An auxiliary management system and implementation method for subway comprehensive pipeline construction
An integrated pipeline and management system technology, applied in the field of engineering construction, can solve problems such as repetitive construction and unclear progress positioning of pipeline management projects, and achieve the effect of ensuring smooth progress, eliminating inconvenience and even rework, and avoiding rework
Active Publication Date: 2015-07-29
XIAN UNIV OF TECH
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Problems solved by technology
[0009] The purpose of the present invention is to provide a three-dimensional visualized subway integrated pipeline construction auxiliary management system to realize the visualized management of the pipeline, so as to solve the problem of unclear project progress positioning and repetitive construction in the pipeline management caused by the problem of inconsistency between the actual figure and the actual situation. question
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[0089] The following is an explanation of the auxiliary management and implementation organization method of subway comprehensive pipeline construction based on 3D visualization in combination with Xi'an Library Station.
[0090] Get the subway design drawings for Xi'an Library Station. Standardize the coordinates of all design drawings without changing the original design drawings. Import the concrete structure of the subway station into 3Ds Max by layer. In the case of maintaining the 1:1 unit between AutoCAD and 3Ds Max, the scene structure is three-dimensionalized. Simultaneously design and implement the 3D scene import class CLoad3DS.
[0091] Analyze the concerns of construction organization and maintenance personnel on the pipeline, extract and separate the physical and business attributes of the pipeline, and divide the pipeline information into two categories: basic attribute business information and spatial location information. Basic attribute business informatio...
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The invention relates to an auxiliary management system for subway integrated pipeline construction. The system comprises a user management module, a three-dimensional management module, a construction management module and a logging module, wherein the user management module comprises user login authentication and logging off function; the three-dimensional management module comprises scene import, three-dimensional roaming, layer management, legend management and navigation functions; the construction management module comprises basic information management, pipeline modification management, spatial analysis, pipeline collision detection, process coordination, construction schedule management functions; and the logging module can record information on user operation on pipelines in real time. The auxiliary management system for subway integrated pipeline construction provided by the invention has the beneficial effect that three-dimensional visualization of construction process management is realized, so that construction schedule is more visual, and the representation of construction management effect is enhanced, and rework in pipeline construction process is effectively avoided; and through spatial analysis and pipeline collision detection means, the problem of spatial collision between professional pipelines can be effectively solved, and the smooth progress of projects is ensured.
Description
technical field [0001] The invention belongs to the field of engineering construction, and in particular relates to an information-based construction auxiliary management system for subway integrated pipelines, and also relates to an implementation method of the construction auxiliary management system. Background technique [0002] With the further acceleration of urban construction and subway construction, the task of subway construction is more arduous, and the requirements for planning and management of pipelines are getting higher and higher. The interaction between subway engineering and adjacent pipelines has become the focus and difficulty of subway construction. Due to its hidden space location, pipeline system integrity, system structure complexity, and system structure variability, the integrated subway pipeline has intensified the planning and laying of the subway pipeline, directly affecting the progress of the subway construction. Therefore, how to effectively...
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IPC IPC(8): G06Q10/06G06Q50/08G06F17/50
Inventor 王晓帆黑新宏赵凯赵钦张鹏飞王磊
Owner XIAN UNIV OF TECH