CN110060783A - Authentication method, authentication device and the Verification System for grade of preventing epidemic - Google Patents
Authentication method, authentication device and the Verification System for grade of preventing epidemic Download PDFInfo
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- CN110060783A CN110060783A CN201910304712.5A CN201910304712A CN110060783A CN 110060783 A CN110060783 A CN 110060783A CN 201910304712 A CN201910304712 A CN 201910304712A CN 110060783 A CN110060783 A CN 110060783A
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Abstract
This application provides a kind of authentication method, authentication device and Verification Systems.The anti-epidemic system includes multiple for implementing the anti-epidemic-stricken areas that epidemic prevention operates and the epidemic prevention facility being arranged in the anti-epidemic-stricken area；The authentication method includes: to obtain epidemic prevention information, and the epidemic prevention information is related to the epidemic prevention facility and epidemic prevention operation；The scoring of the anti-epidemic system is calculated according to the epidemic prevention information and preset grade form；And the epidemic prevention grade of the anti-epidemic system is authenticated according to the scoring.Authentication method, authentication device and the Verification System of the epidemic prevention grade of the animal epidemic prevention system of the application are according to the epidemic prevention grade for calculating anti-epidemic system to epidemic prevention facility and the relevant epidemic prevention information of epidemic prevention operation and preset grade form, so that user is clearly understood that the epidemic prevention grade of farm, the poor epidemic prevention facility of epidemic prevention effect and epidemic prevention operation are targetedly improved convenient for user or increases epidemic prevention effect and is preferably prevented epidemic facility and epidemic prevention operation, are conducive to improve epidemic prevention effect.
Description
Technical field
This application involves technical field of epidemic prevention, in particular to a kind of authentication method of the epidemic prevention grade of animal epidemic prevention system,
Authentication device and Verification System.
Background technique
Currently, by animal (such as pig, sheep), raiser generally will use some anti-epidemic measures for epidemic disease infection in order to prevent
Ensure that guard ring is arranged to completely cut off internal and external environment, in pig by material culture (by taking pig as an example), such as around pig farm in farm
The region or facility that field can pass in and out need to prevent external germ infection pig, to cause pig sick very by strict sterilization etc.
To death.However, raiser can not determine that the epidemic prevention of farm is horizontal, the anti-epidemic measure of farm can not be targetedly improved,
Effect of preventing epidemic is general.
Summary of the invention
Presently filed embodiment provides authentication method, authentication device and the Verification System of a kind of grade of preventing epidemic.
The authentication method of the epidemic prevention grade of the animal epidemic prevention system of the application, the anti-epidemic system include multiple for implementing
The anti-epidemic-stricken area of epidemic prevention operation and the epidemic prevention facility being arranged in the anti-epidemic-stricken area；The authentication method includes: to obtain epidemic prevention letter
Breath, the epidemic prevention information are related to the epidemic prevention facility and epidemic prevention operation；According to the epidemic prevention information and preset scoring
Meter calculates the scoring of the anti-epidemic system；And the epidemic prevention grade of the anti-epidemic system is authenticated according to the scoring.
The authentication device of the application includes obtaining module, the first computing module and authentication module.The acquisition module is used for
Epidemic prevention information is obtained, the epidemic prevention information is related to the epidemic prevention facility and epidemic prevention operation；First computing module is used
In the scoring for calculating the anti-epidemic system according to the epidemic prevention information and preset grade form；The authentication module is used for according to institute
The epidemic prevention grade of the commentary point certification anti-epidemic system.
The Verification System of the application includes processor and memory, and the memory is stored with preset grade form, described
Processor is used for: obtaining epidemic prevention information, the epidemic prevention information is related to the epidemic prevention facility and epidemic prevention operation；According to described
Epidemic prevention information and the grade form calculate the scoring of the anti-epidemic system；And the anti-of the anti-epidemic system is authenticated according to the scoring
Epidemic disease grade.
Authentication method, authentication device and the Verification System of the epidemic prevention grade of the animal epidemic prevention system of the application according to epidemic prevention
Facility and the relevant epidemic prevention information of epidemic prevention operation and preset grade form calculate the epidemic prevention grade of anti-epidemic system, so that user can be clear
Understand to Chu the epidemic prevention grade of farm, the poor epidemic prevention facility of epidemic prevention effect and epidemic prevention behaviour are targetedly improved convenient for user
Make or increase epidemic prevention effect preferably prevent epidemic facility and epidemic prevention operation, be conducive to improve epidemic prevention effect.
The additional aspect and advantage of the application will be set forth in part in the description, and will partially become from the following description
It obtains obviously, or recognized by the practice of the application.
Detailed description of the invention
It, below will be to embodiment in order to illustrate more clearly of the application embodiment or technical solution in the prior art
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the application, for those of ordinary skill in the art, without creative efforts,
It is also possible to obtain other drawings based on these drawings.
Fig. 1 is the flow diagram of the authentication method of the application certain embodiments；
Fig. 2 is the module diagram of the authentication device of the application certain embodiments；
Fig. 3 is the structural schematic diagram of the anti-epidemic system of the application certain embodiments；
Fig. 4 is the structural schematic diagram of the anti-epidemic system of the application certain embodiments；
Fig. 5 is the schematic diagram of a scenario of the authentication method of the application certain embodiments；
Fig. 6 is the schematic diagram of a scenario of the authentication method of the application certain embodiments；
Fig. 7 is the structural schematic diagram of the anti-epidemic system of the application certain embodiments；
Fig. 8 is the flow diagram of the authentication method of the application certain embodiments；
Fig. 9 is the module diagram of the authentication device of the application certain embodiments；
Figure 10 is the flow diagram of the authentication method of the application certain embodiments；
Figure 11 is the flow diagram of the authentication method of the application certain embodiments；
Figure 12 is the module diagram of the authentication device of the application certain embodiments；
Figure 13 is the schematic diagram of a scenario of the authentication method of the application certain embodiments；
Figure 14 is the schematic diagram of a scenario of the authentication method of the application certain embodiments；
Figure 15 is the flow diagram of the authentication method of the application certain embodiments；
Figure 16 is the module diagram of the authentication device of the application certain embodiments；
Figure 17 is the schematic diagram of a scenario of the authentication method of the application certain embodiments；
Figure 18 is the schematic diagram of a scenario of the authentication method of the application certain embodiments；With
Figure 19 is the structural schematic diagram of the Verification System of the application certain embodiments.
Specific embodiment
Presently filed embodiment is described further below in conjunction with attached drawing.Same or similar label is from beginning in attached drawing
To the same or similar element of expression or element with the same or similar functions eventually.In addition, the sheet described with reference to the accompanying drawing
The embodiment of application is exemplary, and is only used for explaining presently filed embodiment, and should not be understood as the limit to the application
System.
Referring to Fig. 1, the authentication method of the epidemic prevention grade of the animal epidemic prevention system 200 (Fig. 7 shows) of the application embodiment,
Anti-epidemic system 200 includes multiple for implementing the anti-epidemic-stricken areas 201 that epidemic prevention operates and the epidemic prevention facility being arranged in anti-epidemic-stricken area 201
202；Authentication method includes:
011: obtaining epidemic prevention information, epidemic prevention information is related to epidemic prevention facility 202 and epidemic prevention operation；
012: the scoring of anti-epidemic system 200 is calculated according to epidemic prevention information and preset grade form；And
013: according to the epidemic prevention grade of scoring certification anti-epidemic system 200.
Referring to Fig. 2, the authentication device 10 of the application embodiment includes obtaining module 11, the first computing module 12 and recognizing
Demonstrate,prove module 13.Module 11 is obtained for obtaining epidemic prevention information, epidemic prevention information is related to epidemic prevention facility 202 and epidemic prevention operation；First
Computing module 12 is used to calculate the scoring of anti-epidemic system 200 according to epidemic prevention information and preset grade form；Authentication module 13 is used for
According to the epidemic prevention grade of scoring certification anti-epidemic system 200.In other words, step 011 is realized by acquisition module 11, step 012 by
First computing module 12 realizes that step 013 is realized by authentication module 13.
Referring to Fig. 3, the Verification System 100 of the application embodiment includes processor 20 and memory 30.Memory 30
It is stored with preset grade form.Processor 20 is used for: obtaining epidemic prevention information, epidemic prevention information and epidemic prevention facility 202 and epidemic prevention operates
It is related；The scoring of anti-epidemic system 200 is calculated according to epidemic prevention information and grade form；And according to the anti-of scoring certification anti-epidemic system 200
Epidemic disease grade.In other words, step 011, step 012 and step 013 can be realized by processor 20.
Specifically, the animal of the application includes but is not limited to the animal that pig, feeding, ox etc. can cultivate, below using animal as pig
It is illustrated, principle is similar whens animal is sheep, ox etc., and details are not described herein.
Processor 20 obtains the epidemic prevention information of current cultivation field first.Information of preventing epidemic and epidemic prevention facility 202 and epidemic prevention operation
Correlation, epidemic prevention information include whether that implementation epidemic prevention operates, the grade of epidemic prevention operation implementation, whether has epidemic prevention facility 202 and prevent
One or more of the grade of epidemic disease facility 202, for example, epidemic prevention information includes whether implementation epidemic prevention operation, epidemic prevention operation implementation
Grade, whether have epidemic prevention facility 202 or prevent epidemic facility 202 grade；Alternatively, epidemic prevention information includes whether to implement epidemic prevention behaviour
Make and epidemic prevention operates the grade implemented；Alternatively, epidemic prevention information include whether implement epidemic prevention operation, epidemic prevention operation implement grade and
Whether epidemic prevention facility 202 is had；Alternatively, epidemic prevention information include whether implement epidemic prevention operation, epidemic prevention operation implement grade, whether
The grade 202 for having epidemic prevention facility 202 and facility of preventing epidemic.
Information of preventing epidemic can input acquisition by receiving user, such as Verification System 100 can show epidemic prevention grade for the superlative degree
Anti-epidemic system 200 structure chart, include multiple epidemic prevention nodes in structure chart, each epidemic prevention node may include that multiple epidemic prevention are believed
Breath, user, which clicks any epidemic prevention node, could fill out corresponding epidemic prevention information, for example, user clicks the epidemic prevention node N1 in Fig. 4
Afterwards enter as shown in Figure 5 epidemic prevention information input interface, for prevent epidemic information: " whether have classification decontamination center? ", Yong Huke
Click " no decontamination " center ", " level-one decontamination center (that is, decontamination center) " or " second level decontamination center is (that is, two in Fig. 5
A decontamination center) " icon completes the input of current epidemic prevention information, and Fig. 5 is that user has selected " after second level decontamination " center " icon
Interface, " the choice box A1 on the left of second level decontamination " center " icon is selected；For another example user clicks the epidemic prevention node N2 in Fig. 4
The input interface for entering epidemic prevention information as shown in FIG. 6 afterwards, for information of preventing epidemic: " whether forbidding pig farm to work on the way turning pig
Personnel contact with external transit wagon and driver? ", user can click the "Yes" or "No" icon in figure and complete current epidemic prevention information
Input, Fig. 6 are that user has selected the interface after "Yes" icon, and the choice box A2 on the left of "Yes" icon is selected.
In the example shown in Fig. 7, epidemic prevention information includes whether to implement epidemic prevention operation, the grade that epidemic prevention operation is implemented, is
The no grade for having epidemic prevention facility 202 and facility 202 of preventing epidemic.Wherein, if implement epidemic prevention operation can include: whether to external
Whether vehicle carries out decontamination operation, carries out disinfection after turning pig to terminal M3；The grade that epidemic prevention operation is implemented can be according to anti-
The completeness that epidemic disease operation is implemented determines, such as epidemic prevention operation is carried out disinfection to terminal M3, then according to the completion feelings of disinfection
Condition can determine the grade that epidemic prevention operation is implemented, and such as be divided into three-level, and not completing disinfection is level-one, only be sterilized to partial region
For second level, it is the third level that disinfection has been carried out to the region entire terminal M3, to accurately determine that epidemic prevention operation is implemented
Grade；Whether have epidemic prevention facility 202 may include whether M2 between having decontamination center M1, whether having personnel decontamination, whether
Has terminal M3 etc.；Prevent epidemic facility 202 grade can according to epidemic prevention facility 202 quantity, epidemic prevention facility 202 in decontamination
Performance of equipment etc. determines, for example, the grade of decontamination center M1 can be according to decontamination when facility 202 of preventing epidemic is decontamination center M1
The quantity of center M1 determines, if the grade of decontamination center M1 is divided into three-level, is level-one without decontamination center M1, has in a decontamination
Heart M1 is second level, is three-level there are two decontamination center M1；Alternatively, the grade of decontamination center M1 can be according to washing in the M1 of decontamination center
The performance for the equipment that disappears determines that, if the grade of decontamination center M1 is divided into three-level, the performance of the washing equipment of decontamination center M1 is weak, then washes
Disappear center M1 grade be level-one, the performance of the washing equipment of decontamination center M1 is medium, then the grade of decontamination center M1 be second level,
The performance of the washing equipment of decontamination center M1 is strong, then the grade of decontamination center M1 is three-level, to accurately determine epidemic prevention facility
202 grade.
After getting epidemic prevention information, processor 20 calculates epidemic prevention system according to the preset grade form that memory 30 stores
The scoring of system 200.Processor 20 scores to all epidemic prevention information according to preset grade form, such as processor 20 is according to being
No implementation epidemic prevention operation scores to epidemic prevention operation；Alternatively, processor 20 grasps epidemic prevention according to the grade that epidemic prevention operation is implemented
It scores；Alternatively, processor 20 according to whether implement epidemic prevention operation and epidemic prevention operation implement grade to epidemic prevention operate into
Row scoring；Processor 20 scores according to whether having epidemic prevention facility 202；Alternatively, processor 20 is according to epidemic prevention facility 202
Grade scores to epidemic prevention facility 202；Alternatively, processor 20 is according to whether have epidemic prevention facility 202 and epidemic prevention facility 202
Grade to epidemic prevention facility 202 score.Then the scoring of anti-epidemic system 200 is calculated according to the scoring of all epidemic prevention information,
To accurately determine the scoring of anti-epidemic system 200.
After the scoring that anti-epidemic system 200 is calculated, according to the i.e. identifiable anti-epidemic system of the scoring of anti-epidemic system 200
200 epidemic prevention grade.For example, the scoring of anti-epidemic system 200 is 100 timesharing with 100 points for full marks, current anti-epidemic system is authenticated
200 epidemic prevention grade is superfine；When the scoring of anti-epidemic system 200 is 90-99 points (such as scoring is 90,91,93,95,99), recognize
The epidemic prevention grade for demonstrate,proving current anti-epidemic system 200 is level-one；The scoring of anti-epidemic system 200 be 80-89 (as scoring is 80,81,83,
85, when 89 etc.), the epidemic prevention grade for authenticating current anti-epidemic system 200 is second level；The scoring of anti-epidemic system 200 is that 70-79 (is such as commented
It is divided into 70,71,72,75,79 etc.) when, the epidemic prevention grade for authenticating current anti-epidemic system 200 is three-level；The rest may be inferred, until epidemic prevention
When the scoring of system 200 is 0-9, the epidemic prevention grade for authenticating current anti-epidemic system 200 is ten grades.
100 basis of authentication method, authentication device 10 and Verification System of the epidemic prevention grade of the animal epidemic prevention system of the application
The epidemic prevention grade of relevant to epidemic prevention facility 202 and operation of preventing epidemic prevent epidemic information and preset grade form calculating anti-epidemic system 202,
So that user is clearly understood that the epidemic prevention grade of farm, convenient for targetedly improving the poor epidemic prevention facility of epidemic prevention effect
202 and epidemic prevention operation or increase epidemic prevention effect preferably prevent epidemic facility 202 and epidemic prevention operation, be conducive to improve epidemic prevention effect.
In the application embodiment, Verification System 100 can be mobile phone, tablet computer, laptop, desktop computer,
Intelligent wearable device (such as smartwatch).
Referring to Fig. 7, in some embodiments, epidemic prevention facility 202 includes important epidemic prevention facility and facility of generally preventing epidemic,
Processor 20 is that each epidemic prevention facility 202 distributes corresponding facility weight according to the rank of each epidemic prevention facility 202；According to each
The quantity of important epidemic prevention facility needed for epidemic prevention operation distributes corresponding operation weight to each epidemic prevention operation, and/or according to every
The anti-epidemic-stricken area that a epidemic prevention operation is implemented operates batch operation weight to each epidemic prevention at a distance from the P1 of animal-breeding field；Processor 20
Further according to all epidemic prevention information, default grade form, facility weight and the operation weight computing anti-epidemic system in anti-epidemic system 200
200 scoring.
Specifically, epidemic prevention facility 202 divides for important epidemic prevention facility and general epidemic prevention facility.Facility 202 prevent epidemic by rising
The difference of effect, factors such as position difference that farm is set the to prevent epidemic grade of facility 202 be different, for example,
The effect of decontamination center M1 is to prevent external germ as vehicle enters farm to enter the vehicle on pig farm and carrying out disinfection,
Therefore the higher ranked of decontamination center M1 is important epidemic prevention facility, and article terminal M4 is only used for the transfer of cargo, importance
Lower is general epidemic prevention facility.The importance of important epidemic prevention facility is certainly bigger than general epidemic prevention facility, therefore for epidemic prevention facility
When 202 distribution facility weight, processor 20 can distribute according to the grade of epidemic prevention facility 202 for each epidemic prevention facility 202 corresponding
Facility weight, for example, 2 times of the facility weight of the facility weight of important epidemic prevention facility and general epidemic prevention facility.
Epidemic prevention operation can generally use epidemic prevention facility 202, it will be understood that epidemic prevention facility more than 202 needed for epidemic prevention operation
(especially important epidemic prevention facility is more), then the importance for operation of preventing epidemic is higher, therefore to the operating rights of epidemic prevention operation distribution
Value is bigger, for example, the operation weight when quantity of important epidemic prevention facility needed for epidemic prevention operation is 2 is prevented epidemic needed for operation
Twice of operation weight when the quantity of important epidemic prevention facility is 1.Therefore, processor 20 can be according to important needed for epidemic prevention operation
The quantity of epidemic prevention facility distributes corresponding operation weight to each epidemic prevention operation.
In addition, the anti-epidemic-stricken area 201 that epidemic prevention operation is implemented is closer from animal-breeding field P1, then the importance for operation of preventing epidemic is got over
Height, therefore, in example as shown in Figure 7, anti-epidemic system 200 includes 5 anti-epidemic-stricken areas 201 centered on the P1 of animal-breeding field,
Respectively first anti-epidemic-stricken area 203, the second anti-epidemic-stricken area 204, the anti-epidemic-stricken area 205 of third, the 4th anti-epidemic-stricken area 206 and the 5th anti-epidemic-stricken area 207,
Wherein, the first layer region outside the P1 of animal-breeding field is the first anti-epidemic-stricken area 203, and the region where the dormitory P2 of pig farm is second
Three kilometer ranges in anti-epidemic-stricken area 204, anti-206 periphery of epidemic-stricken area of the 4th of pig farm are biological safety loop P3, and pig farm can be established separate
The region of the signs of human habitation, peripheral bio-safety circle P3 play isolation pig farm and extraneous effect.
First anti-epidemic-stricken area 203 is nearest from animal-breeding field P1 is provided with, and therefore, that implements in the first anti-epidemic-stricken area 203 is anti-
The operation weight of epidemic disease operation epidemic-stricken area 204 more anti-than second is big, the operation weight ratio for the epidemic prevention operation implemented in the second anti-epidemic-stricken area 204
The anti-epidemic-stricken area 205 of third is big, and the operation weight for the epidemic prevention operation implemented in the anti-epidemic-stricken area 205 of third epidemic-stricken area 206 more anti-than the 4th is big, and the 4th
The operation weight for the epidemic prevention operation implemented in anti-epidemic-stricken area 206 epidemic-stricken area 204 more anti-than the 5th is big.Processor 20 can operate institute according to epidemic prevention
Anti- epidemic-stricken area 201 corresponding operation weight is distributed with a distance from the P1 of animal-breeding field.
In one example, processor 20 can be grasped according to the quantity and epidemic prevention of important epidemic prevention facility needed for epidemic prevention operation
Corresponding operation weight is distributed with a distance from the P1 of animal-breeding field for epidemic prevention operation in the anti-epidemic-stricken area 201 for making to implement.For example, processor
After the quantity of the 20 important epidemic prevention facilities needed for according to epidemic prevention operation distributes corresponding operation weight for epidemic prevention operation, further according to
Adjustment operates weight again with a distance from the P1 of animal-breeding field in the anti-epidemic-stricken area 201 that epidemic prevention operation is implemented.In this way, can according to it is a variety of because
Element is epidemic prevention operation distribution weight, and the accuracy of the weight of distribution is higher.
Processor 20 is after for each epidemic prevention facility 202 and epidemic prevention operation distribution weight, since epidemic prevention information is and epidemic prevention
Facility 202 and epidemic prevention operation are relevant, such as, if implement two epidemic prevention information of grade that epidemic prevention operation and epidemic prevention operation are implemented
It is related with epidemic prevention operation, if the grade for having epidemic prevention facility 202 and facility 202 of preventing epidemic is related with epidemic prevention facility 202, in basis
After the scoring of each epidemic prevention information is calculated in preset grade form, according to the relevant facility weight of scoring of epidemic prevention information or behaviour
Making weight weighted calculation can be obtained the scoring of anti-epidemic system 200.
Referring to Fig. 8, in some embodiments, step 012 includes:
0122: commenting for each anti-epidemic-stricken area 201 is calculated according to epidemic prevention information corresponding with each anti-epidemic-stricken area 201 and grade form
Point；And
0124: the scoring of anti-epidemic system 200 is calculated according to the scoring in each anti-epidemic-stricken area 201.
Referring to Fig. 9, in some embodiments, authentication device 10 further includes that the first computing unit 122 and second calculates
Unit 124.First computing unit 122 is used to be calculated each according to epidemic prevention information corresponding with each anti-epidemic-stricken area 201 and grade form
The scoring in anti-epidemic-stricken area 201；Second computing unit 124 is used to calculate commenting for anti-epidemic system 200 according to the scoring in each anti-epidemic-stricken area 201
Point.In other words, step 0122 can be realized by the first computing unit 122, and step 0124 can be real by the second computing unit 124
It is existing.
Referring to Fig. 3, in some embodiments, processor 20 is according to epidemic prevention corresponding with each anti-epidemic-stricken area 201
Information and grade form calculate the scoring in each anti-epidemic-stricken area 201；And anti-epidemic system 200 is calculated according to the scoring in each anti-epidemic-stricken area 201
Scoring.In other words, step 0122 and step 0124 can be realized by processor 20.
Specifically, processor 20 calculates the scoring of each epidemic prevention information in anti-epidemic-stricken area 201, and in anti-epidemic-stricken area 201
Each epidemic prevention information distribute corresponding equipment weight or operation weight, according to commenting for each epidemic prevention information in anti-epidemic-stricken area 201
Point and corresponding equipment weight or operation weight can weighted calculation obtain the scoring in current anti-epidemic-stricken area 201.Example as shown in Figure 7
In son, the scoring of current anti-epidemic system 200 can be calculated according to the scoring in 5 anti-epidemic-stricken areas 201 in processor 20, such as takes 5
Scoring of the mean value of the scoring in anti-epidemic-stricken area 201 as anti-epidemic system 200, alternatively, distributing a region power for each anti-epidemic-stricken area 201
Value, obtains the scoring of anti-epidemic system 200 by each anti-epidemic-stricken area 201 and corresponding region weight weighted calculation.
Referring to Fig. 10, in some embodiments, epidemic prevention facility 202 includes that important epidemic prevention facility and general epidemic prevention are set
It applies, step 0124 includes:
0126: executing at least one of following steps: according to the important epidemic prevention facility in anti-epidemic-stricken area 201 and generally epidemic prevention
The quantity of facility is that corresponding region weight is distributed, according to important needed for implementation epidemic prevention operation in anti-epidemic-stricken area 201 in anti-epidemic-stricken area 201
The quantity of epidemic prevention facility and general epidemic prevention facility be anti-epidemic-stricken area 201 distribute corresponding region weight and according to anti-epidemic-stricken area 201 with move
The distance of object farm is that corresponding region weight is distributed in anti-epidemic-stricken area 201；And
0128: according to the scoring in each anti-epidemic-stricken area 201 and the scoring of corresponding region weight computing anti-epidemic system 200.
Referring to Fig. 9, in some embodiments, the second computing unit 124 is also used to execute in following steps
At least one: the quantity according to important epidemic prevention facility and general facility of preventing epidemic in anti-epidemic-stricken area 201 is that the anti-distribution of epidemic-stricken area 201 is corresponding
Region weight, according to the quantity of important epidemic prevention facility needed for implementing epidemic prevention operation in anti-epidemic-stricken area 201 and general epidemic prevention facility
Corresponding region weight is distributed for anti-epidemic-stricken area 201 and be that anti-epidemic-stricken area 201 is divided at a distance from animal-breeding field according to anti-epidemic-stricken area 201
With corresponding region weight；And according to the scoring in each anti-epidemic-stricken area 201 and commenting for corresponding region weight computing anti-epidemic system 200
Point.In other words, step 0126 and step 0128 can be realized by the second computing unit 124.
Referring to Fig. 3, in some embodiments, processor 20 is also used to execute at least one in following steps
Kind: the quantity according to important epidemic prevention facility and general epidemic prevention facility in anti-epidemic-stricken area 201 is that corresponding region is distributed in anti-epidemic-stricken area 201
Weight according to the quantity of important epidemic prevention facility needed for implementing epidemic prevention operation in anti-epidemic-stricken area 201 and general epidemic prevention facility is epidemic prevention
Area 201 distributes corresponding region weight and is corresponded to according to anti-epidemic-stricken area 201 at a distance from animal-breeding field for the distribution of anti-epidemic-stricken area 201
Region weight；And 0128: according to commenting for the scoring in each anti-epidemic-stricken area 201 and corresponding region weight computing anti-epidemic system 200
Point.In other words, step 0126 and step 0128 can be realized by processor 20.
Specifically, in example as shown in Figure 7, epidemic prevention facility 202 may be provided at the anti-epidemic-stricken area 201 of adjacent two and have a common boundary
Place carries out epidemic prevention operation when the anti-epidemic-stricken area 201 of periphery enters internal anti-epidemic-stricken area 201, for example, in the multiple decontaminations of pig farm setting
Heart M1 enters the 4th from the 5th anti-epidemic-stricken area 207 in external vehicle and prevents in the 5th anti-epidemic-stricken area 207 and the 4th anti-206 intersection of epidemic-stricken area
It, need to be in the epidemic prevention operation that decontamination center M1 is cleaned and sterilized when epidemic-stricken area 206.Certainly, epidemic prevention facility 202 may also be arranged on anti-
In epidemic-stricken area 201, as the vehicle C1 in Figure 10 is entered behind the 5th anti-epidemic-stricken area 207 from feed factory P4 successively by two decontamination centers
M1 carries out multistage decontamination operation；For another example the employee in the anti-epidemic-stricken area 205 of third enters the second anti-epidemic-stricken area 204 in anti-epidemic-stricken area 204 or the second
Personnel when entering the first anti-epidemic-stricken area 203, can just enter after needing between personnel decontamination M2 to carry out decontamination operation.
Facility 202 (especially important epidemic prevention facility) is prevented epidemic when scoring anti-epidemic-stricken area 201, in anti-epidemic-stricken area 201 more
More, the importance in the anti-epidemic-stricken area 201 is bigger, also bigger on the scoring of anti-epidemic system 200 influence, therefore processor 20 can root
Quantity according to epidemic prevention facility important in each anti-epidemic-stricken area 201 and general epidemic prevention facility is that suitable area is distributed in each anti-epidemic-stricken area 201
Domain weight, to improve the accuracy of the scoring to anti-epidemic system 200.
It is appreciated that anti-epidemic-stricken area 201 can generally use epidemic prevention facility 202 when carrying out epidemic prevention operation, and the operation institute that prevents epidemic
The important epidemic prevention facility needed is more, and the importance for operation of preventing epidemic is also bigger, scoring of the epidemic prevention operation to current anti-epidemic system 200
Influence it is also bigger.Therefore, processor 20 can also be according to weight needed for all epidemic prevention operation implemented in current anti-epidemic-stricken area 201
The quantity of facility and general epidemic prevention facility of preventing epidemic is that corresponding region weight is distributed in current anti-epidemic-stricken area 201.
In addition, the distance of anti-epidemic-stricken area 201 and animal-breeding field P1 (such as pig farm production district) are got over when carrying out epidemic prevention operation
Closely, risk is higher, if because if the epidemic prevention operation in current anti-epidemic-stricken area 201 enters directly into pig farm life without executing well
If producing region, it is easy to will be in exotic disease cingula to pig farm.Therefore, processor 20 can be according to anti-epidemic-stricken area 201 and animal-breeding field
Distance be anti-epidemic-stricken area 201 distribute corresponding region weight.
In one example, processor 20 is according to the important epidemic prevention facility in anti-epidemic-stricken area 201 and the quantity of general epidemic prevention facility
For the corresponding weight of distribution in anti-epidemic-stricken area 201；Processor 20 is according to important epidemic prevention needed for implementing epidemic prevention operation in anti-epidemic-stricken area 201
The quantity of facility and general epidemic prevention facility is that corresponding weight is distributed in anti-epidemic-stricken area 201, alternatively, being supported according to anti-epidemic-stricken area 201 with animal
It grows the distance of field and distributes corresponding region weight for epidemic prevention area.
In another example, processor 20 is according to the important epidemic prevention facility in anti-epidemic-stricken area 201 and the number of general epidemic prevention facility
The quantity of important epidemic prevention facility needed for implementing epidemic prevention operation in amount and anti-epidemic-stricken area 201 and general epidemic prevention facility is anti-epidemic-stricken area 201
The corresponding region weight of distribution；Alternatively, important epidemic prevention facility and general epidemic prevention facility of the processor 20 according to anti-epidemic-stricken area 201
Corresponding region weight is distributed at a distance from animal-breeding field for anti-epidemic-stricken area 201 in quantity and anti-epidemic-stricken area 201；Alternatively, processor 20
According to the quantity and anti-epidemic-stricken area 201 of important epidemic prevention facility needed for implementing epidemic prevention operation in anti-epidemic-stricken area 201 and general epidemic prevention facility
Corresponding region weight is distributed at a distance from animal-breeding field for anti-epidemic-stricken area 201；Alternatively, processor 20 is according to anti-epidemic-stricken area 201
Important epidemic prevention facility needed for implementing epidemic prevention operation in the quantity of important epidemic prevention facility and general epidemic prevention facility, anti-epidemic-stricken area 201 and
Corresponding region power is distributed at a distance from animal-breeding field for anti-epidemic-stricken area 201 in the quantity of general epidemic prevention facility and anti-epidemic-stricken area 201
Value.In this way, processor 20 integrates many factors to distribute the weight in anti-epidemic-stricken area 201, so that the distribution of weight is more accurate.
After being assigned with corresponding region weight for each anti-epidemic-stricken area 201, processor 20 is commented according to each anti-epidemic-stricken area 201
Point and corresponding region weight can weighted calculation obtain the scoring of anti-epidemic system 200, thus accurately calculate anti-epidemic system 200
Scoring.
Please refer to Figure 11, in some embodiments, authentication method further include:
014: determining colouring information corresponding with epidemic prevention grade；And
015: epidemic prevention relevant to anti-epidemic system 200 interface is shown according to colouring information.
Figure 12 is please referred to, in some embodiments, authentication device 10 further includes the first determining module 14 and the first display
Module 15.First determining module 14 is for determining colouring information corresponding with grade of preventing epidemic.First display module 15 is used for basis
Colouring information shows epidemic prevention relevant to anti-epidemic system 200 interface.In other words, step 014 can be by the first determining module 14
It realizes, step 015 can be realized by the first display module 15.
Referring to Fig. 3, in some embodiments, Verification System 100 further includes display 40, and processor 20 is also used
In determining colouring information corresponding with epidemic prevention grade.Display 40 shows relevant to anti-epidemic system 200 anti-according to colouring information
Epidemic disease interface.In other words, step 014 can be realized by processor 20, and step 015 can be realized by display 40.
Specifically, as shown in figure 13, after the epidemic prevention grade that current anti-epidemic system 200 is calculated, display 40 is visual
Change the structure and epidemic prevention grade of ground display anti-epidemic system 200.Processor 20 can determine that display 40 is wanted according to epidemic prevention grade first
The colouring information at the epidemic prevention interface of display, then display 40 can intuitively be shown according to the colouring information by colouring information
The epidemic prevention grade of current anti-epidemic system 200.It is that superfine (such as anti-epidemic system 200 is commented in epidemic prevention grade for example, as shown in figure 13
It is divided into 100 points) when, epidemic prevention interface is green interface；It as shown in figure 14, is level-one to level Four (such as anti-epidemic system in epidemic prevention grade
200 scoring is 60-99 point) when, epidemic prevention interface is red interface, higher red of score it is more shallow (such as 60 points be it is dark red, and 90 points
It is pale red)；And when grade of preventing epidemic be Pyatyi to ten grades (such as scoring of anti-epidemic system 200 is 0-59 points), epidemic prevention interface is grey
Color interface, the higher grey of score are more shallow (such as 0 point is dark-grey, and 59 points are light gray)；In this way, user can be quick by epidemic prevention interface
Understand the epidemic prevention grade of anti-epidemic system 200.
Please refer to Figure 15, in some embodiments, authentication method further include:
016: the epidemic prevention grade in anti-epidemic-stricken area 201 is determined according to the scoring in anti-epidemic-stricken area 201；
017: determining colouring information corresponding with the epidemic prevention grade in each anti-epidemic-stricken area 201；And
018: epidemic prevention relevant to anti-epidemic system 200 interface, epidemic prevention interface and multiple anti-epidemic-stricken areas are shown according to colouring information
201 is related.
Figure 16 is please referred to, in some embodiments, authentication device 10 further includes that the second determining module 16, third determine mould
Block 17 and the second display module 18.Second determining module 16 is used to determine the epidemic prevention in anti-epidemic-stricken area 201 according to the scoring in anti-epidemic-stricken area 201
Grade.Third determining module 17 is for determining colouring information corresponding with the epidemic prevention grade in each anti-epidemic-stricken area 201.Second display mould
Block 18 is used to show epidemic prevention relevant to anti-epidemic system 200 interface, epidemic prevention interface and multiple anti-201 phases of epidemic-stricken area according to colouring information
It closes.In other words, step 016 can be realized that step 017 can be realized by third determining module 17 by the second determining module 16,
Step 018 can be realized by the second display module 18.
Referring to Fig. 3, in some embodiments, Verification System 100 further includes display 40.Processor 20 is also used
In the scoring for calculating anti-epidemic-stricken area 201 according to epidemic prevention information corresponding with each anti-epidemic-stricken area 201 and grade form；According to anti-epidemic-stricken area 201
Scoring determine the epidemic prevention grade in anti-epidemic-stricken area 201；Determine colouring information corresponding with the epidemic prevention grade in each anti-epidemic-stricken area 201；It is aobvious
Show device 40 for showing epidemic prevention relevant to anti-epidemic system 200 interface, epidemic prevention interface and multiple anti-epidemic-stricken areas 201 according to colouring information
It is related.In other words, step 016, step 017 can be realized by processor 20, and step 018 can be realized by display 40.
Specifically, processor 20 is calculated according to the corresponding epidemic prevention information in each anti-epidemic-stricken area 201 and preset grade form first
The scoring in anti-epidemic-stricken area 201.
In example as shown in figure 17, after the scoring for obtaining each anti-epidemic-stricken area 201, processor 20 can be according to anti-epidemic-stricken area
201 scoring determines the epidemic prevention grade in anti-epidemic-stricken area 201, for example, 100 points of corresponding epidemic prevention grades are superfine, 90-99 points corresponding
Epidemic prevention grade is level-one, and 80-89 points of corresponding epidemic prevention grades are second level, and so on, final 0-9 points of corresponding epidemic prevention grades are
Ten grades.
Then processor 20 determines corresponding colouring information according to the epidemic prevention grade in anti-epidemic-stricken area 201.For example, epidemic prevention grade is
When superfine, anti-epidemic-stricken area 201 is with green display；When grade of preventing epidemic is level-one to level Four, anti-epidemic-stricken area 201 is got over red display and rank
Big color it is deeper (as the color in the anti-epidemic-stricken area 201 that epidemic prevention grade is level-one be it is pale red, epidemic prevention grade is the anti-epidemic-stricken area 201 of level Four
It is dark red)；Grade of preventing epidemic be Pyatyi to ten grades when, anti-epidemic-stricken area 201 is with gray display and deeper (such as the epidemic prevention of the bigger color of rank
Grade is that the color in the anti-epidemic-stricken area 201 of Pyatyi is light gray, and the anti-epidemic-stricken area 201 that epidemic prevention grade is ten grades is dark-grey).As described in Figure 16,
The epidemic prevention grade in the first anti-epidemic-stricken area 203 is superfine, and corresponding display color is green, and the epidemic prevention grade in the second anti-epidemic-stricken area 204 is
Level-one, corresponding display color are light red, and the epidemic prevention grade in the anti-epidemic-stricken area 205 of third is level Four, and corresponding display color is deep
Red, the epidemic prevention grade in the 4th anti-epidemic-stricken area 206 are Pyatyi, and corresponding display color is light gray, the epidemic prevention in the 5th anti-epidemic-stricken area 207
Grade is ten grades, and corresponding display color is Dark grey.
After the color for determining each anti-epidemic-stricken area 201, display 40 shows current anti-epidemic system 200 according to colouring information
Epidemic prevention interface, epidemic prevention interface display has the structure of anti-epidemic system 200.
Fig. 3 and Figure 18 are please referred to, in some embodiments, according to the scoring of the epidemic prevention information in current anti-epidemic-stricken area 201
In the corresponding colouring information of lowest score show the boundary line in current anti-epidemic-stricken area 201.
Specifically, processor 20 can be according to preset grade form to epidemic prevention information (as epidemic prevention facility 202 and epidemic prevention operate)
It scores, for example, epidemic prevention facility 202 is decontamination center M1, processor 20 is according to the size of decontamination center M1, washing equipment
The scoring of the information such as performance calculating decontamination center M1；For another example epidemic prevention facility 202 is terminal M3, processor 20 can be in
Turn the size at station, whether have the scoring that the information such as washing equipment calculate terminal M3；For another example epidemic prevention operation for vehicle into
Row decontamination operation, processor 20 can according to completeness that decontamination operates (as unfinished decontamination, only the partial region of vehicle is carried out
Decontamination to entire vehicle has carried out decontamination etc.) determine the scoring of decontamination operation.
Processor 20 determines corresponding colouring information after the scoring that epidemic prevention information is calculated, according to scoring, such as:
100 points of corresponding colors are green, 60-99 points of corresponding colors be the red and higher color of score it is more shallow (such as 60 points be it is dark red,
99 points is pale red), the corresponding color of 0-59 be grey and the higher color of score is more shallow (such as 0 point be dark-grey, 59 points are light gray).It is aobvious
Show that device 40 is shown currently according to the corresponding colouring information of lowest score in the scoring for facility 202 of preventing epidemic in current anti-epidemic-stricken area 201
The boundary line in anti-epidemic-stricken area 201.In other embodiments, as described in Figure 18, display 40 is prevented epidemic according in current anti-epidemic-stricken area 201
The corresponding colouring information of lowest score in the scoring of facility 202 shows current anti-epidemic-stricken area 201 close to the boundary line on pig farm or remote
Boundary line from pig farm.It is corresponding according to the lowest score in the scoring for facility 202 of preventing epidemic in current anti-epidemic-stricken area 201 with display 40
Colouring information show that current anti-epidemic-stricken area 201 far from being illustrated for the boundary line on pig farm, is prevented epidemic in the first anti-epidemic-stricken area 203 and set
Applying the lowest score in 202 scoring is 100 points, and corresponding display color is green, facility of preventing epidemic in the second anti-epidemic-stricken area 204
Lowest score in 202 scoring is 99 points, and corresponding display color is light red, facility 202 of preventing epidemic in the anti-epidemic-stricken area 205 of third
Scoring in lowest score be 60 points, corresponding display color is peony, facility 202 of preventing epidemic in the 4th anti-epidemic-stricken area 206
Lowest score in scoring is 59 points, and corresponding display color is light gray, and facility 202 of preventing epidemic in the 5th anti-epidemic-stricken area 207 is commented
Lowest score in point is 59 points, and corresponding display color is Dark grey.In this way, display 40 is according only to current anti-epidemic-stricken area 201
The corresponding colouring information of lowest score in the scoring of middle epidemic prevention facility 202 shows anti-epidemic-stricken area 201 close to the boundary of pig farm side
The boundary line on line or separate pig farm, rather than the boundary line in entire anti-epidemic-stricken area 201 is shown by corresponding color, it can reduce
Sense is isolated caused by adjacent 201 boundary line color of anti-epidemic-stricken area is different.
Figure 19 is please referred to, in some embodiments, Verification System 100 further includes terminal 50 and server 60, memory
30 and display 40 be arranged in terminal 50, processor 20 is arranged in server 60 and server 50 and memory 30 and display
Device 40 communicates to connect.At this point, the institute that server 50 can execute the processor 20 in Verification System 100 is functional, terminal 50 is adopted
The epidemic prevention information of collection is handled by server 60, and server 60 can control display 40 to show according to after having handled according to processing result
Corresponding epidemic prevention interface.In other embodiments, 20 quantity of processor is multiple (such as 2), is separately positioned on 50 He of terminal
On server 60.The epidemic prevention information that terminal 50 acquires a part of can be handled by the processor 20 of terminal 50, and another part is by servicing
The processor 20 of device 60 is handled, can be with speed up processing.
Authentication method, authentication device 10 and the Verification System 100 of the application operates phase according to epidemic prevention facility 202 and epidemic prevention
The epidemic prevention information of pass and preset grade form calculate the epidemic prevention grade of anti-epidemic system 200, and according to the corresponding color of epidemic prevention grade
Information display epidemic prevention interface, so that quickly and the epidemic prevention grade of farm can be well understood in user, to targetedly improve
The poor epidemic prevention facility 202 of epidemic prevention effect and epidemic prevention operation increase epidemic prevention effect and preferably prevent epidemic facility 202 and epidemic prevention behaviour
Make, is conducive to improve epidemic prevention effect.
Although presently filed embodiment has been shown and described above, it is to be understood that above embodiment is
Illustratively, it should not be understood as the limitation to the application, those skilled in the art within the scope of application can be right
Above embodiment is changed, modifies, replacement and variant, and scope of the present application is defined by the claims and their equivalents.
Claims (13)
1. a kind of authentication method of the epidemic prevention grade of animal epidemic prevention system, which is characterized in that the anti-epidemic system includes multiple use
In the epidemic prevention facility implementing the anti-epidemic-stricken area of epidemic prevention operation and being arranged in the anti-epidemic-stricken area；The authentication method includes:
Epidemic prevention information is obtained, the epidemic prevention information is related to the epidemic prevention facility and epidemic prevention operation；
The scoring of the anti-epidemic system is calculated according to the epidemic prevention information and preset grade form；And
The epidemic prevention grade of the anti-epidemic system is authenticated according to the scoring.
2. authentication method according to claim 1, which is characterized in that epidemic prevention information includes whether to implement the epidemic prevention behaviour
Make, it is described epidemic prevention operation implement grade, whether have it is described epidemic prevention facility and it is described epidemic prevention facility grade in one or
It is multiple.
3. authentication method according to claim 1, which is characterized in that described according to the epidemic prevention information and preset scoring
Meter calculates the scoring of the anti-epidemic system, comprising:
Commenting for each anti-epidemic-stricken area is calculated according to each anti-corresponding epidemic prevention information in epidemic-stricken area and the grade form
Point；And
The scoring of the anti-epidemic system is calculated according to the scoring in each anti-epidemic-stricken area.
4. authentication method according to claim 3, which is characterized in that the epidemic prevention facility includes important epidemic prevention facility and one
As prevent epidemic facility, the scoring that the anti-epidemic system is calculated according to the scoring in each anti-epidemic-stricken area, comprising:
Execute at least one of following steps: according in the anti-epidemic-stricken area the important epidemic prevention facility and the general epidemic prevention
The quantity of facility is that the epidemic prevention area distributes corresponding region weight, according to needed for implementing the epidemic prevention operation in the anti-epidemic-stricken area
The important epidemic prevention facility and the quantity of the general epidemic prevention facility be the epidemic prevention area corresponding region weight of distribution and root
Corresponding region weight is distributed for the epidemic prevention area at a distance from animal-breeding field according to the anti-epidemic-stricken area；And
According to the scoring of anti-epidemic system described in the scoring in each anti-epidemic-stricken area and the corresponding region weight computing.
5. authentication method according to claim 3, which is characterized in that the authentication method further include:
The epidemic prevention grade in the anti-epidemic-stricken area is determined according to the scoring in the anti-epidemic-stricken area；
Determine colouring information corresponding with the epidemic prevention grade in each anti-epidemic-stricken area；And
Epidemic prevention relevant to anti-epidemic system interface is shown according to the colouring information, the epidemic prevention interface and multiple described anti-
Epidemic-stricken area is related.
6. authentication method according to claim 1, which is characterized in that the authentication method further include:
Determine colouring information corresponding with the epidemic prevention grade；And
Epidemic prevention relevant to anti-epidemic system interface is shown according to the colouring information.
7. a kind of authentication device of the epidemic prevention grade of animal epidemic prevention system, which is characterized in that the authentication device includes:
Module is obtained, for obtaining epidemic prevention information, the epidemic prevention information is related to the epidemic prevention facility and epidemic prevention operation；
First computing module, for calculating the scoring of the anti-epidemic system according to the epidemic prevention information and preset grade form；And
Authentication module, for authenticating the epidemic prevention grade of the anti-epidemic system according to the scoring.
8. a kind of Verification System of the epidemic prevention grade of animal epidemic prevention system, which is characterized in that the Verification System includes processor
And memory, the memory are stored with preset grade form, the processor is used for:
Epidemic prevention information is obtained, the epidemic prevention information is related to the epidemic prevention facility and epidemic prevention operation；
The scoring of the anti-epidemic system is calculated according to the epidemic prevention information and the grade form；And
The epidemic prevention grade of the anti-epidemic system is authenticated according to the scoring.
9. Verification System according to claim 8, which is characterized in that the epidemic prevention facility includes important epidemic prevention facility and non-
Whether important epidemic prevention facility, epidemic prevention information include whether to implement the epidemic prevention operation, the grade that the epidemic prevention operation is implemented, have
One or more of the grade of the epidemic prevention facility and the epidemic prevention facility.
10. Verification System according to claim 8, which is characterized in that the processor is also used to:
Commenting for each anti-epidemic-stricken area is calculated according to each anti-corresponding epidemic prevention information in epidemic-stricken area and the grade form
Point；And
The scoring of the anti-epidemic system is calculated according to the scoring in each anti-epidemic-stricken area.
11. Verification System according to claim 10, which is characterized in that the epidemic prevention facility include important epidemic prevention facility and
General epidemic prevention facility, the processor are also used to:
Execute at least one of following steps: according in the anti-epidemic-stricken area the important epidemic prevention facility and the general epidemic prevention
The quantity of facility is that the epidemic prevention area distributes corresponding region weight, according to needed for implementing the epidemic prevention operation in the anti-epidemic-stricken area
The important epidemic prevention facility and the quantity of the general epidemic prevention facility be the epidemic prevention area corresponding region weight of distribution and root
Corresponding area is distributed at a distance from animal-breeding field for the epidemic prevention area in the anti-epidemic-stricken area where factually applying the epidemic prevention operation
Domain weight；And
According to the scoring of anti-epidemic system described in the scoring in each anti-epidemic-stricken area and the corresponding region weight computing.
12. Verification System according to claim 10, which is characterized in that the Verification System further includes display, described
Processor is also used to determine the epidemic prevention grade in the anti-epidemic-stricken area according to the scoring in the anti-epidemic-stricken area；Determining and each anti-epidemic-stricken area
The corresponding colouring information of epidemic prevention grade；The display is related to the anti-epidemic system for being shown according to the colouring information
Epidemic prevention interface, the epidemic prevention interface is related to multiple anti-epidemic-stricken areas.
13. Verification System according to claim 8, which is characterized in that the Verification System further includes display, the place
Reason device is also used to determine colouring information corresponding with the epidemic prevention grade；The display according to the colouring information for showing
Epidemic prevention relevant to anti-epidemic system interface.
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Citations (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101464978A (en) * | 2009-01-12 | 2009-06-24 | 北京农业信息技术研究中心 | Management system for breeding birds and livestock |
| CN101520820A (en) * | 2009-04-09 | 2009-09-02 | 中铁二局股份有限公司 | Method for evaluating hazard of gas tunnel and device for implementing same |
| CN102945310A (en) * | 2012-09-27 | 2013-02-27 | 吉林大学 | Epidemic propagation network modeling and inference of based on autonomic computing |
| CN103444624A (en) * | 2013-08-23 | 2013-12-18 | 福建大用生态农业综合发展有限公司 | Antibiotic-free live pig breeding method |
| CN103745320A (en) * | 2014-01-17 | 2014-04-23 | 柯信 | Intelligent management system for clean clothes |
| CN106504161A (en) * | 2016-10-13 | 2017-03-15 | 广州市莱曼信息技术有限公司 | A kind of animal health risk management method and system |
| US9687195B2 (en) * | 2003-11-04 | 2017-06-27 | The United States Of America As Represented By The Secretary Of The Army | Life sign detection and health state assessment system |
| CN107844984A (en) * | 2017-12-12 | 2018-03-27 | 天津中安华典数据安全科技有限公司 | The monitoring source tracing method and system of a kind of livestock products |
| CN108256727A (en) * | 2017-12-04 | 2018-07-06 | 上海瑞眼科技有限公司 | A kind of method and apparatus of fire risk assessment analysis |
| CN109087210A (en) * | 2018-08-27 | 2018-12-25 | 中国联合网络通信集团有限公司 | A kind of animal epidemic prevention processing method and system based on block chain technology |
| CN109086997A (en) * | 2018-08-02 | 2018-12-25 | 天津城建大学 | A kind of gas distribution station safe evaluation method based on BP neural network |
| CN109166024A (en) * | 2018-06-11 | 2019-01-08 | 北京玖富普惠信息技术有限公司 | A kind of class information methods of exhibiting, electronic equipment and readable storage medium storing program for executing |
| CN109524059A (en) * | 2018-12-28 | 2019-03-26 | 华中农业大学 | A kind of animal individual genomic breeding value appraisal procedure of fast and stable |
-
2019
- 2019-04-16 CN CN201910304712.5A patent/CN110060783A/en active Pending
Patent Citations (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US9687195B2 (en) * | 2003-11-04 | 2017-06-27 | The United States Of America As Represented By The Secretary Of The Army | Life sign detection and health state assessment system |
| CN101464978A (en) * | 2009-01-12 | 2009-06-24 | 北京农业信息技术研究中心 | Management system for breeding birds and livestock |
| CN101520820A (en) * | 2009-04-09 | 2009-09-02 | 中铁二局股份有限公司 | Method for evaluating hazard of gas tunnel and device for implementing same |
| CN102945310A (en) * | 2012-09-27 | 2013-02-27 | 吉林大学 | Epidemic propagation network modeling and inference of based on autonomic computing |
| CN103444624A (en) * | 2013-08-23 | 2013-12-18 | 福建大用生态农业综合发展有限公司 | Antibiotic-free live pig breeding method |
| CN103745320A (en) * | 2014-01-17 | 2014-04-23 | 柯信 | Intelligent management system for clean clothes |
| CN106504161A (en) * | 2016-10-13 | 2017-03-15 | 广州市莱曼信息技术有限公司 | A kind of animal health risk management method and system |
| CN108256727A (en) * | 2017-12-04 | 2018-07-06 | 上海瑞眼科技有限公司 | A kind of method and apparatus of fire risk assessment analysis |
| CN107844984A (en) * | 2017-12-12 | 2018-03-27 | 天津中安华典数据安全科技有限公司 | The monitoring source tracing method and system of a kind of livestock products |
| CN109166024A (en) * | 2018-06-11 | 2019-01-08 | 北京玖富普惠信息技术有限公司 | A kind of class information methods of exhibiting, electronic equipment and readable storage medium storing program for executing |
| CN109086997A (en) * | 2018-08-02 | 2018-12-25 | 天津城建大学 | A kind of gas distribution station safe evaluation method based on BP neural network |
| CN109087210A (en) * | 2018-08-27 | 2018-12-25 | 中国联合网络通信集团有限公司 | A kind of animal epidemic prevention processing method and system based on block chain technology |
| CN109524059A (en) * | 2018-12-28 | 2019-03-26 | 华中农业大学 | A kind of animal individual genomic breeding value appraisal procedure of fast and stable |
Non-Patent Citations (2)
| Title |
|---|
| 朱凤霞，吴巍，孙素芳: "动物疫情风险评估与预警预报的探索与成效", 《疫病防治》 * |
| 金鸿，吴冬梅，刘铭英，倪定琴，汪忠荣 ，钱德兴: "凯里市规模化猪场疫病风险等级评估管理及成效", 《贵州畜牧兽医》 * |
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Application publication date: 20190726 |