TWM632091U - Commodity anti-counterfeiting verification mechanism system - Google Patents

Abstract

This creation discloses a commodity anti-counterfeiting verification mechanism system. The commodity anti-counterfeiting verification mechanism system is composed of a server, a user interface, a first information device, and a second information device. Encode, select a plurality of divided grid images and their codes, and then further encrypt to generate a product representative code, which is attached to the product; when verification is required, the product representative code is retrieved, parsed, and the product to be verified is retrieved Take the image, extract the corresponding standard grid image from the product representative code and compare it with the grid image of the product to be verified, so as to ensure that the product is genuine from the time it is put on the shelf to the time it is picked up.

Description

Commodity anti-counterfeiting verification mechanism system

This creation relates to a product anti-counterfeiting verification mechanism system, especially a system that uses image processing technology to convert the standard image of a product into a product representative code. A product anti-counterfeiting verification mechanism system to ensure that the product is genuine.

Online shopping has become the most popular shopping method nowadays. It has the advantages of convenience, no time limit, many styles, and preferential prices. It has gradually replaced the shopping mode of physical stores. With the prevalence of online shopping, counterfeit goods, Shanzhai products and high-quality imitation products are also gradually becoming popular. With low prices and simulated appearances, consumers are deceived to place orders.

At present, the anti-counterfeiting technology of commodities on the market mainly uses anti-counterfeiting labels and anti-counterfeiting packaging materials, which can identify genuine products from the labels and packaging materials, but the anti-counterfeiting features only lie in the labels and packaging materials. From the label and packaging of the genuine product, removing and attaching the anti-counterfeiting feature to the counterfeit product cannot effectively achieve the purpose of identifying the genuine product and preventing counterfeiting. Based on this, how to ensure that the product is sold from the shelf to the time the product is obtained. To be genuine, this is a problem to be solved.

In view of the above problems, the creator has improved the anti-counterfeiting verification mechanism for commodities based on years of experience in related industries; therefore, the main purpose of this creation is to provide a commodity representative code that uses image encryption and decryption technology to obtain commodities. A commodity anti-counterfeiting verification mechanism system that compares the standard image of the commodity with the image of the commodity to be verified through the commodity representative code to ensure that the commodity is genuine.

In order to achieve the above-mentioned purpose, the commodity anti-counterfeiting verification mechanism system of this creation is composed of a server, a commodity trading platform, a first information device, and a second information device; The standard image of the product, and by randomly selecting each code and its corresponding grid image through the image grid image, assigning a code, and random numbers, further generating a product representative code, and affixing it to the product in the form of a digital label ; When the authenticity verification is required in the future, the product representative code is extracted through the second information device and transmitted to the server, which can quickly and effectively perform image recognition to confirm the authenticity of the product. It increases the difficulty of counterfeiting and has good identification efficiency; in this way, through the product verification and transaction matching system and its implementation method of this creation, the purpose of ensuring that the products are genuine from the time they are sold on the shelves to the time they are obtained can be achieved.

In order for your reviewers to have a clear understanding of the purpose, technical features and effects of this creation, the following descriptions and illustrations are used for illustration, please refer to.

Please refer to "Fig. 1", Fig. 1 is the system architecture diagram (1) of the creation. As shown in the figure, the product anti-counterfeiting verification mechanism system 1 of the present creation is composed of a server 11 and a server 11. The user interface 12 is composed of a first information device 13 and a second information device 14. The user interface 12 is connected with the first information device 13 and the second information device 14 respectively. The functions of each component are illustrated below. illustrate: (1) The server 11 has a central processing unit 111, and a memory unit 112, an image dividing unit 113, an encryption/decryption unit 114, an appraisal unit 115, and a The rack unit 116; the central processing unit 111 is used to run the server 11, and is used to drive the actions of each unit connected to its information. The central processing unit 111 has functions such as logical operations, temporary storage of operation results, and storage of execution instruction positions. For example, it is a Central Processing Unit (CPU), but it is not limited to this. Anything that can manage and run the server 11 can be implemented; the central processing unit 111 provides a representative code C' of the commodity to be verified to search for the same stored in the memory. Each commodity representative code C in the unit 112 extracts a grid image I11 corresponding to the commodity representative code C, and compares a grid image I21 to be verified with the grid image I11 to generate a similarity, which is obtained by By judging whether the similarity reaches a characteristic standard value, the authenticity of a commodity M is judged, wherein the comparison method can be, for example, through a histogram calculation method, a hash algorithm, a cosine calculation method, or a structural similarity (structural similarity). Similarity, SSIM) one of the calculation methods or a combination thereof for calculation and comparison, preferably, the characteristic standard value can be, for example, a similarity of 95%; (2) The memory unit 112 is used to store a plurality of commodity representative codes, a feature clustering rule composed of one or a combination of a segmentation rule, a sampling rule, and a characteristic standard value, and a plurality of commodity representative codes. Corresponding to a standard image I1 and a plurality of grid images I11, the memory unit 112 can be, for example, a solid state disk (Solid State Disk or Solid State Drive, SSD), a hard disk (Hard Disk Drive, HDD), a static memory body (Static Random Access Memory, SRAM), or a random access memory (Random Access Memory, DRAM), etc.; (3) The image segmentation unit 113 is used to perform grid segmentation on the standard image I1 and a commodity image I2 to be verified based on the segmentation rule, so that each standard image I1 is divided into a plurality of grid images I11 and commodity images to be verified. I2 is divided into multiple grid images I21 to be verified, for example: 3x4 is cut to form 12 grid images, or 5x5 is cut to form 25 grid images; (4) The encryption/decryption unit 114 has a key, and according to the feature clustering rule, selects a plurality of grid images I11 from the grid images I11, and assigns the selected grid images I11 to the corresponding grid images I11 Each code N is combined to generate a commodity representative code C after the encryption operation program with the key; in addition, after decrypting the commodity representative code C' to be verified with the key, each selected code N can be extracted; After generating the commodity representative code, the server 11 can write the commodity representative code C into a digital label T, so that the digital label T can be further combined with the commodity M or a certificate attached to the commodity M, the said The digital label T is any one or a combination of an inductive label, a one-dimensional barcode, a two-dimensional barcode, or an image barcode; (5) The appraisal unit 115 is used to perform an active appraisal on the commodity M, can generate a appraisal price, and generate a product information based on the appraisal price, and store it in the memory unit 112; preferably, the product information is more It can include the product name, material, size, manufacturing information, sales history, etc.; (6) The listing unit 116 enables commodity information to be published on the user interface 12; preferably, each commodity must first pass a commodity filing step or a commodity verification step before it can be listed; (7) The user interface 12 is used for information connection with the first information device 13 and the second information device 14, and the user interface 12 is used for receiving and transmitting the server 11, the first information device 13, and the second information device 14. The message and information sent, and the user interface 12 at least has an order-purchase function button and a check-out function button, wherein, the above-mentioned method of establishing information connection can be through Ethernet, mobile network, A data transmission protocol such as a wireless network (Wireless-Fidelity, Wi-Fi) is reached, and the user interface 12 can be, for example, in the form of a web page (Web) or an application program (Application, APP). (8) The first information device 13 and the second information device 14 can be connected with the server 11 for information, and the second information device 14 is used to read a digital label T attached to a commodity M' to be verified, so as to extract The representative code C' of the commodity to be verified; the first information device 13 is used to capture the commodity standard image I1, and the second information device 14 is used to capture the to-be-verified commodity image I2 of the commodity to be verified M'; wherein, the first information device 13 and the second information device 14 has a communication function, which can respectively transmit the standard image I1 and the image I2 of the commodity to be verified to the server 11, which can be, for example, a smart phone, a tablet computer, a personal computer, a notebook computer and other equipment. One of them can be implemented as long as it can receive and transmit the messages sent by the user interface 12; the second information device 14 has, for example, a radio frequency identification (RFID) function, or a near field communication function (Near Field Communication, NFC) one or a combination thereof, can read the product representative code in the digital tag T.

Please refer to "Fig. 2" for the flow chart (1) of the implementation method of this creation, and please refer to "Fig. 1" in conjunction with it. As shown in the figure, the method of creating a product anti-counterfeiting verification mechanism in this creation is to first create the product M through the product creation method. File step S1 to establish an anti-counterfeiting verification mechanism, the implementation method is as follows: (1) A product image capturing step S11 : Please refer to FIG. 3 , which is a schematic diagram (2) of the implementation of this creation. As shown in the figure, a first information device 13 captures images of the product M to generate one or more images. The standard image I1 is then uploaded to the server 11; wherein, the commodity M can be, for example, a 3C commodity, a peripheral commodity, a digital commodity, a home appliance commodity, a daily necessities, a food product, an outdoor product, a fashion product, a Commodities such as fashion supplies, clothing, accessories, etc., but not limited thereto; preferably, commodity M is a gold bar; (2) A feature definition step S12 : Please refer to FIG. 4 , which is a schematic diagram (2) of the implementation of the present creation. Each standard image I1 is divided into a plurality of grid images I11, and each grid image is defined with a code N; If the images are different, the image dividing unit 113 divides the grid images I11 with the most suitable grid, so that each grid image I11 has equal divisions, as shown in the figure: the standard image I1 is divided by the image dividing unit 113 by 5×5 to form 25 grid images. I11, and is defined with code N in the order of ①-㉕ from top left to bottom right; (3) Optionally, the feature definition step S12 further includes: the central processing unit 111 removes, based on a feature identification rule, each grid image I11 that cannot identify the product feature (invalid feature) and the corresponding code N, and only retains the Each grid image I11 and its corresponding code N for identifying the product features (effective features); please refer to "Figure 5", the implementation diagram of this creation (3), as shown in the figure: 25 nets with code N The grid image I11 removes 10 grid images I11 that cannot identify the product characteristics and the corresponding codes N (①, ⑤, ⑥, ⑩, ⑪, ⑮, ⑯, ⑳, ㉑, ㉕) through the central processing unit 111, and retains 15 grid images I11 that can identify product features and their corresponding codes N (②-④, ⑦-⑨, ⑫-⑭, ⑰-⑲, ㉒-㉔); (4) An encryption step S13 : Please refer to FIG. 6 , which is a schematic diagram of the implementation of the present creation (4), an encryption/decryption unit 114 connected to the central processing unit through information, and according to the feature clustering rule, selects a plurality of networks. Grid image I11, and each selected grid image I11 and each code N corresponding to each grid image I11 are combined to generate a commodity representative code C after an encryption operation program with a key; Clustering rules, including at least one or a combination of segmentation rules, sampling rules, and feature standard values; as shown in the figure: 5 codes N (③, ⑦, ⑭, ⑱, ㉒) and their corresponding grids The image I11 is encrypted by the encryption/decryption unit 115 to generate the product representative code C whose serial number is SV956DG; (5) A storage step S14: the CPU 111 associates the product representative code C and its standard image I1, and the feature clustering rules, the product representative code C, the standard image I1, and each grid image I11 are stored in the server 11. A memory unit 112 linked with information: Preferably, after each grid image I11 is stored, the information is linked to the appraisal unit 115 of the central processing unit 111 to perform an active appraisal on the commodity M to generate at least The commodity information of the price is then published by a listing unit 116 on the user interface 12 linked by the information of the server 11 , and the user interface 12 at least has a single purchase function button and a checkout function button; (6) A commodity representative code output step S15: the commodity representative code C is written into the digital label T, and the digital label T can be further combined with the commodity M or attached to the certificate of the commodity M, and the digital label T is a Any one or a combination of an inductive label, a 1D barcode, a 2D barcode, or an image barcode.

In this method of creating an anti-counterfeiting verification mechanism for commodities, after the aforementioned storage steps are completed, if a brand-new product is purchased first-hand, or when an auction occurs, the authenticity of the commodity to be verified needs to be verified to confirm whether it is the original. Carry out the following product verification step S2, please refer to "Figure 7", the flow chart (2) of the implementation method of this creation, and please refer to "Figure 1", as shown in the figure: (1) An image capturing step S21 : Please refer to FIG. 8 , which is a schematic diagram of the implementation of the present creation (5). After the corresponding application program is executed by the second information device 14 , an image capturing process is performed on the commodity to be verified to Obtain the image I2 of the commodity to be verified, wherein the aforementioned application program (Application, App) is structured on the server 11 , and the first information device 13 and the second information device 14 can transmit and receive information from the application program and the server 14 , and Execute the command sent by the server 11, wherein the server 11 stores an auxiliary image capture information, when the second information device 14 captures the commodity M' to be verified, the server 11 displays the auxiliary image capture information on the user interface 12 based on the auxiliary image capture information There are auxiliary photo prompts, such as the front view, rear view, left side view, right side view, top view, bottom view of the product, etc., to improve the accuracy of product comparison features; (2) A code acquisition step S22 : Please refer to FIG. 9 , which is a schematic diagram of the implementation of the present creation (6), the second information device 14 obtains the digital label T of the commodity M' to be verified by inputting, scanning, or sensing. A to-be-verified commodity representative code C' of the to-be-verified commodity I2, the second information device 14 further uploads the to-be-verified commodity image I2 and the to-be-verified commodity representative code C' to the server 11; (3) A decryption step S23: the encryption/decryption unit 114 compares the commodity representative code C stored in the memory unit 112 with the commodity image I2 to be verified and the commodity representative code C' to be verified. ' conforming to one of the commodity representative codes C, then the encryption/decryption unit 114 decrypts the commodity representative code C with the key to extract the corresponding characteristic cluster rule of the commodity representative code C, and then performs a verification step S24; (4) A verification step S24: Please refer to FIG. 10 , which is a schematic diagram of the implementation of the present creation (7), the image segmentation unit 113 performs grid segmentation on the image I2 of the commodity to be verified according to the feature clustering rule to generate The grid image I21 to be verified that conforms to the feature clustering rule, and then the selected grid image I11 is taken out according to the feature clustering rule and compared to the grid image I21 to be verified. Preferably, the server 11 takes the characteristic standard value as the threshold, and if the similarity of the comparison is greater than the characteristic standard value, the comparison result is consistent; as shown in the figure: the comparison unit 116 is based on each network to be verified Grid image I21 (number: ③, ⑦, ⑭, ⑱, ㉒), and compare with each grid image I11 (number: ③, ⑦, ⑭, ⑱, ㉒) to generate 97% similarity, and the similarity If it is higher than the characteristic standard value, it is judged that the commodity M' to be verified is genuine.

Please refer to "Fig. 11", which is a schematic diagram of the implementation (8) of this creation. When a seller wants to resell the verified commodity M' for auction, he needs to go through the verification step S24. After the verification step S24, the verification can be completed. Commodities are sold on the shelves, and the seller can set an auction price; please refer to "Fig. 12", which is a schematic diagram of the implementation of this creation (9), as mentioned above, the server 11 has an appraisal unit whose information is linked to the central processing unit 111. 115. The product M can be actively appraised to generate product information with at least the appraised price. The appraisal unit 115 can generate appraisal prices for the commodities put on sale by the seller. When the appraised price of the product is higher than the auction price, The server 11 will purchase the commodity M, and the commodity M can be listed by the listing unit 116 at the appraisal price.

As mentioned above, in the method for creating a product anti-counterfeiting verification mechanism, when the buyer uses the second information device 14 through the user interface 12 to execute the function button of placing an order and purchasing and the function button of checkout, if he wants to check the purchased To verify the authenticity of the commodity M' to confirm whether it is the original of the commodity M, the second information device 14 can perform the aforementioned verification step S24 to ensure that the purchased commodity M is genuine.

To sum up, the product anti-counterfeiting verification mechanism system 1 of the present creation can effectively establish the anti-counterfeiting verification of the product M, so that consumers can verify the product when they buy a new product, or when the consumer wants to put the product M on the shelf for resale, and When another consumer buys a product for resale, the method and system 1 of the anti-counterfeiting verification mechanism of this creation can effectively confirm the authenticity of the product M. In order to clearly express the technical characteristics of this creation, the following four scenarios are used to illustrate: (1) Before a brand-new product A is put on the shelves for sale, the product anti-counterfeiting data can be established through the product file creation step S1 of this creation, which can be used as the first buyer in the future, or both buyers and sellers when resale. Authenticity basis. (2) When a consumer A buys and sells this brand new product A, he can check and confirm whether the product A is registered and its product information through the product verification step S2 of this creation. (3) When consumer A wants to resell the purchased product A, it can require consumer A to first verify the authenticity of the product A through the product verification step S2, which can be used as a listing on various e-commerce platforms and trading platforms. Pre-verification tool to ensure the origin of A commodity. (4) When consumer B buys the product A sold by consumer A, consumer B can perform the product verification step S2 of this creation to check and confirm whether the product A is genuine and its product information.

It can be seen from the above that the product anti-counterfeiting verification mechanism system of this creation includes a server, a user interface, a first information device, and a second information device; when the product is performing the product file creation step, the server obtains the product's information through the first information device. Standard images, and then segmented to generate multiple grid images, which are further encoded to generate the product representative code representing the product to establish login, product anti-counterfeiting verification data and product information; in the future, regardless of buyers and sellers for listing auctions and authenticity verification During operation, the image of the product to be verified can be obtained by the second information device, and the product representative code is obtained from the digital label of the product and sent to the server, and then the corresponding selected grid image is extracted from the product representative code, and further and The selected mesh images to be verified are compared for similarity to identify the authenticity; accordingly, after this creation is implemented, it can indeed achieve the effect of ensuring that the products are authentic when they are sold on the shelves until they are obtained.

However, the above descriptions are only preferred embodiments of this creation, and are not intended to limit the scope of implementation of this creation; anyone who is familiar with this technique can make equal changes and modifications without departing from the spirit and scope of this creation. , shall be covered by the patent scope of this new model.

To sum up, this creation has the patent requirements of "industrial applicability", "novelty" and "progressiveness"; the applicant shall file an application for a new type patent with the Jun Bureau in accordance with the provisions of the Patent Law.

1: Commodity anti-counterfeiting verification mechanism system 11: Server 12: User Interface 13: The first information device 14: Second information device 111: CPU 112: Memory Unit 113: Image segmentation unit 114: Encryption and decryption unit 115: Appraisal Unit 116: Shelf unit S1: Steps of product filing S2: Product verification steps S11: Commodity imaging step S21: image acquisition step S12: Feature Definition Step S22: Code Retrieval Step S13: Encryption step S23: Decryption step S14: Storage step S24: Verification step S15: Output step of commodity representative code I1: Standard Image I2: Image of the product to be verified I11: Grid image I21: Grid image to be verified C: product representative code C': the representative code of the product to be verified M: Commodity M': product to be verified N: code T: digital label

Figure 1 is the system architecture diagram of this creation. Figure 2 is a flow chart of the method of this creation (1). Figure 3 is a schematic diagram of the implementation of this creation (1). Figure 4 is a schematic diagram (2) of the implementation of this creation. Figure 5 is a schematic diagram of the implementation of this creation (3). Figure 6 is a schematic diagram of the implementation of this creation (4). Figure 7 is a flow chart (2) of the method of this creation. Figure 8 is a schematic diagram of the implementation of this creation (5). Figure 9 is a schematic diagram of the implementation of this creation (6). Figure 10 is a schematic diagram of the implementation of this creation (7). Figure 11 is a schematic diagram of the implementation of this creation (8). Figure 12 is a schematic diagram of the implementation of this creation (9).

1: Commodity anti-counterfeiting verification mechanism system

11: Server

12: User Interface

13: The first information device

14: Second information device

111: CPU

112: Memory Unit

113: Image segmentation unit

114: Encryption and decryption unit

115: Appraisal Unit

116: Shelf unit

I1: Standard Image

I2: Image of the product to be verified

I11: Grid image

I21: Grid image to be verified

C: product representative code

C': the representative code of the product to be verified

M: Commodity

M': product to be verified

N: code

T: digital label

Claims (11)

A system for implementing an anti-counterfeiting verification mechanism for commodities, comprising: a server, a central processing unit of which has an image segmentation unit connected with information, receives an image captured by a first information device for a commodity and generates a standard image, and generates a standard image; The standard image is divided into a grid by the image dividing unit, so that the standard image is divided into a plurality of grid images, and each grid image is respectively defined with a code; an encryption and decryption unit of the central processing unit, Selecting a plurality of the grid images according to a feature clustering rule, and combining the selected grid images and the codes corresponding to the grid images with a key through an encryption operation program to generate a The commodity representative code; and the feature clustering rule, the commodity representative code, the standard image, and each of the grid images are stored in a memory unit of the server. The system for implementing a commodity anti-counterfeiting verification mechanism according to claim 1, wherein a second information device captures an image of a commodity to be verified and generates an image to be verified, and the second information device captures a code of the commodity to be verified , and send the to-be-verified image and the to-be-verified commodity code to the server to compare the corresponding commodity representative code and the grid image, and the server based on the feature clustering rule, the to-be-verified standard The image is divided into grids, so that the standard image to be verified is divided into a plurality of grid images to be verified, and after selection according to the feature clustering rule, the Each of the selected grid images is compared with each of the grid images to be verified to generate a similarity. The system for implementing a commodity anti-counterfeiting verification mechanism according to claim 2, wherein the server stores an auxiliary image capturing information for displaying an auxiliary photographing prompt on a user interface. The system for implementing an anti-counterfeiting verification mechanism for commodities according to claim 1, wherein the server includes an appraisal unit that is informationally linked to the central processing unit for performing an active appraisal on the commodity and generating an appraisal price, and generate a commodity information based on the appraisal price, and store it in the memory unit. The system for implementing a commodity anti-counterfeiting verification mechanism according to claim 4, wherein when the appraisal price is higher than an auction price, the server purchases the commodity. The system for implementing a commodity anti-counterfeiting verification mechanism according to claim 1, wherein the commodity information includes one of a commodity name, a material, a size, a manufacturing information, a sales history, and an appraisal price or its combination. The system for implementing a commodity anti-counterfeiting verification mechanism according to claim 2, wherein the server further includes a shelf unit for publishing the commodity information on a user interface. The system for implementing a commodity anti-counterfeiting verification mechanism according to claim 1, wherein the memory unit stores a characteristic standard value, and if a similarity is greater than the characteristic standard value, the comparison is successful. The system for implementing a commodity anti-counterfeiting verification mechanism according to claim 1, wherein the feature clustering rule includes one or a combination of a segmentation rule, a sampling rule, and a feature standard value. The system for implementing a commodity anti-counterfeiting verification mechanism according to claim 1, wherein the first information device has a communication function for transmitting the generated standard image to the server. The system for implementing a commodity anti-counterfeiting verification mechanism according to claim 1, wherein the server writes the commodity representative code into a digital label, so that the digital label can be further combined with the commodity, or a affixed to the commodity. A certificate, the digital label is one of an inductive label, a one-dimensional barcode, a two-dimensional barcode, or an image barcode or a combination thereof.

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