KR20230108752A - Digital Smart Athletic System - Google Patents

Abstract

The present invention relates to a digital smart sports system, which is a form of digitizing an indoor gymnasium, and includes a sports facility area in which sports facilities, displays, and cameras are installed; a recognition unit recognizing the identity of a user entering the sports facility area; The user's body measured by the body measurement unit through the artificial intelligence unit, including a body measurement unit that measures the user's body recognized by the recognition unit, and an artificial intelligence unit that can learn and analyze input information according to a set algorithm. Information and image data taken from the camera are received and analyzed, and based on the analyzed body information and exercise information according to the image data, body supplementary information and exercise supplementary information capable of supplementing the body are analyzed and generated, and the body information and an exercise management server providing body supplementary information, exercise information, and exercise supplementary information to the display or linked terminal.

Description

Digital Smart Athletic System}

The present invention relates to a digital smart sports system, and more particularly, to an indoor gym where sports activities can be performed safely while being blocked from the outside, thereby minimizing the effects of fine dust, abnormal weather or viruses, and artificial intelligence. It diagnoses the user's physical ability or athletic ability accompanying the physical activity in detail and precisely and provides it so that he can perform the physical activity suitable for it, and furthermore, provides an avatar character that projects the user's physical activity to provide interest and goodwill. It is about a digital smart sports system that can induce participation by inducing competition.

Traditional physical education guidance has utilized a method in which the instructor directly observes each individual athlete and relies on the instructor's experience and know-how. Because of this, the growth of an athlete may be limited depending on the leader's ability, and objective judgment is often difficult because the leader's inclination or emotions are reflected a lot.

In addition, recently, many health problems and obesity-related problems have occurred due to avoiding physical activity and lack of exercise.

In addition, in recent years, fine dust or virus problems such as COVID 19 have occurred, resulting in increasing dust damage, abnormal weather, and avoiding outdoor exercise due to viruses, so safe sports facilities are required.

Accordingly, the need for an athletic system capable of solving all these problems is emerging.

The present invention is proposed to solve the above-mentioned problems, and is grafted to an indoor gym where sports activities can be safely performed by being blocked from the outside, thereby minimizing the effects of fine dust, abnormal weather or viruses, and using artificial intelligence. Therefore, it diagnoses the user's physical ability or athletic ability accompanying the physical activity in detail and precisely, and provides it so that he can perform the physical activity suitable for it, and further provides an avatar character that projects the user's physical activity to promote interest and goodwill The purpose is to provide a digital smart sports system that can induce participation by inducing competition.

A digital smart sports system according to an embodiment of the present invention for solving the above problems includes a sports facility area in which sports facilities, displays, and cameras are installed; a recognition unit recognizing the identity of a user entering the sports facility area; The user's body measured by the body measurement unit through the artificial intelligence unit, including a body measurement unit that measures the user's body recognized by the recognition unit, and an artificial intelligence unit that can learn and analyze input information according to a set algorithm. Information and image data taken from the camera are received and analyzed, and based on the analyzed body information and exercise information according to the image data, body supplementary information and exercise supplementary information capable of supplementing the body are analyzed and generated, and the body information and an exercise management server providing body supplementary information, exercise information, and exercise supplementary information to the display or linked terminal.

Here, the digital smart sports system further includes a recognition device configured to be possessed or worn by a user and storing user information including user identity information, and the recognition unit detects the user's identity through the recognition device. It can be configured to recognize.

In addition, location tracking equipment is further installed in the sports facility area, and the exercise management server is configured to analyze exercise information including user location data transmitted from the location tracking equipment when analyzing the exercise information. may be

In addition, the exercise management server, according to the request of the control means, to the sports facility area is virtual reality (VR), augmented reality (AR), mixed reality (MR), and augmented reality (XR). , eXtended Reality) may be configured to further include a virtual sports facility implementation unit capable of implementing a virtual sports facility based on one of them.

In addition, the exercise management server sets a goal based on the body supplementary information or exercise supplementary information analyzed through the artificial intelligence unit, generates an action mission to be performed by the user according to the set goal, and sends it to the display or linked terminal. Further comprising a mission providing unit and a compensation unit for determining the degree of compensation according to the progress or progress rate of the action mission provided by the mission providing unit, and accumulating mileage or points in the user's virtual wallet based on the determined level of compensation can be configured.

In addition, the body complement information may be provided for each field of exercise, psychology, and diet.

On the other hand, the exercise management server is interlocked with the camera to receive image data taken from the camera, analyze the user's behavior pattern based on the image received through the artificial intelligence unit, and then based on the analyzed user's behavior pattern It may be configured to identify a user's personality, generate personality information, and provide the generated personality information to the display or interlocking terminal.

Here, the exercise management server uses the generated personality information to generate sports facility recommendation information recommended for use according to personality, and provides the generated sports facility recommendation information to a display or linked terminal together with the personality information. may be configured to do so.

In addition, the digital smart athletics system includes a plurality of facility areas in which the sports facility area is compartmentalized in a grid format by virtual dividing lines, each of the plurality of facility areas is provided with a pressure sensor, The exercise management server generates exercise supplement information, which is information to be supplemented with respect to exercise performed in a corresponding facility area, based on pressure data transmitted from the pressure sensor through the artificial intelligence unit, and converts the generated exercise supplement information to the body. It may be configured to reflect supplementary information and provide it to the display or interworking terminal.

The digital smart sports system according to an embodiment of the present invention can be grafted into an indoor gym where sports activities can be safely performed by being blocked from the outside, thereby minimizing the effects of fine dust, abnormal weather or viruses, and using artificial intelligence. It diagnoses the user's physical ability or athletic ability in detail and precisely, and provides a suitable physical activity, and furthermore, provides an avatar character that projects the user's physical activity, so that the user's interest and goodwill competitive spirit can induce participation.

Meanwhile, the digital smart sports system according to an embodiment of the present invention is not limited to the above-mentioned effects according to the embodiment of the present invention, and may further include all effects predictable from the specification and drawings.

1 is a schematic view of a digital smart sports system according to an embodiment of the present invention viewed from a planar direction.
2 is a block diagram briefly showing the configuration and connection configuration of a digital smart sports system according to an embodiment of the present invention.
3 is a detailed configuration diagram of an exercise management server, which is a component of a digital smart sports system according to an embodiment of the present invention.
4 is a flow diagram showing a state in which image data photographed by a camera is utilized according to an embodiment of the present invention.
5 is an exemplary diagram schematically showing a plurality of facility areas and a state in which pressure sensors are provided in each facility area according to an embodiment of the present invention.

Hereinafter, the description of the present invention with reference to the drawings is not limited to specific embodiments, and various transformations may be applied and various embodiments may be applied. In addition, the content described below should be understood to include all conversions, equivalents, or substitutes included in the spirit and scope of the present invention.

In the following description, terms such as first and second are terms used to describe various components, and are not limited in meaning per se, and are used only for the purpose of distinguishing one component from another.

Like reference numbers used throughout this specification indicate like elements.

Singular expressions used in the present invention include plural expressions unless the context clearly dictates otherwise. In addition, terms such as "include", "include" or "have" described below are intended to designate that features, numbers, steps, operations, components, parts, or combinations thereof described in the specification exist. should be construed, and understood not to preclude the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

In addition, terms such as “…unit”, “…unit”, and “…module” described in the specification mean a unit that processes at least one function or operation, which may be implemented by hardware or software or a combination of hardware and software. can

Hereinafter, a digital smart sports system according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic view of a digital smart sports system according to an embodiment of the present invention viewed from a planar direction, FIG. 2 is a block diagram briefly showing the configuration and connection configuration of the digital smart sports system according to an embodiment of the present invention, FIG. is a detailed configuration diagram of an exercise management server, which is a component of the digital smart sports system according to an embodiment of the present invention.

1 to 3, the digital smart sports system 1 according to an embodiment of the present invention includes a sports facility area 10, a recognition unit 20, a body measurement unit 30, and an exercise management server 40. ).

Specifically, the sports facility area 10 is an off-line space in which a user actually engages in sports activities, and sports facilities 11 and a display 12 may be installed. Here, the sports facility 11 is a practical space in which users can exercise, and it is preferable to provide a plurality of them so that various exercises can be performed, and the display 12 expresses a virtual exercise space or displays for notification and guidance. As a means, one or more may be provided inside and outside the sports facility 11.

For example, the sports facility 11 is a facility capable of performing various sports that are not particularly limited, such as basketball, soccer, baseball, badminton, swimming, and fitness, and each sports facility 11 has various exercises to perform these sports. Equipment can be installed and decorated as a basketball court, soccer court, baseball court, badminton court, swimming pool, gym, etc.

Here, the sports facility 11 may be provided as a virtual sports facility 11 using the display 12. For example, a virtual soccer goal may be expressed through the display 12, and the display 12 ) may be installed on all sides of the sports facility 11 to realize a stadium.

Furthermore, the sports facility 11 may be provided with a three-dimensional output means (not shown) such as a beam projector. may be

As such, it is possible to configure the sports facility 11 by using exercise equipment (not shown) or the display 12, and if the sports facility 11 is not configured using the display 12, the display 12 ) may be simply provided inside or outside the sports facility 11 and used only as a display means for notification and guidance.

The recognition unit 20 recognizes the identity of the user who enters the sports facility area 10, and is interlocked with the exercise management server 40 to transfer the recognized user's identity information to the exercise management server 40 for exercise management. It can be used in the server 40. As will be described later, the exercise management server 40 compares and determines whether or not the stored identity information is stored using the identity information of the user recognized by the recognition unit 20, and if there is matching identity information, recognizes the corresponding user and provides the information provided in the present invention. service can be provided.

Meanwhile, more preferably, the digital smart sports system 1 according to an embodiment of the present invention may further include a recognition device 25, and the recognition unit 20 recognizes the recognition device 25. can be configured.

The recognition device 25 is a device configured to be carried or worn by a user, and user information including user identity information may be stored, and the recognition unit 20 recognizes the user's identity through recognition of the recognition device 25. Information may be obtained and transmitted to the exercise management server 40 .

In this case, preferably, the recognition device 25 may be a wearable device, and may be a wristband wearable on a wrist among various wearable devices. However, this is only an example, and the shape of the wearable device is not limited, and the recognition device 25 may be a handheld device rather than a wearable device.

The body measurement unit 30 is provided to measure the user's body recognized by the recognition unit 20, and is configured to communicate with the exercise management server 40 to transmit the measured user's body information to the exercise management server 40. It can be. At this time, the exercise management server 40 may be configured to update the user's body information if it has been previously stored, and to store the body information if the user's body information has not previously been stored, that is, in the case of the initial user. It can be.

Here, the body measuring unit 30 may be composed of a body type analyzer, a body type analyzer, a body composition analyzer, etc., and may be configured to measure the user's body shape, constitution, body composition, etc., but the body measurement elements described above are limited to examples. and body measurement elements may be more or less than described. Meanwhile, when a body shape analyzer is provided, the body shape analyzer is preferably provided as a 3D body shape analyzer, but is not necessarily limited thereto.

The exercise management server 40 may include an artificial intelligence unit 41. Here, the artificial intelligence unit 41 passes the information to the artificial neural network according to the algorithm set for the input information, and can analyze it while learning in the process of passing it. ), when the user's body information is transmitted, it is analyzed while learning through the artificial intelligence unit 41, and body supplementary information capable of supplementing the body can be analyzed based on the analyzed body information.

In addition, the exercise management server 40 may be configured to include the communication unit 42 and provide the analyzed body information and body supplementary information to the display 12 or the linked terminal M. The interlocking terminal (M) may preferably be a terminal of a leader who guides the user's exercise or body management or a terminal commonly installed in the sports facility area 10, but may also be a user's terminal, and all the terminals described above may be a terminal such as a mobile phone or a tablet PC.

Here, the body supplementary information may be provided by exercise field, psychology field, diet field, and the like. That is, when body information such as the user's body shape such as height, weight, body skeleton, body balance, constitution, and body composition such as muscle mass is transmitted from the body measurement unit 30 to the exercise management server 40, the artificial intelligence unit (41) may provide body supplementary information for each exercise field, psychology field, and diet field by using body information such as body shape, constitution, and body composition.

For example, if the artificial intelligence unit 41 determines that it is necessary to increase the weight by 10 kg and increase the muscle mass by 2% during body shape, the body weight and muscle mass can be increased as described above, exercise, psychological treatment program, and diet to provide supplementary information.

This body supplementary information is transmitted to the display 12 or the interlocking terminal M, so that the user can exercise and adjust his/her diet while performing the psychological treatment program step by step, and the instructor can guide it.

In addition, the exercise management server 40 may receive image data through the camera 13 in addition to the body measuring unit 30 and analyze exercise information through the artificial intelligence unit 41 based on the received image data. .

Specifically, the camera 13 may be installed in the sports facility area 10 first. In addition, the exercise management server 40 may interwork with the camera 13 to receive image data captured by the camera 13 . In addition, the exercise management server 40 may analyze a user's behavior pattern based on the image transmitted through the artificial intelligence unit 41 .

For example, when a user is playing basketball, the camera 13 captures the basketball scene as an image, and the artificial intelligence unit 41 searches for a mark that can recognize the user from the recorded basketball scene and extracts the user. is to analyze behavioral patterns such as shooting, passing, dribbling, and defense while detecting through motion tracking.

In addition, when the user plays soccer, the camera 13 captures the soccer scene as an image, and the artificial intelligence unit 41 finds a mark that can recognize the user from the recorded soccer scene, extracts the user, and motions the user. It detects through tracking and analyzes the user's posture or motion, such as shooting, passing, trapping, heading, and tackling, as behavioral patterns.

Here, the artificial intelligence unit 41 may define the user's exercise information based on the analyzed behavior pattern, generate exercise supplementary information for guiding a part to be supplemented in the exercise process based on the exercise information, and exercise management server. Through the communication unit 42 of (40), it can be transmitted to the display 12 or the interlocking terminal (M) together with the exercise information.

In this way, it is transmitted to the display 12 or interlocking terminal (M), and the exercise information and exercise supplementary information are displayed in various display methods such as graphs or heat maps so that instructors and users can check them, and based on this, the instructor guides the user. can make it

On the other hand, in the process of generating exercise information and exercise supplementary information using the above-described camera 13 and artificial intelligence unit 41, the location tracking device 14 is further installed in the sports facility area 10, and the location tracking device ( 14) may further utilize the user's location data measured. That is, the artificial intelligence unit 41 may generate the user's exercise information and exercise supplementary information based on the image data taken from the camera 13 and the position data measured from the position tracking device 14 .

Meanwhile, the exercise management server 40 may further include a virtual gym implementation unit 43 . As described above, the virtual sports facility implementation unit 43 is a means for instructing the virtual sports facility 11 to be output through the display 12 installed in the sports facility 11 or a three-dimensional output means (not shown), In conjunction with the control means (C), virtual reality (VR, augmented reality), mixed reality (MR, mixed reality) to the sports facility area 10 according to the request of the control means (C) , It is possible to implement a virtual sports facility 11 based on one of extended reality (XR, eXtended Reality).

Here, the control means (C) is not limited to any specific form, and various control means such as a portable terminal, a personal computer, a joystick, or a head mounted display (HMD) may be utilized. In addition, as the control means (C), the above-described display 12 or the interlocking terminal (M) may be utilized as the control means (C).

In addition, the exercise management server 40 may be configured to further include a mission providing unit 44 and a compensation unit 45.

Specifically, the mission providing unit 44 may be configured to set a goal based on body supplementary information or exercise supplementary information analyzed by the artificial intelligence unit 41 . In addition, the mission providing unit 44 may generate an action mission to be performed by the user according to the set goal and provide the action mission to the display 12 or the linked terminal M.

That is, if the artificial intelligence unit 41 determines that it is necessary to increase the body weight by 10 kg and increase the muscle mass by 2% within one month, the mission providing unit 44 provides a predetermined period based on the information, for example, one week. Set goals such as a weight increase of 2.5kg and muscle mass increase by 0.5% at intervals, and according to these goals, missions to be performed by exercise field, psychology field, diet field, etc. are created and transmitted to the display (12) or linked terminal (M). By doing so, the user is allowed to do it.

The reward unit 45 may be configured to set a reward level according to the progress or progress rate of the action mission provided by the mission providing unit 44, and to accumulate mileage or points in the user's virtual wallet based on the set reward level. there is.

That is, according to the mission transmitted to the display 12 or the interlocking terminal M, whether or not to proceed is directly received from the user or determined through data measured or photographed through the body measuring unit 30 or the camera 13, etc. etc. can be estimated, and accordingly, the user can be compensated to increase the user's participation in the mission.

Here, mileage or points encompasses various payment methods, and may include virtual currency such as bitcoin.

In addition, the exercise management server 40 may further include an avatar providing unit 46 .

The avatar providing unit 46 provides a virtual avatar character that projects and grows the user's physical activity, and registers the user's initial use, that is, the user's identity information and body information in the exercise management server 40 for the first time. A virtual avatar character may be provided at a point in time or at a point in time when a mission is provided through the mission providing unit 44, so that the user can grow together while performing sports activities or performing missions.

For example, in the process of performing the mission provided by the mission provider 44, the exercise management server 40 measures the amount of activity or a specific motion in the corresponding game using various equipment or sensors installed in the sports facility area 10. In other words, whether or not the leader's instruction is followed is measured, and if the degree of measurement meets the set standard, the provided avatar character can be grown.

Here, in the case of the mission providing unit 44, a mission to grow such an avatar character may be given, a competition to compete for the growth of various avatar characters may be held, and in the case of the reward unit 45, an avatar character as a reward You can decorate them or provide items related to the growth of your avatar character.

The digital smart sports system 1 according to the embodiment of the present invention configured as described above has the advantage of creating an environment in which the user's body management is more precise, detailed, and easy, and the user has an active will to improve the body. there is

On the other hand, the digital smart sports system 1 according to an embodiment of the present invention may further include means for increasing utilization and further improving functions for managing the user's body. This will be described with reference to FIGS. 4 and 5 .

4 is a flow diagram showing a state in which image data photographed by a camera is utilized according to an embodiment of the present invention.

Referring to FIG. 4 , in the digital smart sports system 1 according to an embodiment of the present invention, when the artificial intelligence unit 41 analyzes a behavior pattern based on image data taken from a camera 13, the analyzed It may also be configured to identify the user's personality based on behavioral patterns.

Specifically, the exercise management server 40 can receive image data taken from the camera 13 in conjunction with the camera 13 as described above, and based on the image received through the artificial intelligence unit 41 User behavior patterns can be analyzed.

In this case, the artificial intelligence unit 41 may learn and grasp the user's personality based on the analyzed user's behavior pattern, and may generate personality information by defining the user's personality. For example, if a user shows passive behavior such as going to a passive position on the basketball court, it is defined as introverted personality, and if the user shows altruistic behavior that is not self-centered, it is defined as altruistic personality, expressing various personalities such as MBTI or Enneagram Through this method, personality information can be generated.

The exercise management server 40 transmits the personality information generated as described above by the artificial intelligence unit 41 to the display 12 or the interlocking terminal M through the communication unit 42 to display the display 12 or the interlocking terminal M ) to be observed by the instructor or user.

In addition, the exercise management server 40 may use the personality information generated by the artificial intelligence unit 41 as described above to generate sports facility recommendation information recommended for use according to the personality. In addition, the generated sports facility recommendation information is transmitted to the display 12 or the linked terminal M along with personality information so that a leader or user can observe it.

For example, if the user's personality is active or active, recommendation information is generated to use a sports facility for active exercise and transmitted to the display 12 or the linked terminal M.

Accordingly, the user can find and execute an exercise suitable for the user and interesting to the user while knowing his or her personality.

5 is an exemplary diagram schematically showing a plurality of facility areas and a state in which pressure sensors are provided in each facility area according to an embodiment of the present invention.

Referring to FIG. 5, in the digital smart sports system 1 according to an embodiment of the present invention, a plurality of facility areas 15 formed by partitioning the sports facility area 10 in a grid format by virtual dividing lines. ). That is, the sports facility area 10 may be configured such that a plurality of facility areas 15 are gathered to form one.

In addition, a pressure sensor 15a may be provided in each of the plurality of facility areas 15 .

In addition, the exercise management server 40 may transmit pressure data transmitted from the pressure sensor 15a to the artificial intelligence unit 41 in association with the pressure sensor 15a. At this time, the artificial intelligence unit 41 may generate exercise supplementary information, which is information to be supplemented with respect to exercise performed in the facility area, based on the received pressure data.

For example, when the exercise being performed is tennis, the artificial intelligence unit 41 can determine the location where the ball hit by the user's racquet falls through the pressure data, and the user's exercise habit for tennis is determined through this location. or force, technical, etc. can be estimated.

In addition, when the exercise being performed is soccer, the artificial intelligence unit 41 can track the change in the position of the ball hit by the user's foot through the pressure data, and through the change in the position of the ball hit by the user's foot, It is possible to estimate the user's ball play, strength, technical skills, etc.

The artificial intelligence unit 41 generates exercise supplementary information to be supplemented based on this estimated information, reflects it on body supplementary information and provides it to the display 12 or the interlocking terminal M, so that each user can voluntarily According to the exercise tendency of the person, it can guide the body to be supplemented in more detail.

In addition, the digital smart sports system 1 according to an embodiment of the present invention includes a quarantine system (not shown) capable of spraying a disinfectant solution in the sports facility area 10 and an air cleaning device capable of absorbing fine dust (not shown). city), an air conditioning device (not shown) such as an air conditioner or a heater, a heating element size (not shown), etc. In this way, users can perform sports activities in a safer place.

In addition, in the digital smart sports system 1 according to an embodiment of the present invention, the brightness of lights installed in the sports facility area 10 is automatically adjusted according to external environments such as weather through the artificial intelligence unit 41. You may. To this end, the artificial intelligence unit 41 may be interlocked with a weather providing system (not shown) or interlocked with an external environment measurement sensor (not shown) installed outside the sports facility area 10 to measure the external environment.

Although the embodiments of the present invention have been described with reference to the accompanying drawings, those skilled in the art can implement them in other specific forms without changing the technical spirit or essential features of the present invention. you will be able to understand Therefore, the embodiments described above are illustrative in all respects and are not restrictive.

1: Digital Smart Physical Education System
10: Sports facility area
11: Sports facility
12: display
13 : Camera
14: location tracking equipment
15: multiple facility areas
15a: pressure sensor
20: recognition unit
25: recognition equipment
30: body measurement unit
40: exercise management server
41: Artificial intelligence department
42: Communication Department
43: virtual sports facility implementation unit
44: mission provision department
45: compensation part
46: avatar providing unit
M: linked terminal
C: control means

Claims (9)

Sports facility area where sports facilities and displays and cameras are installed;
a recognition unit recognizing the identity of a user entering the sports facility area;
A body measurement unit for measuring the body of the user recognized by the recognition unit; and
Including an artificial intelligence unit capable of learning and analyzing input information according to a set algorithm, the artificial intelligence unit receives and analyzes the user's body information measured by the body measurement unit and image data captured by the camera Based on the acquired body information and exercise information according to the image data, body supplementary information and exercise supplementary information capable of supplementing the body are analyzed and generated, and the body information, body supplementary information, exercise information, and exercise supplementary information are displayed on the display or A digital smart sports system that includes an exercise management server provided as an interlocking terminal.
According to claim 1,
It is configured to be carried or worn by a user, and further includes a recognition device in which user information including user identity information is stored,
The recognition unit,
A digital smart sports system, characterized in that for recognizing the user's identity through the recognition equipment.
According to claim 1,
Location tracking equipment is further installed in the sports facility area,
The exercise management server,
Digital smart sports system, characterized in that for analyzing the exercise information, including the user's location data transmitted from the location tracking equipment when analyzing the exercise information.
According to claim 1,
The exercise management server,
Based on one of Virtual Reality (VR), Augmented Reality (AR), Mixed Reality (MR), and Extended Reality (XR) as the sports facility area according to the request of the control means. A digital smart sports system further comprising a virtual sports facility implementation unit that can implement a virtual sports facility.
According to claim 1,
The exercise management server,
A mission providing unit that sets a goal based on the body supplementary information or exercise supplementary information analyzed through the artificial intelligence unit, generates an action mission to be performed by the user according to the set goal, and provides it to the display or linked terminal; and
A digital smart sports system further comprising a compensation unit that determines the degree of compensation according to whether or not the progress of the action mission provided by the mission providing unit and accumulates mileage or points in the user's virtual wallet based on the determined level of compensation.
According to claim 1,
The body complement information,
A digital smart physical education system characterized in that it is provided by exercise field, psychology field, and diet field.
According to claim 1,
The exercise management server,
It interlocks with the camera to receive image data taken from the camera, analyzes the user's behavioral pattern based on the image received through the artificial intelligence unit, and identifies the user's personality based on the analyzed user's behavioral pattern to determine personality information. A digital smart sports system, characterized in that configured to generate and provide the generated personality information to the display or linked terminal.
According to claim 7,
The exercise management server,
Using the generated personality information, generating sports facility recommendation information recommended for use according to the personality, and providing the generated sports facility recommendation information together with the personality information to a display or interlocking terminal. Smart PE system.
According to claim 1,
The sports facility area includes a plurality of facility areas compartmentalized in a grid format by virtual dividing lines,
A pressure sensor is provided in each of the plurality of facility areas,
The exercise management server,
Based on the pressure data transmitted from the pressure sensor through the artificial intelligence unit, exercise supplementary information, which is information to be supplemented for exercise performed in the facility area, is generated, and the generated exercise supplementary information is reflected in the body supplementary information Digital smart sports system, characterized in that configured to provide to the display or interlocking terminal.