RU186953U1 - USER SELF-SERVICE DEVICE - Google Patents

Abstract

The utility model relates to the field of computer engineering intended for self-service of users. The technical result consists in increasing the accuracy of user identification, interacting with a self-service terminal, providing user operations with bank and transport cards. The technical result is achieved through a user self-service device, comprising a housing that contains: an autopsy sensor, a computing unit, a touch display for interacting with the user, a light sensor for the touch display, speakers, a microphone, a pupil tracking camera, a user identification camera, a biometric identification card , contactless card reader, banknote receiver and coin receiver, PIN-keyboard, system cash register (KKM), mid contact bank card reader, contactless transport card reader, contactless high-frequency sensor, transceiver, scanner, printer, autonomous power supply, configured to provide autonomous power. 3 s.p. f-ly, 1 ill.

Description

The utility model relates to the field of computer technology intended for self-service of users.

State of the art

A device for user self-service, described in US 7284692 B1, publ. 10/23/2007. The known device includes a front panel 12, which serves as the user or client interface, a housing 14 in which certain components of the machine are located. Machine components may include input and output devices. Input devices may include a card reader, schematically indicated 16. A card reader is for reading a customer card. The card may contain customer information, such as customer name, account number, and / or other data. The front panel may include a keyboard 18, function keys 20, a display 22, a slot 24 for separating a receipt, an exit 26 for issuing a mini-account, an opening 28 for issuing documents (e.g., cash) and an opening 30 for storing documents.

The disadvantage of this technical solution is that the known solution does not have a high accuracy of identification of the user interacting with the self-service terminal, and also that the known solution does not provide for any user operations with transport cards.

Utility Model Disclosure

The claimed utility model provides a technical result, which consists in increasing the accuracy of identification of a user interacting with a self-service terminal, providing user operations with bank and transport cards.

To solve the technical result, a user self-service device is proposed, comprising a housing that includes: an opening sensor configured to detect opening of the self-service device housing, a computing unit configured to process data, a touch screen for interacting with a user, a touch screen illumination sensor, made with the ability to automatically adjust the brightness of the display, speakers, made with the possibility of sound ide ntification of user actions and providing audio communication between users and said computing unit, a microphone configured to receive voice commands from clients, a user’s pupil tracking camera configured to track a user's pupil position, a user identification camera configured to provide two-way video communication and user identification, a biometric personality identification sensor configured to receive biometrics user data, a contactless bank card reader configured to contactlessly read data from user bank cards, a bill acceptor and a coin acceptor configured to receive user money, a PIN keyboard configured to allow users to enter a PIN code to make payment on payment cards , a system of cash registers (KKM), made with the possibility of processing payment transactions and accounting for cash receipts, reader contact banks cards, configured to read data from contact bank cards, a proximity reader of transport cards, configured to read data from transport cards and write data to transport cards, a contactless high-frequency sensor, configured to identify high-frequency user identifiers, a transceiver made with the ability to receive data from remote computing devices and transmit data to remote computing devices, scanner, you equipped with the ability to scan and recognize user documents, a printer configured to print documents and fiscal receipts, an autonomous power source configured to provide autonomous power, the aforementioned: computing unit, tamper sensor, touch display, light sensor, touch display, speakers, microphone, user’s pupil tracking camera, user identification camera, biometric identification card, contactless card reader , bill acceptor and coin acceptor, PIN-keyboard, system KKM, contact bank card reader, contactless transport card reader, contactless high-frequency sensor, transceiver, scanner and printer, while the computing unit is connected to the tamper, touch screen, light sensor touch display, speakers, microphone, user’s pupil tracking camera, user identification camera, biometric personality identification sensor, proximity reader b nkovskih card, coin and bill acceptor, PIN-keyboard system LSP contact bank card reader, a contactless reader transportation card, a contactless high frequency sensor transceiver, a scanner and printer and provides the reception, transmission and processing of data between said modules.

Additionally, the sensor biometric identification is made with the possibility of receiving biometric data of the fingers of users.

Additionally, the sensor biometric identification is made with the possibility of receiving biometric data in the palm of users.

Additionally, the sensor biometric personality identification is configured to receive biometric data of the retina of the eyes of users.

It is obvious that both the previous general description and the following detailed description are given only for example and explanation and are not limitations of this utility model.

Brief Description of the Drawings

In FIG. 1 is a general block diagram of a user self-service device.

Utility Model Implementation

Next, with reference to figure 1 will be described a self-service device 100 users. The self-service device 100 users contains: a housing 101, an opening sensor 102, a computing unit 103, a touch display 104, a light sensor, a touch display 105, speakers 106, a microphone 107, a camera for tracking the pupil of the user 108, a camera for identifying users 109, a sensor for biometric identification 110 , contactless card reader 111, bill acceptor 112, coin acceptor 113, PIN keypad 114, system cash register (KKM) 115, contact bank card reader 116, contactless account yvatel transport cards 117, a high-frequency proximity sensor 118, a transceiver 119, a scanner 120, printer 121 and the auxiliary power source 122.

The computing module 103 is connected to all of the aforementioned modules of the user self-service device 100 located in the housing 101. The computing module 100 is capable of receiving data from all of the above-mentioned modules and processing said data. The computing module also provides control over the operation of all the above-mentioned modules by transmitting control signals to them.

All modules of the self-service device 100 users are configured to receive power from the mains (not shown in Fig.). And in the event of a disconnection from the mains, all the modules of the self-service device of 100 users receive power from an autonomous power source 122. The autonomous power source 122 is a battery that accumulates electricity from the mains.

The housing 101 can be made of metal, impact-resistant plastic or plastic, resistant to temperature influences and any other materials that protect the internal modules of the self-service device of 100 users. The case opening sensor 102 detects (detects) an opening of said case, both a planned opening and unauthorized opening by intruders. In the event of an autopsy, the sensor 102 sends data to a computing module that analyzes and processes this data.

Touch screen 104 is an interaction interface between self-service device 100 and users. The touch display 104 is sensitive to touch by users. The touch display 104 may be an LCD display, an LED display, or any other display that allows interaction between users and the self-service device 100. The ambient light sensor of the touch display 105 provides automatic brightness control of the touch display 104 depending on the ambient light. For example, in the absence of light, the sensor 105 reduces the brightness level of the touch screen.

The speakers 106 provide audio communication between users and the self-service device. The speakers 106 provide reproduction of data coming from the computing unit 103. The speakers also provide sound identification of user actions (for the users themselves) performed on the touch display 104. In conjunction with the microphone 107, the speakers can provide voice interaction between the self-service device 100 and users. The microphone 107 provides the reception of audio data (voice commands) from the user and their conversion into digital data for further transmission to the computing module 103 with their subsequent processing. Also, microphone 107 may provide voice identification of users.

The pupil tracking camera of the user 108 provides tracking of the position of the pupil through which the user can interact with the self-service device 100. For example, a person with a disability is not able to physically interact with the touch display 104 of the self-service device by pressing a finger. In this case, by means of a voice command read by the microphone 107, the user puts the camera 108 in an active state and interacts with the self-service device by looking at the items displayed on the touch display 104. The user identification camera 109 performs user identification when they make any significant operations with the self-service device 100. Identification occurs by recognizing the face of the user. Additionally, said camera 109 may perform a profile scan of a user's face. Additionally, said camera 109 may be used for two-way video communication.

The sensor biometric identification 110 provides the reception of biometric user data. For example, the sensor 110 scans a fingerprint or palm of a user to further identify the user. Sensor 110 may also scan the retina of the user to further identify the user. For example, if the user has forgotten the PIN code, through the sensor 110 the user can log in without entering the PIN code.

PIN keypad 114 provides authentication and authorization of users by entering a PIN code. PIN keypad 114 is used to read the password entered by the user to authorize the payment transaction by credit card.

Bill acceptor 112 and coin acceptor 113 provide receiving funds of users. For example, if the user wants to replenish the balance of the transport card, he enters paper money into the bill acceptor 112 and coin type into the coin acceptor 113. The bill acceptor 112 and the coin acceptor 113 identify the face value of said funds, form data in accordance with the identified face value and send the data to computing module 103. Subsequently, computing module 103 processes the data, and sends the processed data to the storage module of the transport card.

Contact Bank Card Reader 116 provides data reading from user bank cards. Data is read both from contact bank card chips and from magnetic strips of contact bank cards. For example, if the user wants to replenish the balance of the transport card using a contact bank card, the user enters the amount that he wants to transfer to the balance of the transport card via the touch screen 104, the reader 116 generates data in accordance with the user input and data read from the contact bank card, and sends the generated data for further processing to the computing module 103. Subsequently, the processed data is transmitted by the computing module 103 to the storage module Tranfer card.

The system cash register (KKM) 115 provides payment processing and accounting for cash receipts. The data to be processed by the aforementioned CMC is received from the computing module 103. Subsequently, this data after processing by the CMC 115 can be sent to remote computing devices. As remote computing devices to which data is sent from KKM 115, we mean servers, personal computers, etc.

The non-contact bank card reader 111 reads data from bank cards of users equipped with a microchip configured to transmit and receive data via the built-in antenna or built-in antennas. For example, if the user wants to replenish the balance of the transport card using a contactless credit card, the user enters the amount that he wants to transfer to the balance of the transport card via the touch screen 104, the reader 111 receives data from the contactless credit card when it is brought to the surface of the reader, and sends generated data for further processing in the computing module 103. Subsequently, the processed data, the computing module 103 transmits to the storage module transport arts.

The non-contact reader of transport cards 117 provides the reception and transmission of data from the computing module 103 to the transport card and from the transport card to the computing module 103. This reader is designed to work with transport cards equipped with a microchip configured to transmit and receive data using the built-in antenna or built-in antennas. For example, if the user wants to replenish the balance of the transport card, he / she places the transport card in the immediate vicinity of the reader 117. After making a payment using at least one of the above methods, data from the computing module is transferred to the transport card located in the immediate proximity to the reader 117, and stored in the storage module of the transport card.

The non-contact high-frequency sensor 118 is configured to identify high-frequency user identifiers. For example, if the user has an identification card, then for authorization in the self-service device 100 he only needs to bring this identification card to the sensor 118.

The transceiver device 119 provides communication with external, relative to the self-service device, computing devices. For example, the transceiver device 119 may be configured for two-way communication with an external server or other self-service device.

Scanner 120 reads user documents. Reading documents means scanning and recognizing user documents. For example, the scanner 120 may scan a QR code of a user document, a barcode of a user document, a document proving the identity of the user, etc.

The printer 121 provides printing of checks, in case of demand by users. Printing checks, in case of demand by users, is performed for any significant operations, lack of funds to perform a particular operation on a user's bank card, etc. The printer also provides cropping of the mentioned checks.

The examples disclosed in this application should be considered as given for illustrative purposes only, while the nature and scope of the utility model are disclosed in the attached utility model formula.

Claims (7)

1. A user self-service device comprising a housing that includes: tamper sensor configured to detect tampering of the self-service device case, a computing unit configured to process data, touch display for user interaction, a touch screen illumination sensor configured to automatically adjust the brightness of the display, speakers configured to soundly identify actions users and providing audio communication between users and said computing unit, microphone, made with the ability to receive voice commands from clients, a user’s pupil tracking camera configured to track a user's pupil’s position, a user identification camera configured to provide two-way video communication and user identification, a biometric personality identification sensor configured to receive user biometric data a bank card reader configured to contactlessly read data from banks user cards, a bill acceptor and a coin acceptor configured to receive user money, a PIN keyboard configured to allow users to enter a PIN code to make payments on payment cards, a cash register system (cash register) configured to process payment transactions and accounting for cash receipts, a contact bank card reader configured to read data from contact bank cards, a contactless reader of transport cards, is made capable of reading data from transport cards and writing data to transport cards, a non-contact high-frequency sensor configured to identify high-frequency user IDs, a transceiver device configured to receive data from remote computing devices and transmit data to remote computing devices, a scanner, made with the ability to scan and recognize user documents, a printer configured to print documents and fisk linen checks autonomous power supply, configured to provide autonomous power, the aforementioned: computing unit, tamper sensor, touch display, light sensor, touch display, speakers, microphone, user's pupil tracking camera, user identification camera, biometric identification card, proximity card reader, bill acceptor and coin acceptor, PIN-keyboard, system KKM, contact bank card reader, contactless card reader, wireless contact high-frequency sensor, transceiver, scanner and printer, the computing unit is connected to an autopsy sensor, a touch screen, a light sensor, a touch screen, speakers, a microphone, a user’s pupil tracking camera, a user identification camera, a biometric identity card reader, a contactless card reader, a bill acceptor and a coin acceptor, a PIN keypad, a system cash register , contact bank card reader, contactless transport card reader, contactless high-frequency sensor, transceiver property, scanner and printer and provides reception, transmission and processing of data between the mentioned modules. 2. The device according to p. 1, characterized in that the sensor biometric identification is made with the possibility of receiving biometric data of the fingers of users. 3. The device according to p. 1, characterized in that the sensor biometric identification is made with the possibility of receiving biometric data in the palm of users. 4. The device according to p. 1, characterized in that the sensor biometric identification is made with the possibility of receiving biometric data of the retina of the eyes of users.

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