Integrated pipeline distribution modeling method of pipeline

Abstract

The invention discloses an integrated pipeline distribution modeling method of a pipeline. The integrated pipeline distribution modeling method uses SolidWorks mechanical design software and is characterized by comprising the following steps: a) collating an electronic edition construction drawing; b) carrying out unified labeling and basic modeling; c) when the professional drawing is revised and optimized by each specialty, making pipeline schematic movement directions and dimensions in an original drawing clear; d) after each electromechanical installation specialty revises the drawing, carrying out self-examination on a finished first draft from the aspects of the requirements of a professional technical specification, a design idea, an executing unit and a supervisor; e) before an integrated plane graph is drawn, determining an elevation and a plane position; and f) checking the dimensions of the girders, the plates and the columns of each professional electromechanical installation drawing and architectural structure drawing. The integrated pipeline distribution modeling method has the advantages that large pipelines which occupy top space and include ventilation air conditioner air hoses, air conditioner water pipes and the like in a building can be reasonably distributed, the requirements of aspects including construction periods, quality, cost, impressions and the like are improved, and various requirements of interested parties including the executing unit, the supervisor, design parties and the like can be reasonably coordinated and met to a largest extent.

Description

technical field [0001] The invention relates to pipeline layout in electromechanical installation engineering in buildings, in particular to a pipeline comprehensive layout modeling method. Background technique [0002] A large-scale comprehensive civil and public building involves pipelines in electromechanical installation engineering, usually including: domestic water supply system, fire water supply system, air conditioning water system, drainage system (and possibly heating system), electrical lighting system, power system, anti-corrosion Lightning grounding system, fire alarm system, cable TV, telephone, broadband network, building intercom, air conditioning system, air supply and exhaust system, smoke prevention and exhaust system and a series of other intelligent control professional pipelines. In the past pipeline construction process, each electromechanical installation major was self-centered, resulting in disordered pipelines and chaotic layers. In order to meet ...

AI Technical Summary

Problems solved by technology

In the past pipeline construction process, each electromechanical installation major was self-centered, resulting in disordered pipelines and chaotic layers. In order to meet the requirements of local elevation and location, construction was stopped for discussion and rectification many times, resulting in hidden dangers to quality and safety , and delay the construction period, causing a lot of inconvenience in use and maintenance

[0003] Therefore, there are above-mentioned inconveniences and problems in the known pipeline construction process

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