CN113516482A - Novel anti-counterfeiting password and anti-counterfeiting method - Google Patents
Novel anti-counterfeiting password and anti-counterfeiting method Download PDFInfo
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Abstract
The invention discloses a novel 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 which comprises a two-dimensional code, an input code, a comparison code, a production date, a verification code and verification registration time, wherein the input code, the comparison code and the verification code are arranged correspondingly; the verification terminal is used for scanning the two-dimensional code, inputting the input code and the verification code, sending 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 unique correspondence of three codes and the four-color changing technology, effectively improves the counterfeiting difficulty, reduces the risk of counterfeiting the product, has simple and convenient operation of the identification mode, intuitive and quick color identification and low learning and use difficulty, effectively reduces the risk of damaging the benefits of consumers, and enhances the protection of the product and the brand.
Description
Technical Field
The invention relates to the technical field of anti-counterfeiting passwords, in particular to a novel anti-counterfeiting password and an anti-counterfeiting method.
Background
With the development of the national reform, the economy of China is rapidly prosperous and developed, various commodities appear on the market, and in the trend of the economy, famous brands appear in various categories of the commodities, which play a very important role in the forward development of the economy of China, but with the rise of the famous brands, fake and inferior products are mixed, so that the economic order is disturbed, and the image and the economic benefits of genuine brands are damaged. Especially for high-grade goods, the counterfeit products can cause great loss of the consumer's interest, and at the same time, the consumer can have a poor impression of the brand. Therefore, an anti-counterfeiting password is needed to protect the sold products, the invention provides a novel anti-counterfeiting password and an anti-counterfeiting method, the purposes of protecting the legal interests of brands and manufacturers from being infringed and avoiding the interests of consumers from being damaged are achieved by utilizing the unique anti-counterfeiting logic, and the anti-counterfeiting password has better social effect and economic benefit.
Disclosure of Invention
The invention provides a novel anti-counterfeiting password and an anti-counterfeiting method, which solve the anti-counterfeiting problem of products and protect the benefits of merchants, brands and consumers.
The technical scheme adopted by the invention for solving the technical problems is as follows:
a novel 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 including a two-dimensional code, an input code, a comparison code, a production date, a verification code and verification registration time are arranged on the anti-counterfeiting label, and the input code, the comparison code and the verification code are arranged correspondingly;
the verification terminal, namely a mobile phone, is used for scanning the two-dimensional code, inputting the input code and the verification code, sending the input data to the data verification platform, and receiving and displaying the verification data;
the data verification platform is a device for storing data and 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.
Further, after the input code is sent to the data verification platform, the data verification platform automatically generates a comparison code consisting of about 30 digits 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 'right' and 'wrong' to the data verification platform at the verification terminal according to the comparison result, the data verification platform changes the color of the characters into a red code or a green code according to the 'wrong' or 'right', the verification of the red code is terminated, and the green code is subjected to 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 label data, the data verification platform becomes a green code when matched with the stored label data, the data verification platform is a red code when not matched with the stored label data, verification time is generated and stored by the data verification platform and fed back to the verification terminal when the data verification platform is matched with the green code, and a consumer registers the verification time; when the mismatch becomes the red code, the data verification platform sends a 'false' word or 'false' word to the verification terminal.
Furthermore, a coating layer is arranged on the verification code, and the verification code is displayed after being coated with blanking liquid and removed of the coating layer and automatically disappears after a period of time.
Further, a coating layer is arranged on the comparison 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 comparison code and a production date or a verification time of the comparison code.
Furthermore, the verification data on the data verification platform changes color according to the verification result or the verification time, the generated and stored data ground color is a yellow code, the data ground color changes into a green code after correct verification, the data ground color changes into a red code after error verification, and the data ground color changes into a blue code after the data ground color exceeds the age limit or after repeated verification, so that the data ground color is four colors in total.
The anti-fake method of the novel anti-fake password comprises the following steps:
s1, generating label data: the data verification platform generates a unique and mutually corresponding input code, a comparison code and a verification code, and forms label 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-counterfeit label, and performing corresponding covering treatment;
s3, enter into the verification procedure: a consumer uses a verification terminal to scan the two-dimensional code on the anti-counterfeit label, enters a verification program and displays a visual operation interface;
s4: preliminary verification: the method comprises the steps that a consumer inputs an input code on a visual operation interface and sends the input code to a data verification platform, the data verification platform feeds back verification data to a verification terminal after processing, and a comparison code and a production date are displayed on the visual operation interface;
s5: preliminary comparison: the consumer scrapes off a coating layer on the comparison code, compares the coating layer with the comparison code displayed on the visual operation interface, if the comparison code is different or not displayed, the comparison code is false, the consumer feeds back a wrong word to the verification platform, the verification is finished, and if the comparison code is the same, the consumer feeds back a right word to the verification platform for secondary verification;
s6, secondary verification: the consumer smears the disappearing liquid display verification code on the verification code, inputs the verification code into the verification terminal, sends it to the data verification platform, the data verification platform matches and compares with the stored label data, if they match, it becomes a green code, if it is a green code, the data verification platform generates and stores the verification time, and feeds it back to the verification terminal, the consumer registers the verification time, the verification is over; if the data is not matched with the data verification platform, the data is a red code, and the data verification platform sends a 'false' or 'false' word to the verification terminal, so that the verification is finished.
Further, in step S4, when the input code is correctly verified, the verification terminal displays the matching comparison code and the production date; and when the input code is in error verification, different comparison 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; and when the verification code is input mistakenly, 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 as a yellow code when not verified in the background; in step S6, after the verification code is verified correctly within the age limit, the comparison code is displayed as a green code on the data verification platform, after the verification code is over the age limit or repeatedly verified, the comparison code is displayed as a blue code on the data verification platform, and after the verification is wrong, the comparison code is displayed as a red code on the data verification platform; in step S6, when the verification code is over-aged or repeatedly input, the payment process needs to be entered.
The invention has the following beneficial effects:
the unique corresponding input code, the unique corresponding comparison code and the unique corresponding verification code are adopted and are input and verified for two times, so that the rigor and the puzzlement of coding and verification are improved, and the decoding is difficult to break; the four-color changing technology is adopted, so that the authenticity of the product can be conveniently identified during verification, and the product 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 changing technology and overtime repeated verification payment, effectively improves the counterfeiting difficulty and reduces the risk of counterfeit products, has simple and convenient operation of the identification mode and low difficulty in learning and use, effectively reduces the risk of damage of the interests of consumers, and enhances the protection of products and brands.
Drawings
FIG. 1 is a flow chart of an anti-counterfeiting method of the present invention;
fig. 2 is a schematic view of the 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 technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the specification, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
In the description of this patent, it is to be understood that the terms "center," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like are used in the orientations and positional relationships indicated in the drawings for the convenience of describing the patent and for the simplicity of description, and are not intended to indicate or imply that the referenced devices or elements must have a particular orientation, be constructed and operated in a particular orientation, and are not to be considered limiting of the patent.
The specific implementation mode of the novel anti-counterfeiting password of the invention is as follows: firstly, a manufacturer produces an anti-counterfeiting label and arranges the anti-counterfeiting label on a product or an outer package of the product; then the product enters the market to flow and is sold at a seller; and finally, the consumer purchases the product and uses the verification terminal to verify the authenticity.
As shown in fig. 2, in the specific embodiment of the novel anti-counterfeit password of the present 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 a number and a chinese character. The input code 2 is Chinese character of "Yuhuangtianshen product", the comparison code 3 is number of "8608510120228001226398246805941", and the verification code 5 is combination of number of "Huangxianglin 000650" and Chinese character.
Furthermore, the verification terminal is a mobile phone or a PC, the data verification platform is a server erected at the cloud end, has the functions of automatically generating, matching, storing, comparing, receiving and sending codes, is provided with different databases for different products, and sends verification data according to verification conditions. When verification is carried out, the two-dimensional code is scanned to enter a verification program, the input code 2 or the verification code 5 is input and sent to the data verification platform, and the data verification platform receives the fed-back comparison code 3 and then compares the comparison code with the stored label data to carry out authenticity identification.
Further, the input code 2 may be coated on the surface according to actual needs.
Furthermore, a coating layer is arranged on the verification code 5, and the verification code is displayed after being coated with blanking liquid and removed of the coating layer and automatically disappears after a period of time. The primary authenticity verification can be carried out at a seller without a coating layer, and the primary and secondary authenticity verification is carried out after a consumer clears the coating layer. The surface of the verification code 5 is covered with a coating layer, and the coating layer automatically disappears after the blanking liquid is coated for display for a period of time, so that the coating layer cannot be continuously displayed or displayed again. The technical means of automatic invisible digit disappearance is adopted, so that various codes on the anti-counterfeiting label are prevented from being collected and reused by counterfeiters. The consumer records the verification time, can perform comparison in subsequent repeated verification, and is convenient for the consumer to confirm whether the product is activated for the consumer
Further, coating layers are arranged on the comparison 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 being sent to a data verification platform for comparison, the comparison code 3 is arranged on the anti-counterfeit label for comparison, the verification registration time 6 is used for filling and recording verification time, and the two-dimensional code 1 is used for scanning the verification terminal to enter 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 is data which is matched and compared by the data verification terminal and is fed back to the verification terminal.
The initial label data generated and stored by the data verification platform is a yellow code at the background, the input data on the label is input during verification, and the yellow code is converted into a green, blue or red code by the data verification platform according to the verification result error or the verification time. The label data on the data verification platform changes color according to the verification result or the verification time, the generated and stored data base color is a yellow code, the color changes to a green code after correct verification within the year, the color changes to a red code after error verification, and the color changes to a blue code after the year is over or after repeated verification.
As shown in fig. 1, the anti-counterfeiting method of the novel anti-counterfeiting password specifically comprises the following operations:
s1, generating label data: the data verification platform generates a unique and mutually corresponding input code 2, a comparison code 3 and a verification code 5, and forms label data to be stored in a database;
s2, coating codes: respectively arranging an input code 2, a comparison code 3 and a verification code 5 at corresponding positions on the anti-counterfeit label, and performing corresponding covering treatment;
s3, enter into the verification procedure: 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: preliminary verification: a consumer inputs an input code 2 on a visual operation interface, a 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, and a comparison code 3 and a production date 4 are displayed on the visual operation interface;
s5: preliminary comparison: the consumer scrapes off the coating on the comparison code 3, and compares the coating with the comparison code displayed on the visual operation interface, if the comparison codes are different or not displayed, the comparison code is false, the consumer feeds back the wrong word to the verification platform, the verification is finished, and if the comparison codes are the same, the consumer feeds back the right word to the verification platform for secondary verification;
s6, secondary verification: the consumer coats the blanking liquid to display the verification code 5, the verification code is input into the verification terminal and sent to the data verification platform, the data verification platform is matched with the stored label data, the data is changed into a green code after being matched, the data is not matched into a red code, when the data is matched into the green code, the data platform generates and stores verification time and feeds the verification time back to the verification terminal, and the consumer registers the verification time; when the mismatch becomes the red code, the data verification platform sends a 'false' or 'false' word to the verification terminal.
Further, in 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; and when the input code 2 is in error verification, displaying or not displaying different comparison codes 3 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 according to the matching result, the comparison code 3 and the production date are fed back to the verification terminal together, the consumer compares whether the comparison code 3 displayed on the verification terminal is consistent with the comparison code 3 on the tag, and sends "true" and "false" to the data verification platform, if the comparison code 3 is inconsistent, the consumer sends a "false" word, the data verification platform changes color to a red code after receiving the "false" word, and the verification is terminated; if the comparison codes 3 are consistent, the consumer sends the 'right' word, and the data verification platform changes the color into the green code after receiving the 'right' word and performs subsequent verification.
Further, in step S6, the consumer paints the blanking liquid to display the verification code 5, inputs the verification code 5 into the verification terminal, and sends the verification code 5 to the data verification platform, the data verification platform matches with the stored label data, if the matching is the green code, the data verification platform generates and stores the verification time, and feeds the verification time back to the verification terminal, and the consumer can register at the verification registration time 6; if the product is not matched with the fake product, the product is a red code, and meanwhile, the data verification platform sends a 'fake' or 'fake' word to the verification terminal, so that the product is a fake product; the data verification platform feeds back verification data to the verification terminal after processing, and a consumer can observe and record the comparison code 3 and the first verification time on a visual operation interface.
Further, in step S6, in a case that the verification code 5 is the only one that is correctly input for the first time within the three-year validity period, the matching comparison code 3 and the current verification time are displayed on the visual operation interface, and at this time, the data verification platform displays that the comparison code 3 is a green code on the background; and after the verification code 5 is more than three years of validity, the background of the data verification platform displays that the comparison code 3 is a blue code, and the condition can determine that the product is true. Otherwise, if the product is verified to be wrong, the product is determined to be false, and the background of the data verification platform displays that the comparison code 3 is a red code, the information is not displayed or the wrong information is displayed.
Further, in step S1, the comparison code 3 generated by the data verification platform is stored as a yellow code when not verified in the background; in step S6, after the verification code is verified correctly within the age limit, the comparison code is displayed as a green code on the data verification platform, after the verification code is over-age or repeatedly verified, the comparison code is displayed as a blue code on the data verification platform, and after the verification is incorrect, the comparison code is displayed as a red code on the data verification platform.
Further, in step S6, when the verification is over-age, the verification terminal pops up a payment activation prompt, the verification code 5 may be input only after the payment activation is performed, and the verification result is displayed after the verification code 5 is input; when the consumer repeatedly inputs the verification code 5 for verification, the verification result is also required to be 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 attributes 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, and any reference signs in the claims are not intended to be construed as limiting the claim concerned.
Claims (10)
1. A novel 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 including a two-dimensional code, an input code, a comparison code, a production date, a verification code and verification registration time are arranged on the anti-counterfeiting label, and the input code, the comparison code and the verification code are arranged correspondingly;
the verification terminal is used for scanning the two-dimensional code, inputting the input code and the verification code, sending the input data to the data verification platform, and receiving and displaying the verification data;
and the data verification platform is used for generating and storing label data, receiving and comparing input data sent by the verification terminal, and feeding back verification data to generate verification time to the verification terminal.
2. The new anti-counterfeit code according to claim 1, wherein: the input code and the verification code are used for being input into the verification terminal and are sent to the data verification platform for comparison, the comparison code is arranged on the anti-counterfeit label for comparison, the verification registration time is used for filling in and recording the verification time, and the two-dimensional code is used for enabling the verification terminal to scan and enter a verification program.
3. The new anti-counterfeit code according to claim 2, wherein: the verification code is provided with a coating layer, and the verification code is displayed after being smeared with blanking liquid and the coating layer is removed, and automatically disappears after a period of time.
4. The new anti-counterfeit code according to claim 1, wherein: and coating layers are arranged on the comparison code and the production date.
5. The new anti-counterfeit code according to claim 2, 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.
6. The novel anti-counterfeit code according to claim 5, wherein: the label data on the data verification platform changes color according to the verification result or the verification age, the ground color of the generated and stored label data is a yellow code, the label data becomes a green code after correct verification, becomes a red code after error verification, and becomes a blue code after the data verification platform exceeds the age or is repeatedly verified.
7. The anti-counterfeiting method of the novel anti-counterfeiting password according to any one of claims 1 to 6, which is characterized by comprising the following steps of:
s1, generating label data: the data verification platform generates a unique and mutually corresponding input code, a comparison code and a verification code, and forms label 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-counterfeit label, and performing corresponding covering treatment;
s3, enter into the verification procedure: a consumer uses a verification terminal to scan the two-dimensional code on the anti-counterfeit label, enters a verification program and displays a visual operation interface;
s4: preliminary verification: the method comprises the steps that a consumer inputs an input code on a visual operation interface, sends input data to a data verification platform, the data verification platform feeds back verification data to a verification terminal after processing, and a comparison code and a production date are displayed on the visual operation interface;
s5: preliminary comparison: the consumer scrapes off a coating layer on the comparison code, compares the coating layer with the comparison code displayed on the visual operation interface, if the comparison code is different or not displayed, the comparison code is false, the consumer feeds back a wrong word to the verification platform, the verification is finished, and if the comparison code is the same, the consumer feeds back a right word to the verification platform for secondary verification;
s6, secondary verification: a consumer coats blanking liquid to display a verification code, inputs the verification code into a verification terminal and sends the verification code to a data verification platform, the data verification platform is matched with stored label data and is changed into a green code after being matched, the verification code is not matched into a red code, when the verification code is matched into the green code, verification time is generated and stored by the data platform and is fed back to the verification terminal, and the consumer registers the verification time; when the mismatch becomes the red code, the data verification platform sends a 'false' or 'false' word to the verification terminal.
8. The anti-counterfeiting method of the novel anti-counterfeiting password according to claim 7, which is characterized in that: in step S4, when the input code is correct verification, the verification terminal displays the matched comparison code and the production date; and when the input code is in error verification, different comparison codes are displayed or not displayed on the verification terminal.
9. The anti-counterfeiting method of the novel anti-counterfeiting password according to claim 7, which is characterized in that: in step S6, when the verification code is correctly input, the verification terminal displays the verification time; and when the verification code is input mistakenly, the verification terminal displays the received 'false' word or 'false' word fed back by the data platform.
10. The anti-counterfeiting method of the novel anti-counterfeiting password according to claim 9, which is characterized in that: in step S1, the tag data generated by the data verification platform is stored in yellow when not verified in the background; in step S6, after the verification code is verified correctly within the age limit, the comparison code is displayed as a green code in the data verification platform, after the verification code is over the age limit or repeatedly verified, 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 code in the data verification platform; in step S6, when the verification code is over-aged or repeatedly input, the payment process needs to be entered.
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| 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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