Method for identifying native code and copied code or imitated code of native code

Abstract

The invention discloses a method for identifying a native code duplicated code or an imitated code to find counterfeit goods, and the method can track a moving track of a commodity with a certain native code and the native code duplicated code or the imitated code, if the code scanning time and the code scanning position are abnormal, conflicted and contradicted, the commodity can be found, and the counterfeit goods can be found. If not, the fake goods with the native copied codes or the imitation codes are circulated in the market, and manufacturers can lock the positions of the fake goods through code scanning information to hit the fake goods in the first time.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of Internet, in particular to a method for identifying fake goods in the field of commodity anti-counterfeiting. BACKGROUND

[0002] The one-dimensional code or two-dimensional code or three-dimensional code anti-counterfeiting mark is a commonly used anti-counterfeiting means in modern times. Due to the characteristics of the one-dimensional code or two-dimensional code or three-dimensional code that can be copied and easily imitated, the anti-counterfeiting information displayed on the page after scanning the code is mostly static information of the manufacturer, brand and commodity. The counterfeiter does not need to imitate the page, but directly copies or imitates the one-dimensional code or two-dimensional code or three-dimensional code, and pastes the copied or imitated one-dimensional code or two-dimensional code or three-dimensional code on the fake goods to complete the counterfeiting and put the fake goods into the market for sale. The consumer cannot distinguish whether the goods are genuine or fake by opening the page and displaying the contents after scanning the code. Although some opened pages display dynamic information such as scanning frequency, and the logic judgment rule that the first scanning is genuine and multiple scanning is fake or suspected fake can be used to distinguish the authenticity of the product, this logic rule itself is wrong, because according to this logic rule, if the two-dimensional code with copied or imitated code is scanned first, it will also be identified as genuine, and the genuine goods will also be identified as fake or suspected fake after multiple scanning, which is a ridiculous result. SUMMARY

[0003] The present application can solve the above problems. It records the movement trajectory of the goods by scanning the one-dimensional code or two-dimensional code or three-dimensional code anti-counterfeiting mark of the goods. Once the movement trajectory is abnormal or contradictory, it can be determined that at least two goods with the same one-dimensional code or two-dimensional code or three-dimensional code are circulating in the market, one of which is pasted with the original code copy code or imitation code, and the goods pasted with the original code copy code or imitation code are fake goods.

[0004] The application is a method for identifying original code and original code copy code or imitation code, which is a special software system installed on a network server or a cloud server. It has the functions of generating unique code numbers for each product and original code, and generating original code from the jump link website containing the unique code number. By collecting the mobile trajectory data of the product with the original code or the original code copy code or the original code imitation code, it can identify the mixing of fake goods with the original code copy code or the original code imitation code. When two code scanners scan the original code or the original code copy code or the original code imitation code with the same code number on the product more than twice (including twice), and at least two code scanning time intersections are formed, it means that fake goods with the original code copy code or the original code imitation code are mixed. Because the transferor (manufacturer, distributor, retailer) scans the code and then sends the product to the transferee (distributor, retailer and consumer), the transferee will generally scan the code to receive the product. The transferee either stays and uses it if satisfied, or returns or exchanges it if not satisfied. When the transferee is satisfied and stays, the product will not be scanned again at the transferor's location, and no code scanning time intersection will be formed. When the transferor receives the product returned or exchanged by the transferee, the transferor will scan the code to receive the return or exchange. When it is a return, the transferor will not send the same product to the transferee again, so the transferee has no opportunity to scan and check the product with the same code number. If the transferee still has a product with the same code number in the transferee's possession after the return, and two code scanning time intersections are formed, it means that the product contains original code copy code or imitation code. When it is an exchange, the transferor will send a similar product with another code number to the transferee, so the transferee has no opportunity to scan and check the original product. If the transferee still has a product with the same code number in the transferee's possession after the exchange, and two code scanning time intersections are formed, it means that at least one fake product with original code copy code or original code imitation code is mixed. The system will send an alarm information to the manufacturer, reminding the manufacturer that fake products with the code number have appeared. The manufacturer can investigate according to the relevant information such as the scanning location, and send an alarm information to the scanner, informing the scanner that fake products with the code number have appeared, and asking the scanner not to purchase or sell products with the code number.

[0005] Further, the original code developed by the method refers to the one-dimensional code or two-dimensional code or three-dimensional code generated by the manufacturer using the one-dimensional code or two-dimensional code or three-dimensional code automatic generation function of the system, the original code copy code refers to the one-dimensional code or two-dimensional code or three-dimensional code copied directly from the original code, and the original code imitation code refers to the one-dimensional code or two-dimensional code or three-dimensional code copied directly from the jump link website of the original code using other one-dimensional code or two-dimensional code or three-dimensional code generation software.

[0006] Further, when the special software system scans the native code or the native code copy code or the native code imitation code by using a code scanning program including but not limited to WeChat scan, Alipay scan, etc., the special software system can read information including but not limited to the mobile phone number of the code scanner, the code scanning time, the code scanning times, and the code scanning location, and save the information on the network server or the cloud server. The code scanning time intersection refers to that the code scanning time of a place is between the adjacent two code scanning times of another place.

[0007] Further, when a code scanner at a place scans the native code or the native code copy code or the native code imitation code with a certain code number on a product for 2 times or more, another code scanner at another place scans the native code or the native code copy code or the native code imitation code with the same code number on a product for 2 times or more, and at least 2 code scanning time intersections are formed, at least one of the scanned native code or the native code copy code or the native code imitation code which forms the second time intersection is the native code copy code or the native code imitation code, that is, at least one of the two products is fake, and the software system will immediately send the code scanner the following alarm information including but not limited to: the product with the code number xxxx that you inquired appears fake, please do not purchase, please input your mobile phone number, the factory anti-counterfeiting personnel will contact you in the first time, please keep the mobile phone open, and at the same time, send the factory the alarm information: the product with the code number xxxx appears fake, the suspected fake is located at xxxxxxxxxx, the code scanner's mobile phone number is xxxxxxxxxx, the reporter's mobile phone number is xxxxxxxxxx, or located at xxxxxxxxxx, the code scanner's mobile phone number is xxxxxxxxxx, please investigate in time.

[0008] Compared with the background art, the present application has the following advantages: It overcomes the fatal defect of the previous product authenticity identification technology by comparing the similarity, that is, it solves the problem that the product or the anti-counterfeiting mark itself is easily copied and imitated by counterfeiters, causing the technology to be disabled in a very short time. The present application firstly gives each product a unique code by one-dimensional code or two-dimensional code or three-dimensional code technology to generate a native code, and then traces the source factory of the product through the big data of the product's whole life cycle movement track collected by the native code. Since the data of the product's movement track is collected by the factory, the distributor, the retailer, and the consumer together, it is neither system preset nor tampered by counterfeiters once collected, that is, the factory or counterfeiters cannot control the circulation track of the genuine product and the native code on the genuine product; although counterfeiters can copy and imitate the genuine product and the native code, the movement track of the imitated product with the native code copy code or the imitation code will also be collected by the system once the imitated product with the native code copy code or the imitation code flows into the market. In this way, the same code number of the product will have two different movement tracks, that is, the same code number of the product will have fake products.

[0009] The technology provides a simple method for consumers to quickly distinguish between genuine and fake products before purchase, thereby avoiding the purchase of fake products by consumers, and providing reliable technical support for completely eliminating fake products. As is known to all, the existing anti-counterfeiting and counterfeit detection technology cannot accurately identify the authenticity of products before purchase, leading to the purchase of fake products by consumers. Fake products can be sold, and counterfeiters have the driving force to counterfeit. This is the root cause of the inability to eliminate fake products. The advent of the present patent technology can greatly reduce the rate of consumers mistakenly purchasing fake products. Although any existing anti-counterfeiting technology cannot prevent counterfeiters from producing fake products and imitating anti-counterfeiting marks, the advent of the present technology can prevent fake products from being sold, and counterfeiters will abandon counterfeiting due to lack of profit, and counterfeiting behavior will automatically disappear.

[0010] The technology not only solves the problem that brand manufacturers cannot determine the authenticity of products through manual traceability, but also solves the problem that the third-party authentication agency cannot provide credible authentication results when using professional equipment developed by comparing the similarity of two products to determine the authenticity of products. In the past, the right to determine the authenticity of products was often in the hands of brand manufacturers and third-party authentication agencies. Whether brand manufacturers or third-party authentication agencies, whether they use manual traceability or professional equipment to compare the similarity of two products, the misjudgment rate of the authenticity of products is high, which makes the fairness and authority of the verification results meaningless, and counterfeiters can often avoid legal punishment. This is another root cause of the current chaos in the field of anti-counterfeiting and counterfeit detection. The advent of the present technology provides reliable technical support and an authoritative authentication method to solve the various problems in the field of anti-counterfeiting and counterfeit detection. BRIEF DESCRIPTION OF DRAWINGS

[0011] The above description is only a summary of the technical solutions of the present application. In order to more clearly understand the technical means of the present application, the content of the specification can be implemented, and in order to make the above and other purposes, features and advantages of the present application more obvious and easy to understand, the specific embodiments of the present application are described below. The drawings are only used to show the preferred embodiments and are not considered as limiting the present application. Moreover, the same reference numerals are used to represent the same parts throughout the drawings. In the drawings: Figure 1 An interface diagram of a subsystem of a system for identifying presented native codes and native code copy codes or imitation codes according to an embodiment of the present application is shown; Figure 2 A flowchart of a native code generation and production subsystem producing native codes according to an embodiment of the present application is shown; Figure 3 A code scanning record display interface diagram of a system for scanning and saving native codes and copy codes or imitation codes containing a certain code number according to an embodiment of the present application is shown; Figure 4 The diagram illustrates a prompt message sent to the person scanning the code after counterfeit goods are detected according to the system's judgment rules, based on an embodiment of the present invention. Figure 5 The diagram illustrates a notification message sent to the manufacturer after counterfeit goods are detected according to the system's judgment rules, based on an embodiment of the present invention. Detailed Implementation

[0012] Exemplary embodiments of the invention will now be described in more detail with reference to the accompanying drawings. While exemplary embodiments of the invention are shown in the drawings, it should be understood that the invention may be implemented in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this invention will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art.

[0013] See Figure 1 The diagram illustrates an interface diagram of a subsystem of a native code and native code copy or imitation code recognition system according to an embodiment of the present invention. The diagram shows that the system comprises a native code generation and creation subsystem, a scan information storage subsystem, a scan information processing subsystem, and a recognition result display subsystem. It performs four main functions: creating and generating native codes, storing scan information, processing the scan information according to the algorithm described in this invention, and pushing the recognition results to the scanner and the manufacturer.

[0014] See Figure 2 The diagram illustrates a flowchart of a native code generation and production subsystem according to an embodiment of the present invention. The flowchart shows that the generation and production of native code involves three steps: encoding, generation, and typesetting / printing. The native code is then directly printed on the product or product packaging, or printed on a special label and affixed to the product or product packaging.

[0015] See Figure 3 The present invention presents a display interface diagram of a barcode scanning record containing a native code and a copy code or imitation code of a certain code number, which is stored in the system. The diagram records a barcode scanning record for a product with code number QC800XX10XXXXXX, and its information is as follows: Total times, time, location, number of times, QR code, mobile phone number 1. On XX / XX / XX, at location A, 138XXXXXX 2. On XX / XX / XX, location B, 139XXXXXX 3. On XX / XX / XX, location A, 2138XXXXXX 4. On XX / XX / XX, location B, 2 131XXXXXX From the above code number QC800XX10XX scanning code record can be seen, with the code number of goods in A, XX year XX month 7 and XX year XX month 11, a total of two times code, in B, XX year XX month 9 and XX year XX month 13, a total of two times, and the scanning time of A and B on XX year XX month 13 just formed two time cross, according to the logical judgment rule of the present application, at least one of the goods with the same code number is fake, that is, at least one of the one-dimensional code or two-dimensional code or three-dimensional code on the goods is a copy code or a counterfeit code of the original code, the system will send this identification result to the manufacturer and the scanner.

[0016] Referring to Figure 4 , a prompt information interface graph sent to the scanner after discovering the fake goods according to the judgment rule of the present system is shown according to an embodiment of the present application. The content is as follows: the goods XXXX with the code number QC800XX10XX you query have appeared fake goods, please do not buy, please input your mobile phone number, the manufacturer will contact you in the first time, please keep the mobile phone open.

[0017] Referring to Figure 5 , a prompt information interface graph sent to the manufacturer after discovering the fake goods according to the judgment rule of the present system is shown according to an embodiment of the present application. The content is as follows: the goods XXXX with the code number QC800XX10XX have appeared fake goods, the suspected fake goods are located in B, the scanner's mobile phone number is 131XXXXXX, the reporter's mobile phone number is 131XXXXXX, or located in A, the scanner's mobile phone number is 138XXXXXX, please handle in time.

[0018] The preferred embodiments of the present application are described in detail above, but the present application is not limited to the specific details in the above embodiments, within the technical concept range of the present application, the technical solutions of the present application can be variously equivalent to each other, such as the special anti-counterfeiting system developed by the present application is not limited to any programming language such as JAVA, PHP, C++, C#, Python, etc. to write, but also not limited to any product way such as computer network software, website, app, small program, etc. to present, also not limited to the way of any electronic product such as special mobile phone, IPAD, etc. developed by using the special anti-counterfeiting system developed by the present application as the core system, these equivalent transformations all belong to the protection range of the present application.

Claims

1. A method of identifying native code and native code copy code or clone code, characterized by The method comprises developing a special software system installed on a network server or a cloud server, which has a unique code number and a native code generation function for each product, and can generate a native code containing a jump link website address with the unique code number. By collecting the mobile track data of the product with the native code or the native code copy code or the native code imitation code, it can identify the mixing of fake goods with the native code copy code or the native code imitation code. When two code scanners scan the native code or the native code copy code or the native code imitation code with the same code number on the product more than twice (including twice), and at least two code scanning times intersect, at least one fake goods with the native code copy code or the native code imitation code is mixed in. The system will send an alarm information to the manufacturer, reminding the manufacturer that fake goods with the code number have appeared. The manufacturer can investigate according to the relevant information such as code scanning position after receiving the alarm, and at the same time send an alarm information to the code scanner, informing the code scanner that fake goods with a certain code number have appeared, and please do not purchase or sell the products containing the code number.

2. The method of claim 1, characterized in that The native code developed by the method refers to the one-dimensional code or two-dimensional code or three-dimensional code containing the unique code number generated by the manufacturer using the one-dimensional code or two-dimensional code or three-dimensional code automatic generation function of the system. The native code copy code refers to the one-dimensional code or two-dimensional code or three-dimensional code copied by directly copying the native code. The native code imitation code refers to the one-dimensional code or two-dimensional code or three-dimensional code copied by directly copying the jump link website address of the native code using other one-dimensional code or two-dimensional code or three-dimensional code generation software.

3. The method according to claims 1, 2, characterized in that When scanning the native code or the native code copy code or the native code imitation code by using the code scanning program including but not limited to WeChat scan and Alipay scan, the special software system can read and save the information including but not limited to the mobile phone number of the code scanner, the code scanning time, the code scanning frequency and the code scanning position on the network server or the cloud server. The code scanning time intersection refers to that the code scanning time in one place is between the adjacent two code scanning times in another place.

4. The method of claim 1, 2, 3, when a native code or a native code copy or a native code imitation code containing a certain code number on a commodity is scanned by a code scanner more than twice (including twice), another native code or a native code copy or a native code imitation code containing the same code number on a commodity is scanned by another code scanner more than twice (including twice), and at least two time intersections are formed, then at least one of the scanned native code or the native code copy or the native code imitation code in the two places forming the second time intersection is the native code copy or the native code imitation code, that is, at least one of the two commodities is fake, and the software system will immediately send the following alert information to the code scanner: the commodity with code number xxxx has appeared fake, please do not purchase, please input your mobile phone number, the factory anti-counterfeiting personnel will contact you in the first time, please keep your mobile phone open, and at the same time send the following alert information to the factory: the commodity with code number xxxx has appeared fake, the suspected fake is located at xxxxxxxxx, the scanner's mobile phone number is xxxxxxxxx, the reporter's mobile phone number is xxxxxxxxx, or located at xxxxxxxxx, the scanner's mobile phone number is xxxxxxxxx, please investigate in time.

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