RU2767014C1 - Method and system for synchronization of audiovisual information and fragrance - Google Patents

Abstract

FIELD: computer technology.

SUBSTANCE: invention relates to the field of computer technology for synchronizing audiovisual information and flavor to form a microclimate. The effect is achieved by reproducing audiovisual information using an audiovisual information playback device; generating a signal with a timing module associated with the media playback device in response to displaying at least one flavoring object; transmitting said signal to the control unit of the aromatic unit associated with the synchronization module, wherein the aromatic unit contains a number of containers, in which aromatic elements are installed, made of an elastic polymer impregnated with an aromatic substance, placed between two fans of the containers, forming oncoming air flows; in response to receiving said signal by the control unit for activating the movable elements on the container body, made with the possibility of opening to release aromatic air flows to the outside, formed by said fans.

EFFECT: increasing the efficiency of creating a microclimate synchronized with audiovisual information.

22 cl, 7 dwg, 1 tbl

Description

FIELD OF TECHNOLOGY

[0001] The claimed solution relates to the field of image transmission, in particular, to a method and system for synchronizing audiovisual information and flavor to form a microclimate.

BACKGROUND OF THE INVENTION

[0002] To date, a number of solutions are known from the prior art aimed at generating an aromatic effect associated with images, for example, when watching a movie in a cinema. An example of such a solution is known from patent RU 2211072 C2 (Rybalko A.B., August 27, 2003), which describes a system for creating a microclimate in the auditorium, containing an air intake unit, an odor generator, a network of air ducts, including discharge, supply and exhaust branches, and a synchronization device that coordinates the operation of the elements of the system in accordance with the demonstration of the material, while the system is equipped with a chamber for heat-moisture treatment of air, containing a set of heating and cooling equipment, which communicates at the inlet with the air intake unit, and at the outlet through the odor generator and the separation valve connected to the line forced ventilation of the auditorium.

[0003] The disadvantage of the known approach is the loudness of such a system, which does not allow it to be used at home, as well as the use of liquid aromatic substances sprayed in the room, which leads to a mixture of aromas and a deterioration in the effect of forming the required microclimate, synchronized with the video sequence.

SUMMARY OF THE INVENTION

[0004] The present solution is aimed at overcoming the technical problem of creating an efficient system and method of its operation, allowing the formation of a microclimate synchronized with the audiovisual range.

[0005] The technical result consists in increasing the efficiency of creating a microclimate synchronized with audiovisual information through the use of aromatic blocks that provide the formation of aromatic air flows by blowing impregnated aromatic elements.

[0006] The claimed technical result is achieved through a system for synchronizing audiovisual information and aroma, containing at least one aromatic block connected to an audiovisual information playback device and a synchronization module, while the aromatic block contains a number of containers in which aromatic elements are installed, made of an elastic polymer impregnated with an aromatic substance, placed between two fans in each of the containers, forming oncoming air flows; movable elements on the body of the container, made with the possibility of opening to release aromatic air flows to the outside, formed by said fans; a control unit configured to receive a signal from the synchronization module to activate the fans; the synchronization module is connected to the audiovisual information playback device and the aroma unit, and is configured to generate signals directed to the aroma unit control unit, wherein the signals are generated when at least one aromatization object is displayed using the audiovisual information playback means.

[0007] In one of the particular examples of the implementation of the system additionally contains a fan installed behind the aromatic unit.

[0008] In another particular example of the implementation of the system, the synchronization module is made in the form of a computing device.

[0009] In another particular example of the implementation of the system further comprises a server configured to transfer audiovisual content to the playback device audiovisual information.

[0010] In another particular example of the implementation of the system, the synchronization module is installed in the playback device of audiovisual information or on the server.

[0011] In another particular example of the implementation of the system additionally contains a means for controlling temperature and humidity.

[0012] In another particular example of the implementation of the system, the control unit provides regulation of the speed of rotation of the fans.

[0013] In another particular example of the implementation of the system, the aromatic element contains a recess with an aromatic substance.

[0014] In another particular embodiment of the system, the fan is connected to the aroma block via a wired or wireless data link.

[0015] In another particular example of the implementation of the system, the movable elements on the body of the aromatic unit are blinds, windows or sashes.

[0016] In another particular example of the implementation of the system, the movable elements are associated with an electric motor.

[0017] In another particular embodiment of the system, the aroma block container further comprises a heater and/or an air cooler.

[0018] In another particular example of the implementation of the system, a biometric sensor is additionally provided, configured to receive user indicators and transmit them to the control unit of the aroma unit.

[0019] In another particular example of the implementation of the system indicators represent the pulse and/or temperature.

[0020] In another particular example of the implementation of the system, the fan speed is adjusted based on the user's biometric response to the scene displayed by the audiovisual information display device containing at least one aromatization object.

[0021] In another particular example of the implementation of the system, the adjustment of the rotation speed of the fans is carried out based on the temperature indicators of the scene displayed by the display means of audiovisual information containing at least one object of aromatization.

[0022] In another particular example of the implementation of the system, the aromatic unit additionally contains a container with an aromatic element impregnated with a disinfectant solution.

[0023] In another particular example of the implementation of the system, the activation of the container is performed before the display of audiovisual information and after a predetermined amount of generation of flavors by the aroma block.

[0024] The claimed technical result is also achieved through a method for synchronizing audiovisual information and flavor, performed using the above system and comprising the steps of:

reproducing audiovisual information using the audiovisual information playback device;

generating a signal by a synchronization module associated with the media playback device in response to displaying at least one flavoring object;

said signal is transmitted to the control unit of at least one aromatic unit connected to the synchronization module, wherein the aromatic unit contains a number of containers in which aromatic elements are installed, made of an elastic polymer impregnated with an aromatic substance, placed between two container fans that form counter air flows ;

in response to receiving said signal by the control unit, activating the movable elements on the container body, made with the possibility of opening to release aromatic air flows to the outside, formed by said fans;

containing at least one aromatic block connected to the audiovisual information playback device and the synchronization module.

[0025] In one of the particular examples of the implementation of the method, in response to receiving a signal from the control unit of the aroma block, the fan installed behind the aroma block is additionally activated.

[0026] In another particular example of the implementation of the method, the aromatic block contains a cooler and / or a heater for the generated air flows.

[0027] In another particular example of the implementation of the method, the control unit of the aromatic unit adjusts the power of the fans and the temperature of the aromatic air streams.

BRIEF DESCRIPTION OF THE DRAWINGS

[0028] FIG. 1 illustrates a general view of the claimed system.

[0029] FIG. 2A - 2B illustrate the scheme of the aromatic block.

[0030] FIG. 3A - 3B illustrate the general appearance of the aromatic element.

[0031] FIG. 3B illustrates an example of an indented flavor element.

[0032] FIG. 4 illustrates a block diagram of the formation of a microclimate using

the declared system.

IMPLEMENTATION OF THE INVENTION

[0033] As shown in FIG. 1, the claimed system (100) is designed to create a microclimate for the user (110) when playing audiovisual information. Audiovisual information includes any type of data that provides the display of a video sequence and an audio track, such as a movie, broadcast, video game, interactive tour, and the like. The audiovisual information is displayed on a suitable device (20), such as a TV, computer, projector, virtual reality headset, etc.

[0034] The audiovisual information contains information about objects (21) or scenes involving such objects (21), which are synchronized through the synchronization module (10) by aromatic blocks (30) to form aromatic air flows corresponding to the mentioned objects (21). The object (21) can be an image of fruits, plants, perfume and other things. In this case, combinations of several objects (21) can be used, forming a composition that is separated into the corresponding aromatic blocks (30).

[0035] As a synchronization module (10), a separate device can be used, for example, a computer, FPGA, SoC, programmed to perform the prescribed functions in terms of activating aromatic blocks along with displayed audiovisual information, which is connected via a data transmission channel with an audiovisual information display device (20) and aromatic blocks (30). Also, the synchronization module (10) can be implemented as a software component,

installed directly on the display device of audiovisual information (20), or on a remote server (40). The synchronization module (10) can be executed as a software application designed to be installed on a smartphone or smart TV, providing a choice of a given microclimate formation program and displaying the corresponding audiovisual information.

[0036] The server (40) can be used as a device to control the synchronization module, and to select various content transmitted for display on the device (20), for example, the server (40) may contain a streaming service to select the desired content or other type of transmission data to the device (20) for displaying audiovisual information.

[0037] Aromatic blocks (30) are containers containing aromatic elements and devices for forming air aromatic streams. Additionally, fans can be placed behind the aroma blocks (30)

(50), designed to enhance the effect of filling the room with aromas corresponding to the displayed audiovisual information.

[0038] In FIG. 2A-2B show the construction of the aromatic block (30). The aromatic block (30) contains a number of containers (31, 32), each of which contains movable elements (311, 321) for passing air flows. Inside each container (31, 32) there is an aromatic element (314) impregnated with the corresponding aromatic substance (for example, natural aromatic oils), which is made of an elastic polymer, for example, foam rubber. Indicators (313) can also be placed on the body of the containers (31, 32) showing the status of work, charge level, etc. The example shown shows the presence of two containers (31, 32), however, it should be obvious to a specialist that the number of containers may be different, without being limited to their specific number, for example, three, five, ten, etc.

[0039] The containers (31, 32) can be placed vertically as shown in FIG. 2A, or horizontally, and be installed, for example, in a rack. The minimum number of containers can be selected based on the need to form the desired flavors during the display of audiovisual information. A row of containers (31, 32) is mounted on a base (310), which can be rotatable, providing rotation of the group of containers for more efficient distribution of air flows.

[0040] As shown in FIG. 2B, the aroma element (314) is placed between the fans (312), which provide the formation of oncoming air flows, due to which air pressure is created inside the aroma element (314), which pass through it and open the movable elements (311). Movable elements (311, 321) of each of the containers (31, 32) can be shutters, windows or flaps fixed on the container body with the possibility of opening them under the action of air flows generated by fans (312). In each container (31, 32), as a rule, an aromatic element (314) impregnated with its own unique aroma is installed, which makes it possible to provide different aromatic streams corresponding to objects (21) during the display of audiovisual information. In this case, one of the aromatic elements (314) can be impregnated with a disinfectant composition, which makes it possible to neutralize odors, as well as to clean the air in the room.

[0041] The fans (312) are controlled by a control unit (315), which acts as a control FPGA or SoC solution, such as an Arduino board with programmed logic. The control unit (315) can be the same for the aromatic unit (30) or be performed separately for each container (31, 32). The control unit (315) is connected by a data transmission channel to the synchronization module (10), which transmits signals to activate the corresponding container (31, 32) containing the required aromatic element (314) to form the aroma associated with the aromatization object (21) of the audiovisual stream.

[0042] The control of additional fans (50) is also carried out using the control unit (315), in particular, their direct activation and rotation speed. Fans (50) can be swivel to ensure more efficient distribution of air flows generated by aromatic blocks (30) inside the room.

[0043] The aroma block (30) may also contain means for heating (316) and cooling (317) air streams. The heating means (316) may be in the form of a heating coil or any other means for heating the air streams. The cooling element (317) can be based on Peltier elements or an air conditioner. Means (316, 317) can be installed both in the aromatic block (30), independently of the containers, and directly in each container (31, 32) of the block. These tools (316, 317) are used to emphasize the microclimate of audiovisual scenes, for example, when displaying a hot climate, desert, and vice versa, when displaying a winter climate.

[0044] Means (316, 317) are controlled by a control unit (315), which controls the temperature of the air flows set in the synchronization module (10) for the corresponding audiovisual series. The control unit (315) also provides fan speed (312) controlled both directly by the user (110), for example, using the remote control, and using the settings of the synchronization module (10) for the displayed audiovisual range.

[0045] In FIG. 3A - 3B shows a general view of the aromatic element (314), which is made in the form of a cylindrical body made of an elastic polymer, in particular, polyurethane foam (foam rubber). The shape of the aromatic element (314) can be various and not necessarily cylindrical, for example, it can have a square or triangular cross section. The basic principle of operation of the element (314) is to provide an internal cavity (3141) for the penetration of air flows generated by the fans (312), so that inside the cavity (3141) the flows collide and penetrate through the body of the element (314) sideways towards the moving elements ( 311, 321) to go outside.

[0046] In FIG. 3B shows a particular example of an aroma element (314) containing a recess (3142) in which an aroma substance in gel form is placed. The use of a notch (3142) allows the impregnation of the aromatic element (314) to be maintained, thereby increasing its service life. The gel-like aromatic substance gradually flows down the walls of the body of the element (314), thanks to the recess (3142), thereby impregnating it with the aromatic substance.

[0047] In FIG. 4 shows a block diagram of the method for creating a microclimate (400) during operation of the claimed system (100). In the first step (401), the user (110) selects the audiovisual content to display, for example, using a smartphone, computer, tablet, or CD/DVD/Blue-Ray player associated with the display (20).

[0048] Audiovisual content within the implementation of the present system (100) is pre-processed to form the desired flavors using flavor blocks (30) during its display. The claimed system can be manufactured to meet the requirements of the corresponding audiovisual range, or the user (110) can independently load the required aromatic elements (314) into the aromatic blocks (30), which are removable and easily replaceable. Aromatic elements (314) can be made in the form of replaceable cassettes.

[0049] Synchronization in the module (10) of the objects of aromatization (21) of the content and the corresponding containers of aromatic blocks (30) can be implemented using identifiers assigned to the containers that are used for the control unit (315) when one or another container is activated during the display content. The identifiers can form a correspondence table, in which each flavoring object (21) is assigned an identifier of the corresponding container. Signal splitting for the control unit (315) can also be applied depending on the timecodes (time of appearance) of the objects (21) when playing the content. An example of such a table is shown in Table 1.

Table 1

Tank ID Object ID Appearance time Settings duration, temperature, °C sec A101 O11 00:00:35 N/a 10 A102 O12 00:06:20 20°C 10 … … … … … A204 O25 01:12:00 40°C 15

[0050] The example in Table 1 shows only one of the possible principles of synchronization of aromatic blocks (30) and displayed audiovisual content, without limiting other principles for providing communication between the information displayed by the device (20) and the given aromas installed in aromatic blocks (30 ).

[0051] At step (402), when an aromatization object (21), for example, an image of a coniferous forest, appears during the display of audiovisual content, the synchronization module (10) checks the condition for the presence of one or more aromatization objects (21) (step 403). If there is only one object (21), then the synchronization module (10) at step (404) checks for the presence of conditions for adjusting the formation of the microclimate, in particular, the presence of temperature parameters of the formed aromatic flow for the object (21) at step (402), the intensity of the aroma by controlling the fan speed (312), etc.

[0052] When checking at step (405), having received the necessary parameters, it generates a control signal for the corresponding control unit (315) of the aromatic unit (30), as a result of which an aromatic flow is formed to create the appropriate microclimate.

[0053] At step (406), a fragrance composition is generated if the audiovisual content contains several objects (21), for example, a fruit basket, a garden with various plants, and so on. The software logic of the synchronization block (10) can use machine learning models that calculate the intensity of the predominance of a particular aroma, which is controlled by the duration and strength of the fans (312) of the corresponding containers of aroma blocks (30). The calculation can be made on the basis of the quantitative characteristics of the predominance of one or another object (21) in the frame of audiovisual content, or the proximity/remoteness of objects (21) in the overall composition. The setup data can also be pre-recorded in the memory of the synchronization module (10) for the corresponding audiovisual content.

[0054] At step (407), microclimate adjustment can be additionally performed in relation to the displayed scene of audiovisual content, in particular, adjusting the temperature of the formed aromatic streams using means (316, 317), the duration and strength of the formed aromatic streams. These parameters can also be used to calculate the final composition parameters determined in step (406), for example, when displaying multiple objects (21) in a hot climate or a cold one.

[0055] The synchronization module (10) receives at step (405) the calculated parameters as a result of the execution of the method (400) and generates the appropriate signals for one or more control units (315), providing the formation of aromas to create the required microclimate in the room along with the display of audiovisual content.

[0056] Additionally, when generating control signals to create a microclimate, a biometric sensor (sensor) can be used, which is configured to receive user indicators (110) and transmit them to the control unit of the aromatic unit (315). Such a sensor may be, for example, a smart watch or any other type of sensor capable of capturing the user's pulse and/or temperature (110). This information is used to analyze the user's response to the formation of the microclimate, in particular, to obtain information about the user's perception of a particular flavor, synchronized with the displayed audiovisual content. This data can then be used to adjust the microclimate of the scenes in step (404), allowing for more efficient creation of the exact atmosphere to which the user most reacts (110).

[0057] In another particular embodiment, the system (100) may include a temperature and humidity control means, such as a weather station, an electronic thermometer, a humidity control sensor, and the like. These devices can be used to correct the microclimate in the room and adjust the signals generated by the synchronization module (10) for the control unit (315) or external air conditioning system, adjusting the required or comfortable level of temperature in the room for the user.

[0058] This approach can be applied both in the field of entertainment and for therapeutic purposes, for example, in the field of therapy, creating a microclimate associated with the psycho-emotional perception of the user (110), providing a beneficial therapeutic effect, in particular, a feeling of relaxation, peace, while conducting psychotherapy sessions, etc. Also, the system (100) can form aromas intended for the prevention of the respiratory tract, for example, by impregnating the elements (314) with a eucalyptus composition, allowing, synchronously with the display of audiovisual information, to have a beneficial therapeutic effect on the user (110), inhaling particles of the said composition. The claimed system (100) can be used in conjunction with a home theater system, in treatment centers, medical centers, SPA salons, gyms, hospitals, etc.

[0059] The system (100) may also contain aromatic elements (314) impregnated with a disinfectant composition installed in containers (31, 32) of aromatic blocks, allowing disinfection and purification of air immediately both before the start of system (100) operation and during displaying audiovisual content, for example, through a predetermined number of operations of aromatic blocks (30), thereby avoiding excessive mixing of odors, neutralizing them, ensuring further effective formation of the microclimate.

[0060] The exclusion of the principle of using liquid repellents for the formation of aromas, used in the analogue, allows you to more effectively and accurately form an aromatic environment within the created microclimate, since the scented air blown out of the containers does not settle on the surfaces of the room or the devices used, thereby ensuring the correct dosage and ease of setting up the system (100) for its application.

[0061] The data transmission channels mentioned in the present description, used to connect the elements of the system (100) and provide data, signals and other

the required information may represent any suitable type of communication known in the art, such as LAN, WAN, Bluetooth, Wi-Fi, Internet, USB, and the like. Under data transmission channels, the application of any suitable principle of wired or wireless communication should be obvious to a person skilled in the art, taking into account existing developments in the field of interfacing various computing and electronic devices.

[0062] The submitted application materials disclose preferred examples of the implementation of the technical solution and should not be construed as limiting other, particular examples of its implementation that do not go beyond the scope of the requested legal protection, which are obvious to specialists in the relevant field of technology.

Claims (31)

1. System for synchronization of audiovisual information and flavor, containing at least one aromatic unit connected to the playback device of audiovisual information and the synchronization module, while aroma block contains a number of containers in which aromatic elements are installed, made of an elastic polymer impregnated with an aromatic substance, placed between two fans in each of the containers, forming counter air flows; movable elements on the body of the container, made with the possibility of opening to release aromatic air flows to the outside, formed by said fans; a control unit configured to receive a signal from the synchronization module to activate the fans; the synchronization module is connected to the audiovisual information playback device and the aroma unit and is configured to generate signals sent to the aroma unit control unit, wherein the signals are generated when at least one aromatization object is displayed using the audiovisual information playback means. 2. The system according to claim. 1, characterized in that it additionally contains a fan installed behind the aroma unit. 3. The system according to claim. 1, characterized in that the synchronization module is made in the form of a computing device. 4. The system according to claim. 1, characterized in that it further comprises a server configured to transmit audiovisual content to the audiovisual information playback device. 5. The system according to any one of paragraphs. 1 or 4, characterized in that the synchronization module is installed in the audiovisual information playback device or on the server. 6. The system according to claim. 1, characterized in that it additionally contains a means for controlling temperature and humidity. 7. The system according to claim 1, characterized in that the control unit provides regulation of the fan speed. 8. The system according to claim. 1, characterized in that the aromatic element contains a recess with an aromatic substance. 9. The system according to claim 2, characterized in that the fan is connected to the aroma unit via a wired or wireless data link. 10. The system according to claim 1, characterized in that the movable elements on the body of the aromatic unit are blinds, windows or sashes. 11. The system according to claim 10, characterized in that the moving elements are connected to an electric motor. 12. The system according to claim. 1, characterized in that the capacity of the aroma block additionally contains a heater and/or air cooler. 13. The system according to claim. 7, characterized in that it further comprises a biometric sensor configured to receive user indicators and transmit them to the control unit of the aroma unit. 14. The system according to claim 13, characterized in that the indicators are pulse and/or temperature. 15. The system according to claim 14, characterized in that the fan speed adjustment is carried out based on the user's biometric response to the scene displayed by the audiovisual information display device containing at least one aromatization object. 16. The system according to claim. 7, characterized in that the adjustment of the speed of rotation of the fans is carried out on the basis of the temperature indicators of the scene displayed by the display means of audiovisual information containing at least one object of aromatization. 17. The system according to claim. 1, characterized in that the aromatic block additionally contains a container with an aromatic element impregnated with a disinfectant solution. 18. The system of claim. 17, characterized in that the activation of the container is carried out before the display of audiovisual information and after a predetermined amount of generation of aromas by the aroma block. 19. The method of synchronization of audiovisual information and flavor, performed using the system according to any one of paragraphs. 1-18 and containing the steps in which: reproducing audiovisual information using the audiovisual information playback device; generating a signal by a synchronization module associated with the media playback device in response to displaying at least one flavoring object; said signal is transmitted to the control unit of at least one aromatic unit connected to the synchronization module, wherein the aromatic unit contains a number of containers in which aromatic elements are installed, made of an elastic polymer impregnated with an aromatic substance, placed between two container fans that form counter air flows ; in response to receiving said signal, the control unit activates the movable elements on the container body, which are made with the possibility of opening to release aromatic air flows to the outside, formed by said fans. 20. The method according to claim 19, characterized in that, in response to the receipt of a signal by the control unit of the aroma unit, the fan installed behind the aroma unit is additionally activated. 21. The method according to p. 19, characterized in that the aromatic block contains a cooler and / or a heater for the generated air flows. 22. The method according to claim 19, characterized in that the control unit of the aromatic unit adjusts the power of the fans and the temperature of the aromatic air flows.

Images