住宅给水排水新技术研究
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摘要
随着住宅产业的发展和人民生活水平的提高,传统住宅所提供的功能已不能满足人们的需要,为了适应新的要求,一些新的住宅设计方法应运而生。在建筑给水排水方面,主要表现为水表抄表系统和厨卫排水方式的变革、消火栓系统和自动喷淋灭火系统的不断完善以及直饮水系统的出现。本文将主要对这几个方面进行总结和探讨。
    (1)水表抄表系统 对水表安装的发展史和户外抄表系统进行总结,重点探讨了自动抄表系统中的智能IC卡水表系统、分线制集中抄表系统、总线制智能抄表系统和无线抄表系统以及各自的组成、优缺点和适用范围,并分析了自动抄表系统的使用现状和发展趋势,针对性提出了管理建议。
    (2)住宅卫生间、厨房排水方式 提出合理解决卫生间、厨房排水方式势在必行,对垫高卫生间地面敷设排水管的排水方式、后排水方式和下沉卫生间楼面敷设排水管的排水方式进行探讨和总结。在工程实例中,提出了一种新的下沉式排水方式,彻底解决了目前下沉式作法的下沉空间积水排除问题。
    (3)高层住宅消防给水系统 对高层普通住宅和商住楼在消防给水系统上的要求进行比较,从消火栓给水系统设施设置、自动喷淋灭火系统供水方式、车库和发电机房灭火系统和贮水池等方面对高层住宅消防给水系统进行分析和总结,探讨安全可靠、经济实用的系统做法,以供今后类似系统设计参考。
    (4)住宅喷淋灭火系统 从住宅喷淋灭火系统的发展历史、系统类型、给水方式、组成和设计计算的基本要求等方面进行总结和探讨,分析了住宅喷淋灭火系统的应用前景并根据我国目前的经济条件和住宅产业的发展趋势提出了相应的建议。
    (5)高层建筑直饮水系统 对直饮水的处理技术和处理工艺流程进行总结,从直饮水系统的管网布置、供水方式、系统计算和供水管材选择等方面对高层建筑直饮水系统进行总结和探讨,根据目前国内直饮水现状提出了相应的管理建议。
With the development of residential industry and the improvement of people living level, the functions of conventional residential buildings do not meet people's needs any more, which leads to the application of many new design methods of residential buildings. As far as the water supply and drainage of buildings are concerned, these new developments include the reformation of water meter reading systems and drainage way of toilet and kitchen, the improvement of hydrant systems and automatic sprinkler systems, the application of drinking water systems. This dissertation will focus on these changes and deliver some summaries and discussions about them.
    (1) Water meter reading system In this chapter, the history of water meter installation and the outdoor water meter reading systems are introduced. IC water meter system, automatic meter reading system with individual collector and concentrator, automatic meter reading system with integration of collector and concentrator, radio reading system and their components, merits, shortcomings and scope of applications are discussed. The current situation and developing tendency of application of automatic meter reading system are analyzed. Some suggestions on management of automatic meter reading systems are put forward.
    (2) Drainage way of toilet and kitchen of residential building In this chapter, the necessity of reformation of drainage way of toilet and kitchen are presented. Drainage way with floor blocked up, drainage with back outlet sanitary facilities and drainage with floor descended are discussed and summarized. A new drainage way with floor descended is introduced which solves the problem of seeper drainage.
    (3) Fire water supply systems of high-rise residential buildings In this chapter, the requirements on fire water supply systems of common high-rise residential buildings and of business-living buildings are compared. Fire water supply systems of high-rise residential buildings including their facilities installation of hydrant systems, water supply of sprinkler systems, sprinkler systems of garage and power room and reservoir designs are analyzed and summarized. Safe and economical systems are discussed as a reference to similar systems.
    (4) Residential sprinkler systems The history, system styles, water supplies, system components and requirements of design calculations of residential sprinkler systems are presented. The prospect of application of residential sprinkler systems is
    
    analyzed. Some suggestions on residential sprinkler systems based on current economic conditions and developing tendency of residential industry are put forward.
    (5) Drinking water systems of high-rise buildings Treatment techniques and treatment processes of drinking water are summarized. Piping designs, water supplies, system calculations and selection of water pipe of drinking water systems are discussed. Some suggestions on management of drinking water based on current situation of drinking water are put forward.
引文
[1] 朱立彤,智能化住宅小区电、水、煤气自动计量计费系统,工程设计CAD与智能建筑,1999,No.5:15-17,40
    [2] 谭章荣,“一户一表与水表出户”的设计方案,中国给水排水,2000,Vol.16,No.1:40-41
    [3] 刘玉春,新加坡水表管理的启示,中国给水排水,2001,Vol.17,No.5:62-64
    [4] 秦邵冬,能源计量系统与远传水表在给排水设计中的应用,给水排水,1999,Vol.25,No.3:71-72
    [5] 王杉,关于“一户一表”,给水排水,2000,Vol.26,No.5:45-47
    [6] 胡桃,IC卡预付费水表的应用与优化设计,给水排水,2002,Vol.28,No.2:76-79
    [7] Dane Ehrich,A Guide to Metering Technologies,ASHRAE Journal,2001,No.10:33-36
    [8] Geoff Lawlor,Streams of data from remote water meters,Water Services,2001,No.10:16-17
    [9] 张恺,李祥珍等,自动抄表系统应用模式的探讨,电网技术,2001,Vol.25,No.5:41-45
    [10] 李红卫,玄惠萍,自动抄水表系统现状及发展动向,中国计量,2001,Vol.63,No.2,39-40
    [11] 陈学军,耗能表户外计量自动抄表系统,www.gpszx.net
    [12] 玄惠萍,李红卫,孙军,深圳市远程抄表系统现状及管理建议,www.waterchina.com
    [13] 微总线远传水表读数系统,www.invensysmeters.com.cn
    [14] 张亚雄,智能IC卡水表及发展前景分析,www.waterchina.com
    [15] 王朝洪,宋文军,居民用电自动抄表技术方案分析与比较,山东电力技术,1998,No.5,1-4
    [16] 赵基兴,建筑给排水实用新技术,同济大学出版社,2000
    [17] 刘德明,住宅卫生间排水管道敷设,住宅科技,2001,No.1:26-29
    [18] 蔡小平,住宅卫生间排水设计,住宅科技,2001,No.10:5-7
    [19] 陈光,几种改进型卫生间简介,给水排水,2000,Vol.26,No.10:60-62
    [20] 石苏生,深圳华侨高层住宅卫生间排水方式浅析,给水排水,2000,Vol.26,No.12:54-56
    [21] 钟晓武,住宅厨房卫生间管道设计的改进,住宅科技,2000,No.10:11-13
    [22] 住宅设计规范(GB50096-1999)
    [23] 赵锂,住宅建筑给水排水设计,给水排水,2000,Vol.26,No.7:44-47
    [24] 黄冠阜,孙伟,复式住宅的给排水设计,给水排水,2001,Vol.27,No.4:63-67
    
    
    [25] 李天荣,何少林,兰为平,高层住宅消防给水系统设计探讨,给水排水,2002,Vol.28,No.8:80-82
    [26] 李天荣,朱跃强,周忠民,高层建筑常高压自动喷水灭火系统设计探讨,给水排水,1999,Vol.25,No.8:58-59
    [27] 王红玉,从消防角度探讨高层商住楼的定义和分类,消防技术与产品信息,1999,No.2:41
    [28] 王春雷,消防水泵结合器设计中的几个问题,中国给水排水,2000,Vol.16,No.12:43-44
    [29] 陈芬,建筑室内消火栓设计探讨,给水排水,2000,Vol.26,No.5:55-56
    [30] 高层民用建筑设计防火规范(GB50045-95)(2001年版)
    [31] 杨琦,住宅自动喷水灭火系统,给水排水,2001,Vol.27,No.4:72-73
    [32] BS DD 251:2000,Sprinkler systems for residential and domestic occupancies—Code of practice
    [33] Background Information,www.firesprinklers.org.uk
    [34] 自动喷水灭火系统设计规范(GB50084-2001)
    [35] 李玉荣,优质直饮水设计秒流量公式的探讨,给水排水,1998,Vol.24,No.7:51-52
    [36] 李玉荣,优质直饮水设计秒流量公式的再探讨,给水排水,2002,Vol.28,No.5:66
    [37] 李田,刘遂庆,分质供水解决城市饮用水水质问题的局限与作用探讨,给水排水,1999,Vol.25,No.2:4-8
    [38] 陆荣海,朱研,浅议优质饮用水工程的设计,给水排水,1999,Vol.25,No.2:50-51
    [39] 沈健,纯水输送系统设计中的几个问题,给水排水,1999,Vol.25,No.11:49-52
    [40] 陈和苗,用概率法计算直饮水管道设计秒流量,给水排水,2000,Vol.26,No.7:54-56
    [41] 陈铁柱,曲振军,严嫣,小区优质饮用水配水管网设计浅谈,给水排水,2000,Vol.26,No.6:61-63
    [42] 申炳炎,黄新天,饮用净水系统设计简介,给水排水,2000,Vol.26,No.8:48-50
    [43] 尹秋继,崔玉林,“欧陆经典-万兴苑”小区饮用净水工程设计,给水排水,2001,Vol.27,No.4:67-69
    [44] 刘起香,陈华,深圳梅林一村管道直饮水设计体会,中国给水排水,2000,Vol.16,No.3:31-33
    [45] 李柏,刘孟兰等,小区纯净水系统的设计,中国给水排水,2000,Vol.16,No.5:33-35
    [46] 安先锋,李志梅,管道纯净水系统的设计,中国给水排水,2001,Vol.17,No.6:40-42
    [47] 陈新,丁堂堂,于在升,我国管道直饮水现状的调研报告,中国给水排水,2001,Vol.17,No.9:32-34
    [48] Peter S. Cartwright,P.E.,Water Purification,Water Treatment,1999,No.5,69-74
    
    
    [49] 潘德琦,杨琦,姜文源,陈育芹,五种住宅给水管材的技术经济比较,中国给水排水,2001,Vol.17,No.9:43-45

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