CN215182740U

CN215182740U - Paillette fidelity anti-counterfeit label

Info

Publication number: CN215182740U
Application number: CN202121429356.9U
Authority: CN
Inventors: 陈明发
Original assignee: Take A Picture Of Hainan Artificial Intelligence Co ltd
Current assignee: Take A Picture Of Hainan Artificial Intelligence Co ltd
Priority date: 2021-06-19
Filing date: 2021-06-26
Publication date: 2021-12-14
Anticipated expiration: 2031-06-26

Abstract

The utility model provides a paillette fidelity anti-counterfeit label, which comprises a removable surface layer and a non-removable bottom layer; randomly distributing metal luster bright sheets on the opaque bottom layer; printing a coordinate or/and coding ink layer on the transparent surface layer; the metal luster bright sheet on the bottom layer and the coordinates or/and the coding ink layer on the surface layer are combined into a three-dimensional pattern; the characteristic information of the three-dimensional pattern is taken as anti-counterfeiting characteristic information. The utility model discloses bare-handed scraping metallic luster spangle that can scratch, the consumer need not the needle and chooses the inspection spangle, and the unable thermoprint of metallic luster spangle on the bottom is duplicated, can plug up the easy technological leak of protecting by deceiving of current anti-fake insurance technique.

Description

Paillette fidelity anti-counterfeit label

Technical Field

The utility model belongs to the technical field of information inquiry anti-counterfeiting markers, in particular to a paillette fidelity anti-counterfeiting label which is an improved technology of a Chinese patent 'structural texture anti-counterfeiting method (CN 1074563C)', a 'structural texture anti-counterfeiting marker (CN 2365711Y)' and a 'product anti-counterfeiting insurance packaging method (CN 111091394A)'.

Background

The "structural texture anti-counterfeiting method (CN 1074563C)" invented by the present inventors has obtained international patents such as chinese patent, US patent (certificate No. US6623041), russian patent (certificate No. 2202127), korean patent (certificate No. 0419436), vietnam patent (certificate No. 3347), and the like. The 'structural texture anti-counterfeiting marker (CN 2365711Y)' obtains a Chinese utility model patent. It selects the printing material with random structure texture (such as texture formed by black chemical fiber with length of 2-3mm and thickness of 0.1mm added in white paper) to make printed matter; printing a unique code on each printed matter; shooting and collecting the characteristic information of random structure textures on the printed matter, using the characteristic information as an anti-counterfeiting characteristic information file, and storing corresponding codes into an anti-counterfeiting checking system database; the public can inquire and verify the random structure texture on the printed matter through communication tools such as telephone, mobile phone multimedia message, WeChat, computer on the internet and the like, and whether the random structure texture conforms to the anti-counterfeiting feature information file recorded in the database, thereby verifying the authenticity. The patent 'grafting the ancient tiger-sign anti-counterfeiting principle with the modern communication technology and the computer technology', creating a new anti-counterfeiting field, and being evaluated as an anti-counterfeiting technical product which is 'originated in the world, advanced in the world, extremely difficult to forge, easy to identify and effective for a long time' by 'national anti-counterfeiting office' and national anti-counterfeiting industry association and organized national level evaluation and identification. After more than 20 years of popularization, the anti-counterfeiting paper becomes a mainstream anti-counterfeiting technical product in the domestic anti-counterfeiting market.

In the above-mentioned "structural texture anti-counterfeiting method (CN 1074563C)", the random structural texture in the printing material used for the printed matter is a random structural texture formed by individual elements such as randomly distributed fibers and spangles doped in the printing material such as paper. For a long time, there has been a difficult application: in order to identify fake textures of printing counterfeiting, a user needs to continuously publicize and warn the public, namely fibers or paillettes in paper are not printing ink marks but small objects which can be adjusted by a needle, the needle selection inspection is respected, the details can be checked in 2018 edition of 'Mofu brand new packaging certified products identification guide video', and the consumer needs to check whether the paillettes exist or not by using a needle selection method from the identification guide video. In shopping, 99.9% of consumers do not have sharp instruments such as needles, so that the fake paillettes are hot stamped, and the consumers are difficult to pick and check. This may increase the anti-counterfeit insurance liability in the "product anti-counterfeit insurance packaging method (CN 111091394A)". In other words, the existing anti-counterfeiting insurance technology has technical loopholes which are easy to be cheated and guaranteed.

China patent applications, namely ' an uncovering type anti-counterfeiting mark and a preparation method thereof (CN 105469704B) ' a novel plastic film uncovering bottom-left label (CN 206711492U) ', and the like, the anti-counterfeiting label comprises an uncovering surface layer and a non-uncovering bottom layer, a release agent layer is arranged between the surface layer and the bottom layer, and a strippable structure is formed between the surface layer and the bottom layer by the release agent layer.

How to increase the difficulty of copying and forging the 'structural texture anti-counterfeiting marker (CN 2365711Y)', facilitate the bare-handed check of paillettes of consumers, prevent recovery from counterfeiting, block the technical loophole of cheating insurance and reduce the anti-counterfeiting insurance responsibility is a technical problem to be solved urgently by the 'product anti-counterfeiting insurance packaging method (CN 111091394A)'.

Disclosure of Invention

The utility model aims at: the paillette true anti-counterfeit label is provided to increase the difficulty of copy and counterfeit, facilitate the public to discriminate true and false paillettes by hands, and block the technical loophole that the existing anti-counterfeit insurance technology is easy to be cheated and protected.

A paillette fidelity antifake label, including removable surface course and non-removable bottom layer; a release agent layer is arranged between the surface layer and the bottom layer, and a strippable structure is formed between the surface layer and the bottom layer by the release agent layer; the anti-counterfeiting characteristic information is stored and filed in an anti-counterfeiting checking system database for the public to check the authenticity; the method is characterized in that: a metal luster bright sheet layer which is randomly distributed is arranged on the opaque bottom layer; printing a coordinate or/and coding ink layer on the transparent surface layer; the metal luster bright pieces on the bottom layer and the coordinates or/and the random on the surface layer are combined into a three-dimensional pattern; the characteristic information of the three-dimensional pattern is used as the security characteristic information.

Preferably, the bright sheet fidelity anti-counterfeiting label is also provided with a metal gloss bright sheet layer which is randomly distributed on the surface layer; the metal luster bright sheets on the surface layer and the metal luster bright sheets on the bottom layer form a three-dimensional distribution metal luster bright sheet together. Therefore, on one hand, the difficulty of copy and forgery can be greatly enhanced, on the other hand, the metallic luster sequins on the surface layer can be used for breaking inspection, and the metallic luster sequins on the bottom layer can be used as a stub for insurance claim settlement and identification.

Preferably, the anti-counterfeit label is characterized in that a uncovering (checking) checking (bright) sheet area is cut on the local surface layer of the area where the metal luster bright sheet is located; the test (bright) film area is uncovered (checked) and is in lotus broken filament connection with other areas of the surface layer. Therefore, the consumer can conveniently uncover the surface layer of the film inspection area, the authenticity of the bottom layer bright film is inspected by picking with a needle, and the label stub link can be reserved for use in insurance claim settlement and identification.

Preferably, the number of the metal luster paillette on each label of the paillette fidelity anti-counterfeiting label is more than or equal to 50, 100 or 500.

Preferably, each tag of the sequin fidelity anti-counterfeiting tag is at least fixed with a needle, so that a consumer can conveniently check the authenticity of the metallic luster sequin by a needle picking method. The needle described herein broadly refers to a sharp instrument that is capable of picking out a highlight.

The coordinate of the utility model refers to a reference object, which can print characters, symbols, lines, geometric figures, tables, codes and the like; preferably, the code is used as a coordinate.

Compared with the prior art, the utility model discloses following beneficial technological effect can produce.

One of them, bare-handed can scratch out metallic luster spangle, need not the needle and chooses the inspection: after the surface layer is uncovered, the metallic luster paillette on the bottom layer is stuck infirm and loses the protection of the surface layer because the adhesive sticker is soft in texture, so that a consumer can easily scratch the metallic luster paillette by bare hands, and the trouble that the paillette needs to be checked by a needle in the prior art is avoided.

Secondly, the metallic luster sequin on the bottom layer cannot be forged by hot stamping: those skilled in the art of printing processes know that: the high-brightness metallic luster effect cannot be printed by ink, and the metallic luster effect can be achieved only by heating, pressurizing, tearing, stripping and transferring the mirror surface metal layer of the hot stamping film. In short, the metallic luster glitter cannot be imitated by printing, and the visual effect of the metallic luster glitter can be imitated only by a gold stamping process. Also, because the base layer and the face layer are peelable structures, those skilled in the art of printing know that: the bottom layer of the peelable structure is neither heat nor pressure resistant, nor is it more resistant to peeling and tearing. Therefore, the metallic luster bright sheets randomly distributed on the bottom layer cannot imitate the copying through the gold stamping process. In summary, the inventor skillfully utilizes the technological contradiction that hot stamping cannot be realized on the bottom layer of the strippable structure, high-brightness metallic luster effect cannot be produced in printing ink printing and the like, designs the paillette fidelity anti-counterfeiting label, and achieves the purposes of increasing the difficulty of copy and counterfeiting, facilitating the public to discriminate true and false paillettes by hands and plugging up the technical loophole of cheating and insurance.

And thirdly, the metallic luster paillettes on the bottom layer and the coordinates or/and the coding ink layer (or the metallic luster paillettes) on the surface layer are randomly combined into a three-dimensional pattern, so that if copying and counterfeiting are needed, the metallic luster paillettes must be manually and accurately placed on the bottom layer on the back surface firstly, then the metallic luster paillettes must be manually and accurately placed on the front surface in a turned manner, the placing error is not more than plus or minus 0.05mm, and otherwise, the error can be recognized and found by anti-counterfeiting checking system software. Therefore, the difficulty of artificial placement, copying and counterfeiting is greatly increased. In summary, the method for forging the paillette fidelity anti-counterfeit label only leaves the only method of manually and accurately placing the metal luster paillettes, and the placing error is not more than plus or minus 0.05 mm. Measurement and display: if the number of the metallic luster paillettes on one label exceeds 50, 100 or 500, the counterfeiting cost of manually and accurately placing the metallic luster paillettes is high, the counterfeiting is not compensated, and therefore a counterfeiter does not want to counterfeit the metallic luster paillettes.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required to be used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the provided drawings without creative efforts.

Fig. 1 is a schematic view of a paillette fidelity anti-counterfeit label in the first embodiment of the present invention.

Fig. 2 is a schematic cross-sectional view at a-B in fig. 1.

Fig. 3 is another cross-sectional view at a-B in fig. 1.

Fig. 4 is a schematic view of a bright sheet fidelity anti-counterfeit label in the second embodiment of the present invention.

Fig. 5 is a schematic view of fig. 4 with a sharp instrument such as a needle attached thereto.

FIG. 6 is a schematic view of the device of FIG. 4 with an alternative tamper evident region.

The reference numbers illustrate: 1-surface layer, 2-bottom layer, 3-parting agent layer, 4-metallic luster sequin, 5-background layer, 6-non-drying glue layer, 7-cutting line, 8-code, 9-coordinate, 10-stub zone, 11-uncovering test piece zone and 12-needle.

Detailed Description

The first embodiment.

As shown in figures 1 and 2, a production process of the uncovering and bottom-leaving self-adhesive film label is adopted, a PET transparent film with the thickness of 35 mu m is selected as a surface layer 1, a parting agent (coating) layer 3 is coated on the back surface of the surface layer 1, then a production process of a local large-size fiber embossing system and a printed matter (CN 103042814B) thereof is adopted, a layer of randomly distributed metal luster bright sheets 4 is printed on a local designated area on the parting agent (coating) layer 3, and the metal luster bright sheets 4 are preferably diamond red green blue and other colored glitter powder with the diameter of 0.6 mm. Then a white ink layer is printed on the metallic luster paillette 4 as a background layer 5, and finally a non-setting adhesive layer 6 is coated and a release paper is attached to prepare a special non-setting adhesive printing material for standby.

The special adhesive sticker printing material prepared in the previous step is adopted, a code 8 in a two-dimensional code form and a coordinate 9 in a square frame form are sprayed and printed at the designated position on the front surface of the surface layer 1, the position relation information of the metal luster bright sheet 4 and the coordinate 9 is acquired by photographing, and the information is used as anti-counterfeiting characteristic information and stored in an anti-counterfeiting checking system database for a consumer to check the authenticity. Because the metallic luster 4 on the bottom layer 2 and the coordinate 9 and the coding 8 ink layer on the surface layer 1 are randomly combined into a personalized three-dimensional pattern, a counterfeiter is extremely difficult to copy and forge.

In order to facilitate the consumer to check the metallic lustrous spangle 4 by hands, it is preferable that a peeling (check) check (spangle) area 11 is cut on the partial surface layer 1 of the area where the metallic lustrous spangle 4 is located, as shown in fig. 1 or fig. 4 or fig. 6; the uncovered (checked) test piece area 11 and the other areas of the face layer 1 (i.e., the stub link area 10) are cut by the cutter line 7 but are connected by the lotus broken filament. Thus, the consumer can conveniently uncover the surface layer 1 of the film checking area 11, check the authenticity of the metallic luster sequin 4 on the bottom layer 2 by picking with a needle or by hand, and keep the label stub area 10 on the product so as to be rechecked when the insurance claim is authenticated.

Glitter powder is a commonly used commercial product, and is described in Baidu encyclopedia: glitter powder (glitter), also called glitter, glitter powder, also called paillette with large specification, has metallic luster. It is made up by using PET, PVC and OPP metal aluminium film materials with very high brightness and different thicknesses through the process of precision cutting. The glitter powder can be produced with the particle size of 0.004mm-3.0 mm. The shape of the material can be quadrangle, hexagon, rectangle, prism, etc. The glitter powder is divided into laser silver, laser gold, laser color (including red, blue, green and purple peaches red and black), silver, gold and colorful (red, blue, green and purple peaches red and black) magical color series.

Example two.

On the basis of the above example, as shown in fig. 1 and 3, in the coordinate 9 area of the front surface square frame of the surface layer 1, the production process of the local large-size fiber embossing system and the printed matter thereof (CN 103042814B) is adopted, and then a layer of randomly distributed metallic luster bright sheets 4 is printed, so that the metallic luster bright sheets 4 on the surface layer 1 and the metallic luster bright sheets 4 on the bottom layer 2 jointly form a three-dimensional distributed metallic luster bright sheet 4. Therefore, on one hand, the difficulty of copy and forgery can be greatly enhanced, on the other hand, the metallic luster sequins on the surface layer can be used for breaking inspection, and the metallic luster sequins on the bottom layer can be used as a stub for insurance claim settlement and identification.

Therefore, when a consumer wants to identify the authenticity, the consumer can shoot a high-definition photo containing the code 8, the coordinates 9 and the metallic luster sequin 4, namely the anti-counterfeiting characteristic information by using the smart phone, and upload the anti-counterfeiting characteristic information to the anti-counterfeiting checking system, and the anti-counterfeiting checking system accurately matches the anti-counterfeiting characteristic information with the recorded information in the database to give a true and false conclusion.

In order to facilitate the consumer to check the authenticity of the sequin by picking with a needle, it is preferable that, as shown in fig. 5, a needle 12 is stuck on the adhesive layer 6, and a needle 12 is stuck on the face layer 1, so that the consumer can take off the needle 12, pick out the metallic luster sequin 4, and check the authenticity thereof.

The technical scheme provided by the utility model is introduced in detail above. The principles and embodiments of the present invention have been explained herein using specific examples, and the above descriptions of the embodiments are only used to help understand the method and its core ideas of the present invention. It should be noted that, for those skilled in the art, without departing from the principle of the present invention, the present invention can also be modified and modified in several ways, and these modifications and modifications also fall into the protection scope of the present invention.

Claims

1. A paillette fidelity antifake label, including removable surface course and non-removable bottom layer; a release agent layer is arranged between the surface layer and the bottom layer, and a strippable structure is formed between the surface layer and the bottom layer by the release agent layer; the anti-counterfeiting characteristic information is stored and filed in an anti-counterfeiting checking system database for the public to check the authenticity; the method is characterized in that: a metal luster bright sheet layer which is randomly distributed is arranged on the opaque bottom layer; printing a coordinate or/and coding ink layer on the transparent surface layer; the metallic luster bright pieces on the bottom layer and the coordinates or/and codes on the surface layer are randomly combined into a three-dimensional pattern; the characteristic information of the three-dimensional pattern is used as the security characteristic information.

2. The paillette fidelity anti-counterfeit label according to claim 1, characterized in that: the surface layer is also provided with a metallic luster bright sheet layer which is randomly distributed; the metal luster bright sheets on the surface layer and the metal luster bright sheets on the bottom layer form a three-dimensional distribution metal luster bright sheet together.

3. The paillette fidelity anti-counterfeit label according to claim 1 or 2, characterized in that: a uncovering film testing area is cut on the local surface layer of the area where the metal luster sequins are located; and uncovering the test piece area and the other areas of the surface layer to be in lotus broken filament connection.

4. The paillette fidelity anti-counterfeit label according to claim 1 or 2, characterized in that: the number of the bright metallic luster sheets on each label is more than or equal to 50 sheets or 100 sheets or 500 sheets.