RU210845U1 - The system for monitoring compliance with sanitary and epidemiological rules in the remote sale of transport tickets using mobile devices - Google Patents

Abstract

The utility model relates to the field of automation and computer technology, in particular to a system for monitoring compliance with sanitary and epidemiological rules in the remote sale of transport tickets using mobile devices. The technical result is to increase the reliability of monitoring compliance with sanitary and epidemiological rules during the remote sale of tickets for transport in conditions of a sharp aggravation of the sanitary and epidemiological situation by blocking the sale of tickets to those citizens who do not have vaccination certificates confirmed by QR codes. The technical result is achieved by the fact that the system contains a module for receiving requests from citizens for the remote purchase of tickets, a module for verifying the details of citizens' personal data, a module for verifying the data of the authenticity of QR codes of citizens, a module for issuing requests for confirmation of signs of authenticity of QR codes of citizens, a module for setting addresses for recording personal data of citizens into the database of the system server, a module for setting the address of the website of public services of the Russian Federation, a module for receiving data and transactions, a module for issuing transaction data to citizens. 8 ill.

Description

The utility model relates to the field of automation and computer technology, in particular to a system for monitoring compliance with sanitary and epidemiological rules in the remote sale of transport tickets using mobile devices.

Known similar technical solutions to the problem [1,2].

The first of the known technical solutions contains a document scanning and recognition data receiving unit, a risk database reference address identification unit, a data sampling depth determination unit, a risk database address generating unit, a risk signal discriminator, a risk database data receiving unit, an electronic passenger ticket, a flight database reference address identification block, a flight seat occupancy signal discriminator, and a data and signal issuing block [1].

The disadvantage of this technical solution lies in its low reliability in monitoring compliance with sanitary and epidemiological rules in the remote sale of transport tickets in conditions of a sharp aggravation of the sanitary and epidemiological situation.

Another system for providing mobile contactless ticketing through a mobile phone application is also known, which contains means for registering users of ticketing services, payment tools that allow the user to pay for ticketing services, means for generating identification data for generating on the ticketing server module for use by a registered user, means transmission means for sending them to the mobile phone of the registered user and means for receiving and storing for obtaining identification data on the mobile phone and storing them for use in the transport contactless ticketing system, processing means for uniquely linking each element of identification data, which partially adapts the mobile phone for access to the contactless purchase of tickets to the registered user's mobile phone and activation code, processing and verification tools to ensure the adaptation of the mobile phone it is for each contactless ticket purchase access, the processing and transmission means in the mobile phone application for purchasing tickets to calculate the one-time password and send it to the ticket purchase server module, and the processing and verification means on the ticket purchase server module to confirm the received one-time password. [2].

The last of the above technical solutions is closest to the claimed object.

Its disadvantage also lies in its low reliability of monitoring compliance with sanitary and epidemiological rules during the remote sale of transport tickets in the same conditions of a sharp aggravation of the sanitary and epidemiological situation.

The last of the above technical solutions is the closest to the one described.

The purpose of the utility model is to increase the reliability of monitoring compliance with sanitary and epidemiological rules during the remote sale of transport tickets in the context of a sharp aggravation of the sanitary and epidemiological situation by blocking the sale of tickets to those citizens who do not have vaccination certificates confirmed by QR codes.

This goal is achieved by the fact that in a system containing a module for receiving user requests for remote purchase of tickets, the information input of which is the first information input of the system designed to receive user requests for remote purchase of tickets, the synchronizing input of the module for receiving user requests for remote purchase of tickets is the first a synchronizing input of the system, designed to enter user requests into the module for receiving user requests for remote purchase of tickets, and the first information output of the module for receiving user requests for remote purchase of tickets is the information output of the system, designed to issue personal data of citizens to the information input of the system database server, a module for setting addresses for recording personal data of citizens in the database of the system server, the information output of which is the address output of the system, and synchronizing the control output of the module for setting addresses for recording personal data of citizens in the database of the system server is the first synchronizing output of the system, designed to issue control signals to the input of the first interrupt channel of the database server, the module for issuing requests for confirmation of signs of the authenticity of QR codes of users, the first information input of which connected to the information output of the system, and the information outputs of the module for issuing requests for confirmation of the signs of the authenticity of QR codes of users are information outputs of the first group of outputs, the module for receiving data and transactions, the first information input of which is the third information input of the system, designed to receive user data, the second the information input of the module for receiving data and transactions is the fourth information input of the system, designed to receive user transactions, the first synchronizing input of the module for receiving data and transactions is the second syn timing input of the system, designed to enter user data into the module for receiving data and transactions, and the second synchronizing input of the module for receiving data and transactions is the third synchronizing input of the system, intended for entering user transactions into the module for receiving data and transactions, and the third synchronizing input of the module for receiving data and transactions and transactions is the fourth synchronizing input of the system, intended for entering transactions into the module for receiving data and transactions, the module for issuing transactions to users of the system, the address input of which is connected to the seventh information output of the module for receiving user requests for remote purchase of tickets, the information input of the module for issuing transactions to users of the system is connected to the fourth information output of the module for receiving data and transactions, the synchronizing input of the module for issuing transactions to users of the system is connected to the second synchronizing output of the module for receiving data and transactions shares, and the information outputs of the module for issuing transactions to users of the system are information outputs of the second group of information outputs, a module for verifying the details of users' personal data is introduced, the first information input of which is connected to the first information output of the module for receiving user requests for remote purchase of tickets, the second and third information inputs of the module verification of user personal data details are connected to the second and third information outputs of the user personal data details verification module, respectively, and the fourth information input of the user personal data details verification module is connected to the first information output of the data and transaction receiving module, while the first synchronizing input of the personal data details verification module user data is connected to the first synchronizing input of the system, and the second synchronizing input of the details verification module of personal data of users is connected to the first synchronizing output of the module for receiving data and transactions, the module for verifying the authenticity of QR codes of users, the first and second information inputs of which are connected to the fourth and fifth information outputs of the module for receiving user requests for remote purchase of tickets, respectively, the third and fourth information the inputs of the authentication data verification module for user QR codes are connected to the second and third information outputs of the module for receiving data and transactions, respectively, the first, second and third synchronization inputs of the authentication data verification module for user QR codes are connected to the second, third and fourth synchronization outputs of the verification module details of users' personal data, respectively, and the first synchronizing output of the module for verifying the details of users' personal data is connected to the synchronizing input of the module for issuing confirmation requests signs of authenticity of the QR codes of users, and the module for setting the address of the site of public services of the Russian Federation, the information input of which is the second information input of the system, designed to receive the address of the site of public services, the synchronizing input of the module for setting the address of the site of public services of the Russian Federation is connected to the synchronizing input of the system, and the information the output of the module for setting the address of the website of the public services of the Russian Federation is connected to the address input of the module for issuing requests for confirmation of the authenticity of the QR codes of users, while one synchronizing output of the module for verifying the data of authenticity of the QR codes of users is the second synchronizing output of the system, designed to issue control signals to the input of the second channel for interrupting the database server, and the other synchronizing output of the module for verifying the data of the authenticity of QR codes of users is connected to the synchronizing input of the module for setting the addresses of recording citizens' personal data in the databases. at the system server data.

The essence of the utility model is illustrated by the drawings, where in Fig. 1 shows a block diagram of the system, Fig. 2 is a block diagram of the verification of the details of personal data of citizens, in Fig. 3 is a block diagram of the module for verifying the authenticity data of citizens' QR codes; 5 is a block diagram of setting addresses for recording citizens' personal data in the database of the system server, in FIG. 6 is a block diagram of the module for receiving data and transactions, in FIG. 7 is a block diagram of the module for issuing transaction data to citizens, in FIG. 8 shows an example of a COVID-19 vaccination certificate.

The system (Fig. 1) contains a module 1 for receiving requests from citizens for the remote purchase of tickets, a module 2 for verifying the details of citizens' personal data, a module 3 for verifying the authenticity data of citizens' QR codes, a module 4 for issuing requests for confirmation of signs of authenticity of citizens' QR codes, module 5 setting addresses for recording personal data of citizens in the database of the system server, module 6 for setting the address of the site of public services of the Russian Federation, module 7 for receiving data and transactions, module 8 for issuing transaction data to citizens.

In FIG. 1 shows the first 15, second 16, third 17 and fourth 18 information inputs of the system, the first 19, second 20 and third 21 synchronizing inputs of the system, as well as information 24 and address 25 system outputs, the first 26 and 27 second synchronizing outputs of the system, the first 28 -30 and the second 31-33 group of information outputs of the system.

Module 1 (Fig. 1) for receiving citizens' requests for remote purchase of tickets is made in the form of a register having information 15 and synchronizing 19 inputs, as well as the first 40, the second 41, the third 42, the fourth 43, the fifth 44, the sixth 45 and the seventh 46 information exits.

Module 2 (Fig. 2) verification of details of personal data of citizens contains the first 54 and second 56 comparators, and the element 55 of the delay. The drawing shows the first 60, second 61, third 62 and fourth 63 information inputs, the first 64 and second 65 synchronizing inputs, as well as the first 66, second 67, third 68 synchronizing and fourth 69 synchronizing outputs.

Module 3 (Fig. 3) verification data authenticity QR codes of citizens contains the first 57 and second 58 comparators, and the element 59 OR. The drawing shows the first 70, second 71, third 72 and fourth 73 information inputs, the first 74, second 75 and third 76 clock inputs, as well as the first 77 and second 78 clock outputs.

Module 4 (Fig. 4) for issuing requests for confirmation of signs of authenticity of QR codes of citizens contains a decoder 115 and elements And groups 116-118. The drawing shows information 79, address 80 and 81 synchronizing inputs, as well as information 28-29 outputs of the first group.

Module 5 (Fig. 5) setting the addresses of recording personal data of citizens in the database of the system server contains a memory block 100, made in the form of a permanent storage device, a decoder 101, a register 102, elements 103-105 And delay elements 106-107. The drawing shows information 52 and 53 synchronizing inputs, as well as information 25 and 26 synchronizing outputs.

Module 6 (Fig. 1) setting the address of the site of public services of the Russian Federation is made in the form of a register having information 16 and 19 synchronizing inputs, as well as information 47 output.

Module 7 (Fig. 6) receiving data and transactions contains registers 11, 12, and delay elements 13, 14. The drawing shows the first 17, second 18 information inputs, the first 20, second 21 synchronizing inputs, as well as the first 48, second 49, third 50 and fourth 51 information outputs, and the first 34 and second 35 third synchronizing outputs.

Module 8 (Fig. 7) for issuing transaction data to citizens contains a decoder 120 and elements And groups 121-123. The drawing shows address 88, information 89, and synchronizing 90 inputs, and information 31-33 outputs of the second group.

The system works as follows.

After a citizen applies remotely with a request to purchase a ticket for the corresponding date of its validity, he is invited to use a smartphone and the software application installed on it to perform the user identification procedure as follows.

First, the smartphone's camera is pointed at the user's face, and the face image analysis smartphone application program extracts and stores the digital image of the user's face.

Secondly, the smartphone's camera is directed to the user's identification passport, and the application program recognizes the text and numerical details of the document and highlights the user's photo in the passport.

Thirdly, a QR code must be present in the smartphone’s memory indicating the date of its validity, confirming the absence of signs of the disease in this user.

As a result, a codegram of the following form will be generated in the memory of the user's smartphone:

The code generated by the codegram from the smartphone enters the information input 15 of module 1 of the system and is then entered into register 1 by a synchronizing pulse coming from input 19 of the system to the synchronizing input of module 1. The same synchronization pulse from input 19 coming to the synchronizing input of module 6 enters the module 6 from the information input 16 of the system, the address of the website of the public services of the Russian Federation is entered.

At the same time, the synchronizing pulse from the input 19 of the system enters the synchronous 64 input of module 2, is delayed by element 55 for the time the codegram is written to register 1, and puts the system into the citizen photo authentication mode, arriving at the synchronizing input of the comparator 54 of module 2.

One information input 61 of module 2 from the output 41 of module 1 is supplied with the code of a digital photo of the user's face image from the passport, and the other information input 62 of which is supplied with the code of a digital visual image of the user's face recorded by a smartphone from the output 42 of module 1.

If, as a result of comparing the codes, the digital visual photo and the digital photo from the user's passport do not match, then a pulse is generated at the output 67 of the comparator 54, which enters the input 74 of module 3, passes through the element 59 OR, and then output 77 of module 7 is given through the output 27 of the system to the input of the second interrupt channel of the database server.

With the arrival of this signal, the database server switches to the subroutine for generating a message to this citizen about the refusal to fulfill his request. The generated transaction is issued by the database server through the input 18 of the system to the information input of the register 12 of the module 7, where it is entered by a clock pulse arriving at the clock input 21 of the module 7.

From the output 51 of the register 12, the transaction code enters the information 83 input of the module 8, to the address 82 input of which the code of the user's address is issued from the output 46 of the module 1. With the arrival of a clock pulse from input 21 of module 7, delayed by delay element 14 for the time the transaction code is entered, from output 35 of module 7 to input 84 of module 8, the transaction code from input 83 through elements open at one input AND of the corresponding group 121-123 will be issued to the respective user.

If, as a result of comparing the codes, the digital visual photo and the digital photo from the user's passport match, then a pulse is generated at the output 66 of module 2, which is fed through the synchronizing input 81 of module 4 to one input of the elements And groups 116-118.

By this time, address 80 input of module 4 from output 47 of module 6 received the code of the address of the site of public services of the Russian Federation, and the information 79 input of module 4 received the code of the user's passport data. The decoder 115 of module 4 decodes the public services site address code and, at one of its outputs, opens the corresponding group of AND elements, for example, I elements 116. In this case, the user's passport data code will be issued from the output 28 of the system.

Having received a request with passport data, the database server of the public services site, using these passport data, generates a response transaction, which, through the information 17 input of the system, enters the information input of the register 11 and is entered into it by a synchronizing pulse arriving at the synchronizing 20 input of the system.

The structure of the response transaction is as follows:

The appearance of the COVID-19 vaccination certificate printed on paper is shown in Fig. eight.

From the output 48 of module 7, the identification data of citizens, including all the details of the electronic passport, are fed to the information input 63 of module 2, to the other information input 60 of which, from the output 40 of module 1, identification data from the input codegram of the request of citizens are supplied.

At the same time, the clock pulse from the input 20 of the system is delayed by the delay element 13 for the time the code is entered into the register 11, and then from the output 34 of the module 7 is fed to the clock input 65 of the module 2.

If the identification data at the inputs 60 and 73 of the comparator 56 do not match, then the comparator 56 generates a signal about the mismatch of the codes at the output 68. This signal from the output 68 of module 2 through the input 75 of module 3 passes through element 37 OR to output 77 of module 3 and further with output 27 of the system to the input of the second interrupt channel of the database server.

With the arrival of this signal, the database server switches to the subroutine for generating a message to this citizen about the refusal to fulfill his request in the manner described above.

If the identification data at the inputs 60 and 63 of the comparator 56 of the module are the same, then a synchronization signal is generated at its output 69, which is fed through the synchronization input 76 of the module 3 to the synchronization input of the comparator 57, one information 70 input of which is supplied with a QR code specified by the user , from output 43 of module 1, and the other information input 72 of module 3 receives the user's QR code from the website of public services of the Russian Federation from output 49 of module 7.

If, as a result of comparison, the data of the QR codes turn out to be identical, then a pulse is generated at the output 86 of the comparator 57, which is fed to the synchronizing 87 input of the comparator 58, one informational 71 input of which receives the ticket validity code from the output 44 of module 1, and the other informational 73, the input of the comparator 58 receives the code for the date of expiration of the QR code from the output 50 of module 7.

If, as a result of comparison, the validity date of the ticket turns out to be less than the expiration date of the QR code, then a pulse is generated at the output 89 of the comparator 58 of module 3, which is fed from the output 78 of module 3 to the synchronizing 53 input of module 5, the information 52 input of which is connected to the information 45 module 1 output, thereby connecting the series code and user passport numbers through the module input 52 to the address input of the decoder 101 module 5.

Given that at this point in time, the decoder 101, by series code and passport number, has opened one input each, for example, element 105 AND, then the clock pulse from input 53 of module 5 passes through element 105 AND, and then goes to the corresponding input of permanent memory 100 , where the address of the memory location for writing the identification data of a particular user is stored.

The address code of the memory cell of the database server is read to the information input of the register 102 of the module 3 and is entered into it by a clock pulse from the input 53 of the module 5, delayed by the delay element 106 for the time of reading the address code from the ROM 100.

The address code for writing user identification data to the database of the system server from the output of the register 102 is issued to the address 25 output of the system, and the clock pulse from the output of the delay element 106 is additionally delayed by the delay element 107 for the time the address code is written to the register 102, and then through the output 26 of the system issued to the input of the first interrupt channel of the database server. On this signal, the database server switches to the subroutine for entering the citizen's personal data from output 40 of module 1 through the information output 24 of the system to the system server database, generating ticket details and issuing an invoice to the user for payment.

For this purpose, the corresponding message to the user in the form of a transaction is sent to the information 18 input of the module 7 and then to the information input of the register 12, where it is entered by a clock pulse from the input 21 of the system.

From the output 51 of the register 12 of the module 7, the transaction code enters the information input 83 of the module 8 and further to the information inputs of the elements And groups 121-123 of the elements And. The address 82 input of the decoder 120 receives the user address code from the output 46 of module 1. address code and opens, one at a time, the AND elements of one of the groups 121-123, for example, the AND elements of group 121.

In this case, the clock pulse from the input 21 of the system, delayed by the delay element 14 for the time the transaction code is entered into the register 12 of the module 7, from the output 35 of the module 7 is fed to the clock input 84 of the module 8 and then to the inputs of the AND elements of all groups 121-123. Considering, however, that by this time only the AND elements of group 121 will be open, the synchronizing pulse will give the transaction code to the user only through the information 31 output of module 8.

After paying the bill, the user receives the paid ticket in electronic form.

If, as a result of comparing QR codes, the latter turn out to be different, then a pulse is generated at the output 85 of the comparator 57 of the module, which passes through the input 90 of element 59 OR module 3 to output 77 and then through the output 27 of the system to the input of the second interrupt channel of the database server . With the arrival of this signal, the database server switches to the subroutine for generating a message to this citizen about the refusal to fulfill his request in the manner described above.

Thus, the proposed technical solution made it possible to significantly increase the reliability of monitoring compliance with sanitary and epidemiological rules during the remote sale of transport tickets in the face of a sharp aggravation of the sanitary and epidemiological situation by blocking the sale of tickets to those citizens who do not have vaccination certificates confirmed by QR codes. .

Sources of information taken into account when compiling the description of the application

1. Patent No. 2280283 (December 21, 2004).

2. Patent No. 2651179 (08/07/2013).

Claims (1)

A system for monitoring compliance with sanitary and epidemiological rules in the remote sale of tickets for transport using mobile devices, containing a module for receiving user requests for remote purchase of tickets, the information input of which is the first information input of the system, designed to receive user requests for remote purchase of tickets, synchronizing the input of the module receiving user requests for remote purchase of tickets is the first synchronizing input of the system designed to enter user requests into the module for receiving user requests for remote purchase of tickets, and the first information output of the module for receiving user requests for remote purchase of tickets is the information output of the system for issuing personal data citizens to the information input of the database server of the system, the module for setting the addresses of recording personal data of citizens in the database with of the system server, the information output of which is the address output of the system, and the synchronizing output of the module for setting the addresses of recording citizens' personal data in the database of the system server is the first synchronizing output of the system, designed to issue control signals to the input of the first interrupt channel of the database server, the module for issuing requests to confirmation of signs of authenticity of QR codes of users, the first information input of which is connected to the information output of the system, and the information outputs of the module for issuing requests for confirmation of signs of authenticity of QR codes of users are information outputs of the first group of outputs, the module for receiving data and transactions, the first information input of which is the third information input of the system, designed to receive user data, the second information input of the module for receiving data and transactions is the fourth information input of the system, intended to receive field transactions the first synchronizing input of the data and transaction receiving module is the second synchronizing input of the system, intended for entering user data into the data and transaction receiving module, and the second synchronizing input of the data and transaction receiving module is the third synchronizing input of the system, intended for entering user transactions into the module receiving data and transactions, and the third synchronizing input of the module for receiving data and transactions is the fourth synchronizing input of the system, intended for entering transactions into the module for receiving data and transactions, the module for issuing transactions to users of the system, the address input of which is connected to the seventh information output of the module for receiving user requests on remote purchase of tickets, the information input of the module for issuing transactions to system users is connected to the fourth information output of the module for receiving data and transactions, synchronizing the input of the module for issuing transactions field system users is connected to the second synchronizing output of the module for receiving data and transactions, and the information outputs of the module for issuing transactions to system users are information outputs of the second group of information outputs, characterized in that the system contains a module for verifying the details of users' personal data, the first information input of which is connected to the first information the output of the module for receiving user requests for remote purchase of tickets, the second and third information inputs of the module for verifying the details of users' personal data are connected to the second and third information outputs of the module for verifying the details of users' personal data, respectively, and the fourth information input of the module for verifying the details of users' personal data is connected to the first information the output of the module for receiving data and transactions, while the first synchronizing input of the module for verifying the details of the user's personal data the first synchronizing input of the system, and the second synchronizing input of the module for verifying the details of the personal data of users is connected to the first synchronizing output of the module for receiving data and transactions, the module for verifying the data of authenticity of QR codes of users, the first and second information inputs of which are connected to the fourth and fifth information by the outputs of the module for receiving user requests for remote purchase of tickets, respectively, the third and fourth information inputs of the module for verifying the authenticity of QR codes of users are connected to the second and third information outputs of the module for receiving data and transactions, respectively, the first, second and third synchronization inputs of the module for verifying data of authenticity QR codes of users are connected to the second, third and fourth synchronizing outputs of the module for verifying the details of users' personal data, respectively, and the first synchronizing output of the verification module and the details of the personal data of users is connected to the synchronizing input of the module for issuing requests for confirmation of the signs of the authenticity of QR codes of users, and the module for setting the address of the public services website of the Russian Federation, the information input of which is the second information input of the system, designed to receive the address of the public services website, synchronizing the input of the module setting the address of the public services website of the Russian Federation is connected to the synchronizing input of the system, and the information output of the module for setting the address of the website of the public services of the Russian Federation is connected to the address input of the module for issuing requests for confirmation of the signs of the authenticity of QR codes of users, while one synchronizing output of the module for verifying data of authenticity of QR codes users is the second synchronization output of the system, designed to issue control signals to the input of the second interrupt channel of the database server, and the other synchronization output of the authentication data verification module The QR codes of users are connected to the synchronizing input of the module for setting addresses for recording citizens' personal data in the system server database.

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