CN112288442A - Associated customized image code anti-counterfeiting tracing system and application component - Google Patents
Associated customized image code anti-counterfeiting tracing system and application component Download PDFInfo
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Abstract
An associated customized image code anti-counterfeiting tracing system and an application component comprise a customized trademark code, a code anti-counterfeiting scheme and an anti-counterfeiting tracing system, and provide a system integrating three anti-counterfeiting means of 'customized trademark code', 'mathematical joint double code' and 'binding type anti-counterfeiting code'. The product and all internal parts can be subjected to whole and whole-flow anti-counterfeiting tracing; the customized trademark code pattern is generated in the anti-counterfeiting tracing system by using a manufacturer trademark or a LOGO pattern, and the implantation and the propagation of information in the code are completely controlled by a using manufacturer. The manufacturer respectively pastes or prints the customized trademark codes on the outer package of the product and the entity or the component of the product to form a group of anti-counterfeiting code pairs; after a consumer purchases a product, the anti-counterfeiting tracing mobile phone edition system scans anti-counterfeiting code pairs on the product and a part respectively, the system automatically obtains an authenticity conclusion through calculation, and if a suspected counterfeit product appears, the system not only prompts the consumer, but also feeds back related information of the scanned codes to a manufacturer to assist the manufacturer in counterfeiting and information tracing.
Description
Technical Field
The project product relates to the fields of product information tracing, management and counterfeiting, and comprises a customized trademark code, a code anti-counterfeiting scheme and an anti-counterfeiting tracing system. Can be used for information tracing and anti-counterfeiting of various products such as cigarettes, wine, milk products and the like.
Background
Commodity transaction behaviors including off-line transaction and on-line transaction occur all the time around the world; physical transactions, service transactions, and the like. Under the drive of violence, counterfeit sales resemble a virus produced by a single virus tumor, spreading across the country, and even across the world. Data on the first global major holiday called in 2004 show that global holiday trade has reached 5000 billion euros and 6000 billion dollars each year, accounting for 7% of the total annual commodity trade in the world. The fake-making and selling is taken as a social public hazard, which not only hinders the development of social productivity, impacts the survival of enterprises, damages and harms the benefits and physical health of consumers, endangers the social stability, but also destroys the wind of the whole society in a fraudulent expression form.
The reasonable and effective product anti-counterfeiting method and the reasonable and effective product anti-counterfeiting way are selected, and the method is one of the important works of maintaining the image of an enterprise, the public praise of products and protecting the legitimate rights and interests of consumers when producers and enterprises face the abusive counterfeiting and selling behaviors. At present, the digital anti-counterfeiting technology is one of the most widely applied anti-counterfeiting technical means in anti-counterfeiting products, an anti-counterfeiting code is printed or pasted on an outer package of the product to be used as an 'identity code' of the product, the anti-counterfeiting code is an important certificate of the product different from similar products, and a consumer can verify the authenticity of the product by inquiring the anti-counterfeiting code of the product. Once the anti-counterfeiting code is cracked, the anti-counterfeiting function of the anti-counterfeiting code is lost.
The common two-dimensional anti-counterfeiting code inquiry effectively limits the circulation of counterfeit products to a certain extent, but still some lawbreakers can load counterfeit and shoddy products for sale after processing by recycling product packaging boxes. Therefore, the two-dimensional anti-counterfeiting code on the package loses the function of counterfeiting tracing, and even misleads the product purchased by the consumer to be a genuine product. The method for inquiring the authenticity of the product by only printing or pasting the anti-counterfeiting code on the outer package of the product has the defects, the project product breaks the routine and creatively provides a system integrating three anti-counterfeiting means, namely 'customized trademark code', 'mathematic joint double code' and 'binding type anti-counterfeiting code'. The customized anti-counterfeiting code is printed on the product packaging box and the product entity respectively, the packaging box code and the product code of a product are in one-to-one correspondence and mutually unique relationship, and a consumer can verify the authenticity of the product by scanning the customized anti-counterfeiting code on the product packaging box and the product. The anti-counterfeiting tracing scheme has the advantages of low cost, whole-course management, high efficiency and convenience.
Disclosure of Invention
In order to solve the defects of the existing anti-counterfeiting, tracing, counterfeiting and other systems and schemes in the market, meet the requirements of the market on high efficiency and reliability of product tracing, anti-counterfeiting and counterfeiting, and the requirement on the whole process information management from product production to circulation, the application project system provides an associated customized graph code anti-counterfeiting tracing system and an application component for the product, as shown in figure 1, the system is installed on a mobile phone or runs on a computer, and the application component comprises a customized trademark code, a mathematic combined double code, a binding type anti-counterfeiting code and an anti-counterfeiting tracing system. The anti-counterfeiting method integrates customized trademark codes, mathematical joint double codes and binding type anti-counterfeiting codes, and is low in cost, efficient and convenient to manage in the whole process.
The customized trademark code is generated by a graph code tracing anti-counterfeiting system as shown in fig. 2, is registered and customized by a manufacturer, has ownership, is generally generated in a trademark pattern or logo pattern specified by the manufacturer, is uniformly matched with the trademark pattern and has uniqueness, once the code pattern and the built-in information are customized, the implantation and the propagation of the information in the trademark code are completely controlled by the manufacturer, and the tampering and random operation and propagation of the built-in information of the commodity information code are effectively prevented.
The customized trademark code is a nonlinear two-dimensional code, is different from the traditional two-dimensional code, and has the following characteristics.
The four position detection graphs are respectively positioned at four corners of the code, so that the image deformation caused by inclination can be better corrected, and the position detection precision is high, accurate and rapid.
The position detection graph of the traditional two-dimensional code is of a black frame, white frame and black frame structure from outside to inside, and the position detection graph of the code is of a black frame, white frame, black frame and white frame structure from outside to inside, so that the requirement on precision is higher during decoding, and the read information amount is larger.
The code pattern can be customized according to the requirements of users, and can generate black and white two-color codes, four-color codes and eight-color codes, and can also be interwoven into other patterns, so that the code pattern has more specificity, aesthetic feeling and ornamental value.
And fourthly, in the recognition experience, the user can recognize the owner of the code by naked eyes without using a code scanning and reading device, and the identification recognition is particularly strong.
Every code has a unique decoding key, only the user of the code has the right to edit and modify the information in the code, other people can not edit and tamper freely, and the safety of the information in the code is high.
The method comprises the steps of generating two 'trademark code pairs' with different built-in information contents once through mathematical encryption operation, and respectively setting two related trademark codes as a commodity safety code and a commodity check code through a mathematical algorithm; the built-in information of the commodity security code is uniformly corresponding to each single product of a production batch, the built-in information content of each single product is customized by a manufacturer, and the information is automatically embedded into the trademark code; the commodity check codes corresponding to the commodity check codes in quantity are generated randomly by a machine, and unpredictability is realized; the commodity security code and the check code generated by unified pairing have mathematical relations of one-to-one corresponding combination, can be respectively printed or printed on the inner package and the outer package of the commodity and the commodity, and then the security code and the check code are scanned through the anti-counterfeiting system app, so that the information source and the authenticity of the product can be automatically verified by a machine. The method effectively protects each related component in the same commodity, and directly prevents the tampering and random operation propagation of the built-in information of each component code in the same commodity due to the completeness, relevance and uniformity of information tracing.
The binding type anti-counterfeiting code is generated in an image code tracing anti-counterfeiting system and is used for commodities which are separated from outer package production and commodity production. In the information content, the package information and the commodity information content need to be in one-to-one correspondence, particularly, each component needs to be packaged into a single product, and the information codes of each component need to be bound, so that the internal composition information of the single product or the whole commodity is protected and subjected to relevance management along with the product, and meanwhile, the external separation and the copying are prevented.
Compared with the traditional product code assigning and code scanning verification modes, the designed information code relation binding scheme and the operation process thereof have stronger relevance and avoid the actions of tampering the relevant information of each part in the commodity and splitting and forging the commodity parts. This information processing step is generally not available for the conventional protection of the entire information of each component of a product.
Important commodity internal parts are subjected to tracing anti-counterfeiting management in a mode of 'mathematical union code'; the anti-counterfeiting binding code is printed, printed or pasted on an important part in a commodity, an operator manually or through a production line machine automatically associates and binds the commodity security code and the check code together, and for a system with high information automation program, the system directly operates in a data background to automatically associate and bind the commodity security code and the check code together, so that the association binding of the commodity security code and the check code is completed, and the strict deep anti-counterfeiting tracing of the commodity is realized. When the user checks, the commodity security code and the check code can be verified by scanning through the anti-counterfeiting system app. The method effectively prevents the outside from splitting, copying and forging each part of the commodity from the package to the product, and can always keep the integrity and the relevance of the whole information of the commodity and the information of the internal components.
The anti-counterfeiting tracing system is divided into a manufacturer version and a mobile end of a webpage end.
The manufacturer version anti-counterfeiting tracing system of the webpage end mainly comprises the functional modules of enterprise management, operator management and anti-counterfeiting code management. The three functional modules are described in detail below.
1. Enterprise management: account management as shown in fig. 3, a page displays an administrator account and an operator account, and the accounts can be reset or deleted; trademark code customization as shown in fig. 15, the manufacturer can customize the trademark code.
2. And (3) operator management: there are two function lists, operator add and operator list. Operator addition, as in FIG. 4: the manufacturer can add operator account information on the page according to the prompt, and the added operator account is used for generating a mathematical joint double-code pair and a binding type anti-counterfeiting code. Operator list, fig. 5, this page shows all operator accounts added.
3. Managing anti-counterfeiting codes: the method is divided into two lists of mathematical joint double codes and binding type anti-counterfeiting codes. Mathematically combining double codes, as in FIG. 6, generates code pairs on the page. The binding type anti-counterfeiting code, as shown in FIG. 7, generates a binding anti-counterfeiting code pair on the page.
An anti-counterfeiting tracing system for a mobile terminal user version of a mobile phone is a system for scanning codes to inquire and verify the authenticity of products, as shown in fig. 8. The manufacturer user can perform double-code binding at the client; the consumer user can scan the security code and the check code of the product on the product package and perform the anti-counterfeiting verification and the information tracing of the product at the client by scanning.
Technical scheme
The trademark code anti-counterfeiting verification system simultaneously provides a product anti-counterfeiting tracing means integrating three anti-counterfeiting means, namely 'customized trademark code', 'mathematical joint double code' and 'binding type anti-counterfeiting code', and the operation flow is as shown in figure 9. Each anti-counterfeiting tracing security code is provided with a unique exclusive key, and the external world cannot modify and imitate the anti-counterfeiting tracing security code. In the aspect of data security, except for the protection of a special key of the anti-counterfeiting tracing security code, the data part can realize security management by using some algorithms; in addition, information may be written on a trademark code on the outer package of the product, such as identification information of the brand, type, date of production, time, etc. of the product.
The mathematic combined double-code anti-counterfeiting tracing implementation mode is as follows.
1. In the graph code anti-counterfeiting tracing system, "customizing trademark code": and generating a uniquely calibrated code product in the image code generator by using the trademark pattern of the manufacturer product, wherein once the code sample is customized and can not be changed, different information is implanted into the information in the trademark code according to the batch content produced by the manufacturer and the application scene of the code product.
2. Selecting 'mathematics combined double codes' in the graph code anti-counterfeiting tracing system, and matching with trademark codes or traditional codes to generate a plurality of groups of commodity information security codes and associated check codes; for a large-scale automatic production line, according to the batch of products and the quantity of single products, the mathematical joint double codes are automatically and equivalently generated, and the generation mode is divided into: calling an anti-counterfeiting system api, and generating a security code and a check code in batch; and security codes and check codes are generated in batches by using the anti-counterfeiting system sdk.
3. Sticking or printing the security code on the outer package of the product; pasting or printing the check code on the entity of the product or the shell of the product; and finally, pasting an anti-counterfeiting layer to cover the security code and the check code.
4. In each link of commodity warehousing, commodity circulation and commodity selling, a manufacturer traces the commodity circulation process by scanning and reading the trademark code and the mathematic combined double code.
5. Consumer verification: after a consumer purchases a product, the picture layer is scraped according to the prompt on the outer package of the product, and the authenticity of the product is inquired through the anti-counterfeiting verification function in the anti-counterfeiting tracing system APP, such as an anti-counterfeiting tracing system APP shown in figure 10, and the security code shown in figure 11 and the check code shown in figure 12 are respectively scanned and input.
6. And (3) machine verification result feedback: the machine system judges the authenticity of the product by calculating the double-code mathematical relationship and automatically verifying the built-in information; and (4) tracing the information according to the code scanning times, the code scanning time of the mobile phone and the address, and judging whether the product is a counterfeit product. If the product is determined to be a counterfeit product, the system feeds back the code scanning verification result to the manufacturer system to help the manufacturer to perform counterfeiting and information tracing.
The binding type anti-counterfeiting code anti-counterfeiting tracing implementation mode is as follows.
1. The manufacturer registers an account in the anti-counterfeiting tracing system and adds and binds an operator account.
2. Selecting 'binding type anti-counterfeiting codes' in the graph code anti-counterfeiting tracing system, and generating trademark anti-counterfeiting codes for binding in batches.
Or calling the anti-counterfeiting system api to generate trademark anti-counterfeiting codes for binding in batch; or the anti-counterfeiting system sdk is used to generate the trademark anti-counterfeiting code for binding in batch.
3. The manufacturer prints, prints or pastes the trademark anti-counterfeiting code on the product entity and the outer package respectively.
4. And an operator or a production line machine binds the product entity and the trademark anti-counterfeiting code on the outer package together one by one in sequence, respectively binds the product entity and the trademark anti-counterfeiting code into a security code and a check code, and uploads the corresponding outer package and product information to a server.
5. And covering an anti-counterfeiting layer on the safety code and the check code.
6. Consumer verification: after a consumer purchases a product, the layer is scraped according to the prompt on the outer package of the product, and through the anti-counterfeiting verification function in the anti-counterfeiting tracing system APP, as shown in fig. 10, a security code and a check code are respectively scanned and input, and the authenticity of the product is automatically verified and inquired by a machine, as shown in fig. 11, as shown in fig. 12.
7. And (3) machine verification result feedback: the machine system determines whether the security code and the check code have a binding relationship by calculating and inquiring the database, and if the security code of a product does not have a binding relationship with the corresponding check code, the machine system prompts a consumer that the product is false and feeds back the result to a manufacturer; if the binding relationship exists, the authenticity is judged by combining the code scanning times and the code scanning time of the mobile phone, and if the coefficient of a counterfeit product is higher, the consumer is prompted and fed back to the manufacturer.
Drawings
Fig. 1 is a webpage version main page of the anti-counterfeiting tracing system.
Fig. 2 is a customized logo pattern.
Fig. 3 is a web page of the anti-counterfeiting tracing system, namely an enterprise management page after a manufacturer logs in.
Fig. 4 is a web page version of the anti-counterfeiting tracing system, and an operator adding page in operator management after a manufacturer logs in.
Fig. 5 is a page of an operator list in operator management after a manufacturer logs in, which is a web page of the anti-counterfeiting tracing system.
Fig. 6 is a web page version of the anti-counterfeiting tracing system, and a mathematical union double-code generation page is generated after a manufacturer logs in.
Fig. 7 is a webpage version of the anti-counterfeiting tracing system, and a binding type anti-counterfeiting code generation page is generated after a manufacturer logs in.
Fig. 8 is an APP interface of the mobile terminal of the mobile phone of the anti-counterfeiting tracing system.
Fig. 9 is a schematic view of the operation flow of the anti-counterfeiting tracing system.
Fig. 10 is an APP anti-counterfeiting verification entry interface of the mobile terminal of the mobile phone of the anti-counterfeiting tracing system.
FIG. 11 is an interface for a consumer to scan a security code using a cell phone APP.
Fig. 12 is an interface for a consumer to scan a check code with a mobile phone APP.
Fig. 13 is a business account registration page.
Fig. 14 is a prompt page after the enterprise account registration is successful.
Fig. 15 is a merchant code customized page under the management of an enterprise account in the anti-counterfeiting tracing system webpage version.
Fig. 16 is a preview page before the mark code is customized and made in the web page version of the anti-counterfeiting tracing system.
Fig. 17 shows a page for inputting the name and the information in the code after the label code is customized and the code sample is selected in the anti-counterfeiting tracing system web page.
Fig. 18 is a page in which a set of mathematically combined double codes is generated in a version of a web page of an anti-counterfeit traceability system.
Fig. 19 is a case picture of attaching or printing an anti-counterfeit code on the outer package of a product.
Fig. 20 is a case picture of pasting or printing another anti-counterfeit code corresponding to that on the outer package on the product entity.
Fig. 21 is an inquiry interface of a mobile terminal APP code scanning inquiry by using a mobile phone anti-counterfeiting tracing system after a consumer purchases a product, and the result is a genuine product.
Fig. 22 is an interface for a manufacturer to successfully bind an anti-counterfeit code by using "anti-counterfeit binding" in the mobile terminal APP of the mobile phone anti-counterfeit tracing system.
Fig. 23 is a query interface where after a consumer purchases a product, the mobile APP scans a code for query by using the mobile phone anti-counterfeiting traceability system, and the code is scanned multiple times.
Fig. 24 is a prompt interface for a consumer to scan a code for inquiry by using a mobile APP of a mobile phone anti-counterfeiting tracing system after purchasing a product, and the result is a counterfeit product.
Detailed description of the preferred embodiments
The present application will now be described in detail with reference to the accompanying drawings, by way of example only.
Referring to fig. 1 and 8, the present application provides an anti-counterfeiting tracing system, which is divided into a web page side and a mobile side APP. Fig. 1 is a webpage end of an anti-counterfeiting tracing system, which is a platform for operators to manage and generate anti-counterfeiting codes for manufacturers, and the specific operation is as follows.
The method comprises the following steps: factory account registration: after the enterprise name, the detailed address, the contact phone number and the login password information are respectively input in the page of fig. 13, the page is clicked and submitted, and a pop-up box shown in fig. 14 pops up after the submission, wherein the pop-up box shows an enterprise account number which is successfully registered, and the enterprise number is the login account number of the manufacturer.
Step two: in the case of the trademark code customization, as shown in fig. 15, the "preview area" on the left side of the page is clicked to "upload a material" picture for designing and generating a trademark code pattern. After the picture material is uploaded, the trademark code style is previewed as shown in fig. 16, the next step is clicked after the picture material is determined, necessary information is input according to the prompt of a page information box, and the manufacture is clicked as shown in fig. 17, so that the trademark code customizing and generating operation is completed, and the generating code style of the mathematic joint double codes and the binding type double codes is consistent with the customizing trademark code style.
Step three: adding a right operator account, as shown in fig. 4, clicking 'adding' after prompting to input information according to page information, displaying the added operator account in an 'operator list', as shown in fig. 5, and after logging in, performing single, multiple or batch generation of a mathematical joint double-code and binding type anti-counterfeiting code pair.
Step four: the anti-counterfeiting code pair generates operation.
1. For the generation operation of the mathematical union double-code pair, taking a group of code pair generation operations as an example, in the page of fig. 6, "generate the bound security code" is selected, as shown in fig. 18, and then a group of mathematical union double codes can be generated.
2. Generating a binding type anti-counterfeiting code pair, namely selecting the binding type anti-counterfeiting code required by a manufacturer in an image code anti-counterfeiting tracing system, and generating trademark anti-counterfeiting codes for binding in batches; calling an anti-counterfeiting system api, and generating trademark anti-counterfeiting codes for binding in batches; or the anti-counterfeiting system sdk is used to generate the trademark anti-counterfeiting code for binding in batch.
Step five: and pasting the anti-counterfeiting code pair.
Operation one: mathematical union double code: and respectively sticking the generated codes to the outer package of the whole cigarette as shown in figure 19 and the sealing part of the small cigarette as shown in figure 20, wherein the two codes are respectively a safety code and a check code. For example, as shown in fig. 19, a common two-dimensional code icon is further arranged beside the outer package security code, and information stored in the two-dimensional code is an APP download link of the mobile terminal of the anti-counterfeiting tracing system.
And operation II: binding type anti-counterfeiting code: a manufacturer operator logs in an operator account in an anti-counterfeiting tracing system mobile terminal APP, binds the generated binding type code pairs, clicks 'anti-counterfeiting binding' as shown in fig. 10, respectively scans, records and binds two codes, wherein one code is a security code, and the other code is a check code, as shown in fig. 22.
After the anti-counterfeiting code pair is bound, the security code is pasted on the outer package of the whole cigarette, as shown in fig. 19; the check code is pasted at the sealing position of the cigarette of the small packet as shown in figure 20 and figure 19.
Step six: a consumer purchases a cigarette with a trademark anti-counterfeiting code, scans a common two-dimensional code, downloads and installs an anti-counterfeiting tracing system APP, opens the APP as shown in figure 10, clicks 'anti-counterfeiting verification', scrapes off a security code scanning code entry code number on an outer package, scrapes off a check code entry code number at a sealing part of a small packet cigarette as shown in figure 12, clicks 'verification', and automatically verifies according to the calculation of a double-code mathematical relationship and built-in information, and when the product is a genuine product, the interface is prompted as shown in figure 21; when the double code is verified for multiple times, prompting the interface shown in fig. 23; when the product is counterfeit, the prompt interface is shown in fig. 24 and automatically fed back to the manufacturer system background.
The operation process reflects the functions of the customized associated graph code anti-counterfeiting tracing system and the application components and the function of whole and full-flow anti-counterfeiting tracing and counterfeiting for each component of the product.
Claims (6)
1. An anti-counterfeiting tracing system and an application component associated with a customized image code are installed on a computer and a mobile phone for use, and comprise a customized trademark code, a code anti-counterfeiting scheme and an anti-counterfeiting tracing system, wherein the anti-counterfeiting tracing system integrating three anti-counterfeiting means, namely the customized trademark code, the mathematical joint double code and the binding type anti-counterfeiting code, is provided, and can perform whole and full-flow anti-counterfeiting tracing on products and internal components; the manufacturer respectively pastes or prints the customized trademark codes on the outer package of the product and the entity or the component of the product to form a group of anti-counterfeiting code pairs; after a consumer purchases a product, the mobile phone mobile terminal APP of the anti-counterfeiting tracing system is used for scanning and inputting anti-counterfeiting code pairs respectively, the system automatically obtains true and false conclusions through calculation, and a set of anti-counterfeiting tracing scheme which is low in cost, efficient and convenient to operate and integrated anti-counterfeiting management of the product and each part is formed.
2. The customized trademark code of claim 1, generated by an anti-counterfeiting traceability system, wherein the code pattern is a trademark or LOGO pattern of an enterprise or a manufacturer, and the owner of the code can be identified by others through naked eyes, and the customized trademark code further has the following characteristics:
the code pattern can be customized, and is generally a trademark or LOGO pattern of a manufacturer;
the color of the code can be selected from black and white two-color or multi-color codes;
each code has a special decoding key, once the code is customized, the information in the code can not be edited and tampered by other people except the special code user;
and fourthly, the decoding equipment for analyzing the customized trademark code is a scanning function of the mobile terminal APP of the mobile phone of the anti-counterfeiting tracing system.
3. The system and the application component of claim 1, wherein a code anti-counterfeiting scheme is adopted for products and components, and the anti-counterfeiting tracing method comprises a mathematical joint double code and a binding type anti-counterfeiting code, and the specific scheme is as follows:
firstly, a mathematical joint double-code anti-counterfeiting scheme is to generate two 'quotient mark code pairs' with different built-in information contents at one time through mathematical encryption operation in an anti-counterfeiting tracing system; setting the two quotient codes as a safety code and a check code respectively through a mathematical algorithm; the built-in information of the safety code corresponds to the information of each single product in a production batch; the corresponding check code, the internal information of which is randomly generated; the security code and the check code generated by matching have a mathematical relationship of one-to-one corresponding combination;
the binding type anti-counterfeiting code anti-counterfeiting scheme is provided for products which are provided for outer packages of products and product objects or components, wherein the outer packages and the product objects or the components are separated and combined for use, and the two trademark codes are respectively set as a security code and a check code; the information content corresponds to the packaging information and the product information content one to one, and particularly when all the components are packaged into a single product, the information codes of all the components are bound, so that the information of the components in the single product is subjected to relevance binding management, and the external split and copy are prevented.
4. The associated customized image code anti-counterfeiting tracing system and the application component according to claim 1, which provide an anti-counterfeiting tracing system integrating three anti-counterfeiting tracing means, namely 'customized trademark code', 'mathematical joint double code' and 'binding type anti-counterfeiting code', wherein the anti-counterfeiting tracing system at the computer webpage end has the main functions of:
an enterprise or a manufacturer customizes and generates a trademark code in a platform by taking a trademark and a logo as a style;
enterprises or manufacturers add operator accounts and can give the operators the authority to generate mathematical combined double codes and binding type anti-counterfeiting codes;
thirdly, generating a mathematical joint double-code pair on line according to a customized trademark code pattern;
fourthly, generating the binding type anti-counterfeiting code pair on line according to the customized trademark code pattern.
5. The associated customized image code anti-counterfeiting tracing system and the application component according to claim 1, wherein the anti-counterfeiting tracing system integrating three anti-counterfeiting means, namely customized trademark code, mathematical joint double code and binding type anti-counterfeiting code, is provided, and the mobile terminal anti-counterfeiting tracing system of the mobile phone has the main functions of:
firstly, anti-counterfeiting code binding, namely, carrying out code scanning binding and inputting on a mobile phone mobile terminal APP by a small number of binding type anti-counterfeiting code pairs generated by enterprises and/or manufacturers;
and secondly, anti-counterfeiting verification, wherein after the consumer purchases the product, the consumer scans the outer package, the safety code and the verification code printed or pasted on the product per se respectively to verify the authenticity of the product.
6. The system and application of claim 1, wherein when the consumer scans the code to verify the authenticity of the product, and if the system indicates that the product is a counterfeit product, the machine system automatically feeds back the operation result, the security code and the check code to the enterprise or manufacturer, and prompts and assists the enterprise to trace back and counterfeit the product.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011102025.4A CN112288442A (en) | 2020-10-15 | 2020-10-15 | Associated customized image code anti-counterfeiting tracing system and application component |
| PCT/CN2020/000272 WO2022077135A1 (en) | 2020-10-15 | 2020-11-09 | Anti-counterfeiting tracing system and application component for associated customized graphic code |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202011102025.4A CN112288442A (en) | 2020-10-15 | 2020-10-15 | Associated customized image code anti-counterfeiting tracing system and application component |
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| CN112288442A true CN112288442A (en) | 2021-01-29 |
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| CN202011102025.4A Pending CN112288442A (en) | 2020-10-15 | 2020-10-15 | Associated customized image code anti-counterfeiting tracing system and application component |
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| WO (1) | WO2022077135A1 (en) |
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| CN117291218B (en) * | 2023-09-22 | 2024-03-29 | 广东龙眼数字科技有限公司 | Application method and device of manufacturing anti-counterfeiting code and electronic equipment |
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