JP3188981U - Electronic verification anti-counterfeit label - Google Patents

Abstract

An electronic verification forgery prevention label capable of verifying the authenticity of a product using a widely used device is provided.
An electronic verification forgery prevention label includes a first two-dimensional code 1 having an encoded image of merchandise information and a second two-dimensional code 2 having an encoded image of URL. The first two-dimensional code 1 is detachably coupled on one side surface of the second two-dimensional code 2. The other side surface of the second two-dimensional code 2 is coupled to the product to be verified. When the first two-dimensional code 1 is photographed by the photographing device of the portable device, the first two-dimensional code 1 is decrypted and product information is displayed. When the second two-dimensional code 2 is photographed, the second two-dimensional code 2 is decrypted and a URL is displayed, connected to the product database of the URL, and information on the first user can be registered. By comparing with the verification information, the authenticity of the product can be verified.
[Selection] Figure 4B

Description

The present invention relates to an anti-counterfeit label, and more particularly to an anti-counterfeit label of a two-dimensional code.

Whether beverages, alcoholic beverages, etc. in bottled containers are opened between the stopper and the bottle that is the opening and closing part, the authenticity of the product is recognized, or whether the label is broken or not In addition to recognizing whether or not the product packaging is collected, it is prevented that counterfeit products are manufactured. However, since counterfeit technology has also advanced, it is difficult to determine the authenticity of a product with a conventional label, and the collected packaging is secondarily used to produce a counterfeit product.

As a conventional anti-counterfeit label, there is one using an RFID label. Patent document 1 prevents manufacture of a counterfeit product by a RFID label being combined on a package or a bottle. However, Patent Document 1 has a problem that it is inconvenient in use because of high manufacturing cost and high technology required to bind the RFID label on the packaging. In particular, a complicated RFID label has a function of determining whether or not a product has been opened by conduction or blocking, and a special RFID receiver is required to receive and determine a signal (Patent Literature). 2). For this reason, a device that has been widely used has been used, and a highly convenient anti-counterfeit mechanism has been demanded.

Taiwan Utility Model No. M33918 Taiwan Patent No. I314292

An object of the present invention is to provide an electronic verification anti-counterfeit label that is highly convenient and has a high anti-counterfeit effect.

  The present invention provides an electronic verification counterfeit prevention label. The electronic verification anti-counterfeit label of the present invention can be combined on a product to be verified and includes a first QR code and a second QR code. The first QR code has a first encoded image module that is an encoded image that is decoded when an image is captured by the imaging device of the portable device and displays various pieces of information on the product to be verified on the monitor of the portable device. . When the second QR code is removed by the photographing device of the portable device after removing the first QR code, the second QR code is decrypted into a URL, and the authenticity of the product to be verified is verified by the wireless internet module of the portable device. It has the 2nd encoded image module which is an encoded image connected to a goods database. The first QR code is detachably coupled on one side of the second QR code. The other side of the second QR code is coupled onto the product to be verified.

  With the above structure, when the encoded image of the first QR code on the product to be verified is captured by the imaging device of the portable device, the first QR code is decoded and the verification of the product to be verified is performed on the monitor of the portable device. Various information is displayed and can be provided to the user. Further, when the user removes the first QR code and photographs the second QR code with the photographing device of the portable device, the wireless Internet module of the portable device connects to the product database module, and the authenticity of the product to be verified is verified. Can be verified.

  The first encoded image module in the first QR code includes characters, codes, or images.

  The product database module corresponding to the second QR code includes a first-time user information registration submodule used for registering first-time user information.

Preferably, the initial user information registration submodule uses personal information, a mobile phone identification code, or a mobile number as initial user information.

  The product database module includes a first verification information storage submodule used for storing verification information in advance. The second QR code includes a second verification information storage submodule that is used to store corresponding verification information.

  Preferably, a random number code is stored in advance in the first verification information storage submodule of the product database module. A corresponding random number code is stored in advance in the second verification information storage submodule of the second QR code.

  Preferably, the product database module corresponding to the second QR code includes a third verification information storage submodule in which verification information that can be directly verified by the secondary user is stored. Alternatively, the product database module corresponding to the second QR code includes a fourth verification information storage sub-module that stores the verification information used for reading the registration information of the first-time user and performing verification.

The present invention can solve the problems of the prior art by using a combination of a two-dimensional code, a generally popular device such as a mobile phone, and software. The QR code employed in the present invention is a two-dimensional code program that is commonly used for encoding and decoding in the market, and immediately decodes various characters, codes, and images encoded in the QR code by a portable device. Can be displayed on the monitor and recognized by the user. More preferably, the QR code has an encoded URL, and the URL is displayed by being decoded by a mobile phone. At the same time, a wireless Internet connection method such as Bluetooth, 3G, WiFi, etc. It is possible to verify the authenticity of the product by connecting to the URL of the product database that can verify the authenticity and connecting to the verification information stored in the product database via the Internet.

It is a schematic diagram which shows the state which verifies goods by application software of a portable apparatus in one Embodiment of this invention. (In FIG. 1, A shows a state in which the smartphone executes the application software. B shows a state in which the photographing device of the smartphone photographs the encoded image of the first QR code on the product to be verified. The encoded image is decoded by the image processing module of the smartphone, and the decoded information is displayed on the monitor of the smartphone.) In one Embodiment of this invention, it is a schematic diagram which shows the state which verifies goods by the application software of a smart phone. (A in FIG. 2 shows a state in which the user has removed the first QR code label and the second QR code has appeared. B shows the smartphone's imaging device showing the encoded image of the second QR code. C shows a state in which the encoded image is decoded into a URL by the QR code image processing module of the smartphone, connects to the product database module via the Internet, and verifies the authenticity of the product. Indicates a state in which the product is verified to be genuine, and E indicates a state in which the product is verified to be a counterfeit product. In one Embodiment of this invention, it is a schematic diagram which shows the state which verifies goods by the application software of a smart phone. (A in FIG. 3 indicates a state in which the smartphone executes the application software. B indicates that the smartphone imaging device captures the encoded image of the second QR code, and the second QR code is decoded into the URL. And C indicates a state in which the product is connected to the product database module of the product to be verified, C indicates a state in which the first-time user registers information as a product owner in the product database by the application software of the smartphone. The application software recognizes the encoded verification information number in the product database module, and indicates whether the verification information is the same as or corresponds to the verification information of the second QR code of the product. Recognize that they are the same or compatible, and display the status displayed as genuine on the smartphone monitor To .F shows a state in which the verification information is not identical or corresponding, labeled fake the monitor smartphone. It is sectional drawing which shows the electronic verification forgery prevention label by one Embodiment of this invention. It is a top view which shows the electronic verification forgery prevention label by one Embodiment of this invention. It is a top view which shows the state which affixed the electronic verification forgery prevention label by one Embodiment of this invention on the bottle.

DESCRIPTION OF EMBODIMENTS Embodiments showing the objects, features, and effects of the present invention will be described in detail with reference to the drawings.

Reference is made to FIGS. As shown in FIGS. 1A to 2E, the electronic verification forgery prevention label of the present invention includes one first QR code 1 and one second QR code 2. In the present embodiment, the first QR code 1 is a QR code mounted on a seal that can be coupled or removed. The first encoded image module 11 of the first QR code 1 includes an encoded image. In the present embodiment, the second QR code 2 is a QR code mounted on a seal that can be coupled or removed. The second encoded image module 21 of the second QR code 2 includes an encoded image. The first QR code 1 is detachably coupled on one side surface of the second QR code 2. The other side surface of the second QR code 2 is coupled onto the product to be verified P.

The product database module corresponding to the second QR code 2 of the electronic verification forgery prevention label of the present invention includes a random number code stored in advance. The authenticity of the product is verified depending on whether or not the information of the random number code stored in advance is the same as the information of the random code of all the second QR codes 2 on the product.

The electronic verification counterfeit prevention label is pre-installed with a product information code by a manufacturer, and is coupled to the verified product. Application software included in the portable device 3 such as a smartphone is operated, and the coded image of the first coded image module 11 of the first QR code 1 on the product to be verified is photographed by the photographing device of the portable device 3. Is done. The encoded image is decoded by the QR code image processing module of the portable device 3, and the decoded information is displayed on the monitor of the portable device 3. Thereby, the user can know various kinds of information on the product to be verified. In addition, when the user removes the first QR code 1 in order to verify the authenticity of the product, the second QR code 2 appears. When the encoded image of the second encoded image module 21 of the second QR code 2 is captured by the imaging device of the portable device 3, the encoded image is converted into a URL by the QR code image processing module of the portable device 3. And is displayed on the monitor of the portable device 3. In addition, the wireless Internet function of the portable device 3 such as Bluetooth, 3G, WiFi, etc. is connected to the product database module, connected to the verification information stored in advance in the product database module, and stored in the product database module in advance. The authenticity of the product can be verified by comparing the verification information with the verification information encoded by the second QR code 2 of the product.

Reference is made to FIG. 1C. The information of the encoded image of the first QR code 1 includes a character, a code, or an image. When the user captures the encoded image of the first encoded image module 11 of the first QR code 1 on the product to be verified by the imaging device of the portable device 3, the image processing module of the portable device 3 decodes the encoded image. Then, information such as a product map, a date of manufacture, a storage deadline, a manufacturer, a seller, instructions for use, and a product URL (not a verification URL) is displayed on the monitor of the portable device 3. Thereby, the user can initially recognize whether or not various pieces of information of the product match the verified product P possessed by the user.

Reference is made to FIGS. The function to decrypt the URL with the second QR code 2 and connect to the database employs common software such as (not shown for violation of public order and morals), automatically registers the information of the first user, and connects by URL Registered as a product owner in the product database module. Further, when the above-mentioned common software (see FIG. 3A) such as application software of the portable device 3 is used and the URL of the second QR code 2 is photographed by the photographing device, the product database module of the product to be verified is connected. (See FIG. 3B). For example, the application software of the portable device 3 such as WeChat and the above-described common software registers the information of the first-time user in the product database module as the product owner (see FIG. 3C). The common software such as the application software of the portable device 3 recognizes whether the encoded verification number in the QR code is the same as or corresponds to the information random number code of all the second QR codes 2 on the product. (See FIG. 3D). When it is recognized that they are the same or corresponding, the character “real” is displayed on the monitor of the portable device 3. Alternatively, and / or at the same time, the relevant information of the product is provided and the verifier information and the date of use are recorded (see FIG. 3E). If it is recognized that they are the same or not, the character “counterfeit” is displayed on the monitor of the portable device 3. At the same time, a warning sentence and a sentence that violates the law are displayed and recorded in the product database module (see FIG. 3F).

Since the registration information of the owner is stored in the product database module, and the manufacturer of the product has the registration information of the owner registered in the verification window, it is possible to prevent counterfeit products from flowing into the market. it can. Further, the purchaser or user of the product can directly recognize the property owner information of the product.

As an embodiment of the present invention, the connected product database module includes verification information stored in advance. The second QR code 2 includes verification information stored in advance, and the verification information is the same as or corresponds to the verification information in the product database module.

The product database module verification information further includes a random number code stored in advance in the first submodule. The verification information of the second QR code 2 further includes a random number code stored in advance in the second submodule. The authenticity of the product is verified depending on whether or not the random number code stored in advance in the product database module is the same as the random number code of all the second QR codes 2 on the product. The user photographs a random number code stored in advance in the encoded image of the second QR code 2 by the photographing device of the portable device 3, and connects to the random number code stored in advance in the product database module of the product to be verified by the URL Then, the pre-stored random number code information is obtained by using common software such as application software of the portable device 3, and the encoded verification numbers in the QR code are random number code information of all the second QR codes 2 on the product. It is recognized whether it is the same. When it is recognized as genuine, the word “real” is displayed on the monitor of the portable device 3. Alternatively, and / or at the same time, the relevant information of the product is provided and the verifier information and the date of use are recorded (see FIG. 3E). When it is recognized that the product is a counterfeit product, the characters “counterfeit product” are displayed on the monitor of the portable device 3. At the same time, a warning sentence and a sentence that violates the law are displayed and recorded in the product database module (see FIG. 3F).

As an embodiment of the present invention, the product database module of the second QR code 2 includes a third submodule in which verification information that can be directly recognized by a secondary user (general user) is stored in advance. Or / and a fourth sub-module in which verification information for reading and recognizing first-time user registration information is stored in advance. The secondary user (general user) can connect to the homepage of the product to be verified by the portable device 3 and directly recognize or / and read and recognize the information of the first user.

In the embodiment of the present invention, the portable device 3 is a smartphone, a tablet personal computer, or a notebook personal computer, and has application software, an image processing module, a wireless Internet function, and the like.

In the embodiment of the present invention, the first-time user information includes a personal name, a mobile phone identification code, or a mobile number, all of which are items of a window for verifying the verified product and the manufacturer of the product.

Please refer to FIG. 4A and FIG. 4B. 4A and 4B show an embodiment of the present invention, and a single layer of a waterproof waterproof protective sheet 4 is bonded. The transparent waterproof protection sheet 4 is coupled to the upper side of the first QR code 1. The transparent waterproof protective sheet 4 is an adhesive sheet having a transparent waterproof function, protects the electronic verification anti-counterfeit seal, and prevents moisture from entering or being damaged by external force.

Please refer to FIG. FIG. 5 shows an embodiment of the present invention, and further includes an extending portion 13. In the present embodiment, the extending portion 13 is extended from one side portion of the transparent waterproof protective sheet 4. The free end of the extending portion 13 is coupled to an open / close portion of a product, a packaging container, or a bottle (for example, between a liquor bottle or a beverage bottle stopper and an opening). In one embodiment, the extending portion 13 extends from one side portion of the first QR code 1. It is determined whether or not the product has been used or opened depending on whether or not the extending portion 13 is damaged or removed, or whether or not to return the product. Further, secondary use of the electronic verification counterfeit prevention label of the present invention is prevented.

The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

DESCRIPTION OF SYMBOLS 1 1st QR code 11 1st encoding image module 13 Extension part 2 2nd QR code 21 2nd encoding image module 3 Portable apparatus 4 Transparent waterproofing protection sheet

The present invention relates to an anti-counterfeit label, and more particularly to an anti-counterfeit label of a two-dimensional code.

Whether beverages, alcoholic beverages, etc. in bottled containers are opened between the stopper and the bottle that is the opening and closing part, the authenticity of the product is recognized, or whether the label is broken or not In addition to recognizing whether or not the product packaging is collected, it is prevented that counterfeit products are manufactured. However, since counterfeit technology has also advanced, it is difficult to determine the authenticity of a product with a conventional label, and the collected packaging is secondarily used to produce a counterfeit product.

As a conventional anti-counterfeit label, there is one using an RFID label. Patent document 1 prevents manufacture of a counterfeit product by a RFID label being combined on a package or a bottle. However, Patent Document 1 has a problem that it is inconvenient in use because of high manufacturing cost and high technology required to bind the RFID label on the packaging. In particular, a complicated RFID label has a function of determining whether or not a product has been opened by conduction or blocking, and a special RFID receiver is required to receive and determine a signal (Patent Literature). 2). For this reason, a device that has been widely used has been used, and a highly convenient anti-counterfeit mechanism has been demanded.

Taiwan Utility Model No. M33918 Taiwan Patent No. I314292

An object of the present invention is to provide an electronic verification anti-counterfeit label that is highly convenient and has a high anti-counterfeit effect.

The present invention provides an electronic verification counterfeit prevention label. The electronic verification anti-counterfeit label of the present invention can be combined on a verified product and includes a first two-dimensional code and a second two-dimensional code . The first two-dimensional code is decoded when photographed by the photographing device of the portable device, and the first coded image module which is a coded image for displaying various information of the product to be verified on the monitor of the portable device. Have. After the first two-dimensional code is removed, the second two-dimensional code is decrypted into a URL when photographed by the photographing device of the portable device, and the authenticity of the product to be verified is verified by the wireless internet module of the portable device. A second encoded image module that is an encoded image connected to the product database to be verified is included. The first two-dimensional code is detachably coupled on one side of the second two-dimensional code . The other side of the second two-dimensional code is coupled on the product to be verified.

With the above structure, when the encoded image of the first two-dimensional code on the product to be verified is captured by the imaging device of the portable device, the first two-dimensional code is decoded and verified on the monitor of the portable device. Various kinds of information about the product are displayed and can be provided to the user. Further, when the user removes the first two-dimensional code and photographs the second two-dimensional code by the photographing device of the portable device, the wireless Internet module of the portable device connects to the product database module, The authenticity can be verified.

The first encoded image module in the first two-dimensional code includes characters, codes or images.

The product database module corresponding to the second two-dimensional code includes a first-time user information registration submodule used for registering first-time user information.

Preferably, the initial user information registration submodule uses personal information, a mobile phone identification code, or a mobile number as initial user information.

The product database module includes a first verification information storage submodule used for storing verification information in advance. The second two-dimensional code includes a second verification information storage submodule that is used to store the corresponding verification information.

Preferably, a random number code is stored in advance in the first verification information storage submodule of the product database module. A corresponding random number code is stored in advance in the second verification information storage submodule of the second two-dimensional code .

Preferably, the product database module corresponding to the second two-dimensional code includes a third verification information storage submodule in which verification information that can be directly verified by the secondary user is stored. Alternatively, the product database module corresponding to the second two-dimensional code includes a fourth verification information storage submodule in which verification information used for reading and verifying the registration information of the initial user is stored.

The present invention can solve the problems of the prior art by using a combination of a two-dimensional code, a generally popular device such as a mobile phone, and software. The two-dimensional code adopted in the present invention is a two-dimensional code program that is commonly used for encoding and decoding in the market, and various characters, codes, and images encoded in the two-dimensional code by a portable device are instantly used. It can be decrypted and displayed on the monitor for recognition by the user. More preferably, the two-dimensional code has an encoded URL, and the URL is displayed by being decoded by a mobile phone, and at the same time, a product to be verified by a wireless Internet connection method such as Bluetooth, 3G, or WiFi. The authenticity of the product can be verified by connecting to the URL of the product database that can verify the authenticity of the product and connecting to the verification information stored in the product database via the Internet.

It is a schematic diagram which shows the state which verifies goods by application software of a portable apparatus in one Embodiment of this invention. (In FIG. 1, A shows a state in which the smartphone executes the application software. B shows a state in which the photographing device of the smartphone photographs the encoded image of the first two-dimensional code on the product to be verified. C Shows a state in which the encoded image is decoded by the image processing module of the smartphone and the decoded information is displayed on the monitor of the smartphone. In one Embodiment of this invention, it is a schematic diagram which shows the state which verifies goods by the application software of a smart phone. (A in FIG. 2 shows a state in which the user has removed the first two-dimensional code label and the second two-dimensional code has appeared. B shows the sign of the second two-dimensional code by the photographing device of the smartphone. C shows a state in which the encoded image is decoded into a URL by the two-dimensional code image processing module of the smartphone, connected to the product database module via the Internet, and verifies the authenticity of the product. D indicates a state where the product is verified to be genuine, and E indicates a state where the product is verified to be a counterfeit product. In one Embodiment of this invention, it is a schematic diagram which shows the state which verifies goods by the application software of a smart phone. (In FIG. 3, A is .B showing a state where the smartphone to run the application software, smartphone imaging device capturing the encoded image in the second two-dimensional code, the second two-dimensional code URL A state in which the product is decrypted and connected to the product database module of the product to be verified is shown in the state C. A state in which an initial user registers information as a product owner in the product database by application software of the smartphone. A state in which the application information of the smartphone recognizes the encoded verification information number in the product database module and verifies whether the verification information is the same as or corresponds to the verification information of the second two-dimensional code of the product. Recognized that the verification information is the same or corresponding, displayed as genuine on the smartphone monitor .F showing a state shows a state in which the verification information is not identical or corresponding, labeled fake the monitor smartphone. It is sectional drawing which shows the electronic verification forgery prevention label by one Embodiment of this invention. It is a top view which shows the electronic verification forgery prevention label by one Embodiment of this invention. It is a top view which shows the state which affixed the electronic verification forgery prevention label by one Embodiment of this invention on the bottle.

DESCRIPTION OF EMBODIMENTS Embodiments showing the objects, features, and effects of the present invention will be described in detail with reference to the drawings.

Reference is made to FIGS. As shown in FIGS. 1A to 2E, the electronic verification forgery prevention label of the present invention includes one first two-dimensional code 1 and one second two-dimensional code 2. In the present embodiment, the first two-dimensional code 1 is a two-dimensional code mounted on a seal that can be coupled or removed. The first encoded image module 11 of the first two-dimensional code 1 includes an encoded image. In the present embodiment, the second two-dimensional code 2 is one in which the two-dimensional code is mounted on a seal that can be coupled or removed. The second encoded image module 21 of the second two-dimensional code 2 includes an encoded image. The first two-dimensional code 1 is detachably coupled on one side surface of the second two-dimensional code 2. The other side surface of the second two-dimensional code 2 is coupled onto the product to be verified P.

The product database module corresponding to the second two-dimensional code 2 of the electronic verification forgery prevention label of the present invention includes a pre-stored random number code. The authenticity of the product is verified by checking whether or not the information on the random number code stored in advance is the same as the information on all the random codes of the second two-dimensional code 2 on the product.

The electronic verification counterfeit prevention label is pre-installed with a product information code by a manufacturer, and is coupled to the verified product. Application software included in the portable device 3 such as a smartphone is operated, and the encoded image of the first encoded image module 11 of the first two-dimensional code 1 on the product to be verified is captured by the imaging device of the portable device 3. Taken. The encoded image is decoded by the two-dimensional code image processing module of the portable device 3 and the decoded information is displayed on the monitor of the portable device 3. Thereby, the user can know various kinds of information on the product to be verified. In addition, when the user removes the first two-dimensional code 1 in order to verify the authenticity of the product, the second two-dimensional code 2 appears. When the encoded image of the second encoded image module 21 of the second two-dimensional code 2 is captured by the imaging device of the portable device 3, the encoded image is the two-dimensional code image processing module of the portable device 3. Is decrypted into a URL and displayed on the monitor of the portable device 3. In addition, the wireless Internet function of the portable device 3 such as Bluetooth, 3G, WiFi, etc. is connected to the product database module, connected to the verification information stored in advance in the product database module, and stored in the product database module in advance. The authenticity of the product can be verified by comparing the verification information with the verification information encoded with the second two-dimensional code 2 of the product.

Reference is made to FIG. 1C. The information of the encoded image of the first two-dimensional code 1 includes a character, a code, or an image. When the user captures the encoded image of the first encoded image module 11 of the first two-dimensional code 1 on the product to be verified by the imaging device of the portable device 3, the image processing module of the portable device 3 decodes the encoded image. Information such as a product map, date of manufacture, storage period, manufacturer, seller, instruction for use, product URL (not a URL for verification) is displayed on the monitor of the portable device 3. Thereby, the user can initially recognize whether or not various pieces of information of the product match the verified product P possessed by the user.

Reference is made to FIGS. The second two-dimensional code 2 decrypts the URL and connects to the database using common software such as social networking service and instant messenger . Register as a product owner in the connected product database module. Further, when the above-described common software (see FIG. 3A) such as application software of the portable device 3 is used and the URL of the second two-dimensional code 2 is photographed by the photographing device, the product database module of the product to be verified is displayed. Connect (see FIG. 3B). For example, the application software of the portable device 3 such as WeChat and the above-described common software registers the information of the first-time user in the product database module as the product owner (see FIG. 3C). The common software, such as application software of the portable device 3, whether coded verification number in the two-dimensional code is identical or corresponding with all the second two-dimensional code 2 Information random code on product Recognize (see FIG. 3D). When it is recognized that they are the same or corresponding, the character “real” is displayed on the monitor of the portable device 3. Alternatively, and / or at the same time, the relevant information of the product is provided and the verifier information and the date of use are recorded (see FIG. 3E). If it is recognized that they are the same or not, the character “counterfeit” is displayed on the monitor of the portable device 3. At the same time, a warning sentence and a sentence that violates the law are displayed and recorded in the product database module (see FIG. 3F).

Since the registration information of the owner is stored in the product database module, and the manufacturer of the product has the registration information of the owner registered in the verification window, it is possible to prevent counterfeit products from flowing into the market. it can. Further, the purchaser or user of the product can directly recognize the property owner information of the product.

As an embodiment of the present invention, the connected product database module includes verification information stored in advance. The second two-dimensional code 2 includes verification information stored in advance, and the verification information is the same as or corresponds to the verification information in the product database module.

The product database module verification information further includes a random number code stored in advance in the first submodule. The verification information of the second two-dimensional code 2 further includes a random number code stored in advance in the second submodule. The authenticity of the product is verified by checking whether or not the random number code stored in advance in the product database module is the same as the random number codes of all the second two-dimensional codes 2 on the product. The user takes a random number code stored in advance in the encoded image of the second two-dimensional code 2 by the imaging device of the portable device 3, and the random number code stored in advance in the product database module of the product to be verified by the URL. Once connected, the random code information previously stored, the portable device 3 by a common software such as application software, two dimensional coded verification number in the code of all the second on items of the two-dimensional code 2 It recognizes whether or not it is the same as the random number code information. When it is recognized as genuine, the word “real” is displayed on the monitor of the portable device 3. Alternatively, and / or at the same time, the relevant information of the product is provided and the verifier information and the date of use are recorded (see FIG. 3E). When it is recognized that the product is a counterfeit product, the characters “counterfeit product” are displayed on the monitor of the portable device 3. At the same time, a warning sentence and a sentence that violates the law are displayed and recorded in the product database module (see FIG. 3F).

As an embodiment of the present invention, the second two-dimensional code 2 product database module includes a third submodule in which verification information that can be directly recognized by a secondary user (general user) is stored in advance. . Or / and a fourth sub-module in which verification information for reading and recognizing first-time user registration information is stored in advance. The secondary user (general user) can connect to the homepage of the product to be verified by the portable device 3 and directly recognize or / and read and recognize the information of the first user.

In the embodiment of the present invention, the portable device 3 is a smartphone, a tablet personal computer, or a notebook personal computer, and has application software, an image processing module, a wireless Internet function, and the like.

In the embodiment of the present invention, the first-time user information includes a personal name, a mobile phone identification code, or a mobile number, all of which are items of a window for verifying the verified product and the manufacturer of the product.

Please refer to FIG. 4A and FIG. 4B. 4A and 4B show an embodiment of the present invention, and a single layer of a waterproof waterproof protective sheet 4 is bonded. The transparent waterproof protection sheet 4 is coupled to the upper side of the first two-dimensional code 1. The transparent waterproof protective sheet 4 is an adhesive sheet having a transparent waterproof function, protects the electronic verification anti-counterfeit seal, and prevents moisture from entering or being damaged by external force.

Please refer to FIG. FIG. 5 shows an embodiment of the present invention, and further includes an extending portion 13. In the present embodiment, the extending portion 13 is extended from one side portion of the transparent waterproof protective sheet 4. The free end of the extending portion 13 is coupled to an open / close portion of a product, a packaging container, or a bottle (for example, between a liquor bottle or a beverage bottle stopper and an opening). In one embodiment, the extending portion 13 extends from one side portion of the first two-dimensional code 1. It is determined whether or not the product has been used or opened depending on whether or not the extending portion 13 is damaged or removed, or whether or not to return the product. Further, secondary use of the electronic verification counterfeit prevention label of the present invention is prevented.

The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

DESCRIPTION OF SYMBOLS 1 1st two-dimensional code 11 1st encoding image module 13 Extension part 2 2nd two-dimensional code 21 2nd encoding image module 3 Portable apparatus 4 Transparent waterproofing protection sheet

Claims (10)

An electronic verification anti-counterfeit label comprising a first QR code and a second QR code, which can be combined on a verified product,
The first QR code is a first code that is an encoded image that is decoded and displayed on the monitor of the portable device when the photographing device of the portable device is photographed, and displays various pieces of information on the product to be verified. An image module,
When the second QR code is taken by the photographing device of the portable device after removing the first QR code, the second QR code is decoded into a URL, and the product database is obtained by the wireless internet module of the portable device. A second encoded image module that is an encoded image connected to a URL that verifies the authenticity of the product to be verified of the module;
The first QR code is detachably coupled on one side surface of the second QR code, and the other side surface of the second QR code is coupled on the product to be verified. An electronic verification anti-counterfeit label.   The electronic verification forgery prevention label according to claim 1, wherein the first encoded image module in the first QR code is a character, a code, or an image.   2. The electronic verification forgery prevention label according to claim 1, wherein the product database module corresponding to the second QR code has an initial user information registration submodule for registering information of an initial user.   The product database module includes a first verification information storage submodule in which verification information is stored in advance, and the second QR code includes a second verification information storage submodule in which corresponding verification information is stored. The electronic verification forgery prevention label according to claim 1, further comprising:   A random number code is stored in advance in the first verification information storage submodule of the product database module, and a corresponding random number code is stored in the second verification information storage submodule of the second QR code. The electronic verification forgery prevention label according to claim 4. The product database module corresponding to the second QR code is:
The third verification information storage sub-module in which verification information that can be directly recognized by the secondary user is stored, and / or verification information used to perform recognition by reading the registration information of the first user is stored. The electronic verification counterfeit prevention label according to claim 5, further comprising a fourth verification information storage submodule.   The electronic verification counterfeit prevention label according to claim 3, wherein the initial user information registration submodule uses personal information, a mobile phone identification code, or a mobile number as initial user information.   The electronic verification counterfeit prevention label according to claim 1, wherein a transparent waterproof protective sheet is further bonded to the upper surface of the first QR code.   The electronic verification forgery prevention label according to claim 1, further comprising an extending portion extending from one side surface of the transparent waterproof protection sheet.   The electronic verification counterfeit prevention label according to claim 9, further comprising an extending portion extending from one side surface of the first QR code.

Images