WO2016101760A1

WO2016101760A1 - Anti-counterfeit method and system

Info

Publication number: WO2016101760A1
Application number: PCT/CN2015/095610
Authority: WO
Inventors: 张世龙; 唐雅娜
Original assignee: 张世龙
Priority date: 2014-12-25
Filing date: 2015-11-26
Publication date: 2016-06-30
Also published as: CN104463606A; CN104463606B

Abstract

The present invention relates to the technical field of product security, and in particular, relates to an anti-counterfeit method and system. The method comprises: S1: a mobile intelligent terminal reads an anti-counterfeit code and sends to an anti-counterfeit verification server the anti-counterfeit code and an identification number corresponding to the mobile intelligent terminal; S2: the anti-counterfeit verification server determines whether a received anti-counterfeit code is valid, if so, then executes Step S3, if not, then returns information indicating that the anti-counterfeit code is invalid; S3: the anti-counterfeit verification server determines through a received terminal identification number, if the terminal is a current owner of the anti-counterfeit code or a trial user having a checkable count of the anti-counterfeit code, if so, then returns information indicating that a product is authentic, if not, then returns information of the terminal being without an anti-counterfeit authority. Since embodiments of the present invention are based on a highly popular mobile phone terminal, a user can easily operate an anti-counterfeit system, and completes an anti-counterfeit query process, resulting in a low cost and simple verification.

Description

Anti-counterfeiting method and system

Technical field

The present invention relates to the field of product safety technologies, and more particularly to an anti-counterfeiting method and system.

Background technique

Counterfeit and shoddy goods flood the market, seriously damaging the interests of consumers, bringing huge economic losses to commodity manufacturers, and having great social harm. Anti-counterfeiting technology has developed to the present day. There are numerous anti-counterfeiting methods, technologies and products. The main anti-counterfeiting products include three categories: visual judgment, consultation judgment, equipment judgment:

1), visual judgment, that is, the way the naked eye recognizes authenticity. Such as laser holography, texture, laser, ultraviolet fluorescence, daylight discoloration, thermal discoloration, pressure sensitive discoloration, moisture sensitive discoloration, precision pattern, micro-printing, thermochromic liquid crystal, super-wiping deformation, one-time broken graphics, uncovering Double-layer film decal, irreversible memory type thermal, reversible hand-sensitive thermal discoloration, paper water pattern, cholesteric liquid crystal, graphic code invisible and so on. If the identification content and method of the anti-counterfeiting product adopting this technology are simple, it is easy to imitate and fail to achieve the anti-counterfeiting effect; if the identification content and method are too cumbersome, it requires a certain recognition experience, which is not conducive to popularization and use. At the same time, the technology is inaccurate and not rigorous because it is only visually determined by the naked eye.

2), consultation and judgment, that is, the way to identify the authenticity by telephone, SMS, Internet, etc. If the anti-counterfeiting product adopting the technology does not limit the number of queries, the query code can be easily copied, and the anti-counterfeiting effect is poor; if the query mode is limited to one code at a time, there is a shortage that cannot be verified before purchase and can only be verified once. At the same time, because the technology only feedbacks the correctness of the query code itself, or can only inform the number of times of the query, whether the authenticity judgment usually makes the buyer judge by itself, the query result is difficult to convince the public, and there is a crack, a bribe to acquire the digital to imitate. Possibly, not rigorous and credible.

3), device judgment, that is, using a special device to identify the authenticity, the authenticity information is displayed on the dedicated device. Such as holographic magnetic card, magnetic ink, smart credit card, barcode, QR code, metal barcode, IC card, RFID card, laser card, biochemistry, nuclear dual card, electronic identification, nuclear track technology. At the time of inspection, the special equipment itself or the data is sent to the network server for encryption, decryption and inspection. The inspection process is transparent to the user, and the operation is simple and convenient. The product can be inspected multiple times before and after the sale, and has certain practicability and anti-counterfeiting ability. Some of the anti-counterfeit products' electronic anti-counterfeiting labels also have a built-in random code generator or serial number generator, which realizes each verification, and the verification end/server generates a new random code or serial number for the product identification; some anti-counterfeiting products also provide labels. Independent authentication or two-way authentication with dedicated identification devices; some anti-counterfeiting products are also based on PKI/CA mode, encrypting product information, verification code, serial number/serial number, implementing multi-level encryption and decryption, digital signature, and so on. Although this kind of technology increases the difficulty of imitation in different degrees, it needs to use special equipment to judge the authenticity, the cost is high, the versatility is not strong, and more importantly, the verification means is single, and the pseudo-verification of the imitation identification equipment There is no other means of supporting verification, although some anti-counterfeiting methods propose two-way verification of labels and identification devices, but if they are copied, The device only performs the pseudo-reading of the tag information and the pseudo-connection check of the server, and then simulates the information prompt of “verification pass, authentic”, and then easily cracks the anti-counterfeiting method such as two-way verification, thereby realizing the purpose of deceiving the consumer, and the anti-counterfeiting capability surface. Powerful, but very fragile.

In summary, the existing anti-counterfeiting methods and technologies are still mainly based on prevention, which increases the cost of counterfeiting and copying from the technical point of view, increases the complexity of counterfeiting and imitation, thereby reducing the possibility of counterfeiting and imitation, and continuously updating anti-counterfeiting means. And the process, resulting in rising costs, but can not predict / warn the anti-counterfeiting cycle of the current anti-counterfeiting means (from investment to imitation), resulting in the same product market, a variety of anti-counterfeiting means coexist, ordinary users are more confused. To truly solve this problem, the production cost of the anti-counterfeiting system must be very low, the inspection method is simple and easy, and it can be checked multiple times before the purchase, and there is an independent corroboration inspection method to identify the false verification situation, which has the suspected imitation product inspection. Audit and early warning functions.

Summary of the invention

In order to overcome at least one of the defects (insufficiency) described in the prior art, the present invention provides a method for anti-forgery traceability based on a mobile intelligent terminal with low cost and simple inspection.

The invention also provides an anti-counterfeiting traceability system based on mobile intelligent terminal with low cost and simple inspection.

In order to solve the above technical problem, the technical solution of the present invention is as follows:

An anti-forgery traceability method based on a mobile intelligent terminal, comprising:

S1. The mobile intelligent terminal reads the security code and sends the security code and the identification number corresponding to the mobile intelligent terminal to the anti-counterfeiting verification server;

S2. The anti-counterfeiting verification server determines whether the received anti-counterfeit code is legal. If it is legal, step S3 is performed; otherwise, the anti-counterfeit code is illegal;

S3. The anti-counterfeiting verification server determines, by the received terminal identification number, whether the terminal is the current owner of the security code, and if yes, returns information that the product is verified as authentic, otherwise returns information that the terminal does not have the security code checking authority.

In the above solution, the identification number corresponding to the mobile intelligent terminal is one of a mobile phone number, an IMSI, or an ID number of another distinguishable identification terminal.

In the above solution, the security code is randomly generated, and the randomly generated security code and the corresponding product code and product status are stored in the anti-counterfeiting verification server.

In the above solution, the security code is directly or encrypted to generate a two-dimensional code label or written into the radio frequency electronic tag to form an anti-counterfeit label, and the anti-counterfeit label is physically associated with the corresponding product one-to-one.

In the above solution, the initial setting of the current owner of the security code is as follows:

When the product is initially in circulation, the mobile intelligent terminal identification number pre-assigned to the initial ownership of the product is bound to the security code corresponding to the product in the anti-counterfeiting verification server.

In the above solution, the current owner of the security code changes with the state of the product, and the specific change is as follows:

When the product status changes, the mobile intelligent terminal A, which is currently owned by the security code, reads the security code and sends the terminal identification number, the security code, and the identification number of the mobile intelligent terminal B that is pre-changed to the new owner to the security verification server. Apply for a change;

After the security verification server verifies that the current security code of the security code and the security code is legal, the change authorization verification code C is generated, and the change authorization verification code C is sent to the mobile intelligent terminal B;

The mobile intelligent terminal B performs a change authorization verification operation, and sends its terminal identification number and change authorization verification code C to the anti-counterfeiting verification server;

After the anti-counterfeiting verification server verifies the legality of the change authorization verification code C, the current owner of the security code is changed to the terminal B, and the ownership of the security code is invalidated by the terminal A, and the corresponding product status is modified.

In the above solution, in the step S3, after the anti-counterfeiting verification server determines that the mobile intelligent terminal is not the current owner of the security code, the following steps are performed:

S4. The anti-counterfeiting verification server determines whether the terminal is the trial right of the security code, and if yes, performs step S5, otherwise returns information that the terminal does not have the security code checking authority;

S5. The anti-counterfeiting verification server determines whether the number of trial verification times of the terminal is greater than a threshold. If yes, the number of trial verifications is reduced by 1 and the information that the product verification is genuine is returned, otherwise the information that the trial verification number has been used is returned.

In the above solution, the mobile intelligent terminal with the security code trial right is obtained by performing the trial recommendation operation by the current ownership mobile intelligent terminal of the security code, specifically:

The security code A current security mobile terminal A reads the security code and sends its terminal identification number, security code and the identification number of the mobile intelligent terminal B pre-recommended as the trial right to the anti-counterfeiting verification server to apply for trial recommendation;

After the security verification server verifies that the current security code of the security code and the security code is legal, the trial authorization verification code D is generated, and the trial authorization verification code D is sent to the mobile intelligent terminal B;

The mobile intelligent terminal B performs a trial authorization verification operation, and sends the terminal identification number and the trial authorization verification code D to the anti-counterfeiting verification server;

After the anti-counterfeiting verification server verifies the validity of the authorization verification code D, the attribute data of the terminal for storing the security code trial right is newly added: the identification number of the terminal B, the trial number of trials, and the trial attribute.

In the above solution, the method further includes that the data flow in the anti-counterfeiting verification server is backed up to the monitoring and early warning source database, and the anti-counterfeiting inspection and traceability information in all states of the product can be verified by monitoring the early warning source database.

An anti-counterfeiting traceability system based on a mobile intelligent terminal, comprising a mobile intelligent terminal and an anti-counterfeiting verification server:

The mobile intelligent terminal includes:

a security code reading module for reading a security code;

The anti-counterfeiting code interaction module is configured to send the security code and the terminal identification number corresponding to the mobile intelligent terminal to the anti-counterfeiting verification server and receive the return information;

The anti-counterfeiting verification server includes:

a transceiver module, configured to receive a security code and a terminal identification number sent by the security code interaction module;

The security code verification module is configured to determine whether the received security code is legal, and if yes, notify the verification authority verification module, otherwise notify the sending module;

The verification authority verification module is configured to determine, by the received terminal identification number, whether the terminal is the current owner or the trial right of the security code, and notify the sending module of the verification result;

The sending module is configured to send, according to the verification result of the security code verification module and the verification authority verification module, information that the “security code is illegal”, or “product verification is genuine” information, or “the terminal does not have the security code inspection authority” Information, or "trial verification has run out" information to the interactive module of the mobile smart terminal.

In the above solution, the anti-counterfeiting verification server further includes a security code information storage module, configured to store the security code and the product code and product status corresponding to the security code, wherein the security code is generated in a random manner.

In the foregoing solution, the anti-counterfeiting verification server further includes a monitoring and early warning source module for supporting the anti-counterfeiting inspection and tracing information in all states of the inquiring product.

Compared with the prior art, the technical solution of the present invention has the following beneficial effects:

1) The invention is based on a mobile intelligent terminal, and the mobile intelligent terminal has a high penetration rate, and the real consumer can easily intervene in the anti-counterfeiting system, and the process of anti-counterfeiting query can be improved, the cost is low, and the verification is simple.

2) The invention establishes the product security code inspection permission tree and the product full state inspection process information chain, binds the security code to the inspection mobile intelligent terminal, and allows the product to perform multiple authenticity inspections before and after the sale, and at the same time, by binding The mobile intelligent terminal ensures the credibility and uniqueness of the product security code verification process.

3) The invention changes the effective inspection of the mobile intelligent terminal by changing the ownership of the product, and can specifically limit the number of inspections, and the number of inspections of the mobile intelligent terminal and the number of inspections can be set according to the change of product ownership, the number of inspections and the product. The status update will also be recorded in the anti-counterfeiting verification server, which makes the sales of counterfeit security code products limited, the ratio of counterfeit revenue to counterfeit cost is very low; and when the genuine product enters the sales link, it can automatically enter the early warning process because the system The mobile intelligent terminal identification number (such as the mobile phone number) associated with the original counterfeit inspection is stored, which facilitates the fraudulent forensics, increases the risk factor of counterfeiting, and effectively suppresses and combats counterfeiting behavior.

4) The invention also provides a monitoring and early warning source database to realize the traceability query function of the circulation inspection information of the anti-counterfeit label (product), which is an independent auxiliary certification process, and effectively prevents the false verification of the forged inspection result of the mobile intelligent terminal.

5) The invention constructs an effective systemic anti-counterfeiting system, and the counterfeiter can only copy all the systems, and it is possible to A large amount of counterfeiting of goods greatly increases the cost of counterfeiting and reduces the possibility of counterfeiting.

DRAWINGS

FIG. 1 is a specific flowchart of a method for anti-forgery traceability based on a mobile intelligent terminal according to the present invention.

FIG. 2 is a schematic diagram of a process for changing a product owner in an anti-counterfeiting traceability method based on a mobile intelligent terminal according to the present invention.

FIG. 3 is a schematic diagram of a flow of a recommended trial and check user in an anti-counterfeiting traceability method based on a mobile intelligent terminal according to the present invention.

FIG. 4 is a schematic diagram of a system architecture based on a specific embodiment of an anti-forgery traceability method based on a mobile intelligent terminal.

FIG. 5 is a schematic diagram of a security tree verification authority tree constructed in a specific embodiment of an anti-forgery traceability method based on a mobile intelligent terminal according to the present invention.

FIG. 6 is a flowchart of the method for obtaining traceability information based on the anti-forgery traceability method of the mobile intelligent terminal according to the present invention.

detailed description

The drawings are for illustrative purposes only and are not to be construed as limiting the invention;

In order to better illustrate the embodiments, some components of the drawings may be omitted, enlarged or reduced, and do not represent the dimensions of actual products; for those skilled in the art, some known structures and their descriptions may be omitted. Understandable.

In the description of the present invention, it is to be understood that the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implied number of technical features indicated. Thus, the defined "first", "second" features may include one or more of the features, either explicitly or implicitly. In the description of the present invention, "a plurality" means two or more unless otherwise stated.

In the description of the present invention, it should be noted that the terms "mounting" and "connecting" are to be understood broadly, and may be, for example, a fixed connection, a detachable connection, or an integral, unless otherwise explicitly stated and defined. Ground connection; it can be a mechanical connection or an electrical connection; it can be directly connected, or it can be indirectly connected through an intermediate medium, and it can be said that the internal connection of the two elements. The specific meaning of the above terms in the present invention can be understood in the specific circumstances by those skilled in the art.

The technical solution of the present invention will be further described below with reference to the accompanying drawings and embodiments.

Example 1

FIG. 1 is a flowchart of a method for anti-forgery traceability based on a mobile intelligent terminal according to the present invention. Referring to FIG. 1, the specific steps of the anti-forgery traceability method based on the mobile intelligent terminal in this embodiment include:

S101. The mobile intelligent terminal reads the security code and sends the security code and the identification number corresponding to the mobile intelligent terminal to the anti-counterfeiting verification server;

S102. The anti-counterfeiting verification server determines whether the received anti-counterfeit code is legal. If it is legal, step S103 is performed; otherwise, the anti-counterfeit code is illegal;

S103. The anti-counterfeiting verification server determines, by the received terminal identification number, whether the terminal is the current owner of the security code, and if so, returns the information that the product verification is authentic, otherwise step S104 is performed;

S104. The anti-counterfeiting verification server determines whether the terminal is the trial right of the security code, and if yes, performs step S105; otherwise, returns information that the terminal does not have the security code checking authority;

S105. The anti-counterfeiting verification server determines whether the number of trial verification times of the terminal is greater than a threshold. If yes, the number of trial verifications is reduced by 1 and the information that the product verification is genuine is returned, otherwise the information that the trial verification number has been used is returned.

The identification number corresponding to the mobile intelligent terminal is one of a mobile phone number, an IMSI, or an ID number of another distinguishable identification terminal.

The anti-counterfeiting code is generated in a random manner, and corresponds to the product one-to-one and has uniqueness. The randomly generated security code and the corresponding product code and product status are stored in the anti-counterfeiting verification server. Preferably, the anti-counterfeit code information base is built in the anti-counterfeiting verification server to store the anti-counterfeit code related information, and the product code corresponding to the anti-counterfeit code is written into the anti-counterfeit code information base to realize the logical association between the anti-counterfeit code and the product, and the product status is set to “inventory”. ".

The specific anti-pseudo code information library storage time can construct the data structure body according to a custom way, for example, the following data structure body can be constructed to store:

[Security code, product code, product status].

After the security code is randomly generated, it is directly or encrypted to generate a QR code label or written into the RF electronic label to form an anti-counterfeit label.

When the anti-counterfeit label is applied, it can be fixed to the opening of the product or its outer packaging by means of pasting or the like, and is physically associated with the product; when the product or the outer package is opened, the anti-counterfeit label will be damaged and the anti-counterfeiting code cannot be read and fails.

In this embodiment, the security code of the current ownership of the security code is combined with the security code of the security code. Only the bound mobile intelligent terminal can perform the security code check to ensure the validity of the check. Moreover, in addition to the current ownership terminal, the mobile intelligent terminal through its recommended trial can also check the authenticity of the security code, and expand the range of the identifiable mobile intelligent terminal in a recommended manner, and at the same time, the nature of the bound mobile intelligent terminal (owner, trial) The right to limit the number of inspections, under the premise of ensuring the legality of the inspection, set a further obstacle for the verification of the pseudo-security code.

In the specific implementation process, the initial setting method of the current owner of the security code is as follows:

When the product is initially distributed, the mobile intelligent terminal identification number pre-assigned to the initial ownership of the product is bound to the security code corresponding to the product in the anti-counterfeiting verification server, and the product status is set to “sale”;

Preferably, as shown in FIG. 2, the current owner of the security code changes with the state of the product, and the specific modification manner is as follows:

When the product status changes, the mobile intelligent terminal A with the current ownership of the security code reads the security code and then displays its terminal identifier. The number, the security code, and the identification number of the mobile intelligent terminal B pre-changed to the new owner are sent to the anti-counterfeiting verification server, and the application is changed;

After the security verification server verifies that the current ownership of the security code and the security code is legal, the change authorization verification code C is generated, and the change authorization verification code C is sent to the mobile intelligent terminal B in the form of a short message or the like; the mobile intelligent terminal B performs the change authorization verification operation. Sending its terminal identification number and change authorization verification code C to the anti-counterfeiting verification server;

In the specific implementation process, as shown in FIG. 3, the mobile intelligent terminal with the security code trial right is obtained by performing the trial recommendation operation by the current ownership mobile intelligent terminal of the security code, specifically:

After the security verification server verifies that the current security code and the security code are legal, the trial authorization verification code D is generated, and the trial authorization verification code D is sent to the mobile intelligent terminal B in the form of a short message or the like;

In the specific implementation process, the method of the present invention further includes that the data flow in the anti-counterfeiting verification server is backed up to the monitoring and early warning source database, and the anti-counterfeiting inspection and traceability information in all states of the product can be inquired through the monitoring and early warning source database. The specific traceability information query method is shown in Figure 6.

Based on the above specific embodiments, a specific embodiment is provided below based on the method of the present invention to further illustrate the method of the present invention.

In the specific embodiment, as shown in FIG. 4, the anti-counterfeiting verification server 201, the mobile phone 202 as the mobile intelligent terminal, the reader/writer 203 with the anti-counterfeit tag reading function on the mobile phone 202, the product 204, and the connection monitoring and early warning are included. The web terminal 205 of the traceability database, wherein the product 204 is physically associated with its corresponding security label.

Security code generation: randomly generate a unique security code, and build a security code information base in the anti-counterfeiting verification server. The data structure body of the security code information base is: [security code, product code, product status]; the security code is generated directly or after encryption. The anti-counterfeit label is formed in the QR code tag or written into the radio frequency electronic tag.

The anti-counterfeit label is fixed to the opening of the product or its outer packaging by means of pasting or the like, and is physically associated with the product; when the product or the outer package is opened, the anti-counterfeit label will be damaged, and the security code cannot be read and fails; the security code is randomly generated. After that, the product code is matched with the security code, and the product code is written into the security code information table corresponding to the security code information base. The security code is now logically associated with the product, and the product status is set to "inventory".

In order to trace the various states and processes of the product in the circulation, this example presets multiple states of the product, including "inventory", "sales", "purchase", "gifts" and so on.

The product salesperson certified mobile phone information database is built in the anti-counterfeiting verification server. The data structure body is: [salesperson mobile phone number, sales shop number, salesperson number, authentication time, valid status], and the [effective status] initial value is "valid" When a salesperson leaves the company, modify the [valid status] value to "invalid".

When the product enters the sales process, the product status of the anti-counterfeiting verification server is changed to “sales”. At this time, the security code is built in the anti-counterfeiting verification server to verify the authentication tree, and the security code and the authentication tree have a one-to-one correspondence. The data structure of the authentication tree node is: [node type, allowing the mobile phone number to be checked, allowing the number of checks, child pointer], wherein the [node type] values are "product sales", "product purchase", "product gift", "trial" "Verification"; [Allow check mobile phone number] can have one or more mobile phone numbers in the root node, multiple mobile phone numbers are separated by commas, and can only be valid salesperson authentication mobile phone number; the remaining descendant nodes are only Can have a mobile phone number, the mobile phone number in each node in the tree is allowed to repeat; [Allow check times] takes a value of 0 (indicating that verification is not allowed), 1 (indicating that authentication is allowed), and -1 (indicating no verification limit) The node whose node type is "product sales" can only be the root node, and the node whose node type is "product purchase" can only be the child node of the root node, and the node of this type can only have at most one in the authentication tree; A node of type "trial verification" can only be a leaf node.

In the specific construction process, the current owner of the security code corresponds to the product status. During the binding process, the number of times the current owner of the security code is checked is not limited, but the number of times of the current owner of the non-security code is usually set to 1 time. Moreover, it is necessary to obtain legal inspection authority by means of a recommended trial.

When the security code authorization authentication tree is first built in the anti-counterfeiting verification server, the root node type of the authentication tree is set to "product sales", the number of inspections is allowed to be -1, and the mobile phone number is allowed to be verified as one or more valid sales personnel. No. Also change the product status to "Sales" status. Complete the logical binding of the security code to the salesperson's certified mobile phone number.

Therefore, based on this method, the security code authorization checks that the product is in the sales state when the authentication tree is initially constructed. At this time, the current owner of the security code is the salesperson. At this time, the initial state of the product is the sales status, and the security code authorization is automatically built in the authentication tree. The binding relationship between the salesperson's mobile phone number and the security code. When the product status changes, the security code authorization check certificate tree will form a child node to update the data corresponding to the security code verification authentication.

In a specific application, the corresponding APP software can be installed in the smart phone for querying. As shown in FIG. 2, when verifying the authenticity verification of the anti-counterfeit label (product), the APP software is run in the smart phone, and the security code in the anti-counterfeit label is directly or indirectly read through the built-in camera or the external (external) reader. Information, the APP software submits the read security code information, its own mobile phone number and other information to the anti-counterfeiting verification server; the anti-counterfeiting verification server performs the security code according to the verification rule. To verify, the verification process is specified by an example verification rule:

Rule 1: The security code is valid and valid: the verified security code must be legal and the verified mobile phone number must be the “Allow check mobile phone number” in the authentication tree node of the security code, and the allowed check number of the node is 1 Or -1.

Rule 2: If the security code status is "sales" status, the check mobile phone number appears in the root node of the security code authorization check authentication tree, and the node check count is -1, the mobile phone is allowed to verify the authenticity and return the genuine information. After the inspection, the number of inspections of the node is not changed, and the number of times the mobile phone number is checked for the security code is accumulated.

Rule 3: If the security code status is "sales" status, one or more authenticated salesperson mobile phones in the root node of the authentication tree are authenticated in the security code, and one or more other user mobile phones may be recommended in the APP for trial verification. In the security code authorization check authentication tree, a new child node is created under the node (ie, the root node), the name of the child node is “trial verification”, the number of inspections is 1, and the mobile phone number is checked for the recommended mobile phone number. . This recommendation process can be operated as shown in the flow shown in Figure 3.

Rule 4: If the security code status is "sales" status, the check mobile phone number appears in the non-root node of the security code authorization verification tree, and the node check number is 1, the mobile phone is allowed to check and return genuine information, and contains additional information. : "Sales status, only trial verification once, there is no limit to the number of verifications after purchase." After the inspection, the number of times of checking the node is changed to 0, and the number of times the mobile phone number is checked for the security code is accumulated.

Rule 5: If the security code status is "sales" status, the one or more certified salesperson mobile phones in the root node of the authentication tree are authenticated in the security code, and the security code status is modified by the APP when the product is sold. State, in the security code authorization check authentication tree, change the number of inspections of the node (ie, the root node) to 0, create a child node under the node where it is located, and set the name of the child node to "product purchase", check The number of times is -1, and the mobile phone number is checked as the purchaser's mobile phone number.

Rule 6: If the security code status is "Purchasing" status, check the mobile phone number to display the security code to verify that the node name of the authentication tree is "Product Purchase" and the number of node check times is "-1", then the mobile phone is allowed to verify the authenticity and Return genuine information. After the inspection, the number of inspections of the node is not changed, and the number of times the mobile phone number is checked for the security code is accumulated. At the same time, one or more other user mobile phones may be recommended in the APP for verification. In the security code authorization verification tree, a child node is newly created under the node where the child node is located, and the node name of the child node is “trial verification”, and the number of inspections is 1. Check the mobile phone number as the recommended mobile phone number.

Rule 7: If the security code status is "Purchasing" status, check the mobile phone number, the security code is authorized to check that the non-root node name of the authentication tree is "trial verification", and the node check frequency is 1, the mobile phone is allowed to check and return genuine information. And with additional information: "The product has been sold, the status of the sale, can only be verified once, if you need more than one time, you need to recommend multiple times, or the number of verifications after the gift is unlimited", the return information can also include sales Traceable information such as store, time of sale, purchaser, etc. After the inspection, the number of times of checking the node is changed to 0, and the number of times the mobile phone number is checked for the security code is accumulated.

Rule 8: If the security code status is "Purchasing" status, check the mobile phone number, the security code is authorized to check the node name of the authentication tree is "product purchase", the number of node check times is -1, and the product is modified by the APP when the product is transferred to other users. The security code status in the authentication server is in the "gift" state. In the security code authorization check authentication tree, the number of times of checking the node is changed to 0, and a child node is created under the node where the node is located, and the name of the child node is set to "Product gift", the number of inspections is -1, check the mobile phone number as the recipient's mobile phone number.

Rule 9: If the security code status is "gift" status, check the mobile phone number, the security code is authorized to check the authentication tree's node name is "product gift", the node check number is -1, the mobile phone is allowed to check and return the genuine information. The return information includes traceable information such as the store, time of sale, purchaser, and gift time. At the same time, one or more other user mobile phones may be recommended in the APP for verification. In the security code authorization verification tree, a child node is newly created under the node where the child node is located, and the node name of the child node is “trial verification”, and the number of inspections is 1. Check the mobile phone number as the recommended mobile phone number.

Rule 10: If the security code status is "Gift" status, check the mobile phone number, the security code is authorized to check the authentication tree's node name is "product gift", and the node check number -1 mobile phone, you can transfer the product to other mobile phones through the APP again. The user, in the authentication code authentication verification tree, changes the number of inspections of the node where it is located to 0, creates a child node under the node where the node is located, and sets the name of the child node as "product gift", and the number of inspections is -1. Check the mobile phone number as the recipient's mobile phone number. There is no limit to the number of product offers.

Rule 11: When the above rules are not met and the verification cannot be performed, the returned inspection information is as follows:

R11-1: When the security code is invalid, return "The security code is illegal. Please go to the regular store to purchase";

R11-2: The security code is legal and the status is “sales” status, then it returns “in the sales of the product, only the authorized salesperson mobile phone and the user mobile phone of the recommended trial can perform the authenticity verification”;

R11-3: If the security code is legal and the status is “Purchasing” status, then “Product has been sold, only the purchaser's mobile phone and its recommended mobile phone can be verified by authenticity”;

R11-4: If the security code is legal and the status is “Gift” status, then “Product has been sold and given, and only the recipient's mobile phone and its recommended mobile phone can be authenticated.”

Rule 12: The mobile phone user in each node of the security code authorization verification tree can query the circulation traceability information of the anti-counterfeit label (product) by submitting the security code, the mobile phone number and the verification code received by the mobile phone on the official WEB website. The chronological order includes product traceability information such as product sales, purchase, gift, inspection, etc., and each time the mobile phone is checked (partial mobile phone number masking process), which is an independent auxiliary verification process for preventing false after APP fraud. verification.

Rule 13: In the following cases, the information such as the mobile phone number and the inspection time will be written into the monitoring and early warning source database for product inspection data monitoring and early warning processing:

R13-1: When the security code is illegal;

R13-2: When the certified salesperson's mobile phone checks the legal anti-counterfeiting code of the "sales status" in the case of a loop, if the inspection process is anti-counterfeiting code 1-> anti-counterfeiting code 2-> anti-counterfeiting code 1, it indicates that there is product sales. The situation of self-sales.

R13-3: Bind one or more certified salesperson mobile phone numbers to establish a security code to authorize the authentication tree. When the security code authorization checks that the authentication tree already exists, it indicates that there is a possibility that the fake product has been sold before the genuine product.

R13-4: The anti-counterfeit code is legal, and when the number of times of checking the anti-counterfeit code of a certain mobile phone number in the node of the security code authentication and authentication tree exceeds the threshold, it indicates that the anti-pseudo code is duplicated.

R13-5: The anti-counterfeiting code is legal, and there is no possibility that the number of times of checking the security code exceeds the threshold when a certain mobile phone number in the node of the security code authorization authentication tree exceeds the threshold.

A schematic diagram of the security code authorization verification tree and its node structure constructed based on the above verification rules is shown in FIG. 5.

In this specific embodiment, multiple states of product sales, purchase, gift, etc. are constructed, and the product status, the mobile phone number of the current owner of the security code, and the security code can be changed according to the data interaction of the mobile intelligent terminal and the anti-counterfeiting verification server in different states. The number of queries of the current owner, the user recommended by the current owner of the security code, the mobile phone number of the recommended trial user, the number of queries of the recommended trial user, and the like.

Example 2

Based on Embodiment 1, the present invention also provides an anti-forgery traceability system based on a mobile intelligent terminal. In the anti-forgery traceability system based on the mobile intelligent terminal in the specific embodiment, the mobile intelligent terminal and the anti-counterfeiting verification server are specifically included:

The mobile intelligent terminal includes:

a security code reading module for reading a security code;

The anti-counterfeiting code interaction module is configured to send the security code and the mobile phone number corresponding to the mobile intelligent terminal to the anti-counterfeiting verification server and receive the return information;

The anti-counterfeiting verification server includes:

The transceiver module is configured to receive the security code and the mobile phone number sent by the security code interaction module;

The verification authority verification module is configured to determine, by the received mobile phone number, whether the terminal is the current owner or the trial right of the security code, and notify the sending module of the verification result;

In the specific implementation process, the anti-counterfeiting verification server further includes a security code information storage module, configured to store the security code and the product code and product status corresponding to the security code, wherein the security code is generated in a random manner.

The anti-counterfeiting code is generated in a random manner, and corresponds to the product one-to-one and has uniqueness. The randomly generated security code and corresponding product code and product status are stored in the security code information storage module of the anti-counterfeiting verification server. Preferably, the anti-counterfeit code information base is constructed in the anti-counterfeiting verification server to store the anti-counterfeit code related information, and the product code corresponding to the anti-counterfeit code is written into the anti-counterfeit code information base to realize the logical association between the anti-counterfeit code and the product, and the initial state of the product is set to “ in stock".

[Security code, product code, product status].

In the specific embodiment, the security code and the current ownership of the security code are bound to the mobile phone, and only the bound mobile phone can perform the security code check to ensure the validity of the verification. Moreover, in addition to the current ownership terminal, the mobile phone recommended by the trial can also check the authenticity of the security code, and expand the range of the identifiable mobile intelligent terminal by the recommended method, and at the same time pass the bound mobile intelligent terminal property (owner, trial right) In order to limit the number of queries, under the premise of ensuring the legality of the inspection, further obstacles are set for the verification of the pseudo-security code.

In the specific implementation process, the anti-counterfeiting verification server further includes an anti-forgery code authorization verification authentication tree construction module, configured to set related information of the current owner of the security code, wherein the initial setting manner of the current owner of the security code is as follows:

When the product is initially in circulation, the security code authorization verification tree construction module binds the mobile phone number pre-assigned to the initial ownership of the product to the security code corresponding to the product, and sets the product status to “sale”;

Preferably, the current owner of the security code changes with the state of the product, and the specific change is as follows:

When the product status changes, the security code current ownership moves the security code reading module of the intelligent terminal A to read the security code;

The security code interaction module sends the mobile phone number, the security code, and the mobile phone number of the mobile intelligent terminal B pre-changed to the new owner to the transceiver module of the security verification server;

After the security code verification module and the verification authority verification module of the security verification server verify that the current ownership of the security code and the security code is legal, the change authorization verification code C is generated and the change authorization verification code C is sent to the mobile intelligent terminal B in the form of a short message or the like. Security code interaction module;

The mobile intelligent terminal is further provided with an operation execution module, configured to perform a change authorization verification operation, and send the mobile phone number of the new owner B of the security code and the change authorization verification code C to the transceiver module of the anti-counterfeiting verification server;

After the security verification server verifies the legality of the change authorization verification code C, its setting change module is used to change the security code to the new one. The right owner is terminal B, changing the ownership of terminal A to the security code is invalid, and modifying the corresponding product status.

In the specific implementation process, the security code recommendation trial user obtains the recommended trial operation through the mobile intelligent terminal corresponding to the current owner of the security code, specifically:

The security code reading module of the mobile intelligent terminal A corresponding to the current owner of the security code reads the security code;

The anti-counterfeiting code interaction module sends the mobile phone number, the security code and the security code recommendation user B's mobile phone number to the transceiver module of the anti-counterfeiting verification server;

After the security code verification module and the verification authority verification module of the security verification server verify that the current ownership of the security code and the security code is legal, the trial authorization verification code D is generated and the trial authorization verification code D is sent to the mobile intelligent terminal in the form of short message communication. Code interaction module;

The operation execution module of the mobile intelligent terminal performs a recommended trial authorization verification operation, and sends the mobile phone number of the security code recommendation user B and the trial authorization verification code D to the transceiver module of the security verification server;

After the anti-counterfeiting verification server verifies the legality of the authorization verification code D, its setting change module stores the security data to recommend the attribute data of the trial user: the security code recommends the trial user B mobile phone number, the number of inspections, and the recommended trial attribute.

In the specific implementation process, the system of the present invention further includes a monitoring and early warning source database, and the data flow in the anti-counterfeiting verification server is backed up to the monitoring and early warning source database, and the anti-counterfeiting inspection and traceability information in all states of the product is verified by the monitoring and early warning database.

The same or similar reference numerals correspond to the same or similar parts;

The positional relationship is described in the drawings for illustrative purposes only and is not to be construed as limiting the invention;

It is apparent that the above-described embodiments of the present invention are merely illustrative of the present invention and are not intended to limit the embodiments of the present invention. Other variations or modifications of the various forms may be made by those skilled in the art in light of the above description. There is no need and no way to exhaust all of the implementations. Any modifications, equivalent substitutions and improvements made within the spirit and scope of the invention are intended to be included within the scope of the appended claims.

Claims

An anti-forgery traceability method based on mobile intelligent terminal, characterized in that it comprises

S1. The mobile intelligent terminal reads the security code and sends the security code and the identification number corresponding to the mobile intelligent terminal to the anti-counterfeiting verification server;

S2. The anti-counterfeiting verification server determines whether the received anti-counterfeit code is legal. If it is legal, step S3 is performed; otherwise, the anti-counterfeit code is illegal;

S3. The anti-counterfeiting verification server determines, by the received terminal identification number, whether the mobile intelligent terminal is the current owner of the security code, and if yes, returns information that the product verification is authentic, otherwise returns the information that the mobile intelligent terminal does not have the security code verification authority. .
The anti-forgery traceability method based on the mobile intelligent terminal according to claim 1, wherein the identification number corresponding to the mobile intelligent terminal is one of a mobile phone number, an IMSI or an ID number of another distinguishable identification terminal.
The anti-forgery traceability method based on the mobile intelligent terminal according to claim 1, wherein the anti-counterfeit code is randomly generated, the randomly generated anti-counterfeiting code and the corresponding product code, and the product status are stored in the anti-counterfeiting verification server.
The anti-forgery traceability method based on the mobile intelligent terminal according to claim 3, wherein the anti-counterfeit code is directly or encrypted to generate a two-dimensional code label or written into a radio frequency electronic tag to form an anti-counterfeit label, and the anti-counterfeit label and the corresponding Product one-to-one physical association.
The anti-forgery traceability method based on the mobile intelligent terminal according to claim 3, wherein the initial setting manner of the current owner of the security code is as follows:

When the product is initially in circulation, the mobile intelligent terminal identification number pre-assigned to the initial ownership of the product is bound to the security code corresponding to the product in the anti-counterfeiting verification server.
The anti-forgery traceability method based on the mobile intelligent terminal according to claim 5, wherein the current owner of the security code changes according to the product status, and the specific change manner is as follows:

When the product status changes, the mobile intelligent terminal A, which is currently owned by the security code, reads the security code and sends the terminal identification number, the security code, and the identification number of the mobile intelligent terminal B that is pre-changed to the new owner to the security verification server. Apply for a change;

After the security verification server verifies that the current security code of the security code and the security code is legal, the change authorization verification code C is generated, and the generation change authorization verification code C is sent to the mobile intelligent terminal B;

The mobile intelligent terminal B performs a change authorization verification operation, and sends its terminal identification number and change authorization verification code C to the anti-counterfeiting verification server;

After the anti-counterfeiting verification server verifies the legality of the change authorization verification code C, the current owner of the security code is changed to the mobile intelligent terminal B, and the ownership of the security code is invalidated by the mobile intelligent terminal A, and the corresponding product status is modified.
The anti-forgery traceability method based on mobile intelligent terminal according to claim 1, wherein the step In S3, after the anti-counterfeiting verification server determines that the mobile intelligent terminal is not the current owner of the security code, the following steps are performed:

S4. The anti-counterfeiting verification server determines whether the mobile intelligent terminal is the trial right of the security code, and if yes, performs step S5, otherwise returns information that the mobile intelligent terminal does not have the security code checking authority;

S5. The anti-counterfeiting verification server determines whether the number of trial verifications of the mobile intelligent terminal is greater than a threshold. If yes, the number of trial verifications is reduced by 1 and the information that the product verification is genuine is returned, otherwise the information that the trial verification number has been used is returned.
The mobile intelligent terminal-based anti-forgery traceability method according to claim 7, wherein the mobile intelligent terminal having the security code trial right is obtained by performing the trial recommendation operation by the current ownership mobile intelligent terminal of the security code, specifically:

The security code A current security mobile terminal A reads the security code and sends its terminal identification number, security code and the identification number of the mobile intelligent terminal B pre-recommended as the trial right to the anti-counterfeiting verification server to apply for trial recommendation;

After the security verification server verifies that the current security code of the security code and the security code is legal, the trial authorization verification code D is generated, and the trial authorization verification code D is sent to the mobile intelligent terminal B;

The mobile intelligent terminal B performs a trial authorization verification operation, and sends the terminal identification number and the trial authorization verification code D to the anti-counterfeiting verification server;

After the anti-counterfeiting verification server verifies the validity of the authorization verification code D, the attribute data of the terminal for storing the security code trial right is newly added: the identification number of the mobile intelligent terminal B, the trial number of trials, and the trial attribute.
The anti-forgery traceability method based on the mobile intelligent terminal according to any one of claims 1 to 8, wherein the method further comprises: the data flow in the anti-counterfeiting verification server is backed up to the monitoring and early warning source database, and the monitoring and early warning can be adopted. The traceability database corroborates the anti-counterfeiting inspection traceability information in all states of the product.
An anti-counterfeiting traceability system based on a mobile intelligent terminal, comprising: a mobile intelligent terminal and an anti-counterfeiting verification server:

The mobile intelligent terminal includes:

a security code reading module for reading a security code;

The anti-counterfeiting code interaction module is configured to send the security code and the terminal identification number corresponding to the mobile intelligent terminal to the anti-counterfeiting verification server and receive the return information;

The anti-counterfeiting verification server includes:

a transceiver module, configured to receive a security code and a terminal identification number sent by the security code interaction module;

The security code verification module is configured to determine whether the received security code is legal, and if yes, notify the verification authority verification module, otherwise notify the sending module;

The verification authority verification module is configured to determine, by the received terminal identification number, whether the terminal is the current owner or the trial right of the security code, and notify the sending module of the verification result;

The sending module is configured to send, according to the verification result of the security code verification module and the verification authority verification module, information that the “security code is illegal”, or “product verification is genuine” information, or “the terminal does not have the security code inspection authority” Information, or "trial verification has run out" information to the interactive module of the mobile smart terminal.
The anti-forgery traceability system based on the mobile intelligent terminal according to claim 10, wherein the anti-counterfeiting verification server further comprises an anti-counterfeit code information storage module, configured to store the anti-counterfeit code and the product code corresponding to the anti-counterfeit code, Product status, where the security code is generated in a random manner.
The anti-counterfeiting and traceability system based on the mobile intelligent terminal according to claim 10, wherein the anti-counterfeiting verification server further comprises a monitoring and early warning source module for supporting the anti-counterfeiting inspection and tracing information in all states of the inquiring product.