Three-dimensional visualization and informatization modeling system and method for energy pipes

Abstract

The invention discloses a three-dimensional (3D) visualization and informatization modeling system and method for energy pipes. According to the system and method, the technical route of "space delamination-management object classification" is adopted to establish a three-dimensional topological graph for the energy pipes in a whole factory, the three-dimensional topological graph is adopted to establish a corresponding three-dimensional model, and therefore the problem that the trend of the energy pipes is not clear is solved; splitting and encoding are performed on the three-dimensional model according to practical management precision, a pipe section contained in each pipe is encoded as "type-region-main branch pipe-sequence code", therefore, the problem that the energy pipes cannot serve as management units is solved, and fine management of the energy pipes is realized; and a pipe information base is established according to splitting and encoding results of the three-dimensional model, information base standard information is associated with three-dimensional pipe sections, bidirectional interconnection of the power energy pipe three-dimensional model and the information is realized, and the problems that energy pipes are difficult to manage and information is scattered and disordered are solved.

Description

technical field [0001] The invention belongs to the field of energy pipeline operation and maintenance management, and specifically relates to a visualization and information modeling method for energy pipelines of cigarette enterprises and cigarette factories, especially underground hidden projects, especially involving power supply pipelines of the whole plant, such as steam pipelines, compression air ducts etc. Background technique [0002] As my country's cigarette factories fully realize the mechanization and automation of production equipment, the overall information level of the enterprise has basically met the needs of enterprise management, but in terms of daily operation and maintenance of energy and key equipment, relying on traditional single management methods and maintenance methods cannot meet the needs of enterprise safety. Therefore, the demand for visualization and digital management of power energy pipeline information is even more urgent. [0003] However...

AI Technical Summary

Problems solved by technology

The present invention adopts the method of grid area and breakpoint excavation to detect the overall layout of underground hidden pipelines, establish a three-dimensional topological map of pipelines, solve problems such as inconsistency between CAD drawings and the site, and unclear pipeline direction, and realize three-dimensional visualization of energy pipelines Check

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