CN105307062B - The sODN system and method for support proximal end operation and distal end guiding construction based on eID - Google Patents
The sODN system and method for support proximal end operation and distal end guiding construction based on eID Download PDFInfo
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- CN105307062B CN105307062B CN201510763125.4A CN201510763125A CN105307062B CN 105307062 B CN105307062 B CN 105307062B CN 201510763125 A CN201510763125 A CN 201510763125A CN 105307062 B CN105307062 B CN 105307062B
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Abstract
The sODN system and method for the invention discloses a kind of support proximal end operation and distal end guiding construction based on eID, is related to optical communication field.The sODN system includes intelligent management system, Intelligent management terminal, intelligent distribution plant, intelligent management system is interacted by wireless network with the Intelligent management terminal of execute-in-place, intelligent distribution plant is to increase intelligent assembly in traditional ODN equipment, intelligent assembly includes intelligent management component and eID, eID carries out the mark of uniqueness using electronic label technology to the node of intelligent ODN network and branch, intelligent management system is by identifying the content stored in eID, intelligent ODN network is operated and managed, intelligent management system, Intelligent management terminal is interacted with intelligent distribution plant, to intelligent distribution plant transmitting order to lower levels, sODN system provides proximal end operation and two kinds of way to manages of distal end guiding construction.The present invention can ensure that construction accuracy, improve operator to the efficiency of management of ODN.
Description
Technical field
The present invention relates to optical communication field, it is specifically related to a kind of support proximal end operation based on eID and distal end guidance is applied
The sODN system and method for work.
Background technique
In Optical Transmission Network OTN, ODN (Optical Distribution Network, Optical Distribution Network) plays crucial bone
Dry net linkage function, under PON (Passive Optical Network, passive optical network) network, ODN is OLT (Optical
Line Terminal, optical line terminal) and ONU (Optical Network Unit, optical network unit) the two active equipments
Between all passive fibers, inactive component (optical splitter) composition a network, effect be to be mentioned between OLT and ONU
For transmission line.
Since FTTH (Fiber To The Home, fiber to the home) mainly uses PON technology, it gives an OLT branch
Tens of a ONU up to a hundred, so that the user terminal of ODN net has the fibre circuit of magnanimity to need to carry out wiring scheduling and maintenance management.It wants
Ensure construction, operation and the maintenance efficient of ODN, it is necessary to ensure that the management to jumping fiber is errorless in real time, just can guarantee that ODN network obtains
To making full use of, then there is intelligent ODN system.
In traditional ODN, construction must rely on Construction Specifications drawing to carry out, and after construction personnel gets drawing, arrive specified
Construct FDT (Field Device Tool, field device tool) location, by drawing carry out optical fiber port jumper connection or
It removes, the manual statistics of construction information is carried out after the completion of constructing, then gives record personnel, records personnel for result recording device
In information database.In this work progress, due to being constructed using manual, and device port is relatively more, port location difficulty,
Operation is easy error, and can cause to do over again because being difficult to find mistake at the scene；After the completion of construction, optical fiber routing iinformation
Hand-kept is easy error of omission or incorrect posting.
Summary of the invention
The purpose of the invention is to overcome the shortcomings of above-mentioned background technique, a kind of support proximal end behaviour based on eID is provided
Make the sODN system and method with distal end guiding construction, it can be ensured that construction accuracy improves operator and imitates to the management of ODN
Rate.
The present invention provides a kind of sODN system of support proximal end operation and distal end guiding construction based on eID, including intelligence
Management system, Intelligent management terminal, intelligent distribution plant, the intelligent management system pass through the intelligence of wireless network and execute-in-place
Energy management terminal interaction, the intelligence distribution plant is to increase intelligent assembly in traditional ODN equipment, and intelligent assembly includes intelligence
Management assembly and electronic tag eID, eID carry out uniqueness to the node of intelligent ODN network and branch using electronic label technology
Mark, intelligent management system operated and managed to intelligent ODN network by the content that stores in identification eID, the intelligence
Energy management system, Intelligent management terminal are interacted with intelligent distribution plant, to intelligent distribution plant transmitting order to lower levels, the sODN
System provides proximal end operation and two kinds of way to manages of distal end guiding construction.
Based on the above technical solution, the sODN system is for the intelligent distribution plant outside computer room, using proximal end
The mode of operation is managed, and proximal end operation is realized by Intelligent management terminal: the electronization of Intelligent management terminal realization work order
Management, automatic passback, storage, the publication of the remote transmission of construction data, the notice for warning information of constructing and construction results.
Based on the above technical solution, the sODN system for directly-connected network in computer room intelligent distribution plant,
It is managed by the way of far-end operation, the construction guidance of far-end operation is realized by intelligent management system: intelligent management system
System directly manages intelligent distribution plant by Ethernet, realizes that construction refers to by the control of the port lamp to intelligent distribution plant
Draw, support a variety of fault tolerant mechanisms, alarm prompting is carried out to the operation of mistake, and re-start the guide of correct port.
Based on the above technical solution, the Intelligent management terminal passes through wifi/2G/3G network from intelligent management system
Work order information is obtained in system, includes job location, construction equipment, construction content in work order information；Construction personnel passes through intelligence pipe
The construction guidance for managing terminal, completes construction, and upload construction results to intelligent management system.
Based on the above technical solution, the intelligent distribution plant includes intelligent optical fiber distribution frame, intelligent optical cable friendship
Connect case, intelligent optical cable fiber distribution box.
The present invention also provides a kind of support proximal end operations based on eID applied to above-mentioned sODN system to apply with distal end guidance
The method of work, comprising the following steps:
S1, construction work order is issued according to construction plan；
S2, Intelligent management terminal, intelligent management system are communicated with intelligent distribution plant foundation；
Whether the eID information of S3, verification intelligent distribution plant to be onstructed is correct, if correctly, going to step S4；Otherwise
Go to step S11；
S4, work order information is verified, classifies to work order type, work order is divided into three classes: is jumping fiber work order, single-ended
Work order, splitter work order；
S5, jumping fiber work order is judged whether there is, if there is jumping fiber work order, goes to step S6；Otherwise step S7 is gone to；
S6, process is instructed into the construction of jumping fiber work order, instructs the construction of jumping fiber work order；Go to step S7；
S7, single-ended work order is judged whether there is, if there is single-ended work order, goes to step S8；Otherwise step S9 is gone to；
S8, process is instructed into the construction of single-ended work order, instructs the construction of single-ended work order；Go to step S9；
S9, splitter work order is judged whether there is, if there is splitter work order, goes to step S10；Otherwise step is gone to
S11；
S10, process is instructed into the construction of splitter work order, instructs the construction of splitter work order；Go to step S11；
S11, the eID information for updating intelligent distribution plant, return to construction results, more new database: if it is intelligent management
The equipment that system directly manages, after the completion of construction, network resource data library can be automatically updated；It is instructed if it is Intelligent management terminal
The scene of construction after Intelligent management terminal waits for work order construction, uploads construction results to intelligence by wifi/2G/3G network
Management system, intelligent management system update resource data according to construction results；
S12: terminate construction instruction course.
Based on the above technical solution, the construction of the jumping fiber work order instructs process as follows:
Step 101 starts to execute jumping fiber work order, goes to step 102；
Whether step 102, the state of poll port, confirmation port meet execution conditions, and port status includes occupying, being empty
It is not busy, abnormal, go to step 103；
Step 103 compares port status, reads the eID information of jumping fiber, judges whether to have been completed all jumping fiber work orders
Construction go to step 112 if the construction task of all jumping fiber work orders is completed；If not completing to construct, step is gone to
104 continue guiding construction；
Step 104 issues to intelligent distribution plant and needs the port that operates, the port occupied not counting, go to step
105；
Step 105, the indicator light for lighting intelligent distribution plant port to be onstructed, the port occupied not counting, go to step
106；
Step 106, waiting construction personnel, operation is completed in lamp instruction as indicated, goes to step 107；
Step 107 confirms whether the operation of construction personnel is correct, and front end is worked as in the eID information of jumping fiber on read port, judgement
It mouthful whether is port that jumping fiber work order needs to be implemented, if it is, going to step 108；Otherwise step 109 is gone to；
Step 108, the operation for executing jumping fiber work order port, completed port prompt port operation correct by turning off the light,
It controls next port lamp needed to be implemented and starts flashing light, prompt the operation of next step, go to step 110；
Step 109, the operation for executing non-work order port, for the port of maloperation, the indicator light of port is mentioned by quick flashing
Show faulty operation, and correct port is guided by slow flash, goes to step 110；
Step 110, according to port status, judge whether that all work order ports have all been completed, if all completed, go to step
Rapid 112；If going to step 111 without whole completions；
Step 111, the sequence lighting according to jumping fiber work order guide construction, return step 106；
The construction of step 112, jumping fiber work order instructs process to terminate.
Based on the above technical solution, the construction of the single-ended work order instructs process as follows:
Step 201 starts to execute single-ended work order, goes to step 202；
Step 202, the state of poll port, judge whether port meets execution conditions, and port status includes occupying, being empty
It is empty, abnormal, go to step 203；
Step 203 compares port status, judges whether the construction for having been completed all single-ended work orders, if be completed,
Go to step 207；If not completing to construct, step 204 is gone to, continues guiding construction；
Step 204 issues to intelligent distribution plant and needs the port that operates, the port occupied not counting, go to step
205；
The indicator light of step 205, apparatus for lighting port to be onstructed, the port occupied not counting, go to step 206；
Step 206, the guide process into single-ended work order prompt port operation by turning off the light for completed port
Correctly, it controls next port lamp needed to be implemented and starts flashing light, prompt the operation of next step；If port operation mistake, lead to
Quick flashing prompt port inserting error, and the correct target port of slow flash are crossed, prompts to correct working vessels, be gone to after the completion of executing
Step 207；
The construction of step 207, single-ended work order instructs process to terminate.
Based on the above technical solution, the construction of the splitter work order instructs process as follows:
Step 301 starts to execute splitter work order, goes to step 302；
Step 302, the state of poll port, judge whether port meets execution conditions, and port status includes occupying, being empty
It is empty, abnormal, go to step 303；
Step 303 compares port status, judges whether the construction for having been completed all splitter work orders, if complete
At going to step 307；If not completing to construct, step 304 is gone to, continues guiding construction；
Step 304 issues to intelligent distribution plant and needs the port that operates, the port occupied not counting, go to step
305；
The indicator light of step 305, apparatus for lighting port to be onstructed, the port occupied not counting, go to step 306；
Step 306, the guide process into splitter work order prompt port to grasp completed port by turning off the light
Make correctly, to control next port lamp needed to be implemented and start flashing light, prompt the operation of next step；If port operation mistake,
Port inserting error, and the correct target port of slow flash are prompted by quick flashing, prompts to correct working vessels, is turned after the completion of executing
To step 307；
The construction of step 307, splitter work order instructs process to terminate.
Based on the above technical solution, the work order information includes that construction personnel's information, construction area, construction are set
Standby, constructing operation, Projected completion time.
Compared with prior art, advantages of the present invention is as follows:
(1) present invention is analyzed by the detailed process constructed to construction personnel in traditional ODN, is designed to applying
Worker person carries out a complete software flow of construction guidance, which can be realized the electronic management of work order, construction number
According to remote transmission, construction guidance, working vessels alarm error correction, abnormal conditions processing, construction warning information notice and apply
The functions such as the automatic passback of work result, storage, publication, it can be ensured that construction accuracy improves operator and imitates to the management of ODN
Rate.
(2) present invention provides the construction management system under different scenes, mainly solves existing artificial construction's inefficiency
The problem of, which can be realized the intelligent guidance to the construction of intelligent distribution plant, the error rate of construction be reduced, thus further
Promote management maintenance efficiency.
(3) present invention supports proximal end operation and distal end to instruct two kinds of forms of construction work, can be detached from Intelligent management terminal and directly refer to
It leads construction personnel and completes constructing operation.
(4) present invention provides a set of efficient, accurate intelligence by the LED light state of control device port for maintenance personnel
Process is guided in energyization construction, to guarantee the convenience of construction.
(5) present invention can timely respond to the faulty operation of maintenance personnel, and carry out prompt alarm to the operation of mistake and entangle
It is wrong.
(6) present invention supports a variety of fault tolerant mechanisms, construction results can be calculated in real time according to condition of construction, to guarantee institute
Use the uniqueness and accuracy of jumping fiber, tail optical fiber or optical splitter.
Detailed description of the invention
Fig. 1 is the knot of the sODN system of the operation of support proximal end and distal end guiding construction in the embodiment of the present invention based on eID
Structure block diagram.
Fig. 2 is the flow chart of the method for the operation of support proximal end and distal end guiding construction in the embodiment of the present invention based on eID.
Fig. 3 is that flow chart is instructed in the construction of jumping fiber work order in the embodiment of the present invention.
Fig. 4 is that flow chart is instructed in the construction of single-ended work order in the embodiment of the present invention.
Fig. 5 is that flow chart is instructed in the construction of splitter work order in the embodiment of the present invention.
Specific embodiment
With reference to the accompanying drawing and specific embodiment the present invention is described in further detail.
Shown in Figure 1, the embodiment of the present invention provides a kind of based on eID (Electronic Identity, electronic identity
Card) the operation of support proximal end and distal end guiding construction sODN (smart Optical Division Network, intelligent light point
Distribution network) system, including intelligent management system, Intelligent management terminal, intelligent distribution plant, intelligent management system pass through wireless network
Network is interacted with the Intelligent management terminal of execute-in-place, and intelligent distribution plant is to increase intelligent assembly in traditional ODN equipment, intelligence
Component includes intelligent management component and eID (Electronic Identity, electronic tag).EID utilizes electronic label technology pair
The node of intelligent ODN network and branch carry out the mark of uniqueness, and intelligent management system in identification eID electronic tag by storing
Content, intelligent ODN network is operated and is managed.Intelligent management system, Intelligent management terminal with intelligent distribution plant
Interaction, can be to intelligent distribution plant transmitting order to lower levels.Intelligent distribution plant includes intelligent optical fiber distribution frame, intelligent optical cable handover
Case, intelligent optical cable fiber distribution box etc..
For different project scenarios, the sODN system in the embodiment of the present invention provides proximal end operation and distal end guiding construction
Two kinds of way to manages.
SODN system is managed by the way of the operation of proximal end for the intelligent distribution plant outside computer room, proximal end operation
Realized by Intelligent management terminal: Intelligent management terminal realizes the electronic management of work order, the remote transmission of construction data, construction
The functions such as the automatic passbacks of the notice of warning information and construction results, storage, publication.Intelligent management terminal passes through wifi/2G/
3G network obtains work order information from intelligent management system, includes job location, construction equipment, construction content in work order information
Deng.Construction personnel is instructed by the construction of Intelligent management terminal, completes construction, and upload construction results to intelligent management system.
SODN system by the way of far-end operation for that can carry out pipe in computer room with the intelligent distribution plant of directly-connected network
The construction guidance of reason, far-end operation is realized by intelligent management system: intelligent management system directly manages intelligence by Ethernet
Distribution plant realizes that construction is guided by the control of the port lamp to intelligent distribution plant, a variety of fault tolerant mechanisms is supported, to mistake
Operation carry out alarm prompting, and the guide of correct port can be re-started.
Shown in Figure 1, it is close that the embodiment of the present invention also provides a kind of support based on eID applied to above-mentioned sODN system
The method of end operation and distal end guiding construction, comprising the following steps:
S1, supervisor of construction issue construction work order according to construction plan, and work order information includes construction personnel's information, construction
Region, construction equipment, constructing operation, Projected completion time etc.；
S2, construction personnel come construction site, and Intelligent management terminal, intelligent management system and intelligent distribution plant are established
Communication；
Whether the eID information of S3, verification intelligent distribution plant to be onstructed is correct, if correctly, going to step S4；Otherwise
Go to step S11；
S4, work order information is verified, classifies to work order type, work order is divided into three classes: is jumping fiber work order, single-ended
Work order, splitter work order, each type of work order have different construction procedures according to different construction requirements；
S5, jumping fiber work order is judged whether there is, if there is jumping fiber work order, goes to step S6；Otherwise step S7 is gone to；
S6, process is instructed into the construction of jumping fiber work order, instructs the construction of jumping fiber work order；Go to step S7；
S7, single-ended work order is judged whether there is, if there is single-ended work order, goes to step S8；Otherwise step S9 is gone to；
S8, process is instructed into the construction of single-ended work order, instructs the construction of single-ended work order；Go to step S9；
S9, splitter work order is judged whether there is, if there is splitter work order, goes to step S10；Otherwise step is gone to
S11；
S10, process is instructed into the construction of splitter work order, instructs the construction of splitter work order；Go to step S11；
S11, the eID information for updating intelligent distribution plant, return to construction results, more new database: if it is intelligent management
The equipment that system directly manages, after the completion of construction, network resource data library can be automatically updated；It is instructed if it is Intelligent management terminal
The scene of construction after Intelligent management terminal waits for work order construction, uploads construction results to intelligence by wifi/2G/3G network
Management system, intelligent management system update resource data according to construction results；
S12: terminate construction instruction course.
Shown in Figure 3, the construction of jumping fiber work order instructs process as follows:
Step 101 starts to execute jumping fiber work order, goes to step 102；
Whether step 102, the state of poll port, confirmation port meet execution conditions, and port status includes occupying, being empty
It is not busy, abnormal, go to step 103；
Step 103 compares port status, reads the eID information of jumping fiber, judges whether to have been completed all jumping fiber work orders
Construction go to step 112 if the construction task of all jumping fiber work orders is completed；If not completing to construct, step is gone to
104 continue guiding construction；
Step 104 issues to intelligent distribution plant and needs the port that operates, the port occupied not counting, go to step
105；
Step 105, the indicator light for lighting intelligent distribution plant port to be onstructed, the port occupied not counting, go to step
106；
Step 106, waiting construction personnel, operation is completed in lamp instruction as indicated, goes to step 107；
Step 107 confirms whether the operation of construction personnel is correct, and front end is worked as in the eID information of jumping fiber on read port, judgement
It mouthful whether is port that jumping fiber work order needs to be implemented, if it is, going to step 108；Otherwise step 109 is gone to；
Step 108, the operation for executing jumping fiber work order port, completed port prompt port operation correct by turning off the light,
It controls next port lamp needed to be implemented and starts flashing light, prompt the operation of next step, go to step 110；
Step 109, the operation for executing non-work order port, for the port of maloperation, the indicator light of port is mentioned by quick flashing
Show faulty operation, and correct port is guided by slow flash, goes to step 110；
Step 110, according to port status, judge whether that all work order ports have all been completed, if all completed, go to step
Rapid 112；If going to step 111 without whole completions；
Step 111, the sequence lighting according to jumping fiber work order guide construction, return step 106；
The construction of step 112, jumping fiber work order instructs process to terminate.
Shown in Figure 4, the construction of single-ended work order instructs process as follows:
Step 201 starts to execute single-ended work order, goes to step 202；
Step 202, the state of poll port, judge whether port meets execution conditions, and port status includes occupying, being empty
It is empty, abnormal, go to step 203；
Step 203 compares port status, judges whether the construction for having been completed all single-ended work orders, if be completed,
Go to step 207；If not completing to construct, step 204 is gone to, continues guiding construction；
Step 204 issues to intelligent distribution plant and needs the port that operates, the port occupied not counting, go to step
205；
The indicator light of step 205, apparatus for lighting port to be onstructed, the port occupied not counting, go to step 206；
Step 206, the guide process into single-ended work order prompt port operation by turning off the light for completed port
Correctly, it controls next port lamp needed to be implemented and starts flashing light, prompt the operation of next step；If port operation mistake, lead to
Quick flashing prompt port inserting error, and the correct target port of slow flash are crossed, prompts to correct working vessels, be gone to after the completion of executing
Step 207；
The construction of step 207, single-ended work order instructs process to terminate.
Shown in Figure 5, the construction of splitter work order instructs process as follows:
Step 301 starts to execute splitter work order, goes to step 302；
Step 302, the state of poll port, judge whether port meets execution conditions, and port status includes occupying, being empty
It is empty, abnormal, go to step 303；
Step 303 compares port status, judges whether the construction for having been completed all splitter work orders, if complete
At going to step 307；If not completing to construct, step 304 is gone to, continues guiding construction；
Step 304 issues to intelligent distribution plant and needs the port that operates, the port occupied not counting, go to step
305；
The indicator light of step 305, apparatus for lighting port to be onstructed, the port occupied not counting, go to step 306；
Step 306, the guide process into splitter work order prompt port to grasp completed port by turning off the light
Make correctly, to control next port lamp needed to be implemented and start flashing light, prompt the operation of next step；If port operation mistake,
Port inserting error, and the correct target port of slow flash are prompted by quick flashing, prompts to correct working vessels, is turned after the completion of executing
To step 307；
The construction of step 307, splitter work order instructs process to terminate.
The embodiment of the present invention supports proximal end operation and distal end to instruct two kinds of forms of construction work, can be detached from Intelligent management terminal, directly
It meets guiding construction personnel and completes constructing operation；It can be provided by the LED light state of control device port for maintenance personnel a set of high
Effect, accurately process is guided in intelligent construction, to guarantee the convenience of construction；It can timely respond to the mistake behaviour of maintenance personnel
Make, and prompt alarm and error correction are carried out to the operation of mistake；It supports a variety of fault tolerant mechanisms, can be calculated in real time according to condition of construction
Construction results, to guarantee the uniqueness and accuracy of used jumping fiber, tail optical fiber or optical splitter.
Those skilled in the art can carry out various modifications to the embodiment of the present invention and modification, if these modifications and change
For type within the scope of the claims in the present invention and its equivalent technologies, then these modifications and variations are also in protection scope of the present invention
Within.
The prior art that the content being not described in detail in specification is known to the skilled person.
Claims (9)
1. a kind of sODN system of support proximal end operation and distal end guiding construction based on eID, including intelligent management system, intelligence
Management terminal, intelligent distribution plant, the intelligent management system are handed over by the Intelligent management terminal of wireless network and execute-in-place
Mutually, it is characterised in that: the intelligence distribution plant is to increase intelligent assembly in traditional ODN equipment, and intelligent assembly includes intelligence
Management assembly and electronic tag eID, eID carry out uniqueness to the node of intelligent ODN network and branch using electronic label technology
Mark, intelligent management system operated and managed to intelligent ODN network by the content that stores in identification eID, the intelligence
Energy management system, Intelligent management terminal are interacted with intelligent distribution plant, to intelligent distribution plant transmitting order to lower levels, the intelligence
Distribution plant includes intelligent optical fiber distribution frame, smart cable transfer box, intelligent optical cable fiber distribution box；The sODN system provides proximal end
Operation and two kinds of way to manages of distal end guiding construction, the process for directing construction concretely are as follows:
S1, construction work order is issued according to construction plan；
S2, Intelligent management terminal, intelligent management system are communicated with intelligent distribution plant foundation；
Whether the eID information of S3, verification intelligent distribution plant to be onstructed is correct, if correctly, going to step S4；Otherwise it goes to
Step S11；
S4, work order information is verified, classifies to work order type, work order is divided into three classes: jumping fiber work order, single-ended work
Single, splitter work order；
S5, jumping fiber work order is judged whether there is, if there is jumping fiber work order, goes to step S6；Otherwise step S7 is gone to；
S6, process is instructed into the construction of jumping fiber work order, instructs the construction of jumping fiber work order；Go to step S7；
S7, single-ended work order is judged whether there is, if there is single-ended work order, goes to step S8；Otherwise step S9 is gone to；
S8, process is instructed into the construction of single-ended work order, instructs the construction of single-ended work order；Go to step S9；
S9, splitter work order is judged whether there is, if there is splitter work order, goes to step S10；Otherwise step S11 is gone to；
S10, process is instructed into the construction of splitter work order, instructs the construction of splitter work order；Go to step S11；
S11, the eID information for updating intelligent distribution plant, return to construction results, more new database: if it is intelligent management system
The equipment directly managed, after the completion of construction, network resource data library can be automatically updated；If it is Intelligent management terminal guiding construction
Scene, Intelligent management terminal wait for work order construction after, by wifi/2G/3G network upload construction results to intelligent management
System, intelligent management system update resource data according to construction results；
S12: terminate construction instruction course.
2. the sODN system of support proximal end operation and distal end guiding construction based on eID, feature exist as described in claim 1
In: the sODN system is managed by the way of the operation of proximal end for the intelligent distribution plant outside computer room, and proximal end operation is logical
Cross Intelligent management terminal realization: Intelligent management terminal realizes that the electronic management of work order, the remote transmission of construction data, construction are accused
Automatic passback, storage, the publication of the notice and construction results of alert information.
3. the sODN system of support proximal end operation and distal end guiding construction based on eID, feature exist as described in claim 1
In: the sODN system is managed, far the intelligent distribution plant of directly-connected network in computer room by the way of far-end operation
The construction guidance of end operation is realized by intelligent management system: intelligent management system is directly managed intelligent wiring by Ethernet and set
It is standby, it realizes that construction is guided by the control of the port lamp to intelligent distribution plant, supports a variety of fault tolerant mechanisms, the operation to mistake
Alarm prompting is carried out, and re-starts the guide of correct port.
4. the sODN system of support proximal end operation and distal end guiding construction based on eID, feature exist as described in claim 1
Work order information is obtained from intelligent management system by wifi/2G/3G network in: the Intelligent management terminal, in work order information
Including job location, construction equipment, construction content；Construction personnel is instructed by the construction of Intelligent management terminal, completes construction, and
Construction results are uploaded to intelligent management system.
5. a kind of support proximal end based on eID applied to sODN system described in claim 1 operates and distal end guiding construction
Method, which comprises the following steps:
S1, construction work order is issued according to construction plan；
S2, Intelligent management terminal, intelligent management system are communicated with intelligent distribution plant foundation；
Whether the eID information of S3, verification intelligent distribution plant to be onstructed is correct, if correctly, going to step S4；Otherwise it goes to
Step S11；
S4, work order information is verified, classifies to work order type, work order is divided into three classes: jumping fiber work order, single-ended work
Single, splitter work order；
S5, jumping fiber work order is judged whether there is, if there is jumping fiber work order, goes to step S6；Otherwise step S7 is gone to；
S6, process is instructed into the construction of jumping fiber work order, instructs the construction of jumping fiber work order；Go to step S7；
S7, single-ended work order is judged whether there is, if there is single-ended work order, goes to step S8；Otherwise step S9 is gone to；
S8, process is instructed into the construction of single-ended work order, instructs the construction of single-ended work order；Go to step S9；
S9, splitter work order is judged whether there is, if there is splitter work order, goes to step S10；Otherwise step S11 is gone to；
S10, process is instructed into the construction of splitter work order, instructs the construction of splitter work order；Go to step S11；
S11, the eID information for updating intelligent distribution plant, return to construction results, more new database: if it is intelligent management system
The equipment directly managed, after the completion of construction, network resource data library can be automatically updated；If it is Intelligent management terminal guiding construction
Scene, Intelligent management terminal wait for work order construction after, by wifi/2G/3G network upload construction results to intelligent management
System, intelligent management system update resource data according to construction results；
S12: terminate construction instruction course.
6. the method for support proximal end operation and distal end guiding construction based on eID as claimed in claim 5, it is characterised in that:
The construction of the jumping fiber work order instructs process as follows:
Step 101 starts to execute jumping fiber work order, goes to step 102；
Whether step 102, the state of poll port, confirmation port meet execution conditions, and port status includes occupying, being idle, different
Often, step 103 is gone to；
Step 103 compares port status, reads the eID information of jumping fiber, judges whether to have been completed applying for all jumping fiber work orders
Work goes to step 112 if the construction task of all jumping fiber work orders is completed；If not completing to construct, step 104 is gone to
Continue guiding construction；
Step 104 issues to intelligent distribution plant and needs the port that operates, the port occupied not counting, go to step 105；
Step 105, the indicator light for lighting intelligent distribution plant port to be onstructed, the port occupied not counting, go to step 106；
Step 106, waiting construction personnel, operation is completed in lamp instruction as indicated, goes to step 107；
Step 107 confirms whether the operation of construction personnel is correct, and the eID information of jumping fiber on read port judges that present port is
The no port needed to be implemented for jumping fiber work order, if it is, going to step 108；Otherwise step 109 is gone to；
Step 108, the operation for executing jumping fiber work order port, completed port prompt port operation correct by turning off the light, and control
Next port lamp needed to be implemented starts flashing light, prompts the operation of next step, goes to step 110；
Step 109, the operation for executing non-work order port, for the port of maloperation, the indicator light of port is prompted wrong by quick flashing
Maloperation, and correct port is guided by slow flash, go to step 110；
Step 110, according to port status, judge whether that all work order ports have all been completed, if all completed, go to step
112；If going to step 111 without whole completions；
Step 111, the sequence lighting according to jumping fiber work order guide construction, return step 106；
The construction of step 112, jumping fiber work order instructs process to terminate.
7. the method for support proximal end operation and distal end guiding construction based on eID as claimed in claim 5, it is characterised in that:
The construction of the single-ended work order instructs process as follows:
Step 201 starts to execute single-ended work order, goes to step 202；
Step 202, the state of poll port, judge whether port meets execution conditions, and port status includes occupying, being hollow, different
Often, step 203 is gone to；
Step 203 compares port status, judges whether to have been completed that the construction of all single-ended work orders is gone to if be completed
Step 207；If not completing to construct, step 204 is gone to, continues guiding construction；
Step 204 issues to intelligent distribution plant and needs the port that operates, the port occupied not counting, go to step 205；
The indicator light of step 205, apparatus for lighting port to be onstructed, the port occupied not counting, go to step 206；
Step 206, the guide process into single-ended work order prompt port operation correct completed port by turning off the light,
It controls next port lamp needed to be implemented and starts flashing light, prompt the operation of next step；If port operation mistake, passes through quick flashing
Port inserting error, and the correct target port of slow flash are prompted, prompts to correct working vessels, step is gone to after the completion of executing
207；
The construction of step 207, single-ended work order instructs process to terminate.
8. the method for support proximal end operation and distal end guiding construction based on eID as claimed in claim 5, it is characterised in that:
The construction of the splitter work order instructs process as follows:
Step 301 starts to execute splitter work order, goes to step 302；
Step 302, the state of poll port, judge whether port meets execution conditions, and port status includes occupying, being hollow, different
Often, step 303 is gone to；
Step 303 compares port status, judges whether the construction for having been completed all splitter work orders, if be completed, turns
To step 307；If not completing to construct, step 304 is gone to, continues guiding construction；
Step 304 issues to intelligent distribution plant and needs the port that operates, the port occupied not counting, go to step 305；
The indicator light of step 305, apparatus for lighting port to be onstructed, the port occupied not counting, go to step 306；
Step 306, the guide process into splitter work order are prompting port operation just by turning off the light for completed port
Really, it controls next port lamp needed to be implemented and starts flashing light, prompt the operation of next step；If port operation mistake, passes through
Quick flashing prompts port inserting error, and the correct target port of slow flash, prompts to correct working vessels, step is gone to after the completion of executing
Rapid 307；
The construction of step 307, splitter work order instructs process to terminate.
9. the method for support the proximal end operation and distal end guiding construction based on eID as described in any one of claim 5 to 8,
It is characterized by: when the work order information includes construction personnel's information, construction area, construction equipment, constructing operation, plan completion
Between.
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| CN110335003A (en) * | 2019-04-30 | 2019-10-15 | 中国联合网络通信集团有限公司 | A kind of port resource management method and device |
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