灭火系统

miè huǒ xì tǒnɡ
  • fire extinguisher system
灭火系统灭火系统
  1. 关于机车车辆采用自动灭火系统的设想

    Tentative Plan for Application of the Automatic Fire Extinguisher System on Locomotive and Rolling Stock

  2. 浅析火灾自动报警灭火系统设计与安装存在的问题

    Analysis on Design and Installation of Fire Autoalarm & Fire Extinguisher System

  3. 他们检查所有校园建筑,测试、维护所有喷水灭火系统、火警和灭火器。

    They inspect all campus buildings and test and maintain all sprinkler systems , fire alarms , and fire extinguishers .

  4. 基于PLC的水雾智能灭火系统研究

    The Research on the Intelligent Water Fog Sprinkler Based on PLC

  5. 细水雾灭火系统的PLC控制设计与实验

    Design & experiment of PLC control for water mist fire-extinguishing system

  6. 20辊冷轧轧机CO2自动灭火系统设计体会

    Design Experience of CO_2 Automatic Fire_ fighting System for 20_rool Cold Mills

  7. 基于GIS技术的矿区消防灭火系统设计

    Design of GIS-based Mine Fire Control System

  8. 谈低压CO2灭火系统生产和工程设计中存在的若干问题

    Talk on the problems in manufacture & engineering design of Low-pressure CO_2 extinguishing system

  9. 应用AHP进行气体灭火系统的优选

    The Application of AHP to Optimization of Gas Fire Extinguishing

  10. 基于CFD的三氟甲烷灭火系统运行规律研究

    Research for Operation Laws of Trifluoromethane Fire-extinguishing System Based on CFD

  11. 超大空间、超多防护区应采用低压二氧化碳(CO2)灭火系统。

    Ultra-large spaces and multi-protection areas should be protected by low pressure CO2 system .

  12. 第三章设计了固定式高压单相流细水雾灭火系统,并对其进行了灭A类火及B类火的标准消防试验。

    In chapter 3 , stationary single-fluid high-pressure water mist fire suppression system is designed and experimented with A type and B type fire protection standards .

  13. 本文介绍了以PLC为核心构建的细水雾灭火系统的自动控制原理和流程。

    Principle and process of automatic control on water mist fire-extinguishing system created based on PLC are instructed in the paper .

  14. 湿式自动喷水灭火系统的设计与施工典型报刊印刷车间CO2消防系统设计分析

    The Design and Construction of Wet Type Automatic Water Spraying Fire Extinguishing System CO_2 Fire Extinguishing System in Typical Newspaper Printing Workplace

  15. ⑵采用一套装置保护四个(或以下)防护区时,高压二氧化碳(CO2)灭火系统工程造价最低;

    If one set of the equipment is used to protect four ( or less ) areas , the high pressure CO2 system has the lowest engineering cost .

  16. 无人值守的防护区域采用低压CO2灭火系统,防止其较高灭火浓度对人体造成伤害。

    In the non guarded area , low pressure CO 2 gaseous fire extinguishing system would be better to avoid doing harm to people 's health from high concentration of carbon dioxide .

  17. 压缩空气泡沫系统(CAFS)是近年来出现并得以长足发展的一种高效泡沫灭火系统。

    The paper described a newly developed high performance compressed air foam systems ( CAFS ) .

  18. 文章全面介绍了新兴的低压CO2灭火系统的发展情况和发展趋势,比较了高压CO2灭火系统和低压CO2灭火系统的优缺点,为国内同行将来接触这种新技术提供借鉴。

    This paper introduces developing and tendency of marine low-pressure fire extinguishing system , gives comparison of advantages and shortages between high pressure and low-pressure CO 2 fire-extinguishing systems , which will become reference to accept this new technique .

  19. 七氟丙烷(FM-200)气体灭火系统工程设计参数及计算方法的研究

    Study on the Engineering Design Parameters and Calculation Method of FM-200 Gas Fire Extinguishing System

  20. 本文介绍CO2气体灭火系统在机械立体车库中的应用,重点介绍其中气体管路部分设计,并给出管网及各节点的计算参数。

    The paper introduces the application of CO 2 Gas Fire Extinguishing System to the Mechanical Three-dimensional Garage . Its focus is on the design of the gas pipeline . The calculation parameters of the pipe network and joint are also given .

  21. 该方法可直接输入语言变量,利用模糊定性和不确定信息或数据定量评价系统的故障风险,并以CO2自动灭火系统为例,详细阐述了该方法定量评价故障风险的全过程。

    Then a new fault risk quantitative analysis method for fireproof system , namely fuzzy deduction , is raised , this method can directly input language variables and can quantitatively evaluate system 's fault risk by taking use of fuzzy qualitative data and uncertainty information .

  22. 灭火系统类:ABC干粉、轻水、二氧化碳等系列,以及各类灭火器维修,维修许可证编号:WE195。

    Fire-extinguishing system class : ABC powder , light water , carbon dioxide and other series , and a variety of fire extinguisher maintenance , repair license number : WE195 .

  23. 在VN3上的标准设备包括一个防打滑刹车系统,核、生、化保护和一套火灾-检测和灭火系统。

    Standard equipment on the VN3 includes an anti-skid braking system , NBC protection and a fire-detection and suppression system .

  24. 本文首先建立了一套实验用压缩空气泡沫灭火系统(CAFS),研究表明:混合腔放置方向对成泡质量具有重要影响,此外混合腔采用同轴结构,并利用细小的混合颗粒时混合效果更加。

    The research show that the orientation of mixing chamber has a major impact on foam quality , and using coaxial mixing chamber with finer grains of the mixing bed usually produced better foam .

  25. 本文从消防安全入手,结合算例对《自动喷水灭火系统设计规范GB50084-2001》中仓储式超市的相关规定进行了研究。

    Combining with practical project , this paper advances step to make an analysis in the " code of design for fire sprinkler systems GB50084-2001 " from the security of bulk supermarket .

  26. 分析认为《自动喷水灭火系统设计规范》(GBJ84-85)和(GB50084-2001)中系统设计流量算式存在着不够完善或比较繁琐,且难实际操作的问题。

    The calculation formula to determine the design discharge in the Design Norms of Automatic Sprinkling System ( GBJ84-85 ) and ( GB50084-2001 ) are inadequate and complicated , and not easy to use .

  27. 用ESFR(快速响应,早期抑制)灭火系统替代传统系统来保护大空间、高堆积物以及火灾危险性大的场所是水喷淋系统发展的必要趋势。

    The system of early suppression-fast response ( ESFR ) sprinklers will be the substitution of the systems of traditional one ; it is the developmental uptrend , which can provide protection for warehouse storage of flammable accumulations .

  28. 关于高层自动喷水灭火系统几个注意的问题

    Some key problems for sprinkler system design in high rise building

  29. 广州地铁二号线气体灭火系统的选用及设计

    Gas Fire System Design for the Metro Line 2 in Guangzhou

  30. 建筑消防自动喷水灭火系统水力计算及其程序开发

    Hydraulic Computation and Program Exploitation of Building Fire Automatic Sprinkling System