Cloud model-based 5G data collaboration system for electric power ultrahigh river-crossing iron tower project

Abstract

A 5G data collaboration system based on a cloud model for an electric power ultrahigh river-crossing iron tower engineering construction project is based on a cloud computing model, uses intelligent technologies such as 5G, Beidou and the like, takes five management elements of people, machines, materials, methods and rings of an intelligent construction site as a core, and applies 5G independent networking; according to the area of a construction site, two 5G iron tower base stations are erected for signal coverage; secondly, connecting the 5G iron tower with a machine room, relating to the situation that the 5G machine room cannot be directly connected through an optical cable across a river, and data exchange needs to be carried out through a China Telecom backbone network; and finally, a 5G machine room core switch is connected with a China Telecom backbone network to obtain 5G iron tower data, data authentication is completed through self-built BRAS and AAA systems in a machine room, and the authenticated data is sent to a target safety supervision platform through a metropolitan area network CE network. Network testing and configuration are carried out, and a helmet and beacon associated communication interaction mechanism is established at different heights of the ultrahigh iron tower, so that accurate positioning of the position of a constructor, archive management of the constructor and electronic early warning of a risk area are realized.

Description

technical field [0001] The invention relates to a cloud model-based 5G data collaboration system oriented to the construction project of an electric power ultra-high cross-river iron tower. It adopts a collaborative strategy combining cloud model technology with Beidou-assisted precise positioning and 5G technology. The 5G data collaboration system based on the cloud model of the Jiangtie Tower project construction project. Background technique [0002] CN2020114880638 An auxiliary positioning module provided by a sub-area precise auxiliary positioning terminal based on a power engineering construction project, in which the inventor participated, is used to obtain the position information of an intelligent terminal in real time according to a real-time positioning control signal; each beacon on the partition, and send the identified beacon information to the control unit; the NFC module is used to perform on / off configuration of the Bluetooth module according to the control ...

AI Technical Summary

Problems solved by technology

Solve the need for intercommunication between things and things, people and things, and people. However, traditional Internet technology has the problems of slow transmission speed and lack of positioning accuracy. This has huge hidden dangers in the project management of smart construction sites and the personal safety of construction personnel

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