Pipe gallery management system based on three-dimensional scene and route planning method thereof

Abstract

The invention discloses a pipe gallery management system based on a three-dimensional scene and a route planning method thereof. The system comprises a three-dimensional modeling module, an asset information management module, a route planning module, a lease management module and a fee management module; the method includes the steps that when there is a new lease application, it is necessary tocarry out planning and approval of gallery entrance, set route planning requirements, and carry out route planning analysis of pipe entrance pipeline according to the overall route planning and assetcurrent using situation of the pipe gallery, and analysis results are displayed in a list and the three-dimensional scene; assets to be rented in the analysis results are selected, and a route planning analysis report is automatically generated. By adopting the method, an operation state, a charging situation and a construction distribution situation of the pipe entrance pipeline can be clearly and accurately grasped, the route distribution of the pipe gallery assets can be scientifically and reasonably achieved, dynamic update and intensification utilization of use of the pipe gallery assetscan be achieved, and the condition that the use of the pipe gallery is evidence-based and proof-based is ensured.

Description

technical field [0001] The invention belongs to the application field of comprehensive utility tunnels, and in particular relates to a three-dimensional scene-based utility tunnel management system and a routing planning method thereof. Background technique [0002] At present, the management of comprehensive pipe corridors in China focuses on construction and neglects operation, and the construction cost of comprehensive pipe corridors is huge. As the construction scale of comprehensive pipe corridors in various cities continues to increase, higher requirements are put forward on how to use information technology to achieve reasonable and efficient operation of comprehensive pipe corridors. requirements. [0003] The properties of the internal pipelines in the comprehensive utility corridor are complex, the number of important nodes is large, and the investment, construction, and operation entities are different, which brings great troubles to the subsequent operation and m...

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Problems solved by technology

[0006] Based on this, it is necessary to address that during the operation of the pipeline assets, the operation and management unit cannot accurately grasp the operation status, charging status, and construction distribution of the pipelines entering the corridor; when there are new pipelines that need to enter the corridor, it is necessary to pass the drawings Or enter the pipe gallery on-site to obtain the current status of the pipe gallery, and then rely on manual planning of the pipeline entering the gallery, which is inefficient and may easily cause problems such as uneven distribution of resources in the pipe gallery and waste of resources. Provide an efficient, intuitive, and intelligent pipe gallery The management system and scientific and reasonable routing planning methods realize the refined, intensive and visual management of utility corridor assets, and ensure that the utility corridor asset operation is evidence-based and evidence-based

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