CN102684783B - Method for repairing intelligent wiring electronic tag - Google Patents
Method for repairing intelligent wiring electronic tag Download PDFInfo
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- CN102684783B CN102684783B CN201210140521.8A CN201210140521A CN102684783B CN 102684783 B CN102684783 B CN 102684783B CN 201210140521 A CN201210140521 A CN 201210140521A CN 102684783 B CN102684783 B CN 102684783B
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Abstract
The invention discloses a method for repairing an intelligent wiring electronic tag and relates to the field of optical communication. By using the link management capacity of system network management, a computer is operated on the site to analyze a transmission link of an optical fiber wiring port into which an optical fiber movable connector with a damaged tag is inserted, an analysis result is compared with memory information in a network database, the accuracy of the memory information is determined and proved, a new optical fiber movable connector is replaced, and tag information on the new optical fiber movable connector is re-stored into the database, so repair of tag information and wiring connection is realized. Compared with the conventional optical fiber routing detection and optical fiber sorting method, the method provided by the invention has the advantages that an optical fiber jumper which is required to be replaced can be accurately found, updated and repaired; the method is high in updating and repairing speed of the optical fiber jumper, high in efficiency, low in error rate and low in labor intensity and slightly influences network; and network maintenance cost is reduced, network resources are saved, and the quality of network service is improved.
Description
Technical field
The present invention relates to optical communication field, particularly relate to a kind of restorative procedure of intelligent wired electrical label.
Background technology
Built by FTTH (Fiber-To-The-Home, Fiber to the home) and pull, global ODN (Optical Distribution Network, optical distribution network) welcomes explosive growth.Because FTTH mainly adopts PON (Passive Optical Network, EPON) technology, it is by an OLT (Optical Line Terminal, optical line terminal) give along separate routes tens of up to a hundred ONU (Optical Network Unit, optical network unit), this need to carry out distribution scheduled maintenance management with regard to the fibre circuit that makes the user side of ODN net produce flood tide.
The conventional topmost parts of optical fiber wiring equipment (ODF/MODF/OCC) are exactly fiber adapter array.For carrying out distribution management, ports having identification record paper in distributing frame, for record with identify fiber adapter after be connected fibre core sequence number or the transmission road order of optical fiber.And be inserted on the tail optical fiber of the fiber active linker in fiber adapter, usually paste upper flag form label, on flag form label, record fibre core sequence number or transmission road order information that this fiber active linker of identification connects optical fiber.Conventional optical fiber distributing management is exactly fibre core sequence number or the transmission road order information on manual identified and management of optical fibers adapter and fiber active linker, thereby instructs the scheduling of optical fiber distributing and maintenance management.
Early stage lightguide cable link is substantially all point to point line, management is relatively easy, the ODN network that is FTTH service is the circuit of point-to-multipoint, continue to continue to use at present can only manual identified character label carry out optical fiber distributing management, its maintenance workload and management difficulty will significantly rise.Add the EPON characteristic of PON technology one-to-many, this just makes on an optical branch network, and user can arbitrarily be linked into and on any one branch road, carry out normal signal transmission, and is not the perception of network manager institute.This characteristic declines to a great extent the manageability of ODN.The leak of labor management will make network data occur not consistent mistake with real network situation, and this will bring a lot of difficulties to follow-up network operation work.For addressing this problem, the light distribution administrative skill that has occurred intelligent ODN, it take electronic tag as basis, to each fiber active linker, give eID or a RFID chip with unique coding, the mode of utilizing electronics automatically to gather manages optical fiber distributing, to stop the issuable mistake of labor management, and utilize computer networking technology to instruct network operation, thereby can in thickly dotted distributing frame adapter arrays, highlight out the port that need to operate rapidly, to reduce labour intensity.
Although the management of the electronic label intelligentization of optical fiber distributing can greatly improve the manageability of distribution network, reduce the error rate of network configuration, improve network service quality, but because electronic tag is unique identity carrying device of optical fiber distributing port or flexible jumper, and generally do not have other can supply the sign of difference, and indistinguishable difference in bundled densely covered optical fiber pigtail, once damage, just very easily cause managerial confusion, produce the problem that is difficult to recovery.
Although introducing electronic label technology in ODN network carries out distribution management and has fairly obvious technical advantage, but it can not guarantee absolute reliability, extraneous static damage, lightning damage, forceful electric power induction are smashed, Effect of Short Circuit, and salt fog infringement etc. all can make electronic tag lose efficacy.And the electronic tag losing efficacy is owing to cannot correctly understanding, when carrying out follow-up distribution management, just cannot manage normally it, if can not it be upgraded and be repaired, just will inevitably bring confusion to follow-up management, thereby improve network operation cost, extend the network operation time, empty consumption Internet resources, reduce network service quality.
Summary of the invention
The object of the invention is in order to overcome the deficiency of above-mentioned background technology, a kind of restorative procedure of intelligent wired electrical label is provided, can accurately find out the optical patchcord of need changing and upgrade and repair, and upgrade that reparation speed is fast, efficiency is high, error rate is low, labour intensity is little, little to web influence, reduce network operation cost, save Internet resources, raising network service quality.
The restorative procedure of intelligent wired electrical label provided by the invention, comprise the following steps: A, execute-in-place computer carry out label verification operation: the electronic labeling information of the fiber active linker that on fetch equipment, each port inserts, and the storage information of preserving in they and database is compared, analyze whether there is mistake, to determine whether to exist wrong electronic tag; Execute-in-place computer discovery exists after wrong electronic tag, controls intelligent distribution plant the indicator light that is inserted with the port of wrong electronic tag is lighted, and send warning information; Execute-in-place computer carries out, after label verification operation, fiber active linker slotting on alarm port being extracted, and inserts fine device is carried out to electronic tag verification, to verify whether the electronic tag on described fiber active linker damages really; B, confirm that this electronic tag really damages after, by scene, grasping the label that computer carries out this damage electronic tag institute spigot mouth checks, from execute-in-place computer, recall again the network stock information of this port, show electronic labeling information and the optical fiber link information of the former fiber active linker that this port connects, and judge that former fiber active linker belongs to a port of optical fiber pigtail, optical patchcord or optical fiber splitter; The judged result of C, integrating step B Central Plains fiber active linker, execute-in-place computer indicates the residing position of the device other end of former fiber active linker place optical fiber link; D, dismounting damage label place fiber active linker and related device thereof, then new device is installed, and according to the installation procedure of optical fiber pigtail, optical patchcord or optical fiber splitter, again the distribution information exchange of new unit is crossed to execute-in-place computer log enter the internet database.
In technique scheme, if judge in step B, former fiber active linker is a port of optical patchcord, and in step C, execute-in-place computer indicates the distribution port position that optical patchcord other end fiber active linker inserts.
In technique scheme, if judge in step B, former fiber active linker is the port of optical fiber pigtail, and in step C, execute-in-place computer indicates optical cable coding and the optical fiber sequence number thereof at coupled optical fiber place.
In technique scheme, if judge in step B, former fiber active linker is a port of optical fiber splitter, and in step C, execute-in-place computer indicates the position of coding and other fiber port flexible jumper institute inserting line cap of this optical fiber splitter of this optical fiber splitter.
In technique scheme, further comprising the steps of between step C and D: to utilize network road order relation, check whether damage label fiber active linker place optical fiber link conforms to network road order interconnecting relation, whether correct with the information indicating in the judged result in verification step B and step C.
In technique scheme, the process of described inspection is as follows: check whether the source equipment that damage label fiber active linker place optical fiber link connects conforms to the circuit object that requires to open with egress equipment.
In technique scheme, further comprising the steps of before steps A: adopt two kinds of electronic tags fiber active linker to be carried out to the demarcation of dual electronic tag, take a kind of label as primary label, another kind of label is standby label.
In technique scheme, take eID label as primary label, take radio frequency identification RFID or quick response matrix code QR code is standby label.
In technique scheme, take RFID as primary label, take QR code as standby label.
In technique scheme, further comprising the steps of between step C and D: while being difficult to utilize the order relation checking of network road to damage the information of label, by standby label, to carry out Information Authentication.
In technique scheme, further comprising the steps of between step C and D: there is no standby label, while being also difficult to utilize the order relation checking of network road to damage the information of label, by the mode of actual fiber link test, carrying out the checking of label information.
Compared with prior art, advantage of the present invention is as follows:
The present invention utilizes the link management ability of system network management, with execute-in-place computer, damage the transmission link analysis of the optical fiber distributing port that label fiber active linker inserted, and compare with the storage information in network data base, and then know and prove the correctness of storage information, and then the fiber active linker more renewing (or label, optical patchcord), and again the label information on new fiber active linker is logined into database, thereby realize the reparation that label information is connected with distribution.With respect to conventional optical fiber route exploration and optical fiber, arrange, the present invention can accurately find out the optical patchcord of need changing and upgrades and repair, and upgrade that reparation speed is fast, efficiency is high, error rate is low, labour intensity is little, little to web influence, reduce network operation cost, save Internet resources, raising network service quality.
Embodiment
Below in conjunction with specific embodiment, the present invention is described in further detail.
At intelligent distribution plant, safeguard in the process of distribution, if find not readable electronic tag or wrong electronic labeling information, should first carry out false judgment, then carrying out the renewal reparation of error label.The restorative procedure of the intelligent wired electrical label that the embodiment of the present invention provides, comprises the following steps:
A, execute-in-place computer carry out label verification operation: the electronic labeling information of the fiber active linker that on fetch equipment, each port inserts, and the storage information of preserving in they and database is compared, analyze whether there is mistake, to determine whether to exist wrong electronic tag.Execute-in-place computer discovery exists after wrong electronic tag, controls intelligent distribution plant the indicator light that is inserted with the port of wrong electronic tag is lighted, and send warning information; Execute-in-place computer carries out, after label verification operation, fiber active linker slotting on alarm port being extracted, and inserts fine device is carried out to electronic tag verification, to verify whether the electronic tag on described fiber active linker damages really.
B, confirm that this electronic tag really damages after, by scene, grasping the label that computer carries out this damage electronic tag institute spigot mouth checks, from execute-in-place computer, recall again the network stock information of this port, show electronic labeling information and the optical fiber link information of the former fiber active linker that this port connects, and judge that former fiber active linker belongs to a port of optical fiber pigtail, optical patchcord or optical fiber splitter.
The judged result of C, integrating step B Central Plains fiber active linker, execute-in-place computer indicates the residing position of the device other end of former fiber active linker place optical fiber link, divides three kinds of situations to describe respectively below:
(1) if judge in step B, former fiber active linker is a port of optical patchcord, and in step C, execute-in-place computer indicates the distribution port position that optical patchcord other end fiber active linker inserts;
(2) if judge in step B, former fiber active linker is the port of optical fiber pigtail, and in step C, execute-in-place computer indicates optical cable coding and the optical fiber sequence number thereof at coupled optical fiber place;
(3) if judge in step B, former fiber active linker is a port of optical fiber splitter, and in step C, execute-in-place computer indicates the position of coding and other fiber port flexible jumper institute inserting line cap of this optical fiber splitter of this optical fiber splitter.
Recycling network road order relation, check whether damage label fiber active linker place optical fiber link conforms to network road order interconnecting relation, the process checking is as follows: check whether the source equipment that damage label fiber active linker place optical fiber link connects conforms to the circuit object that requires to open with egress equipment, and whether correct with the information indicating in the judged result in verification step B and step C.
D, dismounting damage label place fiber active linker and related device thereof, then new device is installed, and according to the installation procedure of optical fiber pigtail, optical patchcord or optical fiber splitter, again the distribution information exchange of new unit is crossed to execute-in-place computer log enter the internet database.
For further improving the reliability of electronic tag, can before steps A, adopt two kinds of technology fiber active linker to be carried out to the demarcation of dual electronic tag, and take a kind of label as primary label, another kind of label is standby label.For example, take eID label as primary label, is standby label with RFID (Radio Frequency Identification, radio frequency identification) or QR code (QuickResponse, quick response matrix code); Also can RFID be primary label, take QR code as standby label.Active and standby two labels adopt different technology, the probability that when can be reduced in a label damage, an another label damages together, thereby the reliability of raising electronic tag.Like this, when being difficult to utilize the order relation checking of network road to damage the information of label, can also carry out Information Authentication by standby label, thus improve label information can repair ability.
There is no standby label, while being difficult to utilize the order relation checking of network road to damage the information of label, can carry out by the mode of actual fiber link test the checking of label information yet.
Can certainly be without Information Authentication, just directly damage the fiber active linker of label and change and repair, but system reliability and correctness after repairing like this can be lower, is unfavorable for the raising of network service quality.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.The content not being described in detail in this specification belongs to the known prior art of professional and technical personnel in the field.
Claims (11)
1. a restorative procedure for intelligent wired electrical label, is characterized in that comprising the following steps:
A, execute-in-place computer carry out label verification operation: the electronic labeling information of the fiber active linker that on fetch equipment, each port inserts, and the storage information of preserving in they and database is compared, analyze whether there is mistake, to determine whether to exist wrong electronic tag; Execute-in-place computer discovery exists after wrong electronic tag, controls intelligent distribution plant the indicator light that is inserted with the port of wrong electronic tag is lighted, and send warning information; Execute-in-place computer carries out, after label verification operation, fiber active linker slotting on alarm port being extracted, and inserts fine device is carried out to electronic tag verification, to verify whether the electronic tag on described fiber active linker damages really;
B, confirm that this electronic tag really damages after, by scene, grasping the label that computer carries out this damage electronic tag institute spigot mouth checks, from execute-in-place computer, recall again the network stock information of this port, show electronic labeling information and the optical fiber link information of the former fiber active linker that this port connects, and judge that former fiber active linker belongs to a port of optical fiber pigtail, optical patchcord or optical fiber splitter;
The judged result of C, integrating step B Central Plains fiber active linker, execute-in-place computer indicates the residing position of the device other end of former fiber active linker place optical fiber link;
D, dismounting damage label place fiber active linker and related device thereof, then new device is installed, and according to the installation procedure of optical fiber pigtail, optical patchcord or optical fiber splitter, again the distribution information exchange of new unit is crossed to execute-in-place computer log enter the internet database.
2. the restorative procedure of intelligent wired electrical label as claimed in claim 1, it is characterized in that: if judge in step B, former fiber active linker is a port of optical patchcord, and in step C, execute-in-place computer indicates the distribution port position that optical patchcord other end fiber active linker inserts.
3. the restorative procedure of intelligent wired electrical label as claimed in claim 1, it is characterized in that: if judge in step B, former fiber active linker is the port of optical fiber pigtail, in step C, execute-in-place computer indicates optical cable coding and the optical fiber sequence number thereof at coupled optical fiber place.
4. the restorative procedure of intelligent wired electrical label as claimed in claim 1, it is characterized in that: if judge in step B, former fiber active linker is a port of optical fiber splitter, in step C, execute-in-place computer indicates the position of coding and other fiber port flexible jumper institute inserting line cap of this optical fiber splitter of this optical fiber splitter.
5. the restorative procedure of intelligent wired electrical label as claimed in claim 1, it is characterized in that: further comprising the steps of between step C and D: utilize network road order relation, check whether damage label fiber active linker place optical fiber link conforms to network road order interconnecting relation, whether correct with the information indicating in the judged result in verification step B and step C.
6. the restorative procedure of intelligent wired electrical label as claimed in claim 5, is characterized in that: the process of described inspection is as follows: check whether the source equipment that damage label fiber active linker place optical fiber link connects conforms to the circuit object that requires to open with egress equipment.
7. the restorative procedure of intelligent wired electrical label as claimed in claim 1, it is characterized in that: further comprising the steps of before steps A: to adopt two kinds of electronic tags fiber active linker to be carried out to the demarcation of dual electronic tag, take a kind of label as primary label, and another kind of label is standby label.
8. the restorative procedure of intelligent wired electrical label as claimed in claim 7, is characterized in that: take eID label as primary label, take radio frequency identification RFID or quick response matrix code QR code is standby label.
9. the restorative procedure of intelligent wired electrical label as claimed in claim 7, is characterized in that: take RFID as primary label, take QR code as standby label.
10. the restorative procedure of the intelligent wired electrical label as described in claim 7 or 8 or 9, it is characterized in that: further comprising the steps of between step C and D: while being difficult to utilize the order relation checking of network road to damage the information of label, by standby label, carry out Information Authentication.
The restorative procedure of 11. intelligent wired electrical labels as claimed in claim 1, it is characterized in that: further comprising the steps of between step C and D: there is no standby label, while being also difficult to utilize the order relation checking of network road to damage the information of label, by the mode of actual fiber link test, carry out the checking of label information.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210140521.8A CN102684783B (en) | 2012-05-09 | 2012-05-09 | Method for repairing intelligent wiring electronic tag |
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| CN201210140521.8A CN102684783B (en) | 2012-05-09 | 2012-05-09 | Method for repairing intelligent wiring electronic tag |
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| CN102684783A CN102684783A (en) | 2012-09-19 |
| CN102684783B true CN102684783B (en) | 2014-10-08 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106611200A (en) * | 2015-10-21 | 2017-05-03 | 中兴通讯股份有限公司 | Fault location method and device of optical fiber electronic tag |
| CN105915408A (en) * | 2016-04-14 | 2016-08-31 | 浙江中烟工业有限责任公司 | System for realizing network link information management by weighting and method thereof |
| WO2020037546A1 (en) * | 2018-08-22 | 2020-02-27 | 南京续点通信科技有限公司 | Optical fiber network smart management method and management system |
| CN113473273B (en) * | 2021-07-02 | 2023-03-24 | 烽火通信科技股份有限公司 | Optical fiber network management system and method |
| CN114204988B (en) * | 2021-11-15 | 2023-04-07 | 科大国创云网科技有限公司 | Matrixing output method for ODF port detection position |
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