适应架空输电线路自动化设计的全数字测量平断面图处理技术研究与应用OA

In response to the automation design requirements for overhead transmission lines and to overcome the limitations of traditional cross-disciplinary processing of measurement profile diagrams,which cannot realize data continuity,this article proposes a full-element feature coding technology based on the integration of field and office work for overhead transmission lines,a safety detection technology for the minimum elevation control line,and an intelligent mapping technology of'one text,one table,one map',to generate fully digital CAD profile diagrams.This technology addresses issues such as the non-inheritance of measurement data information and low utilization of software intelligent analysis,achieving partial data interoperability and result sharing between measurement and design of overhead transmission lines.It can intelligently identify all elements of features under various work interfaces,thereby realizing automatic tower positioning optimization and automated verification statistics,improving the efficiency of surveying and design processes,reducing error rates,and enhancing the quality of surveying and design.