Underground pipeline informatization management and control system

Abstract

The invention provides an underground pipeline informatization management and control system. The underground pipeline informatization management and control system comprises a pipeline database, a visual platform, a query subsystem, a distance measurement analysis subsystem and a labeling subsystem; the pipeline database stores pipeline information of the system; the visual platform is used for selecting subsystems and modules, providing an interface for querying the data information of the system for the user, and displaying the queried data; the ranging analysis subsystem is used for designing pipeline data according to a design instruction of a user; three-dimensional visualization is carried out on the pipe diameter, the material and the burial depth of the invisible underground pipeline through three-dimensional display of underground pipeline information, reliable basic information is provided for pipe network design, spatial analysis and topological analysis based on geographic information are provided, and a data model is provided for management decision making. The system adopts a transparency real-time adjustment mode to set surface image data transparent parameters, and the spatial three-dimensional relationship between a surface object and an underground pipeline is visually presented; and a user can conveniently observe the whole pipe network.

Description

technical field [0001] The invention relates to the technical field of underground pipelines, in particular to an information management and control system for underground pipelines. Background technique [0002] With the advent of the Internet of Everything era, technologies such as NB-IoT, 5G, artificial intelligence, big data, cloud computing, blockchain, and edge computing are constantly being integrated into the Internet of Things. The application of Internet of Vehicles, Industrial Internet of Things, smart home, smart medical care, smart transportation, smart campus and other fields, the superimposed effect of technology integration and industrial integration is becoming more and more obvious, and the Internet of Things is rapidly forming a converged smart connection ecology. [0003] The current pipe network has multiple uses, such as transporting heating water, tap water, and sewage in the municipal field, and can also be applied to the industrial field to transport...

AI Technical Summary

Problems solved by technology

Because the underground pipelines are buried underground, the pipelines are intricate and inconsistent, which brings great inconvenience to design and monitoring. If the underground pipeline network is not uniformly designed and controlled in an area, it is not easy to observe because the pipeline network is installed underground. Serious safety hazards for follow-up maintenance and repair

[0005] Moreover, the underground pipe network has different design dimensions based on different use environments and different use areas. It also has a variety of pipe fittings and pipelines that cooperate with each other, and also involves cooperation and mutual echo with other equipment and facilities in the use environment to avoid interference. These objective factors will bring great inconvenience to the design of the pipe network. If there is no clear display, it is only conceived by the designer out of thin air, which is likely to cause design defects, and there will be impacts on the surrounding equipment and facilities after the pipe network is used. Or the installation of the pipe network caused by peripheral equipment and facilities, causing interference, etc.

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