CN109409445A

CN109409445A - Carrier management method, management terminal, equipment and system in Optical Distribution Network

Info

Publication number: CN109409445A
Application number: CN201710713515.XA
Authority: CN
Inventors: 徐继东; 王莹; 杨阳
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2017-08-18
Filing date: 2017-08-18
Publication date: 2019-03-01
Also published as: WO2019033885A1

Abstract

The invention discloses a kind of carrier management methods in Optical Distribution Network, are applied to ODN equipment, and the ODN equipment includes the machine frame for being provided with multiple fiber ports, and are connected by the fiber port in the machine frame with optical fiber connector；The described method includes: receiving the first operational order of the mark of carrying carrier；The carrier includes optical fiber connector and the electronic tag that is set on the optical fiber connector；Based on first operational order, the second operational order of the mark for carrying the carrier is sent to the electronic tag on the optical fiber connector, to control the carrier output instruction information；The instruction information is used to indicate the location information where the carrier.

Description

Carrier management method, management terminal, equipment and system in Optical Distribution Network

Technical field

The present invention relates to a kind of carrier management methods in tag identification technologies field more particularly to Optical Distribution Network, pipe Manage terminal, equipment and system.

Background technique

With the development of optical-fiber network, the increase of fiber plant exponential form, intensive optical fiber passive optical distribution network (ODN, Optical Distribution Network) in rack, so that the management of fiber resource becomes more and more difficult.

Traditional ODN fiber management is to add a paper labels to each optical fiber, and user is sought by viewing paper labels Look for corresponding optical fiber.But the service life of paper labels is not grown, is easy to fall off, and needs manually to check, checks that duration is uncertain, more It will cause omission fault, if there is multiple optical fiber will detect, human cost, time cost are all very expensive.

Existing intelligence ODN, needs passive ODN becoming active ODN, i.e., there are a master control borad, Mei Geguang in each port One electronic tag of fibre ribbons (eID, Electronic Identity) needs simultaneously to be also inserted into eID after optical fiber is inserted into port Corresponding port.However such mode needs on Optical Distribution Frame (ODF, Optical Distribution Frame), each Master control borad, and the new socket that installation enables eID to patch are installed, such mode is appropriate only for newly-built behind port ODF, because new rack can redesign placement master control borad and the plug receptacle of eID, but it is not suitable for old ODF It is transformed, it changes the use habit of existing ODN user, while being inserted into optical fiber, it is also necessary to be inserted into eID, increase work A possibility that measuring, also increasing fault, and only when optical fiber is inserted into ODN rack ports, optical fiber could be identified, and not inserted Being before entering cannot be identified.

Summary of the invention

The embodiment of the present invention provides carrier management method, management terminal, equipment and the system in a kind of Optical Distribution Network, until It solves problems of the prior art less, can quickly identify specified optical fiber, and realize simple, at low cost.

The technical solution of the embodiment of the present invention is achieved in that

The embodiment of the invention provides a kind of carrier management methods in Optical Distribution Network, are applied to ODN equipment, described ODN equipment includes the machine frame for being provided with multiple fiber ports, and passes through the fiber port and optical fiber connector phase in the machine frame Even；The described method includes:

Receive the first operational order of the mark of carrying carrier；The carrier includes optical fiber connector and is set to the light Electronic tag on fiber connector；

Based on first operational order, the second operational order for sending the mark for carrying the carrier connects to the optical fiber The electronic tag on device is connect, to control the carrier output instruction information；The instruction information is used to indicate where the carrier Location information.

In above scheme, the ODN equipment further include: the electronic label read/write that is set to around the machine frame and at least One read-write antenna, the carrier further include Light-emitting diode LED；

Second operational order for sending the mark for carrying the carrier to the electronic tag on the optical fiber connector, To control the carrier output instruction information, comprising:

It controls the electronic label read/write and passes through the mark that at least one described read-write antenna sends the carrying carrier The second operational order, so as to be received after second operational order described in activation with the electronic tag on the optical fiber connector LED shows the position where the carrier.

In above scheme, the ODN equipment further includes at least one image collecting device being set to around the machine frame； The method also includes:

It controls at least one described image collecting device and Image Acquisition is carried out to the carrier, obtain the first image information；

The carrier is positioned based on the first image information, with the position of the determination carrier.

In above scheme, before the LED is activated, the method also includes:

It controls at least one described image collecting device and carries out global Image Acquisition to the machine frame, obtain the second image Information；

Correspondingly, described position the carrier based on the first image information, with the position of the determination carrier It sets, comprising:

Compare the first image information and second image information；

The position of LED indication in the first image information is mapped in second image information, to determine The fiber port position in machine frame locating for LED is stated, using the fiber port position in machine frame locating for the LED as the carrier Position.

In above scheme, the method also includes:

Establish the mapping relations between the mark of the carrier and the position of the carrier；

The mapping relations are sent to Operation Support System OSS or management terminal, to realize to the carrier and its position The management of relationship.

In above scheme, after the transmission mapping relations are to OSS or management terminal, the method also includes:

Receive the mark edit instruction of the OSS or management terminal transmission；The mark edit instruction carries and the load The associated user identifier UID of the mark of body；

Based on the mark edit instruction, electronic tag corresponding with the mark of the carrier is written into the UID.

In above scheme, before the first operational order of the mark for receiving carrying carrier, the method also includes:

Acquisition of information is sent to instruct to the electronic tag in the carrier；

Receive the mark for the carrier that the electronic tag reports.

The embodiment of the invention also provides a kind of Optical Distribution Network equipment, the ODN equipment includes being provided with multiple optical fiber The machine frame of port, and be connected by the fiber port in the machine frame with optical fiber connector；The ODN equipment further include: first Communication component and controller；

First communication component, the first operational order of the mark for receiving carrying carrier；The carrier includes light Fiber connector and the electronic tag being set on the optical fiber connector；

The controller sends the second operation of the mark for carrying the carrier for being based on first operational order It instructs to the electronic tag on the optical fiber connector, to control the carrier output instruction information；The instruction information is used for Indicate the location information where the carrier.

In above scheme, the ODN equipment further includes the electronic label read/write being set to around the machine frame and at least One read-write antenna, the carrier further include Light-emitting diode LED；

The controller is also used to control the electronic label read/write and is taken by least one read-write antenna transmission Second operational order of the mark with the carrier, so as to receive second behaviour with the electronic tag on the optical fiber connector The LED is activated after instructing, and shows the position where the carrier.

In above scheme, the ODN equipment further includes at least one camera being set to around the machine frame；

The controller is also used to control at least one described camera and carries out Image Acquisition to the carrier, obtains the One image information；

In above scheme, the controller is also used to control at least one described camera and carries out the overall situation to the machine frame Image Acquisition, obtain the second image information；

And compare the first image information and second image information；

In above scheme, the controller is also used to establish reflecting between the mark of the carrier and the position of the carrier Penetrate relationship；

In above scheme, first communication component is also used to receive the mark editor of the OSS or management terminal transmission Instruction；The mark edit instruction carries the associated user identifier of mark with the carrier；

The controller is also used to based on the mark edit instruction, by user identifier write-in and the carrier Identify corresponding electronic tag.

In above scheme, the controller is also used to send acquisition of information and instructs to the electronic tag in the carrier；

And receive the mark for the carrier that the electronic tag reports.

The embodiment of the invention also provides the carrier management system in a kind of Optical Distribution Network, the system comprises: at least One Optical Distribution Network ODN equipment, Operation Support System OSS and multiple carriers；Wherein, each ODN equipment includes setting It is equipped with the machine frame of multiple fiber ports, and is connected by the fiber port in the machine frame with optical fiber connector；Each load Body includes optical fiber connector and the electronic tag that is set on the optical fiber connector；

Each ODN equipment, the first operational order of the mark for receiving the carrying carrier that the OSS is sent；

And for being based on first operational order, send the second operational order of the mark for carrying the carrier to The carrier；

The carrier, the electronic tag output instruction information for including for controlling the carrier；The instruction information is used for Indicate the location information where the carrier.

The ODN equipment is also used to control the electronic label read/write and passes through at least one read-write antenna transmission The second operational order of the mark of the carrier is carried to the electronic tag；

The electronic tag activates the LED after being also used to receive second operational order, shows the carrier place Position.

The ODN equipment is also used to control at least one described camera and carries out Image Acquisition to the carrier, obtains the One image information；

In above scheme, the ODN equipment is also used to control at least one described camera and carries out the overall situation to the machine frame Image Acquisition, obtain the second image information；

And for comparing the first image information and second image information；

And for the position of the LED indication in the first image information to be mapped in second image information, With the fiber port position in machine frame locating for the determination LED, using the fiber port position in machine frame locating for the LED as institute State the position of carrier.

In above scheme, the system also includes management terminals；

The ODN equipment is also used to receive the of the mark for the carrying carrier that the OSS is sent by the management terminal One operational order；

And the mapping relations between the position of the mark and the carrier for establishing the carrier, and reflected described in transmission Relationship is penetrated to the management terminal or the OSS.

In above scheme, the ODN equipment is also used to receive the mark edit instruction of the OSS or management terminal transmission； The mark edit instruction carries the associated user identifier of mark with the carrier；

And for being based on the mark edit instruction, the user identifier is written corresponding with the mark of the carrier Electronic tag.

In above scheme, the ODN equipment is also used to send acquisition of information and instructs to the electronic tag in the carrier；

And the mark for receiving the carrier that the electronic tag reports.

The embodiment of the invention also provides a kind of carrier management method in Optical Distribution Network, it is applied to include at least one The carrier management system of Optical Distribution Network ODN equipment, Operation Support System OSS and multiple carriers；Wherein, the ODN equipment Machine frame including being provided with multiple fiber ports, and be connected by the fiber port in the machine frame with optical fiber connector；It is described Method includes:

Management terminal receives the third operational order of the mark for the carrying carrier that the OSS is sent；Wherein, the carrier packet The electronic tag for including optical fiber connector and being set on the optical fiber connector；

Based on the third operational order, the 4th operational order for sending the mark for carrying the carrier connects to the optical fiber The electronic tag on device is connect, to control the carrier output instruction information；The instruction information is used to indicate where the carrier Location information.

In above scheme, the 4th operational order for sending the mark for carrying the carrier is on the optical fiber connector Electronic tag, comprising:

The electronic label read/write that control management terminal includes passes through the read-write antenna for including, and sends and carries the carrier 4th operational order of mark is to the electronic tag on the optical fiber connector.

In above scheme, the method also includes:

The camera that control management terminal includes carries out Image Acquisition to the carrier, obtains third image information；

The carrier is positioned based on the third image information, with the position of the determination carrier.

The embodiment of the invention also provides a kind of management terminal, be applied to including at least one Optical Distribution Network ODN equipment, The carrier management system of Operation Support System OSS and multiple carriers；Wherein, the ODN equipment includes being provided with multiple optical fiber The machine frame of port, and be connected by the fiber port in the machine frame with optical fiber connector；The management terminal includes:

Second communication component, the third operational order of the mark for receiving the carrying carrier that the OSS is sent；Wherein, The carrier includes optical fiber connector and the electronic tag that is set on the optical fiber connector；

Processor sends the 4th operational order for carrying the mark of the carrier for being based on the third operational order To the electronic tag on the optical fiber connector, to control the carrier output instruction information；The instruction information is used to indicate Location information where the carrier.

In above scheme, the management terminal further includes electronic label read/write and read-write antenna；

The processor is also used to control the reading that the electronic label read/write that management terminal includes includes by management terminal Antenna is write, sends the 4th operational order of the mark for carrying the carrier to the electronic tag on the optical fiber connector.

In above scheme, the management terminal further includes camera；

The processor is also used to control the camera and carries out Image Acquisition to the carrier, obtains third image letter Breath；

Carrier management method, management terminal, equipment and system in above-mentioned Optical Distribution Network provided in an embodiment of the present invention； Wherein, ODN equipment includes the machine frame for being provided with multiple fiber ports, and is connect by the fiber port in the machine frame with optical fiber Device is connected；ODN equipment receives the first operational order of the mark of carrying carrier；The carrier includes optical fiber connector and is set to Electronic tag on the optical fiber connector；Based on the first operational order, the second operation of the mark for carrying the carrier is sent It instructs to the electronic tag on the optical fiber connector, to control the carrier output instruction information；The instruction information is used for Indicate the location information where the carrier.In this way, realizing own location information by the first operational order control vector Instruction, since carrier includes optical fiber connector, so can be used family can be quickly found out connect the optical fiber connector it is specific Optical fiber, and be not inserted into port even if optical fiber and can also be quickly found out, user experience is improved, is realized simple, at low cost.

Detailed description of the invention

Fig. 1 is the flow diagram one of the carrier management method in the embodiment of the present invention in Optical Distribution Network；

Fig. 2 is the composed structure schematic diagram one of carrier management system in the embodiment of the present invention；

Fig. 3 show the composed structure schematic diagram of first vector in the embodiment of the present invention；

Fig. 4 is the flow diagram two of the carrier management method in the embodiment of the present invention in Optical Distribution Network；

Fig. 5 is the composed structure schematic diagram one of ODN equipment in the embodiment of the present invention；

Fig. 6 is the flow diagram three of the carrier management method in the embodiment of the present invention in Optical Distribution Network；

Fig. 7 is the composed structure schematic diagram two of carrier management system in the embodiment of the present invention；

Fig. 8 is the composed structure schematic diagram two of ODN equipment in the embodiment of the present invention；

Fig. 9 is the composed structure schematic diagram three of carrier management system in the embodiment of the present invention；

Figure 10 show the composed structure schematic diagram of management terminal of the embodiment of the present invention.

Specific embodiment

The present invention is further described in detail below with reference to the accompanying drawings and embodiments.It should be appreciated that described herein Specific embodiment is only used to explain the present invention, is not intended to limit the present invention.

It should be noted that term involved in the embodiment of the present invention " first second third " be only be that difference is similar Object, do not represent the particular sorted for object, it is possible to understand that ground, " Yi Er third " can be in the case where permission Exchange specific sequence or precedence.It should be understood that the object that " first second third " is distinguished in the appropriate case can be mutual It changes, so that the embodiment of the present invention described herein can be real with the sequence other than those of illustrating or describing herein It applies.

Embodiment one

Fig. 1 show in the embodiment of the present invention flow diagram of the carrier management method in Optical Distribution Network, the side Method is applied to ODN equipment；Fig. 2 is the composed structure schematic diagram of carrier management system in the embodiment of the present invention, the carrier management system System include at least one ODN equipment, Operation Support System (OSS, Operation support system), i.e. network management OSS, with And multiple carriers；Wherein, ODN equipment is communicated with network management OSS by I5 interface, the communication mode between ODN equipment and OSS Using wired power line communication (PLC, Power Line Communication) mode or wireless 3G/4G standard Communication modes；Optical fiber connector in ODN equipment and carrier carries out physical connection by I1 interface.As shown in Figure 1, Figure 2, this Carrier management method includes: in inventive embodiments

Step 101:ODN equipment receives the first operational order of the mark of carrying carrier；The carrier includes optical fiber connection Device and the electronic tag being set on the optical fiber connector；

Step 102: being based on first operational order, send the second operational order of the mark for carrying the carrier to institute The electronic tag on optical fiber connector is stated, to control the carrier output instruction information；The instruction information is used to indicate described Location information where carrier.

Here, in actual implementation, what first operational order can send for network management OSS, also can be management terminal It is sent after reception OSS work order instruction.

ODN equipment in carrier management system includes the machine frame for being provided with multiple fiber ports, and by the machine frame Fiber port be connected with optical fiber connector.

In practical applications, the mark of the carrier is the electronics being set on optical fiber connector that the carrier includes The target identification (TID, Target Identification) of label, for uniquely identifying the carrier；Wherein, the electronics Label is radio frequency identification (RFID, Radio Frequency Identification) label.

In actual implementation, the carrier further includes light emitting diode (LED, Light Emitting Diode), the LED It can integrate in the RFID label tag, can also be used as independent a part and connect with RFID label tag；And RFID label tag can lead to Cross paste, the modes such as grafting are fixed on optical fiber connector, the composed structure for being illustrated in figure 3 carrier in the embodiment of the present invention is shown It is intended to.

ODN equipment further include: the electronic label read/write (RFID reader) being set to around machine frame and at least one reading Write antenna；Wherein, read-write antenna is set as around machine frame in distributed setting, and setting principle is main are as follows: does not contact in ODF Between optical fiber end mouth region, do not influence the function of original OFD frame, opening or closing including door.

Correspondingly, the mark of the carrier carried in the first operational order is extracted after ODN equipment receives the first operational order, The second operational order for carrying the mark is generated, and is communicated using RFID communication mode with the electronic tag in carrier, is controlled Second operational order is sent to all carriers in system by read-write antenna by electronic label read/write processed, is sent out through ODN equipment After the electronic tag for the electromagnetic wave activation sent receives the second operational order, compare the mark of the carrier carried in the second operational order Whether label (TID) and the carrier tag (TID) itself stored are identical, if the identical determination instruction is destined to itself, after And the LED output light information of control vector, i.e. control LED shine, and to show the position where carrier, specially control LED pairs The driving power answered is powered to LED, and LED is made to shine, and then the position that family quickly determines carrier by luminous LED can be used It sets, namely quickly determines the position of corresponding optical fiber connector and optical fiber, provided for the specified optical fiber of maintenance, lookup of optical fiber Great convenience, and in actual implementation, no matter whether optical fiber is inserted into the port of ODN equipment, can be defeated by control vector Instruction information is quickly found out specified optical fiber out, moreover, without changing the existing use habit of user, it is convenient to existing ODN into Row transformation, greatly improves user experience.

Here, the communication of ODN equipment and the electronic tag in carrier is using RFID communication technology, due in practical reality Shi Shi, there are multiple carriers in system, and therefore, the communication between ODN equipment and carrier is the contactless point based on RFID To the communication modes of multiple spot (P2MP, Point to Multiple Point).

Embodiment two

Fig. 4 show in the embodiment of the present invention flow diagram of the carrier management method in Optical Distribution Network；In conjunction with figure 2, shown in Fig. 4, carrier management method includes: in the embodiment of the present invention

Step 201:ODN equipment receives the first operational order of the mark for the carrying carrier that OSS is sent.

Here, the first operational order is used to indicate ODN equipment and positions to carrier.

In embodiments of the present invention, ODN equipment includes the machine frame for being provided with multiple fiber ports, and by the machine frame Fiber port be connected with optical fiber connector；Carrier includes optical fiber connector and the electronic tag that is set on optical fiber connector (i.e. RFID label tag)；Wherein, the mark of carrier is the electronic tag being set on optical fiber connector that the carrier includes TID, for uniquely identifying the carrier.

In one embodiment, before this step, the method also includes:

Receive the mark for the carrier that the electronic tag reports.

Here, in actual implementation, the communication between carrier of ODN equipment is substantially the electronics that ODN equipment includes with carrier Communication between label, communication mode can use RFID technique；Correspondingly, in practical applications, ODN equipment further include: setting Electronic label read/write and at least one read-write antenna around machine frame；

ODN equipment controls electronic label read/write and is instructed by least one read-write antenna transmission acquisition of information to institute The electronic tag in carrier is stated, after the electronic tag of the electromagnetic wave activation sent through ODN equipment receives acquisition of information instruction, on The mark (i.e. the TID of itself) of reports of newspaper body gives ODN equipment.

Step 202:ODN equipment is based on the first operational order, sends the second operational order for carrying the mark of the carrier To the carrier.

Here, after ODN equipment receives the first operational order, the mark of the carrier carried in the first operational order is extracted, it is raw At the second operational order for carrying the mark, the electronic label read/write is controlled by read-write antenna and sends the carrying carrier Mark the second operational order give the carrier；Specifically, in practical applications, multiple read-write days are provided in ODN equipment Line, in distributed setting around machine frame, so that signal cover covers entire ODN and every time may be used as a kind of implementation A read-write antenna is opened, another read-write antenna is then turned on after closing, until finding corresponding electronic tag (the i.e. second operation The corresponding electronic tag of the signal of carrier carried in instruction).

It should be noted that the setting principle of read-write antenna is main are as follows: do not contact optical fiber end mouth region among ODF, not shadow Ring the function of original OFD frame, opening or closing including door.

Step 203: the carrier exports the instruction information of instruction own location information based on the second operational order.

Here, in practical applications, carrier further includes LED, which can integrate on the electronic tag that carrier includes, It can also be used as independent a part to be connected with electronic tag.

In actual implementation, after the electronic tag of the electromagnetic wave activation sent through ODN equipment receives the second operational order, Compare the label (TID) of the carrier carried in the second operational order and whether the carrier tag itself stored is identical, if identical Determine that the instruction is destined to itself, then, the LED output light information that control vector includes, i.e. control LED shines, with aobvious Show the position where carrier, the specially corresponding driving power of control LED is powered to LED, and LED is made to shine.

Step 204:ODN equipment controls the image collecting device for itself including and carries out Image Acquisition to the carrier, obtains First image information, and carrier is positioned based on the first image information.

Here, in actual implementation, ODN equipment further includes at least one image collector being set to around the machine frame It sets, carrier is positioned for assisting；Wherein, image collecting device can be camera；Image collecting device quantity is set Surely it can be set according to actual needs, such as: a camera is respectively set in four corners inside machine frame, and disposes more A purpose, it would be desirable to cover fiber port all on entire ODF frame；It is illustrated in figure 5 the composed structure signal of ODN equipment Figure, it illustrates a kind of set-up modes of image collecting device, electronic label read/write and read-write antenna；Four camera shootings therein Head is respectively arranged at four corners around fiber port, and electronic label read/write is located at the side inside machine frame.

Based on the embodiment of the present invention, in practical applications, before the LED of the carrier is activated, i.e., in the carrier LED shine before, the method also includes:

It controls at least one described image collecting device and carries out global Image Acquisition to the machine frame, obtain the second image Information；That is, image when LED of acquisition is non-lit up.

Correspondingly, being positioned based on the first image information to carrier, comprising:

Compare the first image information and the second image information；

The position of LED indication in first image information is mapped in the second image information, locating for the determination LED Fiber port position in machine frame, using the fiber port position in machine frame locating for the LED as the position of the carrier.Such as This carries out precise positioning to carrier by image recognition.

In practical applications, the carrier is connected often through optical fiber with another carrier, correspondingly, ODN equipment is to carrier After positioning, the method also includes:

The ODN equipment of other side carrier obtains the mark and optical fiber of the carrier corresponding with the mark of another carrier Port position；

Based on the mark of another carrier, the instruction letter that another carrier output indicates its position information is controlled Breath, another carrier is connected to corresponding ODN based on the instruction information and the corresponding fiber port position of the carrier Equipment.

Here, ODN equipment obtains mark (TID1) and its position of carrier corresponding with mark (TID2) of another carrier； Specifically, can be obtained from body storage optical fiber corresponding with the TID2 of the electronic tag other side electronic tag TID1 and Its fiber port position, or TID1 corresponding with TID2 and its fiber port position are obtained from OSS.

Control the instruction information that another carrier output indicates its position information；Specifically, comprising:

The electronic label read/write that the ODN equipment of another carrier side controls itself is sent by read-write antenna carries TID2's Instruction, so that the LED that the corresponding electronic tag of TID2 controls itself shines, the position of the corresponding carrier of instruction TID2, so that work The corresponding carrier of TID2 can be quickly found by making personnel, be then based on the fiber port position of the corresponding carrier of TID1 for TID2 pairs The carrier answered is plugged to the corresponding fiber port position of ODN equipment of another carrier side.

Step 205:ODN equipment establishes the mapping relations between the mark of the carrier and the position of the carrier, and sends The mapping relations are to OSS, to realize the management to the carrier and its positional relationship.

Here, the mapping relations between the mark of the carrier and the position of the carrier are established, namely to electronic tag TID and its position (place fiber port position) are bound.

Based on the above embodiment of the present invention, in practical applications, OSS receive the electronic tag that ODN equipment reports TID and After the map information of its positional relationship, searched in order to facilitate the subsequent fiber management of staff, optical fiber etc., it is accustomed to according to user Electronic tag is named, i.e. imparting another mark of electronic tag-user identifier (UID, User IDentification), such as: electronic tag is located at some room, some facility, some port；Identify the electronic tag with Before be used in where.

OSS, which sends to carry, gives ODN equipment, ODN with the mark edit instruction of mark (TID) associated UID of the carrier Equipment is based on the mark edit instruction, and electronic tag corresponding with the mark of the carrier is written in the associated UID；Specifically , ODN equipment controls electronic label read/write and emits radiofrequency signal by read-write antenna, and UID is written to the electronics mark of corresponding TID Label, complete the name of UID.

In practical applications, multiple carriers are inserted into the fiber port of ODN equipment by staff respectively first, also will be more A optical fiber connector for being connected with optical fiber is inserted into the fiber port of ODN equipment respectively, due to being both provided on each optical fiber connector Electronic tag, each electronic tag have the TID of oneself, and therefore, the TID of electronic tag can identify the carrier where it, when After completing optical fiber grafting, ODN equipment controls each electronic tag progress TID and reports, and is then then forwarded to the TID information reported OSS to be managed to carrier, and then positions electronic tag (carrier) based on each TID and (knows the optical fiber where it Port position).The corresponding relationship of the TID of electronic tag and its position are reported to by ODN equipment after positioning to carrier OSS allows staff to carry out UID name to carrier, and then OSS will carry the TID and corresponding UID of electronic tag Edit instruction gives ODN equipment, ODN equipment and then the electronic tag that UID is written to corresponding TID.

In actual implementation, there is an optical fiber connector at the both ends of an optical patchcord respectively, and carrier is by optical fiber and separately One carrier is connected, and after the completion of the optical fiber connector to optical fiber side carries out grafting, also connects the optical fiber of the optical fiber other end Device is inserted into the corresponding fiber port of another ODN equipment；Firstly, the acquisition of ODN equipment is corresponding another with mark (TID) of carrier The mark of carrier, then sends the instruction for carrying TID2, control TID2 corresponding electronic tag output instruction information, i.e., so that The corresponding electronic tag of TID2 controls itself corresponding LED and shines, in this way, staff is made to quickly find the corresponding load of TID2 Body (optical fiber connector), due to the corresponding carrier positions of TID1 (fiber port position) it is known that in turn, staff can be according to this The corresponding carrier of TID2 is inserted on the corresponding fiber port position of another ODN equipment by port position, in this way, it is another to complete optical fiber Grafting of all carriers in side in another ODN equipment.And then the carrier of the other side can be carried out by the ODN equipment of the other side The determination (positioning) of fiber port position, and carry out signal of carrier, carrier positions corresponding relationship binding and report, Yi Jijin The name etc. of the UID of the carrier of the row other side, implementation procedure is identical as the process of opposite side, repeats no more.

In the subsequent equipment course of work, if (no matter whether the optical fiber inserts correspondence to some fiber problems Fiber port), need to only light its corresponding electronic tag (LED i.e. on control electronic tag shines), maintain In the case where the existing shape of ODN equipment and working method, facilitates staff to be quickly found out failure optical fiber, overhauled.

It should be noted that in some embodiments, carrier management system can also include management terminal, carried when completing After the connection of body and ODN equipment, it can be sent by management terminal and carry the operational order of the TID/UID of electronic tag to carrier, So that carrier is shone based on the LED that the operational order controls itself, and then look into the carry out optical fiber of staff easily and fast It looks for, overhaul, reduce artificial incorrect operation rate, improve work efficiency.

Embodiment three

Fig. 6 show in the embodiment of the present invention flow diagram of the carrier management method in Optical Distribution Network, and Fig. 7 is this The composed structure schematic diagram of carrier management system, the carrier management system include two or more in inventive embodiments ODN equipment, an OSS, a management terminal and multiple carriers；Wherein, ODN equipment is carried out with network management OSS by I5 interface Communication, the communication mode between ODN equipment and OSS use the communication side of wired PLC mode or wireless 3G/4G standard Formula；Optical fiber connector in ODN equipment and carrier carries out physical connection by I1 interface, and the communication between management terminal and carrier connects Mouthful I7 is the communication interface for meeting ISO/IEC 18000-6 international standard or GB/T 29768-2013 national standard, management terminal and Communication interface between OSS is I6 interface, such as can carry out data communication by 3G or 4G using wired or wireless.In conjunction with figure 6, shown in Fig. 7, carrier management method includes: in the embodiment of the present invention

Step 301: management terminal receives the third operational order of the mark for the carrying carrier that OSS is sent.

Here, OSS can directly issue work order by the I6 interface between management terminal and instruct to management terminal, third behaviour Work instruction is used to indicate ODN equipment and positions to carrier.

Step 302: management terminal is based on third operational order, sends the 4th operational order for carrying the mark of the carrier To the carrier.

In actual implementation, the communication between management terminal and carrier is using RFID communication technology, due to depositing in system In multiple carriers, therefore, communication between management terminal and carrier be based on RFID contactless point-to-multipoint (P2MP, Point to Multiple Point) communication modes.Correspondingly, being provided with electronic label read/write and reading in management terminal Antenna is write, in actual implementation, after management terminal receives third operational order, extracts the carrier carried in third operational order Mark (TID), generate the 4th operational order for carrying the mark, the electronic label read/write for controlling itself passes through read-write antenna The 4th operational order of the mark for carrying the carrier is sent to the carrier；Here, the communication between management terminal and carrier is real Communication between the electronic tag that matter is management terminal and carrier includes.

Step 303: the carrier activates the LED of itself based on the 4th operational order.

In actual implementation, the electronic tag of the electromagnetic wave activation sent through management terminal receives the 4th operational order Afterwards, compare the label (TID) of the carrier carried in the 4th operational order and whether the carrier tag itself stored is identical, if phase It is destined to itself with the determining instruction, then, the LED that activation carrier includes, i.e. output light information, i.e. control LED shine, To show the position where carrier, the specially corresponding driving power of control LED is powered to LED, and LED is made to shine.

Step 304: management terminal controls the camera for itself including and carries out Image Acquisition to the carrier, obtains the first figure Carrier is positioned as information, and based on the first image information.

Here, in actual implementation, management terminal further includes camera, for before the LED activation to carrier and after activation ODN equipment machine frame inside carrier carry out Image Acquisition, namely before the LED of the carrier is activated, i.e., in the load Before the LED of body shines, the method also includes:

The camera that management terminal controls itself carries out global Image Acquisition to the machine frame, obtains the second image letter Breath；That is, image when LED of acquisition is non-lit up.

Management terminal compares the first image information and the second image information；

Using the above embodiment of the present invention, the electronic tag based on carrier controls the carrier output instruction information (instruction Carrier positions information), and the technical characteristic of port position positioning is carried out based on the instruction information to the carrier, it may be implemented pair Optical fiber accurately and rapidly connects, and the accurate acquisition for identifying corresponding port location information to electronic tag, not In the case where changing user's habit, makes being managed to fiber resource for user's more convenient and quicker, greatly improve user's Experience.

Example IV

A kind of ODN equipment is present embodiments provided, as shown in figure 8, the ODN equipment includes being provided with multiple fiber ports Machine frame 11, and be connected by the fiber port in the machine frame with optical fiber connector；The ODN equipment further include: first is logical Believe component 12 and controller 13；

First communication component 12, the first operational order of the mark for receiving carrying carrier；The carrier includes Optical fiber connector and the electronic tag being set on the optical fiber connector；

The controller 13 sends the second behaviour of the mark for carrying the carrier for being based on first operational order It instructs to the electronic tag on the optical fiber connector, to control the carrier output instruction information；The instruction information is used Location information where indicating the carrier.

In one embodiment, the ODN equipment further include the electronic label read/write 14 being set to around the machine frame and At least one read-write antenna 15, the carrier further include Light-emitting diode LED；

The controller 13 is also used to control the electronic label read/write and passes through at least one read-write antenna transmission The second operational order of the mark of the carrier is carried, so as to receive described second with the electronic tag on the optical fiber connector The LED is activated after operational order, shows the position where the carrier.

In one embodiment, the ODN equipment further includes at least one camera 16 being set to around the machine frame；

The controller 13 is also used to control at least one described camera and carries out Image Acquisition to the carrier, obtains First image information；

In one embodiment, the controller 13 is also used to control at least one described camera and carries out to the machine frame Global Image Acquisition, obtains the second image information；

And compare the first image information and second image information；

In one embodiment, the controller 13 is also used to establish between the mark of the carrier and the position of the carrier Mapping relations；

The mapping relations are sent to OSS or management terminal, to realize the management to the carrier and its positional relationship.

In one embodiment, first communication component 12 is also used to receive the mark of the OSS or management terminal transmission Edit instruction；The mark edit instruction carries the associated user identifier of mark with the carrier；

The controller 13 is also used to based on the mark edit instruction, by user identifier write-in and the carrier The corresponding electronic tag of mark.

In one embodiment, the controller 13 is also used to send acquisition of information and instructs to the electronics mark in the carrier Label；

And receive the mark for the carrier that the electronic tag reports.

In one embodiment, ODN equipment can also include touch-display unit, use for showing its working condition and receiving The instruction of family triggering.

In one embodiment, ODN equipment can be active ODN equipment, i.e. ODN equipment can also include power supply, for giving The assembly power supply that ODN equipment includes.In practical applications, ODN equipment may be at electrification sleep state, when it needs work When, it can be waken up.

Embodiment five

The carrier management system in a kind of Optical Distribution Network is present embodiments provided, as shown in figure 9, carrier in the present embodiment Management system includes: at least one ODN equipment 21, OSS22 and multiple carriers 23；Wherein, each ODN equipment 21 is wrapped The machine frame for being provided with multiple fiber ports is included, and is connected by the fiber port in the machine frame with optical fiber connector；Each institute State the electronic tag that carrier includes optical fiber connector and is set on the optical fiber connector；

Each ODN equipment 21 refers to for receiving the first operation of mark for the carrying carrier 23 that the OSS is sent It enables；

And for being based on first operational order, send the second operational order of the mark for carrying the carrier to The carrier 23；

The carrier 23, the electronic tag output instruction information for including for controlling the carrier；The instruction information is used Location information where indicating the carrier 23.

In one embodiment, the ODN equipment 21 further include the electronic label read/write being set to around the machine frame and At least one read-write antenna, the carrier further include Light-emitting diode LED；

The ODN equipment 21 is also used to control the electronic label read/write and passes through at least one read-write antenna hair Send the second operational order of the mark for carrying the carrier to the electronic tag；

In one embodiment, the ODN equipment 21 further includes at least one camera being set to around the machine frame；

The ODN equipment 21 is also used to control at least one described camera and carries out Image Acquisition to the carrier, obtains First image information；

The carrier is positioned based on the first image information, with the position of the determination carrier 23.

In one embodiment, the ODN equipment 21 is also used to control at least one described camera and carries out to the machine frame Global Image Acquisition, obtains the second image information；

And for comparing the first image information and second image information；

In one embodiment, the system also includes management terminals 24；

The ODN equipment 21 is also used to receive the mark for the carrying carrier that the OSS is sent by the management terminal 24 The first operational order；

And the mapping relations between the position of the mark and the carrier for establishing the carrier, and reflected described in transmission Relationship is penetrated to the management terminal 24 or the OSS22.

In one embodiment, the ODN equipment 21 is also used to receive the mark of the OSS22 or the transmission of management terminal 24 Edit instruction；The mark edit instruction carries the associated user identifier of mark with the carrier；

In one embodiment, the ODN equipment 21 is also used to send acquisition of information and instructs to the electronics mark in the carrier Label；

And the mark for receiving the carrier that the electronic tag reports.

Embodiment six

Present embodiments provide a kind of management terminal, as shown in Figure 10, be applied to including at least one ODN equipment, OSS, And the carrier management system of multiple carriers；Wherein, the ODN equipment includes the machine frame for being provided with multiple fiber ports, and is led to The fiber port crossed in the machine frame is connected with optical fiber connector；Management terminal in the present embodiment includes:

Second communication component 31, the third operational order of the mark for receiving the carrying carrier that the OSS is sent；Its In, the carrier includes optical fiber connector and the electronic tag that is set on the optical fiber connector；

Processor 32, for being based on the third operational order, the 4th operation for sending the mark for carrying the carrier refers to It enables to the electronic tag on the optical fiber connector, to control the carrier output instruction information；The instruction information is for referring to Show the location information where the carrier.

In one embodiment, the management terminal further includes electronic label read/write and read-write antenna；

The processor 32, be also used to control the electronic label read/write that management terminal includes includes by management terminal Read-write antenna, sends the 4th operational order of the mark for carrying the carrier to the electronic tag on the optical fiber connector, with The LED for making the electronic tag activate the carrier to include based on the 4th operational order, namely the control LED shine.

In one embodiment, the management terminal further includes camera；

The processor 32 is also used to control the camera and carries out Image Acquisition to the carrier, obtains third image Information；

Here, the processor 32 is also used to control the camera that management terminal includes and carries out the overall situation to the machine frame Image Acquisition obtains the second image information；

And compare the first image information and second image information；

It need to be noted that: it is and above-mentioned above is referred to the description of management terminal, ODN equipment and carrier management system Method description be it is similar, with method beneficial effect describe, do not repeat them here.For terminal of the present invention, equipment and system Undisclosed technical detail in embodiment, please refers to the description of embodiment of the present invention method.

It will be appreciated by those skilled in the art that: realize that all or part of the steps of above method embodiment can pass through journey Sequence instructs relevant hardware to complete, and program above-mentioned can be stored in a computer readable storage medium, which exists When execution, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned includes: movable storage device, deposits at random Access to memory (RAM, Random Access Memory), read-only memory (ROM, Read-Only Memory), magnetic disk or The various media that can store program code such as CD.

If alternatively, the above-mentioned integrated unit of the present invention is realized in the form of software function module and as independent product When selling or using, it also can store in a computer readable storage medium.Based on this understanding, the present invention is implemented The technical solution of example substantially in other words can be embodied in the form of software products the part that the relevant technologies contribute, The computer software product is stored in a storage medium, including some instructions are used so that computer equipment (can be with It is personal computer, server or network equipment etc.) execute all or part of each embodiment the method for the present invention. And storage medium above-mentioned includes: that movable storage device, RAM, ROM, magnetic or disk etc. are various can store program code Medium.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain Lid is within protection scope of the present invention.

Claims

1. a kind of carrier management method in Optical Distribution Network ODN, which is characterized in that be applied to ODN equipment, the ODN equipment Machine frame including being provided with multiple fiber ports, and be connected by the fiber port in the machine frame with optical fiber connector；It is described Method includes:

Receive the first operational order of the mark of carrying carrier；The carrier includes optical fiber connector and is set to the optical fiber and connects Connect the electronic tag on device；

Based on first operational order, the second operational order of the mark for carrying the carrier is sent to the optical fiber connector On electronic tag, to control carrier output instruction information；The instruction information is used to indicate the position where the carrier Confidence breath.

2. the method according to claim 1, wherein the ODN equipment further include: be set to around the machine frame Electronic label read/write and at least one read-write antenna, the carrier further include Light-emitting diode LED；

Second operational order for sending the mark for carrying the carrier is to the electronic tag on the optical fiber connector, with control Make the carrier output instruction information, comprising:

It controls the electronic label read/write and passes through at least one described read-write antenna sends the mark for carrying the carrier the Two operational orders, so as to the LED is activated after receiving second operational order with the electronic tag on the optical fiber connector, Show the position where the carrier.

3. according to the method described in claim 2, it is characterized in that, the ODN equipment further includes being set to around the machine frame At least one image collecting device；The method also includes:

4. according to the method described in claim 3, it is characterized in that, before the LED is activated, the method also includes:

It controls at least one described image collecting device and carries out global Image Acquisition to the machine frame, obtain the second image letter Breath；

Correspondingly, described position the carrier based on the first image information, with the position of the determination carrier, packet It includes:

Compare the first image information and second image information；

The position of LED indication in the first image information is mapped in second image information, with the determination LED Fiber port position in locating machine frame, using the fiber port position in machine frame locating for the LED as the position of the carrier.

5. according to the method described in claim 4, it is characterized in that, the method also includes:

The mapping relations are sent to Operation Support System OSS or management terminal, to realize to the carrier and its positional relationship Management.

6. according to the method described in claim 5, it is characterized in that, described send the mapping relations to OSS or management terminal Later, the method also includes:

Receive the mark edit instruction of the OSS or management terminal transmission；The mark edit instruction carries and the carrier Identify associated user identifier UID；

7. method according to any one of claims 1 to 6, which is characterized in that the of the mark for receiving carrying carrier Before one operational order, the method also includes:

Receive the mark for the carrier that the electronic tag reports.

8. a kind of Optical Distribution Network ODN equipment, which is characterized in that the ODN equipment includes the machine for being provided with multiple fiber ports Frame, and be connected by the fiber port in the machine frame with optical fiber connector；The ODN equipment further include: the first communication component And controller；

First communication component, the first operational order of the mark for receiving carrying carrier；The carrier includes that optical fiber connects The electronic tag for connecing device and being set on the optical fiber connector；

The controller sends the second operational order for carrying the mark of the carrier for being based on first operational order To the electronic tag on the optical fiber connector, to control the carrier output instruction information；The instruction information is used to indicate Location information where the carrier.

9. ODN equipment according to claim 8, which is characterized in that the ODN equipment further includes being set to the machine frame week The electronic label read/write enclosed and at least one read-write antenna, the carrier further include Light-emitting diode LED；

The controller is also used to control the electronic label read/write and passes through at least one read-write antenna transmission carrying institute The second operational order of the mark of carrier is stated, is referred to so as to receive second operation with the electronic tag on the optical fiber connector The LED is activated after order, shows the position where the carrier.

10. ODN equipment according to claim 9, which is characterized in that the ODN equipment further includes being set to the machine frame At least one camera of surrounding；

The controller is also used to control at least one described camera and carries out Image Acquisition to the carrier, obtains the first figure As information；

11. ODN equipment according to claim 10, which is characterized in that

The controller is also used to control at least one described camera and carries out global Image Acquisition to the machine frame, obtains Second image information；

And compare the first image information and second image information；

12. ODN equipment according to claim 11, which is characterized in that

The controller is also used to establish the mapping relations between the mark of the carrier and the position of the carrier；

13. ODN equipment according to claim 11, which is characterized in that

First communication component is also used to receive the mark edit instruction of the OSS or management terminal transmission；The mark is compiled Collect the associated user identifier of mark of instruction carrying and the carrier；

The controller is also used to based on the mark edit instruction, by the mark of user identifier write-in and the carrier Corresponding electronic tag.

14. according to the described in any item ODN equipment of claim 8 to 13, which is characterized in that

The controller is also used to send acquisition of information and instructs to the electronic tag in the carrier；

And receive the mark for the carrier that the electronic tag reports.

15. the carrier management system in a kind of Optical Distribution Network, which is characterized in that the system comprises: the distribution of at least one light Network ODN equipment, Operation Support System OSS and multiple carriers；Wherein, each ODN equipment includes being provided with multiple light The machine frame of fine port, and be connected by the fiber port in the machine frame with optical fiber connector；Each carrier includes optical fiber Connector and the electronic tag being set on the optical fiber connector；

And for being based on first operational order, the second operational order of the mark for carrying the carrier is sent to described Carrier；

The carrier, the electronic tag output instruction information for including for controlling the carrier；The instruction information is used to indicate Location information where the carrier.

16. system according to claim 15, which is characterized in that the ODN equipment further includes being set to the machine frame week The electronic label read/write enclosed and at least one read-write antenna, the carrier further include Light-emitting diode LED；

The ODN equipment is also used to control the electronic label read/write and passes through at least one read-write antenna transmission carrying Second operational order of the mark of the carrier gives the electronic tag；

The electronic tag activates the LED after being also used to receive second operational order, shows the position where the carrier It sets.

17. system according to claim 16, which is characterized in that the ODN equipment further includes being set to the machine frame week At least one camera enclosed；

The ODN equipment is also used to control at least one described camera and carries out Image Acquisition to the carrier, obtains the first figure As information；

18. system according to claim 17, which is characterized in that

The ODN equipment is also used to control at least one described camera and carries out global Image Acquisition to the machine frame, obtains Second image information；

And for comparing the first image information and second image information；

And for the position of the LED indication in the first image information to be mapped in second image information, with true Fiber port position in machine frame locating for the fixed LED, using the fiber port position in machine frame locating for the LED as the load The position of body.

19. system according to claim 18, which is characterized in that the system also includes management terminals；

The ODN equipment is also used to receive the first behaviour of the mark for the carrying carrier that the OSS is sent by the management terminal It instructs；

And the mapping relations between the position of the mark and the carrier for establishing the carrier, and send the mapping and close It is to the management terminal or the OSS.

20. system according to claim 19, which is characterized in that

The ODN equipment is also used to receive the mark edit instruction of the OSS or management terminal transmission；The mark editor refers to Enable the associated user identifier of mark carried with the carrier；

And for being based on the mark edit instruction, electricity corresponding with the mark of the carrier is written into the user identifier Subtab.

21. 5 to 20 described in any item systems according to claim 1, which is characterized in that

The ODN equipment is also used to send acquisition of information and instructs to the electronic tag in the carrier；

And the mark for receiving the carrier that the electronic tag reports.

22. a kind of carrier management method in Optical Distribution Network, which is characterized in that be applied to include at least one Optical Distribution Network The carrier management system of ODN equipment, Operation Support System OSS and multiple carriers；Wherein, the ODN equipment includes being provided with The machine frame of multiple fiber ports, and be connected by the fiber port in the machine frame with optical fiber connector；The described method includes:

Management terminal receives the third operational order of the mark for the carrying carrier that the OSS is sent；Wherein, the carrier includes light Fiber connector and the electronic tag being set on the optical fiber connector；

Based on the third operational order, the 4th operational order of the mark for carrying the carrier is sent to the optical fiber connector On electronic tag, to control carrier output instruction information；The instruction information is used to indicate the position where the carrier Confidence breath.

23. according to the method for claim 22, which is characterized in that the 4th behaviour for sending the mark for carrying the carrier It instructs to the electronic tag on the optical fiber connector, comprising:

The electronic label read/write that control management terminal includes passes through the read-write antenna for including, and sends the mark for carrying the carrier The 4th operational order to the electronic tag on the optical fiber connector.

24. according to the method for claim 23, which is characterized in that the method also includes:

25. a kind of management terminal, which is characterized in that be applied to include at least one Optical Distribution Network ODN equipment, operation support system The carrier management system of system OSS and multiple carriers；Wherein, the ODN equipment includes the machine for being provided with multiple fiber ports Frame, and be connected by the fiber port in the machine frame with optical fiber connector；The management terminal includes:

Second communication component, the third operational order of the mark for receiving the carrying carrier that the OSS is sent；Wherein, described Carrier includes optical fiber connector and the electronic tag that is set on the optical fiber connector；

Processor sends the 4th operational order of the mark for carrying the carrier to institute for being based on the third operational order The electronic tag on optical fiber connector is stated, to control the carrier output instruction information；The instruction information is used to indicate described Location information where carrier.

26. management terminal according to claim 25, which is characterized in that the management terminal further includes electronic label read-write Device and read-write antenna；

The processor is also used to control the read-write day that the electronic label read/write that management terminal includes includes by management terminal Line sends the 4th operational order of the mark for carrying the carrier to the electronic tag on the optical fiber connector.

27. management terminal according to claim 25, which is characterized in that the management terminal further includes camera；

The processor is also used to control the camera and carries out Image Acquisition to the carrier, obtains third image information；