Pipeline arrangement method based on BIM model

Abstract

The invention discloses a pipeline arrangement method based on a BIM model. The pipeline arrangement method comprises the following steps: S1, building BIM models of houses and various pipelines; S2,independently inspecting the BIM models of the various pipelines respectively; S3, integrating the BIM models of the house and various pipelines, and performing collision inspection; S4, if a collision point appears, adjusting and optimizing the BIM models of the various pipelines according to the condition of the collision point, and carrying out secondary integration on the adjusted and optimized BIM models of the various pipelines; S5, repeating the steps S3 and S4 until no collision point appears in the integrated pipeline BIM model; S6, conducting modeling calculation on the various pipeline BIM models, and purchasing materials according to the quantity; S7, carrying out on-site installation, and rechecking the installation position size. The position of the pipeline can be designed in advance through the BIM model, problem points are found in advance, the subsequent rework cost is reduced, the unified BIM model can give consideration to the size of each detail position, and the deviation of the whole project is reduced.

Description

technical field [0001] The invention relates to the field of pipeline arrangement, in particular to a pipeline arrangement method based on a BIM model. Background technique [0002] In some large buildings, various pipelines will need to be installed. Since the types, sizes and functions of pipelines are different, it is necessary to arrange various pipelines well to avoid the collision of various pipelines and prevent pipelines from colliding with each other. The space occupied by the space is large, which can save the interior space of the building. [0003] The current pipeline layout mode mostly stays on the two-dimensional drawings. For the pipeline layout of houses with large engineering volume, complex procedures and various types of pipelines, it is difficult to achieve comprehensive overall planning and refined management for on-site construction management. At the same time, since the construction of each pipeline is independent of each other, such as water pipes,...

AI Technical Summary

Problems solved by technology

[0003] The current pipeline layout mode mostly stays on two-dimensional drawings. For the pipeline layout of houses with large engineering volume, complicated procedures and many types of pipelines, it is difficult to achieve comprehensive overall planning and refined management in on-site construction management.

At the same time, since the construction of various pipelines is independent of each other, such as water pipes, air pipes, and wire pipes, the drawings are drawn separately, resulting in no interlinkage of information between various disciplines, and the real-time transmission of information cannot be realized. The horizontal spacing is controlled by the cross section, but the vertical spacing is difficult to control in the design stage. Therefore, in the actual construction process, after some pipelines are laid in the early stage, the pipelines laid in the later period may collide with the previous pipelines, making it difficult to accurately control; and When CAD draws 2D drawings, multiple engineers are required to design, and the data cannot be cross-referenced in real time, resulting in inevitable errors in the final drawings, which also has a great impact on the subsequent pipeline layout

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