摘要
传统的机电设备运维信息主要来源于纸质的竣工资料,在用到这些信息时,往往要从海量纸质的图纸和文档中去寻找。如何采用电子化手段有效地组织这些信息,以实现设计和施工阶段的有效信息能传递到运维期并辅助运维管理,是当前建筑生命周期管理中需要解决的重要问题。本研究通过引入建筑信息模型(BIM)和二维码技术,开发基于BIM的机电设备智能管理系统(BIM-FIM2012),实现了机电设备工程的电子化集成交付,以及建筑物运维期的维护维修管理和应急管理,为保障所有设备系统的安全运行提供高效的手段和系统平台支持。
Traditionally,operation and maintenance information for MEP mainly comes from completion data in the forms of drawings or documents.When the information is needed,it requires manual searches from such a huge amount of paper files.In order to realize the information transmission from design and construction phases to operation and maintenance period,effectively organization of such information by electronic means is the key issue to be resolved in current building lifecycle management.This can also enhance the information-aided maintenance.By introducing Building Information Model (BIM) and two-dimensional code,a BIM-based Facility Intelligent Management System (BIM-FIM 2012) is developed to realize the electronic integrated delivery of MEP,and to improve the maintenance management and emergency management of a building during its operation and maintenance period.The system also provides an effective way and platform to ensure the safe operations of all MEP systems.
出处
《土木建筑工程信息技术》
2013年第1期17-21,共5页
Journal of Information Technology in Civil Engineering and Architecture
关键词
机电设备工程
运维期
建筑信息模型
物业管理
二维码
MEP Engineering
Operation and Maintenance Period
Building Information Model (BIM)
Facility Management
Two-dimensional Code
