CN107506950A - Hydraulic and electric engineering remote monitoring method and system based on secret sharing - Google Patents
Hydraulic and electric engineering remote monitoring method and system based on secret sharing Download PDFInfo
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- CN107506950A CN107506950A CN201710941038.2A CN201710941038A CN107506950A CN 107506950 A CN107506950 A CN 107506950A CN 201710941038 A CN201710941038 A CN 201710941038A CN 107506950 A CN107506950 A CN 107506950A
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- 238000007689 inspection Methods 0.000 claims description 63
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Abstract
A kind of hydraulic and electric engineering remote monitoring method based on secret sharing, it comprises the following steps：S1, the geographical location information for obtaining hydraulic and electric engineering equipment, the geographical location information of the hydraulic and electric engineering equipment include the geographic coordinate information, altitude info ination, floor space information of hydraulic and electric engineering equipment；S2, the function and usage according to each hydraulic and electric engineering equipment, attribute obtain the risk category information of each hydraulic and electric engineering equipment, risk class information corresponding to each risk category；S3, risk class information corresponding to the risk category information of each hydraulic and electric engineering equipment, each risk category is sent to remote server, remote server is associated with environmental information by part risk category information in risk category information；And the risk relative strategy of each hydraulic and electric engineering equipment is generated by remote server；The risk category information includes sedimentation information, crosses thermal information, deformation data.
Description
Technical field
The present invention relates to wireless monitor technical field, more particularly to a kind of hydraulic and electric engineering based on secret sharing remotely monitors
Method and system.
Background technology
With the fast development of national economy, effect of the hydraulic engineering played in national economy is increasing, and flood control is more
It is an importance for directly affecting the national economic development, flood control dam centralized monitoring system, really embodies modern times of flood control
Change management, intellectualized operation.Early warning flood control dam water level conditions, loss is brought to strive for preciousness for managerial decision and reduction flood
Time, the safety of effective guarantee people's lives and properties, prior art exist due to early warning flood control dam system it is complete not in time,
And cause to lose the valuable time that rescue flood brings loss, it is impossible to which the safe of effective guarantee people's lives and properties is asked
Topic.
The content of the invention
In view of this, the present invention proposes a kind of hydraulic and electric engineering remote monitoring method and system based on secret sharing.
A kind of hydraulic and electric engineering remote monitoring method based on secret sharing, it comprises the following steps：
S1, the geographical location information for obtaining hydraulic and electric engineering equipment, the geographical location information of the hydraulic and electric engineering equipment include
The geographic coordinate information of hydraulic and electric engineering equipment, altitude info ination, floor space information；
S2, the risk category for obtaining according to the function and usage of each hydraulic and electric engineering equipment, attribute each hydraulic and electric engineering equipment
Risk class information corresponding to information, each risk category；
S3, risk class information corresponding to the risk category information of each hydraulic and electric engineering equipment, each risk category sent out
Remote server is sent to, remote server is associated with environmental information by part risk category information in risk category information；And
The risk relative strategy of each hydraulic and electric engineering equipment is generated by remote server；The risk category information includes sedimentation and believed
Breath, cross thermal information, deformation data；
S4, the patrol strategy according to the risk relative strategy acquisition hydraulic and electric engineering equipment for generating each hydraulic and electric engineering equipment,
According to the inspection route information of the patrol strategy of hydraulic and electric engineering equipment generation hydraulic and electric engineering equipment, the deployment information of attendant；
S5, according to the inspection route information of the hydraulic and electric engineering equipment determined in step S4, the deployment information pair of attendant
Hydraulic and electric engineering equipment carries out inspection, and is sent to remote server after inspection result is encrypted；
S6, remote server are contrasted the risk relative strategy of inspection result and each hydraulic and electric engineering equipment, are obtained
Risk class is more than the hydraulic and electric engineering equipment of predetermined threshold value；
S7, water of the risk class more than predetermined threshold value is determined according to the geographic coordinate information of water conservancy power equipment in step S1
The geographic coordinate information of sharp power equipment；
S8, using the geographic coordinate information of determination as the center of circle, using pre-determined distance as radius, to corresponding to attendant it is mobile eventually
End sends service request information, receives the feedback information that attendant is sent by mobile terminal, from the feedback information of reception
Screen fastest to up to mobile terminal corresponding to attendant, and mobile terminal corresponding to the attendant is issued into service order
Information.
In the hydraulic and electric engineering remote monitoring method of the present invention based on secret sharing, to water conservancy in the step S5
Power equipment, which carries out inspection, includes the deformation inspection to hydraulic and electric engineering equipment, specifically includes：
Remote server pre-sets the normal condition image of each hydraulic and electric engineering equipment, by typical abnormal image input to
Remote server；Remote server carries out processing according to BP neural algorithms and obtains image recognition model；
The different unmanned planes that unmanned plane is sent according to the inspection route information and remote server of hydraulic and electric engineering equipment
Residence time instruction carries out deformation inspection to hydraulic and electric engineering equipment；
The normal condition figure for the hydraulic and electric engineering equipment that unmanned plane stores the image of the hydraulic and electric engineering equipment of shooting with itself
As being contrasted, judge whether difference exceedes preset value；Not less than when, selection the image of shooting is directly stored in unmanned plane
It is interior, when more than preset value, the image of shooting is sent to remote server；
The hydraulic and electric engineering equipment video image of shooting is identified by image recognition model for remote server, is being judged
For it is abnormal when, generate warning information.
In the hydraulic and electric engineering remote monitoring method of the present invention based on secret sharing, according to water in the step S4
The deployment information of the patrol strategy generation attendant of sharp power equipment includes：
The risk of each hydraulic and electric engineering equipment is obtained according to the function and usage of each hydraulic and electric engineering equipment, attribute in step S2
Professional knowledge needed for risk class information acquisition hydraulic and electric engineering device service personnel corresponding to kind of information, each risk category is believed
Breath；
Expert knowledge information, geographic coordinate information generation attendant's need of hydraulic and electric engineering equipment according to needed for attendant
Seek information；
Receive the pre-registration information that attendant is sent by mobile terminal, and believed according to professional knowledge difficulty, pre-registration
Breath determines service factor value, and the service factor value is used for the contribution for determining single service；
The deployment information of the attendant handled hydraulic and electric engineering equipment is converted into demand for services, and sent to pre-registration
Mobile terminal corresponding to attendant.
The present invention also provides a kind of hydraulic and electric engineering remote supervision system based on secret sharing, and it includes such as lower unit：
Information acquisition unit, for obtaining the geographical location information of hydraulic and electric engineering equipment, the ground of the hydraulic and electric engineering equipment
Managing positional information includes the geographic coordinate information, altitude info ination, floor space information of hydraulic and electric engineering equipment；
Risk dispensing unit, each hydraulic and electric engineering is obtained for the function and usage according to each hydraulic and electric engineering equipment, attribute
Risk class information corresponding to the risk category information of equipment, each risk category；
Information association unit, for by corresponding to the risk category information of each hydraulic and electric engineering equipment, each risk category
Risk class information is sent to remote server, and remote server is by part risk category information and environment in risk category information
Information is associated；And the risk relative strategy of each hydraulic and electric engineering equipment is generated by remote server；The risk category letter
Breath includes settling information, crosses thermal information, deformation data；
Patrol strategy unit, set for obtaining hydraulic and electric engineering according to the risk relative strategy for generating each hydraulic and electric engineering equipment
Standby patrol strategy, inspection route information, the service people of hydraulic and electric engineering equipment are generated according to the patrol strategy of hydraulic and electric engineering equipment
The deployment information of member；
Inspection execution unit, for the inspection route information according to the hydraulic and electric engineering equipment determined in patrol strategy unit,
The deployment information of attendant carries out inspection to hydraulic and electric engineering equipment, and is sent to remote service after inspection result is encrypted
Device；
Risk determining unit, for by remote server that inspection result is corresponding with the risk of each hydraulic and electric engineering equipment
Strategy is contrasted, and obtains the hydraulic and electric engineering equipment that risk class is more than predetermined threshold value；
Failure location unit, for determining risk according to the geographic coordinate information of water conservancy power equipment in information acquisition unit
Grade is more than the geographic coordinate information of the hydraulic and electric engineering equipment of predetermined threshold value；
Personnel's screening unit, for using the geographic coordinate information of determination as the center of circle, using pre-determined distance as radius, to service people
Mobile terminal sends service request information corresponding to member, receives the feedback information that attendant is sent by mobile terminal, from connecing
In the feedback information of receipts screening fastest to up to mobile terminal corresponding to attendant, and will corresponding to the attendant it is mobile eventually
End issues service order information.
In the hydraulic and electric engineering remote supervision system of the present invention based on secret sharing, in the inspection execution unit
Carrying out inspection to hydraulic and electric engineering equipment includes the deformation inspection to hydraulic and electric engineering equipment, specifically includes：
Remote server pre-sets the normal condition image of each hydraulic and electric engineering equipment, by typical abnormal image input to
Remote server；Remote server carries out processing according to BP neural algorithms and obtains image recognition model；
The different unmanned planes that unmanned plane is sent according to the inspection route information and remote server of hydraulic and electric engineering equipment
Residence time instruction carries out deformation inspection to hydraulic and electric engineering equipment；
The normal condition figure for the hydraulic and electric engineering equipment that unmanned plane stores the image of the hydraulic and electric engineering equipment of shooting with itself
As being contrasted, judge whether difference exceedes preset value；Not less than when, selection the image of shooting is directly stored in unmanned plane
It is interior, when more than preset value, the image of shooting is sent to remote server；
The hydraulic and electric engineering equipment video image of shooting is identified by image recognition model for remote server, is being judged
For it is abnormal when, generate warning information.
In the hydraulic and electric engineering remote supervision system of the present invention based on secret sharing, in the patrol strategy unit
The deployment information of attendant is generated according to the patrol strategy of hydraulic and electric engineering equipment to be included：
Each hydraulic and electric engineering equipment is obtained according to the function and usage of each hydraulic and electric engineering equipment, attribute in risk dispensing unit
Risk category information, specialty needed for risk class information acquisition hydraulic and electric engineering device service personnel corresponding to each risk category
Knowledge information；
Expert knowledge information, geographic coordinate information generation attendant's need of hydraulic and electric engineering equipment according to needed for attendant
Seek information；
Receive the pre-registration information that attendant is sent by mobile terminal, and believed according to professional knowledge difficulty, pre-registration
Breath determines service factor value, and the service factor value is used for the contribution for determining single service；
The deployment information of the attendant handled hydraulic and electric engineering equipment is converted into demand for services, and sent to pre-registration
Mobile terminal corresponding to attendant.
Implement the hydraulic and electric engineering remote monitoring method provided by the invention based on secret sharing and system and prior art phase
Than having the advantage that：The risk relative strategy of each hydraulic and electric engineering equipment can be generated by remote server, can be with pin
Function and usage, attribute to each hydraulic and electric engineering equipment obtain risk category information, each risk of each hydraulic and electric engineering equipment
Risk class information takes different monitoring means corresponding to species；And it can be given birth to according to the patrol strategy of hydraulic and electric engineering equipment
The deployment information of inspection route information, attendant into hydraulic and electric engineering equipment.
Brief description of the drawings
Fig. 1 is the hydraulic and electric engineering remote supervision system structured flowchart based on secret sharing of the embodiment of the present invention.
Embodiment
A kind of hydraulic and electric engineering remote monitoring method based on secret sharing, it comprises the following steps：
S1, the geographical location information for obtaining hydraulic and electric engineering equipment, the geographical location information of the hydraulic and electric engineering equipment include
The geographic coordinate information of hydraulic and electric engineering equipment, altitude info ination, floor space information；
S2, the risk category for obtaining according to the function and usage of each hydraulic and electric engineering equipment, attribute each hydraulic and electric engineering equipment
Risk class information corresponding to information, each risk category；
S3, risk class information corresponding to the risk category information of each hydraulic and electric engineering equipment, each risk category sent out
Remote server is sent to, remote server is associated with environmental information by part risk category information in risk category information；And
The risk relative strategy of each hydraulic and electric engineering equipment is generated by remote server；The risk category information includes sedimentation and believed
Breath, cross thermal information, deformation data；
S4, the patrol strategy according to the risk relative strategy acquisition hydraulic and electric engineering equipment for generating each hydraulic and electric engineering equipment,
According to the inspection route information of the patrol strategy of hydraulic and electric engineering equipment generation hydraulic and electric engineering equipment, the deployment information of attendant；
S5, according to the inspection route information of the hydraulic and electric engineering equipment determined in step S4, the deployment information pair of attendant
Hydraulic and electric engineering equipment carries out inspection, and is sent to remote server after inspection result is encrypted；
S6, remote server are contrasted the risk relative strategy of inspection result and each hydraulic and electric engineering equipment, are obtained
Risk class is more than the hydraulic and electric engineering equipment of predetermined threshold value；
S7, water of the risk class more than predetermined threshold value is determined according to the geographic coordinate information of water conservancy power equipment in step S1
The geographic coordinate information of sharp power equipment；
S8, using the geographic coordinate information of determination as the center of circle, using pre-determined distance as radius, to corresponding to attendant it is mobile eventually
End sends service request information, receives the feedback information that attendant is sent by mobile terminal, from the feedback information of reception
Screen fastest to up to mobile terminal corresponding to attendant, and mobile terminal corresponding to the attendant is issued into service order
Information.
In the hydraulic and electric engineering remote monitoring method of the present invention based on secret sharing, to water conservancy in the step S5
Power equipment, which carries out inspection, includes the deformation inspection to hydraulic and electric engineering equipment, specifically includes：
Remote server pre-sets the normal condition image of each hydraulic and electric engineering equipment, by typical abnormal image input to
Remote server；Remote server carries out processing according to BP neural algorithms and obtains image recognition model；
The different unmanned planes that unmanned plane is sent according to the inspection route information and remote server of hydraulic and electric engineering equipment
Residence time instruction carries out deformation inspection to hydraulic and electric engineering equipment；
The normal condition figure for the hydraulic and electric engineering equipment that unmanned plane stores the image of the hydraulic and electric engineering equipment of shooting with itself
As being contrasted, judge whether difference exceedes preset value；Not less than when, selection the image of shooting is directly stored in unmanned plane
It is interior, when more than preset value, the image of shooting is sent to remote server；
The hydraulic and electric engineering equipment video image of shooting is identified by image recognition model for remote server, is being judged
For it is abnormal when, generate warning information.
In the hydraulic and electric engineering remote monitoring method of the present invention based on secret sharing, according to water in the step S4
The deployment information of the patrol strategy generation attendant of sharp power equipment includes：
The risk of each hydraulic and electric engineering equipment is obtained according to the function and usage of each hydraulic and electric engineering equipment, attribute in step S2
Professional knowledge needed for risk class information acquisition hydraulic and electric engineering device service personnel corresponding to kind of information, each risk category is believed
Breath；
Expert knowledge information, geographic coordinate information generation attendant's need of hydraulic and electric engineering equipment according to needed for attendant
Seek information；
Receive the pre-registration information that attendant is sent by mobile terminal, and believed according to professional knowledge difficulty, pre-registration
Breath determines service factor value, and the service factor value is used for the contribution for determining single service；
The deployment information of the attendant handled hydraulic and electric engineering equipment is converted into demand for services, and sent to pre-registration
Mobile terminal corresponding to attendant.
As shown in figure 1, the present invention also provides a kind of hydraulic and electric engineering remote supervision system based on secret sharing, it is included such as
Lower unit：
Information acquisition unit, for obtaining the geographical location information of hydraulic and electric engineering equipment, the ground of the hydraulic and electric engineering equipment
Managing positional information includes the geographic coordinate information, altitude info ination, floor space information of hydraulic and electric engineering equipment；
Risk dispensing unit, each hydraulic and electric engineering is obtained for the function and usage according to each hydraulic and electric engineering equipment, attribute
Risk class information corresponding to the risk category information of equipment, each risk category；
Information association unit, for by corresponding to the risk category information of each hydraulic and electric engineering equipment, each risk category
Risk class information is sent to remote server, and remote server is by part risk category information and environment in risk category information
Information is associated；And the risk relative strategy of each hydraulic and electric engineering equipment is generated by remote server；The risk category letter
Breath includes settling information, crosses thermal information, deformation data；
Patrol strategy unit, set for obtaining hydraulic and electric engineering according to the risk relative strategy for generating each hydraulic and electric engineering equipment
Standby patrol strategy, inspection route information, the service people of hydraulic and electric engineering equipment are generated according to the patrol strategy of hydraulic and electric engineering equipment
The deployment information of member；
Inspection execution unit, for the inspection route information according to the hydraulic and electric engineering equipment determined in patrol strategy unit,
The deployment information of attendant carries out inspection to hydraulic and electric engineering equipment, and is sent to remote service after inspection result is encrypted
Device；
Risk determining unit, for by remote server that inspection result is corresponding with the risk of each hydraulic and electric engineering equipment
Strategy is contrasted, and obtains the hydraulic and electric engineering equipment that risk class is more than predetermined threshold value；
Failure location unit, for determining risk according to the geographic coordinate information of water conservancy power equipment in information acquisition unit
Grade is more than the geographic coordinate information of the hydraulic and electric engineering equipment of predetermined threshold value；
Personnel's screening unit, for using the geographic coordinate information of determination as the center of circle, using pre-determined distance as radius, to service people
Mobile terminal sends service request information corresponding to member, receives the feedback information that attendant is sent by mobile terminal, from connecing
In the feedback information of receipts screening fastest to up to mobile terminal corresponding to attendant, and will corresponding to the attendant it is mobile eventually
End issues service order information.
In the hydraulic and electric engineering remote supervision system of the present invention based on secret sharing, in the inspection execution unit
Carrying out inspection to hydraulic and electric engineering equipment includes the deformation inspection to hydraulic and electric engineering equipment, specifically includes：
Remote server pre-sets the normal condition image of each hydraulic and electric engineering equipment, by typical abnormal image input to
Remote server；Remote server carries out processing according to BP neural algorithms and obtains image recognition model；
The different unmanned planes that unmanned plane is sent according to the inspection route information and remote server of hydraulic and electric engineering equipment
Residence time instruction carries out deformation inspection to hydraulic and electric engineering equipment；
The normal condition figure for the hydraulic and electric engineering equipment that unmanned plane stores the image of the hydraulic and electric engineering equipment of shooting with itself
As being contrasted, judge whether difference exceedes preset value；Not less than when, selection the image of shooting is directly stored in unmanned plane
It is interior, when more than preset value, the image of shooting is sent to remote server；
The hydraulic and electric engineering equipment video image of shooting is identified by image recognition model for remote server, is being judged
For it is abnormal when, generate warning information.
In the hydraulic and electric engineering remote supervision system of the present invention based on secret sharing, in the patrol strategy unit
The deployment information of attendant is generated according to the patrol strategy of hydraulic and electric engineering equipment to be included：
Each hydraulic and electric engineering equipment is obtained according to the function and usage of each hydraulic and electric engineering equipment, attribute in risk dispensing unit
Risk category information, specialty needed for risk class information acquisition hydraulic and electric engineering device service personnel corresponding to each risk category
Knowledge information；
Expert knowledge information, geographic coordinate information generation attendant's need of hydraulic and electric engineering equipment according to needed for attendant
Seek information；
Receive the pre-registration information that attendant is sent by mobile terminal, and believed according to professional knowledge difficulty, pre-registration
Breath determines service factor value, and the service factor value is used for the contribution for determining single service；
The deployment information of the attendant handled hydraulic and electric engineering equipment is converted into demand for services, and sent to pre-registration
Mobile terminal corresponding to attendant.
Implement the hydraulic and electric engineering remote monitoring method provided by the invention based on secret sharing and system and prior art phase
Than having the advantage that：The risk relative strategy of each hydraulic and electric engineering equipment can be generated by remote server, can be with pin
Function and usage, attribute to each hydraulic and electric engineering equipment obtain risk category information, each risk of each hydraulic and electric engineering equipment
Risk class information takes different monitoring means corresponding to species；And it can be given birth to according to the patrol strategy of hydraulic and electric engineering equipment
The deployment information of inspection route information, attendant into hydraulic and electric engineering equipment.
Above method embodiment is one-to-one with system embodiment, and therefore, the extension of embodiment of the method is also applicable
In said system embodiment.
Directly it can be held with reference to the step of method or algorithm that the embodiments described herein describes with hardware, processor
Capable software module, or the two combination are implemented.Software module can be placed in random access memory, internal memory, read-only storage,
Institute is public in electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technical field
In the storage medium for any other forms known.
It is understood that for the person of ordinary skill of the art, it can be conceived with the technique according to the invention and done
Go out other various corresponding changes and deformation, and all these changes and deformation should all belong to the protection model of the claims in the present invention
Enclose.
Claims (6)
1. a kind of hydraulic and electric engineering remote monitoring method based on secret sharing, it is characterised in that it comprises the following steps：
S1, the geographical location information for obtaining hydraulic and electric engineering equipment, the geographical location information of the hydraulic and electric engineering equipment include water conservancy
The geographic coordinate information of power equipment, altitude info ination, floor space information；
S2, the risk category information for obtaining according to the function and usage of each hydraulic and electric engineering equipment, attribute each hydraulic and electric engineering equipment,
Risk class information corresponding to each risk category；
S3, risk class information corresponding to the risk category information of each hydraulic and electric engineering equipment, each risk category is sent to
Remote server, remote server are associated with environmental information by part risk category information in risk category information；And pass through
Remote server generates the risk relative strategy of each hydraulic and electric engineering equipment；The risk category information includes sedimentation information, mistake
Thermal information, deformation data；
S4, the patrol strategy according to the risk relative strategy acquisition hydraulic and electric engineering equipment for generating each hydraulic and electric engineering equipment, according to
Inspection route information, the deployment information of attendant of the patrol strategy generation hydraulic and electric engineering equipment of hydraulic and electric engineering equipment；
S5, according to the inspection route information of the hydraulic and electric engineering equipment determined in step S4, attendant deployment information to water conservancy
Power equipment carries out inspection, and is sent to remote server after inspection result is encrypted；
S6, remote server are contrasted the risk relative strategy of inspection result and each hydraulic and electric engineering equipment, obtain risk
Grade is more than the hydraulic and electric engineering equipment of predetermined threshold value；
S7, water conservancy electricity of the risk class more than predetermined threshold value is determined according to the geographic coordinate information of water conservancy power equipment in step S1
The geographic coordinate information of power equipment；
S8, using the geographic coordinate information of determination as the center of circle, using pre-determined distance as radius, sent out to mobile terminal corresponding to attendant
Service request information is sent, receives the feedback information that attendant is sent by mobile terminal, is screened from the feedback information of reception
Fastest to up to mobile terminal corresponding to attendant, and by mobile terminal corresponding to the attendant issue service order letter
Breath.
2. the hydraulic and electric engineering remote monitoring method based on secret sharing as claimed in claim 1, it is characterised in that the step
Carrying out inspection to hydraulic and electric engineering equipment in S5 includes the deformation inspection to hydraulic and electric engineering equipment, specifically includes：
Remote server pre-sets the normal condition image of each hydraulic and electric engineering equipment, and typical abnormal image is inputted to long-range
Server；Remote server carries out processing according to BP neural algorithms and obtains image recognition model；
The different unmanned planes that unmanned plane is sent according to the inspection route information and remote server of hydraulic and electric engineering equipment stop
Time command carries out deformation inspection to hydraulic and electric engineering equipment；
The normal condition image for the hydraulic and electric engineering equipment that unmanned plane stores the image of the hydraulic and electric engineering equipment of shooting with itself enters
Row contrast, judges whether difference exceedes preset value；Not less than when, selection directly the image of shooting is stored in unmanned plane,
When more than preset value, the image of shooting is sent to remote server；
The hydraulic and electric engineering equipment video image of shooting is identified by image recognition model for remote server, be judged as it is different
Chang Shi, generate warning information.
3. the hydraulic and electric engineering remote monitoring method based on secret sharing as claimed in claim 2, it is characterised in that the step
Generating the deployment information of attendant in S4 according to the patrol strategy of hydraulic and electric engineering equipment includes：
The risk category of each hydraulic and electric engineering equipment is obtained according to the function and usage of each hydraulic and electric engineering equipment, attribute in step S2
Expert knowledge information needed for risk class information acquisition hydraulic and electric engineering device service personnel corresponding to information, each risk category；
Expert knowledge information, the geographic coordinate information generation attendant demand letter of hydraulic and electric engineering equipment according to needed for attendant
Breath；
Receive the pre-registration information that attendant is sent by mobile terminal, and it is true according to professional knowledge difficulty, pre-registration information
Determine service factor value, the service factor value is used for the contribution for determining single service；
The deployment information of the attendant handled hydraulic and electric engineering equipment is converted into demand for services, and sent to pre-registration service
Mobile terminal corresponding to personnel.
4. a kind of hydraulic and electric engineering remote supervision system based on secret sharing, it is characterised in that it includes such as lower unit：
Information acquisition unit, for obtaining the geographical location information of hydraulic and electric engineering equipment, the geographical position of the hydraulic and electric engineering equipment
Confidence ceases the geographic coordinate information, altitude info ination, floor space information for including hydraulic and electric engineering equipment；
Risk dispensing unit, each hydraulic and electric engineering equipment is obtained for the function and usage according to each hydraulic and electric engineering equipment, attribute
Risk category information, risk class information corresponding to each risk category；
Information association unit, for by risk corresponding to the risk category information of each hydraulic and electric engineering equipment, each risk category
Class information is sent to remote server, and remote server is by part risk category information and environmental information in risk category information
It is associated；And the risk relative strategy of each hydraulic and electric engineering equipment is generated by remote server；The risk category packet
Include sedimentation information, cross thermal information, deformation data；
Patrol strategy unit, for obtaining hydraulic and electric engineering equipment according to the risk relative strategy for generating each hydraulic and electric engineering equipment
Patrol strategy, the inspection route information of hydraulic and electric engineering equipment, attendant are generated according to the patrol strategy of hydraulic and electric engineering equipment
Deployment information；
Inspection execution unit, for the inspection route information according to the hydraulic and electric engineering equipment determined in patrol strategy unit, service
The deployment information of personnel carries out inspection to hydraulic and electric engineering equipment, and is sent to remote server after inspection result is encrypted；
Risk determining unit, for by remote server by the risk relative strategy of inspection result and each hydraulic and electric engineering equipment
Contrasted, obtain the hydraulic and electric engineering equipment that risk class is more than predetermined threshold value；
Failure location unit, for determining risk class according to the geographic coordinate information of water conservancy power equipment in information acquisition unit
More than the geographic coordinate information of the hydraulic and electric engineering equipment of predetermined threshold value；
Personnel's screening unit, for using the geographic coordinate information of determination as the center of circle, using pre-determined distance as radius, to attendant couple
The mobile terminal answered sends service request information, receives the feedback information that attendant is sent by mobile terminal, from reception
In feedback information screening fastest to up to mobile terminal corresponding to attendant, and by under mobile terminal corresponding to the attendant
Send out service order information.
5. the hydraulic and electric engineering remote supervision system based on secret sharing as claimed in claim 4, it is characterised in that the inspection
Carrying out inspection to hydraulic and electric engineering equipment in execution unit includes the deformation inspection to hydraulic and electric engineering equipment, specifically includes：
Remote server pre-sets the normal condition image of each hydraulic and electric engineering equipment, and typical abnormal image is inputted to long-range
Server；Remote server carries out processing according to BP neural algorithms and obtains image recognition model；
The different unmanned planes that unmanned plane is sent according to the inspection route information and remote server of hydraulic and electric engineering equipment stop
Time command carries out deformation inspection to hydraulic and electric engineering equipment；
The normal condition image for the hydraulic and electric engineering equipment that unmanned plane stores the image of the hydraulic and electric engineering equipment of shooting with itself enters
Row contrast, judges whether difference exceedes preset value；Not less than when, selection directly the image of shooting is stored in unmanned plane,
When more than preset value, the image of shooting is sent to remote server；
The hydraulic and electric engineering equipment video image of shooting is identified by image recognition model for remote server, be judged as it is different
Chang Shi, generate warning information.
6. the hydraulic and electric engineering remote supervision system based on secret sharing as claimed in claim 5, it is characterised in that the inspection
Generating the deployment information of attendant in policy unit according to the patrol strategy of hydraulic and electric engineering equipment includes：
The wind of each hydraulic and electric engineering equipment is obtained according to the function and usage of each hydraulic and electric engineering equipment, attribute in risk dispensing unit
Professional knowledge needed for risk class information acquisition hydraulic and electric engineering device service personnel corresponding to insurance kind category information, each risk category
Information；
Expert knowledge information, the geographic coordinate information generation attendant demand letter of hydraulic and electric engineering equipment according to needed for attendant
Breath；
Receive the pre-registration information that attendant is sent by mobile terminal, and it is true according to professional knowledge difficulty, pre-registration information
Determine service factor value, the service factor value is used for the contribution for determining single service；
The deployment information of the attendant handled hydraulic and electric engineering equipment is converted into demand for services, and sent to pre-registration service
Mobile terminal corresponding to personnel.
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