l[安徽]实验检测综合楼桩基础施工组织设计.doc
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1、synchronous backup software does not respond to the rest of the data to be modified. In order to ensure maximum server exception, saving some data, synchronization of real-time backup software should have high, that delay does not exceed 1 minute. Offsite backups that must be supported across networ
2、k segments. In accordance with the above requirements for development our dedicated backup software. After development, wing that opened in salt on high speed test results meet the design requirementsWith the passing of time, it is preparing source Huan of Hubei industrial investment company limited
3、 factory close to the planning of the day looks like, planning human ideals gradually into an entity, spread out before us. Security plan enters the deployed State. After listening to your business objective for the leaders of security, I quickly people with loyalty to the cause of security, as well
4、 as previous security experience, combined with peer pioneers of success stories or experiences. Border security on your business ideas and suggestions to make as follows: 1.1 after careful analysis of a blueprint of the enterprise, taking into account your enterprise factory boundary: 540.65M x 234
5、.24M rectangular site. 1.2 scope for such dachangqu, I recommend the solid border security deployment, for a range of reasons, whether we use infrared radiation, electronic fences, alarm had done there, where the response. Because the factory could not spend a great deal of manpower cost to post thr
6、ee steps, five steps and a whistle. As we all know, under the current form of human resources costs much higher than the cost of all scientific and technological input. In order to better achieve the goal of planners, as well as for Active solid border defense work. We recommend that you use infrare
7、d radiation or linkage of electronic fences with video security deployment to achieve security goals. 1.3 in accordance with the device on the wall of the compound properties and parameters to a reasonable plan to install the infrared radiation equipment or fences and electronic equipment as well as
8、 video surveillance equipment, the specific needs of the equipment and materials quantities we will detail later. 1.4 the programme according to your companys site to see and listen to the leadership proposal, and in accordance with the actual needs of the project, with reference to the relevant int
9、ernational standards and national standards, combined with the experience accumulated by the company engaged in multiple projects, prepare the technology package. If the contents or any other aspect of the programme has not detailed where we welcome your valuable comments. Second, the design princip
10、les of the project design follows technology advanced, functional, stable and cost-saving principles. And considering construction, maintenance and operation, and for future development, expansion, reconstruction and other factors leave room for expansion. Design elements of the system is the system
11、atic, integrated and comprehensive; design has the scientificity, reasonability and operability. Its has following principles: 2.1, and advanced and applicability used currently most advanced of soft, and hardware and the network technology, errors rate low, compatible sex strong, upgrade easy, used
12、 module type structure, expansion convenient, no repeat construction investment, system of technology performance and quality index should reached international leading level; while, system of installation debugging, and software programming and operation using and should simple, easy master, for Ch
13、ina conditions and this project of features. Set the number of advanced technology in a the systems, reflects the current level of the latest development of computer and network technology, adapted to the requirements of the times. While the system is the system used for various management levels, i
14、ts functions are configured to provide the user with comfortable, safe, fast and convenient to3.1, the intelligent building design standards (GB/t 50314-2000) 3.2, the design standard for intelligent building systems engineering (DB32/191-1998) 3.3, the code试验检测综合楼 施工组织设计目 录第一章 编制说明1一、本施工组织设计的编制依据4二
15、、本施工组织设计参照的有关规范、标准4第二章 工程概况6一、工程概况6二、工程特点6三、工程总体目标9第三章 施工部署100一、施工管理10二、施工组织11三、施工方案确立14四、主要施工方法及总体设想15五、施工准备16六、劳动力组织与投入计划17七、主要施工机械配备与进退场计划18八、周转材料投入计划19第四章 施工总平面布置及管理21一、布置原则20二、施工总平面布置20三、施工临时用电布置20四、施工临时用水布置25五、施工场地临时排水26六、场内道路26七、施工现场平面管理27第五章 施工进度计划与管理29一、施工进度计划说明29二、施工进度计划管理29三、工期保证措施29第六章 主
16、要分部分项工程施工方案32一、施工顺序32二、施工测量方案35三、土方挖土施工方案35四、回填土施工方案36五、基础工程施工方案39六、钢筋施工方案40七、模板施工方案42八、混凝土施工方案45九、砌体施工方案46十、屋面工程施工方案48十一、垂直运输设施方案50十二、脚手架施工方案50十三、内外抹灰工程施工方案51十四、水电施工方案57十五、防裂缝方案59十六、成品保护方案68第七章 工程质量保证体系和管理措施70一、工程质量目标71二、工程质量保证体系71三、标准化管理72四、主要分项工程质量控制措施72五、原材料质量保证措施74六、施工质量保证措施75七、季节性施工措施78八、大风季节施
17、工技术措施79九、消除质量通病措施79第八章 安全文明施工保证措施86一、安全生产保证措施86二、文明施工保证措施89三、施工消防安全管理措施92四、施工机械设备安全技术措施94五、项目部综合管理措施95第九章附 图98附件一 施工总平面图附件二 施工总进度表附件三 项目部组织网络图附件四 质量管理网络图附件五 保证质量体系的管理组织体系、质量保证体系附件六 安全组织管理网络图附件七 安全保证体系附件八 文明施工管理网络图附件九 工程质量控制程序附件十 场容场貌管理工作流程图附件十一项目部主要管理人员表第一章 编制说明一、本施工组织设计的编制依据*试验检测综合楼施工组织设计是根据下列文件、图纸
18、、工程法规、施工质量验收标准等,经认真研究编制而成。1、*设计有限公司设计的建筑、结构等施工图;2、*试验检测综合楼工程施工合同;3、施工现场实地踏勘;4、现行建筑施工规范及国家有关文件法规、强制性条文;5、建筑工程施工质量统一验收标准;6、建筑工程质量通病控制标准;7、安徽省文明施工安全标化现场管理规定;8、芜湖市有关劳务、计生、治安、环卫、城建等制定的政策、法规;9、建筑施工安全检查标准JGJ5999;10、公司ISO9002质量体系、质量手册、程序文件及技术标准;11、公司施工的类似工程的施工经验。二、本施工组织设计参照的有关规范、标准1、建筑工程施工质量验收统一标准(GB50300-2
19、001)2、工程测量规范(GB50026-93);3、建筑地基基础工程施工质量验收规范(GB 502022002);4、建筑桩基技术规范(JGH9494) 5、土方与爆破工程施工及验收规范(GBJ201-83); 6、砌体工程施工及验收规范(GB50203-2002); 7、混凝土结构工程施工及验收规范(GB50204-2002); 8、屋面工程技术规范(GB50207-2002); 9、地下防水工程施工及验收规范(GB50208-2002); 10、建筑地面工程施工及验收规范(GB50209-2002); 11、建筑机械使用安全技术规程(JGJ33-2001); 12、建筑施工安全检查标准(
20、JGJ59-99); 13、建筑工地施工现场供用电安全规范(JGJ46-2005); 14、钢筋焊接及验收规范(JGJ18-96); 15、建筑给水排水及采暖工程质量验收规范(GB50242-2002); 16、建筑给水聚丙烯管道PP-R工程技术规程(DB32/474-2001);17、混凝土强度检验评定标准(GBJ107-87);18、建筑工地施工现场供用电安全规范(JGJ46-2005);19、建筑装饰装修工程质量验收规范(GB50210-2001);20、建筑电气工程施工质量验收规范(GB50303-2002);21、通风与空调工程施工质量验收规范(GB502342002)22、建设工程
21、项目管理规范(GB/T50326-2001);23、建设工程文件归档整理规范(GB/T50328-2001);24、民用建筑工程室内环境污染控制规范(GB50325-2001)25、钢筋混凝土用热轧光圆钢筋(GB13013-91)26、混凝土外加剂应用技术规范(GBJ119-88)27、多孔砖砌体结构技术规范(JGJ137-2001)28、建筑工程冬期施工规程(JGJ104-97)29、建筑施工高处作业安全技术规程(JGJ80-91)30、混凝土质量控制标准(GB50164-92)31、混凝土外加剂(GB8076-1997)32、硅酸盐水泥、普通工硅酸盐水泥(GBJ175-92)33、混凝土拌
22、合用水标准(GBJ63-89)34、普通混凝土用砂质量标准及检验方法(JGJ52-92)35、普通混凝土用碎石或卵石质量标准及检验方法(JGJ52-92)36、钢筋机械连接通用标准(JGJ107-96)37、芜湖华龙建设有限公司企业工艺标准(Q/AHLB/QC08-001-2001)第二章 工程概况一、工程概况1、工程名称:*试验检测综合楼2、建设单位:*有限公司3、监理单位:*监理有限公司 4、设计单位:*设计有限公司5、勘察单位:*勘察院6、施工单位:*有限公司7、建筑面积:3964.58平方米二、工程特点*试验检测综合楼工程位于*工业园内,建筑总面积为3964.58。层数为四层,高度16
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