CN106210613A - A kind of video frequency monitoring method, Apparatus and system - Google Patents
A kind of video frequency monitoring method, Apparatus and system Download PDFInfo
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- CN106210613A CN106210613A CN201510217516.6A CN201510217516A CN106210613A CN 106210613 A CN106210613 A CN 106210613A CN 201510217516 A CN201510217516 A CN 201510217516A CN 106210613 A CN106210613 A CN 106210613A
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- photographic head
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W84/00—Network topologies
- H04W84/18—Self-organising networks, e.g. ad-hoc networks or sensor networks
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Abstract
The present invention provides a kind of video frequency monitoring method, Apparatus and system, and wherein, described video monitoring apparatus includes: intelligent analysis module, for the monitoring video information obtained carries out intellectual analysis, analyzes the most whether comprise the object to be monitored being kept in motion；Determine module, in the case of comprising described object to be monitored in monitoring video information, determine the association photographic head corresponding with the corresponding photographic head of monitoring video information comprising described object to be monitored；First control module, if being in park mode for described association photographic head, controlling described association photographic head and being switched to normal mode of operation.By means of the invention it is possible to the mode of operation of photographic head is controlled, to adapt to current monitoring scene, both can extend the service life of photographic head, the energy can be saved again, and do not lose important monitoring video information.
Description
Technical field
The present invention relates to field of video monitoring, particularly relate to a kind of video frequency monitoring method, Apparatus and system.
Background technology
Currently, video monitoring system every profession and trade application the most widely.These current video monitorings
System, photographic head, after the start that powers on, is constantly in normal mode of operation, even if long-time without effectively prison
Also operate at full capacity in the case of control object, the most both accelerated the consume waste the most in vain of shooting components and parts
Valuable electric power resource.Particularly, for some from the wireless camera of charged pool, if located for a long time
In the state of operating at full capacity, then need to change battery frequently.
And in actual life, we are commonly encountered such scene:
Scene 1: at night, the less express highway section of some vehicle flowrates, may not have within a period of time
A car is had to pass through；
Scene 2: night employee After Hours or festivals or holidays, in some Administrative Areas of enterprises and institutions, can
Can unmanned or few people's appearance.
For above-mentioned scene, it is not that in video monitoring system, the photographic head of all deployment is required for 24 hours
Uninterruptedly operate at full capacity.Because may in one day many times, the prison that certain photographic head oneself is responsible for
Control does not has any valuable monitored object to occur in region, and so, in a lot of times, this photographic head has been
Entirely may be in power saving park mode.
Summary of the invention
For above-mentioned situation, it is an object of the invention to provide a kind of video frequency monitoring method, Apparatus and system,
The mode of operation of photographic head can be controlled, to adapt to current monitoring scene, both can extend photographic head
Service life, the energy can be saved again, and not lose important monitoring video information.
In order to realize above-mentioned purpose, the present invention provides a kind of video monitoring apparatus, including:
The most whether intelligent analysis module, for the monitoring video information obtained carries out intellectual analysis, analyze
Comprise the object to be monitored being kept in motion；
Determine module, in the case of comprising described object to be monitored in monitoring video information, determine
The association photographic head corresponding with the corresponding photographic head of monitoring video information comprising described object to be monitored；
First control module, if being in park mode for described association photographic head, controlling described association and taking the photograph
As head is switched to normal mode of operation.
Preferably, described determine that module includes:
First determines module, for geographical location information and the monitoring range of foundation photographic head, determines and wraps
Containing the association photographic head that the corresponding photographic head of monitoring video information of described object to be monitored is corresponding.
Preferably, described intelligent analysis module includes:
Analyze submodule, be used for the motion track of the object to be monitored being kept in motion described in analyzing；
Described determine that module includes:
Second determines module, for according to the geographical location information of photographic head and monitoring range and described to be monitored
The motion track of object, the corresponding photographic head of monitoring video information determined with comprise described object to be monitored
Corresponding association photographic head.
Preferably, described video monitoring apparatus also includes:
Second control module, in the case of there is no described object to be monitored in monitoring video information, control
Make photographic head corresponding with described monitoring video information to revert to preset mode of operation.
The present invention also provides for a kind of video frequency monitoring method, including:
The monitoring video information obtained is carried out intellectual analysis, analyzes the most whether to comprise and be kept in motion
Object to be monitored；
In the case of comprising described object to be monitored in monitoring video information, determine and wait to supervise described in comprising
Control the association photographic head that the corresponding photographic head of monitoring video information of object is corresponding；
If described association photographic head is in park mode, controls described association photographic head and be switched to normally work
Pattern.
Preferably, the corresponding photographic head of monitoring video information determined described in and comprise described object to be monitored
Corresponding association photographic head includes:
According to geographical location information and the monitoring range of photographic head, determine and comprise described object to be monitored
The association photographic head that the corresponding photographic head of monitoring video information is corresponding.
Preferably, the described monitoring video information to obtaining carries out intellectual analysis and also includes:
The motion track of the object to be monitored being kept in motion described in analysis；
The described corresponding photographic head of monitoring video information determined and comprise described object to be monitored is corresponding
Association photographic head includes:
According to the geographical location information of photographic head and monitoring range and the motion track of described object to be monitored, really
The association photographic head that the corresponding photographic head of monitoring video information made and comprise described object to be monitored is corresponding.
Preferably, described video frequency monitoring method also includes:
In the case of there is no described object to be monitored in monitoring video information, control to believe with described monitor video
Cease corresponding photographic head to revert to preset mode of operation.
The present invention provides again a kind of video monitoring system, including above-mentioned video monitoring apparatus.
Wherein, described video monitoring system includes video monitoring platform, video monitoring front-end and multiple photographic head,
Described intelligent analysis module is arranged at video monitoring platform or video monitoring front-end.
By the technique scheme of the present invention, the beneficial effects of the present invention is:
In the video frequency monitoring method of the present invention, Apparatus and system, by the monitoring video information obtained is carried out
Intellectual analysis, analyzes the most whether comprise the object to be monitored being kept in motion, in monitoring video information
In the case of comprising described object to be monitored, the monitoring video information determined Yu comprise described object to be monitored
The association photographic head that corresponding photographic head is corresponding, and if described association photographic head is in park mode, control
Described association photographic head is switched to normal mode of operation, to obtain complete monitor video, avoids not simultaneously
The normal work of relevant photographic head, can not only extend the life-span of shooting components and parts, additionally it is possible to save electric power money
Source.
Accompanying drawing explanation
Fig. 1 represents the structural representation of the video monitoring apparatus of the embodiment of the present invention.
Fig. 2 represents the flow chart of the video frequency monitoring method of the embodiment of the present invention.
Fig. 3 represents the structural representation of the video monitoring system of the embodiment of the present invention.
Fig. 4 represents that the video monitoring system of the specific embodiment of the invention images in a certain closing fastlink
The scattergram of head.
Fig. 5 represents the workflow diagram of the video monitoring system corresponding with Fig. 4.
Detailed description of the invention
For making the purpose of the embodiment of the present invention, technical scheme and advantage clearer, below in conjunction with accompanying drawing pair
Specific embodiment is described in detail.
The embodiment of the present invention provides a kind of video monitoring apparatus, shown in Figure 1, including:
Intelligent analysis module 11, for the monitoring video information obtained carries out intellectual analysis, analyzes wherein
Whether comprise the object to be monitored being kept in motion；
Determine module 12, in the case of comprising described object to be monitored in monitoring video information, really
The association photographic head that the corresponding photographic head of monitoring video information made and comprise described object to be monitored is corresponding；
First control module 13, if being in park mode for described association photographic head, controls described pass
Connection photographic head is switched to normal mode of operation.
In the video monitoring apparatus of the embodiment of the present invention, by the monitoring video information obtained being carried out intelligence point
Analysis, analyzes the most whether comprise the object to be monitored being kept in motion, comprises institute in monitoring video information
In the case of stating object to be monitored, determine corresponding with the monitoring video information comprising described object to be monitored
The association photographic head that photographic head is corresponding, and if described association photographic head is in park mode, control described pass
Connection photographic head is switched to normal mode of operation, to obtain complete monitor video, avoids uncorrelated taking the photograph simultaneously
As the normal work of head, the life-span of shooting components and parts can not only be extended, additionally it is possible to save electric power resource.
Wherein, described park mode refers to that photographic head is in power saving resting state, such as, closes background light filling
Lamp, closedown photographic head data sampling, reduce the clock frequency etc. of hardware processor.
Under normal circumstances, the incidence relation between photographic head can determine according to the default feature of photographic head, and institute
The default feature stating photographic head includes geographical location information and the monitoring range of photographic head, concrete, describedly
The longitude at reason positional information the most described photographic head place and latitude, described monitoring range e.g. 360
Within degree monitoring and radius 100 meters.
In the specific embodiment of the invention, described determine that module includes:
First determines module, for geographical location information and the monitoring range of foundation photographic head, determines and wraps
Containing the association photographic head that the corresponding photographic head of monitoring video information of described object to be monitored is corresponding.
This mode determining association photographic head, is often applicable to the mesh of the object to be monitored being kept in motion
The more single situation in ground, the highway of such as one-way traffic, as long as being aware of the geographical position of photographic head
Information and monitoring range, it is possible to determine corresponding with the monitoring video information comprising described object to be monitored
The association photographic head that photographic head is corresponding.
But, in actual life, also frequently run into destination's ratio of the object to be monitored being kept in motion
Relatively it is difficult to situation about determining, the park such as extended in all direction, only arrives when the camera collection at park entrance
In the case of the monitor video of the object to be monitored being kept in motion, can not be according to the geographical position of photographic head
Confidence breath and monitoring range, determine the association photographic head corresponding with the photographic head of described park entrance, described
Association photographic head is also relevant with the motion track of the described object to be monitored being kept in motion.
Based on foregoing description, in embodiments of the present invention, described intelligent analysis module includes:
Analyze submodule, be used for the motion track of the object to be monitored being kept in motion described in analyzing；
Described determine that module includes:
Second determines module, for according to the geographical location information of photographic head and monitoring range and described to be monitored
The motion track of object, the corresponding photographic head of monitoring video information determined with comprise described object to be monitored
Corresponding association photographic head.
Such that make the place more complicated in path, it is also possible to according to the actual feelings of described object to be monitored
Condition, accurately determines out association photographic head, it is ensured that obtain complete monitor video.
Wherein, in the specific embodiment of the invention, the default feature of described photographic head also includes presetting of photographic head
Mode of operation, and the default mode of operation of an at least photographic head in multiple photographic head of monitor video system
For normal mode of operation, the guarantee collection to monitor video.Concrete, the default Working mould of photographic head
Depending on the determination of formula can be according to practical situation, such as, the photographic head at the gateway of highway, it is pre-
If mode of operation is usually arranged as normal mode of operation, and the photographic head in the middle of highway, its default work
Pattern is usually arranged as park mode.
Normally-open in order to avoid inessential photographic head, described video monitoring apparatus also includes:
Second control module, in the case of there is no described object to be monitored in monitoring video information, control
Make photographic head corresponding with described monitoring video information to revert to preset mode of operation.
As such, it is possible to make photographic head can revert in time preset mode of operation, it is to avoid inessential photographic head
Normal work, the life-span of shooting components and parts can not only be extended, additionally it is possible to save electric power resource.
Refering to shown in Fig. 2, the embodiment of the present invention also provides for a kind of video frequency monitoring method, with regarding shown in Fig. 1
Frequently supervising device is corresponding, and described video frequency monitoring method includes:
Step S201: the monitoring video information obtained is carried out intellectual analysis, analyzes the most whether comprise place
Object to be monitored in kinestate；
Step S202: in the case of comprising described object to be monitored in monitoring video information, determine with
Comprise the association photographic head that the corresponding photographic head of monitoring video information of described object to be monitored is corresponding；
Step S203: if described association photographic head is in park mode, controls described association photographic head and cuts
Change to normal mode of operation.
The video frequency monitoring method of the embodiment of the present invention, by the monitoring video information obtained is carried out intellectual analysis,
Analyze the most whether comprise the object to be monitored being kept in motion, comprise in monitoring video information described in treat
In the case of monitored object, determine image corresponding with the monitoring video information comprising described object to be monitored
The association photographic head that head is corresponding, and if described association photographic head is in park mode, control described association and take the photograph
As head is switched to normal mode of operation, to ensure to obtain complete monitor video, it is to avoid uncorrelated photographic head
Normal work, the life-span of shooting components and parts can not only be extended, additionally it is possible to save electric power resource.
Wherein, described park mode refers to that photographic head is in power saving resting state, such as, closes background light filling
Lamp, closedown photographic head data sampling, reduce the clock frequency etc. of hardware processor.
Under normal circumstances, the incidence relation between photographic head can determine according to the default feature of photographic head, and institute
The default feature stating photographic head includes geographical location information and the monitoring range of photographic head, concrete, describedly
The longitude at reason positional information the most described photographic head place and latitude, described monitoring range e.g. 360
Within degree monitoring and radius 100 meters.
In the specific embodiment of the invention, described in determine with comprise described object to be monitored monitor video letter
The association photographic head ceasing corresponding photographic head corresponding includes:
According to geographical location information and the monitoring range of photographic head, determine and comprise described object to be monitored
The association photographic head that the corresponding photographic head of monitoring video information is corresponding.
This mode determining association photographic head, is often applicable to the mesh of the object to be monitored being kept in motion
The more single situation in ground, the highway of such as one-way traffic, as long as being aware of the geographical position of photographic head
Information and monitoring range, it is possible to determine corresponding with the monitoring video information comprising described object to be monitored
The association photographic head that photographic head is corresponding.
But, in actual life, also frequently run into destination's ratio of the object to be monitored being kept in motion
Relatively it is difficult to situation about determining, the park such as extended in all direction, only arrives when the camera collection at park entrance
In the case of the monitor video of the object to be monitored being kept in motion, can not be according to the geographical position of photographic head
Confidence breath and monitoring range, determine the association photographic head corresponding with the photographic head of described park entrance, described
Association photographic head is also relevant with the motion track of the described object to be monitored being kept in motion.
Based on foregoing description, in embodiments of the present invention, the described monitoring video information to obtaining carries out intelligence
Analyze and also include:
The motion track of the object to be monitored being kept in motion described in analysis；
The described corresponding photographic head of monitoring video information determined and comprise described object to be monitored is corresponding
Association photographic head includes:
According to the geographical location information of photographic head and monitoring range and the motion track of described object to be monitored, really
The association photographic head that the corresponding photographic head of monitoring video information made and comprise described object to be monitored is corresponding.
Such that make the place more complicated in path, it is also possible to according to the reality of described object to be monitored
Situation, accurately determines out association photographic head, it is ensured that obtain complete monitor video.
Wherein, in the specific embodiment of the invention, the default feature of described photographic head also includes presetting of photographic head
Mode of operation, and the default mode of operation of an at least photographic head in multiple photographic head of monitor video system
For normal mode of operation, the guarantee collection to monitor video.Concrete, the default Working mould of photographic head
Depending on the determination of formula can be according to practical situation, such as, the photographic head at the gateway of highway, it is pre-
If mode of operation is usually arranged as normal mode of operation, and the photographic head in the middle of highway, its default work
Pattern is usually arranged as park mode.
In the specific embodiment of the invention, described video frequency monitoring method also includes:
In the case of there is no described object to be monitored in monitoring video information, control to believe with described monitor video
Cease corresponding photographic head to revert to preset mode of operation.
As such, it is possible to make photographic head can revert in time preset mode of operation, it is to avoid inessential photographic head
Normally-open, can not only extend shooting components and parts life-span, additionally it is possible to save electric power resource.
Concrete, the embodiment of the present invention also provides for a kind of video monitoring system, including above-mentioned video monitoring dress
Put, can not only obtain complete monitor video and avoid the normal work of uncorrelated photographic head, additionally it is possible to prolonging
In the life-span of long shooting components and parts, save electric power resource.
It is wherein, shown in Figure 3, before described video monitoring system includes multiple photographic head 1, video monitoring
End 2 and video monitoring platform 3, and the plurality of photographic head 1 is connected with described video monitoring front-end 2, use
In to the collection of monitor video and send to video monitoring front-end, described video monitoring front-end 2 and described video
Monitor supervision platform 3 connects, for the monitoring video information processed the monitor video received and will obtain
It is uploaded to video monitoring platform.
Concrete, the mode of operation of described photographic head is normal mode of operation or park mode, and the plurality of
In photographic head, at least the default mode of operation of a photographic head is normal mode of operation；Further, described determine
Module 12 is arranged at video monitoring platform, and described first control module 13 and the second control module are arranged at and regard
Frequently front monitoring front-end, for the control to photographic head.
And described intelligent analysis module 11 is arranged at video monitoring platform, but described intelligent analysis module also may be used
To be arranged at video monitoring front-end, i.e. the intellectual analysis to monitoring video information, can be by video monitoring platform
Realize, it is also possible to realized by video monitoring front-end, from both, select one realize.
What deserves to be explained is, described video monitoring system can also include multiple camera unit and video monitoring
Platform, and the function that the above-mentioned photographic head of described camera unit set is similar with video monitoring front-end, equally
It is applicable to the present invention.
Below, as a example by the video monitoring system of the embodiment of the present invention being arranged at a certain closing fastlink,
Its work process is described in detail, specifically see shown in Fig. 4 and Fig. 5.
First, this closing fastlink has entrance 1 and outlet 2, and if described video monitoring system
There are 4 photographic head (being called for short, GU), be respectively deployed in described closing fastlink, concrete, GU1
Being deployed in entrance 1, GU2 and GU3 is deployed in inside fastlink, and GU4 is deployed in outlet 4, such as Fig. 4
Shown in, and the default mode of operation of GU1 and GU4 is normal mode of operation, GU2 and GU3 presets
Mode of operation is park mode.And in described video monitoring system, video monitoring platform it is responsible for intellectual analysis
Function.
Further, the geographical location information that default feature is GU of each GU, including longitude and latitude (warp
Degree scope [-180 ,+180], latitude scope [-90 ,+90]), and monitoring range, such as 360 degree monitoring and half
Within 300 meters of footpath.And the object to be monitored being kept in motion such as lorry A.
Refering to shown in Fig. 5, the workflow of described video monitoring system is as follows:
Step S501: lorry A is sailed into this by entrance 1 and closes fastlink；
Step S502: the GU1 being in normal mode of operation collects the video about lorry A, and sends
To video monitoring front-end (be called for short, PU), the monitor video received is processed and will obtain by PU
Monitoring video information is uploaded to video monitoring platform；
Step S503: video monitoring platform carries out intellectual analysis to monitoring video information, obtains having vehicle to sail
Enter the monitoring range of GU1 and moving；
Step S504: video monitoring platform is according to the geographical location information of all GU and monitoring range, really
Make the GU2 corresponding with GU1；
Step S505:PU controls GU2 and is switched to normal mode of operation, makes GU2 be responsible for adapter and gathers prison
The work of control video；
Step S506: video monitoring platform continues to carry out the monitoring video information relevant with GU1 intelligence point
Analysis, analyzes whether it need monitoring objective；
Step S507: revert to preset mode of operation if it did not, PU controls GU1, i.e. keep
Normal mode of operation；
Step S508: be in the GU2 of normal mode of operation and collect the video about lorry A, follow-up enter
Similar step S502 of row～the flow process of step S505, make GU3 be responsible for the work of adapter acquisition monitoring video；
And GU2 is carried out similar step S506～the flow process of step S507 so that it is revert to park mode or continuation
It is in normal mode of operation；
Step S509: be in the GU3 of normal mode of operation and collect the video about lorry A, follow-up enter
Similar step S502 of row～the flow process of step S505, make GU4 be responsible for the work of adapter acquisition monitoring video；
And GU3 is carried out similar step S506～the flow process of step S507 so that it is revert to park mode or continuation
It is in normal mode of operation；
Step S510: when lorry A leaves the monitoring range of GU4, leaves from outlet 2, and video monitoring is put down
Platform is able to detect that GU4, without other monitored object, controls GU4 and recovers to preset mode of operation, i.e. remain
Normal mode of operation.
The above is only the preferred embodiment of the present invention, it is noted that common for the art
For technical staff, under the premise without departing from the principles of the invention, it is also possible to make some improvements and modifications,
These improvements and modifications also should be regarded as protection scope of the present invention.
Claims (10)
1. a video monitoring apparatus, it is characterised in that including:
The most whether intelligent analysis module, for the monitoring video information obtained carries out intellectual analysis, analyze
Comprise the object to be monitored being kept in motion；
Determine module, in the case of comprising described object to be monitored in monitoring video information, determine
The association photographic head corresponding with the corresponding photographic head of monitoring video information comprising described object to be monitored；
First control module, if being in park mode for described association photographic head, controlling described association and taking the photograph
As head is switched to normal mode of operation.
Video monitoring apparatus the most according to claim 1, it is characterised in that described determine module bag
Include:
First determines module, for geographical location information and the monitoring range of foundation photographic head, determines and wraps
Containing the association photographic head that the corresponding photographic head of monitoring video information of described object to be monitored is corresponding.
Video monitoring apparatus the most according to claim 1, it is characterised in that described intellectual analysis mould
Block includes:
Analyze submodule, be used for the motion track of the object to be monitored being kept in motion described in analyzing；
Described determine that module includes:
Second determines module, for according to the geographical location information of photographic head and monitoring range and described to be monitored
The motion track of object, the corresponding photographic head of monitoring video information determined with comprise described object to be monitored
Corresponding association photographic head.
Video monitoring apparatus the most according to claim 1, it is characterised in that described video monitoring fills
Put and also include:
Second control module, in the case of there is no described object to be monitored in monitoring video information, control
Make photographic head corresponding with described monitoring video information to revert to preset mode of operation.
5. a video frequency monitoring method, it is characterised in that including:
The monitoring video information obtained is carried out intellectual analysis, analyzes the most whether to comprise and be kept in motion
Object to be monitored；
In the case of comprising described object to be monitored in monitoring video information, determine and wait to supervise described in comprising
Control the association photographic head that the corresponding photographic head of monitoring video information of object is corresponding；
If described association photographic head is in park mode, controls described association photographic head and be switched to normally work
Pattern.
Video frequency monitoring method the most according to claim 5, it is characterised in that described in determine and wrap
The association photographic head corresponding containing the corresponding photographic head of monitoring video information of described object to be monitored includes:
According to geographical location information and the monitoring range of photographic head, determine and comprise described object to be monitored
The association photographic head that the corresponding photographic head of monitoring video information is corresponding.
Video frequency monitoring method the most according to claim 5, it is characterised in that the described prison to obtaining
Control video information carries out intellectual analysis and also includes:
The motion track of the object to be monitored being kept in motion described in analysis；
The described corresponding photographic head of monitoring video information determined and comprise described object to be monitored is corresponding
Association photographic head includes:
According to the geographical location information of photographic head and monitoring range and the motion track of described object to be monitored, really
The association photographic head that the corresponding photographic head of monitoring video information made and comprise described object to be monitored is corresponding.
Video frequency monitoring method the most according to claim 5, it is characterised in that described video monitoring side
Method also includes:
In the case of there is no described object to be monitored in monitoring video information, control to believe with described monitor video
Cease corresponding photographic head to revert to preset mode of operation.
9. a video monitoring system, it is characterised in that include arbitrary described regarding in claim 1-4
Frequently supervising device.
Video monitoring system the most according to claim 9, it is characterised in that described video monitoring system
System includes video monitoring platform, video monitoring front-end and multiple photographic head, and described intelligent analysis module is arranged at
Video monitoring platform or video monitoring front-end.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510217516.6A CN106210613A (en) | 2015-04-30 | 2015-04-30 | A kind of video frequency monitoring method, Apparatus and system |
| PCT/CN2015/091295 WO2016173206A1 (en) | 2015-04-30 | 2015-09-30 | Video monitoring method, device and system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510217516.6A CN106210613A (en) | 2015-04-30 | 2015-04-30 | A kind of video frequency monitoring method, Apparatus and system |
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| CN106210613A true CN106210613A (en) | 2016-12-07 |
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