System for remotely logging in users of a mobile network

Abstract

The invention relates to the field of remotely logging in and authenticating a user in a mobile network. A device is provided with a touch screen which can convert a signature on said screen into a graphics format file, a photo capture module which can recognize a photo / video image of a person and of documents, a data identification module, and also data management and processing units. The technical result consists in extending the range of functional possibilities of the device.

Description

[0001] Remote registration system for mobile users

[0002] Field of technology

[0003] The invention relates to the field of mobile communications, namely to means for registering and authenticating a user in a mobile network.

[0004] State of the art

[0005] Users are typically connected to a mobile network by placing a SIM card (Subscriber Identify Module) in a dedicated device (e.g. a mobile phone, smartphone or tablet that supports this function) and by integrating the SIM card in the device with the devices that support the network. Pursuant to paragraph 18 of the RF Government Resolution No. 1342 of 09.12.2014 (as amended on 03.02.2016) "On the Procedure for the Provision of Telephone Services" (together with the "Rules for the Provision of Telephone Services"), when concluding an agreement between a mobile network operator and a user for the provision of mobile communications services, and consequently when the user receives a SIM card from the operator, the user is required to present an identity document (usually a passport). Pursuant to paragraph 6 of Article 44 of the Federal Law No. 126-F3 of 07.07.2003 (as amended on 07.06.2017) "On Communications" states that when concluding a contract, the operator (or its representative) is required to include the user's information (usually passport details) in the contract. Furthermore, the operator is required to verify the user's information. This usually requires in-person contact between the user and the operator's representative, for example, at the operator's sales office.

[0006] A method and device are known from the prior art

[0007] I

[0008] video authentication of the user (patent RU 2504004, publication date

[0009] (January 10, 2014). The technical solution involves a video capture device obtaining a high-contrast image of the user by generating it from video frames, sending the high-contrast image to a server, and comparing the resulting high-contrast image with user information previously uploaded to the server using a dedicated service or software. The user information used is an authentication photograph obtained during user registration in the system using the same method as the high-contrast image, or uploaded from an external source. The user information may also include information about the user's gender and age, entered by the user during registration. The high-contrast photograph can also be verified against the user's gender and age information.

[0010] The disadvantage of this technical solution is the technical impossibility of verifying the user's identity during registration, since video identification occurs only during re-authentication, and during registration, only the user's data is downloaded.

[0011] The closest technical solution (prototype) is the SIM card registration and activation method (http: / / beelinenet.ru / registration, accessed 10.10.2017). This method is designed for registering and activating a Beeline SIM card via the Internet. To do this, insert the SIM card into a device (tablet, phone, or modem), open a browser, and enter any address. When attempting to navigate to the entered address, the SIM card is authenticated in the mobile network. If authentication of the SIM card in the mobile network is impossible, i.e., this SIM card is not registered in the mobile network, then the device browser is automatically redirected to a website where you can register the SIM card. For this purpose, information is entered into the operator's databases

[0012] (passport data) about the SIM card user by entering them into

[0013] »

[0014] Special forms on the website and subsequent transmission to the operator's devices, which process them. However, when entering user information, there is no verification of the information's accuracy or verification that the information corresponds to the person performing the registration. Identification information is also entered into the operator's databases.

[0015] I

[0016] SIM card and correlate it with information about the user. As a result, the SIM card is registered in the mobile network (the operator's databases contain information about the SIM card and its user), which allows it to be authenticated and used in a mobile device.

[0017] A drawback of the prototype is the technical impossibility of verifying the user's identity, i.e., there is no verification that the SIM card registration is actually being performed by the person performing the registration. Furthermore, the prototype ensures slow user registration due to the completely manual entry of all data.

[0018] The technical result of the proposed invention is the expansion of the functional capabilities of the device by ensuring the confirmation of the authenticity of the identity of the mobile communications user, including during initial registration.

[0019] The said technical result is achieved due to the fact that in the system of remote registration of mobile communication users, comprising an identification data module, a shooting module, a touch screen, a first processing unit, a first control unit, a first memory unit, a second processing unit, a second control unit, a second memory unit and two receiving and transmitting units, wherein the touch screen is designed to provide the possibility of entering text data and converting tactile impact when a person makes his signature on this touch screen into a file of the corresponding graphic format, the shooting module is designed to provide the possibility of receiving a file of the corresponding graphic format, corresponding

[0020] I

[0021] a photographic image of a document, a file of the corresponding graphic format corresponding to the photographic image of a code, and a file of the corresponding graphic format corresponding to a video image of a person, the second processing unit is configured to provide the ability to recognize the code in the file corresponding to the photographic image of the code, recognize the photographic image of a person and text data in the file corresponding to the photographic image of the document, recognize photographic images of a person in the file corresponding to the video image of a person, compare the recognized photographic image of a person from the file corresponding to the document image with one of the recognized photographic images of a person in the file corresponding to the video image of a person, compare the photographic images of a person in the file corresponding to the video image of a person to determine whether this is an image of a living person in reality at the time of shooting, recognize the features of the authenticity of the document,wherein the first processing unit is connected to provide the possibility of receiving signals from the identification data module, the shooting module and the touch screen, the first memory unit is connected to provide the possibility of receiving signals from the first processing unit, the shooting module and the touch screen, one of the receiving and transmitting units is connected to provide the possibility of receiving signals from the first processing unit and the first memory unit and transmitting signals received from the other receiving and transmitting unit to the first control unit and the first processing unit, the first control unit is connected to provide the possibility of transmitting control signals to the shooting module, the touch screen, the first processing unit, the first memory unit, the second processing unit is connected to provide the possibility of receiving signals from the other receiving and transmitting unit, the second memory unit is connected to provide the possibility of receiving signals from the second processing unit, the other receiving and transmitting unit,

[0022] I

[0023] connected to provide the ability to receive signals from the second processing unit, the second control unit is connected to provide the ability to transmit control signals to the second processing unit and the second memory unit, the receiving and transmitting units are designed to provide the ability to exchange signals between themselves by transmitting radio signals. Disclosure of the invention

[0024] The drawing shows: touch screen 1, shooting module 2, identification data module 3, receiving and transmitting unit 4, second memory unit 5, second processing unit 6, second functional unit 7, second control unit 8, first processing unit 9, first functional unit 10, first control unit 11, second memory unit 12.

[0025] Mobile communications are a form of radiotelephone communication in which end devices (mobile devices) transmit signals to each other via a mobile network—a collection of specialized transceivers (base stations). Base stations communicate with each other via fixed-line channels or radio waves, and with the mobile devices they serve—via radio waves (information provided in the source https: / / dic.academic.ru / dic.nsf / es / 82809 / МОБильная, accessed

[0026] 12.10.2017).

[0027] A mobile communication device is a radio device that provides communication with other devices via a mobile network. A mobile communication device is a complex electronic device consisting of a multitude of interconnected units and modules housed in a housing. In a particular case, the elements of a mobile communication device are a touch screen 1, an identification data module 3, a shooting module 2, a receiving and transmitting unit 4, a first processing unit 9, a first control unit 11, a power supply unit, a second memory unit 12 (htp: / / highscreen.ru / news / Ustroistvo_smartfona / , accessed

[0028] (October 13, 2017). Furthermore, a mobile communication device may also include any of the following elements: a speaker, a microphone, a push-button switch, connectors for connecting other devices, or connectors for connecting to other devices. The primary function of a mobile communication device, considered within the framework of this technical solution, is interaction with a mobile network, enabling the exchange of signals with other mobile communication devices. A mobile communication device may include, for example, a smartphone, a communicator (a personal digital assistant with mobile phone functionality), or a tablet computer.

[0029] From here on, the term "user" refers to the individual who uses a specific mobile device and registers on the mobile network in their own name using the proposed technical solution. It should be understood that any individual, not the user, can perform the actions described below using the proposed technical solution.

[0030] The main elements of the system are a touch screen 1, an identification data module 3, a shooting module 2, a receiving and transmitting unit 4, a first processing unit 9, a first control unit 11, a first memory unit 12 and a power supply unit (all of which are part of the mobile communication device), as well as a receiving and transmitting unit 4, a second processing unit 6, a second control unit 8, a power supply unit and a second memory unit 5 (all of which are part of the mobile operator’s equipment).

[0031] Touchscreen 1 is a touch-sensitive device (or device element) that provides visual information display and touch input. The sensitive portion of touchscreen 1 is a set of individual sensors. Touchscreen 1 is configured to allow input

[0032] I

[0033] User signatures, obtaining information about the signature's appearance and the dynamics of its execution (speed, pressure, turning radius, continuity, etc.). Signature input is understood as the conversion of the user's tactile input into an electrical signal of a specified duration. This electrical signal of a specified duration fully corresponds to a file of a specific graphic format containing data corresponding to the signature's graphic image, possibly taking into account the dynamics of its execution. It is also possible to enter text information into specially formed sensor groups (i.e., input fields) using dedicated sensor groups, each of which corresponds to a specific symbol, letter, number, or punctuation mark (i.e., using a virtual keyboard).The presence of a touch screen 1 provides the ability to enter a user signature, which is not possible with conventional screens designed only for displaying information.

[0034] Identification data module 3 is an element within the device that stores unique identification data (e.g., one or more identification numbers or codes) and protects this identification data from unauthorized access to prevent misuse. This protection means the virtual impossibility of changing, deleting, or adding identification information, either arbitrarily or at the initiative of one party (user or mobile network operator) without the consent of the other party, as well as the impossibility of accessing it by anyone other than the mobile network operator or the user. Identification data module 3 may be a single element or comprise several individual elements electrically connected in some manner. Identification data module 3 is located within the mobile device, in a specially designated area.Identification data module 3 may be removable from the mobile device or not. Identification data module 3 may also be capable of being modified (in the case of legitimate use, i.e., with the consent of all interested parties) or not. Identification data module 3 may be the most common physical SIM card, an electronic SIM (also referred to hereinafter as an e-SIM or chip-based SIM), or a dedicated section in the first memory unit 12 of the mobile device, protected in a special manner as described above. For each specific embodiment of identification data module 3, the design of the mobile device is modified to ensure the proper operation of identification data module 3.

[0035] In the case of using a conventional physical SIM card of various formats (e.g., mini-SIM, micro-SIM, nano-SIM) as the identification data module 3, the mobile communication device is provided with a special holder that provides physical placement of the SIM card and contains contacts (a connector) for connection with the SIM card contacts. In the case of using an e-SIM as the identification data module 3, the mobile communication device is provided with a special seat for accommodating the chip, containing contacts for connection with the e-SIM contacts, wherein said contacts are connected to each other without the possibility of disconnection, for example, by soldering. In the case of using a specially allocated section in the first memory block 12 of the mobile communication device as the identification data module 3, protection of said dedicated section is ensured in such a way that the identification data stored therein are protected in the manner specified above.The use of the identification data module 3 in the form of an e-SIM or a dedicated section in the first memory block 12 of the mobile communication device provides the ability to change the identification data (for example, when changing the operator) without replacing the identification data module 3, i.e., it provides a reduction in material costs when replacing the data.

[0036] Identification data module 3 may be additionally accompanied by tangible media containing identification data in a form that allows for visual perception and recognition, such as a code, such as a barcode and its corresponding number (for example, a tangible SIM card is typically secured within a plastic card measuring 54 x 86 x 0.76 mm before being inserted into a mobile device). The identification data is typically encrypted in a special manner.

[0037] The shooting module 2 (which may also be referred to as the photo / video shooting module) is the part of the device that enables the acquisition of photographic and video images of the desired objects. In this case, the term "shooting" should be understood, among other things, as the process of imaging, capturing something in any way (in accordance with the meaning of 15 in the source https: / / dic.academic.ru / dic.nsf / ushakov / l032590, accessed 13.10.2017). One of the main elements of the shooting module 2 is the optical system. The shooting module 2 is located in the housing of the mobile communication device such that the optical system faces outward, i.e., outside the housing of the mobile communication device. In a particular case, the mobile communication device may have two shooting modules, with their optical systems facing in opposite directions. The shooting module 2 is typically a camera capable of acquiring video and photographs.In this case, the shooting module 2 must be designed to provide the ability to obtain files of certain graphic formats corresponding to photographic images of an identity document, a code on a tangible medium, a video image of the user, i.e., have the characteristics.

[0038] I

[0039] Ensuring the acquisition of high-quality (contrast, sharp, with the required resolution) photo and video images. A file of a specific graphic format is understood to be an electrical signal corresponding to the data in the resulting photo and video images. The presence of Camera Module 2 prevents the possibility of data falsification during registration, as it enables the acquisition of data in real time (a photo of a real person in front of Camera Module 2 and the document the person is currently carrying).

[0040] The first control unit 11 is the element that controls all other elements of the mobile communications device. The first processing unit 9 is the element that ensures the necessary data processing required for the normal operation of the mobile communications device. The first processing unit 9 and the first control unit 11 can be structurally combined into the first functional unit 10. The first functional unit 10 can be a microprocessor, including one with its own memory and software. The first functional unit 10 may not contain its own memory, but rather utilize the first memory unit 12 within the mobile communications device.

[0041] The first memory block 12 is a data storage element. A section of the first memory block 12 may be allocated for storing identification data, i.e., in the particular implementation of identification data module 3. The first memory block 5 may also store photo and video data obtained by the shooting module 2, as well as data corresponding to information entered via the touchscreen 1.

[0042] The second processing unit 6 is a complex device consisting of several interconnected elements or one

[0043] I

[0044] element and allows for all necessary processing of data received from a mobile device.The second processing unit 6 may include elements that enable the following functions to be performed: recognizing a barcode on a photographic image of a material carrier accompanying the identification data module 3, checking for the absence of forgery by recognizing the authenticity features of an identity document (usually a passport) based on the photographic image of this document received by the shooting module 2, recognizing text data and a photographic image of the owner on a photographic image of a passport received by the shooting module 2, checking the presence of a real user in front of the shooting module 2 based on a video image from the shooting module 2, generating a high-quality photographic image of the user in front of the shooting module 2 from a video from the shooting module 2, comparing the photographic image recognized on the passport photo with the photographic image generated from the video image, generating a user questionnaire (i.e.Forming a link between the identification data of the identification data module 3 and the user's personal data in the form of passport data and signature). Each element in the second processing unit 6 may also be implemented as a separate element. Some elements in the second processing unit 6 may be grouped and presented as a single device or implemented as a single device. In addition, the second processing unit 6 may be implemented as a computing device using programs (or a single program) installed in the second memory unit 5, wherein each program performs the functions of the corresponding element in the second processing unit 6 (or performs the required processing as a whole). In this case, the second memory unit 5 is included in the second processing unit 6 or the second processing unit 6 itself contains a corresponding element identical in function to the second memory unit 5.

[0045] In particular, the LUNA SDK software (https: / / visionlabs.ai / ru / lima-sdk-info.html, accessed June 6, 2018) can be used to verify the presence of a real user in front of recording module 2 based on the video image from recording module 2. This verification is performed through procedures based on interactive recognition of blinking, smiling, and the face moving closer and further away from the camera. For example, to ensure the authenticity of a document's forgery, a document field check can be performed (if any data in a passport is substituted, the fields are violated).

[0046] The second control unit 8 is an element that controls all other elements: the second processing unit 6, the second memory unit 5 and the receiving and transmitting unit 4.

[0047] The second processing unit 6 and the second control unit 8 may be designed as separate elements connected in some manner, or as parts of a single element—the second functional unit 7. The second functional unit 7 may be a processor, including one with its own memory and software. The second functional unit 6 may not contain its own memory, but utilize the second memory unit 5.

[0048] The second memory unit 5 is a data storage element. The second memory unit 5 can store data on photo and video images received from the mobile device via the transmitting and receiving units 4, information recognized therein, and data on information entered via the touch screen 1 and received from the mobile device via the transmitting and receiving units 4.

[0049] The transmitting and receiving unit 4 is an element that provides for the reception of signals from the mobile network and the transmission of signals of the mobile network, usually via radio waves or via cable, or a combination of both.

[0050] A power supply is a device that supplies all components with electricity. Batteries, for example, can be used as power supplies.

[0051] A microphone is a device for detecting acoustic vibrations in the air and measuring their parameters (Ultrasound. Little Encyclopedia. Edited by I.P. Golyamina. - Moscow: Soviet Encyclopedia, 1979, 400 pages, p. 270).

[0052] A speaker is a device that converts electrical vibrations into sound (according to the Encyclopedic Dictionary https: / / dic.academic.ru / dic.nsf / es / 19254 / speaker, accessed October 24, 2017). The speaker is positioned in the housing of a mobile device so that the wide part of the speaker cone faces the openings in the housing, and the sound from the speaker passes through these openings.

[0053] A pushbutton switch is a switch that is activated (closes or opens an electrical circuit) by the (usually axial) movement of a pushbutton-shaped actuator, which is applied by the operator (in accordance with GOST 22614-77 "Key and Pushbutton Switches and Controls. General Ergonomic Requirements"). Pushbutton switches are located in openings in the mobile device housing, and they can be located on any part of the housing that is free from other elements.

[0054] A connector is a means of connecting external and internal electrical circuits designed to transmit information or energy from or to the corresponding elements of a mobile communication device in the form of an electrical signal.

[0055] Each element of the mobile communication device is housed within a housing such that other elements of the mobile communication device do not interfere with its normal operation. Identification data module 3, filming module 2, and touch screen 1 are connected to first control unit 11 with the ability to transmit corresponding electrical signals to it and receive control signals from it. Touch screen 1 is electrically connected to first memory unit 12 directly or via first control unit 11 with the ability to transmit signals to it or receive signals from it. First processing unit 9 is connected to identification data module 3, filming module 2, and touch screen 1 with the ability to receive electrical signals from them, and is also electrically connected to first control unit 11.One of the transmitting and receiving units 4 is connected to the first control unit 11 with the ability to receive signals from it and transmit them thereto, and is also electrically connected to the first memory unit 12 and the first processing unit 9 directly or via the first control unit 11. The first memory unit 12 is electrically connected to the first processing unit 9 directly or via the first control unit 11 with the ability to receive data from it and transmit it thereto. All energy-dependent elements of the mobile communication device are connected to the corresponding power supply unit. Also, if additional elements are present in the mobile communication device, their connection to the corresponding other elements of the mobile communication device is ensured.

[0056] The mobile operator's equipment components may be housed in a single housing, or each component may be housed in a separate housing. The second processing unit 6 is electrically connected to the second control unit 8, electrically connected to the second of the transmitting and receiving units 4, and to the second memory unit 5, either directly or via the second control unit 8. The transmitting and receiving unit 4 and the second memory unit may also be electrically connected to the second control unit 8, allowing them to receive control signals from it. All energy-dependent components are connected to the corresponding power supply.

[0057] Brief description of the drawings

[0058] The invention is explained by a drawing showing a block diagram of the device.

[0059] Industrial applicability and implementation options

[0060] inventions

[0061] In case of using the above mentioned elements and means, the invention is implemented as follows.

[0062] All elements included in the proposed technical solution are widely known and do not require special manufacturing (for example, various touch screens 1 are presented in the source htps: / / sensis.ru / cat / sensomoe-oborudovanie / sensomye-ekrany / , access date 10 / 24 / 2017, body parts are presented in the source htps: / / www.partsdirect.ru / smartphones / spareparts_smartphone / , access date 10 / 24 / 2017, shooting module 2

[0063] https: / / addroid.ru / remont_zapchasti / smartfony / kamery / , accessed October 24, 2017, power supply 9

[0064] http: / / addroid.ru / remont_zapchasti / smartfony / akkumulyatory / , access date 10 / 24 / 2017).

[0065] All components of the mobile device, with the exception of the identification module 3 if it is a physical SIM card, are connected and installed in the housing as described above. The necessary software (at least the operating system) is then installed on the mobile device. Typically, the operating system is assembled and installed at the mobile device manufacturer, and the manufacturer may also install all the necessary software. Other software may also be installed by the mobile device vendor or by the user after downloading it, for example, from the internet via a network, particularly Wi-Fi.

[0066] The remaining elements of the proposed system, i.e., the equipment elements located on the mobile operator's side, are connected as described above and placed accordingly (e.g., in a specific room). The necessary software is then installed in the second functional unit 7, including that which enables the functions of the second processing unit 6.

[0067] To use their mobile device, the user acquires a physical B1M card and, if available, the accompanying physical media, if identification data module 3 is implemented as a physical SIM card. If identification data module 3 is implemented as an electronic SIM card or as a dedicated memory partition, the user acquires only the physical media containing the identification data, typically in encrypted form. Moreover, the locations of purchase within the proposed technical solution are not limited to mobile network operator sales offices but can be varied (e.g., vending machines on the street or indoors, grocery stores, supermarkets, or hypermarkets, etc.). This is because the conclusion of the communication service agreement, and, accordingly, the registration of identification data module 3, may not take place at the location of purchase, asthere is no need for the presence of an operator representative to verify the incoming information.

[0068] During registration, there is no need to install identification data module 3 in the mobile device if identification data module 3 functions as a physical SIM card, or to enter identification data into identification data module 3 if it functions as an electronic SIM card or a dedicated memory partition. Depending on whether the user performs the actions specified in the previous sentence, the list of actions when using the technical solution will differ; these differences are described below. This consideration applies to cases where the mobile device did not contain identification data module 3 with identification data prior to use.

[0069] If the user places the identification data module 3, when it is implemented as a physical SIM card, in a mobile communication device or adds identification data to the identification data module 3, when it is implemented as an electronic SIM card or a dedicated memory section, the user performs the following actions.

[0070] In the case of identification data module 3 in the form of a tangible SIM card, the user places identification data module 3 (tangible SIM card) in a special holder in the mobile communication device, wherein the contacts of the tangible SIM card must contact the contacts of the special holder. In the case of identification data module 3 in the form of an electronic SIM card or a dedicated memory section, the user adds identification data from accompanying tangible media to identification data module 3 in a manner as provided for by the type of identification data module 3. For example, for an electronic SIM card, the tangible media may contain a code that the user enters into the first functional unit 10 via the touch screen 1.The specified code is sent to a dedicated server via the mobile device's transmitting and receiving unit (4). The server responds with data from the mobile operator (including identification data), which is then forwarded to the server by a dedicated service upon request. This data is stored on an electronic SIM card. Information on how to upload data to an electronic SIM card is available at htp: / / ichip.ru / chip-vmesto-sim-kart.html, accessed October 26, 2017.

[0071] Then, the software that ensures registration is launched in the first functional unit 10. The launch of said software can be ensured either automatically or manually by the user. For example, when the mobile communication device is turned on, the first functional unit 10 can detect the identification data module 3, determine its status (whether registration has been completed) by sending a mobile network signal, and launch the software if the identification data module 3 with identification data is absent or if it is not registered. The user can also launch the software manually after turning on the mobile communication device by pressing the sensor group of the touchscreen 1, which ensures the sending of a launch signal to the first functional unit 10, or by pressing a pushbutton switch, which ensures the same function.By means of the sensors (or groups of sensors) of the touch screen 1, the interface of this software is displayed, allowing the user to add the necessary information, including with the help of other elements of the mobile communication device, for example, the shooting module 2.

[0072] Further actions are performed with the software running, although the order of actions can be changed. The identification data of the identification data module 3 is entered into the first functional block 10. If the user has placed the identification data module 3 when it is implemented as a physical SIM card in a mobile communication device or has added identification data to the identification data module 3 when it is implemented as an electronic SIM card or a dedicated memory partition, the first functional block 10 receives a signal (having previously sent a request signal) from the identification data module 3 corresponding to the identification data.If the user has not inserted identification data module 3 into the mobile device or has not added identification data, the user can enter identification data (e.g., a number corresponding to a barcode on a tangible medium) manually by pressing groups of sensors corresponding to symbols on the virtual keyboard. The user can also use imaging module 2 to obtain a photographic image of the tangible medium with the identification data visually displayed. A signal corresponding to the entered identification data or the photographic image of the tangible medium is sent from imaging module 2 to first functional unit 10 or first memory unit 12 for subsequent transmission to second functional unit 7 via transmitting and receiving units 4.Upon receiving a signal corresponding to a photographic image, the second functional unit 7 additionally performs actions to recognize the identification data on the photographic image of the tangible medium (e.g., barcode recognition). The second functional unit 7 ensures at least temporary storage of the identification data (usually in encrypted form) until registration is complete in its own memory or in the second memory unit 5 (for this purpose, an appropriate signal is sent to it).

[0073] The user then enters information from an identity document (usually a passport) into the first functional unit 10 or the first memory unit 12. To do this, the user obtains a photographic image of the document using the imaging module 2. A signal corresponding to the document's photographic image is sent from the imaging module 2 to the first functional unit 10 or the first memory unit 12 for subsequent transmission to the second functional unit 7 via the transmitting and receiving units 4. The second functional unit 7 verifies, using the received photographic image of the document, that the document is genuine (that the entire document or part of it has not been forged). The second functional unit 7 also recognizes text information from the document, typically the last name, first name, patronymic, document number, and other necessary information, as well as the owner's photographic image contained in the document.The second functional block 7 ensures at least temporary storage of text information and photo images from the document until the end of registration in its own memory or in the second memory block.

[0074] 5 (for this purpose, a corresponding signal is sent to it). Then, information about the person performing the registration, i.e., the person located in front of the shooting module 2, is entered into the first functional unit 10 or into the first memory unit 12. For this purpose, the user, using the shooting module 2, receives his video image (i.e., several sequentially taken photographic images) of a duration sufficient to perform the following described actions. The signal corresponding to the user's video image is sent from the shooting module 2 to the first functional unit 10 or the first memory unit 12 for further transmission to the second functional unit 7 via the transmitting and receiving units 4. In the second functional unit 7, verification is carried out, based on the received video image of the user, to ensure that a real person is located in front of the shooting module 2 (and not a screen with a recorded video image or a printed photographic image).The second functional unit 7 also selects one frame (photographic image) from the video frames (photographic images) or generates a photo image of the user that is most suitable for comparison with the document photo (i.e., is sufficiently clear, contrasty, and bright). The second functional unit 7 ensures that the user's photo image from the video image is at least temporarily stored in its own memory or in the second memory unit 5 (for this purpose, an appropriate signal is sent to it). The second functional unit 7 then compares the user's photo from the document and the user's photo from the video image to determine whether the two photos depict the same person or different ones. Registration is possible only if the two photos depict the same person.

[0075] Then, the user's signature information is entered into the first functional unit 10 or the first memory unit 12. To do this, the user presses the touch screen 1 with a finger or a special element (e.g., a stylus), signing, i.e., leaving a signature, on the touch screen 1. The signature is a reflection of the individual psychomotor skills of a specific individual, which is always unique for each subject. The user's signature information contains information about the appearance of the signature, as well as the dynamics of its execution by the user (speed, pressure force, turning radius, continuity, and

[0076] I

[0077] etc.). The signal corresponding to the file with the user's signature data is transmitted to the second functional block 7 via the receiving and transmitting units 4. The second functional block 7 ensures at least the temporary storage of the user's signature information until the end of registration in its own memory or in the second memory block 5 (for this purpose, the corresponding signal is sent to it).

[0078] Sending signals corresponding to the above-mentioned received data to the second functional block 7 via the transmitting / receiving units may be performed either immediately after receiving each type of data (i.e., sequentially), or only after receiving all of the specified data. In this case, verification that all necessary information has been received is performed in the first functional block 10 or in the second functional block 7 during sequential data transmission. When sending all of the received data simultaneously, this verification is performed in the second functional block 7.

[0079] After the second functional block 7 has received all the necessary information, the entry of which is indicated above, and after all the specified checks have been successfully completed, a signal about the completion of registration is sent from the second functional block 7 to the mobile communication device via the receiving and transmitting blocks 4, ensuring the possibility of further use of the mobile communication device for its intended purpose.

[0080] The second functional block 7 can also generate a user questionnaire file. If the received information has been stored in the second memory block 5, signals corresponding to the received information are first sent from the second memory block 5 to the second functional block 7. To generate the questionnaire file, a correspondence is established between the received identification data of the identification data module 3, the document information, and the signature information. Then, from the second functional block 7 to the second memory block

[0081] *

[0082] 5. For further storage, a signal corresponding to the questionnaire file is sent. The signal corresponding to the questionnaire file can also be sent via the receiving and transmitting unit 4 to other mobile operator equipment that provides permanent data storage.

[0083] Thus, implementing the technical solution (in this case, the system) as described above expands its functionality by ensuring user identity verification. This is because the proposed system captures a photo of the user and their identity document, recognizes a real person in the resulting video image (not a photograph in front of the camera module), recognizes the user's photo and document data in the resulting document photo, and compares the user in the document photo with the user in the video image. Furthermore, since the system receives and processes data without manually entering text data or uploading photo or video files, faster user registration on the mobile operator's network is ensured.

Claims

Invention formula A system for remote registration of mobile communication users, comprising an identification data module, a shooting module, a touch screen, a first processing unit, a first control unit, a first memory unit, a second processing unit, a second control unit, a second memory unit and two transmitting and receiving units, wherein the touch screen is designed to provide the ability to enter text data and convert tactile impact when a person performs his signature on this touch screen into a file of the corresponding graphic format, the shooting module is designed to provide the ability to receive a file of the corresponding graphic format corresponding to a photographic image of a document, a file of the corresponding graphic format corresponding to a photographic image of a code, and a file of the corresponding graphic format corresponding to a video image of a person, the second processing unit is designed to provide the ability to recognize the code in the file corresponding to the photographic image of the code,recognition of a photographic image of a person and text data in a file corresponding to a photographic image of a document, recognition of photographic images of a person in a file corresponding to a video image of a person, comparison of the recognized photographic image, I a person from a file corresponding to a document image with one of the recognized photographic images of a person in a file corresponding to a video image of a person, comparing the photographic images of a person in a file, corresponding to the video image of a person, for the purpose of identifying the image of a living person in reality at the time of filming, recognizing the features of the authenticity of a document, wherein the first processing unit is connected to provide the ability to receive signals from the identification data module, the filming module and the touch screen, the first memory unit is connected to provide the ability to receive signals from the first processing unit, the filming module and the touch screen, one of the transmitting and receiving units is connected to provide the ability to receive signals from the first processing unit and the first memory unit and to transmit the signals received from the other transmitting and receiving unit to the first control unit and the first processing unit, the first control unit is connected to provide the ability to transmit control signals to the filming module, the touch screen, the first processing unit, the first memory unit,the second processing unit is connected to provide the ability to receive signals from another receiving and transmitting unit, the second memory unit is connected to provide the ability to receive signals from the second processing unit, another receiving and transmitting unit is connected to provide the ability to receive signals from the second processing unit, the second control unit is connected to provide the ability to transmit control signals to the second processing unit and the second memory unit, the receiving and transmitting units are designed to provide the ability to exchange signals between themselves by transmitting radio signals.

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