CN117522352A - Block chain-based safe production responsibility insurance informatization management system and method - Google Patents
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Abstract
The invention discloses a block chain-based safe production responsibility insurance informatization management system and method, comprising an enterprise end, an insurance company end, a responsibility insurance information management system and a data sharing module. According to the blockchain-based safe production responsibility insurance informatization management system and method, the safety responsibility insurance information management system is used for carrying out data interaction between an enterprise end and an insurance company end, the data acquisition unit is used for acquiring the data and then transmitting the acquired data to the claim payment calculation model to complete screening processing of the data, checking and supplementing reserved data and matching after information authenticity confirmation, so that subsequent claim payment result calculation is completed, the claim payment flow of personnel for accident processing after accidents is effectively reduced, the error rate of data multi-cause matching selection is reduced, the accuracy of information is effectively improved, and the time of claim payment is reduced.
Description
Technical Field
The invention relates to the technical field of data management, in particular to a safe production responsibility insurance informatization management system and method based on a blockchain.
Background
Referring to Chinese patent, the patent name is: an insurance system and method based on block chain (CN 110070453A, 2019-07-30) realizes the effect of decentralization through the setting of block chain, decentralization means that a plurality of nodes are distributed in a block chain network, and the nodes can be freely connected to exchange data, assets, information and the like; the medical system and the insurance system are connected by the blockchain system, so that the user cheating protection is avoided, the crowd fund system and the blockchain system are connected, when the blockchain is used as a trust third party, the crowd fund is helped to the insurance mechanism by cooperation with the insurance company, a part of trust is added to the donator, and the donator is preferentially co-funded when an accident happens next time, so that the trust degree of the user is greatly improved, social interaction is improved, and the harmonious and attractive society is promoted.
Based on the description of the patent, in the process of information management operation based on the blockchain, the conventional information management system needs longer period in the process of carrying out enterprise reimbursement, personnel are required to collect and recheck information to verify materials, then accident responsibility is verified, after checking is correct, the reimbursement is carried out, in the process, the problem that the information is not available easily occurs, the time required for the process is longer, the repair of the enterprise is influenced, and especially, the management of the insurance information data by both parties is influenced by the data complexity of the enterprise, so the invention provides the information management system and the method for the safety production responsibility insurance based on the blockchain.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a blockchain-based safe production responsibility insurance informatization management system and a blockchain-based safe production responsibility insurance informatization management method, which solve the problems that the period required by the conventional informatization management system in the process of carrying out enterprise reimbursement is long, personnel are required to collect and recheck materials through information, then the accident responsibility is verified, after verification is error-free, the reimbursement is carried out, in the process, the problem that the information is not available easily occurs, the required time is long, the repair of the enterprise is influenced, and especially in the process of data confirmation, the data complexity of the enterprise influences the management of both parties on insurance information data.
In order to achieve the above purpose, the invention is realized by the following technical scheme: the safe production responsibility insurance information management system based on the block chain comprises:
the enterprise terminal comprises a plurality of enterprise companies in different areas, and needs to purchase safety production responsibility insurance;
an insurance company terminal comprising a plurality of identical insurance companies in different areas for providing the service of safe production responsibility insurance;
the security risk information management system comprises an instruction receiving module, a data processing module and a result feedback module, wherein the instruction receiving module is used for receiving the requirements sent by an enterprise end or an insurance company end and marking the sent requirements asThe data processing module is used for collecting and screening data according to the sent requirements, introducing a processing model and transmitting results, and the result feedback module is used for carrying out feedback intercommunication on the processing results corresponding to the sent requirements;
the data sharing module is used for sharing insurance information among the enterprises and the companies, sharing insurance information among the same insurance companies and sharing results of the security insurance information management system.
Preferably, the data processing module of the security risk information management system includes:
the data acquisition unit is used for acquiring data of the enterprise end and the insurance company end;
the method comprises the steps of classifying collected data into data subsets through a data mapping algorithm, introducing a data mapping template, carrying out mapping identification search operation on an array formed by the data subsets based on the introduced template, checking the authenticity of screening reserved data, and carrying out matching and calculation on the checked correct data through the calculation model to obtain a result;
and the data transmission unit is used for transmitting the final result to the result feedback module for data intercommunication.
Preferably, the specific operation steps of the data mapping algorithm in the pay calculation model are as follows:
a1, firstly classifying the acquired data into a plurality of data subsets, and marking asWhile the array formed for the different data subsets is marked as matrix array +.>And m is used to distinguish the meaning of the data subset from the matrix array;
a2, then introducing a data mapping template, wherein the data mapping template comprises a basic matrix array mark of the required data as followsAnd matrix array of data subsets by matrix mapping formula +.>Identifying, searching for the required usage data, thereby obtaining a result matrix labeled +.>；
A3, judging whether the introduced data has a missing or not;
and A4, checking the screened and reserved data by introducing a data comparison algorithm, and checking the authenticity of the data.
Preferably, the data subset matrix array in A2The specific calculation mode of the matrix mapping formula for identification is as follows:
b1, data subset matrix arrayExpressed as: />Wherein->Representing the number of single data information; />Representing different data information categories, but +.>Different information represented as different data information categories;
basic matrix arrayExpressed as: />Wherein->Representation and->The number of corresponding data information;representing a data information category corresponding to n;
b2, calculating a result matrix according to a matrix mapping formulaAnd the matrix mapping formula is:
；
wherein,representing a matrix array of data subsets->Based on basic matrix array->Is used to determine the mapping result of (a),representing the identification and matching of the corresponding required data in the data set for the matrix array of data subsets +.>And basic matrix array->The data results of the same number and data information type are matched correspondingly, and sum calculation of the data results is realized;
b3, obtaining a result matrix according to the calculation in the steps B1 to B2Expressed as: />WhereinFor a matrix array of subsets->And basic matrix array->The same information number->For a matrix array of subsets->And basic matrix array->The same data information category, but->For a matrix array of subsets->Mapping to a basic matrix arrayMatching information in (a) is provided.
Preferably, the A3 is for a result matrixThe specific mode of judging after obtaining the data is as follows:
c1, according to the result matrixJudging the obtained data result;
c2, searching whether the data result is according to the search functionAnd the search function is:
；
where G is the result of the data being searched,for->Search operation of results, andand the matched data result is abnormal.
Preferably, the specific steps of checking the normal data retained by screening in the A4 through the data comparison algorithm are as follows:
d1, exporting the corresponding request instruction from the data storage base of the security risk information management systemRequired data and combined to form a new matrix array +.>And matrix array->Expressed as: />；
D2, matrix arrayAnd result matrix->Obtaining a calculation result by comparing calculation formulas;
d3, judging whether the introduced data is real or has a missing according to the calculation result, wherein the method comprises the following steps of:
and e01, comparing and calculating the formula as follows:
；
wherein the method comprises the steps ofFor the result of the calculation->Representation pair and matrix array->And result matrix->Is a comparison function of (a);
e01, calculating the following results:and->Matrix array->And result matrix->The result of the data is consistent, and the screened data meets the required requirement, otherwise, the data is in missing state, and the data needs to be fed back to the enterprise end and the insurance company end to complete the data filling.
Preferably, the specific operation mode of the calculation model is as follows:
h1, first will and demand the instructionThe corresponding and screened correct data are introduced into a calculation model to obtain insurance policy information of the corresponding enterprise;
h2, establishing the payment standard according to the responsibility determination order generated by the accident, and calculating the required payment amount according to the payment standard;
and H3, forming a pay agreement according to the pay questions of the two parties and the pay time according to the enterprise appeal, and transmitting the pay agreement to the result feedback module.
Preferably, the calculation formula of the payment standard in H2 is as follows:
；
wherein S is the payment amount, J is the base payment amount, T is the payment factors corresponding to different insurance policies,percentage of the proportion value is paid for liability after the liability determination.
Preferably, the data sharing module transmits the pay agreement to the enterprise end and the insurance company end, after confirmation, the two parties complete signing the pay agreement in an electronic signature and electronic seal mode, pay operation is carried out according to the regulated time, and the data sharing module transmits the data to the storage end of the security risk information management system for storage.
The invention also discloses a management method of the safe production responsibility insurance informatization management system based on the block chain, which comprises the following steps:
w1, firstly, transmitting data of an enterprise end and an insurance company end to an security risk information management system for storage;
w2, sending a demand instruction through an enterprise terminal to transmit the demand instruction to an security risk information management system and an insurance company terminal, wherein the security risk information management system completes screening treatment on data, checks and supplements reserved data, and performs matching operation after information authenticity is confirmed;
and W3, sharing the obtained result to the enterprise end and the insurance company end to perform the processing operation of solving the requirements.
The invention provides a block chain-based safe production responsibility insurance informatization management system and method. Compared with the prior art, the method has the following beneficial effects:
(1) The blockchain-based safe production responsibility insurance informatization management system and the blockchain-based safe production responsibility insurance informatization management method are used for carrying out data interaction between an enterprise terminal and an insurance company terminal, the data acquisition unit is used for acquiring the data and then transmitting the acquired data to the claim settlement model to complete screening processing of the data, checking and supplementing reserved data and matching after information authenticity confirmation, so that subsequent claim result calculation is completed, the claim process of personnel for accident processing after accidents is effectively reduced, the error rate of data multi-cause matching selection is reduced, the accuracy of information is effectively improved, and the time of claim is reduced.
(2) According to the blockchain-based safe production responsibility insurance informatization management system and method, through the arrangement of the claim payment collection model, all data are primarily screened, whether the screened data are abnormal or not is judged, then whether the data are real or not is judged by comparing matrix mapping with database data which are initially established, point-to-point data matching can be achieved while accident claim payment and false making are avoided, self-checking operation of the data is completed, and efficiency and accuracy of data query can be improved.
(3) According to the system and the method for managing the safe production responsibility insurance information based on the blockchain, the data sharing module is arranged, after the formation of the reimbursement protocol is completed, the data transmission based on the blockchain and the synchronization of the data are completed by the data sharing module, so that the reimbursement operation of different companies in different areas at the same insurance company end can be performed, intelligent internet communication can be realized, the reimbursement time after the accident is generated is effectively shortened, and the faster recovery and construction of enterprises are facilitated.
Drawings
FIG. 1 is a schematic block diagram of a security production liability insurance information management system of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1, the present invention provides three technical solutions:
the first embodiment is a blockchain-based security production responsibility insurance informatization management system, comprising:
the enterprise terminal comprises a plurality of enterprise companies in different areas, and needs to purchase safety production responsibility insurance;
an insurance company terminal comprising a plurality of identical insurance companies in different areas for providing the service of safe production responsibility insurance;
the security risk information management system comprises an instruction receiving module, a data processing module and a result feedback module, wherein the instruction receiving module is used for receiving the requirements sent by an enterprise end or an insurance company end and marking the sent requirements asThe data processing module is used for collecting and screening data according to the sent requirements, introducing a processing model and transmitting results, and the result feedback module is used for feeding back the processing results corresponding to the sent requirements to each otherThe communication is carried out;
the data sharing module is used for sharing insurance information among the enterprises and the companies, sharing insurance information among the same insurance companies and sharing results of the security insurance information management system.
In the embodiment of the invention, the data processing module of the security risk information management system comprises:
the data acquisition unit is used for acquiring data of the enterprise end and the insurance company end;
the method comprises the steps of firstly classifying collected data into data subsets through a data mapping algorithm, then introducing a data mapping template, carrying out mapping identification search operation on an array formed by the data subsets based on the introduced template, checking the authenticity of screening reserved data, and carrying out matching and calculation on the checked correct data through the calculation model to obtain a result;
and the data transmission unit is used for transmitting the final result to the result feedback module for data intercommunication.
The security risk information management system is used for carrying out data interaction between the enterprise end and the insurance company end, the data acquisition unit is used for acquiring the data and then transmitting the acquired data to the claim payment calculation model to finish screening processing of the data, checking and supplementing reserved data and matching after information authenticity confirmation, so that subsequent calculation of the claim payment result is finished, the claim payment flow of personnel for accident processing after accidents is effectively reduced, the error rate of matching selection caused by the data is reduced, the accuracy of the information is effectively improved, and the time of claim payment is reduced.
In the embodiment of the invention, the specific operation steps of the data mapping algorithm in the claim payment calculation model are as follows:
a1, firstly classifying the acquired data into a plurality of data subsets, and marking asWhile the array formed for the different data subsets is marked as matrix array +.>And m is used to distinguish the meaning of the data subset from the matrix array;
a2, then introducing a data mapping template, wherein the data mapping template comprises a basic matrix array mark of the required data as followsAnd matrix array of data subsets by matrix mapping formula +.>Identifying, searching for the required usage data, thereby obtaining a result matrix labeled +.>；
A3, judging whether the introduced data has a missing or not;
and A4, checking the screened and reserved data by introducing a data comparison algorithm, and checking the authenticity of the data.
In the embodiment of the invention, the data subset matrix array in A2The specific calculation mode of the matrix mapping formula for identification is as follows:
b1, data subset matrix arrayExpressed as: />Wherein->Representing the number of single data information; />Representing different data information categories, but +.>Different information represented as different data information categories;
basic matrix arrayExpressed as: />Wherein->Representation and->The number of corresponding data information;representing a data information category corresponding to n;
b2, calculating a result matrix according to a matrix mapping formulaAnd the matrix mapping formula is:
；
wherein,representing a matrix array of data subsets->Based on basic matrix array->Is used to determine the mapping result of (a),representing the identification and matching of the corresponding required data in the data set for the matrix array of data subsets +.>And basic matrix array->The data results of the same number and data information type are matched correspondingly, and sum calculation of the data results is realized;
b3, obtaining a result matrix according to the calculation in the steps B1 to B2Expressed as: />WhereinFor a matrix array of subsets->And basic matrix array->The same information number->For a matrix array of subsets->And basic matrix array->The same data information category, but->For a matrix array of subsets->Mapping to a basic matrix arrayMatching information in (a) is provided.
Wherein aboutThe specific operation steps of the function are as follows: for example: matrix array in data subset->The number of single data information is 2, the data information type is 2 nd row type, and the data subset matrix array is->The method comprises the following steps:based on the selection of the subset matrix array by the subset matrix array +.>To the basic matrix array->Is mapped to the basic matrix array->Is consistent with the single data information and the data information types, and the basic matrix array is +>Is thatFinally in->With matching of the functions, the resulting matrix +.>In the result, the single data information and the data information types of the corresponding result are consistent, and the matrix is +.>The method comprises the following steps: />。
Through the arrangement of the claim payment calculation model, all data are primarily screened, whether the screened data are abnormal or not is judged, then whether the data are real or not is judged through matrix mapping and comparison with database data which are initially established, point-to-point data matching can be achieved while accident claim payment and false making are avoided, self-checking operation of the data is completed, and efficiency and accuracy of data query can be improved.
In the embodiment of the invention, A3 is the result matrixThe specific mode of judging after obtaining the data is as follows:
c1, according to the result matrixJudging the obtained data result;
c2, searching whether the data result is according to the search functionAnd the search function is:
；
where G is the result of the data being searched,for->Search operation of results, andand the matched data result is abnormal.
Wherein, based on the above-mentioned relationIn the specific operation steps of the function, in the search of the data result, the subset matrix array +.>Based on basic matrix array->Matrix->In relation to the lateral directions 1 to m, 1 to o and 1 to->All data information number, and subset matrix array +.>Based on basic matrix array->Matrix->In relation to the longitudinal directions 1 to n, 1 to p and 1 to->All of which are the corresponding data information types, and a subset matrix array +.>Is->Refers to the data information number isThe time and data information types are represented by n values, and the basic matrix array is +>1 in any number and type of data information, so that the result matrix +.>The result is that when the same number and the same kind of the data information are corresponding；
At this time, when the matrix array is a subsetThe method comprises the following steps: />When the matrix array is->Is->And matrix->The method comprises the following steps: />When the matrix is->The result of the data obtained in (a) is correct data, and the following occurs: matrix->The method comprises the following steps: />And if so, the matched data result is abnormal.
Wherein when forWhen the result search is absent, i.e. for the matrix +.>The result of the data obtained in (a) is the correct data, and when +.>When the result search exists, that is, the matched data result is abnormal, the data needs to be updated at the rescreening and informing the enterprise end or the insurance company end.
In the embodiment of the invention, the specific steps of checking the normal data reserved by screening in A4 through a data comparison algorithm are as follows:
d1, exporting the corresponding request instruction from the data storage base of the security risk information management systemRequired data and combined to form a new matrix array +.>And matrix array->Expressed as: />；
D2, matrix arrayAnd result matrix->Obtaining a calculation result by comparing calculation formulas;
d3, judging whether the introduced data is real or has a missing according to the calculation result, wherein the method comprises the following steps of:
and e01, comparing and calculating the formula as follows:
；
wherein the method comprises the steps ofFor the result of the calculation->Representation pair and matrix array->And result matrix->Is a comparison function of (a);
e01, calculating the following results:and->Matrix array->And result matrix->The result of the data is consistent, and the screened data meets the required requirement, otherwise, the data is in missing state, and the data needs to be fed back to the enterprise end and the insurance company end to complete the data filling.
Wherein,matrix array->And result matrix->The results of (2) are consistent, the screened data meets the requirements and has authenticity, and +.>Matrix array->And result matrix->In the event of an exception in the result of (a) in which the instruction is stopped +.>In the event of an abnormal result, and timely checking the problem, informing the enterprise side and the insurance company side to update or process the abnormal result and then continue to request instructions +.>Is performed by the processing operation of (a).
In the embodiment of the invention, the concrete operation mode of the calculation model is as follows:
h1, first will and demand the instructionThe corresponding and screened correct data are introduced into a calculation model to obtain insurance policy information of the corresponding enterprise;
h2, establishing the payment standard according to the responsibility determination order generated by the accident, and calculating the required payment amount according to the payment standard;
and H3, forming a pay agreement according to the pay questions of the two parties and the pay time according to the enterprise appeal, and transmitting the pay agreement to the result feedback module.
In the embodiment of the invention, the calculation formula of the pay standard in H2 is as follows:
；
wherein S is the payment amount, J is the base payment amount, T is the payment factors corresponding to different insurance policies,percentage of the proportion value is paid for liability after the liability determination.
In the embodiment of the invention, the data sharing module transmits the pay agreement to the enterprise end and the insurance company end, after confirmation, the two parties complete signing the pay agreement in an electronic signature and electronic seal mode, pay operation is carried out according to the regulated time, and the data sharing module transmits the data to the storage end of the security risk information management system for storage.
After the claim agreement is formed, the data transmission based on the block chain and the data sharing module complete the synchronization of the data, so that the claim operation of different companies in different areas at the same insurance company end can be performed, intelligent internet communication can be realized, the claim time after the accident is generated is effectively shortened, and the faster recovery and construction of enterprises are facilitated.
The difference between the second embodiment and the first embodiment is that: the invention also discloses a management method of the safe production responsibility insurance informatization management system based on the block chain, which comprises the following steps:
w1, firstly, transmitting data of an enterprise end and an insurance company end to an security risk information management system for storage;
w2, sending a demand instruction through an enterprise terminal to transmit the demand instruction to an security risk information management system and an insurance company terminal, wherein the security risk information management system completes screening treatment on data, checks and supplements reserved data, and performs matching operation after information authenticity is confirmed;
and W3, sharing the obtained result to the enterprise end and the insurance company end to perform the processing operation of solving the requirements.
The third embodiment differs from the first and second embodiments in that a specific embodiment is disclosed: company a purchased a security production liability insurance at insurance B and selected 3 categories of premium for purchase, wherein specific criteria for premium selection are:
on the day of the day, the enterprise A company has security accidents, so that partial areas of the factory are seriously damaged and generate larger losses, and the enterprise A company carries out claim settlement according to the purchased security production responsibility insurance policy and is a requirement instruction；
At this time, the enterprise A company requests instructionsProcessing through the security risk information management system, processing the data through the claim payment collection model after collecting the data, screening the collected data through the data mapping algorithm, and introducing the data comparison algorithm to screen and reserve according to the result of the data mapping algorithmIn the process of checking the data of the plant area, only the information selection of the partial area of the plant area is selected, so that the economic loss and the casualties of the partial area are definitely obtained;
after screening the data, the pay calculation model confirms and checks the screened correct data, performs comparison operation according to the data in the initial registration database, establishes pay standard according to the responsibility judgment list after accident generation after confirming the data, and calculates the required pay amount according to the pay standard;
and forming a pay agreement according to pay questioning of both sides according to enterprise appeal, transmitting the pay agreement to a result feedback module, transmitting the pay agreement to an enterprise side and an insurance company side by utilizing a data sharing module, completing signing of the pay agreement by both sides through an electronic signature and electronic seal after confirmation, and carrying out pay operation according to the regulated time.
And the specific pay amount table is:
in a comprehensive way, the security risk information management system is used for carrying out data interaction between an enterprise end and an insurance company end, the data acquisition unit is used for acquiring the data and then transmitting the acquired data to the claim payment calculation model to finish screening processing of the data, checking and supplementing reserved data and matching after information authenticity confirmation, so that subsequent claim payment result calculation is finished, the claim payment flow of personnel for accident handling after accidents is effectively reduced, the error rate of matching selection caused by the data is reduced, the accuracy of the information is effectively improved, and the time of claim payment is reduced.
And all that is not described in detail in this specification is well known to those skilled in the art.
It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (9)
1. The safe production responsibility insurance informatization management system based on the block chain is characterized in that: comprising the following steps:
the enterprise terminal comprises a plurality of enterprise companies in different areas, and needs to purchase safety production responsibility insurance;
an insurance company terminal comprising a plurality of identical insurance companies in different areas for providing the service of safe production responsibility insurance;
the security risk information management system comprises an instruction receiving module, a data processing module and a result feedback module, wherein the instruction receiving module is used for receiving the requirements sent by an enterprise end or an insurance company end and marking the sent requirements asThe data processing module is used for collecting and screening data according to the sent requirements, introducing a processing model and transmitting results, and the result feedback module is used for carrying out feedback intercommunication on the processing results corresponding to the sent requirements;
the data sharing module is used for sharing insurance information among the enterprises and the companies, sharing the insurance information among the same insurance companies and sharing the result of the security insurance information management system;
the data processing module of the security risk information management system comprises:
the data acquisition unit is used for acquiring data of the enterprise end and the insurance company end;
the method comprises the steps of firstly classifying collected data into data subsets through a data mapping algorithm, then introducing a data mapping template, carrying out mapping identification search operation on an array formed by the data subsets based on the introduced template, checking the authenticity of screening reserved data, and carrying out matching and calculation on the checked correct data through the calculation model to obtain a result;
and the data transmission unit is used for transmitting the final result to the result feedback module for data intercommunication.
2. The blockchain-based security production liability insurance information management system of claim 1, wherein: the data mapping algorithm in the pay calculation model comprises the following specific operation steps:
a1, firstly classifying the acquired data into a plurality of data subsets, and marking asWhile the array formed for the different data subsets is marked as matrix array +.>And m is used to distinguish the meaning of the data subset from the matrix array;
a2, then introducing a data mapping template, wherein the data mapping template comprises a basic matrix array mark of the required data as followsAnd matrix array of data subsets by matrix mapping formula +.>Identifying, searching for the required usage data, thereby obtaining a result matrix labeled +.>；
A3, judging whether the introduced data has a missing or not;
and A4, checking the screened and reserved data by introducing a data comparison algorithm, and checking the authenticity of the data.
3. The blockchain-based security production liability insurance information management system of claim 2, wherein: the matrix array of data subsets in the A2The specific calculation mode of the matrix mapping formula for identification is as follows:
b1, data subset matrix arrayExpressed as: />Wherein->Representing the number of single data information; />Representing different data information categories, but +.>Different information represented as different data information categories;
basic matrix arrayExpressed as: />Wherein->Representation and->The number of corresponding data information; />Representing a data information category corresponding to n;
b2, calculating a result matrix according to a matrix mapping formulaAnd the matrix mapping formula is:
；
wherein,representing a matrix array of data subsets->Based on basic matrix array->Is used to determine the mapping result of (a),representing the identification and matching of the corresponding required data in the data set for the matrix array of data subsets +.>And basic matrix array->The data results of the same number and data information type are matched correspondingly, and sum calculation of the data results is realized;
b3, according to B1 to B2Is calculated to obtain a result matrixExpressed as: />Wherein->For a matrix array of subsets->And basic matrix array->The same information number->For a matrix array of subsets->And basic matrix array->The same data information category, but->For a matrix array of subsets->Mapping to a basic matrix array->Matching information in (a) is provided.
4. The blockchain-based security production liability insurance information management system of claim 3, wherein: the A3 is related to the result matrixThe specific mode of judging after obtaining the data is as follows:
c1, according to the result matrixJudging the obtained data result;
c2, searching whether the data result is according to the search functionAnd the search function is:
；
where G is the result of the data being searched,for->Search operation of results, andand the matched data result is abnormal.
5. The blockchain-based security production liability insurance information management system of claim 3, wherein: the specific steps of checking the normal data reserved for screening in the A4 through a data comparison algorithm are as follows:
d1, exporting the corresponding request instruction from the data storage base of the security risk information management systemRequired data and combined to form a new matrix array +.>And matrix array->Expressed as: />；
D2, matrix arrayAnd result matrix->Obtaining a calculation result by comparing calculation formulas;
d3, judging whether the introduced data is real or has a missing according to the calculation result, wherein the method comprises the following steps of:
and e01, comparing and calculating the formula as follows:
；
wherein the method comprises the steps ofFor the result of the calculation->Representation pair and matrix array->And result matrix->Is a comparison function of (a);
e01, calculating the following results:and->Matrix array->And result matrix->The result of the data is consistent, and the screened data meets the required requirement, otherwise, the data is in missing state, and the data needs to be fed back to the enterprise end and the insurance company end to complete the data filling.
6. The blockchain-based security production liability insurance information management system of claim 1, wherein: the specific operation mode of the calculation model is as follows:
h1, first will and demand the instructionThe corresponding and screened correct data are introduced into a calculation model to obtain insurance policy information of the corresponding enterprise;
h2, establishing the payment standard according to the responsibility determination order generated by the accident, and calculating the required payment amount according to the payment standard;
and H3, forming a pay agreement according to the pay questions of the two parties and the pay time according to the enterprise appeal, and transmitting the pay agreement to the result feedback module.
7. The blockchain-based security production liability insurance information management system of claim 6, wherein: the calculation formula of the pay standard in the H2 is as follows:
；
wherein S is the payment amount, J is the base payment amount, T is the payment factors corresponding to different insurance policies,percentage of the proportion value is paid for liability after the liability determination.
8. The blockchain-based security production liability insurance information management system of claim 6, wherein: the data sharing module transmits the pay agreement to the enterprise end and the insurance company end, the two parties complete signing of the pay agreement through an electronic signature and an electronic seal after confirmation, pay operation is carried out according to the regulated time, and the data sharing module transmits data to the storage end of the security risk information management system for storage.
9. The management method of a blockchain-based security production liability insurance information management system according to any of claims 1 to 8, wherein: the method specifically comprises the following steps:
w1, firstly, transmitting data of an enterprise end and an insurance company end to an security risk information management system for storage;
w2, sending a demand instruction through an enterprise terminal to transmit the demand instruction to an security risk information management system and an insurance company terminal, wherein the security risk information management system completes screening treatment on data, checks and supplements reserved data, and performs matching operation after information authenticity is confirmed;
and W3, sharing the obtained result to the enterprise end and the insurance company end to perform the processing operation of solving the requirements.
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