TW201804374A - Article anti-fake verification device and method in which a verification server stores identity data of a consumer for subsequent verification of the genuineness of an article previously purchased by the consumer - Google Patents

Abstract

The present invention relates to an article anti-fake verification device and method. A legal label reader in a product sales store reads a chip label provided on an article and the article identity data contained in the chip label, the identity data of the label reader, and identity data of a consumer are transmitted to a verification server. Once the verification sever correctly verifies the article identity data and the label reader, the identity data of the consumer is stored. Subsequently, when the label reader reads the chip label again, the verification server transmits verification request to the consumer according to the identity data of the consumer in order to proceed with verification of the genuineness of the article.

Description

Anti-counterfeiting verification device and method for articles

The invention relates to an anti-counterfeiting verification device and method, and more particularly to an anti-counterfeiting verification device and method for reading the label on an article and initiating multiple verifications to identify the authenticity of the article.

In the era of counterfeiting, if there is an impartial third party between the two parties in the transaction, they can guarantee the product and the transaction. When the value of the product can be effectively protected and the smooth transfer of the product can be guaranteed, it can be known if The development of an effective product anti-counterfeiting verification method should be a rare practical technology.

In the prior art, several methods have existed to verify commodity transactions. Among them, a verification method for labeling a product, and then reading the label to obtain the information in the label, and checking whether the correct label information exists in the database, is a low-cost and high-efficiency anti-counterfeiting method. However, these methods are implemented separately. There are still many problems below.

There are also some previous technologies. In addition to the information stored in the label, a variety of other information obtained from different sources or obtained from different parties is added to the database for verification, to ensure that it will not be obtained solely based on the information stored in the label. , And the reliability of anti-counterfeit verification is questioned.

However, in the above method of adding a variety of different verification information, for example For example, Chinese patent application numbers 201410006029, 201410006030, and 201410006048 have proposed a method of registration, authentication, or transfer based on near field communication technology, which specifically provides anti-counterfeit registration, authentication, or transfer of artworks. The proposed method is the same for the three patent applications mentioned above. The user ID, tag ID, anti-counterfeit object ID, work information, first anti-counterfeit token and second anti-counterfeit token are stored in the anti-counterfeit label and anti-counterfeit mobile phone respectively. Among the three anti-counterfeiting devices, such as the anti-counterfeiting server and the anti-counterfeiting server, the three are mutually restrictive and related. The data in the anti-counterfeiting label, anti-counterfeiting mobile phone, and anti-counterfeiting server must be updated at the same time to generate effective registration, authentication or transfer information.

However, the method is that the user can communicate with the server through an anti-counterfeit mobile phone. However, after the owner of the anti-counterfeit mobile phone or anyone, etc., after obtaining the anti-counterfeit token, the anti-counterfeit mobile phone can apply the anti-counterfeit label placed on the artwork. Anti-counterfeit writing, so that not only the information in the anti-counterfeit label can be freely written or read, but also that the anti-counterfeit mobile phone is owned by the user himself and is not legally authenticated by an impartial third party. During the transfer process, it will be difficult to convince another participating trader that it has lost the original meaning of authenticity authentication of valuable commodity transactions, and is also a deficiency in the design of the aforementioned three patent citation documents.

The present invention provides an article anti-counterfeiting verification device and method, which is mainly applied to a tag reading device and a wafer tag disposed on an article, and can effectively solve many inconveniences of the prior art.

Wherein, the chip tag is set on a single article and it stores an article identity data, and the article identity data includes the uniqueness of the corresponding article An item's factory identification number, or a manufacturer's identification number unique to the manufacturer that made or sold the item, etc., and the data in the chip tag can be selectively encrypted or unencrypted, making the chip The tag can be regarded as an identification tag for the item set, and the type of the chip tag can be a near field communication chip, a radio frequency identification chip, or a quick response code chip.

Among them, the item's factory identification code or the manufacturer's identification code in the item's identity data has been edited in advance by the manufacturer or the legal seller and stored in a database of a verification server as an item. Product history.

In addition, the tag reading device is a legal verification device belonging to the manufacturer or store selling the item. The legal verification device itself is given a unique device identity data. The tag reading device is used to read the article. The chip tag on the device is used to identify the authenticity of the article. Correspondingly, the tag reading device is a reading device that can read a near field communication chip, a radio frequency identification chip or a quick response code chip.

The tag reading device can also be distributed to logistics operators, storage warehouse managers, etc., who pass through the process of item logistics. When a product is stored in the warehouse or a log is recorded, the tag reading device reads the chip tag on the article. , The device identity data of the tag reading device is also recorded in the database of the verification server, and is also a product history record of the item.

The tag reading device performs functions such as verifying or changing data by performing the following steps, including: the tag reading device reads the chip tag to obtain the identity information of the item stored in the chip tag; the tag The reading device obtains user-side identity data in an input manner through the user of the device. The tag reads the device and adds the item's identity data, the The device identity data of the tag reading device and the user-side identity data are all transmitted to the verification server; and the tag reading device receives a correct verification message to complete the verification completely, wherein the correct verification The information is obtained through the following procedures: the verification server correctly verifies the identity data of the item, and the verification server correctly verifies that the device identity data is owned by a legitimate verification device, and the verification server starts to authenticate the client The identity data, the item identity data and the device identity data are correlated with each other and stored and written into the database, and then the verification server sends the correct verification message to the tag reading device.

The user identity information can be information such as the user's email address, mobile phone number, or Google Authenticator account.

Through the above steps, the tag reading device of the anti-counterfeit verification method of the article of the present invention, that is, the relationship between the article and the user end is established after the chip tag is read for the first time, and the procedure is mainly used for goods sold by manufacturers or stores. It will be applied to when the tag reading device is completely verified for the first time, it can be proved that the article with the chip tag is a genuine article approved by the manufacturer or a legitimate seller, and is not fake.

However, after the tag reading device has completed verification, if the item needs to be transferred or transferred, the chip tag is read through the legal tag reading device, and the identity of the article is verified by the verification server. After the data and the device identity data of the tag reading device, a verification request is sent to the user end according to the user-side identity data stored in the database. For example, a dynamic authentication request is sent to the user through the user's phone number; and when the tag reading device receives a correct re-authentication message, re-authentication can be completed; wherein the correct re-authentication message is the authentication The server received The user terminal correctly responds to the verification request message before sending it to the tag reading device. In this way, it can be proved that the article with the chip tag is still a genuine article approved by the manufacturer or a legitimate seller. It is not fake.

The identity information of the article in the anti-counterfeiting verification method of the article of the present invention can only be bound to a specific piece of personal identity information. Therefore, if the tag reading device receives the correct re-verification message and completes re-authentication, the tag reading device can Issue a request to change the identity and complete the verification of the identity change after receiving a message indicating the success of the identity change; wherein the verification server receives and associates the item's identity data with the personal data included in the identity change request After storing, the authentication server eliminates the message that the article's identity data is associated with the original personal identity information, and then the verification server sends the identity change success message to the tag reading device.

Among them, the above-mentioned user terminal may also be the tag reading device, which is to question the reliability of each other's verification through a mobile phone when users conduct transactions, and the two users can use the You can trust the third party ’s tag reading device to read the electronic tag, and respond to the verification request and the subsequent request for changing identity information, so that it can pass through the mobile phone or personal device between the users. The two companies should be more confident in the fairness of the transaction and the authenticity of the product.

In summary, the anti-counterfeiting verification method of the article of the present invention is a method for providing a commodity transaction by reading the chip tag through the tag reading device by the user holding the article at a sales vendor or a store, and the holder of the article can Resale transactions of items, and at the same time prove the authenticity of the items to be traded through the sales vendor or the store, and can also change the binding personal identity information at the same time, which is a concept of property right transfer, which is the present invention The desired effect of the anti-counterfeiting verification method of articles.

A‧‧‧User

B‧‧‧User

1‧‧‧ products

2‧‧‧ Cloud Authentication Server

3‧‧‧Wireless Radio Frequency Reading Device

4‧‧‧ wireless radio frequency reading device

10‧‧‧Wireless Radio Frequency Tag

30‧‧‧ Device Identity

40‧‧‧ Device Identity

100‧‧‧Identification Code Cipher

S501 ~ S506‧‧‧step flow

S601 ~ S611‧‧‧step flow

FIG. 1 is a schematic diagram of the first scenario of the embodiment of the anti-counterfeit verification method of the article of the present invention; FIG. 2 is a schematic diagram of the second scenario of the embodiment of the anti-counterfeit verification method of the article of the present invention; Schematic diagram of three scenarios; Figure 4 is a schematic diagram of the fourth scenario of an embodiment of an anti-counterfeit verification method of an article of the present invention; FIG. 5 is a step diagram of a first verification method of an anti-counterfeit verification method of an article of the present invention; Verify the method step diagram again.

Hereinafter, the present invention will be further described with reference to the embodiments and the drawings. First, please refer to FIG. 1, which is a schematic diagram of a first scenario according to an embodiment of the present invention.

Wherein, when a product 1 is shipped from a manufacturing factory, it is given a group of products with original factory identification (True ID). For example, it can be a group of ten bytes of product 1 with original factory identification. This product 1 The original factory identification code is unique. It is compiled based on the manufacturing brand, manufacturing factory, product model, manufacturing line, packager, factory time, etc. of the product 1. The original factory of this product 1 The identification code completely represents the identity of the product 1.

In addition, a dealer who sells this product is also given a set of brand IDs. For example, it can be a set of four-byte first vendor codes generated by a random number generator. A manufacturer code must also be the only unique code to correctly and uniquely represent the identity of the first dealer.

In order to allow the product's identity to be correctly identified, the method of the present invention is to set an electronic label on the product 1, and the electronic label stores the original product identification code of the product, for example, in this embodiment, In order to covertly set a wireless radio frequency tag 10 on the product 1, the wireless radio frequency tag 10 has the original factory identification code of the product 1 encrypted by the symmetry encrypted, for example, the original ten bytes length The original factory identification code of the product is encrypted by AES (Advanced Encryption Standard) standard and processed into a set of 48-byte identification code ciphertext 100. Once the identification code ciphertext 100 is burned, the radio frequency tag 10 will be encrypted. Set to read-only.

In addition, in a cloud verification server 2 used for verification, which is applied to the anti-counterfeit verification method of the article of the present invention, data of all products protected by the method of the present invention are stored, among which, a piece of data is included including The original factory identification number of the product 1 before the product 1 is not encrypted, and the first manufacturer code of the dealer to which the product 1 belongs in association with each other. This data is recorded as the legal product history of the product 1.

The product 1 is then transported to a legitimate retailer of the dealer through logistics. The legitimate retailer will be assigned a legal radio frequency reading device 3, and the radio frequency reading device 3 itself is also given a device identity information. 30. For example, in this embodiment, the device identity data 30 is a set of 6-bit identification codes. The device identity data 30 is stored in the cloud verification server 2 in association with the above-mentioned manufacturer code. If the radio frequency reads The fetching device 3 is lost, and the device identity data 30 is deleted from the cloud authentication server 2 until the legal store is assigned to a new radio frequency reading device 3, and the new radio frequency reading device 3 is also The new device identity data 30 will be stored in the cloud authentication server 2.

Continuing, in this embodiment, when the consumer A wants to purchase the product 1 in the legal store, the clerk in the legal store reads the product 1 through the wireless radio frequency reading device 3 in the store, and The ciphertext 100 of the identification code stored in the radio frequency tag 10 set on the product 1 will be read, and the clerk will then ask the consumer A's identity information and mobile phone number and other information to enter the radio frequency reading device 3, and then, The identification code cipher text 100 stored in the radio frequency tag, the device identity data 30 of the radio frequency reading device 3, and the identity data and mobile phone number of the consumer A will be transmitted to the cloud authentication server 2 together to To be verified.

When the cloud verification server 2 obtains the above information, it will perform verification. The cloud verification server 2 obtains the first vendor code of the dealer through the device identity data 30, and then uses the first vendor code to the wireless radio frequency tag. The encrypted ciphertext 100 stored in 10 is decrypted, and the cloud verification server 2 compares the original factory identification code of product 1 obtained after decryption in the database. When it is confirmed that the original factory identification code of product 1 exists, it represents The identity of the product 1 is true, and the cloud authentication server 2 will use the identity information of the consumer A and the mobile phone number (for example, 0933456987) as a user's identity information, and the user's identity will be related to the original product. The factory identification code is related to each other and stored. At this point, the cloud verification server 2 stores the original factory identification code of the product 1 of the product 1 and the user identity information. At this time, the wireless radio frequency reading device 3 receives the above verification After the correct message, the authentication is completed and it is shown to consumer A.

Please refer to FIG. 2 again, which is a schematic diagram of a second scenario according to an embodiment of the present invention. It is a date many years later. Consumer A wishes to transfer the product 1 to consumer B. Consumer A then carries the product with consumer B. 1 to another store belonging to the dealer, the store clerk reads the wireless radio frequency tag 10 on the product 1 through another legal wireless radio frequency reading device 4 in the store, and the identification contained in the wireless radio frequency tag 10 The ciphertext 100 and the device identity data 40 of the radio frequency reading device 4 will be transmitted to the cloud authentication server 2.

The cloud authentication server 2 obtains the first vendor code of the dealer by querying the device identity data 10 of the radio frequency reading device 4, and then decrypts the identification code ciphertext 100 with the first vendor code to obtain the product 1 of the product 1. The original factory identification code is compared and the cloud verification server 2 confirms that there is indeed the original factory identification code of the product 1 of the product 1 in the database, however, the original factory identification code of the product 1 of the product 1 is already bound to the user Identity information, the user identity information includes the identity information of consumer A and the mobile phone number.

The cloud authentication server 2 then sends a dynamic verification request message to consumer A's mobile phone number (for example, 0933456987), which must be re-verified within two minutes. The mobile phone of consumer A located in the store will receive the dynamic verification request message. Consumer A responds correctly to the cloud verification server 2 according to the request of the dynamic verification request message. After the cloud verification server 2 judges that the dynamic verification request message is correctly responded, it sends a correct re-verification message to the wireless RF in the store. Read device 4, at this time, consumer A and consumer B located in the store can understand that the product 1 they want to trade through the wireless radio frequency read device 4 is a genuine authentic product that is certified by the dealer and has a complete product history.

For reference, please refer to FIG. 3, which is a schematic diagram of the third scenario of the embodiment of the present invention. At this time, Consumer B has understood the authenticity of Product 1 and wants to trade with Consumer A. Consumer B can then within a certain period of time. Read via radio frequency The fetching device 4 initiates an identity change request to the cloud authentication server 2 to update the data stored in the database to consumer B itself. After receiving the request to change the identity data, the cloud authentication server 2 changes the identity The identity information and mobile phone number of Consumer B included in the data request are correlated and updated with the original factory identification number of Product 1 and the original identity information of Consumer A and the original factory identification number of Product 1 Will be cancelled; in the future, when the re-authentication is initiated through the radio frequency reading device, the mobile phone of consumer B instead of consumer A will receive a dynamic verification request message, as shown in the fourth scenario diagram of FIG. 4, It can be known that through the anti-counterfeiting verification method of the article of the present invention, consumers can ensure the authenticity of the product through the guarantee of a third-party distributor.

In addition, in another embodiment of the present invention, it is not necessary to perform verification through the mobile phone of consumer A or consumer B, wherein the radio frequency reading device 4 reads the radio frequency tag 10 on the product 1 and the cloud verification After the server 2 correctly verifies the radio frequency tag 10, it then sends a dynamic verification request to the radio frequency reader 4 itself, which must be re-verified within a certain time, and the store personnel can display it to Consumer A or Consumer B Understand that through the radio frequency reading device 4, when the dynamic verification request can be responded to the cloud verification server 2, and then, the cloud verification server 2 sends the correct re-verification after receiving the correct response after the dynamic verification request. The message is sent to the radio frequency reading device 4 and the re-authentication operation can be completed on the radio frequency reading device 4 alone, and the radio frequency reading device 4 can also initiate the subsequent identity change to the cloud verification server 2 within a certain time. The request procedure, whereby the consumer A or the consumer B can complete the trusted transaction in the store only through the third-party radio frequency reading device 4.

The detailed steps of the present invention will be described with reference to the embodiments of FIGS. 1 to 4. The steps can be summarized as follows. Please refer to FIG. 5, which is a step diagram of the first verification method of the anti-counterfeit verification method of the article of the present invention, including the following steps: Step S501, when buying a product, read it with a tag before a legal store. The device reads the ciphertext in the chip tag, which is the encrypted original product identification code; in step S502, the tag reading device uploads the ciphertext, the identity of the tag reading device, and consumer information to the server for processing. Authentication; step S503, the server finds the dealer code in the database according to the identity of the tag reading device; step S504, the server decrypts the cipher text based on the dealer code as the key to obtain the original product identification code to communicate with the data The identification codes stored in the library are compared and verified; in step S505, the server compares the original product identification codes that match, which correlates and stores the consumer information with the original product identification codes, and notifies the tag reading device; And step S506, the consumer understands that the verification is completed from the tag reading device, and it is learned that the purchased product has obtained a certain degree of guarantee.

Next, please refer to FIG. 6, which is a step diagram of the re-verification method of the anti-counterfeit verification method of the article of the present invention, including the following steps: Step S601, the consumer reads the content of the wafer tag on the product with a tag reading device at a legal store. Cipher text; step S602, the tag reading device uploads the identity of the cipher text and the tag reading device to the server for authentication; step S603, the server finds the dealer code in the database according to the identity of the tag reading device; Step S604, the server decodes the ciphertext according to the dealer code as a key. To obtain the original product identification code to compare and verify with the identification code stored in the database; step S605, the server compares the original identification code of the product, however, the original identification code of the product is bound to a specific Consumer identity information, the server sends a verification request based on the consumer identity information, which may be a SMS verification of the consumer's mobile phone, etc .; step S606, the server responds to the verification request according to whether the consumer correctly, to notify after the correct verification Step S607, when the consumer knows that the product is re-verified through the label reading device, it means that the product is genuine; Step S608, at this time, another consumer in the second-hand transaction can use the label reading device to The server initiates a request for changing identity information; step S609, so that the product data is within a certain time after re-authentication is completed, the server directly associates the identity information of another consumer in the request for changing the identity information with the original identification number of the product And store it; step S610, because a product can only be bound to a group of personal identities, the server directly copies the original The connection between the consumer's identity data and the product's original identification code is eliminated and deleted; and step S611, the consumer is informed through the tag reading device that the change of identity information is completed. In the future, only new consumers can obtain the server's verification request .

In addition, if the consumer does not want to make a second-hand transaction, and only needs to update his personal information or mobile phone number, etc., the consumer can still perform the above steps S608 to S611 through the tag reading device. Belongs to another new consumer, but updates its own information.

To sum up, the present invention is technically innovative and possesses various effects that are inferior to the previous technology, which has fully met the novelty and progressiveness. The statutory invention patent requires a patent application in accordance with the law. We urge your office to approve this invention patent application to encourage inventions.

A‧‧‧User

B‧‧‧User

1‧‧‧ products

2‧‧‧ Cloud Authentication Server

4‧‧‧ wireless radio frequency reading device

10‧‧‧Wireless Radio Frequency Tag

40‧‧‧ Device Identity

100‧‧‧Identification Code Cipher

Claims (12)

An anti-counterfeiting verification method for an article is applied to a tag reading device and a wafer tag provided on the article, wherein the tag reading device executes the following steps: reading the wafer tag to obtain the stored in the wafer tag; An article identity data; transmitting the article identity data, a device identity unique to the tag reading device, and a user-side identity data to a verification server; and receiving a correct verification message to complete the verification, wherein, the The correct verification message is that the verification server correctly verifies the article identity data and the device identity data, and associates the user-side identity data and the article identity data with each other and stores the sent data to the tag reading device. According to the method of anti-counterfeiting verification of the article described in item 1 of the scope of patent application, the steps further include: after the verification is completed, the chip tag is read, and the verification server verifies the article identity data and the device identity data, and then The client identity sends a verification request to the client; and receives a correct re-authentication message to complete the re-authentication, wherein the correct re-authentication message is that the authentication server receives the client's correct response to the verification request Message to the tag reader. According to the method for anti-counterfeiting verification of an article as described in the second item of the patent application, the steps further include: after re-authentication is completed, initiating a request for changing identity information; and receiving a success message of identity change to complete verification of identity change, wherein, the The identity change success message is that the authentication server correlates and stores the item's identity data with the personal data contained in the identity change request Save, and eliminate the message that the item's identity data is associated with the original personal identity information, and send it to the tag reading device. The method for verifying anti-counterfeiting of an article as described in item 1 of the scope of patent application, wherein the identity information of the article is one or a combination of the article's unique factory identification code, the manufacturer's unique manufacturer's identification code, and the like. . The method for verifying anti-counterfeiting of an article as described in item 2 of the scope of patent application, wherein the identity information of the article is any one or a combination of the article's unique factory identification code and the manufacturer's unique company identification code . The anti-counterfeiting verification method for an article as described in item 1 of the scope of patent application, wherein the verification request is a dynamic random code verification request. The method for verifying anti-counterfeiting of an article as described in item 2 of the scope of patent application, wherein the verification request is a dynamic random code verification request. A tag reading device performing the steps described in item 1 of the scope of patent application. A tag reading device performing the steps described in item 2 of the scope of patent application. A tag reading device performing the steps described in item 3 of the scope of patent application. The method for verifying anti-counterfeiting of an article as described in any one of claims 2 or 3, wherein the tag reading device is the same device as the user terminal, and when the verification server is verifying the identity information of the article After the identity information of the device is obtained, the verification request will be sent to the tag reading device according to the identity information of the user. According to the anti-counterfeiting verification method for an article as described in any one of claims 1 to 3, wherein the user-side identity information is information such as a user's email address, a mobile phone number, or a Google Authenticator account.