WO2022237085A1 - Designated driving anti-counterfeiting/tracing method for alcoholic product - Google Patents

Abstract

A designated driving anti-counterfeiting/tracing method for an alcoholic product, comprising: a designated driving system receives a login request sent by a user terminal, so as to obtain a drink driving code of an alcoholic product; and determining whether the drink driving code matches a drink driving code in a designated driving system database, and if so, then enabling designated driving permission such that the user terminal enters a designated driving process, wherein a designated driving system entrance two-dimensional code is provided on the packaging of the alcoholic product, the login request is sent to the designated driving system when the user terminal scans the designated driving system entrance two-dimensional code, the login request comprises a drink driving code of the alcoholic product, in the designated driving system database, drink driving codes and the alcoholic product information are correspondingly stored, and the drink driving codes comprise an anti-counterfeiting code. In the method, a designated driving drainage function of a product is achieved, the anti-counterfeiting strength is enhanced, and anti-counterfeiting costs are reduced.

Description

A kind of anti-counterfeiting/traceability method for alcoholic products

This application claims the priority of the Chinese patent application with the application number 202110498075.7 and the invention titled "Anti-counterfeiting/traceable packaging method for sales promotion and drainage of wine products" submitted to the China Patent Office on May 8, 2021, the entire contents of which are incorporated by reference incorporated in this application.

This application claims the priority of the Chinese patent application with the application number 202110507741.9 and the invention titled "Method for tracking and packaging user data tracking and packaging for sales promotion and drainage of alcoholic products" submitted to the China Patent Office on May 10, 2021, the entire contents of which are incorporated by reference incorporated in this application.

This application claims the priority of the Chinese patent application with the application number 202110520741.2 and the invention titled "Method for Positioning and Packing Alcohol Product Taxi Promotion and Draining Users" submitted to the China Patent Office on May 13, 2021, the entire contents of which are hereby incorporated by reference In this application.

This application claims the priority of the Chinese patent application with the application number 202110688401.0 and the title of the invention "An Anti-counterfeiting/Tracing Method for Alcohol Products" submitted to the China Patent Office on June 21, 2021, the entire contents of which are incorporated by reference incorporated in this application.

technical field

This application relates to the technical field of information anti-counterfeiting, in particular to an anti-counterfeiting/traceability method for alcoholic products.

Background technique

Many people have had this experience: Friends meet up, have a drink, and only remember to call a substitute driver before leaving. When the substitute driver arrives, it often takes dozens of minutes to wait.

Driver (system) platform operators and driver drivers will try their best to find customers and attract business. To use the popular saying nowadays is: precise drainage. The operators of the driving platform will invest a lot of advertising/promotion expenses every year to carry out accurate customer drainage, and often invest hundreds of millions or billions of yuan per year.

Liquor, red wine, rice wine, beer and other alcohol product manufacturers will try their best to promote their products. In order to attract consumers and users, promote the products of manufacturers, and even give some valuable promotional gifts for free, some wineries often invest hundreds of millions or more than one billion yuan per year.

Many people have had this experience: When you go to a pharmacy to buy a box of medicine, the pharmacy requires you to register your name, ID number, contact number and other user information, otherwise they will not sell you the medicine. This is because national laws mandate the tracking of the final destination of each box of medicines, so that when quality problems arise, the final destination of each box of medicines can be traced, the medicines can be recalled in time, patients’ medications can be suspended, and people’s lives and health can be protected.

Article 42 of the "Food Safety Law", which came into effect on October 1, 2015, clarifies that: the state encourages (not mandatory) food producers and operators to use information technology to collect and retain production and operation information, and establish a food safety traceability system. It is required to be able to trace the source of food upwards and trace the whereabouts of food downwards. However, the "Food Safety Law" does not mandate the tracking of the final destination of each bottle of wine, and sellers have no right to require users to register names, ID numbers, contact numbers and other accurate product tracking information. However, wineries are very eager to track the final destination of each bottle of wine and other accurate product tracking information. For example: a certain Bingquan brand bottled mineral water in China has implemented the patented solution of "Bottle cap anti-counterfeiting device with QR code label (CN204010023U)". The bonus of 2 yuan in water and heavy rewards for users who scan the code are used to "purchase" the product's final destination and other accurate product tracking information. Another example is that a certain brand of bottled liquor in China has also implemented the program. In order to accurately track the final destination of the product, a certain winery did not hesitate to pay a bonus of 5-8 yuan per bottle of wine, and heavily rewarded users who scanned the code to "purchase" the final destination of the product and other accurate product tracking information. Such a heavy reward, but the effect is still very little. Statistics show that in the above two cases, only 13.8% of the products were scanned to receive the prize on average. It can be said that the above-mentioned traditional method of spending money to heavily reward code-scanning users and purchase information on the final destination of products is a waste of time and money, and the gains outweigh the losses.

The "password anti-counterfeiting marker (CN2216694Y)" invented by the inventor in 1994 is commonly known as electric code anti-counterfeiting or digital anti-counterfeiting. Its anti-counterfeiting principle is: an anti-counterfeiting code with serial number and random password is set for each product. It is used and managed according to the principle of one item, one code. The anti-counterfeiting code is stored in the database of the anti-counterfeiting inspection system connected to the Internet. When consumers purchase products with electronic code anti-counterfeiting markers, they can input the anti-counterfeiting code on the product. After being checked by the anti-counterfeiting inspection system, they can know the authenticity of the product , it breaks through the limitations of traditional anti-counterfeiting products that are easy to be anti-counterfeited in batches and difficult for consumers to identify. Code anti-counterfeiting is classified as information checking anti-counterfeiting technology because it can be checked and verified by telephone. After nearly 30 years of promotion and popularization, it has been widely used in various products in all walks of life. It is recognized by the Chinese anti-counterfeiting industry as the first generation of anti-counterfeiting information inspection anti-counterfeiting technology in China, and has been included in the national standard GB/T19425-2003. Statistics show that the inspection rate of code anti-counterfeiting is very low, only 0.3% on average. As time goes on, counterfeiters have discovered its technical loopholes, so its anti-counterfeiting strength has been very weak, and the anti-counterfeiting effect has been very poor.

On June 4, 2009, "China Youth Daily" published an article "National Code Anti-counterfeiting Promotion Action Silently Ended", pointing out four major loopholes in the code anti-counterfeiting, and the third loophole is the mass forgery of stolen codes: "The method of obtaining anti-counterfeiting passwords It can be in many ways, for example, it cannot be ruled out that the counterfeiting group buys internal staff with money to obtain the possibility of counterfeiting codes.” It should be pointed out that digital anti-counterfeiting is based on the absolute security of the computer anti-counterfeiting network query system database. Once the anti-counterfeiting password and other anti-counterfeiting feature information is leaked, the entire anti-counterfeiting system project will collapse. It can be seen that the third loophole of the current code anti-counterfeiting technology is that "house thieves are hard to guard against", and it is difficult to effectively control the copying and stealing codes of internal secret-related staff.

The Chinese patent "product anti-counterfeiting and logistics comprehensive management method and system (CN100390824C)" has improved and upgraded the above-mentioned "password anti-counterfeiting marker (CN2216694Y)" technology, providing an anti-counterfeiting/ Traceability methods, including the central database connection query site and traceability management network, consumers and users can identify the authenticity of products by themselves through smart phones, enterprises can use anti-counterfeiting/traceability systems to register products from production to retail, and can use The statistical analysis system traces the logistics situation of products in real time. This invention combines two functions of product anti-counterfeiting and traceability, which provides convenience for enterprises to trace the logistics situation of products in real time while providing consumers with identification of authenticity.

The inventor has been engaged in anti-counterfeiting technology and anti-counterfeiting theoretical research for nearly 30 years, and found that: relying on consumer users to actively check the authenticity of products, the checking rate is very low, only 0.3% on average. In other words, China's first-generation anti-counterfeiting information inspection type anti-counterfeiting technology is weak in anti-counterfeiting because of its low inspection rate, and it is difficult to effectively curb counterfeiting.

Contents of the invention

The purpose of this application is to provide an anti-counterfeiting/traceability method for alcohol products, which realizes the function of product driving and drainage, enhances the anti-counterfeiting strength, and reduces the anti-counterfeiting cost.

This application provides an anti-counterfeiting/traceability method for alcohol products, including:

The proxy driving system receives the login request sent by the user terminal, and obtains the drunk driving code of the alcohol product according to the login request;

Judging whether the drunk driving code of the alcohol product matches the drunk driving code in the surrogate driving system database, if so, enabling the surrogate driving authority so that the user terminal enters the surrogate driving process;

Wherein, a QR code for the entrance of the driving system is set on the wine product packaging; the login request is sent to the driving system by scanning the QR code for the entrance of the driving system by the user terminal, and the The login request includes the DUI code of the alcoholic product in question;

Wherein, in the database of the surrogate driving system, the drunk driving code is stored correspondingly with the alcohol product information to generate a product surrogate driving information file; the drunk driving code includes an anti-counterfeit code.

Preferably, a drunk driving ticket is also provided on the wine product packaging, and the drunk driving code is set on the drunk driving coupon or on the wine product packaging; the login request is issued by After the user destroys the packaging of the wine product to obtain the drunk driving code, it is sent to the valet driving system by scanning the QR code at the entrance of the valet driving system with the user terminal.

Preferably, the wine product package is specifically a wine bottle and/or a wine box and/or a bottle cap.

Preferably, the drunk driving code is set in the entrance two-dimensional code of the proxy driving system, so that the drunk driving code and the entrance two-dimensional code of the proxy driving system are combined into a unique drunk driving entrance code; the login request After the user destroys the wine product package to obtain the drunk driving entry code, scans the drunk driving entry code with the user terminal to obtain the drunk driving code, and sends it to the surrogate driving system.

Preferably, the wine product packaging is also provided with a product anti-counterfeiting/traceability code corresponding to the drunk driving code; before the activation of the driving authorization, it also includes:

Judging whether the product anti-counterfeiting/traceability code on the packaging of the alcoholic product is the same as the product anti-counterfeiting/traceability code in the driver system database, if so, execute the step of enabling the driver’s authorization;

Wherein, in the surrogate driving system database, the product anti-counterfeiting/traceability code is correspondingly stored with the drunk driving code.

Preferably, the wine product package is also provided with an anti-counterfeiting code corresponding to the drunk driving code; before the authorization of driving on behalf of the driver is enabled, it also includes:

Judging whether the anti-counterfeit code on the packaging of the alcoholic product is the same as the anti-counterfeit code in the driver system database, if so, execute the step of enabling the driver’s authority;

Wherein, in the surrogate driving system database, the anti-counterfeiting code is correspondingly stored with the drunk driving code.

Preferably, the anti-counterfeiting code and the drunk driving code are respectively set on the wine bottle and the wine box.

Preferably, the anti-counterfeiting code and/or the drunk driving code is printed on a nail to make a nail-type drunk-driving coupon, and the nail-style drunk-driving coupon is nailed into the wine product packaging Inside.

Preferably, the anti-counterfeiting code and/or the drunk driving code are printed on a paper towel to form a paper towel type drunk driving ticket, and the paper towel type drunk driving ticket is placed in a wine box.

Preferably, the proxy driving database further includes proxy driving information, the proxy driving information is stored corresponding to the drunk driving code, and the proxy driving information includes proxy driving mileage and/or proxy driving amount.

Preferably, the proxy driving permission is specifically a proxy driving permission with a time limit.

Preferably, the method also includes:

Collect statistics on the driving route information and/or user information of the driver, and save it in the driver system database and/or anti-counterfeiting/traceability system database;

Wherein, the surrogate driving route information includes a route start location and/or a route end location, and the user information includes the ID number of the user terminal or associated information of the ID number.

Preferably, the driving system and the taxi-hailing system are interconnected, and the drunk driving code and the taxi-hailing code are common in the driving system and the taxi-hailing system.

An anti-counterfeiting/tracing method for alcohol products provided by this application, comprising: the agent driving system receives the login request sent by the user terminal, and obtains the alcohol product's alcohol driving code according to the login request; judges the alcohol product Whether the drunk driving code in the driver system database matches the drunk driving code in the surrogate driving system database; code; the login request is sent to the valet driving system by scanning the QR code at the entrance of the valet driving system by the user terminal, and the login request includes the drunk driving code of the alcoholic product; wherein, In the surrogate driving system database, the drunk driving code is stored correspondingly with the alcohol product information to generate a product surrogate driving information file; the drunk driving code includes an anti-counterfeiting code.

Compared with the prior art, the anti-counterfeiting/traceability method for alcoholic products provided by this application can produce the following beneficial effects.

First, it can accurately attract customers for the driving system platform. The survey shows that the operators of the driving service platform are willing to give up the advertising/promotion expenses within the budget to the wine product manufacturers, and the wine product manufacturers are also happy to put the drunk driving coupons provided by the driving service platform for free on the packaging of wine products inside. Because drinking, using paper towels and calling a driver are three related consumption behaviors that occur at the same time, most of the consumers who are drunk immediately have a demand for a driver. It will be used by users in a timely manner and in large quantities, which will undoubtedly attract a large number of customers to the surrogate driving system platform. In other words, the technical solution of the present invention is to set drinking coupons such as paper towels in the wine box. The three interact and promote each other, producing unexpected beneficial technical effects, especially for the precise drainage of the driving platform.

Second, accurate product tracking information can be collected. The product anti-counterfeiting/traceability system of the alcohol product manufacturer can estimate the precise location information of the restaurant and the user based on the start and end location information of the user's (ie drinker) driving route sent back by the surrogate driving system. The research found that: the starting point of the user's driving route is basically the location of the consumption place of alcohol products, that is, the location of the restaurant; the end position of the user's driving route is basically the location of the user's residence of alcohol products, namely The location of the consumer's residential complex. In this way, alcohol product manufacturers can record the location of some restaurants, as well as the precise tracking information of products such as the location of the residential area of specific users (ie drinkers/consumers). In addition, the product anti-counterfeiting system and product manufacturers can also collect accurate product tracking information such as the user's name, ID number, and contact information according to the ID of the user logging in to the driving system. The survey shows that after obtaining the user's permission, this is an ingenious and simple method for collecting accurate tracking information of alcoholic products.

According to the research and analysis, accurate product tracking information such as users and their precise location is the information that wine manufacturers hope to obtain. Using this kind of precise information, wineries can search APPs on Douyin, WeChat Moments, and mobile phones On the one hand, it intelligently pushes Douyin content and advertisements to target users in a targeted and precise manner. The traceability work includes tracing up the source of food and tracing down the whereabouts of food. Because accurate product tracking information can help wineries to intelligently push Douyin content and advertisements to target users in a targeted and very precise manner, alcohol product manufacturers do not pay attention to collecting traceability information such as product origin, but attach great importance to collecting tracking information such as product whereabouts.

Third, it is easy to prevent internal thieves, and the anti-counterfeiting strength is greatly enhanced. Alcoholic product manufacturers use the drunk driving code inspection service provided by the third-party driving system, which is objectively equivalent to providing authenticity inspection services for alcoholic products. Alcohol manufacturers' own anti-counterfeiting inspection system and third-party driving system constitute a dual-system anti-counterfeiting system, which can realize double-code anti-counterfeiting and enable consumers to obtain double anti-counterfeiting protection. Because the two families may be far apart and the personnel relationship is unfamiliar and isolated, it is difficult for an inside thief of one family to bribe another inside thief. Internal secret-related staff monitors the fraudulent behavior of stealing codes, thus greatly enhancing the anti-counterfeiting strength.

Fourth, it is easy to trigger and convenient to make an appointment for a driver. Because when the wine box is opened, consumers can easily see the conspicuous drunk driving coupons or paper towels set on the wine bottle or wine box or bottle cap, so it is easy to trigger (or remind) and facilitate consumers to drink before drinking. Just make an appointment on behalf of the driver, so as to avoid waiting for a long time for an appointment after drinking.

Fifth, it can promote products for wine product manufacturers and reduce anti-counterfeiting costs (even free anti-counterfeiting). This is because the operator of the driving platform is willing to pass on the advertising/promotion expenses within the budget to the alcohol product manufacturers, and the alcohol product manufacturers are also willing to use the four-in-one functions of sales promotion, anti-counterfeiting, tracking, and driving for the drunkard. The drunk driving coupon provided by the driving platform for free can be used in alcoholic products. This is equivalent to obtaining free promotion, free anti-counterfeiting and other free services for wine product manufacturers. This kind of multi-dimensional information integration, sharing and cooperation is conducive to the information exchange and sharing of my country's wine industry and the driver's service industry, and is conducive to the development of wine products and industries towards big data and new retail formats.

Sixth, the usage rate is high. The usage rate of drunk driving coupons is equal to the anti-counterfeiting inspection rate. The anti-counterfeiting inspection rate is extremely high, which is conducive to enhancing the anti-counterfeiting effect and helping manufacturers to attract fans. The survey shows that more than 76% of the drunk driving codes will be checked and used because they are called to drive, which means that the anti-counterfeiting query rate of products has reached 76%. Compared with the 0.3% query rate of China's first-generation anti-counterfeiting information inspection anti-counterfeiting technology, it has increased by more than 200 times, which greatly enhances the anti-counterfeiting strength, and can also help alcohol product manufacturers to obtain a large number of product fans and consumers. data. During specific implementation, according to different needs and purposes, alcohol product manufacturers can also subsidize some fees to the drunk driving coupons to attract consumers to use drunk driving coupons.

Seventh, it can provide free driving and discount driving services for users (ie consumer drinkers), thereby benefiting consumers.

Description of drawings

In order to illustrate the prior art and the technical solutions in the embodiments of the present application more clearly, the following briefly introduces the drawings that need to be used in the description of the prior art and the embodiments of the present application. Of course, the following drawings related to the embodiments of the application describe only a part of the embodiments of the application, and those of ordinary skill in the art can obtain other The accompanying drawings, and other obtained drawings also belong to the protection scope of the present application.

Fig. 1 is a schematic flow chart of an anti-counterfeiting/traceable method for driving on behalf of a wine product provided by the present application;

Fig. 2 is an overall block diagram of a product system provided by the present application;

Fig. 3 is a schematic plan view of a drunk driving coupon and anti-counterfeiting code sub-coupling provided by the present application;

Fig. 4 is a schematic cross-sectional view of a wine product package provided by the present application;

Fig. 5 is a schematic plan view of a drunk driving ticket provided by the present application;

Fig. 6 is a schematic plan view of a pair of drunk driving coupons and product traceability codes provided by the present application;

Fig. 7 is a schematic plan view of a pair of drunken driving coupons and product anti-counterfeiting codes provided by the present application;

Fig. 8 is a schematic plan view of another drink driving coupon provided by the present application;

Fig. 9 is a schematic cross-sectional view of another wine product package provided by the present application;

Fig. 10 is a schematic plan view of a nail-type drunk driving voucher provided by the present application;

Fig. 11 is a schematic cross-sectional view of a nail-type driving ticket provided by the present application nailed into the material layer of the wine product packaging;

Fig. 12 is a three-dimensional schematic diagram of a paper towel type drunk driving ticket provided by the present application;

FIG. 13 is an overall block diagram of a communication connection between a driver-in-charge system and a taxi-hailing system provided by the present application;

Fig. 14 is a three-dimensional schematic diagram of a drunk driving ticket provided by the present application used for sealing a wine box.

Explanation of attached figure numbers: 1-Voucher for driving after drinking, 2-QR code at the entrance of the driving system, 3-Wine bottle, 4-Wine box, 5-Bottle cap, 6-Glue cap, 7-Anti-fraud code pair Link, 8-anti-counterfeiting code, 9-wine, 10-smart phone, 11-representative driving system database, 12-representative driving system, 13-product anti-counterfeiting/traceability system, 14-product anti-counterfeiting/traceability database, 15-call Driving page, 16-Didi driving mini program entry code, 17-Product anti-counterfeiting/traceability code sub-link, 18-Product traceability code, 19-Drunk driving code, 20-Drunk driving entry code, 21-Product anti-counterfeiting code, 22-5G Network, 23-bottle tag, 24-nails, 25-tissue, 26-taxi system.

Detailed ways

The core of this application is to provide an anti-counterfeiting/traceability method for driving on behalf of wine products, which realizes the function of driving on behalf of products, enhances the anti-counterfeiting strength, and reduces the cost of anti-counterfeiting.

In order to describe the technical solutions in the embodiments of the present application more clearly and completely, the technical solutions in the embodiments of the present application will be introduced below in conjunction with the drawings in the embodiments of the present application. Apparently, the described embodiments are only some of the embodiments of this application, not all of them. Based on the embodiments in this application, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of this application.

Please refer to Figure 1. Figure 1 is a schematic flow chart of an anti-counterfeiting/traceability method for a substitute driver for alcoholic products provided by this application. The anti-counterfeit/traceability method for a substitute driver for alcoholic products may include:

S101: The proxy driving system receives the login request sent by the user terminal, and obtains the drunk driving code of the alcohol product according to the login request;

S102: Determine whether the drunk driving code of the alcohol product matches the drunk driving code in the surrogate driving system database, if so, enable the surrogate driving authority, so that the user terminal enters the surrogate driving process;

Among them, there is a QR code for the entrance of the driving system on the packaging of alcoholic products; the login request is sent to the driving system by scanning the QR code at the entrance of the driving system by the user terminal, and the login request includes the drunk driving of alcoholic products. coding;

Among them, in the surrogate driving system database, the drunk driving code is stored correspondingly with the alcohol product information, and the product surrogate driving information file is generated; the drunk driving code includes an anti-counterfeit code.

The anti-counterfeiting/traceability method for alcoholic products provided by this application not only realizes the driving traffic of the products, but also realizes the anti-counterfeiting identification of the products.

Specifically, a QR code at the entrance of the proxy driving system can be set on the wine product packaging in advance, so that the user can scan the QR code through the user terminal to log in to the proxy driving system, and then enter the proxy driving process. Among them, the QR code at the entrance of the proxy driving system can be a QR code for a public account, or a QR code for a small program, or a QR code for an H5 page link. It can be various barcodes that can directly log in or indirectly jump to the valet driving system after the user terminal (smartphone) scans the code.

At the same time, a drunk driving code can be set in advance for alcohol products, and the drunk driving code includes an anti-counterfeiting code. Further, the drunk driving code and the information of alcohol products are correspondingly stored in the database of the driver system, so as to realize the anti-counterfeiting identification of alcohol products . It is understandable that by storing the above-mentioned various types of information in the third-party platform, it is difficult for the internal staff of the wine product manufacturer to copy and steal the code, effectively ensuring the security of the data information.

Therefore, when the user terminal scans the QR code at the entrance of the surrogate driving system and inputs the drunk driving code, the surrogate driving system can compare the drunk driving code submitted by the user terminal with the corresponding drunk driving code in the surrogate driving system database. , then enable the proxy driving permission and allow the user to use the proxy driving function, otherwise, refuse to enable the proxy driving permission, and the user cannot use the proxy driving function.

Wherein, the specific content of the wine product information does not affect the implementation of the technical solution, for example, it may include the wine product type, origin, brand, identification code and other information, which is not limited in this application.

Of course, this application also does not limit the specific setting positions of the QR code at the entrance of the surrogate driving system and the drunk driving code. It is understandable that in order to facilitate users to quickly log in to the driver system, the QR code of the driver system can be placed on a conspicuous position on the outer surface of the packaging of alcoholic products; Others (non-users) steal it first, and the drunk driving code can be set inside the packaging of the alcoholic product, that is to say, only the user who opens the packaging of the alcoholic product can obtain the drunk driving code, so as to ensure that the user who bought the alcoholic product ( drinkers/consumers) can obtain and use DUI codes.

Furthermore, the verification result of the drunk driving code by the substitute driving system can also be fed back to the user terminal. When the verification of the drunk driving code fails, the identification conclusion that the inspected product is a counterfeit product can be fed back to the user terminal.

As a preferred embodiment, alcohol product packaging is also provided with drunk driving coupons, and the drunk driving code is set on the drunk driving coupons or on the wine product packaging; the login request is for the user to destroy the alcohol product packaging After obtaining the drunk driving code, use the user terminal to scan the QR code at the entrance of the surrogate driving system and send it to the surrogate driving system.

Specifically, the drunk driving code can be set on the drunk driving coupon or on the packaging of alcoholic products, and the drunk driving coupon can be pasted on the seal of the packaging of alcoholic products, so that the user can only The drunk driving code can only be obtained after the property is destroyed, so that the drunk driving code can be effectively prevented from being stolen by others when the alcohol product is not sold, effectively protecting the rights and interests of users.

As a preferred embodiment, the above-mentioned wine product package can specifically be a wine bottle and/or a wine box and/or a bottle cap. Thus, the QR code at the entrance of the valet driving system and the drunk driving code can be set on the wine bottle and/or the wine box and/or the bottle cap.

As a preferred embodiment, the drunk driving code is set in the two-dimensional code at the entrance of the proxy driving system, so that the drunk driving code and the two-dimensional code at the entrance of the proxy driving system are combined into a unique drunk driving entrance code; After obtaining the drunk driving entry code on the product package, use the user terminal to scan the drunk driving entry code to obtain the drunk driving code, and send it to the driving agent system.

In order to realize the quick login of the driver system and the quick anti-counterfeit inspection of alcohol products, the drunk driving code can be set in the QR code of the entrance of the driver system, so that the two can be combined into a unique wine driving entrance code. After the user destroys the packaging of alcoholic products to obtain the drunk driving entry code, he can directly obtain the drunk driving code by scanning the drunk driving entry code with the user terminal, and submit it to the surrogate driving system, so that the surrogate driver can log in to the surrogate driving system at the same time as the user terminal. The system can complete the anti-counterfeiting verification of alcohol products based on the drunk driving code, which is faster and more efficient.

As a preferred embodiment, the above alcohol product packaging is also provided with a product anti-counterfeiting/traceability code corresponding to the drunk driving code; Whether it is the same as the product anti-counterfeiting/traceability code in the surrogate driving system database, and if so, perform the step of enabling the surrogate driving authority; wherein, in the surrogate driving system database, the product anti-counterfeit/traceability code is stored correspondingly to the drunk driving code.

In order to further improve the anti-counterfeiting strength, in addition to the verification of the drunk driving code, the verification of the product anti-counterfeiting/traceability code can also be added. The product anti-counterfeiting/traceability code is used to realize the anti-counterfeiting verification and information traceability of alcohol products. Specifically, it is also possible to set a product anti-counterfeiting/traceability code on the packaging of alcoholic products. The product anti-counterfeiting/traceability code corresponds to the drunk driving code, and the two are correspondingly stored in the database of the surrogate driving system. Thus, the surrogate driving system After completing the verification of the drunk driving code and before opening the driver's license, the product anti-counterfeiting/traceability code can also be verified, and the driver's license can be activated when the verification is passed. Obviously, through this implementation method, alcohol products are protected by double anti-counterfeiting protection of product anti-counterfeiting/traceability code and drunk driving code, which effectively enhances the anti-counterfeiting strength and greatly curbs counterfeiting.

As a preferred embodiment, the above alcohol product packaging is also provided with an anti-counterfeiting code corresponding to the drunk driving code; Whether the anti-counterfeit codes in the database of the driving system are the same, if so, execute the step of enabling the authorization of the substitute driver; wherein, in the database of the substitute driver system, the anti-counterfeit codes and the drunk driving codes are correspondingly stored.

In order to prevent the unused drunken driving coupons from being recycled and stolen by the waste collectors, and then used by non-users, causing economic losses to the winery and the driving platform, and to prevent the driving system and anti-counterfeiting system from mistakenly treating non-users as For user tracking and service, and in order to avoid inaccurate product tracking information such as user location collected by the system, in addition to verifying the drunk driving code and product anti-counterfeiting/traceability code, the verification of product anti-counterfeiting code can also be added .

Specifically, an anti-counterfeit code can also be set on the packaging of alcoholic products, the anti-counterfeit code corresponds to the drunk driving code, and the two are correspondingly stored in the database of the proxy driving system. After the verification of the drunk driving code and before the driver authorization is enabled, the anti-counterfeit code can also be verified, and the driver authorization is enabled when the verification is passed.

Among them, the anti-counterfeiting code and the drunk driving code can be set on the wine bottle (including bottle cap/plastic cap) and the wine box respectively. It is understandable that most of the wine bottles, bottle caps, wine boxes, linings and other parts recovered by waste collectors are randomly separated, and it is difficult to keep them together in pairs. In this case, If the corresponding relationship between the anti-counterfeiting code and the drunk driving code is disrupted, it will not be able to be paired for use. On the contrary, when the wine bottle is opened (drinking), the corresponding relationship between the anti-counterfeiting code and the drunk driving code is not disrupted, which will not affect the use of inspection. Thus, it is difficult for waste collectors to recycle the corresponding anti-counterfeit code and drunk driving code, thereby preventing non-users from fraudulently using the drunk driving code.

In addition, the product anti-counterfeiting/traceability code can also be set on the wine bottle, and the wine driving code can be set on the wine box, so that the product anti-counterfeiting/traceability code can also be used as an anti-counterfeiting code. When the record information stored in the surrogate driving database matches, the surrogate driver authority is enabled and the user is allowed to enter the surrogate driving process.

Certainly, regarding the above-mentioned drunk driving code, product anti-counterfeiting code, product traceability code, and anti-counterfeit code, many different implementation methods can be set. For example, in one implementation method, the drunk driving code, product anti-counterfeiting code, and product traceability code can be combined into one. In this way, the cost can be shared and the cost can be saved. All expenses such as retrospective cost, drink driving coupon cost, etc. In another implementation, the product anti-counterfeiting code and the anti-counterfeiting code can be combined into a secret code, the product traceability code and the drunk driving code can be combined into a clear code, and the clear code and the secret code can be respectively set in the wine box (including Lining) and wine bottles (including bottle caps) to effectively prevent non-users from fraudulently using the drunk driving code.

As a preferred embodiment, the anti-counterfeiting code and/or drunk driving code is printed on the nail to make a nail-type drunk-driving coupon, which is nailed into the wine product packaging.

According to related news, many waiters in restaurants and restaurants will actively open bottles and pour wine for guests, so as to recycle complete packages such as wine boxes and wine bottles, and then sell them to recycling counterfeiters. This shows that recycling fraud is a common phenomenon. Counterfeiting phenomenon. It can be seen that how to prevent used waste wine boxes and other packaging materials from being recycled for counterfeiting has always been an industry problem that wine product manufacturers seek to solve.

Therefore, in order to avoid the continued proliferation of counterfeit recycled wine boxes, the anti-counterfeit code and/or drunk driving code can be printed on the nail to make a nail-style drunk-driving coupon, and the nail-style drunk-driving coupon can be nailed into the Inside the packaging of alcoholic products (preferably completely buried in the material), to ensure that waiters and other recyclers cannot pull out the nails, and can only be taken out by destroying the packaging. In this way, because the user must use the anti-counterfeit code and/or drunk driving code, the packaging material must be torn and damaged to take out the nail and get the anti-counterfeit code and/or drunk driving code. purpose of the box. In addition, as a standard, unified, and general-purpose nail-style drunk driving coupon provided by the operator of the driving platform to various wineries, it can be mass-produced in large-scale and continuous production to reduce costs. The driving coupon can be nailed into any paper wine box material in any link such as the production link of the winery and the market circulation link. It does not need to be embedded in the paper in the printing factory in advance. After use, it cannot be seen or touched, and will not affect the beauty of the wine box.

As a preferred embodiment, the anti-counterfeit code and/or drunk driving code is printed on the paper towel to make a paper towel type drunk driving coupon, and the paper towel type drunk driving coupon is placed in the wine box.

In another implementation, the anti-counterfeit code and/or drunk driving code can be printed on paper towels (including paper towel bags) to make a paper towel type drunk driving ticket, and the paper towel type drunk driving ticket Put it into (that is, hide in) the wine box for the user (drinking) to take, so that the user (including those who do not need the drunk driver) can use it and scrap it at will, so as to prevent the waste collector from using the drunk driving coupon falsely, so as to Avoid inaccurate product tracking information collected by the system. It is understandable that according to the principle of garbage classification and research results, 99% of used paper towels will be thrown into the trash can as food waste, and will not be collected together with wine bottles, bottle caps, wine boxes, linings, etc. Recycling, thus, it is difficult for waste collectors to recycle paper towels, thereby preventing non-users from fraudulently using the drunk driving code.

As a preferred embodiment, the surrogate driving database also includes surrogate driving information, the surrogate driving information is stored corresponding to the drunk driving code, and the surrogate driving information includes the mileage of the surrogate driving and/or the amount of the surrogate driving. Specifically, by storing the drunk driving code and its corresponding mileage and/or amount of the surrogate driving in the database of the surrogate driving system, the surrogate driving system can set Free/preferential driver mileage and driver amount.

As a preferred embodiment, the proxy driving authority may specifically be a proxy driving authority with a time limit set. Under normal circumstances, the user will call a substitute driver after drinking for a certain period of time. Therefore, the limit time of the substitute driver authority can be set. Driving coupons are recycled and resold by waste collectors to prevent fraudulent use by non-users.

As a preferred embodiment, the method may further include: collecting statistics on driving route information and/or user information, and storing them in the driving system database and/or anti-counterfeiting/tracing system database; wherein, the driving route information includes route The starting position and/or the end position of the route, the user information includes the ID number of the user terminal or related information of the ID number.

Specifically, the proxy driving system can use the driving route information (starting point, end point) and/or user information (ID number of the user terminal, information associated with the ID number, such as the user's contact number, user name, User’s ID number, user’s home address, etc.), fed back to the product anti-counterfeiting/traceability system connected to itself through communication, and can also be recorded in the surrogate driving database at the same time. It is understandable that the starting point of the driving route of the user is generally the location of the consumption place of alcohol products, that is, the location of the seller; the end position of the driving route of the user is generally the location of the user's residence of alcohol products, namely The location of the consumer's residential complex. In this way, alcohol product manufacturers can record the location of the seller (restaurant/drinking consumption place) of each alcohol product, as well as the location of the residential area of the specific user (ie the drinker/consumer) and other product tracking information. In other words In short, wine product manufacturers can know who the consumer of each bottle of wine that has been consumed is, where it is consumed, where it lives, contact information and other product accurate tracking information.

It is conceivable that the above-mentioned method of accurately tracking the final destination information of the product through the process of using the drunk driving coupon by the user and the process of using the driving system is an ingenious method of collecting accurate product tracking information. Compared with the current traditional method of spending money to reward code-scanning users and purchase product final destination information described in the background technology, this implementation method is more ingenious, effective, low-cost, and even free.

As a preferred embodiment, the driving system and the taxi system are interconnected, and the drunk driving code and the taxi code are common in the driving system and the taxi system.

Specifically, by connecting the driver system and the taxi-hailing system, the code for drunk driving and the code for taxi-hailing after drinking can be used in common in the two systems. The system allows drunk driving codes to be used in two subsystems, so that it is convenient for drinkers who did not drive or did not drive after drinking to take a taxi home.

Based on the foregoing embodiments, several different implementation manners are provided below.

First, refer to FIG. 2, which is an overall block diagram of a product system provided by this application, including a driver system 12 and a driver system database 11, a product anti-counterfeiting/traceability system 13 and a product anti-counterfeiting/traceability system database 14, and a 5G network 22 and the smart phone 10, wherein the calling page 15 of the smart phone 10 is as shown in FIG. 2 .

The first implementation method:

Referring to FIG. 3 , FIG. 3 is a schematic plan view of a pair of drink-driving coupons and anti-counterfeiting codes provided by the present application. Firstly, print a batch of drunk driving coupons 1, and use a digital printing machine to print a copy of each drunk driving coupon 1 generated by the website (such as http://weixin.qzxj315.com/fid=210700000067752784). The drunk driving entry code is 20, of which the 18-digit Arabic numeral 210700000067752784 is the drunk driving code inserted and edited, and http://weixin.qzxj315.com/fid is the entrance URL of the 12 mini-programs of the substitute driving system. Further, an anti-counterfeiting code sub-page 7 is attached below each drink driving coupon 1, and a corresponding six-digit anti-counterfeiting code 8 (the anti-recovery code shown in Figure 3) is printed, And the anti-counterfeiting code 8 is correspondingly recorded in the driving system database 11 with the drunk driving code.

Please refer to Fig. 4 for setting the drunk driving coupon on the packaging of alcoholic products. Fig. 4 is a schematic cross-sectional view of a packaging of alcoholic products provided by the present application. For a kind of wine product, at first, select a kind of volume to be the ceramic wine bottle 3 of 650 milliliters for use (certainly also can select the ceramic wine tank of larger capacity or wine jar as container for use), fill 500 milliliters 53 in wine bottle 3 9, stick the drunken driving voucher 1 on the top of the bottle cap 5, and use the opaque plastic cap 6 to plastic-seal the drunken driving voucher 1 and the bottle cap 5 (i.e. hide), so that anyone Without tearing off the rubber cap 6, the drunk driving entrance code 20 on the drunk driving voucher 1 cannot be seen and used. Further, the anti-counterfeiting code sub-link 7 is pasted on the inside of the top of the wine box 4, and the drunk driving code is hidden in the bottle cap 5 inside, so that anyone can not see and check the drunk driving code without unscrewing the bottle cap 5. In this way, each bottle of wine has a unique drunk driving code and the drunk driving entrance code 20 and anti-counterfeiting code 8 generated together with the mini program website, which can facilitate users to scan the drunk driving entrance code 20 and login code before drinking. Driving system 12. Enter the calling page 15. Enter the anti-counterfeiting code 8 and make an appointment for a driver. Precise drainage for the driver (system) platform operators can not only acquire customers, but also save the cost of acquiring customers.

In addition, after the user opens the bottle cap 5 to drink, if there is no need to drive on behalf of the driver, after discarding the wine bottle 3, wine box 4, and bottle cap 5, it is difficult to match the two codes even if the waste collectors recycle them as garbage. This is because the recovered wine bottle 3, wine box 4 and bottle cap 5 are randomly separated in most cases, and it is difficult to continue to be combined in pairs, that is, the corresponding relationship between the two codes If it is disrupted, it cannot be used fraudulently, so it will not cause economic losses to the driving platform and wine product manufacturers, and it can also avoid the problem of inaccurate product tracking information collected by the system.

The second implementation method:

Referring to Fig. 5, Fig. 5 is a schematic plan view of a drink-driving coupon provided by the present application. First, print a batch of drunk driving coupons 1, use a digital printing machine to print a drunk driving code 19 containing a serial number and random characters (such as 315ai/172900131941443773) for each drunk driving coupon 1, and Next to the code 19, the entry code 16 of the Didi Driving Mini Program is printed, that is, the QR code 2 for the entrance of the Driving System (such as the QR code for the Didi WeChat Mini Program). Further, the drunk driving voucher 1 made is packed into the wine box 4, one for each bottle. In this way, each bottle of wine 9 has a unique drunk driving code 19 and the entry code 16 of the Didi Driving Mini Program. Since the surrogate driving system 12 such as Didi is a mature existing technology that has already been commercially applied, it will not be described in detail here. For other steps, refer to the above example.

In actual implementation, according to the requirements of the winery, the drunk driving code 19 can be printed on the paper label or written into the RFID label. In this way, it is convenient for the user to scan the code before drinking and make an appointment for a driver. ) Platform operators can accurately drain traffic, which can not only acquire customers, but also save the cost of acquiring customers.

The third implementation method:

Referring to Fig. 6, Fig. 6 is a schematic plan view of a pair of drunk driving coupons and product traceability codes provided by the present application. Similar to Figure 3 above, firstly, print a batch of drunk driving coupons 1, use a monochrome digital printing machine to print a drunk driving entrance code 20 generated by a website for each drunk driving coupon 1, and A product traceability code sub-page 17 is attached below a drunk driving voucher 1, and a product traceability code 18 containing a random number is correspondingly provided (for example, 81473140105139852683). Further, the product traceability code 18 and the drunk driving entry code 20 are correspondingly stored and recorded in the database 14 of the product traceability system 13 that is communicatively connected to the driver system 12 (for example, communicated with the 5G network 22 ). Further, paste the drunk driving voucher 1 on the wine bottle 3, and paste the product traceability code sub-link 17 on the outside of the wine box 4, so that each bottle of wine 9 has a unique drunk driving entry code 20 and product traceability code 18. Therefore, if the user needs to drive on behalf of him, he can use the smart phone 10 to scan the entrance code 20 for drinking and driving, log in to the driving system 12, enter the calling page 15, enter the product traceability code 18 which doubles as the anti-counterfeit code 8, and book a substitute driving. After inspection, when the drunk driving entry code 20 and the product traceability code 18 which doubles as the anti-counterfeiting code 8 are consistent with the records in the surrogate driving system database 11, the user is allowed to log in the surrogate driving system 12 as a legal user and enter the system to call a surrogate driver. process.

Among them, the surrogate driving system 12 can further record the starting point and end position information of the surrogate driving route of the user (that is, the consumer user who has drunk) into the product traceability system database 14, so that the wine product manufacturers can track and investigate their product sellers Accurate product tracking information such as the precise location of the buyer (that is, the consumer user who has drunk alcohol). In this way, if the user does not need to drive on behalf of the driver, when the wine bottle 3, wine box 4, and bottle cap 5 are discarded, even if the waste collector recycles them as garbage, it is difficult to match the two codes for fraudulent use. It is because the recovered wine bottle 3, wine box 4 and bottle cap 5 are randomly separated in most cases, and their heads must be in different places, so it is difficult to continue to be combined in pairs, that is, the correspondence between the two codes The relationship will inevitably be disrupted, and it cannot be used fraudulently, so it will not cause economic losses to the driving platform and wine product manufacturers, and it can also avoid the problem of inaccurate product tracking information collected by the system. In addition, the operator of the driver platform will even take the initiative to bear all the expenses such as product traceability costs and drink driver voucher1 costs, so that alcohol product manufacturers can save product traceability costs and actively cooperate with the establishment of drink driver voucher1 to their alcoholic beverages. on the product. For other steps, refer to the above example.

The fourth implementation method:

Referring to Fig. 7, Fig. 7 is a schematic plan view of a pair of drunk driving coupons and product anti-counterfeiting codes provided by the present application. Similar to the above-mentioned Figure 3, firstly, a batch of drunk driving coupons 1 are printed, and a drunk driving entrance code 20 generated by a website is printed for each drunk driving coupon 1 using a monochrome digital printing machine. Further, at the bottom of each drunken driving coupon 1, a product anti-counterfeiting code sub-page 17 is attached, and a product anti-counterfeiting code 21 (such as 81473140105139852683) containing a random password is correspondingly provided. Further, the product anti-counterfeiting code 21 and the drunk driving entry code 20 are correspondingly stored and recorded in the database 14 of the product anti-counterfeiting system 13 that is communicatively connected with the driver system 12 (for example, communicated with the 5G network 22 ). Further, paste the drunk driving coupon 1 on the wine bottle 3, and paste the product anti-counterfeit sub-page 17 on the outside of the wine box 4, so that each bottle of wine 9 has a unique drunk driving entry code 20 And product anti-counterfeiting code 21. Thus, if the user needs to drive on behalf of him, he can use the smart phone 10 to scan the entrance code 20 for drunk driving, log in to the system for driving on behalf of the driver 12, enter the calling page 15, input the product anti-counterfeit code 21 which doubles as the anti-counterfeit code 8, and make an appointment for a driver on behalf of him. After inspection, when the drunk driving entry code 20 and the product anti-counterfeit code 21 double as the anti-counterfeiting code 8 are consistent with the records in the database, the drinker is allowed to log in the surrogate driving system 12 as a user and enter the process of calling a surrogate driver.

Among them, the proxy driving system 12 can further feed back and record the starting point and end position information of the driving route of the user (that is, the consumer user who has drunk) into the product anti-counterfeiting system database 14, so that the wine product manufacturers can track and investigate their product sellers Accurate product tracking information such as the precise location of the buyer (that is, the consumer user who has drunk alcohol). In this way, if the user does not need to drive on behalf of the driver, when the wine bottle 3, wine box 4, and bottle cap 5 are discarded, even if the waste collector recycles them as garbage, it is difficult to match the two codes for improper use. This is because the recovered wine bottle 3, wine box 4 and bottle cap 5 are randomly separated in most cases, and must be separated from each other, so it is difficult to combine them in pairs, that is, the correspondence between the two codes The relationship will inevitably be disrupted and cannot be used any longer, so it will not cause economic losses to the driving platform and wine product manufacturers. In addition, the operator of the driver platform will even take the initiative to bear all the costs of product anti-counterfeiting and drunk driving coupons1, so that alcohol product manufacturers can save product anti-counterfeiting costs and actively cooperate with the establishment of drunk driving coupons1 for their alcoholic beverages. on the product. For other steps, refer to the above example.

The fifth implementation method:

Referring to Fig. 8 and Fig. 9, Fig. 8 is a schematic plan view of another drunk driving coupon provided by the present application, which is in the form of a wine bottle tag; Fig. 9 is another kind of drunk driving coupon provided by the present application Schematic cross-sectional view of wine product packaging. First, print a batch of drunk driving coupons 1 in the form of wine bottle tags 23, similar to the above-mentioned figure 3, and print a drunk driving entrance code 20 generated by a website for each drunk driving coupon 1, if alcohol Product manufacturers have had their own product anti-counterfeiting system 13, and have used their own product anti-counterfeiting code 21 for wine products, then their product anti-counterfeiting system 13 can be communicated with the third-party driving system 12 (such as using 5G network 22 communication connection), store and record the product anti-counterfeiting code 21 and drunk driving entrance code 20 in the product anti-counterfeiting system database 14, and hang one set of drinking driving coupons in the form of wine bottle tag 23 on the wine bottle 3, In this way, each bottle of wine has a unique product anti-counterfeiting code 21 and its associated corresponding drunk driving entry code 20 . Thus, if the user needs to drive on behalf of the driver, he can use the smart phone 10 to scan the wine driving entry code 20 on the wine bottle tag 23, log in to the surrogate driving system 12, enter the calling page 15, and input the product anti-counterfeit code that doubles as the anti-counterfeit code 8 21. Make an appointment for a driver. After inspection, when the drunk driving entry code 20 and the product anti-counterfeit code 21 double as the anti-counterfeiting code 8 are consistent with the records in the database, the drinker is allowed to log in the surrogate driving system 12 as a user and enter the process of calling a surrogate driver.

Among them, the proxy driving system 12 can further feed back and record the starting point and end position information of the driving route of the user (that is, the consumer user who has drunk) into the manufacturer's own product anti-counterfeiting system database 14, so that the alcohol product manufacturer can track and investigate other Accurate product tracking information such as the precise location of product sellers and buyers (that is, consumers who have drunk alcohol). In this way, if the user does not need to drive on behalf of the driver, when the wine bottle 3, wine box 4, and bottle cap 5 are discarded, even if the waste collector recycles them as garbage, it is difficult to match the two codes for improper use. This is because the recovered wine bottle 3, wine box 4, bottle cap 5 and wine bottle tag 23 etc. are randomly separated in most cases, and must be decapitated in different places. That is to say, the corresponding relationship between the two codes must be disturbed and cannot be used fraudulently. Therefore, it will not cause economic losses to the driving platform and wine product manufacturers, and it can also avoid the problem of inaccurate product tracking information collected by the system. In addition, the operator of the driver platform will even take the initiative to bear all the expenses such as product traceability costs and drink driver voucher1 costs, so that alcohol product manufacturers can save product traceability costs and actively cooperate with the establishment of drink driver voucher1 to their alcoholic beverages. on the product. For other steps, refer to the above example.

The sixth implementation method:

Referring to Fig. 10, Fig. 10 is a schematic plan view of a nail-type drink-driving coupon provided by this application. A batch of nail-type drink-driving coupons can be printed on a steel sheet with a thickness of 0.65 mm, a width of 3.5 mm, and a length of 70 mm. A driver's voucher 1, and print the number (such as 81234561234567891234) containing the serial number and random password into a one-dimensional barcode type drunk driving code 19, or print an anti-counterfeiting code 8 (such as 291415). During specific implementation, the specification parameters such as the shape, material, thickness, and width of the nail 24 can be set as required. In addition, the drunk driving code 19 is stored and put on record in the driver system database 11 .

Further, refer to FIG. 11 , which is a schematic cross-sectional view of a nail-type driving coupon provided by the present application nailed into the material layer of the wine product packaging. As shown in FIG. 11 , the nail-type drunk driving coupon 1 All are nailed into the packaging material of the wine box 4, so that a unique drunk driving code 19 printed on the nail 24 is embedded in the material of each wine box 4. Thus, if the user needs to drive on behalf of the driver, he can tear or cut the packaging material of the wine box 4, peel off the nail 24, scan the drunk driving entrance code 20 printed on other positions on the wine box 4 with the smart phone 10, and the one-dimensional Barcode type drunk driving code 19, log in to the surrogate driving system 12, enter the calling page 15, and make an appointment for a surrogate driver. For other steps, refer to the above example.

Wherein, the straight and smooth nail-type drink-driving coupon 1 can be completely buried in the material of the wine product packaging, so that recyclers such as waiters have no way to pull out the nail 24, and the nail 24 can only be taken out by destroying the packaging. In this way, because the guest must use the drunk driving code 19, the packaging material must be torn and damaged to take out the nail 24, which achieves the purpose of destroying the wine box, thereby effectively preventing the packaging of used waste wine boxes and the like. After being recycled, it is used for counterfeiting.

The seventh implementation method:

In order to prevent the unused driving coupon 1 from being recycled and stolen by the waste collectors and then used by non-users, causing economic losses to the winery and the driving platform, and to prevent the driving system 12 and the product anti-counterfeiting system 13 from mistakenly misrepresenting non-users. The user is treated as a user for tracking services, resulting in inaccurate user information such as user location collected by the system. Please refer to Fig. 12, Fig. 12 is the three-dimensional schematic diagram of a kind of paper towel type drink-driving coupon provided by the application, and anti-counterfeiting code 8 or/and drunk driving code 19 are printed on paper towel 25 (preferably printed on paper not on the bag), and the paper towel 25 is put into the wine box 4 for the user (i.e. the drinker) to take, so that it can be used as scrapped at hand, thereby preventing the waste collector from fraudulently using it. In this way, it is difficult for waste collectors to receive paper towels 25 for resale and fraudulent use. This is because according to the principle of garbage classification and actual research results, 99% of the used paper towels are thrown into the indoor trash can, and will not be mixed with recyclable garbage such as wine bottles 3, bottle caps 5, wine boxes 4, and inner linings. Recycled by waste collectors. For other steps, refer to the above example.

The eighth implementation method:

Referring to Fig. 13, Fig. 13 is an overall block diagram of a communication connection between a driving system and a taxi system provided by the present application. The driving system 12 and the taxi system 26 can be integrated and merged into an online car-hailing operation platform, and drunk driving is allowed. Encoding 19 is used in the taxi system 26 as the code for calling a taxi after drinking, so as to make things convenient for the drinker who does not have a car after drinking or does not drive a taxi and uses it as a taxi. In other words, the driver system 12 and the taxi system 26 are two subsystems of the same operating platform, allowing the drunk driving code 19 and the drunk taxi taxi code to be common in the two subsystems, so as to facilitate drinking without a car or driving after drinking. Take a taxi. For other steps, refer to the above example.

The ninth implementation method:

Referring to Fig. 14, Fig. 14 is a three-dimensional schematic diagram of a wine box sealing provided by the present application. The drunk driving ticket 1 can be pasted on the seal to seal the wine box 4 or the wine bottle. 3 or the bottle cap 5 is sealed, wherein the drunk driving code 19 on the drunk driving coupon 1 is preferably half covered with scratch-off ink, so as to ensure that the user can only read it after the packaging of the alcoholic product is scratched destructively Or use DUI code 19. For other steps, refer to the above example.

It can be seen that the anti-counterfeiting/traceability method for alcohol products provided by the application has the following technical effects:

First, it can accurately attract customers for the driving system platform. The survey shows that the operators of the driving service platform are willing to give up the advertising/promotion expenses within the budget to the wine product manufacturers, and the wine product manufacturers are also happy to put the drunk driving coupons provided by the driving service platform for free on the packaging of wine products inside. Because drinking, using paper towels and calling a driver are three related consumption behaviors that occur at the same time, most of the consumers who are drunk immediately have a demand for a driver. It will be used by users in a timely manner and in large quantities, which will undoubtedly attract a large number of customers to the surrogate driving system platform. In other words, the technical solution of the present invention is to set drinking coupons such as paper towels in the wine box. The three interact and promote each other, producing unexpected beneficial technical effects, especially for the precise drainage of the driving platform.

Second, accurate product tracking information can be collected. The product anti-counterfeiting/traceability system of the alcohol product manufacturer can estimate the precise location information of the restaurant and the user based on the start and end location information of the user's (ie drinker) driving route sent back by the surrogate driving system. The research found that: the starting point of the user's driving route is basically the location of the consumption place of alcohol products, that is, the location of the restaurant; the end position of the user's driving route is basically the location of the user's residence of alcohol products, namely The location of the consumer's residential complex. In this way, alcohol product manufacturers can record the location of some restaurants, as well as the precise tracking information of products such as the location of the residential area of specific users (ie drinkers/consumers). In addition, the product anti-counterfeiting system and product manufacturers can also collect accurate product tracking information such as the user's name, ID number, and contact information according to the ID of the user logging in to the driving system. The survey shows that after obtaining the user's permission, this is an ingenious and simple method for collecting accurate tracking information of alcoholic products.

According to the research and analysis, accurate product tracking information such as users and their precise location is the information that wine manufacturers hope to obtain. Using this kind of precise information, wineries can search APPs on Douyin, WeChat Moments, and mobile phones On the one hand, it intelligently pushes Douyin content and advertisements to target users in a targeted and precise manner. The traceability work includes tracing up the source of food and tracing down the whereabouts of food. Because accurate product tracking information can help wineries to intelligently push Douyin content and advertisements to target users in a targeted and very precise manner, alcohol product manufacturers do not pay attention to collecting traceability information such as product origin, but attach great importance to collecting tracking information such as product whereabouts.

Third, it is easy to prevent internal thieves, and the anti-counterfeiting strength is greatly enhanced. Alcoholic product manufacturers use the drunk driving code inspection service provided by the third-party driving system, which is objectively equivalent to providing authenticity inspection services for alcoholic products. Alcohol manufacturers' own anti-counterfeiting inspection system and third-party driving system constitute a dual-system anti-counterfeiting system, which can realize double-code anti-counterfeiting and enable consumers to obtain double anti-counterfeiting protection. Because the two families may be far apart and the personnel relationship is unfamiliar and isolated, it is difficult for an inside thief of one family to bribe another inside thief. Internal secret-related staff monitors the fraudulent behavior of stealing codes, thus greatly enhancing the anti-counterfeiting strength.

Fourth, it is easy to trigger and convenient to make an appointment for a driver. Because when the wine box is opened, consumers can easily see the conspicuous drunk driving coupons or paper towels set on the wine bottle or wine box or bottle cap, so it is easy to trigger (or remind) and facilitate consumers to drink before drinking. Just make an appointment on behalf of the driver, so as to avoid waiting for a long time for an appointment after drinking.

Fifth, it can promote products for wine product manufacturers and reduce anti-counterfeiting costs (even free anti-counterfeiting). This is because the operator of the driving platform is willing to pass on the advertising/promotion expenses within the budget to the alcohol product manufacturers, and the alcohol product manufacturers are also willing to use the four-in-one functions of sales promotion, anti-counterfeiting, tracking, and driving for the drunkard. The drunk driving coupon provided by the driving platform for free can be used in alcoholic products. This is equivalent to obtaining free promotion, free anti-counterfeiting and other free services for wine product manufacturers. This kind of multi-dimensional information integration, sharing and cooperation is conducive to the information exchange and sharing of my country's wine industry and the driver's service industry, and is conducive to the development of wine products and industries towards big data and new retail formats.

Sixth, the usage rate is high. The usage rate of drunk driving coupons is equal to the anti-counterfeiting inspection rate. The anti-counterfeiting inspection rate is extremely high, which is conducive to enhancing the anti-counterfeiting effect and helping manufacturers to attract fans. The survey shows that more than 76% of the drunk driving codes will be checked and used because they are called to drive, which means that the anti-counterfeiting query rate of products has reached 76%. Compared with the 0.3% query rate of China's first-generation anti-counterfeiting information inspection anti-counterfeiting technology, it has increased by more than 200 times, which greatly enhances the anti-counterfeiting strength, and can also help alcohol product manufacturers to obtain a large number of product fans and consumers. data. During specific implementation, according to different needs and purposes, alcohol product manufacturers can also subsidize some fees to the drunk driving coupons to attract consumers to use drunk driving coupons.

Seventh, it can provide free driving and discount driving services for users (ie consumer drinkers), thereby benefiting consumers.

Each embodiment in the description is described in a progressive manner, each embodiment focuses on the difference from other embodiments, and the same and similar parts of each embodiment can be referred to each other. As for the device disclosed in the embodiment, since it corresponds to the method disclosed in the embodiment, the description is relatively simple, and for the related information, please refer to the description of the method part.

Professionals can further realize that the units and algorithm steps of the examples described in conjunction with the embodiments disclosed herein can be implemented by electronic hardware, computer software or a combination of the two. In order to clearly illustrate the possible For interchangeability, in the above description, the composition and steps of each example have been generally described according to their functions. Whether these functions are executed by hardware or software depends on the specific application and design constraints of the technical solution. Those skilled in the art may use different methods to implement the described functions for each specific application, but such implementation should not be regarded as exceeding the scope of the present application.

The steps of the methods or algorithms described in connection with the embodiments disclosed herein may be directly implemented by hardware, software modules executed by a processor, or a combination of both. The software module can be placed in random access memory (RAM), internal memory, read-only memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, registers, hard disk, removable disk, CD-ROM or known in the technical field in any other form of storage medium.

The technical solution provided by the present application has been introduced in detail above. In this paper, specific examples are used to illustrate the principles and implementation methods of the present application, and the descriptions of the above embodiments are only used to help understand the methods and core ideas of the present application. It should be pointed out that those skilled in the art can make some improvements and modifications to the application without departing from the principle of the application, and these improvements and modifications also fall within the protection scope of the application.

Claims (13)

1. An anti-counterfeiting/traceability method for alcoholic products, characterized in that the method comprises:

   The proxy driving system receives the login request sent by the user terminal, and obtains the drunk driving code of the alcohol product according to the login request;

   Judging whether the drunk driving code of the alcohol product matches the drunk driving code in the driver system database, and if so, opens the driver authority so that the user terminal enters the driver process; wherein, the wine product packaging is provided with A two-dimensional code at the entrance of the valet driving system; the login request is sent to the valet driving system by scanning the two-dimensional code at the entrance of the valet driving system by the user terminal, and the login request includes the alcohol product The drunk driving code; wherein, in the surrogate driving system database, the drunk driving code is correspondingly stored with the alcohol product information, and the product surrogate driving information file is generated; the drunk driving code includes an anti-counterfeiting code.
2. The method according to claim 1, characterized in that a drunk driving ticket is also provided on the wine product package, and the drunk driving code is set on the drunk driving ticket or on the wine product On the package: the login request is sent to the valet driving system by scanning the QR code at the entrance of the valet driving system with the user terminal after the user destroys the wine product packaging to obtain the drunk driving code.
3. The method according to claim 2, characterized in that, the wine product package is specifically a wine bottle and/or a wine box and/or a bottle cap.
4. The method according to claim 1, wherein the drunk driving code is set in the two-dimensional code at the entrance of the surrogate driving system, so that the drunk driving code and the two-dimensional code at the entrance of the surrogate driving system are combined into one with a unique a permanent drunk driving entry code; the login request is obtained by using the user terminal to scan the drunk driving entry code to obtain the drunk driving code after the user destroys the wine product packaging, and sends the request to the Sent by the driving system.
5. The method according to claim 1, wherein the wine product packaging is also provided with a product anti-counterfeiting/traceability code corresponding to the drunk driving code; before the activation of the driving authorization, it also includes:

   Judging whether the product anti-counterfeiting/traceability code on the packaging of the alcoholic product is the same as the product anti-counterfeiting/traceability code in the driver system database, if so, execute the step of enabling the driver’s authorization;

   Wherein, in the surrogate driving system database, the product anti-counterfeiting/traceability code is correspondingly stored with the drunk driving code.
6. The method according to claim 1, wherein an anti-counterfeit code corresponding to the drunk driving code is also set on the wine product packaging; before the activation of the substitute driving authority, it also includes:

   Judging whether the anti-counterfeit code on the packaging of the alcoholic product is the same as the anti-counterfeit code in the driver system database, if so, execute the step of enabling the driver’s authority;

   Wherein, in the surrogate driving system database, the anti-counterfeiting code is correspondingly stored with the drunk driving code.
7. The method according to claim 6, wherein the anti-counterfeiting code and the drunk driving code are respectively set on the wine bottle and the wine box.
8. The method according to claim 6, characterized in that, the anti-counterfeiting code and/or the drunk driving code are printed on the nail to make a nail type drunk driving coupon, and the nail type drunk driving substitute The coupon is nailed into the packaging of the wine product.
9. The method according to claim 6, characterized in that, the anti-counterfeit code and/or the drunk driving code are printed on a paper towel to make a paper towel type drunk driving ticket, and the paper towel type drunk driving Coupons are placed in wine boxes.
10. The method according to claim 1, wherein the surrogate driving database further includes surrogate driving information, the surrogate driving information is stored corresponding to the drunk driving code, and the surrogate driving information includes surrogate driving mileage and/or The amount of the driver.
11. The method according to claim 1, characterized in that the proxy driving authority is specifically a proxy driving authority with a time limit set.
12. The method according to any one of claims 1 to 10, further comprising:

    Collect statistics on the driving route information and/or user information of the driver, and save it in the driver system database and/or anti-counterfeiting/traceability system database;

    Wherein, the surrogate driving route information includes a route start location and/or a route end location, and the user information includes the ID number of the user terminal or associated information of the ID number.
13. The method according to claim 1, wherein the driving system and the taxi-hailing system are interconnected, and the drunk driving code and the taxi-hailing code are common in the driving system and the taxi-hailing system.

Images