1、框架,随后将作为智能家居的软件系统的基础上。毫无疑问,这个初步框架将大幅进化的系统建设过程中,无处不在的计算环境的要求展开。它被认为是一个真正有用的和可靠的神器,体系建设等密切参与是一个必要的组成部分。施工阶段的末尾,预计将产生一个稳定的框架,它可以表明,大量的基本特征(或图案)已发现的普适计算。 无处不在的计算问题的确认和验证(VV):希望调查确认和验证(VV)普适计算的问题,房子会提供一个测试床。房子将被用作评估车辆,以确定哪些VV技术,工具或方法,如果没有,在此环境中是有用的。此外,计划提供给全世界的研究人员使用这种车辆的增加,使这个试验设施。长远来看,预计这种基础设施所提供的设施,将演
2、变成一个国际公认的“标杆”的网站VV活动中无处不在的计算。 其他技术领域: 该项目还计划调查了一些其他领域,如照明系统,安防系统,加热,通风和空调等,例如,能源效率方面,该项目目前预计承担的两项研究: 测定绝缘百叶窗的效果:外部绝缘百叶窗随着时间的推移是无效的,因为密封问题。室内百叶窗是优越的,可以用来帮助减少热量的损失。然而,它们的移动和定位,需要适当的控制,以防止由于热冲击的窗口破损。开启或关闭周期的启动,将测得的外部光线水平的基础上,目前的内部加热水平;当前和预期的使用由现有居民的房子,等等。 替代能源发电的能源使用模式的比较可以很容易地通过检测每个设备监控。天然气和电力的主要能源供应是
3、自然的选择。热空间和温水中的燃料的化学能的转换可以通过常规方法进行,或通过使用的Volvo Penta系统的总能量系统,如:有了这个系统中,燃料被用于功率小的内燃机,这反过来又驱动一台发电机,用于电能生产。从冷却剂和排气的余热被用来加热水供国内使用和空间加热。多余的电力反馈到电网,或储存在蓄电池中。在未来某一日期,计划替代燃料电池的总能量系统允许的直接比较两个先进的系统性能。Increasing an individuals quality of life via their intelligent homeThe hypothesis of this project is: can an i
4、ndividuals quality of life be increased by integrating “intelligent technology” into their home environment. This hypothesis is very broad, and hence the researchers will investigate it with regard to various, potentially over-lapping, sub-sections of the population. In particular, the project will
5、focus on sub-sections with health-care needs, because it is believed that these sub-sections will receive the greatest benefit from this enhanced approach to housing. Two research questions flow from this hypothesis: what are the health-care issues that could be improved via “intelligent housing”, a
6、nd what are the technological issues needing to be solved to allow “intelligent housing” to be constructed? While a small number of initiatives exist, outside Canada, which claim to investigate this area, none has the global vision of this area. Work tends to be in small areas with only a limited id
7、ea of how the individual pieces contribute towards a greater goal. This project has a very strong sense of what it is trying to attempt, and believes that without this global direction the other initiatives will fail to address the large important issues described within various parts of this propos
8、al, and that with the correct global direction the sum of the parts will produce much greater rewards than the individual components. This new field has many parallels with the field of business process engineering, where many products fail due to only considering a sub-set of the issues, typically
9、the technology subset. Successful projects and implementations only started flow when people started to realize that a holistic approach was essential. This holistic requirement also applies to the field of “smart housing”; if we genuinely want it to have benefit to the community rather than just te
10、chnological interest. Having said this, much of the work outlined below is extremely important and contains a great deal of novelty within their individual topics. Health-Care and Supportive housing:To date, there has been little coordinated research on how “smart house” technologies can assist frai
11、l seniors in remaining at home, and/or reduce the costs experienced by their informal caregivers. Thus, the purpose of the proposed research is to determine the usefulness of a variety of residential technologies in helping seniors maintain their independence and in helping caregivers sustain their
12、caring activities.The overall design of the research is to focus on two groups of seniors. The first is seniors who are being discharged from an acute care setting with the potential for reduced ability to remain independent. An example is seniors who have had hip replacement surgery. This group may
13、 benefit from technologies that would help them become adapted to their reduced mobility. The second is seniors who have a chronic health problem such as dementia and who are receiving assistance from an informal caregiver living at a distance. Informal caregivers living at a distance from the cared
14、-for senior are at high risk of caregiver burnout. Monitoring 行。11.接地装置安装。02.变配电室01.变压器、箱式变电所安装。02.成套配电柜、控制柜(屏、台)和动力配电箱(盘)安装。03.照明配电箱(盘)安装。04.裸母线安装。05.封闭母线、插接式母线安装。06.电缆沟内和电缆竖井内电缆敷设。07.电缆头制作、接线和线路绝缘测试。08.变配电室接地干线敷设。03.供电干线01.封闭母线、插接式母线安装。02.裸母线安装。03.电缆桥架安装和桥架内电缆敷设。04.电缆沟内和电缆竖井内电缆敷设。05.电缆钢导管、防爆钢导管敷设。
15、06.电线、电缆穿管。07.电缆头制作、接线和线路绝缘测试。建筑电气04.电气动力01.成套配电柜、控制柜(屏、台)和动力、配电箱(盘)安装。02.低压电动机、电加热器及电动执行机构检查、接线。03.低压电气动力设备试验和试运行。04.电缆桥架安装和桥架内电缆敷设。05A.电线钢导管暗敷设;05B.电线钢导管明敷设;05C.电线钢性绝缘导管暗敷设;05D.电线钢性绝缘导管明敷设;05E.金属、非金属柔性导管敷设;05F.线槽敷设和线槽敷线。06.电线、电缆穿管。07.电缆头制作、接线和线路绝缘测试。08A.照明开关安装;08B.插座安装;08C.风扇安装。05.电气照明安装01.照明配电箱(盘
16、)安装。02A.电线钢导管暗敷设;02B.电线钢导管明敷设;02C.电线钢性绝缘导管暗敷设;02D.电线钢性绝缘导管明敷设;02E.金属、非金属柔性导管敷设;02F.线槽敷设和线槽敷线。03.电线、电缆穿管工程。04.槽板配线。05.钢索配线。06.电缆头制作、接线和线路绝缘测试。07.普通灯具安装。08A.专用灯具(灯行和防爆灯)安装;08B.专用灯具(游泳池、手术台灯)安装;08C.专用灯具(应急照明灯)安装。09A.建筑物景观照明灯和建筑物彩灯安装;09B.建筑物霓虹灯安装;09C.航空障碍标志灯和庭院灯安装。10A.照明开关安装;10B.插座安装接线;10C.风扇安装。11.建筑照明通
17、电试运行。06.备用和不间断电源安装01.成套配电柜、控制柜(屏、台)和动力配电箱(盘)安装。02.照明配电箱(盘)安装。03.柴油发电机组。04.不间断电源安装。05.裸母线安装。06.封闭母线、插接式母线安装。07A.电线钢导管暗敷设;07B.电线钢导管明敷设;07C.电线钢性绝缘导管暗敷设;07D.电线钢性绝缘导管明敷设;07E.金属、非金属柔性导管敷设;07F.线槽敷设和线槽敷线。08.电线、电缆穿管。09.电缆头制作、接线和线路绝缘测试。10.接地装置安装。07.防雷及接地安装01.接地装置安装。02.避雷引下线和变配电室接地干线敷设。03. 建筑物等电位联结。04.接闪器安装。07
18、.智能建筑07.智能建筑01.通信网络系统01.通信系统。02.卫星数字电视及有线电视系统。03.公共广播系统。02.信息网络系统01.计算机网络。02.应用软件。03.网络安全系统。03.建筑设备监控系统01.空调与通风系统。02.变配电系统。03.公共照明系统。04.给排水系统。05.热源和热交换系统。06.冷冻和冷却水系统。07.电梯和自动扶梯系统。08.中央管理工作站与操作分站。09.子系统通信接口。04.火灾自动报警及消防联动系统01.火灾和可燃气体探测系统。02.火灾自动报警控制系统。03.消防联动系统。05.安全防范系统01.视频安防监控系统。02.入侵报警系统。03.巡更管理系
19、统。04.出入口控制(门禁)系统。05.停车场(库)管理系统。06.综合布线系统01.缆线敷设和终接。02.机柜、机架、配线架的安装。03.信息插座和光缆芯线终端的安装。07.智能化集成系统01.集成系统网络。02.实时数据库。03.信息安全。04.功能接口。08.电源与接地01.智能化系统电源。02.防雷及接地。09.环境01.空间环境。02.室内空调环境。03.视觉照明环境。04.室内噪声及电磁环境。10.住宅(小区)智能化系统01.火灾自动报警及消防联动系统。02.安全防范系统03.通信网络系统。04.信息网络系统。05.监控与管理系统。06.家庭控制器。07.综合布线系统。08.电源与
20、接地。09.环境。10.室外设备及管网。08.通风与空调01.送排风系统01A.金属风管与配件制作;01B.非金属、复合材料风管与配件制作。02.风管部件与消声器制作。03.风管安装。04A.设备安装;04B.风机安装。05A.防腐与绝热。06.系统调试。02.防排烟系统01A.金属风管与配件制作;01B.非金属、复合材料风管与配件制作。02.风管部件与消声器制作。03.风管安装。04A.设备安装;04B.风机安装。05A.防腐与绝缘。06.系统调试。03.除尘系统01A.金属风管与配件制作;01B.非金属、复合材料风管与配件制作。02.风管部件与消声器制作。03.风管安装。04A.设备安装;
21、04B.风机安装。05A.防腐与绝热。06.系统调试。04.空调风系统01A.金属风管与配件制作;01B.非金属、复合材料风管与配件制作。02.风管部件与消声器制作。03.风管安装。04.设备安装。05A.防腐与绝热。06.系统调试。05.净化空调系统01A.金属风管与配件制作;01B.非金属、复合材料风管与配件制作。02.风管部件与消声器制作。03.风管安装。04.设备安装。05A.防腐与绝热。06.系统调试。06.制冷设备系统01.管道与设备安装。02B.防腐与绝热。03.系统调试。07.空调水系统01A.金属管道安装。01B.非金属管道安装。02.设备安装。03B.防腐与绝热。04.系统
22、调试。09.电梯01.电力驱动的曳引式或强制式电梯安装01.设备进场验收。02.土建交接检验。03.驱动主机安装。04.导轨安装。05.门系统安装。06.轿厢安装。07.对重(平衡重)及安全部件安装。08.悬挂装置、随行电缆,补偿装置安装。09.电气装置安装。10.整机安装。02.液压电梯安装01.设备进场验收。02.土建交接检验。03.液压系统、悬挂装置、随行电缆安装。04.导轨安装。05.门系统安装。06.轿厢安装。07.对重(平衡重)及安全部件安装。08.电气装置安装。09.整机安装。03.自动扶梯、自动人行道安装01.设备进场验收。02.土建交接检验。03.整机安装。10.建筑燃气01
23、.室内燃气系统01.室内燃气管道、器具安装。02.室外燃气系统01.燃气管及附属设备安装。02.燃气管道防腐。03.室外燃气调压站。建筑节能工程分项工程划分表序号分项工程主要验收内容1墙体节能工程主体结构基层、保温材料、饰面层2幕墙节能工程主体结构基层、隔热材料、保温材料、隔气层、幕墙玻璃、单元式幕墙板块、通风换气系统、遮阳设施、冷凝水收集排放系统等3门窗节能工程门、窗、玻璃、遮阳设施等4屋面节能工程基层;保温隔热层、保护层、防水层、面层等5地面节能工程基层;保温层、保护层、面层等6采暖节能系统制式;散热器、阀门与仪表;热力入口装置;保温材料;调试等7通风与空气调节节能系统制式;通风与空调设备
24、;阀门与仪表;绝热材料、调试等8空调与采暖系统的冷热源与官网节能工程系统制式;冷热源设备、辅助设备、管网、阀门与仪表;绝热、保温材料;调试等9配电与照明节能工程低压配电电源;照明电源、灯具、附属装置、控制功能、调试等10检测与控制节能工程冷热源系统的监测控制系统 、空调水系统的的监测控制系统;通风与空调系统的监测控制系统;监测与计量装置;供配电的监测控制系统;照明自动控制系统;综合控制系统等室外工程划分及编号单位工程子单位工程分部(子分部)工程室外建筑环境附属建筑01.车棚。02.围墙。03.大门。04.挡土墙。05垃圾收集站。室外环境01.建筑小品。02.道路。03.亭台。04.连廊。05.花坛。06.场坪绿化。室 外 安 装给水、排水及采暖01.室外给水系统。02.室外排水系统。03室外供热系统。电 气01.室外供电系统。02.室外照明系统。燃 气01.室外燃气系统。.