MULTILAYERED, HOLOGRAMMED SECURITY AND AUTHENTICATION LABEL

Abstract

This invention relates to a security label (1) structure that offers multi-level security against counterfeiting. The security label (1) comprises a first security layer (1.1) that becomes visible only with UV light in the first stage, a second security layer (1.2) that becomes permanent by chemical or thermal treatment in the second stage, and an adhesive layer (1.3) that is destroyed by removal of the security label (1) in the third stage. This structure makes the authenticity of the product verifiable both in professional inspections and at the consumer level.

Description

1 TARIFF MULTILAYERED, HOLOGRAMMED SECURITY AND AUTHENTICATION LABEL Technical Area This invention aims to prevent counterfeiting and illegal natural gas usage in the distribution network. placed on top of the meters and when heated by any heat source, 5 hologram with controlled shrinkage feature and the distribution meter on which it is coated This relates to a security label with a transparent surface to ensure the indicator can be read. More specifically, this invention involves a two-stage process that is light-sensitive and becomes permanent through a chemical reaction. It deals with a label structure that has security features. State of the Art 10 Today, it is used to measure the consumption of resources such as natural gas, electricity, and water. Distribution meters are critical devices that regulate subscribers' payments to service providers. These are the components. Service providers (municipalities or private companies) collect user payments. If it is not done on time, the service will be suspended by sealing the distribution meters. is going in its direction. 15 In current practice, the sealing process is usually done by sealing the lead seals of the distribution meter valves. and is done by fixing it with wire. However, this method is problematic because the material... deformation over time, high labor costs, and difficulties in mass production. Therefore, it does not offer an efficient solution. Furthermore, the physical presence of malicious users... It has been observed that they were able to bypass the seals through interventions. 20 With technological advancements, security elements such as holograms have become available in sealing systems. For example, holograms placed inside transparent seal bodies and Steel wires have made it easier to detect unauthorized access attempts. Even these methods, taken together, have not been able to fully guarantee security, especially with different distributions. A standard solution for meter models has not been developed. 25 The biggest shortcoming of current systems is that they are not sufficiently resilient against user intervention. The problem is that it is not available and requires special designs for each type of distribution meter. This situation affects both This increases costs and makes consistency in implementation more difficult. This is where customization comes in. 2 A printed, hologram-backed, heat-sensitive shrinkable security label. It emerges as an effective solution to the existing problems. Purposes of the Invention This invention aims to achieve the following objectives: • The tag is intended to prevent malicious users from interfering with it, resulting in a penalty of 5 in case of unauthorized tampering. to cause it to be destroyed and rendered unusable, • Safety in various measuring devices, especially natural gas distribution meters. to reveal the label and ensure secure control, • To enable consumers to verify the information visually, • The label is supported by multiple levels of security (visual, thermal, chemical). 10 • To make the label even more difficult to counterfeit, Brief Description of the Invention The invention is a first: a light-sensitive ink placed on a surface that becomes visible. with a protective layer and beneath this layer, which is permanent when exposed to certain chemicals or heat. It is a security tag that includes a second layer of security, appearing as 15. It includes an adhesive base that leaves a warning message when removed. Detailed Description of the Invention This safety and verification label is attached, which was created to achieve the purposes of this invention. This is shown in the figures. Figure 1 shows a schematic view of a label according to the invention. 20 The parts shown in the figures are individually numbered, and the corresponding numbers correspond to these numbers. It is given below. 1. Security label 1.1. The first security layer 1.2. Second security layer 25 1.3. Adhesive layer 2. Machine-readable code 3 3. Holographic security layer 4. Monitoring counter The security label (1) subject to the invention comprises the following basic components: Security label (1): The distribution meters, which are intended to prevent fraud and illegal natural gas usage, are 5. placed on top and subjected to controlled shrinkage when heated by any heat source. with a hologram feature and the indicator of the distribution meter on which it is coated It is a security label with a transparent surface to enable it to be read (1). First safety layer (1.1) - Carrier and Protective layer (UV active): The carrier layer is a transparent or opaque polymer-based structure, and the safety label (1) general 10 It is the first security layer, which forms a sub-layer that carries the structure (1.1). The first security layer (1.1) can be applied over all other layers and carry those layers. It has mechanical resistance. In addition, it provides safety by forming a protective layer. the label (1) against external influences (environmental factors such as water, friction, temperature, UV rays) It has a thin film structure that ensures durability. It is transparent and the security label is 15 (1) Protects against mechanical and chemical wear. Printed with invisible ink and It contains text, code, symbol, or pattern that is only visible under UV light. First security. layer (1.1) allows the user to instantly verify the authenticity of the product with visual verification. It offers the possibility of doing so. Second security layer (1.2) (permanent): 20 Located below the first safety layer (1.1), certain chemicals (e.g. acidic or basic) (solutions) or become visible when exposed to heat (e.g., above 50°C) This is the section containing ink or dye. This feature allows for more thorough product inspections. A security layer is created, providing a structure that is difficult to counterfeit. Adhesive layer (1.3) (Intervention warning): 25 If the security label (1) is removed from the surface to which it is applied, both the surface and Warning messages such as "Tampering", "Fake" or "OPENED" on the security label (1) itself 4 It has a special adhesive structure that leaves the security label (1) undone. It is a deterrent and leaves traces if interfered with. Machine-readable code (2) (barcode or QR code): A unique barcode printed on the security label (1) that enables the traceability of the product or A QR code is included. This code provides details such as production date, batch number, and distribution chain information. It enables access. It can be read via mobile devices or corporate browsers. It is structured in a way that is unique to each product to reduce the risk of counterfeiting, and the database is created accordingly. It is matched with. Holographic security layer (3): On the surface of the security label (1), there is a colored and reflective visual that changes depending on the angle of incidence of light. There is a holographic security layer (3) containing effects. This holographic security layer (3), showing company logo, product name or special symbols when viewed from a certain angle It can be designed. A holographic security layer (3) that provides visual verification, both to the consumer It also provides inspection units with the ability to easily identify counterfeit products. Monitoring counter (4) or measuring device integration (Optional): 15 A small-scale electronic monitoring system that can be integrated into the security tag (1) This monitoring counter (4) or passive RFID / NFC based measuring device may be included. the number of times the product was opened, the ambient temperatures it was exposed to, or the time elapsed during transportation It can record the transportation and storage conditions, especially for pharmaceuticals and sensitive products. It allows tracking. By touching NFC-compatible phones, past data can be retrieved. can be viewed. The security label (1) that is the subject of the invention provides multi-layered verification and protection against counterfeiting. It is designed to ensure the production, application and control of the security label (1). The processes work as follows: In the first stage, a transparent or opaque 25 will be used as the carrier layer of the security label (1). A polymer-based material (e.g., PET or PP) is prepared. Layers are then applied to this surface. The process is carried out in stages. First, a special text, code, or graphic is applied using invisible UV ink. It is printed. This ink is invisible to the naked eye, but becomes visible under UV light. This layer is the first It is the first security layer that constitutes the verification level (1.1). UV ink layer A special second ink or dye that reacts chemically or thermally is printed underneath. This The layer is invisible and only becomes visible upon contact with a specific solvent or at a specific temperature such as 50°C. It appears by changing color when exposed to heat. This layer provides better resistance against counterfeiting. It is the second security layer that provides deep security (1.2). On top of the security label (1), If desired, a holographic security layer (3) can be added. Thus, depending on the light, different 5 Patterns that appear to move when viewed from different angles, company logos, or security symbols. It can be demonstrated. It is very difficult to visually replicate. The next step is security. A special barcode or QR code is placed on the visible part of the label (1). This is machine readable. code (2) matches the product’s production date, serial number and distribution data and digital verification It provides. It is produced uniquely for each product. Optionally, the security label (1) 10 A passive RFID / NFC based tracking counter (4) is integrated into it. This tracking counter (4), how many times the product has been opened, what temperatures it has been exposed to, or how long it has been in circulation It can record that. It is a critical monitoring system, especially for cold chain products. Last As such, a special adhesive layer (1.3) is applied to the back surface of the security label (1). This The adhesive layer (1.3), once adhered to the surface, when removed, leaves both the surface and 15 The security label (1) leaves warning messages such as "VOID", "OPENED" or "FAKE". This In this way, it is not possible to remove and reuse the security label (1). The entire structure, coated with a protective lamination film to protect against external factors (moisture, heat, friction) It is made durable. Security label (1) is placed on product packaging, usually on the lid or 20 It is applied to the openable part of the packaging. During this application, product data is collected using barcode systems. The device is paired with the base. If an RFID / NFC module is present, it is activated. The subject of the invention is a security label (1) for leakage on electricity, natural gas and water distribution meters. It is designed to prevent its use. This prevents distribution by malicious users. The possibility of tampering with meters without the service provider's knowledge is eliminated. 25

Claims

6 REQUESTS 1. A multi-layered structure intended for placement on product packaging. security label (1) - containing invisible ink that only becomes visible under ultraviolet light and an initial security layer (1.1) that carries other layers, 5 - becomes visible by changing color through chemical interaction or under specific temperatures. a second layer of security (1.2), - a sticky layer that leaves warning messages if removed (1.3) It is characterized by its inclusion.

2. A security tag (1) as in Claim 1, and 10 on the first security layer (1.1) each of which is unique to the product and contains traceability information about the product. It is characterized by containing a machine-readable code (2).

3. A security label (1) as in Claim 2, with a machine-readable code (2) It is characterized by containing a barcode or a QR code.

4. A security label (1) as in any of claims 1 to 3, security label 15 (1) integrated into its surface, offering different visual effects depending on the angle of incidence of light and Holographic security layer providing visual verification against counterfeiting (3) It is characterized by its inclusion.

5. A security label (1) as in any of claims 1 to 4, security label (1) integrated within; number of product openings, temperature history to which it was exposed 20 or a passive RFID or NFC-based tracking counter that can record transport time. or is characterized by containing a measuring device.