Saring monitoring platform for communication optical cable

Abstract

The invention relates to a staring monitoring platform for a communication optical cable, which comprises an intelligent staring module and a manual staring module, and is characterized in that the intelligent staring module comprises a point location information module, an electronic fence setting module and a point location video monitoring module, the point location information is used for querying information such as a point location name, a belonging area, a person in charge, on-line and off-line conditions of the point location, position information, a point location line grade, latitude and longitude and the like; wherein the point location information search is divided into top search: according to title keywords of point locations, an intention point location can be accurately queried, and region search: according to a pull-down region list, a corresponding region is selected, and all point location lists of the region can be queried. The electronic fence has the advantages that construction machinery entering the electronic fence can be intelligently recognized through monitoring, warning information is sent to related maintenance responsible persons in time, remote speaking can be achieved, and the behavior that optical cables are damaged by external force construction is deterred and early warned in time.

Description

technical field [0001] The invention relates to the technical field of optical cable safety monitoring systems, in particular to a marking and monitoring platform for communication optical cables. Background technique [0002] Communication optical cable lines are the core components of public communication networks. Optical cable communication has penetrated into every corner of people's production and life. The smooth operation of communication optical cable lines can have a direct impact on the national economy and people's work and life. With the development of optical network technology and the explosive growth of various new data application requirements, massive optical fibers have been laid in various application environments. As the optical network structure becomes increasingly complex and the network dynamic reconfiguration becomes more and more frequent, the maintenance and management of optical cable resources become more and more important. [0003] At present...

AI Technical Summary

Problems solved by technology

[0003] At present, most operators are using traditional and inefficient manual marking to maintain optical cable lines, which cannot achieve uninterrupted real-time monitoring of the entire line, and cannot realize early warning before accidents

This method is difficult to efficiently support the high-quality requirements of modern optical networks

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