KR20230173255A - System for muscle stimulation employing image - Google Patents

Abstract

The embodiment relates to a muscle strength enhancement system by linking an image and a muscle strength enhancer.
Specifically, when this muscle strength enhancement system first transmits stimulation signals to the user's body parts to increase muscle strength, it sets the corresponding image information for each type of muscle strength strengthening exercise for each body part and registers the first care content. Therefore, whenever muscle strength is enhanced through these stimulation signals, image information is extracted from the first care content corresponding to the type of muscle strength strengthening exercise for each body part and provided separately in accordance with the stimulation signal, thereby enhancing the strength of the muscle strength enhancer. On a nearby screen, images corresponding to different muscle-strengthening exercises are displayed according to the stimulus.
Therefore, when exercising to increase muscle strength through this, the user is provided with images suitable for each type of muscle strength exercise for each body part according to the stimulus, helping the user to increase muscle strength smoothly while watching the video.
Therefore, through this, the embodiment provides the user with various images suitable for muscle strength strengthening exercises tailored to different stimuli when performing exercises to increase muscle strength by providing stimulation through a muscle strength enhancer, so that the user can see the images realistically. Helps build high-quality muscle strength. In addition, even if the user exercises in an indoor space, it provides the same experience as playing sports outdoors, thereby motivating and immersing the user and helping to increase muscle strength smoothly.

Description

Muscle strength enhancement system by linking video and muscle intensifier {System for muscle stimulation employing image}

The content disclosed in this specification relates to the field of electrical muscle stimulation (EMS) technology. More specifically, when increasing muscle strength by helping the user's muscle activity, the muscle strength enhancer is connected to multiple different user body parts, and the stimulation pad of each muscle strength enhancer is used to provide stimulation corresponding to each strength exercise. It helps increase muscle strength by delivering it through the body.

Unless otherwise indicated herein, the material described in this section is not prior art to the claims of this application, and is not admitted to be prior art by inclusion in this section.

In general, the public has recently become very interested in exercise, diet, and self-management. Accordingly, the public seeks out gyms where there are people who help them exercise. However, people who go to the gym for the first time do not know what equipment to use or what posture to exercise in to exercise specific body parts.

Also, look at the equipment manual or search for exercise-related apps to learn how to use the equipment. However, with this alone, it is difficult to check whether you are exercising correctly. If you exercise incorrectly, the effectiveness of the exercise decreases and stimulation does not reach the area you want to exercise. In addition, there are cases where you are exposed to the risk of injury and put too much strain on your discs or joints. So, at the gym, there are trainers, or fitness instructors, to help you exercise. However, since a small number of trainers cannot teach all gym members, gym members pay a fee and receive personal training (PT) or group classes on time.

Meanwhile, in addition to this, there is a trend for users to simply do these exercises themselves at home, and instead of using these tools, there are tools that simply help users increase their muscle strength.

In other words, it is a muscle strength enhancer (EMS), and this muscle strength enhancer supplies electrical current to the user's body through conductors or electrodes to apply electrical stimulation to the user's muscles. In addition, it is known to cause skeletal muscle contraction through various applications such as muscle strengthening and muscle exercise through muscle contraction and relaxation, management of incontinence, and management of spinal deformity. In other words, when moving the body, the same electric current as the electrical command signal sent from the brain to the muscles is passed directly to the muscles through a mechanical device, causing the motor nerves and muscle fibers to contract.

In addition, these exercises are different from exercises that use heavy objects such as dumbbell exercises, and they strengthen muscles by using muscle contraction by electrically stimulating the muscles, and are known to be more stable.

However, conventionally, muscle strength enhancers typically use sportswear with stimulation pads attached to correspond to a plurality of body parts of the user, and are performed by controlling signals applied to these stimulation pads.

In addition, it simply provides signals at an intensity automatically set or set by the user depending on the exercise mode, so it may not be easy for women or young students to exercise individually at home or to exercise effectively and realistically. It seems.

Additionally, the prior art literature on this background is the following literature.

(Patent Document 0001) KR100612031 Y1

For reference, Document 1 is about a muscle strength enhancer, and specifically, an auxiliary device for muscle strength enhancement.

And, more specifically, when performing muscle strength enhancement, it is provided with a behavioral profile for the movement of the walking aid device, so that it not only assists the elderly or the disabled with physical disabilities, but also helps the general public and patients strengthen their muscles.

The disclosed content is that when exercising to increase muscle strength by stimulating it through a muscle strength enhancer, virtual reality and augmented reality technology are used to provide the user with various experiential exercise programs suitable for muscle strength strengthening exercise, thereby motivating the user and We aim to provide a muscle strengthening system that helps increase quality of muscle strength by increasing immersion and increasing exercise effectiveness.

The muscle strength enhancement system by linking images and muscle strength enhancers according to the embodiment,

First, when strengthening muscle strength by transmitting stimulation signals to the user's body parts, the target actual exercise type corresponding to each muscle strength strengthening exercise type for each body part is implemented and set in augmented reality and virtual reality and the first care content is registered. do. Therefore, whenever the user enhances muscle strength through these stimulation signals, augmented reality and virtual reality programs corresponding to the type of muscle strengthening exercise for each body part are extracted from the first care content and provided respectively according to the stimulation signal. In this way, the augmented reality and virtual reality programs corresponding to different types of muscle strengthening exercises are displayed according to the stimulation on the screen and virtual reality equipment around the muscle strength enhancer.

Therefore, when exercising to increase muscle strength, the user is provided with a virtual reality and augmented reality program tailored to the stimulus for each type of muscle strength strengthening exercise for each body part, allowing the user to exercise outdoors even if the user exercises in an indoor space. It is characterized by providing motivation and immersion to the user by providing an experience similar to enjoying, helping to smoothly increase muscle strength.

Specifically, these systems:

When a user exercises to increase muscle strength, each muscle strength enhancer is connected to a number of different body parts of the user, and stimulation corresponding to each type of muscle strength exercise is delivered through the stimulation pad of each muscle strength enhancer to increase muscle strength. In a system that helps,

When delivering stimulation to the body part, the stimulation signal is generated differently depending on the type of muscle strengthening exercise for each body part selected according to the user's key operation, from the setting information that stimulates each type of muscle strengthening exercise for each body part. A muscle strength enhancer that delivers; and

A screen unit that displays virtual reality and augmented reality programs and user interface information according to the type of muscle strengthening exercise for each body part delivered by the muscle strength enhancer, and measures and displays the user's exercise movement with a motion recognition sensor; Including,

The muscle strength enhancer,

a) When strengthening muscle strength by transmitting different stimulation signals for each type of muscle strengthening exercise for each body part, the first care content is registered by setting the corresponding image information for each type of muscle strengthening exercise for each body part,

b) Whenever muscle strength is enhanced through the stimulation signal, image information is extracted from the first care content corresponding to the type of muscle strength strengthening exercise for each body part and provided separately in accordance with the stimulation signal,

Through the screen unit, images corresponding to each type of muscle strengthening exercise are displayed and provided according to the stimulation,

Then, the screen unit,

Whenever image information suitable for the type of muscle strengthening exercise is provided through the muscle strength enhancer according to the stimulus, the corresponding image information is displayed on the screen or virtual reality equipment and the user's movements are measured through a motion recognition sensor to provide virtual reality and augmented reality. reflected in the program. Through this process, virtual reality and augmented reality user interfaces are displayed for each type of muscle strengthening exercise for each body part.

Additionally, in this case, the muscle strength enhancer,

a) When strengthening muscle strength through the image information, normal body alignment, movement pattern, quality, and rhythm information corresponding to each type of muscle strengthening exercise for each body part are separately set and registered for multiple different users,

b) Whenever muscle strength is enhanced through the image information, body alignment, movement pattern, quality, and rhythm information are extracted according to the muscle strength enhancement exercise type for each body part being exercised for the user through the stimulation pad,

c) Compare the registered information and the extracted information according to the individual values and correlation values for each piece of information,

d) The intensity of the stimulation signal for the user is adjusted differently during muscle strengthening exercise according to the compared information.

According to embodiments, when performing a muscle strengthening exercise by providing stimulation through a muscle strength enhancer, various virtual reality and augmented reality programs are extracted to the user according to the muscle strength strengthening exercise and provided separately for each different stimulus, so that the user can use them. It helps to increase high-quality muscle strength in a realistic way while watching it.

For example, while using such an augmented reality program, such as a video of climbing a mountain or an augmented reality or virtual reality program of riding a mountain bike, a muscle strength enhancer linked to it provides stimulation to the lower body and back, like actual mountain climbing or mountain biking. Using this method, even if you exercise indoors, you can exercise with the same feeling as if you were actually hiking or riding a bicycle.

And also, this effect is even greater when exercising individually at home or when people such as women or young students do muscle strengthening exercises.

1 is a diagram conceptually illustrating a muscle strength enhancement system by linking an image and a muscle strength enhancer according to an embodiment.
Figure 2 is a diagram illustrating the entire muscle strength enhancement system by linking an image and a muscle strength enhancer according to an embodiment.
Figure 3 is a block diagram showing the configuration of a muscle strength enhancer applied to a muscle strength enhancement system by linking an image and a muscle strength enhancer according to an embodiment.
Figure 4 is a procedural flow chart sequentially showing the operation of the muscle strength enhancement system by linking an image and a muscle strength enhancer according to an embodiment.

Figure 1 is a diagram for conceptually explaining a muscle strength enhancement system by linking an image and a muscle strength enhancer according to an embodiment.

As shown in FIG. 1, the muscle strength enhancement system of one embodiment provides the user with various images suitable for strength enhancement exercises in accordance with the stimulation when performing exercises to increase muscle strength by providing stimulation through a muscle strength enhancer, Helps build higher quality muscle strength.

To this end, first, as before, when performing muscle strength enhancement, such a muscle strength enhancer connects a stimulation pad to a specific body part of the user and transmits stimulation signals according to the desired exercise. In this case, the signal intensity can be adjusted differently depending on the type of exercise, etc. to help with smooth enhancement.

And also, in this state, the muscle strength enhancer according to one embodiment includes the following configuration.

In other words, when a stimulation signal is delivered to a user's body part to increase muscle strength, the first care content is registered by setting a corresponding virtual reality and augmented reality program for each type of muscle strength strengthening exercise for each body part. Therefore, whenever muscle strength is enhanced through these stimulation signals, image information corresponding to the type of muscle strength strengthening exercise for each body part is extracted from the first care content in accordance with the stimulation signal, and is distributed around the muscle strength enhancer. The screen displays the corresponding images for each different stimulus signal.

Therefore, when exercising to increase muscle strength through this, images appropriate for each type of muscle strength strengthening exercise for each body part are extracted and provided to the user according to the stimulus, helping the user to increase muscle strength smoothly while viewing the video.

For example, this type of muscle strengthening exercise can be classified into muscle strengthening through muscle relaxation and contraction, muscle exercise, and incontinence management, and various other variations are possible.

In addition, video information according to the type of muscle strengthening exercise for each body part, for example, when a young student is strengthening leg strength, provides soccer content as video information, helping to smoothly increase muscle strength in a realistic way while watching it. Alternatively, if a woman wants to strengthen her leg muscles, we provide content with a beautiful walking scenery as video information to help her strengthen her muscles in a light and comfortable way. Here, EMS cycle information is also shown without the need for a spinning cycle.

So, through this, in one embodiment, when performing muscle strengthening exercise with stimulation through a muscle strength enhancer, various images suitable for muscle strength strengthening exercise are provided to the user, tailored to each different stimulus, so that the user can realistically view them while watching them. Helps build quality muscle strength.

For example, while watching a video of climbing a mountain, that is, a beautiful panoramic video, the muscle strength enhancer linked to it provides stimulation in the same way as actual mountain climbing, giving you the effect of exercising while actually climbing a mountain.

In other words, even if the user exercises in an indoor space, it provides the same experience as playing sports outdoors, thereby motivating and immersing the user and helping to increase muscle strength smoothly.

Additionally, such strength enhancers may be made as schematically shown.

That is, for example, it includes clothing (or pad type) 10, a muscle strength enhancer, and a screen.

Here, the garment 10 may include at least one stimulation pad 11. In addition, the stimulation pad 11 transmits stimulation to the user's body parts through positive and negative electrodes, and when the user wears clothing, it is applied to the user's back, shoulders, chest, abdominal muscles, thighs, and other body parts. Implement it to be deployed.

The muscle strength enhancer is connected to the stimulation pads 11 and transmits stimulation to a user's body part by applying a signal to at least one of the stimulation pads 11. And, according to one embodiment, the muscle strength enhancer provides stimulation, that is, signal intensity, according to the format of the stimulation signal corresponding to each type of muscle movement. Additionally, the strength enhancer may be connected to a screen to perform training. For example, user input or control signals are provided for automatic or manual adjustment of the selection of exercise mode, signal intensity and/or signal pattern for the stimulation pad 11, etc. according to user key manipulation. And, according to one embodiment, when the muscle strength enhancer transmits stimulation signals to the user's body parts to increase muscle strength, it sets the corresponding image information for each muscle strength strengthening exercise type for each body part and registers the first care content. . Therefore, whenever muscle strength is enhanced through these stimulation signals, image information corresponding to the type of muscle strength strengthening exercise for each body part is extracted from the first care content in accordance with the stimulation signal, and is distributed around the muscle strength enhancer. Display images corresponding to different stimulus signals on the screen.

The screen provides training to the user in conjunction with this muscle strength enhancer. In other words, whenever the screen receives image information matching the stimulus signal through the muscle strength enhancer, it displays the image information on the screen and provides images tailored to each type of muscle strengthening exercise for each body part.

Figure 2 is a diagram illustrating the entire muscle strength enhancement system by linking an image and a muscle strength enhancer according to an embodiment.

As shown in FIG. 2, when doing home training, the system according to one embodiment displays the above-mentioned image on a smart mirror or a separate screen, and allows people living at home to realistically improve their muscle strength while viewing this information. It helps to facilitate the exercise of augmentation.

In another example, health education videos for health instructors are mirrored on these smart mirrors, and this information is provided to people (members) living in remote locations, that is, at home, so that classes are conducted non-face-to-face. Additionally, at this time, these non-face-to-face classes are provided separately by various health instructors and members. For example, health instructors and members are grouped 1:1 or multi:1.

For example, in this case, the relay information processing device 100 provides the above-described image to the smart mirror or the member's user terminal 300. Alternatively, health education videos, exercise videos/exercise programs for health education, and management videos/information of a gym manager (management information processing device 200) may be combined and provided in various formats. In addition, this information is provided to the member's user terminal 300 through a registered video meeting program, for example, Zoom, to provide non-face-to-face health video education.

Meanwhile, additionally, when this relay information processing device 100 provides various images and information, the health instructor, manager, and member may use various registration information, such as member information and gym information, to collect the member's actual information. By matching the course information, it continues to provide practical help even if the DB is changed.

In addition, when providing various images/information under the DB matching situation, the health instructor, administrator, and member side (i.e., in each device) diversifies and transmits/receives information, allowing many It allows members to quickly transmit videos and other information with a large amount of data.

Additionally, when home training is performed in this way, the smart mirror (M) mirrors the corresponding images from the relay information processing device 100 for each multiple user or multiple health instructors to provide individual information to many members. to provide.

Figure 3 is a block diagram showing the configuration of a muscle strength enhancer applied to a muscle strength enhancement system by linking an image and a muscle strength enhancer according to an embodiment.

As shown in FIG. 3, the muscle strength enhancer 500 according to one embodiment largely includes a key signal input unit 501, an interface unit 502, a storage unit 503, an FPGA 504, and a signal generator ( 505) and a control unit 506. Additionally, the control unit 506 further includes a display unit 507.

The key signal input unit 501 receives various user setting information, including muscle strength-enhancing exercise types for a number of different body parts and corresponding image information.

The interface unit 502 transmits and receives signals to and from external devices such as stimulation pads. Signals transmitted and received from external devices include control information and stimulus information. At this time, the external device includes a screen that is linked to the muscle strength enhancer.

The storage unit 503 stores programs and information necessary for training operations to increase muscle strength. For example, the type of muscle strengthening exercise for each body part and the corresponding image information input by the key signal input unit 110 are stored.

The FPGA 504 converts the stimulation information to suit each stimulation signal format according to user setting information among the stimulation signal formats corresponding to each type of muscle strengthening exercise for each body part. In addition, when performing this conversion operation, the stimulation signals are diversified by combining and matching the input and output ports according to the corresponding stimulation signal format from the input/output port information in matrix format for each set stimulation signal format and between stimulation pads.

The signal generator 505 has at least one terminal and, according to instructions from the control unit 506, can be connected to each terminal to generate at least one stimulation signal. For example, the signal generator 140 includes a power source (or battery), a waveform generator, electrodes, terminals, etc.

The control unit 506 differently controls the conversion operation and diversification operation of the FPGA 504 and the generation operation of the signal generation unit 505 according to the user setting information of the key signal input unit 501, respectively, for each type of muscle strengthening exercise. Stimuli are diversified and provided differently depending on the type of stimulation signal.

Figure 4 is a procedural flowchart sequentially showing the operation of a muscle strength enhancement system by linking an image and a muscle strength enhancer according to an embodiment.

As shown in FIG. 4, the system of one embodiment first connects muscle strength enhancers to a plurality of different body parts in the user terminal 300, for example, when the user performs muscle strengthening exercises as before. Therefore, stimulation corresponding to each type of muscle strengthening exercise is delivered through each stimulation pad to help strengthen muscle strength.

Also, in this case, when delivering stimulation to the body part, the muscle strength enhancer first receives a stimulation signal from the setting information that stimulates each body part in response to the type of muscle strengthening exercise for each body part, and selects the body part according to the user's key operation. It occurs and is delivered differently depending on the type of muscle strengthening exercise.

Then, the screen unit displays user interface information according to the type of muscle strengthening exercise for each body part delivered by the muscle strength enhancer.

Additionally, in this state, according to one embodiment, the muscle strength enhancer performs the following operations.

a) First, when strengthening muscle strength by transmitting different stimulation signals for each type of muscle strengthening exercise for each body part, the image information or video program corresponding to each type of muscle strengthening exercise for each body part is set and the first Register care content.

b) Therefore, whenever muscle strength is enhanced through the stimulation signal, image information is extracted from the first care content corresponding to the type of muscle strength strengthening exercise for each body part and provided in accordance with the stimulation signal.

For example, in this case, the image information may be received and provided externally through the relay information processing device 100 and the management information processing device 200 through the exercise manager, exercise instructor, etc. In addition, the instructor personally demonstrates and provides guidance information on these exercises through the smart mirror (M).

Then, through the screen unit, images or video programs corresponding to each type of muscle strengthening exercise are displayed and provided according to the stimulation.

Then, the screen unit displays the image information on the screen whenever image information suitable for the type of muscle strength exercise is provided through the muscle strength enhancer according to the stimulus, and displays an image suitable for each type of muscle strength exercise for each body part. Provided according to stimulation.

Also, in this case, the motion recognition sensor detects the user's movement and reflects this information on the video or video program to inform the user.

Then, when the muscle strength enhancer increases muscle strength through an image or program, it provides different stimulation depending on the state of exercise through the method below, helping to obtain better exercise effects.

a) First, for this purpose, when strengthening muscle strength through the image information, etc., normal body alignment, movement pattern, quality, and rhythm information corresponding to each muscle strength strengthening exercise type for each body part are individually set for multiple different users. Register.

b) Then, whenever muscle strength is enhanced through the image information, body alignment, movement pattern, quality, and rhythm information according to the muscle strength enhancement exercise type for each body part being exercised for the user is extracted through the stimulation pad. .

c) So, the registered information and the extracted information are compared according to individual values and correlation values for each piece of information.

d) And according to the compared information, the intensity of the stimulation signal for the user is adjusted differently during muscle strengthening exercise.

For example, if the compared information corresponds to normal values for body alignment, movement pattern, quality, and rhythm during exercise, the intensity of the stimulation signal is gradually reduced and the process ends when the completion button is pressed.

Alternatively, normal body alignment, etc. can be set for each stage for each type of muscle strengthening exercise, and if it corresponds to the normal state for each stage during exercise, weighting or reduction values for each stage are applied. Thus, the stimulation signal is appropriately adjusted.

So, through this, in one embodiment, when performing exercises to increase muscle strength, images appropriate for each type of muscle strength strengthening exercise for each body part are extracted and provided to the user according to the stimulus, so that the user can realistically improve muscle strength while watching it. Helps you do it.

For example, while watching a video of climbing a mountain, that is, a beautiful panoramic video, the muscle strength enhancer linked to it provides stimulation in the same way as actual mountain climbing, giving you the effect of exercising while actually climbing a mountain.

As described above, in one embodiment, when a stimulation signal is first delivered to a user's body part to increase muscle strength, the first care content is registered by setting corresponding image information for each type of muscle strength strengthening exercise for each body part. Therefore, whenever muscle strength is enhanced through such stimulation signals, image information is extracted from the first care content corresponding to the type of muscle strength strengthening exercise for each body part and provided separately according to the stimulation signal, so that the muscle strength enhancer On the screen around the screen, images corresponding to each type of muscle-building exercise are displayed according to the stimulus.

Therefore, when exercising to increase muscle strength through this, images appropriate for each type of muscle strength exercise for each body part are extracted and provided to the user according to the stimulus, helping the user to increase muscle strength smoothly while viewing the video.

Therefore, when exercising to increase muscle strength by stimulating it through a muscle strength enhancer, the user is provided with a variety of images suitable for muscle strength strengthening exercises tailored to different stimuli, so that the user can realistically watch the video and experience higher quality video. Helps increase muscle strength.

And also, this effect is even greater when exercising individually at home or when people such as women or young students do muscle strengthening exercises.

Meanwhile, in another embodiment, when performing muscle strengthening exercises in this way, diseases and injuries are detected by analyzing body alignment, movement shape, quality and rhythm through comprehensive movement analysis of each joint, for example, the body part being exercised from the configuration below. It also provides analysis and appropriate treatment methods (+EMS).

a) Specifically, first, for this purpose, the second care content according to the embodiment is registered. This secondary care content sets the normal body alignment, movement pattern, quality, and rhythm corresponding to each type of muscle strengthening exercise for each body part.

In addition, the degree of disease and damage is set and registered according to the individual and correlation values for each piece of information.

In addition, by matching and registering treatment methods or stimulus signals corresponding to a number of different diseases and degrees of damage, the second care content is set to provide different treatment methods and stimulus signals for each disease and degree of damage. Register.

d) Then, whenever muscle strength is enhanced through the image information, body alignment, movement pattern, quality, and rhythm information according to the muscle strength enhancement exercise type for each body part being exercised for the user is extracted through the stimulation pad. .

For example, such a stimulation pad is equipped with two electrodes, an anode and a cathode, and the contact resistance between the stimulation pad and the user in motion is detected from these electrodes, and the above body alignment is confirmed through individual values and change amounts. Alternatively, this information may be detected through a separate motion sensor.

e) Therefore, the registered information and the extracted information are compared and analyzed according to individual values and correlation values for each piece of information, and a treatment method is provided according to the degree of disease and damage according to the analyzed information.

Alternatively, the intensity of the stimulation signal for the user is adjusted differently for each user according to the analyzed information.

For example, the intensity of the stimulation signal may be appropriately reduced for those with a moderate level of damage, while it may be maintained as is for those with a normal level of damage.

On the other hand, this configuration, when extracting and providing stimulation signals suitable for the user, provides customized muscle strengthening exercises according to the stimulation signals suitable for the user in the following manner, thereby obtaining better exercise effects.

For example, when an individual performs muscle-strengthening exercises at home, a number of different types of muscle-strengthening exercises and various setting information are entered according to the user's keystrokes.

For example, enter each member's exercise video/exercise program, member information, etc.

Then, muscle strengthening exercises are performed in the same manner as described above, and treatment methods and stimulation signals tailored to each user are extracted and provided through the second care content. In this case, body alignment, movement pattern, quality, and rhythm are provided. Extracts and provides stimulus signals, etc. in accordance with.

Specifically, as another example, when providing such stimulation signals, etc., stimulation signal patterns are accumulated from the corresponding stimulation signal information according to body alignment and movement patterns through the second care content, and the stimulation signal characteristics are differentiated for each different user. Extract.

Then, by recommending muscle strength exercises corresponding to these stimulus signal characteristics, for example, the strength of the stimulus signal, the number of repetitions, and the type of stimulus signal according to the type of muscle strength exercise for each appropriate body part, it is tailored to each user. Provides exercise information.

Additionally, in these cases, muscle strengthening exercises are performed in conjunction with an instructor, providing guidance and convenience to individuals who are exercising for the first time.

For example, when performing such muscle-strengthening exercises, that is, home training, the corresponding exercise program selection UI and exercise video UI are zoomed through the information processing device or terminal connected to the instructor (first, initially in the zoom-off state). (provided) provides guidance on exercise items suitable for members.

In addition, when performing muscle strengthening exercises in this state, setting information for guidance, etc. is provided on the screen in the zoom-on state, for example, meeting ID, PW, microphone/screen on/off information, etc. are provided.

So, when providing guidance, etc. in this way, a guided training video performed by an instructor is provided on the screen, and further, when completing guidance, etc., the user's customized stimulation signal information and corresponding information are displayed on the screen in the manner described above. We provide a variety of services including customized muscle strengthening exercises.

On the other hand, when providing various videos suitable for muscle strengthening exercises, the content is edited or selected according to various situations such as various muscle strengthening exercises and users from a specific content editing tool appropriate for various muscle strengthening exercises, so various videos are provided. Provides convenience.

To this end, first, for example, the main administrator creates a specific content editing tool suitable for muscle strengthening exercises and provides the corresponding content to each user in various situations.

In this situation, these individuals request events and content about various muscle-strengthening exercises. For example, if an individual prefers walking, they request a trail with beautiful scenery, and the content is tailored differently accordingly. Edited and provided.

So, through this, when an individual wants to do various muscle strengthening exercises, this method allows the exercise to be tailored to the convenient situation desired by the individual, providing even more convenience for various exercises.

In addition, when providing such content, a sound source suitable for muscle-strengthening exercise is set and appropriate music is provided accordingly, making the exercise more effective and realistic.

In addition, in this case, when recommending content in this way, videos suitable for muscle-strengthening exercises are matched and selected, and the corresponding content is provided in a customized manner for each muscle-strengthening exercise or type of exercise, thereby providing convenience for various exercises.

For example, source information (videos, sound sources, etc.) may be collected through an external management information processing device, and content suitable for various situations may be extracted from, for example, YouTube videos or sound sources and used in this manner.

In addition, when performing muscle-strengthening exercises in this way, a library containing video information is built in response to the characteristics and genre information of music suitable for muscle-strengthening exercises, and only the characteristic information of the music is analyzed in this state. So, video information suitable for the situation is found according to this music analysis information.

Also, in this case, such video information is selected based on brief information such as sound volume or speed for each type of muscle strengthening exercise or its type, and content is provided accordingly.

In addition, it is configured at a low cost to enable simple music analysis and selection, and detailed analysis of music and library construction are performed on a terminal, such as a management information processing device (e.g., a management information processing device at the instructor's location). and provides it to the user terminal.

And the embodiment can be further expanded to connect to an external server, receive various contents from the server, create a library, and provide it to the user terminal, and have music analysis and libraries processed by the server.

Therefore, when music files, etc. are stored as multiple songs on the user's terminal, etc., and the user performs muscle strengthening exercises, the song appropriate for the exercise is selected and played, and a video is also provided, providing a realistic experience through the screen along with music playback. Provides even more convenience. In other words, you exercise in accordance with the music played from outside and are shown a scene that matches the music.

Also, in this case, this library does not build a library of all pieces of arbitrary music, but builds a library for at least one verse or part of a song and stores it in a simple manner. In addition, the next scene that can be continued from the scene in question is saved in another library. In other words, the library for any muscle strengthening exercise or type thereof is constructed as a plurality of libraries such as type A, type B, type C, etc. In addition, each type of library stores a plurality of scene information for each content, such as one measure or a partial measure, and can be randomly merged so that the plurality of scenes can be operated as continuous content. Create a library to enable

And, in the case of music analysis, the frequency spectrum is analyzed or the music is analyzed through signal processing to recognize the music in terms of beat and rhythm, etc., and the type of music is analyzed, and the beat, rhythm, loudness, etc. are continuously analyzed. Analyze the parameters required for scene selection. For example, the amplitude is analyzed through frequency spectrum analysis, and whether it is music is determined based on repeated bands, and if it is music, the analysis is performed. In order to identify the type, the analysis sets the characteristic information for each type, analyzes the music, extracts the characteristic information for each type, that is, the type of exercise, and distinguishes what type it is. In addition, beat rhythm, sound volume, maleness, femaleness, etc. can be assigned as analysis items as needed. When music analysis is performed in this way, the most appropriate information is found among the libraries of the corresponding type in the library using the analysis information, and this information is loaded.

In addition, basic analysis information is provided by extracting only the basic characteristic information of the microphone, audio input unit, and music, and scenes are selected based on the basic information of the music. Then, scenes are provided together according to the characteristic information of the analyzed music.

In this case, sound sources, etc. are provided from outside, the provided sound source list is checked for sound sources that exist in common with the stored sound source, and an identification mark is given to the sound source that has been confirmed.

For example, in cases where a user selects a sound source without an identification mark, the external server may provide the configuration with an option to provide the sound source.

In addition, the sound source list provides a plurality of sound sources to be displayed sorted according to set criteria, and provides information to identify the sound source through the title or thumbnail image of the sound source.

Additionally, the sound source list can provide the title, singer (or producer), genre, playback time, etc. of the sound source.

Therefore, by reflecting the selected sound source and providing it according to the scene, fun and tension can be increased.

500: Strength Enhancer
501: Key signal input unit
502: Interface unit
503: storage unit
504: FPGA
505: signal generator
506: control unit
507: display unit

Claims (3)

When a user exercises to increase muscle strength, each muscle strength enhancer is connected to a number of different body parts of the user, and stimulation corresponding to each type of muscle strength exercise is delivered through the stimulation pad of each muscle strength enhancer to increase muscle strength. In a system that helps,
When delivering stimulation to the body part, the stimulation signal is generated differently depending on the type of muscle strengthening exercise for each body part selected according to the user's key operation, from the setting information that stimulates each type of muscle strengthening exercise for each body part. A muscle strength enhancer that delivers; and
a screen unit that displays user interface information according to the type of muscle strength strengthening exercise for each body part delivered by the muscle strength enhancer; Including,

The muscle strength enhancer,
a) When strengthening muscle strength by transmitting different stimulation signals for each type of muscle strengthening exercise for each body part, the first care content is provided by setting the corresponding image information or video program for each type of muscle strengthening exercise for each body part. By registering,
b) Whenever muscle strength is enhanced through the stimulation signal, image information or an image program is extracted from the first care content corresponding to the type of muscle strength strengthening exercise for each body part and provided separately according to the stimulation signal,
Through the screen unit, images or video programs corresponding to each type of muscle strengthening exercise are displayed and provided according to the stimulation,

The screen part,
a) Whenever image information suitable for muscle strengthening exercise is provided through the muscle strength enhancer according to the stimulus, the corresponding image information or video program is displayed on the screen, and an image or program suitable for each type of muscle strengthening exercise for each body part is displayed. Provided according to the stimulus,
b) When displaying the video information or video program, the motion recognition sensor detects the user's movement and reflects it in the video information or video program.

The muscle strength enhancer,
a) When strengthening muscle strength through the image information or video program, normal body alignment, movement pattern, quality, and rhythm information corresponding to each type of muscle strengthening exercise for each body part are separately set and registered for multiple different users. So,
b) Whenever muscle strength is enhanced through the image information or video program, body alignment, movement pattern, quality, and rhythm information are extracted according to the muscle strength enhancement exercise type for each body part being exercised for the user through the stimulation pad. So,
c) Compare the registered information and the extracted information according to the individual values and correlation values for each piece of information,
d) adjusting the intensity of the stimulation signal to the user differently during muscle strengthening exercise according to the compared information; A muscle strength enhancement system that combines video and muscle strength enhancers. In claim 1,
The muscle strength enhancer,
c) When strengthening muscle strength through the image information, set the normal body alignment, movement pattern, quality, and rhythm corresponding to each type of muscle strengthening exercise for each body part, and correlate the individual values for each piece of information. The degree of disease and damage is set according to the value and registered accordingly.
In addition, by matching and registering treatment methods or stimulus signals corresponding to a number of different diseases and degrees of damage, the second care content is set to provide different treatment methods and stimulus signals for each disease and degree of damage. By registering,
d) Whenever muscle strength is enhanced through the image information, body alignment, movement pattern, quality, and rhythm information are extracted according to the type of muscle strength strengthening exercise for each body part being exercised for the user through the stimulation pad,
e) Compare and analyze the registered information and the extracted information according to individual values and correlation values for each piece of information, and provide treatment methods tailored to each disease and degree of damage according to the analyzed information,
Or, adjusting the intensity of the stimulation signal for the user differently according to the analyzed information; A muscle strength enhancement system that combines video and muscle strength enhancers. In claim 2,
f) When the stimulation signal is extracted and provided, the stimulation signal characteristics are determined by accumulating the stimulation signal pattern from the stimulation signal according to the body alignment, movement pattern, quality, and rhythm each time the muscle strength is increased according to the second care content. Extract each from multiple different users,
Providing exercise information tailored to each user by recommending muscle strengthening exercises corresponding to the stimulus signal characteristics for each user; A muscle strength enhancement system that combines video and muscle strength enhancers.