UF AI ON-SITE INTELLIGENT UNDERGROUND FACILITY SAFETY MANAGEMENT DEVICE AND METHOD THROUGH AI ROBOT MODULE FOR UNDERGROUND FACILITY MEASUREMENT

摘要

In the present invention, the problem that the detection line and line of the conventional underground facility damage prevention sheet are oxidized by rainwater or foreign substances, or are cut off by external pressure, and the problem that failure occurs frequently, and the underground facility safety management device and method are absent At the time of construction, there is little information about the underground facility (location, depth, type of medium), and the problems of electric shock and communication cable line cutting accident on the ground and 15 types (6 types of underground facilities, 6 types of underground structures) In order to improve the urgent problem of building an integrated and systematic underground facility safety management system for each underground information management institution (local government and related organizations) of each type, ground information 3 types), the UF code pad unit 100, an AI robot for measuring underground facilities As it is composed of a module 200 and an underground facility safety management server 300 for GIS21, 1:1 customized by scanning the UF code pattern of the buried UF code pad while moving along the buried UF code pad after the completion of the underground facility As the underground facility safety management data linked to the It can be shortened ~4 times faster, and through the edge AI-based underground facility NPU (Neural Processing Unit) platform module, Real-time mapping/matching is possible, automatic extraction of matching errors and accuracy between objects and 3D facility objects in the integrated underground map are possible, and 15 types (6 types of underground facilities, 6 types of underground facilities, Integrated and systematic one-stop underground facility safety management data by analyzing the DB management system environment for each underground information management institution (local government and related organizations) of 6 types of underground structures, 3 types of ground information) The purpose is to provide an on-site intelligent underground facility safety management device and method through the UF code pad unit that can build