CN110043805A - One kind realizing underground piping situation method for early warning and device based on network server - Google Patents
One kind realizing underground piping situation method for early warning and device based on network server Download PDFInfo
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- CN110043805A CN110043805A CN201910322544.2A CN201910322544A CN110043805A CN 110043805 A CN110043805 A CN 110043805A CN 201910322544 A CN201910322544 A CN 201910322544A CN 110043805 A CN110043805 A CN 110043805A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F17—STORING OR DISTRIBUTING GASES OR LIQUIDS
- F17D—PIPE-LINE SYSTEMS; PIPE-LINES
- F17D5/00—Protection or supervision of installations
- F17D5/02—Preventing, monitoring, or locating loss
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- General Engineering & Computer Science (AREA)
- Optical Radar Systems And Details Thereof (AREA)
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Abstract
The invention discloses one kind to realize underground piping situation method for early warning and device based on network server, wherein the described method includes: based on wireless transmission terminal receive laser detector convergence come label the reflected beams；The reflected beams that the label the reflected beams are acquired and marked by the laser detector along optical fiber is arranged in；The label the reflected beams of convergence are based on mobile communication base station and are sent to network server by the wireless transmission terminal；The network server classifies to label the reflected beams by beam signal type after receiving label the reflected beams, based on mark information, obtains the label the reflected beams classified；The network server calls corresponding analysis model to carry out pipeline status analysis based on the label the reflected beams classified, and the pipeline situation result analyzed is pushed to management user.The monitoring to the real-time abnormal conditions of underground piping situation may be implemented in the embodiment of the present invention, and quickly determines that pipeline sends the place of abnormal conditions.
Description
Technical field
The present invention relates to underground piping monitoring technology fields, more particularly to a kind of network server that is based on to realize underground piping
Situation method for early warning and device.
Background technique
With going deep into for urbanization process, the scale of Urban Buried Pipeline Network also constantly expands, but large quantities of drainage pipelines because
It is remote to be laid with the time, reach or approach service life one after another now, or even many pipelines do not reach service life with regard to because
It leaked for aging, break quick-fried, the contamination accident that can not be estimated is caused to environment.
But due to various and technical difficulty, break down (leakage, explosion, deformation, shake in underground piping
Move) after situation, the position that underground piping breaks down, and the fault type occurred can not be determined at the first time, it can not
It is acquired using a kind of network technology means for corresponding data each on pipeline, predictive failure analysis, and corresponding prediction failure
Analysis result is pushed at the first time on mobile terminal bound in managing user terminal display interface or management user, to lead
Cause can not arrange corresponding fault type damage repair technology personnel to repair at the first time, will to corresponding municipal sector or user with
Carry out certain puzzlement problem.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, the present invention provides one kind to be realized based on network server
The monitoring to the real-time abnormal conditions of underground piping situation may be implemented in underground piping situation method for early warning and device, and fast
Speed determines that pipeline sends the place of abnormal conditions and the maintenance personnel of corresponding fault type is arranged to repair.
In order to solve the above-mentioned technical problem, the embodiment of the invention provides, a kind of buried pipe is realized based on network server
Road situation method for early warning, which comprises
Based on wireless transmission terminal receive laser detector convergence come label the reflected beams；The label the reflected beams by
The reflected beams that the laser detector along optical fiber is acquired and marked are set；
The label the reflected beams of convergence are sent to network server by the wireless transmission terminal；
The network server presses light to label the reflected beams after receiving label the reflected beams, based on mark information
Beam signal type is classified, and obtains the label the reflected beams classified, wherein beam signal type includes Raman diffused light class
Type, Brillouin scattering light type and Rayleigh scattering light type；
The network server calls corresponding analysis model to carry out pipeline situation based on the label the reflected beams classified
Analysis, and the pipeline situation result analyzed is pushed into management user.
Optionally, the method also includes:
Laser squeezes into laser beam in the one end for the optical fiber being laid with underground piping；
The reflected beams that laser detector along the optical fiber receives the laser beam reflection are set, and to described anti-
Irradiating light beam is marked, obtain label the reflected beams, wherein laser detector include Raman scattering laser detector, Brillouin dissipate
Penetrate laser detector and Rayleigh scattering laser detector.
Optionally, described that the reflected beams are marked, obtain label the reflected beams, comprising:
Processing is marked according to the number and receiving time of laser detector to the reflected beams are received, obtains label
The reflected beams.
Optionally, described to be classified to label the reflected beams by beam signal type based on mark information, obtain classification
Good label the reflected beams, comprising:
Obtain the mark information of label the reflected beams；
Match cognization is carried out in the reservation database in the network server using the mark information, identifies institute
State the type of the acquisition laser detector of label the reflected beams corresponding to mark information；
The type of acquisition laser detector based on label the reflected beams is classified by beam signal type, obtains classification
Good label the reflected beams.
Optionally, the network server calls corresponding analysis model to carry out pipe based on the label the reflected beams classified
Road status analysis, comprising:
The network server parses the label the reflected beams classified, and obtains laser detector and collects
The time of the reflected beams and the number of laser detector；
The network server obtains the time that laser squeezes into laser beam based on mobile communication base station；
The time of laser beam is squeezed into based on laser, laser detector collects time and the laser of the reflected beams
The number of detector determines that the laser detector distance sends the distance of laser beam reflection point；
The network server calls corresponding the reflected beams analysis model to carry out based on the label the reflected beams classified
Pipeline status analysis obtains pipeline status analysis result；
The distance for sending laser beam reflection point based on the pipeline analysis result and laser detector distance is formulated
It is y-coordinate and to mark the intensity of reflection laser beam as z coordinate using distance as x coordinate, to mark the frequency of reflection laser beam
Visual image.
Optionally, the network server calls corresponding the reflected beams analysis mould based on the label the reflected beams classified
Type carries out pipeline status analysis, obtains pipeline status analysis result, comprising:
The network server calls corresponding the reflected beams analysis model to carry out based on the label the reflected beams classified
The intensity and frequency for marking reflected light are analyzed, and the intensity and frequency of label reflected light are obtained；
Whether the intensity and frequency for judging the label reflected light are greater than preset value；If marking the intensity or frequency of reflected light
Any one in rate is greater than preset value, then is judged as general exception；
If the intensity of reflected light or frequency is marked to be all larger than preset value, it is judged as severely subnormal；
If marking the intensity of reflected light or frequency to be respectively less than is equal to preset value, it is judged as without exception.
Optionally, described the time of laser beam is squeezed into based on laser, laser detector collects the reflected beams
The number of time and laser detector determines that the laser detector distance sends the distance of laser beam reflection point, comprising:
According to laser squeeze into laser beam time and laser detector collect the reflected beams time carry out
Laser beam travel distance calculates, and obtains laser beam travel distance；
Determine laser to acquisition label reflected light based on the number of the laser detector of the label in label the reflected beams
The distance of the laser detector of beam；
It is determined based on the distance and laser beam travel distance of the laser detector of laser to acquisition label the reflected beams
The laser detector distance sends the distance of laser beam reflection point.
Optionally, the distance and laser beam of the laser detector based on laser to acquisition label the reflected beams
It walks distance and determines that the laser detector distance sends the distance of laser beam reflection point, comprising:
The distance that laser to the laser detector for acquiring label the reflected beams is subtracted using laser beam travel distance, is obtained
First distance；
The half for taking the first distance is the laser detector apart from the distance for sending laser beam reflection point.
Optionally, the pipeline situation result that will be analyzed pushes to management user, comprising:
Visual image made by the pipeline result analyzed is pushed to the monitor terminal display interface of management user；
And
To the monitor terminal display interface of management user or manage user's based on the abnormal conditions in pipeline analysis result
The mobile terminal of binding pushes pipeline situation abnormality alarm.
Underground piping situation prior-warning device is realized based on network server in addition, the embodiment of the invention also provides one kind,
Described device includes:
Receiving module: for based on wireless transmission terminal receive laser detector convergence come label the reflected beams；It is described
The reflected beams that label the reflected beams are acquired and marked by the laser detector along optical fiber is arranged in；
Data uploading module: the label the reflected beams station of convergence is sent to network service for the wireless transmission terminal
Device；
Data categorization module: for the network server after receiving label the reflected beams, it is based on mark information
Classify to label the reflected beams by beam signal type, obtains the label the reflected beams classified, wherein beam signal class
Type includes Raman scattering light type, Brillouin scattering light type and Rayleigh scattering light type；
Analysis and early warning pushing module: it is called and is corresponded to based on the label the reflected beams classified for the network server
Analysis model carry out pipeline status analysis, and by the pipeline situation result analyzed push to management user.
In embodiments of the present invention, the reflected beams and label of laser beam are acquired by laser detector, it then will label
The reflected beams are sent to network server, are analyzed accordingly on network server, and are pushed to management user, Ke Yitong
It crosses laser detector and acquires the reflected beams and technology in real time and upload network server, it, can be with by label the reflected beams analysis
Whether the real time status for being quickly obtained pipeline is abnormal, and can effectively realize and monitor in real time to underground piping, and can be fast
Speed grasps the position that underground piping is abnormal, and notifies administrative staff that corresponding maintenance personnel is arranged to go to maintenance in time, early
Solve underground piping abnormal problem；And the form for being pushed to administrative staff is image viewing form, facilitates administrative staff straight
It sees, clearly grasp the case where underground piping information；And according to the abnormal rank of the underground piping analyzed, choose whether by
Corresponding information pushes to the mobile terminal of management user's binding, realizes under great abnormal conditions, timely feedbacks to corresponding pipe
Reason personnel.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it is clear that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
Other attached drawings are obtained according to these attached drawings.
Fig. 1 is the process signal that underground piping situation method for early warning is realized based on network server in the embodiment of the present invention
Figure；
Fig. 2 is the structure composition that underground piping situation prior-warning device is realized based on network server in the embodiment of the present invention
Schematic diagram.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts all other
Embodiment shall fall within the protection scope of the present invention.
Embodiment
Referring to Fig. 1, Fig. 1 is to realize underground piping situation method for early warning based on network server in the embodiment of the present invention
Flow diagram.
As shown in Figure 1, a kind of realize underground piping situation method for early warning based on network server, which comprises
S11: laser squeezes into laser beam in the one end for the optical fiber being laid with underground piping；
In specific implementation process of the present invention, before burying under underground piping, optical fiber is encapsulated in ground by tension aramid fiber
The middle layer of lower pipeline, wherein the mode encapsulated there are many multiplicity, can also directly by underground piping surface reserve wire casing,
For being embedded in optical fiber or spiral form packaged fiber etc., specifically need for optical fiber to be firmly fixed on the table of underground piping
Face；The one end for being wherein encapsulated in the optical fiber of underground piping is connected with laser, by the laser to being encapsulated in underground piping
Optical fiber squeezes into laser beam.
S12: the reflected beams that the laser detector along the optical fiber receives the laser beam reflection are set, and to institute
It states the reflected beams to be marked, obtains label the reflected beams, wherein laser detector includes in Raman scattering laser detector, cloth
Deep scattering laser detector and Rayleigh scattering laser detector；
It is described that the reflected beams are marked in specific implementation process of the present invention, obtain label the reflected beams, packet
It includes: processing is marked according to the number and receiving time of laser detector to the reflected beams are received, obtains label reflection
Light beam.
Specifically, being provided with multiple laser detectors on along the underground piping, and these laser detectors have only
One number, wherein laser detector includes that Raman scattering laser detector, Brillouin scattering laser detector and Rayleigh dissipate
Penetrate laser detector.
These laser detectors are for detecting the reflection laser beam of reflection, in correspondence after laser squeezes into laser beam
Laser detector detect the reflected beams after, the reflected beams are marked accordingly immediately, the label be according to swash
What the number of optical detector and the time for receiving the reflected beams carried out, and then obtain label the reflected beams；Pass through docking
The reflected beams of receipts carry out corresponding label, are conducive to the subsequent position to generation laser reflection and position, anti-analyzing this
When irradiating light beam determines that underground piping has abnormal, the location information being abnormal can be fast and accurately determined.
S13: based on wireless transmission terminal receive laser detector convergence come label the reflected beams；The label reflected light
The reflected beams that beam is acquired and marked by the laser detector along optical fiber is arranged in；
In specific implementation process of the present invention, it is provided with wife module in wireless transmission terminal setting, with laser detector
The wife module of upper setting is connected, and the laser detector of wife connection converges the label reflected light to come therewith around reception
Beam, and be buffered in the memory built in wireless transmission terminal, before being buffered in memory, need that the reflected beams will be marked to carry out
Lossless compression effectively reduces the total amount of subsequent transmission data in this way；Mark the reflected beams as described in being arranged in along optical fiber
The reflected beams that laser detector is acquired and marked；Each laser detector has a corresponding and unique wireless transmission eventually
End is connected, but, each wireless transmission terminal may be connected with one or more laser detectors.
S14: the label the reflected beams of convergence are sent to network server by the wireless transmission terminal；
In specific implementation process of the present invention, wireless transmission terminal can receive the mobile communication base station communication letter of attachment
Number, the label the reflected beams received are uploaded in network server by mobile communication base station, utilize mobile communication base station
The reflected beams upload is marked, can not need to rearrange network node with the corresponding resource of reasonable utilization, receive at
This, and in city, mobile communication base station has been completely covered, and is not concerned about and signal interruption is also not present, and influences data upload etc.
Problem.
S15: the network server is after receiving label the reflected beams, based on mark information to label the reflected beams
Classify by beam signal type, obtains the label the reflected beams classified, wherein beam signal type includes Raman scattering
Light type, Brillouin scattering light type and Rayleigh scattering light type；
In specific implementation process of the present invention, it is described based on mark information to label the reflected beams by beam signal type into
Row classification, obtains the label the reflected beams classified, comprising: obtains the mark information of label the reflected beams；Utilize the label
Information carries out match cognization in the reservation database in the network server, identifies mark corresponding to the mark information
Remember the type of the acquisition laser detector of the reflected beams；The type of acquisition laser detector based on label the reflected beams presses light beam
Signal type is classified, and the label the reflected beams classified are obtained.
Specifically, giving the distribution of each laser detector unique number first, and will when laser detector is arranged
The number of the displacement and the type of the corresponding detector of the number, location information are stored in reserved in network server
In database；In this way after server obtains label the reflected beams, the mark information of parsing label the reflected beams, to obtain
The number for marking the laser detector in the mark information of the reflected beams utilizes the laser in the mark information of label the reflected beams
The number of detector is matched in reservation database, then may recognize that the volume of the laser detector in the mark information
The type of the acquisition laser of number corresponding label the reflected beams belongs to Raman scattering laser detector, the spy of Brillouin scattering laser
Kind one of in survey device and Rayleigh scattering laser detector, then according to the type of laser detector to label reflected light
Shu Jinhang classification, then obtains the label the reflected beams classified, for example, the laser detector of acquisition label the reflected beams belongs to
Rayleigh scattering laser detector, corresponding, the input marking Rayleigh scattering light the reflected beams of acquisition are assigned as Rayleigh
Scatter type.
S16: the network server calls corresponding analysis model to carry out pipeline based on the label the reflected beams classified
Status analysis, and the pipeline situation result analyzed is pushed into management user.
In specific implementation process of the present invention, the network server is called based on the label the reflected beams classified and is corresponded to
Analysis model carry out pipeline status analysis, comprising: the label the reflected beams progress that the network server classify to described
Parsing obtains laser detector and collects the time of the reflected beams and the number of laser detector；The network service
Device obtains the time that laser squeezes into laser beam based on mobile communication base station；Time, the laser of laser beam are squeezed into based on laser
Detector collects the time of the reflected beams and the number of laser detector, determines that the laser detector distance is sent
The distance of laser beam reflection point；The network server calls corresponding the reflected beams point based on the label the reflected beams classified
It analyses model and carries out pipeline status analysis, obtain pipeline status analysis result；Based on the pipeline analysis result and the laser
The distance that detector distance sends laser beam reflection point is formulated using distance as x coordinate, is that y is sat to mark the frequency of reflection laser beam
It is marked with and to mark the intensity of reflection laser beam as the visual image of z coordinate.
Further, the network server calls corresponding the reflected beams analysis based on the label the reflected beams classified
Model carries out pipeline status analysis, obtains pipeline status analysis result, comprising: the network server is based on the label classified
The reflected beams call that the intensity of reflected light is marked in corresponding the reflected beams analysis model and frequency is analyzed, and obtain mark
Remember the intensity and frequency of the reflected beams；Whether the intensity and frequency for judging the label the reflected beams are greater than preset value；If
It marks any one in the intensity or frequency of the reflected beams to be greater than preset value, is then judged as general exception；If marking the reflected beams
Intensity or frequency be all larger than preset value, then be judged as severely subnormal；If mark the reflected beams intensity or frequency be respectively less than etc.
In preset value, then it is judged as without exception.
Further, described the time of laser beam is squeezed into based on laser, laser detector collects the reflected beams
Time and laser detector number, determine that laser detector distance sends the distance of laser beam reflection point, comprising:
According to laser squeeze into laser beam time and laser detector collect the reflected beams time carry out laser beam
It walks distance to calculate, obtains laser beam travel distance；It is determined based on the number of the laser detector of the label in label the reflected beams
Laser marks the distance of the laser detector of the reflected beams to acquisition；Based on laser to the laser of acquisition label the reflected beams
The distance and laser beam travel distance of detector determine that the laser detector distance sends the distance of laser beam reflection point.
Further, the distance and laser beam of the laser detector based on laser to acquisition label the reflected beams
Travel distance determines that the laser detector distance sends the distance of laser beam reflection point, comprising: utilizes laser beam travel distance
The distance that laser marks the laser detector of the reflected beams to acquisition is subtracted, first distance is obtained；Take the first distance
Half is the distance that the laser detector distance sends laser beam reflection point.
Specifically, network server parses the label the reflected beams classified, to obtain acquiring the label anti-
The laser detector of irradiating light beam collects the acquisition time of the reflected beams and the unique number of laser detector itself；So
Network server is connect by mobile communication base station with laser signal afterwards, to obtain the time that laser squeezes into laser beam；
Then the time of laser beam is squeezed into according to laser, laser detector collects time and the laser acquisition of the reflected beams
Device is numbered to calculate the distance that determining laser detector distance sends the optical fiber of laser beam reflection point；At the same time, network takes
Device be engaged according to classification belonging to the reflected beams is marked, corresponding the reflected beams analysis model is called to carry out pipeline status analysis, from
And obtain corresponding pipeline status analysis result；And it analyzes and contains the frequency and intensity of the reflected beams in result, then
It is with distance to formulate using the distance that frequency, intensity and the laser detector distance of the reflected beams send laser beam reflection point
X coordinate to mark the frequency of reflection laser beam is y-coordinate and to mark the intensity of reflection laser beam as the visualization of z coordinate
Image.
Specifically, network server calls corresponding analysis model anti-to the label according to the label the reflected beams classified
The intensity and frequency of irradiating light beam are analyzed accordingly, to obtain the intensity and frequency of note the reflected beams；In the present invention
In specific implementation process, the threshold value of corresponding intensity and frequency has been preset in network server, when corresponding intensity and/or
When frequency is more than corresponding threshold value, it is determined as exception, wherein if any one in the intensity or frequency of label the reflected beams is greater than
Preset value is then judged as general exception；If the intensity of the reflected beams or frequency is marked to be all larger than preset value, it is judged as serious different
Often；If marking the intensity of the reflected beams or frequency to be respectively less than is equal to preset value, it is judged as without exception.
Specifically, squeezing into the time of laser beam by laser and laser detector collects time of the reflected beams
The calculating of laser beam travel distance is carried out, laser beam travel distance can be obtained；Utilize the laser of the label in label the reflected beams
The number of detector determines that laser marks the distance of the laser detector of the reflected beams to acquisition；Based on laser to acquire mark
It is anti-to remember that the distance of the laser detector of the reflected beams and laser beam travel distance determine that laser detector distance sends laser beam
The distance of exit point.
Specifically, using laser beam travel distance subtract laser to acquisition label the reflected beams laser detector away from
From, can be obtained laser detector distance send laser beam reflection point distance distance twice, take half that laser can be obtained
The distance of detector distance transmission laser beam reflection point optical fiber.
In specific implementation process of the present invention, the pipeline situation result that will be analyzed pushes to management user, comprising:
Visual image made by the pipeline result analyzed is pushed to the monitor terminal display interface of management user；And base
Monitor terminal display interface from abnormal conditions in pipeline analysis result to management user or manage user binding movement
Terminal pushes pipeline situation abnormality alarm.
Network server pushes to visual image on the monitor terminal interface of management user, because visual image may
It is larger, during push, visual image load is pushed to monitor terminal circle of management user in the way of paging load
The speed of push is accelerated in face in this way, so that delay issue is not present in display；And network server is also needed according to pipeline point
Abnormal conditions belonging in analysis judge whether that the mobile terminal for needing the binding to management user pushes pipeline situation abnormality alarm.
In embodiments of the present invention, the reflected beams and label of laser beam are acquired by laser detector, it then will label
The reflected beams are sent to network server, are analyzed accordingly on network server, and are pushed to management user, Ke Yitong
It crosses laser detector and acquires the reflected beams and technology in real time and upload network server, it, can be with by label the reflected beams analysis
Whether the real time status for being quickly obtained pipeline is abnormal, and can effectively realize and monitor in real time to underground piping, and can be fast
Speed grasps the position that underground piping is abnormal, and notifies administrative staff that corresponding maintenance personnel is arranged to go to maintenance in time, early
Solve underground piping abnormal problem；And the form for being pushed to administrative staff is image viewing form, facilitates administrative staff straight
It sees, clearly grasp the case where underground piping information；And according to the abnormal rank of the underground piping analyzed, choose whether by
Corresponding information pushes to the mobile terminal of management user's binding, realizes under great abnormal conditions, timely feedbacks to corresponding pipe
Reason personnel.
Embodiment
Referring to Fig. 2, Fig. 2 is to realize underground piping situation prior-warning device based on network server in the embodiment of the present invention
Structure composition schematic diagram.
As shown in Fig. 2, a kind of realize underground piping situation prior-warning device based on network server, described device includes:
Laser beam injects module 11: squeezing into laser beam in the one end for the optical fiber being laid with underground piping for laser；
In specific implementation process of the present invention, before burying under underground piping, optical fiber is encapsulated in ground by tension aramid fiber
The middle layer of lower pipeline, wherein the mode encapsulated there are many multiplicity, can also directly by underground piping surface reserve wire casing,
For being embedded in optical fiber or spiral form packaged fiber etc., specifically need for optical fiber to be firmly fixed on the table of underground piping
Face；The one end for being wherein encapsulated in the optical fiber of underground piping is connected with laser, by the laser to being encapsulated in underground piping
Optical fiber squeezes into laser beam.
The reflected beams receive mark module 12: receiving the laser for the laser detector along the optical fiber to be arranged in
The reflected beams of beam reflection, and the reflected beams are marked, label the reflected beams are obtained, wherein laser detector includes
Raman scattering laser detector, Brillouin scattering laser detector and Rayleigh scattering laser detector；
It is described that the reflected beams are marked in specific implementation process of the present invention, obtain label the reflected beams, packet
It includes: processing is marked according to the number and receiving time of laser detector to the reflected beams are received, obtains label reflection
Light beam.
Specifically, being provided with multiple laser detectors on along the underground piping, and these laser detectors have only
One number, wherein laser detector includes that Raman scattering laser detector, Brillouin scattering laser detector and Rayleigh dissipate
Penetrate laser detector.
These laser detectors are for detecting the reflection laser beam of reflection, in correspondence after laser squeezes into laser beam
Laser detector detect the reflected beams after, the reflected beams are marked accordingly immediately, the label be according to swash
What the number of optical detector and the time for receiving the reflected beams carried out, and then obtain label the reflected beams；Pass through docking
The reflected beams of receipts carry out corresponding label, are conducive to the subsequent position to generation laser reflection and position, anti-analyzing this
When irradiating light beam determines that underground piping has abnormal, the location information being abnormal can be fast and accurately determined.
Receiving module 13: for based on wireless transmission terminal receive laser detector convergence come label the reflected beams；Institute
State the reflected beams that label the reflected beams are acquired and marked by the laser detector along optical fiber is arranged in；
In specific implementation process of the present invention, it is provided with wife module in wireless transmission terminal setting, with laser detector
The wife module of upper setting is connected, and the laser detector of wife connection converges the label reflected light to come therewith around reception
Beam, and be buffered in the memory built in wireless transmission terminal, before being buffered in memory, need that the reflected beams will be marked to carry out
Lossless compression effectively reduces the total amount of subsequent transmission data in this way；Mark the reflected beams as described in being arranged in along optical fiber
The reflected beams that laser detector is acquired and marked；Each laser detector has a corresponding and unique wireless transmission eventually
End is connected, but, each wireless transmission terminal may be connected with one or more laser detectors.
Data uploading module 14: the label the reflected beams of convergence are sent to network service for the wireless transmission terminal
Device；
In specific implementation process of the present invention, wireless transmission terminal can receive the mobile communication base station communication letter of attachment
Number, the label the reflected beams received are uploaded in network server by mobile communication base station, utilize mobile communication base station
The reflected beams upload is marked, can not need to rearrange network node with the corresponding resource of reasonable utilization, receive at
This, and in city, mobile communication base station has been completely covered, and is not concerned about and signal interruption is also not present, and influences data upload etc.
Problem.
Data categorization module 15: for the network server after receiving label the reflected beams, based on label letter
Breath classifies to label the reflected beams by beam signal type, obtains the label the reflected beams classified, wherein beam signal
Type includes Raman scattering light type, Brillouin scattering light type and Rayleigh scattering light type；
In specific implementation process of the present invention, it is described based on mark information to label the reflected beams by beam signal type into
Row classification, obtains the label the reflected beams classified, comprising: obtains the mark information of label the reflected beams；Utilize the label
Information carries out match cognization in the reservation database in the network server, identifies mark corresponding to the mark information
Remember the type of the acquisition laser detector of the reflected beams；The type of acquisition laser detector based on label the reflected beams presses light beam
Signal type is classified, and the label the reflected beams classified are obtained.
Specifically, giving the distribution of each laser detector unique number first, and will when laser detector is arranged
The number of the displacement and the type of the corresponding detector of the number, location information are stored in reserved in network server
In database；In this way after server obtains label the reflected beams, the mark information of parsing label the reflected beams, to obtain
The number for marking the laser detector in the mark information of the reflected beams utilizes the laser in the mark information of label the reflected beams
The number of detector is matched in reservation database, then may recognize that the volume of the laser detector in the mark information
The type of the acquisition laser of number corresponding label the reflected beams belongs to Raman scattering laser detector, the spy of Brillouin scattering laser
Kind one of in survey device and Rayleigh scattering laser detector, then according to the type of laser detector to label reflected light
Shu Jinhang classification, then obtains the label the reflected beams classified, for example, the laser detector of acquisition label the reflected beams belongs to
Rayleigh scattering laser detector, corresponding, the input marking Rayleigh scattering light the reflected beams of acquisition are assigned as Rayleigh
Scatter type.
Analysis and early warning pushing module 16: for the network server based on the label the reflected beams calling pair classified
The analysis model answered carries out pipeline status analysis, and the pipeline situation result analyzed is pushed to management user.
In specific implementation process of the present invention, the network server is called based on the label the reflected beams classified and is corresponded to
Analysis model carry out pipeline status analysis, comprising: the label the reflected beams progress that the network server classify to described
Parsing obtains laser detector and collects the time of the reflected beams and the number of laser detector；The network service
Device obtains the time that laser squeezes into laser beam based on mobile communication base station；Time, the laser of laser beam are squeezed into based on laser
Detector collects the time of the reflected beams and the number of laser detector, determines that the laser detector distance is sent
The distance of laser beam reflection point；The network server calls corresponding the reflected beams point based on the label the reflected beams classified
It analyses model and carries out pipeline status analysis, obtain pipeline status analysis result；Based on the pipeline analysis result and the laser
The distance that detector distance sends laser beam reflection point is formulated using distance as x coordinate, is that y is sat to mark the frequency of reflection laser beam
It is marked with and to mark the intensity of reflection laser beam as the visual image of z coordinate.
Further, the network server calls corresponding the reflected beams analysis based on the label the reflected beams classified
Model carries out pipeline status analysis, obtains pipeline status analysis result, comprising: the network server is based on the label classified
The reflected beams call that the intensity of reflected light is marked in corresponding the reflected beams analysis model and frequency is analyzed, and obtain mark
Remember the intensity and frequency of the reflected beams；Whether the intensity and frequency for judging the label the reflected beams are greater than preset value；If
It marks any one in the intensity or frequency of the reflected beams to be greater than preset value, is then judged as general exception；If marking the reflected beams
Intensity or frequency be all larger than preset value, then be judged as severely subnormal；If mark the reflected beams intensity or frequency be respectively less than etc.
In preset value, then it is judged as without exception.
Further, described the time of laser beam is squeezed into based on laser, laser detector collects the reflected beams
Time and laser detector number, determine that laser detector distance sends the distance of laser beam reflection point, comprising:
According to laser squeeze into laser beam time and laser detector collect the reflected beams time carry out laser beam
It walks distance to calculate, obtains laser beam travel distance；It is determined based on the number of the laser detector of the label in label the reflected beams
Laser marks the distance of the laser detector of the reflected beams to acquisition；Based on laser to the laser of acquisition label the reflected beams
The distance and laser beam travel distance of detector determine that the laser detector distance sends the distance of laser beam reflection point.
Further, the distance and laser beam of the laser detector based on laser to acquisition label the reflected beams
Travel distance determines that the laser detector distance sends the distance of laser beam reflection point, comprising: utilizes laser beam travel distance
The distance that laser marks the laser detector of the reflected beams to acquisition is subtracted, first distance is obtained；Take the first distance
Half is the distance that the laser detector distance sends laser beam reflection point.
Specifically, network server parses the label the reflected beams classified, to obtain acquiring the label anti-
The laser detector of irradiating light beam collects the acquisition time of the reflected beams and the unique number of laser detector itself；So
Network server is connect by mobile communication base station with laser signal afterwards, to obtain the time that laser squeezes into laser beam；
Then the time of laser beam is squeezed into according to laser, laser detector collects time and the laser acquisition of the reflected beams
Device is numbered to calculate the distance that determining laser detector distance sends the optical fiber of laser beam reflection point；At the same time, network takes
Device be engaged according to classification belonging to the reflected beams is marked, corresponding the reflected beams analysis model is called to carry out pipeline status analysis, from
And obtain corresponding pipeline status analysis result；And it analyzes and contains the frequency and intensity of the reflected beams in result, then
It is with distance to formulate using the distance that frequency, intensity and the laser detector distance of the reflected beams send laser beam reflection point
X coordinate to mark the frequency of reflection laser beam is y-coordinate and to mark the intensity of reflection laser beam as the visualization of z coordinate
Image.
Specifically, network server calls corresponding analysis model anti-to the label according to the label the reflected beams classified
The intensity and frequency of irradiating light beam are analyzed accordingly, to obtain the intensity and frequency of note the reflected beams；In the present invention
In specific implementation process, the threshold value of corresponding intensity and frequency has been preset in network server, when corresponding intensity and/or
When frequency is more than corresponding threshold value, it is determined as exception, wherein if any one in the intensity or frequency of label the reflected beams is greater than
Preset value is then judged as general exception；If the intensity of the reflected beams or frequency is marked to be all larger than preset value, it is judged as serious different
Often；If marking the intensity of the reflected beams or frequency to be respectively less than is equal to preset value, it is judged as without exception.
Specifically, squeezing into the time of laser beam by laser and laser detector collects time of the reflected beams
The calculating of laser beam travel distance is carried out, laser beam travel distance can be obtained；Utilize the laser of the label in label the reflected beams
The number of detector determines that laser marks the distance of the laser detector of the reflected beams to acquisition；Based on laser to acquire mark
It is anti-to remember that the distance of the laser detector of the reflected beams and laser beam travel distance determine that laser detector distance sends laser beam
The distance of exit point.
Specifically, using laser beam travel distance subtract laser to acquisition label the reflected beams laser detector away from
From, can be obtained laser detector distance send laser beam reflection point distance distance twice, take half that laser can be obtained
The distance of detector distance transmission laser beam reflection point optical fiber.
In specific implementation process of the present invention, the pipeline situation result that will be analyzed pushes to management user, comprising:
Visual image made by the pipeline result analyzed is pushed to the monitor terminal display interface of management user；And base
Monitor terminal display interface from abnormal conditions in pipeline analysis result to management user or manage user binding movement
Terminal pushes pipeline situation abnormality alarm.
Network server pushes to visual image on the monitor terminal interface of management user, because visual image may
It is larger, during push, visual image load is pushed to monitor terminal circle of management user in the way of paging load
The speed of push is accelerated in face in this way, so that delay issue is not present in display；And network server is also needed according to pipeline point
Abnormal conditions belonging in analysis judge whether that the mobile terminal for needing the binding to management user pushes pipeline situation abnormality alarm.
In embodiments of the present invention, the reflected beams and label of laser beam are acquired by laser detector, it then will label
The reflected beams are sent to network server, are analyzed accordingly on network server, and are pushed to management user, Ke Yitong
It crosses laser detector and acquires the reflected beams and technology in real time and upload network server, it, can be with by label the reflected beams analysis
Whether the real time status for being quickly obtained pipeline is abnormal, and can effectively realize and monitor in real time to underground piping, and can be fast
Speed grasps the position that underground piping is abnormal, and notifies administrative staff that corresponding maintenance personnel is arranged to go to maintenance in time, early
Solve underground piping abnormal problem；And the form for being pushed to administrative staff is image viewing form, facilitates administrative staff straight
It sees, clearly grasp the case where underground piping information；And according to the abnormal rank of the underground piping analyzed, choose whether by
Corresponding information pushes to the mobile terminal of management user's binding, realizes under great abnormal conditions, timely feedbacks to corresponding pipe
Reason personnel.
Those of ordinary skill in the art will appreciate that all or part of the steps in the various methods of above-described embodiment is can
It is completed with instructing relevant hardware by program, which can be stored in a computer readable storage medium, storage
Medium may include: read-only memory (ROM, ReadOnly Memory), random access memory (RAM, Random Access
Memory), disk or CD etc..
In addition, being provided for the embodiments of the invention above a kind of based on network server realization underground piping situation early warning
Method and device is described in detail, and should use specific case herein and carry out to the principle of the present invention and embodiment
It illustrates, the above description of the embodiment is only used to help understand the method for the present invention and its core ideas；Meanwhile for this field
Those skilled in the art, according to the thought of the present invention, there will be changes in the specific implementation manner and application range, to sum up
Described, the contents of this specification are not to be construed as limiting the invention.
Claims (10)
1. one kind realizes underground piping situation method for early warning based on network server, which is characterized in that the described method includes:
Based on wireless transmission terminal receive laser detector convergence come label the reflected beams；The label the reflected beams are by being arranged
The reflected beams that the laser detector along optical fiber is acquired and marked；
The label the reflected beams of convergence are sent to network server by the wireless transmission terminal；
The network server is believed label the reflected beams by light beam after receiving label the reflected beams, based on mark information
Number type is classified, and obtains the label the reflected beams classified, wherein beam signal type includes Raman scattering light type, cloth
In deep pool scattering light type and Rayleigh scattering light type；
The network server calls corresponding analysis model to carry out pipeline status analysis based on the label the reflected beams classified,
And the pipeline situation result analyzed is pushed into management user.
2. according to claim 1 realize underground piping situation method for early warning based on network server, feature exists
In, the method also includes:
Laser squeezes into laser beam in the one end for the optical fiber being laid with underground piping；
The reflected beams that laser detector along the optical fiber receives the laser beam reflection are set, and to the reflected light
Beam is marked, obtain label the reflected beams, wherein laser detector include Raman scattering laser detector, Brillouin scattering swash
Optical detector and Rayleigh scattering laser detector.
3. according to claim 2 realize underground piping situation method for early warning based on network server, feature exists
In, it is described that the reflected beams are marked, obtain label the reflected beams, comprising:
Processing is marked according to the number and receiving time of laser detector to the reflected beams are received, obtains label reflection
Light beam.
4. according to claim 1 realize underground piping situation method for early warning based on network server, which is characterized in that institute
It states and is classified to label the reflected beams by beam signal type based on mark information, obtain the label the reflected beams classified,
Include:
Obtain the mark information of label the reflected beams；
Match cognization is carried out in the reservation database in the network server using the mark information, identifies the mark
Remember the type of the acquisition laser detector of label the reflected beams corresponding to information；
The type of acquisition laser detector based on label the reflected beams is classified by beam signal type, what acquisition had been classified
Mark the reflected beams.
5. according to claim 1 realize underground piping situation method for early warning based on network server, which is characterized in that institute
It states network server and calls corresponding analysis model to carry out pipeline status analysis based on the label the reflected beams classified, comprising:
The network server parses the label the reflected beams classified, and acquisition laser detector collects described
The time of the reflected beams and the number of laser detector；
The network server obtains the time that laser squeezes into laser beam based on mobile communication base station；
The time of laser beam is squeezed into based on laser, laser detector collects time and the laser acquisition of the reflected beams
The number of device determines that the laser detector distance sends the distance of laser beam reflection point；
The network server calls corresponding the reflected beams analysis model to carry out pipeline based on the label the reflected beams classified
Status analysis obtains pipeline status analysis result；
Based on the pipeline analysis result and the laser detector distance send laser beam reflection point distance formulate with away from
From for x coordinate, to mark the frequency of reflection laser beam be y-coordinate and can using mark the intensity of reflection laser beam as z coordinate
Depending on changing image.
6. according to claim 5 realize underground piping situation method for early warning based on network server, which is characterized in that institute
It states network server and calls corresponding the reflected beams analysis model to carry out pipeline situation point based on the label the reflected beams classified
Analysis obtains pipeline status analysis result, comprising:
The network server calls corresponding the reflected beams analysis model to be marked based on the label the reflected beams classified
The intensity and frequency of the reflected beams are analyzed, and the intensity and frequency of label the reflected beams are obtained；
Whether the intensity and frequency for judging the label the reflected beams are greater than preset value；If marking the intensity or frequency of the reflected beams
Any one in rate is greater than preset value, then is judged as general exception；
If the intensity of the reflected beams or frequency is marked to be all larger than preset value, it is judged as severely subnormal；
If marking the intensity of the reflected beams or frequency to be respectively less than is equal to preset value, it is judged as without exception.
7. according to claim 5 realize underground piping situation method for early warning based on network server, which is characterized in that institute
It states and the time of laser beam is squeezed into based on laser, laser detector collects time and the laser detector of the reflected beams
Number, determine that laser detector distance sends the distance of laser beam reflection point, comprising:
According to laser squeeze into laser beam time and laser detector collect the reflected beams time carry out laser
Beam travel distance calculates, and obtains laser beam travel distance；
Determine laser to acquisition label the reflected beams based on the number of the laser detector of the label in label the reflected beams
The distance of laser detector；
Described in distance and laser beam travel distance based on the laser detector of laser to acquisition label the reflected beams determine
Laser detector distance sends the distance of laser beam reflection point.
8. according to claim 7 realize underground piping situation method for early warning based on network server, which is characterized in that institute
State based on laser to acquisition label the reflected beams laser detector distance and laser beam travel distance determine it is described swash
Optical detector distance sends the distance of laser beam reflection point, comprising:
The distance that laser to the laser detector for acquiring label the reflected beams is subtracted using laser beam travel distance, obtains first
Distance；
The half for taking the first distance is the laser detector apart from the distance for sending laser beam reflection point.
9. according to claim 6 realize underground piping situation method for early warning based on network server, which is characterized in that institute
It states the pipeline situation result that will be analyzed and pushes to management user, comprising:
Visual image made by the pipeline result analyzed is pushed to the monitor terminal display interface of management user；With
And
Binding based on the abnormal conditions in pipeline analysis result to the monitor terminal display interface of management user or management user
Mobile terminal push pipeline situation abnormality alarm.
10. a kind of underground piping situation prior-warning device based on network server, which is characterized in that described device includes:
Receiving module: for based on wireless transmission terminal receive laser detector convergence come label the reflected beams；The label
The reflected beams that the reflected beams are acquired and marked by the laser detector along optical fiber is arranged in；
Data uploading module: the label the reflected beams of convergence are sent to network server for the wireless transmission terminal；
Data categorization module: for the network server after receiving label the reflected beams, based on mark information to mark
Note the reflected beams are classified by beam signal type, obtain the label the reflected beams classified, wherein beam signal type packet
Include Raman scattering light type, Brillouin scattering light type and Rayleigh scattering light type；
Analysis and early warning pushing module: corresponding point is called based on the label the reflected beams classified for the network server
It analyses model and carries out pipeline status analysis, and the pipeline situation result analyzed is pushed into management user.
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