CN113743964A - Product supervision system and method - Google Patents
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- CN113743964A CN113743964A CN202111297121.3A CN202111297121A CN113743964A CN 113743964 A CN113743964 A CN 113743964A CN 202111297121 A CN202111297121 A CN 202111297121A CN 113743964 A CN113743964 A CN 113743964A
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Abstract
The embodiment of the application provides a product supervision system and a product supervision method. The product supervision system comprises: the product is in communication connection with the manufacturer terminal, the distributor terminal and the using terminal, the product is in communication connection with the supervision terminal based on the digital object interoperation service, and the manufacturer terminal, the distributor terminal, the using terminal, the product and the supervision terminal are in communication connection with the identification parsing system. The product reports the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification which are acquired in the production link, the distribution link and the purchase link to the supervision terminal actively, so that a user can inquire whether the manufacturer, the distributor and the user of the product have related qualification certificates through the supervision terminal, and further judge the compliance of the product.
Description
Technical Field
The application relates to the technical field of industrial internet, in particular to a product supervision system and a product supervision method.
Background
In order to ensure the quality of the product, each link and element of the product need to be monitored and controlled, namely the whole life cycle of the product is managed.
Problems existing in the prior art:
the related monitoring data of the whole life cycle of the current product is generally reported actively by manufacturers, dealers, users and the like, is not intelligent enough, and is easy to make mistakes by manual operation. Meanwhile, the whole life cycle of the product lacks a qualification certification link, and the flow compliance of the product cannot be verified in the later stage.
Disclosure of Invention
The embodiment of the application provides a product monitoring system and a method, which can actively report monitoring data of each link by a product, have a qualification certification function and ensure the compliance of the product.
According to a first aspect of embodiments of the present application, there is provided a product supervision system, comprising: the product is in communication connection with the manufacturer terminal, the distributor terminal and the use terminal, the product is in communication connection with the supervision terminal based on the digital object interoperation service, and the manufacturer terminal, the distributor terminal, the use terminal, the product and the supervision terminal are in communication connection with the identification parsing system;
the manufacturer terminal is used for writing the qualification certificate of the production enterprise and the manufacturer identification into the product in the production link of the product;
the dealer terminal is used for writing the dealer enterprise qualification certificate and the dealer identification into the product in the process of dealership of the product;
the using terminal is used for writing a using qualification certificate and a user identification into the product in the link of purchasing the product;
the product is used for sending the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification to the supervision terminal;
the supervision terminal is used for responding to authentication operation of a user and sending the manufacturer identifier, the distributor identifier and the user identifier to the identifier analysis system;
the identification analysis system is used for analyzing the manufacturer identification, the distributor identification and the user identification to obtain manufacturer attribute information, distributor attribute information and user attribute information, and sending the manufacturer attribute information, the distributor attribute information and the user attribute information to the supervision terminal;
the monitoring terminal is used for authenticating the production enterprise qualification certificate, the distributor enterprise qualification certificate and the use qualification certificate according to the producer attribute information, the distributor attribute information and the user attribute information.
According to a second aspect of the embodiments of the present application, there is provided a product supervision method applied to the product supervision system, the method including:
in the production link of the product, the manufacturer terminal writes the qualification certificate of the production enterprise and the manufacturer identification into the product;
the dealer terminal writes the dealer enterprise qualification certificate and the dealer identification into the product in the product dealership link;
the user terminal writes a use qualification certificate and a user identification into the product in the link of purchasing the product;
the product sends the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification to the supervision terminal;
the supervision terminal responds to authentication operation of a user and sends the manufacturer identifier, the distributor identifier and the user identifier to the identifier analysis system;
the identification analysis system analyzes the manufacturer identification, the distributor identification and the user identification to obtain manufacturer attribute information, distributor attribute information and user attribute information, and sends the manufacturer attribute information, the distributor attribute information and the user attribute information to the supervision terminal;
and the supervision terminal authenticates the production enterprise qualification certificate, the distributor enterprise qualification certificate and the use qualification certificate according to the manufacturer attribute information, the distributor attribute information and the user attribute information.
The product supervision system and method provided by the embodiment of the application are adopted. The product supervision system comprises: the product is in communication connection with the manufacturer terminal, the distributor terminal and the using terminal, the product is in communication connection with the supervision terminal based on the digital object interoperation service, and the manufacturer terminal, the distributor terminal, the using terminal, the product and the supervision terminal are in communication connection with the identification parsing system. The manufacturer terminal is used for writing the qualification certificate of the production enterprise and the manufacturer identification into the product in the production link of the product; the dealer terminal is used for writing the dealer enterprise qualification certificate and the dealer identification into the product in the product dealership link; the using terminal is used for writing the using qualification certificate and the user identification into the product in the product purchasing link; the product is used for sending the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification to the supervision terminal; the supervision terminal is used for responding to the authentication operation of the user and sending the manufacturer identifier, the distributor identifier and the user identifier to the identifier analysis system; the identification analysis system is used for analyzing the manufacturer identification, the distributor identification and the user identification, acquiring manufacturer attribute information, distributor attribute information and user attribute information, and sending the manufacturer attribute information, the distributor attribute information and the user attribute information to the supervised terminal; the supervision terminal is used for authenticating the production enterprise qualification certificate, the distributor enterprise qualification certificate and the use qualification certificate according to the producer attribute information, the distributor attribute information and the user attribute information.
Therefore, the product reports the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification which are acquired in the production link, the distribution link and the purchase link to the supervision terminal actively, so that a user can inquire whether the manufacturer, the distributor and the user of the product have related qualification certificates through the supervision terminal, and then judge the compliance of the product.
Drawings
The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the application and together with the description serve to explain the application and not to limit the application. In the drawings:
fig. 1 is a schematic structural diagram of a product supervision system according to an embodiment of the present application;
FIG. 2 is a schematic structural diagram of another product supervision system provided in an embodiment of the present application;
FIG. 3 is a schematic diagram illustrating an identification query of a product monitoring system according to an embodiment of the present disclosure;
fig. 4 is a schematic structural diagram of a digital object interoperability service provided in an embodiment of the present application;
fig. 5 is a schematic flowchart of a product supervision method according to an embodiment of the present application.
Icon:
10-a product supervision system; 100-manufacturer terminal; 200-dealer terminal; 300-use terminal; 400-product; 500-supervision terminal; 600-an identity resolution system; 610-recursion nodes; 620-top level node; 630-a secondary node; 640-enterprise nodes; 700-digital object interoperability service; 710-digital object construction module; 720-identify assignment modules; 730-identity authentication module; 740-a data permission module; 750-unified protocol module; 760-an expansion module; 770-an intelligent microservice module; 800-installing a verification device; 900-detecting a verification device; 1000-operating a verification device.
Detailed Description
In the process of implementing the application, the inventor finds that the related monitoring data of the current product in the whole life cycle is not intelligent enough, is manually operated and is easy to make mistakes, and the related monitoring data is generally reported actively by manufacturers, dealers, users and the like. Meanwhile, the whole life cycle of the product lacks a qualification certification link, and has no qualification certification link for manufacturers, distributors and users, and the compliance of the product lacks guarantee; and the related information of the product in the links of production, sale, use and the like has no record, and the circulation compliance of the product cannot be verified in the later period.
In view of the above problems, embodiments of the present application provide a product supervision system and method. The product supervision system comprises: the product is in communication connection with the manufacturer terminal, the distributor terminal and the using terminal, the product is in communication connection with the supervision terminal based on the digital object interoperation service, and the manufacturer terminal, the distributor terminal, the using terminal, the product and the supervision terminal are in communication connection with the identification parsing system. The manufacturer terminal is used for writing the qualification certificate of the production enterprise and the manufacturer identification into the product in the production link of the product; the dealer terminal is used for writing the dealer enterprise qualification certificate and the dealer identification into the product in the product dealership link; the using terminal is used for writing the using qualification certificate and the user identification into the product in the product purchasing link; the product is used for sending the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification to the supervision terminal; the supervision terminal is used for responding to the authentication operation of the user and sending the manufacturer identifier, the distributor identifier and the user identifier to the identifier analysis system; the identification analysis system is used for analyzing the manufacturer identification, the distributor identification and the user identification, acquiring manufacturer attribute information, distributor attribute information and user attribute information, and sending the manufacturer attribute information, the distributor attribute information and the user attribute information to the supervised terminal; the supervision terminal is used for authenticating the production enterprise qualification certificate, the distributor enterprise qualification certificate and the use qualification certificate according to the producer attribute information, the distributor attribute information and the user attribute information.
Therefore, the product reports the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification which are acquired in the production link, the distribution link and the purchase link to the supervision terminal actively, so that a user can inquire whether the manufacturer, the distributor and the user of the product have related qualification certificates through the supervision terminal, and then judge the compliance of the product.
The scheme in the embodiment of the application can be implemented by adopting various computer languages, such as object-oriented programming language Java and transliterated scripting language JavaScript.
In order to make the technical solutions and advantages of the embodiments of the present application more apparent, the following further detailed description of the exemplary embodiments of the present application with reference to the accompanying drawings makes it clear that the described embodiments are only a part of the embodiments of the present application, and are not exhaustive of all embodiments. It should be noted that the embodiments and features of the embodiments in the present application may be combined with each other without conflict.
Referring to fig. 1, a schematic structural diagram of a product supervision system 10 according to an embodiment of the present application is shown, where the product supervision system 10 includes: the manufacturer terminal 100, the distributor terminal 200, the using terminal 300, the product 400, the supervising terminal 500, the identification resolving system 600 and the digital object interoperation service 700, wherein the product 400 is in communication connection with the manufacturer terminal 100, the distributor terminal 200 and the using terminal 300, the product 400 is in communication connection with the supervising terminal 500 based on the digital object interoperation service 700, and the manufacturer terminal 100, the distributor terminal 200, the using terminal 300, the product 400 and the supervising terminal 500 are in communication connection with the identification resolving system 600.
The manufacturer terminal 100 is used for writing the qualification certificate of the manufacturing enterprise and the manufacturer identification into the product 400 in the production link of the product 400; the dealer terminal 200 is used to write a dealer enterprise certificate of merit and a dealer identification into the product 400 at the stage of dealership of the product 400; the user terminal 300 is used for writing the user qualification certificate and the user identification into the product 400 in the process of purchasing the product 400; the product 400 is used for sending a manufacturer identifier, a production enterprise qualification certificate, a distributor identifier, a distributor enterprise qualification certificate, a use qualification certificate and a user identifier to the supervision terminal 500; the supervisory terminal 500 is configured to respond to an authentication operation of a user, and send a manufacturer identifier, a dealer identifier, and a user identifier to the identifier resolution system 600; the identifier analyzing system 600 is configured to analyze the manufacturer identifier, the dealer identifier, and the user identifier, obtain manufacturer attribute information, dealer attribute information, and user attribute information, and send the manufacturer attribute information, the dealer attribute information, and the user attribute information to the monitoring terminal 500; the monitoring terminal 500 is configured to authenticate the production enterprise qualification certificate, the dealer enterprise qualification certificate, and the use qualification certificate according to the manufacturer attribute information, the dealer attribute information, and the user attribute information.
It should be understood that the product 400 may be a medical device, a food device, a production device, etc., and for convenience of description, the medical device is described as an example in the present application. The producer terminal 100 may be understood as a server used by the producer; the dealer terminal 200 can be understood as a server used by the dealer; the user terminal 300 may be understood as a server used by a user, and in the case where the product 400 is a medical device, the user terminal 300 is a hospital terminal, i.e., a server used by a hospital.
The authentication operation of the user may be understood as a mouse click operation or a touch screen operation performed by the user on the monitoring terminal 500. The identification analysis system 600 stores, in advance, manufacturer attribute information, an association relationship between a manufacturer identification and manufacturer attribute information, a dealer identification, an association relationship between a dealer identification and dealer attribute information, a user identification, and an association relationship between a user identification and user attribute information.
In this embodiment, the manufacturer terminal 100 writes the qualification certificate of the manufacturing enterprise of 88.154.2/001product and the manufacturer identification of 01 into the medical device in the process of manufacturing the medical device; the dealer terminal 200 writes a dealer enterprise qualification certificate of 88.154.2/001 sample and a dealer identification of 02 into the medical device in a stage of distributing the medical device; the hospital terminal (i.e. the terminal 300) writes the use qualification certificate of 88.154.2/001hospital and the user identification of 03 into the medical equipment at the stage of purchasing the medical equipment; the medical equipment sends the manufacturer identification 01, the production enterprise qualification certificate 88.154.2/001product, the distributor identification 02, the distributor enterprise qualification certificate 88.154.2/001sale, the use qualification certificate 88.154.2/001hospital and the user identification 03 to the supervision terminal 500; the supervision terminal 500 sends the manufacturer identifier 01, the distributor identifier 02 and the user identifier 03 to the identifier resolution system 600 based on the authentication operation of the user; the identification analysis system 600 obtains manufacturer attribute information according to the manufacturer identification 01, obtains dealer attribute information according to the dealer identification 02, obtains user attribute information according to the user identification 03, and sends the manufacturer attribute information, the dealer attribute information, and the user attribute information to the supervision terminal 500; the monitoring terminal 500 is configured to authenticate the production enterprise qualification certificate, the dealer enterprise qualification certificate, and the use qualification certificate according to the manufacturer attribute information, the dealer attribute information, and the user attribute information.
It should be understood that the manufacturer attribute information includes a manufacturer private key, the distributor attribute information includes a distributor private key, the user attribute information includes a user private key, the manufacturing enterprise qualification certificate includes a manufacturer public key, the distributor enterprise qualification certificate includes a distributor public key, and the usage qualification certificate includes a user public key. The supervision terminal 500 is further configured to match the manufacturer public key according to the manufacturer private key, match the distributor public key according to the distributor private key, and match the user public key according to the user private key, and if both are matched, the authentication is successful.
When the manufacturer terminal 100 generates the qualification certificate of the manufacturing enterprise, the manufacturer public key is written into the qualification certificate of the manufacturing enterprise, and the manufacturer private key corresponding to the manufacturer public key is written into the manufacturer attribute information. When the dealer terminal 200 generates the dealer enterprise qualification certificate, the dealer public key is written into the dealer enterprise qualification certificate, and the dealer private key corresponding to the dealer public key is written into the dealer attribute information. When the user terminal 300 generates the use qualification certificate, the user public key is written into the use qualification certificate, and the user private key corresponding to the user public key is written into the user attribute information.
In the step of producing the product 400, the manufacturer terminal 100 also sends the manufacturer attribute information and the association relationship between the manufacturer attribute information and the manufacturer identifier to the identifier resolution system 600 when writing the qualification certificate of the manufacturing enterprise and the manufacturer identifier into the product 400; therefore, after receiving the manufacturer identifier sent by the monitoring terminal 500, the identifier parsing system 600 can find the corresponding manufacturer attribute information based on the manufacturer identifier. Similarly, when the dealer terminal 200 writes the dealer enterprise qualification certificate and the dealer identification into the product 400 in the process of handing over the product 400, it also sends the dealer attribute information and the association relationship between the dealer attribute information and the dealer identification to the identification analysis system 600; therefore, after receiving the dealer identifier sent by supervisory terminal 500, identifier parsing system 600 can find out the corresponding dealer attribute information based on the dealer identifier. When the user terminal 300 writes the user qualification certificate and the user identifier into the product 400 in the process of purchasing the product 400, the user attribute information and the association relationship between the user attribute information and the user identifier are also sent to the identifier resolution system 600; therefore, after receiving the user identifier sent by the monitoring terminal 500, the identifier parsing system 600 can find the corresponding user attribute information based on the user identifier.
In this embodiment, the attribute information of the manufacturer may further include production circulation data generated in the step of producing the product 400, such as production time, production location, information of production responsible persons, and the like; the dealer attribute information may also include distribution circulation data generated by the product 400 being distributed, such as sales time, sales address, and sales person information; the user attribute information may also include purchase circulation data generated from the purchase of the product 400, such as purchase time, purchase price, and purchaser information.
After the authentication is successful, the supervising terminal 500 may also respond to the query operation of the user to display the production circulation data, the distribution circulation data, and the purchase circulation data to the user.
As shown in FIG. 2, the product regulatory system 10 further includes an installation verification device 800, with which the product 400 is communicatively coupled based on the digital object interoperability service 700. The installation verification device 800 is configured to respond to an installer login operation, verify identity information of an installer, and send an installation authentication request to the product 400 if the verification is passed; wherein, the installation authentication request comprises qualification information of an installer; the product 400 is configured to match the qualification information with preset standard qualification information, obtain an installation qualification conclusion, and send the installation qualification conclusion to the monitoring terminal 500.
It should be appreciated that during the post-factory installation phase of the product 400, the installer may be trained to perform post job operations after receiving certification. Therefore, before installing the product 400, the installer needs to verify whether the installer has certification through the installation verification device 800.
The installation verification device 800 may be configured as a pen with fingerprint verification, and may also be configured on the product 400 as a verification component on the product 400, where the verification component may be a fingerprint identification module or an authentication information identification module.
If the installation verification device 800 is a pen with fingerprint verification, an installer firstly performs login operation through the pen, wherein the login operation is fingerprint authentication operation; verifying the identity information of the installer may be understood as verifying fingerprint information of the installer, the installation verification apparatus 800 stores the identity information of the compliant installer in advance, matches the fingerprint information of the installer with the pre-stored fingerprint information, if the same fingerprint information exists, the verification is successful, and the installation verification apparatus 800 sends an installation authentication request to the product 400. The product 400 matches the qualification information of the installer with standard qualification information stored in advance, and if the qualification information of the installer is the same as the standard qualification information, an installation qualification conclusion passing the verification is obtained; and if the qualification information of the installer is different from the standard qualification information, obtaining an installation qualification conclusion that the verification fails. And if the verification is passed, allowing the installer to perform installation operation, and if the verification is not passed, not allowing the installer to perform installation operation.
When the product 400 authenticates the installer, the authentication time is also recorded; at the same time of sending the installation qualification conclusion to the supervision terminal 500, authentication time and identity information of the installer are also sent. So that the user can inquire the relevant data of the product 400 in the installation stage after leaving the factory through the supervision terminal 500, and more efficient and accurate full-life-cycle monitoring management can be formed.
The product regulatory system 10 further comprises a detection and verification device 900, the product 400 being communicatively connected to the detection and verification device 900 based on the digital object interoperability service 700; the detection and verification device 900 is used for responding to the login operation of the detection personnel, verifying the identity information of the detection personnel, and sending a detection and authentication request to the product 400 if the verification is passed; wherein, the detection authentication request comprises qualification information of the detection personnel; the product 400 is configured to match the qualification information with preset standard qualification information, obtain a detection qualification conclusion, and send the detection qualification conclusion to the monitoring terminal 500.
It should be understood that in the post-factory inspection stage of the product 400, the inspector needs to be trained professionally and can be put on duty after qualification certification. Therefore, before inspecting the product 400, the inspector needs to verify whether the inspector is qualified or not by the inspection and verification device 900.
The detection and verification device 900 may be configured as a pen with fingerprint verification function, and may also be configured on the product 400, and is a verification component on the product 400, where the verification component may be a fingerprint identification module or an authentication information identification module. If the detection and verification device 900 is a pen with fingerprint verification, a detection person firstly performs login operation through the pen, wherein the login operation is fingerprint authentication operation; the identity information of the verification detector can be understood as fingerprint information of the verification detector, the detection verification device 900 stores the identity information of the compliance detector in advance, the fingerprint information of the detection detector is matched with the fingerprint information stored in advance, if the same fingerprint information exists, the verification is successful, and the detection verification device 900 sends a detection authentication request to the product 400. The product 400 matches the qualification information of the detector with the standard qualification information stored in advance, and if the qualification information of the detector is the same as the standard qualification information, a detection qualification conclusion passing the verification is obtained; and if the qualification information of the detection personnel is different from the standard qualification information, obtaining a detection qualification conclusion that the verification fails. And if the verification is passed, allowing the detection personnel to perform detection operation, and if the verification is not passed, not allowing the detection personnel to perform detection operation.
When the product 400 authenticates the detection personnel, the authentication time is also recorded; when the detection qualification conclusion is sent to the supervision terminal 500, the authentication time and the identity information of the detection personnel are also sent. So that the user can inquire the relevant data of the product 400 in the detection stage after leaving the factory through the supervision terminal 500, and more efficient and accurate full-life-cycle monitoring management can be formed.
The product regulatory system 10 further includes an operation verification device 1000, the product 400 being communicatively connected to the operation verification device 1000 based on the digital object interoperability service 700; the operation verification device 1000 is configured to respond to a login operation of an operator, verify identity information of the operator, and send an operation authentication request to the product 400 if the verification is passed; the operation authentication request comprises qualification information of an operator; the product 400 is configured to match the qualification information with preset standard qualification information, obtain an operation qualification conclusion, and send the operation qualification conclusion to the monitoring terminal 500.
It should be appreciated that during the post-factory operation of the product 400, the operator may be trained to perform post job operations after certification. Therefore, before operating the product 400, the operator needs to operate the verification device 1000 to verify whether the operator has the qualification certification.
The operation verification device 1000 may be configured as a pen with fingerprint verification function, and may also be configured on the product 400 as a verification component on the product 400, where the verification component may be a fingerprint identification module or an authentication information identification module. If the operation verification device 1000 is a pen with fingerprint verification, an operator firstly performs login operation through the pen, wherein the login operation is fingerprint authentication operation; verifying the identity information of the operator may be understood as verifying fingerprint information of the operator, the operation verification apparatus 1000 prestores the identity information of the compliance operator, matches the fingerprint information of the operator with the prestored fingerprint information, and if the same fingerprint information exists, the verification succeeds, and the operation verification apparatus 1000 sends an operation authentication request to the product 400. The product 400 matches the qualification information of the operator with the standard qualification information stored in advance, and if the qualification information of the operator is the same as the standard qualification information, an operation qualification conclusion passing the verification is obtained; and if the qualification information of the operator is different from the standard qualification information, obtaining an operation qualification conclusion that the verification fails. And if the verification is passed, allowing the operator to operate, and if the verification is not passed, not allowing the operator to operate.
When the product 400 authenticates the operator, the authentication time is also recorded; the supervision terminal 500 is sent with the operation qualification conclusion, and also sent with the authentication time and the identity information of the operator. So that the user can inquire the relevant data of the product 400 in the operation stage after leaving the factory through the supervision terminal 500, and more efficient and accurate full-life-cycle monitoring management can be formed.
In the present embodiment, the product supervision system 10 includes a plurality of digital object interoperability services 700, and the product 400 and the supervision terminal 500 are respectively integrated with the digital object interoperability services 700. The first digital object interoperation service is configured to generate a product digital object according to the attribute information of the product 400, allocate a product identifier to the product 400, bind the product identifier to the product digital object, and upload the bound product identifier and product digital object to the identifier resolution system 600; wherein the first digital object interoperability service is digital object interoperability service 700 integrated on product 400; the second digital object interoperation service is configured to generate a supervision digital object according to the attribute information of the supervision terminal 500, allocate a supervision identifier to the supervision terminal 500, bind the supervision identifier with the supervision digital object, and upload the bound supervision identifier and supervision digital object to the identifier resolution system 600; wherein the second digital object interoperation service is the digital object interoperation service 700 integrated on the supervisory terminal 500.
The first digital object interoperation service is also used for acquiring a supervision identifier; the first digital object interoperation service is further configured to send a target address acquisition request to the identifier resolution system 600, where the target address acquisition request includes a supervision identifier; the identifier resolution system 600 is further configured to obtain an IP address of the monitoring terminal 500 according to the monitoring identifier, and send the IP address of the monitoring terminal 500 to the first digital object interoperability service; the first digital object interoperation service establishes a connection with the second digital object according to the IP address of the supervision terminal 500.
In this embodiment, the first digital object interoperation service obtains the monitoring identifier of the monitoring terminal 500 by scanning a two-dimensional code or NFC (Near Field Communication ), or the like, or the monitoring identifier of the monitoring terminal 500 that needs to be in Communication connection is stored in the first digital object interoperation service in advance.
As shown in FIG. 3, the identity resolution system 600 includes a recursion node 610, a top level node 620, a second level node 630, and an enterprise node 640, the recursion node 610 communicatively coupled to a first digital object interoperability service, the top level node 620, the second level node 630, and the enterprise node 640 communicatively coupled to a second digital object interoperability service.
The first digital object interoperability service is also for sending a target address acquisition request to recursion node 610; the recursion node 610 is configured to send a supervision identifier to the top node 620; the top level node 620 is configured to query a target secondary node address according to the supervision identifier and a preset first association table, and feed back the target secondary node address to the recursion node 610; the first association table comprises an association relation between the identifier and a secondary node address corresponding to the identifier; recurse node 610 is also used to send the target secondary node address to secondary node 630; the secondary node 630 is configured to query a target enterprise node address according to the target secondary node address and a preset second association table, and feed back the target enterprise node address to the recursion node 610; the second association table comprises the association relation between the secondary node address and the enterprise node address corresponding to the secondary node address; the recursion node 610 is also configured to send the target enterprise node address to the enterprise node 640; the enterprise node 640 is configured to query the IP address of the monitoring terminal 500 according to the target enterprise node address and a preset third association table, and feed back the IP address of the monitoring terminal 500 to the recursive node 610; the third association table comprises an association relation between the enterprise node address and the corresponding IP address; recursion node 610 is also used to feed back the IP address of supervisory terminal 500 to the first digital object interoperability service.
Similarly, the principle that the product 400 establishes a communication connection with the installation verification device 800 based on the digital object interoperation service 700, the principle that the product 400 establishes a communication connection with the detection verification device 900 based on the digital object interoperation service 700, and the principle that the product 400 establishes a communication connection with the operation verification device 1000 based on the digital object interoperation service 700 may be the same as the principle that the product 400 establishes a communication connection with the supervision terminal 500 based on the digital object interoperation service 700, and the principle that the product 400 establishes a communication connection with the supervision terminal 500 based on the digital object interoperation service 700 may be referred to, and will not be described again here.
As shown in fig. 4, the first digital object interoperability service includes a digital object construction module 710 and an identity assignment module 720. The digital object constructing module 710 is configured to generate metadata and main data according to the attribute information of the product 400, and generate a digital object of the product according to the metadata and the main data; the identifier assigning module 720 is configured to register a product identifier with the identifier parsing system 600, obtain the registered product identifier from the identifier parsing system 600, bind the product identifier with a product digital object, and upload the bound product identifier and product digital object to the identifier parsing system 600.
It should be understood that each digital object interoperation service 700 has the same structure, that is, the second digital object interoperation service also includes a digital object construction module 710 and an identity assignment module 720, where the digital object construction module 710 is configured to generate metadata and main data according to the attribute information of the supervision terminal 500, and generate a supervision digital object according to the metadata and the main data; the identifier allocation module 720 registers the supervision identifier with the identifier resolution system 600, obtains the registered supervision identifier from the identifier resolution system 600, binds the supervision identifier with the supervision digital object, and uploads the supervision identifier, the supervision digital object, and the binding relationship between the supervision identifier and the supervision digital object to the identifier resolution system 600.
Similarly, digital object interoperability service 700 integrated on installation verification device 800, digital object interoperability service 700 integrated on detection verification device 900, and digital object interoperability service 700 integrated on operation verification device 1000 each include a digital object construction module 710 and an identification assignment module 720, digital object construction module 710 is used for establishing a digital object corresponding to installation verification device 800, a digital object corresponding to detection verification device 900, and a digital object corresponding to operation verification device 1000, identification assignment module 720 is used for applying for identification for installation verification device 800, detection verification device 900, and operation verification device 1000, and binds the identity of the installation verification device 800 to its digital object, the identity of the detection verification device 900 to its digital object, and the identity of the operation verification device 1000 to its digital object.
In this embodiment, the digital object interoperability service 700 further includes an identity authentication module 730, a data rights module 740, a unified protocol module 750, an extension module 760, and an intelligent microservice module 770. The identity authentication module 730 is used for authenticating the identity of the digital object and verifying and authorizing the identity of the expression of the digital object; the data authority module 740 is used for managing and controlling the operation and access authority of the digital object; the unified protocol module 750 is configured to specify an interconnection and interworking protocol of the digital object interoperability service 700, and to interconnect and interwork with the digital object interoperability service 700 conforming to the unified protocol, such as an equipment interconnection scenario or platform data sharing; the extension module 760 is used to provide an integrated component for a device or platform, which is the product 400, the supervision terminal 500, the installation verification device 800, the detection verification device 900, the operation verification device 1000, and the like, so that the device or platform can rapidly possess the capability of the standardized digital object interoperability service 700; the intelligent micro-service module 770 is used for enabling the accessed device or platform to rapidly build an intelligent application scene, such as automatic interoperation, and automatically issuing an instruction to the device for operation according to the collected historical data.
In this embodiment, the digital object interoperability service 700 is a decentralized architecture, and can implement direct mutual authorization, trust intercommunication, and interoperability between the product 400 and the monitoring terminal 500, the installation verification device 800, the detection verification device 900, and the operation verification device 1000. The system has a uniform interoperation protocol, the devices are communicated with each other through the uniform protocol, and a specific development interface is not needed.
Next, on the basis of the product supervision system 10 shown in fig. 2, an embodiment of the present application provides a product supervision method, please refer to fig. 5, and fig. 5 is a product supervision method provided by an embodiment of the present application, where the product supervision method may include the following steps:
and S101, writing the qualification certificate of the production enterprise and the manufacturer identification into the product in the production link of the manufacturer terminal.
S102, the dealer terminal writes the dealer enterprise qualification certificate and the dealer identification into the product in the product dealership link.
S103, the user terminal writes the use qualification certificate and the user identification into the product in the product purchasing link.
And S104, the product sends the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification to the supervision terminal.
And S105, the supervision terminal responds to the authentication operation of the user and sends the manufacturer identifier, the distributor identifier and the user identifier to the identifier analysis system.
And S106, the identification analysis system analyzes the manufacturer identification, the distributor identification and the user identification to obtain the manufacturer attribute information, the distributor attribute information and the user attribute information, and sends the manufacturer attribute information, the distributor attribute information and the user attribute information to the supervision terminal.
And S107, the supervision terminal authenticates the production enterprise qualification certificate, the distributor enterprise qualification certificate and the use qualification certificate according to the producer attribute information, the distributor attribute information and the user attribute information.
It is to be understood that the contents of S101 are executed by the above-described manufacturer terminal 100, the contents of S102 are executed by the above-described dealer terminal 200, the contents of S103 are executed by the above-described user terminal 300, the contents of S104 are executed by the above-described product 400, the contents of S105 and S107 are executed by the above-described supervisor terminal 500, and the contents of S106 are executed by the above-described identity resolution system 600.
In summary, the present application provides a product monitoring system and method. The product supervision system comprises: the product is in communication connection with the manufacturer terminal, the distributor terminal and the using terminal, the product is in communication connection with the supervision terminal based on the digital object interoperation service, and the manufacturer terminal, the distributor terminal, the using terminal, the product and the supervision terminal are in communication connection with the identification parsing system. The manufacturer terminal is used for writing the qualification certificate of the production enterprise and the manufacturer identification into the product in the production link of the product; the dealer terminal is used for writing the dealer enterprise qualification certificate and the dealer identification into the product in the product dealership link; the using terminal is used for writing the using qualification certificate and the user identification into the product in the product purchasing link; the product is used for sending the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification to the supervision terminal; the supervision terminal is used for responding to the authentication operation of the user and sending the manufacturer identifier, the distributor identifier and the user identifier to the identifier analysis system; the identification analysis system is used for analyzing the manufacturer identification, the distributor identification and the user identification, acquiring manufacturer attribute information, distributor attribute information and user attribute information, and sending the manufacturer attribute information, the distributor attribute information and the user attribute information to the supervised terminal; the supervision terminal is used for authenticating the production enterprise qualification certificate, the distributor enterprise qualification certificate and the use qualification certificate according to the producer attribute information, the distributor attribute information and the user attribute information.
Therefore, the product reports the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification which are acquired in the production link, the distribution link and the purchase link to the supervision terminal actively, so that a user can inquire whether the manufacturer, the distributor and the user of the product have related qualification certificates through the supervision terminal, and then judge the compliance of the product.
Meanwhile, the product can actively authenticate the qualification of installation personnel, detection personnel and operating personnel, generate records and report the records to a supervision terminal so as to form more efficient and accurate full-life-cycle monitoring management. Installation personnel, detection personnel and operating personnel need to open the authentication after identification, and the problem that the accuracy of information cannot be guaranteed is solved.
As will be appreciated by one skilled in the art, embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
While the preferred embodiments of the present application have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. Therefore, it is intended that the appended claims be interpreted as including preferred embodiments and all alterations and modifications as fall within the scope of the application.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present application without departing from the spirit and scope of the application. Thus, if such modifications and variations of the present application fall within the scope of the claims of the present application and their equivalents, the present application is intended to include such modifications and variations as well.
Claims (10)
1. A product supervision system, comprising: the product is in communication connection with the manufacturer terminal, the distributor terminal and the use terminal, the product is in communication connection with the supervision terminal based on the digital object interoperation service, and the manufacturer terminal, the distributor terminal, the use terminal, the product and the supervision terminal are in communication connection with the identification parsing system;
the manufacturer terminal is used for writing the qualification certificate of the production enterprise and the manufacturer identification into the product in the production link of the product;
the dealer terminal is used for writing the dealer enterprise qualification certificate and the dealer identification into the product in the process of dealership of the product;
the using terminal is used for writing a using qualification certificate and a user identification into the product in the link of purchasing the product;
the product is used for sending the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification to the supervision terminal;
the supervision terminal is used for responding to authentication operation of a user and sending the manufacturer identifier, the distributor identifier and the user identifier to the identifier analysis system;
the identification analysis system is used for analyzing the manufacturer identification, the distributor identification and the user identification to obtain manufacturer attribute information, distributor attribute information and user attribute information, and sending the manufacturer attribute information, the distributor attribute information and the user attribute information to the supervision terminal;
the monitoring terminal is used for authenticating the production enterprise qualification certificate, the distributor enterprise qualification certificate and the use qualification certificate according to the producer attribute information, the distributor attribute information and the user attribute information.
2. The product regulatory system of claim 1 wherein the producer attribute information comprises a producer private key, the distributor attribute information comprises a distributor private key, the user attribute information comprises a user private key, the production enterprise qualification certificate comprises a producer public key, the distributor enterprise qualification certificate comprises a distributor public key, and the use qualification certificate comprises a user public key;
the supervision terminal is also used for matching the manufacturer public key according to the manufacturer private key, matching the distributor public key according to the distributor private key and matching the user public key according to the user private key, and if the manufacturer public key, the distributor public key and the user public key are matched, the authentication is successful.
3. The product regulatory system of claim 1 further comprising an installation verification device, the product communicatively coupled to the installation verification device based on the digital object interoperability service;
the installation verification equipment is used for responding to login operation of an installer, verifying identity information of the installer, and sending an installation authentication request to the product if the verification is passed; wherein the installation authentication request comprises qualification information of an installer;
the product is used for matching the qualification information with preset standard qualification information to obtain an installation qualification conclusion and sending the installation qualification conclusion to the supervision terminal.
4. The product regulatory system of claim 1 further comprising a detection verification device, the product communicatively coupled to the detection verification device based on the digital object interoperability service;
the detection and verification equipment is used for responding to login operation of a detector, verifying identity information of the detector and sending a detection and authentication request to the product if the verification is passed; wherein, the detection authentication request comprises qualification information of the detector;
the product is used for matching the qualification information with preset standard qualification information to obtain a detection qualification conclusion and sending the detection qualification conclusion to the supervision terminal.
5. The product regulatory system of claim 1 further comprising an operation verification device, the product communicatively coupled to the operation verification device based on the digital object interoperability service;
the operation verification equipment is used for responding to login operation of an operator, verifying identity information of the operator, and sending an operation authentication request to the product if the verification is passed; wherein the operation authentication request comprises qualification information of an operator;
the product is used for matching the qualification information with preset standard qualification information to obtain an operation qualification conclusion and sending the operation qualification conclusion to the supervision terminal.
6. The product regulatory system of claim 1 wherein the product regulatory system comprises a plurality of digital object interoperability services, the product and the regulatory terminal each being integrated with the digital object interoperability services;
the first digital object interoperation service is used for generating a product digital object according to the attribute information of the product, distributing a product identifier for the product, binding the product identifier and the product digital object, and uploading the bound product identifier and the product digital object to the identifier analysis system; wherein the first digital object interoperability service is a digital object interoperability service integrated on the product;
the second digital object interoperation service is used for generating a supervision digital object according to the attribute information of the supervision terminal, distributing a supervision identifier to the supervision terminal, binding the supervision identifier and the supervision digital object, and uploading the bound supervision identifier and the supervision digital object to the identifier analysis system; wherein the second digital object interoperation service is a digital object interoperation service integrated on the supervisory terminal.
7. The product regulatory system of claim 6 wherein the first digital object interoperability service is further configured to obtain the regulatory identity;
the first digital object interoperation service is further configured to send a target address acquisition request to the identifier resolution system, where the target address acquisition request includes the supervision identifier;
the identification analysis system is also used for acquiring the IP address of the supervision terminal according to the supervision identification and sending the IP address of the supervision terminal to the first digital object interoperation service;
and the first digital object interoperation service establishes connection with the second digital object according to the IP address of the supervision terminal.
8. The product supervision system according to claim 7, wherein the identity resolution system comprises a recursion node, a top level node, a secondary node, and an enterprise node, the recursion node being communicatively connected to the first digital object interoperability service, the top level node, the secondary node, and the enterprise node being communicatively connected to the second digital object interoperability service;
the first digital object interoperability service is further configured to send the target address acquisition request to the recursion node;
the recursion node is used for sending the supervision identification to the top node;
the top level node is used for inquiring a target secondary node address according to the supervision identification and a preset first association table and feeding the target secondary node address back to the recursion node; the first association table comprises an identification and an association relation of a secondary node address corresponding to the identification;
the recursive node is further configured to send the target secondary node to the secondary node;
the secondary node is used for inquiring a target enterprise node address according to the target secondary node and a preset second association table and feeding back the target enterprise node address to the recursion node; the second association table comprises an association relation between a secondary node address and an enterprise node address corresponding to the secondary node address;
the recursive node is further configured to send the target enterprise node address to the enterprise node;
the enterprise node is used for inquiring the IP address of the supervision terminal according to the target enterprise node address and a preset third association table and feeding back the IP address of the supervision terminal to the recursion node; the third association table comprises an association relation between the enterprise node address and the corresponding IP address;
the recursion node is further configured to feed back an IP address of the supervisory terminal to the first digital object interoperability service.
9. The product monitoring system of claim 6, wherein the first digital object interoperability service includes a digital object build module and an identity assignment module;
the digital object construction module is used for generating metadata and main data according to the attribute information of the product and generating the digital object of the product according to the metadata and the main data;
the identification distribution module is used for registering the product identification to the identification analysis system, acquiring the registered product identification from the identification analysis system, binding the product identification and the product digital object, and uploading the bound product identification and the product digital object to the identification analysis system.
10. A product supervision method applied to the product supervision system of claim 1, the method comprising:
in the production link of the product, the manufacturer terminal writes the qualification certificate of the production enterprise and the manufacturer identification into the product;
the dealer terminal writes the dealer enterprise qualification certificate and the dealer identification into the product in the product dealership link;
the user terminal writes a use qualification certificate and a user identification into the product in the link of purchasing the product;
the product sends the manufacturer identification, the production enterprise qualification certificate, the distributor identification, the distributor enterprise qualification certificate, the use qualification certificate and the user identification to the supervision terminal;
the supervision terminal responds to authentication operation of a user and sends the manufacturer identifier, the distributor identifier and the user identifier to the identifier analysis system;
the identification analysis system analyzes the manufacturer identification, the distributor identification and the user identification to obtain manufacturer attribute information, distributor attribute information and user attribute information, and sends the manufacturer attribute information, the distributor attribute information and the user attribute information to the supervision terminal;
and the supervision terminal authenticates the production enterprise qualification certificate, the distributor enterprise qualification certificate and the use qualification certificate according to the manufacturer attribute information, the distributor attribute information and the user attribute information.
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Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109299957A (en) * | 2018-10-25 | 2019-02-01 | 聂贞云 | A kind of danger product container containing based on block chain is traced to the source supervisory systems |
| CN109447657A (en) * | 2018-08-31 | 2019-03-08 | 刘慧勇 | A kind of livestock products information tracing method based on livestock products market access management system |
| US20190079913A1 (en) * | 2017-09-08 | 2019-03-14 | Xerox Corporation | Regulatory compliance system |
| CN112101963A (en) * | 2020-09-17 | 2020-12-18 | 中国信息通信研究院 | Anti-counterfeiting equipment and distributed identification analysis system for realizing anti-counterfeiting |
| CN112200502A (en) * | 2020-11-19 | 2021-01-08 | 苏州协同创新智能制造装备有限公司 | Industrial internet identification analysis method |
| CN112270557A (en) * | 2020-12-16 | 2021-01-26 | 江苏傲为控股有限公司 | Credible tangible commodity tracing method and system |
| CN112287025A (en) * | 2020-10-28 | 2021-01-29 | 河北科技师范学院 | Wine product whole life process tracing and supervision method and system based on block chain |
-
2021
- 2021-11-04 CN CN202111297121.3A patent/CN113743964B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20190079913A1 (en) * | 2017-09-08 | 2019-03-14 | Xerox Corporation | Regulatory compliance system |
| CN109447657A (en) * | 2018-08-31 | 2019-03-08 | 刘慧勇 | A kind of livestock products information tracing method based on livestock products market access management system |
| CN109299957A (en) * | 2018-10-25 | 2019-02-01 | 聂贞云 | A kind of danger product container containing based on block chain is traced to the source supervisory systems |
| CN112101963A (en) * | 2020-09-17 | 2020-12-18 | 中国信息通信研究院 | Anti-counterfeiting equipment and distributed identification analysis system for realizing anti-counterfeiting |
| CN112287025A (en) * | 2020-10-28 | 2021-01-29 | 河北科技师范学院 | Wine product whole life process tracing and supervision method and system based on block chain |
| CN112200502A (en) * | 2020-11-19 | 2021-01-08 | 苏州协同创新智能制造装备有限公司 | Industrial internet identification analysis method |
| CN112270557A (en) * | 2020-12-16 | 2021-01-26 | 江苏傲为控股有限公司 | Credible tangible commodity tracing method and system |
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