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An innovative maintenance system for emergency lighting

机译:创新的应急照明维护系统

摘要

Fire regulations of different countries require that a monthly test is carried out on each battery back?up emergency lighting to check for functionality. Existing practice requires a team of maintenance staff to carry out the test manually at each lighting point, which is unreliable, inefficient and tedious. An innovative maintenance system is proposed to cater for this issue. It has several advantages over the existing practice ? high reliability, cost effectiveness and user friendliness. With simple modification and the inclusion of LonWorks technology, an intelligent control node is proposed for carrying out the test regularly and sending the test results to a main terminal at a remote centre over a control network. Any defective lighting point can be easily spotted and repairs can be carried out promptly. Also, the system can be integrated with the existing building automation system to form an integrated system to facilitate building management.
机译:不同国家的消防法规要求每月对每个备用电池应急照明灯进行测试,以检查其功能。现有的做法要求一组维护人员在每个照明点手动进行测试,这是不可靠,低效且繁琐的。为了解决这个问题,提出了一种创新的维护系统。与现有做法相比,它具有几个优点?高可靠性,成本效益和用户友好性。通过简单的修改并包含LonWorks技术,提出了一种智能控制节点,用于定期执行测试并将测试结果通过控制网络发送到远程中心的主终端。容易发现任何有缺陷的照明点,并且可以迅速进行维修。而且,该系统可以与现有的楼宇自动化系统集成在一起,以形成一个集成的系统,以促进楼宇管理。

著录项

  • 作者

    Tse WL; Chan WL; Lai SS;

  • 作者单位
  • 年度 2003
  • 总页数
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类

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