RU215462U1 - ELECTRONIC FACE MASK DEVICE - Google Patents

Abstract

The utility model relates to information technology, in particular to entertainment devices. The essence of the utility model lies in the fact that the functionality of the electronic face mask device is expanded through the use of an eye gaze detection device connected to a display screen as a device for determining the emotion displayed on a person's face.

Description

The utility model relates to information technology, in particular to entertainment devices.

A mobile device for comparing a real product and its 3D model in the process of controlling a technological process using augmented reality technology is known, consisting of a visual effects preparation module connected by a group of inputs and outputs to an interface module, an instruction development module connected by a group of inputs and outputs to an interface module , including an information display module, a module for input-output of data and setting the parameters of the instruction being developed, an instruction editor module connected by a group of inputs/outputs to an interface module, an automated workstation connected by a group of inputs/outputs to an interface module, and the information display module is connected by a group of inputs - outputs with the data input-output module and setting the parameters of the instruction being developed and the group of inputs/outputs with the instruction editor module, the data input/output module and setting the parameters of the instruction being developed is connected by the group of inputs/outputs to the information display module and the I/O group with the instruction editor module, and the instruction editor module is connected by the I/O group with the information display module and the I/O group with the data input/output module and setting the parameters of the instruction being developed, characterized in that it contains a compilation module instructions connected by a group of inputs/outputs with an interface module, a module for transmitting data to a mobile device connected by a group of inputs/outputs with an interface module and a group of outputs with a mobile device, a mobile device in which the instruction viewing module is designed as a module for confirming the compliance of a virtual product with a real one , a module for selecting the displayed information, a module for shifting a virtual product in the coordinate system and a module for saving the results of compliance, as well as a module for converting a design model into a file for viewing, connected by a group of inputs-outputs with an interface module, and the module for confirming compliance with the virtual If the real one is connected by an I/O group with a display information selection module, an I/O group with a virtual product displacement module in the coordinate system, and an I/O group with a correspondence results saving module, the display information selection module is connected by an I/O group with a virtual product displacement module in the coordinate system [1].

The disadvantage of this device is the inability to correct the image depending on the tension of the eye muscles.

Also known is a computing device for supporting an augmented reality, AR software application, wherein the computing device comprises processing means operable to select a physical location for placing a current virtual object, where the current virtual object is placed when superimposed on a video sequence capturing a physical scene in the user's environment. AR software application, based on the expected physical location that the user assumes in response to displaying the physical scene and the current virtual object overlay to the user, and an attribute that is spatially dependent in the user's environment and that affects the user experience of the AR software application, while spatially The -dependent attribute is related to the performance of the wireless connection used by the AR [2] software application.

The disadvantage of this device is the inability to correct the image depending on the tension of the eye muscles.

A wearable control device is also known, characterized in that it is used for connection with a head-mounted audiovisual device and contains: a housing, at least one physical remote control unit located on the housing, a calculation module located inside the housing and electrically connected to the physical remote control unit wherein the calculation module is configured to generate audiovisual information output by the head-mounted audiovisual device, wherein the audiovisual information comprises at least one of virtual reality (VR) audiovisual information, augmented reality (AR) audiovisual information, and mixed reality (MR) audiovisual information, generating a media control signal according to a user action received by the physical remote control unit and a media output control according to the control signal, the housing comprising an upper part hull and lower hull arranged in parallel, with the tail sections of the upper hull and lower hull connected by a transition piece, with at least one physical remote control unit located on the upper surface of the upper hull, while between opposite surfaces of the upper hull and the lower part of the body formed a gap [3].

This device was chosen as a prototype of the proposed solution.

The disadvantage of this device is the inability to correct the image depending on the tension of the eye muscles.

The purpose of the utility model is to expand the functionality of an electronic face mask device by using an eye gaze detection device connected to a display screen as a device for determining the emotion displayed on a person's face.

This is achieved by the fact that the electronic face mask device, containing an eye gaze detection device, a computing device with memory and displaying a screen turned away from the user's face, uses the eye gaze detection device as a device for determining the emotion displayed on a person's face.

A device for eye gaze detection, the principle of operation of which is described in [4], makes it possible to measure the tension of the user's eye muscles and, in accordance with the measured values, to record a set of signals from sensors (emotion), moreover, the number of all such sets of signals is finite and can be obtained in advance for a single person (user) as a result of the experiment. For each set of signals from sensors in the memory of the computing device, an image is associated, which is subsequently displayed on a display screen, deployed in the opposite direction from the user's face. Accordingly, the display screen performs the function of a decorative mask that hides the user's face, but at the same time displays his emotion.

In FIG. 1 shows an electronic face mask device, where:

1 - eye gaze detection device;

2 - computing device with memory;

3 - display screen.

The device of the electronic face mask works as follows: the eye gaze detection device 1 captures the tension of the eye muscles and transmits the received set of signals to the computing device with memory 2, which displays on the display screen 3 the image stored in the memory for the observed set of signals.

The mock-up of the device for an electronic face mask showed the following results: with the user's face hidden behind the screen, the screen alternately displayed images pre-installed in memory ("emoticons") corresponding to some emotion (smile, indifference, anger), which corresponded to the real emotion of the person whose face was hidden behind a mask.

Sources of information:

1. RF patent No. 2739901.

2. RF patent No. 2723920.

3. RF patent No. 2738725 - prototype.

4. RF patent No. 2725557.

Claims (1)

An electronic face mask device, comprising an eye gaze detection device, a computing device with memory and displaying a screen turned away from the user's face, characterized in that it uses the eye gaze detection device as a device for determining the emotion displayed on a person's face.

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