Comprehensive pipe gallery full-cycle construction management system based on BIM

Abstract

The invention discloses a comprehensive pipe gallery full-cycle construction management system based on BIM, the system is divided into four modules according to different stages of a comprehensive pipe gallery project, and the first module is a decision stage module; the module II is a construction drawing design stage module; the module III is a construction stage module; the module IV is a completion stage module; the first module is mainly used for engineering feasibility research, initial setting and bidding and tendering stages and comprises a first design technology platform and an early-stage data platform. The module II is mainly used for an engineering design construction drawing stage and comprises a second design technology platform and a design data platform; the module III ismainly used for construction stages of engineering modes such as EPC and whole-process consultation, and comprises a construction technology platform, a construction management platform and a construction data platform; the module IV is mainly used for completion stages of engineering modes such as EPC and whole-process consultation. The module comprises a completion technology platform, a data management platform and a project transfer platform. The system has the characteristics of effectively improving the management level, reducing the construction cost and the like.

Description

technical field [0001] The invention relates to the field of comprehensive utility gallery construction, in particular to a BIM-based comprehensive utility gallery full-cycle construction management system. Background technique [0002] The investment cost of the comprehensive pipe gallery is high, and 50 years of development and capacity expansion space are reserved according to the planning requirements, so that one investment can achieve long-term effective use. This type of project has the characteristics of complexity, huge investment, and long construction period. At present, the main problems are: (1) Design management: this type of project requires the cooperation of multiple disciplines, and mutual funding confirmation between different disciplines. In one step, it may cause design changes. Not only that, in the construction process, there may also be pipeline adjustments that lead to chain reaction errors, which will bring higher design and construction costs; (2) ...

AI Technical Summary

Problems solved by technology

This type of project has the characteristics of complexity, huge investment, and long construction period. At present, the main problems are: (1) Design management: this type of project requires multi-disciplinary cooperation, and mutual funding confirmation between different majors. In one step, it may cause design changes. Not only that, in the construction process, there may also be pipeline adjustments that lead to chain reaction errors, which will bring higher design and construction costs; (2) Construction management: quality, progress, cost and Personnel health and safety management is the basis for the successful completion of each project. The underground operation of the comprehensive pipe gallery is highly risky. If the construction technology and enclosure measures are not in place, it will not only cause harm to the safety of the construction personnel's life and property, but may also cause damage to the surrounding environment. (3) In terms of information management: due to the long construction period of this type of project, from the early stage of the project to the completion acceptance, there are many engineering materials (including contracts, contact sheets, etc.) and are easy to lose, which leads to disputes in the later completion acceptance settlement And other issues

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