Standard modularized electromechanical pipeline assembling method based on BIM

Abstract

The invention discloses a standard modularized electromechanical pipeline assembling method based on BIM. The modularized design is performed by BIM, all pipeline components in a building mechanical and electrical project are disassembled into standard modularized pipe sections, the pipeline sections with the same pipe diameters have the same moduli, and are general mutually, and the type number of the pipe sections is greatly reduced. The volume production of the pipe sections in a factory can be realized, and the customization of all the pipe sections is not required. The standard modularized pipe sections produced in batches are transported to a project site to be assembled. Compared with the prior art, the standard modularized electromechanical pipeline assembling method has the advantages that automatic cutting and welding are performed on a machine tool of a factory, and on one hand, the processing precision and quality are greatly improved, on the other hand, the production efficiency is greatly improved. By adopting a mode of production in a factory and assembling on site, the environment pollution and hidden danger of fire safety of a construction site are eliminated. Thepipe sections and pipe fitting are subjected to standard modularization, the generality of the pipe sections is enhanced, the reject ratio of pipe section is greatly reduced, meanwhile the productionefficiency of the factory is improved, and the mounting efficiency of a mounting site is improved.

Description

technical field [0001] The embodiment of the present invention relates to the technical field of pipeline installation, and specifically relates to a BIM-based standard modular electromechanical pipeline assembly method, which is especially suitable for the pipeline installation field of building HVAC, water supply and drainage systems, including building metal and non-metal pipelines Installation, construction and installation of building pipelines, refrigeration room, heating room, boiler room, air conditioning room, water pump room and other fields. Background technique [0002] Based on three-dimensional digital technology, BIM displays the data information, geometric dimensions, and physical properties of buildings in a more intuitive and vivid way, and can express the relationship between the relative position and function of the building space. Standardization is to establish a complete standardization system to promote the industrialized production of buildings, and ...

AI Technical Summary

Problems solved by technology

The traditional electromechanical pipeline installation technology adopts on-site setting-out, measurement, cutting and welding processes. The disadvantage is that the on-site construction workload is very large, including pipeline cutting and welding operations, which are likely to cause environmental pollution such as metal dust and welding fume. Sparks from cutting present great fire hazard

The on-site cutting and welding processes are all manually operated, the work efficiency is low, and the installation accuracy and quality cannot be guaranteed. At the same time, the construction period of the entire electromechanical project is very long, which can no longer meet the actual needs of the project.

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