CN110599248A - Clear code prize exchanging verification method - Google Patents
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- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
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- G06Q30/00—Commerce
- G06Q30/02—Marketing; Price estimation or determination; Fundraising
- G06Q30/0207—Discounts or incentives, e.g. coupons or rebates
- G06Q30/0208—Trade or exchange of goods or services in exchange for incentives or rewards
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/02—Marketing; Price estimation or determination; Fundraising
- G06Q30/0207—Discounts or incentives, e.g. coupons or rebates
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Abstract
The invention provides a clear code prize-exchanging verification method, which comprises the steps that after a consumer purchases a product, a product packaging material is damaged, the damaged product packaging material and a prize-exchanging number are shot by a smart phone, and the obtained damage evidence information and the obtained prize-exchanging number are uploaded to a prize-exchanging verification system; after the image identification and inspection prove that the product packaging material is damaged, the prize exchanging authority is opened to the consumer, and the consumer is allowed to receive the set prize. By using the invention, the prize exchanging number does not need to be covered and kept secret, the process can be greatly simplified, the production is convenient, the cost can be reduced, the enthusiasm of consumers for participating in prize exchanging can be improved, and the product sale big data acquisition rate can be improved.
Description
Technical Field
The invention belongs to the technical field of product prize exchanging information systems, and particularly relates to a product (namely commodity) prize exchanging verification method with a prize exchanging number.
Background
The utility model discloses a "set up bottle lid anti-fake device (CN 204010023U) of two-dimensional code label", it is "a set up bottle lid anti-fake device of two-dimensional code label", the bottle lid anti-fake device that sets up the two-dimensional code label includes: the patch type two-dimensional code label is provided with a front surface with a two-dimensional code and an opposite back surface, and is opaque; the bottle cap is provided with a cap top and a cap body, the cap top is provided with an external front surface and an opposite back surface, and the back surface of the cap top is connected with the cap body; the front surface of the patch type two-dimensional code label is fixed with the front surface of the cover top, and the cover top is configured to be made of transparent materials. This utility model patent scheme has been implemented to certain ice spring tablet bottled mineral water, and it has pasted one piece of two-dimensional code non-setting adhesive special label on translucent blue bottle lid top, and the top of two-dimensional code is opaque laser aluminized PET membrane, can't see the two-dimensional code from the bottle lid top. After the consumer buys the mineral water, just can unscrew the bottle lid, scan the two-dimensional code from the bottle lid back to acquire point or prize. The design scheme needs to specially design and manufacture the shielding object to cover and seal the prize-exchanging number, so the production and application cost is high. Similar patent publications also include a two-dimensional code bottle cap and a manufacturing method thereof (CN 106628579A), "a bottle cap convenient for anti-counterfeiting tracing (205150606U)," and a cigarette packaging box capable of shielding the two-dimensional code (CN 205060455U) ".
The Chinese utility model discloses a two-dimensional code interference package product (CN 205034521U) of the inventor, which comprises a product package material, a suction pipe and a suction pipe package film, wherein a two-dimensional code ink layer with uniqueness or a marketing digital code character ink layer with uniqueness is printed between the product package material and the suction pipe; the straw shields the two-dimensional code for secrecy or shields the marketing digital character for secrecy. The consumer can only perform a code swipe by destructively removing the straw after purchase. In practice, some dishonest stores and consumers often illegally take down the straw, steal and scan the two-dimensional code to obtain a prize, and then stick the straw on the store, and later purchasers cannot easily find that the straw is opened. In other words, although the design scheme does not need to specially design and manufacture the shielding object, the shielding object cannot be opened or damaged, and the counterfeit points cannot be prevented.
The Chinese utility model discloses a 'patting and watching two-dimension code tetra Pak (CN 203268562U)' of the inventor, which is provided with a website two-dimension code printing ink layer on a tetra Pak box body; a confidential information printing ink layer is hidden between the tetra Pak box body and the folding corner; the secret information printing ink layer avoids adhesive points. The folded corners replace the existing silver ink covering layer which is scraped, secondary printing is omitted, and the printing cost is greatly reduced. In practice, some dishonest stores and consumers often illegally pick up the folded corner, steal and scan the two-dimensional code in advance to obtain the prize, and then recover the prize (because the folded corner and the box body are in a connected structure), and later purchasers cannot easily find that the folded corner is opened. In other words, although the design scheme does not need to specially design and manufacture the shielding object, the shielding object cannot be opened or damaged, and the fake point cannot be prevented.
Chinese invention patent (CN 101615258A) discloses a partially covered two-dimensional code anti-counterfeiting label and a forming method thereof, which comprises a bottom layer, a two-dimensional code thereof and a removable surface covering layer, wherein a local area of the two-dimensional code is covered, and the two-dimensional code cannot be read before the covering layer is not removed.
The Chinese invention patent discloses a two-dimensional code easy-to-open tab (CN 105151469B) of the inventor, wherein a two-dimensional code printing layer for looking up prize exchange information is arranged on the back surface of the tab. It can realize sweeping sign indicating number automatic input and convert the prize information, converts the prize convenience.
The utility model discloses an "invoice (CN 204965472U) based on two-dimensional code prize of honoring", it needs to exchange the prize number and cover the sealing with hiding the coating.
The current prize exchanging number (2) is usually printed into two groups, one group is a unique longer serial number which can not be covered, and the other group is a shorter verification code which must be covered.
In summary, in the existing various information systems for exchanging prizes by using prize exchanging numbers, the totality adopts a prize exchanging method for shielding and keeping the prize exchanging numbers secret, that is, in the existing various information systems for exchanging prizes by using prize exchanging numbers, a secret code prize exchanging method is adopted, and consumers only have the right to unpack (i.e. destroy a packing material) to remove a shielding object after purchasing commodities and then can scan codes to obtain prizes such as points and the like. The technical requirement of shielding and keeping secret of prize exchanging numbers such as two-dimensional codes causes great troubles for production and manufacturing. Particularly, the production of packages with high automation degree, high production speed and huge use amount, such as the production of tetra Pak products, the production of medicine boxes/cigarette boxes and the production of pop can products, is added with the working procedure, and the equipment modification investment is large, the process is complex and the cost is high.
The prize exchanging principle of the current secret code prize exchanging scheme is as follows: the product has been sold/purchased before the reward is given to the purchaser (consumer). In other words, the product is sold before the reward is given. In other words, the purchaser (consumer) must exchange the prize with the prize exchange number (to-be-exchanged verification system).
In the current secret code prize exchanging scheme, the normal way for a consumer to acquire a prize exchanging number is as follows: the prize number is read by purchasing the product and then removing the cover (i.e., breaking the wrapper).
Prize exchanging logic of the current password prize exchanging scheme: the uploaded prize exchanging number is correct, and the fact that the product is sold/purchased is presumed; the product has been sold/purchased before the reward is given to the purchaser (consumer).
Disclosure of Invention
The purpose of the invention is as follows: the clear code prize exchange verification method is provided, so that the production process of covering prize exchange numbers is omitted, the production process is simplified, the production and the manufacture are convenient, the manufacturing cost is reduced, the prize exchange rate is improved, and the product sale big data acquisition rate is improved.
The technical scheme of the clear code prize exchange verification method (also called a cover-free prize exchange verification method) is as follows.
A clear code cashing prize verification method comprises the steps of allocating prizes to products (namely commodities); a prize exchanging number (2) is printed on the product packaging material (1); storing the prize exchanging number (2) into a prize exchanging verification system database (3) accessed to a mobile communication network (8); the consumer uploads the prize exchanging number (2) to a prize exchanging verification system by using the smart phone (4) for prize exchanging; it is characterized by comprising the following steps:
firstly, printing an uncovered prize exchanging number (2) on a product package (1); in other words, the prize-exchanging number (2) is a plain code;
secondly, after the consumer purchases the product, the product packaging material (1) is damaged; shooting damaged product packages (1) and complete (i.e. not damaged) ink marks of prize exchanging numbers (2) by using a smart phone (4) so as to acquire damage evidence information (5) and prize exchanging number (2) information (such as photos, short videos and the like); uploading the acquired damage evidence information (5) and prize exchanging number (2) information to a prize exchanging verification system;
thirdly, the prize exchanging verification system receives and checks the damage evidence information (5) and the prize exchanging number (2) information;
and fourthly, after the product packaging material (1) is verified to be damaged by the prize exchanging verification system, the prize exchanging verification system opens prize exchanging authority to the consumer on the premise that the prize exchanging number (2) is real and effective, and the consumer is allowed to receive the set prize (such as the bonus points/red packet/gift/insurance policy/lottery authority).
Preferably, the clear code prize exchange verification method is characterized in that: a damage (notice and the like) prompt message is printed beside the ink mark of the prize exchanging number (2) to prompt a consumer how to perform damage operation;
or, cutting a vulnerable notch (6) at the side of the ink mark of the prize-exchanging number (2), and printing a damage (notice and the like) prompt message to prompt a consumer how to perform damage operation;
or, a stay wire (7) is buried (unsealed) beside or below the ink mark of the prize-exchanging number (2), and damage (notice and the like) prompt information is printed to prompt a consumer how to perform damage operation;
or the prize exchanging number (2) is printed beside the opening of the product packaging material (1). Therefore, as long as the product packaging material (1) is disassembled from the opening, the consumer can conveniently shoot and obtain (pictures/short videos and the like) damage evidence information (5) and prize exchanging number (2) information by using the smart phone (4).
Preferably, the clear code prize exchange verification method is characterized in that: the consumer uses the smart phone (4) to shoot the stained (i.e., damaged) product package (1) and the undamaged (i.e., intact) prize-exchanging number (2) to obtain (photo/short video, etc.) and upload damage evidence information (5).
The product packaging material (1) is damaged, including that printed matters such as the product packaging material (1) are marked to be invalid by pen ink, smeared and stained by the pen ink, torn off the auxiliary link and poked, and the sealed product packaging material (1) is unsealed.
The award exchanging number (2) of the invention is generally coded by numbers, letters and characters with uniqueness and randomness, and can also be a virtual commodity code analyzed by an artificial intelligence code assigning method and system (CN 107491801B).
Prize exchanging logic of the current password prize exchanging scheme: the uploaded prize exchanging number is correct, and the fact that the product is sold/purchased is presumed; the product has been sold/purchased before the reward is given to the purchaser (consumer).
The invention discloses prize exchanging logic of a plain code prize exchanging scheme: after the damage evidence information (5) such as damaged photos/short videos and the like of the product packaging materials (1) is uploaded, the products are presumed to be sold/purchased. The product has been sold/purchased before the reward is given to the purchaser (consumer).
Compared with the prior art, the invention can produce the following beneficial technical effects.
Firstly, the prize-exchanging number (2) does not need to be covered and kept secret, namely the prize-exchanging number (2) can be a plain code, so that the covering process can be omitted, the production process can be greatly simplified, the production and the manufacture can be facilitated, the production cost can be reduced, and the production efficiency can be improved.
And secondly, because the prize exchanging number (2) can be a plain code, actual measurement statistics shows that the enthusiasm of consumers for participating in prize exchanging can be improved, the prize exchanging rate can be improved, and the commodity sales big data acquisition rate can be improved.
Thirdly, the application field is widened, and products such as tetra Pak, pop-top cans, aluminum plastic soft drink bags and the like with inappropriate/difficult inner wall printing of the prize exchanging number (2) can also be applied to prize exchanging.
The four codes and the two codes are integrated, and because the prize exchanging number (2) can be a plain code, the prize exchanging number can be combined with plain codes such as a tracing code, an electronic supervision code, a logistics code, an anti-counterfeiting code, an anti-fleeing code and the like into a whole. In other words, the current prize exchanging number (2) must be a secret code, and the tracing code, the electronic supervision code, the logistics code, the anti-fleeing code and the like must be a clear code, so that the two codes cannot be combined into one and only can be separated into two places. In other words, the invention can save half of electronic ink, reduce half of investment of digital printing machine set, and does not need to correlate two-code acquisition, namely can omit code scanning acquisition correlation procedure, thereby improving production efficiency and reducing production cost.
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.
Drawings
Fig. 1 is a schematic structural view of a product package (self-adhesive label) in the first embodiment of the present invention.
Fig. 2 is a schematic structural view of the product package in the first embodiment after being damaged.
Fig. 3 is a schematic structural view of a product package (before and after damage) in the second embodiment of the present invention.
Figure 4 is a schematic view of a product package (top end of tetra Pak after opening) according to a third embodiment of the present invention.
Fig. 5 is a schematic view of a product package (opened cigarette case) according to a fourth embodiment of the present invention.
Fig. 6 is a schematic view showing the structure of a product package (an upper portion of a can after opening) in the fifth embodiment of the present invention.
Fig. 7 is a schematic view of a product package (can bottom of pop can) according to a fifth embodiment of the present invention.
Figure 8 is a schematic view of a product package (beverage bag) according to a sixth embodiment of the present invention.
Figure 9 is a schematic view of a product package (pull-string embedded label) according to a seventh embodiment of the present invention.
Fig. 10 is a schematic diagram of a clear code redemption verification system according to an embodiment of the present invention.
Reference numerals: 1-product packaging, 2-prize exchanging number, 3-database, 4-smart phone, 5-damage evidence information, 6-vulnerable cut, 7-stay wire, 8-mobile communication network, 9-server, 10-ground color, 11-straw hole and 12-bag opening.
Detailed Description
The first embodiment.
As shown in fig. 1, 2 and 10, a coated paper adhesive sticker material is selected to print the product packaging (1), for example: and printing shampoo or bath foam bottle labels.
In the middle area of the front surface of the self-adhesive bottle label, namely the product packaging material (1), a unique two-dimensional code with the variable content of http://315net.com/123456789012 is printed as a prize exchanging number (2). And a vulnerable notch (6) is die-cut beside the two-dimensional code.
Referring to the 'mobile phone identification code sawtooth anti-counterfeiting method (CN 104794629B)' of the invention in China, the two-dimensional code is subjected to microscopic photographing to acquire and obtain the individual characteristic information such as random sawtooth on the edge of the two-dimensional code, and the individual characteristic information such as the random sawtooth is stored in the database (3) to be used as anti-counterfeiting information. And stores the prize-exchanging number (2) in the database (3).
And (3) sticking the label prepared in the previous step to a product, such as: sticking to a certain brand of shampoo blue bottle.
Thus, after purchasing shampoo in a blue bottle, a consumer can tear the label along the vulnerable cut (6) according to the prompt message, so as to expose the bottom color (10) of the bottle, namely blue.
Then, a WeChat scanning software of the smart phone (4) is used for scanning a two-dimensional code on the label, namely the prize exchanging number (5), a WeChat small program is opened, the WeChat small program is used for shooting the two-dimensional code and the damaged label so as to obtain (photo/short video and the like) damage evidence information (5) and prize exchanging number (2) information, and the obtained damage evidence information (5) and the prize exchanging number (2) are uploaded to a prize exchanging verification system.
And the prize exchanging verification system receives and checks the damage evidence information (5) and the prize exchanging number (2) information.
After the prize exchanging verification system carries out artificial intelligent image recognition on the damage evidence information (5), after the product packaging material (1) is verified to be damaged, for example, a blue background color (10) block appears beside the two-dimensional code, and on the premise that the sawtooth characteristics are consistent, namely on the premise that the prize exchanging number (2) is real (not a copied false code) and effective (the prize is not preempted by other people), the prize exchanging verification system opens prize exchanging authority to consumers, and allows the consumers to receive the set prize (such as points/red packages/gifts/insurance policies/lottery rights and the like).
Example two.
As shown in fig. 3, the two-dimensional code is printed as the prize number (2) on the lower right corner of the label (see left drawing of fig. 3). Thus, after the consumer purchases the product, the label can be torn along the frangible cut (6) in accordance with the cue (see right panel of fig. 3).
Then, the two-dimensional code on the torn label (see the right picture of fig. 3), namely the prize exchanging number (5), is scanned by using the WeChat of the smart phone (4), the two-dimensional code and the damaged label (see the right picture of fig. 3) are shot by using the WeChat applet so as to obtain (photo/short video and the like) damage evidence information (5) and prize exchanging number (2) information, and the obtained damage evidence information (5) and prize exchanging number (2) are uploaded to a prize exchanging verification system.
And the prize exchanging verification system receives and checks the damage evidence information (5) and the prize exchanging number (2) information.
The damage evidence information (5) is subjected to artificial intelligent image recognition by the prize exchanging verification system, after the product packaging material (1) is verified to be damaged, for example, after a torn label (see a right figure) is found, and on the premise that the sawtooth characteristics are consistent, namely, on the premise that the prize exchanging number (2) is real (not a copied false code) and effective (the prize is not preempted by other people), the prize exchanging verification system opens prize exchanging authority to the consumer, and the consumer is allowed to receive the set prize (such as points/red packages/gifts/insurance policies/lottery rights and the like).
Example three.
As shown in fig. 4, since the inner wall cannot be printed, and the prize-exchanging number (2) cannot be hidden inside because the consumer cannot see the inner wall by turning it open, the two-dimensional code is preferably printed as the prize-exchanging number (2) on the opening of the tetra pak, which is the front face near the straw hole (11) at the top of the tetra pak. The other steps refer to the first embodiment. Thus, after purchasing a tetra Pak (e.g., milk), the consumer can puncture the straw hole (11) according to the prompt message.
Then, scanning a two-dimensional code on the label, namely a prize exchanging number (2), by using WeChat scanning software of the smart phone (4), opening a WeChat applet, shooting the two-dimensional code by using the WeChat applet and a punctured straw hole (11) so as to obtain (photo/short video and the like) damage evidence information (5) and prize exchanging number (2) information, and uploading the obtained damage evidence information (5) and prize exchanging number (2) information to a prize exchanging verification system.
And the prize exchanging verification system receives and checks the damage evidence information (5) and the prize exchanging number (2) information.
The damage evidence information (5) is subjected to artificial intelligence image recognition through the prize exchanging verification system, after the product packaging material (1) is verified to be damaged, for example, a punctured straw hole (11) is found beside the two-dimensional code, and on the premise that the prize exchanging number (2) is real (not fake) and effective (the prize is not preemptively taken by other people), the prize exchanging verification system opens prize exchanging permission to consumers, and the consumers are allowed to receive the set prize (such as points/red packets/gifts/insurance policies/lottery rights and the like).
Example four.
As shown in fig. 5, the two-dimensional code is printed on the upper part of the cigarette case, namely the opening of the cigarette case, as the prize exchanging number (2). The other steps refer to the first embodiment. Therefore, after the consumer purchases the cigarettes, the cigarette case can be opened according to the prompt information.
Then, scanning a two-dimensional code on the label, namely the prize exchanging number (2), by using WeChat scanning software of the smart phone (4), opening a WeChat applet, shooting the two-dimensional code and the opened cigarette case by using the WeChat applet so as to obtain (photo/short video and the like) damage evidence information (5) and prize exchanging number (2) information, and uploading the obtained damage evidence information (5) and prize exchanging number (2) information to a prize exchanging verification system.
And the prize exchanging verification system receives and checks the damage evidence information (5) and the prize exchanging number (2) information.
The damage evidence information (5) is subjected to artificial intelligence image recognition by the prize exchanging verification system, after the product packaging materials (1) are verified to be damaged, for example, after the cigarette case is found to be disassembled, and on the premise that the prize exchanging number (2) is real (not a copied false code) and effective (the prize is not preempted by other people), the prize exchanging verification system opens prize exchanging authority to consumers, and the consumers are allowed to take the set prizes (such as scores/red packs/gifts/insurance policies/lottery rights and the like).
Example five.
As shown in fig. 6, since the code is printed when the inner wall of the can cannot be filled, and the customer cannot see the inner wall even when the can is opened, the prize-exchanging number (2) cannot be hidden in the inner wall, the prize-exchanging number (2) is preferably printed on the top lid of the can by spraying. Therefore, after purchasing the pop can product, the consumer can pull the pull ring to open the filling opening according to the prompt information.
Then, the intelligent mobile phone (4) is used for shooting the prize exchanging number (2) and the top of the pop can with the pull ring pulled up so as to obtain (photo/short video/video connection line and the like) damage evidence information (5) and complete prize exchanging number (2) information, and the obtained damage evidence information (5) and prize exchanging number (2) information are uploaded to a prize exchanging verification system.
Another preferable application scheme is that as shown in fig. 7, a prize exchanging number (2) is printed on the bottom of the can, and if a consumer wants to exchange a prize, the pop can (after drinking) with the pull ring pulled up is reversely rotated for a circle, and a short video of the reverse rotation of the pop can is shot by a smart phone (4), so that the prize exchanging number (2) on the bottom of the can, the damaged pull ring on the top of the can and the opened pouring opening are all shot into the video, and are uploaded to a prize exchanging verification system as damage evidence information (5). With the development and the commercialization of the 5G communication technology, the steps of shooting and uploading the damage evidence information (5) by using the smart phone (4) become simpler, faster and more practical.
And the prize exchanging verification system receives and checks the damage evidence information (5) and the prize exchanging number (2) information.
The damage evidence information (5) is subjected to artificial intelligent image recognition by the prize exchanging verification system, and after the product packaging material (1) is verified to be damaged, for example, after the filling opening is found to be opened, and under the premise that the anti-counterfeiting characteristics such as sawteeth are consistent, the prize exchanging verification system opens prize exchanging authority to consumers, and the consumers are allowed to receive the set prizes (such as points/red packs/gifts/insurance policies/lottery authority and the like).
Example six.
As shown in fig. 8, since the inner wall cannot be printed, and the prize-exchanging number (2) cannot be hidden inside because the consumer cannot see the inner wall by turning it open, it is preferable to print the two-dimensional code as the prize-exchanging number (2) on the opening of the beverage bag, which is the front surface near the mouth (12) of the beverage bag top. The other steps refer to the third embodiment. Therefore, after the consumer purchases the bagged beverage, the mouth (12) can be cut off according to the prompt information.
Then, a WeChat scanning software of the smart phone (4) is used for scanning a two-dimensional code on the label, namely the prize exchanging number (2), a WeChat small program is opened, the WeChat small program is used for shooting the two-dimensional code and a cut bag opening (12) so as to obtain (pictures/short videos and the like) damage evidence information (5) and prize exchanging number (2) information, and the obtained damage evidence information (5) and prize exchanging number (2) information are uploaded to a prize exchanging verification system.
And the prize exchanging verification system receives and checks the damage evidence information (5) and the prize exchanging number (2) information.
The damage evidence information (5) is subjected to artificial intelligence image recognition through the prize exchanging verification system, after the product packaging material (1) is verified to be damaged, namely the bag opening (12) is opened, and when the sawtooth characteristics are consistent, the prize exchanging verification system opens prize exchanging authority to the consumer, and the consumer is allowed to receive the set prizes (such as credit/red packet/gift/insurance policy/lottery authority).
Example seven.
As shown in figure 9, a coated paper adhesive sticker material is selected to print an anti-counterfeiting label, namely a product package (1).
On the anti-counterfeiting label, a two-dimensional code with the unique variable content of http://315net.com/123456789012 is printed as a prize cashing number (2). And a pulling wire (7) for unsealing is pre-buried beside the two-dimensional code, and a wire end which is convenient to pinch and pull by hands is preferably reserved.
Referring to the 'mobile phone identification code sawtooth anti-counterfeiting method (CN 104794629B)' of the invention in China, the two-dimensional code is subjected to microscopic photographing to acquire and obtain the individual characteristic information such as random sawtooth on the edge of the two-dimensional code, and the individual characteristic information such as the random sawtooth is stored in the database (3) to be used as anti-counterfeiting information. And stores the prize-exchanging number (5) in the database (3).
And (4) sticking the anti-counterfeiting label prepared in the last step to a product.
Therefore, after the consumer purchases the product, the consumer can firstly pinch the thread end and pull up the pull thread (7) according to the prompt information to tear the label.
Then, a WeChat scanning software of the smart phone (4) is used for scanning a two-dimensional code on the label, namely the prize exchanging number (5), a WeChat small program is opened, the WeChat small program is used for shooting the two-dimensional code and the damaged anti-counterfeiting label so as to obtain (photo/short video and the like) damage evidence information (5) and prize exchanging number (2) information, and the obtained damage evidence information (5) and the prize exchanging number (2) are uploaded to a prize exchanging verification system.
And the prize exchanging verification system receives and checks the damage evidence information (5) and the prize exchanging number (2) information.
The damage evidence information (5) is subjected to artificial intelligent image recognition by the prize exchanging verification system, and after the product packaging material (1) is verified to be damaged, the prize exchanging verification system opens prize exchanging authority to the consumer on the premise that the sawtooth characteristics are consistent, so that the consumer is allowed to receive the set prizes (such as scores/red packs/gifts/insurance policies/lottery rights and the like).
When the method is implemented, the special APP or WeChat applet is preferably used for shooting and obtaining (pictures/short videos and the like) damage evidence information (5) so as to prevent the pictures and the videos from being counterfeited and awarded.
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. The product packaging (1) is generally printed, and therefore the packaging is also called printed matter, and by analogy, the printed matter using the invention also belongs to the scope covered by the invention.
Claims (3)
1. A clear code cashing prize verification method comprises the steps of allocating prizes to products; printing a prize exchanging number (2) on a product package (1); storing the prize exchanging number (2) into a prize exchanging verification system database (3) accessed to a mobile communication network (8); the consumer uploads the prize exchanging number (2) to a prize exchanging verification system by using the smart phone (4) for prize exchanging; the method is characterized by comprising the following steps:
firstly, printing an uncovered prize exchanging number (2) on a product package (1);
secondly, after the consumer purchases the product, the product packaging material (1) is damaged; shooting the damaged product packaging material (1) and the complete ink of the prize exchanging number (2) by using a smart phone (4) so as to acquire damage evidence information (5) and prize exchanging number (2) information; uploading the acquired damage evidence information (5) and prize exchanging number (2) information to a prize exchanging verification system;
thirdly, the prize exchanging verification system receives and checks the damage evidence information (5) and the prize exchanging number (2) information;
and fourthly, after the product packaging material (1) is verified to be damaged by the prize exchanging verification system, the prize exchanging verification system opens prize exchanging authority to the consumer on the premise that the prize exchanging number (2) is real and effective, and the consumer is allowed to receive the set prize.
2. The plain code prize redemption verification method of claim 1, wherein: a damage prompt message is printed beside the ink mark of the prize exchanging number (2) to prompt a consumer how to perform damage operation;
or, cutting a vulnerable notch (6) on the side die of the ink mark of the prize-exchanging number (2), and printing a damage prompt message to prompt a consumer how to perform damage operation;
or, a pull wire (7) is buried beside or below the ink mark of the prize exchanging number (2), and damage prompt information is printed to prompt a consumer how to perform damage operation;
or the prize exchanging number (2) is printed beside the opening of the product packaging material (1).
3. The plain code prize redemption verification method of claim 1 or 2, wherein: the consumer uses the smart phone (4) to photograph the stained product package (1) to obtain the damage evidence information (5).
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