JP2020188821A - Respiration training system, respiration training program, and recording medium - Google Patents

Abstract

To provide a respiration training system, respiration training program, and recording medium that enable a user to perform respiration training regardless of time and place and improve quality of respiration using characteristics of music.SOLUTION: A server device comprises: respiration training data configured from (a) music data, (b) symbol data 9a, 9b that are configured using a combination of one or more of a character, figure, mark, and color and indicate exhalation or inhalation, and (c) music score data 15 indicating the symbol data, the numbers of measures and beats constituting the music data, and symbol data display paths 14a, 14b on which the symbol data corresponding to rhythms constituting the music data are displayed; and control means for reproducing the music data and controlling display of the music score data so that with reproduction of the music data, the symbol data passes through a respiration timing instruction line 16 displayed on a display screen of a user terminal.SELECTED DRAWING: Figure 5

Description

The present invention relates to a breathing training system, a breathing training program and a recording medium.

Conventionally, various devices and systems related to breathing training are known. For example, Patent Document 1 proposes a respiratory training device that notifies a user so that he / she can easily guess when to start the next operation.
Patent Document 2 proposes a portable breathing guidance device that can be easily carried by a user and allows the user to breathe according to a constant breathing rhythm without being limited in a place.

JP-A-2007-190276 Japanese Unexamined Patent Publication No. 2013-128656

The electrification, automation and IT of life due to the evolution of technology have transformed our living space into a much more convenient and free space, and changes in the environment have greatly reduced exercise and labor from our lives. However, it is also a fact that these changes are changing the deep breathing that humans naturally take to shallow breathing. Shallow breathing, that is, deterioration of breathing quality, is said to be a distant cause of mental and physical imbalance, depression and stress, causes of indefinite complaints, and the spread of lifestyle-related diseases. Therefore, it is desired to propose a breathing training system that improves the quality of breathing.

The present invention provides a breathing training system, a breathing training program and a recording medium that allow a user to practice breathing at any time and place and utilize the characteristics of music to improve the quality of breathing. The purpose.

The invention of claim 1 is
A respiratory training system in which a user terminal and a server device are communicably connected via a communication network, and a user who uses the user terminal trains breathing. The respiratory training system has the following configuration. Is.
The server device has the following configuration.
(1) Respiratory training data having the following configurations (a) Music data (b) Symbol data composed of one or more combinations of letters, figures, symbols, and colors, indicating exhalation or inspiration (c) With the symbol data , Musical data representing the number of measures and beats constituting the music data and the symbol data display path in which the symbol data corresponding to the rhythm constituting the music data is displayed (2) While playing the music data , A control means for controlling the display of the musical score data so that the symbol data passes through the breathing timing instruction line displayed on the display screen of the user terminal with the reproduction of the music data.

INDUSTRIAL APPLICABILITY According to the present invention, a breathing training system, a breathing training program and a recording medium are provided which allow a user to perform breathing training at any time and place and utilize the characteristics of music to improve the quality of breathing. be able to.

It is a figure which shows an example of the structure of this invention. It is a figure which shows an example of the respiratory training data provided in this invention. It is a figure which shows an example which the prelude part of the music data to be played is displayed. Following FIG. 3, it is a diagram showing an example in which one exhalation part of the music data to be reproduced is displayed. Following FIG. 4, it is a diagram showing an example of a state in which the exhalation symbol data constituting one exhalation part passes through the breathing timing instruction line. Following FIG. 5, it is a diagram showing an example of a state in which the inspiratory symbol data constituting one inspiratory part passes the breathing timing instruction line. Following FIG. 6, it is a diagram showing an example of a state in which exhalation symbol data constituting another exhalation part passes through a breathing timing instruction line.

Hereinafter, an example of the embodiment of the present invention will be described with reference to the accompanying drawings.

In the breathing training system 1 of the present embodiment, as shown in FIG. 1, the user terminal 2 and the server device 3 communicate with each other via a communication network 4 such as an Internet communication network and a wireless communication network defined by a wireless communication standard. It is a system that is connected and configured as possible.

The user terminal 2 is an information communication terminal such as a personal computer, a tablet terminal, a smartphone, etc. used by a person (hereinafter referred to as "user") who trains breathing using the breathing training system 1 of the present embodiment. Although omitted in the drawings, the user terminal 2 is used for each of a plurality of users who perform breathing training using the breathing training system 1 of the present embodiment, or 1 to 1 for the plurality of users. A plurality of user terminals 2 are used. Further, the user terminal 2 is not limited to the information communication terminal, and may include a music playback device such as a conventionally known audio player.

Although omitted in the drawings, the user terminal 2 includes an arithmetic processing unit composed of a CPU or the like for processing and calculating various data, a storage unit for storing various data such as a memory, and an information output unit such as a liquid crystal display. It is equipped with an information input unit such as a touch panel and a communication unit for transmitting and receiving various data.

The server device 3 has a function of transmitting the respiration training data 8 described later to the user terminal 2, and is a device installed on the communication network 4 by a business operator who provides a respiration training service by the respiration training system 1 of the present embodiment. is there.

As shown in FIG. 1, the server device 3 includes an information transmission / reception means 5, a control means 6, and a storage means 7.

The information transmission / reception means 5 transmits / receives information to / from the user terminal 2.

The storage means 7 can be configured by physical hardware such as a database server, and stores the breathing training data 8 created by the business operator.

The respiratory training data 8 has the following configuration.

(A) Music data In the present embodiment, as shown in FIG. 2, the music data includes the prelude part 17a and the lyrics, that is, a plurality of exhalation parts 17b, 17d, ... , A plurality of intake parts 17c, which are rest parts, ...

(B) Symbol data about the rhythm of sound included in bar n of the music data, which is composed of one or more combinations of characters, figures, symbols, and colors and indicates exhalation or inspiration. In the embodiment, as shown in FIG. 2, the symbol data is used as exhaled symbol data in which a sound value of 10 which is the length of each exhaled sound is combined with a square figure and colors (blue, green, red). The inhalation symbol data 9a in which the rest, which is the inhaling portion, is represented by a single color (gray) is used as 9a. In the drawing, the colors (blue, green, and red) of the exhaled breath symbol data 9a are represented by two types of diagonal line patterns and one type of grid pattern. The reason why the exhaled symbol data 9a is divided into three types of colors in this way is to allow each of the plurality of users to share the exhaling part. For example, user A sees blue (lower left diagonal pattern) exhaled symbol data 9a, user B sees green (lower right diagonal pattern) exhaled symbol data 9a, and user C sees red (lattice pattern) exhaled symbol data 9a. You will exhale.

(C) Musical score data representing symbol data, the number of measures and beats constituting the music data, and the symbol data display path in which the symbol data corresponding to the rhythm constituting the music data is displayed. As shown in 2, the musical score data 15 is set by a plurality of long symbol data display paths in which one side (vertical side) is the length of the entire music and the arrangement of the sounds constituting the music is represented by the other side (horizontal side). It is configured. The longitudinal direction of each symbol data display path is divided into one bar, and each bar 12 is composed of four beats 13 so as to represent four beats.
The exhaled symbol data 9a and the inspiratory symbol data 9b are displayed on the symbol data display path. In the present embodiment, as shown in FIG. 2, the exhalation symbol data 9a and the intake symbol data 9b are displayed in the band-shaped white key lane 14a corresponding to the position of each white key represented on the key, and each black key. The expiratory symbol data 9a and the inspiratory symbol data 9b are displayed on the linear black key line 14b corresponding to the position of. The symbol data display path corresponding to one of the black keys may be strip-shaped like the white key lane 14a.
Further, the upper side of the musical score data 15 is a breathing timing indicator line 16. When the music data is played back on the user terminal 2, the movement of the musical score data 15 is controlled so that the exhalation symbol data 9a and the inspiration symbol data 9b pass through the breathing timing instruction line 16 on the display screen of the user terminal 2. .. At the timing when the exhaled breath symbol data 9a or the inspiratory symbol data 9b passes through the breathing timing indicator line 16, the user exhales a breath of the sound value 10 of the exhaled breath symbol data 9a, and the rest length indicated by the inspiratory symbol data 9b. You will take a sigh.

(D) Keyboard image data The musical score data 15 may include keyboard image data that imitates the keyboard of a wind-playing keyboard instrument. For example, as shown in FIG. 2, the keyboard image data 11 in which a plurality of white keys 11a and black keys 11b corresponding to the white key lanes 14a and the black key lines 14b are arranged is superimposed on the breathing timing instruction line 16 to create a musical score. Data 15 can be configured.

The control means 6 is composed of a CPU, a memory, and the like, and has an arithmetic processing function for processing and calculating various data, and includes a music data reproduction control unit 6a and an image data display control unit 6b.

The music data reproduction control unit 6a receives the selection instruction of the respiration training data 8 by the user terminal 2 and performs a process of causing the user terminal 2 to reproduce the music data constituting the respiration training data 8. Alternatively, a process of transmitting the music data to the user terminal 2 is performed.

The image data display control unit 6b controls the display of the musical score data 15 so that the symbol data passes through the breathing timing instruction line 16 displayed on the display screen of the user terminal 2 as the music data is reproduced. To do.

In the present embodiment, as shown in FIG. 2, the image data display control unit 6b fixes the breathing timing instruction line 16 on the display screen, and the white key lane 14a and the black key line 14b, which are the symbol data display paths. The display of the musical score data 15 is controlled so as to move the exhaled symbol data 9a and the inspiratory symbol data 9b displayed on each of them in the direction 19 toward the breathing timing indicator line 16. Alternatively, when all of the musical score data 15 fits on the display screen, the image data display control unit 6b fixes the musical score data 15 on the display screen and sets the breathing timing instruction line 16 as the symbol data display path white. The display of the musical score data 15 may be controlled so as to move in the directions 18 toward each of the key lane 14a and the black key line 14b.

When the musical score data 15 includes the keyboard image data 11, the image data display control unit 6b uses the keyboard image data 11 as the symbol data display path on the display screen of the user terminal 2 as the music data is reproduced. The breath displayed on the display screen by moving with respect to the displayed symbol data or moving the symbol data displayed on the symbol data display path with respect to the keyboard image data 11. The display of the musical score data 15 is controlled so that the symbol data passes through the timing instruction line 16.

For example, as shown in FIG. 2, the image data display control unit 6b fixes the keyboard image data 11 and the breathing timing instruction line 16 on the display screen, and the white key lane 14a and the black key, which are the symbol data display paths. The display of the musical score data 15 is controlled so as to move the exhalation symbol data 9a and the intake symbol data 9b displayed on each of the lines 14b in the direction 19 toward the keyboard image data 11 and the breathing timing instruction line 16. Alternatively, when all of the musical score data 15 fits on the display screen, the image data display control unit 6b fixes the musical score data 15 on the display screen, and sets the keyboard image data 11 and the breathing timing instruction line 16 as the symbol data. The display of the musical score data 15 may be controlled so as to move in the directions 18 toward each of the white key lane 14a and the black key line 14b, which are display paths.

Further, the image data display control unit 6b of the keyboard image data 11 so as to emphasize the position of the key of the keyboard corresponding to the symbol data indicating the exhalation when the symbol data passes through the breathing timing instruction line 16. You may control the display.

For example, as shown in FIGS. 5 and 7, when the exhaled breath symbol data 9a passes through the breathing timing indicator line 16, the keyboard so that the positions of the white key 11a or the black key 11b corresponding to the exhaled breath symbol data 9a emit light. The display of the image data 11 may be controlled.

An example in which the user trains breathing using the breathing training data 8 will be described with reference to FIGS. 3 to 7. In the form of FIGS. 3 to 7, the musical score data 15 includes the keyboard image data 11, and the three users A, B, and C are blue (lower left diagonal line pattern) breath symbol data 9a and green (right), respectively. An example of performing breathing training by operating a keyboard harmonica (not shown) while looking at the exhalation symbol data 9a of the lower diagonal line pattern) and the exhalation symbol data 9a of the red (lattice pattern) will be described.

When the music data is reproduced on the user terminal 2, the image data display control unit 6b fixes the breathing timing instruction line 16 on the display screen, and the white key lane 14a and the black key line, which are the symbol data display paths. The display of the musical score data 15 is controlled so that the exhaled symbol data 9a and the inspiratory symbol data 9b displayed on each of the 14b are moved in the direction 19 toward the breathing timing instruction line 16.

As shown in FIG. 3, as the music data is reproduced, the prelude part 17a constituting the music data moves in the direction 19 toward the breathing timing instruction line 16.

While the prelude related to the prelude part 17a is being played back on the user terminal 2, as shown in FIG. 4, the exhalation part 17b constituting the music data moves in the direction 19 toward the breathing timing instruction line 16. The three types of exhalation symbol data 9a in the exhalation part 17b are displayed in the white key lane 14a.

As shown in FIG. 5, at the timing when the three types of exhaled symbol data 9a pass through the breathing timing indicator line 16, the user A, the user B, and the user C have "do", "so", and "so" in the keyboard image data 11, respectively. While operating (pressing) the keyboard of the keyboard harmonica corresponding to the white key 11a in the "mi" part, exhale for a note value of 10. While the performance related to the expiratory part 17b is being reproduced on the user terminal 2, the inspiratory part 17c constituting the music data moves in the direction 19 toward the breathing timing instruction line 16. The gray intake symbol data 9b in the intake part 17c is displayed in the white key lane 14a.

As shown in FIG. 6, at the timing when the inspiratory symbol data 9b passes through the breathing timing indicator line 16, the user A, the user B, and the user C each have the minutes (4 beats) of the rest length indicated by the inspiratory symbol data 9b. Minutes) Inhale. While the performance related to the inspiratory part 17c is being reproduced on the user terminal 2, the expiratory part 17d constituting the music data moves in the direction 19 toward the breathing timing instruction line 16. The three types of exhalation symbol data 9a in the exhalation part 17d are displayed on the white key lane 14a and the black key line 14b.

As shown in FIG. 7, at the timing when the three types of exhaled symbol data 9a pass through the breathing timing indicator line 16, the user A, the user B, and the user C have "do", "so", and "so" in the keyboard image data 11, respectively. While operating (pressing) the keyboard of the keyboard harmonica corresponding to the white key 11a in the "mi" part, exhale for a note value of 10.

After that, the user A, the user B, and the user C breathe in the above flow until the reproduction of the music data is completed.

Although omitted in the drawings, a breathing method guide message that guides the breathing method while playing the music data may be displayed on the display screen. This allows the user to confirm the breathing method.

In this way, by using the respiration training data 8 of the present embodiment, it is visually confirmed that the moment when the symbol data passes the respiration timing indicator line 16 is the timing of respiration, and the respiration length is symbolized. Since it will be confirmed by the sound value and rest indicated by the data, it is called "vomiting" or "sucking", which was previously instructed by the instructor who teaches breathing training or could only be expressed by sounds such as seconds. It is a breathing training system 1 that allows you to visually check the breathing cycle. Therefore, the breathing training system 1 of the present embodiment is a system that "visualizes breathing", and anyone can understand a breathing pattern that enhances the quality of breathing by using this system. In addition, the user can perform breathing training at a desired time and place, and can easily learn the operation of a brass band type keyboard instrument while performing breathing training.

[Implementation of respiratory training program and recording medium]
The breathing training program of this embodiment is a computer program that the user terminal 2 can download from the server device 3. This breathing training program is a computer program that causes the user terminal 2 to function as each of the following means.

(1) (a) music data, (b) symbol data composed of one or more combinations of letters, figures, symbols, and colors to indicate exhalation or inspiration, and the number of measures and beats constituting the music data. Data acquisition means for acquiring respiratory training data including musical score data representing a symbol data display path on which the symbol data corresponding to the rhythm constituting the music data is displayed (2) Music for reproducing the music data Data reproduction means (3) Image data display output means for displaying the musical score data (4) As the music data is reproduced, the symbol data passes through the breathing timing instruction line displayed on the display screen. Musical data display control means for controlling the display of the musical score data

When the breathing training program of the present embodiment functions the user terminal 2 as a data acquisition means, the user terminal 2 acquires the breathing training data 8 from the server device 3.

When the breathing training program of the present embodiment functions the user terminal 2 as the music data reproducing means, the music data included in the breathing training data 8 described above is reproduced.

When the breathing training program of the present embodiment functions the user terminal 2 as the image data display output means, the musical score data 15 is displayed along with the reproduction of the music data.

When the breathing training program of the present embodiment functions the user terminal 2 as the musical score data display control means, the breathing timing instruction line 16 is fixed on the display screen, and the white key lane 14a and black, which are the symbol data display paths, are used. The display of the musical score data 15 is controlled so that the exhaled symbol data 9a and the inspiratory symbol data 9b displayed on each of the key lines 14b move in the direction 19 toward the breathing timing instruction line 16.

The musical score data 15 may include keyboard image data 11 that imitates the keyboard of the above-mentioned brass band type keyboard instrument. In this case, the breathing training program of the present embodiment causes the user terminal 2 to function as the musical score data display control means, so that the keyboard image data 11 and the breathing timing instruction line 16 are displayed on the display screen as the music data is reproduced. The exhaled symbol data 9a and the inspiratory symbol data 9b, which are fixed and displayed on the white key lane 14a and the black key line 14b, which are the symbol data display paths, are directed to the keyboard image data 11 and the breathing timing instruction line 16 in the direction 19. The display of the musical score data 15 is controlled so as to move.

Further, the breathing training program of the present embodiment may be stored in a recording medium. For example, a hard disk, an optical disk, a CD-ROM, a DVD-ROM, a non-volatile memory card, or the like can be used. By having a computer read this recording medium, the breathing training program of the present embodiment can be executed, and each of the above functions is realized.

The respiratory training system 1 of the present embodiment is used for various health-related seminars, training, recreation at nursing homes, educational programs by video distribution, and the like.

1 Breath training system 2 User terminal 3 Server device 4 Communication network 5 Information transmission / reception means 6 Control means 6a Music data reproduction control unit 6b Image data display control unit 7 Storage means 8 Breath training data 9a Breath symbol data 9b Intake symbol data 10 Sound value 11 Keyboard image data 11a White key 11b Black key 12 measures 13 beats 14a Symbol data display path (white key lane)
14b Symbol data display path (black key line)
15 Musical data 16 Breathing timing indicator line 17a Prelude part 17b, 17d Expiratory part 17c Inspiratory part

The invention of claim 1 is
A respiratory training system in which a user terminal and a server device are communicably connected via a communication network, and a user who uses the user terminal trains breathing. The respiratory training system has the following configuration. Is.
The server device has the following configuration.
(1) and following storage means for storing respiratory training data with the arrangement (a) music data (b) the symbol data indicating a breath or inspiration time in a predetermined size of shape (c) the symbol data , Musical data representing the number of measures and beats constituting the music data and the symbol data display path in which the symbol data corresponding to the rhythm constituting the music data is displayed (2) While playing the music data , A control means for controlling the display of the musical score data so that the symbol data passes through the breathing timing instruction line displayed on the display screen of the user terminal with the reproduction of the music data.

Claims (6)

A breathing training system in which a user terminal and a server device are communicably connected via a communication network, and a user who uses the user terminal trains breathing. The breathing training system has the following configuration. ..
The server device has the following configuration.
(1) Respiratory training data having the following configurations (a) Music data (b) Symbol data composed of one or more combinations of letters, figures, symbols, and colors, indicating exhalation or inspiration (c) With the symbol data , Musical data representing the number of measures and beats constituting the music data and the symbol data display path in which the symbol data corresponding to the rhythm constituting the music data is displayed (2) While playing the music data , A control means for controlling the display of the musical score data so that the symbol data passes through the breathing timing instruction line displayed on the display screen of the user terminal with the reproduction of the music data. The respiratory training system according to claim 1, wherein the respiratory training system has the following configuration.
(1) Respiratory training data further comprising the following configurations (d) The musical score data includes keyboard image data that imitates the keyboard of a wind-playing keyboard instrument.
(3) The control means reproduces the music data, and the symbol displaying the keyboard image data on the display screen of the user terminal in the symbol data display path along with the reproduction of the music data. The symbol data displayed on the symbol data display path is moved with respect to the data, or the symbol data displayed on the symbol data display path is moved with respect to the keyboard image data, and the breathing timing indicator line displayed on the display screen is the symbol. The display of the musical score data is controlled so that the data can pass through. The breathing training system according to claim 2, wherein the respiratory training system has the following configuration.
(4) The control means controls the keyboard image data so as to emphasize the position of the key of the keyboard corresponding to the symbol data indicating the exhalation when the symbol data passes through the breathing timing instruction line. .. Music data, symbol data composed of one or more combinations of characters, figures, symbols, and colors to indicate exhalation or inspiration, the number of measures and beats constituting the music data, and the rhythm constituting the music data. A data acquisition means for acquiring respiratory training data including musical score data representing a symbol data display path on which the corresponding symbol data is displayed, and
A music data reproduction means for reproducing the music data, and
An image data display / output means for displaying the musical score data and
A breathing training program that causes a computer to function as a control means for controlling the display of musical score data so that the symbol data passes through a breathing timing instruction line displayed on a display screen with the reproduction of the music data. The musical score data further includes keyboard image data that imitates the keyboard of a brass band type keyboard instrument.
Along with the reproduction of the music data, the keyboard image data is moved with respect to the symbol data displayed on the symbol data display path on the display screen, or the symbol data display path is displayed. The computer functions as a control means for moving the symbol data with respect to the keyboard image data and controlling the display of the musical score data so that the symbol data passes through the breathing timing instruction line displayed on the display screen. The breathing training program according to claim 4. A computer-readable recording medium on which the respiratory training program according to claim 4 or 5 is recorded.

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