CN107491973A - Product false proof management system and method - Google Patents

Abstract

The invention provides a product anti-counterfeit management system and method; wherein, it includes an anti-counterfeit module, a product input module and a counterfeit verification module; the anti-counterfeit module is used to mark random symbols on the product as an anti-counterfeit code; the product input module receives and saves the Production location information, identity information and anti-counterfeit code; when receiving the counterfeit verification request, the counterfeit verification module extracts the identity information and anti-counterfeit code from the counterfeit verification request; The anti-counterfeiting code is compared with the saved anti-counterfeiting code to verify the authenticity of the product. The invention obtains the unique anti-counterfeiting code of the product by marking random symbols on the product, which is automatically sorted by the system. Compared with the anti-counterfeiting marks printed by machines, the random symbols cannot be copied, which improves the anti-counterfeiting effect of the product. At the same time, by locating the place of origin of the product, the anti-counterfeiting code is associated with the sales area, which is convenient for consumers to trace the product and the enterprise to conduct unified management of product channels.

Description

Product anti-counterfeiting management system and method

technical field

The invention relates to the technical field of product anti-counterfeiting, in particular to a product anti-counterfeiting management system and method.

Background technique

Anti-counterfeiting refers to the measures used to prevent imitation, duplication or counterfeiting without the permission of ownership by means of deception. Existing anti-counterfeiting technologies include laser label anti-counterfeiting, query digital anti-counterfeiting labels, texture anti-counterfeiting labels, security thread anti-counterfeiting paper and mobile Internet of things anti-counterfeiting technology; Anti-counterfeit marks or anti-counterfeit codes are not unique, and lack of unified system management and unified counterfeit verification interface. The verification is cumbersome, complicated and inconsistent, making it difficult for consumers to verify the authenticity of products. Anti-counterfeit marks or anti-counterfeit codes are highly reproducible. The anti-counterfeiting effect is poor.

For the above-mentioned problem that the anti-counterfeiting effect of the existing product anti-counterfeiting methods is poor, no effective solution has been proposed yet.

Contents of the invention

In view of this, the object of the present invention is to provide a product anti-counterfeiting management system and method to improve the anti-counterfeiting effect of products.

In the first aspect, the embodiment of the present invention provides a product anti-counterfeit management system, including an anti-counterfeit module, a product input module and a counterfeit verification module; The anti-counterfeit code in the system; the product input module is used to receive and save the production location information of the product, the identity information of the product and the anti-counterfeit code; the anti-counterfeit code includes the image data, graphic data or characteristic data of the anti-counterfeit code; the counterfeit verification module is used to When the counterfeit verification request sent by the user is received, the identity information and anti-counterfeit code of the product are extracted from the counterfeit verification request; the anti-counterfeit code of the stored product is extracted according to the identity information, and the anti-counterfeit code in the counterfeit verification request is combined with the anti-counterfeit code saved in the system The code is compared, and the authenticity of the product is verified according to the comparison result.

In combination with the first aspect, the embodiment of the present invention provides a first possible implementation of the first aspect, wherein the above system further includes a positioning module and a cross-selling verification module; the positioning module is used to receive and save the production location of the product, and The area to be sold of the product; the cross-selling verification module is used to extract the production location or sales location of the product from the counterfeit verification request or payment notification when receiving the counterfeit verification request or payment notification sent by the user, and judge whether the production location of the product is consistent with the Whether the pre-saved production location information is the same, if not, determine that the product is not produced by the original factory; determine whether the sales location belongs to the product's to-be-sold area, if not, determine that the product has been sold.

In combination with the first aspect, the embodiment of the present invention provides a second possible implementation of the first aspect, wherein the counterfeit verification module is further configured to automatically mark the product as sold when receiving a payment notification for the product For products, update the inventory information corresponding to the product, and mark the anti-counterfeiting code corresponding to the product as a sold symbol; when the anti-counterfeiting code of the product extracted in the counterfeit verification request has been marked as a sold symbol, determine that the product is a counterfeit product.

In combination with the first aspect, the embodiment of the present invention provides a third possible implementation manner of the first aspect, wherein the above-mentioned counterfeit verification module is also used to: perform noise reduction processing on the anti-counterfeit code in the counterfeit verification request, and obtain Random symbols; use image recognition technology to extract feature data of random symbols; wherein, feature data includes one or more of color features, shape features, grayscale features and brightness features; the extracted feature data and the stored The feature data of the product is matched; when the matching result is greater than or equal to the set threshold, the product is determined to be genuine; when the matching result is less than the set threshold, the product is determined to be counterfeit.

In combination with the first aspect, the embodiment of the present invention provides a fourth possible implementation manner of the first aspect, wherein the above-mentioned product entry module is also used to: establish the enterprise product corresponding to the enterprise code according to the enterprise code in the product identity information library; save the product corresponding to the enterprise code in the enterprise product library; the counterfeit verification module is also used to determine the enterprise product library for counterfeit verification according to the enterprise code of the product in the counterfeit verification request when receiving the counterfeit verification request sent by the user .

In combination with the first aspect, the embodiment of the present invention provides a fifth possible implementation manner of the first aspect, wherein the above-mentioned system further includes a statistical module; the statistical module is used to: count the product information corresponding to the user; when the user is a manufacturer , the product information includes the production location information, identity information, anti-counterfeiting code, inventory information, the sales area of each dealer corresponding to the manufacturer and the product information corresponding to each dealer; when the user is a dealer, the product information includes the product The production location information, identity information, anti-counterfeiting code, inventory information, each store corresponding to the dealer and the product information corresponding to each store; when the user is a store, the product information includes the product's production location information, identity information, anti-counterfeiting code, inventory Information and sales information; when the user is a shopper, the product information includes the production location information, identity information, anti-counterfeiting code and shopping information of the product.

In combination with the first aspect, the embodiment of the present invention provides a sixth possible implementation manner of the first aspect, wherein the above-mentioned system further includes a billing module; The service fee paid; when the service fee paid by the user is received, the function of the counterfeit verification module corresponding to the product is opened.

In combination with the first aspect, the embodiment of the present invention provides a seventh possible implementation manner of the first aspect, wherein the above-mentioned system further includes a pricing module and a mall module; the pricing module is used to receive and save the price of the product by the user; the mall module It is used to display products and anti-counterfeiting codes of products, and update the inventory information of products when receiving payment notifications for products.

In combination with the first aspect, the embodiment of the present invention provides an eighth possible implementation manner of the first aspect, wherein the above system further includes a registration and authentication module; the registration and authentication module is used to register, authenticate and log in the user; the user includes Manufacturers, distributors, stores or shoppers.

In the second aspect, the embodiment of the present invention provides a product anti-counterfeiting management method, the method is applied to the above-mentioned product anti-counterfeiting management system; the method includes: the anti-counterfeiting module marks random symbols on the product or product packaging through the symbol marking device, as anti-counterfeit code; the product input module receives and saves the production location information of the product, the identity information of the product and the anti-counterfeit code; the anti-counterfeit code includes the image data, graphic data or feature data of the anti-counterfeit code; when receiving the counterfeit verification request sent by the user , the counterfeit verification module extracts the production location information, identity information and anti-counterfeit code of the product from the counterfeit verification request; extracts the stored anti-counterfeit code according to the identity information, and compares the anti-counterfeit code in the counterfeit verification request with the anti-counterfeit code saved by the system , verify the authenticity of the product according to the comparison result.

Embodiments of the present invention bring the following beneficial effects:

In the product anti-counterfeiting management system and method provided by the embodiment of the present invention, the anti-counterfeiting module can mark random symbols on the product or product packaging as the unique anti-counterfeiting code of the product; the product input module can receive and save the identity information of the product and the above-mentioned anti-counterfeiting code ; The counterfeit verification module can extract the identity information and anti-counterfeit code of the product from the counterfeit verification request, and compare the anti-counterfeit code in the counterfeit verification request with the stored anti-counterfeit code, thereby verifying the authenticity of the product; Or mark the random symbol on the product package to obtain the product's unique anti-counterfeiting code that is automatically sorted by the system. Compared with the anti-counterfeiting mark printed by the machine, the random symbol cannot be copied, thereby improving the anti-counterfeiting effect of the product.

Further, the positioning module can save the production location of the product and the area to be sold of the product; the cross-selling verification module can extract the production location of the product from the counterfeit verification request or payment notification when receiving the counterfeit verification request or payment notification sent by the user Or the sales location, and then judge whether the product is not produced by the original factory or whether there is a cross-selling. This method can associate the anti-counterfeiting code of the product with the production place and sales area, that is, the limited production place and sales area of each product are determined, which is convenient for consumers to judge whether the product is produced in the place of origin and for enterprises to conduct unified management of product channels .

Other features and advantages of the present disclosure will be set forth in the following description, or some of the features and advantages can be inferred or unambiguously determined from the description, or can be known by implementing the above-mentioned techniques of the present disclosure.

In order to make the above objects, features and advantages of the present disclosure more comprehensible, preferred implementation modes are specifically cited below, together with the accompanying drawings, and described in detail as follows.

Description of drawings

In order to more clearly illustrate the specific implementation of the present invention or the technical solutions in the prior art, the following will briefly introduce the accompanying drawings that need to be used in the specific implementation or description of the prior art. Obviously, the accompanying drawings in the following description The drawings show some implementations of the present invention, and those skilled in the art can obtain other drawings based on these drawings without any creative work.

Fig. 1 is a schematic structural diagram of a product anti-counterfeiting management system provided by an embodiment of the present invention;

2 is a schematic structural diagram of another product anti-counterfeiting management system provided by an embodiment of the present invention;

Fig. 3 is a flow chart of a product anti-counterfeiting verification method provided by an embodiment of the present invention;

Fig. 4 is a flowchart of a product anti-counterfeiting management method provided by an embodiment of the present invention.

detailed description

In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions of the present invention will be clearly and completely described below in conjunction with the accompanying drawings. Obviously, the described embodiments are part of the embodiments of the present invention, not all of them. the embodiment. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

Considering the poor anti-counterfeiting effect of existing product anti-counterfeiting methods, the embodiment of the present invention provides a product anti-counterfeiting management system and method; In the process of traceability, anti-counterfeiting and anti-channeling goods management; this technology can be implemented by using relevant software or hardware, and the following examples will be used to describe it.

Referring to the structural representation of a product anti-counterfeit management system shown in Figure 1; the system includes an anti-counterfeit module 10, a product entry module 11 and a counterfeit verification module 12;

The anti-counterfeiting module 10 is used to mark random symbols on the product or product packaging through the symbol marking device, as the anti-counterfeiting code of the product in the system;

For example, a random symbol can be marked on the product or product packaging through a random symbol generator; it can also be manually marked on the product or product packaging by a professional. Usually, the anti-counterfeiting mark of the product is printed on the existing product or product package, for example, a barcode or a two-dimensional code, etc.; the above random symbols can be marked near the anti-counterfeiting mark. After the anti-counterfeiting code is successfully marked, a camera or other scanning equipment can be used to upload the anti-counterfeiting code to the system and save it. The above-mentioned anti-counterfeiting code may be the unique anti-counterfeiting code of the product in the system.

The product input module 11 is used to receive and save the production location information of the product, the identity information of the product and the anti-counterfeiting code; the anti-counterfeiting code includes image data, graphic data or characteristic data of the anti-counterfeiting code;

The identity information of the above-mentioned products may include the manufacturer's enterprise code, manufacturer information, product name, reference price, production date, shelf life, production location, etc.; the above-mentioned anti-counterfeiting code may be an anti-counterfeiting code in the form of a picture, that is, image data, and may also be extracted and Save the feature data of the image data, which can be in the form of a matrix; the manufacturers, distributors, sales platforms, etc. of the above products can upload the identity information and anti-counterfeiting code of the product after registration and authentication on the system platform. Product entry module.

Counterfeit verification module 12 is used for when receiving the counterfeit verification request sent by the user, extracts the production location information, identity information and anti-counterfeit code of product from the counterfeit verification request; The anti-counterfeiting code in the store is compared with the saved anti-counterfeiting code, and the authenticity of the product is verified according to the comparison result.

After the user scans the anti-counterfeit mark of the product through the terminal, the terminal generates and sends a counterfeit verification request; the counterfeit verification module can return the authenticity of the product and the identity information of the product to the terminal.

In the product anti-counterfeiting management system provided by the embodiment of the present invention, the anti-counterfeiting module can mark random symbols on the product or product packaging as the anti-counterfeiting code of the product; the product input module can receive and save the identity information of the product and the above-mentioned anti-counterfeiting code; counterfeit verification The module can extract the identity information and anti-counterfeit code of the product from the counterfeit verification request, and compare the anti-counterfeit code in the counterfeit verification request with the saved anti-counterfeit code to verify the authenticity of the product; Marking the random symbol on the product can obtain the unique anti-counterfeiting code of the product, which is automatically sorted by the system. Compared with the anti-counterfeiting mark printed by the machine, the random symbol cannot be copied, thereby improving the anti-counterfeiting effect of the product.

Referring to the structural representation of another kind of product anti-counterfeit management system shown in Figure 2; This system is realized on the basis of the system shown in Figure 1; This system comprises anti-counterfeit module 10, product entry module 11 and verification module 12;

The system also includes a positioning module 13 and a cross-selling verification module 14; the positioning module 13 is used to receive and save the production location information of the product and the area to be sold of the product; for example, in the product production and product circulation process, each time the product is When scanning the anti-counterfeit code, the geographical location information of the product can be automatically generated in the map mode to realize the geographical location traceability and ensure that each product can be traced back to the source of production.

The counterfeit verification module 14 is used to extract the production location or sales location of the product from the counterfeit verification request or payment notification when receiving the counterfeit verification request or payment notification sent by the user, and judge whether the production location of the product is consistent with the pre-saved production location. Whether the location information is the same, if not, determine that the product is not produced by the original factory; determine whether the sales location belongs to the area where the product is to be sold, and if not, determine that the product has been sold. It can be seen that the positioning module and the cross-selling verification module can help consumers trace the source of products and help companies prevent cross-selling behavior.

In order to prevent counterfeit goods or cross-selling behaviors that are not produced by the original factory, before the product is sent to distributors everywhere, the production location information and legal sales area of the product can be entered in the system; When a counterfeit verification request or payment notification is sent by a user such as an operator, the sales location can be extracted from the counterfeit verification request or payment notification, for example, the real-time location information of the terminal used by the user to send the counterfeit verification request or payment notification; when the real-time location When the information does not belong to the pre-entered area to be sold in the system, it is determined that the product has been sold out; then consumers or manufacturers can investigate the responsibility of the product manufacturer or the dealer who has sold out according to the specific location information; If the production location extracted in the counterfeit verification request or payment notice is inconsistent with the production location indicated on the product packaging or the production location information pre-entered in the system, it is determined that the product is not produced by the original factory.

In actual implementation, when the product is sold, that is, when the system receives the payment notification of the product, it will obtain the selling location of the product. When the product's sales area conflicts with the selling location, the system will remind. Enterprises can receive reminder information and determine the liability of distributors for channeling goods.

Through the above method, the place of origin of the product can be located, and the anti-counterfeiting code can be associated with the sales area, that is, the limited sales area of each product is determined, which is convenient for consumers to trace the product and the enterprise to conduct unified management of product channels.

Further, the above counterfeit verification module is also used to: when receiving the payment notification of the product, automatically mark the product as a sold product, update the corresponding inventory information of the product, and mark the anti-counterfeit code corresponding to the product as a sold symbol; When the anti-counterfeit code of the product extracted in the counterfeit verification request has been marked as a sold symbol, it is determined that the product is a counterfeit product.

When a product is marked as sold, the inventory data of relevant stores, distributors and manufacturers will be updated; the anti-counterfeiting code corresponding to the product will also be marked as a sold symbol; when the anti-counterfeiting of the product extracted in the counterfeit verification request When the code has been marked as a sold symbol, it means that the anti-counterfeiting code may be used by the manufacturer of the counterfeit product or the original packaging is used for the second time to package the product. At this time, the product is determined to be a counterfeit product.

By marking the sold product and the corresponding anti-counterfeit code above, the system will automatically display information such as that the product has been sold when the product is verified for the second time, so as to prevent repeated sales of a product or forgery of the product; it can prevent counterfeit products Manufacturers falsely use anti-counterfeiting codes or re-use the original packaging to package products to further improve the anti-counterfeiting effect of products.

Further, referring to the flow chart of a product anti-counterfeit verification method shown in Figure 3, the method is applied to the above-mentioned counterfeit verification module, and the method includes the following steps:

Step S302, performing noise reduction processing on the anti-counterfeit code in the counterfeit verification request to obtain random symbols in the anti-counterfeit code;

Step S304, using image recognition technology to extract feature data of random symbols; wherein, the feature data includes one or more of color features, shape features, grayscale features, and brightness features;

Step S306, matching the extracted feature data with the saved product feature data; if the matching result is greater than or equal to the set threshold, perform step S308; if the matching result is less than the set threshold, perform step S310;

Step S308, judging whether the anti-counterfeit code is marked as a sold symbol; if not, execute step S310; if yes, execute step S312;

It can be understood that when the matching result is greater than or equal to the set threshold, but the anti-counterfeiting code has been marked as a sold symbol, it means that the product is repackaged by using the original packaging for the second time, and the product is a counterfeit product.

Step S310, determining that the product is authentic;

Step S312, determining that the product is a counterfeit product.

The above-mentioned image recognition technology can specifically be iris recognition technology, through which the difference of each anti-counterfeiting code can be easily distinguished, such as: through information processing such as image shape, color, gray scale, brightness; in the process of processing, you can first Eliminate the part of solid color or variegated color, and then look for the color and pattern close to the characteristic shape of the artificial note in the anti-counterfeiting code area, and compare the similarity with the color and pattern of the unique anti-counterfeiting code entered in the enterprise system, and take out the similarity Colors and graphics that meet the conditions in the mathematical sense are judged as "genuine". In addition, if the system fails to extract the anti-counterfeit code, it means that the anti-counterfeit code may be damaged. At this time, the user may be prompted that the product may be counterfeit.

The random symbols in the anti-counterfeit code can be accurately extracted through the above method, and then the authenticity of the product can be accurately judged.

Further, the above-mentioned product entry module is also used for:

According to the enterprise code in the product identity information, establish the enterprise product library corresponding to the enterprise code; save the product corresponding to the enterprise code in the enterprise product library;

The counterfeit verification module is also used to determine the enterprise product library for counterfeit verification according to the enterprise code of the product in the counterfeit verification request when receiving the counterfeit verification request sent by the user.

For example, when receiving a counterfeit verification request from a user, the system can retrieve the corresponding enterprise product library according to the enterprise code in the counterfeit verification request, and then enter the product library for comparison of the anti-counterfeit code; the specific address is first judged whether it is If the product has been sold or is in stock, it will be pushed to the user when it is judged that the product has been sold. This product has been sold; Production date, expiration date, production location, etc.

In the above method, the enterprise product library is established according to the enterprise code, which can reduce the comparison range of anti-counterfeit codes, improve the efficiency of counterfeit verification, and at the same time, facilitate product management.

Further, the above-mentioned system also includes a statistical module 15;

The statistical module 15 is used for: counting the product information corresponding to the user;

When the user is a manufacturer, the product information includes the product's production location information, identity information, anti-counterfeiting code, inventory information, the sales area of each dealer corresponding to the manufacturer, and the product information corresponding to each dealer;

For example, after an enterprise enters product information, it can check the product name, generation date, expiration time, storage price, storage quantity, sales quantity, distribution status of dealers, remaining inventory status of dealers, status of shipments, and sales of products separately. Which area to go to, the unique anti-counterfeiting code in the anti-counterfeiting code library, consumption user statistics and other data.

When the user is a dealer, the product information includes the product's production location information, identity information, anti-counterfeiting code, inventory information, each store corresponding to the dealer and the product information corresponding to each store;

For example, when a dealer receives a product delivered by an enterprise, he can view information such as manufacturer information, product name, unique anti-counterfeiting code, production date, expiration date, production location, etc., and can count the quantity, date, and price of the product in storage , anti-counterfeit code database and other data of stored products; when the products are delivered to offline supermarket stores or e-commerce stores, dealers can check the remaining inventory, shipping date, supermarket list and delivery quantity, etc., inventory anti-counterfeit code database, sent Cargo anti-counterfeiting code library and other data.

When the user is a store, the product information includes the production location information, identity information, anti-counterfeiting code, inventory information and sales information of the product;

The store can be an offline supermarket or an online store. When the store receives the products delivered by the dealer, it can check the manufacturer information, product name, unique anti-counterfeiting code, production date, expiration date, production location and other information, and can count them into the warehouse Quantity, storage date, storage product price, storage product anti-counterfeiting code library and other data; when selling products, you can check the remaining inventory, shipping date, supermarket list and delivery quantity, inventory anti-counterfeiting code library, and shipped Anti-counterfeiting code library and other data.

When the user is a shopper, the product information includes production location information, identity information, anti-counterfeiting code and shopping information of the product.

For example, when a user purchases a product, the platform system can count the purchased product name, purchase quantity, purchase time, purchase method, purchase location, purchase price and other information and push it to the enterprise data background.

The above-mentioned users can query the corresponding product information through the terminal, so as to manage the authenticity and circulation of goods by manufacturers, dealers and stores, and facilitate the shopping information and anti-counterfeiting information of products for shopping.

In addition, the system background can also count and query relevant data. For example, the platform system can count the information of registered/logged-in/authenticated enterprise users, dealer users, offline supermarkets, e-commerce stores, and ordinary users. It can count and enter data information such as product enterprise code, manufacturer information, product name, production location, product quantity, anti-counterfeiting code library, service fee payment, etc., and monitor the circulation information and transaction information of each product in real time, and mark that it has been sold The product is "sold" status, how many goods are still in stock, etc.

Further, the above-mentioned system also includes a billing module 16; the billing module 16 is used to generate the service fee that the user corresponding to the product needs to pay according to the quantity of the product; when receiving the service fee paid by the user, open the The function of the counterfeit verification module.

Considering that storing product entry information and anti-counterfeiting codes will take up a lot of server space, the cost of the system to provide product traceability, anti-counterfeiting and anti-smuggling services is very high. When enterprises (manufacturers, dealers, shopping platforms, etc.) use the anti-counterfeiting verification function of the system, they enter the anti-counterfeiting code into the system database, and the system can provide services at a price of N yuan per anti-counterfeiting code according to the number of generated anti-counterfeiting codes Fee calculation: quantity of N products x N yuan/each = N yuan. After the enterprise pays the service fee, the system will open the user scanning code verification function, and the anti-counterfeiting code of this product cannot be used normally without paying the fee.

Through the above method, the system can be operated normally, and the long-term and stability of the system can be improved.

Further, the above-mentioned system also includes a pricing module 17 and a mall module 18;

The price tag module 17 is used to receive and save the user's price tag on the product; when users such as manufacturers, dealers, offline supermarkets, and online stores sell products to consumers, they can use the price tag module to price the product in their respective system management platforms. Enter the price tag.

The mall module 18 is used to display products and anti-counterfeiting codes of products, and update the stock information of products when receiving payment notifications of products. The products are placed on the shelves of the mall. Users can use their mobile terminals to scan codes for verification, add the products to the shopping cart, and make direct payment for the products in the shopping cart. The system will automatically subtract the company's products when the products are sold stock quantity.

Further, the above system also includes a registration authentication module 19; the registration authentication module 19 is used to register, authenticate and log in users; the users include manufacturers, dealers, stores or shoppers.

In actual implementation, various ways and methods can be used to register and log in. For example, use the phone number registration method, enter the phone number, obtain the verification code, fill in the verification code, enter the password, and confirm the input to complete the registration; you can use Third-party login (QQ, WeChat, Sina Weibo, etc.), select one of the authorizations and confirm, enter the phone number, set a password, and then complete the registration.

After the registration is completed, when users log in to the platform, users with different identities need to complete information for identity authentication. Specifically as follows:

(1) Enterprise certification: The complete information of enterprise user certification includes company name, trademark, client name, telephone number, email address, common address, identity real-name certification, bank card real-name certification, business license certification, product names and production numbers produced by the company. license etc. After the enterprise authentication is successful, an exclusive enterprise code will be generated. When the enterprise distributes the product to the dealer, it needs to scan the anti-counterfeiting code before distribution, and the system will automatically reduce the inventory.

(2) Dealer certification: The complete information of dealer user certification includes company name, client name, telephone number, email address, common address, identity real-name certification, bank card real-name certification, business license certification, product name and authorization of the company's agents proof etc. When distributors deliver products to sub-distributors or supermarkets or e-commerce stores, they need to scan the anti-counterfeiting code before delivering, and the system will automatically reduce the inventory.

(3) E-commerce store certification: The complete information of e-commerce store certification includes company name, store name, client name, telephone number, email address, common address, identity real-name authentication, bank card real-name authentication, etc. After the e-commerce store generates a transaction, the store needs to scan the anti-counterfeiting code before delivering the goods. The system will automatically reduce the inventory and mark the sold products as "sold".

(4) Offline supermarket certification: The complete information of offline supermarket certification includes company name, supermarket name, geographical location, client name, telephone number, email address, identity real-name authentication, bank card real-name authentication, business license authentication, etc. After the offline supermarket is authenticated, the settlement and payment system will be connected to the database of the anti-counterfeiting APP. When the product is sold, the system will automatically reduce the inventory and mark the sold product as "sold".

In addition, the above system may also include the following modules:

Product information storage module: After product anti-counterfeiting treatment, after scanning or taking pictures and entering the system, the system will store the product’s anti-counterfeiting code, product information, sold product information and the anti-counterfeiting code of the sold product in the system and enterprise or business product respectively. In the database, enterprises and merchants or users can check product trends and verify product authenticity in real time.

System data statistics module: enter product information into the system to determine whether the product has been sold by scanning the code and the inventory has been reduced. If it is a product that has been sold and the inventory has been reduced, the system will automatically close the anti-counterfeiting code of the product and give the user the function of scanning the code to verify the product circulation. Statistics are updated in real time with information such as transaction purchases.

Comparison information display module: After the user scans the anti-counterfeit code of the product, if the match is successful, the system will push the manufacturer information, product name, price, production date, expiration date, production location, etc. on the user end; if the match is unsuccessful, the system will Push the prompt information such as that the scanned product is not matched successfully or that the product has been sold, please pay attention to the selection, etc. on the user terminal.

Terminal scanning module: Business owners, dealers, offline supermarkets, e-commerce stores, and ordinary users can download and install the mobile terminal anti-counterfeiting APP, and register their identity authentication, and scan all products for verification or purchase payment.

Inventory reduction module: Enterprises and distributors can check the product transactions in real time. After the user scans the product and confirms the purchase, or the merchant confirms the sale, the products in the enterprise product library in the system will be automatically reduced. Set up the anti-counterfeiting code of this product in the system, and transfer the anti-counterfeiting code of this product to the anti-counterfeiting code library that has been sold, so as to verify whether the product is sold for the user, and count where the product is sold, which consumer bought it, etc. Data facilitates corporate decision-making and builds corporate consumer communities.

When using the product anti-counterfeiting management system to manage products, the process of scanning codes and entering the warehouse can be realized through the following process:

(1) Scan code for storage

When dealers, supermarkets, e-commerce stores and other intermediaries scan the anti-counterfeiting code when receiving the product, the system will scan the code and send a photo of the scanned anti-counterfeiting code to the system, and send the image information of the anti-counterfeiting code to the system from the client. As the standard, the first step of the system is to quickly call the enterprise code, and the second step is to enter the matching database in the enterprise product library. Through iris recognition technology, it is easy to distinguish the difference of each anti-counterfeiting code, such as: through the image color, gray scale, Brightness and other information processing, first remove the solid color or variegated part, and then look for the graphic that is close to the characteristic shape of the artificial note in the anti-counterfeiting code area, and compare the similarity with the unique anti-counterfeiting code graphic entered in the enterprise system, and take out Graphics whose similarity meets the conditions in the mathematical sense are judged as "authentic", and the system will push the manufacturer information, product name, production date, expiration date, production location, etc. on the user end; if the matching is unsuccessful, the system will push the user end On the push page, the scanned code product is not matched successfully or the product has been sold, please pay attention to the selection and other prompt information.

After confirming that the product is genuine and receiving the goods, storage management can be carried out. The information includes product name, production date, storage quantity, anti-counterfeiting code library and other data.

If there is no next-level dealer after the product is put into storage, but is directly open to users for purchase, the product can be priced. After pricing the product, the user can directly display the product price by scanning the code or e-commerce display. When the user confirms the purchase, the payment will be made according to the price. In the inventory of sold goods.

(2) Enterprises/distributors out of the warehouse

When the enterprise distributes the product to the dealer, when it is necessary to scan the outgoing product, the system will prompt to check the information including the product name, product quantity, product outgoing time, product remaining inventory, etc. When the confirmation button is pressed, the product The inventory will be automatically reduced from the enterprise's product library, and the products purchased by the dealer will be automatically allocated to the dealer's inventory, so that the enterprise can control the sales of merchants in real time.

When the middleman distributes the product to the next-level dealer, the system will automatically reduce the dealer's inventory, and can carry out out-of-warehouse management, including remaining inventory, shipping date, dealer list and delivery quantity, inventory anti-counterfeiting code library, and shipped Anti-counterfeiting code library and other data.

(3) Scan QR codes for supermarkets/e-commerce sellers

When the supermarket sells products, the checkout code scanning billing system of the supermarket will scan the anti-counterfeiting code of the product, and the user will pay according to the price of the purchased product. If the payment is successful, the product will be classified as "sold" automatically, the magnetic strip attached to the product will be automatically degaussed and the system will automatically subtract the corresponding product inventory in the supermarket, and the alarm will not sound when you go out; if you do not pay normally , the product is still in a non-sale state, the magnetic strip attached to the product will not be demagnetized, and the siren will sound an alarm when you go out.

The e-commerce store will scan the product identification anti-counterfeiting code when delivering the goods, and classify the product as "sold" and the system will automatically subtract the corresponding e-commerce store product inventory quantity. After selling the product, you can check the remaining inventory, shipping date, supermarket list and delivery quantity, inventory anti-counterfeiting code library, shipped anti-counterfeiting code library and other data.

(4) The buyer scans the code

After the mall user purchases the product, scan the anti-counterfeit code for verification. The system will scan the scanned code and send a photo of the scanned anti-counterfeit code to the system. The first step is to quickly retrieve the enterprise code, and the second step is to enter the matching database in the enterprise's product library, and compare the data information of the unique anti-counterfeiting code of the matching product. If the matching is successful, the system will push the product price, manufacturer information, product name, unique anti-counterfeiting code, production date, expiration date, production location, etc. on the user end; if the matching is unsuccessful, the system will push the scanned product on the user end If the matching is unsuccessful or it prompts that the product has been sold, please pay attention to the selection and other prompt information.

After scanning and confirming that the product is genuine, the buyer can click the "Buy" button to add the product to the shopping cart, and can add or remove items from the shopping cart. Click the "Submit Order" button to confirm the purchase and make payment. If the payment is successful, the purchase is successful and the system will automatically subtract the corresponding enterprise product inventory. After the purchase is successful, the purchased product is automatically classified as "sold" status.

At the exit of the mall, scan the purchased products one by one, and if the scanning result is "sold", the magnetic strip attached to the product will be automatically degaussed and the system will automatically subtract the corresponding product inventory in the e-commerce store, and the alarm will sound when you go out There will be no alarm sound; if the scanning result is not in the state of sold products, the magnetic strip attached to the product will not be degaussed, and the siren will sound an alarm when you go out.

Corresponding to the above-mentioned system embodiment, refer to the flowchart of a product anti-counterfeiting management method shown in Figure 4; the method is applied to the above-mentioned product anti-counterfeiting management system; the method includes the following steps:

Step S402, the anti-counterfeiting module marks random symbols on the product or product packaging through the symbol marking device, as the anti-counterfeiting code of the product in the system;

Step S404, the product input module receives and saves the production location information of the product, the identity information of the product and the anti-counterfeiting code; the anti-counterfeiting code includes the image data, graphic data or feature data of the anti-counterfeiting code;

Step S406, when receiving the counterfeit verification request sent by the user, the counterfeit verification module extracts the production location information, identity information and anti-counterfeit code of the product from the counterfeit verification request; The anti-counterfeiting code in the store is compared with the saved anti-counterfeiting code, and the authenticity of the product is verified according to the comparison result.

The product anti-counterfeit management method provided by the embodiment of the present invention has the same technical features as the product anti-counterfeit management system provided by the above embodiment, so it can also solve the same technical problem and achieve the same technical effect.

The product anti-counterfeit management system and method provided by the embodiment of the present invention is in charge of a special person, who performs a second manual manual note symbol at the packaging anti-counterfeit code, and the system scans the crossed anti-counterfeit code area and takes pictures and uploads it to the system to generate a unique anti-counterfeit code and enterprise code. Because it is impossible to have exactly the same manual notes symbols, it ensures the uniqueness of the anti-counterfeiting code and cannot be copied and forged, and avoids the lack of reproducibility of the original equipment coding. The system platform can easily distinguish each anti-counterfeiting through iris recognition technology. For example, through image information processing such as color, grayscale, brightness, etc., first remove the solid color or variegated part, and then look for the color and graphics that are close to the artificial note feature shape in the anti-counterfeiting code area, and Compare the similarity with the color and graphics of the unique anti-counterfeiting code entered in the enterprise system, take out the color and graphics whose similarity meets the conditions in the mathematical sense, and judge it as "authentic". The enterprise enters the unique anti-counterfeiting code together with enterprise information and product information into the platform system.

If the product has outer packaging, anti-counterfeiting treatment needs to be done on both the outer packaging and the product packaging, and it is related to the relationship between the outer packaging and the product packaging to clarify which product packaging anti-counterfeiting codes belong to a certain outer packaging anti-counterfeiting code. The main purpose of the outer packaging is to ensure that dealers, supermarkets, e-commerce stores and other middlemen can directly scan the outer packaging to confirm the authenticity of the product. The anti-counterfeiting code of the outer packaging is entered into the platform system together with the manufacturer information, product information, and product packaging anti-counterfeiting code.

The computer program product of the product anti-counterfeiting management system and method provided by the embodiments of the present invention includes a computer-readable storage medium storing program codes, and the instructions included in the program codes can be used to execute the methods described in the preceding method embodiments, For specific implementation, reference may be made to the method embodiments, which will not be repeated here.

If the functions described above are realized in the form of software function units and sold or used as independent products, they can be stored in a computer-readable storage medium. Based on this understanding, the essence of the technical solution of the present invention or the part that contributes to the prior art or the part of the technical solution can be embodied in the form of a software product, and the computer software product is stored in a storage medium, including Several instructions are used to make a computer device (which may be a personal computer, a server, or a network device, etc.) execute all or part of the steps of the method described in each embodiment of the present invention. The aforementioned storage medium includes: U disk, mobile hard disk, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disk or optical disk and other media that can store program codes. .

Finally, it should be noted that: the above-described embodiments are only specific implementations of the present invention, used to illustrate the technical solutions of the present invention, rather than limiting them, and the scope of protection of the present invention is not limited thereto, although referring to the foregoing The embodiment has described the present invention in detail, and those skilled in the art should understand that any person familiar with the technical field can still modify the technical solutions described in the foregoing embodiments within the technical scope disclosed in the present invention Changes can be easily thought of, or equivalent replacements are made to some of the technical features; and these modifications, changes or replacements do not make the essence of the corresponding technical solutions deviate from the spirit and scope of the technical solutions of the embodiments of the present invention, and should be included in the scope of the present invention within the scope of protection. Therefore, the protection scope of the present invention should be based on the protection scope of the claims.

Claims (10)

1. a kind of product false proof management system, it is characterised in that including false proof module, product recording module and test pseudo- module；

The false proof module is used to mark random mark on product or product packaging by sign flag equipment, as the production Security code of the product in the system；

The product recording module be used for receive and preserve the production positional information of the product, the identity information of the product with And the security code；The security code includes view data, image, text and data or the characteristic of the security code；

It is described to test pseudo- module and be used for when receiving when testing pseudo- request of user's transmission, extract the life of product from described test in pseudo- request Produce positional information, identity information and security code；The security code of the product preserved according to identity information extraction, by described in The security code tested in pseudo- request is compared with the security code preserved, and the true and false of the product is verified according to comparison result.

2. system according to claim 1, it is characterised in that the system also includes locating module and falsifying checking mould Block；

The locating module is used to receive and preserves the production positional information of the product and the area for sale of the product Domain；

The falsifying authentication module is used to, when receiving when testing pseudo- request or paying notice of user's transmission, pseudo- request is tested from described Or pay in notice and extract production position or the sale locations of the product, judge the product production position whether with advance Whether the production positional information preserved is identical, if not, determining the product non-original factory production；Judge the sale locations Whether for sale region of the product is belonged to, if not, determining that falsifying occurs for the product.

3. system according to claim 1, it is characterised in that described to test pseudo- module and be additionally operable to：

When the payment for receiving the product notifies, the product is automatically labeled as having been sold out product, updates the product Corresponding inventory information, the security code corresponding to the product is labeled as to have been sold out symbol；

When the security code of the product tested in pseudo- request and extracted has been marked as having been sold out symbol, the product is determined For fake product.

4. system according to claim 1, it is characterised in that described to test pseudo- module and be additionally operable to：

Noise reduction process is carried out to the security code tested in pseudo- request, obtains the random mark in the security code；

Using image recognition technology, the characteristic of the random mark is extracted；Wherein, it is special to include color for the characteristic One or more in sign, shape facility, gray feature and brightness；

The characteristic of the product of the characteristic extracted with preserving is matched；

When matching result is more than or equal to given threshold, it is genuine piece to determine the product；

When matching result is less than given threshold, it is adulterant to determine the product.

5. system according to claim 1, it is characterised in that the product recording module is additionally operable to：

According to the business code in the identity information of the product, enterprise product storehouse corresponding to the business code is established；By institute The product corresponding to business code is stated to preserve into the enterprise product storehouse；

It is described to test pseudo- module and be additionally operable to when receiving when testing pseudo- request of user's transmission, according to the enterprise for testing product in pseudo- request Industry code determines the enterprise product storehouse for testing puppet.

6. system according to claim 1, it is characterised in that the system also includes statistical module；The statistical module For：

Product information corresponding to counting user；

It is the production positional information of the product information including product, identity information, false proof when the user is manufacturer Code, inventory information, the region for sale of each dealer corresponding to the manufacturer and product letter corresponding to each dealer Breath；

When the user is dealer, the production positional information of the product information including product, identity information, security code, Product information corresponding to each shop corresponding to inventory information, the dealer and each shop；

When the user is shop, production positional information of the product information including product, identity information, security code, storehouse Deposit information and sales information；

When the user is shopper, the product information includes identity information, security code and the shopping information of product.

7. system according to claim 1, it is characterised in that the system also includes accounting module；

The accounting module is used for the quantity according to the product, generates the service charge paid needed for user corresponding to the product With；When receiving the service fee that the user pays, the function of testing pseudo- module corresponding to the open product.

8. system according to claim 1, it is characterised in that the system also includes marked price module and store module；

The marked price module is used to receive and preserve marked price of the user to the product；

The store module is used for the security code for showing the product and the product, when the payment for receiving the product notifies When, update the inventory information of the product.

9. system according to claim 1, it is characterised in that the system also includes authentication registration module；

The authentication registration module is used to registering user, authentication and login；The user includes manufacturer, warp Sell business, shop or shopper.

10. a kind of product false proof management method, it is characterised in that methods described is applied to described in claim 1-9 any one System；Methods described includes：

False proof module marks random mark by sign flag equipment on product or product packaging, as the product described Security code in system；

Product recording module receives and preserves the production positional information of the product, the identity information of the product and described anti- Pseudo-code；The security code includes view data, image, text and data or the characteristic of the security code；

When receiving when testing pseudo- request of user's transmission, test pseudo- module from it is described test in pseudo- request extract product identity information and Security code；The security code of the product preserved according to identity information extraction, by the security code tested in pseudo- request with The security code preserved is compared, and the true and false of the product is verified according to comparison result.