CN109861975B - Industrial Internet-oriented identification registration information query method and system - Google Patents
Industrial Internet-oriented identification registration information query method and system Download PDFInfo
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Abstract
The invention relates to an identification registration information query method and system facing to industrial Internet. The method realizes the registration and inquiry of identification registration information based on an industrial internet identification analysis architecture, and comprises the following steps: the secondary node can register complete identification registration information or the mapping relation between the identification and the storage address to the national top node; the state top level node/the second level node judges whether to obtain the information through the second level node/the state top level node or not based on whether to store the inquired identification or the registration information of the submitting unit; and the state top level node judges whether the information is acquired again through the secondary node or not based on the updating time and the information integrity of the stored identification registration information, and if the information is acquired again, the result of the state top level node replying the query application is the information obtained by integrating the stored information and the newly acquired information. The invention can be compatible with various identification systems, realizes the sharing and query of identification registration information, and can support the open intercommunication of enterprise information participated in each link of the industrial internet.
Description
Technical Field
The invention belongs to the technical field of information technology and Internet of things, and particularly relates to an identification registration information query method and system for industrial Internet.
Background
In the current industrial internet, due to different application scenes and environments, different internet of things identification systems are adopted in enterprises participating in each link, so that an information island is formed, and information among the enterprises is difficult to interconnect and intercommunicate.
The industrial internet identification analysis relates to each link of industrial design, purchase, production, logistics, sales and service, and participants (such as manufacturers, retailers and the like) in each link endow identifications for owned physical and virtual resources, and allow a plurality of identification systems to coexist. For example, the enterprise queries whether the identifier is registered by the identifier, and identifies the related information of the enterprise. The enterprise queries the identity distribution authority and the information related to the identity registered in the authority or enterprise to confirm the authenticity of the identity.
However, many identification systems exist at home and abroad currently, the identification system OID jointly established by the national standard identification system Ecode, ISO and ITU, the international hot identification system Handle, the EPC, the UID and the like are home and abroad main stream identification systems, and the identification systems are not standardized for most of registration information, and due to the lack of uniform specifications, the registration information of each identification system cannot be operated mutually, and the information cannot be shared. Therefore, it is necessary to provide uniform identification registration information for the industrial internet and a registration and query mechanism for the core identification registration information, so as to realize controllable open sharing of the identification registration information and support each link of the industrial internet to participate in open intercommunication of enterprise information under the environment compatible with various identification systems.
In China, the Ministry of industry and trust is leading to the establishment of AII (industrial Internet industry alliance), the identification technology is widely applied to various industrial applications, the identification is related to core resources of each link in intelligent manufacturing, and an industrial Internet identification analysis system architecture is provided. How to realize the inquiry of the identification registration information based on the identification analysis architecture of the domestic industrial internet is urgent to provide a feasible solution.
International IETF has set forth a series of domain name information query (Whois) specifications that can query whether a domain name has been registered, and a database of detailed information for registered domain names (e.g., domain name owner, domain name registrar). At home and abroad, domain name management organizations such as VeriSign, China Internet information center, ten thousand networks and the like and registration service providers provide inquiry service for domain name information. Whois is applied to the field of internet, and only can realize query based on domain name and IP address, while in the field of industrial internet, there is a great demand for querying registration information of internet of things identifiers (e.g., Handle, OID and the like), and the demand for the queried registration information is also different from Whois, and how to realize identifier registration information query based on the domestic existing industrial internet identifier resolution system cannot be satisfied by the existing mechanism.
Disclosure of Invention
The invention provides a technical scheme for inquiring the identification registration information facing to the architecture and the requirement of the industrial Internet, realizes the controllable open sharing of the identification registration information under the environment compatible with various identification systems, and solves the problems that the registration information among enterprises in the industrial Internet is not uniform, can not be operated mutually, and the information can not be shared and inquired.
The technical scheme adopted by the invention is as follows:
an identification registration information query method facing industrial Internet comprises the following steps:
1) a registration information submitting end (such as an enterprise) registers identification registration information to a national top level node or a second level node, and shares the identification registration information and/or identification related information among different national top level nodes;
2) and taking the country top level node or the second level node as a query entrance, and acquiring the identification registration information from the country top level node or the second level node.
Further, the registration information submitting end in step 1) registers the identification registration information to the top level node or the second level node of the country, and the method comprises the following steps:
a) the registration information submitting end registers the identification registration information to one or more corresponding secondary nodes, and each secondary node registers the identification registration information to a national top node; the second-level node stores all the registration information in the top-level node of the country, or provides the top-level node of the country with a mapping relation between the identifier and the address of the second-level node storing the identifier registration information;
b) and the registration information submitting end directly registers the identification registration information to the top-level node of the country.
Further, the identification related information in step 1) is one or two of the following:
(1) identifying and storing a secondary node address of the identification registration information;
(2) the address of the corresponding country top-level node, i.e., the country top-level node to which the secondary node storing the identification registration information is registered, is identified.
Further, the sharing method includes:
a) providing a central registration node, and uniformly sharing the information needing to be shared of the top nodes of all countries to the central registration node; submitting all or part of identification registration information to the central registration node according to the protocol or the requirement of each national top level node and the central registration node;
b) one country top level node is used as a central registration node, and the other country top level nodes share information to be shared to the central registration node; submitting all or part of identification registration information to the central registration node according to the protocol or the requirement of each national top level node and the central registration node;
c) each top level node of the country forms a peer-to-peer network, and mutual information sharing is carried out through negotiation.
Further, the identification registration information includes one or more of the following: identification, identification type, name, description, access authority, resource information address, latest update time, identification distribution mechanism, distribution mechanism contact telephone, distribution mechanism electronic mailbox and identification registration information submitting unit; the information identifying the registration information submission unit includes one or more of: unit name, unit communication address, unit zip code, unit contact telephone, unit electronic mailbox, enterprise registration date, enterprise legal representative, social credit code, production license number, registration time.
Further, in the step 2), when the identifier registration information is queried, the national top node/second-level node judges whether to acquire the identifier through the second-level node/national top node based on whether to store the queried identifier or the registration information of the submitting unit.
Further, step 2) takes the top level node or the second level node of the country as a query entrance, and directly obtains the identification registration information from the node.
Further, when inquiring the identification registration information, the top node of the country judges whether to acquire the information again through the corresponding second node based on the update time and the information integrity of the stored identification registration information; if the information is acquired again, the result of the national top node replying to the query application is the information obtained after the stored information and the newly acquired information are integrated.
Further, in step 2), the identifier registration information is inquired through the inquiry client of the secondary node, and if the secondary node does not store the inquired identifier or register information corresponding to the submitted unit information, the secondary node inquires the top node of the country.
Further, when querying the identification registration information, in step 2), if the top node of the country does not store any queried identification registration information, querying the central registration node, including the following substeps:
a) the country top level node sends an information request to a central registration node to inquire identification registration information, wherein the information comprises an identification to be inquired or submitting unit information;
b) after receiving the information, the central registration node queries the database according to the identification or the information of the submitting unit, and queries the corresponding identification registration information or the address of the storage information.
c) And the central registration node replies the query result to the national top node.
An identification registration information query system facing an industrial internet comprises at least one country top level node, wherein each country top level node is connected with at least one second level node; each country top level node and each second level node comprise a registration information server, wherein the registration information server comprises an inquiry server and at least one database server, or the registration information server is an independent server for realizing inquiry and data storage functions; the country top level node or the second level node registers the identification registration information for the registration information submitting end, and shares the identification registration information and/or the identification related information among different country top level nodes; and the national top level node or the second level node serves as a query entrance and provides identification registration information for the query client.
The key points of the technology of the invention are mainly as follows:
1) data requirements of identification registration information facing to the industrial Internet;
2) the process and the parameters for realizing the registration and the query of the identification registration information based on the industrial internet identification analysis architecture comprise the following steps:
a) the secondary node may register the complete identification registration information, or the mapping relationship between the identification and the storage address (the address of the secondary node storing the identification registration information) to the top-level node of the country.
b) The country top level node/secondary node will determine whether to obtain via the secondary node/country top level node based on whether to store the queried identity or the registration information of the submitting entity.
c) And the state top level node judges whether to acquire the information again through the corresponding second level node or not based on the updating time and the information integrity of the stored identification registration information. If the information is obtained again, the result of the national top node replying to the query application is the information obtained after the stored information and the newly obtained information are integrated.
The invention has the following beneficial effects:
the invention provides a data requirement compatible with identification registration information of different identification types under the architecture of a domestic industrial internet identification analysis system, is compatible with various identification systems and carries out shared inquiry on the identification registration information, and can support each link of the industrial internet to participate in open intercommunication of enterprise information.
Drawings
FIG. 1 is a diagram of an identity registration information query platform architecture.
Fig. 2 is a schematic diagram of identity registration information registration.
FIG. 3 is a flowchart illustrating steps of a first embodiment of a registration information query.
FIG. 4 is a flowchart illustrating steps of a second embodiment of the query for identity registration information.
FIG. 5 is a flowchart of the third step of the embodiment of querying the identity registration information.
FIG. 6 is a flowchart illustrating the steps of the fourth embodiment of the query for identification registration information.
Detailed Description
The present invention will be described in further detail below with reference to specific examples and the accompanying drawings.
The first embodiment is as follows:
the identity registration information query platform architecture is shown in fig. 1. Based on the domestic industrial internet identification analysis architecture, an identification registration information query platform is built on a national top level node and a national second level node, and the platform is a client-server network architecture. In an actual environment, there are a plurality of country top-level nodes, and a plurality of secondary nodes are docked under each country top-level node. The registration information inquiry platform comprises an inquiry client and a registration information server, and information inquiry is carried out between the inquiry client and the registration information server through a registration information inquiry interface. The registration information server may be physically a query server and a database server(s), or may be a single server that performs both query and data storage functions. The query client can be physically deployed in two ways: 1) deployed on a national top level node/level two node, for example, a node provides a query website portal; 2) the node provides a query interface to the outside, and the query client is deployed outside the node, for example, a third-party service organization provides a query APP, and accesses the registration information server through the query interface provided by the node.
First, identification registration information registration
The registration of identity registration information can be divided into two phases: 1. an enterprise registers information with a national top level node or a second level node; 2. and sharing the identification registration information and/or the identification related information among top-level nodes of different countries.
1. Enterprise registration information with nodes
The enterprise can register the identification registration information to one or more corresponding secondary nodes according to the classification of industry fields, identification types, regions and the like, and each secondary node registers the identification registration information to the top level node of the country. The secondary node may choose to store all the identification registration information at the top node of the country, or may provide the top node of the country with a mapping relationship between the identification and the address of the secondary node storing the identification registration information, as shown in fig. 2.
2. Information sharing between national top level nodes
At present, in the domestic industrial internet identification analysis architecture, there are 5 national top nodes in total, and the shared information may be the following three types:
(1) identifying registration information;
(2) identifying and storing a secondary node address of the identification registration information;
(3) the address of the corresponding country top-level node, i.e., the country top-level node to which the secondary node storing the identification registration information is registered, is identified.
The sharing method of the identification registration information between each top-level node can be divided into three types:
1) and providing a central registration node, and uniformly sharing the information needing to be shared of the top-level nodes of 5 countries to the central registration node. According to the protocol or requirement of the top level node and the central registration node of each country, all or part of the identification registration information can be submitted to the central registration node.
2) One of the top-level nodes of the country is used as a central registration node (for example, the top-level node of the country deployed in beijing), and the rest 4 top-level nodes of the country share information to be shared to the central registration node. And submitting all or part of the identification registration information to the central registration node according to the protocol or the requirement of the top level node and the central registration node of each country.
3)5 national top nodes form a peer-to-peer network, and mutual information sharing is carried out through negotiation.
The enterprise or organization should submit the identity registration information as required (in a uniform format), and for each registered identity, corresponding information should be provided, see the identity registration information of table 1.
Table 1 identification of registration information
For "identity (id)" in table 1, a full identity or a partial identity (containing only fields from the first to the enterprise level by identity) may be registered, for example:
1) complete mark "21.86101/001. fruit" (single grade mark)
2) Part identification "21.86101" (Enterprise-level identification)
Second, ID registration information query
And taking the state top level node or the second level node as a query entrance, and directly obtaining the identification registration information from the node. The query flow is shown in fig. 3.
The specific information flow is as follows:
1) the inquiry client sends an information request to inquire the registration information of the identification to be inquired or the information of the submitting unit (such as the unit name and the social credit code) to a registration information server of the same node (the top node/the second node of the country);
2) after receiving the information, the registration information server inquires corresponding identification registration information in the database according to the identification or the information of the submitting unit;
3) and the registration information server replies the query result to the query client.
Example two:
the structure and registration scheme of the identification registration information query platform are the same as those of the first embodiment, and the identification registration information query is implemented according to the following scheme.
The identification registration information is inquired through an inquiry client of the national top node, and the national top node replies corresponding identification registration information according to the inquiry information including the identification to be inquired or the submitting unit information (such as the unit name and the social credit code).
And judging whether the latest identification registration information needs to be acquired from the secondary node or not according to the updating time of the stored identification registration information and the integrity of the content. For example, the country top node sets the registration information of enterprise a to be updated at a frequency of two weeks (14 natural days), and if the update time is found to be longer than two weeks when inquiring the information, the latest identification registration information is acquired. For another example, the secondary node registers only an address storing the identification registration information with the top node of the country, and does not have complete identification registration information.
When the country top node needs to acquire the identification registration information from the second node, two scenarios are included, as shown in fig. 4.
Case A:
1) When receiving a query request from a user, a query client of a country top node sends an information request query identifier registration message to a registration message server of the same node (the country top node), where the message includes an identifier to be queried (e.g., handle, OID identifier) or submission unit information (e.g., unit name, social credit code).
2) The country top level node registration information server searches the database, and inquires that the corresponding registration information is not updated or incomplete according to the specified time, but inquires the address of the second level node storing the registration information.
3) And the national top node registration information server sends the searched registration information storage address to the query client.
And then, the query client replies the storage address to the query application, and the query application carries out information query to the secondary node corresponding to the address.
Case B:
1) The national top node inquiry client sends an information request inquiry identification registration information to a national top node registration information server, wherein the information comprises an identification to be inquired or submission unit information.
2) The national top level node registration information server searches the database, and queries the address of the second level node storing the registration information if the corresponding registration information is not updated or incomplete according to the specified time.
3) And the national top-level node registration information server sends a query request to the corresponding secondary node query client according to the queried registration information storage address.
4) And after receiving the query request, the secondary node query client forwards the request to a secondary node registration information server.
5) The second-level node registration information server searches the database and inquires corresponding registration information.
6) And the secondary node registration information server replies the registration information to the inquiry client.
7) And the second-level node inquiry client replies the registration information to the national top-level node registration information server.
8) And the national top node registration information server integrates the newly acquired information and the previously stored information to form an identification registration information query result.
9) And the national top node registration information server replies the registration information query result to the query client.
Example three:
the structure and registration scheme of the identification registration information query platform are the same as those of the first embodiment, and the identification registration information query is implemented according to the following scheme.
And if the country top level node does not store any inquired identification registration information, inquiring the central registration node.
The specific information flow is as follows:
1) the country top level node sends an information request to a central registration node to inquire identification registration information, wherein the information comprises an identification to be inquired or submitting unit information;
2) after receiving the information, the central registration node queries the database according to the identification or the information of the submitting unit, and queries the corresponding identification registration information or the address of the storage information.
3) And the central registration node replies the query result to the national top node.
Example four:
the structure and registration scheme of the identification registration information query platform are the same as those of the first embodiment, and the identification registration information query is implemented according to the following scheme.
And inquiring the identifier registration information through an inquiry client of the secondary node, and inquiring the top level node of the country if the secondary node does not store the inquired identifier or the registration information corresponding to the submitted unit information. As shown in fig. 6.
1) And the second-level node query client receives a query request of a user, and then the query client sends an information request query identifier registration information to a registration information server of the second-level node, wherein the information comprises an identifier to be queried or submission unit information.
2) The secondary node registration information server does not query the identification registration information.
3) The second-level node registration information server requests the inquiry identification registration information from the national top-level node inquiry client, and the information comprises the identification to be inquired or the information of the submitting unit.
4) After receiving the query request, the national top node query client forwards the request to a national top node registration information server.
5) The national top node registration information server searches the database to obtain corresponding registration information.
6) The national top level node registration information server determines whether to reply the registration information to the query client according to the access right of the second level node, and the method comprises three conditions: 1. no authority; 2. returning identification registration information; 3. the address (e.g., IP address, URI) storing the identification registration information is returned.
7) If the second-level node has the authority of acquiring the registration information, the national top-level node query client replies the address identifying the registration information or the storage information to the registration information server of the second-level node as a query result.
8) And the secondary node registration information server replies the query result to the query client. If the query result is the identification registration information or the information storage address, the registration information server can determine whether to store the query result in the database according to the self requirement.
For the identifier query scheme of each embodiment, there may be a case where the registry information service needs to query the partial identifiers (e.g. 21.86101) stored in the database through the complete identifiers (e.g. 21.86101/001.fruit), and then query matching is performed in a fuzzy query manner, for example, a prefix with a certain length is used for the queried complete identifiers to perform query.
The above embodiments are only intended to illustrate the technical solution of the present invention and not to limit the same, and a person skilled in the art can modify the technical solution of the present invention or substitute the same without departing from the principle and scope of the present invention, and the scope of the present invention should be determined by the claims.
Claims (9)
1. An identification registration information query method oriented to industrial Internet is characterized by comprising the following steps:
1) the registration information submitting end registers identification registration information to the top level nodes or the second level nodes of the country, and shares the identification registration information and/or identification related information among the top level nodes of different countries;
2) using the country top level node or the second level node as a query entrance, and acquiring identification registration information from the country top level node or the second level node;
step 1) the identification related information is one or two of the following: (1) identifying and storing a secondary node address of the identification registration information; (2) identifying the address of the corresponding country top level node, namely the country top level node to which the second level node storing the identification registration information is registered;
the sharing mode in the step 1) comprises the following steps:
a) providing a central registration node, and uniformly sharing the information needing to be shared of the top nodes of all countries to the central registration node; submitting all or part of identification registration information to the central registration node according to the protocol or the requirement of each national top level node and the central registration node;
b) one country top level node is used as a central registration node, and the other country top level nodes share information to be shared to the central registration node; submitting all or part of identification registration information to the central registration node according to the protocol or the requirement of each national top level node and the central registration node;
c) each top level node of the country forms a peer-to-peer network, and mutual information sharing is carried out through negotiation.
2. The method according to claim 1, wherein the registration information submitting side registers the identification registration information with the top level node or the second level node of the country in the step 1) by:
a) the registration information submitting end registers the identification registration information to one or more corresponding secondary nodes, and each secondary node registers the identification registration information to a national top node; the second-level node stores all the registration information in the top-level node of the country, or provides the top-level node of the country with a mapping relation between the identifier and the address of the second-level node storing the identifier registration information;
b) and the registration information submitting end directly registers the identification registration information to the top-level node of the country.
3. The method of claim 1, wherein the identity registration information comprises one or more of the following: identification, identification type, name, description, access authority, resource information address, latest update time, identification distribution mechanism, distribution mechanism contact telephone, distribution mechanism electronic mailbox and identification registration information submitting unit; the information identifying the registration information submission unit includes one or more of: unit name, unit communication address, unit zip code, unit contact telephone, unit electronic mailbox, enterprise registration date, enterprise legal representative, social credit code, production license number, registration time.
4. The method according to claim 1, wherein, in the step 2) of inquiring the identifier registration information, the country top node/secondary node judges whether to acquire the identifier through the secondary node/country top node based on whether to store the inquired identifier or the registration information of the submitting unit.
5. The method according to claim 1 or 4, wherein step 2) uses the top level node or the second level node of the country as a query entrance, and obtains the identification registration information directly from the node.
6. The method according to claim 1 or 4, wherein, in the step 2), when inquiring the identification registration information, the top node of the country judges whether to reacquire the information through the corresponding secondary node based on the update time and the information integrity of the stored identification registration information; if the information is acquired again, the result of the national top node replying to the query application is the information obtained after the stored information and the newly acquired information are integrated.
7. The method according to claim 1 or 4, wherein, in the step 2), the identifier registration information is inquired through the inquiry client of the secondary node, and if the secondary node does not store the inquired identifier or the registration information corresponding to the submitted unit information, the secondary node inquires the top node of the country.
8. The method as claimed in claim 1, wherein the step 2) when querying the identity registration information, if the country top node does not store any queried identity registration information, querying the central registration node, comprises the following sub-steps:
a) the country top level node sends an information request to a central registration node to inquire identification registration information, wherein the information comprises an identification to be inquired or submitting unit information;
b) after receiving the information, the central registration node queries a database according to the identification or the information of the submitting unit, and queries the corresponding identification registration information or the address of the storage information;
c) and the central registration node replies the query result to the national top node.
9. An identification registration information inquiry system facing an industrial internet by adopting the method of any one of claims 1 to 8, which is characterized by comprising at least one country top level node, wherein each country top level node is connected with at least one secondary node; each country top level node and each secondary node comprise a registration information server; the registration information server comprises an inquiry server and at least one database server, or the registration information server is a separate server for realizing inquiry and data storage functions; the country top level node or the second level node registers the identification registration information for the registration information submitting end, and shares the identification registration information and/or the identification related information among different country top level nodes; and the national top level node or the second level node serves as a query entrance and provides identification registration information for the query client.
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