RU102128U1 - AUTOMATED SYSTEM OF IDENTIFICATION OF AUTHENTICITY OF MARKING OF SALE GOODS - Google Patents

Abstract

 An automated identification system for identifying the labeling of products sold, containing an interconnected control body for the circulation of alcohol-containing products of the system, connected via communication lines to systematized and consumer control channels, located in the control body is a basic analytical computer server center connected to the code number generation unit via a generator random numbers interconnected with the number, date of manufacture and code affixed to the vessels manufacturer, while the node for generating code numbers is connected by confidential communication lines through modems to databases of codes of manufacturers supported by the control body and vessel numbers, a systematic control channel is formed in the form of a network covering the sales area of products of interconnected control posts that are equipped with devices for exchanging data on codes of manufacturers and generating by vessel number using databases of codes of manufacturers of the same annual numbers that are affixed to the vessels, as well as reading devices for the code numbers affixed to the vessels and comparing them with the control values from the codes databases of the manufacturers and / or from the basic analytical computer server center, and a CMC service is formed via the consumer control channel according to which each consumer who has purchased a vessel with a code number affixed to it is given the opportunity to transmit the CMC message of the vessel number via a mobile phone’s communication channel and receive in response to

Description

The utility model relates to the field of automated electronic information systems, in particular, to automated systems for identifying the authenticity of marking of various products sold. In this case, the claimed object is illustrated by practical examples of its use for identifying the authenticity of labeling of alcoholic beverages, but which can also be used in any industry of manufactured labeled goods, in particular, jewelry, clothing, etc., where supervision by government bodies, manufacturers and consumers. Currently, the authenticity of goods sold, as a rule, is determined by external signs, for example, relevant documents accompanying the goods, symbolic markings applied to the goods. The absence of such external signs, as a rule, indicates that the goods are classified as falsified, counterfeit or unaccounted for. But even the presence of external signs of goods in today's conditions of widespread and affordable use of high technology does not allow us to reliably assume that the products sold are genuine.

Automated systems for authenticating products are known, in particular, protected by RF patents Nos. 2225032, 2183349, 2241243 and similar in some essential respects to the claimed technical solution. An automated system is also known, protected by Eurasian patent No. 013452, which uses a basic analytical computer server-center with the choice of its location in any material environment with the ability to control through any environment and a set of local servers interconnected by communication lines of the servers. Local servers are connected to the management base for the optimization of the stages of the life cycle of each type of product (hereinafter referred to as EHLC). This database contains automated means for centralized management and control of the volume and parameters of the goods created, passed through all stages of the EHLC and delivered to the final point of the EHLC, full and / or partial volume, in kind and / or in processed form, and / or in the form of semi-finished products, and / or groups and / or each copy of the goods. Instances of the goods are equipped with electronic tags and / or control and analytical nodes, with the selected type of radio frequency accompanying coded tag. This technical solution was made as the closest analogue for the claimed utility model in connection with the largest number of similar essential features.

The disadvantage of this system is that to verify the authenticity it is necessary to contact the manufacturer’s website directly. In addition, it is more designed not for an individual buyer, but for structures that control the flow of product flows. This system does not allow with low labor intensity to ensure a high probability of identifying the authenticity of the product during its movement, for example, by the consumer who directly bought the product.

This utility model is aimed at solving the technical problem of improving known means in order, in particular, to achieve a technical result - increasing the reliability and reducing the complexity of identifying the authenticity of the marking of products sold and creating the convenience of the consumer in this control body.

As brief information revealing the essence of the utility model, it should be noted that the achieved technical result is achieved using the claimed automated identification system for identifying the marking of products sold, containing an interconnected control body for the circulation of alcohol-containing products of the system, connected via communication lines to systematic and consumer control channels . The basic analytical computer server-center located in the control body is connected to the code number generation unit by means of a random number generator interconnected with the number affixed to the vessels, the date of manufacture and the manufacturer's code. At the same time, the node for generating code numbers is connected by confidential communication lines through modems with databases of codes of manufacturers supported by the control body and vessel numbers.

A systematic control channel is formed in the form of a network covering the territory of the sale of products of interconnected control posts. These posts are equipped with devices for exchanging data on codes of manufacturers and generating by vessel number using databases of codes of manufacturers of the same code numbers that are affixed to the vessels. They are also equipped with devices for reading code numbers affixed to the vessels and comparing them with control values from the codes databases of manufacturers and / or from the basic analytical computer server center. A CMC service has been created on the consumer control channel, according to which each consumer who has purchased a vessel with a code number affixed to it is given the opportunity to transmit a vessel’s CMC message through the communication channel of a mobile phone and receive a control value in response to it to compare it with that indicated on vessel code number.

When presenting information confirming the possibility of implementing the claimed technical solution, it is advisable to describe in more detail practical examples of its implementation for the purpose of tracking, monitoring and managing the life cycle of alcohol and jewelry. When describing the examples, it is not advisable to dwell in detail on the information known from the published data. In detail, it is advisable to dwell only on the distinguishing essential features of the proposed solution. The explanatory examples given are not the only possible ones and clearly demonstrate the achievement by the given set of essential features of the required technical result.

Figure 1 shows an enlarged block diagram of an automated system for identifying the authenticity of labeling of products sold on the example of alcoholic products, which indicates:

1. An automated system for identifying packaged alcohol-containing products.

2. The control body of the automated system.

3. The basic analytical computer server-center (BACSC), located in the body controlling the circulation of alcohol-containing products.

4. A systematic control channel.

5. Consumer control channel.

6. The node for the formation of code numbers.

7. A random number generator, interrelated with the number affixed to the vessels, the date of manufacture and the manufacturer's code.

8. Communication lines between the control body and the BACCS with consumer and systematic control channels.

9. Modems of confidential communication lines of the code-number forming unit with manufacturers code databases and vessel numbers.

10. Databases of codes of manufacturers supported by the control body.

11. The numbering vessels of the manufacturers.

12. A network of interconnected control posts of a systematic control channel covering the territory of product sales.

13. Control post devices for exchanging data on codes of manufacturers and generating by vessel number using databases of codes of manufacturers of the same code numbers that are affixed to the vessels

14. Devices for reading code numbers affixed to the vessels and comparing them with control values from the code databases of manufacturers and / or from the basic analytical computer server center.

15. CMC service of the consumer control channel

16. Consumers who have purchased vessels with code numbers affixed to them.

17. Channels of consumers transmitting CMC messages of the vessel number by mobile phones and receiving a control value in response to it to compare it with the code number affixed to the vessel.

Thus, the automated system 1 for identifying the authenticity of the labeling of products sold, depicted schematically in FIG. 1, contains an interconnected body 2 for controlling the circulation of alcohol-containing products of the system, connected via communication lines to a systematic 4 and 5 consumer control channels. Located in the control body 2, the basic analytical computer server-center 3 is connected to the code number generation unit 6 by means of a random number generator 7 interconnected with the number affixed to the vessels, the date of manufacture and the manufacturer's code. At the same time, the node 6 for generating code numbers is connected by confidential communication lines 8 through modems 9 to the databases 10 of the codes of the manufacturers supported by the control body and to the numbers of the vessels 11.

A systematic control channel 4 is formed in the form of a network 12 covering the territory of the sale of products of interconnected control posts. These posts are equipped with devices 13 for exchanging data on codes of manufacturers and generating a vessel number using databases 10 of codes codes of manufacturers of the same code numbers that are affixed to the vessels. They are also equipped with devices 14 for reading the code numbers affixed to the vessels and comparing them with the control values from the database 10 of the codes of the manufacturers and / or from the basic analytical computer server center 3. A CMC service 15 is formed via the consumer control channel 5, through which each consumer 16, having purchased a vessel with a code number affixed to it, is given the opportunity to transmit via the communication channel 17 of a mobile phone a CMC message of the vessel number and receive a control value in response to it to compare it with a vessel bearing the code number.

Thus, the limiting values of code numbers with the number of significant numbers selected in the range from 3 to 20 are also experimentally selected so as to cover the necessary options for choosing modifications of the declared objects and types of marked products. Moreover, the specified technical result is achieved with any arbitrarily taken values of the quantities of significant digits of the code numbers, if they are selected within the stated limits. It is advisable to note that these codes can be not only purely digital, but in the form of any set of characters, for example, letters, numbers and other characters.

As brief information that reveals the essence of the functioning of the proposed system, it should be noted that it is used to identify the authenticity of the products sold, according to which the manufacturer additionally numbers and labels the samples of products sold, with a code number with the number of significant numbers selected from 3 up to 20. This code is formed using a random number generator in conjunction with the number affixed to the vessels, the date of manufacture and the factory code of Tell.

The manufacturer’s code is additionally generated in parallel with the participation of the body controlling the circulation of alcohol-containing products using a random number generator in conjunction with the number of each vessel. The manufacturer’s code thus generated is transmitted via confidential communication lines through a modem to the vessel numbering through confidential communication lines and stored in the manufacturer’s code database maintained by the control body via confidential communication lines. The resulting code number that identifies each vessel is affixed to the vessel so that the code number can be read visually or recognized and converted into an appropriate binary digital code using reading means.

Then organize systematic and consumer channels of control of products sold at retail or small wholesale. At the same time, a systematic control channel is formed in the form of a network covering the territory of the sale of products of control posts, which are equipped with devices for exchanging data on the manufacturer's codes. Using these devices, according to the readable number of the vessel, using the database of codes of the manufacturer, the same code number is formed for control comparison, which must be affixed to the vessel.

A CMC service is created via the consumer control channel, according to which each consumer who has purchased the vessel is given the opportunity to receive a control value for the code number affixed to the vessel by sending a CMC message of the vessel number, if the code number affixed to the vessel coincides with the obtained control value of the code number a conclusion about the authenticity, and if there is a discrepancy about the illegitimacy of the products identified by the code number.

The claimed object is suitable for all industries where, in particular, there is a formula for manufacturing products. It is impossible to make more of the final product from a certain amount of raw materials. Control over shadow turnover is achieved by complete control of documentation marked with code numbers. For example; If in the manufacture of vodka the formula is valid that from 1 liter of alcohol you get 4.7 bottles of vodka (0.5 capacity), then this figure should not be changed in a comparative analysis of the workflow. Moreover, this formula 1-4.7 cannot change throughout the process of production, movement and sale. The latest computer technologies provide the ability to analyze automatically and automatically detect discrepancies in the data provided by all participating entities in the industry, provided that the workflow is based on the use of the described technical solutions.

As a practical example of the implementation of the declared objects, it is also advisable to indicate control over the circulation of gold and gold products in the country by means of document management using code numbers, which does not significantly differ from the described example in relation to alcoholic beverages. This method, when applied, can significantly reduce the smuggling of gold and its sale in the Russian Federation, as well as significantly increase tax revenues to the treasury. If 3.3 grams of gold are obtained from one ton in a mine, then the waste is 2.4 grams and 0.9 grams of pure gold are produced. Consequently, with a sequential automatic documentary check, the formula is obtained: 0.9 grams of gold goes to the factory, where only 0.9 grams can come out in gold products (there may be permissible rates of fumes in the manufacture of products). By controlling workflow using code numbers and creating a unified database for the industry and fiscal authorities, as well as installing additional information equipment at the mine, gold factory, wholesale outlets, retail outlets, you can completely control the gold market, excluding underpayments to the state budget, tax evasion, theft and the use of forged documents. This also applies to the diamond mining industry and others. Any subject of this “marked clerical work” has the right to refuse the transaction if the data do not coincide with the base or the code number on the products or documents is not read, because this leads to criminal prosecution by the state.

Using the declared facilities allows you to control the turnover both domestically and during import and export operations. This is achieved by access of the Federal Customs Service (hereinafter FCS) to a single database in real time. When delivering from abroad, each subject of international contracts receives all kinds of documentation (air waybills, invoices, invoices, permits, licenses, etc.) allowing the import of finished products, materials, raw materials, semi-finished products (hereinafter cargo) into the territory of the Russian Federation. If you apply the document control method using code numbers, then you can achieve complete control over import and export operations that take place on the territory of the Russian Federation and significantly reduce smuggling fraud. For example, if 1000 units of goods are imported into the Russian Federation, then in a comparative analysis in a single database after sale, the quantity of 1000 units will remain unchanged.

This system simplifies the work of the FCS during the passage of cargo through the border. Simplifies the check at customs posts, where it will be enough a reading device (installation of stationary devices is possible) to remove information and conduct a partial partial inspection of the cargo to determine its compliance with the provided documentation. With the agreements reached with foreign countries, this method is also applicable for export. The method of application is the same, but in reverse order. But we can consider the creation of a single base in a number of countries and / or, for example. The European base, which greatly simplifies the accounting process and makes it possible to make business transparent everywhere.

Thus, the characteristics indicated in the utility model formula are essential and interconnected with each other with the formation of a stable set of essential features necessary and sufficient to obtain the required technical result. The achieved technical result, as shown by the experimental data, can only be realized by an interconnected set of all the essential features of the claimed object, reflected in the utility model formula, for any parameter values covered by the claimed claims and satisfying the declared features. The claimed significant distinguishing features were obtained on the basis of creative processing of the results of studies, analysis and synthesis of them and known from published data sources, interrelated with the conditions for achieving the technical result indicated in the application, as well as using creative intuition.

In addition to the above technical result, the practical implementation of the claimed object can significantly reduce the possibility of unscrupulous manufacturing, including low-quality goods, more effectively protect the interests of the consumer and significantly increase the profitability of their use.

Claims (1)

An automated identification system for identifying the labeling of products sold, containing an interconnected control body for the circulation of alcohol-containing products of the system, connected via communication lines to systematized and consumer control channels, located in the control body is a basic analytical computer server center connected to the code number generation unit via a generator random numbers interconnected with the number, date of manufacture and code affixed to the vessels manufacturer, while the node for generating code numbers is connected by confidential communication lines through modems to databases of codes of manufacturers supported by the control body and vessel numbers, a systematic control channel is formed in the form of a network covering the sales area of products of interconnected control posts that are equipped with devices for exchanging data on codes of manufacturers and generating by vessel number using databases of codes of manufacturers of the same annual numbers that are affixed to the vessels, as well as reading devices for the code numbers affixed to the vessels and comparing them with the control values from the codes databases of the manufacturers and / or from the basic analytical computer server center, and a CMC service is formed on the consumer control channel according to which each consumer who has purchased a vessel with a code number affixed to it is given the opportunity to transmit the CMC message of the vessel number via a mobile phone’s communication channel and receive in response to of the reference value for comparing it with a vessel bearing the code number.