Voice broadcast system and method for realizing intelligent control and management of optical cable transfer box

Abstract

The invention discloses a voice broadcast system and method realizing optical cable cross-connecting box intelligent control management, and relates to the optical distribution network field; an OCC main control manage unit of the system can download a hardware version matched with OCC equipment when an ODN-Voice module needs to download a hardware package; when the download finishes, the OCC main control manage unit uses a business function unit to monitor the OCC equipment electronic lock and electric quantity usage conditions in real time, gives voice prompt information or voice warning information according to different monitoring results, and transfers the voice information to the ODN-Voice module to broadcast; under the normal monitoring conditions, the OCC electronic label and the business function unit usage conditions are parsed, thus obtaining single-deck operation or man-machine interaction related business guidance voice information, and sending the voice information to the ODN-Voice module to broadcast. The system and method can solve the product variation problems, thus reducing error rate, and improving work efficiency.

Description

technical field [0001] The present invention relates to the technical field of ODN (Optical Distribution Network, optical distribution network), specifically a voice broadcast system and method for realizing intelligent control and management of an optical cable transfer box. Background technique [0002] With the implementation of the “Twelfth Five-Year Plan” broadband China strategy, the construction of optical fiber access networks is in the rapid development stage of large-scale deployment, and massive ODN resources also bring new challenges and difficulties to ODN network operation and maintenance management. The low efficiency and high error rate of operation and maintenance management are especially prominent in the construction stage and daily maintenance stage. Using electronic tags to identify optical fibers and intelligently manage them can improve the efficiency of optical fiber management and reduce the error rate of optical fiber management. Based on the above...

AI Technical Summary

Problems solved by technology

The diversity of its product form and operation mode leads to great defects in the interoperability of the product, which brings great inconvenience to the operator's management and construction, not only increases the error rate in the construction process, but also reduces the work efficiency

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