KR20250107341A - Abdominal Breathing Training Sensor Belt Device and Respiratory Inducement System for Monitoring and Promoting Proper Breathing to Maintain Physical Health - Google Patents

Abstract

The present invention relates to a sensor belt device for breathing training, comprising: a leather portion (11); a belt made of elastic spandex; and a central member (20) installed at the center of the belt. The central member (20) has a body formed of a substantially rectangular plate with a front and a back, and the back is structured to be adhered to the user's body, particularly the abdomen. Inside the central member (20), a power supply unit (battery), a motor, a roller unit, a pressure sensor unit, a communication unit (wired and wireless transmission and reception function), an acceleration sensor, a buzzer, a vibration device, and a control unit (control means, a breathing training service program built in) are provided. A gauge for detecting a change in pressure according to the movement of the abdomen is positioned at the back. The sensor belt device (10) is characterized in that it is configured to enable wired and wireless communication (Bluetooth communication) with a smartphone.

Description

{Abdominal Breathing Training Sensor Belt Device and Respiratory Inducement System for Monitoring and Promoting Proper Breathing to Maintain Physical Health}

The present invention relates to a sensor belt device for monitoring abdominal breathing training and a breathing induction system for maintaining proper breathing and inducing physical health by using the same. More specifically, the present invention relates to a new type of sensor belt device for monitoring abdominal breathing training, which enables a user to wear a belt equipped with a sensor device on the abdomen, operate a breathing training program via a smartphone, and wirelessly connect to the sensor device to continuously maintain breathing training, especially abdominal breathing and alternate breathing training, for a certain period of time, thereby avoiding thoracic breathing and inducing proper breathing training to induce mental stability and physical health.

Since ancient times, in the East, including Korea, China, and India, it has been recognized that a person's breathing method has a great influence on the health of the person's mind and body. Accordingly, breathing methods occupy a large portion in the mental and physical training methods of various religions and martial arts.

Currently, abdominal breathing, danjeon breathing, and alternating breathing are widely known as breathing methods. Here, alternating breathing refers to a type of breathing method generally practiced by yoga practitioners, which refers to the method of breathing by alternately selecting one of the two nostrils. Since breathing is done through one nostril, the air flow during inhalation and exhalation is faster, which cleanses the respiratory organs from the nose to the trachea and lungs, and is effective for neurological diseases such as insomnia, high blood pressure, depression, and anxiety, and is known to be effective for chronic diseases caused by physical imbalances by maintaining the balance of the sympathetic and parasympathetic nerves, and further, all functions of the mind and body. Therefore, alternating breathing is widely used alone or in combination with abdominal breathing or danjeon breathing as a breathing method for mind and body practitioners.

Usually, when a mind-body practitioner practices alternating breathing, he or she uses the fingers to selectively open and close the nosal vestibule, the front part of the nasal cavity. However, this method of using the fingers of the human body is based on the practitioner's individual conscious activity, so it not only interferes with the practitioner's concentration on mind-body practice, but also raises the risk of practicing incorrect alternating breathing. It has been reported that incorrect breathing methods can actually cause headaches or hinder mental and physical stability.

Also, the oxygen we inhale when we breathe supplies oxygen to our organs through our body's blood vessels, helping them function smoothly. When we exhale, the carbon dioxide that has been exchanged for oxygen in our lungs is exhaled, helping to regulate the concentration of carbon dioxide. It is known that breathing helps the body function well by maintaining the concentration of oxygen and carbon dioxide, and that breathing correctly makes our organs and cells healthy.

Experts recommend abdominal breathing rather than thoracic breathing as the correct breathing method. As people grow, they switch to thoracic breathing, which is more comfortable, and thoracic breathing is not enough to take in enough oxygen due to short breaths. On the other hand, abdominal breathing allows you to inhale and exhale deeply, which allows oxygen to be distributed throughout the body and relaxes the body, helping to reduce high blood pressure, body fat, stress relief, and immunity. In other breathing methods, including abdominal breathing, it is very difficult for users to properly control their inhalation and exhalation, and as a result, many users end up breathing incorrectly, which can be detrimental to their health.

[Prior art literature]

Republic of Korea Patent Registration No. 10-1463993 (registered on November 14, 2014) (Title of invention: Respiratory control device)

The present invention has been proposed in consideration of the above-mentioned conventional needs, and the purpose of the present invention is to improve problems caused by thoracic breathing by wearing a belt device equipped with a sensor on the abdomen, operating a breathing training program through a smartphone, and wirelessly connecting to the sensor device to continuously maintain breathing training, especially abdominal breathing and alternate breathing training, for a certain period of time, and to monitor whether correct breathing training is being continued, and to induce correct breathing by notifying the user if the breathing is not performed correctly, and to enable breathing training by incorporating a breathing (meditation) induction service program into the device itself, so that abdominal breathing can be performed easily anytime, anywhere, and to systematically manage the training results so that physical health can be maintained. The purpose is to provide a sensor belt device that monitors abdominal breathing training and a breathing induction system that uses the device to maintain proper breathing and induce physical health.

In order to achieve the above-mentioned purpose, a sensor belt device for monitoring abdominal breathing training according to one embodiment of the present invention is provided.

A belt made of leather or spandex can be worn around the waist, and the central member of the belt-type device is positioned at the center of the abdomen so as to detect inhalation and exhalation, and the central member (20) of the device is formed into a body having a roughly rectangular plate shape and a front and a back, and inside the central member, a vibration device (means), a power supply unit (battery), a motor, a roller unit, a pressure sensor unit, an acceleration sensor unit, a communication unit (wired and wireless transmission and reception function), and a control unit (control means, a breathing (meditation) training induction service program is built-in).

The sensor belt device (10) for breathing training is provided, characterized in that it is configured to enable wired and wireless communication (Bluetooth communication) with a smartphone.

In addition, the pressure sensor installed in the central member checks the pressure sensing value of the abdominal movement and transmits the data of the inhalation and exhalation status to the smartphone, and transmits the real-time data so that the abdominal breathing status can be viewed as a distinct form of inhalation and exhalation in the App (breathing (meditation) training induction service program), and the abdominal breathing logic is set through the screen of the (breathing (meditation) training induction service program) App installed in the smartphone and it is characterized by providing a notification function with vibration and buzzer sound in the abdomen for each breathing section.

In addition, it is characterized by providing a notification function on the App screen and device with a buzzer sound and vibration when thoracic breathing is performed instead of abdominal breathing.

In addition, it is characterized by being able to induce self-reflex breathing with the device's settings without connecting to the app, and checking and maintaining the correct breathing state.

In addition, it is characterized by being able to change and check the setting values through the display device built into the device itself, and being able to induce self-breathing and check the correct breathing state.

Additionally, it features an app that can check the user's breathing style, whether they are diaphragmatic or thoracic.

In addition, it features a pressure sensor attached to the abdomen that monitors in real time whether normal breathing patterns are followed when inducing diaphragmatic breathing, and the status and results can be checked (displayed on the app).

Additionally, it features the ability to operate the device on its own without an app and perform breathing exercises.

In addition, the app can set periodic breathing interval times, manage breathing data through a pressure sensor, store breathing data on the user's smartphone, tablet, etc., and store breathing-related data on the management system server.

According to another aspect of the present invention, a sensor belt device for monitoring a user's abdominal breathing training and a breathing induction device system for maintaining correct breathing using the same to induce physical health,

The above service system is equipped with a management device that is connected to the control device (personal terminal) through a communication network,

The above management device is composed of a management server and a database.

The above database stores breathing method information and user information corresponding to the user's breathing performance history.

The above control device is equipped with an application for interfacing with the management device,

The above application provides the user's breathing technique performance information to the management device.

The above management device provides a breathing (meditation) induction service system using a sensor belt device for breathing training, characterized in that it provides breathing method information to a control device based on the user's breathing performance history.

In addition, it is composed of additional members and member companies that provide users' health information.

The above management device is characterized by providing breathing method information to the control device based on the user's health information.

According to another aspect of the present invention, a sensor belt device for monitoring abdominal breathing training and a breathing induction system for maintaining correct breathing and inducing physical health using the same are provided.

A sensor belt device worn on the user's abdomen,

The control device (sensor detection control means) of the above sensor belt device is installed, and the control device (sensor detection control means) comes into contact with the user's abdomen and detects the movement of the abdomen at any time and provides data to the App.

The communication section of the control device of the above sensor belt device is connected by wired or wireless communication, and a personal terminal in which a breathing training (service) program is installed as an application on the personal terminal, and

A breathing (meditation) induction service system comprising a management computer (server) for a breathing training sensor belt device connected to the above personal terminal via wired or wireless communication,

In the application via the above personal terminal, when the user selects the breathing method of the breathing (meditation) induction service through touch input, the breathing progress is monitored during the breathing time through the sensor belt device for breathing training, and if thoracic breathing is performed intermittently, a buzzer, vibration, and alarm are used to guide the user to correct abdominal breathing, and the results are transmitted to the personal terminal.

When the breathing training service program of the above personal terminal is executed, the user can select a breathing program and proceed with breathing by recognizing the state of mind and body, and after performing the breathing process, the result data is displayed, and the user's breathing (meditation) guidance service program can be provided in the form of content.

When the above application is used, the user controls the breathing (meditation) induction process provided by the application to be performed for a specified period of time, and the breathing (meditation) induction process result data is displayed in the form of a percentage, text format, graph, or emoticon (not shown), and when the result after performing the breathing (meditation) induction service process is displayed, the past data and present data are compared and displayed on one screen (not shown) according to the user's request so that the trend can be checked.

According to another aspect of the present invention, a personal terminal for a breathing (meditation) induction (service) system, which includes a sensor belt device for breathing training connected to a personal terminal via Bluetooth communication, a personal terminal for downloading an application for the sensor belt device for breathing training via a wireless communication network to perform a breathing (meditation) induction service program (or also referred to as a breathing training service program), an application for providing a service for using the sensor belt device for breathing training via a voice or touch input method through the personal terminal, a computer (server) for performing a self-diagnosis process on a user's psychological state, extracting content for breathing training service that matches the self-diagnosis score result from a database, and playing the content in a streaming manner, and a breathing training sensor belt device connected to the personal terminal detects breathing and transmits the detected data to the personal terminal, and the personal terminal transmits the result to a storage and management device,

The above personal terminal is equipped with a breathing (meditation) induction (service) program as an application, and the above personal terminal is characterized by providing content according to the user's requirements while conducting breathing (meditation) training service or displaying progress result data according to the user's selection through the application.

The above personal terminal is characterized in that after the breathing (meditation) induction service provided by the application is performed for a predetermined period of time through the above application, the breathing (meditation) induction service result data is displayed in the form of a percentage, text format, graph, or emoticon, and the breathing (meditation) training induction service performance result is displayed on one screen as past data and current data so that the trend can be checked.

A personal terminal of a breathing (meditation) training service system using a sensor belt device for breathing training is provided, characterized in that the application of the personal terminal is activated so that the sensor belt device for breathing training is used in a manner that the user selects or recognizes the user's psychological state to play content such as diaphragmatic breathing or alternate breathing, and the degree of change can be displayed through a graph of the results of the breathing (meditation) training service performance after a specified period of time.

In addition, the breathing (meditation) induction service program of the personal terminal is capable of promoting not only physical health but also mental stability by consistently managing the sensor belt device and the breathing (meditation) induction service program even in the case of a psychological state of one of the items of stress, sleep, meditation, mental stability, and blood pressure management (but not limited thereto), and in the case of sleep apnea, after wearing the sensor belt device according to the present invention for a certain period of time or after wearing it and going to bed, if breathing is interrupted for a certain period of time, the sensor belt device is provided with a buzzer and a vibration device (not shown) so that an alarm signal is continuously sounded with sounds and vibrations such as a buzzer/vibration/cell phone sound, and a signal can be transmitted to the sensor belt device, thereby playing a role in preventing and controlling symptoms of sleep apnea.

In addition, in the display method of the result according to the self-diagnosis, if it is a bar graph, for example, it can be displayed as good, calm, and bad by displaying it as upper, middle, and lower with different heights, and accordingly, pre-saved breathing (meditation) related content can be provided, and the above-mentioned status display can be further subdivided into stages, and the good and bad states can be subdivided into two stages each, and meditation related content corresponding to each can be provided according to the breathing method, and it can be classified by score from 1 to 5, and 1 can be displayed as a very bad state, 2 as a bad state, 3 as a calm state, 4 as a good state, and 5 as a very good state, and the meditation content classified accordingly can be provided by fetching the corresponding meditation content through a database in the form of a lookup table and automatically playing it in a streaming manner (not limited thereto).

According to another aspect of the present invention, a breathing induction system including a sensor belt device for breathing training connected to a personal terminal via Bluetooth communication, a personal terminal for downloading an application for the sensor belt device for breathing (meditation) induction service via a wireless communication network, a breathing (or meditation) content among various contents suitable for the data obtained by performing the application for the sensor belt device for breathing training via voice or touch input via the personal terminal, and a management computer (server) for streaming, wherein the sensor belt device for breathing training connected to the personal terminal detects abdominal breathing in the abdomen during the playback time, transmits the detected data to the personal terminal, and stores the breathing result after the content playback is completed or transmits the result to a management device,

When the user selects the breathing (meditation) induction service function through touch input in the application via the above personal terminal, the breathing (meditation) induction service of the sensor belt device for breathing training is performed and the result is transmitted to the personal terminal or administrator computer (server).

The breathing (meditation) guidance service program is installed as an application on a personal terminal, and guides or performs the breathing (meditation) guidance service according to the user's choice, displays the result data, and provides content according to the user's requirements.

When a user performs a breathing (meditation) induction service for a certain period of time through the application of the personal terminal, the personal terminal displays the result of the breathing (meditation) induction service in a three-dimensional graph, bar graph, or linear graph, and when the result of the breathing (meditation) induction service is displayed, the past data and current data trends are displayed on one screen according to the user's request.

A breathing induction service system using a sensor belt device is provided, characterized in that it provides a breathing (meditation) induction service through an application of the personal terminal, and can display the resulting data in the form of a percentage, text format, graph, or emoticon image, and can store the displayed results in a computer (server).

In addition, in the case of sleep apnea patients, if breathing stops for a certain period of time after wearing a sensor belt device for breathing training and going to bed, the warning function of the sensor belt device is activated, and the sensor belt device continuously vibrates to provide an alarm function so that the sleep apnea patient can wake up.

In addition to the alarm function, it is characterized by being able to provide a function as a device that can keep the golden time for the health recovery of a patient at risk by providing an emergency phone call service to a hospital or other pre-stored phone number pre-stored in a mobile phone (smartphone terminal).

According to the sensor belt device for monitoring abdominal breathing training according to the present invention and the breathing induction system for maintaining proper breathing and inducing physical health by using the same, a belt having a sensor device mounted on the abdomen is worn, a breathing training program is operated via a smartphone, and the breathing training, especially abdominal breathing and alternate breathing training, is continuously maintained for a certain period of time by wirelessly connecting to the sensor device, thereby avoiding thoracic breathing and inducing proper breathing training, thereby having the effect of maintaining mental stability and physical health.

Figure 1 is a perspective view schematically showing an example of a sensor belt device for breathing training according to the present invention.
Fig. 2 is an example of a functional block diagram showing the configuration of a circuit function block provided in the central component of the sensor belt device of Fig. 1.
FIG. 3 is an example of user interface screens driven by a breathing (meditation) (training) induction service program built into a smartphone (mobile phone) that operates in conjunction with the sensor belt device of FIG. 1.
FIG. 4 is a drawing showing an interface screen of a breathing training program that is wirelessly connected to the sensor belt device for breathing training of FIG. 1 and runs on a smartphone, and is a drawing showing an example of an abdominal breathing screen and an alternate breathing screen.
Figure 5 is an example of the user interface screen of Figure 4, showing a double breathing graph and breathing results.
Figure 6 is an example of the user interface screen of Figure 4, and is a drawing showing an example of breathing data.
FIG. 7 is a drawing showing an interface screen of a breathing training program that is wirelessly connected to the sensor belt device for breathing training of FIG. 1 and runs on a smartphone, and is a drawing showing an example of breathing image content and a breathing community.
FIG. 8 is a drawing showing an interface screen of a breathing training program that is wirelessly connected to the sensor belt device for breathing training of FIG. 1 and operated on a smartphone, and is a drawing showing an example of a screen for setting device vibration, setting device buzzer sound, and setting device self-operation breathing interval.
Fig. 9 is a drawing showing an example of a sensor belt device (10) for breathing training of Fig. 1 in more detail.
Figure 10 is a system configuration diagram showing the configuration of a sensor belt device for monitoring abdominal breathing training according to the present invention and a breathing induction system that uses the device to maintain proper breathing and induce physical health.
Figure 11 is a block diagram schematically showing an example of the configuration of a management device (100).

The present invention may have various modifications and embodiments, and specific embodiments are illustrated in the drawings and described in detail.

However, this is not intended to limit the present invention to specific embodiments, but should be understood to include all modifications, equivalents, or substitutes included in the spirit and technical scope of the present invention.

The terminology used in this application is only used to describe specific embodiments and is not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly indicates otherwise. In this application, it should be understood that the terms "comprises" or "has" and the like are intended to specify the presence of a feature, number, step, operation, component, part or combination thereof described in the specification, but do not exclude in advance the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms defined in commonly used dictionaries, such as those defined in common dictionaries, should be interpreted as having a meaning consistent with the meaning they have in the context of the relevant art, and will not be interpreted in an idealized or overly formal sense unless expressly defined in this application.

Hereinafter, with reference to the attached drawings, a preferred embodiment of the present invention will be described in more detail. In order to facilitate an overall understanding in describing the present invention, the same reference numerals are used for the same components in the drawings, and redundant descriptions of the same components are omitted.

Hereinafter, with reference to the attached drawings, embodiments of a sensor belt device for respiratory training according to the present invention and a respiratory training system using the same will be described in detail.

FIG. 1 is a sensor belt device (10) for monitoring service breathing training according to the present invention, which can be worn on the waist with a belt made of leather or spandex, and the central member of the belt-type device is positioned at the center of the abdomen so as to detect inhalation and exhalation, and the central member (20) of the device is formed into a body having a substantially rectangular plate shape and a front and a back, and a vibration device (means), a power supply unit (battery), a motor, a roller unit, a pressure sensor unit, an acceleration sensor unit, a communication unit (wired and wireless transmission and reception function), and a control unit (control means, a breathing training service program built-in) are provided inside the central member.

The structure of the above sensor belt device (10) can be modified in various ways, and is configured to enable wired and wireless communication (Bluetooth communication) with a smartphone.

Referring to Fig. 1, the sensor belt device (10) for abdominal breathing training according to the present invention (so-called breathing induction sensor belt) is worn on the user's abdomen, and the pressure sensor of the device checks the pressure of abdominal movement to monitor the state of abdominal breathing during inhalation and exhalation through an app (breathing training service program).

- The app installed on your smartphone allows you to follow diaphragmatic breathing and provides notifications through vibrations and buzzers in your abdomen at each breathing interval.

- If you breathe thoracically instead of diaphragmatically, a notification function will be provided on the App screen and device with a buzzer sound and vibration.

-You can induce self-reflex breathing with the device's settings without connecting to the app, and check the correct breathing state.

- The device operates on its own to monitor the patient's breathing status, checks whether the breathing status is correct, and provides a notification function with vibration and buzzer sound if proper breathing from the abdomen is not performed.

-You can also use the app to check whether the user is breathing diaphragmatically or thoracically.

- When inducing diaphragmatic breathing, you can check the results of breathing training (breathing rate per minute, correct number of breaths (diaphragmatic breathing/thoracic breathing) for inhalation and exhalation through a pressure sensor attached to the abdomen to see if you followed a normal breathing pattern (displayed in the app).

-You can set periodic breathing time notifications in the app.

-There is a time mode in which the breathing interval (inhalation/breath holding/exhalation) time is set on the app or device and breathing is performed for that amount of time, and there is also an autonomous mode function in which breathing can be performed for a long time without setting the breathing interval time and only checking inhalation and exhalation, so the user can set the desired mode and operate.

- It is a portable wearable device that can be easily worn on the abdomen. It monitors the breathing condition by the movement of the device itself, regardless of the location, anytime and anywhere. It notifies the user with a buzzer and vibration when thoracic breathing is in progress, and it is a device that continuously maintains abdominal breathing and induces correct breathing.

- It is possible to store and manage breathing data received through a pressure sensor, and breathing-related data is also stored in the management system server (see Figs. 10 and 11).

The sensor belt device for breathing training according to the present invention is a breathing/meditation product, and can provide digital healthcare, wearable healthcare, mobile healthcare, and meditation breathing digital healthcare services.

Some remote medical treatment is also possible through the sensor belt device for breathing training according to the present invention. For example, the sensor belt device can analyze the transmitted respiratory rate data per minute to remotely check whether there is hyperventilation or abnormal or irregular breathing, so that healthcare services are possible. The belt also provides vibration, buzzer, and voice functions.

The sensor belt device for breathing training according to the present invention induces one to perform abdominal breathing on one's own. In addition, it provides mental health care through breathing.

Big data of individuals receiving respiratory training services can be collected through the sensor belt device (10) for respiratory training according to the present invention.

The sensor belt device (10) for breathing training according to the present invention is a personal abdominal breathing trainer. The sensor belt device has a pressure sensor, and has a function to notify the user of incorrect breathing, that is, thoracic breathing, to change to abdominal breathing. In other words, it induces breathing and meditation. In addition, the breathing method results can be stored in a personal terminal or server, or played in the form of content streaming from a server in the form of a cloud service, or it can be checked whether past breathing data was followed well, and a breathing program service can be set up to follow.

[Linking with apps and devices (sensor belt device (10))]

The app provides content by setting the breathing program and following the breathing. The music is played in the background on YouTube and other music sites, and can be linked to other educational sites.

In other words, it can be seen as a product that induces breathing and meditation.

The sensor belt device (10) for breathing training according to the present invention is worn on the user's stomach. Afterwards, it induces the user to perform correct abdominal breathing. In addition, it can be used to correct the user's breathing.

The sensor belt device for breathing training according to the present invention can be set in all settings on the device. That is, various control buttons and function selection buttons can be provided on one side or the edge part (not shown) of the central member (20) of the device, and of course, these functions can be operated by touch through the screen of a smartphone terminal via an app.

That is, operation is possible with the device (i.e., the sensor belt device (10) itself) without an app or connection. In other words, the breathing method can be set with the device.

Additionally, you can link to YouTube and connect content, allowing you to meditate and breathe while playing the content.

Also, by linking with a music site, you can listen to a lecture or play audio while breathing, and practice while following your breathing at the same time.

Big data is collected through the sensor belt device for breathing training according to the present invention. That is, after wearing the belt, periodic breathing according to breathing logic setting and time setting, and autonomous breathing data of inhalation and exhalation regardless of time setting are also possible. The collected content is to collect the user's breathing pattern, and the collected data is stored through a personal terminal or server. (Remote big data collection) (The content includes the user's personal information, age, gender, male and female, etc.)

Additionally, my breathing condition, which has already been stored remotely, can be analyzed by the management device.

That is, in analyzing breathing data,

-Data analysis - Analysis of breathing patterns by disease - Analysis by age, gender, old and young, analysis by occupation, and analysis by region will be possible.

The sensor belt device for breathing training according to the present invention

- Equipped with on/off key and volume key.

- In the app, the breathing logic can be transmitted to the ?A-Cheom-Man? device (sensor belt device (10)).

- Belt length can be adjusted

-Can charge the device

-You can check the remaining battery level on the app, and on the device, you can check the battery status as sufficient/normal/low/very low by different LED colors.

- Equipped with a pressure sensor that can detect the movement of the ship.

A pressure sensor can be used as a sensor that detects changes in pressure by utilizing the principle that resistance value decreases when pressure is applied.

- Equipped with an acceleration sensor that can detect the user’s posture.

The gravitational acceleration acting on the acceleration sensor can be used to measure the size of the X, Y, and Z axes and determine the direction in which an object is tilted (the user's posture).

- The communication module that can send and receive data with a smartphone uses Bluetooth technology.

- Equipped with a buzzer and vibration device to indicate whether the breathing is correct or the chest is empty. The buzzer sound is generated by a piezoelectric element that repeatedly contracts and expands when an electric signal is applied to it, and a piezo buzzer can be used to generate various sounds.

A vibration device can generate vibrations by using the rotation of a motor.

- Equipped with a Play/Pause key and a key to control the volume of the notification sound so that it can operate on its own

- The device can be easily manufactured by attaching it with a clip.

When wearing a sensor belt device, it is possible to accurately detect abdominal movements according to various body conditions (postures).

The value detected varies each time the sensor belt is worn, depending on various body conditions such as when the stomach is full due to food intake, when the stomach is empty due to an empty stomach, when the breath is slightly exhaled, when sitting or lying down, and when changes occur in the abdomen while wearing the sensor belt device to solve this problem.

1) When wearing the belt device, the user must wear the belt device comfortably without putting pressure on the abdomen.

2) When initializing, the device is equipped with a reset button or an initialization menu in the app.

3) When wearing the device, initialize the data value to sense pressure (exhalation state).

4) To reset, press the reset button or execute the menu, exhale once, and hold your breath for 1~2 seconds. The control unit will detect the sensing value and reset it to the lowest value (exhalation).

5) During initialization, an LED and a buzzer are provided to indicate the initialization progress by making a sound or blinking the LED.

6) When the initialization is complete, the completion status is notified by sound, buzzer, or vibration, and the LED also changes to the completion status to indicate whether the device can be used.

7) If the user breathes during initialization and the abdominal condition is incorrectly detected, it will notify you so that you can reset it.

8) If the device does not recognize exhalation due to changes in the abdomen while wearing it, you can reset it by pressing the reset button.

9) You can check the initialization status or whether the belt is worn normally through the app, and it is equipped so that you can check it through the device.

[In the app, breathing intervals, beeps, settings]

-Set breathing interval time

- Exhalation/Breath holding/Inhalation time: 1~10 seconds

- Setting the number of breathing cycles (time): 30 to 300 times, unlimited

-Section signal - Silent

-Interval signal - vibration

-Section signal - buzzer

-Section signal - Electric/buzzer

-Section signal - sound/vibration

-Section signal - sound/buzzer

The function is provided.

[Device volume settings]

-Background soundㅡㅡㅡㅡApp

-Interval signal soundㅡㅡApp

-SpeakerㅡㅡㅡㅡApp

This is provided,

-Device side - - -Band buzzer sound -Device

-Device side - - -Band vibration - -Device

is equipped with.

[Buzzer/Vibration/Setting]

-Buzzer sound setting - On/Off - 6 types at once

-Vibration setting -On/Off -6 types at once

-Buzzer sound - Inhale - On/Off

-Vibration inhaleㅡㅡㅡㅡOnㆍOff

[Breathing/Notification/Time Setting]

- Morning, afternoon, night, day, main schedule

-You can set it up while connecting to the device, breathing settings, and transmission app.

- Inhale for 1 to 10 seconds

- Hold your breath for 1 to 10 seconds

- Exhale. 1 to 10 secondsㅡㅡTransmit to the band device and save.

-On the device-Autonomous breathing without app connection

When linked with the app, you can check your status.

-Breathe- -Ding

Hold your breath - thump

Exhaleㅡㅡding

You can set the sound output to .

In the sensor belt device for breathing training according to the present invention, in the setting process through the app,

-Breathing-Inhale, hold your breath, exhale, and vibration notification functions are provided.

InhaleㅡㅡㅡTirik

Hold your breath - - tap tap

Vibration while exhaling - Tok tok

In this way, a voice signal can be provided to the device as a notification function.

For each breathing segment, i.e. inhalation, breath holding, and exhalation,

-Controlled by buzzer sound on the device.

-Controls vibration signals from the device

-Control vibration and buzzer signals in the app

-Signal vibration type can be set.

Additionally, you can turn the vibration on and off on the device, and adjust the vibration volume on the device.

Also, during normal breathing, the buzzer keeps working.

- Abnormal breathing alarm buzzer - Beep sound output

-Buzzer volume setting - High, medium, low can be set.

The sensor belt device for breathing training according to the present invention is a belt worn on the center of the abdomen. However, it is not limited thereto.

- A motor is installed in the central part of the belt device, and the function of tightening and loosening the leather and elastic parts of the belt is provided through the motor-roller (not shown).

- A pressure sensor is provided in the central material, and it is provided as a sensor that detects changes in pressure by utilizing the principle that resistance value changes when pressure is applied.

Additionally, a function to notify you with a buzzer or alarm is provided.

Additionally, a sensor function that informs you of abdominal, inhalation, and exhalation is provided.

In addition, an acceleration sensor is installed in the central member to measure the size of the X, Y, and Z axes, detect the direction in which the object is tilted, and provide a function to determine the user's posture.

Additionally, you can check regularly to avoid thoracic breathing and continue abdominal breathing to maintain correct breathing.

That is, the data is processed through abdominal pressure detection by a pressure sensor and then transmitted to the app.

That is, it checks whether the user is breathing correctly from the abdomen (using a sensor), detects the pressure change, and sends it to the app. The app checks the abdominal breathing status in real time using the transmitted data.

That is, the movement of the abdomen is checked to see if the person is breathing correctly - through the abdominal pressure sensor.

The app collects data on breathing methods and correct breathing. The collected data includes breathing data on whether the user followed the breathing cycle correctly, breathing rate per minute, and breathing satisfaction, etc., and the server collects and manages the data, enabling big data utilization.

If the user does not breathe properly through the sensor belt device, a buzzer will notify the user. The buzzer sound can be adjusted by turning it on/off (volume can be set to medium, medium, or small).

If the user is unable to breathe through the abdomen (chest breathing) - - - the buzzer and vibration device will notify the user of the malfunction. The buzzer and vibration device have adjustable volumes.

You can also check the battery charging status.

Fig. 2 is an example of a functional block diagram showing the configuration of a circuit function block provided in the central component of the sensor belt device of Fig. 1.

A pressure sensor for sensing pressure, a communication unit, a buzzer, a vibration (unit), a charging unit, and an acceleration sensor are provided, and wireless communication with a smartphone (mobile phone) is possible through the communication unit under the control of the control unit. The pressure of the sensor belt device is sensed through the pressure sensor, and a control signal can be output to cause the buzzer to sound according to the sensed pressure, or a control signal can be transmitted to cause the vibration (unit) to vibrate. Power can be supplied through the charging unit to operate the control unit and other devices.

FIG. 3 is an example of user interface screens driven by a breathing (meditation) (training) induction service program built into a smartphone (mobile phone) that operates in conjunction with the sensor belt device of FIG. 1.

The user can start the device by selecting an icon on the screen, either the headphones or the sensor belt device.

FIG. 4 is a drawing showing an interface screen of a breathing training program that is wirelessly connected to the sensor belt device for breathing training of FIG. 1 and runs on a smartphone, and is a drawing showing an example of an abdominal breathing screen and an alternate breathing screen.

Users receive diaphragmatic breathing or alternating breathing induction services while watching the movements on the screen displayed on the smartphone screen.

Figure 5 is an example of the user interface screen of Figure 4, showing a double breathing graph and breathing results.

The set breathing graph and the running breathing graph (red) are displayed separately.

Users can view the number of breaths and the results of their breathing.

You can see the number of normal breathing times (diaphragmatic breathing) and abnormal breathing times (thoracic breathing), as well as the breathing rate per minute. You can also see the satisfaction level.

Figure 6 is an example of the user interface screen of Figure 4, and is a drawing showing an example of breathing data.

Users can view breathing date and time, breathing results (diaphragmatic breathing and thoracic breathing) separately, and check the results, breathing rate per minute, and satisfaction level.

FIG. 7 is a drawing showing an interface screen of a breathing training program that is wirelessly connected to the sensor belt device for breathing training of FIG. 1 and runs on a smartphone, and is a drawing showing an example of breathing image content and a breathing community.

Referring to Figure 7, you can receive breathing induction service by selecting and executing content related to anxiety relief, breathing, meditation, and relaxation.

In addition, if you select the breathing community, you can obtain information by selecting breathing meditation content, enjoying breathing music, following breathing according to the situation, breathing explanations and lectures, breathing effects (collection of articles/broadcasts), and using breathing control devices.

FIG. 8 is a drawing showing an interface screen of a breathing training program that is wirelessly connected to the sensor belt device for breathing training of FIG. 1 and operated on a smartphone, and is a drawing showing an example of a screen for setting device vibration, setting device buzzer sound, and setting device self-operation breathing interval.

Referring to Figure 8, the user can change the device vibration settings, device buzzer settings, and device self-operation breathing interval settings by changing the pattern (patterns 1 to 6 are applied equally to inhalation/holding alcohol/exhalation), and the buzzer sounds can also be applied equally to inhalation/holding alcohol/exhalation with 1 to 6 buzzers), and the device self-operation breathing interval settings can be set to the function of the device breathing on its own without app linkage, and then the transmit button can be pressed.

Fig. 9 is a drawing showing an example of a sensor belt device (10) for breathing training of Fig. 1 in more detail.

Referring to Fig. 9, the display device is located on the front of the central member (20), a pressure sensor is installed on the back, and a buzzer sound control unit, a vibration intensity button (up/down), a play button, a power button, and an LED display unit are installed side by side on the upper part of the central member (20). The configuration of such a device is an additional description and configuration to the configuration of Figs. 1 and 2, and therefore should be understood together with the description of Figs. 1 and 2.

Meanwhile, in another preferred embodiment of the present invention, a separate service system may be provided to enable the user to perform effective breathing techniques.

FIG. 10 is a system configuration diagram showing the configuration of a sensor belt device for monitoring abdominal breathing training according to the present invention and a breathing induction system that uses the same to maintain proper breathing and induce physical health, and FIG. 11 is a block configuration diagram schematically showing an example of the configuration of a management device (100).

A breathing training (service) system (hereinafter, simply referred to as a service system) has a management device (100). The management device (100) is connected to a control device (200: 200-1. 200-1, ..., 200-n) through a communication network (400) such as the Internet, for example. The control device (200) is for controlling a sensor belt device (10) for breathing training as described above. The control device (200) has a connection function to a communication network (400), and an application provided in the control device (200) has a linkage function with the management device (100). The application can appropriately control the sensor belt device (10) by linking with the management device (100).

In addition, the service system may include member companies (300-1, 300-2, ..., 300-n). The member companies preferably include facilities that can examine and confirm the health status of users, such as hospitals, sports centers, and nursing homes. The member companies (300) are not limited to specific facilities. Although not specifically shown in the drawing, the member company (300) preferably has a server. The server has a client program for linking with the management device (100). Information related to the health of the user input from the member company (300) to the server is provided to the management device (100) with the consent of the user.

The management device (100) manages and controls the entire service system. Fig. 11 is a block diagram schematically showing an example of the configuration of the management device (100). The management device (100) is equipped with a management server (101), a database (102), and an operator terminal (103). These are connected via a LAN (104). In addition, although not specifically shown in the drawing, the management device (100) is equipped with a hub and/or a router, or is connected to these devices.

The management server (101) controls and manages the entire system. The management server (101) is equipped with a management program for managing and controlling the entire system. The management program is equipped with an information management function for managing various types of information, such as member information, information on the use of a sensor belt device for member breathing training, and member health information, a function for providing statistical information on such information, a function for linking with a control device (200), and a function for providing a user interface (UI: User Interface) for the operator.

The database (102) is for storing management contents of the management server (101), user breathing data, and member information. The database (102) stores member information, sensor belt device usage information for the member's breathing training, member health information, and breathing method information corresponding to the user's health status. Here, the member information includes the member's ID and password, as well as the member's name, age, gender, and contact information. In addition, the sensor belt device usage information for breathing training includes the type of breathing method performed by the user, time information for each section of the corresponding breathing method, results of mature breathing progress, breathing rate per minute, frequency of breathing method execution, satisfaction with the breathing method, etc. The member's health information includes the member's health information provided by the member company (300) or health information provided by the user through the control device (200). The management device (100) can provide an interface screen through which the user can input the member's satisfaction with the breathing method and health information through the control device (200). Additionally, in a preferred embodiment, the service system may be equipped with a call center, and the database (102) stores consultation history and consultation information for members.

The operator terminal (103) is for the administrator who manages this service system. Since system management through the operator terminal (103) is a general matter, its specific description is omitted. In addition, although not specifically shown in the drawing, the service system may be equipped with a separate terminal device for the administrator to access the management device (100) through the communication network (400) and manage the service system. At this time, any communication terminal having a connection function to the communication network (400), such as a smart phone, a personal computer (PC), a laptop, a tablet computer, a personal digital assistant (PDA), etc., may be preferably employed as the terminal device. At this time, the terminal device is equipped with a client program that is linked with the management program of the management device (100). The administrator accesses the management device using his/her ID and password to perform system management.

The breathing induction service system according to the present invention can provide the user with appropriate breathing methods and content based on the user's breathing method history information and the user's health information. In addition, in a preferred embodiment, the control device (200) is equipped with an automatic execution mode. When the user selects the automatic execution mode, the management server (101) searches the database (102) for the most appropriate breathing method information for the user and provides it to the control device (300).

Meanwhile, as described above, the sensor belt device for monitoring the state of abdominal breathing according to the present invention and the wearable breathing training system for inducing physical health using the same include a sensor belt device worn on the user's abdomen,

The above sensor belt device is positioned at the center of the user's abdomen with a control device (sensor belt device control means), and the control device (sensor belt device control means) comes into contact with the user's abdomen to detect the movement of the abdomen and periodically provide data to the control device.

A personal terminal that is connected to the control device of the above sensor belt device via wireless communication and has a breathing training (service) program installed as an application on the personal terminal, and

A respiratory training service system comprising a management computer (server) for a respiratory training sensor belt device connected to the personal terminal and wireless communication,

In the application via the above personal terminal, when the user selects the breathing training function through touch input, the breathing process is performed through the breathing training sensor belt device and the results are transmitted to the personal terminal or breathing training service manager computer (server).

Through the breathing training service program of the above personal terminal, the breathing program is carried out along with the content during the progress time according to the user's selection, and the service process performance result data is displayed.

When the above application is used, the user is controlled to perform the breathing (meditation) induction process provided by the application for a specified period of time, and the breathing (meditation) induction process result data is controlled to be displayed in the form of a percentage, text, graph, or emoticon image (not shown), and when the result after performing the breathing (meditation) induction service process is displayed, the past data and current data trends are controlled to be displayed on one screen (not shown) according to the user's request.

Meanwhile, the user is connected to a personal terminal with a built-in program that can display and save the results of the breathing training service process using a breathing training sensor belt device capable of guiding the breathing (meditation) induction process and displaying the service, and the personal terminal is connected to the breathing training service system computer server via Bluetooth.

By running the application of the above personal terminal, the breathing training logic is selected (breathing) and the service process is performed, and the service performance result is displayed in a number of forms to display the degree of change and the display result can be stored in the personal terminal or computer (server).

The user connects the breathing training sensor belt device and the personal terminal with the breathing training service program built-in via Bluetooth to perform the breathing (meditation) training service course, and the personal terminal is connected to the breathing training service system computer server.

By running the application of the above personal terminal, the user can identify his/her condition, proceed with the breathing (meditation) training service process, save the progress results, and proceed with the breathing training by utilizing a program divided into various items, such as stress, sleep, meditation, peace of mind, and blood pressure management, regarding his/her condition.

Meanwhile, the above items, namely stress, sleep, meditation, peace of mind, and blood pressure management, have meditation-related content corresponding to each item of stress, sleep, meditation, peace of mind, and blood pressure management, and have one or more diverse contents, and provide content that can be used for breathing training, so that physical and mental health can be helped as a result of continuous training.

In addition, a sensor belt device for breathing training connected to a personal terminal via Bluetooth communication, and a personal terminal for downloading an application for the sensor belt device for breathing training via a wireless communication network in order to proceed with a breathing (meditation) training service program, an application for providing a service for using the sensor belt device for breathing training via voice or touch input via the personal terminal, a self-diagnosis process for identifying the psychological state of the user is performed and the result is transmitted as a score via the personal terminal, and content for breathing (meditation) training service that matches the self-diagnosis score result is extracted from a database and a breathing program is played in streaming manner, and the sensor belt device for breathing training connected to the terminal operates as a device for detecting whether correct breathing training is being performed, and in the personal terminal of the breathing (meditation) training service system using the device,

The above personal terminal is equipped with a breathing (meditation) training service program as an application, and the above personal terminal is characterized by guiding the breathing (meditation) training service process or displaying the process progress result data according to the user's selection through the application, while providing breathing content according to the user's psychological state.

The above personal terminal is characterized in that after the breathing (meditation) training service provided by the application is performed for a predetermined period of time through the above application, the breathing (meditation) training service results are displayed in the form of percentages, text, graphs, and emoticon images, and the breathing (meditation) training induction service performance results (satisfaction) are displayed on one screen as past and present data to enable comparison.

A personal terminal of a breathing (meditation) training service system using a sensor belt device for breathing training is provided, characterized in that the application of the personal terminal is activated to perform a breathing (meditation) training service process, and the user's status is identified through a bar graph of the breathing (meditation) training service performance results, and a breathing training sensor belt device is used in a manner of playing content such as diaphragmatic breathing or alternate breathing for specific items of the breathing (meditation) training service, and the degree of change can be displayed through a graph of the breathing (meditation) training service performance results after a specified period of time.

In addition, the breathing (meditation) training service program is characterized in that, even in the case of a psychological state of one of the items of stress, sleep, meditation, peace of mind, and blood pressure management (but not limited thereto), if the sensor belt device and breathing program are applied and managed consistently, it is possible to promote not only physical health but also peace of mind, and in the case of sleep apnea, if breathing is interrupted for a certain period of time after wearing the sensor belt device according to the present invention or after wearing it and going to bed, the sensor belt device is provided with a buzzer and a vibration device (not shown) so that an alarm signal is continuously sounded with sounds such as a buzzer/vibration/cell phone sound and a signal can be transmitted to the sensor belt device, thereby preventing sleep apnea. In the case of the above display method, if it is a bar graph, for example, the state can be displayed as a good state, a calm state, and a bad state by displaying it in different heights as upper, middle, and lower, and accordingly, pre-stored breathing (meditation)-related content can be provided. The above status display can be further subdivided into stages, and good and bad states can be subdivided into two stages each, and meditation-related content can be provided according to the breathing method. In addition, for example, it can be divided into scores of 1 to 5, and 1 can be displayed as a very bad state, 2 as a bad state, 3 as a calm state, 4 as a good state, and 5 as a very good state. The meditation content classified accordingly can be provided by having the control unit fetch the meditation content through the database in the form of a lookup table and automatically playing it in a streaming manner (but is not limited thereto).

In addition, in the breathing training service system including a sensor belt device for breathing training connected to a personal terminal via Bluetooth communication, a personal terminal for downloading an application for the sensor belt device for breathing (meditation) training service via a wireless communication network, a breathing (or meditation) content of one of various types extracted from a database based on the result data performed through the application for the sensor belt device for breathing training via voice or touch input via the personal terminal and played in streaming manner, and a service system manager computer (server) for receiving data from a sensor that detects abdominal movement and storing the results and managing the data,

When the user selects the breathing (meditation) training service function through touch input in the application via the personal terminal above, the breathing (meditation) training service of the sensor belt device for breathing training is performed, and the result is transmitted to the personal terminal or the breathing (meditation) training service manager computer (server).

The breathing (meditation) training service program is installed as an application on a personal terminal, and allows the user to select and perform the breathing (meditation) training service logic according to their choice, and display and save the resulting data.

When a user performs a breathing (meditation) training service for a specified period of time through the application of the personal terminal, the personal terminal displays the result of the breathing (meditation) training service in the form of a three-dimensional graph, bar graph, or linear graph, and when the result of the breathing (meditation) training service is displayed, the data trend between past data and present data is displayed on one screen according to the user's request.

The present invention is characterized in that, after using the sensor belt device for breathing training, a breathing (meditation) training service result data graph is displayed after a specified period of time by providing a breathing (meditation) training guidance service through an application of the personal terminal, displaying the result data in a graph, and then playing meditation content, the degree of change is displayed through a breathing (meditation) training service result data graph after a specified period of time, and the displayed result can be stored on a computer (server).

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This allows users to focus more on their breathing techniques and repeatedly perform advanced breathing techniques with progressively higher difficulty levels for extended periods of time, which results in the body inhaling more air, activating metabolism, increasing body temperature, improving blood circulation, and enhancing immunity.

Meanwhile, in the case of a sleep apnea patient, if the patient wears the sensor belt device for breathing training according to the present invention and goes to sleep, and if breathing stops for a certain period of time, the warning function of the sensor belt device is activated so that the sensor belt device continuously vibrates to provide an alarm function so that the sleep apnea patient can wake up. In addition to the alarm function, an emergency phone call service is provided to a hospital or other pre-stored phone number stored in a mobile phone (smartphone terminal), thereby providing a function as a device that can protect the golden time for the health recovery of a patient in danger.

The embodiments according to the present invention have been described above. However, the present invention is not limited to the above-described embodiments, and various modifications may be made and implemented within a scope that does not depart from the technical spirit of the present invention.

10: Sensor belt device
11: Leather part
12: Elastic part
20: Central Material

Claims (16)

In the sensor belt device for breathing training,
It consists of a leather part (11), a belt made of elastic spandex, and a central member (20) installed at the center of the belt.
The central material (20) is composed of a body with a front and a back in a roughly rectangular plate shape, and the back part is structured to be attached to the user's body, especially the abdomen. Inside the central material (20), a power supply unit (battery), a motor, a roller unit, a pressure sensor unit, a communication unit (wired and wireless transmission and reception function), an acceleration sensor, a buzzer, a vibration device, and a control unit (control means, a breathing training service program is built in).
On the back, there is a gauge that detects pressure changes according to the movement of the abdomen.
The sensor belt device (10) for breathing training is characterized in that it is configured to enable wired and wireless communication (Bluetooth communication) with a smartphone. In the first paragraph, a sensor belt device for breathing training, characterized in that the pressure sensor installed in the central member checks the pressure sensing value of abdominal movement to monitor the state of abdominal breathing during inhalation and exhalation through an app (breathing training service program), and provides a notification function that follows abdominal breathing through the app screen installed on a smartphone and notifies the start of inhalation and exhalation with vibration and buzzer sound in the abdomen at each breathing section. In paragraph 1,
A sensor belt device for breathing training characterized by providing a notification function on the app screen and device with a buzzer sound and vibration when thoracic breathing is performed instead of abdominal breathing. In paragraph 1,
This is a portable wearable device that can be easily worn on the abdomen. It checks the correct breathing condition anytime, anywhere, and anywhere, and continuously induces abdominal breathing by notifying the user with a buzzer and vibration when thoracic breathing is in progress. In paragraph 1,
A sensor belt device for breathing training that can check in real time through an app whether the user is breathing in a diaphragmatic or thoracic manner. In paragraph 1,
A sensor belt device for breathing training characterized by being able to check the results of breathing training (breathing rate per minute and number of thoracic and abdominal breathing) for inhalation and exhalation through a pressure sensor attached to the abdomen to see if the normal breathing pattern was followed when inducing diaphragmatic breathing (displayed on the app). In paragraph 1,
A sensor belt device for breathing training that enables consistent breathing training by setting time notifications to breathe at set times in the app, manages breathing data, and stores breathing-related data on the management system server. In the first paragraph,
This is a sensor belt device for breathing training that allows the user to set the desired mode and operate it, with a time mode that sets the time for the breathing section (inhale/hold breath/exhale) on the app or device and performs breathing regularly for that amount of time, and an autonomous mode that allows the user to breathe for a long time by checking only inhale and exhale without setting the time for the breathing section and freely setting the execution time. In a breathing induction system that monitors the user's abdominal breathing condition by using a sensor belt device worn on the user's abdomen to maintain proper breathing and promote physical health,
The above breathing induction system is equipped with a management device that is connected to the control device through a communication network,
The above management device is composed of a management server and a database.
The above database stores breathing technique information corresponding to the user's breathing performance history.
The above control device is equipped with an application for interfacing with the management device,
The above application provides the user's breathing technique performance information to the management device.
The above management device is a breathing induction system that induces physical health by maintaining proper breathing using a sensor belt device for breathing training, characterized in that it provides breathing method information to a control device based on the user's breathing performance history. In Article 9,
It is composed of additional members and member companies that provide users' health information,
The above management device is a breathing induction system that induces physical health by maintaining proper breathing using a sensor belt device for breathing training, characterized in that it provides breathing method information to the breathing device based on the user's health information. A wearable sensor belt device that monitors the state of abdominal breathing and a breathing induction system that uses the device to induce physical health,
A sensor belt device worn on the user's abdomen,
The above sensor belt device (sensor belt device control means) comes into contact with the user's abdomen to detect the body's bio-signals and periodically transmit the detected data.
The communication section of the above sensor belt device is connected via wireless communication, and a personal terminal in which a breathing training (service) program is installed as an application on the personal terminal, and
The above sensor belt device and personal terminal are connected via wired or wireless communication and are a respiratory induction device system including a management computer (server) that manages the personal terminal.
When the user selects the breathing (training) induction service program in the application of the above personal terminal and runs the program, the sensor belt device for breathing training monitors the breathing condition of the abdomen and stores the results in the personal terminal or transmits them to the breathing training service manager computer (server).
The breathing (training) induction service program of the above personal terminal displays the breathing process performance result data according to the user's selection.
A breathing induction system that induces physical health by maintaining correct breathing using a sensor belt device for breathing training, characterized in that when the above application is used, the user controls the breathing (meditation) induction process provided by the application to be performed for a specified period of time, and displays the breathing (meditation) induction process result data in the form of a percentage, text format, graph, or emoticon (not shown), and when the result after performing the breathing (meditation) induction service process is displayed, the user's breathing progress result data is displayed on one screen (not shown) as comparative data of past and present data so that the trend can be checked. In a personal terminal of a breathing (meditation) training induction service system including a breathing training sensor belt device connected to a personal terminal via Bluetooth communication, a personal terminal for downloading an application for the breathing training sensor belt device via a wireless communication network in order to proceed with a breathing (meditation) training service program, an application for providing a service for using the breathing training sensor belt device via voice or touch input via the personal terminal, the application performs a self-diagnosis process on the user's psychological state and shows the result as a score, and extracts content for a breathing (meditation) training service that matches the self-diagnosis score result from a database and plays the content in a streaming manner, and a breathing training service system manager computer (server) that detects abdominal breathing and transmits the detected data to the personal terminal,
The above personal terminal is equipped with a breathing (meditation) training induction service program as an application, and the above personal terminal is characterized by carrying out the breathing (meditation) training service process or displaying the process progress result data according to the user's selection through the application.
The above personal terminal displays the breathing (meditation) training service result data in the form of a three-dimensional graph or bar graph after the breathing (meditation) training service provided by the application is performed for a predetermined period of time through the above application, and is characterized in that the breathing (meditation) training induction service performance result is displayed on one screen as past data and current data so that the trend can be checked.
A personal terminal of a breathing (training) induction service system using a sensor belt device for breathing training, characterized in that the application of the personal terminal is activated to recognize the user's psychological state and play content such as double breathing or alternate breathing, and then after a specified period of time, the degree of change can be displayed through a graph of the results of performing the breathing (meditation) training service. In Article 12,
The breathing (meditation) (training) induction service program of the above personal terminal can help to promote mental stability as well as physical health by consistently managing the sensor belt device and breathing program even in the case of one of the psychological states of stress, sleep, meditation, mental stability, and blood pressure management, and in the case of sleep apnea, if breathing is interrupted for a certain period of time after wearing the sensor belt device for a certain period of time or after wearing it and going to bed, the sensor belt device is equipped with a buzzer and vibration device so that an alarm signal is continuously sounded with sounds and vibrations such as a buzzer/vibration/cell phone sound, and a breathing (meditation) (training) induction service system using a sensor belt device for breathing training is characterized by being able to transmit a signal to the sensor belt device. In Article 13,
In the above display method, if it is a bar graph, for example, the height can be displayed as upper, middle, lower to indicate a good state, a calm state, and a bad state, and accordingly, pre-saved breathing (meditation)-related content can be provided, and the above status display can be further subdivided into stages, and the good state and the bad state can be subdivided into two stages each to provide meditation-related content suitable for the breathing method, and can be classified into 1 to 5 points by score, and 1 can be displayed as a very bad state, 2 as a bad state, 3 as a calm state, 4 as a good state, and 5 as a very good state, and the meditation content classified accordingly can be automatically played in a streaming manner by the control unit through a database in a lookup table manner. A personal terminal of a breathing (meditation) (training) induction service system. A breathing (meditation) (training) induction service system using a breathing training sensor belt device, which includes a personal terminal that is connected to a personal terminal via Bluetooth communication, a personal terminal that downloads an application for the sensor belt device for breathing (meditation) training service via a wireless communication network, a breathing (or meditation) content of one of various types extracted from a database based on the result data performed through the application for the sensor belt device for breathing training via voice or touch input via the personal terminal and playing the breathing content on the personal terminal via streaming, and a computer (server) that checks the breathing state of the abdomen so that the breathing training sensor belt device connected to the personal terminal can continuously induce diaphragmatic breathing while playing the content,
When the user selects the breathing (meditation) training service function through touch input in the application via the personal terminal above, the breathing (meditation) training service of the sensor belt device for breathing training is performed, and the result is transmitted to the personal terminal or the breathing (meditation) training service manager computer (server).
The breathing (meditation) (training) induction service program is installed as an application on a personal terminal, and when the breathing service is executed, the breathing method and time for each breathing section can be selected, and content can be selected according to the user's psychological state.
When a user performs a breathing (meditation) (training) induction service for a predetermined period of time through the application of the personal terminal, the personal terminal displays the result of the breathing (meditation) training service in the form of a three-dimensional graph, bar graph, or linear graph, and when the result of the breathing (meditation) (training) induction service is displayed, the trend between past data and present data is displayed on one screen according to the user's request.
A breathing (meditation) (training) induction service system using a sensor belt device for breathing training, characterized in that it provides breathing (meditation) training service through the application of the above personal terminal, and can display the result data in the form of a percentage, text format, graph, or emoticon image, and can store the result in a computer (server) or personal terminal. In Article 15,
In the case of patients with sleep apnea, if breathing stops for a certain period of time after wearing a sensor belt device for breathing training and going to bed, the warning function of the sensor belt device will be activated, and the sensor belt device will continuously vibrate to provide an alarm function so that the patient with sleep apnea can wake up.
A breathing (meditation) (training) induction service system using a sensor belt device for breathing training, characterized in that it can provide a function as a device that can keep the golden time for the health recovery of a patient in danger by providing an emergency phone call service to a hospital or other pre-stored phone number in advance stored in the mobile phone in addition to an alarm function.