RU99631U1 - AUTOMATED SYSTEM OF ELECTRONIC DOCUMENT TREATMENT OF THE CENTER FOR PERSONALIZATION OF PASSPORT AND VISA DOCUMENTS OF THE NEW GENERATION - Google Patents

Abstract

The utility model relates to the field of computer technology, in particular, to the automated system of electronic document management of the personalization center for passport and visa documents of a new generation. The technical result is to increase the reliability and speed of the system by comparing the data of the passport, chip and photographs in real time. The technical result is achieved by the fact that the system contains a module for selecting the reference address of the passport and visa service in the database of the server for processing requests for personalization of data, a module for selecting the boundaries of the selection of file records from the array of requests for personalization of data, a module for generating addresses for writing to read request files, a module for allocating temporary personalization cycles of data, a module for receiving files of a request for personalizing data from a database of a server for processing requests for personalizing data, a module for receiving electronic personalized personalized passport forms, and a module for identifying the readiness of electronic passport forms with personal data. 6 ill.

Description

The utility model relates to the field of computer technology, in particular, to the automated system of electronic document management of the personalization center for passport and visa documents of a new generation.

A special place in the state system of manufacturing, processing and control of passport and visa documents of a new generation is the personalization center.

The personalization of passport and visa documents of a new generation is understood as the process of recording (entering, applying) on (c) the form of a passport and visa document data allowing identification of the form itself and its owner.

The main tasks of the Personalization Center are to ensure the following automated processes are executed in a centralized way:

- personalization of forms of passport and visa documents of a new generation of the Russian Federation;

- the formation of a federal information resource of the state system for the manufacture, processing and control of a new generation of passport and visa documents in terms of information on the results of the personalization of a new generation of passport and visa documents;

- interaction (organizational, technical and informational) on the personalization of passport and visa documents with the Center for the production of new generation of passport and visa documents, as well as with representatives of passport and visa services.

The personalization of the new generation of passport and visa documents (PVNP) provides:

- personalization of the microcircuit in the passport form in accordance with the information coming from the database;

- applying a digitalized photo and the signature of the passport holder to a plastic page (laser engraving);

- quality control of personalization of the passport (polycarbonate page);

- laser perforation numbers;

- sticker labels with a barcode.

The control of the correctness of the personalization procedure is carried out after the graphic and electronic personalization of the document and includes:

- quality control of personalization of LDPE;

- checking the correctness of electronic personalization, including the ability to read information from a microcircuit (chip);

- verification of the authenticity and integrity of the read information on the basis of a public key certificate corresponding to the personalization private key;

- formation of the cryptographic number of the document and its inclusion in the document (recording the cryptographic number of the document in the non-volatile memory of the LDPE chip).

Maintaining a database of personalized LDPE provides for the generation of data on personalized passports according to the approved system of indicators and their storage over time and in the manner prescribed by legislative or other regulatory legal acts of the Russian Federation.

Known systems that could be used to solve the tasks (1, 2).

The first of the known systems contains data reception and storage units connected to control and data processing units, search and selection units connected to data storage and display units, the synchronizing inputs of which are connected to the outputs of the control unit (1).

A significant drawback of this system is the impossibility of solving the problem of updating the data stored in the system’s memory at the same time as solving the problem of issuing the content of documentary data of citizens in real time.

Another system is known that contains data processing units, the information inputs of which are connected to the data reception and control units, and the outputs are connected to the first group of memory units, the central processor, the inputs of which are connected to the outputs of the memory units of the first group and data processing units, and the outputs are connected with the inputs of the memory blocks of the second group and data display blocks (2).

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

The disadvantage of this technical solution is the low reliability and low speed of verification of citizens' data, due to the fact that the identity control procedure is carried out by visual viewing of passport data, and this inevitably leads to the possibility of false identity when presenting highly forged documents, and, as a result, the passage of potential terrorists through the border crossing point.

The purpose of the invention is to increase the reliability and speed of the system by comparing the data of the passport, chip and personal data in real time.

This goal is achieved by the fact that in a system containing a module for selecting the reference address of passport and visa services in the database of the request processing server, the information and synchronizing inputs of which are the first information and synchronizing inputs of the system, while the information input is the module for selecting the reference address of the passport and visa services in the database of the request processing server it is intended for receiving applications from passport and visa services for the personalization of passport and visa documents of a new generation, and synchronization The input of the module for selecting the reference address of passport and visa services in the database of the request processing server is intended for receiving synchronizing signals of entering the request codes into the module for selecting the reference address of the passport and visa services in the database of the server for processing requests, the first information output of the module for selecting the reference address of the passport and visa services in the database of the request processing server is the first information output of the system designed to issue requests from passport and visa services to the information the input of the request processing server, the module for generating write and read addresses, the address input of which is connected to the address output of the selection module for the reference address of passport and visa services in the database of the server for request processing, the synchronizing input of the module for generating addresses for writing and reading data is connected to the synchronizing output of the selection module reference address of passport and visa services in the database of the server for processing requests, while the address output of the module for generating addresses for writing and reading data is I am the address output of the system intended for issuing write and read addresses to the address input of the request processing server, the module for receiving request files for personalizing data from the database of the request processing server, the information input of which is the second information input of the system for receiving personalization request files data from the database of the request processing server, synchronizing the input of the module for receiving files of the request for personalizing data from the database of the server for processing requests it is intended for receiving synchronization signals of entering data personalization request files into the module for receiving personalization request files from the database of the request processing server, and the information outputs of the module for receiving personalization data request files from the database of the request processing server are the third and fourth information outputs of the system, designed to issue data of passport and visa documents subject to electronic personalization and laser engraving, respectively, the module a volume of electronic personalized passport forms, the information input of which is the third information input of the system intended for receiving electronic personalized passport forms, the synchronizing input of the module for receiving electronic personalized passport forms is intended for receiving synchronizing signals for entering electronic personalized passport forms into the module for receiving electronic personalized passport forms module for selecting the boundaries of the selection of file records of the array of requests for personalization of data, the information input of which is connected to the second information output of the module for selecting the reference address of the passport and visa services in the database of the request processing server, the first synchronizing output of the module for selecting borders of the selection of file records from the array of requests for personalization of data is connected to the counting input of the module the formation of write and read addresses, the second synchronizing output of the module for selecting the boundaries of the selection of file records from the array of personalization requests yes connected to the installation input of the module of the selection module of the reference address of the passport and visa services in the database of the request processing server, and the information output of the module of selection of the boundaries of the selection of file records from the array of requests for personalization of data is the second information output of the system designed to output data to the display panel, a module for allocating time cycles for personalizing data, the first clock input of which is connected to the synchronizing output of the module for selecting the reference address of the passport and visa services in the database of the request processing server, the second clock input of the module for extracting time personalization data cycles is connected to the first synchronizing output of the module for selecting the boundaries of the selection of file records from the array of data personalization requests, the third clock input of the module for extracting the time personalization data cycles is connected to the second synchronizing output of the module selection of the boundaries of the selection of file records from the array of requests for personalization of data, the control input of the module for selecting time cycles data parsing is the control input of the system designed to switch the system’s operating modes, while the first clock output of the module for extracting time personalization cycles of the data is connected to the first clock input of the module for selecting the boundaries of the selection of file records from the array of data personalization requests, and is the first synchronizing output of the system, designed to issue control signals to the input of the first interrupt channel of the request processing server, the second mode synchronizing output To isolate the time cycles of personalization of data, it is the second synchronizing output of the system intended for issuing control signals to the input of the second interrupt channel of the request processing server, the third synchronizing output of the module for extracting time cycles of personalization of data is the third synchronizing output of the system connected to the control input of the reference address selection module Visa services in the database of the request processing server, and the first and second signal outputs of the allocation module personalization data cycles are the first and second signal outputs of the system, and a readiness identification module for electronic passport forms with personal data, the information inputs of which are connected to the corresponding information outputs of the modules for receiving personalized request files from the database of the request processing server and electronic personalized passport forms, the synchronizing input of the readiness identification module of electronic passport forms with personal data is connected to the third synchronizing input of the system, while the first output of the readiness identification module for electronic passport blanks with personal data is the third signal output of the system, and the second output is the control output of the system connected to the second clock input of the selection module for selecting the boundaries of the selection of file records from the personalization request array data

The essence of the utility model is illustrated by drawings, in which Fig. 1 is a structural diagram of a system, Fig. 2 is a structural diagram of a selection module of a reference address of a passport and visa service in a database of a server for processing personalization requests, Fig. 3 is a structural diagram of a selection module the boundaries of the selection of file records from the array of requests for personalization of data, Fig. 4 is a structural diagram of a module for allocating time cycles for personalizing data, Fig. 5 is a structural diagram of a module for identifying the readiness of electronic passport blanks ortov with personal data, Fig.6 is a diagram illustrating the technology of personalization of passport and visa documents of a new generation.

The system (Fig. 1) contains a module 1 for selecting the reference address of the passport and visa service in the database of the server for processing personalization requests, a module 2 for selecting the boundaries of the selection of file records from the array of personalization requests for data, a module 3 for generating addresses for writing and reading data, a module 4 allocation of time cycles for personalizing data, module 5 for receiving files for requesting personalization of data from a database of a server for processing requests for personalizing data, module 6 for receiving electronic personalized forms postport, and module 7 identifying the readiness of electronic passport forms with personal data.

Figure 1 shows the first 10, second 11, and third 12 information inputs, the first 14, second 15, third 16 clock and control 17 inputs, the first 16, second 17 and third 18 clock inputs, as well as address 19, first 20, second 21, third 22 and fourth 23 information outputs, the first 24, second 25 and third 26 synchronizing outputs, the first 27, second 28 and third 29 signal and control 30 outputs.

Module 1 (figure 2) selection of the reference address of the passport and visa service in the database of the server for processing requests for personalization of data contains a register 31, a decoder 32, a memory unit 33, made in the form of read-only memory, trigger 34, elements 35-38 And, delay elements 39, 40. The drawing shows information 10, synchronizing 14, control 41 and installation 42 inputs, as well as the first 20 and second 44 information, address 45 and synchronizing 46 outputs.

Module 2 (Fig. 3) for selecting the boundaries of a sample of file records from an array of data personalization requests contains a comparator 50, a counter 51, an OR element 52, a delay element 53. The drawing shows information 54, first 55 and second 56 clock inputs, as well as information 57, first 58 and second 59 clock outputs.

Module 3 (Fig. 1) of generating write addresses for reading request files is made in the form of a counter 60 having an information 60, synchronizing 61 and counting 62 inputs, as well as address 19 outputs.

Module 4 (Fig. 4) for allocating time cycles for personalizing data comprises a trigger 65, elements 66-71 AND, elements 72-74 OR, delay elements 75, 76. The drawing shows the first 80, second 81, third 82 clock, and control 83 inputs, as well as the first 24, second 25 and third 26 clock, and the first 27 and second 28 signal outputs.

Module 5 (Fig. 1) for receiving files for requesting personalization of data from the database of the server for processing requests for personalization of data is made in the form of a register having information 11 and synchronizing 15 inputs, as well as information 22, 23 outputs.

Module 6 (Fig. 1) of receiving electronic personalized passport forms is made in the form of a register having information 12 and synchronizing 16 inputs, as well as information 87, 88 outputs.

Module 7 (figure 5) identifying the readiness of electronic passport forms with personal data contains the first 90 and second 91 comparators, OR element 92, delay element 93. The drawing shows the first 94, second 95, third 96 and fourth 97 information and synchronization 98 inputs of the module, as well as the first 99 and second 100 outputs.

Personalization of a new generation of passport and visa documents is the main stage of the document creation process, which consists in the authorized entry of the personal information of its owner in the document form.

When personalizing, the authorized organization certifies the data entered into the document, thereby ensuring the possibility of verifying the authenticity of the document in the process of its use.

Personal data entered into the document must be checked and certified by the competent authority, which forms the order of the CPC for the production of the document. The volume and procedure for checking personal data are determined by the regulations specific to this type of personal documents.

Thus, technologically personalization of the LDPE of the new generation consists in entering personal information about the document holder into the non-volatile memory of the passport chip - electronic personalization, and applying visual information about the owner to the pages corresponding to the document format (laser engraving of photographs and text information, laser punching of document numbers at all pages of a book) - graphic personalization.

The indicated technological processes are carried out at the Passport Personalization Center, which (after checking that there are no errors in entering data) certifies the correctness of entering personal data into the document.

The main functions performed by the Center for personalization of passports should include:

- receipt and control of the authenticity and integrity of data for electronic personalization from departmental segments of the system;

- receipt of forms of documents for personalization, implementation of regime measures for working with strict reporting documents;

- personalization;

- checking the correctness of the personalization procedure, including checking the correctness of electronic personalization;

- maintaining a database of personalized LDPE of the new generation.

Applications for personalization of passport and visa documents are received at the informational 10 input of the system from departmental segments of the PVA system.

Applications for personalization are received in XML format, moreover, one application may contain more than one request for the production of a new generation of passport and visa documents.

The structure of the request codogram has the following structure: The code The code The number of requests in the application for data certification Attributes of data personalization requests, including:
- last name, first name, patronymic; floor; date and place of birth; citizenship;
- digital photo;
- biometric information;
- name and code of the regional (territorial) authority of the passport and visa service that sent the request;
- electronic digital signature (digital signature of an xml file) of an official of a regional (territorial) authority of the passport and visa service who has made decisions on the possibility of making a passport and visa document and on sending the data file to the personalization center;
- A sample of a citizen’s personal signature.

According to the synchronizing signal received at the synchronizing input 14 of the automated workstation, the first request codogram from the incoming application is entered into register 31 of module 1.

From the first output of the register, the content of the request for personalization of data is immediately issued to the output 20 of the workstation and then to the information input of the request processing server.

The request processing server does not perform any cryptographic information processing on its own. All actions related to cryptographic processing are allocated to a special component (cryptographic server), which directly performs cryptographic data processing.

From the second output of the register 31 through the output 44 of module 1, a code is issued for the number of requests contained in this application. From the output of 43 register 31, the code of the regional (territorial) authority of the passport and visa service arrives at the input of the decoder 32, which has sent a request for personalization of data. The latter decrypts this code, and with a high potential at one of its outputs opens one of the elements 35-37 I.

At the same time, the synchronization signal from the input 14 of the system is delayed by the delay element 39 for the time the request code is entered in the register 31 and then it is fed to one input of the And element 38, controlled by the second input by the trigger 34. Considering that by now the trigger 34 is in initial state, then with high potential from the inverted output of the trigger 34 element 38 And will be open at the second input.

As a result, the synchronizing pulse from the output of the delay element 39 passes the element 38 And, and then passes one of the elements 35-37 And, opened by the decoder 32 at the other input.

Suppose that such an element is element 35 I. Then the synchronizing pulse from the output of element 38 AND passes through element 35 And is fed to the read input of a fixed memory cell of the permanent storage device 33, where the code of the reference address of the memory section of the database of the request processing server assigned to the passport and visa is stored the service that sent this application for personalizing data.

The code of the reference address of the memory section through the output 45 of module 1 is read to the input 60 of module 3 and entered into it by a synchronizing pulse from the output 46 of module 1, which goes to the synchronizing input 61 of module 3, and then, through the output 19 of the system, it is output to the address input of the request processing server.

At the same time, the synchronizing pulse from the output 46 of module 1 is fed to the input 80 of module 4 and then fed to the inputs of the elements 66 and 69 AND, the state of which is determined by the output potentials of the trigger 65. Given that at this point in time, the trigger 65 is in its original state, in which, from the inverted output of trigger 65, a resolving potential is issued to the inputs of elements 66-68 I, then element 66 I will be open and a clock pulse from input 80 passes through this element AND, element 72 OR passes and immediately issued to output 24 The required workstation and then to the input of the first interrupt channel of the request processing server.

By this signal, the request processing server goes to the subroutine for recording the contents of the first request from the general array of requests received from the output 20 of module 1 to the information input of the request processing server at the address set on the address output 19 of the workstation.

Thus, the first request from the received application for personalization of data will be entered into the database of the request processing server at the specified address.

In addition, the synchronizing pulse from output 24 enters the input 55 of module 2, from where the OR element 52 passes, and enters the counting input of the counter 51, fixing the fact of recording the first request for personalization of data in the database of the request processing server.

The readings of the counter 51 of module 2 are issued both to the output 57 of module 2 and then to the output 21 of the system for display on the alarm means, and to one information input of the comparator 50.

Simultaneously with this process, the same synchronizing pulse from the output of the delay element 75 of module 4 passes through the OR element 74, and, firstly, it is output to the output 26 of the workstation, signaling that the first request for personalization of data has been received by the request processing server and the next request from the application may be submitted to the input 10 of the workstation, and, secondly, through the input 41 of module 1, it enters the direct input of the trigger 34, which goes into a single state.

In a single state, a low potential is formed at the inverted output of the trigger 34, blocking the passage of the synchronizing pulses through the element 38 And, coming from the input 14 of the module 1 through the delay element 39.

In parallel with this process, the code for the number of requests contained in the application received from the passport and visa service, from the output of 44 module 1 is fed to the input 54 of module 2, from where it goes to the second information input of the comparator 50.

The comparator 50 compares the readings of the counter 51, which recorded the receipt of the first request, with the total number of requests for personalization of data received from the input 54 by the synchronizing signal received at its synchronizing input from the output of the OR element 52, delayed by the delay element for the time the unit was entered into the counter 51 module 2.

Given that the readings of the counter 51 at a given time are less than the number of requests contained in the application for personalizing data, the comparator 50 generates a pulse at the output 58 of module 2, which, firstly, enters the counting input of module 3 and adds one to the reference address of the record, thereby forming the database address of the request processing server to which the next request will be recorded, at the address output 19 of the workstation.

Secondly, the same pulse from the output 58 of module 2 is fed to the input 81 of module 4, from where it passes through the And element 67, opened by high potential from the inverse output of the trigger 65, and then the OR element 72 passes, is delayed by the element 75 for the time of the formation of the address in module 3, and then again goes to the output 24 of the workstation and then to the input of the first interrupt channel of the request processing server.

By this signal, the request processing server switches to the routine for recording the contents of the next request from the general array of requests received from the output 20 of module 1 to the information input of the request processing server at the address set on the address output 19 of the automated workstation.

Thus, the next request from the received application for personalization of data will be entered into the database of the request processing server at the specified address.

In addition, the synchronizing pulse from the output 24 again goes to the input 55 of module 2, from where the OR element 52 passes and enters the counting input of the counter 51, fixing the fact of writing the first request to personalize data into the database of the request processing server.

The readings of the counter 51 of module 2 are issued both to the output 57 of module 2 and then to the output 21 of the automated workstation for display on the alarm means, and to one information input of the comparator 50.

Simultaneously with the indicated process, the same synchronizing pulse from the output of the delay element 75 of module 4 passes through the OR element 74, and, firstly, it is output to the output 26 of the workstation, signaling that the previous request for personalization of data was received by the request processing server and the next request is submitted to the input 10 of the system, and, secondly, through the input 41 of module 1, it enters the direct input of the trigger 34, which goes into a single state.

In a single state, a low potential is formed at the inverted output of the trigger 34, blocking the passage of the synchronizing pulses through the element 38 And, coming from the input 14 of the module 1 through the delay element 39.

In parallel with this process, the code of the number of requests contained in the application received from the passport and visa service, from the output of 44 module 1 is fed to the input 54 of module 2, from where it is supplied to the second information input of the comparator 50. The comparator 50 is synchronized by the signal received by it the synchronizing input from the output of the OR element 52, delayed by the delay element for the time the unit was entered into the counter 51, again compares the readings of the counter 51, which recorded the receipt of the next request, with the total number of personalization requests , Received from the input module 54 2.

Given that the readings of the counter 51 at the given time are still less than the number of requests contained in the application for personalizing data, the comparator 50 generates a pulse at the output 58 of module 2, which, firstly, enters the counting input of module 3 and adds unit to the reference address of the record, thereby forming the database address of the request processing server into which the next request will be recorded, at the address output 19 of the workstation.

Secondly, the same pulse from the output 58 of module 2 is fed to the input 81 of module 4, from where it passes through the And element 67, opened by high potential from the inverse output of the trigger 65, and then the OR element 72 passes, is delayed by the element 75 for the time of the formation of the address in module 3, and then again goes to output 24.

Next, the process of entering requests from the received application into the database of the request processing server is repeated as described above until the comparator 50 fixes the fact of the equality of the readings of the counter 51 and the number of requests contained in the application for personalizing data.

The latter will indicate that all requests for personalization of data are entered into the database of the request processing server. This fact is fixed by the comparator by the formation of a pulse at the output 59 of module 2, which, firstly, through the input 42 of module 1, enters the installation input of the trigger 34 and returns it to its original state.

Secondly, the same pulse passes through the input 82 of module 4 through the And element 68, open at the second input with a high potential from the inverse output of the trigger 65, and issued to the output 27 of the workstation as a signal of the end of the recording of all requests from the application for personalizing data to the database of the request processing server.

Similarly, the procedure for entering requests into the database of the server for processing requests from applications for personalizing data from other passport and visa services is carried out.

After the process of accepting applications from passport and visa services ends, the process of personalizing passport and visa documents begins.

To this end, a codeogram having the following structure is received from the automated workstation of the personalization operator to the information input 10 of the automated workplace:

The code The code Identification name of the passport and visa service that sent an application for the personalization of passport and visa documents The number of requests in the submitted application for the personalization of passport and visa documents

This codogram from the information input 10 is entered into the register 31 by a synchronizing pulse coming from the synchronizing input 14 of the workstation. At the same time, from the control panel of the personalization workstation through the input 17, the input 83 of the module 4 receives a control signal that sets the trigger 65 to a single state, in which the inputs of the elements 66-68 And will be closed by low potential from the inverse output of the trigger 65, and inputs of elements 69-71 And will be opened with high potential from the direct output of trigger 65.

The synchronization pulse of entering the codogram into the register 31 is delayed by the element 39 for the time the codogram is entered, and then the 38 And element, opened by the high potential from the inverse output of the trigger 34, which is currently in the initial state, passes.

From the second output of the register 31 through the output 44 of module 1, a code is issued for the number of requests contained in this application.

From the output of 43 register 31, the code of the regional (territorial) authority of the passport and visa service arrives at the input of the decoder 32, which has sent a request for personalization of data.

The latter decrypts this code, and opens one of the 35-37 I elements at one of its outputs with high potential. As a result, a synchronizing pulse from the output of the 38 I element passes through one of the 35-37 I elements, opened by the decoder 32 at the other input.

Suppose that such an element is element 35 I. Then the synchronizing pulse from the output of element 38 AND passes through element 35 And is fed to the read input of a fixed memory cell of the permanent storage device 33, where the code of the reference address of the memory section of the database of the request processing server assigned to the passport and visa is stored the service that sent this application for personalizing data.

The code of the reference address of the memory section through the output 45 of the module 1 is read to the input 60 of the module 3 and entered into it by a synchronizing pulse from the output 46 of the module 1 supplied to the synchronizing input 61 of the module 3, and then through the output 19 of the automated workstation it is issued to the address input of the processing server queries.

At the same time, the synchronizing pulse from the output 46 of the module 1 is fed to the input 80 of the module 4 and then fed to the inputs of the elements 66 and 69 And, the state of which is determined by the output potentials of the trigger 65.

Given the fact that at this point in time, trigger 65 is in a single state, in which a direct potential is issued from the direct output of trigger 65 to the inputs of elements 69-71 I, then element 69 I will be open and a synchronizing pulse from input 80 passes through this element 69 AND, the OR element 73 passes, is delayed by the delay element 76 for the response time of module 3 and is immediately issued to the output 25 of the workstation and then to the input of the second interrupt channel of the request processing server.

By this signal, the request processing server goes to the subroutine for reading the contents of the first request at the address set on the address output 19 of the workstation and issuing the contents of the data of the first request from the database of the request processing server to the information input 11 of module 5, into which the content of the request is entered by synchronizing the pulse supplied to the synchronizing input 15 of the automated workstation.

Thus, the first request from the received application for personalization of data will be entered into module 5. The data structure of the request for the personalization of passport and visa documents of the new generation will have the following form:

The code The code Data of passport and visa documents subject to electronic personalization Passport and visa documents data subject to laser engraving of personifying data and laser perforation

These data from the outputs 85 and 86 of module 5 through the corresponding outputs 22 and 23 of the automated workstation are issued to the corresponding inputs of managing a complex of electronic and graphic personalization of new generation passport and visa documents (not shown in the drawing).

This complex provides graphic and electronic personalization in a single closed technological cycle, which excludes the possibility of substituting passport and visa documents for personalization. Built-in quality control tools ensure the rejection of documents with personalization defects (errors / malfunctions of the equipment during laser engraving of the owner’s photo, jamming / damage / tearing out of book pages, errors in writing personalizing data to non-volatile memory.

Certification of data in the memory chip of the passport and visa document is carried out on a specialized workstation, which reads all the information recorded at the electronic personalization stage, as well as the cryptographic number of the chip, and generates and records the certified cryptographic number of the document.

After certification of passport and visa documents, the certification workstation provides the solution of the following functional tasks:

- verification of the reading of all data (including data specified in ICAO recommendations),

- verification of the digital signature generated by the cryptoserver,

- data integrity check (according to ICAO recommendations),

- formation and recording in the non-volatile memory of the microcircuit of the passport and visa document the cryptographic document number

- lock transport key,

- blocking access to the chip test file,

- redefinition of the key issuing the document,

- transfer of the passport to the transport state before sending to the place of issue.

After the control reading of personalized information from the finished document to the input 12 of the automated workstation receives a codogram of the following structure

The code The code Data of passport and visa documents that have passed electronic personalization Passport and visa document data that has undergone laser engraving of personifying data and laser perforation

With a synchronizing pulse from input 16, this codogram is entered into module 6, from the information outputs 87 and 88 of which the codes of this codogram arrive at inputs 95 and 97 of module 7, respectively.

The other inputs 94.96 of module 7 are fed with codogram data from the outputs 85 and 86 of module 5, respectively.

By the synchronizing signal from input 16, which is transmitted to the synchronizing input 98 of module 7, comparator 90 compares the codes with the data of passport and visa documents that have passed electronic personalization and are subject to electronic certification, received at inputs 94 and 95, respectively. If the codes at inputs 94 and 95 are no different, then the electronic personalization of the passport and visa document is done correctly, which is fixed by the comparator 90 by the formation of a pulse at its second output.

This pulse is fed to the synchronizing input of the comparator 91, which compares the initial data of the passport and visa document before and after laser engraving of laser perforation of the paper pages of the passport.

If the data codes at the inputs 96 and 97 of the comparator are identical, then this fact is confirmed by the formation of a pulse at the output 100 of the comparator 91 of module 7. From the output of 100 of module 7, the clock pulse firstly goes to the output 30 of the workstation as a control signal for the equipment on the final production of a new generation passport and visa document.

If, as a result of comparing the codes, a mismatch of codes is noted in module 7, then module 7 generates a signal at output 99. This pulse through output 29 of the workstation as an alarm signal to take measures to eliminate the noted deficiencies.

Secondly, the same pulse from the output 100 of module 7 goes to the input 56 of module 2, from where it passes the OR element 52 and goes to the counting input of the counter 51, fixing the fact of personalization of the data of the first request and the manufacture of a new generation of passport and visa document.

The readings of the counter 51 of module 2 are issued both to the output 57 of module 2 and then to the output 21 of the automated workstation for display on the alarm means, and to one information input of the comparator 50, to the other input of which from the input 54 a code of the number of requests to be personalized is received.

The comparator 50 compares the readings of the counter 51, which recorded the execution of the first request, with the total number of requests for personalization of the data received from input 54 by the synchronizing signal received at its synchronizing input from the output of the OR element 52, delayed by the delay element for the time the unit was entered into the counter 51 module 2.

Given that the readings of the counter 51 at a given time are less than the number of completed requests, the comparator 50 generates a pulse at the output 58 of module 2, which, firstly, enters the counting input of module 3 and adds one to the reference address of the record, forming thereby, the database address of the request processing server at the address output 19 of the workstation., at which the next request will be read from the database

Secondly, the same pulse from the output 58 of module 2 goes to the input 81 of module 4, from where it passes the element 70 AND, opened by high potential from the direct output of the trigger 65, and then the element 73 OR passes, it is delayed by the element 76 during the formation of the address in module 3, and then again goes to the output 25 of the workstation and then to the input of the second interrupt channel of the request processing server.

By this signal, the request processing server switches to the subroutine for reading the contents of the next request from the general array of queries of the database of the request processing server at the address set on the output address 19 of the workstation, and writing the contents of the request from the information input 11 to module 5 with a synchronizing pulse coming from entrance 15 workstation.

As a result of personalization, on the basis of the passport and visa services received from federal, regional (territorial) authorities, the personalization center has arrays of information containing information about the owners of passport and visa documents, documents are produced in which all details are filled in (graphic and electronic recording of information) compliance with the requirements established by legislative and other regulatory legal acts of the Russian Federation.

Thus, the introduction of new modules and new structural connections has significantly improved the reliability and speed of work of the automated workplace.

Sources of information taken into account when drawing up the description of the application:

1. Patent WO 2001/09726 (02.17.2001)

2. Patent WO 2005/015424 (08.02.2005) (prototype).

Claims (1)

Automated electronic document management system for a new generation of passport and visa documents personalization center containing a module for selecting the reference address of passport and visa services in the database of the request processing server, the information and synchronizing inputs of which are the first information and synchronizing inputs of the system, while the information input is of the reference address selection module passport and visa services in the database of the request processing server is designed to receive applications for passport and visa services b for personalization of a new generation of passport and visa documents, and the synchronizing input of the reference address selection module of the passport and visa services in the database of the request processing server is intended for receiving synchronization signals of entering the request codes into the selection module of the reference address of the passport and visa services in the database of the request processing server , the first information output of the module for selecting the reference address of passport and visa services in the database of the request processing server is the first information output of the systems designed to issue requests from passport and visa services to the information input of the request processing server, a module for generating write and read addresses, the address input of which is connected to the address output of the selection module for the reference address of passport and visa services in the database of the request processing server, synchronizing the input of the formation module write and read addresses are connected to the synchronizing output of the selection module of the reference address of the passport and visa services in the database of the request processing server, at ohm, the address output of the module for generating write and read addresses is the address output of the system intended for issuing write and read addresses to the address input of the request processing server, the module for receiving request files for personalizing data from the database of the request processing server, the information input of which is the second information system input, designed to receive request files for personalization of data from the database of the request processing server, synchronizing the input of the receiving module The request file for personalization of data from the database of the request processing server is intended for receiving synchronizing signals of entering the request files for personalization of data into the module for receiving request files for personalization of data from the database of the server for processing requests, and the information outputs of the module for receiving request files for personalizing data from the database request processing servers are the third and fourth information outputs of the system, intended for issuing data of passport and visa documents, subject to for electronic personalization and laser engraving, respectively, the module for receiving electronic personalized passport forms, the information input of which is the third information input of the system for receiving electronic personalized passport forms, the synchronizing input of the module for receiving electronic personalized passport forms is designed to receive synchronizing signals for entering electronic personalized passport forms to the electronic personalization reception module data of passport forms, characterized in that the system contains a module for selecting the boundaries of the selection of file records from the array of data personalization requests, the information input of which is connected to the second information output of the module for selecting the reference address of passport and visa services in the database of the request processing server, the first synchronizing output of the module the selection of the boundaries of the selection of file records from the array of requests for personalization of data is connected to the counting input of the module for generating addresses for writing and reading data, the second the synchronization output of the module for selecting the boundaries of the selection of file records from the array of requests for personalization of data is connected to the installation input of the module for the selection of the reference address of the passport and visa services in the database of the server for processing requests, and the information output of the module for selecting the boundaries of the selection of records of files from the array of requests for personalization of data is the second information output of the system intended for the output of data on the display panel, the module for allocating time cycles for personalizing data, the first clocking the first input of which is connected to the synchronizing output of the selection module for the reference address of passport and visa services in the database of the request processing server, the second clocking input of the module for allocating time cycles for personalizing data is connected to the first synchronizing output of the module for selecting borders of the selection of file records from the array of requests for personalizing data, the third the clock input of the module for highlighting the time cycles of personalization of data is connected to the second synchronizing output of the module for selecting the boundaries of the selection of records of fa From the array of requests for personalization of data, the control input of the module for extracting time cycles of personalization of data is the control input of the system for switching operating modes, while the first synchronizing output of the module for extracting time cycles of data personalization is connected to the first clock input of the module for selecting the boundaries of the selection of file records from array of requests for personalization of data, and is the first synchronizing system output designed to issue control signals to and the input of the first channel for interrupting the request processing server, the second synchronizing output of the module for allocating time cycles for personalizing data is the second synchronizing output of the system, intended for issuing control signals to the input of the second channel for interrupting the server for processing requests, the third synchronizing output of the module for allocating time cycles for personalizing data is the third synchronizing system output connected to the control input of the selection module of the reference address of passport and visa services in the database of the request processing server, and the first and second signal outputs of the module for allocating time cycles for personalizing data are the first and second signal outputs of the system, and the readiness identification module of electronic passport forms with personal data, the information inputs of which are connected to the corresponding information outputs of the modules for receiving request files to personalize data from the database of the request processing server and electronic personalized passport forms, synchronizing the input d the readiness identification module for electronic passport blanks with personal data is connected to the third synchronizing input of the system, while the first output of the readiness identification module for electronic passport blanks with personal data is the third signal output of the system, and the second output is the control output of the system connected to the second clocking input of the module selection of the boundaries of the selection of file records from the array of requests for personalization of data.