RU2776828C1 - Method for counterfeit-protected packaging for product liability insurance - Google Patents

Abstract

FIELD: information technology.

SUBSTANCE: invention relates to a method for counterfeit-protected packaging for product liability insurance. Method comprises the following stages: providing an electronic counterfeit protection liability insurance policy for the product; encoding the insurance policy; attaching the code to the insurance policy identifier; placing the identifier on the product; and appropriately storing the electronic insurance policy, information on counterfeit protection, and the number of the insurance policy in the database of the insurance policy requirement system.

EFFECT: increase in the security of counterfeit protection.

17 cl, 26 dwg

Description

[0001] The present application claims priority based on Chinese Patent Application No. 201910076867.8 entitled "ANTI-FAKE METHOD FOR PRODUCT INSURANCE" filed January 27, 2019 with the Chinese Patent Office, Chinese Patent Application No. 201910092297.1 entitled "ANTI-FAKE FAKE METHOD AND SYSTEM FOR INSURANCE OF GENUINE PRODUCT" filed January 30, 2019 at the China Patent Office, Chinese Patent Application No. Office of China, Chinese Patent Application No. 201910601354.4 entitled "ANTI-FAKE METHOD USING NATURAL MICROPORE TWO DIMENSIONAL CODE" filed on July 05, 2019 with the China Patent Office, Chinese Patent Application No. 201910752803.5 entitled "METHOD FOR VERIFICATION AND REDEMPTION WITHOUT COVERING" filed at the China Patent Office on August 15, 2019, and Chinese Patent Application No. 201910820215.0 entitled "METHOD FOR SETTING LIABILI TY INSURANCE FOR GENUINE PRODUCT AND INQUIRY AND REGISTRATION SYSTEM, filed September 01, 2019 with the China Patent Office, all of which are hereby incorporated by reference in their entirety.

FIELD OF TECHNOLOGY

[0002] The present invention relates to the field of product counterfeiting, printing and packaging, and in particular to a method for packaging a product with anti-counterfeiting liability insurance.

BACKGROUND OF THE INVENTION

[0003] The Chinese patent application grants a patent for "ENVIRONMENT PROTECTION AND ANTI-COUNTERFEITING PACKAGING METHOD BASED ON INTERNET OF THINGS (CN105416820B)". According to the method, the package is provided with a containing cavity for placing a product, an opening, and an intelligent lock. The smart lock is configured to control the opening of the opening. The smart lock communicates with the remote control terminal. The smart lock actively requests an authentication key (i.e., anti-forgery information) from the remote control terminal, performs authentication (i.e., matches the anti-forgery information) after receiving the authentication key, and opens the opening in the case that the authentication is successful.

[0004] In 1994, the document "PASSWORD ANTI-COUNTERFEITING IDENTIFIER (CN2216694Y)" is disclosed, which contains password counterfeiting, commonly known as code counterfeiting or digital counterfeiting. According to the invention, an anti-counterfeiting code is set for each product, a unique random password (i.e. an individual anti-counterfeiting feature) is hidden in the anti-counterfeiting code, and the random password is recorded and stored in the anti-counterfeit identification system database. connected to the Internet as anti-counterfeiting information, i.e. basis for performing identification of authenticity regarding the product. After purchasing a product with an anti-counterfeiting code ID attached, the consumer makes a phone call and enters a random password (i.e. anti-counterfeiting information) regarding the product, and then the consumer will know the authenticity of the product after the anti-counterfeiting identification system performs identification of authenticity (ie, determining whether the anti-counterfeiting information matches the anti-counterfeiting information stored in the database). With this invention, the limitation that a conventional anti-counterfeiting product is easily counterfeited in batches and difficult to identify to consumers is removed. Anti-counterfeiting code is classified as an anti-counterfeiting information identification technology by which the anti-counterfeiting code can be checked and verified over the phone. After more than twenty years of popularization, anti-counterfeiting code has been widely used in various products in various industries. Anti-counterfeiting code is considered the first generation of anti-counterfeiting information identification technology of China's anti-counterfeiting industry, and is included in the national standard GB/T19425-2003. Because the random password (ie, anti-counterfeiting information) is an encryption code and is verified after the product is purchased, the identification rate is very low. Based on statistics, the average identification rate is only 0.3%. Gradually, counterfeiters found technical loopholes in the code fight against counterfeiting. Thus, code anti-forgery has poor anti-forgery stability and poor anti-forgery efficiency.

[0005] In 1998, "ANTI-COUNTERFEITING METHOD BASED ON STRUCTURE AND TEXTURE (CN1074563C)" is disclosed, which refers to an anti-counterfeiting information identification technology. This invention is covered by Chinese Invention Patent, American Invention Patent (US6623041), Russian Invention Patent (2202127), Korean Invention Patent (0419436), Vietnam Invention Patent (3347), and other international patents. In accordance with the present invention, a material with a random structure and a clear texture is selected to create an "Anti-counterfeit texture-texture identifier (CN2365711Y), a unique anti-forgery code is printed, a random structure and texture (i.e., an individual anti-counterfeiting feature) regarding anti-counterfeit texture texture ID (CN2365711Y) is obtained by scanning and used as anti-counterfeiting information (i.e. the basis for performing authentication identification regarding the product), and the anti-counterfeit texture texture ID and anti-counterfeit code are recorded and stored in a database of a computerized anti-counterfeiting identification system connected to the Internet. The public can check whether the texture of the random structure (i.e., anti-counterfeiting information) of the "anti-counterfeit texture-texture identifier" matches the anti-counterfeiting information that is recorded in the database based on the identification serial number by using communication tools such as telephone, short message service, multimedia messaging service, WeChat, facsimile, and a computer connected to the Internet, thereby performing authentication. According to the invention, "the archaic tiger mascot anti-counterfeiting principle is combined with modern communication technology and computer technology" and a new field of anti-counterfeiting is created. Thus, the method according to the invention belongs to the "world's first, internationally leading, extremely difficult to counterfeit, easily identifiable and effective in the long term" anti-counterfeiting technology at a national evaluation and examination conference organized by the "national control authority anti-counterfeiting" and China Anti-counterfeiting Industry Association. In addition, the patent wins the first prize at the Third Anti-Counterfeiting Industry Association of China as an anti-counterfeiting technology. After more than 20 years of popularization, anti-counterfeiting technology has become the leading technology in the domestic anti-counterfeiting market. Anti-counterfeiting technology is being used in various places. Since the authenticity of the product can be verified by phone, the anti-counterfeiting technology is classified as anti-counterfeiting information identification technology, and is considered the second generation of anti-counterfeiting information identification technology of China's anti-counterfeiting industry. Because the ID and anti-counterfeiting information are clear text, the product can be identified before purchase, and the identification rate is high. Based on statistics, the identification rate is 1.1%. As a result, the anti-counterfeiting technology has high anti-counterfeiting stability and good anti-counterfeiting performance.

[0006] In order to further improve the anti-counterfeiting identification performance and enhance the anti-counterfeiting resistance, the above two generations of anti-counterfeiting information identification technologies are successively improved and upgraded dozens of times, and dozens of anti-counterfeiting technologies such as "AUTOMATIC IDENTIFICATION SYSTEM FOR TEXTURE ANTI-COUNTERFEITING MOBILE PHONE BASED ON INTERNET OF THINGS (CN202939903U)", "HAND-TEAR TEXTURE ANTI-COUNTERFEITING METHOD AND PRODUCT AND MATERIALS THEREOF (CN109215493B)", (CN104794629B)", "OVERLIMIT ANTI-COUNTERFEITING METHOD AND PRODUCT (CN106096970B)", "CODELESS ANTI-COUNTERFEITING METHOD (CN103810603B)", and "CLOTHES USER BIG DATA INTERFERENCE COLLECTION METHOD (CN107103346A)". TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)” is assessed by the national anti-counterfeit information in October 2017 as the only anti-counterfeit information identification technology that “anti-counterfeit information (i.e. random sawtooth shape) cannot be copied" in China. Anti-counterfeiting technology has broad application prospects. Because the product can be identified by telephone, the anti-counterfeiting technology is classified as anti-counterfeiting information identification technology. Anti-counterfeiting technology is considered the third generation of anti-counterfeiting information identification technology of the anti-counterfeiting industry in China. However, the upgraded technology, when stimulated and in practice, still has a low anti-counterfeit identification score and poor anti-counterfeit resistance.

[0007] China News Network (September 15, 2009) published an article entitled "XX anti-counterfeiting identification rate is low". According to the article, “consumers do not always identify the anti-counterfeiting code, counterfeiters get back a large number of anti-counterfeiting codes that have not been identified, counterfeit these anti-counterfeiting codes in batches, and stick the counterfeit anti-counterfeiting codes on water barrels counterfeiters, and statistics indicate that the anti-counterfeiting code identification rate is less than three in ten thousand.” According to the article, anti-counterfeit information identification technology has been in a difficult position for a long time. Enterprises should use anti-counterfeit information identification technology. However, the effectiveness of anti-counterfeiting is weak because the two problems of low identification rate and inability to guarantee the authenticity of the authenticity item cannot be solved by the anti-counterfeit information identification technology. Due to the low identification rate, the anti-counterfeiting identification is useless, and counterfeiters can easily counterfeit the anti-counterfeiting identification platform.

[0008] In summary, the first, second and third generations of anti-counterfeit information identification technologies in China have the following three disadvantages.

[0009] 1. Although there are thousands of anti-counterfeiting information identification systems in China, there is no single and authoritative anti-counterfeiting website and App that are remembered by consumers. There are many fake anti-counterfeiting identification system websites on the market, and it is difficult for consumers to determine the authenticity of the anti-counterfeiting websites.

[0010] 2. Consumers do not actively perform anti-counterfeiting identification, thus the identification rate is low, and a large number of anti-counterfeiting codes that have not been identified remain and are reused for counterfeiting.

[0011] 3. Poor anti-counterfeiting stability and poor anti-counterfeiting performance. A large number of counterfeit products are not identified due to the fact that consumers do not perform anti-counterfeiting identification.

[0012] An insurance policy is a formal written confirmation of an insurance contract entered into between the insured and the insurance company. The insurance policy fully contains the rights, duties and responsibilities of both parties to the insurance contract. Information about the content (recorded) in the insurance policy is the basis for both parties to fulfill the insurance contract. The electronic insurance policy is issued by the insurance company for the policyholder using the digital signature software and the digital certificate of the enterprise based on the PKI system, the electronic insurance policy contains the electronic signature of the insurance company. An electronic insurance policy has exactly the same legal force as a paper insurance policy. An electronic insurance policy, when printed in color, can be used as a paper insurance policy (i.e., a printed insurance policy). In all insurance companies, an insurance policy identification system has been established, and network identification and telephone identification functions have been provided, thereby providing electronic insurance policy identification services.

[0013] Product liability insurance refers to the case where the insured (i.e., the policyholder) is required to be liable for bodily injury or property damage to a third party caused by defects in products manufactured by the insured, the insurer (i.e., the insurance company) is liable responsibility for compensation. Under product liability insurance, where the insured (i.e., the policyholder, such as the manufacturer and distributor) is required to be liable for bodily injury, illness, death, or loss of property to any third party, such as the user, consumer, and operator caused by an accident with a product or merchandise that is produced or sold by the policyholder (i.e. the policyholder, such as a manufacturer or distributor) to the extent insured, the insurance company is liable for compensation within the agreed compensation limit.

[0014] Based on a thirty-year study of anti-counterfeiting technology and anti-counterfeiting theory, it is found that: the anti-counterfeiting identification rate is very low, relying only on consumers actively performing identification regarding anti-counterfeiting information (i.e., based on authenticity, such as a personal anti-counterfeiting feature); it is easy to forge an anti-counterfeit identification website, and thus it is difficult to effectively restrict the circulation of counterfeit products.

SUMMARY OF THE INVENTION

[0015] According to the present invention, a method is provided for packaging a product with anti-counterfeiting liability insurance to improve the anti-counterfeiting identification rate, increase the anti-counterfeiting efforts, and reduce the number of fake anti-counterfeiting identification websites.

[0016] The following technical solutions are provided in accordance with the method for packaging a product with anti-counterfeit liability insurance in accordance with the present invention.

[0017] A method for packaging a product with anti-counterfeit liability insurance includes the steps of:

(1) provide (the identification information of a third party such as the beneficiary of the policy must be identified (inactive)) an electronic anti-counterfeiting liability insurance policy (7) for the product (also referred to as the commodity);

(2) assign an insurance policy number to the anti-counterfeiting liability electronic insurance policy (7), where at least one unique insurance policy number (10) is assigned to the anti-counterfeiting liability electronic insurance policy (7), and in the same way as the departments public security assign a unique resident identification number to each person, each electronic anti-counterfeit liability insurance policy (7) is assigned a unique identification number, i.e. number (10) of the insurance policy;

(3) posting the insurance policy number (10) and anti-counterfeiting information on the insurance policy ID (2), or posting an anti-counterfeiting code (17) corresponding to the insurance policy number (10) and anti-counterfeiting information corresponding to the insurance policy number (10) insurance policy, on the insurance policy identifier (2), which includes, but is not limited to, the steps of printing the insurance policy number (10) in the form of a two-dimensional code on the insurance policy identifier (2), writing down the number (10 ) the insurance policy into the insurance policy identifier (2) in RFID form, or writing the anti-counterfeiting code (17) corresponding to the insurance policy number (10) into the insurance policy identifier (2) in RFID form;

(4) pack the product in the product package (1), and place the insurance policy identifier (2) on (or in) the product package (1), where the product (group of products can also be considered as a product) is provided with at least one identifier (2 ) insurance policy, and the anti-counterfeiting electronic liability insurance policy (7) is associated with the product by using the insurance policy identifier (2), which includes associating the product with the information (6) about the content of the electronic liability insurance policy (7) insurance policy (7) for anti-counterfeiting by using the insurance policy number (10) / anti-counterfeiting code (17) on the insurance policy ID (2), and the insurance policy ID (2) is placed on the product to remind the consumer that the anti-counterfeiting liability insurance counterfeit was purchased for the product and to make it easier for the user to scan/read using a smart phone (5) number (10) insurance policy and insurance policy claim entry to claim electronic insurance policy; (7) anti-counterfeiting liability;

(5) combine the insurance policy identifier (2) and the product packaging (1) into an inseparable whole to control that the insurance policy identifier (2) cannot be transferred to another product without damage, indicating that if the identifier (2 ) the insurance policy is forcibly separated from the packaging (1) of the product, the ID (2) of the insurance policy or the packaging (1) of the product must be damaged and the ID (2) of the insurance policy cannot be transferred to a counterfeit product;

(6) store the electronic anti-counterfeiting liability insurance policy (7) (i.e. information (6) about the contents of the insurance policy), anti-counterfeiting information and insurance policy number (10)/anti-counterfeiting code (17) according to the insurance policy requirement system database (4) (by connecting to a computer in the mobile communication network) as file entry information;

(7) uploading, by the bidder using the smart phone (5), the insurance policy number (10)/anti-counterfeiting code (17) and the anti-counterfeiting information to the insurance policy claim system;

after performing the authenticity identification (performing the first authenticity identification regarding the product), in the case that the uploaded insurance policy number (10) and the anti-counterfeiting information match the file information in the database (4), and the insurance policy claim system determines, that the insurance policy identifier (2) is authentic, transmitting, through the insurance policy claim system, identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic, to the applicant's smart phone (5); and

after performing the authentication, in the case where the uploaded insurance policy number (10)/anti-counterfeiting code (17) and the anti-counterfeiting information do not match the logging information stored in the database (4), and the claim system of the insurance policy determines that the insurance policy ID (2) is counterfeit, transmitting, through the insurance policy claim system, a warning message to the smart phone (5) to remind the applicant to be wary of the counterfeit product; and

(8) at the same time or after the insurance policy claim system transmits identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic to the smart phone (5) is transmitted by insurance policy claim systems, the anti-counterfeiting liability electronic insurance policy (7) (i.e. information (6) about the contents of the insurance policy)), corresponding to a specific insurance policy identifier (2), to the smart phone (5) is activated, through the insurance policy claim system, the identification information of a third party such as the policy beneficiary, accept/confirm, through the insurance policy claim system, the identity of the policy beneficiary, and allow, through the insurance policy claim system, the applicant to claim the electronic insurance policy (7) responsibility for counterfeiting.

[0018] Thus, after the present invention is applied to a product, in the case where the applicant receives the identification conclusion information (11) indicating that the product is authentic, and the product is finally determined to be a counterfeit through a judicial evaluation, re- identification of an authenticity identification expert or designated independent third party agency, the claimant may receive an insurance claim as the beneficiary of the policy. Those. after the anti-counterfeiting technical service according to the present invention provided by the anti-counterfeiting company is applied to the product, in the case that the bidder receives the identification conclusion information (11) indicating that the product is authentic, and the product is ultimately determined to be a counterfeit through a forensic evaluation, re-identification by an expert or a designated independent third-party authenticating agency, the anti-counterfeiting company and the insurance company are responsible for compensating the economic loss of a third party such as a consumer.

[0019] Thus, a consumer who does not perform authenticity identification regarding a product cannot obtain an electronic anti-counterfeiting liability insurance policy (7) and thus cannot obtain insurance claims. Those. the electronic anti-counterfeiting liability insurance policy (7) placed on the product is an inactive insurance contract that is predetermined by the policyholder and the beneficiary of the policy is not determined. The consumer needs to claim an electronic anti-counterfeiting liability insurance policy (7) and fill in the identification information of the beneficiary of the policy in order to activate the contract.

[0020] An electronic anti-counterfeiting liability insurance policy (7) is provided to protect the rights and interests of consumers and prevent consumer rights from being violated by counterfeit products. Only after the product is purchased by the consumer, the consumer is entitled to receive an electronic liability insurance policy (7) against product counterfeiting. To prevent people who do not buy the product from fraudulently claiming the electronic insurance policy (7) anti-counterfeiting liability, so that people who have the possibility of contact with the product before the product is sold may not fraudulently claim the electronic insurance policy anti-counterfeiting responsibility, and that a waste collector who is not the actual purchaser cannot fraudulently claim an electronic insurance policy (7) ) anti-counterfeiting responsibility, the design is provided for simple damage to the appearance structure, such as packaging and identifier. With this design, the buyer/consumer can damage the packaging with his bare hands and without any other tools, obtain and upload information about the evidence (14) of appearance damage, and thereby determine whether the product was purchased by the consumer. The following rule must be observed when claiming an electronic insurance policy (7) for anti-counterfeiting liability. A product with damaged packaging and appearance is considered to have been purchased by the consumer and the bidder is eligible to be filled out as the beneficiary of the bidder identification information policy to claim an electronic anti-counterfeiting liability insurance policy (7).

[0021] Preferably, the damaged area (28) of the appearance structure is placed on the packaging (1) of the product or the identifier (2) of the insurance policy. The damaged area (28) of the appearance structure includes, but is not limited to (i.e., may or may not include): a damaged cut line (3) cut at a position at a distance of 0 to 12 mm from the number (10 ) the insurance policy on the packaging (1) of the product or the identifier (2) of the insurance policy, to help the consumer damage the appearance by tearing along the damaged line (3) of the cut and uploading information about the evidence (14) of the damage; a damaged pull thread (9) embedded in a position at a distance of 0 to 12mm from the insurance policy number (10) on the product packaging (1) or insurance policy identifier (2) to help the consumer damage the appearance by pulling the pull thread (9) and uploading information about the evidence (14) damage; number (10) of the insurance policy printed at a position 0 to 8mm away from the neck of the keyed tin to assist the consumer in photographing and obtaining information about evidence of (14) damage such as an open neck of the keyed tin by using an intelligent phone (5); and insurance policy number (10) printed at a position 0 to 8mm from the socket (15) for the straw of the Tetra Pak package to assist the consumer in photographing and obtaining information about evidence (14) of damage such as a punctured socket (15) for a straw, by using a smart phone (5). To sum up, the damaged area (28) of the appearance structure may include various damaged structures that can be easily damaged by users and difficult to repair.

[0022] In order to ensure that only the buyer has the right to claim the electronic anti-counterfeiting liability insurance policy (7), in addition to the design of the damaged area (28) of the appearance structure, it is necessary that the insurance policy claim system assist in performing authenticity identification. Preferably, the method for packaging a product with anti-counterfeiting liability insurance may further include one or a combination of the following. It should be noted that the damaged area (28) of the appearance structure is positioned to help the consumer (applicant) damage the package with bare hands and without the use of opening tools.

[0023] (1) When the bidder wants to claim an insurance policy, the bidder damages the damaged area (28) of the appearance structure and uploads damage proof information (14) indicating that the damaged area (28) of the appearance structure is damaged to the claim system insurance policy by using a smart phone (5). In the case where the insurance policy claim system determines that the uploaded damage proof (14) is conclusive and is uploaded for the first time, the insurance policy claim system receives/confirms the identification information of the policy beneficiary and registers the anti-counterfeiting liability electronic insurance policy (7). accepted/confirmed identification information of the beneficiary under the policy.

[0024] (2) After the insurance policy claim system determines that the insurance policy RFID (2) is authentic, the applicant damages the insurance policy RFID (2) to prevent other people from fraudulently claiming the electronic insurance policy (7) anti-counterfeiting responsibility, then the insurance policy claim system registers the identification information last provided by the applicant as the beneficiary of the policy.

[0025] (3) The applicant provides/verifies identification information to the insurance policy claim system to claim the anti-counterfeiting liability electronic insurance policy (7). The insurance policy claim system accepts/validates the identification information provided by the applicant and registers the identification information provided by the applicant as a policy beneficiary.

[0026] (4) A printed electronic anti-counterfeit liability insurance policy (7) in which the insurance policy number (10) is printed is placed on the packaging (1) of the product. The RFID identifier (2) of the insurance policy is placed on the packaging (1) of the product. The insurance policy number (10) is recorded in the RFID at the insurance policy identifier (2) in the product. Thus, the insurance policy number (10) printed on the printed anti-counterfeiting liability electronic insurance policy (7) is exactly the same as or corresponds to the insurance policy number (10) that is recorded in the RFID chip. For example, the insurance policy number (10) printed on the electronic anti-counterfeiting liability insurance policy (7) on the wine box is exactly the same or the same as the insurance policy number (10) that is recorded on the RFID chip in the bottle cap. in a wine box.

[0027] (5) Preferably, the insurance policy RFID (2) and the rubber cap in the bottle cap are glued together. The number (10) of the insurance policy is hidden between the rubber cap (for example, the red rubber cap in the bottle top of the Guizhou Moutai wine bottle) of the bottle cap and the bottle cap. After purchasing a product (such as a bottle of Guizhou Moutai wine), the consumer turns on the NFC function of the smart phone (5), moves the smart phone (5) close to the RFID bottle cap to obtain the information stored on the chip, enters the insurance policy claim system , removes the rubber cover to damage the RFID, scans the opened number (10) of the insurance policy and fills in the applicant himself as the beneficiary of the policy.

[0028] (6) The applicant captures the insurance policy number (10) and anti-counterfeiting information by using a smart phone (5), and uploads the captured insurance policy number (10) and anti-counterfeiting information (for example, a photomicrograph with a resolution greater than than 1200×1200dpi) to the insurance claim system to be stored as a history file in the insurance claim system database (4) for insurance claim processing or judicial evaluation.

[0029] (7) The insurance policy claim system transmits the insurance policy information (6) of the anti-counterfeiting liability electronic insurance policy (7) corresponding to the insurance policy identifier (2) to the smart phone (5). Information (6) about the contents of the insurance policy includes, but is not limited to, the number (10) of the insurance policy.

[0030] (8) Preferably, the damaged area (28) of the appearance structure is placed on the packaging (1) of the product or the identifier (2) of the insurance policy. The damaged area (28) of the appearance structure includes, but is not limited to (i.e., may or may not include): a damaged cut line (3) cut at a position at a distance of 0 to 12 mm from the number (10) insurance policy on the packaging (1) product or insurance policy ID (2) to help the consumer damage the appearance by tearing at the damaged line (3) cutting and uploading information about the evidence (14) damage; a damaged pull thread (9) embedded in a position at a distance of 0 to 12 mm from the insurance policy number (10) on the packaging material (1) of the product or insurance policy identifier (2) to help the consumer damage the appearance by pulling the pull thread (9 ) and upload information about the evidence (14) damage; number (10) of the insurance policy printed at a position 0 to 8mm away from the neck of the keyed tin to assist the consumer in capturing using a smart phone (5) proof information (14) of damage such as an open neck of a key, by using a smart phone (5); and insurance policy number (10) printed at a position 0 to 8mm from the straw socket (15) of the Tetra Pak package to assist the consumer in capturing information about evidence (14) of damage such as a pierced straw socket (15) , by using a smart phone (5).

[0031] In order to simplify the production process and the use process, and to ensure that the insurance policy, the insurance policy identifier (2) and the authenticity identification process are organically combined and identified as an online registration, a method for packaging a product with anti-counterfeit liability insurance can additionally include one or more of the following technical solutions.

[0032] (1) The bidder captures the damaged appearance of the product to obtain damage proof (14) information by using smart phone (5), uploads the received damage proof (14) information in the form of image/video to the insurance policy claim system, to be stored in the insurance policy claim system. After determining that the appearance of the product is damaged by analyzing and comparing regarding the image/video, the insurance policy claim system changes the policy beneficiary identification information of the anti-counterfeiting liability electronic insurance policy (7) from an indeterminate state to a certain state.

[0033] (2) The damaged area (28) of the appearance structure is placed on the packaging (1) of the product or the identifier (2) of the insurance policy. The insurance policy number (10) or the anti-counterfeiting code (17) corresponding to the insurance policy number (10) is placed in the damaged area (28) of the appearance structure. The applicant damages the damaged area (28) of the appearance structure with his bare hands and retains the insurance policy number (10) without damage. The applicant uploads damage proof information (14) indicating that the damaged area (28) of the appearance structure is damaged and the insurance policy number (10) is not damaged to the insurance policy claim system by using the smart phone (5).

[0034] (3) Display screen (30) magnification color reproduction characteristic (i.e., screen (30) characteristic information such as an array (29) of pixels based on the three primary colors of red, green, and blue) is stored and recorded as counterfeiting feature information (i.e., specific anti-counterfeiting information) in the database (4) of the insurance policy claim system data, i.e., screen feature information (30) including, but not limited to, information pixel array feature based on the three primary colors of red, green, and blue is stored and recorded as counterfeit feature information (i.e., specific anti-counterfeiting information) in the insurance policy claim system database (4). damaged product appearance by using the smart phone (5) to obtain information about the evidence (14) of damage, upload the received information about the evidence of (14) damage in the form of an image / video in insurance policy system. The insurance policy claim system performs analysis and comparison regarding image/video. In the case where the insurance claim system determines that the uploaded image/video contains screen feature information (30) such as an array (29) of pixels based on the three primary colors of red, green, and blue, the policy claim system transmits a warning message. to the bidder's smart phone (5) to remind the bidder to be wary of counterfeiting and deny the bidder's claim for an electronic anti-counterfeiting liability insurance policy (7).

[0035] Based on the study, the microscopic image/video captured by using the smart phone (5) in macro mode, an object such as an insurance policy identifier (2) and an anti-counterfeiting label (18) does not contain an array (29) pixels based on the three primary colors of red, green and blue, and the microscopic image/video differs markedly from the re-photographed image of the screen (30). Therefore, by using the method described above, the applicant cannot re-photograph the image (not the actual insurance policy ID (2) or anti-counterfeiting label (18)) of the insurance policy ID (2) or anti-counterfeiting label (18), which is displayed on the screen (30) of a mobile phone or on the screen (30) of a computer or other displays, in order to falsify information about the evidence of (14) damage, in order to fraudulently claim an electronic insurance policy (7) for liability for combating counterfeiting and fraud, to obtain insurance requirement.

[0036] (4) The bidder takes a picture of the damaged appearance of the product using a smart phone (5) (such as an Application or a WeChat applet) to obtain damage proof (14) information, and uploads the obtained damage proof (14) information to the system insurance policy requirements. It is forbidden to add and use through the smart phone (5) images/videos that are included in the album of the smart phone (5). Thus, the bidder cannot add and use fake damage proof (14) information such as an image/video in the album of the smart phone (5), and thus the bidder cannot fraudulently claim an electronic insurance policy (7) for liability for combating forgery in order to fraudulently obtain an insurance claim.

[0037] Preferably, an anti-counterfeiting label (18) with an anti-counterfeiting code (17) is generated. For example, the anti-counterfeiting label (18) can be made by using the overlimit anti-counterfeiting technology (CN106096970B) described in the technology of the prior art. The anti-counterfeiting label (18) is placed in the packaging material (1) of the product. The anti-counterfeiting code (17) and the insurance policy number (10) are stored in a one-to-one correspondence in the database (4) of the insurance policy claim system. After the bidder opens the packaging (1) of the product and finds the anti-counterfeiting label (18), the bidder photographs (eg, takes a super-clear photo or short video) the anti-counterfeiting information (eg, distribution flag and value width information) on anti-counterfeiting label (18) using the smart phone (5) in macro mode, or scanning the anti-counterfeiting information on the anti-counterfeiting label (18) using a high-definition scanner. The applicant uploads the obtained anti-counterfeiting information at a high resolution (for example, a resolution higher than 1200×1200dpi) into the anti-counterfeit identification insurance policy claim system database (4) to perform a second authentication of the authenticity of the product. In the case where the policy claim system determines that the anti-counterfeiting label (18) is authentic by performing the second identification, the policy claim system registers the provided identification information as a policy beneficiary. In the case where the insurance policy claim system determines that the anti-counterfeiting label (18) is counterfeit by performing the second authenticity identification, the insurance policy claim system sends a notification to the claimant to request the claimant to start the insurance claim process and receive the insurance claim.

[0038] (5) Preferably, the anti-counterfeiting information and evidence (14) of the damage is passed to an independent third party, i. e. the re-identification system (31) to re-identify with respect to the insurance policy identifier (2). In the case where the insurance policy identifier (2) specified as the insurance policy authentic identifier (2) by the identification conclusion information (11) transmitted by the insurance policy claim system is determined to be a fake insurance policy authentic identifier (2) after re-identification , the re-identification conclusion is transmitted as the final identification conclusion to the smart phone (5), and the insurance claim process is started to submit the insurance claim to the claimant.

[0039] Thus, when purchasing a product, a consumer can quickly claim the insurance policy ID (2) using a smart phone with a normal permission to obtain a first identification conclusion, thereby improving purchase confidence. After purchasing a product, in particular when consuming (e.g. while drinking wine), the consumer can open the packaging and find the anti-counterfeiting label (18) to perform a second authenticity identification on the product in order to claim an insurance policy, thereby increasing consumer confidence . In short, this stage is designed to increase purchase confidence before purchase and increase consumption confidence after purchase. The objectives of this implementation are as follows. The first identification of authenticity is performed when the consumer is shopping at the mall. In this case, there are many people waiting in line and the time is limited, so it is required to perform authentication quickly and easily. The second authenticity identification is performed when the consumer is consuming. In this case, there is enough time and the consumer is not in a hurry, thus it is required to perform the authentication of the authenticity accurately. However, everything has two sides. If the identification of authenticity is simple and fast, the conclusion of the identification may not be accurate. Those. in relation to the first identification of authenticity, time is limited, and the conclusion of the identification may not be accurate. To solve the above problem, the insurance policy identifier (2) is designed for the first authenticity identification, which is performed when time is limited, the anti-counterfeiting label (10) is designed for the second authenticity identification, which is performed when there is enough time, and is developed a re-identification system (31) operated by an independent third party and used for forensic evaluation. The re-identification system (31) is controlled independently by a third party, thus the re-identification system (31) is highly reliable, and the re-identification conclusion can be used as a judicial identification conclusion and can be used as a legal basis for the consumer to receive insurance requirement.

[0040] Preferably, in the case where the insurance policy ID (2) is determined to be authentic by the insurance policy claim system, the applicant pays the insurance premium online (for example, using WeChat payment) to buy insurance, and the insurance policy claim system registers the identification information, provided by the applicant as a beneficiary under the policy. Thus, for an unclaimed product and a product that is determined to be a counterfeit product, the electronic anti-counterfeiting liability insurance policy (7) will not be provided, and thus the insurance premium is saved.

[0041] An insurance policy identifier (2) according to the present invention can be printed using the first generation of China's anti-counterfeiting information identification technology, i. e. anti-counterfeiting code technology, can be printed using China's second generation of anti-counterfeit information identification technology, i.e. anti-counterfeiting pattern technology, can be printed using China's third generation of anti-counterfeit information identification technology, i.e. anti-counterfeiting sawtooth technology, can be made by using RFID anti-counterfeiting technology, can be printed by using anti-counterfeit information identification technology in the form of anti-counterfeiting digital encryption technology, such as self-encrypting two-dimensional code created by different companies .

[0042] The risk of applying the method in accordance with the present invention arises from the unreliability of anti-counterfeiting technology. In the event that the insurance policy claim system fails in performing authentication identification regarding the insurance policy identifier (2) and erroneously identifies the fake insurance policy identifier (2) as the authentic fake insurance policy identifier (2) and registers the claimant as the policy beneficiary, the insurer suffers huge economic losses. At present, the third generation of anti-counterfeit information identification technology in China, i.e. anti-counterfeiting sawtooth technology (CN104794629B), is the most reliable choice.

[0043] Paragraph [0019] and [0022] of the Chinese patent specification "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)", which was filed on May 15, 2015, requires the use of a high-end smart phone with resolution a lens that is greater than or equal to 8 million pixels to identify a large sawtooth with a size ranging from 0.3mm(H)×0.3mm(W) to 0.05mm(H)×0.05mm(W). There are two technical problems in applying the patent.

[0044] First, a small sawtooth tooth cannot be identified by a budget smart phone. Under normal printing production conditions, the average size of the sawtooth that is formed by ink impregnation is only 0.03mm(H)×03mm(W), so the sawtooth is a fine sawtooth. The average sawtooth fine tooth size is smaller than the minimum value of 0.05mm(H)×0.05mm(W) required by MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B). Since most consumers use budget phones with a front lens with a resolution below 8 million pixels, the fine sawtooth tooth cannot be identified by most consumers using budget smart phones.

[0045] Secondly, it is difficult to create a large sawtooth tooth. In order to create a large sawtooth tooth that can be identified by budget smart phones, the document "LOCAL DIFFUSION-SAWTOOTH ANTI-FAKE PRINT (CN106960237B)" was developed, and a patent for the invention was granted. According to the document "LOCAL DIFFUSION-SAWTOOTH ANTI-FAKE PRINT (CN106960237B)", it is required to add a process, add a print unit, and print a "diffusion (agent) coating" to control ink impregnation to form a large sawtooth tooth, resulting in the addition devices, the addition of processes, the consumption of diffusion agents, the increase in the cost of production and the decrease in production efficiency.

[0046] In summary, the application of the "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)" patent requires the provision of a technical solution with which a sawtooth tooth can be easily created and the created sawtooth tooth can be easily identified by a low cost smart phone , thereby overcoming the above two technical application problems and satisfying the application requirements of the anti-counterfeiting technology according to the present invention.

[0047] In order to meet the strict application requirements of the anti-counterfeiting technology according to the present invention and reduce the economic risk of the insurer, the conventional anti-counterfeiting technology "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)" is improved and improved, and is used in the present invention.

[0048] The method for packaging a product with anti-counterfeiting liability insurance described above in the present invention includes the following steps (1) to (5).

[0049] In step (1), several artificial micropores (19) are placed on the insurance policy number (10).

[0050] In step (2), an insurance policy number (10) provided with artificial micropores (19) or a graphic element (22) is printed on the surface for printing an insurance policy identifier (2) (with surface energy C) by using liquid ink with surface tension Y. C is not equal to Y, i.e. C is greater than Y, or Y is greater than C, and C is not equal to or close to Y. For example, a local diffusion (agent) coating with a surface energy (also called surface tension) C of 48 dynes/cm is printed in advance, and then the insurance policy number (10) or the graphic element (22) is printed on a local diffuse (agent) coating using liquid ink with a surface tension Y that is less than 24 dynes/cm. Briefly, the selected liquid ink should either impregnate or not impregnate the surface to be printed, i.e. the absolute value of the difference between C and Y should be large enough, and C should not be equal to or close to Y. Thus, artificial micropores (19) printed with liquid ink can naturally contract/expand to randomly form sawtooth micropores ( twenty). After the printed artificial micropores (19) are naturally compressed/expanded to form randomly shaped sawtooth micropores (20), the ink is dried and solidified to form sawtooth micropores (20). The diameters of some (ie parts) of the sawtooth micropores (20) are in the range of 0.01 to 0.05mm, or in the range of 0.01 to 0.03mm.

[0051] In step (3), the sawtooth micropores (20) are photographed in magnification mode to obtain micro-feature information of the sawtooth micropores (20), and the obtained micro-feature information is stored and recorded as anti-counterfeiting information in database (4) of the insurance policy claim system data.

[0052] In step (4), the sawtooth micropores are photographed by using a budget smart phone (5) with a rear lens with a resolution that is equal to or greater than 5 million pixels to obtain micro-feature information of the sawtooth micropores (20), i.e. . identifiable information on counterfeiting sawtooth micropores (20).

[0053] In step (5), the obtained anti-counterfeit identifiable information is compared with the anti-counterfeit information file in the database (4); identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic is displayed on the smart phone (5) in a case where the anti-counterfeiting information to be identified matches the anti-counterfeiting information file; and identification conclusion information (11) indicating that the insurance policy ID (2) is counterfeit is displayed on the smart phone (5) in the case where the identified anti-counterfeit information does not match the anti-counterfeit information file.

[0054] Preferably, the method for packaging a product with anti-counterfeiting liability insurance includes the step of: drying and curing the ink with a delay of 0.15 seconds to 1.5 seconds so that the artificial micropores (19) are completely compressed/expanded and randomly deformed after the number (10) of the insurance policy is printed.

[0055] Preferably, the method for packaging a product with anti-counterfeiting liability insurance includes placing sawtooth micropores (20) in a two-dimensional code position detection chart (21), or placing sawtooth micropores (20) in text and graphics. element (22) in the center of the two-dimensional code, or sawtooth micropores (20) are placed in the text and graphic element (22) next to the two-dimensional code.

[0056] Preferably, in a method for packaging a product with anti-counterfeiting liability insurance, the shapes of the artificial micropores (19) include one or more of the following: circle, square, triangle, and polygon, and the opening widths of the artificial micropores (19) are in the range from 0.06mm to 0.36mm or from 0.13mm to 0.17mm.

[0057] Preferably, the method for packaging a product with anti-counterfeiting liability insurance includes the step of comparing the areas/perimeters of the sawtooth micropores (20) with the anti-counterfeiting information stored in the database (4) to perform authenticity identification.

[0058] Compared with the conventional anti-counterfeiting information identification technology, the "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)" according to the present invention uses the insurance policy number (10) with sawtooth micropores (20 ), thereby achieving the following useful technical results.

[0059] First, it is easy for budget smart phones to identify sawtooth micropores (20). Based on the study, in the implementation of the patent "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)", during production, the average height H and the average width W of a sawtooth tooth (23) growing along the edges of the number (10) of the insurance policy and graphic element (22) are only 0.03mm×0.03mm if no diffuse (agent) coating is performed to promote growth. The sawtooth teeth (23) with an average height and an average width of 0.03mm×0.03mm are fine sawtooth teeth (23) that cannot be captured by using a low-end smart phone with a rear lens with a resolution of less than 8 million pixels. Those. the small sawtooth tooth (23) cannot be identified by a budget smart phone.

[0060] As shown in Figure 9, fine sawtooth teeth (23) connected end to end are formed along the edge of the sawtooth micropore (20). With this circle of sawtooth teeth, the micropore (20) is a separate figure and has a direction, and the sawtooth micropore (20) has an obvious individual feature.

[0061] The fine sawtooth teeth 20 are retained and identified as an anti-counterfeiting element in the prior art technology document "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)". In the present invention, the sawtooth micropore (20) surrounded by fine sawtooth teeth (23) is preserved and identified as an anti-counterfeiting symbol. Compared to the anti-counterfeiting element, the anti-counterfeiting symbol contains much more individual information. Based on tests, it is shown that it is easier and more accurate to identify sawtooth micropores (20), which are used as an anti-counterfeiting symbol, by using an algorithmic model created by a convolutional neural network and self-learning technology, than to identify fine teeth (23) of a sawtooth shape, which are used as counterfeit element.

[0062] Based on the study, the average size of the sawtooth micropores (20) is 0.15mm, which is more than 5 times the height of the sawtooth fine teeth (23), where the height of the sawtooth fine teeth (23) is 0.03mm. The shapes of the sawtooth micropores (20) are directional. Compared with the fine teeth (23) of the anti-counterfeiting sawtooth, it is easy to capture the sawtooth micropores (20) as the symbol of anti-counterfeiting by using a budget smart phone with a rear lens of less than 5 million pixels. Those. sawtooth micropores (20) can be identified by a budget smart phone.

[0063] Under normal printing production conditions, the average growth height H of the sawtooth teeth (23) is 0.03mm. The fine tooth (6) of a sawtooth shape with a height of 0.03mm cannot be identified by a budget smart phone with a front lens with a resolution of less than 8 million pixels.

[0064] As shown in Figure 9, under normal printing production conditions, in the case where the average growth height H of the sawtooth fine teeth (23) around the sawtooth micropore (20) is 0.03mm, the area of the sawtooth micropore (20) as a struggle symbol with a fake, varies exponentially due to the fact that several small teeth (23) of the sawtooth form diffusely grow from the periphery of the sawtooth micropore (20) to the center of the sawtooth micropore (20). Those. a small change in the fine teeth (23) of the sawtooth shape surrounding the sawtooth micropore (20) causes a huge change in the area, shape and circumference of the sawtooth micropore (20).

[0065] Based on tests, it is shown that under the same conditions, the accuracy of identifying sawtooth micropores (20) as an anti-counterfeiting symbol is 1 or 2 orders of magnitude higher than the accuracy of identifying fine teeth (23) of a sawtooth shape as an anti-counterfeiting element. fake, thereby significantly improving the user experience. Based on tests, it is additionally shown that the sawtooth micropores (20), as a symbol of anti-counterfeiting, can be accurately identified by using a low-end smart phone with a front lens with a resolution of less than 5 million pixels. Those. the technical application problem that "fine sawtooth teeth cannot be identified by a budget smart phone" in the document "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)" is solved by determining the number (10) of the insurance policy for sawtooth micropores (20).

[0066] Based on tests, it has been shown that it is easy and accurate to perform anti-counterfeiting identification by the technical innovation of matching the area and circumference of the sawtooth micropore (20) in the identified feature information with the anti-counterfeiting feature information file.

[0067] Secondly, large sawtooth teeth are not needed and are easy to manufacture. Under normal operating conditions, i.e. under the same manufacturing conditions, it is easier to identify a sawtooth micropore (20) surrounded by fine sawtooth teeth (23) formed by ink diffusion (i.e., impregnation) than to identify fine sawtooth teeth (23) formed by ink diffusion. Because of this, it is unnecessary to print "local diffusion (agent) coating" according to "LOCAL DIFFUSION-SAWTOOTH ANTI-FAKE PRINT (CN106960237A)". Thus, special devices are not needed, printing processes are shortened, a diffusion agent is not needed, manufacturing costs are reduced, and production efficiency is improved. Those. it is not necessary to create a large sawtooth (23) required in the document "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)", thereby greatly reducing the fabrication complexity.

[0068] Third, irreproducibility. The shape and size of the sawtooth micropores (20) are formed by artificial micropores (19) which contract/expand naturally. The sawtooth micropores (20) have random shapes and naturally excessive edge lines. It is almost impossible to artificially copy the features of the form and the natural transition. Moreover, after natural compression, the diameters of some of the sawtooth micropores (20) are smaller than the print width limit of 0.06mm. These micro-holes cannot be printed with even the most advanced commercial offset presses currently on the market. Those. Since the most advanced commercial offset press on the market cannot print a line with a width of less than 0.06mm, the most advanced commercial offset press on the market cannot print and copy sawtooth micropores (20) with a diameter of less than 0.05mm. In addition, a small change in the fine teeth (23) of the sawtooth shape surrounding the sawtooth micropore (20) causes a large change in the area and shape of the sawtooth micropore (20), and the fine sawtooth micropore (20) may easily disappear by being blocked due to that diffusion/contraction of ink impregnation is inevitable and difficult to control, thus the difficulty of copying and counterfeiting increases exponentially. As a result, it is nearly impossible for a counterfeiter to successfully copy the insurance policy number (10) provided with the sawtooth micropores (20), thereby greatly reducing the economic risks for the insurer.

[0069] Fourth, the anti-counterfeiting identification accuracy is improved by 1 or 2 orders of magnitude. Based on statistics, it is shown that the accuracy of the anti-counterfeiting identification subsystem (12) using the technical solutions in the present invention to perform authenticity identification is above 99.99%. According to experts, the accuracy of China's anti-counterfeiting information identification technology is improved by 1 or 2 orders of magnitude with the technical solutions of the present invention, thereby achieving major technological progress in the anti-counterfeiting industry. Therefore, with the insurance policy number (10) equipped with sawtooth micropores (20), the application result of the document "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)" is improved, and the public actively carries out anti-counterfeiting identification, thereby greatly improving the anti-counterfeiting identification rate.

[0070] Fifth, the scope of application is expanded. According to the technology of the prior art document "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)", it is required to use high-end smart phones with a rear lens with a resolution of more than 8 million pixels to perform authentication identification. By using the insurance policy number (10) provided with sawtooth micropores (20), authenticity identification can be performed by using low-cost smart phones with a rear lens with a resolution of more than 5 million pixels, thus the number of consumers using the method in the present invention is greatly increased.

[0071] In order to meet the stringent application requirements of the anti-counterfeiting technology according to the present invention and reduce the economic risk of the insurer, the conventional anti-counterfeiting technology is improved and improved again, and applied in the present invention.

[0072] First, printing knowledge is introduced, i. e. maximum print width. The print width limit refers to the width of the narrowest line that can be printed by the printer. At present, the most advanced commercial offset printing presses in the Chinese market and beyond have a print width limit greater than or equal to 0.06mm. Those. dots/lines less than 0.06mm wide cannot be printed even with the most advanced commercial printer on the market.

[0073] An inkjet printing device is commonly referred to as an inkjet printer. An inkjet printer has the following advantages. Since the print material is not limited, the inkjet printer can directly print without several repetitive processes such as plate making, filming, and color registration in the normal printing process. However, ink dusting and color cross-talk can occur during inkjet printing, which can seriously affect print quality. According to the user manual for the inkjet printer, dusting of the inkjet printer ink can be caused by the following five causes.

[0074] The first reason is static electricity. In the case where the inkjet printing apparatus is in a dry environment with low humidity, static electricity is easily generated between the nozzle and the material, causing ink dusting during printing.

[0075] The second reason is that the nozzle voltage is too high. In the case where the indicator light of the nozzle board for voltage display turns red as a warning, ink is dusted during printing.

[0076] The third reason is that the nozzle has not been cleaned for a long time. In the case where the nozzle is not cleaned after being used for a long time, line separation occurs, thereby causing dusting of ink.

[0077] The fourth reason is the abnormal frequency. In the case where the frequency of the pulse signal which is transmitted by the electronic control system is abnormal, the pulse distance between nozzle starts is excessive, thereby causing ink dusting.

[0078] The fifth reason is that the nozzle is placed too high. Usually, the distance between the nozzle and the material is controlled between 0.5mm and 1.5mm. In the case where the nozzle is placed beyond the spraying range, dusting of the ink is sure to occur.

[0079] In relation to the above problems, the following five solutions are proposed.

[0080] First, with regard to ink dusting due to static electricity, it is required to place a static electricity rod or an static electricity protection ground wire.

[0081] Second, with regard to ink dusting due to high nozzle voltage, it is required to modify the printed circuit board or change the circuit to prevent this problem.

[0082] Third, a test strip is printed to check the condition of the nozzle. In the event of blockage, deficiency, or other conditions, it is required to clear the nozzle passage to free the nozzle. With respect to line disconnection, the nozzle needs to be checked frequently to determine if any deficiency or blockage is present. It is required to take immediate action in case of insufficiency or blockage. Ink dusting will occur if insufficient or blockage is not addressed immediately.

[0083] Fourth, the problem of the electronic control system must be solved by specialized technicians.

[0084] Fifth, the problem that the distance between the nozzle and the material is too large is easy to solve, and it is only necessary to shorten the distance between the nozzle and the material.

[0085] Briefly, the ink dusting phenomenon is caused by the ink jet recording apparatus continuously operating under abnormal operating conditions. The dot size of ink dusting is random and small, and much smaller than the minimum ink dot size of 0.06mm in normal printing.

[0086] The method for packaging a product with anti-counterfeiting liability insurance according to the present invention includes the steps of: (1) adjusting the operating parameter of the ink jet printing apparatus by increasing the nozzle voltage, raising the nozzle, applying static electricity, or changing frequency of the pulse signal or performing other technical solutions for controlling the inkjet printing apparatus so that it operates in an abnormal working state of ink dusting when printing the insurance policy number (10) on the insurance policy identifier (2); (2) controlling the inkjet printing apparatus to operate in an abnormal ink dusting operating state to print the insurance policy number (10) on the insurance policy ID (2) to form ink dusting points (24) along with the printed insurance policy number (10) ; and photographing the ink dusting points (24) in the zoom mode to obtain micro-feature information of the ink dusting points (24), and storing the obtained micro-feature information as anti-counterfeiting information in the insurance claim system database (4). policy, where the micro-feature information contains at least one of the following: color, shape, size, position, direction and number of ink dusting points (24).

[0087] Preferably, in the method for packaging a product with anti-counterfeiting liability insurance according to the present invention, the diameters of some of the ink dusting points (24) are less than or equal to 0.05mm, 0.04mm, 0.03mm, 0.02mm, or 0.01mm. The smallest ink dot/narrowest line that can be printed by a conventional printer is larger than the print width limit of 0.06mm. Normal ink dot size is larger than 0.06mm. Thus, the counterfeiter cannot fake the ink dusting point (24) with a diameter less than 0.06mm. Those. the size of the dot (24) of ink dusting, forged by the counterfeiter, is greater than the maximum print width of 0.06mm. By calculating the fake ink dust point size, the anti-counterfeit identification subsystem (12) determines that the ink dust point product is a fake ink dust point. Those. Since the ink dusting points (24) are not artificially and randomly generated, some ink dusting points (24) are formed with a diameter smaller than the print width limit of 0.06mm.

[0088] Preferably, in the method of packaging a product with anti-counterfeiting liability insurance in accordance with the present invention, some cracks are formed along with the printed insurance policy number (10). Based on the examination, it is shown that some cracks are formed along with the printed insurance policy number (10) when printed by the inkjet printing apparatus in an abnormal ink dusting operating state.

[0089] Preferably, in the method for packaging a product with anti-counterfeiting liability insurance according to the present invention, the nozzle rises from 1.6mm to 3.6mm from the insurance policy identifier (2).

[0090] Compared with conventional technology, the insurance policy number (10) with ink dusting points (24) and cracks (25) has the following beneficial technical results.

[0091] First, it's easy to create. The inkjet printing apparatus is controlled to run in an abnormal ink dusting working state by increasing the nozzle voltage, raising the nozzle, applying static electricity or changing the frequency of the pulse signal, or doing other technical solutions, so that an irreproducible anti-counterfeiting feature can be generated, t .e. point (24) dusting ink. The manufacturing process is simple.

[0092] Secondly, the impossibility of copying. The ink dust dot size is random and small, and much smaller than the minimum ink dot size of 0.06mm in normal printing. The minimum ink dot/narrowest line that can be printed by a conventional printer is greater than the print width limit of 0.06mm. As a result, the size of the ink dusting point (24) forged by the counterfeiter is larger than 0.06mm. After calculating the size of the forged ink dust point, the insurance policy claim system determines that the ink dust point is the forged ink dust point.

[0093] Third, according to the conventional printing technology standard, the insurance policy number (10) with ink dusting dots (24) is defective or unusable. However, according to the technical standard of the present invention, a policy number (10) with ink dust dots (24) is suitable, and a policy number (10) without ink dust dots (24) is unsuitable.

[0094] In order to meet the stringent application requirements of the anti-counterfeiting technology according to the present invention and reduce the economic risk of the insurer, the conventional anti-counterfeiting technology is improved and improved again, and applied in the present invention.

[0095] A method for packaging a product with anti-counterfeiting liability insurance according to the present invention includes the steps of: (1) printing some arrays of ink dots (26) on an insurance policy identifier (2) printing surface with ink, where the printable surface has wettability with respect to ink, and ink dot arrays (26) are randomly scattered in empty spaces in the two-dimensional code, (2) ink dot arrays (26) are randomly wetted on the print surface under the wetting force to form arrays of blocks (27) of impregnating ink of random shapes; and (3) photographing the impregnating ink block (27) arrays in magnification mode to obtain micro-feature information of the impregnating ink block (27), and storing the obtained micro-feature information as anti-counterfeiting information in the base (4) insurance policy claim system data, where the micro-feature information includes one or more of the following: color, shape, size, position, direction, and number of impregnating ink blocks (27).

[0096] Preferably, in the method for packaging a product with anti-counterfeiting liability insurance according to the present invention, the quotient obtained by dividing the width of the impregnating ink block (27) by the width of the ink dot (26) is in the range of 1.2 to 1.8 ; at least an array containing 10 or 100 or 1000 or 3000 or 10000 ink dots (26) is printed on one insurance policy ID (2); and the insurance policy claim system matches the average width, average area, color depths, position or direction of the impregnating ink blocks (27) formed based on the ink dots (26) with the anti-counterfeiting information file to perform authenticity identification.

[0097] Thus, since the width of the impregnating ink block (27) is greater than the width of one ink dot (26) and smaller than the width of two ink dots (26), the impregnating ink block cannot be copied. Those. the width of the impregnating ink block (27) that is copied by the ink dot (26) without impregnation is an integer that is a multiple of the width of the ink dot (26) and is not 1.2 to 1.8 of the width of the ink dot (26).

[0098] Thus, due to the large number of impregnating ink blocks (27) of the identified object, the characteristic, such as the average width and average area, of the impregnating ink blocks (27) changes (expands or contracts) when performing high-definition copying to counterfeit the identified an object. Thus, the forged identifiable object is significantly different from the real identifiable object, and must be identified by the anti-counterfeiting identification subsystem (12). Those. for each of the impregnating ink blocks (27) in the copied object, a slight change in features (such as average width, average area, and excessive color casts (for example, excessive changes in light and shadow), for example, the width decreases by 0.1mm and changes from 0.3 to 0.2mm) causes a large change in area (compared with the original size (such as when the width is 0.3mm). The change in area is expressed by the equation as 0.3mm×0.3mm-0.2mm×0.2mm=0.05mm2. Compared with the area of the original block (27) impregnating ink area is reduced by 55%.The change value is huge and easy to detect by software.The change value is the average change value of a large number of (27) impregnation ink blocks, and thus the change value is accurate and reliable, and can be used in as a basis for an accurate conclusion of identification.Based on statistics, it is shown that the indicator of the accuracy of performing identification of authenticity on the basis of The reduction of this technical solution is about 9.999%. With the method according to the present invention, the anti-counterfeiting identification accuracy in China is improved by two orders of magnitude, achieving a major technological advance in the anti-counterfeiting industry.

[0099] According to the present invention, an insurance policy claim (anti-counterfeiting responsibility) system is provided.

[0100] The insurance policy claim (anti-counterfeit responsibility) system includes an anti-counterfeit identification subsystem (12) and an insurance policy registration subsystem (13). The insurance policy claim system includes: (1) an electronic insurance policy (7) anti-counterfeit liability with undefined policy beneficiary identification information; (2) an insurance policy identifier (2) with an insurance policy number (10), where the insurance policy identifier (2) includes a two-dimensional coded insurance policy identifier (2) with an insurance policy number (10) in the form of a two-dimensional code, or RFID - the insurance policy identifier (2) with the insurance policy number (10) recorded on the chip and the insurance policy identifier (2) is placed on the packaging (1) of the product, combined with the packaging (1) of the product into an indivisible whole, and cannot be transferred for a fake product without damage; (3) a database (4) in the insurance policy claim system, configured to store anti-counterfeiting information and insurance policy content information (6) regarding the insurance policy ID (2); (4) a server (8) for the insurance policy claim system, configured to: perform authentication identification regarding the insurance policy identifier (2); transferring information (11) on the conclusion of identification to the smart phone (5) of the applicant; receiving identification information provided by the applicant; registration of identification information provided by the applicant as a beneficiary under the policy; and changing the identification information of the policy beneficiary in the electronic anti-counterfeiting liability insurance policy (7) from an indeterminate state to a certain state; and (5) a smart phone (5) configured to: perform authentication identification regarding the insurance policy identifier (2); receiving information (11) about the conclusion of the identification and information (6) about the content of the insurance policy from the insurance policy claim system; providing identification information of the beneficiary under the policy; and uploading information about the evidence (14) damage.

[0101] Preferably, the insurance policy claim (anti-counterfeiting responsibility) system includes at least one of the following features: (1) a damage proof (14) information verification unit, (2) an identification information determination unit, (3 ) the block of registration of the beneficiary under the policy; and (4) the block of receipt and expenditure of the insurance premium. The damage proof information (14) verification unit is configured to identify (such as performing image/video identification or analysis based on artificial intelligence) the damage evidence (14) information (such as image/video/text) uploaded by the applicant to determine whether the appearance of the product is damaged. The identification information determination unit is configured to receive identification information provided by the applicant. The beneficiary registration unit under the policy is configured to register the identification information provided by the applicant as the beneficiary under the policy and change the beneficiary's identification information under the electronic anti-counterfeiting liability insurance policy (7) from an indeterminate state to a certain state. The insurance premium receipt and expenditure block is configured to collect the insurance premium corresponding to the electronic insurance policy (7) of liability for combating counterfeiting.

[0102] Preferably, in accordance with the insurance policy requirement (anti-counterfeiting responsibility) system, the damaged cut line (3) is cut at a position at a distance of 0 to 12mm from the insurance policy number (10), the damaged pull thread (9) is sealed in a position at a distance of 0 to 12 mm from the number (10) of the insurance policy, or the number (10) of the insurance policy is printed in a position at a distance of 0 to 8 mm from the neck of the can with a key, or the number (10) of the insurance policy is printed in the position on distance from 0 to 8 mm from the nest (15) for the straw of the Tetra Pak packaging.

[0103] The identifier (2) of the insurance policy in accordance with the present invention is the type of packaging (1) of the product, i.e. the identifier (2) of the insurance policy is one of the thousands of packages (1) of the product. The insurance policy identifier (2) can be placed on a small self-adhesive label, which must be stuck to the packaging (1) of a large product, such as a cardboard box. The insurance policy identifier (2) may be directly printed on a large size product package (1), such as a carton, to be combined with the product package (1).

[0104] The electronic anti-counterfeit liability insurance policy (7) according to the present invention includes an electronic version of a paper insurance policy.

[0105] The insurance policy number (10) in accordance with the present invention is the serial number of the insurance contract, and is the unique identification number of the insurance contract. The insurance policy number (10) is preferably a character string including letters, numbers, underscores, and other characters, and can be used as a reference address.

[0106] Identification information in accordance with the present invention includes identification information by default. For example, in the case where the applicant logs into the insurance policy claim system through the WeChat applet, the official WeChat account, or various registered Applications, the applicant provides the default identification information. The identification information described in this document generally refers to various IDs such as Application registration account, phone number, email address, QQ number, WeChat account, bank account with which the applicant's real identity is associated.

[0107] In accordance with the present invention, the anti-counterfeiting liability electronic insurance policy (7) can be requested by clicking on the favorites button in the WeChat applet, WeChat account, or Application, and can be requested by automatically saving the inspection history record.

[0108] The beneficiary of a policy in accordance with the present invention generally refers to a third party, such as the purchaser, user, consumer, and operator of the product.

[0109] Compared with conventional technology, the following four useful technical results can be achieved in accordance with the present invention.

[0110] First, website spoofing becomes more difficult. Based on the investigation, it is more difficult to counterfeit the insurance identification system platform than the anti-counterfeiting identification system platform. The reason for this is because the insurance company is a well-known big company, the domain name (such as www.picc.com), the application and trademark of the insurance company's WeChat applet are remembered by consumers. However, the anti-counterfeiting identification system platform is small and plentiful, and is not familiar to consumers. According to the present invention, the anti-counterfeiting company's anti-counterfeit identification subsystem (12), the insurance company's insurance policy registration subsystem (13), and the independent third party re-identification system (31) reliably perform anti-counterfeiting and product authenticity identification, form an anti-counterfeiting system, an insurance system and an examination system that interact with each other. Therefore, according to the present invention, it is more difficult to counterfeit a website, achieving the anti-forgery advantage of immutable information based on blockchain technology.

[0111] Second, the insurance policy requirement score is transformed into an anti-counterfeit identification score. Subjectively, the consumer actively demands an insurance policy. Objectively, the consumer unknowingly and passively performs an authenticity identification regarding the insurance policy identifier (2). Since the number of people claiming the insurance policy is much larger than the number of people performing the insurance policy authenticity identification, and the insurance policy claim rate is transformed into the anti-counterfeiting identification rate according to the present invention, accordingly, the value of the insurance policy claim rate is equal to the value of the policy claim anti-counterfeiting identification rate, the anti-counterfeiting identification rate according to the present invention is greatly improved, and the anti-counterfeiting identification rate of some expensive products even reaches more than 33%. Based on almost 30 years of research on anti-counterfeiting technology and anti-counterfeiting theory, it is found that the anti-counterfeiting identification rate is very low, relying on consumers to actively perform authenticity identification regarding products, while it is difficult to effectively deter product counterfeiting. According to the present invention, anti-counterfeiting identification is implicitly performed in a process in which consumers actively demand an insurance policy, thus the anti-counterfeiting identification rate according to the present invention is increased by an order of magnitude.

[0112] Third, the anti-counterfeiting resistance is strong. Since the anti-counterfeiting identification rate increases several times and even reaches more than 33%, the anti-counterfeiting result is greatly increased, and the anti-counterfeiting resistance is greatly improved. The outstanding technical result is unexpected and is desired by the anti-counterfeiting technology research and development experts in China and beyond.

[0114] Fourth, the responsibility for combating counterfeiting is implemented. According to the conventional technology, after the anti-counterfeiting information identification technology is applied to the product, in the case where the identification conclusion information (11) received by the consumer indicates that the product is authentic, and the consumer eventually discovers that the product is counterfeit, the anti-counterfeiting company that provides anti-counterfeiting technical service is not responsible for compensation. According to the present invention, the electronic anti-counterfeiting liability insurance policy (7) is product liability insurance, and in the case where the identification conclusion information (11) received by the consumer indicates that the product is authentic and the consumer eventually discovers that the product is fake, the insurance company is responsible for compensation. A conventional product liability insurance policy is not one-to-one fixed on the product, integrated with the product packaging as an inseparable whole, not coded, and not backed by a technical beneficiary registration system and a technical service. Those. according to the present invention, the anti-counterfeiting liability electronic insurance policy (7) is combined with the product packaging (1) to perform data transmission interaction and authenticity identification, realizing the anti-counterfeiting liability, thereby improving anti-counterfeiting resistance .

[0114] Fifth, seek new features and new users. Based on the electronic insurance policy, new functions and new users of anti-counterfeiting technical services for other products are provided.

BRIEF DESCRIPTION OF THE DRAWINGS

[0115] In order to more clearly illustrate the technical solutions in the embodiments of the present invention or conventional technology, the following briefly describes the drawings that will be used in describing the embodiments and conventional technology. Obviously, the drawings in the following description show only some embodiments of the present invention, and other drawings may be obtained by those skilled in the art from the drawings without any creative effort.

[0116] Figure 1 is a circuit diagram showing an electronic anti-counterfeit liability insurance policy (7) and an insurance policy identifier (2) according to a first embodiment of the present invention;

[0117] Figure 2 is a schematic diagram of an anti-counterfeiting label (18) according to the first embodiment or the seventh embodiment of the present invention;

[0118] Figure 3 is a schematic diagram of an RFID bottle cap with an insurance policy number (10) recorded on a chip according to a second embodiment of the present invention;

[0119] Figure 4 is a schematic diagram of identification conclusion information (11) that is displayed on the screen of a mobile phone according to the first embodiment or the second embodiment of the present invention;

[0120] Figure 5 is a schematic diagram of an insurance policy claim system in accordance with the first or second embodiment of the present invention;

[0121] Figure 6 is a schematic diagram of a tin with an insurance policy number (10) configured as Arabic numerals according to a third embodiment of the present invention;

[0122] Figure 7 is a schematic diagram of an insurance policy claim system according to a third embodiment of the present invention;

[0123] Figure 8 is a schematic diagram of a microporous insurance policy number (10) according to a fourth embodiment of the present invention;

[0124] Figure 9 is a schematic diagram of the micropore in Figure 8 after magnification;

[0125] Figure 10 is a schematic diagram of a damaged insurance policy identifier (2) with an insurance policy number (10) in the form of a two-dimensional code, in accordance with a fifth embodiment of the present invention;

[0126] Figure 11 is a schematic diagram of an insurance policy claim system according to a fifth embodiment of the present invention;

[0127] Figure 12 is a schematic diagram of a Tetra Pak package (opened) with an insurance policy number (10) in the form of a two-dimensional code, in accordance with a sixth embodiment of the present invention;

[0128] Figure 13 is a schematic diagram of an insurance policy claim system according to a sixth embodiment of the present invention;

[0129] Figure 14 is a schematic diagram of a wine product with an insurance policy number (10) recorded on a chip according to a seventh embodiment of the present invention;

[0130] Figure 15 is a schematic diagram of a damaged bottle label with an insurance policy number (10) in the form of a two-dimensional code, in accordance with an eighth embodiment of the present invention;

[0131] Figure 16 is a schematic diagram of an insurance policy claim system according to an eighth embodiment of the present invention;

[0132] Figure 17 is a schematic diagram of a microporous insurance policy number (10) according to a ninth embodiment of the present invention;

[0133] Figure 18 is a schematic diagram of a microporous insurance policy number (10) according to a tenth embodiment of the present invention;

[0134] Figure 19 is a schematic diagram of an insurance policy number (10) provided with ink dusting points (24) according to an eleventh embodiment of the present invention;

[0135] Figure 20 is a schematic diagram of an insurance policy number (10) provided with cracks (25) according to the twelfth embodiment of the present invention;

[0136] Figure 21 is a schematic diagram of an insurance policy number (10) provided with ink dots (26) according to a thirteenth embodiment of the present invention;

[0137] Figure 22 is a schematic diagram of an insurance policy number (10) with which ink dots (26) placed in Figure 21 are transformed into impregnation ink blocks;

[0138] Figure 23 is a schematic diagram of a powdered milk product for which an insurance policy identifier (2) is affixed to the neck of the powdered milk tank and an anti-counterfeiting label (18) is placed in the powdered milk tank, according to the fourteenth embodiment of the present invention ;

[0139] Figure 24 is a circuit diagram showing an enlargement effect of a conventional display screen (30) according to a fifteenth embodiment of the present invention;

[0140] Figure 25 is a circuit diagram showing an enlargement effect of a conventional display screen (30) according to a fifteenth embodiment of the present invention; and

[0141] FIG. 26 is a circuit diagram of an insurance policy claim system including a re-identification system (31) according to a sixteenth embodiment of the present invention.

[0142] Item numbers are listed below:

1 product pack

2 insurance policy identifier

3 (damaged) incision line

4 database

5 smart phone

6 information about the contents of the insurance policy

7 Anti-counterfeiting electronic liability insurance policy

8 server

9 pull-out filament

10 insurance policy number

11 identification conclusion information

12 anti-counterfeit identification subsystem

13 insurance policy registration subsystem

14 damage proof

15 straw nest

16 2D WeChat applet code

17 anti-counterfeiting code

18 anti-counterfeiting label

19 artificial micropore

20 sawtooth micropore

21 position detection chart

22 graphic element

23 saw tooth

24 ink dust points

25 crack

26 dot ink

27 impregnating ink block

28 damaged area of the appearance structure

29 pixel array based on the three primary colors of red, green and blue

30 screen

31 re-identification systems

DETAILED DESCRIPTION OF EMBODIMENTS

[0143] First Embodiment

[0144] As shown in Figures 1 and 14, information (6) about the contents of the insurance policy of the electronic insurance policy (7) anti-counterfeit liability with undefined (i.e., left blank) identification information of the beneficiary of the policy is printed on a sheet of offset paper A5 format as shown in Figure 1b. Preferably, the insurance policy number (10) in the form of a reference address including numbers and letters, the serial number of the insurance policy in the form of a number, and the like may be printed on paper. For example, the following content may be printed. The insurance company assures you that the product you have purchased is authentic. If you have any doubts, you can perform a final forensic assessment of the product through other third party institutions with a forensic assessment qualification. In the event that a product is determined to be a counterfeit product after identification of authenticity, you will receive an insurance compensation payment from the insurance company in the amount of three times the value of the product. Please scan the 2D code on the product with your smart phone (5), log in to the insurance policy claim system, fill in the identification information and register the beneficiary of the policy in your name.

[0145] An anti-counterfeiting liability electronic insurance policy (7) is assigned a number. Each electronic anti-counterfeit liability insurance policy (7) is printed with a unique insurance policy number (10).

[0146] The insurance policy number (10) in the form of a two-dimensional code is printed on the insurance policy identifier (2) based on the anti-counterfeiting technology according to the Chinese patent “MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)”, as shown in Figure 1a.

[0147] The two-dimensional code on the insurance policy identifier (2) is photographed in magnification mode to obtain sawtooth teeth distributed along the edge of the two-dimensional code printed in pink. The received sawtooth information is stored as anti-counterfeit information in the database (4) of the anti-counterfeit identification subsystem (12) shown in Figure 5.

[0148] The printed electronic anti-counterfeiting liability insurance policy (7) is folded and then placed in a wine box. The wine box is sealed with the insurance policy identifier (2) as a wine box seal to ensure that a person who has not purchased the wine product cannot remove the electronic anti-counterfeit liability insurance policy (7) from the wine box. Thus, the printed electronic anti-counterfeiting liability insurance policy (7) is distributed with the wine product and made available to consumers.

[0149] Preferably, the anti-counterfeit label (18) with the anti-counterfeit code (17) as shown in Figure 2 is made by using anti-counterfeit information identification technology to seal the neck of a wine product bottle. Preferably, the anti-counterfeiting code (17) and the insurance policy number (10) are stored in a one-to-one correspondence in the database (4) of the insurance policy claim system. Preferably, the anti-counterfeiting code (17) and the insurance policy number (10) can be obtained based on a uniform coding rule, or even the anti-counterfeiting code (17) and the insurance policy number (10) can be combined into one.

[0150] An insurance policy claim system is created as shown in Figure 5. The system may include two parts of an anti-counterfeit identification subsystem (12) and an insurance policy registration subsystem (13).

[0151] Information (6) about the content of the insurance policy of the electronic insurance policy (7) liability for anti-counterfeiting and anti-counterfeit information of the identifier (2) of the insurance policy is stored in one-to-one correspondence with the number (10) of the insurance policy in the database ( 4) data of the insurance policy claim system.

[0152] Thus, before purchasing a wine product, the consumer can scan the insurance policy number (10) in the form of a two-dimensional code on the sealing label of the wine box using a smart phone (5) to request an electronic insurance policy claim (7) for liability for combating fake. After performing authenticity identification (first authenticity identification) on the product, in the case that the uploaded insurance policy number (10) and anti-counterfeiting information match the insurance policy number (10) and anti-counterfeiting information in the database (4), the insurance policy claim system determines that the insurance policy identifier (2) is authentic, and transmits the identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic to the smart phone (5) to encourage the consumer to buying a wine product with confidence. Alternatively, after performing authentication, in the case where the uploaded insurance policy number (10) and anti-counterfeiting information do not match the insurance policy number (10) and anti-counterfeiting information stored in the database (4), the insurance policy claim system determines that the insurance policy ID (2) is fake, and sends warning information to the smart phone (5) to remind the applicant to beware of counterfeiting and not to buy the wine product.

[0153] After purchasing the wine product, the consumer, using the smart phone (5) in accordance with the requirements of the invitation information to perform the second authenticity identification, can open the wine box (i.e., damage the package), take out the electronic insurance policy (7) of liability for wine box anti-counterfeiting, and scan the insurance policy number (10) in the form of a two-dimensional code on the anti-counterfeiting label (18) that seals the neck of the bottle. Once the wine product is determined to be authentic, the consumer can log into the insurance policy claim system to register the consumer's identification information as the beneficiary of the policy. Thus, the consumer drinks and consumes with confidence.

[0154] Subjectively, the consumer actively scans the code to enter the insurance policy claim system. Objectively, the consumer unknowingly and passively performs authentication identification regarding the insurance policy identifier (2) using the insurance policy claim system. In the case where the insurance policy identifier (2) is authentic, the insurance policy claim system may transmit predetermined information (6) about the content of the insurance policy to the smart phone (5) of the applicant, at or after transmitting the identification conclusion information (11) indicating that the electronic anti-counterfeiting liability insurance policy (7) is authentic, to the smart phone (5) of the consumer. As shown in Figure 4, for example, the following information may be transmitted. The insurance company assures you that the product you have purchased is authentic. If you have any doubts, you can perform a forensic assessment of the product through other third party institutions with a forensic assessment qualification. In the event that a product is determined to be a counterfeit product after identification of authenticity, you will receive an insurance compensation payment from the insurance company in the amount of three times the value of the product.

[0155] In the case where the insurance policy identifier (2) is fake, the insurance policy claim system sends a warning message (for example, a warning message in the form of "the product you are checking is with a fake insurance policy/counterfeit product") to the smart phone ( 5) the applicant, to remind the applicant of the need to be wary of counterfeiting.

[0156] Thus, in the event that the product is counterfeit, the claimant may receive an insurance claim as the beneficiary of the policy. Those. a consumer who does not carry out an authenticity identification regarding a product cannot receive an electronic insurance policy (7) of liability for counterfeiting and insurance compensation.

[0157] Obviously, in the case where the consumer does not purchase the wine product and other products, the insurance policy claim system should not register the applicant as the beneficiary of the anti-counterfeiting liability electronic insurance policy (7). Only after the consumer purchases the wine product, opens the wine box, and downloads the damage proof (14) information, the insurance policy claim system can register the electronic anti-counterfeiting liability insurance policy (7) with undefined policy beneficiary identification information under the identification information submitted (or endorsed) by the applicant, so the (7) electronic anti-counterfeiting liability insurance policy is the (7) electronic anti-counterfeiting liability insurance policy with a specific policy beneficiary (i.e. the policy beneficiary field is completed) .

[0158] Second Embodiment

[0159] As shown in Figure 3, the anti-counterfeiting liability electronic insurance policy (7) is assigned a unique insurance policy number (10). It is not necessary to print an electronic liability insurance policy (7) for counterfeiting. The insurance policy number (10) is recorded in the RFID chip so that the bottle cap is sealed with the insurance policy RFID identifier (2). The bottle cap is an RFID bottle cap that is part of the product packaging (1) and is integrated with the product packaging.

[0160] The insurance policy number (10) is encrypted and stored as anti-counterfeit information in the anti-counterfeit identification subsystem data base (4).

[0161] An insurance policy claim system is created as shown in Figure 5. The system may include an anti-counterfeit identification subsystem (12) and an insurance policy registration subsystem (13).

[0162] The policy content information (6) and the encrypted policy number (10) that are used as anti-counterfeiting information are stored one-to-one in the policy claim system database (4).

[0163] Thus, after purchasing a wine product, the consumer can turn on the NFC function of the smart phone (5), move the smart phone close to the RFID bottle cap, open the link page, receive information (6) about the contents of the insurance policy from the claim system insurance policy, fill in the identification information, and register the consumer's identification information as the beneficiary of the policy.

[0164] Subjectively, the consumer actively reads the information (6) about the contents of the insurance policy by using the NFC function of the smart phone (5), and enters the insurance policy claim system. Objectively, the consumer unknowingly and passively performs authentication identification regarding the insurance policy identifier using the insurance policy claim system. In the case where the insurance policy identifier (2) is authentic, the insurance policy claim system may transmit predetermined information (6) about the content of the insurance policy to the smart phone (5) of the applicant, at or after transmitting the identification conclusion information (11) indicating that the electronic anti-counterfeiting liability insurance policy (7) is authentic, on the smart phone (5). As shown in Figure 4, for example, the following information may be transmitted. The insurance company assures you that the product you have purchased is authentic. You may perform a forensic assessment on a product through other third party institutions with a forensic assessment qualification. In the event that a product is determined to be a counterfeit product after identification of authenticity, you will receive an insurance compensation payment from the insurance company in the amount of three times the value of the product.

[0165] In the case where the product is counterfeit, the insurance policy claim system transmits a warning message (for example, a warning message in the form of "the product you are checking is with a fake insurance policy/counterfeit product") to the smart phone (5) of the applicant to remind the applicant of the need to be wary of counterfeiting.

[0166] Thus, in the case where the product is counterfeit, the claimant may receive an insurance claim as a third party, such as a policy beneficiary.

[0167] Obviously, in the case where the consumer does not purchase a wine product, the consumer does not have the right to unscrew the bottle cap, so the insurance policy RFID (2) on the bottle cap will not be damaged. Other consumers can claim the electronic anti-counterfeiting liability insurance policy (7) and fill in the policy beneficiary, and then the insurance policy claim system can register the identity information of the buyer as the beneficiary of the policy.

[0168] To prevent a person from claiming the beneficiary of the policy, the reminder information should be placed in a conspicuous position on the wine box to prompt the consumer to first enter the insurance policy claim system, to register the consumer's identification information as the beneficiary of the policy, unscrew the cap from the bottle, damage the RFID-identifier (2) of the insurance policy in the bottle cap. Thus, the other person cannot read the RFID (2) of the insurance policy and does not have a chance to enter the insurance policy claim system to change the identification information of the policy beneficiary, thereby the consumer saves his/her identification information as the beneficiary of the policy.

[0169] i.e. the policy claim system should identify the last provided identification information as the beneficiary of the policy.

[0170] Third embodiment

[0171] As shown in Figures 6 and 7, the insurance policy number (10) in Arabic numerals is spray-printed on the top lid of the tin by using anti-counterfeiting technology according to the Chinese patent "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)". It is guaranteed that the tin can match the insurance policy number without repetition. The fixed two-dimensional code (16) of the WeChat applet is printed on the body of the tin to enter the insurance policy claim system. For other steps, refer to the embodiments described above. Thus, after purchasing the product in the tin, the consumer can pull out the key to open the mouth of the tin according to the invitation information.

[0172] Then, the consumer can scan the two-dimensional code (16) of the WeChat applet printed on the body of the tin by using the WeChat sanitizing software installed in the smart phone (5) to open the WeChat applet, photograph the insurance policy number (10) presented arabic numerals, and open neck to get damage proof (14) information (such as image/short video) and insurance policy number (10) information, and upload received damage proof (14) information and number information (10 ) insurance policy into the insurance policy claim system.

[0173] The insurance policy claim system understands and identifies damage proof (14) information and insurance policy number (10) information.

[0174] The insurance policy claim system performs AI-based image identification regarding damage proof (14) information. Once it is determined that the neck of the can is damaged and the insurance policy number (10) is authentic (sawtooth matched) and valid, the provided identification information is registered as the policy beneficiary in accordance with the steps in the embodiments described above. Those. the electronic insurance policy (7) of liability for the fight against forgery is provided to the applicant free of charge.

[0175] Fourth embodiment

[0176] An insurance policy identifier (2) is created, as shown in Figure 8.

[0177] Each insurance policy identifier (2) is spray-printed with at least one unique insurance policy number (10).

[0178] In step 1, a batch of electronic image files for unique insurance policy numbers (10) is generated in advance in the computer, and several square artificial micropores (1) with a width of 0.15mm are placed in each of the electronic images, as shown in Figure 9. The artificial micropores (19) are placed in the position detection diagram (21) of the two-dimensional code.

[0179] In step 2, the insurance policy number (10) with square artificial micropores (19) is printed on the printing surface of the insurance policy identifier (2) with surface energy C by using liquid printing ink such as UV inkjet ink with surface tension Y, where C is greater than Y. For example, a local impregnation cover with a surface energy C that is greater than 48 dynes/cm is printed in advance, and then an insurance policy number (10) is printed on the local impregnation cover by using liquid ink with a surface tension Y, which less than 24din/cm. In short, the selected liquid ink must impregnate the selected surface to be printed, i.e. the difference between C and Y should be large enough, and C should not be equal to or close to Y. Thus, the artificial micropores (19) surrounded by liquid ink naturally contact and randomly deform under the wetting force to form teeth (23 ) sawtooth, thereby forming sawtooth micropores (20).

[0180] In step 3, after the insurance policy number (10) is printed and held for 0.15 seconds to 1.5 seconds for the artificial micropores (19) to fully contract and randomly deform to form sawtooth micropores (20), printing ink is drying out. The diameters of some (ie not all) of the sawtooth micropores (20) should shrink to between 0.01mm and 0.05mm.

[0181] In step 4, during production, the sawtooth micropores (20) are photographed in magnification mode to obtain micro-feature information of the sawtooth micropores (20). The micro-feature information includes at least one of the following: color, shape, size, area, perimeter, position, direction, and number of sawtooth micropores (20). The micro-feature information is stored and recorded as anti-counterfeiting information in the insurance policy claim system database (4) to be used as an anti-counterfeiting information file.

[0182] In step 5, when claiming the anti-counterfeiting liability electronic insurance policy (7), the consumer photographs the sawtooth micropores (20) on the insurance policy identifier (2) by using a smart phone (5) with a rear lens with a resolution that is equal to or more than 5 million pixels to obtain micro-feature information of sawtooth micropores (20), i.e. definable anti-counterfeiting information.

[0183] In step 6, the insurance policy claim system matches the received anti-counterfeiting identifiable information (especially diameter and shape) with the anti-counterfeiting information file. In the case where the anti-counterfeiting identification information matches the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic is displayed on the smart phone (5). In the case where the anti-counterfeiting identification information does not match the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy ID (2) is counterfeit is displayed on the smart phone (5).

[0184] Thus, after purchasing the product, the consumer can scan the 2D code regarding the product by using the WeChat scanning software installed in the smart phone (5) to open the WeChat applet, take pictures of the 2D code and the damaged insurance policy ID (2) by using WeChat applet to obtain damage proof (14) information (such as image/short video) and insurance policy number (10) information, and upload the received damage proof (14) information and insurance policy number (10) information to insurance policy system.

[0185] The insurance policy claim system receives and identifies damage proof (14) information and insurance policy number (10) information.

[0186] The insurance policy claim system performs AI-based image identification regarding damage proof (14) information. After it is determined that the insurance policy identifier (2) is corrupted and the sawtooth micropore (20) micro-feature information matches the anti-counterfeiting information file, the provided identification information is registered as a policy beneficiary according to the steps in the embodiments. described above. Those. an electronic insurance policy (7) of liability for combating counterfeiting is provided to the applicant free of charge.

[0187] Fifth embodiment

[0188] As shown in Figures 10 and 11, the insurance policy identifier (2) is printed on the coated paper self-adhesive material. A fine thread, such as a textural broken line according to the patent authorization publication number CN109215493B, is placed on the reverse side of the self-adhesive layer to be used as a printable draw thread (9). Preferably, an end of the thread is placed which can be grasped by the fingers and which can be easily pulled by the hand.

[0189] The unique insurance policy number (10) in the form of a two-dimensional code is printed on the front side of the insurance policy identifier (2). For example, a link address in the form http://315net.com/123456789012 is printed as the number (10) of the insurance policy.

[0190] In accordance with the Chinese patent "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)", the two-dimensional code is photographed in macro mode to obtain individual feature information, such as random sawtooth teeth distributed along the edge two-dimensional code, and individual feature information such as random sawtooth teeth is stored as anti-counterfeiting information in the database (4).

[0191] The insurance policy identifier (2) is securely adhered to the product packaging (1) so that the insurance policy identifier (2) cannot be transferred to a counterfeit product without being damaged.

[0192] Thus, after purchasing the product, the consumer can pinch the end of the thread with his fingers and pull out the pull thread (9) to break the label according to the invitation information.

[0193] The consumer can then scan the 2D code on the product by using the WeChat scanning software installed on the smart phone (5) to open the WeChat applet, photograph the 2D code and the damaged insurance policy ID (2) by using the WeChat applet to obtain information damage proof (14) and insurance policy number (10) information (such as image/short video), and upload the received damage proof (14) information and insurance policy number (10) information to the insurance policy claim system.

[0194] The insurance policy claim system receives and identifies damage proof (14) information and insurance policy number (10) information.

[0195] The insurance policy claim system performs AI-based image identification regarding damage proof (14) information. After it is determined that the insurance policy identifier (2) is corrupted and the sawtooth feature matches the anti-counterfeiting information file, the provided identification information is registered as a policy beneficiary according to the steps in the embodiments described above. Those. an electronic insurance policy (7) of liability for combating counterfeiting is provided to the applicant free of charge.

[0196] Sixth embodiment

[0197] As shown in Figures 12 and 13, according to the Chinese patent "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)", the insurance policy number (10) in the form of a two-dimensional code is printed in the position next to the socket ( 15) for the straw on the top of the Tetra Pak. Tetra Pak packaging is guaranteed to match the insurance policy number without repetition. For other steps, refer to the embodiments described above. Thus, after purchasing a Tetra Pak package (such as milk), the consumer can pierce the straw seat (15) to damage the package according to the invitation information.

[0198] The consumer can then scan the 2D code on the Tetra Pack by using the WeChat scanning software installed in the smart phone (5) to open the WeChat applet, photograph the 2D code and the pierced straw socket (15) by using the WeChat applet to receive damage proof (14) information (such as image/short video) and insurance policy number (10) information, and upload the received damage proof (14) information and insurance policy number (10) information to the insurance policy claim system .

[0199] The insurance policy claim system receives and identifies damage proof (14) information and insurance policy number (10) information.

[0200] The insurance policy claim system performs AI-based image identification regarding damage proof (14) information. Once it is determined that the packaging (2) of the product is damaged (for example, a punctured straw socket (15) is found next to the two-dimensional code) and the insurance policy number (10) is authentic (not counterfeit) and valid, the identification information provided is registered in as the beneficiary of the policy. Those. an electronic insurance policy (7) of liability for combating counterfeiting is provided to the applicant free of charge.

[0201] Seventh Embodiment

[0202] As shown in Figures 1, 2, 3 and 14, each electronic anti-counterfeit liability insurance policy (7) is assigned a unique insurance policy number (10). Information (6) on the contents of the insurance policy of the electronic insurance policy (7) anti-counterfeiting liability with indeterminate (ie left blank) identification information of the beneficiary under the policy, is printed on a sheet of A5 offset paper. The number (10) of the insurance policy in the form of a two-dimensional code, the serial number of the insurance policy in figures and the like is printed on paper. The printed electronic anti-counterfeiting liability insurance policy (7) is folded up and then placed in the wine box.

[0203] The insurance policy number (10) is recorded in the RFID chip. A bottle cap is made with an embedded RFID identifier (2) of the insurance policy. The bottle cap is an RFID bottle cap that is part of the product packaging (1) and is integrated with the product packaging.

[0204] The insurance policy number (10) recorded in the RFID chip is encrypted and stored as anti-counterfeit information in the database (4) of the anti-counterfeit identification subsystem (12). It is guaranteed that the insurance policy number (10) printed on the electronic anti-counterfeiting liability insurance policy (7) in the wine box is exactly the same or corresponds to the insurance policy number (10) that is recorded in the RFID chip in the bottle cap in wine box.

[0205] An insurance policy claim system is created as shown in Figure 16. The system may include two parts of an anti-counterfeit identification subsystem (12) and an insurance policy registration subsystem (13).

[0206] Information (6) about the contents of the insurance policy and the number (10) of the insurance policy are stored in a one-to-one correspondence in the database (4) of the insurance policy claim system.

[0207] Thus, after purchasing a wine product, the consumer can turn on the NFC function of the smart phone (5) by using the Wine Product Application, move the smart phone (5) close to the RFID bottle cap, enter the insurance policy claim system, read the information (6) about the contents of the insurance policy, fill in the identification information and register the identification information of the consumer as the beneficiary of the policy.

[0208] Subjectively, the consumer actively reads the information (6) about the content of the insurance policy using the NFC function of the smart phone (5) and enters the insurance policy claim system. Objectively, the consumer unknowingly and passively performs authentication identification regarding the insurance policy identifier by using the insurance policy claim system. In the case where the product is authentic, the insurance policy claim system may transmit certain information (6) about the contents of the insurance policy to the smart phone (5) of the applicant, at or after transmitting the identification conclusion information (11) indicating that the product is authentic, to smart phone (5). As shown in Figure 4, for example, the following information may be transmitted. The insurance company assures you that the product you have purchased is authentic. You may perform a forensic assessment on a product through other third party institutions with a forensic assessment qualification. In the event that a product is determined to be a counterfeit product after identification of authenticity, you will receive an insurance compensation payment from the insurance company in the amount of three times the value of the product.

[0209] In the case where the product is counterfeit, the insurance policy claim system sends a warning message (for example, a warning message in the form of "the product you are checking is with a fake insurance policy/counterfeit product") to the smart phone (5) to remind the applicant about the need to be wary of forgery.

[0210] Thus, in the case where the product is counterfeit, the claimant can receive an insurance claim as the beneficiary of the policy.

[0211] Obviously, in the case where the consumer does not purchase the wine product, the consumer does not have the right to unscrew the bottle cap, so the insurance policy RFID (2) on the bottle cap will not be damaged. Other consumers can claim the electronic anti-counterfeiting liability insurance policy (7) and fill in the policy beneficiary, and then the insurance policy claim system can register the identity information of the buyer as the beneficiary of the policy.

[0212] In order to prevent a person from fraudulently claiming an insurance policy, the consumer can turn on the NFC function of the smart phone (5) on which a specific wine product application is installed, move the smart phone (5) close to the RFID bottle cap to read information on the chip, enter the insurance policy claim system, and then upload damage proof information (14) indicating that the insurance policy ID (2) is damaged to the insurance policy claim system. After authenticity identification is performed (for example, by performing AI-based identification/analysis/matching of image/video), in the case where the damage proof information (14) is matched and uploaded for the first time, and the sawtooth tooth feature is matched, the identification information provided by the applicant is registered as the beneficiary of the policy in accordance with the steps in the first and third embodiments described above. Thus, no one can again modify the identification information of the beneficiary under the policy.

[0213] In another embodiment, the insurance policy RFID (2) is placed in the rubber cap of the bottle cap to be combined with the rubber cap. The insurance policy number (10) is hidden between the rubber bottle cap and the bottle cap. After purchasing the product, the consumer can turn on the NFC function of the smart phone (5) in which a specific wine product application is installed, move the smart phone (5) close to the RFID bottle cap to read the information in the chip, enter the insurance policy claim system , and then tear off the rubber cover (i.e. damage the RFID), scan the opened number (10) of the insurance policy and fill in the claimant as the beneficiary of the policy.

[0214] Eighth Embodiment

[0215] An electronic anti-counterfeiting liability insurance policy (7) is provided to protect the rights and interests of consumers and prevent violation of consumer rights by counterfeit products. Only after the product is purchased by the consumer, the consumer is entitled to receive an electronic liability insurance policy (7) against product counterfeiting. To prevent people who do not buy the product from fraudulently claiming an electronic insurance policy (7) anti-counterfeiting responsibility, so that people who have the opportunity to contact the product before the product is sold cannot fraudulently claim an electronic insurance policy ( 7) anti-counterfeiting liability and that a waste collector who is not the actual purchaser cannot fraudulently claim an electronic insurance policy (7) anti-counterfeiting liability and ensure that only the purchaser has the right to claim an electronic insurance policy (7) anti-counterfeiting responsibility, design for simple damage to the appearance structure, such as packaging and ID, is provided. With this design, the buyer/consumer can damage the packaging with his bare hands and without any other tools, obtain and upload information about the evidence (14) of appearance damage, and thereby determine whether the product was purchased by the consumer. The following rule must be observed when claiming an electronic insurance policy (7) for anti-counterfeiting liability. A product with damaged packaging and appearance is considered to be purchased by the consumer, and the applicant is entitled to fill in the applicant's identification information as the beneficiary of the policy.

[0216] Preferably, the damaged area (28) of the appearance structure includes: a damaged cut line (3) carved at a position at a distance of 0 to 12 mm from the insurance policy number (10) on the packaging (1) of the product or identifier (2 ) an insurance policy to help the consumer damage the appearance by tearing along the damaged line (3) of the cut and uploading information about the proof (14) of damage; a damaged pull thread (9) embedded in a position at a distance of 0 to 12mm from the insurance policy number (10) on the product packaging (1) or insurance policy identifier (2) to help the consumer damage the appearance by pulling the pull thread (9) and uploading information about the evidence (14) damage; number (10) of the insurance policy printed at a position 0 to 8mm away from the neck of the keyed tin to assist the consumer in photographing and obtaining information about evidence of (14) damage such as an open neck of the keyed tin by using an intelligent phone (5); and insurance policy number (10) printed at a position 0 to 8mm from the socket (15) for the straw of the Tetra Pak package to assist the consumer in photographing and obtaining information about evidence (14) of damage such as a punctured socket (15) for a straw, by using a smart phone (5).

[0217] As shown in Figures 15 and 16, the bottle label of a well-known shampoo brand is printed on a sheet of self-adhesive paper that is made of opaque PE material. Those. packaging (1) of the product is printed. On the back of the opaque PE material, some text is pre-printed in a 'tear' pattern that is not visible from the front of the opaque PE material.

[0218] A unique insurance policy number (10) in the form of a two-dimensional code is printed in the area in the lower right corner of the front of each bottle label, thus placing the insurance policy identifier (2) in the lower right corner of the bottle label. A damaged cut line (3) with intermittent connections is cut along the insurance policy identifier (2) to assist the consumer in tearing off the insurance policy identifier (2) in the lower right corner from the bottle label.

[0219] According to the Chinese patent "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)", the insurance policy number (10) in the form of a two-dimensional code is photographed in macro mode to obtain individual feature information such as sawtooth teeth distributed along the edge of the two-dimensional code and individual feature information such as random sawtooth teeth are stored as anti-counterfeiting information in the database (4).

[0220] The bottle label is affixed to the opaque shampoo bottle in such a way that the bottle label cannot be transferred to a counterfeit product without being damaged.

[0221] Thus, after purchasing the shampoo product, the consumer can tear off the insurance policy identifier (2) in the lower right corner according to the invitation information. The consumer scans the two-dimensional code on the front of the shampoo product by using the WeChat scanning software installed in the smart phone 5, opens the WeChat applet, logs into the insurance claim system, and then uploads printed information such as text in the form of "tampered" hidden in the identifier (2 ) insurance policy or in the packaging (1) of the product as evidence of damage (14) to the insurance policy claim system. After performing the verification (for example, performing AI-based identification/analysis/matching on the image/video), in the case where the damage proof information (14) is fully matched and uploaded for the first time, and the feature of the sawtooth feature matches, the identification the information provided by the applicant is registered as a beneficiary in accordance with the steps in the first and third embodiments described above. Those. an electronic insurance policy (7) of liability for the fight against counterfeiting is provided to the specified applicant free of charge.

[0222] Ninth Embodiment

[0223] An insurance policy identifier (2) is produced, as shown in Figure 17.

[0224] Each insurance policy identifier (2) is spray-printed with at least one unique insurance policy number (10) and a graphic element (22).

[0225] In step 1, a batch of unique insurance policy numbers (10) and graphic elements (22) are generated in advance in the computer. Some artificial micropores (19) with a diameter of 0.05 mm are placed in the electronic image of each of the graphic elements (22), as shown in Figure 9. Artificial micropores (19) are placed in the graphic element (22) in the center of the two-dimensional code.

[0226] In step 2, using liquid ink for printing with surface tension Y, the insurance policy number (10) is printed on the insurance policy identifier (2), and the graphic element (22) provided with artificial micropores (19) is printed on the surface for printing with surface energy C, where Y is greater than C. For example, a local coating without impregnation with surface energy C greater than 28 dynes/cm is printed in advance, and then the graphic element (22) is printed on the local coating without impregnation by using liquid ink for printing with surface tension Y, which is less than 48 dynes/cm. In short, the selected liquid ink should not impregnate the selected printable surface, i.e. the difference between C and Y should be large enough, and C should not be equal to or close to Y. Thus, the artificial micropores (19) surrounded by liquid ink expand and deform randomly.

[0227] In step 3, after the graphic element (22) is printed and held for 0.15 to 1.5 seconds for the artificial micropores (19) to naturally expand and randomly deform to form sawtooth micropores (20), the ink dries and hardens. The diameters of some of the sawtooth micropores (20) should expand to 0.1mm to 0.2mm.

[0228] In step 4, during production, the sawtooth micropores (20) are photographed in magnification mode to obtain micro-feature information of the sawtooth micropore (20). The micro-feature information includes at least one of the following: color, shape, size, area, perimeter, position, direction, and number of sawtooth micropores (20). The micro-tag information and the insurance policy number information (10) are stored in a one-to-one correspondence in the insurance policy claim system data base (4) as an anti-counterfeiting information file.

[0229] In step 5, when claiming the anti-counterfeiting liability electronic insurance policy (7), the consumer photographs the sawtooth micropores (20) and the insurance policy number (10) on the insurance policy identifier (2) by using the smart phone (5) with rear lens with a resolution that is equal to or greater than 5 million pixels to obtain insurance policy number (10) information and micro-tag information of sawtooth micropores (20), i. e. identifiable anti-forgery information.

[0230] In step 6, the insurance policy claim system matches the received anti-counterfeiting identifiable information (especially diameter and shape) with the anti-counterfeiting information file. In the case where the anti-counterfeiting identification information matches the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic is displayed on the smart phone (5). In the case where the anti-counterfeiting identification information does not match the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy ID (2) is counterfeit is displayed on the smart phone (5).

[0231] Thus, after purchasing the product, the consumer can photograph the two-dimensional code and the damaged insurance policy ID (2) to obtain information about the evidence (14) of damage (for example, an image/short video) and information about the insurance policy number (10). , and upload the received damage proof (14) information and insurance policy number (10) to the insurance policy claim system.

[0232] The insurance policy claim system receives and identifies damage proof (14) information and insurance policy number (10) information.

[0233] The insurance policy claim system performs AI-based image identification regarding damage proof (14) information. After it is determined that the insurance policy ID (2) is corrupted and the sawtooth micropores (20) micro-mark information matches the anti-counterfeiting information file, the provided identification information is registered as the policy beneficiary according to the steps in the first and the third embodiments described above. Those. an electronic insurance policy (7) of liability for combating counterfeiting is provided to the applicant free of charge.

[0234] Tenth Embodiment

[0235] An insurance policy identifier (2) is produced, as shown in Figure 18.

[0236] Each insurance policy identifier (2) is spray printed with at least one unique insurance policy number (10) and a graphic element (22) such as a frame.

[0237] In step 1, a batch of unique insurance policy numbers (10) and graphic elements (22) are generated in advance in the computer. Several artificial micropores (19) with a diameter of 0.15 mm are placed in the electronic image of each of the graphic elements (22), as shown in Figure 9. Artificial micropores (19) are placed in the graphic element (22), for example, in the frame of a two-dimensional code.

[0238] In step 2, using liquid ink for printing with surface tension Y, the insurance policy number (10) is printed on the insurance policy identifier (2), and the graphic element (22) provided with artificial micropores (19) is printed on the surface for printing with surface energy C, where Y is less than C. For example, the local impregnation coating with surface energy C, which is greater than 48 dynes/cm, is printed in advance, and then the graphic element (22) is printed on the local impregnation coating by using liquid ink with surface tension Y equal to 28dyn/cm. In short, the selected liquid ink must impregnate the selected surface to be printed, i.e. the difference between C and Y should be large enough, and C should not be equal to or close to Y. Thus, the artificial micropores (19) surrounded by the liquid ink are compressed and deformed randomly.

[0239] In step 3, after the graphic element (22) is printed and held for 0.15 to 1.5 seconds in order for the artificial micropores (19) to naturally shrink and deform in an arbitrary manner to form sawtooth micropores (20), the ink dries and hardens. The diameters of some of the sawtooth micropores (20) should shrink to 0.03mm to 0.1mm.

[0240] In step 4, the sawtooth micropores (20) are photographed in magnification mode to obtain micro-feature information of the sawtooth micropores (20). The micro-feature information includes at least one of the following: color, shape, size, area, perimeter, position, direction, and number of sawtooth micropores (20). The micro-tag information and the insurance policy number information (10) are stored in accordance with the insurance policy claim system data base (4) as an anti-counterfeiting information file.

[0241] In step 5, when claiming the anti-counterfeiting liability electronic insurance policy (7), the consumer photographs the sawtooth micropores (20) and the insurance policy number (10) on the insurance policy identifier (2) by using the smart phone (5) with rear lens with a resolution that is equal to or greater than 5 million pixels to obtain insurance policy number (10) information and sawtooth micropore micro-mark information (20), i.e. identifiable anti-forgery information.

[0242] In step 6, the insurance policy claim system matches the received anti-counterfeit identifiable information (especially the diameter and shape) with the anti-counterfeit information file. In the case where the anti-counterfeiting identification information matches the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic is displayed on the smart phone (5). In the case where the anti-counterfeiting identification information does not match the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy ID (2) is counterfeit is displayed on the smart phone (5).

[0243] Thus, after purchasing the product, the consumer can photograph the two-dimensional code and the damaged insurance policy ID (2) to obtain information about the evidence (14) of damage (for example, an image/short video) and information about the insurance policy number (10). , and upload the obtained damage proof information (14) and insurance policy number information (10) to the insurance policy claim system.

[0244] The insurance policy claim system receives and identifies damage proof (14) information and insurance policy number (10) information.

[0245] The insurance policy claim system performs AI-based image identification regarding damage proof (14) information. After it is determined that the insurance policy ID (2) is corrupted and the sawtooth micropores (20) micro-mark information matches the anti-counterfeiting information file, the provided identification information is registered as the policy beneficiary according to steps one and three. embodiments described above. Those. an electronic insurance policy (7) of liability for combating counterfeiting is provided to the applicant free of charge.

[0246] Eleventh embodiment

[0247] In step 1, technical operations such as increasing the nozzle voltage, lifting the nozzle, applying static electricity, and changing the frequency of the pulse signal are performed to adjust the operating parameters of the inkjet recording apparatus to control the inkjet recording apparatus to operate in an abnormal working condition dusting ink.

[0248] The inkjet printing apparatus is controlled to operate in an abnormal ink dusting operating state to print the insurance policy number (10) on the insurance policy ID (2), thus the ink dusting point (24), as shown in Figure 19, are formed together with the printed number (10) of the insurance policy.

[0249] The insurance policy number (10) may be a unique digit, a unique letter, a one-dimensional code, or a two-dimensional code.

[0250] In step 2, the insurance policy number (10) and the ink dusting dots (24) formed together with the printed insurance policy number (10) are photographed in a magnification mode (for example, 30 times magnification) using an industrial optical macro lens and digital camera to obtain information about the micro-sign of ink dusting dots (24). The micro-feature information includes at least one of the following: color, shape, size, position, direction, and number of ink dusting points (24). The micro-feature information as anti-counterfeiting information and the insurance policy number (10) are stored according to the database (4) of the insurance policy claim system.

[0251] In step 3, when claiming an insurance policy, the consumer photographs the insurance policy number (10) and the ink dusting dots (24) on the insurance policy identifier (2), at a distance from the object in the range of 20mm to 80mm, by using a smart phone (5) with a lens with a resolution that is equal to or greater than 12 million pixels, to obtain insurance policy number (10) information and micro-mark information such as shapes and sizes of ink dust dots (24), i.e. identifiable anti-forgery information.

[0252] In step 4, the obtained information about the insurance policy number (10) and information about the micro-sign of the ink dusting points (24), i.e. the identifiable anti-counterfeit information is uploaded to the computer of the anti-counterfeit identification subsystem (12) to be compared with the anti-counterfeit information file. In the case where the anti-counterfeiting identification information matches the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic is displayed on the smart phone (5). In the case where the determined anti-counterfeiting information does not match the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy ID (2) is counterfeit is displayed on the smart phone (5).

[0253] Based on research, it has been shown that many ink dusting points (24) can be placed to form a line halo or text stroke. In short, ink dusting can cause ghosting.

[0254] After purchasing the product, the consumer can scan the 2D code on the product by using the WeChat scanning software installed in the smart phone (5) to open the WeChat applet, photograph the 2D code and the damaged insurance policy ID (2) by using the WeChat applet, to obtain damage proof (14) information (e.g. image/short video) and insurance policy number (10) information, and upload the obtained damage proof (14) information and insurance policy number (10) information to the insurance claim system policy.

[0255] The insurance policy claim system receives and identifies damage proof (14) information and insurance policy number (10) information.

[0256] The insurance policy claim system performs AI-based image identification regarding damage proof (14) information. After it is determined that the insurance policy ID (2) is corrupted and the sawtooth micropores (20) micro-mark information matches the anti-counterfeiting information file, the provided identification information is registered as the policy beneficiary according to the steps in the first and the third embodiments described above. Those. an electronic insurance policy (7) of liability for the fight against counterfeiting is provided to the specified applicant free of charge.

[0257] Twelfth Embodiment

[0258] In step 1, the ink jet recording apparatus is controlled to operate in an abnormal ink dusting operating state by performing a nozzle lifting technical operation. The nozzle rises to a height of 2mm to 3mm from the ID (2) of the insurance policy. Then, the insurance policy number (10) is printed on the insurance policy identifier (2), ink dusting points (24) as shown in Figure 19 are formed along with the printed insurance policy number (10), and multiple cracks (25) as shown in Figure 20 are formed together with the printed number (10) of the insurance policy.

[0259] In step 2, the insurance policy number (10) and the ink dusting points (24) and cracks formed together with the printed insurance policy number (10) are photographed in a magnification mode (for example, 30 times magnification) using an industrial optical macro lens and digital camera to get information about the micro-feature of dots (20) of ink dusting and micro-feature of cracks. The micro-feature information as anti-counterfeiting information and the insurance policy number (10) are stored according to the database (4) of the insurance policy claim system.

[0260] In step 3, when claiming an insurance policy, the consumer photographs the insurance policy number (10), ink dusting points (24) and cracks (25) on the insurance policy identifier (2), at a distance from the object in the range of 20mm to 80mm , by using an intelligent phone (5) with a lens with a resolution that is equal to or greater than 12 million pixels, to obtain insurance policy number (10) information, micro-attribute information such as shapes and sizes, ink dusting dots (24) and cracks (25), i.e. identifiable anti-forgery information.

[0261] In step 4, the obtained information about the insurance policy number (10), information about the micro-sign of ink dusting points (24), and information about the micro-sign of cracks (25), i.e. the identifiable anti-forgery information is uploaded to the anti-forgery identification subsystem (12) for comparison with the anti-forgery information file. In the case where the anti-counterfeiting identification information matches the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic is displayed on the smart phone (5). In the case where the anti-counterfeiting identification information does not match the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy ID (2) is counterfeit is displayed on the smart phone (5).

[0262] Cracks (25) in accordance with the present invention are commonly referred to as white marks, white marks, white cracks, cracks, and the like.

[0263] Thus, after purchasing the product, the consumer can photograph the two-dimensional code on the product and the damaged insurance policy ID (2) to obtain information about the evidence (14) of damage (for example, an image/short video) and number information (10) of the insurance policy, and upload the received damage proof (14) information and the insurance policy number (10) information to the insurance policy claim system.

[0264] The insurance policy claim system receives and identifies damage proof (14) information and insurance policy number (10) information.

[0265] The insurance policy claim system performs AI-based image identification regarding damage proof (14) information. After it is determined that the insurance policy identifier (2) is corrupted, the provided identification information is registered as a policy beneficiary in accordance with the steps in the first and third embodiments described above. Those. an electronic insurance policy (7) of liability for the fight against counterfeiting is provided to the specified applicant free of charge.

[0266] Thirteenth Embodiment

[0267] In step 1, as shown in Figure 21, some arrays of dots (26) of ink, with a width (including length) of 0.06mm and formed by ink, are printed on the surface for printing an insurance policy identifier (2) with a sign of impregnation with respect to to ink. Each insurance policy identifier (2) is printed with a unique insurance policy number (10).

[0268] In step 2, a solvent is added to the ink to reduce the surface tension of the ink, so that the ink dot arrays (26) randomly impregnate the printable surface under the wetting force to deform and expand (as shown in Figure 22), to form arrays of impregnating ink blocks (27) of random shape. Some impregnating ink blocks (27) have a width that is less than twice the width of the ink dot (26). The width of the ink dot (26) is smaller than the width of some of the impregnating ink blocks (27), and the width of some of the impregnating ink blocks (27) is less than twice the width of the ink dot (26).

[0269] In order to keep the layout without changing the layout, ink dots (26) may be placed in a local area in the ink layer to print the insurance policy number (10), or ink dots (26) may be placed in empty spaces of the two-dimensional code. Thus, the array of ink dots (26) does not occupy a certain space on the insurance policy identifier (2), without prejudice to the beauty of the original layout, and without modifying or validating.

[0270] In order to print the insurance policy identifier (1) on some print media without impregnation, the local impregnation coating may be printed on the print media in advance at the position where the ink dot arrays (26) and the ink dot arrays (26) are located printed on a local impregnation coating. The impregnation coating described above can be printed with an ink having a better impregnation effect than ink. For example, the coating is obtained by printing with white latex with the addition of starch. In addition, materials such as cotton powder can be added with which the surface tension of the impregnation coating can be increased to a value greater than 48 dynes/cm.

[0271] In step 3, the impregnating ink arrays (27) are photographed in a magnification mode (for example, 30 times magnification) using an industrial optical macro lens and a digital camera to obtain micro-feature information such as shape and size. (eg area/width) of the impregnating ink block (27). Micro-feature information such as shape and size (eg, area/width) as anti-counterfeiting information, and insurance policy number (10) are stored according to the insurance policy claim system database (4).

[0272] In step 4, when claiming an insurance policy, the consumer photographs the insurance policy number (10) and the impregnation ink block arrays (27) on the insurance policy identifier (2), at a distance from the object in the range of 60mm to 160mm, by using an intelligent a phone (5) with a lens with a resolution equal to or greater than 12 million pixels to obtain insurance policy number (10) information and micro-feature information such as shape and size of the impregnating ink block (27).

[0273] In step 5, micro-feature information, such as the shape and size (eg, area/width), of the impregnation ink block (27) is uploaded to the insurance claim system for matching with the anti-counterfeiting information file. In the case where the micro-feature information matches the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy ID (2) is authentic is displayed on the smart phone (5). In the case where the micro-feature information does not match the anti-counterfeiting information file, the identification conclusion information (11) indicating that the insurance policy ID (2) is counterfeit is displayed on the smart phone (5).

[0274] Thus, after purchasing the product, the consumer can photograph the two-dimensional code and the damaged insurance policy ID (2) to obtain information about the evidence (14) of damage (for example, an image/short video) and information about the insurance policy number (10). , and upload the obtained damage proof information (14) and insurance policy number information (10) to the insurance policy claim system.

[0275] The insurance policy claim system receives and identifies damage proof (14) information and insurance policy number (10) information.

[0276] The insurance policy claim system performs AI-based image identification regarding damage proof (14) information. After it is determined that the insurance policy identifier (2) is corrupted, the provided identification information is registered as a policy beneficiary in accordance with the steps in the first and third embodiments described above. Those. an electronic insurance policy (7) of liability for the fight against counterfeiting is provided to the specified applicant free of charge.

[0277] Fourteenth Embodiment

[0278] As shown in Figure 23, each electronic anti-counterfeit liability insurance policy (7) is assigned a unique insurance policy number (10). The insurance policy number (10) in the form of a two-dimensional code is printed on the insurance policy identifier (2) based on anti-counterfeiting technology according to the Chinese patent "MOBILE PHONE IDENTIFICATION CODE SAW-TOOTH ANTI-COUNTERFEITING METHOD (CN104794629B)". The 2D code is photographed in zoom mode to obtain sawtooth teeth randomly distributed along the edge of the 2D code. The obtained information of the randomly distributed sawtooth teeth is stored and recorded as anti-counterfeit information in the database (4) of the anti-counterfeit identification subsystem (12), as shown in Figure 5.

[0279] Preferably, the anti-counterfeiting label (1) with the anti-counterfeiting code (17) is performed by using the overlimit anti-counterfeiting technology (CN106096970B) described in the technology of the prior art. The distribution feature and the lint width information on the anti-counterfeit label (18) are obtained and then stored as anti-counterfeit information in the database (4). The anti-counterfeiting label (18) is placed in the milk powder container. The insurance policy identifier (2) is then used as a sealing sticker to seal the filling of the milk powder container. Preferably, the anti-counterfeiting code (17) and the insurance policy number (10) are stored in a one-to-one correspondence in the database (4) of the insurance policy claim system.

[0280] An insurance policy claim system is created as shown in Figure 5. The system may include two parts of an anti-counterfeit identification subsystem (12) and an insurance policy registration subsystem (13).

[0281] Anti-counterfeiting liability electronic insurance policy content information (6), insurance policy ID (2) anti-counterfeiting information, insurance policy number (10), anti-counterfeiting code (17), and lint distribution sign are stored in accordance in the database (4) of the system data of the insurance policy requirements.

[0282] Thus, before purchasing the powdered milk product, the consumer can scan the two-dimensional code of the insurance policy number (10) using the smart phone (5) to perform authenticity identification (the first authenticity identification, which is simple and fast, however, the conclusion of the identification is inaccurate) regarding the product based on the insurance policy claim system, and obtain information (6) about the contents of the insurance policy in order to increase confidence in the purchase. Preferably, when receiving information (6) about the content of the insurance policy, the consumer may be prompted to open the milk powder container to find the anti-counterfeiting label (18) and scan the 2D code to obtain the insurance policy.

[0283] After purchasing the powdered milk product and before consuming the powdered milk, the consumer can remove the sealing sticker, i.e. insurance policy identifier (2), lift the lid of the milk tank (i.e. damage the packaging), remove the anti-counterfeiting label (18) from the milk powder tank, and photograph the two-dimensional code on the anti-counterfeiting label (18) using the intelligent of the phone (5) in macro mode (ensuring that the resolution is greater than 1600dpi×1600dpi), perform authenticity identification regarding distribution feature and nap width information based on the insurance policy claim system to identify authenticity. After the authenticity identification (the second authenticity identification, which is complex and labor-intensive, however, the conclusion of the identification is accurate), in the case where the anti-counterfeiting label (18) is determined by the insurance policy claim system to be authentic and the insurance policy is required for the first time, the insurance claim system policy registers the identification information provided by the applicant as a beneficiary under the policy.

[0284] Fifteenth Embodiment

[0285] As shown in Figures 24 and 25, the color rendering feature with magnification, i.e. screen feature information (30), such as an array (29) of pixels, based on the three primary colors of red, green, and blue, of the display screen (30), is stored and recorded as counterfeit feature information (i.e., information on anti-counterfeiting) in the database (4) of the insurance policy claim system data. Those. screen feature information (30) includes, but is not limited to, pixel array feature information based on the three primary colors of red, green, and blue, and screen feature (30) information is stored and recorded as counterfeit feature information ( i.e. anti-counterfeiting information) in the database (4) of the insurance policy claim system data.

[0286] In this way, the bidder can photograph the damaged appearance of the product using the smart phone (5) in macro mode, and the received and uploaded damage proof information (14) includes screen feature information (30) such as an array (29) pixels based on the three primary colors of red green and blue. The insurance policy claim system sends a warning message to the smart phone (5) of the applicant to remind the applicant to be wary of counterfeiting and deny the applicant the electronic insurance policy claim (7) of anti-counterfeiting responsibility.

[0287] The reason is that, based on the study, the microscopic image/video captured using the smart phone (5) in macro mode, an object such as an insurance policy identifier (2) and an anti-counterfeiting label (18) , does not contain an array (29) of pixels based on the three primary colors of red, green and blue, and the microscopic image/video differs markedly from the re-photographed image of the screen (30). Therefore, using the method described above, the bidder cannot re-photograph an image (not the actual insurance policy ID (2) or anti-counterfeiting label (18) of the insurance policy ID (2) or anti-counterfeiting label (18) that displayed on the screen (30) of a mobile phone or screen (30) of a computer or other displays to falsify information about the proof of (14) damage in order to fraudulently claim an electronic anti-fraud liability insurance policy (7) to obtain an insurance claim.

[0288] Preferably, the applicant can install a mobile phone program (for example, a policy claim application or a policy claim WeChat applet) on a smart phone (5), then photograph the damaged appearance of the product using the smart phone (5) to obtain evidence information (14) damage, and upload the received damage proof (14) information to the insurance policy claim system. It is forbidden to add and use through the smart phone (5) images/videos that are included in the album of the smart phone (5). Thus, the bidder cannot add and use fake damage proof (14) information such as an image/video in the album of the smart phone (5), and thus the bidder cannot fraudulently claim an electronic insurance policy (7) for liability for combating forgery in order to fraudulently obtain an insurance claim.

[0289] Sixteenth Embodiment

[0290] The first identification of authenticity regarding the identifier (2) of the insurance policy is performed in the case when the consumer makes purchases in the mall. In this case, there are many people waiting in line and time is limited, thus it is required to perform authentication or claim an insurance policy quickly and easily (for example, within 5 seconds). As a result, the first conclusion of the authenticity identification may be inaccurate. In addition, it is required to perform the first authentication easily and quickly (for example, within 5 seconds), so the first authentication is performed using the WeChat applet, and the resolution of the scanned anti-forgery information regarding the insurance policy ID (2) by the WeChat applet is low (eg, below 300dpi×300dpi), which leads to an inaccurate identification conclusion for the first authenticity identification.

[0291] Preferably, in order to compensate for the inaccuracy of the identification conclusion for the first authenticity identification, as shown in Figure 26, in the case where it is relatively unoccupied, the consumer can photograph the anti-counterfeiting information on the insurance policy identifier (2) using a smart phone (5 ) in macro mode or scan the anti-counterfeiting information on the insurance policy ID (2) using a high-definition scanner, upload (for example, via multimedia messaging service or e-mail) the received anti-counterfeiting information in high resolution (for example, resolution that is greater than 1200dpi×1200dpi) and evidence (14) of damage to the re-identification system (31) operated by an independent third party to re-identify (for example, by performing AI identification and manual identification) the insurance policy identifier (2). After re-identification (for example, it takes from 30 minutes to three hours), the insurance policy identifier (2) indicated as the authentic insurance policy identifier (2) by means of the identification conclusion information (11) transmitted by the insurance policy claim system is determined in as a fake authentic identifier (2) of the insurance policy, the re-conclusion (which can be used as the conclusion of a forensic identification) is transmitted to the smart phone (5), and the insurance claim process is started to provide the insurance claim to the claimant.

[0292] Damage proof (14) information is also uploaded to the re-identification system (31), which is operated by an independent third party, so that people who do not buy the product cannot re-identify, and to ensure that only the consumer who buys the product and receives information about the evidence (14) of damage, has the right to perform re-identification, preventing the occurrence of fraudulent insurance in which fakes are known and bought.

[0293] The re-identification system (31) is controlled independently by a third party, thus the re-identification system (31) is highly reliable, and the conclusion of the re-identification can be used as the conclusion of a judicial assessment and can be used as a legal basis for the consumer, to receive an insurance claim.

[0294] The embodiments disclosed above are only preferred embodiments of the present invention, and are not intended to limit the scope of the claims of the present invention. Therefore, any equivalent changes in accordance with the claims of the present invention shall fall within the scope of the present invention.

Claims (58)

1. A method for packaging a product with anti-counterfeiting liability insurance, comprising the steps of: (1) provide a product with an electronic insurance policy; (7) anti-counterfeiting liability; (2) assigning an insurance policy number to the electronic anti-counterfeiting liability insurance policy (7), wherein at least one unique insurance policy number (10) is assigned to the electronic anti-counterfeiting liability insurance policy (7); (3) placing the insurance policy number (10) and anti-counterfeiting information on the insurance policy identifier (2), or placing an anti-counterfeiting code (17) corresponding to the insurance policy number (10) and anti-counterfeiting information on the identifier (2) an insurance policy; (4) pack the product in the product package (1), and place the insurance policy identifier (2) on the product package (1), the product being provided with at least one insurance policy identifier (2), and the electronic liability insurance policy (7) for the fight against counterfeiting is associated with the product by using the identifier (2) of the insurance policy; (5) combining the insurance policy identifier (2) and the product packaging (1) into an indivisible whole to control that the insurance policy identifier (2) cannot be transferred to another product without being damaged; (6) maintain an electronic insurance policy; (7) liability for anti-counterfeiting; anti-counterfeiting information and insurance policy number (10)/anti-counterfeiting code (17) according to the insurance policy claim system database (4) as file information; (7) uploading, by the bidder using the smart phone (5), the insurance policy number (10)/anti-counterfeiting code (17) and the anti-counterfeiting information to the insurance policy claim system; after performing authentication authentication, in the case where the uploaded insurance policy number (10)/anti-counterfeiting code (17) and the anti-counterfeiting information match the file information in the database (4), and the insurance policy claim system determines, that the insurance policy identifier (2) is authentic, transmitting, through the insurance policy claim system, identification conclusion information (11) indicating that the insurance policy identifier (2) is authentic, to the applicant's smart phone (5); and after performing the authentication, in the case where the uploaded insurance policy number (10)/anti-counterfeiting code (17) and the anti-counterfeiting information do not match the logging information stored in the database (4), and the claim system of the insurance policy determines that the insurance policy ID (2) is counterfeit, transmitting, through the insurance policy claim system, a warning message to the smart phone (5) to remind the applicant to be wary of the counterfeit product; and (8) transmitting, through the insurance policy request system, the electronic anti-counterfeiting liability insurance policy (7) corresponding to the determined insurance policy ID (2) to the smart phone (5). 2. A method for packaging a product with liability insurance against counterfeiting according to claim 1, comprising the step of placing a damaged area (28) of the appearance structure on the packaging (1) of the product or the identifier (2) of the insurance policy. 3. A method for packaging a product with liability insurance against counterfeiting according to claim 1 or 2, comprising at least one of the following steps: (1) uploading damage proof information (14) indicating that the damaged area (28) of the appearance structure is damaged to the insurance claim system by using the smart phone (5); (2) after the insurance policy claim system determines that the RFID of the insurance policy (2) is authentic, registering, through the insurance policy claim system, the identification information provided by the applicant as the policy beneficiary; (3) provide/confirm, through the applicant, identification information to the insurance policy claim system to claim the electronic insurance policy; (7) anti-counterfeiting liability; (4) placing the printed electronic anti-counterfeit liability insurance policy (7) in which the insurance policy number (10) is printed into the packaging (1) of the product, placing the RFID identifier (2) of the insurance policy on the packaging (1) of the product, and writing the insurance policy number (10) of the product in the RFID at the insurance policy identifier (2) on the product to control that the insurance policy number (10) printed on the printed anti-counterfeiting liability electronic insurance policy (7) is accurate such as or is in one-to-one correspondence with the number (10) of the insurance policy, which is recorded in the RFID chip; (5) glue together the insurance policy RFID (2) and the rubber cap in the bottle cap to hide the insurance policy number (10) between the rubber cap and the bottle cap, and after the consumer buys the product, the consumer turns on the function NFC of the smart phone (5), move the smart phone close to the RFID bottle cap to get the information stored on the chip, enter the insurance policy claim system, remove the rubber cap to damage the RFID, scan the opened insurance policy number (10) with using a smart phone (5) and fills in the consumer as a beneficiary under the policy; (6) capturing, through the bidder using the smart phone (5), the insurance policy number (10) and anti-counterfeiting information, and uploading, through the bidder, the captured insurance policy number (10) and anti-counterfeiting information to the claim system the insurance policy, to be stored as a history file in the database (4) of the insurance policy claim system for insurance claim processing or judicial evaluation; (7) transmit, through the insurance policy request system, information (6) about the contents of the insurance policy of the electronic insurance policy (7) of anti-counterfeit liability corresponding to the insurance policy identifier (2) to the smart phone (5), while the information ( 6) the content of the insurance policy contains, but is not limited to, the number (10) of the insurance policy; and (8) the damaged area (28) of the appearance structure is placed on the packaging (1) of the product or the identifier (2) of the insurance policy, while the damaged area (28) of the appearance structure contains, but is not limited to: a damaged cut line (3), cut in a position at a distance of 0 to 12 mm from the number (10) of the insurance policy on the packaging (1) of the product or the identifier (2) of the insurance policy; a damaged pull thread (9) embedded in a position at a distance of 0 to 12 mm from the insurance policy number (10) on the product packaging (1) or the insurance policy identifier (2); number (10) of the insurance policy, printed in a position at a distance of 0 to 8 mm from the neck of the can with a key; and the insurance policy number (10) printed at a position 0 to 8 mm from the straw socket (15) of the Tetra Pak package. 4. A method for packaging a product with liability insurance against counterfeiting according to claim 3, comprising one of the following steps: (1) capture, through the applicant using the smart phone (5), the damaged appearance of the product, to obtain information about the evidence (14) damage; uploading, by the bidder using the smart phone (5), the acquired damage proof information (14) in the form of an image/video to the insurance policy claim system to be stored in the policy claim system; activating, by the insurance policy claim system, the identification information of the beneficiary of the anti-counterfeiting liability electronic insurance policy (7) after the insurance policy claim system determines that the appearance of the product is damaged by performing analysis and comparison regarding the image/video; (2) placing the damaged area (28) of the appearance structure on the packaging (1) of the product or the identifier (2) of the insurance policy; damaging, by means of the applicant, the damaged area (28) of the appearance structure with bare hands; and uploading, by the applicant using the smart phone (5), damage proof information (14) indicating that the damaged area (28) of the appearance structure is damaged to the insurance policy claim system; (3) storing screen feature information (30) including, but not limited to, feature information of a pixel array (29) based on the three primary colors of red, green, and blue, as counterfeit feature information in a database (4) insurance policy claim systems; photographing, by the bidder using the smart phone (5), the damaged appearance of the product in macro mode to obtain information about the evidence (14) of damage; uploading the obtained damage proof information (14) in the form of an image/video to the insurance policy claim system; perform, by means of the insurance policy claim system, analysis and comparison regarding the image/video; in the case where the insurance claim system determines that the uploaded image/video contains information about the screen attribute (30), a warning message is transmitted to the smart phone (5) by the insurance claim system to remind the applicant to be wary of a counterfeit product, and refusing, through the insurance policy claim system, the claimant to claim the electronic insurance policy (7) for anti-counterfeiting liability; (4) photograph, by the bidder using the smart phone (5), the damaged appearance of the product to obtain information about the evidence of (14) damage; and uploading the obtained damage proof information (14) to the insurance policy claim system, while adding and using images/videos contained in the smart phone album (5) is prohibited; and (5) transmitting the anti-counterfeiting information to the re-identification system (31) to perform re-identification regarding the insurance policy identifier (2); after re-identification, in the case where the insurance policy identifier (2) indicated as the authentic insurance policy identifier (2) by means of the identification conclusion information (11) transmitted by the insurance policy claim system is determined to be a fake authentic identifier (2) of the insurance policy, transmit the re-identification conclusion as the final identification conclusion to the smart phone (5). 5. A method for packaging a product with anti-counterfeit liability insurance according to claim 3, comprising the steps of: creating an anti-counterfeit label (18) with an anti-counterfeit code (17); placing an anti-counterfeiting label (18) in the product packaging (1); storing the anti-counterfeit code (17) and the insurance policy number (10) in one-to-one correspondence in the database (4) of the insurance policy claim system; after the product packaging (1) is opened and the anti-counterfeiting label (18) is found, the anti-counterfeiting information on the anti-counterfeiting label (18) is photographed by the bidder using the smart phone (5) in macro mode, or scanned , through the applicant using a high-definition scanner, anti-counterfeiting information on the anti-counterfeiting label (18); uploading high-resolution anti-counterfeiting information to the anti-counterfeit identification insurance policy claim system database (4) to perform a second authentication of the authenticity of the product; and in a case where the policy claim system determines that the anti-counterfeiting label (18) is authentic by performing the second authenticity identification, registering, through the policy claim system, the provided identification information as a policy beneficiary. 6. A method for packaging a product with anti-counterfeit liability insurance according to claim 3, comprising the step of: in the case where the insurance policy claim system determines that the insurance policy ID (2) is authentic, pay, through the applicant, the online insurance premium to buy insurance, and register, through the insurance policy claim system, the identification information provided by the applicant as the beneficiary of the policy. 7. A method for packaging a product with anti-counterfeit liability insurance according to claim 3, comprising the steps of: (1) placing artificial micropores (19) on the insurance policy number (10); (2) after the printed artificial micropores (19) are naturally compressed/expanded to form random-shaped sawtooth micropores (20), the ink is dried and solidified to form sawtooth micropores (20), while the diameters of some of the sawtooth micropores ( 20) are in the range from 0.01 to 0.05 mm or from 0.01 to 0.03 mm; and (3) photographing the sawtooth micropores (20) in magnification mode to obtain microfeature information of the sawtooth micropores (20), and storing the acquired microfeature information as anti-counterfeiting information in the insurance policy claim system database (4). 8. A method for packaging a product with liability insurance against counterfeiting according to claim 7, comprising the step of: after the insurance policy number (10) is printed, the ink is dried and solidified with a delay of 0.15 to 1.5 seconds so that the artificial micropores (19) are completely compressed/expanded and deformed randomly. 9. A method for packaging a product with anti-counterfeit liability insurance according to claim 7, comprising the step of: sawtooth micropores (20) are placed in the position detection diagram (21) of the two-dimensional code, or sawtooth micropores (20) are placed in the graphic element (22) in the center of the two-dimensional code, or sawtooth micropores (20) are placed in the graphic element (22) next to the two-dimensional code code. 10. A method for packaging a product with anti-counterfeit liability insurance according to claim 9, wherein the shapes of the artificial micropores (19) comprise one or more of the following: circle, square, triangle, and polygon, and the diameters of the artificial micropores (19) range from 0.06 to 0.36 mm or from 0.13 to 0.17 mm. 11. A method for packaging a product with liability insurance against counterfeiting according to claim 7, comprising the step of comparing the areas/perimeters of the sawtooth micropores (20) with the anti-counterfeiting information stored in the database (4). 12. A method for packaging a product with anti-counterfeit liability insurance according to claim 3, comprising the steps of: (1) adjusting an operating parameter of the ink jet recording apparatus to control the ink jet recording apparatus to operate in an abnormal ink dusting operating state when printing the insurance policy number (10) on the insurance policy ID (2); (2) controlling the inkjet printing apparatus to operate in an abnormal ink dusting operating state to print the insurance policy number (10) on the insurance policy ID (2) to form ink dusting points (24) along with the printed insurance policy number (10) ; and (3) photographing the ink dusting points (24) in a zoom mode to obtain microfeature information of the ink dusting points (24), and storing the acquired microfeature information as anti-counterfeiting information in the database (4) of the insurance policy claim system, wherein the information about the microfeature contains at least one of the following: color, shape, size, position, direction and number of ink dusting points (24). 13. A method for packaging a product with anti-counterfeit liability insurance according to claim 12, wherein the diameters of some of the ink dusting points (24) are less than or equal to 0.05 mm, 0.04 mm, 0.03 mm, 0.02 mm, or 0.01 mm. 14. A method for packaging a product with anti-counterfeit liability insurance according to claim 12, wherein the cracks are formed along with the printed insurance policy number (10). 15. A method for packaging a product with anti-counterfeit liability insurance according to claim 12, comprising the step of raise the nozzle at a distance of 1.6 to 3.6 mm from the identifier (2) of the insurance policy. 16. A method for packaging a product with anti-counterfeiting liability insurance according to claim 1, comprising the steps of: (1) printing ink dot arrays (26) on the surface for printing the insurance policy identifier (2) with the ink, the printing surface having wettability with respect to the ink; (2) randomly wetting the ink dot arrays (26) on the print surface under the wetting force to form randomly shaped impregnation ink block arrays (27); and (3) photographing the impregnating ink block (27) arrays in magnification mode to obtain micro-feature information of the impregnating ink block (27), and storing the obtained micro-feature information as anti-counterfeiting information in the database (4) of the insurance policy claim system , wherein the information about the microfeature contains the color, shape, size, position, direction and number of blocks (27) of impregnating ink. 17. A method for packaging a product with anti-counterfeit liability insurance according to claim 16, wherein the quotient obtained by dividing the impregnating ink block (27) width by the ink dot (26) width is in the range of 1.2 to 1.8; at least an array containing 10 or 100 or 1000 or 3000 or 10000 ink dots (26) is printed on one insurance policy ID (2); and the insurance policy claim system matches the average width, average area, color depths, position or direction of the impregnating ink blocks (27) formed based on the ink dots (26) with the anti-counterfeiting information file to perform authenticity identification.

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