CN113242540B - Intelligent optical fiber network wiring management equipment and system thereof - Google Patents
Intelligent optical fiber network wiring management equipment and system thereof Download PDFInfo
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- CN113242540B CN113242540B CN202110647353.0A CN202110647353A CN113242540B CN 113242540 B CN113242540 B CN 113242540B CN 202110647353 A CN202110647353 A CN 202110647353A CN 113242540 B CN113242540 B CN 113242540B
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- 239000013307 optical fiber Substances 0.000 title claims abstract description 369
- 230000003287 optical effect Effects 0.000 claims abstract description 7
- 238000003780 insertion Methods 0.000 claims description 7
- 230000037431 insertion Effects 0.000 claims description 7
- 230000002452 interceptive effect Effects 0.000 claims description 7
- 238000010276 construction Methods 0.000 claims description 3
- 238000005516 engineering process Methods 0.000 abstract description 12
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 abstract description 6
- 229910052802 copper Inorganic materials 0.000 abstract description 6
- 239000010949 copper Substances 0.000 abstract description 6
- 239000000835 fiber Substances 0.000 description 28
- 238000010586 diagram Methods 0.000 description 3
- 238000003825 pressing Methods 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 230000008901 benefit Effects 0.000 description 2
- 230000007547 defect Effects 0.000 description 2
- 230000006872 improvement Effects 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000001360 synchronised effect Effects 0.000 description 2
- 230000009466 transformation Effects 0.000 description 2
- 238000004804 winding Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 1
- 230000000149 penetrating effect Effects 0.000 description 1
Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/44—Mechanical structures for providing tensile strength and external protection for fibres, e.g. optical transmission cables
- G02B6/4439—Auxiliary devices
- G02B6/444—Systems or boxes with surplus lengths
- G02B6/4452—Distribution frames
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- Computer Networks & Wireless Communication (AREA)
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- Light Guides In General And Applications Therefor (AREA)
Abstract
The invention discloses an intelligent optical fiber network wiring management device and a system thereof, wherein the intelligent optical fiber network wiring management device comprises an intelligent optical fiber distribution frame, a plurality of intelligent optical fiber connector devices matched with the intelligent optical fiber distribution frame for use and a software system thereof. The invention not only provides an intelligent optical fiber distribution frame, but also provides a plurality of intelligent optical fiber connectors matched with the intelligent optical fiber distribution frame, and particularly designs intelligent network wiring management software aiming at the environment of an optical fiber network system, thereby forming a complete solution of the intelligent optical fiber network wiring management system based on the radio frequency identification technology and combining software and hardware, and meeting the actual requirements of increasingly intelligent management of the optical fiber network wiring system under the general trend of 'optical copper advance and retreat'.
Description
Technical Field
The present invention relates to a network distribution management device and a system thereof, and more particularly, to an intelligent optical fiber network distribution management device and a system thereof.
Background
The intelligent network wiring management system based on the radio frequency identification technology has been widely paid attention to and popularized and applied since ask oneself, and has the advantages of realizing the intelligent management of network access layer ports and jumpers and even the whole network wiring system by utilizing the unique identification of a target object which is unique to the radio frequency identification technology. However, with the gradual popularization and application of the product, the defects of the product are gradually revealed, and as the copper cable network environment aimed at by the initial design is greatly different from the current optical fiber network wiring environment, the product cannot adapt to the increasing application demands of the optical fiber network wiring system in the current market trend of 'optical copper advance and retreat', and therefore the product cannot be directly popularized and applied under the optical fiber network wiring environment.
In the present optical fiber network wiring system, since the specification and the size of various devices become international standards, the optical fiber network wiring system has been widely used in the market, and has compact design and very narrow space, so we cannot simply apply the original copper cable intelligent technology and devices to the optical fiber network wiring system. On the premise of not changing the existing standard, the intelligent network wiring management concept based on the radio frequency identification technology is applied to the optical fiber system, which is a key technical problem which we need to face when carrying out intelligent upgrading and reconstruction on the existing optical fiber network wiring system, but the prior art cannot solve the technical problem.
There is an urgent need to find a new technical solution to solve the above technical problems.
Disclosure of Invention
The invention aims to overcome the defects in the prior art and provides intelligent optical fiber network wiring management equipment and a system thereof.
The invention relates to an intelligent optical fiber network wiring management device, which is characterized by comprising an intelligent optical fiber distribution frame and a plurality of intelligent optical fiber connector devices matched with the intelligent optical fiber distribution frame for use, wherein the intelligent optical fiber distribution frame of the intelligent optical fiber network wiring management device comprises a distribution frame body, a distribution frame cover plate and an RFID signal read-write antenna array inlaid on the distribution frame cover plate, the RFID signal read-write antenna array and the distribution frame body are sequentially spliced, the distribution frame cover plate and the distribution frame body are consistent in structure and shape and are buckled and connected, the RFID signal read-write antenna array is formed by connecting a plurality of RFID signal read-write antennas in series, a plurality of groups of optical fiber connecting ports and optical fiber winding guide rails are correspondingly arranged on the distribution frame cover plate, the RFID signal windows on the distribution frame cover plate and the RFID signal read-write antenna array are in one-to-one correspondence, and the other end of the intelligent optical fiber connector device is connected with one end of the intelligent optical fiber connector device; the intelligent optical fiber connector device is provided with an optical fiber jack and a chip groove, the optical fiber jack and the chip groove are arranged close to each other, the optical fiber jack is used for embedding an optical fiber connector, the chip groove is used for inserting a system-specific radio frequency identification chip and is bound with the optical fiber connector, so that when the optical fiber connector is inserted into the optical fiber jack, the radio frequency identification signal read-write antenna array receives a state signal of the optical fiber connector sent by the system-specific radio frequency identification chip and transmits the state signal to a background management software system for analysis and processing, and intelligent management of the whole network wiring system is realized.
Preferably, the intelligent optical fiber connector device is an intelligent LC optical fiber connector device, the intelligent LC optical fiber connector device includes a radio frequency identification chip fixing unit and an optical fiber connector plug unit, the optical fiber jack and the system-specific radio frequency identification chip are disposed in the radio frequency identification chip fixing unit, and the optical fiber connector plug unit is used for fixing the intelligent LC optical fiber connector device on the intelligent optical fiber distribution frame or separating from the intelligent optical fiber distribution frame.
Preferably, the intelligent LC optical fiber connector device is an intelligent horizontal LC optical fiber connector device, the optical fiber jack is transversely disposed below the chip slot of the radio frequency identification chip fixing unit, the optical fiber connector plug unit is detachably connected with the lower side surface of the radio frequency identification chip fixing unit in an embedded manner, and when the optical fiber connector plug unit is released, the locking elastic sheet of the LC optical fiber connector is opened, so that the LC optical fiber connector and the chip fixing unit are tightly meshed with the intelligent optical fiber distribution board, the intelligent horizontal LC optical fiber connector device is ensured to be firmly connected into the intelligent optical fiber distribution board, otherwise, the locking elastic sheet of the LC optical fiber connector is enabled to be pressed down, so that the LC optical fiber connector and the chip fixing unit are released from the intelligent optical fiber distribution board, and the intelligent horizontal LC optical fiber connector device can be taken down from the intelligent optical fiber distribution board.
Preferably, the radio frequency identification chip fixing unit comprises a fixing unit main body, an operation hole and a first locking notch, the chip groove and the optical fiber jack are arranged at one end of the fixing unit main body, the operation hole is arranged at the other end close to the fixing unit main body, the operation hole is used for applying acting force to a fixing protrusion piece on a connector plug handle unit penetrating through the operation hole to complete the optical fiber connector plug operation, the first locking notch is transversely arranged at the inner side of one end of the fixing unit main body, and the optical fiber connector plug unit is buckled on the first locking notch.
Preferably, the intelligent LC optical fiber connector device is an intelligent vertical LC optical fiber connector device, the intelligent vertical LC optical fiber connector device comprises a radio frequency identification chip fixing unit and a connector plug handle unit, the optical fiber jack is vertically arranged at one end, close to the LC optical fiber, of the radio frequency identification chip fixing unit, the optical fiber jack and the chip slot are longitudinally and immediately arranged, the optical fiber jack is used for embedding a common LC optical fiber connector so that the connector of the optical fiber is tightly bound with the chip, and the connector plug handle unit is detachably connected with the outer side face of the radio frequency identification chip fixing unit in an embedding manner, so that a plug operation part of the optical fiber connector extends outwards, and an operator can conveniently implement plug construction operation.
Preferably, the connector plug handle unit comprises a fixing protrusion piece, a protruding shaft and a handle main body, wherein the protruding shaft is arranged on two sides close to the middle of the handle, the protruding shaft is embedded into a second locking notch of the chip fixing unit, the fixing protrusion piece is arranged on the upper side close to the rear end of the handle main body, the fixing protrusion piece can be inserted into an operation hole of the chip fixing unit, and the front end of the handle main body is used for being buckled on the LC optical fiber connector.
Preferably, the radio frequency identification chip fixing unit comprises a fixing bin main body, a second lock catch notch, a pushing structure and a lock tongue structure, the chip groove and the optical fiber jack are arranged at one end close to the fixing bin main body, the lock catch notch is vertically arranged on the outer side surface of one end of the fixing bin main body, and the other end of the connector plug handle is buckled on the lock catch notch; the pushing structure is arranged at the lower part of the fixed bin main body and is connected with the fixed bin main body; the lock tongue structure is connected with the pushing structure and extends towards the LC optical fiber direction, and the lock tongue structure is used for locking the intelligent vertical LC optical fiber connector device on the intelligent optical fiber distribution frame.
Preferably, the intelligent optical fiber connector device is an intelligent FC optical fiber connector device, the intelligent FC optical fiber connector device comprises a chip fixing bin and an optical fiber connection taper pipe, the front end part of the optical fiber connection taper pipe is inserted and nested in the chip fixing bin circular sleeve, the upper side of the end part of the chip fixing bin is provided with a chip groove and a chip fixing bin circular sleeve which extends downwards and is connected with the chip groove, the lower side of the chip fixing bin circular sleeve and the lower side of the optical fiber connection taper pipe are correspondingly provided with a first crack and a second crack respectively, the inner side of one end part of the optical fiber connection taper pipe is provided with a first toothed stripe protrusion, and the first toothed stripe protrusion is used for being in meshed connection with the outer side threads of the intelligent FC optical fiber connector device.
Preferably, the front end of the optical fiber connection taper pipe is provided with an annular protruding portion and a table-shaped portion, the table-shaped portion is arranged between the annular protruding portion and the rear end of the optical fiber connection taper pipe, and the annular protruding portion of the chip fixing bin is used for being buckled at the end of the circular sleeve of the chip fixing bin.
The intelligent optical fiber network wiring management system for any intelligent optical fiber network wiring management equipment is characterized by comprising a plurality of radio frequency identification chip units, a radio frequency identification signal read-write antenna array module, a signal acquisition unit, a signal control unit, a data gateway, a wiring information management module and a client, wherein the system-specific radio frequency identification chip units are arranged in an intelligent optical fiber connector device, the radio frequency identification signal read-write antenna array module is in interactive connection with the signal acquisition unit, the radio frequency identification signal read-write antenna array module is arranged in a radio frequency identification signal read-write antenna array, the radio frequency identification signal read-write antenna array module comprises a plurality of radio frequency identification signal read-write antenna units which are connected in series, and the radio frequency identification signal read-write antenna units realize non-contact one-to-one connection with each other by reading the form of radio frequency identification signals emitted by the system-specific radio frequency identification chip units; the radio frequency identification signal read-write antenna unit is used for reading a state signal of an optical fiber connector bound with the radio frequency identification chip unit; the signal acquisition unit, the signal control unit, the data gateway, the wiring information management module and the client are connected in an interactive way one by one to finish acquisition, identification and processing of wiring state information, so that intelligent management of the whole optical fiber network wiring system is realized; the intelligent optical fiber network wiring management system also comprises a wiring information database, and the wiring information database is in interactive connection with the wiring information management module.
The invention has the positive progress effects that:
The invention not only designs a general intelligent optical fiber distribution frame and a plurality of intelligent optical fiber connectors which can be matched with the intelligent optical fiber distribution frame for use, but also specially designs intelligent optical fiber network wiring management system software aiming at the environment of an optical fiber network system, thereby forming a complete intelligent optical fiber network wiring management system solution based on the radio frequency identification technology combined with software and hardware, and leading the intelligent network wiring management technology based on the radio frequency identification technology to keep up with the increasing intelligent management requirement of the optical fiber network wiring system under the big trend of 'optical copper advance and retreat'.
Drawings
Fig. 1 is a schematic diagram showing the overall structure of an intelligent optical fiber distribution frame of an intelligent optical fiber network distribution management apparatus according to a preferred embodiment of the present invention.
Fig. 2 is an exploded view of the intelligent horizontal LC fiber optic connector device according to the preferred embodiment of the present invention.
Fig. 3 is an exploded view of the intelligent vertical LC fiber optic connector device according to the preferred embodiment of the present invention.
FIG. 4 is a schematic diagram of an exploded view of a smart FC fiber splice device according to a preferred embodiment of the present invention.
Fig. 5 is a schematic structural diagram of an intelligent optical fiber network distribution system according to a preferred embodiment of the present invention.
Detailed Description
The invention is further illustrated by means of the following examples, which are not intended to limit the scope of the invention.
Referring to fig. 1, an intelligent optical fiber network distribution management apparatus according to the present invention includes an intelligent optical fiber distribution frame and an intelligent optical fiber connector device 37 used with the intelligent optical fiber distribution frame. The intelligent optical fiber distribution frame of the intelligent optical fiber network distribution management device comprises an optical fiber distribution frame cover plate 2, an optical fiber distribution frame body 3 and a radio frequency identification signal read-write antenna array 1 embedded on the optical fiber distribution frame cover plate 2, wherein the optical fiber distribution frame cover plate 2, the radio frequency identification signal read-write antenna array 1 and the distribution frame body 3 are sequentially spliced, the structure and the shape of the optical fiber distribution frame cover plate 2 and the structure and the shape of the distribution frame body 3 are consistent and are buckled and connected through a locking system on the body, the radio frequency identification signal read-write antenna array 1 is formed by connecting a plurality of radio frequency identification signal read-write antennas in series, and the radio frequency identification signal read-write antenna array 1 is embedded on the optical fiber distribution frame cover plate 2. The optical fiber distribution frame cover plate 2 is embedded with a radio frequency identification signal read-write antenna array 1 and is provided with a plurality of indicator light windows 4, the optical fiber distribution frame body 3 is consistent with a common optical fiber distribution frame body, and is provided with a plurality of optical fiber plug-in ports and optical fiber winding guide rails. As shown in fig. 1, the fiber optic connector port is a connector port for connection of the intelligent optical fiber splicing device 37 to the distribution frame body 3. As shown in fig. 1, the optical distribution frame body 3 may also be provided with a USB interface 5. The radio frequency identification signal read-write antenna array 1 is inlaid on the optical fiber distribution frame cover plate 2, and the optical fiber distribution frame cover plate 2 has the functions of fixing and protecting the radio frequency identification signal read-write antenna array 1. The intelligent optical fiber connector device 37 is provided with an optical fiber jack and a chip slot, the optical fiber jack and the chip slot are arranged next to each other, the optical fiber jack is used for embedding an optical fiber connector, the chip slot is used for inserting an intelligent system special radio frequency identification chip and is bound with the optical fiber connector, so that when the optical fiber connector is inserted into the optical fiber jack, the radio frequency identification signal read-write antenna array 1 receives a state signal of the optical fiber connector bound with the system special radio frequency identification chip and transmits the state signal to a distribution information management system of a background for analysis and treatment, and intelligent management of the whole network distribution system is realized.
The optical fiber distribution frame cover plate 2, the radio frequency identification signal read-write antenna array 1 and the distribution frame body 3 are sequentially overlapped and correspondingly matched with the indicator light window 4, the radio frequency identification signal read-write antenna array 1 and the optical fiber connection and insertion port one by one. The optical fiber connector ports can be arranged in a straight ruler structure or a zigzag structure.
The radio frequency identification signal read-write antenna array 1 is provided with a plurality of radio frequency signal read-write antenna circuits, and each group of circuits comprises a light emitting diode. Because the radio frequency read-write signal antenna array 1 is used, the intelligent energization of the common optical fiber distribution frame can be realized, the common optical fiber distribution frame can be upgraded into an intelligent optical fiber distribution frame, and the intelligent management of the optical fiber network distribution system can be realized by matching with the use of an intelligent optical fiber connector.
Preferably, the optical fiber connectors may be arranged in a straight ruler structure or a zigzag structure. When in a straight ruler-shaped structure, the optical fiber splicing port is vertically arranged on the distribution frame body 3. When in the zigzag structure, the optical fiber splicing ports are obliquely arranged on the distribution frame body 3 in parallel.
The invention embeds the radio frequency identification signal read-write antenna array 1 on the optical fiber distribution frame cover plate 2, and the optical fiber distribution frame cover plate 2 can protect and fix the radio frequency identification signal read-write antenna array 1. The novel intelligent optical fiber distribution frame cover plate 2 formed by combining the radio frequency identification signal read-write antenna array 1 and the optical fiber distribution frame cover plate 2 replaces the original cover plate on the common optical fiber distribution frame, so that the existing common optical fiber distribution frame can be intelligently energized into the novel intelligent optical fiber distribution frame, and the novel intelligent optical fiber distribution frame can be matched with various intelligent optical fiber connectors reconstructed based on the radio frequency identification technology for use together, so that the network wiring intelligent management system based on the radio frequency identification technology can be successfully introduced into the environment of the optical fiber network wiring system, the existing common optical fiber network wiring system is upgraded into the intelligent optical fiber network wiring system, and the solution of the intelligent network wiring management system based on the radio frequency identification technology can be successfully applied to the optical fiber network wiring optical fiber system.
In the present invention, the intelligent optical fiber connector device 37 may be an intelligent LC optical fiber connector device, where the intelligent LC optical fiber connector device includes a radio frequency identification chip fixing unit 6 and an optical fiber connector plug unit 7, the optical fiber jack and the chip are disposed in the radio frequency identification chip fixing unit 6, and the optical fiber connector plug unit 7 is used to fix the LC optical fiber connector on the intelligent optical fiber distribution frame or separate from the intelligent optical fiber distribution frame.
Referring to fig. 2, preferably, the intelligent LC fiber optic connector device may be an intelligent horizontal LC fiber optic connector device, which includes a radio frequency identification chip fixing unit 6 and a fiber optic connector plugging unit 7, wherein the radio frequency identification chip fixing unit 6 is provided with a fiber optic receptacle and a chip slot. The optical fiber connector plug unit 7 is detachably connected with the lower side face of the radio frequency identification chip fixing unit 6 in an embedded mode, so that the intelligent transverse LC optical fiber connector can be conveniently plugged and pulled on the intelligent optical fiber distribution board. The optical fiber jack is a rectangular jack and is used for inserting the universal LC optical fiber connector 13 therein, and the chip slot is a flat small slot and is used for inserting the special radio frequency identification chip of the system therein for fixing.
The optical fiber jack is transversely arranged at one end, close to the LC optical fiber connector 13, of the radio frequency identification chip fixing unit 6, the optical fiber jack is closely arranged with the chip groove, and the optical fiber jack is used for being embedded into the LC optical fiber connector 13, so that the aim of firmly binding the radio frequency identification chip with the LC optical fiber connector 13 is fulfilled, and the common transverse LC optical fiber connector is intelligently energized, so that the common transverse LC optical fiber connector is updated and reformed into an intelligent transverse LC optical fiber connector device. The size and shape of the fiber optic receptacle matches the connector profile of LC fiber optic connector 13. Through the optical fiber jack, the universal transverse LC optical fiber connector 13 can be smoothly embedded therein and firmly bound with the system-specific radio frequency identification chip inserted in the chip slot, so that the universal transverse LC optical fiber connector is bound with the optical fiber into a whole. The chip in the chip slot is a system-specific radio frequency identification chip, and the intelligent system can acquire the position and other state information of the bound optical fiber in real time through the chip, so that intelligent operation and management of the whole optical fiber wiring system are realized. In order not to affect the plug operation of the intelligent horizontal LC optical fiber connector device, the connector plug handle unit 26 is adopted to extend the connector plug operation outwards, so that convenience of the plug operation is ensured.
The optical fiber connector plug unit 7 is detachably connected with the lower side face of the radio frequency identification chip fixing unit 6 in an embedded mode. The LC fiber optic connector 13 is provided with a spring 14. When the intelligent transverse LC optical fiber connector device is connected with the intelligent optical fiber distribution frame for working, the optical fiber connector plug-in unit 7 loosens the connector elastic sheet 14, so that the intelligent transverse LC optical fiber connector is clamped and fixedly connected to the intelligent optical fiber distribution frame. When the intelligent horizontal LC optical fiber connector device is detached from the intelligent optical fiber distribution frame, the optical fiber connector plug unit 7 can enable the intelligent horizontal LC optical fiber connector to be separated from the intelligent optical fiber distribution frame by pressing the elastic sheet 14 through the arc-shaped structure 11.
Preferably, the rfid chip fixing unit 6 includes a fixing unit body 15, an operation hole 16 and a first locking notch 17, the chip slot and the optical fiber insertion hole are disposed at one end of the fixing unit body 15, the operation hole 16 is disposed near the other end of the fixing unit body 15, the operation hole 16 is used for allowing the columnar protruding member of the optical fiber connector plug-in unit 7 to pass through to perform the plug-in operation of the connector, and the first locking notch 17 is laterally disposed at the inner side of the one end of the fixing unit body 15 and is used for being engaged with the columnar protruding shaft 9 on the connector plug-in handle unit 26. The first locking notch 17 is an annular notch.
Preferably, the connector plug handle unit 26 includes a fixing protrusion 8, a protruding shaft 9 and a handle body 10, the protruding shaft 9 is disposed on an upper side near a front end of the handle, the protruding shaft 9 is disposed on a lower side of a middle portion of the optical fiber connector plug handle unit 26, and the protruding shaft 9 is used for being engaged with the first locking notch 17. The fixing protruding piece 8 is arranged on the upper side close to the rear end of the handle body 10, the fixing protruding piece 8 is detachably inserted through the operation hole 16, and the front end of the handle body 10 is provided with an arc-shaped structure 11 to be buckled on the LC optical fiber connector 13.
Preferably, the front end of the handle body 10 is provided with an arc-shaped structure 11, one end of the arc-shaped structure 11 is connected with the protruding shaft 9, and the other end of the arc-shaped structure 11 is buckled on the LC fiber connector 13. The arc-shaped structure 11 is used to press on the spring sheet of the LC fiber optic connector 13.
Referring to fig. 3, the intelligent LC fiber optic connector device may be an intelligent vertical LC fiber optic connector device, and includes a radio frequency identification chip fixing unit 6 and a connector plug handle unit 26, where the radio frequency identification chip fixing unit 6 is provided with an optical fiber jack and a chip slot, and the chip slot is a flat small slot. The optical fiber jack is vertically arranged at one end of the radio frequency identification chip fixing unit 6, which is close to the LC optical fiber connector 13, and the chip slot can be a flat small slot for inserting the radio frequency identification chip special for the system into the small slot for fixing. The size and shape of the fiber optic receptacle is matched to the profile of the LC fiber optic connector 13, and the fiber optic receptacle is used for connector insertion of the LC fiber optic connector 13. The optical fiber jack and the chip slot are longitudinally and closely arranged, so that the system-specific radio frequency identification chip and the intelligent LC optical fiber connector device are bound into a whole, the intelligent wiring management system can acquire the state information of the bound optical fiber through the chip in real time, and the intelligent operation and management of the whole optical fiber wiring system are realized through the analysis and the treatment of a background software system. In order not to influence the convenience of the plug operation of the intelligent vertical LC optical fiber connector device, the connector plug handle unit 26 is detachably connected with the outer side face of the radio frequency identification chip fixing unit 6 in a mosaic manner, and the plug operation part of the intelligent vertical LC optical fiber connector extends outwards, so that the operator can conveniently implement the plug construction operation.
Preferably, the rfid chip fixing unit 6 includes a fixing bin main body 19, a second locking notch 18, a pushing structure 23, and a latch structure 24, where the chip slot and the optical fiber jack are disposed near one end of the fixing bin main body 19, the second locking notch 18 is vertically disposed on an outer side surface of the one end of the fixing bin main body 19, and a protruding shaft 21 of the connector plug handle unit 26 is fastened on the second locking notch 18; the pressing structure 23 is disposed at a lower portion of the fixed bin main body 19 and connected to the fixed bin main body 19. The lock tongue structure 24 is connected with the pushing structure 23 and extends towards the LC fiber connector 13, and the lock tongue structure 24 is used for locking the intelligent vertical LC fiber connector device on the intelligent fiber distribution frame. The second locking notch 18 may be an annular notch.
Preferably, the connector plug handle unit 26 includes a protruding shaft 21, a handle end structure 22 and an arc-shaped structure 20, the protruding shaft 21 is disposed near the inner side surface of the middle front end of the handle body, and the protruding shaft 21 is inserted into the second locking notch 18 of the chip fixing unit 1. At this time, the handle end structure 22 is disposed on the upper surface of the fixed bin main body 19, and the front end of the arc structure 20 of the handle main body is used for being buckled on the locking spring sheet of the LC fiber connector 13. The protruding shaft 21 is embedded into the annular gap formed on the chip fixing unit 1, so that the plug connector handle unit 2 and the radio frequency identification chip fixing unit 6 can be combined together. The end of the connector plug handle 2 is provided with a handle end structure 22, when an operator does not apply pressure to the handle end structure 22, the arc structure 20 of the connector plug handle unit 26 pressed on the locking spring piece of the LC optical fiber connector 13 is in a natural loose state, the locking spring piece of the LC optical fiber connector 13 is opened to be buckled with a buckle on the intelligent optical fiber distribution frame, and the intelligent vertical LC optical fiber connector 13 is firmly locked on the intelligent optical fiber distribution frame. When the connector is detached, an operator applies pressure to the handle end structure 22 outwards, and the arc-shaped structure 20 pressed on the locking spring piece of the LC optical fiber connector 13 presses the locking spring piece of the LC optical fiber connector 13 by taking the protruding shaft 21 as a fulcrum, so that the locking between the LC optical fiber connector 13 and the intelligent optical fiber wiring frame is released. Simultaneously, the spring bolt structure 24 can be released by applying pressure to the pushing structure 23 at the tail end of the fixing bin main body 19, and the radio frequency identification chip fixing unit 6 can be simultaneously released from the intelligent optical fiber distribution frame, so that the whole intelligent vertical LC optical fiber connector can be easily pulled out from the intelligent optical fiber distribution frame by synchronous action.
Preferably, the front end of the handle body is provided with an arc-shaped structure 20, one end of the arc-shaped structure 20 is connected with the protruding shaft 21, and the other end of the arc-shaped structure 20 is buckled on the LC fiber optic connector 13.
Preferably, two ends of the protruding shaft 21 extend to two sides of the middle part of the handle body to form a columnar protruding shaft 21, annular notches are respectively arranged on the upper side and the lower side of the second locking notch 18, and the two ends of the columnar protruding shaft 21 are buckled in the annular notches.
Referring to fig. 4, the smart fiber optic connector device 37 may be a smart FC fiber optic connector device, which includes a chip fixing bin 33 and a fiber optic connection cone 34, wherein a front end portion of the fiber optic connection cone 34 is inserted and nested in the chip fixing bin circular sleeve 36. The FC optical fiber connector 27 used in the present invention is a conventional FC optical fiber plug. The upper side of the end part of the chip fixing bin 33 is provided with a chip groove, and a chip fixing bin circular sleeve 36 which extends downwards and is connected with the chip groove, and the lower side of the chip fixing bin circular sleeve 36 and the lower side of the optical fiber connecting taper pipe 34 are respectively provided with a first opening crack 29 and a second opening crack 30 correspondingly. The first opening slit 29 and the second opening slit 30 are used to place the FC optical fiber into a smart FC optical fiber splice device. The first opening slit 29 and the second opening slit 30 are elastic open-close structures, which facilitate the insertion of the mesa 32 of the connection taper pipe 2 and the insertion of the smart FC optical fiber plug 27. The design of the first opening slit 29 can also enable the chip fixing bin 33 to be conveniently nested on the table-shaped part 32 of the optical fiber connection taper pipe 34 and matched with the second opening slit 30 on the optical fiber connection taper pipe 34, so that the special radio frequency identification chip of the intelligent system can be bound with the special radio frequency identification chip without pulling out the optical fiber which is connected with the optical fiber distribution frame, and seamless upgrading and reconstruction of the existing common FC optical fiber distribution system to the intelligent FC optical fiber distribution system are realized under the conditions of continuous network and no power failure.
The inner side of the one end portion of the optical fiber connection taper pipe 34 is provided with a first toothed stripe protrusion for snap-connection with the outer stripe recess of the smart FC optical fiber connector 27. The chip fixing chamber 33 and the optical fiber connection taper pipe 34 are integrated, so that the optical fiber connection taper pipe 34 can freely rotate under the condition that the chip fixing chamber 33 is fixed after being embedded with the chip fixing chamber 33.
After the chip fixing bin 33 is embedded with the optical fiber connection taper pipe 34 and is fixed on the intelligent FC optical fiber connector 27, the intelligent energization of the common FC optical fiber connector can be realized, the common FC optical fiber connector can be converted into the intelligent FC optical fiber connector, and the common FC optical fiber distribution system can be upgraded into the intelligent FC optical fiber distribution system by matching with the intelligent optical fiber distribution frame so as to meet the intelligent requirement of the optical fiber network distribution management system.
Preferably, the front end portion of the optical fiber connection taper pipe 34 is provided with an annular protruding portion 28 and a mesa portion 32, the mesa portion 32 is disposed between the annular protruding portion 28 and a tapered portion 35 of the optical fiber connection taper pipe 34, and the annular protruding portion 28 is configured to be fastened to an end portion of the circular sleeve 36 of the chip fixing bin.
The outer wall of the mesa portion 32 of the optical fiber connection taper pipe 34 is a smooth surface, and the outer wall of the mesa portion 32 is in smooth rotary contact with the inner wall of the chip fixing bin circular sleeve 36 of the chip fixing bin 33, so that the optical fiber connection taper pipe 34 can freely rotate under the condition that the chip fixing bin 33 is fixed after being embedded with the chip fixing bin 33. The end of the mesa 32 is provided with an annular boss 28, the annular boss 28 being clamped over the circular sleeve 36 of the chip fixing bin, so that the mesa 32 is not easily disengaged when freely rotating and sliding on the circular sleeve 36 of the chip fixing bin.
Preferably, the rear end portion of the optical fiber connection taper pipe 34 is provided as a taper portion 35.
Preferably, the outer side of the conical portion 35 is provided with a toothed stripe protrusion 31, so that friction force of an operator when holding the tail of the conical portion 35 is enhanced, and the intelligent FC optical fiber connector 27 sleeved in the vertebral canal can be screwed or loosened by rotating the optical fiber connecting conical tube 34, so that the whole plugging operation of the intelligent FC optical fiber is facilitated. The smart FC optical fiber connector 27 is inserted into the optical fiber connection taper 34, and the outer side of the smart FC optical fiber connector 27 is fitted into the inner wall of the taper 35. The optical fiber connection taper pipe 34 is rotated, and the first tooth-shaped stripe protrusion on the inner wall of the taper pipe is meshed with the groove on the outer wall of the intelligent FC optical fiber connector 27, so that the intelligent FC optical fiber connector 27 can be driven to rotate, and the insertion and the fixation operation of the optical fiber connector are completed. The chip fixing bin 33 is connected with the optical fiber connection taper pipe 34, so that the synchronous action of the radio frequency identification chip and the optical fiber connector can be ensured. The first toothed stripe projections may be prismatic projections.
Referring to fig. 5, an intelligent optical fiber network wiring management system includes a plurality of system-specific rfid chip units, an rfid read-write antenna array module S4, a signal acquisition unit S5, a signal control unit S6, a data gateway S7, a wiring information management module S8, and a client S9. The system-specific rfid chip units are disposed in the intelligent optical fiber connector device 37, and as shown in fig. 5, each system-specific rfid chip unit includes a first system-specific rfid chip unit S1, a second system-specific rfid chip unit S2 … …, and an nth system-specific rfid chip unit S3. The radio frequency identification signal read-write antenna array module S4 is interactively connected with the signal acquisition unit S5, the radio frequency identification signal read-write antenna array module S4 is disposed in the radio frequency identification signal read-write antenna array 1, and the radio frequency identification signal read-write antenna array module S4 includes a plurality of read-write antenna units connected in series, such as a first radio frequency identification signal read-write antenna unit S4a and a second radio frequency identification signal read-write antenna unit S4b … … nth radio frequency identification signal read-write antenna unit S4c in fig. 5. The radio frequency identification signal read-write antenna unit realizes non-contact one-to-one connection with each other in a mode of reading the radio frequency identification signal emitted by the system-specific radio frequency identification chip unit. As shown in fig. 5, the first system-specific rfid chip unit S1 is connected to the first rfid signal read/write antenna unit S4a, the second system-specific rfid chip unit S2 is connected to the second rfid signal read/write antenna unit S4b … …, and the n-th system-specific rfid chip unit S3 is connected to the n-th rfid signal read/write antenna unit S4c. The radio frequency identification signal read-write antenna unit is used for reading the radio frequency identification signal emitted by the system-specific radio frequency identification chip unit; the signal acquisition unit S5, the signal control unit S6, the data gateway S7, the wiring information management module S8 and the client S9 are connected in an interactive way one by one to finish acquisition, identification and processing of wiring state information, so that intelligent management of the whole optical fiber wiring network system is realized; the intelligent optical fiber network wiring management system further comprises a wiring database S10, and the wiring database S10 is in interactive connection with the wiring information management module S8.
The invention not only designs a general intelligent optical fiber distribution frame and a plurality of intelligent optical fiber connectors which can be matched with the intelligent optical fiber distribution frame for use, but also specially designs intelligent network wiring management software aiming at the optical fiber system environment, thereby forming a complete intelligent optical fiber network wiring management system solution based on the radio frequency identification technology combined with software and hardware, and meeting the technical requirements of increasingly intelligent management of optical fiber network wiring systems under the general trend of 'optical copper advance and retreat'.
The invention not only realizes the upgrade and improvement of the whole optical fiber network wiring system from non-intelligent management to intelligent management, but also furthest reserves the continuous use of the existing common non-intelligent equipment, and does not need additional civil engineering transformation, in particular to the optical fiber network system in running use, the intelligent upgrade and transformation of the optical fiber network wiring system can be realized without the mode of power failure and network disconnection, thus being suitable for wide popularization and use and bringing huge social and economic benefits.
The present invention has been described in detail with reference to the embodiments of the drawings, and those skilled in the art can make various modifications to the invention based on the above description. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention. Accordingly, certain details of the illustrated embodiments are not to be taken as limiting the invention, which is defined by the appended claims.
Claims (10)
1. The intelligent optical fiber network wiring management equipment is characterized by comprising an intelligent optical fiber distribution frame and an intelligent optical fiber connector device matched with the intelligent optical fiber distribution frame for use, wherein the intelligent optical fiber distribution frame of the intelligent optical fiber network wiring management equipment comprises a distribution frame body, a distribution frame cover plate and a radio frequency identification signal read-write antenna array inlaid on the distribution frame cover plate, the radio frequency identification signal read-write antenna array and the distribution frame body are sequentially spliced, the distribution frame cover plate and the distribution frame body are consistent in structure and shape and are buckled and connected, the radio frequency identification signal read-write antenna array is formed by connecting a plurality of radio frequency identification signal read-write antennas in series, a plurality of indicating lamp windows are correspondingly arranged on the distribution frame cover plate and correspond to the radio frequency identification signal read-write antenna array, the indicating lamp windows on the distribution frame cover plate, the radio frequency identification signal antennas and the optical fiber connector ports on the distribution frame body are in one-to-one correspondence, and the other end of the intelligent optical fiber connector device can be connected with one end of the optical fiber connector device in a one-to-one mode, and the other end of the intelligent optical fiber connector is connected with the optical fiber connector device; the intelligent optical fiber connector device is provided with an optical fiber jack and a chip groove, the optical fiber jack and the chip groove are arranged close to each other, the optical fiber jack is used for embedding an optical fiber connector, the chip groove is used for inserting a system special radio frequency identification chip and is bound with the optical fiber connector, so that when the optical fiber connector is inserted into the optical fiber jack, the radio frequency identification signal read-write antenna array receives a state signal of the optical fiber connector bound with the system special radio frequency identification chip and transmits the state signal to a distribution information management system of a background for processing, analyzing and processing, and intelligent management of the whole optical fiber network distribution system is realized.
2. The intelligent optical fiber network distribution management apparatus according to claim 1, wherein the intelligent optical fiber connector device is an intelligent LC optical fiber connector device, the intelligent LC optical fiber connector device includes a radio frequency identification chip fixing unit and an optical fiber connector plug unit, the optical fiber jack and the chip are disposed in the radio frequency identification chip fixing unit, and the optical fiber connector plug unit is used for fixing or detaching the intelligent LC optical fiber connector device on or from the intelligent optical fiber distribution frame.
3. The intelligent optical fiber network distribution management apparatus according to claim 2, wherein the intelligent LC optical fiber connector device is an intelligent horizontal LC optical fiber connector device, the optical fiber jack is transversely disposed below the chip slot of the radio frequency identification chip fixing unit, the optical fiber connector plug unit is detachably inlaid and connected with the lower side surface of the radio frequency identification chip fixing unit, and when the optical fiber connector plug unit is released, the latch spring of the LC optical fiber connector is opened, so that the LC optical fiber connector and the chip fixing unit are tightly engaged with the intelligent optical fiber distribution frame, and the intelligent horizontal LC optical fiber connector device is firmly connected to the intelligent optical fiber distribution frame, otherwise, the latch spring of the LC optical fiber connector is pressed down, so that the LC optical fiber connector and the chip fixing unit are released from the intelligent optical fiber distribution frame, and the intelligent horizontal LC optical fiber connector device can be removed from the intelligent optical fiber distribution frame.
4. The intelligent optical fiber network distribution management apparatus according to claim 3, wherein the radio frequency identification chip fixing unit comprises a fixing unit body, an operation hole and a first locking notch, the chip slot and the optical fiber insertion hole are arranged at one end of the fixing unit body, the operation hole is arranged near the other end of the fixing unit body, the operation hole is used for applying an acting force to a fixing protrusion piece on a connector plug handle unit passing through the operation hole to complete the optical fiber connector plug operation, the first locking notch is transversely arranged at the inner side of the one end of the fixing unit body, and the optical fiber connector plug unit is locked on the first locking notch.
5. The intelligent optical fiber network distribution management device according to claim 2, wherein the intelligent LC optical fiber connector device is an intelligent vertical LC optical fiber connector device, the intelligent vertical LC optical fiber connector device comprises a radio frequency identification chip fixing unit and a connector plug handle unit, the optical fiber jack is vertically arranged at one end of the radio frequency identification chip fixing unit, which is close to the LC optical fiber, the optical fiber jack and the chip slot are longitudinally arranged in close proximity, the optical fiber jack is used for embedding the intelligent LC optical fiber connector device so that the connector of the optical fiber is tightly bound with the chip, and the connector plug handle unit is detachably connected with the outer side face of the radio frequency identification chip fixing unit in an embedding manner, so that a plug operation part of the optical fiber connector extends outwards, and an operator can conveniently perform plug construction operation.
6. The intelligent optical network distribution management apparatus according to claim 5, wherein the connector-plugging handle unit includes a fixing boss, protruding shafts and a handle body, the protruding shafts are disposed on both sides near a middle portion of the handle, the protruding shafts are embedded in second locking notches provided in the chip fixing unit, the fixing boss is disposed on an upper side near a rear end of the handle body, the fixing boss is insertable into an operation hole of the chip fixing unit, and a front end of the handle body is adapted to be locked to the LC optical fiber connector.
7. The intelligent optical fiber network wiring management device according to claim 6, wherein the radio frequency identification chip fixing unit comprises a fixing bin main body, a second locking notch, a pushing structure and a lock tongue structure, the chip slot and the optical fiber jack are arranged at one end close to the fixing bin main body, the locking notch is vertically arranged at the outer side surface of the one end of the fixing bin main body, and the other end of the connector plug handle is buckled on the locking notch; the pushing structure is arranged at the lower part of the fixed bin main body and is connected with the fixed bin main body; the lock tongue structure is connected with the pushing structure and extends towards the LC optical fiber direction, and the lock tongue structure is used for locking the intelligent vertical LC optical fiber connector device on the intelligent optical fiber distribution frame.
8. The intelligent optical network distribution management apparatus according to claim 7, wherein the connector plug handle unit includes a protruding shaft, a handle end structure and a handle front end arc structure, the protruding shaft is disposed on two sides near the front end of the handle body, the protruding shaft is inserted into the locking notch of the chip fixing unit, at this time, the handle end structure is disposed above the fixing bin body, and the front end arc structure of the handle body is used for being locked on the locking spring of the LC optical fiber connector.
9. The intelligent optical fiber network wiring management device according to claim 1, wherein the intelligent optical fiber connector device is an intelligent FC optical fiber connector device, the intelligent FC optical fiber connector device comprises a chip fixing bin and an optical fiber connection taper pipe, the front end portion of the optical fiber connection taper pipe is inserted into and nested in the circular sleeve of the chip fixing bin, the upper side of the end portion of the chip fixing bin is provided with a chip groove and the circular sleeve of the chip fixing bin which extends downwards and is connected with the chip groove, the lower side of the circular sleeve of the chip fixing bin and the lower side of the optical fiber connection taper pipe are correspondingly provided with a first crack and a second crack respectively, and the inner side of one end portion of the optical fiber connection taper pipe is provided with a first toothed stripe protrusion which is used for being in threaded engagement connection with the outer side of the intelligent FC optical fiber connector device.
10. An intelligent optical fiber network wiring management system for the intelligent optical fiber network wiring management device according to any one of claims 1-9, wherein the intelligent optical fiber network wiring management system comprises a plurality of system-specific radio frequency identification chip units, a radio frequency signal read-write antenna array module, a signal acquisition unit, a signal control unit, a data gateway, a wiring information management module and a client, wherein the system-specific radio frequency identification chip units are arranged in an intelligent optical fiber connector device, the radio frequency identification signal read-write antenna array module is interactively connected with the signal acquisition unit, the radio frequency identification signal read-write antenna array module is arranged in a radio frequency identification signal read-write antenna array, the read-write antenna array module comprises a plurality of radio frequency identification signal read-write antenna units which are connected in series, and the radio frequency identification signal read-write antenna units realize non-contact one-to-one connection with each other in a mode of reading radio frequency identification signals emitted by the system-specific radio frequency identification chip units; the radio frequency identification signal read-write antenna unit reads the state information of the optical fiber joint bound with the system-specific radio frequency identification chip unit; the signal acquisition unit, the signal control unit, the data gateway, the wiring information management module and the client block are connected in an interactive mode one by one; the intelligent optical fiber network wiring management system also comprises a wiring information database, and the wiring information database is in interactive connection with the wiring information management module.
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| CN202183107U (en) * | 2011-07-25 | 2012-04-04 | 南京普天通信股份有限公司 | Intelligent management device for optical fiber physical port |
| CN202512268U (en) * | 2012-03-26 | 2012-10-31 | 深圳日海通讯技术股份有限公司 | Electronic optical fiber wiring device |
| CN202815876U (en) * | 2012-04-06 | 2013-03-20 | 中兴通讯股份有限公司 | A port identifying and positioning system, an optical connector, and an adapter pedestal |
| CN202634435U (en) * | 2012-06-12 | 2012-12-26 | 南京普天通信股份有限公司 | Query device based on optical fiber physical port intelligent management |
| CN103516551B (en) * | 2013-10-15 | 2016-07-13 | 南京普天通信股份有限公司 | Utilize passive pair of RFID tag to optical fiber physical port intelligent management system |
| CN106548215B (en) * | 2015-09-23 | 2019-06-25 | 中兴通讯股份有限公司 | A kind of optical fiber distributing management system, device and method |
| CN205067826U (en) * | 2015-11-02 | 2016-03-02 | 南京邮电大学 | Intelligence optic fibre matrix board |
| CN107994315B (en) * | 2017-12-28 | 2024-05-31 | 上海互惠信息技术有限公司 | Antenna array of universal RFID reader-writer and matched product thereof |
| CN108802944B (en) * | 2018-08-22 | 2024-04-09 | 南京续点通信科技有限公司 | Intelligent maintenance device of machine room optical fiber distribution frame and optical port positioner thereof |
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