Method, device, equipment and storage medium for processing digital identity of geographical indication products

Abstract

The present invention relates to the field of data processing, and discloses a method, device, equipment and storage medium for processing digital identities of geographical indication products, which are used to realize intelligent management and tracking of digital identities of geographical indication products. The method includes: binding the digital identity of an Internet of Things device or an identifiable device identifier and the digital identity of a product through a commodity manufacturer, and generating identity binding data content; associating production order information with the digital identity of the product, the digital identity of an Internet of Things device or an identifiable device identifier, and obtaining information-associated data content; activating a target delivery order according to the identity binding data content and the information-associated data content, obtaining a geographical indication product, and delivering the geographical indication product in an order; scanning the digital identity of the geographical indication product, and parsing the associated information of the geographical indication product through an associated relationship set, and obtaining the corresponding target digital identity and associated information.

Description

Technical Field

[0001] The present invention relates to the field of data processing, and in particular to a method, device, equipment and storage medium for processing digital identity of a geographical indication product. Background Art

[0002] A geographical indication is a mark with intellectual property attributes used to identify the origin of a product (country, region, or a specific location), usually printed or pasted on product packaging. Products displaying geographical indications have corresponding quality, special indicators, reputation or other certain characteristics based on the characteristics of their origin. Compared with ordinary products, products with geographical indications usually have better brand value and sales. Geographical indication products have now become a benchmark for driving local economic development, bringing huge economic benefits to local producers and establishing a good product reputation for local governments. However, with the increase in the value of geographical indication products, the use of traditional management methods has weak protection for genuine geographical indication products. Some merchants or enterprises in non-geographical indication product producing areas have counterfeited geographical indication products, and consumers have no way to distinguish the authenticity.

[0003] At present, geographical indication products are usually printed on product packaging with graphic stickers or printed with geographical indication graphics, which makes it difficult to manage their authenticity and easy to be copied. There is also a blockchain technology management method that puts geographical indications and production data on the chain, but the investment in building a blockchain is large, and the whole process of data chaining requires the collection and chaining of all product circulation links, which requires a large investment in management funds and is not suitable for agricultural products and other products that rely mainly on geographical indications for protection. Summary of the invention

[0004] The present invention provides a method, device, equipment and storage medium for processing the digital identity of a geographical indication product, which are used to realize intelligent management and tracking of the digital identity of a geographical indication product.

[0005] The first aspect of the present invention provides a method for processing the digital identity of a geographical indication product, the method comprising: obtaining the product digital identity and geographic location data of a target commodity, and authorizing the target commodity for a geographical indication to obtain a product geographical indication; constructing a set of association relationships between the product digital identity, the geographic location data, and the product geographical indication and the digital identity of the IoT device or an identifiable device identifier based on a preset IoT device; binding the IoT device digital identity or the identifiable device identifier to the product digital identity through a preset commodity manufacturer, and generating corresponding identity binding data content through a preset operation and maintenance management platform; The operation and maintenance management platform inputs the production order information of the target delivery order to be processed, and associates the production order information with the product digital identity, the IoT device digital identity or the identifiable device identifier to obtain information-related data content; activates the target delivery order according to the identity binding data content and the information-related data content to obtain the geographical indication product, and places an order for delivery of the geographical indication product through the preset commodity manufacturer; scans the geographical indication product's digital identity through the mobile terminal device of the preset commodity purchaser, and parses the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information.

[0006] In combination with the first aspect, in a first implementation of the first aspect of the present invention, the step of obtaining the product digital identity and geographic location data of the target product, and authorizing the target product for a geographical indication to obtain the product geographical indication includes: generating a product digital identity of the target product based on a preset product digital identity carrier, wherein the product digital identity is a string code with data uniqueness, and the product digital identity carrier is any one of the following: 128 barcode, QR code, code QR code, RFID tag, NFC tag or Bluetooth BLE tag; parse the basic product information of the product digital identity to generate the product digital identity of the target product, wherein the product digital identity includes product name, brand, origin, specification, production batch or date, shelf life, manufacturer and manufacturer address; obtain the merchants of each node in the geographical indication traceability link of the target product, and query the merchant identity key of the merchant through the preset service platform, wherein the merchants include: packaging material merchants and production merchants; obtain the geographical location authorization information of the target product based on the merchant identity key, obtain the geographical location data of the target product according to the geographical location authorization information, and query the local geographical indication products and product categories that obtain the geographical location data through the service platform, and register and manage the local geographical indication products and product categories and issue product digital identities through the service platform to obtain the product geographical indication.

[0007] In combination with the first aspect, in a second implementation method of the first aspect of the present invention, the association relationship set between the product digital identity, the geographic location data and the product geographical indication and the digital identity or identifiable device identifier of the Internet of Things device is respectively constructed based on the preset Internet of Things device, including: obtaining the unique digital identity of the preset Internet of Things device and the Internet of Things device itself, and creating the identifiable device identifier of the Internet of Things device through the service platform, and generating a mapping association relationship between the unique digital identity and the identifiable device identifier, wherein the Internet of Things device includes an Internet of Things tag, an information collection device, an information detection device, an information printing or printing device, a mobile communication device, an intelligent terminal device and a smart phone, and the identifiable device identifier is used for identity and location information authentication and management of the Internet of Things device; creating a first association relationship between the geographic location data of the Internet of Things device and the digital identity of the Internet of Things device; creating a second association relationship between the digital identity or identifiable device identifier of the Internet of Things device and an authorized commodity manufacturer; creating a third association relationship between the digital identity or identifiable device identifier of the Internet of Things device and multiple test indicators or test reports of the geographical indication product production site; generating an association relationship set according to the first association relationship, the second association relationship and the third association relationship.

[0008] In combination with the first aspect, in a third implementation method of the first aspect of the present invention, the digital identity of the Internet of Things device or the identifiable device identifier and the digital identity of the product are identity-bound by a preset commodity manufacturer, and corresponding identity binding data content is generated by a preset operation and maintenance management platform, including: matching the binding mode of the digital identity of the Internet of Things device or the identifiable device identifier and the digital identity of the product by a preset commodity manufacturer to obtain a first binding mode or a second binding mode; when it is the first binding mode, multiple product digital identities are identity-bound with one digital identity of the Internet of Things device or the identifiable device identifier; when it is the second binding mode, multiple product digital identities are identity-bound with multiple digital identities of the Internet of Things device or the identifiable device identifier; and corresponding identity binding data content is generated by a preset operation and maintenance management platform.

[0009] In combination with the first aspect, in a fourth implementation method of the first aspect of the present invention, the production order information of the target shipment order to be processed is entered through the operation and maintenance management platform, and the production order information is associated with the product digital identity, the Internet of Things device digital identity or the identifiable device identifier to obtain information-associated data content, including: entering the order information of the target shipment order to be processed through the operation and maintenance management platform, and generating corresponding production order information based on the order information; associating the production order information with the product digital identity and the Internet of Things device digital identity or the identifiable device identifier corresponding to the target shipment order through a preset shipment positioning device and an information collection device to obtain information-associated data content.

[0010] In combination with the first aspect, in the fifth implementation method of the first aspect of the present invention, the target delivery order is activated according to the identity binding data content and the information association data content to obtain a geographical indication product, and the geographical indication product is shipped by a preset commodity manufacturer, including: when the target delivery order contains a product digital identity identifier covered by the geographical indication geographical area, and the information collection device collects positioning data of the geographical location of the digital identity of the Internet of Things device corresponding to the geographical area where the geographical indication is located, all associated product digital identities and geographical indication relationships in the target delivery order are automatically activated by the operation and maintenance management platform, the activation of the geographical indication status corresponding to the product digital identity is completed, and the corresponding geographical indication product is produced by the preset commodity manufacturer; and the geographical indication product is shipped by the commodity manufacturer.

[0011] In combination with the first aspect, in a sixth implementation method of the first aspect of the present invention, the geographical indication product is scanned for its digital identity by a mobile terminal device of a preset commodity purchaser, and the associated information of the geographical indication product is parsed through the association relationship set to obtain the corresponding target digital identity and associated information, including: scanning the geographical indication product for its digital identity by a mobile terminal device of a preset commodity purchaser to obtain a product digital identity resolution domain name; jumping to the product digital identity resolution domain name, and parsing the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information; obtaining a display scheme for the target digital identity and associated information, and displaying the target digital identity and associated information based on the display scheme.

[0012] The second aspect of the present invention provides a device for processing the digital identity of a geographical indication product, and the device for processing the digital identity of a geographical indication product includes: an acquisition module, which is used to acquire the product digital identity and geographic location data of a target commodity, and to perform geographical indication authorization on the target commodity to obtain the product geographical indication; a construction module, which is used to respectively construct a set of association relationships between the product digital identity, the geographic location data and the product geographical indication and the digital identity of the Internet of Things device or the identifiable device identifier based on a preset Internet of Things device; a binding module, which is used to perform identity binding between the digital identity of the Internet of Things device or the identifiable device identifier and the product digital identity through a preset commodity manufacturer, and to generate corresponding identity binding data content through a preset operation and maintenance management platform; an association module , used to enter the production order information of the target delivery order to be processed through the operation and maintenance management platform, and associate the production order information with the product digital identity, the IoT device digital identity or the identifiable device identifier to obtain the information-related data content; an activation module, used to activate the target delivery order according to the identity binding data content and the information-related data content, obtain the geographical indication product, and place an order for the geographical indication product through the preset commodity manufacturer; a parsing module, used to scan the geographical indication product digital identity through the mobile terminal device of the preset commodity purchaser, and parse the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information.

[0013] In combination with the second aspect, in a first implementation of the second aspect of the present invention, the acquisition module is specifically used to: generate a product digital identity of the target commodity based on a preset product digital identity carrier, wherein the product digital identity is a string code with data uniqueness, and the product digital identity carrier is any one of the following: 128 barcode, QR code, code QR code, RFID tag, NFC tag or Bluetooth BLE tag; parse the basic product information of the product digital identity to generate the product digital identity of the target product, wherein the product digital identity includes product name, brand, origin, specification, production batch or date, shelf life, manufacturer and manufacturer address; obtain the merchants of each node in the geographical indication traceability link of the target product, and query the merchant identity key of the merchant through the preset service platform, wherein the merchants include: packaging material merchants and production merchants; obtain the geographical location authorization information of the target product based on the merchant identity key, obtain the geographical location data of the target product according to the geographical location authorization information, and query the local geographical indication products and product categories that obtain the geographical location data through the service platform, and register and manage the local geographical indication products and product categories and issue product digital identities through the service platform to obtain the product geographical indication.

[0014] In combination with the second aspect, in a second implementation method of the second aspect of the present invention, the construction module is specifically used to: obtain a unique digital identity of a preset Internet of Things device and the Internet of Things device itself, and create an identifiable device identifier of the Internet of Things device through the service platform, and generate a mapping association relationship between the unique digital identity and the identifiable device identifier, wherein the Internet of Things device includes an Internet of Things tag, an information collection device, an information detection device, an information printing or printing device, a mobile communication device, an intelligent terminal device and a smart phone, and the identifiable device identifier is used for identity and location information authentication and management of the Internet of Things device; create a first association relationship between the geographic location data of the Internet of Things device and the digital identity of the Internet of Things device; create a second association relationship corresponding to the digital identity of the Internet of Things device or the identifiable device identifier and an authorized commodity manufacturer; create a third association relationship corresponding to the digital identity of the Internet of Things device or the identifiable device identifier and multiple test indicators or test reports of the production place of the geographical indication product; generate an association relationship set based on the first association relationship, the second association relationship and the third association relationship.

[0015] In combination with the second aspect, in a third implementation method of the second aspect of the present invention, the binding module is specifically used to: match the binding mode of the IoT device digital identity or the identifiable device identifier and the product digital identity through a preset commodity manufacturer to obtain a first binding mode or a second binding mode; when it is the first binding mode, multiple product digital identities are bound to one IoT device digital identity or identifiable device identifier; when it is the second binding mode, multiple product digital identities are bound to multiple IoT device digital identities or identifiable device identifiers; and generate corresponding identity binding data content through a preset operation and maintenance management platform.

[0016] In combination with the second aspect, in a fourth implementation method of the second aspect of the present invention, the association module is specifically used to: enter the order information of the target shipment order to be processed through the operation and maintenance management platform, and generate corresponding production order information based on the order information; associate the production order information with the product digital identity and the Internet of Things device digital identity or identifiable device identifier corresponding to the target shipment order through a preset shipment positioning device and an information collection device to obtain information association data content.

[0017] In combination with the second aspect, in the fifth implementation method of the second aspect of the present invention, the activation module is specifically used for: when the target delivery order contains a product digital identity identifier covered by the geographical area of ​​the geographical indication, and the information collection device collects the positioning data of the geographical location of the digital identity of the Internet of Things device corresponding to the geographical area where the geographical indication is located, all associated product digital identities and geographical indication relationships in the target delivery order are automatically activated through the operation and maintenance management platform, the activation of the geographical indication status corresponding to the product digital identity is completed, and the corresponding geographical indication product is produced through the preset commodity manufacturer; and the geographical indication product is ordered and shipped through the commodity manufacturer.

[0018] In combination with the second aspect, in the sixth implementation method of the second aspect of the present invention, the resolution module is specifically used to: scan the digital identity of the geographical indication product through the mobile terminal device of the preset commodity purchaser to obtain the product digital identity resolution domain name; jump to the product digital identity resolution domain name, and resolve the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information; obtain the display scheme of the target digital identity and associated information, and display the target digital identity and associated information based on the display scheme.

[0019] The third aspect of the present invention provides a geographical indication product digital identity processing device, comprising: a memory and at least one processor, wherein the memory stores instructions; the at least one processor calls the instructions in the memory so that the geographical indication product digital identity processing device executes the above-mentioned geographical indication product digital identity processing method.

[0020] A fourth aspect of the present invention provides a computer-readable storage medium, which stores instructions that, when executed on a computer, enable the computer to execute the above-mentioned method for processing the digital identity of a geographical indication product.

[0021] In the technical solution provided by the present invention, the digital identity of the Internet of Things device or the identifiable device identifier and the digital identity of the product are bound by the commodity manufacturer, and the identity binding data content is generated; the production order information is associated with the digital identity of the product, the digital identity of the Internet of Things device or the identifiable device identifier to obtain the information association data content; the target delivery order is activated according to the identity binding data content and the information association data content to obtain the geographical indication product, and the order delivery of the geographical indication product is carried out; the geographical indication product is scanned for the product digital identity, and the geographical indication product is parsed for the association information through the association relationship set to obtain the corresponding target digital identity and association information. The present invention generates a product digital identity with data uniqueness, and the method ensures that each geographical indication product has a unique identity. At the same time, by associating with the digital identity of the Internet of Things device or the identifiable device identifier, the traceability of the product is achieved, and the identity and location information of the product can be tracked from production to consumption. Different information elements of the product are integrated and associated by using the Internet of Things device and the information collection device, including product identity, geographic location data, production information, etc. This is conducive to the integration and collaborative management of information and improves the management efficiency of geographical indication products. By associating order information with product digital identity and geographic location data, automated order processing is achieved. This simplifies the order activation and delivery process, reduces manual intervention, and improves the speed and accuracy of order processing. The legitimacy and protection of geographical indications are ensured through the generation of geographical location authorization information and product geographical indications. Only with legally authorized geographical locations can corresponding geographical indication products be generated. Through product digital identity scanning and associated information parsing, consumers can easily obtain detailed information about the product, including production information, brand, origin, etc. This helps to improve product transparency and increase consumer trust in the product. Using smart terminal devices and IoT technology, intelligent geographical indication product management is achieved. This helps to reduce human resource input and improve management accuracy and efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 A schematic diagram of an embodiment of a method for processing digital identity of a geographical indication product in an embodiment of the present invention;

[0023] Figure 2 A flowchart of constructing an association relationship set in an embodiment of the present invention;

[0024] Figure 3 A flowchart of generating identity binding data content in an embodiment of the present invention;

[0025] Figure 4 A flowchart of obtaining information-related data content in an embodiment of the present invention;

[0026] Figure 5A schematic diagram of an embodiment of a device for processing digital identity of a geographical indication product in an embodiment of the present invention;

[0027] Figure 6 A schematic diagram of an embodiment of a device for processing digital identity of a geographical indication product in an embodiment of the present invention;

[0028] Figure 7 Schematic diagram of the functions of the platform in an embodiment of the present invention. DETAILED DESCRIPTION

[0029] Embodiments of the present invention provide a method, device, equipment and storage medium for processing the digital identity of geographical indication products, which are used to realize intelligent management and tracking of the digital identity of geographical indication products. The terms "first", "second", "third", "fourth", etc. (if any) in the specification and claims of the present invention and the above-mentioned drawings are used to distinguish similar objects, and are not necessarily used to describe a specific order or sequence. It should be understood that the data used in this way can be interchangeable where appropriate, so that the embodiments described here can be implemented in an order other than that illustrated or described here. In addition, the terms "including" or "having" and any variations thereof are intended to cover non-exclusive inclusions, for example, a process, method, system, product or device that includes a series of steps or units is not necessarily limited to those steps or units that are clearly listed, but may include other steps or units that are not clearly listed or inherent to these processes, methods, products or devices.

[0030] For ease of understanding, the specific process of the embodiment of the present invention is described below. Figure 1 , an embodiment of the method for processing the digital identity of a geographical indication product in an embodiment of the present invention includes:

[0031] S101. Obtain the product digital identity and geographic location data of the target product, and authorize the target product for a geographical indication to obtain a product geographical indication;

[0032] It is understandable that the execution subject of the present invention may be a geographical indication product digital identity processing device, or a terminal or a server, which is not limited here. The embodiment of the present invention is described by taking a server as the execution subject as an example.

[0033] Specifically, based on the preset product digital identity carrier, generate the product digital identity of the target product. This identifier has a string encoding of data uniqueness and can be in a variety of carriers, such as 128 barcodes, QR codes, RFID tags, NFC tags or Bluetooth BLE tags. This ensures that each product has a unique identifier for tracking and identification throughout the entire processing process. If it is a barcode or QR code, it can be printed on the product pre-packaging or form an independent label sticker. Each product digital identity corresponds to the minimum sales unit of the product (one, one box, one bag, one box, one bundle, etc.). The service platform can parse the product information corresponding to the product digital identity, such as: product name, brand, origin, specification, production batch or date, shelf life, manufacturer, manufacturer address, etc. The service platform establishes the association relationship between merchants and products and product digital identities through production authorization and printing authorization, and can control the number of product digital identities issued. Parse the basic product information of the product digital identity. This step involves extracting key information of the product from the identifier, such as product name, brand, origin, specification, production batch or date, shelf life, manufacturer and manufacturer address. This information constitutes the digital product identity of the target product. It is necessary to obtain the merchants at each node in the geographical indication traceability link of the target product, and query the merchant identity keys of these merchants through the preset service platform, including packaging material merchants and production merchants. The merchant identity key will be used for subsequent geographic location authorization. For example, in the agricultural product supply chain, farmers, processing plants and other merchants are involved. Each merchant has a merchant identity key associated with it to ensure the security and credibility of the data. Next, use the merchant identity key to obtain the geographic location authorization information of the target product. This authorization information will allow merchants to access the geographic location data related to the product, ensuring that only legitimate merchants can access this data. Obtain the geographic location data of the target product based on the geographic location authorization information, and query the local geographical indication products and product categories of these data through the service platform. It is also possible to register and manage local geographical indication products and product categories and issue product digital identities through the service platform to obtain product geographical indications.

[0034] S102, constructing a set of association relationships between product digital identities, geographic location data, and product geographical indications and digital identities of IoT devices or identifiable device identifiers based on pre-set IoT devices;

[0035] Specifically, obtain the unique digital identities of the preset IoT devices and these devices themselves. These IoT devices may include IoT tags, information collection devices, information detection devices, information printing or printing devices, mobile communication devices, smart terminal devices, smart phones, etc. Through the service platform, create an identifiable device identity for each IoT device, and generate a mapping association relationship between the unique digital identity and the identifiable device identity. These identifiable device identities will be used for the identity authentication and location management of IoT devices. For example, consider an agricultural product production chain including temperature sensors, GPS positioning devices, and smart phones. Each device has a unique digital identity, and the service platform will assign an identifiable device identity, such as a device ID. This will create a mapping between the unique digital identity and the device ID. Create a first association relationship between the geographic location data of the IoT device and the digital identity of the IoT device. Associate the geographic location data with the digital identity of each device to track the location of the device in real time. For example, a GPS positioning device will continuously update its location data and associate this data with the device ID to reflect the current location of the device. Create a second association relationship between the digital identity of the IoT device or the identifiable device identity and the authorized commodity manufacturer. Associate the digital identity of each device with the identity of the manufacturer to ensure that only legitimate manufacturers can use these devices. For example, each smartphone is associated with a specific manufacturer when it leaves the factory, and this association will be established during the device manufacturing process. Next, a third association is created corresponding to the digital identity of the IoT device or the identifiable device identifier and multiple test indicators or test reports of the geographical indication product's production location. This relationship will ensure that each device can provide relevant test and quality data to verify the authenticity of the geographical indication product. For example, information collection equipment is used to record the temperature, humidity and other key indicators of the production site, which will be associated with the device ID for subsequent verification. Based on the first association, the second association and the third association, an association set is generated. This set will include the digital identity of all devices, identifiable device identifiers, geographic location data, manufacturer information, and test indicators or test reports related to geographical indication products.

[0036] S103, binding the digital identity of the IoT device or the identifiable device identifier and the digital identity of the product through the preset commodity manufacturer, and generating corresponding identity binding data content through the preset operation and maintenance management platform;

[0037] It should be noted that the preset commodity manufacturer needs to match the identity binding mode of the involved IoT device digital identity or identifiable device identifier and the product digital identity. This pattern matching is key because it determines how to bind the product to the device. There are two binding modes to choose from: the first binding mode and the second binding mode. When the first binding mode is selected, multiple product digital identities will be bound to one IoT device digital identity or identifiable device identifier. This mode is suitable for situations where one device can manage multiple products at the same time. For example, suppose a farm uses the same temperature sensor to monitor multiple kinds of products. In the first binding mode, the digital identities of all these products will be bound to the digital identity of the same temperature sensor. This means that one device can track and manage multiple products. When the second binding mode is selected, multiple product digital identities will be bound to multiple IoT device digital identities or identifiable device identifiers. This mode is suitable for situations where one product requires multiple devices to track or manage. For example, suppose a batch of special agricultural products requires more detailed monitoring during harvesting and transportation. In the second binding mode, the digital identity of this batch of agricultural products will be bound to the digital identities of multiple different sensors and devices, including temperature sensors, humidity sensors, and sensors of transportation vehicles. This ensures that each product can be monitored by multiple devices. When the binding mode matching is completed, the preset operation and maintenance management platform will generate the corresponding identity binding data content according to the selected mode. These data contents include the following information: product digital identity, digital identity of IoT device or identifiable device identification, binding mode (first binding mode or second binding mode). These data contents will play a key role in the entire supply chain to ensure that the identity of the product and the identity of the device are correctly matched and managed. Through the product digital identity management combined with the service platform and IoT technology, the target product’s life from the beginning to the pre-market link is tracked and recorded, and the planting / breeding geographical information, production information, quality information, circulation information, testing and quarantine data of the target product and the information of different participants are recorded in an unalterable manner and strongly associated with the product digital identity, so as to achieve the geographical positioning of the product’s origin, traceability of the production process, and responsibility tracing, and also realize the digital display of geographical indications through product digital identity. Among them, the service platform registers and manages local geographical indication products and product categories, corresponding to specific geographical indications, and issues digital identity tags for corresponding geographical indication products according to the annual planting / breeding quantity and expected output. Furthermore, product testing and inspection information is controlled through product geographical indication + product digital identity. In the service platform, each type of geographical indication graphic corresponds to a geographical indication graphic digital identity (with identity uniqueness by category), and corresponds to a specific product category, product name and geographical area of ​​origin. The service platform in this embodiment is suitable for a large-scale commercial traceability service platform for various traceability scenarios. The platform function modules of the present invention are as follows Figure 7 shown.

[0038] S104. Input the production order information of the target delivery order to be processed through the operation and maintenance management platform, and associate the production order information with the product digital identity, the IoT device digital identity or the identifiable device identifier to obtain information-associated data content;

[0039] Specifically, the order information of the target delivery order to be processed is entered through the operation and maintenance management platform. The order information includes product name, quantity, order date, destination, etc. This step helps to record the detailed information of the order for subsequent processing. According to the order information, the operation and maintenance management platform will generate the corresponding production order information. The production order information includes production plan, production batch, production date, etc. This information is to guide the production process and ensure that the products are produced according to the order requirements. Through the preset delivery positioning device and information collection device, the production order information is associated with the product digital identity and the IoT device digital identity or identifiable device identifier corresponding to the target delivery order. The purpose of this step is to ensure that each product is associated with the corresponding IoT device and digital identity. For example, consider a supply chain of geographical indication vegetables. A farm receives a delivery order requiring a batch of fresh specific vegetables to be delivered to different stores. The order information includes the name of the vegetable, the quantity, the order date and the destination. The operation and maintenance management platform generates the corresponding production order based on this information, including the number of vegetables that the farm needs to harvest and the expected harvest date. During the harvesting process on the farm, information collection equipment such as harvesting machines record the digital identity of each harvested vegetable and associate it with the corresponding IoT device, such as the digital identity of the harvesting machine, during collection. In this way, each vegetable is associated with an IoT device and digital identity. During shipment, the shipment positioning device tracks the location of each vegetable and associates this information with the information of the target shipment order through the relevant digital identity. This ensures that each vegetable is associated with the correct order while providing real-time location tracking data.

[0040] S105, activating the target delivery order according to the identity binding data content and the information association data content, obtaining the geographical indication product, and delivering the geographical indication product through the preset product manufacturer;

[0041] Specifically, the order activation process is performed according to the identity binding data content and the information association data content. The purpose of this step is to activate the geographical indication products in the target delivery order according to the detailed information of the order and the geographic location data of the IoT device. When the target delivery order contains the product digital identity covered by the geographical indication geographical area, and the geographical location of the IoT device digital identity collected by the information collection device corresponds to the positioning data of the geographical area where the geographical indication is located, the product digital identity and geographical indication relationship related to the order are automatically activated. The key to this step is to ensure that the product is in the correct geographical indication area and matches the geographical location data of the geographical indication area. When the product digital identity and geographical indication status are successfully activated, the corresponding geographical indication product is produced through the preset commodity manufacturer. The geographical indication product will be produced in accordance with the requirements and standards of the geographical indication to ensure its quality and legality. The order delivery of the geographical indication product is executed through the preset commodity manufacturer. This includes delivering the produced geographical indication products to the destination to meet the needs of customers. For example, consider a well-known geographical indication product manufacturer who produces geographical indication certified geographical indication products. A retailer places an order to purchase geographical indication products in a specific geographical indication area of ​​the manufacturer. The order includes the quantity and delivery address of the product. When executing order activation, the operation and maintenance management platform will check the digital identity of the GI products included in the order and match it with the geographical location data of the IoT device digital identity collected by the information collection device. If the location data of the IoT device matches the GI area, the digital identity of the GI products in the order will be automatically activated. When activated, the manufacturer will start producing these GI products in accordance with the requirements of the GI, ensuring that they meet the quality standards of the GI. The manufacturer will ship these GI products to the order and deliver them to the retailer's delivery address.

[0042] S106. Scan the digital identity of the geographical indication product through the mobile terminal device preset by the commodity purchaser, and parse the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information.

[0043] Specifically, through the application or function pre-installed on the mobile terminal device of the commodity purchaser, the user can scan the digital identity of the geographical indication product. This usually involves using the camera of the mobile device to scan a specific identification code on the product, such as a QR code, barcode or RFID tag. When the scan is completed, the application will resolve the product digital identity and obtain the resolved domain name associated with the identifier. This domain name is used to jump to the source of relevant information in order to obtain more associated information. The user's mobile terminal device will jump to the product digital identity resolved domain name to obtain the associated information. Behind the resolved domain name, there is a set of associated relationships, which contains mappings of product digital identity, geographic location data and other related information. The application will use these mappings to resolve and obtain associated information related to the geographical indication product. When the resolution is completed, the application will obtain the associated information related to the geographical indication product. This information may include the product's place of origin, production batch, manufacturer information, quality control report, historical traceability data, etc. According to the content and format of the associated information, the application will present this information to the user according to a predetermined display scheme. For example, suppose that a certain featured product is a geographical indication product and there is a QR code on its label. The buyer scans this QR code through a specific application on his mobile terminal device. The application recognizes the QR code and extracts the product digital identity. Based on the identifier, the application jumps to the product digital identity resolution domain name, which is provided by the manufacturer. On the server that resolves the domain name, there is a set of associations that include the product's origin, type, production date, manufacturer information, etc. The application uses these mapping relationships to resolve and obtain this information. The application presents this information to the user and displays it on the screen of the mobile device. Users can easily view detailed information about the product, including its geographical indication and production information. This provides additional trust and transparency, allowing users to better understand the products they purchase.

[0044] In the embodiment of the present invention, the digital identity of the Internet of Things device or the identifiable device identifier and the digital identity of the product are bound by the commodity manufacturer, and the identity binding data content is generated; the production order information is associated with the digital identity of the product, the digital identity of the Internet of Things device or the identifiable device identifier to obtain the information association data content; the target delivery order is activated according to the identity binding data content and the information association data content to obtain the geographical indication product, and the order delivery of the geographical indication product is carried out; the geographical indication product is scanned for the product digital identity, and the geographical indication product is parsed for the association information through the association relationship set to obtain the corresponding target digital identity and association information. The present invention generates a product digital identity with data uniqueness, and the method ensures that each geographical indication product has a unique identity. At the same time, by associating with the digital identity of the Internet of Things device or the identifiable device identifier, the traceability of the product is achieved, and the identity and location information of the product can be tracked from production to consumption. The different information elements of the product are integrated and associated by using the Internet of Things device and the information collection device, including the product identity, geographic location data, production information, etc. This is conducive to the integration and collaborative management of information and improves the management efficiency of geographical indication products. By associating the order information with the product digital identity and geographic location data, automated order processing is achieved. This simplifies the order activation and delivery process, reduces manual intervention, and improves the speed and accuracy of order processing. The legitimacy and protection of geographical indications are ensured through the generation of geographical location authorization information and product geographical indications. Only with legally authorized geographical locations can corresponding geographical indication products be generated. Through product digital identity scanning and associated information parsing, consumers can easily obtain detailed information about the product, including production information, brand, origin, etc. This helps to improve product transparency and increase consumer trust in the product. Using smart terminal devices and IoT technology, intelligent geographical indication product management is achieved. This helps to reduce human resource input and improve management accuracy and efficiency.

[0045] In a specific embodiment, the process of executing step S101 may specifically include the following steps:

[0046] (1) Generate a product digital identity for the target product based on a preset product digital identity carrier, where the product digital identity is a string code with data uniqueness, and the product digital identity carrier is any of the following: 128 barcode, QR code, RFID tag, NFC tag or Bluetooth BLE tag;

[0047] (2) Analyze the basic product information of the product digital identity to generate the product digital identity of the target product, where the product digital identity includes the product name, brand, origin, specification, production batch or date, shelf life, manufacturer and manufacturer address;

[0048] (3) Obtain the merchants at each node of the geographical indication traceability link of the target product, and query the merchant identity key of the merchant through the pre-set service platform, where the merchants include: packaging material merchants and production merchants;

[0049] (4) Obtaining the geographic location authorization information of the target product based on the merchant identity key, obtaining the geographic location data of the target product based on the geographic location authorization information, and querying the local geographical indication products and product categories that obtain the geographic location data through the service platform, and registering and managing the local geographical indication products and product categories and issuing product digital identities through the service platform to obtain the product geographical indication.

[0050] Specifically, the server generates a product digital identity of the target product based on the preset product digital identity carrier, which is a string code with data uniqueness. The product digital identity can use a variety of carriers, such as 128 barcodes, QR codes, RFID tags, NFC tags, or Bluetooth BLE tags. This identifier will identify the product throughout the supply chain and be associated with the product information. The product digital identity is parsed to generate the product digital identity of the target product. The product digital identity includes basic information about the product, such as product name, brand, origin, specification, production batch or date, shelf life, manufacturer, and manufacturer address. This information will help determine the source and quality of the product. In the geographic mark traceability link, each node involves different merchants, including packaging material merchants and production merchants. Merchants at each node of the geographic mark traceability link (including packaging material merchants and production merchants) register with the system through the service platform, obtain merchant identity keys, and are authorized to perform traceability link function applications. Merchants use identity keys to perform practical function verification and practical data update verification. Merchants of packaging materials use merchant identity keys to authorize geographical indications, product digital identity tags, product outsourcing, etc. to obtain downloads and print outsourcing production. During the printing process, the operation and maintenance management platform will check and manage the identity of the product digital identity label packaging material supplier, the identity of the printing equipment, the number of labels produced, and the product digital identity code. Printing methods include real-time online acquisition printing, offline printing, pre-download printing, etc., and the printing forms are not limited to label stickers, outsourcing inkjet, and variable printing; all geographical indications and product digital identity tags issued after authorization verification can be directly applied to product single entities, outer packaging, pre-packaging and other application scenarios. Manufacturers can use merchant identity keys to perform production function operations and update product production data on the service platform. Obtain production authorization product information through the key to bind product digital identity labels, bind product testing and inspection information, and produce warehousing. Query the merchant identity keys of these merchants through the preset service platform. Merchant identity keys are used for subsequent geographic location authorization and information query. Based on the merchant identity keys, obtain the geographic location authorization information of the target product. This information determines which geographic locations can be identified as the origin of geographical indication products. Geographical location authorization information is a key factor in ensuring the legality of a product's geographical indication. Based on the geographical location authorization information, the geographical location data of the target product is obtained. This data includes location information in production, processing, packaging and distribution. Through the service platform, local geographical indication products and product categories are queried, and the registration of geographical indication products is managed. The service platform also issues product digital identities to ensure that the geographical indication products correspond to the geographical location data.

[0051] In a specific embodiment, if Figure 2 As shown, the process of executing step S102 may specifically include the following steps:

[0052] S201. Obtain the unique digital identity of the preset IoT device and the IoT device itself, and create a recognizable device identifier of the IoT device through the service platform, and generate a mapping association relationship between the unique digital identity and the recognizable device identifier, wherein the IoT device includes an IoT tag, an information collection device, an information detection device, an information printing or printing device, a mobile communication device, an intelligent terminal device, and a smart phone, and the recognizable device identifier is used for identity and location information authentication and management of the IoT device;

[0053] S202, creating a first association relationship between geographic location data of the IoT device and the digital identity of the IoT device;

[0054] S203, creating a second association relationship between the digital identity of the IoT device or the identifiable device identifier and the authorized product manufacturer;

[0055] S204. Create a third association relationship between the digital identity of the IoT device or the identifiable device identifier and multiple test indicators or test reports of the geographical indication product production location;

[0056] S205: Generate an association relationship set according to the first association relationship, the second association relationship, and the third association relationship.

[0057] Specifically, the server collects pre-set IoT devices, which may include IoT tags, information collection devices, information detection devices, information printing or printing devices, mobile communication devices, smart terminal devices and smart phones. Among them, printing equipment management: through the management of the identity of printing equipment, the system registration authentication and system interface authentication of printing equipment are used to locate the relationship between the packaging material merchant and the printing equipment, and the system of the printing equipment can obtain product information (geographical indications, product digital identity codes, etc.) from the service platform through the interface. Origin positioning equipment, production warehousing, and delivery positioning equipment management: IoT devices have unique label device digital identities, are equipped with GPS positioning modules or are equipped with Bluetooth, WiFi, NB-IoT and other mobile communication modules, and can broadcast or send IoT device digital identities to the outside through communication protocols. The label device digital identity data sent to the outside can be collected by the collection device and transmitted to the management platform through the mobile communication network. The management platform can manage the application types of IoT label devices, and can also complete the data recording, association and storage of the origin geographic location data and business-related data associated with the IoT label digital identity. Information collection equipment management: The collection equipment can be a smart phone, mobile terminal, gateway, etc., which also has a unique collection equipment digital identity and a built-in communication SDK authorized by the management equipment. The communication SDK can collect the digital identity data of the IoT device broadcast or sent by the IoT tag device. The management platform can obtain the digital identity of the tag device transmitted by the authorized collection device after filtering, and complete data recording and storage. As a core technology carrier, the IoT tag is the key to achieving the real and real-time geographic location data and identity data management of items. The core components of the IoT tag are composed of an information processor, an antenna, a battery, and a communication module. The communication module supports multiple communication protocols such as Bluetooth, LoRa, Wifi, and NFC; the tag PCBA can integrate GPS or Beidou positioning modules to complete the recording and transmission of the real-time geographic location data of the tag, and can also integrate sensor modules to complete the recording and transmission of the environmental data of the tag location (humidity, temperature, etc.). In the operation and maintenance management platform, the digital identity of the IoT tag can be associated with multiple types of information, including but not limited to the origin of geographical indication products and product test data or test reports, product digital identity identification data, order data, manufacturer information, geographical indication information, etc. Each IoT device has its own unique digital identity, which can be obtained through the method provided by the device manufacturer or the built-in unique identification number (such as IMEI number, MAC address, etc.). Through the service platform, create an identifiable device identity for each IoT device. This identity can be a unique code used to identify and authenticate the IoT device. The identifiable device identity is usually a combination of numbers or characters to ensure that each device has a unique identity. Map the unique digital identity of each IoT device with its corresponding identifiable device identity to create an association between the unique digital identity and the identifiable device identity.This association will be used for device authentication and management. Establish a first association between the location data of each IoT device and its digital identity. This can help track the location of the device for use in the production and distribution of geographical indication products. Establish an association between the digital identity or identifiable device identifier of the IoT device and the authorized manufacturer of the product. This ensures that the manufacturer can manage the equipment associated with it and also helps monitor the legality of the supply chain. Establish an association between the digital identity or identifiable device identifier of the IoT device and the test indicators or test reports of the place where the geographical indication product is produced. This helps ensure the quality and legality of the geographical indication product. Based on the first, second and third associations, a complete set of associations is generated, which includes the identity, location information, manufacturer association, quality association, etc. of each IoT device. This set will be used for the traceability and management of geographical indication products. The location data of the IoT tag is collected by the collection device and uploaded to the management platform, forming an association with the digital identity of the IoT tag; the IoT tag with positioning and communication capabilities forms an association with the authorized manufacturer of the geographical indication product on the management platform; the IoT tag can form an association with multiple test indicators or test reports of the place where the geographical indication product is produced on the management platform. When manufacturers sell geographical indication products, they need to complete the binding of the product digital identity with the digital identity of the IoT tag. Multiple product digital identities can be bound to one or more IoT tag digital identities to form associated data content on the management platform. When manufacturers sell geographical indication products and ship them, they need to manage the shipping order through the management platform, enter the order information to produce the order code; the manufacturer uses the shipping positioning device and the information collection device to associate the order code with the product digital identity and IoT tag digital identity corresponding to the order. The association method can be to collect the product digital identity and IoT tag digital identity through the collection device installed with the communication SDK authorized by the management device, complete the data association and upload it to the management platform. When the shipping order contains the product digital identity covered by a certain geographical indication geographical area, and the collection device of the shipping operation collects the positioning data of the IoT tag digital identity corresponding to the geographical area where the geographical indication is located, the management platform automatically activates all the associated product digital identities in this order and the geographical indication relationship, and completes the activation of the geographical indication status corresponding to the product digital identity. Similarly, if the geographical indication product has completed the origin, relevant product testing information or test reports and stored them in the management platform to form an association with the geographical area and product type of the product, when the product is shipped in the above manner, the management platform automatically activates all associated product digital identities and related testing information or test reports in this order and completes the association with the product digital identity.

[0058] In a specific embodiment, if Figure 3 As shown, the process of executing step S103 may specifically include the following steps:

[0059] S301, performing binding mode matching on the digital identity of the IoT device or the identifiable device identifier and the digital identity of the product through a preset commodity manufacturer to obtain a first binding mode or a second binding mode;

[0060] S302: When the first binding mode is used, multiple product digital identities are bound to an IoT device digital identity or a recognizable device identifier;

[0061] S303, when it is the second binding mode, multiple product digital identities are bound to multiple IoT device digital identities or identifiable device identifiers;

[0062] S304: Generate corresponding identity binding data content through a preset operation and maintenance management platform.

[0063] Specifically, the server formulates two different binding modes, namely the first binding mode and the second binding mode. These two modes can be defined according to specific needs and scenarios. For example, the first binding mode can be to bind multiple product digital identities to one IoT device digital identity or identifiable device identifier, while the second binding mode can be to bind multiple product digital identities to multiple IoT device digital identities or identifiable device identifiers. According to the binding mode matching rules, the digital identity or identifiable device identifier of the IoT device is matched with the digital identity of the product. This matching can be based on a series of conditions, such as product type, batch number, production date, etc. According to the matching result, it is determined whether to adopt the first binding mode or the second binding mode. If the matching result conforms to the first binding mode, then the multiple product digital identities are identity-bound to one IoT device digital identity or identifiable device identifier. This means that multiple products share one device, and the identity of the device will be associated with these products. If the matching result conforms to the second binding mode, then the multiple product digital identities are identity-bound to multiple IoT device digital identities or identifiable device identifiers. This means that each product has its own device, and the identity of the device will be associated with these products respectively. The corresponding identity binding data content is generated through the preset operation and maintenance management platform. This data content includes the digital identity of the bound IoT device or the identifiable device identifier and the digital identity of the product associated with it. This data content will be used for subsequent management and traceability.

[0064] In a specific embodiment, if Figure 4 As shown, the process of executing step S104 may specifically include the following steps:

[0065] S401. Enter the order information of the target delivery order to be processed through the operation and maintenance management platform, and generate corresponding production order information according to the order information;

[0066] S402. Associating the production order information with the product digital identity and the IoT device digital identity or identifiable device identifier corresponding to the target delivery order through a preset delivery positioning device and an information collection device to obtain information-associated data content.

[0067] Specifically, the server operation and maintenance management platform should provide a user interface to allow operators to enter order information of target shipment orders to be processed. Such order information may include product type, quantity, delivery date, etc. The operation and maintenance management platform generates corresponding production order information based on such order information. The generated production order information will be associated with the product digital identity and the IoT device digital identity or identifiable device identification. For each product in the order, the operation and maintenance management platform can find the corresponding product digital identity based on the product type and order information. This may include information such as product name, brand, specification, production batch, etc. At the same time, for each order, the system can find the digital identity or identifiable device identification of the IoT device to be used. This may include a unique identifier of the device, such as a device ID. When the product identity and device identity are associated with the production order information, the operation and maintenance management platform can generate information-associated data content, which includes relevant information about the production order information, product identity, and device identity. This data content will be used for monitoring and tracing the production process. For example, an order includes the name, quantity, delivery date, and required quality standards of the product. The operator of the operation and maintenance management platform enters this order information into the system and generates a production order based on this information. The system will look for product digital identities associated with the product type, and device digital identities associated with IoT devices that monitor conditions. This information will be associated with production order information. The resulting information association data includes production order information (such as product orders), product identities (including product specifications and production batches), and associated device identities (sensors used to monitor storage conditions of products). This association data will help monitor the production process of products to ensure that they meet quality standards and are ready for shipment before the delivery date. If problems occur during the production process, they can be traced back to specific product batches and monitoring equipment for further investigation and improvement.

[0068] In a specific embodiment, the process of executing step S105 may specifically include the following steps:

[0069] (1) When the target delivery order contains the digital identity of the product covered by the geographical area of ​​the geographical indication, and the information collection device collects the location data of the digital identity of the IoT device corresponding to the geographical area where the geographical indication is located, the operation and maintenance management platform automatically activates all the related product digital identities and geographical indication relationships in the target delivery order, completes the activation of the geographical indication status of the product digital identity, and produces the corresponding geographical indication products through the preset commodity manufacturers;

[0070] (2) Orders for geographical indication products are shipped through commodity manufacturers.

[0071] Specifically, it is necessary to deploy information collection devices and IoT devices that can collect geographic location data and information related to products. This can include using sensors to monitor the location and status of IoT devices. In the target delivery order, each product should have a unique product digital identity. This identity can be a string code that uniquely identifies each product. At the same time, these product digital identities should be associated with geographical indication products to ensure the authenticity of their geographical indications. Information collection devices will regularly collect geographic location data of IoT devices. These data will be matched with the coverage of the geographical indication geographical area. If the geographic location data of an IoT device matches the coverage of the geographical indication, it means that the device is located in the production geographical area of ​​the geographical indication product. When the information collection device collects a match in the geographic location data, the operation and maintenance management platform will automatically activate all associated product digital identities and geographical indication relationships involved in the target delivery order. These products can be regarded as geographical indication products and the corresponding geographical indication products can be produced. After activation, the preset commodity manufacturers will receive order information about geographical indication products. They can start producing geographical indication products based on the order information and the activated product digital identities. After production is completed, the commodity manufacturers will ship these products.

[0072] In a specific embodiment, the process of executing step S106 may specifically include the following steps:

[0073] (1) Scan the digital identity of the geographical indication product through the mobile terminal device of the pre-set commodity purchaser to obtain the product digital identity resolution domain name;

[0074] (2) Jump to the product digital identity resolution domain name, and resolve the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information;

[0075] (3) Obtaining a display scheme for the target digital identity and associated information, and displaying the target digital identity and associated information based on the display scheme.

[0076] Specifically, when the buyer of the product receives the outsourced product with a digital identity tag or a geographical indication + a digital identity tag, he can scan the digital identity tag (taking the QR code as an example) through any software and program on the mobile terminal device to query the product information. The product digital identity QR code contains the product digital identity resolution domain name. After jumping to the resolution domain name, the resolution system will retrieve the product digital identity and related information of the management platform, and judge and resolve the geographical indication and other information display methods based on the related information and related information activation status recorded on the management platform by the product digital identity, such as: whether to bind the IoT tag, whether to associate the geographical indication with the positioning activation, whether to associate the geographical indication graphic information with the activation location, whether to associate the corresponding inspection and testing, etc., and finally, after successful comparison, the product digital information, geographical indication graphics, inspection and testing information, production activation location, etc. are presented on the scanned result webpage, so as to convey and display the true and reliable information of the geographical indication product. The buyer's mobile terminal device should be equipped with an application or hardware component that can scan the product digital identity. This application can use the camera on the mobile terminal device to scan the product digital identity on the geographical indication product. This identification can be any of a 128 barcode, QR code, RFID tag, NFC tag or Bluetooth BLE tag. When the product digital identity is scanned, the mobile terminal device application will begin to resolve the identity. The resolution process involves converting the code in the identity into readable information, including product name, brand, origin, specifications, production batch or date, shelf life, manufacturer and manufacturer address. This information will constitute the digital identity of the product. After the product digital identity is resolved, the mobile terminal device application can obtain the resolved domain name associated with the digital identity. This domain name is usually a website or identifier that can be used to access more information associated with the product. The domain name can be obtained through a mapping relationship configured in the application in advance, or by extracting it from the resolved digital identity. When the resolved domain name is obtained, the mobile terminal device application will jump to the domain name. On this domain name, the application can access more detailed information related to the product, including the product's geographical indication information, production process information, quality control information, etc. This information is obtained through an association relationship set. The association relationship set includes a database or repository in which the association between the product digital identity and other information is stored. These association relationships are maintained by the manufacturer, regulatory agency or third party to ensure the accuracy and accessibility of the information. The mobile terminal device application will display the target digital identity and its associated information according to the display scheme. This display solution can include presenting the product’s geographical indication information, quality characteristics, production history, etc. in an easy-to-understand manner. This can be a user-friendly interface, such as a product details page, showing the full picture of the product.

[0077] The above describes the method for processing the digital identity of a geographical indication product in an embodiment of the present invention. The following describes the device for processing the digital identity of a geographical indication product in an embodiment of the present invention. Figure 5 In one embodiment of the present invention, a device for processing digital identity of a geographical indication product includes:

[0078] The acquisition module 501 is used to acquire the product digital identity and geographic location data of the target product, and to authorize the target product for a geographical indication to obtain a product geographical indication;

[0079] A construction module 502 is used to construct a set of association relationships between the product digital identity, the geographic location data, and the product geographical indication and the digital identity of the IoT device or the identifiable device identifier based on the preset IoT device;

[0080] The binding module 503 is used to perform identity binding between the digital identity of the IoT device or the identifiable device identifier and the digital identity of the product through a preset commodity manufacturer, and generate corresponding identity binding data content through a preset operation and maintenance management platform;

[0081] The association module 504 is used to input the production order information of the target delivery order to be processed through the operation and maintenance management platform, and associate the production order information with the product digital identity, the IoT device digital identity or the identifiable device identifier to obtain information association data content;

[0082] An activation module 505 is used to activate the target delivery order according to the identity binding data content and the information association data content, obtain the geographical indication product, and place an order for delivery of the geographical indication product through a preset commodity manufacturer;

[0083] The parsing module 506 is used to scan the digital identity of the geographical indication product through the mobile terminal device of the preset commodity purchaser, and parse the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information.

[0084] Optionally, the acquisition module 501 is specifically used to: generate the product digital identity of the target product based on a preset product digital identity carrier, wherein the product digital identity is a string code with data uniqueness, and the product digital identity carrier is any of the following: 128 barcode, QR code, code QR code, RFID tag, NFC tag or Bluetooth BLE tag; parse the basic product information of the product digital identity to generate the product digital identity of the target product, wherein the product digital identity includes product name, brand, origin, specification, production batch or date, shelf life, manufacturer and manufacturer address; obtain the merchants of each node in the geographical indication traceability link of the target product, and query the merchant identity key of the merchant through the preset service platform, wherein the merchants include: packaging material merchants and production merchants; obtain the geographical location authorization information of the target product based on the merchant identity key, obtain the geographical location data of the target product according to the geographical location authorization information, and query the local geographical indication products and product categories that obtain the geographical location data through the service platform, and register and manage the local geographical indication products and product categories and issue product digital identities through the service platform to obtain the product geographical indication.

[0085] Optionally, the construction module 502 is specifically used to: obtain the unique digital identity of the preset Internet of Things device and the Internet of Things device itself, and create an identifiable device identifier of the Internet of Things device through the service platform, and generate a mapping association relationship between the unique digital identity and the identifiable device identifier, wherein the Internet of Things device includes an Internet of Things tag, an information collection device, an information detection device, an information printing or printing device, a mobile communication device, an intelligent terminal device and a smart phone, and the identifiable device identifier is used for identity and location information authentication and management of the Internet of Things device; create a first association relationship between the geographic location data of the Internet of Things device and the digital identity of the Internet of Things device; create a second association relationship between the digital identity of the Internet of Things device or the identifiable device identifier and an authorized product manufacturer; create a third association relationship between the digital identity of the Internet of Things device or the identifiable device identifier and multiple test indicators or test reports of the production site of the geographical indication product; generate an association relationship set based on the first association relationship, the second association relationship and the third association relationship.

[0086] Optionally, the binding module 503 is specifically used to: match the binding mode of the IoT device digital identity or identifiable device identifier and the product digital identity through a preset commodity manufacturer to obtain a first binding mode or a second binding mode; when it is the first binding mode, multiple product digital identities are bound to one IoT device digital identity or identifiable device identifier; when it is the second binding mode, multiple product digital identities are bound to multiple IoT device digital identities or identifiable device identifiers; and generate corresponding identity binding data content through a preset operation and maintenance management platform.

[0087] Optionally, the association module 504 is specifically used to: enter the order information of the target shipment order to be processed through the operation and maintenance management platform, and generate corresponding production order information based on the order information; associate the production order information with the product digital identity and IoT device digital identity or identifiable device identifier corresponding to the target shipment order through a preset shipment positioning device and information collection device to obtain information-related data content.

[0088] Optionally, the activation module 505 is specifically used for: when the target delivery order contains a product digital identity identifier covered by the geographical area of ​​the geographical indication, and the information collection device collects positioning data of the geographical location of the digital identity of the Internet of Things device corresponding to the geographical area where the geographical indication is located, all associated product digital identities and geographical indication relationships in the target delivery order are automatically activated through the operation and maintenance management platform, the activation of the geographical indication status corresponding to the product digital identity is completed, and the corresponding geographical indication products are produced through the preset commodity manufacturers; and the geographical indication products are ordered and shipped through the commodity manufacturers.

[0089] Optionally, the resolution module 506 is specifically used to: scan the geographical indication product's digital identity through a mobile terminal device preset by the commodity purchaser to obtain a product digital identity resolution domain name; jump to the product digital identity resolution domain name, and resolve the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information; obtain a display scheme for the target digital identity and associated information, and display the target digital identity and associated information based on the display scheme.

[0090] Through the collaborative cooperation of the above-mentioned components, the digital identity of the Internet of Things device or the identifiable device identifier and the digital identity of the product are bound by the commodity manufacturer, and the identity binding data content is generated; the production order information is associated with the product digital identity, the digital identity of the Internet of Things device or the identifiable device identifier to obtain the information association data content; the target delivery order is activated according to the identity binding data content and the information association data content to obtain the geographical indication product, and the order delivery of the geographical indication product is carried out; the geographical indication product is scanned for the product digital identity, and the geographical indication product is analyzed through the association relationship set to obtain the corresponding target digital identity and association information. The present invention generates a product digital identity with data uniqueness, and the method ensures that each geographical indication product has a unique identity. At the same time, by associating with the digital identity of the Internet of Things device or the identifiable device identifier, the traceability of the product is achieved, and the identity and location information of the product can be tracked from production to consumption. Different information elements of the product are integrated and associated using the Internet of Things device and the information collection device, including product identity, geographic location data, production information, etc. This is conducive to the integration and collaborative management of information and improves the management efficiency of geographical indication products. By associating order information with product digital identity and geographic location data, automated order processing is achieved. This simplifies the order activation and delivery process, reduces manual intervention, and improves the speed and accuracy of order processing. The legitimacy and protection of geographical indications are ensured through the generation of geographical location authorization information and product geographical indications. Only with legally authorized geographical locations can corresponding geographical indication products be generated. Through product digital identity scanning and associated information parsing, consumers can easily obtain detailed information about the product, including production information, brand, origin, etc. This helps to improve product transparency and increase consumer trust in the product. Using smart terminal devices and IoT technology, intelligent geographical indication product management is achieved. This helps to reduce human resource input and improve management accuracy and efficiency.

[0091] above Figure 5 The geographical indication product digital identity processing device in the embodiment of the present invention is described in detail from the perspective of modular functional entities. The geographical indication product digital identity processing device in the embodiment of the present invention is described in detail from the perspective of hardware processing.

[0092] Figure 66 is a schematic diagram of the structure of a geographical indication product digital identity processing device provided by an embodiment of the present invention. The geographical indication product digital identity processing device 600 may have relatively large differences due to different configurations or performances, and may include one or more processors (central processing units, CPU) 610 (for example, one or more processors) and a memory 620, and one or more storage media 630 (for example, one or more mass storage devices) storing application programs 633 or data 632. Among them, the memory 620 and the storage medium 630 may be short-term storage or permanent storage. The program stored in the storage medium 630 may include one or more modules (not shown in the figure), and each module may include a series of instruction operations in the geographical indication product digital identity processing device 600. Furthermore, the processor 610 may be configured to communicate with the storage medium 630 to execute a series of instruction operations in the storage medium 630 on the geographical indication product digital identity processing device 600.

[0093] The geographical indication product digital identity processing device 600 may also include one or more power supplies 640, one or more wired or wireless network interfaces 650, one or more input and output interfaces 660, and / or one or more operating systems 631, such as Windows Server, Mac OS X, Unix, Linux, FreeBSD, etc. Those skilled in the art will appreciate that Figure 6 The structure of the geographical indication product digital identity processing device shown does not constitute a limitation of the geographical indication product digital identity processing device, and may include more or fewer components than shown in the figure, or a combination of certain components, or a different arrangement of components.

[0094] The present invention also provides a geographical indication product digital identity processing device, which includes a memory and a processor, wherein the memory stores computer-readable instructions, and when the computer-readable instructions are executed by the processor, the processor executes the steps of the geographical indication product digital identity processing method in the above-mentioned embodiments.

[0095] The present invention also provides a computer-readable storage medium, which may be a non-volatile computer-readable storage medium or a volatile computer-readable storage medium. Instructions are stored in the computer-readable storage medium. When the instructions are executed on a computer, the computer executes the steps of the method for processing the digital identity of a geographical indication product.

[0096] Those skilled in the art can clearly understand that, for the convenience and brevity of description, the specific working processes of the systems, devices and units described above can refer to the corresponding processes in the aforementioned method embodiments and will not be repeated here.

[0097] If the integrated unit is implemented in the form of a software functional unit and sold or used as an independent product, it can be stored in a computer-readable storage medium. Based on this understanding, the technical solution of the present invention is essentially or the part that contributes to the prior art or the whole or part of the technical solution can be embodied in the form of a software product. The computer software product is stored in a storage medium, including several instructions to enable a computer device (which can be a personal computer, server, or network device, etc.) to perform all or part of the steps of the method described in each embodiment of the present invention. The aforementioned storage medium includes: U disk, mobile hard disk, read-only memory (ROM), random access memory (RAM), disk or optical disk and other media that can store program code.

[0098] As described above, the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit the same. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that the technical solutions described in the aforementioned embodiments may still be modified, or some of the technical features thereof may be replaced by equivalents. However, these modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A method for processing digital identity of geographical indication products, characterized in that: The method for processing the digital identity of a geographical indication product comprises: Obtain the product digital identity and geographic location data of the target product, and authorize the target product for a geographical indication to obtain a product geographical indication; Based on the preset IoT devices, a set of association relationships between the digital identity of the product, the geographic location data, the geographical indication of the product and the digital identity of the IoT device or the identifiable device identifier is respectively constructed; specifically including: obtaining the unique digital identity of the preset IoT device and the IoT device itself, and creating the identifiable device identifier of the IoT device through the service platform, and generating a mapping association relationship between the unique digital identity and the identifiable device identifier, wherein the IoT device includes an IoT tag, an information collection device, an information detection device, an information printing or printing device, a mobile communication device, an intelligent terminal device and a smart phone, and the identifiable device identifier is used for the identity and location information authentication and management of the IoT device; creating a first association relationship between the geographic location data of the IoT device and the digital identity of the IoT device; creating a second association relationship between the digital identity of the IoT device or the identifiable device identifier and the authorized product manufacturer; creating a third association relationship between the digital identity of the IoT device or the identifiable device identifier and multiple test indicators or test reports of the geographical indication product production site; generating an association relationship set based on the first association relationship, the second association relationship and the third association relationship; The digital identity of the IoT device or the identifiable device identifier and the digital identity of the product are bound to each other through a preset commodity manufacturer, and corresponding identity binding data content is generated through a preset operation and maintenance management platform; specifically including: matching the digital identity of the IoT device or the identifiable device identifier and the digital identity of the product through a preset commodity manufacturer to obtain a first binding mode or a second binding mode; when it is the first binding mode, multiple product digital identities are bound to one digital identity of the IoT device or the identifiable device identifier; when it is the second binding mode, multiple product digital identities are bound to multiple digital identities of the IoT device or the identifiable device identifier; and corresponding identity binding data content is generated through a preset operation and maintenance management platform; Input the production order information of the target delivery order to be processed through the operation and maintenance management platform, and associate the production order information with the product digital identity, the IoT device digital identity or the identifiable device identifier to obtain information-associated data content; Activate the target delivery order according to the identity binding data content and the information association data content to obtain the geographical indication product, and place an order for the geographical indication product through a preset commodity manufacturer; The digital identity of the geographical indication product is scanned by the mobile terminal device of the preset commodity purchaser, and the associated information of the geographical indication product is parsed through the association relationship set to obtain the corresponding target digital identity and associated information.

2. The method for processing the digital identity of a geographical indication product according to claim 1, characterized in that: The step of obtaining the digital identity and geographic location data of the target product and authorizing the target product with a geographical indication to obtain a product geographical indication includes: Generate a product digital identity of the target product based on a preset product digital identity carrier, wherein the product digital identity is a string code with data uniqueness, and the product digital identity carrier is any one of the following: 128 barcode, QR code, RFID tag, NFC tag or Bluetooth BLE tag; Parsing the basic product information of the product digital identity to generate the product digital identity of the target product, wherein the product digital identity includes the product name, brand, origin, specification, production batch or date, shelf life, manufacturer and manufacturer address; Obtain merchants at each node of the geographic mark traceability link of the target product, and query the merchant identity key of the merchant through a preset service platform, wherein the merchant includes: packaging material merchants and production merchants; Based on the merchant identity key, the geographic location authorization information of the target product is obtained, and the geographic location data of the target product is obtained according to the geographic location authorization information, and the local geographical indication products and product categories of the geographic location data are obtained by querying through the service platform, and the local geographical indication products and product categories are registered and managed and the product digital identity is issued through the service platform to obtain the product geographical indication.

3. The method for processing the digital identity of a geographical indication product according to claim 1, characterized in that: The production order information of the target delivery order to be processed is input through the operation and maintenance management platform, and the production order information is associated with the product digital identity, the IoT device digital identity or the identifiable device identifier to obtain information-associated data content, including: Enter the order information of the target shipment order to be processed through the operation and maintenance management platform, and generate corresponding production order information according to the order information; The production order information is associated with the product digital identity and the IoT device digital identity or identifiable device identifier corresponding to the target delivery order through a preset delivery positioning device and an information collection device to obtain information-associated data content.

4. The method for processing the digital identity of a geographical indication product according to claim 3, characterized in that: The step of activating the target delivery order according to the identity binding data content and the information association data content to obtain a geographical indication product, and delivering the geographical indication product through a preset commodity manufacturer includes: When the target delivery order contains a product digital identity identifier covered by the geographical area of ​​the geographical indication, and the information collection device collects the location data of the digital identity of the IoT device corresponding to the geographical area where the geographical indication is located, the operation and maintenance management platform automatically activates all the associated product digital identities and geographical indication relationships in the target delivery order, completes the activation of the geographical indication status corresponding to the product digital identity, and produces the corresponding geographical indication products through the preset commodity manufacturers; Orders for the geographical indication products are shipped through the commodity manufacturers.

5. The method for processing the digital identity of a geographical indication product according to claim 1, characterized in that: The method of scanning the digital identity of the geographical indication product through the mobile terminal device of the preset commodity purchaser and parsing the associated information of the geographical indication product through the associated relationship set to obtain the corresponding target digital identity and associated information includes: Scan the digital identity of the geographical indication product through the mobile terminal device of the preset commodity purchaser to obtain the product digital identity resolution domain name; Jump to the product digital identity resolution domain name, and resolve the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information; A display scheme for the target digital identity and associated information is obtained, and information for the target digital identity and associated information is displayed based on the display scheme.

6. A device for processing digital identity of geographical indication products, characterized in that: The geographical indication product digital identity processing device comprises: An acquisition module is used to acquire the product digital identity and geographic location data of the target product, and to authorize the target product for a geographical indication to obtain a product geographical indication; A construction module is used to construct a set of association relationships between the product digital identity, the geographic location data, and the product geographical indication and the digital identity or identifiable device identifier of the IoT device based on the preset IoT device; specifically including: obtaining the unique digital identity of the preset IoT device and the IoT device itself, and creating the identifiable device identifier of the IoT device through the service platform, and generating a mapping association relationship between the unique digital identity and the identifiable device identifier, wherein the IoT device includes an IoT tag, an information collection device, an information detection device, an information printing or printing device, a mobile communication device, an intelligent terminal device and a smart phone, and the identifiable device identifier is used for the identity and location information authentication and management of the IoT device; creating a first association relationship between the geographic location data of the IoT device and the digital identity of the IoT device; creating a second association relationship between the digital identity or identifiable device identifier of the IoT device and an authorized commodity manufacturer; creating a third association relationship between the digital identity or identifiable device identifier of the IoT device and multiple test indicators or test reports of the geographical indication product production site; generating an association relationship set based on the first association relationship, the second association relationship and the third association relationship; A binding module, used to perform identity binding on the digital identity of the Internet of Things device or the identifiable device identifier and the digital identity of the product through a preset commodity manufacturer, and generate corresponding identity binding data content through a preset operation and maintenance management platform; specifically comprising: performing binding mode matching on the digital identity of the Internet of Things device or the identifiable device identifier and the digital identity of the product through a preset commodity manufacturer to obtain a first binding mode or a second binding mode; when it is the first binding mode, multiple product digital identities are identity bound to one digital identity of the Internet of Things device or the identifiable device identifier; when it is the second binding mode, multiple product digital identities are identity bound to multiple digital identities of the Internet of Things device or the identifiable device identifier; generating corresponding identity binding data content through a preset operation and maintenance management platform; An association module is used to input the production order information of the target delivery order to be processed through the operation and maintenance management platform, and associate the production order information with the product digital identity, the IoT device digital identity or the identifiable device identifier to obtain information association data content; An activation module, used to activate the target delivery order according to the identity binding data content and the information association data content, obtain the geographical indication product, and place an order for delivery of the geographical indication product through a preset commodity manufacturer; The parsing module is used to scan the digital identity of the geographical indication product through the mobile terminal device of the preset commodity purchaser, and parse the associated information of the geographical indication product through the association relationship set to obtain the corresponding target digital identity and associated information.

7. A digital identity processing device for geographical indication products, characterized in that: The geographical indication product digital identity processing device comprises: a memory and at least one processor, wherein the memory stores instructions; The at least one processor calls the instructions in the memory so that the geographical indication product digital identity processing device executes the geographical indication product digital identity processing method as described in any one of claims 1-5.

8. A computer-readable storage medium having instructions stored thereon, characterized in that: When the instructions are executed by the processor, the method for processing the digital identity of a geographical indication product as described in any one of claims 1 to 5 is implemented.

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