CN113516482B - Anti-fake password and anti-fake method - Google Patents
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- CN113516482B CN113516482B CN202010881894.5A CN202010881894A CN113516482B CN 113516482 B CN113516482 B CN 113516482B CN 202010881894 A CN202010881894 A CN 202010881894A CN 113516482 B CN113516482 B CN 113516482B
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Abstract
The invention discloses an anti-counterfeiting password and an anti-counterfeiting method, wherein the anti-counterfeiting password comprises an anti-counterfeiting label, a verification terminal and a data verification platform; the anti-counterfeiting label is provided with label data, wherein the label data comprises a two-dimensional code, an input code, a comparison code, a production date, a verification code and verification registration time, and the input code, the comparison code and the verification code are correspondingly arranged; the verification terminal is used for scanning the two-dimensional code, inputting the input code and the verification code, transmitting the input data to the data verification platform, and receiving and displaying the verification data; the data verification platform is used for generating, storing, receiving and comparing input data sent by the verification terminal and feeding back the verification data to the verification terminal. The invention adopts the technical means of three-code unique correspondence and four-color change technology, effectively improves the counterfeiting difficulty, reduces the counterfeiting risk of the product, has simple and convenient operation of the identification mode, visual and quick color identification and low learning and use difficulty, effectively reduces the risk of damage to the benefits of consumers, and enhances the protection of the product and brands.
Description
Technical Field
The invention relates to the technical field of anti-counterfeiting passwords, in particular to an anti-counterfeiting password and an anti-counterfeiting method.
Background
With the development of the national innovation, the economy of China is rapidly prospected and developed, various commodities appear in the market, in the economic climax, the well-known brands appear in various classes of commodities, and play a quite important role in the forward development of the economy of China, but with the rise of the well-known brands, counterfeit and inferior products are mixed in the well-known brands, so that the economic order is disturbed, and the image and economic benefits of the true brands are damaged. Especially high-end goods, counterfeit products can suffer a significant loss of consumer interest, and can result in a poor consumer impression of the brand. Therefore, an anti-counterfeiting password is needed to protect the sold products, the invention provides the anti-counterfeiting password and the anti-counterfeiting method, and the purposes of protecting legal interests of brands and factories from being infringed and avoiding damages to interests of consumers are achieved by utilizing unique anti-counterfeiting logic of the anti-counterfeiting password and the anti-counterfeiting method, so that the anti-counterfeiting password and the anti-counterfeiting method have good social effects and economic benefits.
Disclosure of Invention
The invention provides an anti-counterfeiting password and an anti-counterfeiting method, which solve the anti-counterfeiting problem of products and protect the interests of merchants, brands and consumers.
The technical scheme adopted by the invention for solving the technical problems is as follows:
an anti-counterfeiting password comprises an anti-counterfeiting label, a verification terminal and a data verification platform;
the anti-counterfeiting label is arranged outside the product package, label data are arranged on the anti-counterfeiting label, the anti-counterfeiting label comprises a two-dimensional code, an input code, a comparison code, a production date, a verification code and verification registration time, and the input code, the comparison code and the verification code are arranged in a mutually corresponding mode;
the verification terminal, namely a mobile phone, is used for scanning the two-dimensional code, inputting the input code and the verification code, transmitting the input data to the data verification platform, and receiving and displaying the verification data;
the data verification platform is used for storing data equipment, generating, storing, receiving and comparing input data sent by the verification terminal, and feeding back the verification data to the verification terminal.
Further, after the input code is sent to the data verification platform, the data verification platform automatically generates a comparison code consisting of numbers with about 30 bits and a production date according to the combination of characters, the comparison code and the production date are fed back to the verification terminal together, a consumer sends ' error and ' error ' to the data verification platform at the verification terminal according to the comparison result, the data verification platform changes the color of the ' error ' or ' error ' character into a red code or a green code, the red code verification is terminated, and the green code carries out subsequent verification.
Further, during secondary verification, after the verification code is sent to the data verification platform, the data verification platform is matched with the stored tag data, the tag data are changed into green codes when the tag data are matched with each other, red codes are not matched with the tag data, and when the tag data are matched with the red codes, the data verification platform generates and stores verification time and feeds the verification time back to the verification terminal, and a consumer registers the verification time; when the mismatch becomes a red code, the data verification platform sends a "dummy" word or "false" word to the verification terminal.
Further, a coating layer is arranged on the verification code, and the verification code is coated with blanking liquid, can be displayed after the coating layer is removed, and automatically disappears after a period of time.
Further, a coating layer is arranged on the control code and the production date.
Further, the input data includes an input code and a verification code, and the verification data includes a combination of a reference code and a production date or a verification time of the reference code.
Further, the verification data on the data verification platform changes color according to the verification result or verification time, the generated and stored data base color is a yellow code, the color changes to a green code after correct verification, the color changes to a red code after incorrect verification, and the color changes to a blue code after overage or repeated verification, and the color changes to four colors in total.
An anti-counterfeiting method of an anti-counterfeiting password comprises the following steps:
s1, generating tag data: the data verification platform generates a unique input code, a contrast code and a verification code which correspond to each other, and forms tag data to be stored in a database;
s2, coating codes: respectively setting an input code, a comparison code and a verification code at corresponding positions on the anti-counterfeiting label, and performing corresponding covering treatment;
s3, entering a verification program: the consumer uses the verification terminal to scan the two-dimensional code on the anti-counterfeiting label, enters a verification program, and displays a visual operation interface;
s4: and (3) preliminary verification: the consumer inputs an input code on the visual operation interface, sends the input code to the data verification platform, feeds back verification data to the verification terminal after the data verification platform processes the verification data, and displays a comparison code and a production date on the visual operation interface;
s5: preliminary control: the consumer scrapes the coating on the comparison code, compares with the comparison code displayed on the visual operation interface, if the comparison code is different or not displayed, the consumer feeds back the wrong word to the verification platform, and if the comparison code is the same, the consumer feeds back the right word to the verification platform for secondary verification;
s6, secondary verification: the consumer smears blanking liquid on the verification code to display the verification code, inputs the verification code into the verification terminal, sends the verification code to the data verification platform, the data verification platform matches and compares the data with the stored label data, the data verification platform changes the data into a green code when the data verification platform matches with the stored label data, the green code generates and stores verification time, the verification time is fed back to the verification terminal, and the consumer registers the verification time and finishes the verification; if the data is not matched with the verification terminal, the data verification platform sends a false or false word to the verification terminal, and the verification is finished.
Further, in step S4, when the input code is correct verification, the verification terminal displays the matched comparison code and the production date; when the input code is error verification, different control codes are displayed or not displayed on the verification terminal.
Further, in step S6, when the verification code is correctly input, the current verification time is displayed on the verification terminal; when the verification code is input in error, the verification terminal displays the received false word or false word fed back by the data platform.
Further, in step S1, the comparison code generated by the data verification platform is stored in the background as Huang Sema when it is not verified; in step S6, after verification codes are correctly verified within the years, the comparison codes are displayed as green codes in the data verification platform, after the verification codes are verified over the years or repeatedly, the comparison codes are displayed as blue codes in the data verification platform, and after verification errors, the comparison codes are displayed as red codes in the data verification platform; in the step S6, when the verification code is input for an overage period or repeatedly, a payment procedure is required.
The invention has the following beneficial effects:
the unique corresponding input code, the comparison code and the verification code are adopted to be input and verified twice, so that the coding and verification rigor and confusion are improved, and the coding and verification are difficult to crack; the four-color-changing technology is adopted, so that the authenticity of the product can be conveniently identified during verification, and the method is simple and easy to use; the automatic blanking technology is adopted, so that the imitation difficulty of a counterfeiter is increased;
the invention adopts the technical means of unique correspondence of three codes, four-color change technology and repeated verification payment overtime, effectively improves the counterfeiting difficulty, reduces the counterfeiting risk of products, has simple and convenient operation of the identification mode and low learning and use difficulty, effectively reduces the risk of damage to benefits of consumers, and enhances the protection of products and brands.
Drawings
FIG. 1 is a flow chart of an anti-counterfeiting method according to the present invention;
fig. 2 is a schematic diagram of an anti-counterfeit label of the present invention.
Reference numerals: 1-two-dimensional code, 2-input code, 3-comparison code, 4-production date, 5-verification code and 6-verification registration time.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and fully with reference to the accompanying drawings, in which it is evident that the embodiments described are only some, but not all embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
In the description of this patent, it should be understood that the terms "center," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like indicate orientations or positional relationships based on the orientation or positional relationships shown in the drawings, merely to facilitate describing the patent and simplify the description, and do not indicate or imply that the devices or elements being referred to must have a particular orientation, be configured and operated in a particular orientation, and are therefore not to be construed as limiting the patent.
The invention relates to a specific implementation mode of an anti-counterfeiting password, which comprises the following steps: firstly, a manufacturer produces an anti-counterfeiting label and is arranged on a product or an outer package of the product; then the product enters the market for flowing and is sold at the seller; and finally, purchasing the product by the consumer, and performing authenticity verification by using a verification terminal.
As shown in FIG. 2, in the embodiment of the anti-counterfeiting password of the invention, the input code 2 is a Chinese character, the comparison code 3 is a number, and the verification code 5 is a combination of the number and the Chinese character. The anti-fake label has various codes, input code 2 is Chinese character "Yu Huang Tianshen product", reference code 3 is 8608510120228001226398246805941 number, and verification code 5 is Huang Xianglin 000650 number and Chinese character combination.
Further, the verification terminal is a mobile phone or a PC, the data verification platform is a server erected at the cloud, has functions of automatically generating, matching, storing, comparing, receiving and sending codes, sets different databases for different products, and sends verification data according to verification conditions. When verification is performed, the two-dimensional code is scanned to enter a verification program, an input code 2 or a verification code 5 is input and sent to a data verification platform, the data verification platform receives a fed-back contrast code 3, and then the contrast code is compared with stored label data to perform authenticity identification.
Further, the input code 2 may be provided with a coating layer on the surface according to actual needs.
Further, a coating layer is arranged on the verification code 5, and the verification code is coated with blanking liquid, can be displayed after the coating layer is removed, and automatically disappears after a period of time. The primary authenticity verification can be performed at the vendor without the coating, and the primary and secondary authenticity verification can be performed after the consumer clears the coating. The verification code 5 is covered with a coating layer, and automatically disappears after a period of time after the blanking liquid is smeared for display, and the verification code cannot be continuously displayed or displayed again. The technical means of automatic invisible numbers disappearance is adopted, so that various codes on the anti-counterfeit label are prevented from being collected and reused by counterfeiters. The consumer records the verification time, and can compare in the follow-up repeated verification, so that the consumer can conveniently confirm whether the product is activated by himself or herself
Further, a coating layer is arranged on the control code and the production date.
As shown in fig. 2, further, the input data includes an input code 2 and a verification code 5, the input code 2 and the verification code 5 are used for being input into a verification terminal and sent to a data verification platform for comparison, the comparison code 3 is arranged on an anti-counterfeit label for comparison, the verification registration time 6 is used for filling in a record verification time, and the two-dimensional code 1 is used for enabling the verification terminal to scan into a verification program; the verification data comprises a combination of a comparison code 3 and a production date 4 or a combination of a verification code 5 and verification time, and the data is matched and compared with the data verification terminal and then fed back to the verification terminal.
The initial label data generated and stored by the data verification platform is a yellow code in the background, when verification is performed, input data on the label is input, and the data verification platform converts the yellow code into a green, blue or red code according to the error of a verification result or verification time. And the label data on the data verification platform changes color according to the verification result or verification time, the generated and stored data base color is a yellow code, the color changes to a green code after the correct verification within the year, the color changes to a red code after the incorrect verification, and the color changes to a blue code after the incorrect verification or the repeated verification.
As shown in fig. 1, an anti-counterfeiting method of an anti-counterfeiting password specifically comprises the following steps:
s1, generating tag data: the data verification platform generates a unique input code 2, a contrast code 3 and a verification code 5 which correspond to each other, and forms tag data to be stored in a database;
s2, coating codes: respectively setting an input code 2, a comparison code 3 and a verification code 5 at corresponding positions on the anti-counterfeiting label, and performing corresponding covering treatment;
s3, entering a verification program: the verification terminal scans the two-dimensional code 1 on the anti-counterfeiting label, enters a verification program and displays a visual operation interface;
s4: and (3) preliminary verification: the consumer inputs an input code 2 on a visual operation interface, the verification terminal sends the input code to a data verification platform, the data verification platform feeds back verification data to the verification terminal after processing the verification data, and a comparison code 3 and a production date 4 are displayed on the visual operation interface;
s5: preliminary control: the consumer scrapes the coating layer on the comparison code 3, compares the comparison code with the visual operation interface, if the comparison code is different or not displayed, the consumer feeds back the wrong word to the verification platform, and if the comparison code is the same, the consumer feeds back the right word to the verification platform for secondary verification;
s6, secondary verification: the consumer displays the verification code 5 by smearing blanking liquid, inputs the verification code into a verification terminal, sends the verification code to a data verification platform, matches the data verification platform with stored tag data, changes the matching into a green code, does not match into a red code, generates and stores verification time when the matching is the green code, and feeds back the verification time to the verification terminal, and the consumer registers the verification time; when the mismatch becomes a red code, the data verification platform sends a "false" or "false" word to the verification terminal.
Further, in the step S4, when the input code 2 is correct verification, the comparison code 3 and the production date 4 are displayed on the visual operation interface of the verification terminal; when the input code 2 is error verification, different comparison codes 3 are displayed or not displayed on a visual operation interface of the verification terminal.
Further, in step S4, after the input code 2 is sent to the data verification platform, the data verification platform matches the received input code 2 with the tag data stored in the database, and feeds back the comparison code 3 and the production date to the verification terminal together according to the matching result, the consumer compares whether the comparison code 3 displayed on the verification terminal is consistent with the comparison code 3 on the tag, sends "opposite" and "wrong" to the data verification platform, if the comparison code 3 is inconsistent, the consumer sends "wrong" word, the data verification platform changes color to red code after receiving the "wrong" word, and the verification is terminated; and if the comparison codes 3 are consistent, the consumer sends the 'pair' word, and the data verification platform changes the color into a green code after receiving the 'pair' word and performs subsequent verification.
Further, in step S6, the consumer smears blanking liquid to display verification code 5, inputs verification code 5 into verification terminal, sends to data verification platform, data verification platform matches with stored label data, the data verification platform matches with each other to be green code, at the same time, data verification platform generates and stores verification time, and feeds back to verification terminal, consumer can register at verification registration time 6; if the two characters are not matched, the two characters are red codes, and meanwhile, the data verification platform sends a fake or fake character to the verification terminal, so that the product is a fake product; after the data verification platform processes the verification data, the verification data is fed back to the verification terminal, and a consumer can observe and record the contrast code 3 and the first verification time on the visual operation interface.
Further, in the step S6, the verification code 5 is a matching comparison code 3 and the current verification time displayed on the visual operation interface under the unique condition that the first correct input is performed within the effective period of three years, and at this time, the data verification platform background displays the comparison code 3 as a green code; after the verification code 5 is more than three years of effective age, the background of the data verification platform displays the contrast code 3 as a blue code, and the product can be determined to be true under the condition. Otherwise, if the error verification is performed, the information is not displayed or the error information is displayed, and the product can be determined to be false in the above case, and the background display contrast code 3 of the data verification platform is a red code.
Further, in the step S1, the control code 3 generated by the data verification platform is stored in the background and is Huang Sema when the background is not verified; in step S6, after the verification code is correctly verified within the year, the comparison code is displayed as a green code in the data verification platform, after the verification code is verified over the year or repeatedly, the comparison code is displayed as a blue code in the data verification platform, and after the verification is wrong, the comparison code is displayed as a red color in the data verification platform.
Further, in the step S6, during the period of the overage verification, the verification terminal pops up a payment activation prompt, and after the payment activation, the verification code 5 can be input, and after the verification code 5 is input, the verification result is displayed; when the consumer inputs the verification code 5 repeatedly for verification, the verification result is displayed after activation.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.
Claims (5)
1. An anti-counterfeiting password is characterized by comprising an anti-counterfeiting label, a verification terminal and a data verification platform;
the anti-counterfeiting label is arranged outside the product package, label data are arranged on the anti-counterfeiting label, the anti-counterfeiting label comprises a two-dimensional code, an input code, a comparison code, a production date, a verification code and verification registration time, and the input code, the comparison code and the verification code are arranged in a mutually corresponding mode;
the verification terminal is used for scanning the two-dimensional code, inputting the input code and the verification code, transmitting the input data to the data verification platform, and receiving and displaying the verification data;
the verification code is provided with a coating layer, and the verification code is coated with blanking liquid, can be displayed after the coating layer is removed, and automatically disappears after a period of time;
the data verification platform is used for generating and storing tag data, receiving and comparing input data sent by the verification terminal, and feeding back verification data to generate verification time to the verification terminal;
the two-dimension code is used for the verification terminal to scan and enter a verification program, the input code and the verification code are used for being input into the verification terminal and sent to a data verification platform for comparison, tag data on the data verification platform changes color according to a verification result or verification age, after the input code is sent to the data verification platform, the data verification platform automatically generates a comparison code consisting of numbers according to the combination of characters and the production date, the comparison code is fed back to the verification terminal together, the comparison code is arranged on an anti-counterfeit tag for comparison, a consumer sends a 'error' and a 'error' to the data verification platform according to the comparison result at the verification terminal, the data verification platform changes the color of the 'error' character into a red code or a green code according to the 'error' or 'error', the red code verification is terminated, and the green code carries out subsequent verification;
when the secondary verification is performed, after the verification code is sent to the data verification platform, the data verification platform is matched with the stored tag data, the tag data are changed into green codes when the data verification platform and the stored tag data are matched with each other, the tag data are changed into red codes when the tag data and the data verification platform are not matched with each other, and when the tag data are matched with each other, the data verification platform generates and stores verification time and feeds back the verification time to a verification terminal, and a consumer registers the verification time in verification registration time; when the mismatch becomes a red code, the data verification platform sends a "dummy" word or "false" word to the verification terminal.
2. The anti-counterfeiting password according to claim 1, wherein: and a coating layer is arranged on the control code and the production date.
3. The anti-counterfeiting password according to claim 1, wherein: the input data includes an input code and a verification code, and the verification data includes a combination of a comparison code and a production date or a verification time of the comparison code.
4. A security code according to claim 3, wherein: the generated and stored label data is characterized in that the base color is a yellow code, the generated and stored label data is changed into a green code after correct verification, is changed into a red code after error verification, and is changed into a blue code after overage or repeated verification.
5. An anti-counterfeiting method according to any one of claims 1 to 4, comprising the steps of:
s1, generating tag data: the data verification platform generates a unique input code, a contrast code and a verification code which correspond to each other, and forms tag data to be stored in a database;
s2, coating codes: respectively setting an input code, a comparison code and a verification code at corresponding positions on the anti-counterfeiting label, and performing corresponding covering treatment;
s3, entering a verification program: the consumer uses the verification terminal to scan the two-dimensional code on the anti-counterfeiting label, enters a verification program, and displays a visual operation interface;
s4: and (3) preliminary verification: the consumer inputs an input code on the visual operation interface, sends input data to the data verification platform, feeds back verification data to the verification terminal after the data verification platform processes the verification data, and displays a comparison code and a production date on the visual operation interface;
s5: preliminary control: the consumer scrapes the coating on the comparison code, compares with the comparison code displayed on the visual operation interface, if the comparison code is different or not displayed, the consumer feeds back the wrong word to the verification platform, and if the comparison code is the same, the consumer feeds back the right word to the verification platform for secondary verification;
s6, secondary verification: the consumer displays the verification code by smearing blanking liquid, inputs the verification code into a verification terminal, sends the verification code to a data verification platform, matches the data verification platform with stored tag data, changes the matching into a green code, does not match into a red code, generates and stores verification time when the matching is the green code, and feeds back the verification time to the verification terminal, and the consumer registers the verification time; when the mismatch is changed into a red code, the data verification platform sends a false or false word to the verification terminal;
in step S4, when the input code is correct verification, the verification terminal displays the matched comparison code and the production date; when the input code is error verification, different comparison codes are displayed or not displayed on the verification terminal;
in step S6, when the verification code is correctly input, the verification terminal displays the verification time; when the verification code is input in error, the verification terminal displays the received false word or false word fed back by the data platform;
in step S1, the label data generated by the data verification platform is stored in the background to be yellow when not verified; in step S6, after verification codes are correctly verified within the years, the comparison codes are displayed as green codes in the data verification platform, after the verification codes are verified over the years or repeatedly, the comparison codes are displayed as blue codes in the data verification platform, and after verification errors, the comparison codes are displayed as red codes in the data verification platform; in the step S6, when the verification code is input for an overage period or repeatedly, a payment procedure is required.
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| CN104239838A (en) * | 2013-06-19 | 2014-12-24 | 广州市人民印刷厂股份有限公司 | Anti-fake verification method for color two-dimensional code with digital watermark |
| CN103295143A (en) * | 2013-06-24 | 2013-09-11 | 北京卡多宝信息技术有限公司 | Commodity anti-counterfeiting verification method |
| CN104240095A (en) * | 2014-08-21 | 2014-12-24 | 厦门纳网科技有限公司 | Two-dimensional code anti-fake method and system based on domain name |
| WO2016101760A1 (en) * | 2014-12-25 | 2016-06-30 | 张世龙 | Anti-counterfeit method and system |
| CN108416402A (en) * | 2018-02-07 | 2018-08-17 | 昆明通科数码印刷有限公司 | A method of identifying code is chosen convenient for consumer based on anti-fake trace to the source |
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