Intelligent management device for contact type optical fiber physical port

Abstract

The invention discloses an intelligent management device for a contact type optical fiber physical port. The intelligent management device is characterized by comprising a management computer, a controller, an identifier and an electronic label connected with a contact attached to an optical fiber joint, wherein the signal output / input end of the management computer is correspondingly connected with the first signal input / output end of the controller through an Ethernet; the second signal input / output end of the controller is correspondingly connected with the first signal output / input end of the identifier in a bus manner; and the second signal input / output end of the identifier is correspondingly connected with the electronic label signal output / input end connected with the contact attached to the optical fiber joint. The intelligent management device has the advantages that an optical fiber port can be flexibly managed, information can be intelligently supplied, and a manager can conveniently lay out wires; during in-site execution, a handheld machine reads information of the electronic label in the optical fiber joint to acquire linkage information between access points; and a manual method for searching the linkage information by turning a wire distribution frame is avoided.

Description

technical field [0001] The invention relates to an intelligent management device for a contact optical fiber physical port. It belongs to the technical field of contact optical fiber ports. Background technique [0002] The optical communication system is developing in the direction of large capacity and high reliability, and the intelligent management of optical fiber physical ports has become a problem that cannot be ignored in the industry. With the increasing number of optical fiber physical ports, the amount of transmission of a large number of various information carried by it is also increasing rapidly. Management of optical fiber physical ports is a relatively weak link in the entire optical communication system. At present, the management method of fiber optic physical ports at home and abroad is the manual management mode of document recording. This obviously cannot meet the management requirements for simplicity, convenience, real-time efficiency, and the manag...

AI Technical Summary

Problems solved by technology

This obviously cannot meet the management requirements for simplicity, convenience, real-time efficiency, and the management method of manual records generally has the following defects: 1) The wiring information in the electronic form is numerous and complicated, and it is difficult to realize simple and convenient real-time Management; 2) Paper labels are easy to cause damage or blurred writing, paper labels are easy to fall off, information is not easy to modify, easy to be polluted, inconvenient to read, not conducive to saving costs, and bring great hidden dangers to maintenance; 3) Optical fiber When an error occurs in the line, it is difficult to modify the fiber connection and wiring information that needs to be maintained, and it is difficult to reflect the modified information to all related systems in time; There are too many optical fibers, and it is very cumbersome to check the wiring. The wiring information is particularly important, but the information is often inaccurate and clear, making it difficult to carry out the maintenance work smoothly; 5) The on-site maintenance information and the optical fiber connection wiring information stored in the computer cannot be kept in real time. It is often necessary to modify the paper or electronic documents that are consistent with the connection and wiring information, and the failure to update them in time will bring great hidden dangers to future management; 6) Human and manual management methods reduce work efficiency and constantly The comprehensive cost of maintenance has been pushed up, and the inaccurate information has brought great practical difficulties to the maintenance work. The resulting errors require a lot of manpower and material resources to correct and maintain

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