Intelligent optical fiber wiring device and method and management system

Abstract

The invention discloses an intelligent optical fiber wiring device and method and a management system. A machine frame electronic label is arranged on optical fiber wiring device equipment, a machine disc electronic label is arranged on each optical fiber wiring disc, and a connector electronic label is connected on each optical fiber movable connector. Meanwhile, an optical fiber wiring electronic label card reader is adopted, the optical fiber wiring electronic label card reader is provided with a plurality of electronic label card reading terminals which correspond to optical fiber wiring ports on the optical fiber wiring discs or optical fiber wiring ports on optical fiber wiring port sets one to one, the connector electronic labels on the current optical fiber wiring disc or the current port set and the electronic labels on the machine discs or the optical fiber wiring port sets can be read at a time. The scheme has high management efficiency and less labor misreading management loopholes, the wiring maintenance construction can be indicated and guided through the state of the optical fiber wiring ports, no electronic label read-write and management circuit needs to the added to the device, and a new intelligent ODN convenient to use can be constructed and intelligentized reconstruction of stock routine ODN equipment can be achieved.

Description

technical field [0001] The invention relates to an optical fiber distribution network technology, in particular to an intelligent optical fiber distribution and management scheme. Background technique [0002] With the development of technology, xDSL has been difficult to meet the broadband access requirements of users. The rapid maturity and cost reduction of FTTH have brought a new wave of broadband communication construction. The global ODN (Optical Distribution Network) ushered in explosive growth. Since FTTH mainly uses PON (Passive Optical Network) technology, it shunts the signal of an OLT (Optical Line Terminal) to dozens or hundreds of ONUs (Optical Network Units), which makes the ODN network user end generate a large number of Optical fiber lines require wiring scheduling and maintenance management. For such point-to-multipoint (P2MP) lines, if you continue to use the current character labels that can only be recognized manually for fiber distribution management, ...

AI Technical Summary

Problems solved by technology

[0004] However, conventional smart ODN needs to add a large number of electronic tag reading and writing circuits and management circuits to passive optical distribution equipment, which makes the equipment cost rise rapidly. In addition, the current technology is difficult to solve the problem of intelligent transformation of conventional optical distribution equipment. And doubts about whether the electronic circuit can withstand the test of the harsh environment where the outdoor optical cable transfer box is located, so the intelligent ODN technology has not been widely used so far

[0005] In order to solve the above problems, some people have proposed a passive intelligent ODN solution. However, the current technical solution has the risk of misreading or missing reading of the electronic label, and it is often necessary to set the electronic label on both the optical fiber active connector and the optical fiber distribution port. , which doubles the cost of equipment, and it is also difficult to eliminate management errors caused by manual reading of tags

In addition, the current passive intelligent ODN electronic label collection needs to be manually read one by one, which is very inefficient for fiber distribution equipment with hundreds or thousands of fiber distribution ports.

In addition, the current solution lacks the port status indicator device required in wiring construction, so its technology maturity is low, and it is difficult to seize a market space in the technical field of conventional smart ODN

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