemperature Inert Gas Plasma Faraday MHD Generator[J].Electrical Engineering in Japan,2016,194(2):46-53.
[7]李冉冉,刘磊,冯怡然.自发光消防水带:205699038U[P].2016-11-23.
[8]刘磊.快插式防脱免扎水带接口:2015104909925[P].2015-12-16.
[9]刘磊.卡式防脱免扎水带接口:2015104909910[P].2015-12-16.
[10]陶学恒,崔志侃,冯怡然,等.快插式防脱消防水带接口设计分析[J].消防科学与技术,2016(8):1113-1116.