UA133350U - ID: LABEL LABEL ID - Google Patents

Abstract

The fake ID sticker has a unique patterned item ID and a unique ID code that corresponds to an entry in an electronic database containing an electronic image of the corresponding item ID with its pattern, wherein the item ID is made of a transparent or translucent fragile material plate , in which a unique pattern is formed by cracks created by the impact or pressure of the solid on the plate, while identifying the object catator is made to visually compare the unique pattern of its cracks with the pattern of cracks of the electronic image of this object identifier stored in an electronic database via an electronic computing device connected to the Internet, and the unique identifier code consists of information in the form of text or text, bar- the code and / or QR code and / or web address behind which the electronic image of the subject ID is verified, in addition, the sticker identifier (16) basically has the outer adhesive surface (9) in the form of a ribbon with upper and lower protective coating (2) and containing a housing (1), in which is placed the object identifier, made in the form of a glass plate (10), while placed on the surface of the housing (1) the manufacturer's logo and the address of his site (5), as well as the QR-code (6) and serial number (7), on the lower surface of the glass plate (10) is applied an anti-deformation reinforcing protective film (8) with silver-colored pre-made on its surface. reflective matt exterior surface, each of the corner on the top of the glass plate (1) has an anti-deformation protective coating, and the housing (1) further comprises an upper protective optically transparent polymer coating (11).

Description

The utility model belongs to the means of marking and identifying the authenticity of valuable original items, goods and their protection against possible substitutions and counterfeits, as well as protection against unauthorized intervention and detection of unauthorized access to objects.

The following determinations are adopted below in the description.

Oaiad (eng. ипидшие ашПепиисайоп иад - unique - device-sticker authentication) - a device for identifying the authenticity of objects, objects, goods and their protection against possible forgeries; protection against possible unauthorized intervention and detection of unauthorized access to objects due to such action.

Oaiad sticker (or sticker, or Oaiad identification sticker) is a unique indicator device designed to protect objects, objects, goods from substitution and counterfeiting, protection against unauthorized intervention and detection of unauthorized access to objects.

The Oaiad sticker provides the possibility of long-term functioning with the maximum degree of protection, resistant to physical and mechanical damage, manipulation, falsification and counterfeiting or substitution.

Electronic Oagad sticker (or electronic sticker) - a version of the Oagad sticker that contains a KERIO chip, M5E chip, or other trackers and electronic chips; information from such Oaiad stickers is read by a contactless method, which allows monitoring and identification of the protected object at any time, in particular in real time.

A unique (formed) pattern of cracks on the glass is a unique pattern on the glass plate, which is formed as a result of physical and mechanical impact (impact, compression or under the action of load) on its surface. Glass with a protective film applied to its surface is covered with a unique physical and mechanical pattern when broken. At the same time, the localization, size, shape and appearance of the cracks formed are random.

The impact point is a point that serves as a reference point for applying a short-term shock or pressing physical-mechanical action to the upper anti-deformation film of a glass plate.

The end points of the crack are the points at which the formed cracks end.

Crack branching points are points at which cracks bifurcate.

The extreme dead spots of the glass plate are the sides (side faces) of the glass plate (1), which

Zo is made in the form of a polygonal (in this case - quadrilateral, although it can be hexagonal or octagonal, etc.) straight prism.

The texture of the physical and mechanical glass pattern (lat. Tasishga - processing, construction) is a geometric characteristic of the surface (smoothness, relief, waviness) of the formed glass pattern.

The waviness of the glass is a set of periodically repeating irregularities, in which the distances between adjacent heights or depressions exceed the basic length of the glass. The waviness is estimated by two parameters: the height of the waviness and the step of the waviness (per: //5iydte.sot.tsa/16030514Lomagomedepivye/ragateiigu moypiviovii romegppovii.piti|.

OV-code (English diisK gezropze - quick response) - a matrix code (two-dimensional barcode), which allows you to encode and place a large amount of information in a small picture, and automatically read this data using scanning equipment (including a mobile phone camera telephone).

Mobile application (application) for reading OK codes (English "beat arr") - software for recognizing OK codes, designed to work on smartphones, tablets and other mobile devices. The mobile application for reading OB codes is installed on the device itself, or can be downloaded to it from online mobile application stores such as Arr 5ioge, Soodie Riau, MMipdom/5 Rpope 500oge and others, both for free and for a fee.

Special mobile application Oaigad (eng. tobiiie arriisayop, arriisayop zoiimage, arr) is a user computer program, the main function of which is the comparison of glass cracks Oasad - ID stickers with their image in a protected database and the subsequent authentication of the originality of a certain object to which the identifier belongs - sticker etc. This happens by comparing the cracks, as a result of which the user receives an automatic answer regarding the originality of the object under study with a predetermined degree of reliability.

A protected database is a set of encrypted data processed according to an algorithm that contains the characteristics of these data, as well as the relationships between their elements.

Distributed database Blockchain (Viosk-SNaip) - a chain of transaction blocks (English: Viosk- spayip, from BiosK - block, spayip - chain) - a distributed database that maintains a list of records, because the so-called blocks, which is constantly growing. Each block contains a timestamp and a reference to the previous block of the hash tree. The distributed Blockchain database is protected against forgery and manipulation, which eliminates the possibility of fraudulent activities or theft of personal data. All unauthorized interventions to change information in blockchain technologies are impossible.

The method of visual comparison is a sequence of procedures that must be carried out in order to authenticate the originality of the object under investigation, which is assigned the corresponding identifier-sticker Oayad, by the method of visual comparison of the formed physical-mechanical glass pattern, which is displayed on the electronic computing device with the image received through communication channels. communication from a secure database without the use of readers, scanners and other technical equipment.

Immanent properties are the properties of the object being studied, arising from its inner nature, which are revealed in the determination of the studied technical parameters characterizing this object through touch, taste, sight, smell and hearing.

The resolution of the eye is a value that characterizes the ability of the human eye to visually assess the resolution of two closely spaced points of the studied objects.

The linear limit of the resolution of the eye is the smallest distance between two points of an object, viewed from the distance of the best vision, at which they are visible separately.

The angular limit of resolution is the smallest angle of view at which the human eye can distinguish two points separately. For an eye capable of accommodation, the angular resolution limit is 17 (3-107 radians)

Turbidity (light transparency) of glass is an optical property of glass, namely transparency, light absorption, reflection and refraction of light, which is achieved due to the preliminary maximum purification of raw materials from unwanted impurities that color the glass.

The dimensional stability of the film is the ability of the film to withstand multiple physical and mechanical actions without accumulating plastic deformations, i.e. to recover to its original state after these actions have ended (per://dp.Кппы.Кт.ча/дп/к. деташазрх?"мМ-КОЗ39851 -038Ip9d-1 8551-01.

Heat resistance of the film is the ability of the film to maintain a stable chemical structure and physical properties when the temperature increases.

Entropy is a physical quantity used to describe a thermodynamic system

With one of the main thermodynamic quantities. Entropy is a function of the state of a thermodynamic system. Along with temperature, it is used to describe thermal phenomena and thermal properties of macroscopic objects

Hashing is the transformation of an input data array of arbitrary length into an output bit string of fixed length. Such transformations are also called a hashing function, or a hash function (pNre /LlmiKi lish. edi.pa/h50o0 chUvAB5 ro 9585 9501 cht688 9501 cht084 5501 5583 5500 95vrro dovAto r1 9586 9501 9596 9501 9581).

A hash chain is the result of successive application of a cryptographic hash function to some tape. In computer security, a chain of hashes is used to generate a sequence of one-time passwords one key or password at a time. Chains of hashes are used to implement non-repudiation by applying to data to record the chronology of their existence (re: ik mikiredia.ogdlmiki/yaero 95989500 9580 9500 95809501 9586 9501 958Е9000О 95686 9500 958

EuroO UVA 9501 9585 9500 9585 9501 9588 9501 9596 9500 95821.

SEM system (Sizioteg Keiayop5pir Mapadetepi Zubiet, i.e. "management of relations with customers). One of the most important functions of SCM programs is the accounting of customers and transactions. But unlike ExeiI, in the SEM system for accounting, data is not stored in huge tables, but in convenient cards, and the entire history of interaction with the client is presented in chronological order - from the first call to the purchase.

Tracking functions. Tracking is the determination of the location of a moving object (several objects) in time using a camera. The algorithm analyzes video frames and outputs the position of moving target objects relative to the frame.

A binary image is a digital image that has only two possible values for each pixel. Typically, a binary image uses two colors: white and black, although any two other colors can be used. The color used for the object(s) in the image is the foreground color, while the rest of the image is the background color. In the field of image recognition, this is often referred to as "two-tone images".

Image skeletonization. A set of points equidistant from the boundaries of a figure is called a skeleton in computer graphics. The skeleton emphasizes the geometric and topological properties of the figure, such as its connection, connectivity, length, direction, width. In fact, the skeleton is a presentation, incl. in electronic form, the shape of the figure and simplifies its further analysis.

Image alignment (or rectification) is a transformation process that allows two or more images to be projected onto a common image plane.

Numerical programming control (NPC) - (English Sotrsheg Mitegisai Sopigoi). - a computerized control system that reads command instructions of a specialized programming language (for example, O-code) and controls drives of metal, wood, or plastic processing machines and machine equipment.

Numerical control (English Mitegisa! Sopigoi) - automatic control of a process carried out by a device that uses numerical data, which, as a rule, is entered during the operation (reference: IZO 2382) (pNre /ik.mikiredia.ogd/lmiki/ 6ро зуБА7 5500 9588 9501 5581 6ро УвВУро УвЕЬОО 9оВ2 9500 90 во 500 959201 9580 9500 968Е90600 9083 9001 9580 95600 9580 9500 У6всСтро 95809500 958 5 ро у6вАФро 9585 9501 9580 9501 9583 9600 9682 9500 9580 9500 95вруро вро ев).

АРЙУО (English: Kaidio Rgediepsu IЮОепийысайоп, radio frequency identification) is a method of automatic identification of objects, in which data stored in so-called transponders, or KRIO-tags, are read or recorded using radio signals. Any

The WRIO system consists of a reading device (reader, reader or interrogator) and a transponder (aka WRIO tag, sometimes the term WRIO tag is also used).

MES, or Meag Pen sottipisayop, "near contactless communication" is a short-range wireless high-frequency communication technology that allows data to be exchanged between devices within 10 centimeters without fear of losing data or being intercepted.

The known invention (OE 102014007976 A1| describes a security device and an authentication method, where the identifier is a dynamic three-dimensional structural pattern (cracks, reliefs, irregularities). Identification is carried out by an electronic scanning device.

The disadvantage of this method is that the three-dimensional structural pattern can change, change color, placement of structural elements, etc. The specified device is complex, a three-dimensional dynamic image is technically difficult to digitize, the device does not allow

Users can easily and quickly identify the original, as it requires the use of specialized equipment. The device is also not suitable for secondary authentication, because there is a visual change of the identifier.

As the closest analogue, a device was selected for marking and identifying the authenticity of the origin of the product and protection against counterfeiting in accordance with the patent (ША 114778 С2, МПК (2017.01) 5070 7/0047, publ. 25.07.2017, Byul. Mo 14), which has a product identifier with with a unique pattern, the case and the unique code of the identifier, which corresponds to the entry in the electronic database containing the electronic image of the corresponding product identifier with its pattern, while the product identifier is made in the form of a plate of transparent or translucent fragile amorphous material, placed in a case of transparent material , in which the unique pattern is formed by cracks created as a result of impact or pressure of a solid body on the plate, while the specified product identifier is made with the possibility of visual comparison of the unique pattern of its cracks with the crack pattern of the electronic image of this product identifier entered into the electronic database through an electronic computer th device connected to the Internet. The case is made in the form of a film made of transparent elastic material or in the form of a container made of solid transparent material.

The unique identifier code consists of information in the form of text or text, a barcode and/or OK code, and/or a web address where the electronic image of the product identifier is located for verification.

The disadvantages of the known device are limitations of its functional capabilities, as well as structural imperfection. In particular, there is no mechanism for attaching the device for marking and identifying the authenticity of the product's origin and protection against counterfeiting to the authentic item. There are no optimal parameters of the basic element of the device, namely glass (material, geometric dimensions and features of the glass plate), which would allow to reliably identify the authenticity of the marked product visually by comparing the physical identifier with its image in the protected database. There is also no description of the device itself and its effective design, as well as the relationship of its structural elements, and effective materials for manufacturing the structural elements of the device are also not specified.

The basis of the useful model is the task of improving the device in the form of 60 identifier-stickers, designed to determine the authenticity of the origin and protect the object from counterfeiting, which will provide an opportunity for owners of objects and objects, experts, manufacturers of goods (owners of trademarks, brands) easily and quickly provide objects of protection with unique means of marking and identification of authenticity of origin, for example, Oagad stickers, and provide all potential consumers with the opportunity to easily and quickly identify goods for originality by these means of marking and identification of authenticity of origin immediately before the purchase itself, and an unlimited number of times , excluding the possibility of false identification of a counterfeit product as genuine, using the design and material of the construction elements of the device and electronic computing device with a graphic display, for example, a mobile phone or smartphone, b from any other additional special technical devices for scanning and reading digital information, which involves the development of an improved protective design of the implementing device with closed physical and mechanical access to the marking elements and a graphic reference to the digital information record about the object of protection, including by through the use of OB-soade forming tools, the selection of effective material and performance parameters of the device elements, in particular, glass, which will make it impossible to interfere with the device design, including the reuse of any of the device design elements, and the implementation of any physical and mechanical influence on the unique physical - a mechanical crack pattern to damage it, including the effect of both short-term and long-term vibration on the device, separation of the formed unique physical and mechanical pattern from the ID body to transfer the formed unique physical and mechanical pattern to another ID or, avoiding visual traces of any physical and mechanical damage on the surface of the case when trying to physically and mechanically disconnect the identifier from the marked product, and will also ensure the reliability and convenience of using the means of marking and identifying the authenticity of the origin, for example, stickers, due to simplicity, speed and the reliability of attaching the Oagad sticker to the item for identification for originality or protection against counterfeiting, including reducing the cost of its manufacture, and, if necessary, the possibility of using additional radio frequency identification of the authenticity of items, objects, goods, etc., for example, using KRIO- or MES technologies.

З The task is solved by the fact that in the identifier-sticker against counterfeits, which has an object identifier with a unique pattern and a unique identifier code, which corresponds to an entry in the electronic database containing an electronic image of the corresponding object identifier with its pattern, while the object identifier is manufactured in the form of a plate made of transparent or translucent brittle amorphous material, in which the unique pattern is formed by cracks created as a result of an impact or pressure of a solid body on the plate, while the specified object identifier is made with the possibility of visual comparison of the unique pattern of its cracks with the crack pattern of the electronic image of this object identifier , entered in the electronic database, through an electronic computing device connected to the Internet, and the unique identifier code consists of information in the form of text or text, a bar code and/or OB code, and or a web address at which displaced electronic image of the item ID for verification, the new thing is that the ID sticker (16) basically has a double-sided adhesive surface (9) in the form of a tape with an upper and lower protective coating (2) and contains a housing (1) in which the identifier of the object is placed, which is made in the form of a glass plate (10), while on the surface of the case (1) there is the logo of the manufacturer and the address of its website (5), as well as the OBK-soy (6) and serial number (7), on the lower the surface of the glass plate (10) is covered with an anti-deformation reinforcing protective film (8) with a pre-made silver color on its surface with a light-reflecting matte outer surface, while each of the corner surfaces of the glass plate (1) has an anti-deformation protective coating, and the body (1) additionally contains an upper protective optically transparent polymer coating (11).

The upper protective coating (11) of the body (1) of the identifier-sticker (16) is made of optically transparent, polymerized unfilled reactive plastic, for example, of epoxy resin.

The body (1) of the identifier-sticker (16) is made of a hard optically transparent material, for example, polystyrene, polyethylene, vinyl plastic, polypropylene, ABS plastic or polyamide.

The identifier-sticker (16) contains glass characterized by the following set of composition and operational properties, namely, silicate by chemical composition, ordinary by the method of strengthening, transparent or colorless by color, sheet or roll by the type of formation, polished by the type of treated surface, single-layer according to the number of layers, not hardened according to the type of heat treatment, not reinforced according to the type of safety and fire resistance, not energy-saving, that is, made without spraying on its surface, not patterned according to the type of resistance to external influences.

The glass plate (10) is made of a rectangular shape with a curvature or deflection arrow of the surface that does not exceed 0.3 9o along the length of the surface, a height of (0.8-1.2) mm, a width of (18-22) mm, a length of (22- 30) mm, with a surface area of 0.0005 m? to 0.0010 m".

The anti-deformation protective coating of each of the corner surfaces of the glass plate (10) is made in the form of a layer of anti-deformation reinforcing protective film, made in the form of a soft polyvinyl chloride transparent film with a glossy outer surface on a polyacrylate adhesive base with a thickness of (0.07-0.09) mm, silver color with a matte outer surface of an anti-deformation reinforcing protective film is applied to the upper layer of the lower surface of the glass plate (10) in the form of sprinkling of fine metal shavings, and the lower layer of the lower surface of the glass plate (10) is made on the basis of a permanent transparent solvent-based polyacrylate adhesive.

The length of each side of the applied OK code (6) is at least 0.6 cm.

The unique identifier code contains an alphanumeric code made in the form of numbers from 0 to 9, as well as uppercase letters of the Latin alphabet, while the code numbers are a means of software formation of the pseudorandom number generation sensor.

The identifier-sticker is made compatible with the means of using additional radio frequency identification of the authenticity of objects, for example, with the help of KEYIO or MES technology.

The lower protective coating (2) of the double-sided adhesive surface (9) is made in the shape of a square, or in the shape of a rectangle, or in the shape of a circle.

The double-sided adhesive surface (9) is made with a height from 0.05 mm to 0.0 mm and is characterized by an operating temperature of - 40 "C to 170 "C, as well as a strength of adhesive bonding to hard surfaces in the range of (15-50) N per 25 mm tape length.

The listed features make up the essence of the technical solution of the device.

The presence of a cause-and-effect relationship between the set of essential features of a technical solution and the achieved technical result is as follows.

From Justification of the essence of a useful model

To date, it has been experimentally proven that the MOaiad sticker (16) is one of the simplest in design and at the same time the most reliable means of protection.

Effective materials and performance parameters of Oagad-sticker elements (16), particularly glass, were determined experimentally and calculated.

Glass. It was mentioned above that the developed useful model is based, in particular, on the uniqueness (randomness) of the pattern of cracks (4), which play the role of an object identifier, as a result of random physical and mechanical action on the glass surface (10). It should be noted the immanent properties of this well-known material. When the heated glass is cooled, its outer layers harden faster than the inner layers. As a result of uneven hardening, compressive and tensile stresses arise in the glass. It is these internal stresses in the glass that make it possible to form unique unique patterns under external physical and mechanical applied force (4).

Compressive stresses are formed on the surface, which stop the propagation of cracks, and in the middle, tensile stresses are formed, which contribute to such propagation (perg/Lumly. siatKmiviop.sot//tadedeiai/eue-gezoYshiop.piti|Y. This feature is the reason that the crack, which appears on the surface upon reaching the internal stretched layers, begins to spread not only perpendicular to the surface, but also parallel to it and takes the form of an inverted letter "t". These are the so-called tangential cracks. The presence of such cracks makes the appearance of a damaged glass surface even more unique.

As a result of the appearance of cracks, the glass product loses its transparency in some places, breaks down and breaks into fragments. At the same time, the localization, size and appearance of cracks are completely unpredictable (random). These properties are the basis of a useful model. Glass with an organic anti-deformation film applied to its surface (to retain fragments) is covered with a unique (random) pattern when broken.

This pattern can be used to identify the authenticity of the item's origin.

In addition to the above-mentioned properties of glass, sheet glass, as a material, has an excellent characteristic - transparency. Therefore, the verification of the authenticity of the origin of the object can be easily carried out either by an automated method or by visual comparison of the crack pattern of the Oagad sticker (16) with its unique electronic (digital) image (17) obtained from the Viosk-spaii database. At the same time Maiad-sticker (16)

placed next to the corresponding electronic image obtained from the Viosk-spaiip database. Thus, if during the comparison of cracks their patterns coincide (at least 95 9b), a conclusion is made about the originality of the object to which the Oagad sticker (16) is attached.

Glass plate material (10). It was established experimentally that the only material suitable for forming unique prints (patterns, cracks) is glass. Also, as a result of long-term tests and experiments, the appropriate type of glass, which is best suited for the implementation of the invention, was selected, namely: silicate (by chemical composition), ordinary (by strengthening method), transparent/colorless (by color), sheet (by shape), polished (according to the type of treated surface), rolled (according to the type of formation), flat (according to the type of profile), single-layer (according to the number of layers, not triplex), not hardened (according to the type of heat treatment), not reinforced (according to the type of safety and fire resistance) , not energy-saving (that is, without spraying), not patterned (according to the type of resistance to external influences).

Sheets must have a smooth surface, even edges with whole corners without chips, cracks, rainbow spots, matte spots and other defects. Annealing of the glass must be uniform, which ensures its breakage along the cut line.

Geometric parameters of the glass plate (10). Also, as a result of long-term tests and experiments, the following geometric parameters of the glass plate (10) were established. So, in particular, glass sheets should be rectangular (in particular, square) in shape with a uniform thickness and a flat surface. The curvature (arrow of deflection) should not exceed 0.39o of the length of the sheet. The minimum area of the glass plate (10) to ensure readability (recognition) of the crack pattern (4) both by technical devices (photo/scanning equipment) and by the human eye, and the method of their formation should be at least 0.0005 m-. However, taking into account the design of the body of the Oagad sticker (16) and the physical and mechanical properties of the material from which the body of the Oagad sticker (16) is made, no more than 0.0010 m.

For the efficiency and reliability of the design of the Oaiad sticker (16), the form for the glass plate (10) was chosen rectangular, with the following geometric parameters: width (2052) mm, length (26244) mm, height (150.2) mm, area (0 .00052-0.0010) me. So, in particular, the readability of the unique pattern (4) is affected by the height of the glass plate (10). It was established that the cracks formed on the glass plate (10) with a height of (0.8-1.2) mm have

ZO is the most pronounced pattern in formats 20 and 30. When the height decreases (less than 0.8 mm), the visible signs of ZO elements (the angle of inclination, chipping and refraction of the formed crack) disappear, and when the height of the glass plate (10) increases (over 1.2 mm) significantly reduces the clarity (40-50)95 of the crack line itself (a shadow is formed), which makes invisible the part of the cracks that are nearby. The greater the height (over 1.2 mm), the greater the angle of refraction of light and the area of the formed shadow.

It was experimentally established that the deviation of the set of each of the above-mentioned parameters from the optimal range, for example, in the direction of increase, leads to a proportional increase of the entire design of the Oagad sticker (16). This has a negative effect on weight and overall characteristics, ease of use and price for those consumers who will mark

Maiad stickers (16) items, and for those who will identify them. At the same time, reducing the lower limit of the set of optimal parameters leads to a decrease in the mechanical strength of the glass and a high probability of its destruction during operation.

Anti-deformation coating of the glass plate (10). Effective materials for the anti-deformation coating of the glass plate were determined by conducting numerous experiments (10). In order to prevent fragmentation into small parts, it was proposed to cover each of the sides of the glass plate (10) with anti-deformation reinforcing protective films, which, however, differ for the upper and lower surfaces of the glass.

One layer of anti-deformation film is applied to the upper surface of the glass plate (10) (hereinafter referred to as the upper anti-deformation film (3)). It is a tightly fitting soft polyvinyl chloride transparent film with a glossy outer surface on a polyacrylate adhesive base with a thickness of (0.080:50.010) mm (according to ISO 4591:1992) with the following technical characteristics.

Dimensionality (RIMAT TM 14). During bonding to steel in the transverse direction, no measurable settlement is observed in the longitudinal direction - the maximum values are 0.4 mm. Heat resistance - during gluing on aluminum, from - 40 "С to 80 "С, without changes. Water resistance - during gluing on aluminum after 48 hours/23 "C, unchanged. Adhesion strength (RIMAT-TMI1, after 24 hours, stainless steel) - 6 N/25 mm. Tear strength (IM EM ISO 527) - in the longitudinal direction: from 19 MPa, in the transverse direction: from 19 MPa. Elongation at break (SIM EM OR 527) - in the longitudinal direction: from 130 95, in the transverse direction: from 150 95. Gluing temperature g 0 "С (gluing is dry).

One layer of anti-deformation film is applied to the lower surface of the glass plate (10) (hereinafter referred to as the lower anti-deformation film (8)). It is a close fitting soft monomeric PVC (Polychlorvinyl Metallised) silver colored film with matte outer surface and lower surface on a solvent based permanent transparent polyacrylate adhesive, thickness (0.0802-0.010) (50 4591:1992) with the following specifications.

Dimensional stability (REIMAT TM 14) - during gluing on steel in the transverse direction, no measurable subsidence is observed, in the longitudinal direction - there is no transverse subsidence on aluminum, longitudinal subsidence is a maximum of 0.50 mm. Heat resistance - on aluminum from -20 "C to 165 "C, without changes. Strength of adhesive adhesion (RIMAT TM) - after 24 hours. with stainless steel (6-8) N/mm. Tensile strength (ABTM 0882-02; 200 tt/tip) - in the longitudinal direction (IM EM IBO 527) - from 24 MPa, in the transverse direction (0IM EM ISO 527) - from 23 MPa. Elongation at break (ATM 0882-02; 200 tt/type) - in the longitudinal direction - from 140 95, in the transverse direction - from 180 95. Gluing temperature 2 0" (dry gluing).

In addition to the anti-deformation reinforcing protective function, the lower anti-deformation film (8) also performs the function of strengthening (at least by 30 95) the readability of the unique pattern (4) due to the gray (silver) color and specially formed metallized surface. For this, fine metal shavings are sprayed onto the surface of the lower anti-deformation film (8).

This makes the film (8) more tear-resistant and increases the reflection of the light flux. After all, due to the mirror surface and randomly placed particles of fine metal shavings at different angles to its surface, the light beam is not absorbed by the lower anti-deformation film (8), but on the contrary, it is reflected, but not in a given direction, as in the case of a solid mirror surface, but chaotically .

This helps to enhance visible damage/crack patterns at different angles to its surface. Thus, thanks to this design, the lower anti-deformation film (8) reflects the light flux most strongly and does not form any shadow and does not reflect or double the angle and line of refraction of light, and as a result does not distort the unique physical and mechanical pattern (4).

A unique (random) physical and mechanical pattern (4). This is a pattern (crack) which

Z is formed on the glass plate (10) as a result of a short-term shock or pressing physical-mechanical action on the upper anti-deformation film (3) in at least one point (section) of the glass plate (10). Due to the properties of the glass used, each pattern will be random (unique) every time, that is, different from the previous ones with a reliability of 100 95.

In order to reduce (at least by 95 95) the degree of similarity or the possibility of repeating the unique physical and mechanical pattern (4) during production, zoning of the glass plate (10) is used in more than 190 zones (maximum - up to 200 zones inclusive). When using the above-mentioned dimensions of the glass plate (10), the index of zones 200 is the maximum limit or physical throughput for the technological equipment (CPK), which will form physical and mechanical damage on the glass plate (10), taking into account the minimum permissible surface area of the CHPK nozzle, through which a pressure-impact action will occur on the surface of the anti-deformation film (3) with different force, speed and at different angles to its surface.

Therefore, each subsequent unique physical-mechanical pattern (4) is formed by chaotic mechanical pressing action on any of the 200 zones, while randomly changing the speed, angle, and area of pressing. And for the maximum level of genuineness, several unique physical and mechanical patterns (4) are formed on the glass plate (10). All glass plates (10), on which a unique physical and mechanical pattern (4) has already been formed, are subjected to mechanical vibration oscillations lasting (8-11) s to bring all unfinished cracks to the extreme dead points (in this case - the four sides of the glass plate ( 10).

Body (1) Oagad stickers (16). The body (1) is made of solid optically transparent material - polystyrene. The body (1) can be made from other transparent solid types of plastic, such as polyethylene, vinyl plastic, polypropylene, ABS plastic or polyamide. However, polystyrene in technical characteristics is almost not inferior to other materials, but it is much cheaper in terms of price, which makes it possible to reduce the cost of production and make the Oaigad sticker (16) more economically attractive.

Being solid, the housing (1) protects the glass plate (10) with the unique pattern formed (4) from lateral interventions, both intentional and accidental. And the high transparency of the material of the upper protective coating (11) of the case (1) (for example, epoxy resin or any other optically transparent in a polymerized state unfilled reactive plastic) allows you to easily and quickly compare the original identifier - a unique physical and mechanical pattern (4), with a unique digital pattern (17) - an identifier entered into the VioskK-spaip electronic database by scanning or photographing, and an easy-to-scan OK code (b) - a link to an entry in the electronic database. And the high hardness of the resulting coating makes the case so strong that it is impossible to damage it without visible physical destruction.

The functional task of the case (1) is to protect against any substitution or damage, both intentional and unintentional, and the unique physical and mechanical pattern (4), on the one hand, as well as the serial number (7) and the OK code ( 6), on the other hand. In addition, the body (1) is made of a material (polystyrene) on which the smallest physical and mechanical damage is very noticeable. That is, any attempt to peel off, undermine, tear off, from below, above or from the side - will not go unnoticed.

Each housing (1) is marked with a serial number (7) using an ultraviolet laser engraver. Also, the serial number (7) of the housing (1) is intended for manual identification of protection objects, for example, when there is no OK code scanner (b) or for technical reasons the OK code (6) cannot be read. In such cases, to obtain information about the object of protection and the image of a unique digital identifier (17), the serial number is entered manually in a specifically defined field for the identification of the Oagad sticker (16) on the manufacturer's website (5) |m/mlu.Oagad. hundreds

An ultraviolet laser engraver is used to mark the serial number (7) and the manufacturer's website address (5). At the same time, the inscription made by this device cannot be erased, etched, or removed.

Double-sided adhesive surface.

The main difference between the aad sticker (16) is its design and the method of its attachment (gluing) to the object to be marked for authenticity of origin and protection against counterfeiting. For this, a double-sided adhesive tape (9) with a height of 0.05 mm to 0.5 mm is used (operating temperature from -40 "Sb to 170 "C; gluing force of both surfaces 15-50 N/25 mm). One (upper) side of the double-sided adhesive tape (9) is attached to the case (1) from below (side B). The second side of the double-sided adhesive tape (9) is covered with a lower protective coating (2), which is physically removed directly when physically

Marking the item with an Oagad sticker (16). The above-mentioned characteristics of the used double-sided adhesive tape, especially the magnitude of the force of gluing the surfaces, make it impossible to reuse either the Oagad sticker (16) or any part of it, including the unique identifier (4).

Marking. A UV (ultraviolet) engraver - a laser engraver (or marker) is used to mark the Oagad sticker (16). Marking is subject to: manufacturer's logo (5), serial number (7) and OM-soa (6).

An ultraviolet laser marker produces less thermal effect (heat output) compared to a green or infrared laser. Various materials have a high absorption rate to change the structure of the molecular chain directly with a short laser wave. The ultraviolet laser has obvious advantages, especially for materials that are sensitive to the thermal effect during supermelt processing at the micro- or nanometer level, which corresponds to the declared technical task and existing standards.

The serial number. Each device (16) is assigned a corresponding (unique) alphanumeric serial number (code), which is generated using the alphanumeric code generator software in the form of registered electrical signals and sequential codes.

The unique identifier code is made in the form of numbers from 0 to 9, as well as capital letters of the Latin alphabet. At the same time, the code numbers are a means of software formation of the pseudorandom number generation sensor.

Generation of the appropriate (unique) OK code. Further, on the basis of the alphanumeric code, the corresponding (unique) OBC code (b) is generated. This OK code (b) itself is not a method of authentication of originality, but only a direct link to a web page (in a database) that belongs (matched) to a specific device (16).

With the help of software and technical means, an OK code (b) is generated, which will contain a link to the site in the format (re: /Oagad.sot/2/13232913232И, where 2m3232913232 is the pre-generated alphanumeric serial number of Oagad stickers (16) .

The main advantage of using the OB-code (6): allows you to place information about the device (16) in a compact picture; easily recognized by scanning equipment (including the camera of a mobile phone or smartphone); allows you to automatically read bo data using a mobile phone or smartphone.

There are static and dynamic OK codes. The dynamic OK code allows you to make the necessary adjustments at any time. We use a static OB code that contains the information that was specified when it was generated, that is, without the possibility of changes.

OV-code (b) is applied to the device (16) accordingly. The generated OB code (6) can be printed directly on the device (16), but the best and most reliable option is to apply it with an SHE engraver - an ultraviolet laser marker.

It should be noted that the size of the OK code (b) must be generated taking into account the physico-mechanical and overall characteristics of the device (16) (type and size), so as not to hinder ease of reading and recognition. At the same time, it was established that the length of each side

The OB code (6) should be at least 0.6 cm. To read smaller codes, more accurate scanning equipment is required than modern smartphones and tablets.

The high (over 1000 dri) resolution formats of the URO and RMO formats provide printability, and the 5MO and EP5 vector formats allow the use of codes for printing or laser application on the label (16). In addition, powerful tracking functions allow you to receive current statistical information in real time. Tracking makes it possible to obtain all the information necessary for the analysis of the originality authentication process: the number of scans, their time and place, types of smartphones used.

When reading the OK code (b), which belongs to a certain device (16), using any mobile application, the link encoded in it leads the user to a web page that contains information about this device (16), an image a unique pattern of cracks, information about who it belongs to - the owner/manufacturer, etc.

Photography. The unique pattern (4) of cracks, together with its image in the protected database, are integral parts of the device (16). They are the main elements on which the identification of objects ultimately depends. Therefore, the procedure for the formation of cracks and their photography is subject to particularly strict standards. The electronic image of the device (16) is obtained by photographing with a camera or specialized scanning equipment, which allows obtaining an image with an extension of up to 1000 are.

Photography takes place under certain lighting conditions, at the same distance from the camera to the glass, from a single angle, in a single format and with a single quality. The device (16) is photographed in

From laboratory conditions to strict standards to ensure the best quality electronic crack image and comparison accuracy. Photography is carried out by a special method of photography, namely - macro photography. Photographic change of contrasts and color transformation makes it possible to display and identify the structure of the smallest cracks.

The reflection of an electronic image in partially reflective screens of electronic devices facilitates this task. For the best display of cracks, the silver background of the lower anti-deformation film (8) is used, which provides the most complete polarization of the image. In most passive displays, each individual row of pixels is polarized for one human eye. That is, the image of the cracks is clearly visible through the transparent reflective surface of the glass.

For the speed and accuracy of the photographing process, the equipment that scans with the photographic method will automatically enter the image of the device (16) together with the serial number assigned to it into the program. With the help of the program and the created algorithm and software for analyzing the similarity and rejection of crack patterns on transparent glass, a decision is made on the use or rejection of the most similar (up to 95 95) glass plates with ultrafine cracks.

Method (algorithm) of similarity analysis and rejection of glass plates. The algorithm for analyzing and comparing similar images includes the following procedures: 1) bringing all digital images to the same size, format, and quality; 2) discarding colors (transformation of a color image into a gray image) - if necessary; 3) finding the root mean square difference of deviations for all images; 4) comparison of the obtained rms difference with the predetermined threshold of the rms difference of deviations for all images.

For example, the specified parameters can be the following.

Bringing all received digital images to the same size - in this case, we reduce it to 8 x 8, so that the total number of pixels is 64. Thus, the hash will match all variants of the image, regardless of size and aspect ratio.

Image format - RBO, VMR, TIBE, TOA, RSH. The quality of the images is characterized by a resolution of 60 600 ares.

Regarding discarding or ignoring colors, that is, turning a color image into a gray image. The color characteristics of the image have much less influence on the visual perception of similar images compared to the brightness, so they can be discarded. This will increase the degree of determination of image similarity. The image is converted to grayscale, so that the hash is reduced by three: from 64 pixels (64 red, 64 green, and 64 blue) to a total of 64 color values.

Comparison of the resulting rms difference with a predefined rms difference threshold for all images (threshold for image comparison is 5 95). Finding the root mean square difference of deviations for all images is used as a measure of the reliability of the conclusions. The maximum possible deviation is taken as one. In fact, this is an image reduced to the size of 1 x 1. The root-mean-square difference of the original images will be no less than the difference in their intensities.

Here, the threshold determines the degree of similarity of the image of the unique physical and mechanical pattern (4) with its digital representation. So, if you choose a threshold of 5 95, then the algorithm will find only visually similar images, which may differ in the presence of a small number of small cracks or something else.

On the digital image of the device (16), it is possible to distinguish a fairly large number of small details of the pattern (special points), by which they can be classified, namely: end points - points where the cracks "clearly" end; branching points - are defined as the points at which cracks bifurcate; impact points; length and thickness of the line (cracks); the number of cracks formed by impact.

The sequence of procedures for implementing the developed algorithm for analysis of similarity and rejection of glass plates is as follows: 1) binarization of the received image; 2) skeletonization of the received image; 3) division into cells; 4) selection of points; 5) comparison of points.

The comparison of the unique physical and mechanical pattern (4) of the glass plate (10) with its electronic reflection occurs according to the analysis of the special points of the pattern in the cells. Accordingly, for analysis when receiving an electronic image of a glass plate (10), this image is reduced to a reference view (scale and vertical), separate

From the capacity of 600 ares. Then the parameters of special cells are compared (cell size 2 pixels by 2 pixels). Such points are recognized on each image, and further, using the method of their correlation comparison, a decision is made about the correspondence of the unique physical and mechanical pattern (4) of the glass plate (10) with its electronic image.

Also, as a result of the analysis of the physical and mechanical pattern (4), glass plates (10) are rejected and not allowed to be used in devices (16): 1) glass plates (10) that have more than 95 95 similarities in the location and structure of cracks, in comparison with plate cracks, which were previously entered into the protected database; 2) glass plates (10) with a large number of ultrafine cracks that the human eye may not recognize; refers to unique crack patterns that are less than 0.25 micrometers in size and occupy more than 15 95 of the glass area;

C) glass plates (10) with unique patterns of cracks that did not reach the edge of the plate (10) or other cracks and may further spread in the glass material (10).

Cracks that are more than 0.25 micrometers are easily recognized by the eye with normal limits of accommodation at arm's length. The presented algorithm allows analyzing up to 80 thousand glass patterns per day and is included as a component of the implementation of the developed method.

After the stage of similarity analysis and rejection of glass plates (10), information about the device (16) (information about who the device (16) belongs to) under its individual serial number is entered into the secure distributed database Viosk-spaip with the help of software and technical means.

ViosK-spaip (Ukrainian: blockchain) is a chain of transaction blocks built according to certain rules from formed transaction blocks. The special feature of ViosK-spaiip technology is that it is able to record and track all transactions in real time, is protected from forgery and manipulation, and reliably supports a list of digital records that is constantly growing.

ViosK-Spyp technology combines high data security and the possibility of control, as it ensures reliable synchronization of data and protects it from being changed due to external interference. It will be possible to see not only information about the item, but all changes and updates that concern it, in particular, requests, changes, in fact in real time.

The Viosk-spaypy distributed database is formed as a continuously growing chain of 60 blocks with records of all transactions. A copy of the database or part of it is simultaneously stored on many computers and synchronized according to the formal rules of building a block chain. The information in the blocks is not encrypted and is available in open form, but it is protected from changes cryptographically through a hash chain.

The essence of the useful model is explained by the drawings in Fig. 1 - Fig. 17. At the same time: in Fig. 1 shows the front side (A) of the glass plate (10) without the pre-formed unique pattern (4) (cracks) by physical and mechanical damage; in Fig. 2 shows the body (1) of POaigad stickers (16) without the glass plate (10); in Fig. C shows a side view of all Oasgad sticker components (16); in Fig. 4 shows a side view of all components of the electronic Oaiad sticker (20); in Fig. 5 shows the front side (A) of the KRIO label (12) of the electronic Oagad sticker (20) (the main component that distinguishes the electronic Oa(ad sticker (20) from the Oagad sticker (16)); Fig. 6 shows the front side (A) of the Oagad sticker (16), which contains: a glass plate (10) with a unique physico-mechanical pattern formed (4), an alphanumeric code/serial number (7), an OM-soa (6), a logo and address of the manufacturer's website (5), and which is made in the shape of a square, Fig. 7 shows the front side (A) of the Oagad sticker (16), which contains: a glass plate (10) with a unique physical and mechanical pattern formed (4), alphanumeric code/serial number (7), OK-soy (6), logo and website address of the manufacturer (5), and which is made in the shape of a rectangle, Fig. 8 shows the front side (A) of the Oagad sticker (16) , which contains: a glass plate (10) with a unique physico-mechanical pattern formed (4), an alphanumeric code/serial number (7), an OK-soy (6), a manufacturer's logo and website address (5), and which is made in f ormi circles; in Fig. 9 shows the back side (B) of the Oafad sticker (16) with the lower protective coating (2) of the double-sided adhesive surface (9) made in the form of a square; in Fig. 10 shows the back side (B) of the Oagad sticker (16) with the lower protective coating (2) of the double-sided adhesive surface (9), made in the shape of a rectangle; in Fig. 11 shows the back side (B)

Moaiad-stickers (16) with a lower protective coating (2) of a double-sided adhesive surface (9), made in the shape of a circle; in Fig. 12 shows an axonometric view of the Oa(ad sticker (16) which contains: a glass plate (10) with a unique physical and mechanical pattern formed (4), an alphanumeric code/serial number (7), an OK-soy (6) , the logo and the address of the manufacturer's website (5), which is made in the shape of a square; Fig. 13 shows the view of the Oa(ad-sticker (16) in axonometry, which contains: a glass plate (10) with a unique physical and mechanical pattern formed ( 4),

Z alphanumeric code/serial number (7), OK-soi (6), logo and website address of the manufacturer (5), which is made in the shape of a rectangle; in Fig. 14 shows the view of MOaiad sticker (16) in axonometry, which contains: glass plate (10) with a unique physical and mechanical pattern formed (4), alphanumeric code/serial number (7), OB-soay (6), logo and the address of the manufacturer's website (5), and which is made in the form of a circle; in fig. 15 shows a sample display of information from the Blockchain electronic database when identifying an object using a smartphone; on

Fig. 16 shows an enlarged view of the generated unique digital pattern (17); on

Fig. 17 shows an axonometric view of the manufacturer's original product packaging (in this case, it's the Hiaoti brand, the product is the Keai MI Moie 5 smartphone), marked with an electronic Oaiad sticker (20).

In Fig. 1 - Fig. 17, the following conventional designations are adopted: 1 - body Oa (ad-stickers (16); 2 - lower protective coating of the double-sided adhesive surface (9); C - upper anti-deformation film of the glass plate (10); 4 - unique physical and mechanical pattern (random crack); 5 - manufacturer's logo and website address; 6-OV-sod; 7 - Oagad sticker serial number (16); 8 - lower anti-deformation film of the glass plate (10); 9 - double-sided adhesive surface; 10 - glass plate; 11 - upper protective covering of the case (1) Oaiad-stickers (16); can be made, for example, as optically transparent in the polymerized state unfilled reactive plastic, in particular, epoxy resin; 12-BRIO-label; 13 - internal frames of the case (1) Oagad stickers (16); 14 - KRIO tag antenna; 15 - KRIO tag electronic chip; 16 - Oaiad sticker; 17 - unique digital pattern; 18 - device digital serial number - Oagad stickers (16); 19 - electronic computing device with a graphic display (mobile phone, smartphone); 20 - electronic O agad-sticker; 21 - logo and trademark of the manufacturer of this product (item); 22 - model and series of this product (item); 23 - product packaging.

The device is used in this way.

Activation and start of work with Oagad sticker (16). The Oagiad sticker (16), which acts as an object identifier, consists of a plate of optically transparent glass with a unique (random) physico-mechanical pattern (4) of formed cracks, which act as an object identifier. Each glass plate (10) is subject to the procedure of analyzing the location and structure of the physical and mechanical cracks formed on the basis of the automated similarity analysis and rejection algorithm developed by the inventors, which is implemented by software (not shown and not marked in Fig. 1 - Fig. 17).

Each glass plate (10), which is allowed for use, is assigned (matched) a unique (corresponding) serial number (7) and the corresponding OK code (6) with the help of software and technical means. The glass part (10) of the Oagad sticker (16) is placed in the inner frame of the case (1) made of plastic, metal or other structural material and covered with epoxy resin or any other optically transparent polymerized state for protection against mechanical damage. unfilled plastic. This does not prevent the identification of the Oagad sticker (16), provides reliable protection against damage and the formation (if necessary) of additional cracks (4) on its glass part (10).

The formed Moaiad-sticker (16) is photographed in the laboratory with the accepted standards for the reliability of the obtained results (for example, with a confidence probability of at least 95 95) to ensure the best quality of the electronic image, and is entered into the electronic database ViosK-spaip under its unique serial number number, along with information about who this Oagad sticker (16) belongs to. ViosK-spaip technology supports an ever-growing list of records and is also protected from forgery and manipulation, that is, it is crypto-resistant. Oagad-sticker (16) with a unique (random) physico-mechanical pattern (4) of cracks on the glass (10) is attached by gluing to the object that needs originality protection.

If it is necessary to verify the authenticity of the origin of the object under investigation, there are two methods of verifying the originality of the created unique (random) physical and mechanical pattern: 1) The user uses an electronic device (smartphone, phone, etc.) to scan

OV-code (6), pre-applied on the body (1) of Oagad-stickers (16) using a printing device, using any mobile application for reading OK-codes, which is transmitted over the network by means of electrical signals and serial codes on an electronic page containing digital information about the MOAiad sticker (16), the item it belongs to, and the owner/manufacturer of that item.

The user, using an electronic computing device (smartphone or phone), compares the generated random physico-mechanical pattern (4) of the Oagiad sticker (16) with the image that is reproduced by the protected database, by the method of visual comparison.

And without any readers, scanners and other technical equipment. If the texture of the random physical-mechanical pattern (4) of the Oagiad-sticker (16), which is attached to the item, matches (with a given reliability) the texture of the unique digital pattern (17) contained in the electronic database VioskK-spaiip, then the originality of the item is considered confirmed, and vice versa. 2) The user downloads a special mobile application to the electronic computing device, with which he scans the Oaiad sticker (16), namely its part with a unique physical and mechanical pattern (4). Using the software of a special mobile application, the crack is compared and an answer is automatically received regarding the originality of the unique (random) physico-mechanical pattern created.

The finished device (16) is sent to the client by means of postal (courier) communication. The customer then attaches the Oagad sticker (16) to the item that needs originality protection.

Next, the client activates the tag in the personal account (PC) of the accounting system, where he can monitor the activated Oagad stickers (16), the number of operations on them, etc.

Access to information about the identifier and subject from the database is carried out using an electronic computing device with a graphic display (screen) and an Internet connection.

Then the customer sends the product to the point of sale, for storage or otherwise. After that, the device (16) is ready to perform its main function - authentication of the originality of valuable and other items.

Checking the originality of the object to which the device belongs (16).

Checks of the originality of the item to which the device (16) belongs are carried out by one of two methods: visual or automated.

I. Visual method of investigation and comparison of cracks. 1) Scan the OBC code using any mobile application for reading OK codes or with a smartphone camera. 2) Point the camera lens at the picture of the OK code. The OMK code is recognized automatically to activate the scanner and redirects to the corresponding page of the user in the database. 3) Information about the Oaigad sticker (16) encrypted in the OB code (image of the sticker, serial number, owner of the sticker, information about the object to which it belongs, etc.) appears on the mobile phone screen.

4) The user compares the glass pattern of the Oag(ad-identifier-sticker (16) belonging to a certain object with the image produced by the protected database by the matching method.

If the crack texture of the Paiad ID sticker (16), which is attached to the item, matches the crack texture in the database, the originality of the item is confirmed.

II. Automated algorithm of automated authentication. 1) Download a special mobile application to a smartphone. 2) Open it and point the camera at the Oagad stickers (16), namely at its part with glass cracks. 3) With the help of a mobile application, the cracks are compared and an automatic response is received regarding the originality of the Oagad sticker (16) and information about who it belongs to.

The procedures of the automated identification of the authenticity of items are as follows. A specially developed mobile application with specialized software is used for automated identification of the authenticity of items and determination of originality. Its main function is to compare the glass cracks of the Oagad-sticker-identifier (16) with their image in the secure database and authenticate the originality of the items.

The automated authentication algorithm provides for a software comparison of the image of the glass plate of the Oagad sticker (16), which is attached to a certain object, with its electronic reflection, located in the database, under the same serial number. If the electronic reproduction of the glass pattern matches the one attached to the specific object, then the decision is made that it is the original.

The development of procedures for implementing the above algorithm was preceded by numerous practical and theoretical studies. Among the variety of existing approaches for small pattern recognition, we can single out a few that are most often used in practice, namely: correlation comparison, comparison by special points, comparison by patterns, comparison based on graphs, matching by pattern.

After analyzing all the methods described above, we came to the conclusion that the pattern comparison method is the most suitable for the case under study. After all, the rest of the algorithms are very time-consuming and require a high resolution of the scanned images.

Zo In the pattern comparison method, the peculiarities of the structure of the pattern of the formed cracks are used. The resulting image is divided into many small cells, in each of which the location of the lines is described by the parameters of the sinusoidal wave. The drawing obtained for comparison is "aligned" and reduced to the same form as the template. The main advantages of the considered algorithm are quite high speed and low requirements for image quality.

However, in order to make the algorithm as perfect as possible, elements of the method of comparison by special points were added, according to which special points are highlighted on the scanned image, which are compared with their electronic image in the database. The comparison is based on the analysis of special points of the crack pattern and their location.

The percentage of similarity is determined by the method of comparing two images of glass cracks and superimposing one on the other, with the help of special software. As a result of the analysis, a decision on originality is made. So, in particular, the Oagad sticker (16), in which the glass plate has no more than 95 95 similarities (5 95 - an error that allows for the displacement of cracks, their continuation or branching) in the placement and structure of cracks with the image found in the database, which is under the same serial number, is considered authentic, and vice versa.

The resolution of the human eye is approximately 576 megapixels at a viewing angle of 120 degrees. The human eye perceives a field of vision close to 180 degrees. That is, the full angle of human vision will have even more megapixels. For comparison: modern professional cameras have up to 60 megapixels. So, if the human eye were a digital camera, its magnification would be 6,576 megapixels.

Thus, distinguishing the fine details of the image (cracks) on the Oagad sticker (16) to identify the originality with the naked eye will not be any different from the image scanned by a smartphone. The authentication result will be relevant.

It is also possible to use an electronic Oag(ad) sticker (20) - this is a version of the Oaiad sticker, which contains a KEIO chip, MZE chip, or other trackers and electronic chips. Information from such

The Oaiad sticker is read by a non-contact method, which allows monitoring and identification of the protected object at any time, in particular, in real time.

Information that confirms the possibility of implementing a useful model

The application of the sticker identifier for the analysis of the authenticity of objects can be extremely wide - wherever there is a theoretical possibility of replacing the original with a fake, and where expert verification of originality will be much more expensive than using an identification seal. The device described above can be implemented using modern industrial technologies and materials.

Below are examples of the use of Oagad stickers (16). This is, for example, the protection of valuable items that require reliable multi-year authentication (works of art, paintings, museum and archival values, other valuables). For example, after the expert's conclusion, the Oagad sticker (16), which is fixed (in the form of digital codes in the database) to this expert, is physically attached to the museum exhibit. Otherwise, the original museum exhibit, which has been checked by at least 10 experts, can be imperceptibly replaced by another in a short time (for example, within 1-5 minutes) after the check, but the museum staff will have a document about its originality.

This is protection against detection of unauthorized access to objects (valuable logistic shipments, insurance against replacement of items and packaging, electricity, gas, water meters, money storage in banks, collection bags, warehouses, containers, cars, containers, gas stations, offices, slot machines, cabinets and many other objects).

Claims (11)

USEFUL MODEL FORMULA 1. Anti-counterfeit ID sticker having an object identifier with a unique pattern and a unique identifier code corresponding to an entry in an electronic database containing an electronic image of the corresponding object identifier with its pattern, while the object identifier is made in the form of a plate of transparent or translucent brittle amorphous material, in which the unique pattern is formed by cracks created as a result of an impact or pressing of a solid body on the plate, while the specified object identifier is made with 3 possibilities of visual comparison of the unique pattern of its cracks with the crack pattern of the electronic image of this object identifier entered in the electronic database, through an electronic computing device connected to the Internet, and the unique identifier code consists of information in the form of text or text, a bar code and/or OV code, and/or a web address where the electronic image of the identifier is located object identifier for verification, which is characterized by the fact that the sticker identifier (16) has a double-sided adhesive surface (9) in the form of a tape with an upper and lower protective coating (2) at the base and contains a case (1) in which the object identifier is placed, which is made in the form of a glass plate (10), while on the surface of the case (1) the logo of the manufacturer and its website address (5), as well as OM-soa (6) and serial number (7) are placed on the lower surface of the glass plate ( 10) an anti-deformation reinforcing protective film (8) is applied with a silver color previously applied on its surface with a light-reflecting matte outer surface, while each of the corner surfaces of the glass plate (1) has an anti-deformation protective coating, and the case (1) additionally contains an upper protective optical transparent polymer coating (11). 2. The identifier-sticker according to claim 1, which is characterized by the fact that the upper protective coating (11) of the body (1) of the identifier-sticker (16) is made of optically transparent unfilled reactive plastic in the polymerized state, for example, of epoxy resin. C. The identifier-sticker according to claim 1, which is characterized in that the body (1) of the identifier-sticker (16) is made of a solid optically transparent material, such as polystyrene, polyethylene, vinyl plastic, polypropylene, ABS plastic or polyamide. 4. The identifier-sticker according to claim 1, which is characterized by the fact that the identifier-sticker (16) contains glass characterized by the following combination of composition and operational properties, namely, silicate by chemical composition, ordinary by the method of strengthening, transparent or colorless by color , sheet roll according to the type of formation, polished according to the type of treated surface, single-layer according to the number of layers, unhardened according to the type of heat treatment, unreinforced according to the type of safety and fire resistance, non-energy-saving, that is, made without spraying on its surface, non-patterned according to the type of resistance to external influences. 5. The identifier-sticker according to claim 1, which is characterized by the fact that the glass plate (10) is made of a rectangular shape with a curvature or arrow of surface deflection not exceeding 0.3 95 along the length of the surface, with a height of 0.8-1.2 mm, width 18-22 mm, length 22-30 mm, surface area from 0.0005 mg to 0.0010 m. b. The identifier-sticker according to claim 1, which differs in that the anti-deformation protective coating of each of the corner surfaces of the glass plate (10) is made in the form of a layer of anti-deformation reinforcing protective film, made in the form of a soft polyvinyl chloride transparent film with a glossy outer surface on polyacrylate adhesive based on a thickness of 0.07-0.09 mm, a silver color with a matte outer surface of an anti-deformation reinforcing protective film is applied to the upper layer of the lower surface of the glass plate (10) in the form of spraying fine metal shavings, and the lower layer of the lower surface of the glass plate (10) is made on the basis of a permanent transparent solvent-based polyacrylate adhesive. 7. The identifier-sticker according to claim 1, which differs in that the length of each side of the applied OK code (6) is at least 0.6 cm. 8. The identifier-sticker according to claim 1, which differs in that the unique code of the identifier contains an alphanumeric code in the form of numbers from 0 to 9, as well as capital letters of the Latin alphabet, while the code numbers are a means of programming the sensor for generating pseudo-random numbers 9. Identifier-sticker according to claim 1, which differs in that it is made compatible with the means of using additional radio frequency identification of the authenticity of objects, for example, using KRIO or MES technology. 10. The identifier-sticker according to claim 1, which is characterized by the fact that the lower protective cover (2) of the double-sided adhesive surface (9) is made in the shape of a square or in the shape of a rectangle or in the shape of a circle. 11. The identifier-sticker according to claim 1, which is characterized by the fact that the double-sided adhesive surface (9) is made with a height of 0.05 mm to 0.5 mm and is characterized by an operating temperature of - C to 170 "C, as well as an adhesive bonding strength of up to of hard surfaces within (15-50) N per 25 mm length of the tape. / and Fig. 1 Fig. 2 psyh syh, i ven y : re nin sh Z oonttttttttttetossessottoo Jan Z Fig. From Fig. 4 Schi m ekerek ee EE kEEveekkne - And they are given; ; From the 3rd rank of VIDNIKH MIK r Fig. 5 Fig. b and vu in sho Fight and her "-t shi tn 123a567V Ya Fig. 7 Fig. 8. and ho 3 Fig. From Fig. 10 C certain c F) Fig. 11 Fig. 12 nenya Mann sho : . TKOBV g She sche i pe, MV Fig. 13 Fig. 14 and pi: What - зиойййтя « yus meh TV E OH a SOU i s VN Kv shaskkkkyu BO 0 . SKVVNI ohoomh Ko KOM iyi. g ee KE zhk | E: MO Fig. 15 Fig. 16 p. ONKO VK S KHOM p Fig. 17