Variable two-dimensional code positive version customized LOGO front and back multicolor overprinting anti-counterfeiting VOID label

Abstract

The utility model relates to the technical field of anti-fake VOID labels, in particular to a variable two-dimensional code positive version customized LOGO front and back multicolor overprinting anti-fake VOID label which comprises a transparent base layer, a first ink layer, a second ink layer, a commodity information layer, a customized anti-fake layer, a glue layer and a release layer. According to the utility model, through customizing the anti-counterfeiting layer and the commodity information layer, the effect of customizing unique information by a customer is realized. The first ink layer, the second ink layer, the commodity information layer and the customized anti-counterfeiting layer are arranged on the transparent base layer in a layered mode, all the layers are clear in function and matched with one another, the multiple anti-counterfeiting effect is achieved, and it is avoided that printed content and reverse VOID characters are likely to be mixed and overlapped. By stripping the transparent base layer, the label is damaged, and part of the second ink layer, the anti-counterfeiting layer, the information layer and the glue layer are reserved on the surface of a commodity, so that the label cannot be recovered once being torn, repeated use and tampering are effectively prevented, commercial confidentials are effectively protected, and the anti-counterfeiting effect is improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to anti -fake VOID label technical field especially, it relates to a kind of variable two-dimensional code positive plate custom LOGO positive and negative multicolor overprint anti -fake VOID label. BACKGROUND

[0002] With the continuous progress of anti -fake technology, VOID tamper-evident label plays an important role in protecting products from tampering and counterfeiting. However, the existing VOID tamper-evident label has many technical problems in practical application, which limits its anti -fake effect and user experience.

[0003] Most of the VOID tamper-evident labels on the market are composed of PET substrate, anti -fake coating, acrylic glue, UV ink, release film / release paper and other materials, divided into positive and negative, full and half transfer two effects, a total of four combinations.

[0004] These general tamper-evident labels have certain anti -fake function, but there are the following problems in practical application:

[0005] Lack of customized design, the existing VOID tamper-evident label cannot realize customer's customized unique information, such as custom LOGO and trademark, resulting in low product recognition, which cannot meet the needs of brand parties for seniority and user experience.

[0006] Design defects exist, when the front printing is on transparent PET substrate, the printing content and the back VOID characters are easy to form mixed and overlapped, giving a feeling of disorder, affecting the visual experience of consumers and brand image.

[0007] Information leakage risk, when variable two-dimensional code information is printed on the front of transparent PET film substrate, it is easy to be blocked or discarded with the substrate, and the commercial information is leaked, which cannot effectively protect the commercial secret.

[0008] Limited anti -fake effect, after the existing VOID tamper-evident label is torn, the PET label is sometimes pasted back, it is difficult to judge whether the tamper-evident function is invalid, which reduces the anti -fake effect. Therefore, it is necessary to improve. UTILITY MODEL CONTENT

[0009] The utility model aims at the deficiency of prior art, provides a kind of variable two-dimensional code positive plate custom LOGO positive and negative multicolor overprint anti -fake VOID label, realizes the effect of customer's customized unique information by customizing anti -fake layer and commodity information layer, improves product recognition, meets the needs of brand parties for seniority and user experience;

[0010] The first ink layer, the second ink layer, the commodity information layer and the customized anti-fake layer are arranged in layers on the transparent base layer, the functions of each layer are clear, and the layers cooperate with each other to realize multiple anti-fake effects, avoid the printed content and the reverse VOID character from being easily mixed and overlapped to give a person a sense of disorder and affect the visual experience of consumers and the brand image.

[0011] Due to the bonding force between the second ink layer and the customized anti-fake layer being greater than the adhesion between the second ink layer and the transparent base layer, and the bonding force between the commodity information layer and the glue layer being greater than the adhesion between the commodity information layer and the transparent base layer, when the transparent base layer is peeled off, the label is damaged, part of the second ink layer, the anti-fake layer and the information layer are retained on the surface of the commodity together with the glue layer, so that the label cannot be restored once it is torn, repeated use and tampering are effectively prevented, commercial secrets are effectively protected, and the anti-fake effect is improved.

[0012] To achieve the above object, the utility model discloses a variable two-dimensional code positive plate customized LOGO positive and negative multicolor overprint anti-fake VOID label, including first ink layer, transparent base layer, second ink layer, commodity information layer, customized anti-fake layer, glue layer and release layer,

[0013] The transparent base layer is used for printing and structural support;

[0014] The first ink layer is printed on the front surface of the transparent base layer, and the second ink layer and the commodity information layer are both printed on the back surface of the transparent base layer;

[0015] The customized anti-fake layer is printed on the second ink layer;

[0016] The glue layer is printed on one side of the customized anti-fake layer away from the second ink layer and one side of the commodity information layer away from the transparent base layer;

[0017] The release layer is attached to one side of the glue layer away from the customized anti-fake layer and the commodity information layer;

[0018] The bonding force between the second ink layer and the customized anti-fake layer is greater than the adhesion between the second ink layer and the transparent base layer, and the bonding force between the commodity information layer and the glue layer is greater than the adhesion between the commodity information layer and the transparent base layer.

[0019] Preferably, the first ink layer is an oily ink layer, and the first ink layer is printed with a mark, and the mark includes words and / or symbols.

[0020] Preferably, the transparent base layer is a PET material transparent base layer.

[0021] Preferably, the second ink layer is a water-based ink layer.

[0022] Preferably, the commodity information layer comprises commercial information and / or traceability information of the commodity.

[0023] Preferably, the customized anti-counterfeiting layer is a VOID customized anti-counterfeiting layer, and the customized information is printed in the VOID customized anti-counterfeiting layer.

[0024] Preferably, the glue layer is an acrylic glue layer.

[0025] Preferably, the release layer is a white Grasen release layer.

[0026] The beneficial effects of the present application are as follows: the customized anti-counterfeiting layer and the commodity information layer realize the effect of customizing unique information for customers, improve product recognition, and meet the needs of brand parties for seniority and user experience.

[0027] The first ink layer, the second ink layer, the commodity information layer, and the customized anti-counterfeiting layer are arranged in layers on the transparent base layer, the functions of each layer are clear, and they cooperate with each other to realize multiple anti-counterfeiting effects, avoid the printed content and the reverse VOID characters from being easily mixed and overlapped to give people a sense of confusion, and affect the visual experience of consumers and the brand image.

[0028] Due to the fact that the bonding force between the second ink layer and the customized anti-counterfeiting layer is greater than the adhesion between the second ink layer and the transparent base layer, and the bonding force between the commodity information layer and the glue layer is greater than the adhesion between the commodity information layer and the transparent base layer, by peeling off the transparent base layer, the label is damaged, part of the second ink layer, the anti-counterfeiting layer, and the information layer are retained on the surface of the commodity together with the glue layer, it is ensured that the label cannot be restored once it is torn open, repeated use and tampering are effectively prevented, commercial secrets are effectively protected, and the anti-counterfeiting effect is improved. BRIEF DESCRIPTION OF DRAWINGS

[0029] Figure 1 The figure is a schematic view of the layered structure of the present application.

[0030] The reference signs include:

[0031] 1, first ink layer; 2, transparent base layer; 3, second ink layer; 4, commodity information layer; 5, customized anti-counterfeiting layer; 6, glue layer; 7, release layer. DETAILED DESCRIPTION

[0032] The present application will be described in detail below with reference to the accompanying drawings.

[0033] Referring to Figure 1 the figure, the present application is a variable two-dimensional code positive plate customized LOGO positive and negative multi-color overprint anti-counterfeiting VOID label, which comprises a first ink layer 1, a transparent base layer 2, a second ink layer 3, a commodity information layer 4, a customized anti-counterfeiting layer 5, a glue layer 6, and a release layer 7.

[0034] The transparent base layer 2 is used for printing and structural support, and as the base material of the label, it provides support and transparency, ensuring the overall structural stability of the label. The transparent base layer 2 allows the label to have good light transmission, making it easy to observe and identify the information on the label, while providing firm support for the other layers.

[0035] The first ink layer 1 is printed on the front of the transparent base layer 2, and the second ink layer 3 and the product information layer 4 are both printed on the back of the transparent base layer 2,

[0036] The first ink layer 1 is printed on the front of the transparent base layer 2, and the second ink layer 3 and the product information layer 4 are both printed on the back of the transparent base layer 2,

[0037] The first ink layer 1 is printed on the front of the transparent base layer 2, and the second ink layer 3 and the product information layer 4 are both printed on the back of the transparent base layer 2,

[0038] The first ink layer 1 is printed on the front of the transparent base layer 2, and the second ink layer 3 and the product information layer 4 are both printed on the back of the transparent base layer 2,

[0039] The first ink layer 1 is printed on the front of the transparent base layer 2, and the second ink layer 3 and the product information layer 4 are both printed on the back of the transparent base layer 2,

[0040] The first ink layer 1 is printed on the front of the transparent base layer 2, and the second ink layer 3 and the product information layer 4 are both printed on the back of the transparent base layer 2,

[0041] The first ink layer 1 is printed on the front of the transparent base layer 2, and the second ink layer 3 and the product information layer 4 are both printed on the back of the transparent base layer 2,

[0042] The first ink layer 1 is printed on the front of the transparent base layer 2, and the second ink layer 3 and the product information layer 4 are both printed on the back of the transparent base layer 2,

[0043] When in use, the customized anti-counterfeiting layer 5 and the commodity information layer 4 are used to realize the effect of customer customization of unique information, improve product identification, and meet the needs of brand parties for seniority and user experience.

[0044] The first ink layer 1, the second ink layer 3, the commodity information layer 4, and the customized anti-counterfeiting layer 5 are layered on the transparent base layer 2, each layer has a clear function, and cooperates with each other to realize multiple anti-counterfeiting effects, avoid the printed content and the reverse VOID characters from being easily mixed and overlapped to give people a sense of confusion, and affect the visual experience of consumers and the brand image.

[0045] Since the bonding force of the second ink layer 3 and the customized anti-counterfeiting layer 5 is greater than the adhesion of the second ink layer 3 and the transparent base layer 2, and the bonding force of the commodity information layer 4 and the glue layer 6 is greater than the adhesion of the commodity information layer 4 and the transparent base layer 2, by peeling off the transparent base layer 2, the label is damaged, part of the second ink layer 3, the anti-counterfeiting layer, and the information layer are retained on the surface of the commodity with the glue layer 6, ensuring that the label cannot be restored once it is torn, effectively preventing reuse and tampering, effectively protecting commercial secrets, and improving the anti-counterfeiting effect.

[0046] The first ink layer 1 of the embodiment is an oily ink layer, and the first ink layer 1 is printed with a mark, which includes words and / or symbols.

[0047] Oily ink is an ink with an organic solvent as a carrier, which has the characteristics of strong adhesion, fast drying speed, and good weather resistance. The oily ink layer is printed on the front surface of the transparent base layer 2, which can form clear and durable patterns. The oily ink is firmly combined with the transparent base layer 2 and is not easy to fall off or wear, ensuring the durability of the mark. The oily ink can resist the influence of environmental factors such as ultraviolet rays and humidity, prolonging the service life of the label. The oily ink dries quickly, is suitable for high-speed printing production, and improves production efficiency.

[0048] The mark includes words or symbols or both.

[0049] Specific information (such as brand name, LOGO, warning words, and prompt symbols) is presented on the first ink layer 1 through the printing process. The mark is clear and visible, making it easy for consumers to quickly identify commodity information or brand information. Printing the brand LOGO or name can enhance brand recognition and promotional effects. Symbols or words can be used for warning or explanation to improve the safety of commodity use.

[0050] The mark can be words, symbols, or a combination of the two, and is designed to have a specific meaning or function. Words are used to convey specific information, and symbols are used for intuitive expression. The combination of the two can meet different information transmission needs. Carefully designed marks can enhance the visual effect of the label and attract the attention of consumers. Unique mark design can serve as one of the anti-counterfeiting features, increasing the difficulty of imitation.

[0051] The transparent base layer 2 of this embodiment is a PET material transparent base layer 2.

[0052] PET (Polyethylene Terephthalate) is a high polymer material with high transparency, good mechanical strength, chemical corrosion resistance, and strong temperature resistance. As the material of the transparent base layer 2, PET can provide stable support for the label while maintaining excellent light transmission.

[0053] PET material has very high transparency, which can clearly display the patterns and information printed on it. The front and back of the label are clearly printed, improving the overall aesthetics and recognition of the label.

[0054] PET material has excellent tensile strength and tear resistance, and can withstand certain external forces. It ensures that the label is not easily damaged during use, prolonging the service life of the label.

[0055] The second ink layer 3 of this embodiment is a water-based ink layer.

[0056] Water-based ink is an ink that uses water as the main solvent, with the characteristics of environmental protection, non-toxicity, and low volatility. The water-based ink layer is printed on the back of the transparent base layer 2, forming a uniform coating and having good adhesion with other layers (such as the custom anti-counterfeiting layer 5).

[0057] Water-based ink does not contain organic solvents and has very low volatile organic compound (VOC) emissions. It meets environmental protection requirements, reduces harm to the environment and human body, and is suitable for use in fields with high safety requirements such as food and medicine.

[0058] The product information layer 4 of this embodiment includes commercial information and / or traceability information of the product.

[0059] The product information layer 4 is printed on the back of the transparent base layer 2, used to carry commercial information (such as brand name, specifications, production date, etc.) and / or traceability information (such as production batch, raw material source, logistics information, etc.) of the product. These information are presented through printing or coding technology, making it easy for consumers and supply chain participants to query and verify.

[0060] Commercial information includes brand name, specifications, production date, shelf life, and other key information. It helps consumers quickly understand the basic information of the product, improving the shopping experience. It enhances brand transparency and builds consumer trust.

[0061] Traceability information includes production batch, raw material source, processing technology, and logistics track. It realizes the whole life cycle traceability of the product, ensuring that the source of the product is traceable and the destination is traceable. It improves the transparency of the supply chain, helps enterprises quickly locate problems, and reduces risks.

[0062] The commodity information layer 4 can be combined with anti-counterfeiting technology such as variable two-dimensional code, bar code, etc. Consumers can verify the authenticity of the product by scanning the two-dimensional code or bar code, preventing counterfeit and inferior products. Enhance brand protection and maintain market order. By displaying detailed product information and traceability information, it reflects the importance of quality and transparency for the enterprise. Enhance the trust and loyalty of consumers to the brand. Improve brand image and market competitiveness.

[0063] The customized anti-counterfeiting layer 5 of the present embodiment is a VOID customized anti-counterfeiting layer 5, which has printed customized information.

[0064] VOID anti-counterfeiting technology is a special anti-counterfeiting design that leaves a clear "VOID" word or pattern when the label is peeled off, indicating that the label has been damaged. The VOID customized anti-counterfeiting layer 5 achieves this effect through special materials and printing processes.

[0065] The bonding force between the VOID anti-counterfeiting layer and the second ink layer 3 is specially designed to damage the second ink layer 3 when peeled off. Printing customized information (such as brand name, logo, pattern, etc.) in the VOID anti-counterfeiting layer enhances the anti-counterfeiting effect. Once the transparent base layer 2 is peeled off, the VOID effect cannot be repaired, preventing the label from being reused. The VOID effect leaves obvious damage marks when the label is peeled off, preventing the label from being reused or transferred. Effectively prevent tampering or counterfeiting of goods, protect brand rights and interests. Printing customized information (such as brand logo, text, etc.) in the VOID anti-counterfeiting layer makes the anti-counterfeiting mark unique. Enhance brand recognition while increasing the difficulty of imitation.

[0066] The glue layer 6 of the present embodiment is an acrylic glue layer 6.

[0067] Acrylic glue is an adhesive with acrylic ester as the main component, which has high adhesion, weather resistance, temperature resistance and environmental protection, etc. The acrylic glue layer 6 is coated on the back of the customized anti-counterfeiting layer 5 and the commodity information layer 4, used to firmly paste the label on the surface of the commodity.

[0068] Acrylic glue has excellent initial adhesion and holding adhesion, which can quickly bond and maintain long-term firmness. Ensure that the label is firmly pasted on various surfaces and is not easy to fall off or shift.

[0069] The release layer 7 of the present embodiment is a white Grasen release layer 7.

[0070] The glassine paper is a high-density and high-strength release paper, and the surface thereof is specially treated, and has the characteristics of smoothness, temperature resistance, moisture resistance and the like. The white glassine release layer 7 is coated on the back of the glue layer 6, and is used for protecting the glue layer 6 and preventing the glue layer 6 from adhering to other objects when not in use. The white glassine release layer 7 is smooth and not easy to adhere, and can effectively protect the glue layer 6 from being contaminated or adhered in advance. The glue layer 6 is ensured to be clean and adhesive before use, and the label is conveniently and smoothly pasted. The glassine paper has high density and high strength, and is not easy to be torn or damaged. During the production and transportation of the label, the release layer 7 can withstand certain external force, and prevent damage.

[0071] The above merely describes the preferred embodiments of the present application, and for those skilled in the art, the specific implementation manner and application scope can be changed according to the thought of the present application, and the content of the specification should not be understood as the limitation of the present application.

Claims

1. A variable two-dimensional code positive plate customized LOGO positive and negative multi-color overprint anti-fake VOID label, characterized in that, The first ink layer (1), the transparent base layer (2), the second ink layer (3), the commodity information layer (4), the customized anti-fake layer (5), the glue layer (6) and the release layer (7), The transparent base layer (2) is used for printing and structural support; The first ink layer (1) is printed on the front of the transparent base layer (2), the second ink layer (3) and the commodity information layer (4) are printed on the back of the transparent base layer (2); The customized anti-fake layer (5) is printed on the second ink layer (3); The glue layer (6) is printed on the side of the customized anti-fake layer (5) away from the second ink layer (3) and the side of the commodity information layer (4) away from the transparent base layer (2); The release layer (7) is attached to the side of the glue layer (6) away from the customized anti-fake layer (5) and the commodity information layer (4); The bonding force between the second ink layer (3) and the customized anti-fake layer (5) is greater than the adhesion between the second ink layer (3) and the transparent base layer (2), and the bonding force between the commodity information layer (4) and the glue layer (6) is greater than the adhesion between the commodity information layer (4) and the transparent base layer (2).

2. A variable two-dimensional code positive plate customized LOGO positive and negative multi-color overprint anti-fake VOID label according to claim 1, characterized in that, The first ink layer (1) is an oily ink layer, and the first ink layer (1) is printed with a logo, and the logo includes words and / or symbols.

3. The variable two-dimensional code positive plate customized LOGO positive and negative multi-color overprint anti-fake VOID label according to claim 1 or 2, characterized in that, The transparent base layer (2) is a PET material transparent base layer (2).

4. The variable two-dimensional code positive plate customized LOGO positive and negative multi-color overprint anti-fake VOID label according to claim 3, characterized in that, The second ink layer (3) is a water-based ink layer.

5. The variable two-dimensional code positive plate customized LOGO positive and negative multi-color overprint anti-fake VOID label according to claim 1 or 2, characterized in that, The commodity information layer (4) includes commercial information and / or traceability information of the commodity.

6. The variable two-dimensional code positive custom LOGO positive and negative multi-color overprint anti-fake VOID label according to claim 5, characterized in that, The customized anti-fake layer (5) is a VOID customized anti-fake layer (5), and the VOID customized anti-fake layer (5) is printed with customized information.

7. The variable two-dimensional code positive custom LOGO positive and negative multi-color overprint anti-fake VOID label according to claim 1, characterized in that, The glue layer (6) is an acrylic glue layer (6).

8. The variable two-dimensional code positive custom LOGO positive and negative multi-color overprint anti-fake VOID label according to claim 1, characterized in that, The release layer (7) is a white glassine release layer (7).

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