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Hydrant system design mainly includes the design of the outdoor hydrant and indoor hydrant system. Determining the quantity of outdoor fire hydrant, for indoor fire hydrant system, selection of caliber hydrant is 65mm, the water gun nozzle is 19mm, diameter is 65m, and length of rubber lined hose is 25m. The hydraulic calculation includes water column, fire protection, hydrant water gun nozzle radius, pressure, water jet flow resistance loss, hydrant mouth required water pressure, water tank .etc.
Selection of Automatic sprinkler system is wet type automatic water spraying fire extinguishing system. According to the standard, it belongs to the risk level of class I. The
design of each room is rectangular nozzle layout. In each room according to its length, width, the nozzle number, the nozzle location to determine the layout of its pipeline.
Automatic fire alarm and linkage control technology is a comprehensive technology of fire protection, which is a modern automatic fire fighting technology and an important component of the emerging technology subject. Design of automatic fire alarm system is an important aspect in the fire protection design of building. It relates to the automatic fire alarm system type selection, fire detection method, fire detector selection, system design, fire equipment and fire linkage control of distribution system and other aspects. The selection of smoke fire detectors is according to the mall building characteristics, and according to the installation spacing limit curve chart determine the distance between the probe, thereby determine the layout principle.
This design mainly involves the standard" code for fire protection design of buildings" GB50016-2014, for design of automatic fire alarm system," GB50116-2013" code for design of sprinkler systems" GB50084-2001," code for fire protection design of civil air defiance works". Main references of The design includes" building fire protection design handbook"," automatic water spraying fire extinguishing system design manual", building fire protection technology" and other books, and a large number of books in the Library Journal, many fire engineering design data, a large amount of information and knowledge collected from web they finally making completion of the high-rise arcade building fire protection design.
目录
1绪论 1
1.1本文的研究背景与意义 1
1.1.1近年来我国火灾事故数据统计 1
1.1.2 近年来商场综合楼火灾事故案例 2
1.1.3 本文研究的意义 2
1.2 国内外研究现状 3
1.2.1 国内研究现状 3
1.2.2 国外研究现状 3
1.3 课题研究内容 4
2 商场综合楼火灾隐患分析 5
2.1以商场为主体的综合楼火灾特点 5
2.2以商场为主体的综合楼存在的消防安全问题 6
2.3 LEC法分析某商场消防隐患 7
2.3.1 LEC法介绍 7
2.3.2 量化分值标准 7
2.3.3 风险分析 8
2.3.4 LEC法分析商场综合楼火灾隐患风险 8
2.4 PHA法分析某商场消防隐患 9
2.4.1 PHA法介绍 9
2.4.2 PHA法分析商场综合楼火灾隐患风险 10
2.5 商场综合楼火灾发展阶段 10
2.5.1初始增长阶段 10
2.5.2充分发展阶段 11
2.5.3猛烈阶段 11
2.5.4下降或熄灭阶段 11
2.6商场综合楼火灾蔓延途径 11
2.6.1水平方向蔓延 11
2.6.2通过竖井蔓延 12
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