RU74730U1 - DEVICE FOR EDUCATION OF IDENTIFICATION CODES OF PRODUCER OF PRODUCTS, GOODS - Google Patents

Abstract

1. A device for generating identification codes of a manufacturer of products, goods, characterized by the presence of a tool with a database of the manufacturer, including information about the generated identification codes, and containing on the basis of the possibility of protruding above its surface and spaced apart from each other in the transverse direction of at least three sites made in cross section in the form of squares, each of the front planes of which is divided into at least 100 horizontal and vertical information fields, which had protrusions in the central part made in the cross section in the form of equilateral triangles, and containing made with the possibility of contact with the pads, at least 360 chips in the form of disks, on the back plane of which there are recesses, the cross sections of which are equilateral triangles, and at least three rectangular squares, each of the front surfaces of the square is divided into at least 10 information fields with the formation on the corner part of a non-working field with a center the protrusions made in the cross section in the form of equilateral triangles, while the recesses on the sites are made so that they can be placed on the protrusions made on the fields of the squares and on the squares, the face planes of the chips are made so that separate contrasting signs can be applied to each of them , for example, digital symbols, in particular 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, and field-mounted platforms, with the possibility of a random arrangement of contrasting digital symbols and their possibilities

Description

The utility model relates to a device for generating identification codes of a manufacturer of products, goods placed, in particular, on labels and used for marking goods and products for their identification and protection against counterfeiting, as well as for controlling and preventing unauthorized opening of these goods and used in advertising and in lottery tickets.

A device is known for generating identification codes of a manufacturer of products, goods, characterized by the presence of a means with a manufacturer's database including information about the generated identification codes (see GB patent No. 1292962, 10/18/1972 - analogue).

A disadvantage of the known device is the design complexity.

The technical result of the utility model is to simplify the design for generating a plurality of identification codes with simultaneous improved character recognition in information fields.

This is achieved by the fact that the device for generating identification codes of the manufacturer of products, goods, characterized by the presence of means with a database of the manufacturer of products, goods, including information about the generated identification codes, contains made on the basis of the possibility of protruding above its surface and spaced apart relative to the other in the transverse direction not

less than three sites made in the cross section in the form of squares, each of the front planes of which is divided into at least 100 horizontal and vertical information fields having protrusions in the central part made in the cross section in the form of equilateral triangles, and contains made with the possibility of contact with platforms, at least 360 Chips in the form of disks, on the back plane of which recesses are made, the cross sections of which are equilateral triangles, and at least three rectangles squares, each of the front surfaces of the square is divided into at least 10 information fields with the formation on the corner of a non-working field, having protrusions in the central part made in the cross section in the form of equilateral triangles, while the recesses on the Chips are made possible their placement on the protrusions made on the fields of the platforms and on the squares, the front planes of the cones are made with the possibility of applying on each of them separate contrasting signs, for example, digital characters, in particular, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, and fields installed on the fields with the possibility of a random arrangement of contrasting digital symbols and their repetition in horizontal and vertical fields, and the fields of the surfaces of the squares - with the possibility of a random arrangement of contrasting signs, for example, digital symbols and without repeating them, indicating the serial number of the decomposition of these ten digital symbols into groups consisting of three digital symbols, and rectangular

the squares are made with the possibility of simultaneous placement and fixing of their front surfaces on the corresponding similar end planes of the pads and with the possibility of combining the boundaries of the squares of the squares with digital symbols of the order number and the pads for the formation of 720 identified codes at one fixed position of the squares, each of which contains nine digital characters, followed by a simultaneous change in the position of all the squares relative to the end planes of the sites to increase the number of generated identified codes and their subsequent placement in the manufacturer's database.

In this case, the base, platforms, chips and squares are made, for example, of plastic.

The essence of the utility model is illustrated by drawings, where:

Figure 1 shows a device for the formation of identification codes of the manufacturer of products, goods, complete, top view.

Figure 2 - view a in figure 1,

Figure 3 - shows a square,

Figure 4 - shows a chip,

5 is a diagram for determining codes.

A device for generating identification codes of a manufacturer of products and goods is characterized by the presence of a means (not shown) with a manufacturer database including information about the generated identification codes.

The device contains made on the basis of 1 with the possibility of protruding above its surface and spaced one

with respect to the other in the transverse direction, at least three platforms 2, 3, 4, made in the cross section in the form of squares, each of the front planes of which is divided into at least 100 horizontal and vertical information fields 5, 6, 7, having protrusions in the central part 8, made in cross section in the form of equilateral triangles, and contains made with the possibility of contact with the platforms 2, 3, 4, at least 360 chips 9 in the form of disks, on the back plane of which are made recesses 10. transverse sections of which are equilateral triangles, and at least three rectangular squares 11, each of the front surfaces of the square 11 is divided into at least 10 information fields 12 with the formation on the corner part of a non-working field 13 having protrusions 14 in the central part made in cross section in the form of equilateral triangles.

The recesses 10 on the chips 9 are made with the possibility of their placement on the protrusions 8, made on the fields 5, 6, 7 of platforms 2, 3, 4 and on the squares 11.

The front planes of the chips 9 are made with the possibility of applying to each of them separate contrasting signs, for example, digital symbols, in particular, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 and installed on the fields 5, 6 sites 2, 3, 4 with the possibility of a random arrangement of contrasting digital symbols and their repetition on horizontal and vertical fields, and on the fields of the surfaces of squares 11 - with the possibility of a random arrangement of contrasting signs, for example, digital symbols and without repeating them, indicatingand

the sequence number of the decomposition of the indicated ten digital characters into groups consisting of three digital characters.

Rectangular squares 11 are made with the possibility of simultaneous placement and Fixing (for example, by means of Velcro) of their front surfaces on the corresponding similar end 15 planes of platforms 2, 3, 4 and with the possibility of combining the boundaries of the fields of squares 11 with digital symbols of the serial number of platforms 2, 3 , 4 for the formation of 11 720 identified codes at one Fixed position of the squares, each of which contains nine digital symbols, with the subsequent simultaneous change I all angles 11 relative to the end surfaces 15 platforms 2, 3, 4 for increasing the number of codes generated and identified and their subsequent placement in the manufacturer's database.

Base 1, platforms 2, 3, 4, chips 9 and squares and are made, for example, of plastic.

Use the device for the formation of identification codes of the manufacturer as follows.

We install simultaneously the chips 9 by means of triangular recesses 10 on the protrusions 3 of all three platforms 2, 3, 4 with the placement of their digital symbols in a chaotic manner with the possibility of repeating them on each horizontal and vertical information fields 5, 6 (Fig. 5).

We simultaneously install chips 9 in the same way on all squares 11 with the placement of their digital symbols on them in a chaotic manner, but without repetition, i.e. on each

a shelf of squares 11 they are not repeated.

Then we install all the squares and at the same time on the similar ends of 15 sites 2, 3, 4.

We have Table 1, in which the first column indicates the serial numbers of the decomposition of ten digital characters (0, 1, 2, 3, 4, 5, 6, 7, 8, 9) into groups of three digital characters, and in the second column directly decomposes these characters, also consisting of three characters.

Next, to generate the manufacturer’s identification code, we take from Table 1, for example, serial number 001 (from the 1st column) and opposite it - the digital symbol 012 (from the 2nd column), all the squares 11 are fixed at the same ends of 15 sites 2, 3, 4 , i.e. located in the same angles to them.

On site 2 (Figure 5), horizontally we find the pyrrhic symbol 0, vertically of the square 11 - symbol 012, then symbols 457 will be visible vertically and opposite 012 above symbol 0 on site 2 - this is the first three digits of the future 9- ty of a significant stake.

On the second site 3 (Fig. 5) we take on the square 11 the second digit from group 012, i.e. 1 - then opposite the 012 vertically of the square 11, the second group of three digits of the code will be determined - 039.

On the third platform 4 (Figure 5) we take on another square 11 a figure from group 012, i.e. 2 - then the third group of three digits will be - 787.

Thus, we obtain an identification code, the first three digits of which indicate the serial number of the code (from Table 1) - 001457039737.

As a result, from 720 serial numbers (on each of the sites 2, 3, 4) we form 720 identification codes from only one square 11 and on one site, each of which contains nine digital characters.

With the further application of the squares 11 to all 4m corners of the sites 2, 3, 4, we form 720 × 4 = 2880 identification codes.

You can take the symbol 0 vertically of the squares 11 and then we get another 2880 identification codes, which are then executed, for example, on labels, tags and other accessories.

Each product, product is assigned its own identification code, without repeating combinations of digital symbols.

To determine the authenticity of goods, products, it is necessary to contact the manufacturer directly, or over the telephone network and inquire from him about the identification code.

Thus, the utility model simplifies the design for the formation of a plurality of identification codes with a simultaneous improvement in the recognition of characters in information fields due to the contrasting performance of characters.

Industrial applicability.

A useful model can be used in the formation of identification codes of the manufacturer of products and goods.

Table 1. Decomposition Number Digitization of ten characters into groups, three-digit state 001 012 002 013 003 014 004 015 005 016 006 017 007 018 008 019 009 021 010 023 011 024 012 025 013 026 014 027 015 028 016 029 017 031 - "- - "- - "- - "- 720 987

Claims (2)

1. A device for generating identification codes of a manufacturer of products, goods, characterized by the presence of a tool with a database of the manufacturer, including information about the generated identification codes, and containing on the basis of the possibility of protruding above its surface and spaced apart from each other in the transverse direction of at least three sites made in cross section in the form of squares, each of the front planes of which is divided into at least 100 horizontal and vertical information fields, which had protrusions in the central part made in the cross section in the form of equilateral triangles, and containing made with the possibility of contact with the pads, at least 360 chips in the form of disks, on the back plane of which there are recesses, the cross sections of which are equilateral triangles, and at least three rectangular squares, each of the front surfaces of the square is divided into at least 10 information fields with the formation on the corner part of a non-working field with a center the protrusions made in the cross section in the form of equilateral triangles, while the recesses on the sites are made so that they can be placed on the protrusions made on the fields of the squares and on the squares, the face planes of the chips are made so that separate contrasting signs can be applied to each of them , for example, digital symbols, in particular 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, and field-mounted platforms, with the possibility of a random arrangement of contrasting digital symbols and their possibilities repetitions on horizontal and vertical fields, and on the fields of the surfaces of squares - with the possibility of a random arrangement of contrasting signs, for example digital symbols, and without repeating them, indicating the serial number of the decomposition of these ten digital symbols into groups consisting of three digital symbols, and rectangular squares are made with the possibility of simultaneous placement and fixation of their front surfaces on the corresponding similar end planes of the sites and with the possibility of combining the boundaries of the squares of the squares with the digital symbols of the serial number of the pads for forming at one fixed position of the squares 720 identification codes, each of which contains nine digital symbols, followed by a simultaneous change in the position of all squares relative to the end planes of the pads to increase the number of generated identification codes and subsequent placing them in the manufacturer’s database. 2. The device according to claim 1, characterized in that the base, pads, chips and squares are made, for example, of plastic.