CN113313502A

CN113313502A - Anti-counterfeiting packaging method for accurately tracking drunk product designated driving drainage

Info

Publication number: CN113313502A
Application number: CN202110659368.9A
Authority: CN
Inventors: 陈明发
Original assignee: Take A Picture Of Hainan Artificial Intelligence Co ltd
Current assignee: Hainan zhenpinbao Technology Holding Co.,Ltd.
Priority date: 2021-05-08
Filing date: 2021-06-15
Publication date: 2021-08-27

Abstract

The invention provides an anti-counterfeiting packaging method for accurately tracking designated driving drainage of wine products, which comprises the steps of arranging a designated driving system entrance two-dimensional code, a drunk designated driving coupon and an anti-counterfeiting code for the coupon on the wine products; storing the coupon anti-counterfeiting code into a designated driving system database to establish an electronic file of the driving coupon after the drunk; after the package of the wine product is opened and damaged, a drinker uses the smart phone to scan the two-dimension code at the entrance of the designated driving system and check the anti-counterfeiting code for the coupon, and when the anti-counterfeiting code for the coupon is consistent with the electronic file of the designated driving coupon after drinking, the drinker is allowed to log in the designated driving system and enter a designated driving process. The invention realizes the multi-system sharing win-win functions of product promotion, anti-counterfeiting/tracing, designated driving drainage, user data tracking and the like.

Description

Anti-counterfeiting packaging method for accurately tracking drunk product designated driving drainage

Technical Field

The invention belongs to the technical field of anti-counterfeiting packaging of wine products, and particularly relates to an anti-counterfeiting packaging method which is applied to wine products for designated driving drainage, accurate tracking of product heading and multi-field cross-border application.

Background

Many people have experienced this: friends meet, drink a lot of wine, just think of a formal driving when they are just walking, wait for the formal driving driver to arrive, often need to wait tens of minutes.

Both the designated driver (system) platform operator and the designated driver will seek to find customers and solicit business. The popular statements in use are: accurate drainage. The designated platform operators invest a great deal of advertising/promotion cost every year to perform accurate customer drainage, and often invest billions and billions of yuan/year.

Liquor manufacturers, such as white wine, red wine, yellow wine, beer and the like, want to try to promote the products. In order to attract consumer users, sales promotion manufacturers can produce products and give some sales promotion gifts with high value for free, and some wineries can invest hundreds of millions and billions of yuan per year very often.

Many people have experienced this: when going to a pharmacy to buy a box medicine, the pharmacy requires to register user information such as own name, identification card number, contact telephone and the like, otherwise, the pharmacy does not sell the medicine to give you. The reason is that national laws require that the final destination of each box of medicine is tracked, so that when quality problems occur, the final destination of each box of medicine can be tracked, medicines can be recalled in time, medication of patients is stopped, and life health of people is protected.

The food safety law performed since 10/1/2015 is defined as the fourth article: the state encourages (non-mandatory) food production operators to collect and retain production and operation information by an informatization means and establish a food safety tracing system. It is desirable to be able to trace the food source up and down to trace the food destination. However, the food safety law does not mandate tracking the final destination of each bottle of wine, and the seller does not have the right to require the user to register accurate tracking information of products such as names, identification numbers, contact numbers and the like. However, wineries are eagerly required to trace accurate product tracking information such as the final destination of each bottle of wine. For example: the scheme is implemented by bottled white spirit of a certain brand in China. In order to accurately track the final destination of the product, a winery pays a bonus of 5-8 yuan per bottle of wine, rewards and scans codes for users, and the users are used for accurately tracking the final destination of the product and the like. Thus, the result is still very little in the rewarding process, and statistics show that: in the above example, only 13.8% of the commodities are scanned in code and rewarded. The traditional method that the current money rewarding code scanning users and the purchased products finally go to information can be said to cause the wealth to be damaged and lost by the lawful citizens.

The inventor 1994 invented a "password anti-counterfeiting marker (CN 2216694Y)" commonly called code anti-counterfeiting or digital anti-counterfeiting, and the anti-counterfeiting principle is as follows: an anti-counterfeiting code with a serial number and a random password is set for each product. It is used and managed according to the principle of one object and one code. The anti-fake code is stored in the anti-fake checking system database connected to Internet, and after the consumer purchases the product with the anti-fake code, the anti-fake code is input to the anti-fake product for checking. The code anti-counterfeiting technology is classified as an information checking type anti-counterfeiting technology because the telephone can check and verify the authenticity, and is widely applied to various products in various industries after being popularized and popularized for nearly 30 years. It is recognized as the anti-counterfeiting technology of the first generation anti-counterfeiting information inspection in China by the anti-counterfeiting industry of China, and is incorporated into the national standard GB/T19425-2003. Statistics show that the check rate of code anti-counterfeiting is very low, and the average check rate is only 0.3%. As time goes on, the counterfeiting molecules find technical holes, so that the anti-counterfeiting strength is weak and the anti-counterfeiting effect is poor. The text of "the young newspaper of China" 2009, 6.4.4, indicates four major loopholes for electronic code anti-counterfeiting, and the third loophole is the batch counterfeiting of the stealing codes: the method for obtaining the anti-counterfeiting code can be various, for example, the possibility of obtaining the code for counterfeiting by purchasing the internal staff with money by a counterfeiting group cannot be eliminated. It should be noted that: the digital anti-counterfeiting is based on the absolute safety of a computer anti-counterfeiting network inquiry system database, and once anti-counterfeiting characteristic information such as anti-counterfeiting passwords and the like is leaked, the anti-counterfeiting system engineering is broken down all the way. Therefore, the third loophole of the existing code anti-counterfeiting technology is 'the difficult prevention of the scouring rush', and the code copying and stealing behaviors of internal secret-related workers are difficult to effectively control.

The invention relates to a method for anti-counterfeiting and logistics integrated management of products and a system thereof (CN 100390824C). The technology of a password anti-counterfeiting marker (CN2216694Y) is improved, and the method for anti-counterfeiting/tracing of products after production, storage, transportation, sale and sale is provided.

The inventor of the invention researches about anti-counterfeiting technology and fake-prevention theory for nearly 30 years, and finds that: the consumer user is relied on to actively check whether the product is true or false, and the checking rate is very low and is only 0.3 percent on average. In other words, the first generation anti-counterfeiting information inspection type anti-counterfeiting technology in china has a low inspection rate, so that the anti-counterfeiting strength is weak, and counterfeiting is difficult to effectively stop.

Disclosure of Invention

The purpose of the invention is as follows: the wine product designated driving drainage accurate tracking anti-counterfeiting packaging method is provided to complete multiple technical tasks of applying product designated driving drainage, accurately tracking product heading, reducing anti-counterfeiting cost, enhancing anti-counterfeiting strength and the like.

The wine product designated driving drainage accurate tracking anti-counterfeiting packaging method is characterized by comprising the following steps:

firstly, setting an entry two-dimensional code of a designated driving system (such as a third-party system like a designated driving WeChat small program) and a drunk designated driving coupon on a wine product package, wherein the setting of a coupon setting code containing an anti-counterfeiting code for the drunk designated driving coupon, which can be called as a drunk driving code, is included;

secondly, the drunk driving code is sealed on the wine product packaging material, and a user can read or use the drunk driving code only after the wine product packaging material is destructively opened; it should be noted that the sealing-in drunk driving code is to prevent the drunk driving code from being stolen by others (i.e. non-users) in advance when the product is not sold, so as to ensure that users (drinkers/consumers) who buy the product can obtain and use the drunk driving code;

thirdly, storing wine product information (such as product name/specification/trademark/bar code) corresponding to (or bound to/associated with) the drunk driving code into a database of the designated driving system so as to establish a product designated driving information file; therefore, the designated driving information file of the product is stored in other third-party platforms, so that workers in wine product manufacturers are difficult to copy stealing codes; based on the requirement, the drunk driving code is preferably not also filed in the database of the anti-counterfeiting checking system;

fourthly, the user destructively opens wine product packages (such as tearing a wine box or unscrewing a bottle cap), finds the sealed wine driving code, scans the two-dimensional code of the entry of the designated driving system by using the smart phone, logs in the designated driving system, and checks the wine driving code;

checking by a designated driving system, and opening designated driving permission when the drunk driving code conforms to the record in the product designated driving information file, and allowing a user to enter a designated driving process; the designated driving system preferably feeds back the identification conclusion that the checked product is a genuine product to the smart phone of the user; and when the drunk driving code is not consistent with the file or is invalid, feeding back an identification conclusion that the checked product is a counterfeit product to the smart phone, and allowing a drinker to enter a self-fee calling designated driving process as a user. Therefore, the consumer user and the checked product have one more layer of anti-counterfeiting protection of a third-party substitute driving system, and counterfeiting can be effectively prevented.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: and storing the drunk driving code and the driving mileage/amount data corresponding to the drunk driving code into a driving system database and combining the drunk driving code and the driving mileage/amount data into a product driving information file. Thus, free/preferential driving mileage and money can be set according to the price of the wine product and the budget amount of the promotion cost.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: and coding the drunk driving code into the drunk driving system entrance two-dimensional code, so that the entrance two-dimensional code and the drunk driving code are combined into a unique drunk driving entrance code. In other words, the drunk driving code is edited in the entry two-dimensional code, and the two codes are combined into one. For the convenience of distinguishing, the invention is called as drunk driving entrance code.

In view of the fact that most wineries adopt product anti-counterfeiting/tracing codes and product anti-counterfeiting/tracing systems thereof, the wine product designated driving drainage accurate tracking anti-counterfeiting packaging method is preferably characterized by comprising the following steps: associating and corresponding a product anti-counterfeiting/tracing code on a wine product package with a drunk driving code (acquisition); preferably, the designated driving system is in communication connection with the product anti-counterfeiting/tracing system. Therefore, when the product anti-counterfeiting/tracing code is consistent with the record stored in the database, the designated driving system can activate the drunk driving code, open the designated driving authority and allow the user to enter the designated driving process within the limited time h; and if the drunk driving code is overdue, the drunk driving code is invalidated, and the drunk driving code is prohibited from being continuously used to enter a called-generation driving process. For example h.ltoreq.4 hours or 8 hours or 48 or 72 hours. The purpose of setting the defined time h here is: the driving coupon after the wine is prevented from being recycled and sold by the collector, and the fraudulent use of non-users is prevented. Under normal conditions, the user can call the designated driver within 4 hours after drinking, so that it is enough to set h to be less than or equal to 4 hours. Therefore, the wine product can be protected by the product anti-counterfeiting/tracing code and the drunk driving code, so that the anti-counterfeiting strength can be enhanced, and counterfeiting can be greatly prevented.

In order to avoid that the unused drunk driving coupon is recycled and stolen by a waste receiver and then is falsely used by a non-user, so that economic losses are caused to a winery and a designated driving platform; in order to avoid that the designated driving system and the anti-counterfeiting system mistakenly take a non-user as a user to track and serve and to avoid causing inaccuracy of accurate tracking information of products such as user positions and the like acquired by the system, a plurality of innovative technical schemes are provided below.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: the drunk driving code is also provided with a corresponding anti-fake (recovery) code and is recorded in a database (a designated driving system or a product anti-fake/tracing system); respectively arranging a drunk driving code and an anti-counterfeiting code on a wine box and a wine bottle; and through inspection, when the drunk driving code and the anti-counterfeiting code are consistent, the designated driving authority is opened, and the user is allowed to enter a designated driving process. Thus, the collector can hardly recover the pair of codes with the corresponding relationship, and the non-user can be prevented from pretending to use the drunk driving code. This is because: the parts such as bottles, bottle caps, boxes, linings and the like recovered by the waste collectors are separated randomly in most cases, are difficult to keep together in pairs, and the corresponding relationship of the two codes is disturbed and cannot be used in pairs. On the contrary, when the wine bottle is opened (drinking), the two codes are still together, the corresponding relation is not disturbed, and the checking and the use are not influenced.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: the drunk driving code and the product anti-counterfeiting/tracing code are respectively arranged on the wine box and the wine bottle, and the product anti-counterfeiting/tracing code is used as an anti-counterfeiting code. Therefore, when the drunk driving code and the product anti-counterfeiting/tracing code are consistent with the stored records in the database, the designated driving permission can be opened, and the user is allowed to enter the designated driving process.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized by comprising the following steps: printing the anti-counterfeiting code or/and the drunk driving code on paper towels (including paper towel bags) to prepare paper towel type drunk driving coupons; the paper towel type drunk generation driving coupon is placed (namely is hidden) in the wine box for a user (when drinking) to use and scrap the drunk generation driving coupon at will, so that the drunk generation driving coupon is prevented from being faked by a waste collector, and inaccurate product tracking information collected by the system is avoided. Thus, the user who gives up the paper towel is difficult to recycle, and the non-user can be prevented from pretending to use the drunk driving code. This is because: according to the garbage classification principle and the investigation result: 99% of used paper towels are taken as food waste and thrown into a garbage can, and cannot be recycled by a waste collector together with bottles, bottle caps, boxes, linings and the like.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: the designated driving system feeds back product accurate tracking information such as starting point or/and end point position information of a designated driving route of a user to a product anti-counterfeiting/tracing system in communication connection with the designated driving system and records the product anti-counterfeiting/tracing system in a database; or/and product accurate tracking information such as an ID number or associated information (such as user registration information such as a user contact telephone, a name, an identification number, an address and the like associated with the ID number) of the designated driving system logged by the user is associated and corresponds to a plurality of codes such as a drunk driving code, a product anti-counterfeiting/tracing code and the like, and is recorded in a database of a record (the designated driving system or the product anti-counterfeiting/tracing system). The research finds that: the starting point position of the driving route of the user is basically the consumption place position of the wine product, namely the seller position; the end position of the driving route of the user generation is basically the residence position of the user of the wine product, namely the residence community position of the consumer. In this way, the wine product manufacturer can record product accurate tracking information such as the seller (wine drinker/wine consumption site) position of each wine and the home district position of a specific user (instant drinker/consumer). In other words, the wine manufacturer can know the precise tracking information of the product, such as who the consumer has drunk each bottle of wine, where to consume, where to live, contact information, and the like.

Investigation shows that: the method for accurately tracking the final destination information of the product through the process that the user uses the drunk driving coupons and the process that the drunk driving system is used is a smart product accurate tracking information acquisition method. Compared with the traditional method for scanning code users and purchasing products for final going information in the prior art, the method is ingenious and effective, has low cost and can even be free.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: the designated driving system entry two-dimensional code is a public number two-dimensional code, or an applet two-dimensional code, or an H5 page link two-dimensional code. In summary, the designated driving system entry two-dimensional code may be various bar codes that can be directly logged in or indirectly jumped to the designated driving system after the smart phone scans the code.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: the drunk driving code, the product anti-counterfeiting code and the product tracing code are integrated into a whole. Therefore, the cost can be shared, the production process is simplified, the production cost is saved, the use cost is reduced, and even the designated driving platform operator can actively bear all the expenses such as the product anti-counterfeiting cost, the product tracing cost, the drunk designated driving coupon cost and the like.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: the product anti-counterfeiting code and the anti-counterfeiting code are combined into a secret code, the product tracing code and the drunk driving code are combined into a plain code, and the plain code and the secret code are respectively arranged on a wine box (comprising a lining) and a wine bottle (comprising a bottle cap).

The applicant searches for a plurality of related links by using four characters of 'recycled wine boxes' in hundred degrees, and reports that 'recycled wine boxes are filled with cheap wine, and the police in south China of Jiangsu province breaks through a super-huge wine making and selling case'. Reports that box opening and bottle opening technologies and tools of many restaurant waiters are advanced, and the waiters actively take the place of guests to open bottles and pour wine so as to completely and nondamage a whole set of packing materials such as wine boxes and wine bottles and sell the packing materials to recovery counterfeiters. This illustrates that recycling counterfeiting is a ubiquitous counterfeiting phenomenon. How to prevent the used packing materials such as waste wine boxes from being recycled for counterfeiting is an industry problem which is always solved by wine product manufacturers.

In order to avoid the phenomenon of continuous inundation of the recycled wine box, the wine product designated driving drainage accurate tracking anti-counterfeiting packaging method is preferably characterized in that: printing the anti-counterfeiting code or/and the drunk driving code on the nail to prepare a nail type drunk driving coupon; the nail type drunk driving coupon is nailed into a wine product package (preferably completely buried in the material), so that a waiter and other recyclers can take out the nail without pulling the nail out of hands and only destroying the package. Thus, since the user must use the anti-counterfeit code or/and the drunk driving code, the user must tear the packaging material to remove the nail and take the anti-counterfeit code or/and the drunk driving code. This achieves the aim of destroying the wine box inevitably. The nail type drunk driving coupon can be called as a nail coupon for short, and has the beneficial technical effects that: the nail ticket can be used as a standard, unified and universal nail ticket provided by a designated driver platform operator to each winery, and can be produced in batch, centralized and large-scale continuously to reduce the cost. The nail ticket can be nailed into any paper wine box material in any links such as the production link of a winery, the market circulation link and the like, and does not need to be embedded into paper in advance in a printing factory. After the wine box is used, the wine box cannot be seen and touched, and the appearance of the wine box is not influenced.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: the designated driving system and the taxi taking system are connected and communicated, so that the drunk driving code and the drunk taxi taking code are universal in the two systems. For example: the designated driving system and the taxi taking system are used as two subsystems of the same network taxi appointment system platform, and drunk driving codes are allowed to be used in the two subsystems, so that drinkers who do not drive or drive after drinking can conveniently get home by driving.

Preferably, the anti-counterfeit packaging method for accurately tracking and guiding drunk driving products is characterized in that: the driving coupon is stuck at the sealing position after the wine is drunk, so that the wine box or the wine bottle or the bottle cap is sealed.

Compared with the prior art, the invention can produce the following beneficial effects.

One, can be for the accurate drainage customer of the designated system platform. Investigation shows that: the designated driving platform operator is willing to give the advertisement/promotion cost within the budget to the wine product manufacturer, and the wine product manufacturer is also willing to put the wine progeny driving coupon freely provided by the designated driving platform into the wine product package. Since drinking, paper towel use and designated driving are three related consumption behaviors which occur simultaneously, most drunk consumers have designated driving requirements immediately, free paper towels and other designated driving coupons arranged on wine products can be used by users timely and in large quantities, and a large number of customers can be led to a designated driving system platform undoubtedly. In other words, according to the technical scheme of arranging the driving coupons of the wine such as the paper towels into the wine box, the three interact with each other and are mutually promoted, unexpected beneficial technical effects are achieved, and particularly accurate drainage can be achieved for the driving generation platform.

And secondly, accurate tracking information of the product can be acquired. The product anti-counterfeiting/tracing system of the wine product manufacturer can estimate the precise position information of a wine user and the user according to the starting point and the end point position information of the driving route of the user (i.e. drinker) transmitted back by the driving system. The research finds that: the starting position of the driving route of the user is basically the consumption place position of the wine product, namely the position of the wine house; the end position of the driving route of the user generation is basically the residence position of the user of the wine product, namely the residence community position of the consumer. In this way, the wine manufacturer can record accurate tracking information of some wine houses, the home district position of a specific user (i.e. wine drinker/consumer), and the like. And the product anti-counterfeiting system and the product manufacturer can acquire product accurate tracking information such as user names, identification card numbers, contact ways and the like according to the ID of the user logging in the designated driving system. Investigation shows that: after the permission of the user is obtained, the method is a smart and simple method for collecting the accurate tracking information of the wine products.

Investigation and analysis revealed that: the accurate tracking information of products such as users and accurate positions thereof is the information that wine product manufacturers hope to obtain very much, and by applying the accurate information, wineries can push the trembled sound content and the advertisement to the target user intelligently on trembled sound, a WeChat friend ring and a mobile phone search APP purposefully and accurately. The tracing work comprises two aspects of tracing the food source upwards, tracing the food destination downwards and the like. Because the accurate tracking information of the product can help the winery to intelligently push the tremble content and the advertisement to the target user in a targeted and very accurate manner, the winery manufacturer does not pay attention to the collection of tracing information such as product sources and the like, and pays attention to the collection of tracing information such as product destination and the like.

Thirdly, the anti-theft device is easy to prevent internal thieves, and the anti-counterfeiting strength is greatly enhanced. The wine product manufacturer utilizes the drunk driving code checking service provided by the third-party designated driving system to objectively equal to the authenticity checking service provided for wine products. The anti-counterfeiting checking system of the wine product manufacturer and the third-party designated driving system form double-system anti-counterfeiting, double-code anti-counterfeiting can be realized, and double anti-counterfeiting protection can be obtained for consumers. Because the two families are possibly far away from each other and the relationship of the personnel is sparse and isolated, the internal thief of one family is difficult to buy the internal thief of the other family, and the internal security-involved workers of the two families are difficult to have the opportunity to copy the security code in a cooperative manner, so that the security code counterfeiting behavior of the internal security-involved workers who supervise and own the theft can be greatly restrained, and the anti-counterfeiting strength is greatly enhanced.

And fourthly, the designated driving is easy to trigger and convenient to reserve. When the wine box is opened, a consumer can easily see the obvious driving coupon or the paper towel of the wine after the wine is drunk, or the wine box or the bottle cap, so that the driving reservation can be easily triggered (or reminded) and is convenient for the consumer to drive in the wine before the wine, and the situation that the driver waits for a long time after the wine is drunk can be avoided.

Fifthly, the product can be promoted for wine product manufacturers, and the anti-counterfeiting cost is reduced (even free anti-counterfeiting). Because the designated driving platform operator is willing to give the advertisement/promotion cost in the budget to the wine product manufacturer, the wine product manufacturer is also willing to put the drunk driving coupon freely provided by the designated driving platform with four-in-one functions of promotion, anti-counterfeiting, tracking, drunk designated driving and the like into the wine product for use. This is equivalent to obtaining free services such as free sales promotion and free anti-counterfeiting for wine product manufacturers. The mutual interaction and sharing cooperation of the multi-dimensional information are beneficial to the mutual information sharing of the wine industry and the driving industry in China, and are beneficial to the development of wine products and industries to big data and new retail industry states.

Sixth, the utilization rate is high, the utilization rate of the drunk driving coupon is equal to the anti-counterfeiting check rate, and the anti-counterfeiting method is beneficial to enhancing the anti-counterfeiting effect and facilitating powder absorption of manufacturers. Investigation shows that: more than 76% of drunk driving codes can be checked and used for drunk driving, which is equal to that the anti-counterfeiting query rate of the product reaches 76%. Compared with the query rate of 0.3 percent of the anti-counterfeiting information inspection type anti-counterfeiting technology of the first generation in China, the method improves the query rate by more than 200 times, greatly enhances the anti-counterfeiting strength, and can help wine product manufacturers to obtain a large amount of product vermicelli and consumption data. When the method is specifically implemented, wine product manufacturers can subsidize certain expenses on wine offspring driving coupons according to different requirements and purposes so as to attract consumers to use the wine offspring driving coupons.

And seventhly, free designated driving and preferential designated driving services can be provided for users (namely the consumers) so as to benefit the consumers.

Drawings

In order to make the aforementioned and other objects, features and advantages of the present invention comprehensible, preferred embodiments accompanied with figures are described in detail below.

Fig. 1 is a schematic structural diagram of an after-drunk designated driving ticket and an anti-counterfeiting code duplicate thereof in a first embodiment of the present invention.

Fig. 2 is a partial sectional structural schematic diagram of the drunk designated ticket in fig. 1 and the anti-counterfeiting code pair thereof and a wine bottle of a wine box.

Fig. 3 is a schematic structural diagram of another drunk-offspring coupon according to the second embodiment of the present invention.

Fig. 4 is a schematic structural diagram of a secondary linkage of the drunk designated driving ticket and the product tracing code in the third embodiment of the present invention.

Fig. 5 is a schematic diagram of a designated driving system and a product system in an embodiment of the invention.

Fig. 6 is a schematic structural diagram of an after-drinking drive ticket and a product anti-counterfeiting/tracing code couplet in the fourth embodiment of the present invention.

Fig. 7 and 8 are schematic views of a drunk designated ticket (in the form of a wine bottle hangtag) and a structure thereof hung on a wine bottle in the fifth embodiment of the invention.

Fig. 9 is a structural schematic diagram of a nail-type drunk driving coupon in the sixth embodiment of the invention.

Fig. 10 is a schematic cross-sectional view of the partial wine box in which the nail type wine progeny coupon of fig. 9 is nailed into the material layer.

Fig. 11 is a schematic structural diagram of a paper towel type drunk driving coupon according to a seventh embodiment of the invention.

Fig. 12 is a schematic diagram of a communication system connection between a designated driving system and a taxi-taking system according to an eighth embodiment of the present invention.

Fig. 13 is a schematic structural diagram of a sealing structure of a wine box for a drunk ticket according to a ninth embodiment of the present invention.

The reference numbers illustrate: 1-drunk driving ticket, 2- (drunk driving system) entrance two-dimensional code, 3-wine bottle, 4-wine box, 5-bottle cap, 6-rubber cap, 7-anti-counterfeiting code auxiliary link, 8-anti-counterfeiting code, 9-wine, 10-smart phone, 11-drunk driving system database, 12-drunk driving system, 13-product anti-counterfeiting/tracing system, 14-product anti-counterfeiting/tracing database, 15-drunk driving page, 16-drip designated driving small program entrance code, 17-product anti-counterfeiting/tracing code auxiliary link, 18-product tracing code, 19-drunk driving code, 20-drunk driving entrance code, 21-product anti-counterfeiting code, 22-5G network, 23-wine bottle hangtag, 24-nail, 25-paper towel and 26-driving system.

Detailed Description

The first embodiment.

As shown in fig. 1, a batch of drunk driving tickets 1 is printed. Each drunk driving ticket 1 is printed with a digital printer with a drunk driving entry code 20 generated with a web address (e.g., http:// weixin. qzxj315.com/fid = 210700000067752784) wherein a 18-digit string of arabic numbers 210700000067752784 is the inserted and edited drunk driving code 19, and http:// weixin. qzxj315.com/fid is the designated driving system 12 applet entry web address. Note that: because the CPC patent client does not sign and send a file containing a question mark, the question mark in the website of the text is replaced by the character f, and the f in the website is replaced by the question mark, so that the two-dimensional code graph can be generated by restoration.

An anti-counterfeiting code auxiliary link 7 is additionally arranged below each drunk driving coupon 1, and a six-digit random number anti-counterfeiting code 8 is correspondingly printed. The anti-fake code 8 and the drunk driving code 19 are correspondingly recorded in the designated driving system database 11.

As shown in FIG. 2, a wine enterprise in Guizhou intends to produce a wine product, which is a kind of wine for a year.

A ceramic wine bottle 3 with the volume of 650 ml is selected, and a ceramic wine tank or a wine jar with larger volume can be selected as a container. The wine bottle 3 is filled with 500 ml of 53-degree wine 9.

The drunk driving coupon 1 is attached to the top of the bottle cap 5, and the drunk driving coupon 1 and the bottle cap 5 are sealed in a plastic package (i.e. hidden) by the opaque rubber cap 6, so that anyone cannot see and use the drunk driving code 20 on the drunk driving coupon 1 without tearing the rubber cap 6. And then the anti-counterfeiting code auxiliary link 7 is stuck to the inner side of the top of the wine box 4.

It is preferable to hide the drunk driving code 19 inside the cap 5 so that anyone cannot see and verify the use of the drunk driving code 19 without unscrewing the cap 5.

Thus, each bottle of wine has a unique drunk driving code 19 and the drunk driving entrance code 20 and the anti-counterfeiting code 8 which are generated together with the small program website.

Therefore, the user can conveniently scan the drunk driving entry code 20 before drinking, log in the designated driving system 12, enter the designated driving page 15, input the anti-faking code 8 and reserve designated driving. Therefore, the drunk driving waiting time can be saved, the anti-counterfeiting cost can be reduced for wine product manufacturers, even free anti-counterfeiting can be realized, and the drunk driving waiting time can also be accurately drained by a designated driving (system) platform operator. Not only can obtain the customers, but also can save the cost of obtaining the customers.

Therefore, after the user opens the bottle cap 5 to drink the wine, if the user does not need to drive on behalf of the user, and discards the wine bottle 3, the wine box 4 and the bottle cap 5, even if the rejected person is recovered as waste, the two codes are difficult to be matched for use. This is because the beverage bottle 3 that retrieves is random separation with wine box 4 and bottle lid 5 under most circumstances, is difficult to go on in pairs and is in the same place, and the corresponding relation of two yards is disorderly, can't be falsely used, so can not cause economic loss for the generation platform and drinks product manufacturer to the product accuracy that still can avoid the system to gather tracks information inaccurately.

Example two.

As shown in fig. 3, a batch of drunk driving tickets 1 is printed. Each drunk driving ticket 1 is printed with a drunk driving code 19 including a serial number and random characters (e.g., 315 ai/172900131941443773) using a digital printer. And a drip driving applet entry code 16, i.e., a drip believe applet entry two-dimensional code 2, is printed next to the drunk driving code 19. The prepared drunk driving coupon 1 is put into a wine box 4, and one coupon is put into each bottle. Thus, each bottle of wine 9 has a unique drunk driving code 19 and a drip designated driving applet entry code 16. Since drip-and-drip ride-on systems 12 are mature prior art that has long been commercially available, they will not be described in detail herein. Other steps refer to the above example.

In specific implementation, the drunk driving code 19 can be printed on a paper label or written into an RFID label according to the requirements of a winery.

Therefore, the method is convenient for users to scan codes before drinking and appoint designated driving, and can save waiting time for drunk driving; but also can promote the products for wine product manufacturers and even prevent counterfeiting free of charge; but also can guide the flow of the designated driving (system) platform operators accurately, so that the system can obtain the customers and can save the cost of obtaining the customers.

Example three.

As shown in fig. 4, a batch of drunk driving tickets 1 is printed. Each drunk driving ticket 1 is printed with a monochrome digital printer with a drunk driving entry code 20 generated with a web address (e.g., http:// weixin. qzxj315.com/fid = 210700000067752784) wherein a long string of 18-digit numbers 210700000067752784 is the inserted and edited incoming drunk driving code 19, and wherein http:// weixin. qzxj315.com/fid is the website of the driver system 12 portal applet.

Under each drunk driving ticket 1, a product tracing auxiliary link 17 is arranged, and a product tracing code 18 (for example, 81473140105139852683) containing a random number is correspondingly arranged. The product tracing code 18 and the drunk driving entry code 20 are stored and filed in a database of the product tracing system 13 which is in communication connection with the designated driving system 12 (for example, in communication connection with a 5G network 22). The driving coupon 1 after wine is pasted on the wine bottle 3, and the product tracing couplet 17 is pasted outside the wine box 4. Thus, each bottle of wine 9 has a unique drunk driving entry code 20 and product traceability code 18.

Thus, if the user needs to drive in the designated mode, the smart phone 10 can be used for scanning the drunk driving entry code 20, logging in the designated driving system 12, entering the designated driving page 15, inputting the product tracing code 18 which is also used as the anti-counterfeiting code 8, and reserving the designated driving. Through inspection, when the drunk driving entry code 20 and the product tracing code 18 which is also used as the anti-counterfeiting code 8 are consistent with records in the database, the user is allowed to log in the designated driving system 12 as a legal user and enter a designated driving process.

Preferably, the driving assistance system 12 further records the starting point and ending point position information of the driving assistance route of the user (i.e. the user of the consumer who drinks wine) in the product tracing system database 14, so that the wine manufacturer can trace and investigate the accurate product tracing information such as the accurate position of the seller and the buyer (i.e. the user of the consumer who drinks wine).

Therefore, if the user does not need to drive in a designated manner, after the wine bottle 3, the wine box 4 and the bottle cap 5 are discarded, even if the person who receives waste is recycled as waste, the two codes are difficult to be matched and used. This is because the recovered wine bottles 3, wine boxes 4 and bottle caps 5 are separated randomly in most cases, are inevitably different in nature, and are difficult to continue to be combined in pairs. The corresponding relation of the two codes is disordered and cannot be falsely used, so that economic loss cannot be caused to the designated driving platform and wine product manufacturers, and inaccurate product accurate tracking information acquired by the system can be avoided.

Therefore, the designated driving platform operator can even actively undertake all expenses such as product tracing cost and drunk designated driving ticket 1 cost, and the like, so that the wine product manufacturer saves the product tracing cost and actively sets the drunk designated driving ticket 1 to the wine product. Other steps refer to the above example.

Example four.

As shown in fig. 6, a batch of drunk driving tickets 1 is printed. Each drunk driving ticket 1 is printed with a drunk driving entry code 20 generated using a web address (e.g., http:// weixin. qzxj315.com/fid = 210700000067752784), wherein a string of numbers 210700000067752784 is the entered drunk driving code 19, and wherein http:// weixin. qzxj315.com/fid is the website of the designated driving system 12 portlet.

A product anti-counterfeiting duplicate 17 is arranged below each drunk driving ticket 1, and a product anti-counterfeiting code 21 (such as 81473140105139852683) containing a random password is correspondingly arranged. And correspondingly storing and recording the product anti-counterfeiting code 21 and the drunk driving entry code 20 to the product anti-counterfeiting system 13 in communication connection (for example, in communication connection with a 5G network 22) with the designated driving system 12. The driving coupon 1 after wine is pasted on the wine bottle 3, and the anti-counterfeiting couplet 17 of the product is pasted outside the wine box 4. Thus, each bottle of wine 9 has a unique drunk driving entry code 20 and product security code 21.

Thus, if the user needs to drive in the designated mode, the smart phone 10 can be used for scanning the drunk driving entry code 20, logging in the designated driving system 12, entering the designated driving page 15, inputting the product anti-counterfeiting code 21 which is also used as the anti-counterfeiting code 8, and reserving the designated driving. Through inspection, when the drunk driving entry code 20 and the product anti-counterfeiting code 21 doubling as the anti-counterfeiting code 8 both conform to the record in the database, a drinker is allowed to log in the designated driving system 12 as a user and enter a designated driving process.

Preferably, the driving assistance system 12 further records the starting point and the ending point position information of the driving assistance route of the user (i.e. the user of the consumer who drinks wine) in the product anti-counterfeiting database 14, so that the wine manufacturer can track and investigate the accurate product tracking information such as the accurate positions of the seller and the buyer (i.e. the user of the consumer who drinks wine).

Thus, if the user does not need to drive in his own right, even if the person who receives the waste is collected as waste after the wine bottle 3, the wine box 4, and the bottle cap 5 are discarded, it is difficult to make improper use by associating the two codes. This is because the recovered wine bottles 3, wine boxes 4 and bottle caps 5 are separated randomly in most cases, are inevitably different from one another, and are difficult to be combined in pairs. The corresponding relation of the two codes is necessarily disordered and cannot be used continuously, so that economic losses cannot be caused to the designated driving platform and wine product manufacturers.

Therefore, the designated driving (system) platform operator can even actively bear all expenses such as the product anti-counterfeiting cost, the drunk designated driving ticket 1 cost and the like, so that wine product manufacturers can save the product anti-counterfeiting cost and actively cooperate to set the drunk designated driving ticket 1 to wine products. Other steps refer to the above example.

Example five.

As shown in fig. 7 and 8, a batch of the drunk driving ride 1 in the form of a wine bottle hang tag 23 is printed. Each drunk driving ticket 1 is printed with a drunk driving entry code 20 generated by a web address (e.g., http:// weixin. qzxj315.com/fid = 210700000067752784), wherein a series of 18-bit long numbers 210700000067752784 is the inserted and edited drunk driving code 19, and wherein http:// weixin. qzxj315.com/fid is the website of the designated driving system 12 portal applet.

If the wine product manufacturer already has the product anti-counterfeiting system 13 and uses the product anti-counterfeiting code 21 for the wine product, the product anti-counterfeiting system 13 can be in communication connection with the third-party designated driving system 12 (for example, the 5G network 22 is in communication connection), the product anti-counterfeiting code 21 and the wine driving entry code 20 are correspondingly stored and recorded in the product anti-counterfeiting database 14, and the drunk designated ticket 1 in the form of the wine bottle hangtag 23 is hung on the wine bottle 3. Thus, each bottle of wine has a unique product security code 21 and its associated entry code 20.

Thus, if the user needs to drive in the designated mode, the smart phone 10 can be used for scanning the drunk driving entrance code 20 on the wine bottle label 23, logging in the designated driving system 12, entering the designated driving page 15, inputting the product anti-counterfeiting code 21 which is also used as the anti-counterfeiting code 8, and reserving the designated driving. Through inspection, when the drunk driving entry code 20 and the product anti-counterfeiting code 21 doubling as the anti-counterfeiting code 8 both conform to the record in the database, a drinker is allowed to log in the designated driving system 12 as a user and enter a designated driving process.

Preferably, the driving assistance system 12 further feeds back and records the starting point and the ending point position information of the driving assistance route of the user (i.e. the user of the consumer who drinks wine) to the product anti-counterfeiting database 14 of the manufacturer, so that the manufacturer of the wine product can track and investigate the accurate product tracking information such as the accurate positions of the seller and the buyer (i.e. the user of the consumer who drinks wine).

Thus, if the user does not need to drive in his own right, even if the person who receives the waste is collected as waste after the wine bottle 3, the wine box 4, and the bottle cap 5 are discarded, it is difficult to make improper use by associating the two codes. This is because the recovered wine bottles 3, wine boxes 4, bottle caps 5, wine bottle hanging tags 23, etc. are mostly separated randomly, are inevitably different from one another, and are difficult to be combined in pairs. The corresponding relation of the two codes is disordered and cannot be falsely used, so that economic loss cannot be caused to the designated driving platform and wine product manufacturers, and inaccurate product accurate tracking information acquired by the system can be avoided.

Example six.

As shown in fig. 9, a batch of nail-type drunk driving guide 1 was printed using a steel sheet of 0.65mm thickness, 3.5mm width and 70mm length. For example, the number 81234561234567891234 containing the serial number and random password is printed as a one-dimensional bar code type drunk-driving code 19, or printed with an anti-counterfeit code 8 (e.g., 291415). In specific implementation, the shape, material, thickness, width, and other parameters of the nail 24 can be set as desired.

And storing and recording the drunk driving code 19 in the designated driving system database 11. As shown in fig. 10, the nail-type after-drink ride coupon 1 is entirely nailed into the packing material of the wine box 4. In this way, each box 4 is embedded in its material with a unique drunk driving code 19 printed on the nail 24.

Thus, if the user needs to drive in the designated manner, he can tear or cut the packaging material of the wine box 4, peel off the nail 24, scan the two-dimensional code 2 of the entrance of the designated driving system 12 printed elsewhere on the wine box 4 and the one-dimensional bar code type drunk driving code 19 (e.g. 81234561234567891234) with the smartphone 10, log in the designated driving system 12, enter the designated driving page 15, and reserve the designated driving. Other steps refer to the above example.

Preferably, the straight and smooth nail type drunk driving ticket 1 is completely embedded in the material of the wine product packaging, and a recycler such as a waiter can take out the nail 24 only by destroying the package without pulling out the nail 24 from the lower hand. Thus, since the guest must use the drunk driving code 19, the packing material must be torn open to remove the nail 24, which achieves the purpose of damaging the wine box. Thereby effectively preventing the used packing materials such as waste wine boxes and the like from being recycled for counterfeiting.

Example seven.

Preferably, in order to avoid driving the ticket 1 after unused wine, the person who is wasted recovers and steals and is then banned by non-users, which causes economic loss to wineries and designated driving platforms; further, the situation that the designated driving system 12 and the product anti-counterfeiting system 13 mistakenly take a non-user as a user to perform tracking service is avoided, and user information such as the user position and the like acquired by the system is inaccurate. As shown in fig. 11, the anti-counterfeiting code 8 and/or the drunk-driving code 19 are preferably printed on the paper towel 25 (preferably on paper rather than a bag); the paper towel 25 is put into the wine box 4 for users (i.e. drinkers) to take for use, so as to be discarded at any time, thereby preventing the users from falsifying. Thus, it is difficult for the collector to receive the tissues 25 for sale and use. This is because: according to the garbage classification principle and the actual investigation result: 99% of used paper towels are thrown into an indoor garbage can and cannot be recycled by a waste collector together with recyclable garbage such as wine bottles 3, bottle caps 5, wine boxes 4, linings and the like.

Example eight.

Preferably, the designated driving system 12 and the taxi taking system 26 are integrated and combined to form a network taxi appointment operation platform, so that the drunk driving code 19 is allowed to be used in the taxi taking system 26 as a drunk taxi taking code, and drunk drinkers without cars or driving behind drinks can conveniently take the taxi. In other words, the designated driving system 12 and the taxi taking system 26 are used as two subsystems of the same operation platform, so that the drunk driving code 19 and the drunk taxi taking code are universal in the two subsystems, and the drunk drinkers without cars or driving behind the drunk can conveniently take the taxi.

Example nine.

Preferably, as shown in fig. 12, the driving coupon 1 is stuck to the sealing position for sealing the wine box 4 or the wine bottle 3 or the bottle cap 5. Wherein the drunk driving code 19 on the drunk driving token 1 is preferably covered by a scratch ink in half to ensure that the drunk driving code 19 can be read or used by a user only after the wine product package is destructively scratched off.

The above disclosure is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the scope of the present invention, therefore, the present invention is not limited by the appended claims. And in particular embodiments that allow for the use of a drunk driving code 19 in a drunk driving system, would still fall within the scope of the present invention.

Claims

1. The wine product designated driving drainage accurate tracking anti-counterfeiting packaging method is characterized by comprising the following steps:

firstly, arranging a designated driving system entrance two-dimensional code and a drunk designated driving ticket on a wine product package, wherein the designated driving ticket comprises a ticket setting code containing an anti-counterfeiting code, namely a drunk driving code;

secondly, the drunk driving code is sealed on the wine product packaging material, and a user can read or use the drunk driving code only after the wine product packaging material is destructively opened;

thirdly, storing the drunk driving code corresponding to the drunk driving product information into a database of a designated driving system to establish a product designated driving information file;

fourthly, the user destructively opens the wine product packaging materials, finds the sealed drunk driving code, scans the two-dimensional code of the designated driving system entrance by using the smart phone, logs in the designated driving system, and checks the drunk driving code;

and fifthly, checking by a designated driving system, if the drunk driving code conforms to the record in the product designated driving information file, opening designated driving permission, and allowing the user to enter a designated driving process.

2. The wine product designated driving drainage accurate tracking anti-counterfeiting packaging method according to claim 1, characterized in that:

storing the drunk driving code and the driving mileage/amount data corresponding to the drunk driving code into a driving system database and combining the drunk driving code and the driving mileage/amount data into a product driving information file; and/or the first and/or second light sources,

and coding the drunk driving code into the drunk driving system entrance two-dimensional code, so that the entrance two-dimensional code and the drunk driving code are combined into a unique drunk driving entrance code.

3. The wine product designated driving drainage accurate tracking anti-counterfeiting packaging method according to claim 2, characterized in that: the drunk driving code is also provided with an anti-counterfeiting code corresponding to the drunk driving code and recorded in a database; respectively arranging a drunk driving code and an anti-counterfeiting code on a wine box and a wine bottle; and through inspection, when the drunk driving code and the anti-counterfeiting code are consistent, the designated driving authority is opened, and the user is allowed to enter a designated driving process.

4. The wine product designated driving drainage accurate tracking anti-counterfeiting packaging method according to any one of claims 1 to 3, characterized in that:

the designated driving system feeds back the starting point or/and end point position information of the designated driving route of the user to a product anti-counterfeiting/tracing system in communication connection with the designated driving system and records the information in a database; and/or the first and/or second light sources,

and (3) associating the ID number or the associated information of the designated driving system logged by the user with the drunk driving code and the product anti-counterfeiting/tracing code, and recording the ID number or the associated information in a database.

5. The wine product designated driving drainage accurate tracking anti-counterfeiting packaging method according to any one of claims 1 to 3, characterized in that: printing the anti-counterfeiting code or/and the drunk driving code on the nail to prepare a nail type drunk driving coupon; the nail type driving coupon for the wine is nailed into the wine product package, and the driving coupon can be taken out only after the package is damaged.

6. The wine product designated driving drainage accurate tracking anti-counterfeiting packaging method according to any one of claims 1 to 3, characterized in that: printing the anti-counterfeiting code or/and the drunk driving code on a paper towel to prepare a paper towel type drunk driving ticket; the paper towel type drunk driving coupon is placed into the wine box for a user to take, so that the user can use and scrap the paper towel conveniently, and the drunk driving coupon is prevented from being faked by a waste collector.

7. The wine product designated driving drainage accurate tracking anti-counterfeiting packaging method according to any one of claims 1 to 3, characterized in that: the designated driving system and the taxi taking system are connected and communicated, so that the drunk driving code and the drunk taxi taking code are universal in the two systems.

8. The wine product designated driving drainage accurate tracking anti-counterfeiting packaging method according to any one of claims 1 to 3, characterized in that: the driving coupon is stuck at the sealing position after the wine is drunk, so that the wine box or the wine bottle or the bottle cap is sealed.

9. The liquor product designated driving drainage accurate tracking anti-counterfeiting packaging method according to any one of claims 1 to 8, characterized in that: the drunk driving code, the product anti-counterfeiting code and the product tracing code are integrated into a whole.