CN109412858A - A kind of management method of Optical Distribution Network, intelligent mobile terminal and management system - Google Patents

A kind of management method of Optical Distribution Network, intelligent mobile terminal and management system Download PDF

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Publication number
CN109412858A
CN109412858A CN201811355165.5A CN201811355165A CN109412858A CN 109412858 A CN109412858 A CN 109412858A CN 201811355165 A CN201811355165 A CN 201811355165A CN 109412858 A CN109412858 A CN 109412858A
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China
Prior art keywords
work order
management
distribution network
profile instance
frame
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CN201811355165.5A
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CN109412858B (en
Inventor
陈天奇
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Fiberhome Telecommunication Technologies Co Ltd
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Fiberhome Telecommunication Technologies Co Ltd
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Priority to CN201811355165.5A priority Critical patent/CN109412858B/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/08—Configuration management of networks or network elements
    • H04L41/0803—Configuration setting
    • H04L41/084—Configuration by using pre-existing information, e.g. using templates or copying from other elements
    • H04L41/0843—Configuration by using pre-existing information, e.g. using templates or copying from other elements based on generic templates
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/22—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks comprising specially adapted graphical user interfaces [GUI]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04Q—SELECTING
    • H04Q11/00—Selecting arrangements for multiplex systems
    • H04Q11/0001—Selecting arrangements for multiplex systems using optical switching
    • H04Q11/0062—Network aspects
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04Q—SELECTING
    • H04Q11/00—Selecting arrangements for multiplex systems
    • H04Q11/0001—Selecting arrangements for multiplex systems using optical switching
    • H04Q11/0062—Network aspects
    • H04Q2011/0079—Operation or maintenance aspects

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Human Computer Interaction (AREA)
  • Optical Communication System (AREA)

Abstract

The invention discloses a kind of management method of Optical Distribution Network, intelligent mobile terminal and management systems, are related to Optical Distribution Network technical field.Intelligent mobile terminal receives the management to optical wiring equipment and indicates, executes management and indicates and return implementing result, at least one component units of optical wiring equipment carry noncontact tag；Wherein, management instruction includes at least one of creation structure profile instance, processing construction work order and sampling observation structure profile instance, and structure profile instance includes device type, specifications parameter and the identification information read from noncontact tag of optical wiring equipment.The present invention is based on noncontact tags, provide the workflow management mechanism of on-demand customization for various optical wiring equipment, are effectively reduced cost and difficulty of construction, meet the requirement of the collection of resources of optical distribution network, the accuracy of traffic scheduling and high efficiency.

Description

A kind of management method of Optical Distribution Network, intelligent mobile terminal and management system
Technical field
The present invention relates to Optical Distribution Network (Optical Distribution Network, ODN) technical fields, specifically It is the management method for being related to a kind of Optical Distribution Network, intelligent mobile terminal and management system.
Background technique
In traditional Optical Distribution Network, the O&M mode of optical wiring equipment and business is had the disadvantage that using artificial Paper labels are write to identify the cabinet, single-deck and jumping fiber terminal of optical wiring equipment, it is lack of standardization, it is error-prone；Using manual typing Mode hand-written data is synchronized in resource system, specification manual operation and mistake cannot be excluded in advance；In later period industry In business construction, the optical wiring equipment that exterior domain largely distributes indoors is determined by personal experience, and search for from magnanimity facility The equipment for needing to construct out and its port, there is heavy workloads, the serious problems that difficulty is big, low efficiency and error rate are high.
In view of the above-mentioned problems, there is the control management circuit and electronic tag carrier adapter disk using special configuration To the intelligent ODN technology that optical wiring equipment is transformed, for example, using on the spring leaf feeler read-write jumper terminal of main control unit Chip information, and controlled with special chip and printed circuit board (Printed Circuit Board, PCB) circuit System；Pcb board provides the functions such as equipment, frame, disk, the data acquisition of port, the prompt of device side plate disc port lamp；Monitoring is provided to jump Installation and dismounting state between fine terminal and disk port.Although intelligent ODN technology improves the efficiency of management and information accuracy, But either newly-built optical wiring equipment, or upgrading is carried out to existing optical wiring equipment, require additional power source, Muti-piece circuit board and multi-cable connecting line, it is not only big on single-deck, the structure space influence of jumping fiber in optical wiring equipment, and Since the device type difference of optical wiring equipment increases difficulty of construction, and the higher cost of single port informationization, it leads Completion can not be landed by causing the storage of a large amount of optical wiring equipment to be transformed, and the cost pressure of operator's construction and operation intelligence ODN are big.
Summary of the invention
In view of the deficiencies in the prior art, the purpose of the present invention is to provide a kind of managers of Optical Distribution Network Method, intelligent mobile terminal and management system are based on noncontact tag, provide the stream of on-demand customization for various optical wiring equipment Thread management mechanism, is effectively reduced cost and difficulty of construction, meet the collection of resources of optical distribution network, traffic scheduling it is accurate The requirement of property and high efficiency.
The present invention provides a kind of management method of Optical Distribution Network comprising:
Intelligent mobile terminal receives the management to optical wiring equipment and indicates, executes management and indicates and return to implementing result, light At least one component units of distribution plant carry noncontact tag；
Wherein, the management instruction includes creation structure profile instance, processing construction work order and sampling observation structure configuration At least one of example, structure profile instance include the device type of the optical wiring equipment, specifications parameter and from institute State the identification information of noncontact tag reading.
Based on the above technical solution, the noncontact tag includes the label identified by photoinduction and leads to The label for crossing magnetic induction identification includes QR code and bar code, the label identified by magnetic induction by the label that photoinduction identifies Including RFID label tag and NFC label.
Based on the above technical solution, the structure configuration template to match from external acquisition with the device type, The device type and specifications parameter that cache user is filled in structure configuration template read identification information and are tied after separately depositing Structure profile instance.
Based on the above technical solution, the structure configuration template and the device type obtained from outside mismatches When, according to the device type, specifications parameter and predefined template create rule, local newly-built structure configuration template simultaneously The structure profile instance is obtained, the structure configuration template and structure profile instance locally created is returned.
Based on the above technical solution, the component units of the optical wiring equipment include multiple frames, slot, disk and end Mouthful；
The structure profile instance includes device instance, frame example, disk example and examples of ports.
Based on the above technical solution, the specifications parameter includes the number, every of equipment front and back sides, each column center The number of row center, the slot position direction of every frame, the slot position number of every frame and every piece of disk port number；
The device instance includes device type, geographical location, frame sum, device label, device id and frame number side To；
The frame example includes device id, frame ID, slot position number and slot position direction；
The disk example includes device id, frame ID, disk label, disk ID and port number；
The examples of ports includes device id, frame ID, slot number, port id, ports tab and port numbers；
Wherein, the device label, disk label and ports tab are cabinet, the single-deck from the optical wiring equipment respectively The identification information read with the noncontact tag entrained by jumping fiber terminal.
Based on the above technical solution, the frame example, disk example and examples of ports are stored as list respectively, The major key of list is the frame ID, disk ID or port id；
The device id, frame ID or the corresponding identification information storage of port id in the mapping table, the master of mapping table Key is UUID, and UUID is the identification information.
Based on the above technical solution, the creation structure profile instance further includes drawing panel figure, and panel figure is used The position of at least part component units of the optical wiring equipment described in graphic software platform highlights the mark to be logged Know the component units of component units belonging to information and jumper connection pairing.
Based on the above technical solution, the construction work order is obtained, the construction work order includes to the optical wiring The component units of equipment carry out the work order information of jumper connection construction；
The structure profile instance of the optical wiring equipment is obtained according to work order information, drawing includes composition list to be onstructed The panel figure of member；
The jumper connection after the completion of component units and construction to be onstructed between component units is highlighted by the panel figure Pairing relationship records and returns the real-time execution state and implementing result of the construction work order.
Based on the above technical solution, it before executing the construction work order to be processed, obtains and audits recently The construction work order of completion, records and returns to auditing result.
Based on the above technical solution, obtain sampling observation work order, the optical wiring equipment specified to sampling observation work order with The consistency of its structure profile instance is inspected by random samples, is recorded and is returned to Examined.
The present invention also provides a kind of intelligent mobile terminals, for the management of Optical Distribution Network, the intelligent mobile terminal packet Include transceiver module, execution module and identification module；
Transceiver module indicates the management of optical wiring equipment and is transmitted to execution module for receiving；And it returns and executes The implementing result of module；
Execution module goes out implementing result for executing management indicating concurrent；
The noncontact tag that identification module is used to carry from least one component units of optical wiring equipment reads mark Information；
Wherein, management instruction includes creation structure profile instance, processing construction work order and sampling observation structure profile instance At least one of, structure profile instance includes device type, specifications parameter and the identification information of optical wiring equipment.
Based on the above technical solution, the execution module includes:
Template implementation unit is used to obtain from outside or in local newly-built structure configuration template, the structure configuration Template is to create rule creation according to the device type, specifications parameter and predefined template；
Example implementation unit, be used to receive the device type that user fills in the structure configuration template and Specifications parameter, and the identification information read by the identification module, obtain the structure profile instance after separately depositing.
Based on the above technical solution, the component units of the optical wiring equipment include multiple frames, slot, disk and end Mouthful, frame, slot, disk and port all have ID；
The specifications parameter includes equipment front and back sides, the number of each column center, the number of every row center, the slot position of every frame Direction, the slot position number of every frame and every piece of disk port number；
The structure profile instance includes device instance, frame example, disk example and examples of ports, wherein frame example, disk Example and examples of ports are stored as list respectively, and device id, frame ID or the corresponding identification information storage of port id exist In mapping table.
Based on the above technical solution, the execution module further includes image-drawing unit, and image-drawing unit is for drawing face Plate figure, position of the panel figure at least part component units of optical wiring equipment described in graphic software platform；It is also used in face The corresponding component units of the identification information of typing and the component units of jumper connection pairing are highlighted on plate figure.
Based on the above technical solution, the execution module further includes construction work order execution unit, and construction work order is held Row unit records and returns the real-time execution state and implementing result of the construction work order for obtaining the construction work order, The construction work order includes that the component units of the optical wiring equipment are carried out with the work order information of jumper connection construction；
The example implementation unit is also used to obtain the structure profile instance of the optical wiring equipment according to work order information；
The image-drawing unit is also used to draw the panel figure comprising component units to be onstructed, in the panel figure On highlight jumper connection pairing relationship after the completion of component units and construction to be onstructed between component units.
Based on the above technical solution, before executing the construction work order to be processed, the construction work order is held Row unit is also used to obtain and audit the work order information being recently completed, and records and return to auditing result.
Based on the above technical solution, the execution module further includes sampling observation work order execution unit, and sampling observation work order is held Row unit is consistent with its structure profile instance to the optical wiring equipment that sampling observation work order is specified for obtaining sampling observation work order Property is inspected by random samples, is recorded and is returned to Examined.
The present invention also provides a kind of Optical Distribution Network management system, the Optical Distribution Network management system includes that management is flat Platform and at least an above-mentioned intelligent mobile terminal manage between platform and the transceiver module of every intelligent mobile terminal It is connected by communication interface；
The transceiver module is used to indicate from the management that the management platform is received to optical wiring equipment, and will execute knot Fruit returns to the management platform.
Based on the above technical solution, the Optical Distribution Network management system further includes database, for saving light Distribute the management data of network；
The management platform further include:
Device management module is used to respond the request of the transceiver module, and the structure profile instance for receiving upload is concurrent It is sent to database, and the structure profile instance that search request is downloaded from database；
Template management module is used to respond the request of the transceiver module, receives newly created structure configuration template simultaneously It is sent to database；The structure configuration template that search request is downloaded from database；
Construction workform management module, is used to create construction work order；It is also used to respond the request of the transceiver module, from The construction work order that search request is downloaded in database, and record the real-time execution state of the construction work order returned and execute knot Fruit, more new database；
It inspects workform management module by random samples, is used to create sampling observation work order；It is also used to respond the request of the transceiver module, from The sampling observation work order that search request is downloaded in database, and record the real-time execution state and sampling observation knot of the sampling observation work order returned Fruit.
Based on the above technical solution, the management platform further includes the first protocol processing unit and push unit, The transceiver module includes second protocol processing unit and message processing unit；First protocol processing unit and the second association It discusses and is connected between processing unit by protocol interface, pass through message interface phase between the push unit and message processing unit Even.
Based on the above technical solution, the push unit is used for the message processing unit PUSH message, institute Message processing unit is stated for determining the management instruction according to the type of the message and being transmitted to the execution module, institute Execution module is stated for by the second protocol processing unit and the first protocol processing unit upload request and implementing result.
Based on the above technical solution, the device management module, template management module, construction workform management mould Block and sampling observation work order execution module are used to that the push unit is notified to push the message respectively；
And by first protocol processing unit receive the request from the second protocol processing unit and Implementing result.
Compared with prior art, management method of the embodiment of the present invention by Optical Distribution Network, intelligent mobile terminal reception Management instruction to optical wiring equipment executes management and indicates and return implementing result, at least one composition of optical wiring equipment is single Member carries noncontact tag；Wherein, management instruction includes creation structure profile instance, processing construction work order and sampling observation knot At least one of structure profile instance, structure profile instance include the device type of optical wiring equipment, specifications parameter, Yi Jicong The identification information that noncontact tag is read.Based on noncontact tag, provided on demand for optical wiring equipment newly-built and being transformed The workflow management mechanism of customization, can be effectively reduced cost and difficulty of construction, and the scale for being conducive to existing Optical Distribution Network changes It makes, meets the requirement of the collection of resources of optical distribution network, the accuracy of traffic scheduling and high efficiency.
Detailed description of the invention
Fig. 1 is the management method flow chart of first embodiment of the invention Optical Distribution Network；
Fig. 2 is the specific flow chart of step S120；
Fig. 3 is a kind of integral panels figure of optical wiring equipment；
Fig. 4 is the management method flow chart of second embodiment of the invention Optical Distribution Network；
Fig. 5 is the panel figure graphically indicated for work order of constructing；
Fig. 6 is the specific flow chart of step S330；
Fig. 7 is the management method flow chart of fifth embodiment of the invention Optical Distribution Network；
Fig. 8 is the schematic diagram of sixth embodiment of the invention intelligent mobile terminal；
Fig. 9 is ninth embodiment of the invention Optical Distribution Network management system schematic diagram.
Specific embodiment
With reference to the accompanying drawing and specific embodiment the present invention is described in further detail.
The embodiment of the present invention provides a kind of management method of Optical Distribution Network, comprising:
Intelligent mobile terminal receives the management to optical wiring equipment and indicates, executes management and indicates and return to implementing result, light At least one component units of distribution plant carry noncontact tag.
Wherein, management instruction includes creation structure profile instance, processing construction work order and sampling observation structure profile instance At least one of, structure profile instance includes the device type of optical wiring equipment, specifications parameter and from contactless mark Sign the identification information read.
Specifically, Optical Distribution Network includes at least one optical wiring equipment, the device type of optical wiring equipment includes that light is matched Coil holder, intermediate Optical Distribution Frame, optical cross box, light connector box and optical cable fiber-dividing box, optical wiring equipment are carried for the non-contact of mark Formula label.
Noncontact tag includes the label identified by photoinduction and the label identified by magnetic induction, passes through light sensation The label that should be identified includes fast reaction (Quick Response, QR) code and bar code, the label packet identified by magnetic induction Include radio frequency identification (Radio Frequency Identification, RFID) label and near-field communication (Near Field Communication, NFC) label.For example, being mounted on the noncontact tag above adapter.Institute in noncontact tag The information of storage is globally unique general exclusive identification code (Universally Unique Identifier, UUID) information.
Management platform is managed optical wiring equipment by intelligent mobile terminal, manages platform and intelligent mobile terminal Communication connection, management platform will be issued to intelligent mobile terminal to the management of optical wiring equipment instruction, and intelligent mobile terminal executes Management indicates and implementing result is returned to management platform, to realize the management to optical wiring equipment.
In one embodiment, intelligent mobile terminal can be mobile phone or plate, set light sensation in intelligent mobile terminal Electronic identifier and low-power consumption bluetooth module, light sensation electronic identifier are used to acquire the light of the label with QR code and bar code Feel signal data, for example, light sensation electronic identifier may include camera, the mark of QR code and bar code is acquired by camera Know information, bluetooth module connects external magnetic strength electronic identifier by Bluetooth protocol, to complete RFID label tag and NFC label Induced signal data acquisition.
In another embodiment, light sensation electronic identifier and integrated electronic identifier are set in intelligent mobile terminal, Light sensation electronic identifier is used to acquire the light-sensing signal data of the label with QR code and bar code, integrated electronic identifier For acquiring the induced signal data of RFID label tag and NFC label.
The embodiment of the present invention is based on noncontact tag, provides on-demand customization for optical wiring equipment newly-built and being transformed Workflow management mechanism can be effectively reduced cost and difficulty of construction, improve working efficiency, be conducive to existing Optical Distribution Network Scale transformation, meets the requirement of the collection of resources of optical distribution network, the accuracy of traffic scheduling and high efficiency.
Below by taking component units include multiple frames, slot, disk and the optical wiring of port equipment as an example, intelligent sliding is illustrated Dynamic terminal executes each management and indicates and return to the process of implementing result.
Shown in Figure 1, first embodiment of the invention provides a kind of management method of Optical Distribution Network, Optical Distribution Network Management method include:
S110 intelligent mobile terminal is received as the management instruction of optical wiring equipment creation structure profile instance.
Preferably, the message of intelligent mobile terminal reception pipe platform push, indicates according to the type decision management of message To create structure profile instance.
S120 obtains the structure configuration template to match with the device type of optical wiring equipment.
The device type and specifications parameter that S130 cache user is filled in structure configuration template read identification information simultaneously Structure profile instance is obtained after separately depositing.
S140 is saved using unique device name as the name of structure profile instance and is sent to management platform.
S150 carries out the pairing of port jumper connection and uploads jumper connection pairing result.
In step s 110, other embodiments may is that intelligent mobile terminal sends request, pipe to management platform Platform determines that management is designated as creation knot according to the message received to intelligent mobile terminal PUSH message, intelligent mobile terminal Structure profile instance.
Other embodiments may also is that management platform directly issues management instruction to intelligent mobile terminal, and management refers to It is shown as creation structure profile instance.
Shown in Figure 2, step S120 includes:
S121 intelligent mobile terminal downloads structure configuration template to management platform request, and the structure of downloading is configured mould Plate is cached to the machine.
S122 is searched in the structure configuration template for downloading to the machine and is set with this according to the device type of optical wiring equipment The structure configuration template that standby type matches.
S123 judges whether to find the structure configuration template to match with the device type, if it is not, entering step S124； If so, terminating.
S124 creates rule according to device type, specifications parameter and predefined template, configures mould in local newly-built structure Plate.
Preferably, a kind of structure configuration template is created according to every kind of device type.
On the User Page of intelligent mobile terminal, rule display creation structure configuration is created according to predefined template Parameter needed for template, comprising: device type, equipment front and back sides, the number of each column center, the number of every row center, every frame Slot position direction, the slot position number of every frame and every piece of disk port number, wherein slot position direction includes horizontal and vertical in frame.
The specifications parameter for the optical wiring equipment that user fills on the User Page is saved in page cache, to The device type that family is filled in is verified, when the equipment class of verification to device type and the structure configuration template for downloading to the machine When type repeats, user " device type repeats, and please rename device type " is prompted, and stop filling in for subsequent parameter.
After verifying successfully, a structure configuration template is generated using the data of page cache.
Intelligent mobile terminal provides the function of live newly-built structure configuration template, is directed at the scene not convenient for construction personnel Same device type efficiently creates the structure profile instance of optical wiring equipment, improves construction efficiency.
Local newly-built structure configuration template is uploaded to management platform by S125.
Specifically, intelligent mobile terminal uploads newly created structure configuration template to management platform, platform is managed to intelligence Mobile terminal return receive whether successful message；If returned, reception is unsuccessful, and intelligent mobile terminal uploads to pipe again Platform.
After management platform is successfully received the structure configuration template of upload, database interface is called, by structure configuration template It stores in database.
In other implementations, step S121 can also intelligent mobile terminal be not carried out management instruction when into Row, i.e., before step S110, the message of the structure configuration template of intelligent mobile terminal reception pipe platform push, according to this Message downloads corresponding structure configuration template.
In step s 130, structure configuration template, first cache user are shown in the user interface of intelligent mobile terminal Then the device type and specifications parameter being written in structure configuration template read identification information, generate structure profile instance.
Specifically, specifications parameter include equipment front and back sides, the number of each column center, the number of every row center, every frame slot Position direction, the slot position number of every frame and the port number of every piece of disk.
Structure profile instance includes device instance, frame example, disk example and examples of ports, convenient for being directed to optical wiring equipment Hierarchical structure efficiently managed.
Device instance includes device type, geographical location, frame sum, device label, device id and frame number direction.
Frame example includes device id, frame ID, slot position number and slot position direction.
Disk example includes device id, frame ID, disk label, disk ID and port number.
Examples of ports includes device id, frame ID, slot number, port id, ports tab and port numbers.
Wherein, device label, disk label and ports tab are the cabinet from optical wiring equipment, single-deck and jumping fiber end respectively The identification information that noncontact tag entrained by son is read.
For RFID label tag and NFC label, at the construction field (site), intelligent mobile terminal is built with external electronic identifier first Vertical communication connection；Secondly, the mark of the noncontact tag of the device level of reception electronic identifier identification, single-deck grade, port level Information；Finally, by the mark of the device instance of identification information filling structure profile instance, frame example, disk example and examples of ports It signs in attribute, the identification information stored is globally unique UUID information.
In one embodiment, step S130 includes:
S131 cache the equipment front and back sides of typing, the number of each column center, the number of every row center, every frame slot position side To the slot position number with every frame, initial device instance, frame example and disk example are generated, then configuration template according to this structure In every piece of disk port number, generate initial examples of ports.
S132 draws panel figure, referring to the drawing process explanation of this paper further part panel figure.
S133 is obtained in the initial device instance of identification information typing, frame example, disk example and examples of ports after separately depositing To device instance, frame example, disk example and examples of ports.
By taking one piece of single-deck as an example, the detailed process of the ports tab of the typing single-deck includes:
S1331 identifies the selection of user, and the panel figure of the selection one piece of single-deck of specified display is with typing identification information.
S1332 successively shows that the background of the port sequence of the single-deck is hidden according to sequence from top to bottom or from left to right The panel figure of hiding, partial enlargement.
S1333 identification user touches selected a collection of port in the middle part of screen.
S1334 successively records the noncontact tag that each port that identification module or external identifier are read carries Identification information.
Specifically, the panel figure of partial enlargement shows a collection of port that user selectes, according to sequence from left to right, row It is highlighted in the port red of left end, noncontact tag entrained by the port for prompting user's acquisition to be highlighted.Outside Portion's identifier collects noncontact tag, and the identification information of identifier acquisition is received by Blue-tooth communication method.Part Red on the panel figure of amplification, which is highlighted, to be become green and is highlighted, and adjacent right side port becomes red and is highlighted, And so on, until the identification information acquisition in the noncontact tag of all of the port of user's selection finishes.
S1335 repeats step S1333 and S1334, and the ports tab of port is selected until having acquired user.
Frame example, disk example and examples of ports are stored as list by S134 respectively, and the major key of list is frame ID, disk ID Or port id.
Specifically, frame example list, disk example list and examples of ports list are a Hash table, list includes:
The major key of frame example list is frame ID, is worth for frame example.
The major key of disk example list is disk ID, is worth for disk example.
The major key of examples of ports list is port id, is worth for examples of ports.
In the mapping table, the major key of mapping table is for device id, frame ID or the corresponding identification information storage of port id UUID, UUID are identification information.
Specifically, mapping table includes:
Equipment UUID mapping table: for a Hash table, major key is device label UUID, is worth for device id.
Disk UUID mapping table: for a Hash table, major key is disk label UUID, is worth for disk ID.
Port UUID mapping table: for a Hash table, major key is ports tab UUID, is worth for port id.
Wherein, each ID value is the shaping value of 32 bits, and each UUID value is the shaping value of 64 bits.
Step S140 includes:
S141 saves the device name that user is the name of structure profile instance, and sends request to management platform, with Whether the device name inquired in the device name and database uploaded repeats.
The query result that S142 reception pipe platform returns.
S143 is when query result is to repeat, return step S141.
S144 is uploaded the structure profile instance named with the device name, terminated when query result is not repeat.
Step S150 includes:
S151 is requested to management platform sending port jumper connection pairing processing.
The ports tab of S152 successively typing source port and egress mouth after confirmation jumper connection pairing, completes a pair of of jumper connection pairing The typing of relationship.
S153 repeats step S152, matches port until completing all jumper connections.
The jumper connection of institute's typing is matched port to S154 and its jumping fiber port identification information uploads to management platform, and management is flat Platform stores above- mentioned information into database.
Wherein, jumper connection pairing port and its jumping fiber ports tab information include at least: source device ID, source frame number, source slot Position number, source port ID, source port label, host device ID, place frame number, place slot number, place port id, place ports tab.
At the scene in use, after identifying the identification information of noncontact tag by electronic identifier, using mark Information (such as UUID above-mentioned) is used as querying condition, can rapidly search for out and the optical wiring of the identification information match is set The structure profile instance of some level of standby structure, improves working efficiency.For example, determining scene by device label UUID The mapping relations one by one of optical wiring equipment and its device instance；By single-deck label UUID, the optical wiring equipment at scene is determined The mapping relations one by one of single-deck and its single-deck example；By ports tab UUID, determine the port of the optical wiring equipment at scene with The mapping relations one by one of its examples of ports.
At the scene in use, using identification information (such as UUID above-mentioned) as querying condition, for example, passing through port Label UUID searches the ports tab UUID of jumping fiber opposite end, determines the jumper connection binding relationship of local terminal terminal and opposite end terminal.
Panel figure for graphic software platform optical wiring equipment at least part component units position, highlight to Component units belonging to the identification information of typing and the component units of jumper connection pairing.Preferably, it highlights and can be band face Color is highlighted, such as red is highlighted, and can also be used other forms, is not construed as limiting.Preferably, panel figure is in intelligence It can be shown centered in the user interface of mobile terminal.
When the component units of optical wiring equipment include multiple resources type, for example, the component units packet of optical wiring equipment Frame, slot, disk and port with hierarchical relationship are included, the component units of all resource types can be plotted in a figure layer It is interior；The component units of every kind of resource type can also be plotted in the same figure layer, and can be any to two or more Figure layer is overlapped the panel figure needed, matches for example, multiple map overlays of display box respectively, slot and disk are obtained light The integral panels figure of line equipment.In figure layer, the component units of every kind of resource type are shown with pel, for example, frame, slot, disk Rectangular element can be shown as with port.
For the optical wiring equipment being made of frame, slot, disk and port with hierarchical relationship, the drawing process of panel figure Include:
Specifications parameter in S210 loading structure profile instance, specifications parameter include: equipment front and back sides, each column center Number, the number of every row center, the slot position direction of every frame, the slot position number of every frame and every piece of disk port number.
Pretreatment before S220 graphic plotting.
The integral panels figure of S230 drafting optical wiring equipment.
The panel figure of S240 drafting port.
Step S210 to S240 is illustrated below.
Step S220 includes:
S221 defines the size of rectangular element in different figure layers, comprising:
The a port of single-deck is shown as a square icon, the length of the square icon and wide be defined as 1 and scheme Unit is marked, 1 icon unit generally includes multiple continuous pixels in drawing interface；
The every disk port number × 1 icon unit of the lateral length L1=of every piece of disk；The longitudinal width B1=1 of every piece of disk A icon unit；
When slot position direction is lateral in frame, the lateral length L2=L1 of each frame；The longitudinal width B2=frame of each frame Bracket groove bits number × 1 icon unit；
When slot position direction is longitudinal in frame, the lateral length L2=frame bracket groove bits number × 1 icon list of each frame Position；Then each frame longitudinal width is B2=L1；
Every row frame number in lateral length L3=L2 × equipment of device panel；The longitudinal width B3=B2 of device panel Each column frame number in × equipment.
The pretreatment of S222 drawing interface, comprising:
Open a new drawing interface；
Construct paintbrush example；
Painting canvas background color, such as white are set；
Paintbrush style is set, it is for example, hollow.
Step S230 includes:
S231 rendering apparatus panel zone in the first figure layer: since the lateral length of device panel is L3, device panel Longitudinal width be B3, choosing upper left corner origin (0,0) and bottom right angular coordinate is (L3, B3), draws a rectangular area To indicate device panel region.
S232 draws frame region in the second figure layer: in the device panel regional scope of the first figure layer, from upper left corner original Point coordinate (0,0) starts, and according to sequence from left to right and from top to bottom, draws a rectangular area successively to indicate one A frame region, it is framed until having drawn.
The drawing slot region in third figure layer S233: within the scope of a frame region of the second figure layer, from upper left corner origin Coordinate (0,0) starts, and according to sequence from left to right and from top to bottom, draws a rectangular area successively to indicate one Slot region, until having drawn all slots.
S234 draws disk area in the 4th figure layer: in the slot regional scope of third figure layer, from upper left corner origin (0,0) start, according to sequence from left to right and from top to bottom, draw a rectangular area successively to indicate a panel Domain, until having drawn all disks.
Step S240 includes:
S241 inquires examples of ports and disk example associated with examples of ports and frame example by ports tab；It is logical Cross the top left co-ordinate origin (X of frame ID determination block0, Y0), with numerical value to (L, B) indicating panel a length of L, width B.
S242 determines the top left co-ordinate of disk by device id, frame ID and disk ID are as follows:
(X ', Y ')=(X0+ X, Y0+ Y), and determine current disk a length of L, width B.
S243 is when slot position direction is row major, the top left co-ordinate of port are as follows:
(X ", Y ")=(X '+1 icon unit × (port numbers -1), Y ')；
When slot position direction is to arrange preferential, the top left co-ordinate of port are as follows:
(X ", Y ")=(X ', Y '+1 icon unit × (port numbers -1)).
For S244 with (X ", Y ") for coordinate origin, port length and width is 1 icon unit, carries out the port rectangular area Rendering.
Fig. 3 show the signal in the integral panels figure of the optical wiring equipment of the display screen display of intelligent mobile terminal Figure, for example, intelligent mobile terminal is mobile phone, wherein in Fig. 3 (a), shown by taking the vertical screen display of mobile phone as an example from upper left The device panel region and frame region that angle origin (0,0) starts；In Fig. 3 (b), the disk drawn in a frame region Region；In Fig. 3 (c), a port region is drawn in a disk area.
The present embodiment is identified label and the reading of information using noncontact tag, code requirement normalized template, Process and patterned guidance improve the efficiency and accuracy rate of construction to the greatest extent on executing link.Not only instead of light The paper labels application of distribution plant, it is tight to solve that the difficulty that paper labels label is read is big, low efficiency and error rate are high Weight problem guarantees the frame, disk, port, the pairing of jumper connection terminal of optical wiring equipment newly-built or built in the management platform of resource The consistency of the practical optical wiring device data of the data such as relationship and scene.Moreover, being not necessarily to additional power source, pcb board and connecting line Cable does not fight for the structure space of single-deck and optical fiber in optical wiring equipment, difficulty of construction is effectively reduced, and can reduce single port Port information cost.
Shown in Figure 4, second embodiment of the invention provides a kind of management method of Optical Distribution Network, Optical Distribution Network Management method include:
The management of the construction work order of Ricoh, S310 intelligent mobile terminal receiving area distribution plant indicates.
Specifically, the message of intelligent mobile terminal reception pipe platform push, message includes work order type and work order ID, Work order type is construction work order, is designated as processing construction work order according to the type decision management of message.
S320 downloads construction work order to be processed from management platform.
Specifically, downloading work order information to be processed from management platform according to construction work order ID, work order state becomes: holding In row.
Construction work order includes that the component units of optical wiring equipment are carried out with the work order information of jumper connection construction.Construct work order by Platform creation is managed, the work order information for work order of constructing includes: construction work order ID, construction personnel, the plan construction time, plans to jump Connect entity, practical jumper connection entity, construction type, work order state, auditor and audit time.Wherein, construction type includes: Demolition, installation, work order state include；To in worksheet processing, construction, receipt, cancelled the order, pending, audit passes through and examines and do not pass through.
Plan jumper connection entity is the port of plan construction, and practical jumper connection entity is the port failure when plan construction When scene practice of construction port, plan jumper connection entity and practical jumper connection entity include: source device ID, source frame number, source slot Position number, source port ID, source port label, host device ID, place frame number, place slot number, place port id and place ports tab.
S330 obtains the structure profile instance of optical wiring equipment according to work order information, and drawing includes composition list to be onstructed The panel figure of member.
Specifically, determine device name according to source device ID and host device ID, according to device name to management platform request Download device structure configuration data.
S340 highlights the jumper connection after the completion of component units and construction to be onstructed between component units by panel figure Pairing relationship records and returns the real-time execution state and implementing result of construction work order.
In the execution of work order, needs to operate optical wiring equipment on site, be provided on intelligent mobile terminal With the panel figure for instructing operating function, i.e., a kind of panel figure for instructing the partial enlargement of user's operation, for to be onstructed Port positioning and prompt, realize construction work order graphical instruction.
Referring to shown in Fig. 5 (a), a construction is selected on the work order region of active user's page of intelligent mobile terminal After work order, the panel figure of a pair of of disk and its port to be processed is shown on another region；Using the highlighted flash for prompting of red The port of physical device corresponding to this pair of end mouth；Meanwhile being displayed next to the position of this pair of of single-deck: " implementor name-frame number- Slot number-port numbers where disk ".In Fig. 5 (b), after construction is completed and the ports tab at jumping fiber both ends is collected, Originally the port icon of red highlighted flashing will become white icon.
A graphical instruction of tag match: when the relevant terminal label of actual port by live optical wiring equipment is gone When with device port, intelligent mobile terminal is patterned display according to actual acquisition result.When actual port mark collected When the ports tab UUID stored in label UUID information and intelligent mobile terminal is matched, an office will be shown on User Page The disk of portion's amplification and its panel figure of port highlight the port using the highlighted flashing of red, while showing beside port Show its position: " implementor name-slot number-port numbers where frame number-disk " combine live physical device to determine one convenient for user Cause property.When all of the port label of the ports tab and stored equipment that are identified all mismatches, prompt information is popped up: " not finding the occurrence of label ".
The graphical instruction of the lookup of Peer-Port: the relevant end in an actual equipment frame disk port is read at the scene After the label of son, it will show the panel figure of this pair of of disk and its port on User Page；It is protruded using the highlighted flashing of red Show the port, meanwhile, it is displayed next to position: " slot number-port numbers where implementor name-frame number-disk ".
Shown in Figure 6, step S340 includes:
S341 judges whether that traversal finishes all construction work orders, if it is not, entering step S342；If so, entering step S3412。
S342 receives a construction work order of user's selection.
S343 according to the judgement of user as a result, judge whether the port of plan construction has execution conditions, if it is not, into Step S344；If so, entering step S346.
S344 according to the judgement of user as a result, judge whether the scene source of practice of construction, egress mouth have execution conditions, If it is not, entering step S345；If so, entering step S346.
S345 receives the operation of cancelling the order that user selects at interface, and work order state becomes: having cancelled the order, has entered step S3412.
S346 shows the panel figure comprising source to be onstructed, egress mouth.
S347 red on the panel figure of single-deck is highlighted source, egress mouth.
S348 after the completion of filling on source, egress mouth or tearing operation open, reads the contactless mark on jumping fiber terminal after user The identification information of label.
S349 judges source, whether the identification information of egress mouth reads and finish, if so, entering step S3410；If it is not, into Enter step S3411.
S3410 white high bright on the panel figure of single-deck shows source, egress mouth.
S3411 receives the receipt operation that user selects in user interface；Work order state becomes: receipt.
S3412 sends the implementing result of construction work order to management platform, terminates.
Third embodiment of the invention provides a kind of management method of Optical Distribution Network, on the basis of second embodiment, the The construction worksheet of three embodiments is in addition to going back simultaneously with worksheet processing, execution, the standardized work order process of receipt (or cancelling the order) A kind of sampling observation feedback mechanism to the construction work order to have completed is provided.Pass through the sampling observation feedback mechanism with construction work order, Yong Hutong While crossing intelligent mobile terminal downloading construction work order, the row replacement of downloading same light distribution plant completed recently is also needed Work work order；The structure profile instance constructed in work order that completed is inspected by random samples at the construction field (site), is determined in the construction work order Whether sourcesink port and its ports tab are consistent with the sourcesink port of scene actual use, ports tab.Intelligent mobile is whole The Examined can be stored and show on end and management platform.
The management method of Optical Distribution Network includes:
The management of the construction work order of Ricoh, S410 intelligent mobile terminal receiving area distribution plant indicates.
The construction work order that S420 downloads construction work order to be processed and be recently completed from management platform.
According to construction work order ID, work order information to be processed is downloaded from management platform, work order state becomes: in execution；Together When, download the last time work order information to have completed.
S430 audits the construction work order being recently completed, and records and returns to auditing result.
S440 obtains the structure profile instance of optical wiring equipment according to work order information, and drawing includes composition list to be onstructed The panel figure of member.
S450 highlights the jumper connection after the completion of component units and construction to be onstructed between component units by panel figure Pairing relationship records and returns the real-time execution state and implementing result of construction work order.
Step S430 includes:
S431 judges whether that traversal finishes all work orders, if it is not, entering step S432；If so, terminating.
S432 selects a construction work order.
S433 enters the panel figure of single-deck.
S434 judges whether guide finishes for source, egress mouth, if it is not, entering step S435；If so, entering step S436.
S435 reads the identification information of noncontact tag on jumping fiber terminal.
S436 red on single-deck panel figure is highlighted source, egress mouth.
S437 judges whether the identification information read and the ports tab of construction work order middle port are consistent, if so, entering step Rapid S438；If it is not, entering step S439.
S438 white high bright on single-deck panel figure shows source, egress mouth.Work order state becomes: audit finishes；Return to step Rapid S431.
Prompt audit of the S439 on single-deck panel figure does not pass through；Work order state becomes: audit does not pass through；Return to S431.
S4310 sends work order return value to management platform, terminates.
Work order return value includes the modification data of construction work order.
Step S440 and step S330 are essentially identical, and step S450 and step S340 are essentially identical.Preferably, in step The construction work order passed through is not audited in S430 by receipt, therefore, is no longer executed in step S440 and S450.
Fourth embodiment of the invention provides a kind of management method of Optical Distribution Network, the management method packet of Optical Distribution Network It includes:
The management instruction that the structure profile instance of Ricoh, S510 intelligent mobile terminal receiving area distribution plant is inspected by random samples.
Specifically, the message of intelligent mobile terminal reception pipe platform push, message includes work order type and work order ID, Work order type is sampling observation work order, according to the type decision management of message be designated as to the structure profile instance of optical wiring equipment into Row sampling observation.
S520 inspects work order by random samples from management platform downloading.
Specifically, downloading work order information to be inspected by random samples from management platform according to sampling observation work order ID, work order state becomes: holding In row.
The consistency of S530 specified to sampling observation work order optical wiring equipment and its structure profile instance is inspected by random samples, is recorded And return to Examined.
Step S530 includes:
S531 judges whether that traversal finishes all sampling observation work orders, if it is not, removing S532；If so, terminating.
S532 selects a sampling observation work order.
S533 judges to inspect whether work order belongs to device level sampling observation by random samples, if so, entering step S534；If it is not, entering step S535。
The judgement of S534 typing user is as a result, determine that result includes: equipment sampling observation entity, device id, final result, sets Standby title, device type, device label, device location, device name whether normal, device type whether normal, device label Whether whether normal, device location normally all pass through with sampling observation item.
S535 judges to inspect whether work order belongs to the sampling observation of single-deck grade by random samples, if so, entering step S536；If it is not, entering step S537。
The judgement of S536 typing user is as a result, determine that result includes: device id, frame number, device name, front and back sides, slot position Number, whether disk label, frame number normal, implementor name whether normal, front and back sides whether normal, slot number whether normal, disk label is Whether no normal and sampling observation item all passes through.
S537 judges to inspect whether work order belongs to port level sampling observation by random samples, if so, entering step S538；If it is not, entering step S539。
The judgement of S538 typing user is as a result, determine that result includes: device id, frame number, device name, front and back sides, slot position Number, disk label, frame number are normal, implementor name is normal, front and back sides are normal, slot number is normal, disk label is normal, port numbers, port are marked Label, port numbers are normal, ports tab is normal and whether sampling observation item all passes through.
S539 is summarized to the same level audit example by item, and fills in sampling observation people, sampling observation time, completes all pumpings The data for examining work order save.
S5310 sends work order return value to management platform.
Work order return value includes the modification data of Examined and sampling observation work order.
Preferably, in the resource sampling observation of optical wiring equipment, last sampling observation resource is excluded, it is new to select a batch facility Resource is inspected by random samples.For Examined, can be shown by the list on intelligent mobile terminal: device resource is consistent Property, disk resource consistency, port resource consistency sampling observation verifying execution.
1) quantizating index of device resource consistency includes: device name, device type, device label and device location. Wherein, device name, device type, device label, device location information derive from from management platform download structure configuration Example, the default value of Examined are normal；When user has found that Examined is abnormal, exception can be revised as；At the scene After reading device label, the identification information in the automatic and structure profile instance of intelligent mobile terminal carries out consistency matching, When the two exact matching, Examined is normal；Otherwise, determine that Examined is exception automatically.
2) quantizating index of disk resource consistency includes: device name, device label, front and back sides and slot number.Wherein, Device name, front and back sides, slot number, disk label information derive from from management platform download structure profile instance, sampling observation knot The default value of fruit is normal；When user has found that Examined is abnormal, exception can be revised as；Equipment mark is read at the scene After label, disk label, the identification information in the automatic and structure profile instance of intelligent mobile terminal carries out consistency matching respectively, When the two exact matching, Examined is normal；Otherwise, then determine that Examined is exception automatically.
3) port resource sampling observation consistency quantizating index include: device name, device label, front and back sides, slot number, Disk label, port numbers and terminal label.Wherein, device name, device label, front and back sides, slot number, the information of disk label are next Derived from the structure profile instance downloaded from management platform, the default value of Examined is normal；At the scene read device label, After disk label and terminal label, carried out respectively with the identification information in the structure profile instance of intelligent mobile terminal automatically consistent Property matching, when the two exact matching when, Examined is normal；Otherwise, then determine that Examined is exception automatically.
The login user of the artificial current intelligent mobile terminal of sampling observation；The sampling observation time is the submission time for inspecting work order by random samples；Work as institute When some sampling observation quantization Examineds are determined as normal, final result is automatically set as normally；It otherwise, is abnormal.
In aforementioned first embodiment into fourth embodiment, intelligent mobile terminal reception refers to the management of optical wiring equipment Before showing, intelligent mobile terminal logs on on management platform, according to the user name and password in management platform distribution according to setting Fixed period (such as 180 seconds) Xiang Guanli platform provides heartbeat message.
Platform is managed according to the heartbeat message of intelligent mobile terminal, record intelligent mobile terminal is online.If Within the period of setting, when the heartbeat message of certain intelligent mobile terminal is not detected in management platform, it is marked as offline shape State PUSH message and cannot not carry out data interaction with management platform for offline intelligent mobile terminal.
Shown in Figure 6, fifth embodiment of the invention provides a kind of management method of Optical Distribution Network, aforementioned first On the basis of embodiment to fourth embodiment, the management method of Optical Distribution Network includes:
The message of S1 intelligent mobile terminal reception pipe platform push.
Specifically, the type of message includes creation structure profile instance, processing construction work order and sampling observation structure configuration Example.
S2 judges whether the type of message is creation structure profile instance, if so, entering step S5；If it is not, entering step S3。
S3 judges whether the type of message is construction worksheet, if so, entering step S13；If it is not, entering step S4.
S4 judge message type whether be device structure profile instance sampling observation processing, if so, entering step S17；If It is no, terminate.
S5 judges whether that scene need to create the structure profile instance of optical wiring equipment, if so, entering step S6；If it is not, into Enter step S11.
Structure configuration template of the S6 from management platform downloading optical wiring equipment.
S7 judges whether the structure configuration template of downloading and the actual device type in scene are consistent, if so, entering step S10；If it is not, entering step S8.
S8 intelligent mobile terminal is according to live physical device type newly-built structure configuration template.
Newly-built structure configuration template is submitted to management platform by S9 intelligent mobile terminal.
S10 intelligent mobile terminal utilizes structure configuration template, establishes the structure profile instance of optical wiring equipment.
S11 intelligent mobile terminal submits structure profile instance to management platform, terminates.
S12 intelligent mobile terminal downloads construction work order from management platform.
The construction work order sampling observation that S13 intelligent mobile terminal is recently completed from management platform downloading.
S14 intelligent mobile terminal record user constructs at the scene and Examined.
S15 intelligent mobile terminal is by the construction work order receipt being disposed into management platform.
Sampling observation work order of the S16 intelligent mobile terminal from management platform downloading structure profile instance.
S17 intelligent mobile terminal records the Examined of user at the scene.
S18 intelligent mobile terminal by the sampling observation work order receipt being disposed to management platform in, with more new database.
The embodiment of the present invention provides a kind of intelligent mobile terminal, for the management of Optical Distribution Network, intelligent mobile terminal packet Include transceiver module, execution module and identification module.
Transceiver module indicates the management of optical wiring equipment and is transmitted to execution module for receiving；And it returns and executes The implementing result of module.
Execution module goes out implementing result for executing management indicating concurrent.
The noncontact tag that identification module is used to carry from least one component units of optical wiring equipment reads mark Information.
Wherein, management instruction includes creation structure profile instance, processing construction work order and sampling observation structure profile instance At least one of, structure profile instance includes device type, specifications parameter and the identification information of optical wiring equipment.
In one embodiment, identification module includes light sensation electronic identifier and low-power consumption bluetooth module, light sensation electronics Identifier is used to acquire the light-sensing signal data of the label with QR code and bar code, and bluetooth module is connected by Bluetooth protocol External magnetic strength electronic identifier, come complete RFID label tag and NFC label induced signal data acquisition.
In another embodiment, identification module includes light sensation electronic identifier and integrated electronic identifier, light sensation Electronic identifier is used to acquire the light-sensing signal data of the label with QR code and bar code, and integrated electronic identifier is used for Acquire the induced signal data of RFID label tag and NFC label.
Below by taking component units include multiple frames, slot, disk and the optical wiring of port equipment as an example, intelligent sliding is illustrated Dynamic terminal.
Shown in Figure 8, sixth embodiment of the invention provides a kind of intelligent mobile terminal, for realizing previous embodiment The management method of Optical Distribution Network, execution module include template implementation unit, example implementation unit and image-drawing unit.
Template implementation unit is used to obtain from outside or in local newly-built structure configuration template, structure configuration template is Rule creation is created according to device type, specifications parameter and predefined template.
Example implementation unit is used to receive the device type and specifications parameter that user fills in structure configuration template, with And the identification information read by identification module, structure profile instance is obtained after separately depositing.
Image-drawing unit is used at least part group of graphic software platform optical wiring equipment for drawing panel figure, panel figure At the position of unit；The corresponding component units of identification information and jumper connection for being also used to highlight typing on panel figure are matched Between component units.
Specifically, the component units of optical wiring equipment include multiple frames, slot, disk and port, frame, slot, disk and port have There is ID.Specifications parameter include equipment front and back sides, the number of each column center, the number of every row center, every frame slot position direction, every The slot position number of frame and the port number of every piece of disk.
Structure profile instance includes device instance, frame example, disk example and examples of ports, wherein frame example, disk example List is stored as respectively with examples of ports, and device id, frame ID or the corresponding identification information storage of port id are mapping In table.
Device instance, frame example, disk example and examples of ports are referring to the explanation of first embodiment, and details are not described herein again.
In fig. 8, identification module includes light sensation electronic identifier and low-power consumption bluetooth module, and light sensation electronic identifier is used There are the light-sensing signal data of the label of QR code and bar code in acquisition, bluetooth module connects external magnetic by Bluetooth protocol Feel electronic identifier, come complete RFID label tag and NFC label induced signal data acquisition.
Shown in Figure 8, seventh embodiment of the invention provides a kind of intelligent mobile terminal, on the basis of sixth embodiment On, execution module further includes construction work order execution unit.
Construct work order execution unit for obtain construction work order, record and return construction work order real-time execution state and Implementing result, construction work order include that the component units of optical wiring equipment are carried out with the work order information of jumper connection construction.
Example implementation unit is also used to obtain the structure profile instance of optical wiring equipment according to work order information.Specifically, real Example implementation unit obtains structure profile instance to management platform request according to device name.
Image-drawing unit be also used to draw include component units to be onstructed panel figure, highlighted on panel figure to Jumper connection pairing relationship after the completion of the component units of construction and construction between component units.
Before executing construction work order to be processed, construction work order execution unit, which is also used to obtain and audit, to be recently completed Work order information, and record and return to auditing result.
Example implementation unit is also used to determine whether the identification information of the noncontact tag of collection in worksite configures with structure Identification information in example matches.
Specifically, example implementation unit determine collection in worksite terminal label whether with the mark in structure profile instance Information matches；Determine collection in worksite disk label whether with the matching property of identification information in structure profile instance；Determine existing Whether the device label of field acquisition matches with the identification information in structure profile instance.
Shown in Figure 8, eighth embodiment of the invention provides a kind of intelligent mobile terminal, on the basis of the 7th embodiment On, execution module further includes sampling observation work order execution unit, and sampling observation work order execution unit is for obtaining sampling observation work order, to sampling observation work Singly specified optical wiring equipment and the consistency of its structure profile instance are inspected by random samples, are recorded and are returned to Examined.
Intelligent mobile terminal further includes user's log-in module, for before receiving to the management of optical wiring equipment instruction, The user name and password of user log-in module according to management platform distribution, log on on management platform, according to setting period to It manages platform and heartbeat message is provided.
Shown in Figure 9, ninth embodiment of the invention provides a kind of Optical Distribution Network management system, Optical Distribution Network pipe Reason system includes the intelligent mobile terminal for managing platform, database and at least one foregoing embodiments, manages platform and every It is communicated to connect between the transceiver module of intelligent mobile terminal, specifically, communication connection includes at least one in 3G, 4G and WiFi Kind, to complete intelligent mobile terminal and manage the data interaction between platform.Database is used to save the management of Optical Distribution Network Data, specifically, database, which can be set, is managing except platform or managing platform interior, database and management platform are logical Cross database interface connection.
Management platform includes that device management module, template management module, construction workform management module and sampling observation work order execute Module.
Device management module is used to respond the request of transceiver module, receives the structure profile instance of upload and is sent to number According to library, and the structure profile instance that search request is downloaded from database.
Template management module is used to respond the request of transceiver module, receives newly created structure configuration template and is sent to Database；The structure configuration template that search request is downloaded from database.
Workform management module of constructing is for creating construction work order；It is also used to respond the request of transceiver module, from database The construction work order of search request downloading, and the real-time execution state and implementing result of the construction work order returned are recorded, update number According to library.
Workform management module is inspected by random samples for creating sampling observation work order；It is also used to respond the request of transceiver module, from database The sampling observation work order of search request downloading, and record the real-time execution state and Examined of the sampling observation work order returned.
Preferably, intelligent mobile terminal further includes user's log-in module, and management platform further includes user management module, It receives to before the management of optical wiring equipment instruction, user's log-in module is according to the user name of user management module distribution and close Code logs on on management platform, according to the period (such as 180 seconds) of setting, provides heartbeat message to user management module.
The heartbeat message that user management module is sent according to user's log-in module records the intelligent mobile terminal and is in Linear state.If when heartbeat message is not detected in management platform, which is labeled as within the period of setting Off-line state, for offline intelligent mobile terminal, not PUSH message and cannot be with the data interaction of management platform.
Preferably, management platform further includes the first protocol processing unit and push unit, and transceiver module includes second protocol Processing unit and message processing unit pass through protocol interface phase between the first protocol processing unit and second protocol processing unit Even, it for example, protocol interface can support that soap agreement and http agreement, agreement include web service agreement, is not construed as limiting.It pushes away It send and is connected between unit and message processing unit by message interface.
Push unit is used for message processing unit PUSH message, and message processing unit is used for true according to the type of message Fixed management indicates and is transmitted to execution module, and execution module is used to pass through second protocol processing unit and the first protocol processes list First upload request and implementing result.
Device management module, template management module, construction workform management module and sampling observation work order execution module are used to point It Tong Zhi not push unit PUSH message；And asking from second protocol processing unit is received by the first protocol processing unit Summation implementing result.
Specifically, the management instruction for executing creation structure profile instance includes:
Template management module pushes disappearing for new structure configuration template to the intelligent mobile terminal of login by push unit Breath.
Template implementation unit is requested by second protocol processing unit and the first protocol processing unit to template management module Structure configuration template is downloaded, and uploads newly created structure configuration template.
Example implementation unit receives the device type and specifications parameter that user fills in structure configuration template, Yi Jitong The identification information for crossing identification module reading, obtains structure profile instance after separately depositing.Then pass through second protocol processing unit and the One protocol processing unit requests to upload the structure profile instance of creation to device management module.
Specifically, the management instruction for executing processing construction work order includes:
Construction workform management module creation construction work order.
Work order execution unit of constructing passes through second protocol processing unit and the first protocol processing unit to construction workform management The work order information that module request is downloaded construction work order and is recently completed, and the work order information being recently completed is audited, it records And the real-time execution state of construction work order is returned to construction workform management module.
Example implementation unit is requested by second protocol processing unit and the first protocol processing unit to device management module Download the structure profile instance of optical wiring equipment.
The structure profile instance that image-drawing unit is obtained according to example implementation unit, drawing includes component units to be onstructed Panel figure, jumper connection after the completion of highlighting component units to be onstructed and construction on panel figure between component units matches To relationship.
Specifically, the management instruction for executing sampling observation structure profile instance includes:
It inspects workform management module creation by random samples and inspects work order by random samples.
It inspects work order execution unit by random samples and passes through second protocol processing unit and the first protocol processing unit to sampling observation workform management Module request downloading sampling observation work order, the consistency of the optical wiring equipment and its structure profile instance specified to sampling observation work order carry out Sampling observation records and returns to Examined to sampling observation workform management module.
Based on this Optical Distribution Network management system is marked by noncontact tag, on-demand customization, normalization, mark are provided The administrative mechanism of standardization, sampling observation feedback, to meet the collection of resources of optical distribution network, the accuracy and high efficiency of traffic scheduling Requirement.
The present invention is not limited to the above-described embodiments, for those skilled in the art, is not departing from Under the premise of the principle of the invention, several improvements and modifications can also be made, these improvements and modifications are also considered as protection of the invention Within the scope of.The content being not described in detail in this specification belongs to the prior art well known to professional and technical personnel in the field.

Claims (23)

1. a kind of management method of Optical Distribution Network, characterized in that it comprises:
Intelligent mobile terminal receives the management to optical wiring equipment and indicates, executes management and indicates and return to implementing result, optical wiring At least one component units of equipment carry noncontact tag；
Wherein, the management instruction includes in creation structure profile instance, processing construction work order and sampling observation structure profile instance At least one, structure profile instance includes the device type of the optical wiring equipment, specifications parameter and from described non-contact The identification information that formula label is read.
2. the management method of Optical Distribution Network as described in claim 1, it is characterised in that: the noncontact tag includes logical The label crossing the label of photoinduction identification and being identified by magnetic induction, includes QR code and bar shaped by the label that photoinduction identifies Code includes RFID label tag and NFC label by the label that magnetic induction identifies.
3. the management method of Optical Distribution Network as described in claim 1, it is characterised in that:
From the external structure configuration template for obtaining and matching with the device type, cache user is filled in structure configuration template Device type and specifications parameter, read identification information and obtain structure profile instance after separately depositing.
4. the management method of Optical Distribution Network as claimed in claim 3, it is characterised in that:
When the structure configuration template obtained from outside and the device type mismatch, according to the device type, specifications parameter Rule is created with predefined template, in local newly-built structure configuration template and the structure profile instance is obtained, described in return Locally newly-built structure configuration template and structure profile instance.
5. the management method of Optical Distribution Network as described in claim 1, it is characterised in that:
The component units of the optical wiring equipment include multiple frames, slot, disk and port；
The structure profile instance includes device instance, frame example, disk example and examples of ports.
6. the management method of Optical Distribution Network as claimed in claim 5, it is characterised in that:
The specifications parameter include equipment front and back sides, the number of each column center, the number of every row center, every frame slot position direction, The slot position number of every frame and the port number of every piece of disk；
The device instance includes device type, geographical location, frame sum, device label, device id and frame number direction；
The frame example includes device id, frame ID, slot position number and slot position direction；
The disk example includes device id, frame ID, disk label, disk ID and port number；
The examples of ports includes device id, frame ID, slot number, port id, ports tab and port numbers；
Wherein, the device label, disk label and ports tab are cabinet, single-deck and the jumping fiber from the optical wiring equipment respectively The identification information that the noncontact tag is read entrained by terminal.
7. the management method of Optical Distribution Network as claimed in claim 6, it is characterised in that:
The frame example, disk example and examples of ports are stored as list respectively, the major key of list be the frame ID, disk ID or Port id；
In the mapping table, the major key of mapping table is for the device id, frame ID or the corresponding identification information storage of port id UUID, UUID are the identification information.
8. the management method of Optical Distribution Network as described in any one of claim 1 to 7, it is characterised in that: the creation structure Profile instance further includes drawing panel figure, and panel figure forms single at least part of optical wiring equipment described in graphic software platform The position of member highlights the component units of component units belonging to the identification information to be logged and jumper connection pairing.
9. the management method of Optical Distribution Network as claimed in claim 8, it is characterised in that:
The construction work order is obtained, the construction work order includes carrying out jumper connection construction to the component units of the optical wiring equipment Work order information；
The structure profile instance of the optical wiring equipment is obtained according to work order information, draws the institute comprising component units to be onstructed State panel figure；
The jumper connection pairing after the completion of component units and construction to be onstructed between component units is highlighted by the panel figure Relationship records and returns the real-time execution state and implementing result of the construction work order.
10. the management method of Optical Distribution Network as claimed in claim 9, it is characterised in that: applied described in be processed in execution Before work work order, the construction work order being recently completed is obtained and audited, records and returns to auditing result.
11. the management method of Optical Distribution Network as claimed in claim 8, it is characterised in that: sampling observation work order is obtained, to sampling observation work Singly the specified optical wiring equipment and the consistency of its structure profile instance are inspected by random samples, are recorded and are returned to Examined.
12. a kind of intelligent mobile terminal, the management for Optical Distribution Network, it is characterised in that: the intelligent mobile terminal includes Transceiver module, execution module and identification module；
Transceiver module indicates the management of optical wiring equipment and is transmitted to execution module for receiving；And return to execution module Implementing result；
Execution module goes out implementing result for executing management indicating concurrent；
The noncontact tag that identification module is used to carry from least one component units of optical wiring equipment reads identification information；
Wherein, management instruction includes creation structure profile instance, handles in construction work order and sampling observation structure profile instance extremely Few one kind, structure profile instance includes device type, specifications parameter and the identification information of optical wiring equipment.
13. intelligent mobile terminal as claimed in claim 12, which is characterized in that the execution module includes:
Template implementation unit is used to obtain from outside or in local newly-built structure configuration template, the structure configuration template It is that rule creation is created according to the device type, specifications parameter and predefined template；
Example implementation unit is used to receive the device type and specification ginseng that user fills in the structure configuration template Number, and the identification information read by the identification module, obtain the structure profile instance after separately depositing.
14. intelligent mobile terminal as claimed in claim 13, it is characterised in that:
The component units of the optical wiring equipment include multiple frames, slot, disk and port, and frame, slot, disk and port all have ID；
The specifications parameter include equipment front and back sides, the number of each column center, the number of every row center, every frame slot position direction, The slot position number of every frame and the port number of every piece of disk；
The structure profile instance includes device instance, frame example, disk example and examples of ports, wherein frame example, disk example and Examples of ports is stored as list respectively, and device id, frame ID or the corresponding identification information storage of port id are in mapping table In.
15. intelligent mobile terminal as claimed in claim 14, it is characterised in that: the execution module further includes image-drawing unit, Image-drawing unit is for drawing panel figure, at least part component units of the panel figure for optical wiring equipment described in graphic software platform Position；What the corresponding component units of the identification information and jumper connection for being also used to highlight typing on panel figure matched Component units.
16. intelligent mobile terminal as claimed in claim 15, it is characterised in that:
The execution module further includes construction work order execution unit, and construction work order execution unit is used to obtain the construction work order, And the real-time execution state and implementing result of the construction work order are recorded and return, the construction work order includes to the optical wiring The component units of equipment carry out the work order information of jumper connection construction；
The example implementation unit is also used to obtain the structure profile instance of the optical wiring equipment according to work order information；
The image-drawing unit is also used to draw the panel figure comprising component units to be onstructed, prominent on the panel figure Show the jumper connection pairing relationship after the completion of component units and construction to be onstructed between component units.
17. intelligent mobile terminal as claimed in claim 15, it is characterised in that: execute the construction work order to be processed it Before, the construction work order execution unit is also used to obtain and audit the work order information being recently completed, and records and return to audit As a result.
18. intelligent mobile terminal as claimed in claim 15, it is characterised in that:
The execution module further includes sampling observation work order execution unit, and sampling observation work order execution unit is for obtaining sampling observation work order, to pumping The consistency of inspection work order specified the optical wiring equipment and its structure profile instance is inspected by random samples, is recorded and is returned to sampling observation knot Fruit.
19. a kind of Optical Distribution Network management system, it is characterised in that: the Optical Distribution Network management system include management platform and At least one such as described in any item intelligent mobile terminals of claim 12 to 18, management platform and every intelligent mobile are whole It is connected between the transceiver module at end by communication interface；
The transceiver module is used to indicate from the management that the management platform is received to optical wiring equipment, and implementing result is returned To the management platform.
20. Optical Distribution Network management system as claimed in claim 19, it is characterised in that:
The Optical Distribution Network management system further includes database, for saving the management data of Optical Distribution Network；
The management platform further include:
Device management module is used to respond the request of the transceiver module, receives the structure profile instance of upload and is sent to Database, and the structure profile instance that search request is downloaded from database；
Template management module is used to respond the request of the transceiver module, receives newly created structure configuration template and sends To database；The structure configuration template that search request is downloaded from database；
Construction workform management module, is used to create construction work order；It is also used to respond the request of the transceiver module, from database The construction work order of middle search request downloading, and the real-time execution state and implementing result of the construction work order returned are recorded, it updates Database；
It inspects workform management module by random samples, is used to create sampling observation work order；It is also used to respond the request of the transceiver module, from database The sampling observation work order of middle search request downloading, and record the real-time execution state and Examined of the sampling observation work order returned.
21. Optical Distribution Network management system as claimed in claim 20, it is characterised in that:
The management platform further includes the first protocol processing unit and push unit, and the transceiver module includes second protocol processing Unit and message processing unit；Pass through protocol interface phase between first protocol processing unit and second protocol processing unit Even, it is connected between the push unit and message processing unit by message interface.
22. Optical Distribution Network management system as claimed in claim 21, it is characterised in that:
The push unit is used for the message processing unit PUSH message, and the message processing unit according to for disappearing The type of breath determines that the management indicates and be transmitted to the execution module, and the execution module is used to pass through the second protocol Processing unit and the first protocol processing unit upload request and implementing result.
23. Optical Distribution Network management system as claimed in claim 21, it is characterised in that:
The device management module, template management module, construction workform management module and sampling observation work order execution module are used to point The push unit is not notified to push the message；
And the request and execution from the second protocol processing unit are received by first protocol processing unit As a result.
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