Intelligent mapping system of general survey of underground power line

Abstract

The invention discloses an intelligent mapping system of the general survey of an underground power line, and belongs to the field of the intelligent mapping system. The intelligent mapping system comprises a project module, a data importing module, a data processing module and an achievement generation module and is characterized in that the project module finishes the new construction, the opening or the exiting of a project; the data importing module directly reads multivariate data and imports the multivariate data into a database; the data processing module automatically carries out analysis processing on power pipe survey data after data is imported, and provides data support for the achievement generation module according to requirements; and the achievement generation module comprises a pipe equipment achievement statement and pipe data mapping data, wherein the pipe equipment mapping data carries out automatic mapping through an Auto CAD (Computer-Aided Design) one-button parameterization way, and the database is an Access database. The intelligent mapping system greatly lightens the working intensity of survey personnel, lowers working difficulty, standardizes a mapping standard, greatly improves project completion speed, and realizes the informatization, the automation and the intelligentization of underground power pipe mapping.

Description

technical field [0001] The invention belongs to the technical field of intelligent mapping systems, and more specifically relates to an intelligent mapping system for general survey of underground power pipelines. Background technique [0002] Underground power pipelines are the lifeline of a modern city, an important infrastructure of a city, responsible for power transmission, and the material basis for the city's survival and development. With the acceleration of urban development in my country, the types and quantities of urban underground power pipelines are also increasing year by year. Due to historical reasons, a considerable part of the completion data of underground power pipelines is incomplete, and the accuracy of spatial data is not high or even inconsistent with the actual situation, which has seriously affected urban planning and construction, enterprise safety production and daily management, and people's lives. Therefore, it is of great significance to carr...

AI Technical Summary

Problems solved by technology

Underground power pipelines have the characteristics of large scale, wide range, complex spatial distribution, large changes, fast growth, long formation time, and high risk, which undoubtedly bring more difficulties and challenges to the mapping work

At present, the drawing of underground power pipeline results is based on CAD drawing tools for manual drawing, which requires a large number of full-time draftsmen to participate in this work. Behind the high rate of computer drawing is a great waste of human resources

The reasons are as follows: (1) The understanding of parametric technology is not deep enough, and it is difficult to establish a parametric model with high accuracy and high sensitivity; (2) The degree of CAD system integration is not high, and the relevant functional software is not organically integrated. Combined together, and use a unified execution program to control and organize the extraction, conversion and sharing of functional software information, so as to achieve the purpose of smooth information in the system and coordinated operation of the system

(3) The current mainstream CAD software lacks analysis functions, especially complex numerical analysis such as structural analysis and finite element analysis, it is difficult to automatically judge the topological relationship of elements, which is not conducive to automatic drawing

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