RU207166U1 - Audio badge that records the user's speech - Google Patents

Abstract

The utility model relates to means for recording the speech of a user who is a service provider. An audio badge that records the user's speech due to directional reception of the audio signal and control of the specified orientation of the microphones relative to the user and includes two omnidirectional microphones, a screen, a Wi-Fi communication module and a microprocessor that generates a request for a QR code sent to an external device via a Wi-Fi communication module, displaying on the screen the QR code and the name of the authorized user received from the external device via the Wi-Fi communication module, and registering the name of the authorized user. The technical result achieved with the use of the claimed utility model consists in autonomous registration of the authorized user's speech with an audio badge and identification of the authorized user. 2 c.p. f-ly, 4 dwg.

Description

Technology area

The utility model relates to means for recording the speech of a user who is a service provider.

Prior art

It is known (RF patent No. 188579 dated 04/17/2019) an audio badge that records a user's speech due to directional reception of an audio signal and control of a given orientation of microphones relative to the user, while including a user's speech recording unit, a microprocessor and a Wi-Fi communication device. This device is the closest analogue of the declared utility model.

The disadvantage of this known technical solution is that the authorization of the user and the identification of the authorized user are not provided. At the same time, since the audio badge is intended to register the speech of the person who is the user of the badge and provides services, the authorization of the user and his identification are necessary for the subsequent analysis of what he said.

The claimed utility model is aimed at solving the problem of authorizing a person using an audio badge and identifying this person.

Disclosure of a utility model

The technical result achieved with the use of the claimed utility model consists in autonomous registration of the authorized user's speech with an audio badge and identification of the authorized user.

The specified technical results are achieved in an audio bead that records the user's speech due to directional reception of an audio signal and control of the specified orientation of the microphones relative to the user and including a screen, a Wi-Fi communication device (module), a microprocessor that generates a request to receive a QR code sent to an external device (server) through the Wi-Fi communication means, displaying on the screen a QR code and the name of the authorized user received from the external device through the Wi-Fi communication means, and registering the name of the authorized user in the user's speech registration unit.

User authorization on the badge is based on scanning the QR code sent by the server to the badge from a mobile device (phone): after the QR scanner reads the QR code from the audio badge screen and then selects the username on the page opened by the browser of the mobile device after scanning. Authentication of the authorized user occurs by displaying the username on the audio bead screen and registering in the files with the registered user's speech.

The audio badge can additionally include a built-in battery as an autonomous power source, for which USB is used for charging. In this case, the microprocessor of the authorization unit is connected to the USB connector and is configured to terminate the user authorization and generate a request sent to an external device through the Wi-Fi communication means (module) to receive a QR code for new authorization when the USB connector is connected to the charger. device.

Brief Description of Drawings

FIG. 1 shows a block diagram of an audio badge.

FIG. 2, fig. 3 and FIG. 4 shows the appearance of the claimed audio badge.

Implementation of the utility model

The block diagram of the audio badge shown in FIG. 1, includes a screen 1, a Wi-Fi communication device (module) 2, a microprocessor 3, an SD memory card 4, a USB connector 5 for charging the battery 6.

When the USB connector 5 is connected to the charger, the microprocessor 3, using the signal received from the USB connector 5, generates a request to receive a QR code, which sends it to an external device via a Wi-Fi 2 communication facility, and the resulting QR code is saved in the memory card SD 4.

When the USB connector 5 is disconnected from the charger, the QR code is displayed on screen 1. The QR code is read by the QR scanner of the mobile device, after which a page for selecting an employee opens on the mobile device via a standard browser (the page with the list of employees is on the server) ... Information about the selected employee is transmitted to the server, after which it is loaded by the server onto the badge via the Wi-Fi 2 communication facility and displayed by the microprocessor 3 on screen 1, and is also recorded in the recorded files with the user's speech on the SD 4 memory card.

The appearance of the claimed audio badge shown in FIG. 2, fig. 3 and FIG. 4, the location of the screen 1 used to display the username of the audio badge and the QR code, two omnidirectional microphones 7 and 8, the button 9 for turning on the audio badge, the LED 10, the means for attaching 11 to the user's clothing can be seen. The predetermined position of the microphones 7 and 8 relative to the user corresponds to the installation of an audio badge on the left of the user's chest so that both microphones are open to the user. The processing of audio signals is carried out in accordance with the patent of the Russian Federation No. 188579 dated 04/17/2019.

The audio badge is turned on by button 9, the activation is indicated by LED 10. When the charger is connected to the USB connector 5, the battery 6 starts charging, which serves as a signal to the microprocessor 3, which turns on the Wi-Fi 2 communication device, which transmits the information registered on the SD card 4 to an external server for further processing, and terminates the authorization of the user, and requests a QR code for a new authorization.

Claims (3)

1. An audio badge that records the user's speech, including two omnidirectional microphones, a microprocessor and a Wi-Fi communication device, characterized in that it includes a screen, and the microprocessor is made to generate a request to receive a QR code sent to an external device via a Wi-Fi communication facility, displaying a QR code and an authorized user name on the screen obtained through the Wi-Fi communication facility; and registering the authorized user name in the user speech registration facility. 2. An audio badge according to claim 1, characterized in that it includes a battery and a USB connector for charging the battery as an autonomous power source, while the microprocessor is connected to the USB connector and is configured to generate a request sent to an external device via Wi-Fi communication means. Fi to receive a QR code when the USB connector is connected to the charger. 3. Audio badge according to claim 2, characterized in that the microprocessor is configured to terminate user authorization when the USB connector is connected to the charger.

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