WO2020151452A1 - 产品防伪责任保险包装方法 - Google Patents

产品防伪责任保险包装方法 Download PDF

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Publication number
WO2020151452A1
WO2020151452A1 PCT/CN2019/128678 CN2019128678W WO2020151452A1 WO 2020151452 A1 WO2020151452 A1 WO 2020151452A1 CN 2019128678 W CN2019128678 W CN 2019128678W WO 2020151452 A1 WO2020151452 A1 WO 2020151452A1
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Prior art keywords
policy
counterfeiting
information
insurance
code
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PCT/CN2019/128678
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English (en)
French (fr)
Inventor
陈明发
Original Assignee
拍拍看(海南)人工智能有限公司
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Publication date
Priority claimed from CN201910581602.3A external-priority patent/CN110135869A/zh
Application filed by 拍拍看(海南)人工智能有限公司 filed Critical 拍拍看(海南)人工智能有限公司
Priority to US17/425,954 priority Critical patent/US11836804B2/en
Priority to CN201980087595.XA priority patent/CN113272823A/zh
Publication of WO2020151452A1 publication Critical patent/WO2020151452A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/018—Certifying business or products
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q40/00—Finance; Insurance; Tax strategies; Processing of corporate or income taxes
    • G06Q40/08—Insurance
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
    • G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
    • G06K17/0025—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device the arrangement consisting of a wireless interrogation device in combination with a device for optically marking the record carrier
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
    • G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
    • G06K17/0029—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device the arrangement being specially adapted for wireless interrogation of grouped or bundled articles tagged with wireless record carriers
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
    • G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
    • G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
    • G06K19/06009—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code with optically detectable marking
    • G06K19/06046—Constructional details
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
    • G06F21/60—Protecting data
    • G06F21/64—Protecting data integrity, e.g. using checksums, certificates or signatures
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q2220/00—Business processing using cryptography
    • G06Q2220/10—Usage protection of distributed data files
    • G06Q2220/14—Requiring a supplemental attachment or input, e.g. a dongle, to open
    • G06Q2220/145—Specific computer ID, e.g. serial number, configuration

Definitions

  • the invention belongs to the technical field of product anti-counterfeiting and printing and packaging, and specifically relates to a product anti-counterfeiting liability insurance packaging method.
  • the Chinese patent authorizes an "environmental anti-counterfeiting packaging method based on the Internet of Things (CN105416820B)". It is provided with a containing cavity and an opening on the package for placing products, and a smart lock is provided on the package.
  • the smart lock is used to control the opening of the opening; the smart lock performs data interaction with the remote control terminal, and the smart lock Actively obtain the authentication key (i.e. anti-counterfeiting information) from the remote control terminal.
  • the smart lock After the smart lock receives the authentication key, it performs authentication (i.e., verifies whether the anti-counterfeiting information matches), and if the authentication is successful, it turns on.
  • the "password anti-counterfeiting identifier (CN2216694Y)" invented by the inventor in 1994 is commonly known as electronic code anti-counterfeiting or digital anti-counterfeiting.
  • the principle is to set an anti-counterfeiting code for each product, and hide a set of unique random passwords in the anti-counterfeiting code (ie Personalized anti-counterfeiting features), the random password is recorded and stored in the database of the anti-counterfeiting inspection system connected to the Internet, as the anti-counterfeiting information-the basis for identifying the authenticity of the product.
  • a code anti-counterfeiting identifier he only needs to dial the phone, enter the random password (i.e.
  • the code anti-counterfeiting technology is classified as an information check-type anti-counterfeiting technology because it can be checked and verified by the telephone. After more than 20 years of popularization, it has been widely used in various products in all walks of life.
  • the "structure texture anti-counterfeiting method (CN1074563C)" invented by the inventor in 1998 also belongs to the anti-counterfeiting technology of information inspection. It has obtained Chinese invention patents, American invention patents (US6623041), Russian invention patents (2202127), Korean invention patents (0419436), Vietnamese invention patents (3347) and other international patents.
  • An insurance policy is abbreviated as an insurance policy, which refers to an official written certificate of an insurance contract between the insured and the insurance company.
  • the policy completely records the rights, obligations and responsibilities of both parties to the insurance contract.
  • the content information of the insurance policy (recorded) is the basis for the performance of the contract.
  • the electronic insurance policy refers to the electronic insurance policy issued by the insurance company with the electronic signature of the insurance company for the insured by means of digital signature software and enterprise digital certificates following the PKI system.
  • the electronic insurance policy has the same legal effect as the paper insurance policy, and the electronic insurance policy can be used as a paper insurance policy (ie, printed insurance policy) by color printing. All insurance companies have established insurance policy inspection systems, opened network inspections and telephone inspections, and can provide electronic insurance policy inspection services.
  • Product liability insurance refers to the insurance that the insurer (that is, the insurance company) is liable for damages when the insured (that is, the insured) causes a third person's personal injury or property loss due to a defect in its product.
  • Product liability insurance covers accidents of products or commodities produced and sold by the insured (manufacturers and distributors and other insured persons) in the insured area, causing personal injury to any third party such as users, consumers, operators, etc.
  • the insured manufactured (manufacturers, distributors and other insured persons) shall be liable for illness, death or property damage according to law, the insurance company shall be responsible for compensation within the agreed compensation limit.
  • the inventor has been engaged in anti-counterfeiting technology and anti-counterfeiting theory for nearly 30 years.
  • the final research found that: the authenticity of the product is identified solely by consumers' active inspection of anti-counterfeiting information (that is, the basis for identifying the authenticity of individual anti-counterfeiting features), and the anti-counterfeiting inspection rate is Very low, fake anti-counterfeiting inspection websites are prone to appear, and it is difficult to effectively curb the circulation of counterfeit products.
  • the purpose of the present invention is to provide a product anti-counterfeiting liability insurance packaging method to increase the anti-counterfeiting inspection rate, enhance the anti-counterfeiting strength, and reduce counterfeit and anti-counterfeiting inspection websites.
  • the technical scheme of the product anti-counterfeiting liability insurance packaging method of the present invention is as follows.
  • each electronic insurance policy (7) of anti-counterfeiting responsibility should prepare at least one unique insurance policy code (10); just as the public security department prepares a unique resident ID number for each individual Similarly, each anti-counterfeiting liability insurance policy (7) is given a unique identity code-policy code (10);
  • An insurance policy identifier (2) is used to associate the anti-counterfeiting responsibility electronic insurance policy (7) with the product through the policy identifier (2), specifically including the policy code (10)/anti-counterfeiting code (17) on the policy identifier (2) Link to the policy content information (6) on the anti-counterfeiting liability electronic insurance policy (7); the reason for setting the policy identifier (2) on the product is to remind consumers that the product has purchased the anti-counterfeiting liability insurance to facilitate consumption Use the smart phone (5) to scan/read the policy code (10), link to log in to the policy claim system to claim the anti-counterfeiting liability electronic policy (7);
  • the policy claimant uses the smartphone (5) to upload the policy code (10)/anti-counterfeiting code (17) and anti-counterfeiting information to the policy claim system
  • the policy identifier (2) will be If the policy claim system determines that the product is genuine, the policy claim system will send the authentication conclusion information (11) to the smartphone (5), which concludes that it is genuine;
  • the policy claim system After inspection, if the uploaded insurance policy code (10)/anti-counterfeiting code (17) and anti-counterfeiting information do not match the record information stored in the database (4), the policy identifier (2) is determined by the policy claim system as Counterfeit goods, the policy claim system will send a warning message to the smartphone (5) to remind the claimant to beware of counterfeiting;
  • the policy claim system associates the checked policy identifier (2) with the corresponding anti-counterfeiting responsibility electronic insurance policy (7) [ That is, the policy content information (6)] is sent to the smartphone (5), and the third-party identity information such as the insurance beneficiary is activated, and the identity information of the insurance beneficiary is received/confirmed, and the claimant claims the anti-counterfeiting responsibility electronic insurance policy (7) .
  • the claimant can obtain insurance claims as an insurance beneficiary.
  • the anti-counterfeiting technical service of the present invention provided by the anti-counterfeiting company
  • the authentication conclusion information (11) received by the claimant is genuine, in case the product checked by the claimant is finally subjected to judicial appraisal, or expert review, or designated
  • the independent third-party appraisal agency identified as a counterfeit and the anti-counterfeiting company and insurance company will assume the anti-counterfeiting responsibilities such as compensation for economic losses of third parties such as consumers.
  • the anti-counterfeiting liability electronic insurance policy (7) set on the product is only an inactive insurance contract preset by the insured person and the beneficiary of the insurance has not yet been activated. Consumers need to claim it and fill in the beneficiary's identity information to make the contract effective.
  • the anti-counterfeiting liability electronic insurance policy (7) is set up to protect the rights of consumers and prevent consumers from being infringed by counterfeit products. Only after the product is purchased by the consumer, the purchaser has the right to obtain the electronic insurance policy of its anti-counterfeiting responsibility (7).
  • the person who pretends to claim the anti-counterfeiting liability electronic insurance policy (7) guarantees that only the purchaser has the right to claim the anti-counterfeiting liability electronic insurance policy (7).
  • the packaging or logo and other appearance structures are designed to be easily damaged, so as to facilitate the purchaser/consumer without resorting to any other Tools, bare hands can damage the packaging, collect and upload the appearance of damage evidence (14) information, so as to determine whether the product has been purchased by consumers.
  • a vulnerable zone (28) on the product packaging (1) or the policy identifier (2) it is not limited (in other words, it may or may not be included) in the product packaging (1) or the policy identifier (2) Die-cut the fragile incision line (3) from the position of the insurance policy code (10) 0-12mm to facilitate consumers to tear the damaged appearance from the fragile incision line (3) and upload the damage evidence (14) Information; or, on the product packaging (1) or policy identifier (2), a vulnerable pull cord (9) is buried at a distance of 0-12mm from the policy code (10) to facilitate consumers to pull the cord (9) to damage the appearance , Upload the damage evidence (14) information; or, print the insurance policy code (10) at a distance of 0-8mm from the mouth of the can, so that consumers can use the smartphone (5) to capture the opened mouth and other damage evidence ( 14) Information; or, print the policy code (10) at a distance of 0-8mm from the Tetra Pak straw socket (15) to facilitate consumers to use the smartphone (5) to capture the punctured straw
  • the insurance policy claim system is also required to check and verify.
  • the product anti-counterfeiting liability insurance packaging method can further adopt one or more of the following technical means combined. What needs to be emphasized here is that the purpose of opening the vulnerable zone (28) of the appearance structure is to facilitate consumers (claimers) to damage the packaging with bare hands, and to prevent consumers (claimers) from using opening tools.
  • the claimant wants to claim the policy, he destroys the vulnerable area (28) of the external structure, and uses the smartphone (5) to upload the damaged evidence (14) information of the vulnerable area (28) to the policy claim system;
  • the policy claim system verifies that if the uploaded evidence of damage (14) is conclusive and is the first upload of information, the policy claim system receives/confirms the identity information of the insurance beneficiary, and registers the anti-counterfeiting responsibility electronic policy (7) to the received/confirmed Under the name of the identity information of the beneficiary of the insurance.
  • the claimant After the RFID policy identifier (2) is judged to be genuine by the policy claim system, the claimant first damages the RFID policy identifier (2) to prevent others from falsely claiming the anti-counterfeiting electronic insurance policy (7); then, the policy is claimed The system then registers the last identity information provided by the claimant as an insurance beneficiary.
  • the claimant provides/confirms the identity information to the policy claim system, and claims the electronic insurance policy with anti-counterfeiting responsibility (7); the policy claim system receives/confirms the identity information provided by the claimant, and registers the insurance beneficiary to the identity information provided by the claimant under.
  • the RFID policy identifier (2) is glued to the bottle cap rubber cap into a whole, and the bottle cap rubber cap (for example, the red rubber cap on a wine bottle cap in Guizhou) and the bottle cap have a policy code ( 10);
  • the consumer purchases the product such as a wine in Guizhou
  • he turns on the NFC function of the smart phone (5) places the smart phone (5) close to the RFID bottle cap, reads the information in the chip, and logs into the policy claim system, Then remove the rubber cap to damage the RFID, scan the exposed policy code (10), and then fill in the insurance beneficiary as the claimant himself.
  • the claimant uses a smartphone (5) to capture the policy code (10) and anti-counterfeiting information, and upload the collected policy code (10) and anti-counterfeiting information (such as a photomicrograph with a resolution greater than 1200 ⁇ 1200dpi) to the policy claim System, and stored in the policy claim system database (4) as a historical archive for the review of insurance claims or judicial appraisal.
  • the policy claim system sends the insurance policy content information (6) of the corresponding anti-counterfeiting liability electronic insurance policy (7), including but not limited to the policy code (10), to the smartphone (5).
  • a vulnerable zone (28) on the product packaging (1) or the policy identifier (2) including but not limited to (in other words, it may or may not be included) in the product packaging (1) or
  • the fragile incision line (3) is die-cut on the policy marker (2) at a distance of 0-12mm from the policy code (10) to facilitate consumers to tear the damaged appearance from the fragile incision line (3) and upload damage evidence (14) Information; or, on the product packaging (1) or policy identifier (2), a vulnerable pull cord (9) is buried at a position 0-12mm away from the policy code (10) to facilitate consumers to pull the pull cord (9) ) Damaged appearance, upload damage evidence (14) information; or, print the policy code (10) at a position 0-8mm away from the mouth of the can, so that consumers can use smartphones (5) to capture the opened mouth, etc. Damage evidence (14) information; or, print the insurance policy code (10) at a distance of 0-8mm from the Tetra Pak straw socket (15) to facilitate consumers to use the smartphone (5) to capture the punctured straw
  • the product anti-counterfeiting liability insurance packaging method can further adopt one of the following or Various technical means.
  • the claimant uses the smart phone (5) to photograph the appearance of the damaged product, collects and obtains the damage evidence (14) information; uploads and saves the collected image/video form of the damage evidence (14) information to the policy claim system; After the insurance policy claiming system analyzes and compares the images/videos, and confirms that the appearance of the product is indeed damaged, the insurance beneficiary identity information of the anti-counterfeiting liability electronic insurance policy (7) is changed from the pending status to the confirmed status.
  • the claimant uses the smartphone (5) to photograph the appearance of the damaged product, collect and obtain the damage evidence (14) information; upload the collected and obtained image/video form of the damage evidence (14) information to the policy claim system; after the policy The claim system analyzes and compares the image/video, and if it finds that the uploaded image/video contains the red, green and blue pixel array (29) and other screen (30) characteristic information, the policy claim system will issue a warning to the claimant’s smartphone (5) Information to remind the claimant to guard against counterfeiting and
  • the claimant uses a smart phone (5) (such as APP or WeChat applet) to photograph the appearance of the damaged product, collect and obtain damage evidence (14) information, and upload the collected damage evidence (14) information to the policy claim system, Among them, in the smart phone (5), it is prohibited to add and use the images/videos in the smart phone (5) album. In this way, the claimant can be prevented from adding the use of virtual forged images/videos in the photo album of the smartphone (5) and other damage evidence (14) information, and the claimant can be prevented from fraudulently claiming the anti-counterfeiting responsibility electronic insurance policy (7) and obtaining insurance by fraud Claim payment.
  • a smart phone (5) such as APP or WeChat applet
  • an anti-counterfeiting label (18) with an anti-counterfeiting code (17) for example, using the over-limit anti-counterfeiting (CN106096970B) technology described in the background art to print the anti-counterfeiting label (18); set the anti-counterfeiting label (18) to In the product packaging (1), the anti-counterfeiting code (17) and the policy code (10) are stored in the policy claim system database (4) in a one-to-one correspondence; the claimant opens the product packaging (1) and finds the anti-counterfeiting label (18) Then, use the smartphone (5) to macro-shoot the anti-counterfeiting information (such as the width and distribution characteristics of the fluff) on the anti-counterfeiting label (18) (such as taking ultra-clear photos or short videos) or scan the anti-counterfeiting label with a high-definition scanner ( 18) the anti-counterfeiting information on the above, upload the collected high-resolution (for
  • this step is designed to enhance purchasing confidence before buying, and to enhance consumer confidence after buying.
  • the purpose of this design is: the first inspection and identification are when consumers are shopping in the mall.
  • the second inspection and identification is consumption
  • the second inspection and identification is consumption
  • the identification conclusion may be inaccurate.
  • the insurance policy marker (2) for the first inspection and identification is designed when time is tight
  • the anti-counterfeiting label (18) for the second inspection and identification is designed for use when there is sufficient time.
  • the insurance policy identifier (2) of the present invention can be printed using China's first generation of anti-counterfeiting information inspection type anti-counterfeiting technology-code anti-counterfeiting technology, or can be printed using China's second generation of anti-counterfeiting information inspection type anti-counterfeiting technology-texture anti-counterfeiting technology printing It can also be printed by using China's third-generation anti-counterfeiting information inspection type anti-counterfeiting technology-sawtooth anti-counterfeiting technology, and can also be produced using RFID anti-counterfeiting technology, and it can also use various original self-encrypting QR codes and other digital encryption anti-counterfeiting technologies. Printed with anti-counterfeiting technology for inspection.
  • the biggest risk in the application of the present invention will come from the unreliability of anti-counterfeiting technology. If the policy claim system fails to identify the authenticity of the policy marker (2), mistakenly treats the counterfeit policy marker (2) as a genuine product and registers the insurance beneficiary with the claimant, the insurer will pay huge economic compensation for the loss. It adopts China's third-generation anti-counterfeiting information inspection type anti-counterfeiting technology-sawtooth anti-counterfeiting technology (CN104794629B), which is currently the most reliable choice.
  • the small jagged, low-end smartphones cannot recognize it.
  • the average size of the sawtooth grown by ink infiltration is only 0.03mm(H) ⁇ 0.03mm(W), which is a small sawtooth, which does not meet the technology required by the "Mobile Phone Identification Code Sawtooth Anti-counterfeiting Method (CN104794629B)"
  • the standard minimum value is 0.05mm(H) ⁇ 0.05mm(W). Because most consumers use low-end smartphones with a front lens resolution of less than 8 million pixels, most consumers cannot recognize small jagged.
  • C and Y should not be equal or close; only in this way can the artificial micropores enclosed by the liquid ink ( 19) Naturally shrink/expand and randomly deform to form serrated micropores (20); after the printed artificial micropores (19) are naturally contracted/expanded into random-shaped serrated micropores (20), the ink is dried and cured, In order to shape the serrated micro-holes (20); among them, some (ie a part) of the serrated micro-holes (20) have a hole diameter (i.e., hole width) of 0.01mm ⁇ 0.05mm or 0.01mm ⁇ 0.3mm;
  • the product anti-counterfeiting liability insurance packaging method is characterized in that: after the insurance policy code (10) is printed, the ink is dried and cured after a delay of 0.15 to 1.5 seconds, so that the artificial micro-holes (19) are sufficient Contraction/expansion, random deformation.
  • the product anti-counterfeiting liability insurance packaging method is characterized in that the serrated micro-holes (20) are arranged in the position detection pattern (21) of the two-dimensional code; or, the serrated micro-holes (20) are arranged in the two-dimensional code.
  • the graphic (22) at the center of the code; or, the sawtooth micro-hole (20) is set in the graphic (22) beside the QR code.
  • the product anti-counterfeiting liability insurance packaging method is characterized in that: the shape of the artificial micro-hole (19) is one or more of a circle, a square, a triangle, and a polygon; the hole width is 0.06mm ⁇ 0.36 mm or 0.13mm ⁇ 0.17mm.
  • the product anti-counterfeiting liability insurance packaging method is characterized in that the area/perimeter of the serrated micro-hole (20) is matched with the anti-counterfeiting information stored in the database (4) to identify the authenticity.
  • the serrated micro-hole (20) is easy to identify by low-end smart phones.
  • the saw tooth (23) has an average height H and width W of only 0.03mm ⁇ 0.03mm. These 0.03mm ⁇ 0.03mm sawtooths (23) are small sawtooths (23) and cannot be captured by low-end smartphones with a rear lens of less than 8 million pixels. In other words, small sawtooths (23) cannot be captured with low-end smartphones. Recognition.
  • the average size of the serrated micropore (20) is 0.15mm, which is more than 5 times the height of the small serration (23) of 0.03mm, and the shape of the serrated micropore (20) is directional.
  • the sawtooth micropore (20) is easy to capture with a low-end smartphone with a rear lens of less than 5 million pixels. In other words , The sawtooth micro-hole (20) can be fully recognized by a low-end smartphone.
  • the average growth height H of the saw tooth (23) is 0.03mm.
  • the small jagged 0.03mm high cannot be recognized (6).
  • test experiments show that under the condition that all other conditions remain unchanged, the recognition accuracy of the sawtooth microhole (20) as an anti-counterfeiting symbol is 1-2 higher than the recognition accuracy of the small sawtooth (23) as an anti-counterfeiting element Order of magnitude, the user experience is greatly improved.
  • the test experiment also showed that even if a low-end smartphone with a front lens resolution of less than 5 million pixels is used, the sawtooth micro-holes as anti-counterfeiting symbols can be identified very accurately (20).
  • the policy code (10) with the addition of sawtooth micropores (20) overcomes the application technology problem of "small sawtooth, low-end smartphones cannot recognize" of the “mobile phone identification code sawtooth anti-counterfeiting method (CN104794629B)".
  • the test showed that: especially the technical innovation of matching the area and circumference of the sawtooth micro-hole (20) in the feature information to be inspected with the anti-counterfeiting feature information file, making the anti-counterfeiting identification easier and more accurate.
  • the shape and size of the sawtooth micropores (20) are formed after the artificial micropores (19) shrink/expand naturally.
  • the shape is random and the edge lines are excessively natural. It is almost impossible to artificially replicate the shape and excessive natural characteristics.
  • the aperture of some serrated micro-holes (20) is less than the printing limit width of 0.06mm, and these micro-holes cannot be printed even with the most precise commercial offset press currently on the market. In other words, since the most sophisticated commercial offset presses currently on the market cannot print limit lines narrower than 0.06mm, they cannot print imitating serrated micropores with a diameter of less than 0.05mm (20).
  • the current anti-counterfeiting technology is once again improved and perfected, and is specifically applied to the present invention.
  • the printing limit width refers to the width of the narrowest line that the printer can print.
  • the most precise commercial offset printing machine currently available on the domestic and foreign markets has a printing limit width of ⁇ 0.06mm. In other words, even with the most sophisticated commercial printers currently on the market, it is not possible to print out-of-limit dots/lines narrower than 0.06mm in width.
  • Inkjet printers are usually referred to as inkjet printers.
  • the biggest advantage of inkjet printers is that the printing material is not restricted, and can realize direct printing, eliminating the traditional printing process of plate making, film output, color registration and other repetitive processes.
  • ink flying and color crossover may occur, which may seriously affect the printing quality.
  • the printer manual explains that there are five main reasons for ink flying in the printer.
  • the first one is the cause of static electricity: If the printer is in a low humidity and dry environment, it is easy to generate static electricity between the print head and the material, which will cause flying ink during the printing process.
  • the second type the print head voltage is too high: if the voltage displayed by the indicator light on the print head board turns red and alarms, ink flying will occur during use.
  • the third type the nozzle has not been cleaned for a long time: if the nozzle has been used for a long time and has not been cleaned, the nozzle will be disconnected. This phenomenon will inevitably cause the machine to fly ink.
  • frequency aberration the frequency of the pulse signal sent by the electronic control system is abnormal, which leads to the unreasonable pulse distance between the nozzle ignition, which will inevitably cause the phenomenon of ink flying.
  • the nozzle is too high: Generally, the height of the nozzle and the material should be controlled between 0.5mm and 1.5mm. If the nozzle exceeds its self-jetting range, ink flying will definitely occur.
  • the flying ink caused by static electricity needs to be shielded by adding an electrostatic rod or adding a ground wire.
  • the nozzle voltage is too high, and the circuit board needs to be modified, or the circuit needs to be changed to avoid this problem.
  • the third is to print a test strip to check the condition of the nozzle. If it is found to be clogged or weakened, it is necessary to clean the passage of the nozzle to keep it unobstructed.
  • the solution to the broken line of the print head needs to check the condition of the print head from time to time to see if there is any false or clogged situation. If it needs to be dealt with immediately, otherwise the ink flying phenomenon cannot be avoided.
  • the fourth is the problem of the electronic control system, which needs to be repaired by specialized technicians.
  • the ink flying phenomenon is the result of the inkjet printer continuing to work under abnormal working conditions.
  • the size of flying ink dots is very random and small, much smaller than the minimum dot size of 0.06mm for normal printing.
  • the microscopic feature information includes at least the color, shape, size, and position of the flying ink dots (24) One of, direction, quantity (etc.); and store and record the acquired microscopic feature information as anti-counterfeiting information in the insurance policy claim system database (4).
  • the product anti-counterfeiting liability insurance packaging method is characterized in that the diameter of some flying ink dots (24) is less than or equal to 0.05mm or 0.04mm or 0.03mm or 0.02mm or 0.01mm. Because the smallest dot/narrowest line that can be printed by current printers are all greater than the printing limit width of 0.06mm; the size of normal ink dots are all greater than 0.06mm. In this way, the flying ink dots (24) with a diameter of less than 0.06mm cannot be copied by counterfeiters. In other words, the size of the fake flying ink dots (24) copied and forged by the counterfeit must be larger than the printing limit width of 0.06mm.
  • the anti-counterfeiting inspection subsystem (12) calculates its size, it can certainly be identified as a counterfeit. In other words, because the flying ink dots (24) are not artificially and randomly generated, some flying ink dots (24) with a diameter smaller than the printing limit width of 0.06 mm will inevitably be produced.
  • the product anti-counterfeiting liability insurance packaging method is characterized in that the insurance policy code (10) is accompanied by some cracks (25).
  • the warranty code (10) will also be accompanied by some cracks (25).
  • the product anti-counterfeiting liability insurance packaging method is characterized in that the height of the nozzle from the insurance policy identifier (2) is raised to 1.6mm-3.6mm.
  • the insurance policy code (10) with the above-mentioned flying ink dots (24) and cracks (25) can produce the following beneficial technical effects.
  • the size of the flying ink dots (24) is very random and small, much smaller than the minimum dot size of 0.06mm in normal printing.
  • the smallest dots/narrowest lines that can be printed by current printers are all larger than the printing limit width of 0.06mm. Therefore, the size of the fake flying ink dots (24) copied and forged by the counterfeiter must be greater than 0.06mm.
  • the policy claim system After calculating its size, it must be identified as a counterfeit.
  • the policy code (10) should be considered as defective or unqualified according to the current printing technology standards; however, according to the technical standards of the present invention, it It should be a qualified product. Instead, the policy code (10) without the ink dots (24) is regarded as a non-qualified product.
  • the current anti-counterfeiting technology is once again improved and perfected, and is specifically applied to the present invention.
  • the policy marker (2) which has the wettability of the ink, some dots (26) composed of the ink are printed; the dots (26) are preferably randomly dispersed In the blank gap of the QR code;
  • the dot matrix of ink dots (26) is randomly moistened along the printing surface under the action of wetting force to transform into a dot matrix of infiltrating ink blocks (27) of random shape;
  • the microscopic feature information includes the color, shape, size, position and direction of the infiltration ink block (27)
  • One or more of the quantity; the obtained microscopic feature information is stored as anti-counterfeiting information and put on record in the insurance policy claim system database (4).
  • the policy claim system transforms the ink dots (26) into the average width or average area of the wet ink block (27) , Or color shades, or respective positions, or respective directions are matched with the anti-counterfeiting information file to identify the authenticity.
  • the width of the wet ink stick (27) is greater than the width of one ink dot (26) and less than the width of two ink dots (26), it cannot be copied.
  • the width of the immersed ink block (27) copied with the non-wet ink dot (26) can only be an integer multiple of the width of the ink dot (26), and cannot be 1.2 to 1.8 times.
  • the average width and average area of the immersed ink sticks (27) will inevitably change (or expand or shrink) when high-definition copying is forged.
  • the original version has obvious differences, which can then be identified by the anti-counterfeiting inspection subsystem (12).
  • the average width, average area, and excessive color depth (such as excessive changes in light and shade) of the soaked ink block (27) in the replica even if the change is small, for example, the width is only reduced by 0.1mm, from 0.3mm wide It becomes 0.2mm wide.
  • a (anti-counterfeiting liability) policy claim system characterized in that it includes an anti-counterfeiting inspection subsystem (12) and an insurance policy registration subsystem (13); the policy claim system includes:
  • the policy claim system database (4) is used to store the anti-counterfeiting information on the policy identifier (2) and the policy content information (6);
  • the policy claim system server (8) is used to check the authenticity of the policy identifier (2), send the authentication conclusion information (11) to the claimant's smartphone (5), receive the identity information provided by the claimant, and benefit from the insurance Register under the name of the identity information provided by the claimant, and modify the identity information of the insurance beneficiary of the anti-counterfeiting responsibility electronic insurance policy (7) from the pending status to the confirmed status;
  • the described (anti-counterfeiting liability) policy claim system is characterized in that it includes at least one of the following features:
  • 1Damage evidence (14) information verification unit used to identify the damage evidence (14) information uploaded by the claimant (such as images/videos/texts, etc.) (such as artificial intelligence recognition or analysis of images/videos) to Determine whether the appearance of the product has been damaged;
  • the identity information confirmation unit is used to receive the identity information provided by the claimant
  • the insurance beneficiary registration unit is used to register the identity information provided by the claimant as the insurance beneficiary, and to modify the insurance beneficiary identity information of the anti-counterfeiting responsibility electronic insurance policy (7) from the pending state to the confirmed state;
  • the premium income and expenditure unit is used to receive the insurance premium corresponding to the anti-counterfeiting responsibility electronic insurance policy (7).
  • the (anti-counterfeiting liability) policy claim system is characterized in that: a vulnerable cut line (3) is die-cut at a distance of 0-12 mm from the policy code (10); or, at a distance from the policy code (10) ) A fragile pull wire (9) is embedded at a position of 0-12mm; or, a marking code (10) is printed at a position of 0-8mm from the mouth of the can; or, at a distance from the Tetra Pak straw socket (15) 0 The -8mm position is printed with an identification code (10).
  • the policy identifier (2) of the present invention should be classified into the product packaging (1), that is, the policy identifier (2) belongs to one of thousands of product packaging (1). Sometimes the policy identifier (2) will be made into a small self-adhesive label and pasted on a large product packaging (1) such as a carton. Sometimes the policy identifier (2) is directly printed on a large-size product packaging (1) such as a carton, and is combined with the product packaging (1).
  • the anti-counterfeiting responsibility electronic insurance policy (7) of the present invention includes an electronic version of a paper insurance policy.
  • the insurance policy code (10) of the present invention is the number of the insurance contract, and is the unique identification number of the insurance contract. It is best to use a string of characters such as letters, numbers, and underscores that can be used as a link address.
  • the identity information provided in the present invention includes default identity information.
  • the claimant uses the WeChat applet or the WeChat official account or uses various registered APPs to log in to the policy claim system, which is equivalent to providing identity information in a default manner.
  • the identity information mentioned here generally refers to various IDs that can be associated with the true identity of the claimant, including APP registered account numbers, phone numbers, email addresses, QQ numbers, WeChat accounts, bank accounts, etc.
  • Claiming the anti-counterfeiting liability electronic insurance policy (7) of the present invention is included in the WeChat applet or WeChat account or APP, claimed by clicking the favorite button, and also includes claiming by automatically saving inspection history records.
  • the insurance beneficiary mentioned in the present invention generally refers to a third person such as product purchasers, users, consumers, and operators.
  • the present invention can produce the following four beneficial technical effects.
  • the present invention is composed of the anti-counterfeiting inspection subsystem (12) of the anti-counterfeiting company, the insurance policy registration subsystem (13) of the insurance company, and the credible independent third party review and identification system (13), etc. With the three systems of anti-counterfeiting, insurance, and review linkage, the website of the present invention is more difficult to counterfeit, and has the anti-counterfeiting advantage of block chain technology that cannot change information.
  • the insurance policy claim rate is transformed into an anti-counterfeiting inspection rate: consumers are subjectively taking the initiative to receive insurance policies, and objectively they unknowingly and passively check the authenticity of the policy markers (2). Since the number of people claiming an insurance policy is much larger than the number of people checking the authenticity, and because the present invention converts the policy claim rate into an anti-counterfeiting check rate, the policy claim rate is equal to the anti-counterfeiting check rate, so the anti-counterfeiting check rate of the present invention is improved A lot, the anti-counterfeiting inspection rate of some valuable products has even reached over 33%.
  • the inventor has been engaged in the research of anti-counterfeiting technology and counterfeiting theory for nearly 30 years, and finally found that: only relying on consumers to actively check the authenticity, the check rate is very low, and it is difficult to effectively prevent counterfeiting.
  • the present invention conceals the anti-counterfeiting check step in the process of consumers actively claiming the insurance policy, so that the anti-counterfeiting check rate of the present invention is increased by an order of magnitude.
  • the anti-counterfeiting responsibility has been implemented: After the product adopts the current anti-counterfeiting information inspection anti-counterfeiting technology, if the authentication conclusion information (11) obtained by the consumer is a genuine product, but it is finally found to be a counterfeit product, the anti-counterfeiting company that provides its anti-counterfeiting technology service is not Bear the liability for compensation.
  • the anti-counterfeiting liability electronic insurance policy (7) in the present invention belongs to a category of product liability insurance. If the authentication conclusion information (11) obtained by the consumer is a genuine product, but it is finally found to be a counterfeit product, the insurance company will be liable for compensation.
  • the current product liability insurance policy has never been fixed on the product in a one-to-one correspondence with the product, nor has it been integrated with the product packaging as an inseparable whole, nor has it been coded, nor has it provided the insurance beneficiary registration technical system and technical services.
  • the present invention organically combines the anti-counterfeiting responsibility electronic insurance policy (7) and the product packaging (1) with data interaction and authentication, and implements the anti-counterfeiting responsibility, thereby enhancing the anti-counterfeiting strength.
  • the electronic insurance policy has since added new functions and new uses to provide anti-counterfeiting technical services for other products.
  • Figure 1 is a schematic diagram of an anti-counterfeiting responsibility electronic insurance policy (7) and an insurance policy identifier (2) in the first embodiment of the present invention.
  • Fig. 2 is a schematic diagram of an anti-counterfeiting label (18) in Embodiment 1 or 7 of the present invention.
  • Fig. 3 is a schematic diagram of an RF ID bottle cap with an insurance policy code (10) written into the chip in the second embodiment of the present invention.
  • FIG. 4 is a schematic diagram of a mobile phone page of the authentication conclusion information (11) in the first or second embodiment of the present invention.
  • Fig. 5 is a schematic diagram of an insurance policy claim system in the first or second embodiment of the present invention.
  • FIG. 6 is a schematic diagram of a can with Arabic numerals in the insurance policy code (10) in the third embodiment of the present invention.
  • Fig. 7 is a schematic diagram of a system for claiming an insurance policy in the third embodiment of the present invention.
  • Fig. 8 is a schematic diagram of a policy code (10) provided with micropores in the fourth embodiment of the present invention.
  • Fig. 9 is an enlarged schematic view of the micropore in Fig. 8.
  • Fig. 10 is a schematic diagram of a damaged policy identifier (2) in the form of a two-dimensional code in the form of a damaged policy code (10) in the fifth embodiment of the present invention.
  • Fig. 11 is a schematic diagram of a system for claiming an insurance policy in the fifth embodiment of the present invention.
  • Fig. 12 is a schematic diagram of a Tetra Pak (opened) with a two-dimensional code as the insurance policy code (10) in the sixth embodiment of the present invention.
  • Fig. 13 is a schematic diagram of a policy claiming system in the sixth embodiment of the present invention.
  • Fig. 14 is a schematic diagram of a wine product with a policy code (10) written into a chip in the seventh embodiment of the present invention.
  • 15 is a schematic diagram of a damaged two-dimensional code form of insurance policy code (10) bottle sticker in the eighth embodiment of the present invention.
  • Fig. 16 is a schematic diagram of a system for claiming an insurance policy in the eighth embodiment of the present invention.
  • Figure 17 is a schematic diagram of a policy code (10) provided with micropores in the ninth embodiment of the present invention.
  • Fig. 18 is a schematic diagram of a policy code (10) provided with micropores in the tenth embodiment of the present invention.
  • Figure 19 is a schematic diagram of a policy code (10) with flying ink dots (24) in the eleventh embodiment of the present invention.
  • FIG. 20 is a schematic diagram of an insurance policy code (10) with a crack (25) in the twelfth embodiment of the present invention.
  • Fig. 21 is a schematic diagram of a policy code (10) provided with ink dots (26) in the thirteenth embodiment of the present invention.
  • Fig. 22 is a schematic diagram of the policy code (10) after the ink dot (26) in Fig. 21 has become a soaked ink stick (27).
  • FIG. 23 is a schematic diagram of a milk powder product with an anti-counterfeiting identifier (18) placed in a tank with a pouring mouth affixed with an insurance policy identifier (2) in the fourteenth embodiment of the present invention.
  • FIG. 24 is a schematic diagram of an enlarged effect of the current display screen (30) in the fifteenth embodiment of the present invention.
  • FIG. 25 is a schematic diagram of another magnification effect of the current display screen (30) in the fifteenth embodiment of the present invention.
  • FIG. 26 is a schematic diagram of a policy claiming system including a review and identification system (31) in the sixteenth embodiment of the present invention.
  • the policy content information (6) of the anti-counterfeiting liability electronic insurance policy (7) whose identity information column of the insurance beneficiary is to be determined is printed out with offset A5 paper, see Figure 1b. It is better to print the policy code (10) in the form of a link address composed of numbers and letters and the serial number of the policy in digital form.
  • the printed content is: the insurance company guarantees you that the product you purchased is genuine.
  • the anti-counterfeiting responsibility electronic insurance policy (7) is coded, and each anti-counterfeiting responsibility electronic insurance policy (7) is printed with a unique insurance policy code (10).
  • the insurance policy code (10) is printed on the insurance policy identifier (2) in the form of a two-dimensional code, see Figure 1a.
  • the printed anti-counterfeiting responsibility electronic insurance policy (7) is folded and put into the wine box, and the wine box is sealed with the policy identifier (2) as the wine box sealing sticker. It is guaranteed that those who have not purchased the wine cannot take out the printed matter of the anti-counterfeiting responsibility electronic insurance policy (7) in the wine box, so that it can be circulated with the wine and provided to consumers.
  • anti-counterfeiting information check-type anti-counterfeiting technology it is advisable to use anti-counterfeiting information check-type anti-counterfeiting technology to make an anti-counterfeiting label (18) with an anti-counterfeiting code (17) as shown in Figure 2 and use it to seal the bottle mouth.
  • the anti-counterfeiting code (17) and the policy code (10) are stored in the policy claim system database (4) in a one-to-one correspondence. It is desirable that the anti-counterfeiting code (17) and the insurance policy code (10) unify the coding rules, or even merge them into one.
  • the system can be composed of an anti-counterfeiting inspection subsystem (12) and an insurance policy registration subsystem (13).
  • the policy content information (6) of the anti-counterfeiting responsibility electronic insurance policy (7) and the anti-counterfeiting information of the policy identifier (2) are stored in the policy claim system database (4) in a one-to-one correspondence with the policy code (10).
  • the consumer purchases the wine, he can use his smartphone (5) to scan the insurance policy code (10) in the form of a QR code affixed on the seal of the wine box to request the electronic insurance policy (7) for anti-counterfeiting responsibility.
  • the policy identifier (2) After inspection (this is the first time the product has been inspected), if the uploaded policy code (10) and anti-counterfeiting information match the policy code (10) and anti-counterfeiting information stored in the database (4), the policy identifier (2) If it is judged to be genuine by the policy claiming system, the policy claiming system will send the authentication conclusion information (11) to the smartphone (5), which concludes that it is genuine, to encourage consumers to buy the bottle of wine with confidence; on the contrary, after inspection, If the uploaded policy code (10) and anti-counterfeiting information do not match the policy code (10) and anti-counterfeiting information stored in the database (4), the policy identifier (2) is judged as a counterfeit by the policy claim system, then the policy The claim system sends a warning message to the smart phone (5) to remind the claimant to guard against counterfeiting and not to buy the bottle of wine.
  • the insurance policy code (10) in the form of a two-dimensional code for the second inspection. After passing the inspection, log in to the policy claim system and register your identity information as the insurance beneficiary. Then, drink with confidence and consume with confidence.
  • the policy identifier (2) Consumers, subjectively, actively scan the code to log in to the policy claim system, but objectively they will be passively checked by the policy claim system for the authenticity of the policy identifier (2). If the policy identifier (2) is true, the verification conclusion information (11) of the checked anti-counterfeiting liability electronic insurance policy (7) can be returned to the consumer’s smartphone (5) at the same time or after The claim system sends the set policy content information (6) to the claimant's smart phone (5). Refer to Figure 4, for example, the message sent is: The insurance company assures you that the product you purchased is genuine. If in doubt, you can conduct judicial authentication on the product through other third parties with judicial authentication qualifications; in case it is identified as a counterfeit product, you can get an insurance claim equal to three times the product price that the insurance company will pay you paragraph.
  • the policy claiming and sending system will send a warning message to the claimant's smartphone (5) (for example, "What you checked is a counterfeit policy/product", etc.) as a reminder Claimants beware of counterfeiting.
  • the policy claim system should not register the insurance beneficiary of the anti-counterfeiting liability electronic policy (7) under the name of the claimant. Only when the bottle of wine is purchased, the wine box is opened, and the evidence of damage (14) information is uploaded, the insurance policy claiming system can add the electronic insurance policy (7) of anti-counterfeiting responsibility with pending identity information of the insurance beneficiary to the claimant to provide (or confirm) Under the name of the identity information, make it an electronic insurance policy of anti-counterfeiting responsibility confirmed by the insurance beneficiary (that is, the beneficiary column has been filled in) (7).
  • each anti-counterfeiting responsibility electronic insurance policy (7) is assigned a unique policy code (10), but there is no need to print the anti-counterfeiting responsibility electronic insurance policy (7); only the policy code (10) can be written in
  • An RFID chip is used to make a bottle cap pasted with an RFID policy identifier (2).
  • the bottle cap is equivalent to an RFID bottle cap, which should be an integral part of the product packaging (1) and be integrated with the bottle cap.
  • the insurance policy code (10) is encrypted and used as anti-counterfeiting information to store and record it in the anti-counterfeit inspection subsystem database (7).
  • the system can be composed of an anti-counterfeiting inspection subsystem (12) and an insurance policy registration subsystem (13).
  • the policy content information (6) and the encrypted policy code (10) that also serve as anti-counterfeiting information are stored in the policy claim system database (4) in a one-to-one correspondence.
  • the policy claim system sends the set policy content information (6) to the claimant’s smart phone ( 5) On. See Figure 4, for example, the message sent is: The insurance company assures you that the product you purchased is genuine. You can re-appraise the product through other third parties with judicial appraisal qualifications; in the event of a forensic appraisal of the product as a counterfeit product, you can get an insurance claim that is equal to three times the product price paid by the insurance company.
  • the policy claiming system will send a warning message to the smartphone (5) (for example, "What you checked is a counterfeit policy/product", etc.) to remind the claimant to guard against counterfeiting.
  • the claimant can obtain insurance claims as a third party such as the insurance beneficiary.
  • the system should determine the last identity information provided as the beneficiary of the insurance.
  • the policy claim system receives and checks the damage evidence (14) information and the policy code (10) information.
  • the insurance policy claim system will perform artificial intelligence image recognition on the damage evidence (14) information. After verifying that the mouth is damaged, and on the premise that the policy code (10) is true (sawtooth features) are valid, refer to the steps of the above embodiment
  • the provided identity information is registered as the beneficiary of the insurance. In other words, a free electronic insurance policy (7) of anti-counterfeiting liability is given to the claimant.
  • At least one unique policy code (10) is printed on each policy identifier (2).
  • the first step is to generate a batch of electronic image files with unique insurance policy codes (10) in the computer in advance, and preset some 0.15mm wide square artificial micro-holes (19) on the electronic images, see Figure 9 .
  • the artificial micro-hole (19) is set in the two-dimensional code position detection map (21).
  • the second step is to select a liquid ink with a surface tension of Y, such as UV inkjet ink, and print the insurance policy code (10) preset with square artificial micro-holes (19) onto the insurance policy identifier (2) with a surface energy of C ) On the printing surface, where C>Y; for example, a local immersion coating with a surface energy C greater than 48 dyne/cm is printed in advance, and then a liquid ink with a surface tension Y less than 24 dyne/cm is used to code the warranty (10) Printed on the partial wetting coating; in a word, the selected liquid ink can infiltrate the selected printing surface, that is, the larger the difference between C and Y, the better, but C and Y should not be equal or close; only in this way, Only when the artificial micropores (19) enclosed by the liquid ink shrink naturally and randomly deform under the action of the wetting force, the artificial micropores (19) can produce sawtooths (23), and then the sawtooth micropore
  • the third step after the warranty code (10) is printed, wait for 0.15 to 1.5 seconds, after the artificial micro-holes (19) are fully shrunk and randomly deformed into serrated micro-holes (20), the ink is dried; That is, not all) the aperture of the serrated micropores (20) must be reduced to 0.01mm ⁇ 0.05mm.
  • the fourth step during production, zoom in and photograph the sawtooth micropores (20) to collect and obtain microscopic characteristic information of the sawtooth micropores (20).
  • the microscopic characteristic information includes at least the color, shape, and shape of the sawtooth micropores (20).
  • Step 5 When the consumer claims it, use a smartphone (5) with a rear lens resolution ⁇ 5 million pixels to take a picture of the serrated micro-hole (20) on the policy marker (2) to obtain the serrated micro-hole (20)
  • Step 6 The policy claim system matches the acquired feature information (especially the aperture and shape) with the anti-counterfeiting information file; if they match, the identification conclusion information (11) will be displayed to the smartphone (5). ) On; if they do not match, the identification conclusion information (11) that the conclusion is false is displayed on the smart phone (5).
  • the policy claim system receives and checks the damage evidence (14) information and the policy code (10) information.
  • the policy claim system uses artificial intelligence image recognition for the damage evidence (14) information. After verification, the policy identifier (2) is indeed damaged and the characteristics of the sawtooth micropores (20) are consistent, referring to the above embodiment, Register the provided identity information as an insurance beneficiary. In other words, a free electronic insurance policy (7) of anti-counterfeiting liability is given to the claimant.
  • a coated paper sticker material is selected to print the policy identifier (2).
  • a thin line is released on the adhesive layer on the back side, for example, a texture line string in the patent authorization publication number CN109215493B is released to be used as an unsealing pull line (9). It is best to reserve a thread end that is easy to pinch and pull up by hand.
  • a unique two-dimensional code form of policy code (10) is printed, for example, a link address of http://315net.com/123456789012 is printed as the policy code (10).
  • the made insurance policy identifier (2) is firmly pasted on the product packaging (1) so that it cannot be transferred to the counterfeit product without damage.
  • the policy claim system receives and checks the damage evidence (14) information and the policy code (10) information.
  • the policy claim system uses artificial intelligence image recognition for the damage evidence (14) information. After verification, the policy identifier (2) is indeed damaged, and on the premise that the sawtooth characteristics match, refer to the steps of the above embodiment to change the provided The identity information is registered as the beneficiary of the insurance. In other words, a free electronic insurance policy (7) of anti-counterfeiting liability is given to the claimant.
  • the insurance policy code (10) in the form of a QR code is printed on the top straw socket (15) of Tetra Pak Beside, ensure one package one size, never repeat. Refer to the above-mentioned embodiment for other steps. In this way, after purchasing a Tetra Pak (for example milk), the consumer can first pierce the straw socket (15) according to the prompt information to damage the package.
  • Tetra Pak for example milk
  • the policy claim system receives and checks the damage evidence (14) information and the policy code (10) information.
  • the insurance policy claiming system will perform artificial intelligence image recognition on the damage evidence (14) information. After it is confirmed that the product packaging (1) is indeed damaged, for example, after a punctured straw socket (15) is found next to the QR code, and On the premise that the policy code (10) is true (not false) and valid, the provided identity information is registered as the beneficiary of the insurance. In other words, a free electronic insurance policy (7) of anti-counterfeiting responsibility is given to qualified claimants.
  • each anti-counterfeiting responsibility electronic insurance policy (7) is assigned a unique policy code (10).
  • the policy content information (6) of the anti-counterfeiting responsibility electronic insurance policy (7) whose identity information column of the insurance beneficiary is to be determined (that is, left blank) is printed out with offset A5 paper. Then print the policy code (10) in the form of a two-dimensional code and the serial number of the policy in digital form. Fold the printed anti-counterfeiting responsibility electronic insurance policy (7) and put it into the wine box.
  • the bottle cap is an RFID bottle cap, which belongs to a component part of the product packaging (1), and is integrated with the bottle cap.
  • the insurance policy code (10) written in the RFID chip is encrypted and stored as anti-counterfeiting information into the database (7) of the anti-counterfeiting inspection subsystem (12). It is ensured that the policy code (10) printed on the anti-counterfeiting responsibility electronic insurance policy (7) in the same wine box is consistent or corresponds to the policy code (10) written in the RFID chip in the bottle cap of the same wine box.
  • the system can be composed of an anti-counterfeiting inspection subsystem (12) and an insurance policy registration subsystem (13).
  • the policy content information (6) and the policy code (10) are stored in the policy claim system database (4) in a one-to-one correspondence.
  • the policy claim system sends the set policy content information (6) to the claimant’s smart phone ( 5) On.
  • the message sent is: This insurance company assures you that the product you have purchased is genuine. You can re-authenticate the product through other third parties with judicial appraisal qualifications; in case it is identified as a counterfeit product, you can get an insurance claim that is equivalent to three times the product price paid by the insurance company.
  • the policy claiming system will send a warning message to the smartphone (5) (for example, "What you claim is a counterfeit policy/product", etc.) to remind the claimant to guard against counterfeiting.
  • the claimant can obtain insurance claims as an insurance beneficiary.
  • the evidence of damage (14) is uploaded to the policy claim system. If verified (for example, artificial intelligence recognition/analysis/matching of images/videos), the damage evidence (14) information is completely consistent, and is uploaded for the first time, and provided that the sawtooth features are consistent, refer to the first embodiment above.
  • the third step is to register the identity information provided by the claimant as the insurance beneficiary, so that no one else is allowed to modify the identity information of the insurance beneficiary again.
  • the RFID insurance policy identifier (2) is arranged on the rubber cap of the bottle cap to form a whole body, and the insurance policy code (10) is hidden between the rubber cap of the bottle cap and the bottle cap.
  • the consumer uses the smartphone (5) installed with the special APP for the wine, uses the NFC function, approaches the RFID bottle cap, reads the information in the chip, logs in to the policy claim system, and then removes the rubber cap (That is, after the RFID is damaged), scan the exposed policy code (10) again, and fill in the insurance beneficiary as the claimant himself.
  • the anti-counterfeiting responsibility electronic insurance policy (7) is set up to protect the rights and interests of consumers and prevent consumers from being infringed by counterfeit products. Therefore, only after the product is purchased by the consumer, the buyer has the right to obtain the electronic insurance policy of its anti-counterfeiting responsibility (7).
  • the packaging or logo should be designed with a fragile appearance to facilitate the purchaser/consumer without resorting to Any other tool can damage the package with bare hands, collect and upload the information of the damaged evidence (14), so as to determine whether the product has been purchased by the consumer.
  • such technical standards can be followed: all products whose packaging appearance has been proved to have been damaged are deemed to have been purchased by consumers, and the claimant has the right to fill in his identity information as the beneficiary of the insurance.
  • the desirable appearance structure vulnerable area (28) is that on the product packaging (1) or on the policy marker (2), the vulnerable incision line (3) is die-cut at a position 0-12mm from the policy code (10). ) To facilitate consumers to tear the damaged appearance from the fragile incision line (3) and upload the damage evidence (14) information; or, on the product packaging (1) or on the policy identifier (2), away from the policy Code (10) 0-12mm to bury the fragile pull cord (9) to facilitate consumers to pull the pull cord (9) to damage the appearance and upload damage evidence (14) information; or at a position 0-8mm away from the mouth of the can Print the insurance policy code (10) to facilitate consumers to use the smartphone (5) to capture the opened mouth and other damage evidence (14) information; or, at a distance of 0-8mm from the Tetra Pak straw socket (15) The location is printed with an insurance policy code (10), so that consumers can use the smartphone (5) to photograph and collect the punctured straw socket (15) and other damage evidence (14) information.
  • a self-adhesive paper made of opaque PE material is used to print a shampoo bottle label of a well-known brand, that is, to print a product packaging (1).
  • a self-adhesive paper made of opaque PE material is used to print a shampoo bottle label of a well-known brand, that is, to print a product packaging (1).
  • On the back of the opaque PE material some "opened" text that cannot be seen from the front is printed in advance.
  • a unique insurance policy code (10) in the form of a two-dimensional code is printed, thereby making a bottle label with the lower right corner area as the policy identifier (2) area. And die-cut a fragile incision line (3) with broken lotus roots, so that consumers can tear off the insurance policy identifier (2) in the lower right corner from the bottle label.
  • the first step is to generate a batch of unique policy codes (10) and graphics (22) in the computer in advance, and preset some artificial micropores (19) with a diameter of 0.05mm on the electronic images of the graphics (22). ), see Figure 9.
  • the artificial micro-hole (19) is set in the image (22) at the center of the two-dimensional code.
  • the second step is to select a liquid ink with a surface tension of Y, and print the policy code (10) on the policy marker (2), and print the image (22) with artificial micro-holes (19) on the surface
  • the printing surface can be C, where Y>C; for example, a local non-wetting coating with a surface energy C greater than 28 dyne/cm is printed in advance, and then a liquid ink with a surface tension Y less than 48 dyne/cm is used Print the image and text (22) onto the partial non-wetting coating; in short, the selected liquid ink can not wet the selected printing surface, that is, the larger the difference between C and Y, the better, but C and Y should not be equal or Close; Only in this way can the artificial micropores (19) enclosed by the liquid ink expand and deform randomly.
  • the third step is to wait for 0.15 to 1.5 seconds after the graphic (22) is printed, to wait for the artificial micro-holes (19) to naturally expand and randomly deform to form serrated micro-holes (20), and then dry and solidify the ink; among them, some
  • the aperture of the serrated micropores (20) must be expanded to 0.1mm ⁇ 0.2mm.
  • the fourth step during production, zoom in and photograph the sawtooth micropores (20) to collect and obtain microscopic characteristic information of the sawtooth micropores (20).
  • the microscopic characteristic information includes at least the color, shape, and shape of the sawtooth micropores (20).
  • Step 5 When the consumer claims it, use a smartphone (5) with a rear lens resolution ⁇ 5 million pixels to photograph the jagged micro-hole (20) and the policy code (10) on the policy marker (2) to obtain the policy Code (10) information and microscopic characteristic information of sawtooth microholes (20)-anti-counterfeiting information to be checked.
  • Step 6 The policy claim system matches the acquired anti-counterfeiting information (especially the aperture and shape) with the anti-counterfeiting information file; if they match, the policy identifier (2) is true and the identification conclusion information (11) is displayed To the smart phone (5); if it does not match, the authentication conclusion information (11) that the policy identifier (2) is false is displayed on the smart phone (5).
  • the policy claim system receives and checks the damage evidence (14) information and the policy code (10) information.
  • the policy claim system uses artificial intelligence image recognition on the damage evidence (14) information. After verification, the policy marker (2) is indeed damaged, and on the premise that the characteristics of the sawtooth micropores (20) match, refer to the first embodiment above.
  • the third step is to register the provided identity information as an insurance beneficiary. In other words, a free electronic insurance policy (7) of anti-counterfeiting responsibility is given to qualified claimants.
  • the first step is to generate a batch of unique policy codes (10) and pictures (22) in the computer in advance, and preset some artificial micro-holes (19) with a diameter of 0.15mm on the electronic images of the pictures (22). ), see Figure 9.
  • the artificial micro-hole (19) is set in the frame of the two-dimensional code and other graphics (22).
  • the second step is to select a liquid ink with a surface tension of Y, and print the policy code (10) on the policy marker (2), and print the image (22) with artificial micro-holes (19) on the surface
  • the printing surface can be C, where Y ⁇ C; for example, a local wetting coating with a surface energy C greater than 48 dyne/cm is printed in advance, and then a liquid ink with a surface tension Y of 28 dyne/cm
  • the picture and text (22) are sprayed onto the partial wetting coating; in short, the selected liquid ink can infiltrate the selected printing surface, that is, the larger the difference between C and Y, the better, but C and Y should not be equal or close; In this way, the artificial micropores (19) enclosed by the liquid ink can shrink and deform randomly.
  • the third step is to wait for 0.15 to 1.5 seconds after the image and text (22) are printed. After the artificial micro-holes (19) shrink naturally and randomly change into serrated micro-holes (20), then the ink is dried and solidified; some of them The aperture of the serrated micropores (20) must shrink to 0.03mm ⁇ 0.1mm.
  • the fourth step is to zoom in and photograph the sawtooth micropores (20) to collect and obtain the microscopic characteristic information of the sawtooth micropores (20).
  • the microscopic characteristic information includes at least the color, shape, size, and area of the sawtooth micropores (20) One of, perimeter, location, direction, and quantity; and store the microscopic feature information and the policy code (10) information correspondingly in the policy claim system database (4) as an anti-counterfeiting information file.
  • Step 5 When the consumer claims it, use a smartphone (5) with a rear lens resolution ⁇ 5 million pixels to photograph the jagged micro-hole (20) and the policy code (10) on the policy marker (2) to obtain the policy Code (10) information and microscopic characteristic information of sawtooth microholes (20)-anti-counterfeiting information to be checked.
  • Step 6 The policy claim system matches the acquired anti-counterfeiting information (especially the aperture and shape) with the anti-counterfeiting information file; if they match, the policy identifier (2) is true and the identification conclusion information (11) is displayed To the smart phone (5); if it does not match, the authentication conclusion information (11) that the policy identifier (2) is false is displayed on the smart phone (5).
  • the policy claim system receives and checks the damage evidence (14) information and the policy code (10) information.
  • the policy claim system uses artificial intelligence image recognition on the damage evidence (14) information. After verification, the policy marker (2) is indeed damaged, and on the premise that the characteristics of the sawtooth micropores (20) match, refer to the first embodiment above.
  • the third step is to register the provided identity information as an insurance beneficiary. In other words, a free electronic insurance policy (7) of anti-counterfeiting responsibility is given to qualified claimants.
  • the first step is to take technical measures to adjust the working parameters of the printer, such as increasing the nozzle voltage, or raising the nozzle, or applying static electricity, or changing the pulse signal frequency, so that the printer is in an abnormal working state of ink flying.
  • the policy code (10) can be a unique number or letter, a one-dimensional bar code or a two-dimensional bar code.
  • the second step is to prepare an industrial-grade optical macro lens and digital camera, zoom in and shoot (for example, 30 times magnification shooting), the policy code (10) and its associated flying ink dots (24) to collect flying ink dots (24) the microscopic feature information, the microscopic feature information includes at least one of the color, shape, size, position, direction, number, etc. of the flying ink dot (24); and the microscopic feature information As anti-counterfeiting information, it is stored in the database (4) of the policy claim system corresponding to the policy code (10).
  • the third step when consumers receive the insurance policy, they use a smartphone with a lens resolution of ⁇ 12 million pixels to photograph the policy code (10) and flying ink dots (24) on the policy marker (2) with an object distance of 20-80mm. ), to obtain the information of the insurance policy code (10) and the shape and size of the flying ink dots (24) and other microscopic characteristic information-anti-counterfeiting information to be checked.
  • the fourth step is to upload the obtained insurance policy code (10) information and the microscopic characteristic information of Feimo ink dots (24)-the anti-counterfeiting information to be checked to the computer anti-counterfeiting inspection subsystem (12), and proceed with the anti-counterfeiting information file.
  • Match if they match, the identification conclusion information (11) that the conclusion is true is displayed on the smartphone (5); if they do not match, the identification conclusion information (11) that the conclusion is false is displayed on the smartphone (5) .
  • the policy claim system receives and checks the damage evidence (14) information and the policy code (10) information.
  • the policy claim system uses artificial intelligence image recognition on the damage evidence (14) information. After verification, the policy marker (2) is indeed damaged, and on the premise that the characteristics of the sawtooth micropores (20) match, refer to the first embodiment above.
  • the third step is to register the provided identity information as an insurance beneficiary. In other words, a free electronic insurance policy (7) of anti-counterfeiting responsibility is given to qualified claimants.
  • the first step is to take technical measures to raise the print head to make the print machine in an abnormal working state of flying ink. Raise the nozzle so that the height of the nozzle from the policy marker (2) is 2-3mm. Then, print the policy code (10) on the policy identifier (2), so that the printed policy code (10) is accompanied by flying ink dots (24) as shown in Figure 19, and the policy code (10) ) Is accompanied by numerous cracks (25) as shown in Figure 20.
  • the second step is to prepare an industrial-grade optical macro lens and digital camera, zoom in and shoot (for example, 30 times magnification shooting), the policy code (10) and the associated flying ink dots (24) and cracks (25) to capture Obtaining the microscopic feature information of the flying ink dots (24) and the cracks (25); and storing the microscopic feature information as anti-counterfeiting information corresponding to the policy code (10) in the policy claim system database (4).
  • the third step when the consumer claims it, use a smartphone with a lens resolution ⁇ 12 million pixels and use a 20-80mm object distance to photograph the policy code (10) and flying ink dots (24) on the policy marker (2) And cracks (25) to obtain information about the insurance policy code (10) and the shape and size of the flying ink dots (24) and cracks (25)-anti-counterfeiting information to be checked.
  • the fourth step is to upload the obtained policy code (10) information and the microscopic feature information of the flying ink dots (24) and cracks (25)-the anti-counterfeiting information to be checked to the anti-counterfeiting inspection subsystem (12), Match with the anti-counterfeiting information file; if they match, the verification conclusion information (11) that the conclusion is true is displayed on the smart phone (5); if they do not match, the verification conclusion information (11) that the conclusion is false is displayed to the smart phone (5) On the phone (5).
  • the cracks (25) of the present invention are commonly called white marks, white channels, white cracks, cracks, and the like.
  • the policy claim system receives and checks the damage evidence (14) information and the policy code (10) information.
  • the insurance policy claim system performs artificial intelligence image recognition on the damage evidence (14) information. After verification, the policy identifier (2) is indeed damaged, and the provided identity information is registered as the insurance beneficiary by referring to the above embodiments 1 and 3. In other words, a free electronic insurance policy (7) of anti-counterfeiting responsibility is given to qualified claimants.
  • the second step is to add a thinner to reduce the surface tension of the ink, so that the dot matrix of the ink (26) will be randomly moistened along the printing surface under the action of the positive wetting force, and the deformation will be expanded into a random (as shown in Figure 22)
  • a dot matrix of the soaked ink sticks (27) of the shape, and the width of some wetted ink sticks (27) is less than twice the width of the ink dots (26); wherein the width of the ink dots (26) is less than some wetted ink sticks (27) The width of ⁇ twice the width of the ink dot (26).
  • the local area in the printing ink layer of the warranty code (10) can be arranged with ink dots (26), or the ink dots (26) can be designed in the blank of the two-dimensional code In the gap.
  • the dot matrix of the ink dots (26) does not need to occupy the position on the policy marker (2) separately, neither destroys the original appearance of the layout, nor does it require revision approval.
  • a local wetting coating can be pre-printed on the printing material where the dots (26) are located, and the dots (26) are printed.
  • the immersion coating described here can be printed with a paint that has a good immersion effect relative to the ink, such as white latex coated with starch.
  • the third step is to prepare an industrial-grade optical macro lens and digital camera, zoom in and shoot (for example, 30 times magnification shooting) soak the ink block (27) dot matrix to collect the shape and size of the ink block (27) (such as area / Width) and other microscopic feature information; and store the microscopic feature information such as the shape and size (for example, area/width) as anti-counterfeiting information and the policy code (10) in the policy claim system database (4).
  • zoom in and shoot for example, 30 times magnification shooting
  • the fourth step when the consumer claims it, use a camera phone with a lens resolution ⁇ 12 million pixels, and use a 60-160mm object distance to photograph the policy code (10) and the ink patch (27) on the policy marker (2) In order to obtain the information of the insurance policy code (10) and the shape and size of the infiltrated ink block (27) and other microscopic feature information.
  • the fifth step is to upload the microscopic feature information such as the shape and size (such as area/width) of the infiltrating ink block (27) to the policy claim system for matching with the anti-counterfeiting information file; if they match, the conclusion is true to identify the conclusion information (11) Display on the smart phone (5); if it does not match, the authentication conclusion information (11) that the conclusion is false is displayed on the smart phone (5).
  • the microscopic feature information such as the shape and size (such as area/width) of the infiltrating ink block (27) to the policy claim system for matching with the anti-counterfeiting information file; if they match, the conclusion is true to identify the conclusion information (11) Display on the smart phone (5); if it does not match, the authentication conclusion information (11) that the conclusion is false is displayed on the smart phone (5).
  • the policy claim system receives and checks the damage evidence (14) information and the policy code (10) information.
  • the insurance policy claim system performs artificial intelligence image recognition on the damage evidence (14) information. After verification, the policy identifier (2) is indeed damaged, and the provided identity information is registered as the insurance beneficiary by referring to the above embodiments 1 and 3. In other words, a free electronic insurance policy (7) of anti-counterfeiting responsibility is given to qualified claimants.
  • each anti-counterfeiting responsibility electronic insurance policy (7) is assigned a unique policy code (10).
  • the policy code (10) is printed on the policy identifier (2) in the form of a two-dimensional code. Zoom in and shoot the two-dimensional code to collect random sawtooths at the ink edge of the two-dimensional code, and use the collected random sawtooth information as anti-counterfeiting information, and store it in the database (4) of the anti-counterfeiting inspection subsystem (12) as shown in Figure 5 )in.
  • the system can be composed of an anti-counterfeiting inspection subsystem (12) and an insurance policy registration subsystem (13).
  • the five groups of information including the policy content information (6) of the anti-counterfeiting responsibility electronic insurance policy (7), the anti-counterfeiting information on the policy identifier (2), the policy code (10), the anti-counterfeiting code (17), and fluff distribution characteristic information, one by one
  • the record is stored in the insurance policy claim system database (4).
  • the identification (this is the second time for the product The verification and identification are complicated and time-consuming, but the identification conclusion is absolutely accurate.) If the anti-counterfeiting label (18) is judged to be genuine by the policy claim system and it is the first time to claim, the policy claim system can identify the identity provided by the claimant The information is registered as an insurance beneficiary.
  • the policy claim system can send a warning message to the smart phone (5) of the claimant to remind the claimant to guard against counterfeiting and refuse the claimant to claim the electronic insurance policy of anti-counterfeiting responsibility (7).
  • the claimant it is also desirable for the claimant to install a mobile phone program (such as the policy claim APP or the policy claim WeChat applet) on the smartphone (5), and use it to photograph the appearance of the damaged product and collect the damage evidence (14) information , Upload the collected damage evidence (14) information to the insurance policy claim system, wherein, in the mobile phone program, it is prohibited to add and use the images/videos in the smart phone (5) album.
  • a mobile phone program such as the policy claim APP or the policy claim WeChat applet
  • the claimant can be prevented from adding the use of virtual forged images/videos in the photo album of the smartphone (5) and other damage evidence (14) information, and the claimant can be prevented from fraudulently claiming the anti-counterfeiting responsibility electronic insurance policy (7) and obtaining insurance by fraud Claim payment.
  • the identification conclusion of the first inspection may not be accurate. Also because the first inspection and identification needs to be simple and fast (for example, within 5 seconds), the resolution of the anti-counterfeiting information on the insurance policy identifier (2) collected by scanning the WeChat applet used in the first inspection and identification must be lower. Low (for example, less than 300dpi ⁇ 300dpi), so it will lead to inaccurate conclusions in the first inspection.
  • the reason for uploading the damage evidence (14) information to the independent third-party review and identification system (31) is to prevent those who have not purchased the product from conducting the review and identification, and to ensure that only the product has been purchased and the evidence of damage has been obtained (14). ) Information only has the right to review and appraisal, so as to avoid fraudulent insurance fraud.
  • the review and appraisal system (31) is independently operated by a third party and has strong credibility. Therefore, its review and appraisal conclusions can be used as judicial appraisal conclusions and can be used as a legal basis for consumers to obtain insurance claims.

Abstract

一种产品防伪责任保险包装方法。它给产品设置防伪责任电子保单，将保单进行编码，将编码制作到保单标识物上，将标识物设置到产品上，将电子保单和防伪信息与保单编码对应存储到保单认领系统数据库中；消费者在用智能手机向保单认领系统认领电子保单的过程中，不知不觉地鉴别了保单真伪。将很高的保单认领率转化成了很高的防伪查验率，增强了防伪力度，是国内外防伪技术和保险技术研究开发人员梦寐以求的有益技术效果。

Description

产品防伪责任保险包装方法
本申请要求于2019年1月27日提交中国专利局、申请号为201910076867.8、发明名称为“商品保险防伪方法”的中国专利申请的优先权，其全部内容通过引用结合在本申请中；本申请要求于2019年1月30日提交中国专利局、申请号为201910092297.1、发明名称为“真品保险防伪方法及系统”的中国专利申请的优先权，其全部内容通过引用结合在本申请中；本申请要求于2019年6月30日提交中国专利局、申请号为201910581602.3、发明名称为“飞墨防伪方法及印刷物”的中国专利申请的优先权，其全部内容通过引用结合在本申请中；本申请要求于2019年7月5日提交中国专利局、申请号为201910601354.4、发明名称为“自然微孔二维码防伪方法”的中国专利申请的优先权，其全部内容通过引用结合在本申请中；本申请要求于2019年8月15日提交中国专利局、申请号为201910752803.5、发明名称为“免遮盖兑奖验证方法”的中国专利申请的优先权，其全部内容通过引用结合在本申请中；本申请要求于2019年9月1日提交中国专利局、申请号为201910820215.0、发明名称为“真品责任保单设置方法及查询登记系统”的中国专利申请的优先权，其全部内容通过引用结合在本申请中。
技术领域
本发明属于产品防伪与印刷包装技术领域，具体涉及一种产品防伪责任保险包装方法。
背景技术
中国专利授权了一种“基于物联网的环保防伪包装方法(CN105416820B)”。它在包装物上设置有可放置产品的容纳腔和开口部，且包装物上设置有智能锁，智能锁用于控制所述开口部的开启；智能锁与远程控制终端进行数据交互，智能锁主动向远程控制终端获取认证密钥(即防伪信息)，智能锁接收到认证密钥后，进行认证(即验证防伪信息是否匹配)，若认证成功，则开启。
本发明人1994年发明的“密码防伪标识物(CN2216694Y)”俗称电码防伪或数码防伪，原理是：为每一件产品设置防伪编码，在防伪编码中隐藏一组具有唯一性的随机密码(即个性防伪特征)，将随机密码备案储存到接入互联网的防伪查验系统数据库中，作为防伪信息——鉴别产品真伪的依据。当消费者购买到贴有电码防伪标识物的产品后，只需拨打电话，输入产品上的随机密码(即防伪信息)，经防伪查验系统查验(即验证上传的防伪信息是否与数据库中存储的防伪信息相匹配)后，即可获知产品真伪，它突破了传统的防伪产品容易被批量防冒及消费者不易识别的局限性。电码防伪因为电话可查验验证真伪，所以被划归为信息查验类防伪技术，经过二十余年的推广普及，现已广泛应用于各行各业的各种产品上。它被中国防伪业界公认为中国第一代防伪信息查验类防伪技术，并被纳入国家标准GB/T19425-2003。因其密码(即防伪信息)为暗码，需先买后查，所以查验率很低，统计显示查验率平均仅有0.3％。随着时间的推移，造假分子发现了其技术漏洞，所以，防伪力度已经很弱了，防伪效果已经很差了。
本发明人1998年发明的“结构纹理防伪方法(CN1074563C)”，也属于信息查验类防伪技术。它获得了中国发明专利、美国发明专利(US6623041)、俄罗斯发明专利(2202127)、韩国发明专利(0419436)、越南发明专利(3347)等国际专利。它选用随机结构纹理清晰的材料制作“结构纹理防伪标识物(CN2365711Y)”；并印刷上具有唯一性的防伪编码；将“结构纹理防伪标识物(CN2365711Y)”上的随机结构纹理(即个性防伪特征)扫描采集下来，作为防伪信息——鉴别真伪的依据，和防伪编码结合在一起备案存储到接入互联网的计算机防伪查验系统数据库中；供公众通过电话、手机短信、手机彩信、 微信、传真、互联网上的电脑等通讯工具，通过标识序号来查验验证“结构纹理防伪标识物”上的随机结构纹理(即防伪信息)是否与数据库中备案的防伪信息匹配相符，从而验证真伪。该专利“将古老的虎符防伪原理与现代通讯技术、计算机技术相嫁接”，开创了防伪新领域，被“全国防伪办”和中国防伪行业协会，组织的国家级评审鉴定会评为“世界首创、国际领先、极难伪造、易于识别、长期有效”的防伪技术产品。并荣获第三届中国防伪行业协会防伪科技一等奖。经过二十余年推广普及，如今它已成为国内防伪市场上的主导技术产品。该防伪技术应用十分广泛，因为电话可查验真伪，所以被划归为信息查验类防伪技术，并被业界公认为中国第二代防伪信息查验类防伪技术。因其标识编码和防伪信息是明的，可先查后买，所以查验率较高，统计显示查验率为1.1％，所以，防伪力度较强，防伪效果较好。
为了进一步提高防伪查验率，以增强防伪力度，本发明人先后对上述两代防伪信息查验类防伪技术进行了数十次改进完善与技术升级，并申请了“物联网纹理防伪手机自动识别系统(CN202939903U)”、“手撕纹理防伪方法及其产品和材料(CN109215493B)”、“手机识别编码锯齿防伪方法(CN104794629B)”、“超限防伪方法及产品(CN106096970B)”、“无码防伪方法(CN103810603B)”、“衣物用户大数据干扰采集方法(CN107103346A)”等数十项信息查验类防伪技术。其中“手机识别编码锯齿防伪方法(CN104794629B)”于2017年10月被国家级防伪技术评审委员会评定为我国唯一的一项“防伪信息(即随机锯齿)不可复制”的信息查验类防伪技术。该防伪技术应用前景广阔，因为电话可查验验证真伪，所以被划归为防伪信息查验类防伪技术，并被业界公认为中国第三代防伪信息查验类防伪技术。但是，这些升级技术产品在推广实践中，防伪查验率仍然不高、防伪力度仍然不强。
中国新闻网(2009年09月15日)具有一篇题为《XX防伪查验率低》的报道，报道称“消费者并不是每次都会查验防伪码，对大量没有查验过的防伪码，造假者就进行回收并批量仿造，贴在假冒该品牌的桶装水上，据统计，防伪码的查验率不到万分之三”。报道还称，长期以来，防伪信息查验类防伪一直处于尴尬的境地，企业不上不行，上了又效果微弱。因为，这种方式 一直解决不了两个关键问题，查验率低和认证主体的真实性无法保证。极低的查验率让防伪措施形同虚设，同时，造假者还可以轻松伪造一个假冒查验平台。
综上所述，现行中国第一、二、三代防伪信息查验类防伪技术存在以下三个不足：
1、国内具有大大小小的防伪信息查验类防伪查验系统上千家，没有一家统一的权威的被广大消费者所熟记的网址和防伪APP，市场上有许多假冒的防伪查验系统网站，广大消费者难以分辨假冒防伪网站；
2、消费者不积极进行防伪查验，查验率很低；容易留下大量未被查过的防伪码，从而被回收用于造假；
3、防伪力度不强，防伪效果差，许多假冒产品因消费者不进行防伪查验而漏网。
保险单简称保单，是指被保险人和保险公司订立保险合同的正式书面证明。保单完整地记载保险合同双方当事人的权利义务及责任。保单(记载的)内容信息是合同双方履行的依据。电子保单是指保险公司借助遵循PKI体系的数字签名软件和企业数字证书为被保险人签发的具有保险公司电子签名的电子化保单。电子保单拥有和纸质保单一样的法律效力，电子保单进行彩色打印即可作为纸质保单(即印刷保单)使用。各保险公司都已建立保单查验系统，开通网络查验和电话查验，可以提供电子保单查验服务。
产品责任保险是指当被保险人(即投保人)因其产品存在缺陷致使第三人人身伤亡或财产损失依法应当承担损害赔偿责任时，由保险人(即保险公司)承担赔偿责任的保险。产品责任保险承保被保险人(生产厂家和经销商等投保人)所生产、出售的产品或商品在承保区域内发生事故，造成使用者、消费者、操作者等任何第三人的人身伤害、疾病、死亡或财产损失，依法应由被保险人(生产厂家和经销商等投保人)承担责任时，保险公司在约定的赔偿限额内负责赔偿。
本发明人从事防伪技术与治假理论研究近30年，最终研究发现：单纯依靠消费者主动查验防伪信息(即个性防伪特征等鉴别真伪的依据)来鉴别产品真假，其防伪查验率是很低的，易出现假冒防伪查验网站，难以有效遏 止假冒产品流通。
发明内容
本发明的目的：提供一种产品防伪责任保险包装方法，以提高防伪查验率，增强防伪力度，减少假冒防伪查验网站。
本发明产品防伪责任保险包装方法的技术方案如下。
一种产品防伪责任保险包装方法，其特征在于，包括以下步骤：
①给产品(亦称商品)设置(保险受益人等第三人身份信息处于〈未激活的〉待定状态的)防伪责任电子保单(7)；
②将防伪责任电子保单(7)进行编码，每一份防伪责任电子保单(7)至少编制一个具有唯一性的保单编码(10)；如同公安部门给每一个人编制一个唯一的居民身份证号码一样，赋予每一份防伪责任保单(7)一个唯一的身份代码——保单编码(10)；
③将保单编码(10)和防伪信息制作到保单标识物(2)上，或将与保单编码(10)对应的防伪编码(17)和防伪信息制作到保单标识物(2)上；包括但不限于将保单编码(10)以二维码形式印刷到保单标识物(2)上、或包括但不限于将保单编码(10)写入RFID形式的保单标识物(2)里，或包括但不限于将与保单编码(10)对应的防伪编码(17)写入RFID形式的保单标识物(2)里；
④将产品封装到产品包装物(1)里，将保单标识物(2)设置到产品包装物(1)上(含内)，每件(一组也可视为一件)产品至少设置一枚保单标识物(2)，通过保单标识物(2)将防伪责任电子保单(7)与产品关联起来，具体包括用保单标识物(2)上的保单编码(10)/防伪编码(17)链接防伪责任电子保单(7)上的保单内容信息(6)；之所以要在产品上设置保单标识物(2)，目的是为了提醒消费者该产品已经购买了防伪责任保险，是为了方便消费者用智能手机(5)扫/读保单编码(10)，链接登陆保单认领系统认领防伪责任电子保单(7)；
⑤将保单标识物(2)与产品包装物(1)结合成不可无损分离的一个整体，以使其不能被无损转移到其它(假冒)产品上；换言之，若强行分离，保单标识物(2)或产品包装物(1)必然被损坏，无法转移到假冒产品上；
⑥将防伪责任电子保单(7)〔即保单内容信息(6)〕、防伪信息以及保单编码 (10)/防伪编码(17)关联对应起来，作为备案信息存储到(接入移动通讯网的计算机)保单认领系统数据库(4)中；
⑦保单认领者用智能手机(5)将保单编码(10)/防伪编码(17)和防伪信息上传至保单认领系统
——经查验(这是第一次对产品进行查验)，如果所上传的保单编码(10)和防伪信息，与数据库(4)中所存储的备案信息相匹配，保单标识物(2)被保单认领系统判定为真品，则由保单认领系统发送结论为真品的鉴别结论信息(11)到智能手机(5)上；
——经查验，如果所上传的保单编码(10)/防伪编码(17)和防伪信息，与数据库(4)中所存储的备案信息不匹配，保单标识物(2)被保单认领系统判定为假冒品，则保单认领系统向智能手机(5)发出警示信息，以提示认领者谨防假冒；
⑧在保单认领系统发送结论为真品的鉴别结论信息(11)给智能手机(5)的同时或之后，保单认领系统将所查保单标识物(2)关联对应的防伪责任电子保单(7)〔即保单内容信息(6)〕发送给智能手机(5)，并将保险受益人等第三人身份信息激活，且接收/确认保险受益人身份信息，接受认领者认领防伪责任电子保单(7)。
这样一来，产品采用本发明后，如果认领者接收到的鉴别结论信息(11)是真品，万一认领者所查产品最终被司法鉴定、或专家复查鉴定、或指定的独立第三方鉴定机构鉴定为假冒品，认领者就可作为保险受益人获得保险理赔。换言之，产品采用防伪公司提供的本发明之防伪技术服务后，如果认领者接收到的鉴别结论信息(11)是真品，万一认领者所查产品最终被司法鉴定、或专家复查鉴定、或指定的独立第三方鉴定机构鉴定为假冒品，防伪公司和保险公司将承担消费者等第三人的经济损失赔偿等防伪责任。
这样一来，不查者无法领取防伪责任电子保单(7)，更无法获得保险理赔。换言之，产品上设置的防伪责任电子保单(7)只是投保人预设的一个保险受益人未定的未激活生效的保险合同，需要消费者认领，填写受益人身份信息，以使合同生效。
由于防伪责任电子保单(7)是为了保护消费者权益，防止消费者被 假冒产品侵害而设置的。只有产品被消费者购买后，购买者才有权获得其防伪责任电子保单(7)。为了防止未购买产品者冒领防伪责任电子保单(7)，也为了防止产品售出前有机会接触到产品的人员冒领防伪责任电子保单(7)，也为了防止不是真实购买者的垃圾回收者冒领防伪责任电子保单(7)，保证只有购买者才有权认领防伪责任电子保单(7)，下面进行包装或标识等外观结构易损毁设计，以方便购买者/消费者不借助任何其它工具，徒手能够损坏包装、采集上传外观的损坏证据(14)信息，从而认定产品是否已被消费者购买。具体认领防伪责任电子保单(7)时，应遵循这样的标准：凡是包装外观经证实已被损坏的产品，均视为已被消费者购买了，认领者就有权将自己的身份信息填写为保险受益人，以认领防伪责任电子保单(7)。
可取的是，在产品包装物(1)或保单标识物(2)上开设外观结构易损区(28)；不限于(换言之可包括也可不包括)在产品包装物(1)或保单标识物(2)上距离保单编码(10)0-12mm的位置模切出易损切口线(3)，以方便消费者从易损切口线(3)处撕开损坏外观、上传损坏证据(14)信息；或者，在产品包装物(1)或保单标识物(2)上距离保单编码(10)0-12mm的位置埋设易损拉线(9)，以方便消费者拉起拉线(9)损坏外观、上传损坏证据(14)信息；或者，在距离易拉罐罐口0-8mm的位置印设保单编码(10)，以方便消费者用智能手机(5)拍摄采集拉开的灌口等损坏证据(14)信息；或者，在距离利乐包吸管插孔(15)0-8mm的位置印设保单编码(10)，以方便消费者用智能手机(5)拍摄采集被戳穿了的吸管插孔(15)等损坏证据(14)信息。总而言之，外观结构易损区(28)可以采用各种易于消费者破坏且难以复原的易损设计。
为了保证只有购买者才有权认领防伪责任电子保单(7)，除了应设计上述外观结构易损区(28)而外，还需保单认领系统配合查验核实。可取的是，所述产品防伪责任保险包装方法，可进一步采取下列一种或多种结合并用的技术手段。这里需要强调的是，开设外观结构易损区(28)的目的，是为了方便消费者(认领者)徒手能够损坏包装，避免消费者(认领者)使用开启工具。
①当认领者欲认领保单时，破坏外观结构易损区(28)，并用智能手机(5)将外观结构易损区(28)已损坏的损坏证据(14)信息上传至保单认领系统； 经保单认领系统核实，如果所上传的损坏证据(14)确凿且是首次上传信息，则保单认领系统接收/确认保险受益人身份信息，并将防伪责任电子保单(7)登记到所接收/确认的保险受益人身份信息名下。
②在RFID保单标识物(2)被保单认领系统判定为真品之后，认领者先将RFID保单标识物(2)损坏，以防后来人再次冒领防伪责任电子保单(7)；然后，保单认领系统再将认领者最后一次提供的身份信息登记为保险受益人。
③认领者向保单认领系统提供/确认身份信息，认领防伪责任电子保单(7)；保单认领系统接收/确认认领者提供的身份信息，并将保险受益人登记到认领者所提供的身份信息名下。
④在产品包装物(1)内放置印刷有保单编码(10)的防伪责任电子保单(7)印刷品，在产品包装物(1)上设置RFID保单标识物(2)，并将保单编码(10)写入同一件产品上保单标识物(2)的RFID里，使防伪责任电子保单(7)印刷品上印刷的保单编码(10)与写入RFID芯片内的保单编码(10)保持一致或一一对应。例如：同一酒盒内防伪责任电子保单(7)上所印刷的保单编码(10)，与同一酒盒内瓶盖里写入RFID芯片内的保单编码(10)保持一致或一一对应。
⑤可取的是，RFID保单标识物(2)与瓶盖胶帽粘合成一体，瓶盖胶帽(例如贵州某台酒瓶盖上的红色胶帽)与瓶盖之间藏有保单编码(10)；消费者购买到产品(例如贵州某台酒)后，打开智能手机(5)的NFC功能，将智能手机(5)靠近RFID瓶盖，读取芯片内的信息，登陆保单认领系统，然后撕下胶帽以损坏RFID，再扫描所露出的保单编码(10)，然后将保险受益人填写为认领者自己。
⑥认领者用智能手机(5)拍摄采集保单编码(10)和防伪信息，将所采集到的保单编码(10)和防伪信息(例如分辨率大于1200×1200dpi的显微照片)上传至保单认领系统，并保存于保单认领系统数据库(4)中作为历史档案，以备保险理赔复查或司法鉴定使用。
⑦保单认领系统将所查保单标识物(2)关联对应的防伪责任电子保单(7)的保单内容信息(6)，包括但不限于保单编码(10)，发送到智能手机(5)上。
⑧可取的是，在产品包装物(1)或保单标识物(2)上开设外观结构易损区(28)；包括但不限于(换言之可包括也可不包括)在产品包装物(1)或保单标 识物(2)上距离保单编码(10)0-12mm的位置模切出易损切口线(3)，以方便消费者从易损切口线(3)处撕开损坏外观、上传损坏证据(14)信息；或者，在产品包装物(1)或保单标识物(2)上距离保单编码(10)0-12mm的位置埋设易损拉线(9)，以方便消费者拉起拉线(9)损坏外观、上传损坏证据(14)信息；或者，在距离易拉罐罐口0-8mm的位置印设保单编码(10)，以方便消费者用智能手机(5)拍摄采集拉开的灌口等损坏证据(14)信息；或者，在距离利乐包吸管插孔(15)0-8mm的位置印设保单编码(10)，以方便消费者用智能手机(5)拍摄采集被戳穿了的吸管插孔(15)等损坏证据(14)信息。
为了简化生产工艺与使用流程，保证保险单与保单标识物(2)及查验流程有机地结合与查验及登记互动，可取的是，所述产品防伪责任保险包装方法，可进一步采取下列一种或多种技术手段。
①认领者用智能手机(5)拍摄已损坏的产品外观，采集获取损坏证据(14)信息；将采集获取到的图像/视频形式的损坏证据(14)信息上传并保存至保单认领系统；经保单认领系统分析比对图像/视频，证实产品外观确实被损坏后，将防伪责任电子保单(7)的保险受益人身份信息由待定状态修改为确定状态。
②在产品包装物(1)或保单标识物(2)上开设外观结构易损区(28)，将保单编码(10)或与保单编码(10)对应的防伪编码(17)制作到外观结构易损区(28)，认领者徒手破坏外观结构易损区(28)并保持保单编码(10)完好无损，再用智能手机(5)将外观结构易损区(28)已损坏的损坏证据(14)信息和完好无损的保单编码(10)一起上传至保单认领系统。
③将显示器屏幕(30)放大显色特征——红绿蓝三原色像素阵列(29)等屏幕(30)特征信息，作为假冒特征信息(即一种特殊的防伪信息)存储备案到保单认领系统数据库(4)中；换言之，将屏幕(30)特征信息，包括但不限于红绿蓝三原色像素阵列特征信息，作为假冒特征信息(即一种特殊的防伪信息)存储到保单认领系统数据库(4)中；认领者用智能手机(5)拍摄已损坏的产品外观，采集获取损坏证据(14)信息；将采集获取到的图像/视频形式的损坏证据(14)信息上传至保单认领系统；经保单认领系统分析比对图像/视频，若发现所上传 的图像/视频中具有红绿蓝三原色像素阵列(29)等屏幕(30)特征信息，则保单认领系统向认领者智能手机(5)发出警示信息，以提示认领者谨防假冒，并拒绝认领者认领防伪责任电子保单(7)。
研究显示：保单标识物(2)或防伪标签(18)等实物用智能手机(5)微距拍摄获取的显微图像/视频中，没有红绿蓝三原色像素阵列(29)，明显区别于翻拍屏幕(30)图像的特征。这样一来，上述处理方法就可避免认领者翻拍手机屏幕(30)或电脑屏幕(30)或其它显示器中的保单标识物(2)或防伪标签(18)图像(非实物)，虚拟伪造损坏证据(14)信息，冒领防伪责任电子保单(7)，骗取保险理赔款。
④认领者用智能手机(5)(例如APP或微信小程序)拍摄已损坏的产品外观，采集获取损坏证据(14)信息，将采集获取到的损坏证据(14)信息上传至保单认领系统，其中，在智能手机(5)里，禁止添加使用智能手机(5)相册中的图像/视频。这样一来，就可防止认领者添加使用智能手机(5)相册中的虚拟伪造的图像/视频等损坏证据(14)信息，就可防止认领者冒领防伪责任电子保单(7)，骗取保险理赔款。
可取的是，制作具有防伪编码(17)的防伪标签(18)，例如采用背景技术中所述的超限防伪(CN106096970B)技术来印制防伪标签(18)；将防伪标签(18)设置到产品包装物(1)内，并将防伪编码(17)与保单编码(10)一一对应地存储在保单认领系统数据库(4)；认领者打开产品包装物(1)找到防伪标签(18)后，用智能手机(5)对防伪标签(18)上的防伪信息(例如绒毛的宽度及分布特征)进行微距拍摄(例如拍摄超清照片或短视频)或用高清扫描仪扫描防伪标签(18)上的防伪信息，将所采集到的高分辨率(例如分辨率高于1200×1200dpi的)的防伪信息上传至保单认领系统数据库(4)进行防伪查验，以对产品进行第二次查验鉴别；经第二次查验鉴别，在防伪标签(18)被保单认领系统判定为真品之后，再由保单认领系统将保险受益人登记到所提供的身份信息名下；经第二次查验鉴别，若防伪标签(18)被保单认领系统判定为假品，则保单认领系统向认领者发出通知，提示认领者进入保险理赔流程，领取保险理赔款。
⑤可取的是，将防伪信息和损坏证据(14)转发至独立第三方的复核 鉴定系统(31)，以对保单标识物(2)进行复核鉴定；经复核鉴定，若保单认领系统所发送的结论为真品的鉴别结论信息(11)被改判为假冒品，则将改判结论作为终局裁定结论发送到智能手机(5)上，并启动保险理赔流程，向查询者进行保险理赔。
这样一来，消费者于购买产品时，就可用普通分辨率快速认领保单标识物(2)，获取第一次查验鉴别结论，以增强购买信心；在购买之后，尤其是在消费时(如喝酒时)，还可打开包装找出防伪标签(18)，进行第二次查验鉴别，以领取保单，增强消费信心。简而言之，本步骤设计，用于买前增强购买信心，买后增强消费信心。之所以这样设计，其目的在于：第一次查验鉴别时，是消费者于商场购物时，此时排队人多，时间紧迫，需要简单快速完成真伪鉴别；第二次查验鉴别时，是消费者消费时，此时时间充裕，比较悠闲，需要绝对准确完成真伪鉴别。事物都是一分为二的，需要简单快速完成真伪鉴别，鉴别结论可能不太准，换言之，第一次查验鉴别时，时间仓促，鉴别结论可能不太准。为解决此矛盾，设计了时间紧迫时使用的第一次查验鉴别的保单标识物(2)，又设计了时间充裕时使用的可第二次查验鉴别的防伪标签(18)、和供司法鉴定使用的独立第三方运营的复核鉴定系统(31)。复核鉴定系统(31)由于是第三方独立运营的，因此，具有很强的公信力，其复核鉴定结论可作为司法鉴定结论，可作为消费者获得保险理赔的法定依据。
可取的是，在保单标识物(2)被保单认领系统判定为真品之后，认领者在线支付(例如使用微信支付)保险费以购买保险，保单认领系统将保险受益人添加到认领者提供的身份信息名下。这样一来，未被认领的产品和鉴别结论为假冒品的产品，就没有机会获得防伪责任电子保单(7)，就可节约保费。
本发明所述保单标识物(2)，可采用中国第一代防伪信息查验类防伪技术——电码防伪技术印制，也可采用中国第二代防伪信息查验类防伪技术——纹理防伪技术印制，还可采用中国第三代防伪信息查验类防伪技术——锯齿防伪技术印制，还可采用RFID防伪技术制作，还可采用各家独创的自加密二维码等数字加密防伪技术等信息查验类防伪技术印制。
本发明推广应用的最大风险，将来自防伪技术的不可靠。假如保 单认领系统没有识别出保单标识物(2)的真伪，误将假冒的保单标识物(2)当作真品并将保险受益人登记给认领者，保险人将付出巨大的经济赔偿损失。采用中国第三代防伪信息查验类防伪技术——锯齿防伪技术(CN104794629B)，是目前最为可靠的选择。
本申请人于2015年05月15日申请的、中国发明专利“手机识别编码锯齿防伪方法(CN104794629B)”说明书第[0019]和[0022]段，要求“采用镜头分辨率≥800万像素”的高端智能手机来识别尺寸范围为“0.3mm(H)×0.3mm(W)～0.05mm(H)×0.05mm(W)”的大锯齿。其专利在实施实践过程中，遇到了如下两个应用技术难题。
其一、小锯齿，低端智能手机无法识别。正常印刷生产条件下，油墨浸润所生长的锯齿，平均尺寸仅有0.03mm(H)×0.03mm(W)，属于小锯齿，达不到“手机识别编码锯齿防伪方法(CN104794629B)”要求的技术标准的最小值0.05mm(H)×0.05mm(W)。因为大多数消费者使用的是前置镜头分辨率小于800万像素的低端智能手机，所以大多数消费者无法识别小锯齿。
其二、大锯齿，难制造。为制造出低端智能手机可识别的大锯齿，本申请人研发了“局部扩散锯齿防伪印刷物(CN106960237B)”并获得了发明专利授权。它需要增加一道工序、增加一个印刷机组，印刷一个“扩散(剂)涂层”来促使油墨浸润生长出大锯齿。这样一来，势必就需要增加设备、增加工序、消耗扩散剂、增加制造成本、降低生产效率。
综上所述，“手机识别编码锯齿防伪方法(CN104794629B)”专利技术的应用，急需研发一种易于生产、易于低端智能手机识别的实施技术方案，以克服上述两个应用技术难题，满足本发明对防伪技术的应用要求。
为满足本发明对防伪技术的高标准应用要求，降低保险人的经济风险，以下对现行防伪技术“手机识别编码锯齿防伪方法(CN104794629B)”进行进一步改进和完善，并具体应用到本发明中。
本发明所述的上述任何一种产品防伪责任保险包装方法，其特征在于：
①在保单编码(10)上，预设一些人工微孔(19)；
②选用表面张力为Y的液体油墨，将预设有人工微孔(19)的保单编码(10)或图文(22)印设到(表面能为C的)保单标识物(2)的承印面上，其中C≠Y，也即C＞Y或Y＞C，C与Y就是不能相等和接近；例如，预先印设一个表面能C(也称表面张力)为于48达因/厘米的局部扩散(剂)涂层，然后用表面张力Y小于24达因/厘米的液体油墨将保单编码(10)或图文(22)印制到局部扩散(剂)涂层上；总而言之，所选用的液体油墨能够浸润或不浸润所选用的承印面，也即C与Y之差的绝对值越大越好，C与Y不宜相等或接近；只有这样，才能使液体油墨围成的人工微孔(19)自然收缩/扩张、随机变形成锯齿微孔(20)；待所印出的人工微孔(19)自然收缩/扩张成随机形状的锯齿微孔(20)后，再将油墨干燥固化，以使锯齿微孔(20)定形；其中，其中，一些(即一部分)锯齿微孔(20)的孔径(即孔宽)为0.01mm～0.05mm或为0.01mm～0.3mm；
③放大拍摄锯齿微孔(20)，以获取锯齿微孔(20)的显微特征信息，并将所获取的显微特征信息作为防伪信息存储备案到保单认领系统数据库(4)中；
④采用后置镜头分辨率≥500万像素的低端智能手机(5)拍摄锯齿微孔(20)，以获取锯齿微孔(20)的显微特征信息——待检防伪信息；
⑤将所获取的待检防伪信息与数据库(4)中的防伪信息档案进行匹配；若相符，则将结论为真的鉴别结论信息(11)显示到智能手机(5)上；若不相符，则将结论为假的鉴别结论信息(11)显示到智能手机(5)上。
可取的是，所述的产品防伪责任保险包装方法，其特征在于：在保单编码(10)印出后，延时0.15～1.5秒钟再将油墨干燥固化，以待人工微孔(19)充分收缩/扩张、随机变形。
可取的是，所述的产品防伪责任保险包装方法，其特征在于：锯齿微孔(20)设置于二维码的位置探测图形(21)里；或者，锯齿微孔(20)设置于二维码中心位置的图文(22)里；或者，锯齿微孔(20)设置于二维码旁边的图文(22)里。
可取的是，所述的产品防伪责任保险包装方法，其特征在于：人工微孔(19)的形状为圆形、方形、三角形、多边形中的一种或多种；孔宽为0.06mm～0.36mm或为0.13mm～0.17mm。
可取的是，所述的产品防伪责任保险包装方法，其特征在于：将锯齿微孔(20)的面积/周长与数据库(4)中存储备案的防伪信息进行匹配，以鉴别真伪。
与现有信息查验类防伪技术“手机识别编码锯齿防伪方法(CN104794629B)”相比，采用了上述锯齿微孔(20)的保单编码(10)，可产生如下有益技术效果。
其一、锯齿微孔(20)，易于低端智能手机识别。研究显示：“手机识别编码锯齿防伪方法(CN104794629B)”专利在生产实施时，若不采用扩散(剂)底涂来促进生长，则保单编码(10)及图文(22)边沿所生长出来的锯齿(23)，其平均高度H与宽度W仅有0.03mm×0.03mm。这些0.03mm×0.03mm的锯齿(23)属于小锯齿(23)，无法用后置镜头低于800万像素的低端智能手机拍摄采集到，换言之，小锯齿(23)用低端智能手机无法识别。
参见图9，在锯齿微孔(20)边沿具有一个个首尾相连的小锯齿(23)，这一圈小锯齿(23)导致锯齿微孔(20)形成个性图形并具有方向性，使锯齿微孔(20)的个性特征非常明显。
背景技术“手机识别编码锯齿防伪方法(CN104794629B)”将小锯齿(20)当作防伪元素进行存储与识别。而本发明将小锯齿(23)围成的锯齿微孔(20)当作防伪符号进行存储与识别。防伪符号所携带有的个性特征信息要比防伪元素所携带的个性特征信息丰富得多。试验显示：采用卷积神经网络和自学习技术建立算法模型来识别作为防伪符号的锯齿微孔(20)，要比识别作为防伪元素的小锯齿(23)更容易、更准确。
研究显示：锯齿微孔(20)的平均尺寸为0.15mm，是小锯齿(23)高度0.03mm的5倍以上，且锯齿微孔(20)的形状具有方向性。作为防伪符号的锯齿微孔(20)与作为防伪元素的小锯齿(23)相比，锯齿微孔(20)很容易用后置镜头低于500万像素的低端智能手机拍摄采集到，换言之，锯齿微孔(20)用低端智能手机完全可以识别。
正常印刷生产条件下，锯齿(23)的平均生长高度H为0.03mm。用前置镜头分辨率小于800万像素的低端智能手机，无法识别其0.03mm高的小锯齿 (6)。
参见图9，正常印刷生产条件下，当锯齿微孔(20)周围的小锯齿(23)平均生长高度H仍为0.03mm时，因为众多小锯齿(23)会从四面八方向锯齿微孔(20)中心扩散生长，所以必然导致作为防伪符号的锯齿微孔(20)的面积发生指数级的巨大变化。换言之，围成锯齿微孔(20)的小锯齿(23)若发生微小变化，就会引起锯齿微孔(20)的面积和形状及周长发生巨大变化。
测试实验显示：在其它条件全部不变的情况下，作为防伪符号的锯齿微孔(20)的识别准确率，比作为防伪元素的小锯齿(23)的识别准确率，提高了1-2个数量级，用户体验大为改善。测试实验还显示：即便使用前置镜头分辨率小于500万像素的低端智能手机，也能够非常准确地识别作为防伪符号的锯齿微孔(20)。换言之，增加了锯齿微孔(20)的保单编码(10)克服了“手机识别编码锯齿防伪方法(CN104794629B)”的“小锯齿，低端智能手机无法识别”的应用技术难题。
测试显示：尤其是将待检特征信息中锯齿微孔(20)的面积及周长与防伪特征信息档案进行匹配的技术创新，使得防伪识别变得更简易、更准确了。
其二、无需大锯齿，易生产。因为，正常生产条件下，也即在完全相同的生产条件下，油墨扩散(即浸润)所形成的小锯齿(23)围成的锯齿微孔(20)，比油墨扩散所形成的小锯齿(23)更容易识别。所以，无需采用“局部扩散锯齿防伪印刷物(CN106960237A)”的工艺去印刷“局部扩散(剂)涂层”。这样一来，就免去了专用设备、减少了印刷工序、省去了扩散剂、降低了制造成本、提高了生产效率。换言之，无须专门制造“手机识别编码锯齿防伪方法(CN104794629B)”中所需的大锯齿(23)，制造难度大幅度降低。
其三、不可复制。锯齿微孔(20)的形状与大小是人工微孔(19)自然收缩/扩张后形成的，其形状具有随机性、边缘线过度自然，人工复制其形状和过度自然的特征几乎不可能。况且，自然收缩后，一些锯齿微孔(20)的孔径小于印刷极限宽度0.06mm，这些微小孔眼，即便是采用现行市面上最精密的商用胶印机、也无法印刷出来。换言之，既然现行市面上最精密的商用胶印机、也无法印出宽度窄于0.06mm的极限线条，也就无法印刷模仿出孔径小于 0.05mm的锯齿微孔(20)。又因为，围成锯齿微孔(20)的小锯齿(23)若发生微小变化，就会引起锯齿微孔(20)的面积和形状发生巨大变化，加之油墨浸润扩散/收缩无法避免、难以掌控，很容易导致较小的锯齿微孔(20)被弥合而消失，所以，复制造假的难度成指数级增加。进一步来看，采用增加了锯齿微孔(20)的保单编码(10)，造假者几乎不可能复制成功，这就大大降低了保险人的经济风险。
其四、防伪识别准确率提高了1-2个数量级，统计显示：防伪查验子系统(12)利用本发明技术措施鉴别真假的准确率达到了99.99％以上。专家评价：该技术措施把我国的信息查验类防伪识别准确率提高了1-2个数量级，是防伪行业的又一次重大技术进步。因此，增加了锯齿微孔(20)的保单编码(10)，必将提高“手机识别编码锯齿防伪方法(CN104794629B)”的应用效果，公众会积极进行防伪查验，其结果必然会大大提高防伪查验率。
其五、拓宽了应用范围。背景技术“手机识别编码锯齿防伪方法(CN104794629B)”要求使用后置镜头分辨率≥800万像素的高端智能手机进行识别，而增加了锯齿微孔(20)的保单编码(10)，使用后置镜头分辨率≥500万像素的低端智能手机就可识别，有条件使用本发明的消费者人群大量上升。
为满足本发明对防伪技术的高标准应用要求，降低保险人的经济风险，以下对现行防伪技术再次进行改进和完善，并具体应用到本发明中。
首先，介绍一个印刷知识——印刷极限宽度，所述印刷极限宽度是指印刷机能够印刷出来的最窄线条的宽度。现行国内外市面上，最精密的商用胶印印刷机、其印刷极限宽度≥0.06mm。换言之，即便是采用现行市面上最精密的商用印刷机、也无法印出宽度窄于0.06mm的超限点/线。
喷墨印刷机通常简称为喷印机，喷印机最大的好处就是承印材质不受任何限制，能够实现直接喷印，免去了传统印刷工艺的制版、出菲林、套色等多种重复流程。但是，喷印机在喷印过程中，可能会出现飞墨和串色现象，可能会严重影响印刷品质。喷印机使用手册解释到，喷印机出现飞墨的原因主要有以下五种。
第一种、静电原因：喷印机如果处于湿度较低、环境干燥的情况 下，喷头与材质之间是很容易产生静电的，从而在打印的过程中会出现飞墨现象。
第二种、喷头电压过高：如果喷头板指示灯显示的电压出现亮红灯、报警的状况，在使用的过程中便会出现飞墨的情况。
第三种、喷头很久未清洗：喷头使用久了且未清洗，就会出现喷头断线的情况，这种现象必然会导致机器飞墨。
第四种、频率失常：电控系统发出的脉冲信号的频率失常，导致喷头点火之间的脉冲距离不合理，必然造成飞墨现象。
第五种、喷头太高：一般喷头与材质的高度应当控制在0.5mm～1.5mm之间，如果喷头超过了自身喷射范围内，肯定会出现飞墨现象。
以上问题的解决方案有以下五个。
第一个、静电原因造成的飞墨，需要添加静电棒或者是添加地线，将其屏蔽掉。
第二个、喷头电压过高，需改装电路板卡，或者是变更电路来规避这个问题。
第三个、喷印测试条，检查喷头状况，如发现堵塞、发虚等情况，需要清洗喷头的通道，使其保持通畅。喷头断线的解决方法需要时常检查喷头状况，看是否出现发虚、堵塞的情况，如果需要立即处理，否则飞墨现象无法避免。
第四个、电控系统问题，这个需要专门的技术人员进行维修才能解决。
第五个、喷头与承载物距离太高还是很容易解决的，只需要将它们之间的距离缩短就可以了。
总而言之，飞墨现象是喷印机在非正常工作状态下继续工作所导致的结果。飞墨墨点的尺寸很随机、也很小，远小于正常喷印最小墨点尺寸0.06mm。
本发明所述的上述任何一种产品防伪责任保险包装方法，其特征在于：
①在给每一个保单标识物(2)喷印保单编码(10)时，采取调高喷头电压、或抬高喷头、或施加静电、或改变脉冲信号频率等技术措施，调整喷印机的工作参数，使喷印机处于飞墨的非正常工作状态；
②迫使喷印机在飞墨的非正常工作状态下往保单标识物(2)喷印保单编码(10)，以使所喷印的保单编码(10)伴生有一些飞墨墨点(24)；
③放大拍摄飞墨墨点(24)，以采集获取飞墨墨点(24)的显微特征信息，所述显微特征信息至少包括飞墨墨点(24)的颜色、形状、大小、位置、方向、数量(等其)中的一种；并将所获取的显微特征信息作为防伪信息存储备案到保单认领系统数据库(4)中。
可取的是，所述的产品防伪责任保险包装方法，其特征在于：一些飞墨墨点(24)的直径≤0.05mm或0.04mm或0.03mm或0.02mm或0.01mm。由于现行印刷机能够印刷出来的最小墨点/最窄细线，均大于印刷极限宽度0.06mm；正常喷印墨点的尺寸均大于0.06mm。这样一来，直径小于0.06mm的飞墨墨点(24)，造假者就无法复制伪造了，换言之，造假者复制伪造的假飞墨墨点(24)的尺寸必然大于印刷极限宽度0.06mm，防伪查验子系统(12)计算其尺寸后，必然可以鉴别出其是假冒的。再换言之，因为飞墨墨点(24)是非人为随机产生的，所以必然会产生一些直径小于印刷极限宽度0.06mm的飞墨墨点(24)。
可取的是，所述的产品防伪责任保险包装方法，其特征在于：保单编码(10)伴生有一些裂痕(25)。研究显示：喷印机在飞墨的非正常工作状态下喷印时，保单编码(10)还会伴生一些裂痕(25)。
可取的是，所述的产品防伪责任保险包装方法，其特征在于：将喷头距离保单标识物(2)的高度抬高到1.6mm～3.6mm。
与现有技术相比，具有上述飞墨墨点(24)和裂痕(25)的保单编码(10)，可产生如下有益技术效果。
其一、易于生产制造。采取调高喷头电压、或抬高喷头、或施加静电、或改变脉冲信号频率等技术措施，使喷印机处于飞墨的非正常工作状态，就可伴生出不可复制的防伪特征——飞墨墨点(24)，生产工艺极其简单。
其二、不可复制。飞墨墨点(24)的尺寸很随机、也很小，远小于正常喷印最小墨点尺寸0.06mm。而现行印刷机能够印刷出来的最小墨点/最窄细线，均大于印刷极限宽度0.06mm，所以，造假者复制伪造的假飞墨墨点(24)的尺寸必然大于0.06mm，保单认领系统计算其尺寸后，必然可以鉴别出其是假冒的。
其三、保单编码(10)上若伴生有飞墨墨点(24)，按照现行印刷技术标准来衡量，其应属于次品或不合格品；但是，按照本发明的技术标准来衡量，其应为合格品，反而把那些没有飞墨墨点(24)的保单编码(10)视为不合格品。
为满足本发明对防伪技术的高标准应用要求，降低保险人的经济风险，以下对现行防伪技术再次进行改进和完善，并具体应用到本发明中。
上述任何一种产品防伪责任保险包装方法，其特征在于：
①在相对于油墨具有浸润特性的保单标识物(2)的承印面上，印设一些由所述油墨构成的墨点(26)点阵；该墨点(26)点阵最好随机分散于二维码的空白缝隙中；
②使墨点(26)点阵在浸润力的作用下沿承印面随机润开，以变形成随机形状的浸润墨块(27)点阵；
③放大拍摄浸润墨块(27)点阵，以采集获取浸润墨块(27)的显微特征信息，所述显微特征信息包括浸润墨块(27)的颜色、形状、大小、位置、方向、数量中的一种或多种；将所获取的显微特征信息作为防伪信息存储备案到保单认领系统数据库(4)中。
可取的是，所述的产品防伪责任保险包装方法，其特征在于：浸润墨块(27)的宽度÷墨点(26)的宽度＝1.2～1.8；同一个保单标识物(2)上，至少印设有由10或100或1000或3000或10000个墨点(26)所构成的点阵，保单认领系统将墨点(26)变形成的浸润墨块(27)的平均宽度、或平均面积、或颜色深浅、或各自的位置、或各自的方向与防伪信息档案进行匹配，以鉴别真伪。
这样一来，因浸润墨块(27)宽度大于一个墨点(26)的宽度且小于2个墨点(26)的宽度，所以，无法复制。换言之，用不浸润的墨点(26)复制的浸润墨块(27)宽度，只可能是墨点(26)宽度的整数倍，不可能是1.2～1.8倍。
这样一来，由于识别对象之浸润墨块(27)的数量特别大，高清复印伪造时，浸润墨块(27)的平均宽度、平均面积等特征必然发生变化(或扩大或缩小)，从而与原版产生明显差异，继而能够被防伪查验子系统(12)识别出来。换言之，复制品中的浸润墨块(27)，其平均宽度、平均面积、颜色的深浅过度(例如明暗过度变化)等特征，即使变化很小，例如宽度仅仅缩小了0.1mm，由0.3mm宽变成了0.2mm宽，与原版尺寸(例如0.3mm宽)相比，面积就发生了很大变化：0.3mm×0.3mm-0.2mm×0.2mm＝0.05m2，与原版面积相比减少了55％，这一变化数值是巨大的，软件很容易检测到，且由于它是数量众多的浸润墨块(27)平均变化数值，因此，它是准确的、可靠的，可作为准确鉴别结论的依据。统计显示：利用这一技术措施鉴别真假的准确率达到了9.999％以上。该措施把我国的防伪识别准确率提高了两个数量级，是防伪行业的一次重大技术进步。
本发明一种(防伪责任)保单认领系统的技术方案如下。
一种(防伪责任)保单认领系统，其特征在于它包括防伪查验子系统(12)与保单登记子系统(13)；所述保单认领系统包括：
①保险受益人身份信息状态待定的防伪责任电子保单(7)；
②设有保单编码(10)的保单标识物(2)，包括保单编码(10)以二维码形式印刷出来的二维码保单标识物(2)或保单编码(10)被写入芯片的RFID保单标识物(2)；保单标识物(2)设置在产品包装物(1)上，与产品包装物(1)结合成牢不可破的整体，不能被无损转移到假冒产品上；
③保单认领系统数据库(4)，用于存储保单标识物(2)上的防伪信息和保单内容信息(6)；
④保单认领系统服务器(8)，用于查验保单标识物(2)真假，发送鉴别结论信息(11)到认领者的智能手机(5)上，接收认领者提供的身份信息，将保险受益人登记到认领者所提供的身份信息名下，将防伪责任电子保单(7)的保险受益人身份信息由待定状态修改为确定状态；
⑤智能手机(5)，用于查验保单标识物(2)真假，接收保单认领系统发送的真假鉴别结论信息(11)和保单内容信息(6)，提供保险受益人的身份信息，上传损坏证据(14)信息。
可取的是，所述的(防伪责任)保单认领系统，其特征在于，至少包括下列特征之一：
①损坏证据(14)信息核实单元，用于将认领者上传来的(例如图像/视频/文字等)损坏证据(14)信息进行识别(例如对图像/视频进行人工智能识别或解析)，以判断产品外观是否已经损坏；
②身份信息确认单元，用于接收认领者提供的身份信息；
③保险受益人登记单元，用于将认领者提供的身份信息登记为保险受益人，将防伪责任电子保单(7)的保险受益人身份信息由待定状态修改为确定状态；
④保费收支单元，用于接收与防伪责任电子保单(7)对应的保险费。
可取的是，所述的(防伪责任)保单认领系统，其特征在于：在距离保单编码(10)0-12mm的位置模切有易损切口线(3)；或者，在距离保单编码(10)0-12mm的位置埋设有易损拉线(9)；或者，在距离易拉罐罐口0-8mm的位置印设有标识编码(10)；或者，在距离利乐包吸管插孔(15)0-8mm的位置印设有标识编码(10)。
本发明所述保单标识物(2)应归类于产品包装物(1)，也即保单标识物(2)属于成千上万种产品包装物(1)当中的一个品种。有时候保单标识物(2)会被做成一枚小小的不干胶标签，粘贴在纸盒等大尺寸的产品包装物(1)上。有时候保单标识物(2)直接印刷制作在纸盒等大尺寸的产品包装物(1)上，与产品包装物(1)合二为一。
本发明所述的防伪责任电子保单(7)，包括纸质保单的电子版。
本发明所述保单编码(10)是保险合同的编号，是保险合同唯一身份号码。最好是由字母、数字、下划线等字符构成的可以作为链接地址使用的字符串。
本发明所述的提供身份信息，包括默认身份信息，例如认领者使用微信小程序或使用微信公众号或使用各种已经注册了的APP登陆保单认领系统，等于以默认方式提供了身份信息。这里所述的身份信息泛指能够关联到认领者真实身份的各种ID，包括APP注册账号、电话号码、电子邮箱、QQ号、 微信号、银行账号等。
本发明所述的认领防伪责任电子保单(7)，包括在微信小程序中或微信账号中或APP中，以点击收藏按钮方式认领，也包括以自动保存查验历史记录方式认领。
本发明所述的保险受益人，泛指产品购买者、使用者、消费者、操作者等第三人。
与现有技术相比，本发明可产生如下四种有益技术效果。
其一、网站造假更难：调查显示，保险查验系统平台比防伪查验系统平台更难造假。这是因为保险公司是知名大公司，其域名(例如www.picc.com)和APP及微信小程序商标，已被广大消费者所熟记。相反，防伪查验系统平台微小且数目众多，广大消费者不熟悉。本发明由防伪公司的防伪查验子系统(12)、保险公司的保单登记子系统(13)、具有公信力的独立第三方的复核鉴定系统(13)等三方系统联合为产品进行防伪与查验，构成了防伪、保险、复核联动的三个系统，所以，本发明中的网站造假更难，具有区块链技术不可更改信息的防伪优点。
其二、保单认领率被转化为防伪查验率：消费者主观上是在主动领取保险单，客观上在不知不觉中被动地查验了保单标识物(2)真伪。由于认领保单的人数，要比查真伪的人数多很多，又由于本发明将保单认领率转化成了防伪查验率，使得保单认领率等于了防伪查验率，致使本发明的防伪查验率被提高了很多，一些名贵产品的防伪查验率甚至达到了33％以上。本发明人从事防伪技术与治假理论研究近30年，最终研究发现：仅仅依靠消费者主动查验真假，其查验率是很低的，是难以有效遏止假冒的。本发明将防伪查验步骤隐含于消费者主动认领保单的过程当中，致使本发明的防伪查验率被提高了一个数量级。
其三、防伪力度强：因为防伪查验率提高了很多很多倍，甚至达到了33％以上，所以防伪效果大增，防伪力度被大大增强。这一突出技术效果，出乎意外，是国内外防伪技术研究开发人员梦寐以求的技术效果。
其四、落实了防伪责任：产品采用现行防伪信息查验类防伪技术 后，如果消费者获得的鉴别结论信息(11)是真品，最终却发现是假冒品，提供其防伪技术服务的防伪公司是不承担赔偿责任的。本发明中的防伪责任电子保单(7)属于产品责任保险品类的一种，如果消费者获得的鉴别结论信息(11)是真品，最终却发现是假冒品，保险公司将承担赔偿责任。现行产品责任保险单从来没有与产品一一对应地结合固定在产品上，更没有与产品包装融为不可分离的一个整体，更没有进行编码，也没有提供保险受益人登记技术系统和技术服务。换言之，本发明将防伪责任电子保单(7)与产品包装物(1)进行了有机结合与数据交互和认证，落实了防伪责任，从而增强了防伪力度。
其五、新功能、新用途：电子保单从此新增了为别的产品提供防伪技术服务的新功能、新用途。
附图说明
为了更清楚地说明本发明实施例或现有技术中的技术方案，下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍，显而易见地，下面描述中的附图仅仅是本发明的实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据提供的附图获得其它的附图。
图1为本发明实施例一中的一种防伪责任电子保单(7)和保单标识物(2)示意图。
图2为本发明实施例一或七中的一种防伪标签(18)示意图。
图3为本发明实施例二中的一种保单编码(10)写入芯片的RF I D瓶盖示意图。
图4为本发明实施例一或二中的一个鉴别结论信息(11)手机页面示意图。
图5为本发明实施例一或二中的一种保单认领系统示意图。
图6为本发明实施例三中的一种保单编码(10)为阿拉伯数字的易拉罐示意图。
图7为本发明实施例三中的一种保单认领系统示意图。
图8为本发明实施例四中的一种设有微孔的保单编码(10)示意图。
图9为图8中微孔的放大示意图。
图10为本发明实施例五中的一种损坏了的保单编码(10)为二维码形式的保单标识物(2)示意图。
图11为本发明实施例五中的一种保单认领系统示意图。
图12为本发明实施例六中的一种保单编码(10)为二维码的利乐包(开启后的)示意图。
图13为本发明实施例六中的种保单认领系统示意图。
图14为本发明实施例七中的一种保单编码(10)写入芯片的酒类产品示意图。
图15为本发明实施例八中的一种损坏了的二维码形式保单编码(10)瓶贴示意图。
图16为本发明实施例八中的一种保单认领系统示意图。
图17为本发明实施例九中的一种设有微孔的保单编码(10)示意图。
图18为本发明实施例十中的一种设有微孔的保单编码(10)示意图。
图19为本发明实施例十一中的一种具有飞墨墨点(24)的保单编码(10)示意图。
图20为本发明实施例十二中的一种具有裂痕(25)的保单编码(10)示意图。
图21为本发明实施例十三中的一种设有墨点(26)的保单编码(10)示意图。
图22为图21中的墨点(26)变成浸润墨块(27)后的保单编码(10)示意图。
图23为本发明实施例十四中的一种灌口贴有保单标识物(2)罐内放置有防伪标识物(18)的奶粉产品示意图。
图24为本发明实施例十五中的现行显示器屏幕(30)的一种放大效果示意图。
图25为本发明实施例十五中的现行显示器屏幕(30)的另一种放大效果示意图。
图26为本发明实施例十六中的一种包含复核鉴定系统(31)的保单认领系统示意图。
附图标号说明：1-产品包装物、2-保单标识物、3-(易损)切口线、4-数据库、5-智能手机、6-保单内容信息、7-防伪责任电子保单、8-服务器、9-(易损)拉线、10-保单编码、11-鉴别结论信息、12-防伪查验子系统、13-保单登记子系统、14-损坏证据、15-吸管插孔、16-微信小程序二维码、17-防伪编码、18-防伪标签、19-人工微孔、20-锯齿微孔、21-位置探测图、22-图文、23-锯齿、24-飞墨墨点、25-裂痕、26-墨点、27-浸润墨块、28-外观结构易损区、29-红绿蓝三原色像素阵列、30-屏幕、31-复核鉴定系统。
具体实施方式
实施例一。
如图1、图14所示，将保险受益人身份信息栏目待定(即留空)的防伪责任电子保单(7)的保单内容信息(6)，用胶版A5纸印刷出来，参见图1b。最好再印刷上数字与字母构成的链接地址形式的保单编码(10)以及数字形式的保单流水号等内容。例如所印内容为：本保险公司向您保证，您所购买的该产品为真品，若有怀疑，您可通过其它具有司法鉴定资质的第三方机构，对该产品进行最终司法鉴定；万一被司法鉴定为假冒产品，您将可获得本保险公司赔付给您的相当于产品售价三倍的保险理赔款；敬请用智能手机(5)扫描产品上的二维码，登陆保单认领系统，填写身份信息，将保险受益人登记到您的名下。
对防伪责任电子保单(7)进行编码，每一张防伪责任电子保单(7)印刷一个具有唯一性的保单编码(10)。
采用中国专利“手机识别编码锯齿防伪方法(CN104794629B)”之防伪技术，将保单编码(10)以二维码的形式印刷在保单标识物(2)上，参见图1a。
放大拍摄保单标识物(2)上的二维码，以采集获取二维码油墨边沿的随机锯齿，将所采集到的随机锯齿信息作为防伪信息，存储备案到如图5所示的防伪查验子系统(12)的数据库(4)中。
将印刷出来的防伪责任电子保单(7)折叠后放进酒盒里，用保单标识物(2)作为酒盒封口贴将酒盒封死。保证没有购买该酒的人取不出酒盒里的防伪责任电子保单(7)印刷物，使之随酒一起流通，提供给消费者。
可取的是，采用防伪信息查验类防伪技术制作一枚如图2所示的、具有防伪编码(17)的防伪标签(18)，用之将酒瓶口封死。更可取的是，所述防伪编码(17)与保单编码(10)一一对应地存储在保单认领系统数据库(4)中。可取的是，防伪编码(17)与保单编码(10)统一编码规则，甚至合二为一。
搭建一个如图5所示的保单认领系统。其系统可由防伪查验子系统(12)与保单登记子系统(13)等两部分组成。
将防伪责任电子保单(7)之保单内容信息(6)以及保单标识物(2)之防伪信息，与保单编码(10)一一对应地存储备案到保单认领系统数据库(4)中。
这样一来，当消费者购买该酒之前，就可用智能手机(5)扫描酒盒封口贴上的二维码形式的保单编码(10)，以请求认领防伪责任电子保单(7)。经查验(这是第一次对产品进行查验)，如果所上传的保单编码(10)和防伪信息，与数据库(4)中所存储的保单编码(10)和防伪信息相匹配，保单标识物(2)被保单认领系统判定为真品，则由保单认领系统发送结论为真品的鉴别结论信息(11)到智能手机(5)上，以鼓励消费者放心购买该瓶酒；相反，经查验，如果所上传的保单编码(10)和防伪信息，与数据库(4)中所存储的保单编码(10)和防伪信息不匹配，保单标识物(2)被保单认领系统判定为假冒品，则保单认领系统向智能手机(5)发出警示信息，提示认领者谨防假冒，不要购买该瓶酒。
消费者将酒买回家后，就可拆开酒盒(即损坏包装)，从酒盒里取出防伪责任电子保单(7)，按照提示信息要求，用智能手机(5)扫描瓶口防伪标签(18)上的二维码形式的保单编码(10)，以进行第二次查验，查验通过后，登陆保单认领系统，将自己的身份信息登记为保险受益人。然后，放心饮酒，放心消费。
消费者主观上在主动扫码登陆保单认领系统，客观上却不知不觉被动地会被保单认领系统查验保单标识物(2)之真伪。如果保单标识物(2)为真的，则可在反馈所查防伪责任电子保单(7)为真的鉴别结论信息(11)到消费者的智能手机(5)上的同时或之后，由保单认领系统发送所设置的保单内容信息(6)到认领者的智能手机(5)上。参见图4，例如发送的信息为：本保险公司向您保证，您所购买的该产品为真品。如有怀疑，您可通过其它具有司法鉴定资质的第三方对该产品进行司法鉴定；万一被鉴定为假冒产品，您可获得本保险公司 赔付给您的相当于产品售价三倍的保险理赔款。
反之，如果保单标识物(2)为假冒的，则由保单认领发送系统向认领者的智能手机(5)发出警示信息(例如发出“您所查验的是假冒保单/产品”等)，以提示认领者谨防假冒。
这样一来，万一产品是假冒产品，认领者就可作为保险受益人获得保险理赔。换言之，不查者得不到防伪责任电子保单(7)及其保险赔付。
当然，消费者若没有购买该瓶酒等产品，保单认领系统是不应把防伪责任电子保单(7)的保险受益人登记到认领者名下的。只有购买了该瓶酒，打开了酒盒，上传了损坏证据(14)信息，才可由保单认领系统将保险受益人身份信息待定的防伪责任电子保单(7)添加到认领者提供(或确认)的身份信息名下，使之变成保险受益人确定(即受益人栏目已填写)的防伪责任电子保单(7)。
实施例二。
如图3所示，赋予每一个防伪责任电子保单(7)一个具有唯一性的保单编码(10)，但无需将防伪责任电子保单(7)印刷出来；可仅将保单编码(10)写入RFID芯片，制出粘贴有RFID保单标识物(2)的瓶盖。该瓶盖相当于一种RFID瓶盖，应属于产品包装物(1)的一个组成部分，与瓶盖融为一体。
将保单编码(10)加密后兼做作防伪信息存储备案到防伪查验子系统数据库(7)中。
搭建一个如图5所示的保单认领系统。其系统可由防伪查验子系统(12)与保单登记子系统(13)等两部分组成。
将保单内容信息(6)与加密后兼做作防伪信息的保单编码(10)一一对应地存储到保单认领系统数据库(4)。
这样一来，当消费者购买该瓶酒后，就可打开智能手机(5)的NFC功能，靠近RFID瓶盖，打开链接页面，从保单认领系统读取保单内容信息(6)，并填写身份信息，将自己的身份信息登记为保险受益人。
消费者主观上主动在使用智能手机(5)的NFC功能读取保单内容信息(6)、登陆保单认领系统，客观上却不知不觉被动地被系统验证真伪。如果是真的，则可在反馈真的鉴别结论信息(11)到智能手机(5)上的同时或之后，由保单认领系统发送所设置的保单内容信息(6)到认领者的智能手机(5)上。参见 图4，例如发送的信息为：本保险公司向您保证您所购买的该产品为真品。您可通过其它具有司法鉴定资质的第三方对该产品进行再次鉴定；万一被司法鉴定为假冒产品，您可获得本保险公司赔付给您的相当于产品售价三倍的保险理赔款。
反之，如果是假的，则由保单认领系统向智能手机(5)发出警示信息(例如发出“您所查验的是假冒保单/产品”等)，以提示认领者谨防假冒。
这样一来，万一产品是假冒产品，认领者就可作为保险受益人等第三人获得保险理赔。
当然，消费者若没有购买该瓶酒，也就无权拧开瓶盖，其内的RFID保单标识物(2)将不会被损坏。其他人还可继续认领登记保险受益人，届时系统就会将新购买者的身份信息修改为新的保险受益人。
为防止冒充保险受益人事件发生，应在酒盒上明显位置提示消费者，先登陆保单认领系统将保险受益人登记到自己名下，再拧开瓶盖，损坏其内的RFID保单标识物(2)，使后来的任何人无法读取RFID保单标识物(2)，从而没有机会登陆保单认领系统再次修改保单受益人身份信息，从而保住自己的保险受益人身份。
换言之，系统应把最后一次提供的身份信息确定为保险受益人。
实施例三。
如图6、图7所示，采用中国专利“手机识别编码锯齿防伪方法(CN104794629B)”之防伪技术，将阿拉伯数字形式的保单编码(10)喷印在易拉罐的顶盖上，保证一罐一码，绝不重复。在罐身上印刷一个登陆保单认领系统的固定的微信小程序二维码(16)。其它步骤参考上述实施例。这样一来，消费者购买到该易拉罐产品后，就可先按照提示拉起拉环，打开灌口。
然后，使用智能手机(5)之微信扫一扫软件，扫描罐身上的微信小程序二维码(16)，打开微信小程序，拍摄阿拉伯数字形式的保单编码(10)和拉开的灌口，以获取(照片/短视频等)损坏证据(14)信息和保单编码(10)信息，将所获取的损坏证据(14)信息和保单编码(10)信息上传至保单认领系统。
保单认领系统接收并查验损坏证据(14)信息和保单编码(10)信息。
保单认领系统将损坏证据(14)信息进行人工智能图像识别，证实 灌口被损坏后，且在保单编码(10)真实(锯齿特征相符)有效的前提下，参考上述实施例的步骤，将所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给认领者。
实施例四。
生产一种如图8所示的保单标识物(2)。
给每一个保单标识物(2)喷印至少一个具有唯一性的保单编码(10)。
第一步、预先在电脑中生成一批具有唯一性的保单编码(10)的电子图像文件，并在其电子图像上预设一些0.15mm宽的正方形的人工微孔(19)，参见图9。将人工微孔(19)设置在二维码位置探测图(21)里。
第二步、选用表面张力为Y的液体油墨，例如UV喷码油墨，将预设有正方形的人工微孔(19)的保单编码(10)喷印到表面能为C的保单标识物(2)的承印面上，其中，C＞Y；例如，预先印设一个表面能C大于48达因/厘米的局部浸润涂层，然后用表面张力Y小于24达因/厘米的液体油墨将保单编码(10)印制到局部浸润涂层上；总而言之，所选用的液体油墨能够浸润所选用的承印面，也即C与Y的差越大越好，但是C与Y不宜相等或接近；只有这样，才能使液体油墨围成的人工微孔(19)，在浸润力的作用下自然收缩、随机变形，使人工微孔(19)产生锯齿(23)，继而形成锯齿微孔(20)。
第三步、保单编码(10)喷印后等待0.15～1.5秒钟，以待人工微孔(19)充分收缩、随机变形成锯齿微孔(20)后，将油墨干燥；其中，一部分(也即不是全部)锯齿微孔(20)的孔径必然缩小至0.01mm～0.05mm。
第四步、生产时，放大拍摄锯齿微孔(20)，以采集获取锯齿微孔(20)的显微特征信息，所述显微特征信息至少包括锯齿微孔(20)的颜色、形状、大小、面积、周长、位置、方向、数量中的一种；并将显微特征信息作为防伪信息存储备案到保单认领系统数据库(4)中作为防伪信息档案。
第五步、消费者认领时，用后置镜头分辨率≥500万像素的智能手机(5)，拍摄保单标识物(2)上的锯齿微孔(20)，以获取锯齿微孔(20)的显微特征信息——待检防伪信息。
第六步、保单认领系统将所获取的待检特征信息(尤其是孔径和形状)与防伪信息档案进行匹配；若相符，则将结论为真的鉴别结论信息(11)显示 到智能手机(5)上；若不相符，则将结论为假的鉴别结论信息(11)显示到智能手机(5)上。
这样一来，消费者购买到产品后，就可使用智能手机(5)之微信扫一扫软件，扫描其上的二维码，打开微信小程序，再利用微信小程序拍摄二维码和损坏了的保单标识物(2)，以获取(照片/短视频等)损坏证据(14)信息和保单编码(10)信息，将所获取的损坏证据(14)信息和保单编码(10)上传至保单认领系统。
保单认领系统接收并查验损坏证据(14)信息和保单编码(10)信息。
保单认领系统将损坏证据(14)信息进行人工智能图像识别，经核实，保单标识物(2)的确被损坏后，且在锯齿微孔(20)之特征相符的前提下，参考上述实施例，将所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给认领者。
实施例五。
如图10、图11所示，选用一种铜版纸不干胶材料来印制保单标识物(2)。在背面的不干胶层上释放一条细线，例如释放一条专利授权公布号CN109215493B中的纹理线串，以用作拆封拉线(9)。最好预留出便于用手掐住拉起的线头。
在保单标识物(2)正面，印刷上具有唯一性的一个二维码形式的保单编码(10)，例如印刷一个http://315net.com/123456789012链接地址作为保单编码(10)。
参考中国专利“手机识别编码锯齿防伪方法(CN104794629B)”，将二维码进行显微拍照，以采集获取二维码边沿的随机锯齿等个性特征信息，并将其随机锯齿等个性特征信息存储到数据库(4)中作为防伪信息。
将所制成的保单标识物(2)牢固地粘贴到产品包装物(1)上，使之不能被无损转移到假冒产品上。
这样一来，消费者购买到产品后，就可按照提示掐住线头拉起拉线(9)、撕坏标签。
然后，使用智能手机(5)之微信扫一扫软件，扫描其上的二维码，打开微信小程序，再利用微信小程序拍摄二维码和损坏了的保单标识物(2)， 以获取(照片/短视频等)损坏证据(14)信息和保单编码(10)信息，将所获取的损坏证据(14)信息和保单编码(10)上传至保单认领系统。
保单认领系统接收并查验损坏证据(14)信息和保单编码(10)信息。
保单认领系统将损坏证据(14)信息进行人工智能图像识别，经核实，保单标识物(2)的确被损坏后，且在锯齿特征相符的前提下，参考上述实施例的步骤，将所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给认领者。
实施例六。
如图12、图13所示，采用中国专利“手机识别编码锯齿防伪方法(CN104794629B)”之防伪技术，将二维码形式的保单编码(10)印刷在利乐包顶部吸管插孔(15)旁边，保证一包一码，绝不重复。其它步骤参考上述实施例。这样一来，消费者购买到利乐包(例如牛奶)后，就可先按照提示信息戳穿吸管插孔(15)，损坏包装。
然后，使用智能手机(5)之微信扫一扫软件扫描利乐包上的二维码，打开微信小程序，再利用微信小程序拍摄二维码和戳穿后的吸管插孔(15)，以获取(照片/短视频等)损坏证据(14)信息和保单编码(10)信息，将所获取的损坏证据(14)信息和保单编码(10)信息上传至保单认领系统。
保单认领系统接收并查验损坏证据(14)信息和保单编码(10)信息。
经保单认领系统将损坏证据(14)信息进行人工智能图像识别，经证实，产品包装物(1)确实被损坏后，例如发现二维码旁边出现戳穿后的吸管插孔(15)后，且在保单编码(10)真实(不是假的)有效的前提下，将所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给符合要求的认领者。
实施例七。
如图1、图2、图3、图14所示，赋予每一个防伪责任电子保单(7)一个具有唯一性的保单编码(10)。将保险受益人身份信息栏目待定(即留空)的防伪责任电子保单(7)的保单内容信息(6)，用胶版A5纸印刷出来。再印刷上二维码形式的保单编码(10)以及数字形式的保单流水号等内容。将所印刷出来的防伪责任电子保单(7)折叠后装入酒盒内。
再将保单编码(10)写入RFID芯片，制出内置有RFID保单标识物(2)的瓶盖。该瓶盖是一种RFID瓶盖，属于产品包装物(1)的一个组成部分，与瓶盖融为一体。
将写入RFID芯片内的保单编码(10)加密后作为防伪信息存储备案到防伪查验子系统(12)的数据库(7)中。保证同一酒盒内防伪责任电子保单(7)上所印刷的保单编码(10)，与同一酒盒内瓶盖里写入RFID芯片内的保单编码(10)保持一致或一一对应。
搭建一个如图16所示的保单认领系统。其系统可由防伪查验子系统(12)与保单登记子系统(13)等两部分组成。
将保单内容信息(6)与保单编码(10)一一对应地存储到保单认领系统数据库(4)。
这样一来，当消费者购买该瓶酒后，就可用该酒的专用APP打开智能手机(5)的NFC功能，靠近RFID瓶盖，登陆保单认领系统，读取保单内容信息(6)，并填写身份信息，将自己的身份信息登记为保险受益人。
消费者主观上在主动使用智能手机(5)的NFC功能读取保单内容信息(6)、登陆保单认领系统，客观上却不知不觉被动地会被系统验证真伪。如果是真的，则可在反馈真的鉴别结论信息(11)到智能手机(5)上的同时或之后，由保单认领系统发送所设置的保单内容信息(6)到认领者的智能手机(5)上。参见图4，例如发送的信息为：本保险公司向您保证您所购买的该产品为真品。您可通过其它具有司法鉴定资质的第三方对该产品进行再次鉴定；万一被鉴定为假冒产品，您可获得本保险公司赔付给您的相当于产品售价三倍的保险理赔款。
反之，如果是假的，则由保单认领系统向智能手机(5)发出警示信息(例如发出“您所认领的是假冒保单/产品”等)，以提示认领者谨防假冒。
这样一来，万一产品是假冒产品，认领者就可作为保险受益人获得保险理赔。
当然，消费者若没有购买该瓶酒，也就无权拧开瓶盖，其内的RFID保单标识物(2)将不会被损坏。其他人还可继续认领登记保险受益人，届时系统就会将新购买者的身份信息修改为新的保险受益人。
为防止冒领保单事件发生，可使用安装有该酒专用APP的智能手机(5)，使用NFC功能，靠近RFID瓶盖，读取芯片内的信息，登陆保单认领系统；然后，将所保单标识物(2)被损坏证据(14)信息上传至保单认领系统。若经核实(例如对图像/视频进行人工智能识别/解析/匹配)，损坏证据(14)信息完全相符，并是首次上传的，且在锯齿特征相符的前提下，可参考上述实施例一、三的步骤，将认领者所提供的身份信息登记为保险受益人，从而不允许其他人再次修改保险受益人身份信息。
另一可取的实施方案是，RFID保单标识物(2)设置在瓶盖胶帽上与胶帽构成一体，在瓶盖胶帽与瓶盖之间隐藏有保单编码(10)。消费者购买到该产品后，使用安装有该酒专用APP的智能手机(5)，使用NFC功能，靠近RFID瓶盖，读取芯片内的信息，登陆保单认领系统，然后，撕下胶帽后(即RFID损坏后)，再扫描所露出的保单编码(10)，将保险受益人填写为认领者自己。
实施例八。
由于防伪责任电子保单(7)是为了保护消费者权益，防止消费者被假冒产品侵害而设置的。因此，只有产品被消费者购买后，购买者才有权获得其防伪责任电子保单(7)。为了防止未购买产品者冒领防伪责任电子保单(7)，也为了防止产品售出前有机会接触到产品的人员冒领防伪责任电子保单(7)，也为了防止不是真实购买者的垃圾回收者冒领防伪责任电子保单(7)，保证只有购买者才有权领取防伪责任电子保单(7)，实施中，应进行包装或标识等外观易损毁设计，以方便购买者/消费者不借助任何其它工具，徒手能够损坏包装、采集上传外观的损坏证据(14)信息，从而反推认定产品是否已被消费者购买。具体实施时，可遵循这样的技术标准：凡是包装外观经证实已被损坏的产品，均视为已被消费者购买了，认领者就有权将自己的身份信息填写为保险受益人。
可取的外观结构易损区(28)是，在产品包装物(1)上或在保单标识物(2)上，距离保单编码(10)0-12mm的位置模切出易损切口线(3)，以方便消费者从易损切口线(3)处撕开损坏外观、上传损坏证据(14)信息；或者，在产品包装物(1)上或在保单标识物(2)上，距离保单编码(10)0-12mm的位置埋设易损拉线(9)，以方便消费者拉起拉线(9)损坏外观、上传损坏证据(14)信息；或者，在 距离易拉罐罐口0-8mm的位置印设保单编码(10)，以方便消费者用智能手机(5)拍摄采集拉开的灌口等损坏证据(14)信息；或者，在距离利乐包吸管插孔(15)0-8mm的位置印设保单编码(10)，以方便消费者用智能手机(5)拍摄采集被戳穿了的吸管插孔(15)等损坏证据(14)信息。
如图15、图16所示，选用一种不透明PE材料的不干胶纸，来印制某知名品牌的洗发水瓶标，也即印制一种产品包装物(1)。在不透明PE材料的背面，预先印刷上一些从正面看不见的“已开启”文字。
在每个瓶标的正面右下角区域，印刷上具有唯一性的、一个二维码形式的保单编码(10)，从而制成右下角区域为保单标识物(2)区的瓶标。并模切上一种藕断丝连的易损切口线(3)，以便于消费者将右下角的保单标识物(2)从瓶标上撕下来。
参考中国专利“手机识别编码锯齿防伪方法(CN104794629B)”，将保单编码(10)的二维码进行显微拍照，以采集获取二维码边沿的随机锯齿等个性特征信息，并将其随机锯齿等个性特征信息存储到数据库(4)中作为防伪信息。
将所制成的瓶标粘贴到不透明的洗发水瓶上，使之不能被无损转移到假冒产品上。
这样一来，消费者购买到该瓶洗发水产品后，就可按照提示撕下右下角区域的保单标识物(2)。首先，使用智能手机(5)之微信扫一扫软件，扫描其正面的二维码，打开微信小程序，登陆保单认领系统；然后，将保单标识物(2)上或产品包装物(1)内隐藏的“已开启”文字等印刷信息作为损坏证据(14)信息上传至保单认领系统。若经核实(例如对图像/视频进行人工智能识别/解析/匹配)，损坏证据(14)信息完全相符，并是首次上传的，且在锯齿特征相符的前提下，可参考上述实施例一、三的步骤，将认领者所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给符合要求的认领者。
实施例九。
生产一种如图17所示的保单标识物(2)。
给每一个保单标识物(2)喷印至少一个具有唯一性的保单编码(10) 和图文(22)。
第一步、预先在电脑中生成一批具有唯一性的保单编码(10)和图文(22)，并在图文(22)电子图像上预设一些孔径为0.05mm的人工微孔(19)，参见图9。将人工微孔(19)设置在二维码中心位置的图文(22)里。
第二步、选用表面张力为Y的液体油墨，将保单编码(10)喷印到保单标识物(2)上，将预设有人工微孔(19)的图文(22)喷印到表面能为C的承印面上，其中，Y＞C；例如，预先印设一个表面能C大于28达因/厘米的局部不浸润涂层，然后用表面张力Y小于48达因/厘米的液体油墨将图文(22)喷印到局部不浸润涂层上；总而言之，所选用的液体油墨能够不浸润所选用的承印面，也即C与Y的差别越大越好，但是C与Y不宜相等或接近；只有这样，才能使液体油墨围成的人工微孔(19)随机扩张、随机变形。
第三步、图文(22)喷印后等待0.15～1.5秒钟，以待人工微孔(19)自然扩张、随机变形成锯齿微孔(20)后，再将油墨干燥固化；其中，一些锯齿微孔(20)的孔径必然扩张至0.1mm～0.2mm。
第四步、生产时，放大拍摄锯齿微孔(20)，以采集获取锯齿微孔(20)的显微特征信息，所述显微特征信息至少包括锯齿微孔(20)的颜色、形状、大小、面积、周长、位置、方向、数量中的一种；并将所述显微特征信息与保单编码(10)信息对应存储到保单认领系统数据库(4)中，以作为防伪信息档案。
第五步、消费者认领时，采用后置镜头分辨率≥500万像素的智能手机(5)拍摄保单标识物(2)上的锯齿微孔(20)与保单编码(10)、以获取保单编码(10)信息和锯齿微孔(20)的显微特征信息——待检防伪信息。
第六步、保单认领系统将所获取的待检防伪信息(尤其是孔径和形状)与防伪信息档案进行匹配；若相符，则将保单标识物(2)为真的鉴别结论信息(11)显示到智能手机(5)上；若不相符，则将保单标识物(2)为假的鉴别结论信息(11)显示到智能手机(5)上。
这样一来，消费者购买到产品后，就可再拍摄二维码和损坏了的保单标识物(2)，以获取(照片/短视频等)损坏证据(14)信息和保单编码(10)信息，将所获取的损坏证据(14)信息和保单编码(10)上传至保单认领系统。
保单认领系统接收并查验损坏证据(14)信息和保单编码(10)信息。
保单认领系统将损坏证据(14)信息进行人工智能图像识别，经核实，保单标识物(2)的确被损坏后，且在锯齿微孔(20)之特征相符的前提下，参考上述实施例一、三的步骤，将所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给符合要求的认领者。
实施例十。
生产一种如图18所示的保单标识物(2)。
给每一个保单标识物(2)喷印至少一个具有唯一性的保单编码(10)和边框等图文(22)。
第一步、预先在电脑中生成一批具有唯一性的保单编码(10)和图文(22)，并在图文(22)电子图像上预设一些孔径为0.15mm的人工微孔(19)，参见图9。将人工微孔(19)设置在二维码的边框等图文(22)里。
第二步、选用表面张力为Y的液体油墨，将保单编码(10)喷印到保单标识物(2)上，将预设有人工微孔(19)的图文(22)喷印到表面能为C的承印面上，其中，Y＜C；例如，预先印设一个表面能C大于48达因/厘米的局部浸润涂层，然后用表面张力Y为28达因/厘米的液体油墨将图文(22)喷印到局部浸润涂层上；总而言之，所选用的液体油墨能够浸润所选用的承印面，也即C与Y的差别越大越好，但是C与Y不宜相等或接近；只有这样，才能使液体油墨围成的人工微孔(19)随机收缩、随机变形。
第三步、图文(22)喷印后等待0.15～1.5秒钟，以待人工微孔(19)自然收缩、随机变形成锯齿微孔(20)后，再将油墨干燥固化；其中，一些锯齿微孔(20)的孔径必然收缩至0.03mm～0.1mm。
第四步、放大拍摄锯齿微孔(20)，以采集获取锯齿微孔(20)的显微特征信息，所述显微特征信息至少包括锯齿微孔(20)的颜色、形状、大小、面积、周长、位置、方向、数量中的一种；并将所述显微特征信息与保单编码(10)信息对应存储到保单认领系统数据库(4)中，以作为防伪信息档案。
第五步、消费者认领时，采用后置镜头分辨率≥500万像素的智能手机(5)拍摄保单标识物(2)上的锯齿微孔(20)与保单编码(10)、以获取保单编码(10)信息和锯齿微孔(20)的显微特征信息——待检防伪信息。
第六步、保单认领系统将所获取的待检防伪信息(尤其是孔径和形 状)与防伪信息档案进行匹配；若相符，则将保单标识物(2)为真的鉴别结论信息(11)显示到智能手机(5)上；若不相符，则将保单标识物(2)为假的鉴别结论信息(11)显示到智能手机(5)上。
这样一来，消费者购买到产品后，就可再拍摄二维码和损坏了的保单标识物(2)，以获取(照片/短视频等)损坏证据(14)信息和保单编码(10)信息，将所获取的损坏证据(14)信息和保单编码(10)上传至保单认领系统。
保单认领系统接收并查验损坏证据(14)信息和保单编码(10)信息。
保单认领系统将损坏证据(14)信息进行人工智能图像识别，经核实，保单标识物(2)的确被损坏后，且在锯齿微孔(20)之特征相符的前提下，参考上述实施例一、三的步骤，将所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给符合要求的认领者。
实施例十一。
第一步，采取调高喷头电压、或抬高喷头、或施加静电、或改变脉冲信号频率等调整喷印机工作参数的技术措施，使喷印机处于飞墨的非正常工作状态。
使喷印机在飞墨的非正常工作状态下往保单标识物(2)上喷印保单编码(10)，以使所喷印的保单编码(10)伴生有如图19所示的飞墨墨点(24)。
所述保单编码(10)可以是具有唯一性的数字或字母或一维条码或二维条码。
第二步，准备一个工业级光学微距镜头及数码照相机，放大拍摄(例如30倍放大拍摄)保单编码(10)及其所伴生的飞墨墨点(24)，以采集获取飞墨墨点(24)的显微特征信息，所述显微特征信息至少包括飞墨墨点(24)的颜色、形状、大小、位置、方向、数量等其中的一种；并将所述显微特征信息作为防伪信息与保单编码(10)对应存储到保单认领系统数据库(4)中。
第三步，消费者领取保单时，用镜头分辨率≥1200万像素的智能手机，采用20-80mm的物距拍摄保单标识物(2)上的保单编码(10)和飞墨墨点(24)、以获取保单编码(10)信息和飞墨墨点(24)的形状及大小等显微特征信息——待检防伪信息。
第四步，将所获取的保单编码(10)信息和飞墨墨点(24)的显微特征 信息——待检防伪信息，上传至计算机防伪查验子系统(12)、与防伪信息档案进行匹配；若相符，则将结论为真的鉴别结论信息(11)显示到智能手机(5)上；若不相符，则将结论为假的鉴别结论信息(11)显示到智能手机(5)上。
研究显示：众多飞墨墨点(24)可能会排列成线条或文字笔画的重影。简而言之，飞墨现象可能会导致重影。
这样一来，消费者购买到产品后，就可使用智能手机(5)之微信扫一扫软件，扫描其上的二维码，打开微信小程序，再利用微信小程序拍摄二维码和损坏了的保单标识物(2)，以获取(照片/短视频等)损坏证据(14)信息和保单编码(10)信息，将所获取的损坏证据(14)信息和保单编码(10)上传至保单认领系统。
保单认领系统接收并查验损坏证据(14)信息和保单编码(10)信息。
保单认领系统将损坏证据(14)信息进行人工智能图像识别，经核实，保单标识物(2)的确被损坏后，且在锯齿微孔(20)之特征相符的前提下，参考上述实施例一、三的步骤，将所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给符合要求的认领者。
实施例十二。
第一步，采取抬高喷头的技术措施，使喷印机处于飞墨的非正常工作状态。抬高喷头，使喷头距离保单标识物(2)的高度为2-3mm。然后，往保单标识物(2)上喷印保单编码(10)，以使所喷印的保单编码(10)伴生有如图19所示的飞墨墨点(24)，并使保单编码(10)伴生有如图20所示的众多的裂痕(25)。
第二步，准备一个工业级光学微距镜头及数码照相机，放大拍摄(例如30倍放大拍摄)保单编码(10)及其所伴生的飞墨墨点(24)及裂痕(25)，以采集获取飞墨墨点(24)及裂痕(25)的显微特征信息；并将所述显微特征信息作为防伪信息与保单编码(10)对应存储到保单认领系统数据库(4)中。
第三步，消费者认领时，用镜头分辨率≥1200万像素的智能手机，采用20-80mm的物距拍摄保单标识物(2)上的保单编码(10)和飞墨墨点(24)及裂痕(25)、以获取保单编码(10)信息和飞墨墨点(24)及裂痕(25)的形状及大小等显微特征信息——待检防伪信息。
第四步，将所获取到的保单编码(10)信息和飞墨墨点(24)以及裂痕 (25)的显微特征信息——待检防伪信息，上传至防伪查验子系统(12)、与防伪信息档案进行匹配；若相符，则将结论为真的鉴别结论信息(11)显示到智能手机(5)上；若不相符，则将结论为假的鉴别结论信息(11)显示到智能手机(5)上。
本发明所述裂痕(25)俗称白痕、白道、白缝、裂缝等。
这样一来，消费者购买到产品后，就可拍摄二维码和损坏了的保单标识物(2)，以获取(照片/短视频等)损坏证据(14)信息和保单编码(10)信息，将所获取的损坏证据(14)信息和保单编码(10)上传至保单认领系统。
保单认领系统接收并查验损坏证据(14)信息和保单编码(10)信息。
保单认领系统将损坏证据(14)信息进行人工智能图像识别，经核实，保单标识物(2)的确被损坏后，参考上述实施例一、三，将所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给符合要求的认领者。
实施例十三。
第一步，如图21所示，在相对于油墨具有浸润特性的保单标识物(2)的承印面上，印设一些由所述油墨构成的宽度(含长度)0.06mm的墨点(26)点阵。并且给每一个保单标识物(2)喷印一个具有唯一性的保单编码(10)。
第二步，加入稀释剂以减小油墨表面张力，使墨点(26)点阵在正向浸润力的作用下沿承印面随机润开，以变形扩大成(如图22所示的)随机形状的浸润墨块(27)点阵，并使一些浸润墨块(27)的宽度＜两倍墨点(26)的宽度；其中，墨点(26)的宽度＜一些浸润墨块(27)的宽度＜两倍墨点(26)的宽度。
为了节约版面，为了不改变版面，可将保单编码(10)印刷油墨层中的局部区域，用墨点(26)排列出来，也可将墨点(26)可设计在二维码中的空白缝隙里。这样一来，墨点(26)点阵就无需单独占用保单标识物(2)上的位置，既不破坏原有版面美观，又无需改版审批。
为了能够使用一些不浸润的承印材料来印刷保单标识物(2)，可在承印材料上墨点(26)点阵所在的位置预先印设一个局部浸润涂层，墨点(26)点阵印设在局部浸润涂层上。这里所述的浸润涂层，可以采用浸润相对于油墨具有良好浸润效果的涂料来印制，例如采用添加有淀粉的白乳胶涂布而成。当然，还可以加入棉花粉等可使浸润涂层表面张力大于48达因/厘米的有关物料。
第三步，准备一个工业级光学微距镜头及数码照相机，放大拍摄(例如30倍放大拍摄)浸润墨块(27)点阵以采集获取浸润墨块(27)的形状及大小(例如面积/宽度)等显微特征信息；并将所述形状及大小(例如面积/宽度)等显微特征信息作为防伪信息与保单编码(10)对应存储到保单认领系统数据库(4)中。
第四步，消费者认领时，用镜头分辨率≥1200万像素的拍照手机，采用60-160mm的物距拍摄保单标识物(2)上的保单编码(10)和浸润墨块(27)点阵、以获取保单编码(10)信息和浸润墨块(27)的形状及大小等显微特征信息。
第五步，将浸润墨块(27)的形状及大小(例如面积/宽度)等显微特征信息上传至保单认领系统与防伪信息档案进行匹配；若相符，则将结论为真的鉴别结论信息(11)显示到智能手机(5)上；若不相符，则将结论为假的鉴别结论信息(11)显示到智能手机(5)上。
这样一来，消费者购买到产品后，就可拍摄二维码和损坏了的保单标识物(2)，以获取(照片/短视频等)损坏证据(14)信息和保单编码(10)信息，将所获取的损坏证据(14)信息和保单编码(10)上传至保单认领系统。
保单认领系统接收并查验损坏证据(14)信息和保单编码(10)信息。
保单认领系统将损坏证据(14)信息进行人工智能图像识别，经核实，保单标识物(2)的确被损坏后，参考上述实施例一、三，将所提供的身份信息登记为保险受益人。换言之，免费赠送一份防伪责任电子保单(7)给符合要求的认领者。
实施例十四。
如图23所示，赋予每一份防伪责任电子保单(7)一个具有唯一性的保单编码(10)。采用中国专利“手机识别编码锯齿防伪方法(CN104794629B)”之防伪技术，将保单编码(10)以二维码的形式印刷在保单标识物(2)上。放大拍摄二维码，以采集获取二维码油墨边沿的随机锯齿，将所采集到的随机锯齿信息作为防伪信息，存储备案到如图5所示的防伪查验子系统(12)的数据库(4)中。
可取的是，采用背景技术中所述的超限防伪技术CN106096970B制作一枚具有防伪编码(17)的防伪标签(18)，将防伪标签(18)上的绒毛分布特征和宽度信息作为防伪信息采集下来存入数据库(4)中，将防伪标签(18)放置到奶粉罐内；然后，用保单标识物(2)作为封口贴将奶粉罐灌口封死。更可取的是， 所述防伪编码(17)与保单编码(10)一一对应地存储在保单认领系统数据库(4)中。
搭建一个如图5所示的保单认领系统。其系统可由防伪查验子系统(12)与保单登记子系统(13)等两部分组成。
将防伪责任电子保单(7)之保单内容信息(6)、保单标识物(2)上的防伪信息、保单编码(10)、防伪编码(17)、绒毛分布特征信息等五组信息，一一对应地存储备案到保单认领系统数据库(4)中。
这样一来，消费者购买该罐奶粉之前，就可用智能手机(5)扫描保单编码(10)的二维码，向保单认领系统查验鉴别真伪(这是第一次对产品进行查验鉴别，简单快捷，但鉴别结论可能不太准)，并获取保单内容信息(6)，以增强购买信心。可取的是，发送保单内容信息(6)给消费者的同时，提示消费者，打开罐盖、找出防伪标签(18)，扫码可领取保单。
在购买该罐奶粉之后食用之前，就可揭起封口贴之保单标识物(2)、掀起罐盖(即损坏包装)，从罐内里取出防伪标签(18)，用智能手机(5)微距拍摄(保证分辨率大于1600×1600dpi)防伪标签(18)上的二维码，向保单认领系统查验鉴别绒毛分布特征和宽度信息，以验证真伪，经查验鉴别(这是第二次对产品进行查验鉴别，动作复杂且耗时较长，但鉴别结论绝对准确)，如果防伪标签(18)被保单认领系统判定为真品，且是首次认领，则保单认领系统就可将认领者提供的身份信息登记为保险受益人。
实施例十五。
参见图24、图25，将显示器的屏幕(30)放大显色特征——红绿蓝三原色像素阵列(29)等屏幕(30)特征信息，作为假冒特征信息(即一种特殊的防伪信息)存储备案到保单认领系统数据库(4)中；换言之，将屏幕(30)特征信息，包括但不限于红绿蓝三原色像素阵列特征信息，作为假冒特征信息(即一种特殊的防伪信息)存储备案到保单认领系统数据库(4)中。
这样一来，认领者用智能手机(5)微距拍摄已损坏的产品外观时，采集获取和上传的损坏证据(14)信息中，就会具有红绿蓝三原色像素阵列(29)等屏幕(30)特征信息，保单认领系统就可向认领者智能手机(5)发出警示信息，提示认领者谨防假冒，并拒绝认领者认领防伪责任电子保单(7)。
这是因为，研究显示：保单标识物(2)或防伪标签(18)等实物用智能手机(5)微距拍摄获取的显微图像/视频中，没有红绿蓝三原色像素阵列(29)，明显区别于翻拍屏幕(30)图像的特征。这样一来，上述处理方法就可避免认领者翻拍手机屏幕(30)或电脑屏幕(30)或其它显示器中的保单标识物(2)或防伪标签(18)图像(非实物)，就可避免虚拟伪造损坏证据(14)信息，冒领防伪责任电子保单(7)，骗取保险理赔款。
还有可取的是，认领者用给智能手机(5)安装一款手机程序(例如保单认领APP或保单认领微信小程序)，用之拍摄已损坏的产品外观，采集获取损坏证据(14)信息，将采集获取到的损坏证据(14)信息上传至保单认领系统，其中，在所述手机程序里，禁止添加使用智能手机(5)相册中的图像/视频。这样一来，就可防止认领者添加使用智能手机(5)相册中的虚拟伪造的图像/视频等损坏证据(14)信息，就可防止认领者冒领防伪责任电子保单(7)，骗取保险理赔款。
实施例十六。
由于消费者第一次查验鉴别保单标识物(2)时，是消费者于商场购物时，此时排队人多，时间紧迫，需要简单快速(例如5秒以内)完成真伪鉴别或保单认领工作，所以，第一次查验鉴别结论可能不太准。还因为第一次查验鉴别需要简单快速(例如5秒以内)，所以，第一次查验鉴别时采用的微信小程序，其扫描采集的保单标识物(2)上的防伪信息的分辨率必然较低(例如不足300dpi×300dpi)，所以，会导致第一次查验鉴别结论不太准。
为了弥补第一次查验鉴别结论可能不太准的不足，可取的是，如图26所示，在消费者比较空闲时，用智能手机(5)微距拍摄保单标识物(2)上的防伪信息或用高清扫描仪扫描保单标识物(2)上的防伪信息，将所采集到的高分辨率(例如大于1200dpi×1200dpi)的防伪信息和损坏证据(14)一起上传(例如彩信发送或邮件发送)至独立第三方的复核鉴定系统(31)，以对保单标识物(2)进行复核鉴定(例如采取AI识别+人工鉴定)；经复核鉴定(例如需要30分钟至三小时)，若保单认领系统所发送的结论为真品的鉴别结论信息(11)被改判为假冒品，则将改判结论(可作为司法鉴定结论)发送到智能手机(5)上，并启动保险理赔流程，向查询者进行保险理赔。
之所以要将损坏证据(14)信息也上传至独立第三方的复核鉴定系统(31)，其目的在于，防止那些没有购买产品者进行复核鉴定，保障只有购买了产品、获得了损坏证据(14)信息者，才有权进行复核鉴定，以免知假买假的骗保行为发生。
这样一来，复核鉴定系统(31)因为是第三方独立运营的，具有很强的公信力，所以，其复核鉴定结论可作为司法鉴定结论，可作为消费者获得保险理赔的法定依据。
以上所揭露的仅为本发明的较佳实施例而已，当然不能以此来限定本发明之权利范围，因此依本发明权利要求所作的等同变化，仍属于本发明所涵盖的范围。

Claims (17)

  1. 一种产品防伪责任保险包装方法，其特征在于，包括以下步骤：
    ①给产品设置防伪责任电子保单(7)；
    ②将防伪责任电子保单(7)进行编码，每一份防伪责任电子保单(7)至少编制一个具有唯一性的保单编码(10)；
    ③将保单编码(10)和防伪信息制作到保单标识物(2)上，或将与保单编码(10)对应的防伪编码(17)和防伪信息制作到保单标识物(2)上；
    ④将产品封装到产品包装物(1)里，将保单标识物(2)设置到产品包装物(1)上，每件产品至少设置一枚保单标识物(2)，通过保单标识物(2)将防伪责任电子保单(7)与产品关联；
    ⑤将保单标识物(2)与产品包装物(1)结合成不可无损分离的一个整体，以使其不能被无损转移到其它产品上；
    ⑥将防伪责任电子保单(7)、防伪信息以及保单编码(10)/防伪编码(17)关联对应起来，作为备案信息存储到保单认领系统数据库(4)中；
    ⑦认领者用智能手机(5)将保单编码(10)/防伪编码(17)和防伪信息上传至保单认领系统
    ——经查验，如果所上传的保单编码(10)/防伪编码(17)和防伪信息，与数据库(4)中所存储的备案信息相匹配，保单标识物(2)被保单认领系统判定为真品，则由保单认领系统发送结论为真品的鉴别结论信息(11)到认领者的智能手机(5)上；
    ——经查验，如果所上传的保单编码(10)/防伪编码(17)和防伪信息，与数据库(4)中所存储的备案信息不匹配，保单标识物(2)被保单认领系统判定为假冒品，则保单认领系统向智能手机(5)发出警示信息，以提示认领者谨防假冒；
    ⑧保单认领系统将所查保单标识物(2)关联对应的防伪责任电子保单(7)发送给智能手机(5)。
  2. 按照权利要求1所述的产品防伪责任保险包装方法，其特征在于：在产品包装物(1)或保单标识物(2)上开设外观结构易损区(28)。
  3. 按照权利要求1或2所述的产品防伪责任保险包装方法，其特征在于， 至少包括下列步骤之一：
    ①用智能手机(5)将外观结构易损区(28)已损坏的损坏证据(14)信息上传至保单认领系统；
    ②在RFID保单标识物(2)被保单认领系统判定为真品之后，保单认领系统再将认领者提供的身份信息登记为保险受益人；
    ③认领者向保单认领系统提供/确认身份信息，认领防伪责任电子保单(7)；
    ④在产品包装物(1)内放置印刷有保单编码(10)的防伪责任电子保单(7)印刷品，在产品包装物(1)上设置RFID保单标识物(2)，并将保单编码(10)写入同一件产品上保单标识物(2)的RFID里，使防伪责任电子保单(7)印刷品上印刷的保单编码(10)与写入RFID芯片内的保单编码(10)保持一致或一一对应；
    ⑤RFID保单标识物(2)与瓶盖胶帽粘合成一体，瓶盖胶帽与瓶盖之间藏有保单编码(10)；消费者购买到产品后，打开智能手机(5)的NFC功能，将智能手机(5)靠近RFID瓶盖，读取芯片内的信息，登陆保单认领系统，然后撕下胶帽以损坏RFID，再扫描所露出的保单编码(10)，然后将保险受益人填写为认领者自己；
    ⑥认领者用智能手机(5)拍摄采集保单编码(10)和防伪信息，将所采集到的保单编码(10)和防伪信息上传至保单认领系统，并保存于保单认领系统数据库(4)中作为历史档案，以备保险理赔复查使用或司法鉴定使用；
    ⑦保单认领系统将所查保单标识物(2)关联对应的防伪责任电子保单(7)的保单内容信息(6)，包括但不限于保单编码(10)，发送到智能手机(5)上；
    ⑧在产品包装物(1)或保单标识物(2)上开设外观结构易损区(28)；包括但不限于在产品包装物(1)或保单标识物(2)上距离保单编码(10)0-12mm的位置模切出易损切口线(3)，或在产品包装物(1)或保单标识物(2)上距离保单编码(10)0-12mm的位置埋设易损拉线(9)，或在距离易拉罐罐口0-8mm的位置印设保单编码(10)，或在距离利乐包吸管插孔(15)0-8mm的位置印设保单编码(10)。
  4. 按照权利要求3所述的产品防伪责任保险包装方法，其特征在于包括下列步骤①或②或③或④或⑤：
    ①认领者用智能手机(5)拍摄已损坏的产品外观，采集获取损坏证据(14) 信息；将获取到的图像/视频形式的损坏证据(14)信息上传并保存至保单认领系统；经保单认领系统分析比对图像/视频，证实产品外观确实被损坏后，将防伪责任电子保单(7)的保险受益人身份信息激活；
    ②在产品包装物(1)或保单标识物(2)上开设外观结构易损区(28)，认领者徒手破坏外观结构易损区(28)，再用智能手机(5)将外观结构易损区(28)已损坏的损坏证据(14)信息上传至保单认领系统；
    ③将屏幕(30)特征信息，包括但不限于红绿蓝三原色像素阵列(29)特征信息，作为假冒特征信息存储备案到保单认领系统数据库(4)中；认领者用智能手机(5)微距拍摄已损坏的产品外观，采集获取损坏证据(14)信息；将采集获取到的显微图像/视频形式的损坏证据(14)信息上传至保单认领系统；经保单认领系统分析比对显微图像/视频，若发现所上传的显微图像/视频中具有屏幕(30)特征信息，则保单认领系统向智能手机(5)发出警示信息，以提示认领者谨防假冒，并拒绝认领者认领防伪责任电子保单(7)；
    ④认领者用智能手机(5)拍摄已损坏的产品外观，采集获取损坏证据(14)信息，将采集获取到的损坏证据(14)信息上传至保单认领系统，其中，在智能手机(5)里，禁止添加使用智能手机(5)相册中的图像/视频；
    ⑤将防伪信息信息转发至复核鉴定系统(31)，以对保单标识物(2)进行复核鉴定；经复核鉴定，若保单认领系统所发送的结论为真品的鉴别结论信息(11)被改判为假冒品，则将改判结论作为终局裁定结论发送到智能手机(5)上。
  5. 按照权利要求3所述的产品防伪责任保险包装方法，其特征在于：制作具有防伪编码(17)的防伪标签(18)，将防伪标签(18)设置到产品包装物(1)内，并将防伪编码(17)与保单编码(10)一一对应地存储在保单认领系统数据库(4)；认领者打开产品包装物(1)找到防伪标签(18)后，用智能手机(5)对防伪标签(18)上的防伪信息进行微距拍摄或用高清扫描仪扫描防伪标签(18)上的防伪信息，将所采集到的高分辨率的防伪信息上传至保单认领系统数据库(4)进行防伪查验，以对产品进行第二次查验鉴别；经第二次查验鉴别，在防伪标签(18)被保单认领系统判定为真品之后，再由保单认领系统将保险受益人登记到所提供的身份信息名下。
  6. 按照权利要求3所述的产品防伪责任保险包装方法，其特征在于：在保单标识物(2)被保单认领系统判定为真品之后，认领者在线支付保险费以购买保险，保单认领系统将保险受益人添加到认领者提供的身份信息名下。
  7. 按照权利要求3所述的产品防伪责任保险包装方法，其特征在于：
    ①在保单编码(10)上，预设一些人工微孔(19)；
    ②待所印出的人工微孔(19)自然收缩/扩张成随机形状的锯齿微孔(20)后，再将油墨干燥固化，以使锯齿微孔(20)定形；其中，一些锯齿微孔(20)的孔径为0.01mm～0.05mm或为0.01mm～0.3mm；
    ③放大拍摄锯齿微孔(20)，以获取锯齿微孔(20)的显微特征信息，并将所获取的显微特征信息作为防伪信息存储备案到保单认领系统数据库(4)中。
  8. 按照权利要求7所述的产品防伪责任保险包装方法，其特征在于：在保单编码(10)印出后，延时0.15～1.5秒钟再将油墨干燥固化，以待人工微孔(19)充分收缩/扩张、随机变形。
  9. 按照权利要求7所述的产品防伪责任保险包装方法，其特征在于：锯齿微孔(20)设置于二维码的位置探测图形(21)里；或者，锯齿微孔(20)设置于二维码中心位置的图文(22)里；或者，锯齿微孔(20)设置于二维码旁边的图文(22)里。
  10. 按照权利要求9所述的产品防伪责任保险包装方法，其特征在于：人工微孔(19)的形状为圆形、方形、三角形、多边形中的一种或多种；孔宽为0.06mm～0.36mm或为0.13mm～0.17mm。
  11. 按照权利要求7所述的产品防伪责任保险包装方法，其特征在于：将锯齿微孔(20)的面积/周长与数据库(4)中存储备案的防伪信息进行匹配。
  12. 按照权利要求3所述的产品防伪责任保险包装方法，其特征在于：
    ①在给每一个保单标识物(2)喷印保单编码(10)时，调整喷印机的工作参数，使喷印机处于飞墨的非正常工作状态；
    ②迫使喷印机在飞墨的非正常工作状态下往保单标识物(2)上喷印保单编码(10)，以使所喷印的保单编码(10)伴生有一些飞墨墨点(24)；
    ③放大拍摄飞墨墨点(24)，以采集获取飞墨墨点(24)的显微特征信息，所 述显微特征信息至少包括飞墨墨点(24)的颜色、形状、大小、位置、方向、数量中的一种；并将所获取的显微特征信息作为防伪信息存储到保单认领系统数据库(4)中。
  13. 按照权利要求12所述的产品防伪责任保险包装方法，其特征在于：一些飞墨墨点(24)的直径≤0.05mm或0.04mm或0.03mm或0.02mm或0.01mm。
  14. 按照权利要求12所述的产品防伪责任保险包装方法，其特征在于：保单编码(10)伴生有一些裂痕(25)。
  15. 按照权利要求12所述的产品防伪责任保险包装方法，其特征在于：将喷头距离保单标识物(2)的高度抬高到1.6mm～3.6mm。
  16. 按照权利要求所述的产品防伪责任保险包装方法，其特征在于：
    ①在相对于油墨具有浸润特性的保单标识物(2)的承印面上，印设一些由所述油墨构成的墨点(26)点阵；
    ②使墨点(26)点阵在浸润力的作用下沿承印面随机润开，以变形成随机形状的浸润墨块(27)点阵；
    ③放大拍摄浸润墨块(27)点阵，以采集获取浸润墨块(27)的显微特征信息，所述显微特征信息包括浸润墨块(27)的颜色、形状、大小、位置、方向、数量；并将所获取的显微特征信息作为防伪信息存储备案到保单认领系统数据库(4)中。
  17. 按照权利要求16所述的产品防伪责任保险包装方法，其特征在于：浸润墨块(27)的宽度÷墨点(26)的宽度＝1.2～1.8；同一个保单标识物(2)上，至少印设有由10或100或1000或3000或10000个墨点(26)所构成的点阵，保单认领系统将墨点(26)变形成的浸润墨块(27)的平均宽度、或平均面积、或颜色深浅、或各自的位置、或各自的方向与防伪信息档案进行匹配，以鉴别真伪。
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