RU192024U1 - Capsule chair for complex meditation, relaxation and immersion in ellipsoidal virtual reality - Google Patents

Abstract

The capsule chair for complex meditation, relaxation and immersion in virtual reality is a single device. The operation of the entire device is synchronized by the control algorithm. The control algorithm consists of a video signal, an audio signal and a control signal synchronized with the audio signal. The topic of the control algorithm determines the area of use of the device. The control algorithm is processed in the control module, which divides (decodes) it into composite signals. The video signal is extracted (decoded) from the control algorithm and transmitted to the connector for connecting an external device for video content playback. The audio signal is extracted and divided into audio tracks by the number of sound emitters that are inside the device. The control signal synchronized with the audio signal transmits control commands to each active unit of the device - fans, light emitters, an ozonizer, a strobe light, a water spray and a subwoofer. After choosing a control algorithm and starting its execution, a zone is formed inside the device with a spatial distribution of factors affecting the human senses that help mentally plunge into the desired imaginary reality, get the feeling of being in the chosen place, which enhances the effect on the human nervous system and its emotional state .

Description

Capsule chair for complex meditation, relaxation and immersion in ellipsoidal virtual reality.

Refers to medical devices for use in medical and sports facilities, in the hotel industry, as well as in everyday life and is intended for indoor use.

Closest to the claimed utility model is "Audio armchair with surround sound" (US 2011/0051962 A1, published 03.03.2011). The distinctive features of the claimed utility model from the specified device is the presence of the following advantages:

1. The spatial distribution of light affecting a person;

2. Vibration;

3. Blowing air from different directions;

4. Ozonation of air;

5. Water spray;

6. Synchronization of the operation of the device nodes with an audio signal and a video signal;

7. Ability to connect an external video projector and TV;

The task to which the claimed utility model is directed is to create a device for the integrated impact on the human senses, which helps to mentally plunge into the desired imaginary reality, to get the sensation of being in a chosen place, which enhances the effect on the human nervous system, in accordance with the selected control algorithm .

This task is achieved by combining the capabilities of known devices, combining disparate nodes into one device and synchronizing their work with unified control algorithms.

The technical result of the implementation of the claimed utility model is the creation of a device for industrial and domestic use, which, acting on various human senses, allows you to get an enhanced change in the emotional state.

The inventive utility model simultaneously affects the vision, hearing, smell, touch, human vestibular apparatus, distributing the effect in space, which allows to achieve a significant increase in the perception of audio and video signals.

An important and integral component of the claimed utility model are control algorithms. The control algorithm is a file that combines the video signal, audio signal and signals for each active node of the claimed utility model, which are synchronized with each other. The video signal is extracted (decoded) from the control algorithm and transmitted to the connector for connecting an external video signal reproducing device. The audio signal is extracted (decoded) from the control algorithm, divided into sound tracks by the number of sound emitters and transmitted to the sound emitters built into the inventive utility model. The subject of the control algorithm determines the scope of the claimed utility model. So, for example, in the case of the direction of use for relaxation and meditation, the sounds of nature in its various manifestations will be applied in the audio signal. In particular, these are the sounds of the forest, the sounds of sea waves, the rustle of leaves, raindrops, etc. A control signal synchronized with the audio signal transmits control commands to the active nodes of the claimed utility model — fans, light emitters, an ozonizer, a strobe light, a water spray and a subwoofer. In particular, during the sound of thunder, the control signal gives signals to a strobe that creates a flash - a simulator of lightning, and an ozonizer that creates the effect of fresh air, and a subwoofer will complement the sound signal with vibration. These unified control algorithms are unique and are developed for the claimed utility model.

Structurally claimed utility model is made in the form of a single device, which has an ellipsoidal shape, located on a stand, having a place for a person to sit. Inside the device there are sound emitters, light emitters, stroboscopic emitters, an ozonizer, a water atomizer, a subwoofer and fans.

The main unit coordinating and managing all active nodes of the claimed utility model is the control module. The structure of the control module is shown in FIG. 1. The operation algorithm of the control module (15) is determined by the control signal (1), which can be recorded in the internal memory of the control module (12) or played from an external source (flash card or external disk). To switch control algorithms, which may be several on the medium, a switch (2) is provided. To display information about the reproduced control algorithm, an indicator (3) is provided. Units (2) and (3) are located on the control display (18). The control algorithm contains an information channel (audio and video signals) and a control signal. The audio signal is decoded from the control algorithm and transmitted without change to the internal sound emitters of the device (8), and the video signal to the connector for connecting external playback devices (TV, video projector, etc.) (4). To enhance the acoustic impact and vibration, a subwoofer is used (11). The control module selects (decodes) the information contained in the control signal and issues control commands to each active node of the claimed utility model, namely:

• Light emitters that can change color and brightness (5);

• Stroboscopic emitters - for short-term flashes of light (6);

• Fans, to create the effect of wind of variable direction (7);

• Ozonator, for the generation of ozone (9);

• Water sprayer (10).

The appearance of the claimed utility model, as well as the location of the nodes shown in Fig. 2. The housing of the claimed utility model (13) is mounted on a stand (14) when using a non-suspended version. The control module (15) is located at the bottom of the housing. In addition, an ozone emitter (9) is located at the bottom of the utility model housing, which generates and transmits ozonized air to the ozone emitter diffuser (16) and a water sprayer (10) that transfers water to the water sprayer diffuser (17). Also, two symmetrically located fans (7), two symmetrically located sound emitters (8), two symmetrically located blocks of light emitters (5), two symmetrically located stroboscopic emitters (6), a control display (18), a subwoofer (11) are installed on the body )

The inventive utility model has an interface for external devices. Using the interface, additional and / or updated control algorithms are connected, as well as an external video signal reproducing device.

Inside the claimed utility model is a control display, with which in the process of use it is possible to perform the following actions with it:

• Turn on / off;

• Increase / decrease the volume;

• Switch control algorithms

The procedure for using the claimed utility model:

• Installation in a convenient place, directed, in the case of using a video signal, to the image source;

• Checking the availability of consumables - water;

• Choice of a control algorithm for topics of interest;

• To increase exposure, turn off external lighting;

• Take a place inside the claimed utility model;

• Turn on the program.

The claimed utility model works as follows:

After selecting the control algorithm and starting its execution, the control module provides signals to all active nodes of the claimed utility model and an external device for reproducing the video signal, as a result of which a zone with spatial distribution of factors affecting the human senses is formed inside the claimed utility model, which leads to the appearance of sensations of presence and increased perception of audio and video signals.

Claims (2)

1. Capsule chair for complex meditation, relaxation and immersion in virtual reality, characterized by the presence of spatial distribution, made with the possibility of exposure to light on a person, air blowing, vibration, ozone, water, characterized by the presence of sound emitters, light emitters, stroboscopic emitters, fans, a water sprayer, an ozone emitter, a subwoofer, a control module designed to issue control commands to all emitters and active components of the device, having e interface for connecting an external video signal reproducing device, jointly synchronized by the generated signal control module based on the control algorithm, which includes an audio signal divided into audio tracks by the number of sound emitters, a video signal for transmitting video content made in the form of a single device to an external playback device ellipsoidal shape located on a stand containing a seat for a person. 2. Capsule chair for complex meditation, relaxation and immersion in virtual reality according to claim 1, characterized by the presence of two sound emitters.

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