信息技术在能源计量管理的应用分析

将二维码、微信公众平台报修、网络电话和三维动画等技术运用于能源计量管理之中,在实践中进行有益探索摒弃效率低下管理模式.     

欢迎订阅《计量资讯速递》微信

<正>《计量资讯速递》微信公众平台,欢迎加入互动。《中国计量》杂志微信信息发布由《计量资讯速递》微信代行。1添加公众号:JLZXSD2直接扫描右图二维码两种方法在微信中订阅计量资讯速递     

欢迎订阅《计量资讯速递》微信

正《计量资讯速递》微信公众平台,欢迎加入互动。《中国计量》杂志微信信息发布由《计量资讯速递》微信代行。两种方法在微信中订阅计量资讯速递(1)添加公众号:JLZXSD(2)直接扫描右图二维码     

欢迎订阅《计量资讯速递》微信

<正>《计量资讯速递》微信公众平台,欢迎加入互动。《中国计量》杂志微信信息发布由《计量资讯速递》微信代行。两种方法在微信中订阅计量资讯速递1添加公众号:JLZXSD2直接扫描右图二维码     

微信公众平台在铁路计量中的应用

<正>铁路领域截至2016年3月都未开通有关本行业生产一线的计量公众微信号。根据我单位人员结构及生产部署情况,目前有技术的老工人面临退休,高技术含量的作业得不到传承,新工人刚从事技术工作,很多作业程序需要系统的理论知识平台。如果能结合本行业的生产需要开通一款可以传播计量知识的公众微信平台,那么将惠及我段每一名铁路一线的生产工人。一、微信公众平台在铁路计量服务中的应用特点1.微信传播范围广,有效性高     

欢迎订阅《计量资讯速递》微信

正《计量资讯速递》微信公众订阅号,欢迎订阅互动。公众平台实时关注计量行业新闻动态,报道最新计量资讯,是您及时了解最新计量资讯的渠道之一。两种方法在微信中订阅计量资讯速递①添加公众号:JLZXSD②直接扫描右图二维码     

欢迎订阅《计量资讯速递》微信

正《计量资讯速递》微信公众订阅号,欢迎订阅互动。公众平台实时关注计量行业新闻动态,报道最新计量资讯,是您及时了解最新计量资讯的渠道之一。两种方法在微信中订阅计量资讯速递1添加公众号:JLZXSD2直接扫描右图二维码     

欢迎订阅《计量资讯速递》微信账号

正《计量资讯速递》微信公众平台,欢迎加入互动。平台实时关注计量行业新闻动态,报道最新计量资讯,是您及时了解最新计量资讯的渠道之一。方法一:添加《计量资讯速递》微信账号:JLZXSD方法二:直接扫描右图二维码两种方法在微信订阅计量资讯速递     

欢迎加《计量资讯速递》微信账号

《计量资讯速递》微信公众平台,欢迎加入互动。平台实时关注计量行业新闻动态,报道最新计量资讯,是您及时了解最新计量资讯的渠道之一。两种方法在微信添加计量资讯速递方法一:添加《计量资讯速递》微信账号:JLZXSD方法二:直接扫描右图二维码     

欢迎加《计量资讯速递》微信账号

《计量资讯速递》微信公众平台,欢迎加入互动。平台实时关注计量行业新闻动态,报道最新计量资讯,是您及时了解最新计量资讯的渠道之一。两种方法在微信添加计量资讯速递方法一:添加《计量资讯速递》微信账号:JLZXSD方法二:直接扫描右图二维码     

Long term effectiveness of life extension methodologies applied to offshore structures

This paper documents developments in fatigue cracking of a floating platform that required repair and upgrading during 1999–2000. The Veslefrikk B (VFB) platform was built in 1985 for drilling exploration but was converted to a production platform in 1989. Shortly thereafter extensive fatigue cracking was discovered and several repairs were made. However, extensive fatigue cracking continued and a retrofitting program was implemented, using various types of grinding and peening techniques. In 1999 the platform was temporarily decommissioned and dry-docked for a comprehensive repair and upgrading program, following the International Institute of welding (IIW) guidelines for weld improvement methods [1], this was completed in only four months. However, after a few more years of service fatigue damage again necessitated new repairs. The majority of cracks occurred in the hull skin plates and caused water leakage. It is noteworthy that cracking this time occurred only in areas of the structure that were left untreated in the first retrofitting program due to low levels of stress from FE analyses in these areas. The paper describes the original repair and strengthening program, and the types of subsequent fatigue damage that necessitated new repairs. The recent life extension program has resulted in the safe operation of the platform for an estimated additional period of 20 years.     

A reconfigurable platform in support of one-of-a-kind product development

In recent years, a variety of Internet-based systems has been developed for the purpose of Rapid One-of-a-Kind or customized Product Development (ROKPD). They can be applied in different stages of the product development process such as to rapidly capture customer requirements, and help produce high-quality products at low cost and short lead-time. Many of the systems, however, do not support rapid adaptation or dynamic reconfiguration of systems and tools for supporting ROKPD in a distributed manufacturing environment. To the authors’ knowledge, the infrastructure of such a reconfigurable platform for supporting distributed manufacturing has never been directly studied. This paper proposes an Internet-based reconfigurable ROKP platform that has been prototyped to serve as a substrate for integrating innovative tools and systems for One-of-a-Kind Production (OKP) companies in New Zealand. The main emphasis of this paper is to investigate how to build the Internet-based reconfigurable ROKPD platform and to design appropriate intelligent tools and systems for the purpose of rapidly and economically producing OKP products in the global environment. A number of recent developments are discussed, including the four open-domain infrastructure of the ROKPD platform, Internet-based data management systems, an integrated product data environment and a cost/lead time control tool.     

电子测量仪器数据服务平台研究

简述了搭建电子测量仪器数据服务平台的背景意义及电子测量仪器数据服务平台现状和挑战;描述了电子测量仪器数据服务平台的功能、架构。文章在阐述平台功能和结构的基础上,重点阐述了数据服务平台的搭建过程,包括Hadoop大数据架构搭建以及Eclipse软件开发平台搭建,最后介绍了网页化的人机界面和微信公众平台。     

Techno-economic evaluation of energy efficiency measures in high rise residential buildings in Malaysia

In this paper, a survey was conducted on a residential condominium to estimate energy use by different household appliances along the lighting energy estimation in public areas. It has been found that about 2.17 GWh of energy is used in the condominium annually by different types of household appliances and lightings in public areas. As there is significant potential to reduce the energy used, different energy savings measures have been applied and energy savings, bill savings, life cycle cost analysis have been estimated and presented in this paper. It has been found that a cumulative amount of 2.4 GWh of energy can be saved for about 10 years with the implementation of different energy savings strategies proposed for appliances and lighting in public areas. However, good maintenance practices and good energy management practices should be employed continuously to maintain high energy efficiency and high performance of the equipment used and the entire building. It has been found that some of the measures like reducing air conditioning load and reducing heat gain through window tinting are economically very viable as payback period is very short. More advantageously, some of the measures can be implemented without investing significant cost. Ultimately, a key driver in the success of energy efficiency is the education and attitude of the stakeholders in the building industry, and end users who are committed to practice energy saving measures.     

浅谈地铁车站空调箱的配置

我国早期地铁标准车站的公共区（站厅／站台）均按每端配备二台大型空调箱进行设计,为了节省地铁空调设备初投资和土建造价,本文在分析对比了我国近年来东南部主要城市已建成地铁工程实例的基础上,提出地铁标准车站的公共区（站厅／站台）可按每端配备一台大型空调箱进行设计,经过多年运行实践检验,完全满足地铁运营的需要,并显著节省了设备初投资和土建造价,成为我国地铁标准车站公共区空调设计的主要形式。     

Epidemiologic Evolution Platform Using Integrated Modeling and Geographic Information System

At the international level, a major effort is being made to optimize the flow of data and information for health systems management. The studies show that medical and economic efficiency is strongly influenced by the level of development and complexity of implementing an integrated system of epidemiological monitoring and modeling. The solution proposed and described in this paper is addressed to all public and private institutions involved in the fight against the COVID-19 pandemic, using recognized methods and standards in this field. The Green-Epidemio is a platform adaptable to the specific features of any public institution for disease management, based on open-source software, allowing the adaptation, customization, and further development of “open-source” applications, according to the specificities of the public institution, the changes in the economic and social environment and its legal framework. The platform has a mathematical model for the spread of COVID-19 infection depending on the location of the outbreaks so that the allocation of resources and the geographical limitation of certain areas can be parameterized according to the number and location of the real-time identified outbreaks. The social impact of the proposed solution is due to the planned applications of information flow management, which is a first step in improving significantly the response time and efficiency of people-operated response services. Moreover, institutional interoperability influences strategic societal factors.     

运用环境管理体系标准助力绿色供应链管理相关政策制度的实施

近年来,供应链与环境问题的相关性正日益增加,绿色供应链管理越来越受到公众各界的高度关注,标准化对于相关政策制度的实施也起到越来越重要的支撑作用,由此引发了我们关于贯彻实施环境管理体系标准如何助力绿色供应链管理的诸多思考.本文综述了国内外绿色供应链管理政策和标准发展历程,提出了实施环境管理体系标准要求助力绿色供应链管理相关政策制度实施的实践重点和建议.     

Application of FRP composites for underwater piles repair

The lightweight, high strength and corrosion resistance of fiber reinforced polymers (FRP) make them ideally suited for quick and effective structural repairs. As a result, they have been favoured for conducting emergency bridge repairs where speed is of essence. The availability of resins that can cure under water has made it possible to similarly extend its application to substructure elements such as partially submerged damaged piles. Such repairs can be carried out using the same strategies that were successfully used in recent demonstration projects in which FRP was used to repair and rehabilitate corrosion-damaged piles. In the projects two disparate FRP systems – a pre-preg and a wet layup – were used and both carbon and glass evaluated. Access to the piles in the deep waters was provided by a custom-designed, lightweight modular scaffolding system that was assembled around the piles. An overview of the project is provided with particular emphasis on changes that would allow its adoption for emergency repairs.     

Service life and life cycle cost modelling of cathodic protection systems for concrete structures

Cathodic protection (CP) of reinforcing steel has been applied successfully to concrete structures with corrosion damage for more than 25 years. Performance and maintenance data are reported from an inventory of CP systems in The Netherlands installed on about 100 structures between 1987 and 2010. The large majority provides corrosion protection for a long time. Degradation of components and overall systems seems to occur in limited numbers. Failure of components and total systems as a function of age is quantified. On the average, the time until minor repairs of parts is necessary is about 15 years. Global failure of the anode, which necessitates near complete replacement of the system, is rare. Based on the statistical analysis of field data, the cost of maintaining a CP system is predicted using a life cycle cost model.     

基于H5技术的微信交互式广告在交互设计方面的“优势整合”创新思考

目的通过对当今多媒体交互式广告发展现状的介绍,重点对H5技术的特性、实现方式、创新案例等进行分析与探究,从而对移动社交平台的交互式广告的交互设计进行更为深层的创新思考。方法从H5技术的核心功能、微信H5广告现有互动形式分析来总结目前微信交互广告基于H5技术发展的优势和不足,从而对H5交互广告在交互形式和交互手段方面提出"优势整合"的创新设计思路。结论交互设计的创新关键在于基于H5技术所带来的交互手段对现有各种交互形式进行"优势整合",从而更好地突出品牌化设计理念和人性化用户体验。