TR202007383A2 - A system for testing and testing the authenticity of the manufactured product - Google Patents

Abstract

This invention relates to a system (1) that enables the authenticity of the produced physical or digital objects to be tested and tested 100% by the product manufacturer and the purchaser. The system includes an image generator (2) that creates a unique digital watermark (B) for a physical or digital object (A) and a test device (3) that decides whether the object (A) is authentic or not according to the authenticity test code contained in this watermark (B). .

Description

DESCRIPTION A system that ensures the authenticity of the produced product is tested and tested Technical Area This invention confirms the authenticity of the physical or digital objects produced by the product manufacturer and the purchaser. with a system that allows it to be tested and tested one hundred percent by State of the Art Recently, as the economy deteriorates, computer browser, color printer, color image creation devices such as copiers, laser beam printers, and digital cameras picture resolution has been significantly improved thanks to the is recovering.

Today, in parallel with the development of such devices, counterfeit money and products A gradual increase in production is observed.

To prevent the production of counterfeit money and products, it is difficult for ordinary people to imitate. paper types that can be used are used. In addition, hidden images and partial imitations It is created to prevent copying and duplication.

Also, depending on the viewing angle of patterns and colors to prevent counterfeiting. hologram where variations are recorded, at certain points when touched with hands intaglio print felt, obvious on examination but rarely on copies Different methods such as visible microletter are used.

UV fluorescent products used for forgery testing, hidden thread, hidden line, It can perform the examination of holograms and micro letters in a long time. This This situation creates a disadvantage for the test and testing processes.

In the patent application document numbered TR2016/15086 in the literature, the world The originality of all kinds of raw, semi-finished and finished products produced in the market is checked by individual controls. to provide manufacturers and consumers with protection against counterfeit products It is related to the counterfeit product prevention system aimed at smart device for reading, counterfeit prevention system with product barcode is explained. The invention described in the related document is associated with the application subject to this specification. There are differences in terms of devices and technology used.

Systems used today allow the unique digital watermark to be applied to physical or digital objects. a structuring that allows the addition of these objects and how to test the originality of these objects. does not offer. In addition, existing applications have the unique watermark added to the objects. According to whether the pixel spaces added between the layers are worn out or not. Nor does it offer a solution that tests originality.

As a result, due to the above-mentioned disadvantages and current solutions It is necessary to make an improvement in the relevant technical field due to the inadequacy of the is locked.

Purpose of the Invention The invention was created by being inspired by the current situations, and the above-mentioned negativities aims to solve.

The purpose of this invention is to ensure that the originality of the physical or digital objects produced is produced by the product manufacturer and a product that ensures that it is tested and tested one hundred percent by the purchaser. revealing the system.

The structural and characteristic features of the invention and all its advantages are given in the form given below and More clearly thanks to the detailed explanation with references to the figure. will be understood and therefore the evaluation should also take into account this form and detailed explanation. should be done with consideration.

Figure to Help Understand the Invention Figure 1 is the sematic representation of the system that is the subject of the invention.

Description of Part References 1. System 2. Image rendering device 3. Tester B. Watermark Detailed Description of the Invention In this detailed description, preferred embodiments of the system (1), which is the subject of the invention, it is explained only for a better understanding of the subject.

This invention confirms the authenticity of the physical or digital objects produced by the product manufacturer and the purchaser. with a system (1) that allows it to be tested and tested one hundred percent by The system (1), which is the subject of the invention, whose schematic representation is presented in the figure; This watermark (B) that he created and added the authenticity test code to the watermark (B) the image forming device (2) that places it on the object (A), and Authenticity that the renderer (2) adds to the watermark (B) in the 0:' library Scan the object (A) with the test code to see if there is a watermark (B) in it. the checker finds the watermark (B) authenticity test code from that watermark (B) the originality test code in the library of the originality test code it produces. Deciding whether the object (A) is original or not according to whether it matches the code giving tester (3) contains.

How does the inventive system (1) show the unique digital watermark (B) to physical or digital objects (A)? It is about how it is added and how the originality of these objects (A) can be tested.

The system of the invention (1); (B) of the watermark containing the authenticity test code (A) to 0 physical or digital objects adding, more than one in the areas in the image used to produce that object (A) depending on whether there is a layer, 'Originality test code vs. generation of incoming pixel gaps and o pixel gaps 'on' each layer and between layers adding image adapted to perform the forming device (2) and 0 physical or digital object (A) to which the unique digital watermark (B) is attached scanning, 0 pixel spaces added to the object as a result of scanning revealing, o originality using numbers that match multiple pixel spaces Generating test code, o The authenticity of the generated originality test code in the library compared to test code and o As a result of the comparison made, whether the object is original or not. decision making test device that is adapted to perform contains.

The object (A) specified in the inventive system (1) and to which the unique digital watermark (B) is attached; documents can consist of papers and currency notes.

The authenticity test code used in the inventive system (1), any counterfeiting used to inspect a product to see if it has represents the code. Such a unique test code may consist of multiple binaries. For example, a The image generator (2) adds the authenticity test code to the watermark (B) and then He then places the watermark (B) on the object (A).

Image generator (2), multiple lines in the area where the unique digital watermark (B) is added otherwise, it creates multiple lines in the field where the authenticity test code is inserted.

The image rendering device (2) covers the pixel spaces corresponding to the authenticity test code. and then these pixel gaps in the originality test code. inserts above and/or between multiple lines.

The image generator (2) confirms that the corresponding pairs of the authenticity test code are 1 or 0. by deciding and then the corresponding Preset point respectively It creates a pixel gap consisting of a number of pixels and adds it to the authenticity test code.

In this way, the rendering device (2) will be inserted into pixel spaces of different sizes. generates the authenticity test codes corresponding to the data and uses them as unique digital It places it in the area where the watermark (B) is added.

The image generator (2) enlarges the image and inserts it between the multiple layers and It adds pixel spaces created according to the originality test code on it.

The rendering device (2) should set the pixel spacing to preferably 0.00003mm. and adds invisible colors (for example, light yellow) to the authenticity test code.

Since the image has been enlarged and pixel space added, the image will be resized to its original size. when it comes back, the pixel consisting of very small dots is not visible.

When the malicious user tries to copy the object (A), it tries to copy the object (A) and therefore the object (A). it will erode pixel spaces. If malicious user copied pixel gaps Even these spaces will be worn out, so this copying test device (3) is easily understood.

If an object (A) is produced after the image has been restored to its original size, the unique digital Pixel gaps added over a line in the area where the watermark (B) is added can be copied, but pixel spaces inserted between multiple lines cannot be copied.

The pixel spaces in question are stuck between the layers/lines copying will wear out the pixel spaces.

When the tester (3) scans an object (A), it is located in more than one layer of the watermark (B). The area extracts the pixel gaps, according to these pixel gaps the originality test code forms. The tester (3) determines the binary values for the different pixel spaces and forms.

The originality test code is combined with the authenticity test code in the library of the test device (3). if it is not matched, the tester (3) identifies the object (A) as fake. If If there is a match, the tester (3) identifies the object (A) as original.

Example Applications of the Invention Below are examples of how the system can be adapted for various printed objects is explained. In each of these cases, fragile watermarks are embedded in the watermark. custom used to generate embedded authentication hashes or watermark copy detection technology, such as authentication keys, can be used to verify identity. In addition, the watermark, as described above accessing and indexing information in a database or computer network, such as may carry the information used for

Stocks and bonds The system, whose representative block diagram is given in Figure 1, was copied to verify its authenticity. to create print stock certificates and bonds with detection watermarks can be used. In addition, decoding systems are used to verify the document and/or its owner. embedded in watermarks in documents to connect to the database where information is stored for can use the identifier. As the title changes, the database changes to the current owner and other to associate transaction information with the identifier embedded in the document can be updated. In addition, the database management system, the authentication of the document keep a record of when, where and by whom it is submitted for It can generate detailed reports that provide transaction information.

Visas and Passports The system also performs similar functions for Visas and passports. can be used. In particular, the database does not contain any information about the bearer of the visa or passport. to store information such as a photo, unique user identifier, or other information can be used. In the validation process, the decoder retrieves the information from the watermark and with authentication information contained in the document or elsewhere in the database compares. If the information does not match, the passport or its holder is not valid. is revealed. For database applications, a passport is an embedded watermark. It can be linked to a unique database entry via the identifier. For example, border control personnel from the database to verify the identity of the passport holder. can compare a returned photograph with the person carrying the document.

Legal documents System to verify and manage legal documents such as contracts, titles, titles can be used. In addition to providing authentication functionality, watermark, identifier to a database for additional information about the document in the database. can be attached. This information is the contact information for the contracting parties, the relevant information of the contract. version control, which shows whether a set of documents is the most current and valid information to verify that a contract document has been fully executed by all parties information etc. can happen.

Bank! Credit Card Statements The system provides an efficient way to verify bank and credit card statements. Additional As a result, the identifier extracted from the watermark in the declaration is the personal data stored in the database. financial records, account information, etc. can access. This is the user's expression as a code. to a digital camera or scanner in the decoding system and automatically It connects you to the relevant financial records and account status information.

User-provided or embedded in the watermark specific user information, data can be used to generate an access code to access database records.

Transportation Tickets The system provides single-use or multi-use bus or train tickets, air tickets. and issuing and validating various transportation cards and tickets, such as airline boarding passes can be used for. In these applications, the copy detection watermark will identify the pass. used for validation. In addition, the watermark load identifies the user. It can also be used for validation. For example, a user check-in or verification terminal enters a code and that terminal then matches the code with the information in the watermark payload. or with the information linked to the transition via the watermark in the transition. User The user information entered by the user is stored on the card or in the database linked by the watermark. If it matches the authentication information, the terminal considers the user valid. Additional Alternatively, the transition is a series of transitions or transitions via the identifier embedded within the watermark. can be associated with the period. Each time the transition is used, the watermark is decoded. and the corresponding number of passes linked to the object via the watermark is reduced.

The identifier in the watermark represents the object, including the number of passes available. connects it to a database that stores information about

Event Tickets The system stores event tickets and the users of these tickets as described above. can be used for validation. In addition, the watermark can be applied to a general or specific ticket. It can be used to link to additional information about the specific event.

Diploma The system can identify similar documents such as diplomas, certificates of expertise, professional licenses. can be used for validation. In addition, the system determines the carrier of the document. It can also be used for validation.

permissions The system is used to verify the identity of license documents such as building permits and inspection permits. can be used. Additionally, the watermark is also about the project to which the permission relates. also an identifier that links the permission to a database of records for more information may contain.

Personal Cards The system includes voter registration cards, library cards, telephone cards, financial cards, miscellaneous such as insurance cards, photo IDs and other membership cards (health club etc.) It can be used to create and validate personal cards. decoding system, It can also be used to control access to certain places or things. For example, the system can verify a voter's card and the voter in the voting booth. This In addition, the system records the votes to prevent the voter from voting more than once. can hold. Watermark on library card, user to return/deliver books about connecting transactions to a database and when items are due It can also be used to provide information. Product and Product Labels As detailed above, the system ensures that clothing and trade labels certificates etc. in product security applications for authentication can be used. In addition, the watermark is attached to a database entry with firmware or may contain an identifier that links to the website. Warranty information, user instructions, options to purchase related products and accessories, etc. information such as may contain. Product packaging using watermarks for product safety and information links and the same applies to the products themselves.

Forensic Photographs Fragile digital watermarks, checking if a digital image has been modified can be used for. However, such applications do not allow such photos to be printed and It does not cover cases where it is kept in a physical file. The system described above, to embed authentication watermarks in such images before they are printed can be used. The authentication watermark identifies the printed image. to verify and also securely store an undistorted digital copy of the image. It can be used to connect to a database where it is stored. This is digital prints of insurance photos taken, prints of proof photos (crime scene, etc.) and It also applies to various other applications.

Claims (2)

REQUESTS 1. It is a system (1) that allows the authenticity of the produced physical or digital objects to be tested and tested 100% by the product manufacturer and the purchaser, and its feature is; 5 ~:~ image creation device (2) that creates a unique digital watermark (B) for a physical or digital object (A), adds the authenticity test code to this watermark (B), and places the watermark (B) it has created on the object (A), and In the °2° library, the originality test code is added to the watermark (B) by the image creation device (2), scanning the object (A) and checking whether there is a watermark (B) 10 in it, if it finds a watermark (B), the originality test code from this watermark (B) It contains a test device (3) that produces the originality test code it produces and decides whether the object (A) is original or not, according to whether it matches the originality test code in the library. 15 2. It is the said system (1) according to claim 1, and its feature is; Adding the watermark (B) containing the authenticity test code to that physical or digital object (A), creating the pixel spaces corresponding to the authenticity test code, depending on whether there are more than 20 layers in the areas in the image used to produce that object (A), and 0 of each layer. the image creation device (2) adapted to perform the addition of pixel spaces on and between the layers, and scanning the physical or digital object (A) to which that unique digital watermark (B) is added, that the pixel spaces added to the object as a result of the scanning made Adapted (adapted) to perform the operations of revealing, generating the originality test code using the numbers that match that multiple pixel spaces, comparing the originality test code that is generated with the originality test code in the library, and deciding whether the object is original or not as a result of that comparison. contains the device. . Said system (1) according to claim 1, and its feature is; It adds to the authenticity test code by deciding whether the relevant binaries of the authenticity test code are 1 or 0, and then creating a pixel gap of the corresponding preset number of dots, thereby generating the authenticity test codes corresponding to the data to be inserted into the pixel gaps of different sizes, and making them into the unique digital watermark. (B) includes an image creation device (2) that places it in the area where it is added. . It is the system (1) in accordance with claim 1=and its feature is; It contains an image rendering device (2) that makes the pixel gap 0.00003mm and adds invisible colors (for example, light yellow) to the authenticity test code. . Said system (1) according to claim 1, and its feature is; It contains an image creation device (2) that enlarges the image and adds pixel spaces between and on multiple layers, created according to the originality test code, and ensures that the pixel consisting of very small dots does not appear when the image is returned to its original size, since the image is enlarged and the pixel space is added. . Said system (1) according to claim 55, and its feature is; When the object (A) wants to copy, it contains a test device (3), which can easily understand this copying because even if the malicious user copies the pixel spaces, these spaces are worn out, due to the wear and tear of the pixel spaces stuck between the layers/lines.