hydrant stem

Overpressure of fire hydrant and its solution measures;

室内消火栓超压与解决措施的探讨

Analysis of mathematic model in indoors fire hydrant systems;

室内消火栓给水管网的数学模型分析

Approaching to the way or water supply of indoor fire hydrant for high-rise building;

高层建筑室内消火栓系统给水方式探讨

Marine flanged fire hydrants

GB/T2032-1993船用法兰消火栓

California-type hydrant

加利福尼亚式消火栓

direct hose stream

(消火栓有足够的压力

SIMPLIFIED OPERATION OF COUNTING WATER PUMP VOLUMES OF INDOOR HYDRANT AND HYDRAULIC PRESSURE OF THE HYDRANT' S MOUTH

室内消火栓出水量及栓口所需水压的简化计算

Calculation of Pressure Reducing Orifice before the Hydrant in High Rise Building

高层建筑消火栓前减压孔板计算探讨

Sample of GIS Program in Firefighting;

基于组件的消火栓档案GIS开发实例

On Three Types of Fire Water Supply System for Multi-floor Building

多层建筑消火栓给水系统形式的探讨

a large hose that carries water from a fire hydrant to the site of the fire.

一种把水从消火栓旁把水引向火灾地点的大管。

Choice of Fire Water Pumps in the Water Supply System of Fire Hydrant inside Houses;

浅谈室内消火栓给水系统中消防水泵的选择

This paper expounds some principles that should be followed in the model selection of the outdoor fire cock, and introduces the erection design of the outdoor fire cock.

阐述了室外消火栓选型时应遵循的原则,介绍了室外消火栓的安装设计。

Studies on Optimizing Design of Hydrant Ringed Water Supply Inside Buiklings;

建筑内部消火栓环状给水系统设计优化的研究

Design and Calculation for Water Supply System of Fire Hydrant in High-rise Building

高层建筑室内消火栓给水系统设计计算

Analysis of Common Problems in Determination of Arrangement Distance of Indoor Fire Hydrant

确定室内消火栓布置间距的常见问题分析

Briefly Analyzing Differences about Design of Hydrant Water Supply System in Chinese and American Fire Fighting Codes

浅析中美两国消防规范中消火栓给水系统设计的差异

Study on Disposal Scheme of Preventing Congealment of Indoor Hydrant Pipe in the Second Architectural Climate Area

第II建筑气候区室内消火栓管道防冻布置方式研究

Depending on the best conforming to the national economical level, the automatic sprinkling fire system( ASS) will be the leading to replace the hydrant fire system for multi-story building in this country.

根据我国现状提出多层建筑消防宜以自动喷水灭火系统为主替代以消火栓灭火系统为主的观点。

In most municipal systems hydrants are connected to the drinking water system except during period of extreme water shortage.

在大多数城市的给水系统中，除开非常缺水的时期外，消火栓都与饮用水系统相连。

This practice has certain limitation and cannot give full play to the substantial water columns of hydrants.

本文提出充实水柱可以大于规范要求的最小充实水柱，减少消火栓的设置数量。