KR20230134002A - System for guiding state of exercise - Google Patents

Abstract

The present invention relates to an exercise situation guidance system, wherein the exercise situation guidance system includes a left body information acquisition module and a right body information acquisition module that are worn on the user's body and respectively acquire body information, and are attached to the user's body or exercise equipment. A left mechanism information acquisition module and a right mechanism information acquisition module and the left body information acquisition module and a right body information acquisition module and a left mechanism information acquisition module and a right mechanism information that detect the movement state of an exercise device or a body moving the exercise device. A user terminal communicates with an acquisition module, wherein the user terminal outputs an appropriate exercise method suitable for the user for the exercise equipment name and exercise equipment name selected by the user, and the left body information acquisition module and the right body information acquisition module. The current user's heart rate and current muscle fatigue are determined using the body information acquired from the information acquisition module, and the exercise is performed in an abnormal state using the mechanism information obtained from the left body information acquisition module and the right body information acquisition module. determines the direction and problem and outputs them to at least one of the left body information acquisition module and the right body information acquisition module.

Description

Exercise situation guidance system {SYSTEM FOR GUIDING STATE OF EXERCISE}

The present invention relates to an exercise situation guidance system, and more specifically, to an exercise situation guidance system that guides exercise situations in real time.

Modern people's physical activity has decreased significantly due to the advancement of science and technology and economic development, which puts them at risk of lack of exercise and adult diseases.

Therefore, many modern people feel the need for exercise and exercise professionally and systematically at professional exercise centers such as health clubs or exercise individually.

However, in order to systematically perform exercises that suit you at an exercise center, you need to get help from experts, but in most cases, it costs a lot of money and takes a lot of time.

Because of this, many people exercise individually without seeking professional help. In this case, most ordinary people, not experts, perform excessive exercise by exercising with weight or frequency that does not take into account their physical strength or physical condition, or, conversely, do not obtain exercise effects due to too weak exercise intensity.

Additionally, since the general public cannot accurately know whether exercise is performed in the correct posture according to the type of exercise, they are exposed to the risk of injury due to exercise in an incorrect posture.

Republic of Korea Patent Publication No. 10-2013-0104977 (Publication date: September 25, 2013, Title of invention: U-Healthcare system and momentum measuring device therefor) Republic of Korea Patent Publication No. 10-2019-0057566 (Publication date: May 29, 2019, Title of invention: Method and system for correcting exercise posture using multiple wearable devices) Republic of Korea Patent No. 10-0807788 (Registration date: February 20, 2008, Title of invention: Strength exercise device)

The problem that the present invention aims to solve is to ensure that exercise is performed appropriately for the user's physical condition and type of exercise.

Another problem that the present invention aims to solve is to improve exercise effectiveness and reduce the risk of injury.

The exercise situation guidance system according to one feature of the present invention includes a left body information acquisition module and a right body information acquisition module that are worn on the user's body and respectively acquire body information, and are attached to the user's body or exercise equipment and are attached to the exercise equipment or the exercise equipment. A left apparatus information acquisition module and a right apparatus information acquisition module that detect the movement state of a body moving an exercise equipment and communicate with the left body information acquisition module, the right body information acquisition module, the left apparatus information acquisition module, and the right apparatus information acquisition module. and a user terminal, wherein the user terminal outputs an appropriate exercise method suitable for the user for the exercise equipment name and exercise equipment name selected by the user, and obtains the appropriate exercise method from the left body information acquisition module and the right body information acquisition module. Using the body information, the current user's heart rate and current muscle fatigue are determined, and the direction in which exercise is performed in an abnormal state and problems are determined using the mechanism information obtained from the left body information acquisition module and the right body information acquisition module. The determination may be made and output as at least one of the left body information acquisition module and the right body information acquisition module.

When the number of exercises currently performed according to the equipment information reaches the set number of exercises determined for the current set, the user terminal may calculate and output the cumulative heart rate, cumulative muscle fatigue, and calorie consumption of the current set.

If the number of exercises currently performed according to the equipment information reaches the set number of exercises determined in the current set, and the current set is not the last set determined in the appropriate exercise method, the user terminal terminates the exercise of the current set and A guidance message about rest time may be transmitted to at least one of the left body information acquisition module and the right body information acquisition module.

The left body information acquisition module may include an electromyography sensor, an electrocardiogram sensor, an electrocardiogram sensor, and a body movement state detection sensor, and the right body information acquisition module may include an electromyography sensor and a body movement state detection sensor.

At least one of the left body information acquisition module and the right body information acquisition module may further include a body temperature sensor, and the user terminal may calculate the rest time using the user's body temperature measured by the body temperature sensor. there is.

If the number of exercises currently performed according to the equipment information reaches the set number of exercises determined in the current set, and the current set is the last set determined in the appropriate exercise method, the user terminal determines the total amount consumed by the exercise. Calorie consumption can be calculated.

If the current heart rate is outside the appropriate heart rate range, the user terminal may transmit a warning message to at least one of the left body information acquisition module and the right body information acquisition module.

The left mechanism information acquisition module and the right mechanism information acquisition module may each include an instrument movement state detection sensor.

It may further include a management server that communicates with the user terminal, and when the selected exercise equipment name is transmitted from the user terminal, the management server selects an exercise name related to the transmitted exercise equipment exercise and a manual for each exercise name. This is transmitted to the user terminal, and when the selected exercise name is transmitted from the user terminal, an appropriate exercise method suitable for the user can be selected using the exercise name and user information about the user and transmitted to the user terminal.

According to this feature, when the user selects the exercise equipment he/she wants to use, he/she can check the type of exercise that can be done using the selected exercise equipment, that is, the name of the exercise and the instructions for it. Because of this, the user can accurately select the type of exercise that suits the body part he or she wants and perform the corresponding exercise.

In addition, since the appropriate exercise method suitable for the user's physical condition is provided to the user terminal, the user can perform the exercise according to his/her physical condition, preventing the risk of injury due to excessive exercise and also improving exercise effectiveness. You can.

Moreover, since it is checked whether the exercise operation is performed in a normal state every time the selected type of exercise is performed, the user can be notified of a problem when the exercise is performed in an abnormal state. Accordingly, the user identifies the notified problem and corrects his/her exercise posture so that the exercise movement can be performed in the correct posture. This can prevent the risk of injury caused by incorrect exercise posture.

1 is a schematic block diagram of an exercise situation guidance system according to an embodiment of the present invention.
Figure 2a is a schematic block diagram of the left and right body information acquisition modules of the exercise situation guidance system according to an embodiment of the present invention.
Figure 2b is a schematic block diagram of the left and right mechanism information acquisition modules of the exercise situation guidance system according to an embodiment of the present invention.
Figure 3 is a schematic block diagram of a user terminal of an exercise situation guidance system according to an embodiment of the present invention.
4A to 4C are data flow diagrams of an exercise situation guidance system according to an embodiment of the present invention.

Hereinafter, embodiments disclosed in the present specification will be described in detail with reference to the attached drawings. However, identical or similar components will be assigned the same reference numbers regardless of reference numerals, and duplicate descriptions thereof will be omitted. Additionally, in describing the embodiments disclosed in this specification, if it is determined that detailed descriptions of related known technologies may obscure the gist of the embodiments disclosed in this specification, the detailed descriptions will be omitted.

Terms containing ordinal numbers, such as first, second, etc., may be used to describe various components, but the components are not limited by the terms. The above terms are used only for the purpose of distinguishing one component from another.

Singular expressions include plural expressions unless the context clearly dictates otherwise.

In this application, each step described may be performed regardless of the listed order, except when it must be performed in the listed order due to a special causal relationship.

In this application, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Hereinafter, embodiments of the present invention will be described with reference to the attached drawings.

First, an exercise situation guidance system according to an embodiment of the present invention will be described with reference to FIGS. 1 to 3.

Left body information acquisition module 11, right body information acquisition module 12, left mechanism information acquisition module 21, right mechanism information acquisition module 22, left body information acquisition module 11 and right body information acquisition module. It may be provided with a user terminal 30 communicating with (12), a management server 40 communicating with the user terminal 30, and a database unit 50 connected to the management server 40.

The left body information acquisition module 11 and the right body information acquisition module 12 are each worn by a user exercising and can obtain body information that changes depending on the user's body condition and transmit it to the user terminal 30.

At this time, each body information acquisition module 11, 12, as shown in FIG. 1, can be easily attached to the body part desired by the user, such as in the form of a wearable protector such as an elbow protector or an attachment form such as a strap. It would be good if it was in a wearable form. In the case of an attachment type, a coupling member such as Velcro may be attached to make it easy to put on and take off.

If each body information acquisition module (11, 12) has a shape such as an elbow protector, the user covers the front of his arm, that is, the inner part of the left and right arm where the lower arm and upper arm, located on the opposite side of the elbow, are in contact. The left body information acquisition module 11 and the right body information acquisition module 12 can be worn.

As an example, the left body information acquisition module 11 and the right body information acquisition module 12 collect the user's body information about the worn body part (e.g., left arm or left leg), as shown in FIG. 2A. Obtaining physical information acquisition unit, communication unit (e.g., first communication unit 106 and body module control unit 107 connected to the body information acquisition unit and the first communication unit 106, connected to the body module control unit 107 It may be provided with a voice output unit 108 and a vibration generator 109.

In an alternative example, the body information acquisition module may further include a display unit that outputs visual information such as text, such as a message transmitted from the user terminal 30, in addition to the voice output unit 108 and the vibration generator 109. You can.

The body information acquisition unit may be equipped with various sensors to acquire the user's body information, for example, an electromyography (EMG) sensor 101, an electrocardiogram (ECG) sensor 102, and a heart rate sensor 102. It may be equipped with a ballistic (BCG, ballistocardigram) sensor 103, a body temperature sensor 104, and a body movement state detection sensor 105.

The electromyography sensor 101 is for detecting the state of the muscles, the electrocardiogram sensor 102 and the ballistic sensor 103 are for detecting the state of the heart, and the body temperature sensor 104 is for detecting the user's current body temperature. will be.

In addition, the body movement state detection sensor 105 is for detecting the movement state of the corresponding body part of the user exercising, for example, the movement speed and direction of movement of the corresponding body part (e.g., an acceleration sensor, an angular velocity sensor, etc.) It may be a 6-axis sensor equipped with a plurality of sensors capable of detecting the X-axis, Y-axis, and Z-axis.

In this way, when the left body information acquisition module 11 and the right body information acquisition module 12 start operating, they can generate a detection signal for the corresponding state according to the user's corresponding body state and output it to the motion control unit.

The body information acquisition unit of the left body information acquisition module 11 and the right body information acquisition module 12 may differ in the presence or absence of some components.

For example, the body information acquisition unit of the left body information acquisition module 11 may be equipped with an electrocardiogram sensor 102 and an electrocardiogram sensor 103 that detect the state of the heart, but the body information acquisition unit of the right body information acquisition module 12 may be provided. The body information acquisition unit may not be equipped with the electrocardiogram sensor 102 and the electrocardiogram sensor 103.

Additionally, the body temperature sensor 104 may also exist in only one of the body information acquisition unit of the left body information acquisition module 11 and the body information acquisition unit of the right body information acquisition module 12.

The first communication unit 106 is for controlling communication between each body information acquisition module 11 and 12 and the user terminal 30.

This first communication unit 106 may be equipped with a short-range communication module 322 for short-distance communication with the user terminal 30.

Short-distance communication technologies for short-distance communication may include Bluetooth, Radio Frequency Identification (RFID), infrared data association (IrDA), Ultra Wideband (UWB), or ZigBee.

The body module control unit 107 connected to each body information acquisition unit and communication unit is a control module for controlling the overall operation of the body information acquisition module, and may be a processor or designed as an integrated circuit chip (IC chip). You can.

Therefore, when each detection signal is input from the left and right body information acquisition modules 11 and 12, the body module control unit 107 can output it through the first communication unit 106 and transmit the signal transmitted from the user terminal 30. By receiving a signal, the operations of the left and right body information acquisition modules 11 and 12 can be controlled.

The voice output unit 108 operates under the control of the body module control unit 107 and can output the voice signal output from the body module control unit 107 as a corresponding voice.

At this time, the voice signal output from the voice output unit 108 may be a voice signal transmitted from the user terminal 30, and this voice signal may be a voice signal that outputs content to correct the exercise posture of the user currently exercising. You can.

For example, ‘Move your left arm toward the right.’ or ‘Move your right thigh outward.’ It may be, etc.

Due to this, the user who is exercising corrects the movement of the body part that is exercising in an incorrect posture according to the guidance message using the voice output from the voice output unit 108, so that the user can exercise in the correct posture.

The audio output unit 108 may be equipped with a speaker or the like.

The vibration generator 109 also operates under the control of the body module control unit 107 to generate vibration, etc., thereby generating various tactile effects that the user can feel.

Therefore, the intensity and pattern of vibration generated from the vibration generator 109 can be changed according to the control of the body module control unit 107, and the motor, etc., operated by the control of the body module control unit 107 can be provided.

When vibration is generated by the operation of the vibration generator 109, the vibration may be transmitted to the user's body part where the corresponding body information acquisition modules 11 and 12 are mounted.

Therefore, the user can recognize in real time that the movement of the body (e.g., left arm or left thigh) on the side where the vibration is generated is incorrect, and the movement state in the direction where the vibration is transmitted can be immediately determined. It can be corrected to a normal state.

The left exercise equipment information acquisition module and the right exercise equipment acquisition module are attached to the exercise equipment on which the user exercises or the user's left and right body parts that move the exercise equipment being used (e.g., left wrist and right wrist or left ankle and It is worn on the user's (right ankle) and is used to detect the user's current exercise state, for example, the direction in which the exercise is being performed (e.g., direction of exercise).

The left and right mechanism information acquisition modules 21 and 22 may also be in a form that can be easily worn on the body part desired by the user, such as a wearable protector such as an ankle guard or an attachment form such as a strap. When the left and right mechanism information acquisition modules 21 and 22 are attached, a coupling member such as Velcro may be attached.

As an example, the left and right equipment information acquisition modules 21 and 22 of this example may be used to detect the exercise state of a part where irregular movement occurs when the user performs exercise using an exercise equipment.

Here, irregular movement may refer to movement using a barbell or dumbbell, for example, a movement in which the direction of movement changes depending on the user's exercise state, such as a dead lift.

Therefore, regardless of the user's exercise type, exercise equipment (e.g., regular movement exercise equipment) that is installed at a fixed location and then moves along a set trajectory along a set direction (e.g., in the case of a leg press), the movement of the exercise equipment You can move regularly.

When exercising using such regular movement exercise equipment, the user can wear the left and right equipment information acquisition modules 21 and 22 on the body part that moves the exercise equipment, such as his or her feet or arms.

On the other hand, when exercising using exercise equipment such as dumbbells or barbells that are not installed in a fixed location and whose movement direction changes depending on the user's exercise status (e.g., irregular movement exercise equipment), the user must directly move to the left and right sides of the irregular movement exercise equipment. The right instrument information acquisition module (21, 22) can be installed.

The left mechanism information acquisition module 21 and the right instrument information acquisition module 22 of this example may have the same structure, and as shown in FIG. 2B, an instrument movement state detection sensor 205, a communication unit (e.g., a second It may be provided with a communication unit 206, an instrument movement state detection sensor 205, and an instrument module control unit 207 connected to the second communication unit 206.

The equipment movement state detection sensor 205 is used to detect the movement state of the exercise equipment or the corresponding body part of the user moving the exercise equipment. Like the body movement state detection sensor 105, the apparatus movement state detection sensor 205 is an acceleration sensor and an angular velocity sensor. It may be a 6-axis sensor having a plurality of sensors capable of detecting the movement speed and direction of movement (e.g., X-axis, Y-axis, and Z-axis) of the corresponding body part, such as the like.

The second communication unit 206, which is a communication unit of each device information acquisition module 21 and 22, is for communication with the user terminal 30 like the first communication unit 106, and includes a short-distance communication module 322 for short-distance communication. It can be provided.

The instrument module control unit 207 controls the overall operation of the corresponding instrument information acquisition modules 21 and 22, and may also be a processor or an IC chip.

The instrument module control unit 207 may receive a detection signal applied from the instrument movement state detection sensor 205 and transmit it to the user terminal 30 through the second communication unit 206.

In this example, each of the left and right body information acquisition modules 11 and 12 and the left and right mechanism information acquisition modules 21 and 22 may include additional components such as a power source and a storage unit in addition to these components. .

The user terminal 30 is an exercise situation guidance device and may be a terminal used by the user. For example, it may be a movable mobile terminal such as a smartphone.

This user terminal 30 determines the user's current exercise state using the detection signal received through communication with the body information acquisition module and the equipment information acquisition module, and adjusts it to the user's input physical condition and the type of exercise used. Users can be guided to ensure accurate and stable exercise movements.

Therefore, this user terminal 30 includes a user input unit 31, a communication unit (e.g., a third communication unit 32), a terminal control unit 33 connected to the user input unit 31 and the third communication unit 32, and a terminal control unit. It may be provided with a storage unit 34 connected to (33) and an information output unit 35 connected to the storage unit 34.

The user input unit 31 is a part that performs user input operations such as data or commands, and can generate signals related to user input operations performed to control the operation of the user terminal 30 and input them to the terminal control unit 33. there is.

The user input unit 31 of this example can input user information and the name of the exercise equipment to be used currently.

At this time, the user information may be one of user identification information, name, gender, age, height, weight, body fat mass, and skeletal muscle mass.

The exercise equipment name may be dumbbell, barbell, leg press, leg extension, or treadmill.

This user input unit 31 may be comprised of a key pad, dome switch, touch pad, or mouse.

The third communication unit 32 may include a body information acquisition module, an instrument information acquisition module, and a communication module that functions to communicate with the management server 40.

As an example, as shown in FIG. 3, the third communication unit 32 includes an Internet communication module 321 and a short-range communication module 322.

The Internet communication module 321 may be a communication module for wireless or wired Internet access.

Internet technologies for Internet communication may include WLAN (Wireless LAN) (Wi-Fi network), Wibro (Wireless broadband), Wimax (World Interoperability for Microwave Access), or HSDPA (High Speed Downlink Packet Access).

As already described, the short-range communication module 322 is a communication module for short-range communication, including NFC, Bluetooth, Radio Frequency Identification (RFID), infrared data association (IrDA), and Ultra Wideband (UWB). , Communication technologies such as ZigBee may be used.

The third communication unit 32 of the user terminal 30 may be equipped with an additional communication module, such as a mobile communication module, in addition to these communication modules.

The terminal control unit 33 is a control module that controls the overall operation of the user terminal 30 and may be a processor.

In this example, the operation of the terminal control unit 33 of the user terminal 30 will be described in detail next.

The storage unit 34 may be a storage medium such as a memory that stores data required for the operation of the terminal control unit 33 or data generated during the operation.

The information output unit 35 is intended to generate output related to vision and may include a display module.

The display module displays an image corresponding to the image data output from the terminal control unit 33 on the screen according to the operation of the terminal control unit 33.

Because of this, the display module can display the name of the current exercise, heart rate, muscle fatigue, calorie consumption, etc.

This display module includes at least one display device selected from a liquid crystal display, an organic light emitting diode display, a flexible display, and a 3D display.

The management server 40 communicates with the user terminal 30, searches for the most suitable exercise method for the current user using the user information and exercise equipment name transmitted from the user terminal 30, and sends it to the user terminal 30. Can be transmitted.

This management server 40 may be equipped with a communication unit for communication with the user terminal 30, a server control unit for controlling the overall operation of the management server 40, and a storage unit.

The communication unit of the management server 40 may include an Internet communication module 321 for Internet communication with the user terminal 30, the server control unit may be a processor, and the storage unit of the management server 40 may be a memory. there is.

The database unit 50 may store user information, which is information about the user, names of exercise equipment and exercises, and instructions for each exercise name.

Additionally, the database unit 50 may store the user's body information and exercise methods suitable for the selected exercise name. Here, the body information may be at least one of gender, age, weight, body fat mass, and skeletal muscle mass.

Next, with reference to FIGS. 4A to 4C, the operation of the exercise situation guidance system having this structure will be described.

When the power required for operation is supplied and the exercise situation guidance system begins to operate, the user terminal 30 may also begin to operate.

Accordingly, a user who starts exercising can input his or her login information, etc. using the user input unit 31 and operate the corresponding application installed on the user terminal 30 through actions, etc. The user may already have registered as a member of the application, and in this case, the database unit 50 may already store user information about the user.

In this way, when the corresponding application installed on the user terminal 30 is operated, the user can input the name of the exercise equipment on which he/she wants to exercise using the user input unit 31, and accordingly, the terminal of the user terminal 30 The control unit 33 can determine the exercise equipment name entered by the user using a signal input through the user input unit 31 and store it in the storage unit 34 (S11).

Next, the terminal control unit 33 may transmit the user identification information along with the exercise equipment name entered through the communication unit to the management server 40 (S12).

The management server 40 can connect to the database unit 50 and search for at least one exercise name that can be performed with the exercise equipment of the transmitted name and a manual for each exercise name (S13), and transmit them to the user terminal 30. There is (S14).

Accordingly, the terminal control unit 33 may output at least one exercise name and a description for each exercise name transmitted from the management server 40 to the information output unit 35 (S15).

Accordingly, the user can select the type of exercise (i.e., exercise name) that can be done with the exercise equipment selected by the user by checking the instructions for each exercise name (exercise method, exercise area, exercise effect, etc.) and then selecting the desired exercise name. You can get help. At this time, the manual may include not only text information but also video information, so the user can more easily understand the exercises corresponding to each name.

For example, if the name of the exercise equipment entered by the user is dumbbell, the names of exercises that can be performed using dumbbells are dumbbell bench press, incline dumbbell press, and dumbbell dead. It could be a dumbbell dead lift.

In this way, when the exercise name for the exercise equipment and each manual for the exercise equipment are output to the information output unit 35, the user checks the information output to the information output unit 35 using the user input unit 31 and then selects the exercise equipment he/she wants to use. You can select the exercise name and input the corresponding signal to the terminal control unit 33 (S16). Accordingly, the terminal control unit 33 can determine the exercise name selected by the user using the signal input to the user input unit 31 (S16).

Then, the terminal control unit 33 can transmit the exercise name selected by the user to the management server 40 using the third communication unit 32 (S17).

When the exercise name selected by the user is transmitted through the communication unit, the server control unit of the management server 40 determines an appropriate exercise method suitable for the user using the user information corresponding to the transmitted exercise name and user identification information to the database unit 50. You can make a decision by searching (S18).

At this time, an appropriate exercise method corresponding to the exercise name may be selected using at least one of the user's physical conditions, that is, gender, age, height, weight, body fat mass, and skeletal muscle mass.

The exercise method may include the weight of the exercise equipment, the number of sets, and the number of exercises for each set, and may additionally include precautions and exercise methods for the exercise.

Then, the server control unit may transmit the selected exercise method to the user terminal 30 through the connected communication unit (S19), and accordingly, the terminal control unit 33 of the user terminal 30 may transmit the transmitted exercise method to the information output unit. (35) can be output (S110).

Therefore, the user can check the exercise method output to the information output unit 35, become familiar with the exercise method, and then perform the exercise with the correct posture and weight according to his or her physical condition, thereby preventing injuries caused by excessive exercise. Danger can be prevented.

In this way, upon confirming the appropriate exercise method according to the name of the exercise to be currently performed, the user can input an exercise start signal through the user input unit 31 to start the exercise of the name selected by the user.

Therefore, before performing the exercise of the name selected by the user, the user can input an exercise start signal to the terminal control unit 33 using the user input unit 31, and the terminal control unit 33 uses the input signal to The input of the exercise start signal can be determined (S111). At this time, the user can generate an exercise start signal by selecting an exercise start button, etc., which is output to the information output unit 35.

When an exercise start signal is input through the user input unit 31, the terminal control unit 33 sends a drive signal to the left and right body information acquisition modules 11 and 12 and the left and right mechanism information acquisition modules 21 and 22, respectively. By outputting, each body information acquisition module 11, 12 and each device information acquisition module 21, 22 can be operated (S112-S114).

When a driving signal is transmitted from the user terminal 30, each body module control unit 107 of the left and right body information acquisition modules 11 and 12 and each mechanism module control unit of the left and right mechanism information acquisition modules 21 and 22 207 controls the operation of the power supply unit so that the body information acquisition modules 11 and 12 and the device information acquisition modules 21 and 22 can start operating.

As a result, the sensors mounted on the body information acquisition modules 11 and 12 and the mechanism information acquisition modules 21 and 22, respectively, are operated, so that the body module control unit 107 and the mechanism module control unit 207 each obtain the relevant body information. After obtaining the related mechanism information (S115-S117), it can be transmitted to the user terminal 30 (S118-S120).

Accordingly, when the relevant information is transmitted from each information acquisition module 11, 12, 21, and 22 through the third communication unit 32, the terminal control unit 33 uses each transmitted information to determine the status of the corresponding part. You can judge.

Accordingly, the terminal control unit 33 can determine the current heart rate and current muscle fatigue using the relevant body information transmitted from each body information acquisition module 11 and 12 and store them in the storage unit 34 (S121).

Then, the terminal control unit 33 may compare the determined current heart rate and the appropriate heart rate range to determine whether the current heart rate falls within the appropriate heart rate range (S122).

At this time, the appropriate heart rate range may be determined for each user's gender and age group and stored in the storage unit 34. Accordingly, the terminal control unit 33 can read the appropriate heart rate range from the storage unit 34 using the user information and compare it with the determined current heart rate.

Accordingly, if the terminal control unit 33 determines that the current heart rate is outside the appropriate heart rate range (S122), it may output a warning message to at least one of the left body information acquisition module 11 and the right body information acquisition module 12. There is (S123, S124).

Accordingly, the body module control unit 107 of the corresponding body information acquisition module 11, 12 that has received the warning message outputs the corresponding warning message through the voice output unit 108 and operates the vibration generator 109. It informs the user that the current heart rate is abnormal and allows the user to stabilize (S1231, S1241). In an alternative example, the body module control unit 107 outputs a warning signal to only one of the audio output unit 108 and the vibration generator 109, using only the audio output unit 108 or the vibration generator 109. The user can be informed of abnormal heart rate conditions.

Next, the motion control unit uses detection signals output from the body temperature sensor 104, each body movement state detection sensor 105, and each equipment movement state detection sensor 205 to determine the correct left and right sides when the exercise of the selected name is performed. It is possible to determine whether exercise is currently being performed based on the status (S125).

At this time, the terminal control unit 33 can use the detection signal input from the body temperature sensor 104 to determine the user's body temperature before the current set of exercises is performed and store it in the storage unit 34 as the reference body temperature. Accordingly, the terminal control unit 33 can calculate the rest time before starting another set of exercises using the current body temperature and the reference body temperature measured after the corresponding set of exercises is completed.

In addition, the terminal control unit 33 can determine the movement direction and movement speed of the left and right body parts currently in motion using the detection signals input from the left and right body movement state detection sensors 105, , the movement direction and speed of the left and right exercise equipment or corresponding body parts whose positions change due to the user's motion can be determined using the detection signal input from the left and right equipment movement state detection sensors 205. .

The terminal control unit 33 of this example uses both the body movement state detection sensor 105 and the equipment movement state detection sensor 205 to determine the movement direction and movement speed of the body part and exercise equipment on the corresponding side, but unlike this, The movement direction and movement speed of the exercise equipment on the corresponding side are determined using only the left and right equipment movement state detection sensors 205, but it is possible to determine whether the exercise is being performed correctly.

In this way, when the movement direction and movement speed of the body part and exercise equipment on the corresponding side are determined, the terminal control unit 33 compares the currently determined movement direction and movement speed of the body part and exercise equipment with the appropriate exercise method and determines the appropriate exercise method. It is possible to determine whether the movement is occurring in the direction and speed specified in the exercise method.

Therefore, as a result of the comparison, if there is a movement state in which movement is performed in an abnormal state, which is an incorrect method (S126), the terminal control unit 33 determines the direction in which the movement is performed in the abnormal state (e.g., left or right) and the problem. You can do it (S127). At this time, the problem may be that the speed is too fast, the direction of movement is biased backward, or the left foot is tilted too inward.

In this way, when the direction in which movement is being performed in an abnormal state and a problem are determined (S127), the terminal control unit 33 sends an abnormal state notification message to the body information acquisition module in the determined direction (e.g., the right body information acquisition module 12). The determined problem can be transmitted (S128).

Accordingly, when the abnormal state notification signal and the determined problem are transmitted from the user terminal 30, the body module control unit 107 of the corresponding body information acquisition module (e.g., the right body information acquisition module 12) controls the vibration generator 109. ) is operated to make the user aware that the movement in the corresponding direction, for example, to the right, is being performed incorrectly, and the problem transmitted through the voice output unit 108 can be output so that incorrect posture can be corrected. (S129).

Then, when the terminal control unit 33 determines that the corresponding exercise has been performed using the movement direction of at least one of the determined body parts and exercise equipment, the number of current exercises is increased by '1' to increase the number of current exercises in the current set. It can be calculated (S130). At this time, the exercise speed can be additionally used to determine whether the exercise motion is complete.

In this way, when the number of exercises is calculated each time the corresponding exercise movement is performed, the terminal control unit 33 can determine whether the calculated number of current exercises in the current set has reached the set number of exercises determined in the current set (S131) .

When the calculated number of current exercises reaches the set number of exercises determined in the current set, the terminal control unit 33 may determine that the number of exercises determined in the current set has been completed.

Accordingly, the terminal control unit 33 can determine whether the set in which the exercise movement is completed is the last set of the total set determined in the appropriate exercise method (S132).

If the current set is not the last set (S132), the terminal control unit 33 sends a guidance message about the end of exercise and rest time of the current set to at least one of the left and right body information acquisition modules 11 and 12 (e.g., left It can be output to the body information acquisition module (11) (S133).

At this time, the terminal control unit 33 determines the current body temperature measured by the body temperature detection signal transmitted from the corresponding body information acquisition module, for example, the left body information acquisition module 11 (i.e., when the last exercise movement of the current set is performed) The resting time can be calculated using the measured body temperature) and the reference body temperature stored in the storage unit 34 (i.e., the body temperature measured when the first exercise movement of the current set is performed). As an example, the resting time can be calculated so that the current body temperature does not fall below the reference body temperature.

Accordingly, the body module control unit 107 of the left body information acquisition module 11, which has received a guidance message about the end of exercise and rest time for the current set from the terminal control unit 33, outputs the message to the voice output unit 108 and provides the corresponding guidance. Enables the message to be output as voice (S134).

As a result, the user can use the guidance message output from the corresponding body information acquisition module 11 to complete the current set of movements and rest for a set period of time.

At this time, when the body information acquisition module has a display unit, the body module control unit 107 outputs the guidance message to the display unit so that the user can check the guidance message not only through voice but also through text.

In this way, after transmitting a guidance message about the end of exercise and rest time of the current set to the corresponding body information acquisition module 11, the terminal control unit 33 calculates the cumulative heart rate, cumulative muscle fatigue, and calorie consumption in the current set, Additionally, the posture accuracy (%) of the exercise may be calculated, output to the information output unit 35, and stored in the storage unit 34 (135). At this time, the cumulative heart rate and cumulative muscle fatigue can be calculated by adding up the current heart rate and current muscle fatigue calculated each time the exercise is performed in the set.

Additionally, calorie consumption can be calculated using the weight of the exercise equipment used for exercise and the total exercise time of the set. The posture accuracy (%) of the exercise can be calculated by converting the number of exercises performed in a normal posture into a percentage among the exercises performed in the corresponding set.

In an alternative example, the terminal control unit 33 may output the calculated cumulative heart rate, cumulative muscle fatigue, and calorie consumption in the current set to at least one of the left and right body information acquisition modules 11 and 12, and in this case, The body module control unit 107 may output the cumulative heart rate, cumulative muscle fatigue, and calorie consumption in the current set transmitted from the terminal control unit 33 to at least one of the voice output unit 108 and the display unit. In this case, the user can recognize his or her physical condition due to the exercise after completing the corresponding set of exercises.

Next, when the rest time elapses, the terminal control unit 33 may transmit a next set exercise start guidance message to at least one of the left and right body information acquisition modules (e.g., the left body information acquisition module 11) (S136). To this end, the terminal control unit 33 can calculate the rest time for the next set and then check the elapsed time using an internal timer.

Accordingly, the body information acquisition module 11 that has received the next set exercise start guidance message may output the guidance message transmitted through at least one of the voice output unit 108 and the display unit (S137).

According to this guidance message, the user can start the next set of exercises, and the terminal control unit 33 operates the body information acquisition module and the equipment information acquisition module in steps S112 to S114 to obtain body information for the new set of exercises. and organization information can be obtained.

However, if the current set is the last set of the set total set (S132), since all exercises with the name selected by the user have been performed, the terminal control unit 33 calculates the total calories consumed through the exercise performed during the set set. After calculating, it can be stored in the storage unit 34 (S138).

At this time, if the current set is the last set of a set total set, the terminal control unit 33 calculates the total calorie consumption, as in step S135, and then calculates the cumulative heart rate and cumulative muscle fatigue in the current set (i.e., the last set). Steps can be performed to calculate degrees and calorie consumption, and also calculate the posture accuracy (%) of the exercise, output it to the information output unit 35, and store it in the storage unit 34.

Then, the terminal control unit 33 can create an exercise log for the exercise of the corresponding name, store it in the storage unit 34, and output it to the information output unit 35 (S139).

At this time, the exercise log for the exercise of that name includes user information (e.g. name, gender, age), exercise date and time, exercise name, total number of sets and number of exercises in each set, cumulative heart rate in each set, and cumulative muscle fatigue. , calorie consumption, posture accuracy, total calorie consumption, etc. can be provided.

Accordingly, the user can check the exercise log output through the information output unit 35 of the user terminal 30 and check the results of the exercise of the corresponding name.

The terminal control unit 33 of the user terminal 30 may also transmit the written exercise log to the management server 40 (S140), and accordingly, the server control unit may transmit the exercise log corresponding to the user identification information to the database unit 50. You can save the journal (S141).

The technical features disclosed in each embodiment of the present invention are not limited to the corresponding embodiment, and unless they are incompatible with each other, the technical features disclosed in each embodiment may be combined and applied to other embodiments.

Therefore, in each embodiment, each technical feature is mainly explained, but unless the technical features are incompatible with each other, they can be applied in combination with each other.

The present invention is not limited to the above-described embodiments and the accompanying drawings, and various modifications and variations will be possible from the perspective of those skilled in the art to which the present invention pertains. Therefore, the scope of the present invention should be determined not only by the claims of this specification but also by equivalents to these claims.

Claims (9)

a left body information acquisition module and a right body information acquisition module that are worn on the user's body and respectively acquire body information;
a left device information acquisition module and a right device information acquisition module that are attached to the user's body or exercise equipment and detect a movement state of the exercise equipment or the body moving the exercise equipment; and
A user terminal communicating with the left body information acquisition module, the right body information acquisition module, the left mechanism information acquisition module, and the right mechanism information acquisition module.
Including,
The user terminal outputs an appropriate exercise method suitable for the user for the exercise equipment name and exercise equipment name selected by the user, and uses the body information obtained from the left body information acquisition module and the right body information acquisition module. Determine the current user's heart rate and current muscle fatigue, determine the direction in which exercise is performed in an abnormal state and problems using the mechanism information obtained from the left body information acquisition module and the right body information acquisition module, and determine the left body information An exercise situation guidance system that outputs output to at least one of an acquisition module and the right body information acquisition module. According to claim 1,
An exercise situation guidance system in which the user terminal calculates and outputs the cumulative heart rate, cumulative muscle fatigue, and calorie consumption of the current set when the number of exercises currently performed according to the equipment information reaches the set number of exercises determined for the current set. According to clause 2,
If the number of exercises currently performed according to the equipment information reaches the set number of exercises determined in the current set, and the current set is not the last set determined in the appropriate exercise method, the user terminal terminates the exercise of the current set and An exercise situation guidance system that transmits a guidance message about rest time to at least one of the left body information acquisition module and the right body information acquisition module. According to clause 3,
The left body information acquisition module includes an electromyography sensor, an electrocardiogram sensor, an electrocardiogram sensor, and a body movement state detection sensor,
The right body information acquisition module is an exercise situation guidance system including an electromyography sensor and a body movement state detection sensor. According to clause 4,
At least one of the left body information acquisition module and the right body information acquisition module further includes a body temperature sensor,
An exercise situation guidance system in which the user terminal calculates the rest time using the user's body temperature measured by the body temperature sensor. According to clause 2,
If the number of exercises currently performed according to the equipment information reaches the set number of exercises determined in the current set, and the current set is the last set determined in the appropriate exercise method, the user terminal determines the total amount consumed by the exercise. An exercise situation guidance system that calculates calorie consumption. According to clause 2,
An exercise situation guidance system wherein the user terminal transmits a warning message to at least one of the left body information acquisition module and the right body information acquisition module when the current heart rate is outside the appropriate heart rate range. According to claim 1,
The exercise situation guidance system wherein the left mechanism information acquisition module and the right mechanism information acquisition module each include an instrument movement state detection sensor. According to claim 1,
Further comprising a management server communicating with the user terminal,
When the name of the exercise equipment selected from the user terminal is transmitted, the management server selects the exercise name and a description for each exercise name related to the transmitted exercise equipment exercise and transmits it to the user terminal, and transmits the exercise name selected from the user terminal. When transmitted, an exercise situation guidance system that selects an appropriate exercise method suitable for the user using the exercise name and user information about the user and transmits it to the user terminal.

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