CN105374175B - Fiber cable cross connection box management system and method based on communications monitoring - Google Patents
Fiber cable cross connection box management system and method based on communications monitoring Download PDFInfo
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- CN105374175B CN105374175B CN201510967524.2A CN201510967524A CN105374175B CN 105374175 B CN105374175 B CN 105374175B CN 201510967524 A CN201510967524 A CN 201510967524A CN 105374175 B CN105374175 B CN 105374175B
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/18—Status alarms
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Abstract
The present invention provides a kind of fiber cable cross connection box management system based on communications monitoring, it includes monitoring device of optical cable transfer box, the monitoring client respectively with the control centre of multiple monitoring device of optical cable transfer boxes communication connection and with communicating connection with multiple control centres respectively, and monitoring device of optical cable transfer box is optical attenuator；Control centre includes luminous power sending module, luminous power acquisition module, data reception module and data transmission blocks；Monitoring client includes man-machine administration interface, data server and short message server.The present invention is by setting control centre to be managed collectively more fiber cable cross connection boxes, solve the problems, such as that fiber cable cross connection box can not complete monitoring because of no power supply, and remote monitoring is carried out to fiber cable cross connection box beneficial to long-distance monitorng device, enable an administrator to know as early as possible the use state of fiber cable cross connection box, in illegal open, check in time, ensure the safety of fiber cable cross connection box.
Description
Technical field
The present invention relates to intelligent communication field, more particularly to a kind of fiber cable cross connection box management based on communications monitoring
System and method.
Background technology
Fiber cable cross connection box is mounted in the connection equipment of open air, and to it, most basic requirement is exactly that can support the gas by drastic change
Wait and severe working environment.It will have anti-condensation of moisture, waterproof and dustproof, insect-pest and the plague of rats, shock resistance damage capability
The characteristics of strong.It allows for resisting the severe external environment of comparison.Therefore, to waterproof, protection against the tide, dust-proof, anticollision on the outside of casing
Infringement, the insect-pest plague of rats etc. require higher；Its inner side requires very high to control of temperature and humidity.
On the other hand, fiber cable cross connection box is as important connection equipment, and its security is extremely important, therefore, in order to ensure
The security performance of fiber cable cross connection box to fiber cable cross connection box and its gate control system, it is necessary to be managed collectively, to ensure optical cable joining
The safety of case.Existing fiber cable cross connection box causes safety because being not provided with power supply, therefore fiber cable cross connection box can not be monitored
Problem.
The content of the invention
The present invention provides a kind of fiber cable cross connection box management system based on communications monitoring, and it can be to fiber cable cross connection box
And its gate inhibition is managed collectively, ensure the safety of fiber cable cross connection box.
Specifically, the present invention provides a kind of fiber cable cross connection box management system based on communications monitoring, and it includes optical cable
Cross-connecting box supervising device, respectively with multiple monitoring device of optical cable transfer boxes communication connection control centre and with respectively with it is multiple
The monitoring client of control centre's communication connection,
The monitoring device of optical cable transfer box is optical attenuator, and the optical attenuator is arranged on the door of the fiber cable cross connection box
At seam, the optical attenuator of multiple fiber cable cross connection boxes realizes mutually communication with the control centre by optical fiber；
The control centre includes luminous power sending module, luminous power acquisition module, data reception module and data hair
Module is sent, the optical attenuator realizes phase intercommunication with the luminous power acquisition module and luminous power sending module by optical fiber
News, the input of the data reception module are connected with the output end communication of the luminous power acquisition module, the data receiver
The output end of module is connected with the input end communication of the data transmission blocks, the output end of data transmission blocks and the monitoring
End data communicates；
The monitoring client includes man-machine administration interface, data server and short message server, the man-machine administration interface
Operation can be managed, the data server and the data communication server are arranged on the inside of the monitoring client.
Preferably, the data server includes the judging unit and memory cell of mutually communication connection, the storage
Unit is used to store the fiber cable cross connection box opening information, and the man-machine administration interface is provided with alarm module, the alarm mould
Block is used to be alarmed when fiber cable cross connection box is opened.
Preferably, the monitoring device of optical cable transfer box also includes optical splitter, the first optical transmitter and receiver and the second optical transmitter and receiver, institute
The output end for stating the first optical transmitter and receiver connects the input of the optical attenuator, and the input of the optical splitter connects the optical attenuation
Device, the output end of the optical splitter are connected with the second optical transmitter and receiver, the optical splitter by a part of luminous power by optical fiber send to
Second optical transmitter and receiver, another part luminous power is sent to luminous power acquisition module by optical fiber.
Preferably, one end of the optical attenuator connects the spring stack of the door lock assembly, its other end connection two-way light
It is fine.
Preferably, fiber cable cross connection box, which opens information, includes the essential information of fiber cable cross connection box and the opening of fiber cable cross connection box
Time, the data communication server are short message server.
The present invention also provides a kind of monitoring method carried out to fiber cable cross connection box, and it comprises the following steps：
S1, when fiber cable cross connection box is opened, optical attenuator carries out luminous power to the luminous power of luminous power sending module and declined
Subtract；
S2, luminous power acquisition module obtain the optical power attenuation signal of optical fiber, and to data reception module transmitting optical power
Deamplification；
S3, data reception module judge that the door lock assembly of fiber cable cross connection box is in open shape according to optical power attenuation signal
State, and send door lock of optical cable cross to data transmission blocks and open information；
S4, data transmission blocks send light decay cut signal to the monitoring client；
S5, data server receive the light decay cut signal that data transmission blocks are sent, and judging unit enters to light decay cut signal
Row judge, be judged as that fiber cable cross connection box be in open mode, by fiber cable cross connection box opening information be respectively sent to memory cell with
Short message server, memory cell are opened information to fiber cable cross connection box and stored, and short message server beats the fiber cable cross connection box
Open information and pass through short message sending to administrative staff.
Preferably, multichannel luminous power sending module is also included in S1 and sends multichannel luminous power to optical attenuator.
Preferably, also include in S1 when the staff for having enabling right opens fiber cable cross connection box, while to monitoring client
Checking short message is sent, monitoring client judges this time to be opened for normally opening after receiving checking short message, conversely, then being beaten to be improper
Open, be such as improper opening, short message server sends to administrative staff and alarmed while fiber cable cross connection box opening information is sent
Signal.
Preferably, optical splitter, the first optical transmitter and receiver and the second optical transmitter and receiver, first light can also be set in S1 on optical fiber
The output end of terminal connects the input of the optical attenuator, and the input of the optical splitter connects the optical attenuator, described
The output end of optical splitter is connected with the second optical transmitter and receiver, and the optical splitter sends a part of luminous power to the second light end by optical fiber
Machine, another part luminous power is sent to luminous power acquisition module by optical fiber,
The optical attenuator can carry out luminous power to the luminous power of the first optical transmitter and receiver when the door lock assembly is opened and decline
Subtract, and after the luminous power after decay sent to optical splitter is divided, a part of luminous power is sent to optical transmitter and receiver, will be another
Part luminous power is sent to luminous power acquisition module, and the luminous power acquisition module can obtain the optical power attenuation letter of optical fiber
Number.
Preferably, one control centre is connected with multiple monitoring device of optical cable transfer boxes, and one monitoring client connects
It is connected to multiple control centres.
Advantages of the present invention is as described below：
The present invention can be monitored to the open mode of fiber cable cross connection box, and in improper opening to remote monitoring end
Fiber cable cross connection box operation information is sent, remote monitoring end judges fiber cable cross connection box when receiving fiber cable cross connection box operation information
It is illegal to open, send alarm signal to administrative staff.The present invention is by setting control centre to unite more fiber cable cross connection boxes
One management, solve the problems, such as fiber cable cross connection box because no power supply can not complete monitoring, and beneficial to long-distance monitorng device to light
Cable distributing box carries out remote monitoring, enables an administrator to know as early as possible the use state of fiber cable cross connection box, in illegal open, and
When check, ensure the safety of fiber cable cross connection box.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the structural representation of the fiber cable cross connection box of the present invention；
Fig. 3 is the structural representation of the optical attenuator of the present invention；
Fig. 4 is the structural schematic block diagram of the control centre of the first embodiment of the present invention；
Fig. 5 is the structural schematic block diagram of the monitoring client of the present invention.
Embodiment
The structure and working principle of the present invention is further explained with specific embodiment below in conjunction with the accompanying drawings：
Specifically, the present invention provides a kind of fiber cable cross connection box management system based on communications monitoring, as shown in figure 1,
It includes multiple fiber cable cross connection boxes 1, monitoring device of optical cable transfer box, control centre 2 and the prison that connection is communicated with control centre 2
End 3 is controlled, control centre 2 can gather the unlocking information of multiple fiber cable cross connection boxes 1, and monitoring client 3 connects multiple control centres 2, from
And know the state of multiple fiber cable cross connection boxes, ensure the safety of fiber cable cross connection box.One control centre 2 is connected with multiple optical cables and handed over
Case supervising device is connect, a monitoring client is connected with multiple control centres.Multiple control centres 2 can pass through data wire or wireless network
Network carries out communication with monitoring client and is connected, and the real-time operation information of multiple fiber cable cross connection boxes is sent to monitoring client 3, facilitates keeper
The state of fiber cable cross connection box is known in time, is known in time when fiber cable cross connection box 1 is opened.
Monitoring device of optical cable transfer box is optical attenuator 53, and optical attenuator 53 is arranged at the crack between a door and its frame of fiber cable cross connection box, such as
Shown in Fig. 2, one end connecting spring posts 4 of optical attenuator 53, its other end connection two-way optical fiber 5, when opening the door, pass through optical fiber
The optical power attenuation to optical fiber is realized in displacement.In other embodiments, optical attenuator 53 can also use other structures realization pair
The optical power attenuation of optical fiber inside fiber cable cross connection box.
As shown in figure 3, control centre 2 includes luminous power sending module 21, luminous power acquisition module 22, data reception module
23 and data transmission blocks 24, optical attenuator 53 passes through optical fiber with luminous power acquisition module 22 and luminous power sending module 21
Realize that mutually communication, the input of data reception module 23 are connected with the output end communication of luminous power acquisition module 22, data connect
The output end for receiving module 23 is connected with the input end communication of data transmission blocks 24, the output end of data transmission blocks 24 and monitoring
Hold 3 data communications.
As shown in figure 5, monitoring client 3 is provided with man-machine administration interface 31, data server 32 and short message server 33, it is man-machine
Administration interface 31 can be managed operation, and data server 32 and short message server 33 are arranged on the interior of remote monitoring end 3
Portion.Data server 32 includes judging unit 321 and memory cell 322.Man-machine administration interface 31 is provided with alarm module
311, for opening alarm in fiber cable cross connection box, alarm module 311 can be audible alarm unit or light alarm device.
Optical attenuator 53 can carry out luminous power to the luminous power of luminous power sending module 21 when door lock assembly is opened and decline
Subtracting, luminous power acquisition module 22 can obtain the optical power attenuation signal of optical fiber, and to the transmitting optical power of data reception module 23
Optical power attenuation signal is further sent to data transmission blocks 24, data and sends mould by deamplification, data reception module 23
Block 24 sends the optical power attenuation signal received to data server 32, and data server 32 is according to optical power attenuation signal
Judge that fiber cable cross connection box is opened, and sent fiber cable cross connection box opening information to administrative staff by short message server 33.
In another embodiment, as shown in figure 4, monitoring device of optical cable transfer box also includes optical splitter 25, the first light end
The optical transmitter and receiver 27 of machine 26 and second, the second optical transmitter and receiver 27 are arranged on inside control centre 2, and the first optical transmitter and receiver 26 is arranged on another
Inside computer room, the input of the output end connection optical attenuator 53 of the first optical transmitter and receiver 26, the input connection light decay of optical splitter 25
Subtract device 53, the output end of optical splitter 25 is connected with the second optical transmitter and receiver 27, and optical splitter 25 sends a part of luminous power by optical fiber
To the second optical transmitter and receiver 27, another part luminous power is sent to luminous power acquisition module 22 by optical fiber.
Optical attenuator 53 can carry out optical power attenuation when the door lock assembly is opened to the luminous power of the first optical transmitter and receiver,
And after the luminous power after decay is sent to optical splitter 25 is divided, a part of luminous power is sent to the second optical transmitter and receiver 27,
Another part luminous power is sent to luminous power acquisition module 22, the luminous power that luminous power acquisition module 22 can obtain optical fiber declines
Cut signal, and to the transmitting optical power deamplification of data reception module 23, data reception module 23 is further by optical power attenuation
Signal sends to data transmission blocks 24, data transmission blocks 24 and sends the optical power attenuation signal received to data, services
Device 32, data server 32 judge that fiber cable cross connection box is opened according to optical power attenuation signal, and will by short message server 33
Fiber cable cross connection box is opened information and sent to administrative staff.
Preferably, the present invention also provides a kind of monitoring method of fiber cable cross connection box, and it comprises the following steps：
S1, when fiber cable cross connection box 1 is opened, luminous power sending module 21 to optical attenuator send multichannel luminous power, light
Attenuator 53 carries out optical power attenuation to the luminous power of luminous power sending module 21；
S2, luminous power acquisition module 22 obtain the optical power attenuation signal of optical fiber, and send light to data reception module 23
Power attenuation signal；
S3, data reception module 23 judge that the door lock assembly of fiber cable cross connection box is in open shape according to optical power attenuation signal
State, and send door lock of optical cable cross to data transmission blocks 24 and open information；
S4, data transmission blocks 24 send light decay cut signal to the monitoring client；
S5, data server 32 receive the light decay cut signal that data transmission blocks are sent, and judging unit 321 is believed optical attenuation
Number judged, be judged as that fiber cable cross connection box is in open mode, it is single that fiber cable cross connection box opening information is respectively sent into storage
Member 322 and short message server 33, memory cell 322 are opened information to fiber cable cross connection box and stored, and short message server 33 is by institute
State fiber cable cross connection box opening information and pass through short message sending to administrative staff.
Preferably, in another embodiment, optical splitter 25, the first optical transmitter and receiver 26 and second can also be set on optical fiber
Optical transmitter and receiver 27, the input of the output end connection optical attenuator 53 of the first optical transmitter and receiver 26, the input connection light decay of optical splitter 25
Subtract device 53, the output end of optical splitter 25 is connected with the second optical transmitter and receiver 27, and optical splitter 25 sends a part of luminous power by optical fiber
To the second optical transmitter and receiver 27, another part luminous power is sent to luminous power acquisition module 22 by optical fiber.
Optical attenuator 53 can carry out optical power attenuation when the door lock assembly is opened to the luminous power of the first optical transmitter and receiver,
And after the luminous power after decay is sent to optical splitter 25 is divided, a part of luminous power is sent to the second optical transmitter and receiver 27,
Another part luminous power is sent to luminous power acquisition module 22, the luminous power that luminous power acquisition module 22 can obtain optical fiber declines
Cut signal, and to the transmitting optical power deamplification of data reception module 23, data reception module 23 is further by optical power attenuation
Signal sends to data transmission blocks 24, data transmission blocks 24 and sends the optical power attenuation signal received to data, services
Device 32, data server 32 judge that fiber cable cross connection box is opened according to optical power attenuation signal, and will by short message server 33
Fiber cable cross connection box is opened information and sent to administrative staff.
Preferably, also include in S1 when the staff for having enabling right opens fiber cable cross connection box, it is same using client 6
When to the data server 32 of monitoring client 3 send checking short message, client 6 can be mobile phone or other smart machines, monitoring client 3
Judge this time to be opened for normally opening after receiving checking short message, be such as improper opening conversely, being then improper opening, it is short
Telecommunications services device sends alarm signal while fiber cable cross connection box opening information is sent to administrative staff.Checking short message can lead to
Overscanning is arranged on the Quick Response Code realization on fiber cable cross connection box, can also be by realizing otherwise.Monitoring client is previously stored with
The cell-phone number of the staff of enabling right, when staff scans Quick Response Code, i.e., it can be sent to monitoring client 3 and include hand
The checking short message of machine number, monitoring client 3 judge this time to be opened for normally opening after receiving checking short message.
Advantages of the present invention is as described below：
The present invention can be monitored to the open mode of fiber cable cross connection box, and in improper opening to remote monitoring end
Fiber cable cross connection box operation information is sent, remote monitoring end judges fiber cable cross connection box when receiving fiber cable cross connection box operation information
It is illegal to open, send alarm signal to administrative staff.The present invention is by setting control centre to unite more fiber cable cross connection boxes
One management, solve the problems, such as fiber cable cross connection box because no power supply can not complete monitoring, and beneficial to long-distance monitorng device to light
Cable distributing box carries out remote monitoring, enables an administrator to know as early as possible the use state of fiber cable cross connection box, in illegal open, and
When check, ensure the safety of fiber cable cross connection box.
Finally it should be noted that：Above-described embodiments are merely to illustrate the technical scheme, rather than to it
Limitation；Although the present invention is described in detail with reference to the foregoing embodiments, it will be understood by those within the art that：
It can still modify to the technical scheme described in previous embodiment, or which part or all technical characteristic are entered
Row equivalent substitution；And these modifications or substitutions, the essence of appropriate technical solution is departed from various embodiments of the present invention technical side
The scope of case.
Claims (8)
1. a kind of fiber cable cross connection box management system based on communications monitoring, it includes monitoring device of optical cable transfer box, difference
With the control centre of multiple monitoring device of optical cable transfer boxes communication connection and with communicating connection with multiple control centres respectively
Monitoring client, it is characterised in that：
The monitoring device of optical cable transfer box is optical attenuator, and the optical attenuator is arranged on the crack between a door and its frame of the fiber cable cross connection box
Place, the optical attenuator of multiple fiber cable cross connection boxes realize mutually communication with the control centre by optical fiber；
The control centre includes luminous power sending module, luminous power acquisition module, data reception module and data and sends mould
Block, the optical attenuator realize mutually communication, institute with the luminous power acquisition module and luminous power sending module by optical fiber
The input for stating data reception module is connected with the output end communication of the luminous power acquisition module, the data reception module
Output end is connected with the input end communication of the data transmission blocks, the output end of data transmission blocks and the monitoring end data
Communication；
The monitoring client includes man-machine administration interface, data server and data communication server, the man-machine administration interface
Operation can be managed, the data server and the communication server are arranged on the inside of the monitoring client；
The monitoring device of optical cable transfer box also includes optical splitter, the first optical transmitter and receiver and the second optical transmitter and receiver, the first light end
The input of the output end connection optical attenuator of machine, the input connection optical attenuator of the optical splitter, described point
The output end of light device is connected with the second optical transmitter and receiver, and the optical splitter sends a part of luminous power to the second light end by optical fiber
Machine, another part luminous power is sent to luminous power acquisition module by optical fiber；
Fiber cable cross connection box, which opens information, includes the essential information of fiber cable cross connection box and the opening time of fiber cable cross connection box, the number
It is short message server according to communication server.
2. the fiber cable cross connection box management system according to claim 1 based on communications monitoring, it is characterised in that：It is described
Data server includes the judging unit and memory cell of mutually communication connection, and the memory cell is used to store the optical cable
Cross-connecting box opens information, and the man-machine administration interface is provided with alarm module, and the alarm module is used to beat in fiber cable cross connection box
Alarmed when opening.
3. the fiber cable cross connection box management system according to claim 1 based on communications monitoring, it is characterised in that：It is described
The spring stack of one end connection door lock of optical cable cross device of optical attenuator, its other end connection two-way optical fiber.
4. a kind of fiber cable cross connection box management system based on communications monitoring according to claim any one of 1-3 is to light
The monitoring method that cable distributing box is carried out, it is characterised in that：It comprises the following steps：
S1, when fiber cable cross connection box is opened, optical attenuator carries out optical power attenuation to the luminous power of luminous power sending module；
S2, luminous power acquisition module obtain the optical power attenuation signal of optical fiber, and decay to data reception module transmitting optical power
Signal；
S3, data reception module judge that the door lock assembly of fiber cable cross connection box is in open mode according to optical power attenuation signal, and
Door lock of optical cable cross, which is sent, to data transmission blocks opens information；
S4, data transmission blocks send light decay cut signal to the monitoring client；
S5, data server receive the light decay cut signal that data transmission blocks are sent, and judging unit is sentenced to light decay cut signal
It is disconnected, it is judged as that fiber cable cross connection box is in open mode, fiber cable cross connection box opening information is respectively sent to memory cell and short message
Server, memory cell are opened information to fiber cable cross connection box and stored, and short message server, which opens the fiber cable cross connection box, to be believed
Breath passes through short message sending to administrative staff.
5. monitoring method according to claim 4, it is characterised in that：Also include multichannel luminous power sending module in S1 to light
Attenuator sends multichannel luminous power.
6. monitoring method according to claim 5, it is characterised in that：Also include as the staff for having enabling right in S1
When opening fiber cable cross connection box, while checking short message is sent to monitoring client, monitoring client judges this time to open after receiving checking short message
Opened to be normal, be such as improper opening conversely, being then improper opening, short message server is sending fiber cable cross connection box opening
While information, alarm signal is sent to administrative staff.
7. monitoring method according to claim 6, it is characterised in that：Optical splitter, first can also be set in S1 on optical fiber
Optical transmitter and receiver and the second optical transmitter and receiver, the output end of first optical transmitter and receiver connect the input of the optical attenuator, the light splitting
The input of device connects the optical attenuator, and the output end of the optical splitter is connected with the second optical transmitter and receiver, and the optical splitter is by one
Part luminous power is sent to the second optical transmitter and receiver by optical fiber, and another part luminous power is sent into luminous power by optical fiber gathers mould
Block,
The optical attenuator can carry out optical power attenuation when the door lock assembly is opened to the luminous power of the first optical transmitter and receiver, and
Luminous power after decay is sent to optical splitter after being divided, a part of luminous power is sent to optical transmitter and receiver, by another part
Luminous power is sent to luminous power acquisition module, and the luminous power acquisition module can obtain the optical power attenuation signal of optical fiber.
8. monitoring method according to claim 6, it is characterised in that：One control centre is connected with multiple fiber cable cross connection boxes
Supervising device, a monitoring client are connected with multiple control centres.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510967524.2A CN105374175B (en) | 2015-12-21 | 2015-12-21 | Fiber cable cross connection box management system and method based on communications monitoring |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510967524.2A CN105374175B (en) | 2015-12-21 | 2015-12-21 | Fiber cable cross connection box management system and method based on communications monitoring |
Publications (2)
| Publication Number | Publication Date |
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| CN105374175A CN105374175A (en) | 2016-03-02 |
| CN105374175B true CN105374175B (en) | 2018-02-09 |
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| CN201510967524.2A Active CN105374175B (en) | 2015-12-21 | 2015-12-21 | Fiber cable cross connection box management system and method based on communications monitoring |
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| CN106679701A (en) * | 2017-01-11 | 2017-05-17 | 桂林恒毅金宇通信技术有限公司 | Passive entrance guard sensor |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203337890U (en) * | 2013-07-15 | 2013-12-11 | 上海好锦科技发展有限公司 | Intelligently managed optical fiber cross-connecting box |
| CN103456117B (en) * | 2013-08-30 | 2016-02-24 | 常州市开拓科联通信设备有限公司 | The checkout equipment of optical cross box door opening or closing |
| CN205375769U (en) * | 2015-12-21 | 2016-07-06 | 北京立成通科技有限公司 | Optical cable distributing box management system based on communication transmission monitoring |
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