答疑：请教这样可以吗还是要把柱子标高抬起来？-安徽土建计量GTJ

问题专业：土建,土建计量GTJ,

提问日期：2021-10-12 11:56:34

提问网友：天阿玛

解答网友：小老百姓

就是这样的

答疑：这样的挡土墙的配筋如何设置？-四川土建

问题专业：土建,

提问日期：2021-10-12 11:54:17

提问网友：谁是谁的谁

解答网友：钢筋混凝土

剪力墙布置，垂直加强筋在其他钢筋内输入

答疑：这个应该使用哪个结构类型？-安徽土建计量GTJ

问题专业：土建,土建计量GTJ,

提问日期：2021-10-12 10:29:21

提问网友：天阿玛

解答网友：重新再来

框架结构

问题专业：土建,市政,

提问日期：2021-10-12 10:27:48

提问网友：田甜

淤泥机械翻晒，晒干后挖机开挖，汽车运输1km，填埋场填埋，这个晒干后淤泥套定额我是套土方还是淤泥呢？

解答网友：落地请开机

套土方吧

答疑：这种卫生间小隔墙还用布置隔墙基础吗？会不会太大-河北土建

问题专业：土建,

提问日期：2021-10-12 10:27:41

提问网友：妙啊

解答网友：天海一线

100的隔墙一般不需要布置这种基础，上图是200的隔墙基础。

答疑：如图所示钢筋如何布置-河北土建结算审核土建计量GTJ

问题专业：土建,结算,审核,土建计量GTJ,

提问日期：2021-10-12 10:26:34

提问网友：2341

解答网友：冯福连

双层双向布置，注意钢筋规格

答疑：请教，下图圈出部分表示的意思是什么？-广东安装算量GQI

问题专业：安装,安装算量GQI,

提问日期：2021-10-12 10:26:13

提问网友：Vexiyo

解答网友：

截止阀和自动排气阀

答疑：这个消防图例是什么啊-山东安装算量GQI

问题专业：安装,安装算量GQI,

提问日期：2021-10-12 10:25:53

提问网友：不懂就问

解答网友：幸福像花一样

二个具灭火器和一个消火栓 箱

答疑：请教一下，这种筏板+地沟的形式，在软件上应该如何布置呀-广东市政

问题专业：市政,

提问日期：2021-10-12 10:24:24

提问网友：阿尿

解答网友：陈工

布置集水坑，中部的用剪力墙布置，分为左右两槽的。

PDF转CAD轻量软件，只有一个文件，无需安装，轻便好用

答疑：请教梁柱平齐加筋的包含连梁和连梁框架梁吗？-重庆土建

问题专业：土建,

提问日期：2021-10-12 10:22:18

提问网友：nini

2021-10-12 10:24:10 补充

这个平齐指的是两边完全平齐，上下不平齐没关系吗？这种用什么加筋比较准确又方便吗？

解答网友：xagcc

包括

ICS 93.040
CCS P 28  DB42
湖北省 地方标准 DB42/T 1743—2021
混凝土梁桥火灾损伤评估技术规程
Technical code of practice for fire damage assessment of concrete beam bridge
2021 - 08 - 30 发布 2021 - 11 - 01 实施
湖北省市场监督管理局 发 布

目 次
前言 ................................................................................. III
1 范围 ................................................................................ 4

2 规范性引用文件 ...................................................................... 4

3 术语和定义 .......................................................................... 4

4 基本要求 ............................................................................ 5

5 损伤评估程序及内容 .................................................................. 5
5.1 损伤评估程序 .................................................................... 5
5.2 初步调查 ........................................................................ 6
5.3 初步损伤检测 .................................................................... 6
5.4 初步损伤评级及处理措施 .......................................................... 6

6 详细调查与检测 ...................................................................... 7
6.1 一般规定 ........................................................................ 7
6.2 火作用调查分析 .................................................................. 7
6.3 结构现状检测 .................................................................... 8

7 火灾桥梁结构受力分析 ................................................................ 9
7.1 火灾混凝土桥梁结构分析 .......................................................... 9
7.2 火灾后混凝土桥梁荷载试验分析 .................................................... 9

8 火灾后桥梁结构详细损伤评估 .......................................................... 9
8.1 火灾后桥梁结构详细损伤评级 ...................................................... 9
8.2 火灾后桥梁结构详细损伤评级处理措施 ............................................. 10
9 评估报告 ........................................................................... 10
附录 A（规范性） 火灾后混凝土构件材料微观分析 ........................................ 11
附录 B（规范性） 混凝土表面颜色、裂损剥落、锤击反应与温度的关系 ...................... 12
附录 C（规范性） 火灾后混凝土强度折减系数 ............................................ 13
附录 D（规范性） 高温时或高温冷却后钢筋强度折减系数 .................................. 14
附录 E（资料性） 预应力钢绞线应力损失随温度关系 ...................................... 15

1 范围
本文件规定了火灾后混凝土梁桥损伤评估涉及的火灾损伤调查与检测，灾后桥梁结构受力分析以及结构损伤评级等方面工作的程序、内容和方法。
本文件适用于钢筋混凝土或预应力混凝土梁桥火灾后的结构损伤评估。
2 规范性引用文件
下列文件中的内容通过文中的规范性引用而构成本文件必不可少的条款。其中，注日期
的引用文件，仅该日期对应的版本适用于本文件；不注日期的引用文件，其最新版本（包括
所有的修改单）适用于本文件。
GB/T 28900 钢筋混凝土用钢材试验方法
JTG/T J21 公路桥梁承载能力检测评定规程
JTG/T J21-01 公路桥梁荷载试验规程
JGJ/T 384 钻芯法检测混凝土强度技术规程
T/CECS 252 火灾后建筑结构鉴定标准

ICS 93.040

CCS P 28 DB42

湖 北 省 地 方 标 准 DB42/T 1746—2021

超高性能混凝土钢桥面铺装体系技术规程

Code of technical practice for ultra-high performance concrete steel deck pavement system

2021-08-30 发布 2021-11-01 实施

湖北省市场监督管理局 发布

目  次
言...................................................................................................................................................................III
1 围.................................................................................................................................................................1
2 规范性引用件.............................................................................................................................................1
3 术语和义.....................................................................................................................................................2
4 料.................................................................................................................................................................3
5 结构及构造基本假定.....................................................................................................................................6
6 持久状况承载能力极限状态设计.................................................................................................................8
7 持久状况正常使用极限状态设计...............................................................................................................18
8 持久状况及短暂状况应力验算...................................................................................................................20
9 抗剪连件...................................................................................................................................................20
10 构造求.....................................................................................................................................................22
11 工.............................................................................................................................................................24
12 检验与收.................................................................................................................................................27
附录 A（资料性） UHPC 轴心抗拉强度试验方法........................................................................................ 31
附录 B（资料性） 开口加劲肋侧扭屈曲的弹性临界弯矩计算................................................................. 34
附录 C（资料性） 损伤等效系数的计算方法............................................................................................. 36
附录 D（资料性） 疲劳细节和疲劳寿命......................................................................................................39
附录 E（资料性） UHPC 名义弯拉应力容许值.......................................................................................... 42
附录 F（资料性） UHPC 层第二、三体系主要关注位置............................................................................ 44
附录 G（资料性） 降低 UHPC 层名义拉应力的方法................................................................................. 45
条文说明............................................................................................................................................ 46

1 范围
本文件规定了超高性能混凝土钢桥面铺装材料、基本规定、持久状况承载能力极限状态设计、持久
状况正常使用极限状态设计、持久状况及短暂状态应力验算、抗剪连接件、构造要求、施工及检验。
本文件适用于采用超高性能混凝土钢桥面铺装体系的桥梁结构，包括新建桥梁和既有桥梁。
2 规范性引用文件
下列文件中的内容通过文中的规范性引用而构成本文件必不可少的条款。其中，注日期的引用文件，
仅该日期对应的版本适用于本文件；不注日期的引用文件，其最新版本（包括所有的修改单）适用于本
文件。
GB 175 通用硅酸盐水泥
GB/T 714 桥梁用结构钢
GB/T 1228 钢结构用高强度大六角头螺栓
GB/T 1229 钢结构用高强度大六角螺母
GB/T 1230 钢结构用高强度垫圈
GB/T 1231 钢结构用高强度大六角头螺栓、大六角头螺母、垫圈技术条件
GB/T 1499.2 钢筋混凝土用钢 第2部分：热轧带肋钢筋
GB/T 1596 用于水泥和混凝土中的粉煤灰
GB/T 3632 钢结构用扭剪型高强度螺栓连接副
GB 8076 混凝土外加剂
GB/T 8923.1 涂覆涂料前钢材表面处理 表面清洁度的目视评定 第1部分：未涂覆过的钢材表面和
全面清除原有涂层后的钢材表面的锈蚀等级和处理等级
GB/T 10433 电弧螺柱焊用圆柱头焊钉
GB/T 13288.2 涂覆涂料前钢材表面处理 喷射清理后的钢材表面粗糙度特性 第2部分：磨料喷射
清理后钢材表面粗糙度等级的测定方法 比较样块法
GB/T 14684 建设用砂
GB/T 23439 混凝土膨胀剂
GB/T 31387 活性粉末混凝土
GB/T 50080 普通混凝土拌合物性能试验方法标准
GB/T 50081 混凝土物理力学性能试验方法标准
GB 50119 混凝土外加剂应用技术规范
GB 50917 钢-混凝土组合桥梁设计规范（附条文说明）
JGJ 63 混凝土用水标准
JG/T 472 钢纤维混凝土
JT/T 722 公路桥梁钢结构防腐涂装技术条件
JTG 3362 公路钢筋混凝土及预应力混凝土桥涵设计规范（附条文说明）
DB42/T 1746—2021
JTG/T D64-01 公路钢混组合桥梁设计与施工规范
JTG D50 公路沥青路面设计规范
JTG D60 公路桥涵设计通用规范
JTG D64 公路钢结构桥梁设计规范
JTG E30 公路工程水泥及水泥混凝土试验规程
JTG F40 公路沥青路面施工技术规范
JTG F80/1 公路工程质量检验评定标准 第一册 土建工程（附条文说明）
TB/T 3275 铁路混凝土
TB 10091 铁路桥梁钢结构设计规范
ISO 8502-1 可溶铁腐蚀产物的现场测试标准
ISO 8502-9 水溶性盐的现场电导测定法标准

第一部分 两级总工的基本素质

一 技术管理定位

企业管理的重要组成部分企业可持续发展的内在动力

项目管理的龙头贯穿于项目的全寿命周期

项目施工生产、安全质量、工期进度、创誉创效的基础保障

二 技术管理的核心

分级管理制：在股份公司领导下，一般各集团公司实行三级管理体系

集团公司：制度体系设计、体系运行监督、重大技术难点工程管理

工程公司：承上启下，直接管理。侧重人的管理，项目策划和技术方案决策指导

项目经理部：实务管理，具体技术行为执行落实

技术责任制：分工明确，责任到人

技术岗位：项目总工、工程部长、技术主管、技术员、资料员

测量岗位：测量班长、测量组长、测量员

试验岗位：试验室主任、试验员

三 工程公司总工基本素质

四 项目总工基本素质

管理能力：

团队管理：管人、管事、管绩效
过程管控：指导、检查、监督
沟通协调：对内、对外、对上、对下人才培养

专业能力：

熟悉标准规范、熟悉业务流程、掌握工艺工法、会看会写会算、防控技术风险、处理现场问题、学习分析总结

执行能力：

强烈责任心、过硬工作作风、梳理主次、制定计划、按期落实

第二部分 两级总工的岗位职责

一 工程公司总工岗位职责

负责公司技术管理和科技工作，行使技术领导职权，承担技术责任；

技术管理：

贯彻执行国家行业相关法律法规、标准规范和上级的有关技术文件；
对公司的技术工作实施有效管理，并持续改进；
负责公司项目技术策划、技术方案及难点工程管控；
负责公司施工技术管理组织、协调、实施工作；
负责公司施工技术管理行为的规范化、标准化、流程化、信息化；
负责公司工程测量、试验检测工作。

人员管理：

负责公司技术人员的规划、使用、考核、晋升、调配、奖惩；
负责公司技术人员培训工作规划、安排，并督促落实；
致力于公司技术人员业务能力的提高和技术素质的培育。

科技创新：

负责公司科技创新体系建立及有效运行；
组织编制、实施公司科技创新计划；
负责公司科研经费投入及使用；
促进科技成果转化为生产力，提高企业效益；
总结推广“四新技术”；
负责创新平台建设：高新企业、技术中心等。

其他工作：

公司标准化工作；
公司信息化工作；
公司信用评价工作；
公司质量管理工作：创优规划、QC等。

二 项目总工岗位职责

项目部技术工作的行政负责人，是工程由图纸向实体转换过程中的技术策划者和组织指挥者，对所管辖的工程负技术责任承担技术责任

岗位职责：

1.贯彻执行国家行业相关法律法规、标准规范和上级的有关技术文件
2.负责项目部的施工技术管理工作
3.负责项目工程测量、试验检测工作
4.负责项目技术人员培训交流
5.负责项目科技创新和对四新成果的开发应用
6.负责施工过程质量管控、组织开展QC活动
7.负责与建设、设计、监理(咨询)等单位建立工作联络机制

ICS 91.040.30
CCS P 33
DB42 湖北省 地方标准
DB42/T 1757—2021
被动式超低能耗居住建筑节能设计规范
Design specification for energy efficiency of passive ultra-low energy residential buildings
2021-08-30 发布 2021-12-30 实施
湖 北 省 住 房 和 城 乡 建 设 厅  湖 北 省 市 场 监 督 管 理 局 联 合 发 布

目 次
前言 ..............................................................................Ⅲ
1 范围 ............................................................................1
2 规范性引用文件 ..................................................................1
3 术语和定义 ......................................................................1
4 基本规定及技术指标 ..............................................................2
5 建筑设计 ........................................................................4
5.1 一般规定..................................................................4
5.2 设计措施..................................................................5
6 建筑围护结构热工设计 ............................................................6
6.1 一般规定..................................................................6
6.2 墙体保温隔热设计..........................................................6
6.3 地面、楼面保温设计........................................................6
6.4 门窗......................................................................7
6.5 屋面保温隔热设计..........................................................7
7 构造节点设计 ....................................................................7
7.1 无热桥设计................................................................7
7.2 气密性设计................................................................8
7.3 遮阳设计..................................................................9
8 供暖、通风和空调系统设计 .......................................................10
8.1 一般规定 .................................................................10
8.2 新风热回收及通风系统 .....................................................10
8.3 供暖及空调系统 ...........................................................10
8.4 供暖及空调冷热源设备 .....................................................11
9 电气设计 .......................................................................12
9.1 一般规定 .................................................................12
9.2 照明设计 .................................................................12
9.3 监测与管理 ...............................................................12
10 给水排水设计 ..................................................................12
10.1 给排水系统 ..............................................................12
10.2 热水系统 ................................................................13

附 录 A（资料性）能耗指标计算方法 .................................................14

附 录 B（资料性）外门窗设计选型及热工性能 .........................................17
参考文献 ..........................................................................19
条文说明 ..........................................................................20

1 范围
本文件规定了被动式超低能耗居住建筑节能设计的术语和符号、基本规定及技术指标、建筑设计、
建筑围护结构热工设计、构造节点设计、供暖、通风和空调系统设计、电气设计、给水排水设计等内容。
本文件适用于湖北省新建、扩建和改建居住建筑的超低能耗节能设计。
2 规范性引用文件
下列文件中的内容通过文中的规范性引用而构成本文件必不可少的条款。其中，注日期的引用文件，
仅该日期对应的版本适用于本文件；不注日期的引用文件，其最新版本(包括所有的修改单)适用于本文
件。
GB/T 2589 综合能耗计算通则
GB/T 7106 建筑外门窗气密、水密、抗风压性能检测方法
GB 21455 房间空气调节器能效限定值及能效等级
GB 50016 建筑设计防火规范
GB 50034 建筑照明设计标准
GB 50118 民用建筑隔声设计规范
GB 50364 民用建筑太阳能热水系统应用技术标准
GB 50555 民用建筑节水设计标准
GB 50736 民用建筑供暖通风与空气调节设计规范
JGJ/T 346 建筑节能气象参数标准
DB42/T 559 低能耗居住建筑节能设计标准

UDC
建筑装饰行业工程建设 中国建筑装饰协会标准
CBDA
P T/CBDA52-2021
医院建筑室内装饰装修技术规程
Technical specification for interior decoration of hospital building
2021-06-07发布 2021-09-01实施
中国建筑装饰协会 发布

前言
根据中国建筑装饰协会2017年2月14 日 《关于2017年 (第 八批 )建筑装饰行业 工程 建设 CBDA标准立项 的批复》要求， 按照 《中国建筑装饰协会标准 (CBDA标准)管理办法》(中装 饰 〔2019〕108号)的规定，由苏州金蝗螂建筑装饰股份有限公 司与安徽安兴装饰工程有限责任公司共同主编并会同有关单位， 编制了本规程。 本规程在编 制过程中，编委会进行了广泛深入的调查研究， 认真总结实践经验，吸收国内外相关标准和先进技术经验，并在 广泛征求意见的基础上，通过反复讨论、修改与完善，并经审查 专家委员会审查定稿。
根据 2020年 1月 1日中国科学院上海科技查新咨询中心对 本规程出具的科技查新报告和 2020年 1月 20 日送审稿审查会 纪要给予本规程的评价 ，本规程系 国内首创，填补了我国建筑装 饰行业标准的空 白，达到了国内领先的水平 。 本规程的主要技术内容是:1总则;2术语 ;3基本规定;4设 计;5材料;6施工;7验收;8维保。 本规程某些内容涉及专利的具体 技术问题，使用者可直接与 本规程的有关参编单位协商处理，本规程的发布机构不承担识别 这些专利的责任。

目 次 1 总则·····················································································……1

2 术语 ···························································································……2

3 基本规定···················································································……3

4 设计···························································································……4

4.1 一般规定···············································································……4
4.2 空间设计···············································································……9
4.3 标识设计·············································································……10
4.4 门诊 ····················································································……14
4.5 急诊 ····················································································……16
4.6 发热门诊用房······································································……17
4.7感染疾病门诊用房·························································..·..·……17
4.8 住院部用房··········································································……19
4.9 手术室·················································································……20
4.10 医技科室用房····································································……21
4.1 辅助业务空间····································································……22
4.12 公共空间···········································································……23
4.13 卫生间、盟洗室和浴室 ······················································……24
4.14 防火与疏散·······································································……26
4.巧 给水排水、消防和污水处理 ·········································……27
4‘16 供暖、通风及空调系统······················································……29
4.17 电气 ···········································································……. ”32
4.18 智能化系统········································································……34
4.19 防水、防潮········································································…… 40

5 材料 ·························································································……42

5.1 一般规定 ·············································································……42
5.2 防火要求·············································································……42
5.3 环保要求 ·············································································…… 3
5.4 材料质量和性能·································································..……4

6 施工 ·························································································……46

6.1 一般规定·············································································…… 46
6 .2 测量放线·············································································……48

6 .3 导管及电线、电缆敷设 ························································……49

6 .4 吊顶 ····················································································……53

6 .5 墙面 ····················································································……54

6 .6 楼地面·················································································……55

6 .7 细部 ····················································································……55

7 验收·························································································……57

8 维保 ·························································································……61

本规程用词说明····································································.....·.……62

引用标准名录············································································.·.……63

附:条文说明···············································································……67

1 总 则

1.0.1 为统一医院建筑室 内装饰装修工程的技术要求，保证医 院建筑室内装饰装修工程质量，做到技术先进、安全卫生、功能 合理、绿色节能、经济环保、流程科学，提高医院建筑室内装饰 装修工程水平，制定本规程。 1.0.2 本规程适用于新建、扩建和改建医院建筑室内装饰装修 工程的设计、材料、施工、验收及维保。 1.0.3 医院建筑室内装饰装修工程除应执行本规程外，尚应符 合国家现行标准的有关规定。

3 基 本 规 定

3.0.1 医院建筑室内装饰装修应符合国家现行防疫、卫生、安 全、节能、环保等标准的有关规定。 3.0.2 医院建筑室内装饰装修应考虑使用人群的生理特点及心 理需求，有利于患者心理健康恢复;有民俗要求时，应考虑当地 民俗特点。 3.0.3 医院建筑室内装饰装修设计宜与建筑设计同步进行，设 计深度应满足施工需要。 3.0.4 医院建筑室内装饰装修设计宜考虑扩建、改造需要。 3.0.5 医院建筑室内装饰装修宜采用BIM技术、装配式技术。 3.0.6 医院建筑室内装饰装修质量应符合现行国家标准 《建筑 地面工程施工质量验收规范》GB50209 和 《建筑装饰装修工程 质量验收标准》GB50210 等标准的相关规定。

UDC 中国土木工程学会标准

TICCES24一2021

城镇燃气管网泄漏评估技术规程

Technical specification for leak assessment of city gas piping system

2021一07一02 发布 2021一10一01 实施

中国土木工程学会 发布

目 次

1 总则

2 术语与参考标准

2.1 术语
2.2 参考标准

3 基本规定

4 泄漏检测

5 泄漏评估

6 评估报告

附录 A 泄漏评估报告格式

附录 B 泄漏评估报告正文

本规程用词说明

条文说明
1 总 则

1.0.1 为规范城镇燃气管网的泄漏评估工作，提升燃气管网安 全管理水平，制定本规程。 1.0.2 本规程适用于专业评估机构对城镇燃气管网开展的泄漏 评估工作。 1.0.3 城镇燃气管网泄漏评估除应执行本规程外，尚应符合国 家现行有关标准的规定。

3 基 本 规 定

3.0.1 燃气管网开展泄漏评估工作的时间宜符合下列规定:
1 运行达到 10年时开展首次泄漏评估工作;
2 首次评估后每5年复评一次;
3 政府或企业提出需求时。

3.0.2 专业评估机构应满足下列基本要求:
1 有健全的过程控制体系; 2 配置所需的泄漏检测设备 和必要的技术支撑条件;
3 泄漏检测和评估专业技术人员达到10人及以上。

3.0.3 检测设备与人员的配置数量应满足检测工作的需要。专业评 估机构应根据承担评估项目中管网的规模选择相应原理的检测设备 及与之配套的分析软件，设备宜具备反应速度快、灵敏度高、进行 疑似泄漏判定及准确定位的特性，包含但不限于下列检测设备：

1激光甲烷快速检测、遥测检测设备及管线定位设备;

2热传导、催化燃烧类检测设备;

3气相色谱分析、激光乙烷分析等气体分析设备。

3.0.4从事泄漏检测和评估的专业技术人员应符合下列规定 :

1应掌握泄漏检测和评估专业技术和分析判断的理论知识;

2泄漏检测人员应具备熟练使用检测仪器和现场泄漏检测
3 泄漏评估人员应具备数据分析与风险分析能力;

4 检测或评估人员应有 1年以上实际检测或评估经 验。

3.0.5 专业评估机构应对被评估项目出具评估报告，评估结论 应真实准确。

3.0.6 专业评估机构所做的泄漏评估工作及出具的报告应符合 国家有关保密工作相关规定。

ICS91.010.99

中国建筑业协会团体标准 团体标准

P 00 T/CCIAT 0036一 2021

建筑工程物资管理标准

Management Standard of Construction Materials

2021一06一16 发布 2021一08一15

实施 中 国 建 筑 业 协 会 发 布

前言

根据中国建筑业协会 《关于开展第 三批团体标准编制工作的 通知》(建协函 〔2019〕12号 )要求，标准编制组经广泛调查研 究，认真总结实践经验，参考有关标准，并在广泛征求意见基础 上，制定本标准。 本标准主要 内容是:1.总则;2.术语;3.基本规定;4.建筑 企业物资管理体系;5.物资采购管理;6.施工现场物资管理;7.周 转物资管理;8.物资核算管理;9.物资信息化管理;10.物资监督 与考核管理。

目 次 1 总则 ·············································································1

2 术语 ··························································································2

3 基本规定···················································································5

4 建筑企业物资管理体系··························································6

4.1一般规定······································································6
4 .2 层级分管体制··········································································6
4.3物资管控模式··············································································8

4 .4 物资管理体制选择原则···················································8

5 物资采购管理···········································································9

5.1一般规定·····································································9
5 .2 采购业务职能管理 ············································9

5 .3 采购策划管理······························································10
5.4 物资计划管理·····························································11

5 .5 采购形式····································································13
5.6 供应商管理·································································13
5.7 物资招标采购管理..·····················································14

5 .8 采购合同管理······························································15
5.9 采购结算管理······························································16

6 施工现场物资管理····························································17

6.1 一般规定····································································17
6.2管理内容及职责··························································17
6.3 现场物资人员管理 ······················································18
6.4 验收管理····································································18
6.5 存储管理···································································19
6.6 领用管理····································································19
6.7 安全消防管理····························································20
6.8 使用监督管理······························································…2
6.9 余料回收管理······························································21
6.10 现场物资内业管理······················································21

7 周转物资管理·····································································23

7.1 一般规定·······································································23
7 .2 管理职责····································································23
7.3 周转物资计划······························································24

7 .4 采购及市场租赁························································24
7.5 周转物资验收.....·························································25
7.6 周转物资的存储保管 ···················································25
7.7 周转物资租赁管理 ·······················································26

7 .8 周转物资使用管理·······················································26

7 .9 周转物资调拨与回收 ··················································27
7.ro 周转物资摊销···························································27
7.1 周转物资报废与处理················································28
7.12 检查和考核 .······························································29

8 物资核算管理········································································30

8.1 一般规定 ··············································································30
8.2物资核算方法······························································30

8 .3 物资成本核算内容 ····················································31
8.4 物资盘点及盈亏处理 ··················································32

8 .5 物资核算程序..··.·······················································33
8石 物资核算基础工作管理.··.·············································34

8 .7物资统计核算分析·······················································35

9 物资信息化管理·····································································36

9.1 一般规定 ····································································36
9.2 物资分类及编码··························································36
9.3 物资管理信息化应用主要环节········································37
9.4 物资管理信息化系统平台应用要求 ·······························41
9.5 工程物资监管信息化····················································42
9.6 物资管理信息化系统选型··············································42
9.7 物资管理信息化系统环境及软硬件技术选型·····················43

10 物资监督与考核管理··············································45

10.1 一般规定 ···························································45
10.2 监督内容 ···························································45

1 0·3 考核方法··························································45

本标准用词说明··························································46

引用标准名录·································································47

附:条文说明···············································································49

1 总 则

1.0.1 为规范建筑工程物资管理活动，实现工程物资管理工作 标准化，建立符合建筑产业现代化发展要求的新秩序，制定本 标准。 1.0.2 本标准规定了建筑工程物资管理体系、采购管理、施工 现场物资管理 、周转物资管理、核算管理、信息化管理、监督与 考核管理等要求。 1.0.3 本标准适用于房屋建筑工程和市政基础设施工程建造施 工阶段的工程物资管理活动。 1.0.4 建筑工程物资管理活动除应符合本标准外，尚应符合国 家现行有关标准的规定。

3 基 本 规 定

3.0.1 建筑工程物资管理流程应包括从物资采购供应开始到现 场物资的验收、存储、发放 、使用、回收、处置、核算直至形成 工程实体和辅助施工的全生命周期及追溯环节。 3.0.2 物资管理应遵循下列原则: 1 依法合规原则。严格遵守 《建筑法 》《民法典 》《招标 投标法》《建设工程管理条例》等国家、行业法律法规;执行有 关主管部门在建筑工程管理、物资管理及人员管理等方面的标准 规范。2 集约高效原则。应通过法人治理体系，强化顶层设计， 推进法人层面集中采购和监督管理，提高集约采购效益，控制管 理风险。3 系统管理原则。工程物资管理涉及物资采购、保管、使 用、核销各环节，应遵循建造规律，强化与工程管理、成本控 制、市场经营等协同意识，明确工作目标。 4 信息化管理原则。广泛推动信息化 、智能化、数字化、 网络化技术在物资管理各环节中的应用，提升管理质量，提高工 作效率。

T/CECS 861-2021

中国工程建设标准化协会标准

变速氧化沟工艺技术规程

Technical specification for variable一velocity oxidation ditch process

中国j建筑工业出版社

根据中国工程建设标准化协会 《 关于印发 (2015年第一批 工程建设协会标准制订、修订计划>的通知》(建标协字 〔2015〕 044号)的要求，由中国市政工程西北设计研究院有限公司、西 安建筑科技大学等单位编制的 《变速氧化沟工艺技术规程》，经 本协会城市给水排水专业委员会组织审查，现批准发布，编号为 T/CECS861一2021，自2021年 10月 1日起施行。

前言

根据中国工程建设标准化协会 《关 于印发 <2015年第一批 工程建设协会标准制定、修订计划>的通知》(建标协字 〔2015〕 044号)的要求，规程编制组经广泛调查研究，认真总结实践经 验，参考有关国外先进标准，并在广泛征求意见的基础上，制定 本规程。本规 程 的主要技术 内容包括 :总则、术语和符号、基本规 定、工艺设计、检测与控制、施工与验收、运行与维护。 请注意本规程的某些内容可能直接或间接涉及专利， 本规程 的发布机构不承担识别这些专利的责任。

1 总 则

1.0.1 为规范变速氧化沟工艺的技术要求，降低氧化沟运行能 耗，做到安全适用、经济合理、技术先进、确保质量，制定本 规程。 1.0.2 本规程适用于采用变速氧化沟工艺的新建、扩建和改建 的城镇污水处理工程的设计、检测与控制、施工及验收、运行与 维护。 1.0.3 变速氧化沟的设计、检测与控制、施工及验收、运行与 维护，除应符合本规程的规定外，尚应符合国家现行有关标准的 规定。

3 基 本 规 定

3.0.1 变速氧化沟沟型选择及工艺参数的取值，应根据污水量、 水质、水温等条件，通过试验或同类工程案例运行经验等方法综 合确定 。 3.0.2 变速氧化沟前应设置格栅、沉砂池等预处理设施;当进 水悬浮物含量较高时，宜设置初沉池，并设置可超越初沉池的管 路系统 。 3.0.3 变速氧化沟内应设置独立的缺氧 区，可通过调整缺氧区 混合液流速进行变速。 3.0.4 变速氧化沟的数量不应少于可独立运行的两组，并应按 并联设置，氧化沟前后端宜设置进水、出水配水井。 3.0.5 小规模污水处理厂的变速氧化沟可与二沉池合建。 3.0.6 变速氧化沟应设置排空设施 ，排水应进行 回流处理 。

中国房地产业协会标准
CREA
T/cREA005-2021
老年人照料设施与适老居住建筑部品体系标准
Standard for parts of elderly facilities and residential building
2021-06-22发布 2021-09-01实施
中国房地产业协会 发布

目 次

1 总则 ·······························································…… 1

2 术语 ·······························································…… 2

3 基本规定 ·························································…… 3

4 适老化部品 ·················································……4

4.1 一般规定 ······················································…… 4
4.2 通行部品 ······················································…… 4
4.3 墙顶地部品 ···················································…… 5
4.4 门窗部品 ······················································…… 6
4.5 厨卫部品 ······················································…… 8
4.6 设备部品 ···················································…… 10

4.7 收纳部品 ···················································…… 11
4.8 智能管理部品················································…… 12

4.9 辅具家具部品················································…… 13
4.10 标识部品 ···················································…… 14
4.n 户外部品 ···················································…… 15

5 老年人照料设施部品体系····································…… 16
5.1 一般规定 ···················································… … 16

5.2 老年人生活用房 ·············································…… 16
5.3 文娱与健身用房 ·············································…… 17
5.4 康复与医疗用房 ·············································…… 17
5.5 管理服务用房················································…… 17

5.6 交通空间 ···················································…… 17
5.7 室外活动场地和绿化景观 ·································… … 18

6 适老居住建筑部品体系·······································…… 19
6.1 一般规定 ···················································… … 19

6.2 套内空间 ···················································… … 19
6.3 公共空间 ···················································… … 19

6.4 户外活动空间 ················································…… 20
7 既有住宅适老化改造部品体系······························…… 21
7.1 一般规定 ··················································… … 21

7.2动作与移动辅助·········································....…… 21
7.3 如厕与洗浴辅助 ·············································…… 22
7.4 起居与炊事辅助 ·············································…… 24
附录 A 老年人照料设施部品体系表 ·····················…… 25

附录 B 适老居住建筑部品体系表 ···························…… 35

本标准用词说明 ·········································..........…… 43

附:条文说明 ······················································…… 45

1 总 则

1.0.1 为推进老年人照料设施与适老居住建筑技术升级与转型 发展，提升质量和品质，推动既有住宅适老化改造部品应用 ，促 进产业进步，制定本标准。 1.0.2 本标准适用于构建老年人照料设施和适老居住建筑的适 老化部品体系。 1.0.3 既有住宅适老化改造应综合适老居住建筑部品体系及改 造内容，构建适宜的适老化部品体系。 1.0.4 老年人照料设施与适老居住建筑部品体系除应符合本标 准外，尚应符合国家现行有关标准的规定。