1) hydrant discarding
消火栓排放
2) Fire Hydrant
消火栓
1.
Overpressure of fire hydrant and its solution measures;
室内消火栓超压与解决措施的探讨
2.
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
3.
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
3) fire cock
消火栓
1.
Combined with fire protection code in architecture design and actual situation of Yangquan city the matters needing attention in fire fighting design in multistory buildings are discussed according to the distribution of fire cock, pump adapter in high pressure system and other aspects.
结合建筑设计防火规范和阳泉市实际情况 ,探讨了多层住宅的消火栓布置 ,底商住宅的定性问题 ,常高压系统水泵接合器的设置等几个消防设计中值得关注的问题 ,使设计人员更透彻地理解规范 ,设计出更实用的消防设计方
2.
According to fire control standard,it introduces water supply for fire control of commercial building from selection of fire pump、fire cock、collocation of spraying systematical water pump and selection of fire rolling screen,which to perfect design of fire control.
按照现行消防规范要求,结合设计经验,从消防水泵的选用、消火栓、喷淋系统水泵的设置、防火卷帘的选用等方面介绍了商业建筑消防给水设计的几点看法,以使消防设计更加完善合理、灭火有效。
4) hydrant
[英]['haɪdrənt] [美]['haɪdrənt]
消火栓
1.
Probing into Supply Water Way of Hydrant in High Building;
高层建筑消火栓供水方式探讨
2.
The author introduces the theoretical definition of the underground garage and the content in the water supply and drainage design,discusses how to reasonably carry out the water supply and drainage design and the fire protection design in the underground garage design,puts forward the concrete drainage method,describes the arrangement of the hydrant and the nozzle in the fire protection design.
介绍了地下汽车库的理论定义及进行给排水设计时包含的内容,探讨了在地下汽车库设计中如何合理地进行给水、排水及消防设计,提出了具体的排水方式,并对消防设计中消火栓、喷头的布置形式进行了阐述。
3.
A new idea is proposed for calculation of the protective radius of hydrants, and through comparison of the practical example with the conventional way of calculation, the difference between the two ways is analyzed, which can be a reference for determination of the interval of hydrant layout in engineering design.
就消火栓保护半径提出了新的计算思路,并对实例与传统计算方法进行比较,分析两种计算方法的差异,为工程设计中消火栓布置间距的确定提供参考。
5) dry hydrant
干消火栓
6) fire hydrant chamber
消火栓井
补充资料：《大气污染物综合排放标准》(GB16297—1996)
《大气污染物综合排放标准》(GB16297—1996)
Integrated Emission Standard of Air Pollutants
、产切‘沪，‘，丫lO闪iwuronwuZonghe而而ngBicozhun《大气污染物综合排放标准)( GB 16297一19%)(加吨哪翻召动‘3fon及翔舰么rd ofA介护bll~)该标准于1卯7年l月1日起实施，是在原有工业“三废”排放试行标准废气部分和有关行业大气污染物排放标准的基础上制定，在技术内容上与原有各标准有一定的继承关系，亦有相当大的修改和变化。规定了二氧化硫、氮氧化物、颗粒物等33种大气污染物的排放限值，其指标体系为最高允许排放浓度、最高允许排放速率和无组织排放监控浓度限值。大气污染物综合排放标准主要控制对象为工业生产过程中排放的工艺尾气。按照综合性排放标准与行业性排放标准“不交叉执行”的原则，除锅炉、工业炉窑、火电厂、炼焦炉、水泥厂、恶臭物质、机动车执行各自的大气污染排放标准外，其他大气污染物排放均执行本标准。 (葛大陆膝静)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条