A BIM-based device life cycle management method

Abstract

The invention discloses a whole life cycle management method of equipment based on BIM. The specific steps are as follows: the shape, specification and position of each equipment are kept consistent with the site by processing the BIM model; the device in BIM model is numbered by using the data processing program based on the secondary development application program interface provided by Revit, so that the device number in BIM model is the same as the number of the actual device, and the number is regarded as the unique identification of the device; the BIM model is lightweight and then imported into the third-party software system; equipment information in the design phase and the construction phase is collected and associated with BIM model equipment number with unique identification; the third-party software system interfaces with IBMS and collects the running information of the equipment; equipment repair, maintenance, patrol inspection process can be carried out in the third-party software system, but not limited to the collection of equipment maintenance information; in the third-party software system, all the information of each equipment is summarized according to the unique identification of the equipment, and the equipment account is established.

Description

technical field [0001] The invention relates to the field of construction engineering operation and maintenance management, and relates to a BIM-based equipment lifecycle management method. Background technique [0002] Building information model, referred to as BIM, is based on the relevant information data of construction projects, establishes a three-dimensional building model, and simulates the real information of buildings through digital information simulation. In recent years, the construction industry has gradually begun to introduce BIM technology, and the research on the design, construction and development of buildings has gradually deepened, showing its future development in the construction industry. For the above-mentioned problems, BIM technology can provide 3D visualization models, 4D simulation demonstration, 5D cost real-time dynamic management, etc., conflict prevention in collaborative design, dynamic process simulation of construction, integration of des...

AI Technical Summary

Problems solved by technology

[0007] With the development of BIM in the field of domestic construction, more and more construction units invest in BIM construction, but the use of BIM is still at the development level of consulting models and adjusting integrated pipelines. The utilization rate of the model is relatively low, and the means and methods of use are relatively simple. Once the building is transferred from the construction stage to the operation and maintenance stage, the model that invests a lot of manpower and material resources in the early stage often does not work

[0008] The research on project information system management based on BIM is not sufficient, and the research from the perspective of the whole life cycle is not systematic and comprehensive

There are mainly the following problems in the information management of the whole life cycle of construction projects: information cannot be shared effectively, information loss is serious, information communication methods are outdated, information transmission is delayed, information cannot be effectively integrated, and the correlation is poor, resulting in the ineffective transmission and preservation of information, resulting in "information islands" "