Intelligent optical cable connector box supporting state sensing

Abstract

The invention provides an intelligent optical cable connector box supporting state sensing, and belongs to the technical field of optical cable state monitoring. The intelligent optical cable connector box supporting state sensing comprises a connector box body, and an optical fiber monitoring device, a galloping icing monitoring device, a communication module, a timing positioning module, a main control module and a handheld mobile terminal which are arranged on the connector box body, the main control module is used for realizing communication control among the components on the connector box body; the optical fiber monitoring device is used for monitoring the real-time state of a fiber core, the galloping and icing monitoring device is used for monitoring the galloping and icing conditions of a cable, the communication module is used for transmitting data, the timing and positioning module is used for positioning the geographic position of the connector box body and marking time information, and the handheld mobile terminal is used for providing optical cable information for on-site operation and maintenance personnel. According to the intelligent optical cable connector box supporting state sensing, a large number of connector boxes in an optical cable network are fully utilized, and the optical cable operation and maintenance work efficiency is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of optical cable state monitoring, and in particular relates to an intelligent optical cable splice box supporting state perception. Background technique [0002] The power communication optical cable is attached to the power line and carries important services such as power line protection and safety control, substation dispatch automation, dispatch telephone, and data communication. Ensuring the safe and stable operation of power communication optical cables is of great significance to the safe production of power grids and company management. [0003] At present, the monitoring of the operation status of the optical cable mainly relies on regular inspections and on-site inspections. The quality of the optical fiber core, the precise location of the fault point, the change of the attenuation curve, the galloping of the optical cable line, and the icing situation that have a greater impact on the operation ...

AI Technical Summary

Problems solved by technology

[0003] At present, the monitoring of the operation status of the optical cable mainly relies on regular inspections and on-site inspections. The quality of the optical fiber core, the precise location of the fault point, the change of the attenuation curve, the galloping of the optical cable line, and the icing situation that have a greater impact on the operation of the optical cable cannot be performed in the first place. To grasp at a time, the level of automation and intelligence in the operation and maintenance of optical cables needs to be improved

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