CN102932062A - Intelligent optical fiber connecting and distributing system and adapter port state information identification method - Google Patents
Intelligent optical fiber connecting and distributing system and adapter port state information identification method Download PDFInfo
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- CN102932062A CN102932062A CN2012104715841A CN201210471584A CN102932062A CN 102932062 A CN102932062 A CN 102932062A CN 2012104715841 A CN2012104715841 A CN 2012104715841A CN 201210471584 A CN201210471584 A CN 201210471584A CN 102932062 A CN102932062 A CN 102932062A
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Abstract
The invention discloses an intelligent optical fiber connecting and distributing system and an adapter port state information identification method. The intelligent optical fiber connecting and distributing system comprises an optical fiber connecting and distributing device, a mobile communication terminal and an information processing center; optical fiber adapters, a microprocessor assembly for forming an electronic tag and a wireless communication module are arranged in the optical fiber connecting and distributing device; the electronic tag is used for storing port state information of each optical fiber adapters and is communicated with the mobile communication terminal by the wireless communication module; and the mobile communication terminal is used for searching the port state information of the optical fiber adapters by accessing the electronic tag and transmitting update data to the electronic tag and the information processing center when the port state information needs to be updated so as to complete the dynamic updating on the port state information of the corresponding optical fiber adapters. The invention solves the difficult problem that the port state information of a conventional optical fiber connecting and distributing device cannot be electronically acquired, so that an optical network cannot implement the intelligent management, and improves the management efficiency of the optical network.
Description
Technical field
The invention belongs to fiber optic cable communications network technical field, specifically, relate to a kind of technology for fiber optic network being realized connection and smart allocation.
Background technology
Optical fiber connects distributor and is applied in large quantities in the fiber optic cable communications network at present, mainly by fiber adapter and the deck or the mounting panel that are used for installing described fiber adapter form, be used for realizing between tail optical fiber (end has the simple optical fiber fibre core line of optical fiber attachment plug) and the jumping fiber (there is the simple optical fiber fibre core line of optical fiber attachment plug at two ends) or two jumping fibers between dock.
In optical communication network, need to optical fiber connect the port status information that in the distributor each connects the fiber adapter of tail optical fiber or jumping fiber (such as: take, free time, fault, optical line be by numbering etc.) mark accurately and indicate so that in the future business open reparation with fault.But, connect distributor for present existing optical fiber, when the port status information to its fiber adapter marks, can only show that nameplate or paper labels mark by the papery that producer provides, identification also can only realize by manual mode of searching.Because the papery that producer provides is shown nameplate and paper labels and is damaged easily; and in actual application; often can run into the change because of business; need to carry out more news to the port status information that optical fiber connects the fiber adapter in the distributor; and adopt this papery to show that the mark mode of nameplate and paper labels obviously is to be not easy to the port status information of fiber adapter is dynamically updated, also caused thus the reduction of optical network resource accuracy rate and the waste of resource.Simultaneously, because the reduction of optical network resource accuracy rate, also so that network manager can not be rapidly for the client provides business support and fault restoration, thereby cause the decline of service quality.
In order to change the present situation of this optical network resource serious waste, realize the remarkable lifting of network service quality, the microprocessor control technology is applied in optical fiber to be connected in the distributor, adopting Information Technology Methods that traditional optical fiber is connected distributor improves, thereby real-time, accurate, the dynamic record of the port status information realization to its fiber adapter, modification and renewal, particularly necessity just seems.
Summary of the invention
The present invention adopts papery to show that nameplate marks the problem that light internet resource accuracy rate is low, information updating is inconvenient of bringing to the port status information of fiber adapter in order to solve existing fiber connection distribution technique, provide a kind of Intelligent optical fiber to connect distribution system, can the port status information realization of fiber adapter be dynamically updated easily and accurately, thereby be conducive to promote the managerial ability of optical network resource and upkeep operation personnel's operating efficiency.
For solving the problems of the technologies described above, the present invention is achieved by the following technical solutions:
A kind of Intelligent optical fiber connects distribution system, comprises the information processing centre that optical fiber connects distributor, mobile communication terminal and carries out wireless telecommunications with described mobile communication terminal; In described optical fiber connection distributor, be provided with fiber adapter, microprocessor assembly and wireless communication module; Described microprocessor assembly is stored the port status information of each fiber adapter, and carries out communication by wireless communication module and described mobile communication terminal; The port status information that described mobile communication terminal is searched fiber adapter by access microprocessor assembly, and when needs upgrade port status information, will be more new data transmission to microprocessor assembly and information processing centre, to finish dynamically updating the port status information of corresponding fiber adapter.
For the port of needs being searched or upgrade the fiber adapter place of port status information is clearly indicated, connect on the distributor at described optical fiber and also to be provided with luminous indication, connect and be controlled by described microprocessor assembly; The number of described luminous indication is identical with the port number of installing optical fibres adapter, and the installation site is corresponding one by one with port position.Light or extinguish by the control luminous indication, thereby provide visual guidance for the field operation personnel.
Further, connect distributor at described optical fiber and be provided with deck or mounting panel, be formed with a plurality of ports be used to described fiber adapter is installed at described deck or mounting panel; Described luminous indication is installed in top or the below of described deck or mounting panel.
In order to guarantee that each root tail optical fiber or jumping fiber can both be plugged on the fiber adapter that matches exactly, in described optical fiber connection distributor, also be provided with the storage card read-write cell, the number of described storage card read-write cell is identical with the port number of installing optical fibres adapter, and the installation site is corresponding one by one with port position; The outside that connects distributor at described optical fiber, on each the root tail optical fiber that is connected with each fiber adapter or the jumping fiber storage card is installed all, in the time of on described tail optical fiber or jumping fiber being inserted into one of them fiber adapter that optical fiber connects distributor, storage card on this tail optical fiber or the jumping fiber is inserted in the slot of the storage card read-write cell corresponding with this fiber adapter position, related by the coded message in the storage card and the port status information of fiber adapter are carried out, whether correct with the plug-in position of judging described tail optical fiber or jumping fiber.
Further, described storage card read-write cell connects described microprocessor assembly, all stores the port numbering of the fiber adapter that this storage card place tail optical fiber or jumping fiber should insert in each storage card; In the time of in the slot that storage card is inserted into the storage card read-write cell, described storage card read-write cell reads the port numbering in the storage card, and feed back to the microprocessor assembly and judge whether plug-in position correct, if incorrect, then drive alarm unit and carry out warning reminding.
Preferably, described wireless communication module preferably adopts bluetooth communication, namely uses bluetooth communication mode and described mobile communication terminal to carry out radio communication; Described mobile communication terminal preferably adopts smart mobile phone or palmtop PC PDA, carries out long-distance on-line by 3G network or GPRS network or WI-FI network and described information processing centre.
In order to alleviate field operation personnel's labour intensity, before described optical fiber connection distributor is delivered for use, preferably utilize mobile communication terminal to obtain the port status information that optical fiber connects each fiber adapter the distributor from information processing centre, and import to once the microprocessor assembly that optical fiber connects in the distributor and preserve, go wrong avoiding.
Further, in optical communication network, connect distributor if at a network node place a plurality of optical fiber need to be set, then preferably a plurality of optical fiber are connected distributor and carry out cascade, and utilize one group of microprocessor assembly that the port status information that each optical fiber connects the fiber adapter in the distributor is managed concentratedly and controlled, and communicate with described mobile communication terminal, to simplify system.
The demand that works alone that connects distributor in order to satisfy each optical fiber also is provided with battery in described optical fiber connection distributor, be that optical fiber connects the consuming parts power supply in the distributor.Certainly, also can not connect in the distributor at optical fiber battery is set, need to optical fiber connect distributor carry out distribution operation or inquiry, when upgrading the port status information of adapter, only need an external battery case, the consuming parts that connects in the distributor for optical fiber provides interim power supply to get final product.
Further, built-in application program software is installed in described mobile communication terminal, is provided for the human-computer interaction interface that the port status information to fiber adapter increases, deletes, changes, looks into; In described information processing centre the system interface that promising third party provides data interaction is set also, so that Function Extension in the future.
The present invention also provides a kind of identification method of adapter port state information, connect the microprocessor assembly that is provided for consisting of electronic tag in the distributor at optical fiber, utilize the microprocessor assembly in the electronic tag that the port status information that optical fiber connects each fiber adapter in the distributor is preserved, finish searching or upgrade fiber adapter port status information by access microprocessor assembly.
Further, in described optical fiber connection distributor, wireless communication module is set, need to search or when upgrading the port status information of fiber adapter, the wireless communication module that utilizes mobile communication terminal to be connected in the distributor with optical fiber communicates, to realize the access to microprocessor assembly in the electronic tag.
Further again, in the time need to upgrading the port status information of fiber adapter, utilize the information processing centre on mobile communication terminal and backstage to carry out communication, to finish dynamically updating the port status information of corresponding fiber adapter in microprocessor assembly and the information processing centre in the electronic tag.
In order to alleviate field operation personnel's labour intensity, can utilize mobile communication terminal to set up the communication bridge that optical fiber connects distributor and information processing centre, finish the synchronous renewal of the port status information between the microprocessor assembly in information processing centre and the electronic tag and the mass of data and import and derive.
Preferably, described information processing centre provides the third party system interface, adopts the mode of electronic work order to carry out information interaction between information processing centre and the third party.On-the-spot operating personnel utilizes mobile communication terminal to receive the electronic work order that information processing centre issues, and carries out the distribution operation of optical fiber according to the wiring mode on the electronic work order.
In order to guarantee that each root tail optical fiber or jumping fiber can both be plugged on the fiber adapter that matches exactly, in described optical fiber connection distributor, the storage card read-write cell is set, and at each the root tail optical fiber that connects fiber adapter or storage card of jumping fiber installation, in the time of on tail optical fiber or jumping fiber being inserted into one of them fiber adapter that optical fiber connects distributor, storage card on this tail optical fiber or the jumping fiber is inserted in the slot of the storage card read-write cell corresponding with this fiber adapter position, related by the coded message in the storage card and the port status information of fiber adapter are carried out, whether correct with the plug-in position of judging described tail optical fiber or jumping fiber.
The port numbering of the fiber adapter that preferably, this storage card place tail optical fiber of storage or jumping fiber should insert in each storage card; In the time of in the slot that storage card is inserted into the storage card read-write cell, utilize the storage card read-write cell to read port numbering in the storage card, and feed back to the microprocessor assembly of electronic tag, to judge whether plug-in position is correct, if correct, the optical line of then extracting in the storage card is written in the microprocessor assembly by link information; If incorrect, then drive alarm unit and carry out warning reminding.
Compared with prior art, advantage of the present invention with good effect is connected: the port status information that Intelligent optical fiber connection distribution technique of the present invention has solved traditional fiber connection distributor can not electronization gather, thereby cause fiber cable network can't realize the difficult problem of intelligent management, have economical and practical, the advantages such as the port status information labeling is accurate, durable in use, reliable and stable, simple operation, greatly promoted the efficiency of management of fiber cable network property right person to fiber cable network.
Description of drawings
In order to be illustrated more clearly in the technical scheme in the embodiment of the invention, the below will do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art.Apparently, the accompanying drawing in the following describes only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the assembling structure schematic diagram that optical fiber proposed by the invention connects a kind of embodiment of distributor;
Fig. 2 is the system architecture schematic diagram that Intelligent optical fiber proposed by the invention connects a kind of embodiment of distribution system;
Fig. 3 is the internal circuit theory diagram that optical fiber connects distributor.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is a part of embodiment of the present invention, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making all other embodiment that obtain under the creative work prerequisite.
For the advantage that makes technical solution of the present invention is clearer, below in conjunction with the drawings and specific embodiments the present invention is elaborated.
Present embodiment is in order to promote the fine-grained management ability of optical network resource, improve upkeep operation personnel's operating efficiency, with the microelectronics information processing technology and technology of Internet of things integrated be connected optical fiber and connect in the distribution technique, the electronic identification method that a kind of Intelligent optical fiber connects distribution system and adapter port state information has creatively been proposed, realized optical fiber is connected electronization collection and the intelligent management of distributor port status information, and then the utilization of lifting optical network resource and the raising of accuracy rate have been had great importance.
For the port status information realization electronization that optical fiber is connected the fiber adapter in the distributor gathers and intelligent management, present embodiment adopts the design of electronic tag, in optical fiber connection distributor, set up the electronic tag that is consisted of by the microprocessor assembly, utilize electronic tag to replace traditional papery to show nameplate and paper labels, store for the port status information that optical fiber is connected each fiber adapter of distributor, realize electronization sign and the record of port status information.Thus one, only need by the microprocessor assembly in the access electronic tag, inquiry and renewal operation to the port status information of each fiber adapter be can realize, and then the electronization collection of port status information and the design requirement of intelligent management satisfied.
For the microprocessor assembly in the convenient access electronic tag, present embodiment arranges wireless communication module in optical fiber connection distributor, and preferably adopt mobile communication terminal and described wireless communication module to carry out wireless telecommunications, set up communication linkage via wireless communication module and electronic tag, realization is to the access of microprocessor assembly, extract the port status information of preserving in the electronic tag, realize optical fiber is connected the inquiry of the port status information of each fiber adapter in the distributor or upgrades operation.
Because the optical fiber that needs to arrange connects the distributor One's name is legion, connect the distributor realization to the distribution connection of multi-channel optical fibre even if also might need to dispose many optical fiber at an optical network node in an optical communication network.For each optical fiber being connected port status information realization centralized recording and the unified management of each fiber adapter in the distributor, present embodiment preferably utilizes the information processing centre on mobile communication terminal and backstage to set up communication, in the time need to upgrading the port status information of fiber adapter, by mobile communication terminal when the port status information in the electronic tag is carried out Data Update, data after upgrading are back to the information processing centre at rear in time, with realize to the port status information of corresponding fiber adapter in electronic tag and the information processing centre dynamically, upgrade synchronously.
Meanwhile, utilize mobile communication terminal as the communication bridge between optical fiber connection distributor and the information processing centre, can also realize that information processing centre is connected the synchronous renewal of the port status information between the electronic tag in the distributor with optical fiber and the mass of data imports, derives, to alleviate field operation personnel's labour intensity.
For the electronization collection of above-mentioned port status information and the design philosophy of intelligent management, present embodiment has proposed the concrete teaming method that following Intelligent optical fiber connects distribution system in conjunction with Fig. 1-Fig. 3.
In the Intelligent optical fiber connection distribution system of present embodiment, mainly comprise information processing centre 3 three parts that optical fiber connects distributor 1, mobile communication terminal 2 and is positioned at the backstage, referring to shown in Figure 2.Wherein, optical fiber connects distributor 1 and is used for finishing between tail optical fiber and the jumping fiber, the perhaps docking between two sections jumping fibers, the parts such as pallet 4, deck or the mounting panel 5 in comprising traditional fiber connection distributor, fiber adapter 6, for the electronization collection that realizes port status information with dynamically update, also be provided with the electronic tag and the wireless communication module that are consisted of by microprocessor assembly 7, in conjunction with shown in Figure 1.In described microprocessor assembly 7, can specifically comprise MCU and memory (such as storage mediums such as SD cards), as shown in Figure 3, utilize the port status information of each fiber adapter of memory stores, utilize MCU to connect wireless communication module, and then set up wireless communication link via described wireless communication module and mobile communication terminal, utilize mobile communication terminal realize to optical fiber connect the port status information of each fiber adapter in the distributor 1 automatic configuration, gather and dynamically update.
In the present embodiment, described mobile communication terminal 2 can specifically be selected the Wireless Telecom Equipments such as smart mobile phone or palmtop PC PDA, by corresponding built-in application program software is installed, for the operating personnel at scene is provided for the human-computer interaction interface that the port status information to fiber adapter increases, deletes, changes, looks into.On-the-spot operating personnel can be with described mobile communication terminal 2 as power tool, according to job task optical fiber is connected port status information in the distributor 1 and implemented the operation of reading (examination), writing (modification), and the object information of read-write operation for good and all is retained in the microprocessor assembly 7 that optical fiber connects distributor 1, in order to provide foundation for operation in the future.
A kind of preferred design as present embodiment, the wireless communication module that is arranged in the described optical fiber connection distributor 1 preferably adopts bluetooth communication, by the MCU in the CAN bus connection microprocessor assembly 7, referring to shown in Figure 3, and then realize that in the Bluetooth communication mode optical fiber connects the information interaction between distributor 1 and the mobile communication terminal 2, realizes automatic collection, inquiry and renewal (comprising increase, deletion, modification etc.) to optical fiber connection distributor 1 middle port state information.Specifically, can utilize on the one hand mobile communication terminal 2 via the microprocessor assembly 7 in the bluetooth communication interface access optical fiber connection distributor 1, realization helps the field operation personnel to find out rapidly the port position that will seek to automatic collection, the inquiry of the port status information of each fiber adapter in the described optical fiber connection distributor 1; On the other hand, in the time need to connecting to optical fiber port status information in the distributor 1 and upgrade, the data field operation personnel can at first write renewal in the human-computer interaction interface that mobile communication terminal 2 provides after, then the transfer of data after will upgrading by bluetooth communication interface is to microprocessor assembly 7, and be written in the memory in the microprocessor assembly 7, to realize automatic increase, deletion and the modification to the port state information.
In addition, the information processing centre 3 of described mobile communication terminal 2 by the cordless communication networks such as 3G, GPRS or WI-FI and backstage carried out wireless telecommunications, utilizes mobile communication terminal 2 as the middle bridge of information interaction, can also realize following functions:
(1) by mobile communication terminal 2 the port status information of the fiber adapter that collects is reported information processing centre 3 automatically;
(2) information processing centre 3 is connected distributor 1 communication by mobile communication terminal 2 with the optical fiber at scene, realizes optical fiber is connected disposable importing or the modification of distributor 1 middle port state information, to satisfy the various needs of resource management;
When (3) operating personnel upgrades operation by the port status information in 2 pairs of optical fiber connections of mobile communication terminal distributor 1 at the scene, data after upgrading are uploaded in the lump the data management system of information processing centre 3, and be written in the database, to finish the dynamic synchronization renewal to the port status information of corresponding fiber adapter, guarantee that optical fiber connects the consistency of relevant information in distributor 1 and the information processing centre 3.
Connect in the distributor 1 at optical fiber, often be formed with a plurality of ports for installation and fixed fiber adapter 6 on deck or the mounting panel 5, referring to shown in Figure 1.For the port position of needs being searched or upgrade the fiber adapter place of port status information is clearly indicated, on described optical fiber connection distributor 1, also be provided with luminous indication 8, such as LED or LCD indicating device etc. preferably is installed on top or the below of described deck or mounting panel 5.By the illumination mode of control luminous indication 8, with the reading and writing operation of difference to the port status information of fiber adapter 6.
As a kind of preferred design, the number that described luminous indication 8 preferably is set is identical with the port number of installing optical fibres adapter 6, and the installation site is corresponding one by one with port position, it is the corresponding LED/LCD indicating device of each port position, utilize optical fiber to connect the described luminous indication 8 of microprocessor assembly 7 controls in the distributor 1 and light or extinguish, thereby provide visual guidance for the field operation personnel.
Specifically, when the operating personnel carries out read-write operation by the port status information of 2 pairs of optical fiber connections of mobile communication terminal distributor 1 at the scene, connect that microprocessor assembly 7 controls in the distributor 1 are lighted with the corresponding LED/LCD indicating device 8 of the current fiber adapter port that is operating or glittering by optical fiber, thereby provide clearly indication for the operating personnel at scene.For example, when the operating personnel carries out " reading " operation by the port status information of 2 pairs of fiber adapter of mobile communication terminal, can control by MCU the LED/LCD indicating device Chang Liang of corresponding ports; And the port state information is being carried out " writing " when operation, it is glittering to control the LED/LCD display of corresponding ports by MCU, distinguishes thus different operator schemes.
When carrying out field operation, the phenomenon that the operating personnel is inserted into tail optical fiber or jumping fiber wrong fiber adapter port can occur inevitably.In order to address this problem, improve the accuracy rate of operation, present embodiment preferably further arranges storage card read-write cell 9 again in described optical fiber connection distributor 1, referring to shown in Figure 1, and such as IC-card or rfid card etc. of a storage card 10(be installed all on each root tail optical fiber or jumping fiber 11), in the time of on tail optical fiber or jumping fiber being inserted into one of them fiber adapter 6 that optical fiber connects distributor, storage card 10 on this tail optical fiber or the jumping fiber 11 is inserted in the slot of the storage card read-write cell 9 corresponding with this fiber adapter 6 positions, related by the coded message in the storage card 10 and the port status information of fiber adapter 6 are carried out, whether correct with the plug-in position of judging described tail optical fiber or jumping fiber 11.
Specifically, can in each storage card 10, all preserve the coded message which port position these storage card 10 place tail optical fibers or jumping fiber 11 should be inserted into.The number of described storage card read-write cell 9 should be identical with the port number of installing optical fibres adapter, and the installation site should be corresponding one by one with port position, i.e. the corresponding storage card read-write cell 9 of port.When the field operation personnel will be wherein tail optical fiber or jumping fiber 11 when being inserted on one of them fiber adapter 6 that described optical fiber connects distributor 1, simultaneously the storage card 10 on this tail optical fiber or the jumping fiber 11 is inserted in the slot of the storage card read-write cell 9 corresponding with this fiber adapter 6 place port position, related by the coded message in the storage card 10 and the port status information of fiber adapter are carried out, whether correct with the plug-in position of judging this tail optical fiber or jumping fiber 11.
For need to be in the peg graft situation of a plurality of tail optical fibers or jumping fiber of same port, installing optical fibres optical splitter on the fiber adapter 6 of described port at first, then many tail optical fibers or jumping fiber are plugged on the described fiber splitter, and will be bundled in wherein in the slot that storage card 10 on a tail optical fiber or the jumping fiber is inserted into the corresponding storage card read-write cell 9 of this port and get final product.
A kind of preferred design as present embodiment, the microprocessor assembly 7 that described storage card read-write cell 9 can be connected with optical fiber in the distributor 1 connects communication, in conjunction with shown in Figure 3, and in the coded message of each storage card 10, write the fiber adapter 6 corresponding port numberings that these storage card 10 place tail optical fibers or jumping fiber 11 should insert, and then utilize the coded message in 7 pairs of storage cards 10 of microprocessor assembly to carry out related coupling with 6 port status information of fiber adapter, to finish the judgement of tail optical fiber or jumping fiber 11 plug-in position accuracys.
Specifically, when the operating personnel is inserted into storage card 10 in the slot of one of them storage card read-write cell 9 at the scene, described storage card read-write cell 9 reads out the coded message of preserving in the storage card 10, and feed back to described microprocessor assembly 7, the port numbering and this storage card read-write cell 9 corresponding port position labels that extract are wherein compared, if consistent, think that then the plug-in position of tail optical fiber or jumping fiber 11 is correct, MCU in the microprocessor assembly 7 carries out the coded message of this tail optical fiber or jumping fiber 11 and the port status information of corresponding port related automatically, and the optical line of preserving in the storage card 10 is recorded in the memory in the microprocessor assembly 7 by link information; If comparison result is inconsistent, then judge the plug-in position mistake of tail optical fiber or jumping fiber 11, at this moment, can send control command by microprocessor assembly 7, so that on the corresponding port LED/LCD indicating device 8 send take 3 seconds as the cycle bright-indication of going out, drive simultaneously optical fiber and connect alarm unit in the distributor 1 (such as buzzer etc.) and send alerting tone, the prompting operating personnel is corrected, and tail optical fiber or jumping fiber 11 are inserted into correct port position.
Mobile communication terminal 2 is when carrying out the read-write operation of port status information to optical fiber connection distributor 1, the result data of read-write operation is given stores processor together with the tail optical fiber of corresponding coupling or the coded message of jumping fiber via the database that wireless network (3G/GPRS/WI-FI) is uploaded to information processing centre 3 in the lump, and then provide the necessary information of relevant treatment network resource management such as inquiry, statistics for administrative staff.
In described information processing centre 3, can also further be set to the system interface that the third party provides data interaction, so that Function Extension in the future, referring to shown in Figure 2.
The work requirements that connects each consuming parts in the distributor 1 in order to satisfy optical fiber, in described optical fiber connection distributor 1, battery can also be set further, for microprocessor assembly 7, bluetooth communication, LED/LCD indicating device 8 and storage card read-write cell 9 in the device provide working power.
Certainly, the internal structure that connects distributor 1 in order to simplify optical fiber, also can not connect in the distributor 1 at optical fiber battery is set, and the mode of employing outer connecting battery box, when each electricity consumption load supplying that need to connect optical fiber in the distributor 1, for it provides interim power supply, satisfy the job requirement of device 1, present embodiment does not specifically limit this.
The optical fiber of present embodiment connects distributor 1 and both can work independently, also can cascade operation.In optical communication network, if in the time of at a network node place a plurality of optical fiber connection distributor 1 need to being set, then preferably a plurality of optical fiber are connected distributor 1 and carry out cascade, be installed in fibre distribution frame 12 or the fiber cable cross connection box, as shown in Figure 2, and the port status information of utilizing 7 pairs of each optical fiber of one group of microprocessor assembly wherein to connect the fiber adapter in the distributor 1 is managed concentratedly and is controlled, and the bluetooth communication interface by a bluetooth communication 13 carries out RFDC with mobile communication terminal 2, to simplify the global design of system.
Optical fiber at present embodiment connects in the distributor 1, the port status information of its fiber adapter can specifically comprise following content: the on-site title of machine room, optical fiber connect the example numbering, frame numbering, subrack numbering, optical line of distributor or frame by numbering, client's traffic use information, the sequence location of optical fiber in optical cable, and are connected to the fiber splitter of this fiber adapter or the information of Wiring module etc.
For handled easily, the mobile communication terminal 2 preferred touching type operations that adopt of present embodiment are shown as the layering of drop-down menu form and intuitively show various information, and connect contour structures and the actual disposition of distributor in conjunction with field optical fibers, show with simulation figure, realize visualized operation.Simultaneously, mobile communication terminal 2 connects field optical fibers carrying out for information about related comparison, proofread and correct in the database of port status information in the distributor 1 and information processing centre, thereby guarantees the consistency of relevant information.
In order to protect the secret of port status information, Leakage prevention and being illegally accessed, present embodiment is carried out networking certification to smart mobile phone or PDA.ID number of having a fixing identification number (such as SIM card number) and one group to be formed by its product ID of every smart mobile phone or PDA, identification code as this smart mobile phone or PDA, mobile phone SIM card number with the user also is stored in the certificate server of information processing centre simultaneously, between the two mutually binding.During use, must be behind the correct user name of smart mobile phone or PDA input, password, identifying code, smart mobile phone or PDA can normally use.Detailed process is: the user is at every turn when smart mobile phone or PDA operation Intelligent optical fiber connects the application software of distribution system, and the certificate server of auto login information processing center sends to certificate server with self identification code.After certificate server receives, produce an identifying code at random, send to and described smart mobile phone or PDA in the mode of note.The user inputs correct user name, password and identifying code according to this identifying code in the login interface of smart mobile phone or PDA after, could read, write the port status information that Intelligent optical fiber connects the fiber adapter in the distributor or upgrade synchronously operation; Otherwise, can't operate, stopped thus illegally distorting of port status information.Each login of user, information processing centre all can record, in order to examination.
A kind of preferred design as present embodiment, in order to improve operating efficiency, accelerate the construction speed of optical communication network, after the optical fiber in the newly-built optical communication network connects distributor construction end, before being delivered for use, its port status information is preferably passed through information processing centre, import to via the disposable batch of mobile communication terminal in little processing components of optical fiber connection distributor, and permanent the reservation, and then after coming into operation for the operating personnel provides accurately port information, that has stopped thus that artificial mark port status information causes is time-consuming, effort, the generation of the phenomenons such as error rate height.
Certainly; the above only is a kind of preferred implementation of the present invention, for those skilled in the art, and under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (17)
1. an Intelligent optical fiber connects distribution system, it is characterized in that: comprise the information processing centre that optical fiber connects distributor, mobile communication terminal and carries out wireless telecommunications with described mobile communication terminal; In described optical fiber connection distributor, be provided with fiber adapter, microprocessor assembly and wireless communication module; Described microprocessor assembly is stored the port status information of each fiber adapter, and carries out communication by wireless communication module and described mobile communication terminal; The port status information that described mobile communication terminal is searched fiber adapter by access microprocessor assembly, and when needs upgrade port status information, will be more new data transmission to microprocessor assembly and information processing centre, to finish dynamically updating the port status information of corresponding fiber adapter.
2. Intelligent optical fiber according to claim 1 connects distribution system, it is characterized in that: also be provided with luminous indication on described optical fiber connection distributor, connect and be controlled by described microprocessor assembly; The number of described luminous indication is identical with the port number of installing optical fibres adapter, and the installation site is corresponding one by one with port position.
3. Intelligent optical fiber according to claim 2 connects distribution system, it is characterized in that: connect distributor at described optical fiber and be provided with deck or mounting panel, be formed with a plurality of ports be used to described fiber adapter is installed at described deck or mounting panel; Described luminous indication is installed in top or the below of described deck or mounting panel.
4. Intelligent optical fiber according to claim 1 connects distribution system, it is characterized in that: in described optical fiber connection distributor, also be provided with the storage card read-write cell, the number of described storage card read-write cell is identical with the port number of installing optical fibres adapter, and the installation site is corresponding one by one with port position; The outside that connects distributor at described optical fiber, on each the root tail optical fiber that is connected with each fiber adapter or the jumping fiber storage card is installed all, in the time of on described tail optical fiber or jumping fiber being inserted into one of them fiber adapter that optical fiber connects distributor, storage card on this tail optical fiber or the jumping fiber is inserted in the slot of the storage card read-write cell corresponding with this fiber adapter position, related by the coded message in the storage card and the port status information of fiber adapter are carried out, whether correct with the plug-in position of judging described tail optical fiber or jumping fiber.
5. Intelligent optical fiber according to claim 4 connects distribution system, it is characterized in that: described storage card read-write cell connects described microprocessor assembly, all stores the port numbering of the fiber adapter that this storage card place tail optical fiber or jumping fiber should insert in each storage card; In the time of in the slot that storage card is inserted into the storage card read-write cell, described storage card read-write cell reads the port numbering in the storage card, and feed back to the microprocessor assembly and judge whether plug-in position correct, if incorrect, then drive alarm unit and carry out warning reminding.
6. Intelligent optical fiber according to claim 1 connects distribution system, and it is characterized in that: described wireless communication module is bluetooth communication, adopts bluetooth communication mode and described mobile communication terminal to carry out radio communication; Described mobile communication terminal is smart mobile phone or PDA, carries out radio communication by 3G network or GPRS network and described information processing centre.
According to claim 1 in 6 each described Intelligent optical fiber connect distribution system, it is characterized in that: before described optical fiber connection distributor is delivered for use, utilize mobile communication terminal to obtain the port status information that optical fiber connects each fiber adapter the distributor from information processing centre, and the microprocessor assembly that imports to once in the optical fiber connection distributor is preserved.
According to claim 1 in 6 each described Intelligent optical fiber connect distribution system, it is characterized in that: in optical communication network, connect distributor if be provided with a plurality of optical fiber at a network node place, then a plurality of optical fiber are connected distributor and carry out cascade, and utilize one group of microprocessor assembly that the port status information that each optical fiber connects the fiber adapter in the distributor is managed concentratedly and controlled, and communicate with described mobile communication terminal.
According to claim 1 in 6 each described Intelligent optical fiber connect distribution system, it is characterized in that: connecting in the distributor at described optical fiber and also be provided with battery, is that optical fiber connects the consuming parts power supply in the distributor.
According to claim 1 in 6 each described Intelligent optical fiber connect distribution system, it is characterized in that: built-in application program software is installed in described mobile communication terminal, is provided for the human-computer interaction interface that the port status information to fiber adapter increases, deletes, changes, looks into; In described information processing centre the system interface that promising third party provides data interaction is set also.
11. adapter port state information identification method, it is characterized in that: connect the microprocessor assembly that is provided for consisting of electronic tag in the distributor at optical fiber, utilize the microprocessor assembly in the electronic tag that the port status information that optical fiber connects each fiber adapter in the distributor is preserved, finish searching or upgrade fiber adapter port status information by access microprocessor assembly.
12. adapter port state information identification method according to claim 11, it is characterized in that: in described optical fiber connection distributor, wireless communication module is set, need to search or when upgrading the port status information of fiber adapter, the wireless communication module that utilizes mobile communication terminal to be connected in the distributor with optical fiber communicates, and realizes the access to microprocessor assembly in the electronic tag.
13. adapter port state information identification method according to claim 12, it is characterized in that: in the time need to upgrading the port status information of fiber adapter, utilize the information processing centre on mobile communication terminal and backstage to carry out communication, to finish dynamically updating the port status information of corresponding fiber adapter in microprocessor assembly and the information processing centre in the electronic tag.
14. adapter port state information identification method according to claim 13, it is characterized in that: utilize mobile communication terminal to set up the communication bridge that optical fiber connects distributor and information processing centre, finish the synchronous renewal of the port status information between the microprocessor assembly in information processing centre and the electronic tag and the mass of data and import and derive.
15. according to claim 13 or 14 described adapter port state information identification methods, it is characterized in that: described information processing centre provides the third party system interface, adopts the mode of electronic work order to carry out information interaction between information processing centre and the third party.
16. each described adapter port state information identification method in 14 according to claim 11, it is characterized in that: in described optical fiber connection distributor, the storage card read-write cell is set, at each the root tail optical fiber that connects fiber adapter or jumping fiber a storage card is installed, in the time of on tail optical fiber or jumping fiber being inserted into one of them fiber adapter that optical fiber connects distributor, storage card on this tail optical fiber or the jumping fiber is inserted in the slot of the storage card read-write cell corresponding with this fiber adapter position, related by the coded message in the storage card and the port status information of fiber adapter are carried out, whether correct with the plug-in position of judging described tail optical fiber or jumping fiber.
17. adapter port state information identification method according to claim 16 is characterized in that: the port numbering of the fiber adapter that this storage card place tail optical fiber of storage or jumping fiber should insert in each storage card; In the time of in the slot that storage card is inserted into the storage card read-write cell, utilize the storage card read-write cell to read port numbering in the storage card, and feed back to the microprocessor assembly of electronic tag, to judge whether plug-in position is correct, if correct, the optical line of then extracting in the storage card is written in the microprocessor assembly by link information; If incorrect, then drive alarm unit and carry out warning reminding.
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