Method for managing optical fiber jumpers and optical fiber ports by applying pairing two-dimensional code labels

Abstract

The invention provides a method for managing optical fiber jumpers and optical fiber ports by applying pairing two-dimensional code labels. The method comprises the following process steps: two-dimensional code labels are provided; handheld equipment and an intelligent terminal are provided; the two-dimensional code labels are attached to two ends of the optical fiber jumpers; the two-dimensional code labels are attached to optical fiber ports of optical distribution equipment; the optical fiber jumpers attached with the two-dimensional code labels are identified in a pairing manner; the paired optical fiber jumpers and the optic fiber ports attached with the two-dimensional code labels are identified in a pairing manner; and the two-dimensional code labels and pairing information, which are read by the handheld equipment, are collected. The invention has the advantages that the simultaneous identification performance of the two-dimensional code labels is utilized to achieve pairing and binding of the optical fiber jumpers and connecting ends of the optic fiber ports and the optical fiber jumpers, so that favorable operation guidance, such as optical fiber jumper guidance, optical fiber jumper connection inquiry and optical fiber jumper tracking, is provided for operation during construction. Therefore, the in-use optical fiber ports and optical fiber jumpers are effectively managed at extremely low cost without breaking off the in-use optical path, and the maintenance efficiency is improved.

Description

technical field [0001] The invention relates to a method for managing basic resources such as optical fiber ports and optical fiber jumpers in an optical fiber communication network by using paired two-dimensional code labels, and belongs to the technical field of optical fiber communication networks. Background technique [0002] With the rapid development of FTTx optical fiber communication network, several major operators such as Telecom, China Unicom and China Mobile have accelerated the pace of optical fiber network construction, and quickly provided users with various network access services. The number of optical fiber ports and optical fiber jumpers in the system varies with Due to the rapid construction speed, the wiring tables for optical fiber ports and optical fiber jumpers have a lot of information and are complicated. Paper labels or forms are easy to cause damage or blurred writing, easy to fall off, easy to be polluted, and inconvenient to read. The increase ...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of FTTx optical fiber communication network, several major operators such as Telecom, China Unicom and China Mobile have accelerated the pace of optical fiber network construction, and quickly provided users with various network access services. The number of optical fiber ports and optical fiber jumpers in the system varies with Due to the rapid construction speed, the wiring tables for optical fiber ports and optical fiber jumpers have a lot of information and are complicated. Paper labels or forms are easy to cause damage or blurred writing, easy to fall off, easy to be polluted, and inconvenient to read. The increase of human factors in engineering construction has resulted in a decline in the consistency between the data in the operator’s resource management system and the data on the construction site, and some even reach a 20% difference. It is difficult to trace the connection relationship of optical fiber jumpers, and it is impossible to navigate the construction personnel during construction, which brings great inconvenience to the operation and maintenance of the optical fiber communication network, resulting in waste of resources, high maintenance costs, and low maintenance efficiency

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