KR101962578B1 - A fitness exercise service providing system using VR - Google Patents

Abstract

The present invention relates to a fitness exercise service providing system using VR. The fitness exercise service providing system using VR comprises: a VR fitness system to provide a user with a VR fitness exercise program to perform a VR fitness exercise in a VR exercise space, track a posture and a position of the user to calculate an exercise amount of the user and final result data, and record virtual space image information; a VR image information generation system to photograph image information of the VR exercise space to generate current image information, and combine the generated current image information, the final result data transmitted from the VR fitness system, and the virtual space image information; an exercise information management server to analyze the final result data to generate exercise information suitable for the user, store and transmit the generated suitable exercise information, and store data for the VR fitness exercise program and image information generated and combined by the VR image information generation system; and a user terminal to receive the final result data and the combined image information from the exercise information management server to display and share the final result data and the combined image information.

Description

[0001] The present invention relates to a fitness exercise service providing system using VR,

The present invention relates to a fitness exercise service providing system using VR and a fitness exercise service method using the same. More particularly, the present invention relates to a fitness exercise service providing method using a VR (Virtual Reality) The present invention relates to a fitness exercise service providing system using a VR capable of whole body exercise in a narrow space by providing a fitness exercise program composed of a whole body aerobic exercise using both of a body motion and a body motion.

In general, the aerobic fitness exercise was carried out by riding a bicycle or running on a treadmill.

In addition, the aerobic fitness exercise is performed by watching a mirror or moving along a trainer, or by watching some LCD screen or a projection screen, but it is a short time And the durability of the exercise is deteriorated.

In addition, such a conventional method has a limitation in time or cost, such as having a personal trainer for everyone to gather at a predetermined time and exercise together with the trainer or to individually select the exercise suitable for the individual, It is difficult to. Even if it is difficult to follow or feel lagging behind experienced users, it is difficult for all users to participate in the fun because of the nature of the group.

Accordingly, the running machine of Korean Patent Laid-Open No. 10-2002-0049705 includes a running belt, a drive device for moving the running belt, and a simulation means for providing a running condition similar to a natural environment to the user, A speaker, and an acoustic signal processing unit for displaying various images that are changed according to the image displayed on the screen to provide an auditory effect coinciding with the image displayed on the screen, and a smell matching with the image displayed on the screen And an actuator for adjusting the angle of the running belt in accordance with the image displayed on the screen.

However, according to the above-described prior art documents, the user is only able to control the speed, realistically realizes the actual feeling of the exercise course, has limitations, and still has the problem that he can feel bored because he is exercising alone.

Korean Patent Publication No. 10-2002-0049705

In order to solve such a problem, the present invention has been devised by the above-mentioned background art, and it is an object of the present invention to provide a virtual reality system that uses VR (Virtual Reality) The present invention has been made to provide a fitness exercise service system using VR capable of whole body movement in a narrow space.

In addition, the present invention provides a fitness exercise service using VR which can maximize the efficiency of the exercise by allowing the user to participate in the exercise continuously as the exercise is performed in the virtual reality by providing the fitness exercise program of various game types. The purpose of the system is to provide.

In addition, the present invention stores motion information data including image information about a motion of a user in a virtual reality, a motion score acquired during exercise, and a calorie expenditure score calculated by the calories consumed by the motion information And to provide a fitness exercise service providing system using a VR that enables a user to check stored exercise information data through a terminal such as a smartphone of a user and to correct and supplement the exercise attitude while checking stored image information .

It is another object of the present invention to provide a fitness exercise service providing system using a VR that allows competition among a plurality of users having different time and space to be continuously performed by sharing the exercise information data, have.

In addition, the present invention provides a fitness exercise service providing system using VR that enables the participant to participate in the exercise by guiding challengers who challenge his or her record without participating in the exercise by sharing the exercise information data. There is a purpose.

In addition, the present invention provides a fitness exercise service providing system using VR that enables personalized exercise by suggesting the most effective exercise method for each user by recommending the next exercise best suited to the user based on the exercise information data It has its purpose.

It should be understood, however, that the scope of the present invention is not limited thereto, but includes any object or effect which can be understood from the solution or the embodiment of the present invention without explicitly mentioning it.

According to an embodiment of the present invention, a VR fitness exercise program is provided to a user to perform a VR fitness exercise in a VR exercise space, and a user's posture and position are tracked, A VR fitness system for calculating momentum and final result data and recording virtual space image information; A VR image information generation system configured to generate current image information by capturing image information of the VR motion space, and to synthesize the generated current image information with final result data and virtual space image information transmitted from the VR fitness system; ; Generating a motion information suitable for the user by analyzing the final result data, storing and transmitting the generated appropriate motion information, and transmitting the data for the VR fitness exercise program and the synthesized motion information generated by the VR image information generation system An exercise information management server for storing image information; And a user terminal for receiving, displaying, and sharing the final result data and the composite image information from the exercise information management server.

According to an embodiment of the present invention, the VR fitness system is configured to perform a VR fitness exercise by a user in the VR exercise space, collects changing position and attitude information of the user, A VR terminal for transmitting to a tracking unit; A position and a position change value of the user on the basis of the collected information transmitted from the VR terminal and transmitting the current position information of the user existing in the VR movement space to the VR image information generation system And a position tracking unit; A program implementing unit configured to provide the VR fitness exercise program and to set a difficulty level of the VR fitness exercise program; A momentum detecting unit for receiving the posture and the position change value of the user from the posture and position tracking unit and detecting the user's momentum; Calculating exercise information data including the exercise score and consumed calorie data of the user on the basis of the information detected through the exercise amount detecting unit and, after completion of the VR fitness exercise, calculating a final result of the user's final exercise score and consumed calorie data A motion result information calculation unit for calculating data and transmitting the calculated data to the VR image information generation system and the exercise information management server, respectively; And a VR image information recording unit for recording a state when the user performs the VR fitness movement in the virtual space and transmitting the recorded virtual space image information to the VR image information generation system.

According to an embodiment of the present invention, the VR fitness exercise program is configured such that a user located in a virtual space is made to approach an object having a certain form, and the user is allowed to avoid or destroy the object in the virtual space .

According to an embodiment of the present invention, the VR image information generating system may include a camera installed in the VR exercise space and photographing the current state of the user and the VR exercise space; A camera controller for controlling the photographing position and the photographing time of the camera to be in the same state as the position information of the virtual space; And a controller for generating composite image information by synthesizing image information on a virtual space in image information on a VR motion space photographed by the camera, recording the generated composite image information, And an image synthesizer for transmitting the image data to the server.

According to an embodiment of the present invention, the exercise information management server includes: an exercise information data providing unit for generating the appropriate exercise information, transmitting the generated appropriate exercise information to the user terminal, or storing the exercise information; A program data DB in which a VR fitness exercise program is stored and exercise score data to be applied when the VR fitness exercise program is executed, the amount of calories to be consumed, success or failure; A user DB in which the personal information of the user, the final result data, the composite image information, and the image information of the VR motion space and the virtual space are respectively stored; And a video information sharing unit for confirming whether or not to share the final result data and the composite video information through the user terminal and for sharing only when a request for disclosure is made.

According to an embodiment of the present invention, the exercise information data providing unit analyzes the cumulative final result data of the user and grasps failure or success at a specific position, interval, or set degree of difficulty, And the like.

According to an embodiment of the present invention, the user terminal is configured to check final result data and composite image information disclosed by other users through the exercise information management server.

According to the embodiment of the present invention, various types of game fitness exercises are provided so that the user can enjoy the exercise in the virtual reality, so that the exercise can be continuously participated in a narrow space, thereby maximizing the efficiency of the exercise There is an effect that can be.

In addition, according to the embodiment of the present invention, the motion information including the image information about the motion of the user in the virtual reality, the motion score acquired during the exercise, and the calorie consumption score calculated by the calorie consumption It is possible to maximize the exercise effect by correcting and supplementing the exercise posture while confirming the information data by the user.

In addition, according to the embodiment of the present invention, by sharing the exercise information data, it is possible to induce competition among a large number of users having different time and space, to continuously exercise due to competition, There is an effect that it can activate the will to participate in the movement by guiding challenging challengers.

According to the embodiment of the present invention, it is possible to perform personalized exercise by suggesting the most effective exercise method for each user by recommending the next exercise best suited to the user based on the exercise information data.

In addition, the various and advantageous advantages and effects of the present invention are not limited to the above description, and can be more easily understood in the course of describing a specific embodiment of the present invention.

1 is a block diagram schematically showing a fitness exercise service providing system using a VR according to an embodiment of the present invention;
2 is a block diagram schematically illustrating a VR fitness system of a fitness exercise service providing system using a VR according to an embodiment of the present invention.
FIG. 3 is a block diagram schematically showing a VR image information generating system of a fitness exercise service providing system using a VR according to an embodiment of the present invention.
4 is a block diagram schematically illustrating a motion information management server of a fitness exercise service providing system using a VR according to an embodiment of the present invention.
5 is a view illustrating a VR movement space of a fitness exercise service providing system using a VR according to an embodiment of the present invention.
6 is a diagram schematically illustrating a state in which image information generated through a VR image information generating system according to an embodiment of the present invention is displayed through a user terminal;
FIG. 7 and FIG. 8 are schematic views illustrating a position coordinate value of a user and an algorithm of a fitness exercise program in a virtual space of a VR fitness system according to an exemplary embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the drawings, the same reference numerals are used to designate the same or similar components throughout the drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In describing the components of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are intended to distinguish the constituent elements from other constituent elements, and the terms do not limit the nature, order or order of the constituent elements. When a component is described as being "connected", "coupled", or "connected" to another component, the component may be directly connected to or connected to the other component, It should be understood that an element may be "connected," "coupled," or "connected."

FIG. 1 is a block diagram schematically showing a fitness exercise service providing system using a VR according to an embodiment of the present invention. FIG. 2 to FIG. 4 are diagrams illustrating a fitness exercise service providing system using a VR according to an embodiment of the present invention. A VR fitness system, a VR image information generation system, and an exercise information management server.

As shown, the fitness exercise service providing system using the VR of the present invention provides a VR fitness exercise program to a user so as to perform a VR fitness exercise in the VR exercise space, tracks the attitude and position of the user, A VR fitness system 100 for calculating motion amount and motion result information of the user, and a VR system 100 for generating motion information of the user by combining the image information in the user's virtual space with the image information in the VR motion space, The information generating system 200 stores the information data transmitted from the VR fitness system 100 and the VR image information generating system 200 for each user and transmits the information to the user terminal 400 of the user And an exercise information management server 300 for transmitting the exercise information.

Here, as shown in FIG. 5, the VR exercise space is a place provided for a user to perform a fitness exercise using the VR. By combining a user's appearance in a virtual space with a real user's view, In which the user is allowed to perform the recording of the exercise.

The VR movement space may include a posture and position tracking unit 120 for receiving the position information of the user from the plurality of markers 116 and 118 formed in the VR terminal 110 of the user, And a camera 202 for photographing the actual motion of the user.

At this time, the VR motion space is composed of the actual motion image information on the actual motion image of the user imaged by the camera 202 and the virtual motion image information on which the virtual user is performing motion within the virtual space It is preferable that the wall and floor are constructed by the chromakey technique.

The VR fitness system 100 includes a VR terminal 110, an attitude and position tracking unit 120, a program implementing unit 130, a momentum detecting unit 140, a motion result information calculating unit 150, and a VR image information recording unit 160).

The VR terminal 110 is configured to access a virtual space in order to perform a VR fitness exercise in the VR exercise space, thereby providing the VR service to the user.

The VR terminal 110 includes a VR controller 112 for performing a VR fitness movement in a state of being held by both hands of a user and a VR head 114 for performing a VR fitness movement in a state of wearing the user's head do.

The VR terminal 110 forms separate markers 116 and 118 in the VR controller 112 and the VR head 114 to collect information on the changed position information and attitude while the user performs the VR fitness exercise, And to transmit the collected information to the posture and position tracking unit 120. [

The posture and position tracking unit 120 tracks the posture and the position of the user wearing the VR terminal 110 and measures a change value of the posture and the position information of the user. The attitude and position change values of the user are measured based on collected information transmitted from the plurality of markers 116 and 118, And transmits the posture and the position change value of the user to the exercise amount detecting unit 140.

At this time, the posture and position tracking unit 120 may be made of a normal tracking sensor so as to track the position change values of the markers 116 and 118 and measure a change value with respect to the user's posture and position information .

The posture and position tracking unit 120 may be installed on the VR motion space formed by the chroma key technique. In particular, the posture and position tracking unit 120 may be disposed on the front and rear sides of the VR motion space, And transmits the current location information of the user to the camera controller 210 of the VR image information generating system 200.

The program implementing unit 130 is a component for providing a VR fitness exercise program through the VR terminal 110. The user may wear the VR terminal 110 in the VR exercise space to perform a VR fitness exercise, The VR fitness exercise program may be provided after completion of interlocking between the VR terminal 110 and the posture and position tracking unit 120. [

That is, the program implementing unit 130 is configured to execute the VR exercise program when the user is located in the virtual space.

As shown in FIG. 6, the VR fitness exercise program allows a user located in a virtual space to approach an object having a certain shape, and the user can move the object to be accessed up, down, left, or right And the whole body movement is performed so as to be destroyed by defeating or avoiding.

Here, the object is formed in such a form as to threaten the user, and may be in the form of a sharp horn, a knife, a bat, or the like, and the user must avoid or destroy the object in the virtual space The user is allowed to approach the user while having a constant rhythm and a constant speed, and the user repeatedly avoids the object for a predetermined time according to the rhythm and the speed, .

For example, the program implementing unit 130 allows the user located in the virtual space to repeatedly approach a sharp horn-shaped object at various heights for a predetermined period of time, thereby allowing the user to avoid the object in the upward and downward directions And the user can access the VR terminal 110 at various angles from the lower end (tip end) to the upper end (head end) according to the height of the user. The VR controller 112 may be used as a breaking means to perform a variety of movements in order to break the object so that the whole body aerobic exercise can be performed.

The program implementing unit 130 may be configured to adjust difficulty such as an access speed, size and strength of an object provided through the VR fitness exercise program or to select a type of program according to a user's selection, The difficulty level setting completion data may be transmitted to the user DB 330 of the exercise level management server 300 to be described later and stored.

Accordingly, the user does not need to adjust the degree of difficulty of the VR fitness exercise program every time the VR fitness exercise is performed, and repeatedly performs the VR fitness exercise according to the difficulty level already set through the difficulty setting completion data stored in the user DB 330 You can do it.

7, when the user accesses the virtual space through the VR movement space using the VR terminal 100, the program implementing unit 130 searches for a user location in the virtual space The approach position coordinate information of the object is generated at the center and the object is accessed by the access position coordinate information of the object so that the user repeatedly performs the operation of avoiding or destroying the object approaching in the virtual space So that the whole body motion can be performed.

Here, the approach position coordinate information of the object may be composed of information (A to T) about an angle of 360 degrees about the position of the user and coordinate information (1 to 5) about the entry height of the object , And the user may generate various coordinate values according to the difficulty of the VR fitness exercise program set through the program implementing unit 130 so that the object is accessed.

8, the program implementing unit 130 may set the execution time of the VR fitness movement when the user sets the difficulty level through the program implementing unit 130, It is needless to say that the approach angle and height of the object can be set, and the approaching speed of the approaching object, the number and size of the approaching object, and the like can be set variously.

In addition, when the difficulty level of the VR fitness exercise program is set, the execution time of the VR fitness exercise may be set in minutes to set the number of objects to be destroyed or the number and size of objects to be destroyed.

The program implementation unit 130 of the present invention may be configured such that the user operates the VR terminal 110 in the VR movement space and then sets the driving and difficulty levels of the VR terminal 110. However, 110) can be configured to be able to set the degree of difficulty before wear, and can be configured to be able to adjust the difficulty level while performing a VR fitness exercise.

The exercise amount detecting unit 140 is a component for detecting the amount of exercise of a user who performs a VR fitness exercise in the virtual space through the program implementing unit 130. The exercise amount detecting unit 140 may be configured to determine whether to avoid or destroy an object approaching while performing a VR fitness exercise, And detects the success or failure of the success or failure information and transmits the information to the motion result information calculation unit 150. [

When the VR fitness exercise program is started through the program implementing unit 130, the momentum detecting unit 140 detects a moment when the virtual object is accessed by the user located in the virtual space, It is determined whether or not a collision between the controller 112 of the VR terminal 110 and the object occurs. If a collision occurs, it is regarded as a failure when the movement is caused by avoiding an object during the VR fitness movement, When the exercise is successful, it is determined that the exercise is successful, and information on failure or success is transmitted to the exercise result information calculation unit 150.

The exercise result information calculating unit 150 is a component for calculating exercise information data including the exercise score and consumed calorie data of the user based on the information detected through the exercise amount detecting unit 140. [

Here, the user's exercise score may be calculated by adding or subtracting a score according to the success or failure count detected by the exercise amount detector 140, and may be calculated based on the score of the consecutive success, It may be constructed so that the final exercise score is calculated by making the width larger, and the exercise score may be calculated by cumulative records of successive failures or consecutive failure times.

In addition, when the exercise score is calculated, success, or failure, information on the moving position of the user, information on the number of consecutive movements, and position information on the point where the failure has occurred are received from the exercise amount detecting unit 140, A distance value to the distance where the movement is made based on the position information may be calculated and a motion score may be calculated with respect to the calculated distance value.

In addition, the consumed calorie data may be determined according to the degree of difficulty set by the user, and the calorie information to be consumed at the time of setting the difficulty of the VR fitness exercise may be output together so that the difficulty can be set based on the calorie information consumed by the user .

After the completion of the VR fitness exercise, the exercise result information calculation unit 150 outputs the final result data including the user's final exercise score and consumed calorie data to the VR terminal 110 or the display device connected to the VR terminal 110 So that the user can immediately check the image.

The motion result information calculation unit 150 may transmit the motion score and the consumed calorie data information of the user who has been calculated to the image synthesis unit 220 of the VR image information generation system 200 to be described later, And to the user DB 330 of the exercise information management server 300, which will be described later.

The VR image information recording unit 160 records the state when the user performs the VR fitness movement in the virtual space as image information and transmits the recorded virtual space image information to the VR image information generation system 200 Element.

The VR image information generation system 200 generates final result data and virtual space image information transmitted from the motion result information calculation unit 150 and the VR image information recording unit 160, Generates composite image information by synthesizing the actual motion image information of the user to be transmitted, and transmits the generated composite image information to the exercise information management server 300 and the user terminal 400, respectively.

The VR image information generating system 200 may be configured to be linked with the VR fitness system 100, the exercise information management server 300 and the user terminal 400 through a network. The camera 202, A camera control unit 210, and an image synthesis unit 220.

The camera 202 is installed in the VR exercise space and photographs the current state of the user with the eyes of a third party. The VR exercise space including the wall and the floor subjected to the chroma key processing in green is photographed. (Or current) user who is performing the operation.

The camera control unit 210 is configured to control the plurality of cameras 202. Specifically, the camera control unit 210 determines a shooting time point and a shooting position of the camera 202 based on the user's current position information transmitted from the posture and position tracking unit 120 Thereby controlling the plurality of cameras 202 so that the shooting of the current user and the virtual user can be performed at the same time and position.

That is, the camera controller 210 controls the position of the camera 202 so that the current position information of the user located in the VR movement space and the virtual position information of the virtual user located on the virtual space are equal to each other And controls the photographing time point of the camera 202 so that the photographing is performed at a time point when the photographing time of the virtual user at the VR image information recording unit 160 is the same as the photographing time point of the current user at the camera 202 .

At this time, the camera controller 210 preferably controls the fov (field of view) and angle values at the time of photographing control to be equal to the fov and angle values of the VR image information recording unit 160 .

The image synthesis unit 220 synthesizes the virtual space image information and the actual motion image information to generate composite image information, outputs the generated image information to the display unit, and outputs the synthesized image information to the motion information management server 300 and the user terminal 400 ), Respectively.

The image synthesizer 220 synthesizes the image information of the virtual space with the image information of the VR motion space photographed by the camera 202 to generate synthesized image information, and outputs the generated synthesized image information through a display unit And at the same time, recording of the composite video information is performed.

At this time, the image synthesis unit 220 uses the chroma key technique to separate the VR motion space and the user, which are composed of the wall and the floor of the unified color like green, and to record the video by synthesizing the virtual space in the VR motion space .

That is, the image information about the virtual space transmitted from the VR image information recording unit 160 is synthesized into the VR movement space composed of the green chroma key space and output through the display unit, so that the user actually moves in the virtual space is displayed And the composite image information outputted through the display unit is recorded.

In addition, the image synthesizer 220 transmits the recorded image information to the user DB 330 of the exercise information management server 300 to be stored therein. The image synthesizer 220 transmits the stored image information to the user terminal 400, So that the image can be confirmed.

In addition, the image synthesizer 220 of the present invention may be configured to output the virtual spatial image information and the real motion image information in a form of being divided on one display frame when outputting the virtual spatial image information and the real motion image information.

The exercise information management server 300 is interlocked with the VR fitness system 100, the VR image information generation system 200 and the user terminal 400 via a network, And stores the VR fitness exercise program data and the synthesized image information.

The exercise information management server 300 includes an exercise information data providing unit 310, a program data DB 320, a user DB 330, and an image information sharing unit 340.

The exercise information data providing unit 310 analyzes the final result data of the user who has completed the VR fitness exercise to generate exercise information most suitable for the current user and transmits the exercise information to the user terminal 400, In the user DB 330 in which the information about the user terminal 400 is stored.

The exercise information data providing unit 310 analyzes the cumulative final result data of the user and performs a step of failing to avoid or destroying at a specific position, interval, or set degree of difficulty or succeeding at a specific time or a specific successive step And generates motion information suitable for the generated motion information, and transmits the motion information to the user terminal 400.

That is, the downwardly adjusted recommendation motion information for a specific position, interval, or set degree of difficulty in which the failure is repeatedly repeated is transmitted to the user terminal 400, or the specific position, interval, or set degree of difficulty And transmits the adjusted recommended motion information to the user terminal 400.

For example, once the performance of the VR fitness movement is completed, the number of failures, the point at which failures are repeated, and the points at which failures occur repeatedly are reported, and if the degree of failure rises above a certain percentage, Recommends a high frequency of occurrence of the position when the failure is small and the same failure at a specific position is repeatedly recorded. In particular, as in the case of the squat movement (avoidance movement), the probability of successive failure It can be structured so that the strength and the number of times are small or the recommendation is performed with a lot of movements around the point of failure.

At this time, the recommended exercise information may include a type of the VR fitness exercise program suitable for the user, and the VR fitness exercise program may be stored in the program data DB 320. [

That is, the VR fitness exercise program suitable for the user's physical condition is recommended to prevent excessive exercise from being performed only in a specific part of the body part of the user, and the entire body can be developed through a more balanced exercise.

The program data DB 320 stores a VR fitness exercise program, and in particular, data on a type of VR fitness exercise program made up of various exercise programs such as a strengthening program for each part of the body, an upper body, a lower body strengthening program,

In addition, the program data DB 320 includes a record DB holding at least one record having a predetermined format including the amount of calories to be consumed, the number of calories to be consumed when performing a VR fitness exercise program, Lt; / RTI >

The program data DB 320 may provide a VR fitness exercise program for each degree of difficulty to the program implementing unit 130 when the degree of difficulty is set through the program implementing unit 130 of the VR fitness system 100, And to provide the data stored in the record DB in response to a request from the exercise amount detecting unit 140. [

The user DB 330 stores personal information about a user to be provided with the VR fitness exercise program in the VR exercise space and the number information of the user terminal 400 held by the user, And the final result data is accumulated in the result of the operation of the user. The composite image information including the motion of the user and the image information about the VR motion space and the virtual space are stored.

The user DB 330 is configured to provide the stored data according to the request of the image synthesis unit, the motion data providing unit 310, and the user terminal 400.

The image information sharing unit 340 allows the user to share the composite image information stored in the user DB 330, that is, the image information about the manner in which the user performs the VR fitness exercise, through the Internet sharing channel. Quot;). ≪ / RTI >

At this time, the Internet sharing channel includes a sharing site such as YouTube or personal broadcasting which is started on the Internet.

In addition, the image information sharing unit 340 may be configured to provide composite image information of another user at the request of the user terminal 400. [

Accordingly, it is possible to confirm not only the motion of the user but also the motion of a plurality of users having different time and space, so that the exercise posture can be shared, corrected and supplemented, Since the data on the number of exercise points and the consumed calories contained in the synthetic image information can be confirmed, it is possible to induce competition among a large number of users. Therefore, even if the participant does not participate in the exercise, It is possible to activate the will to participate.

The user terminal 400 receives the synthesized image information from the exercise information management server 300 and synthesizes the final result data including the user's final exercise score and consumed calorie data, the virtual space image information, and the actual motion image information, And to confirm information about the result of the execution.

At this time, a user authentication process may be performed to confirm whether the user information stored in the user DB 330 matches with the final result data and the composite video information.

In addition, the user terminal 400 is configured to transmit a signal indicating whether the final result data and the composite image information are open to the image information sharing unit 340, Or non-disclosure, or to switch the predetermined state.

Also, the user terminal 400 may be configured to check the final result data and the composite image information list disclosed by other users through the image information sharing unit 340, and may check the final result data and the composite image information list The list of results may be sorted according to the exercise score or consumed calories of the final result data.

Meanwhile, the user terminal 400 of the present invention can be configured to enable confirmation of the final result data and the composite image information when authentication of the user's personal information is performed without authentication of the number information in the user authentication process have.

That is, if only the authentication of the user's personal information is completed, the final result data and the composite image information of the user himself or herself can be confirmed or stored in the user terminal even if the number information of the user terminal 400 is inconsistent with another user terminal As shown in FIG.

The user terminal may be a smart phone, a tablet PC, a personal digital assistant (PDA), a personal digital assistant (PDA) or the like, as well as a general PC such as a general desktop or a notebook computer capable of running programs for executing a fitness exercise service system using the VR of the present invention. And a mobile terminal such as a mobile communication terminal, and the program may include an application.

It is to be understood that the terms "comprises", "comprising", or "having" as used in the foregoing description mean that the constituent element can be implanted unless specifically stated to the contrary, And all terms including technical or scientific terms are to be construed as further including other elements unless the context clearly dictates otherwise as generally understood by one of ordinary skill in the art to which this invention belongs. Have the same meaning.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or essential characteristics thereof. . Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

100: VR fitness system 110: VR terminal
120: posture and position tracking unit 130: program implementation unit
140: momentum detecting unit 150: motion result information calculating unit
160: VR image information recording unit 200: VR image information generating system
202: camera 210: camera control unit
220: video synthesizer 300: exercise information management server
310: motion data providing unit 320; Program data DB
330: user DB 340: image information sharing unit
400: User terminal

Claims (7)

A VR fitness exercise program is provided to a user so as to perform a VR fitness exercise in the VR exercise space. The user's posture and position are tracked to calculate the user's momentum and final result data, VR fitness system;
A VR image information generation system configured to generate current image information by capturing image information of the VR motion space, and to synthesize the generated current image information with final result data and virtual space image information transmitted from the VR fitness system; ;
Analyzing whether the user who has performed the VR fitness movement through the final result data fails to avoid or destroy at a specific position, interval, or set degree of difficulty, succeeds at a specific time or a specific successive step, Analyzing the accumulated final result data, generating motion information suitable for the user by detecting a failure or success at a specific position, interval, or set degree of difficulty, transmitting the generated appropriate exercise information to the user terminal, A program data DB in which a VR fitness exercise program is stored and exercise score data to be applied when an amount, success, or failure of calories to be consumed in performing a VR fitness exercise program is stored; The final result data, and the composite A user DB in which image information on the image information of the VR movement space and the virtual space are respectively stored, and whether the final result data and the composite image information are shared is confirmed through the user terminal and shared only when the disclosure request is made An exercise information management server configured with a video information sharing unit; And
A user terminal configured to receive and display the final result data and the composite image information from the exercise information management server, and to confirm final result data and composite image information disclosed by another user through the exercise information management server; / RTI >
The VR fitness system includes:
A VR terminal configured to perform a VR fitness movement by the user in the VR exercise space, collecting the user's changing position and attitude information, and transmitting the collected information to the attitude and position tracking unit;
A position and a position change value of the user on the basis of the collected information transmitted from the VR terminal and transmitting the current position information of the user existing in the VR movement space to the VR image information generation system And a position tracking unit;
A VR fitness exercise program is provided for setting the degree of difficulty of the VR fitness exercise program, and the degree of difficulty of the VR fitness exercise program is set so that an angle of a 360 degree radius around the position of the user in the virtual space And information on the approach position of the object, which is made up of coordinate information on the height of the object, and generates an approach position coordinate information of the object so that the object has a constant rhythm and a constant velocity A program implementing unit configured to perform a whole body movement while repeatedly performing an operation of avoiding or destroying the object that the user approaches in a virtual space;
And transmits the momentum information by detecting the amount of movement of the user by receiving the attitude and position change value of the user from the attitude and position tracking unit, and when the virtual object is accessed by the user, And determines whether or not a collision with the object occurs. If a collision occurs, it is regarded as a failure when the movement is caused by avoiding the object during the VR fitness movement, and when it is an exercise to destroy the object, , Or information on success and information on the movement of the user in the case of failure or failure, information on the number of consecutive movements, and position information on the point at which the failure occurred in the failure;
And calculating exercise information data including the exercise score and consumed calorie data of the user on the basis of the detected information transmitted from the exercise amount detecting unit and, after completion of the VR fitness exercise, calculating final exercise score and consumed calorie data A motion result information calculation unit for calculating result data and transmitting the result data to the VR image information generation system and the exercise information management server, respectively; And
A VR image information recording unit for recording a state when the user performs a VR fitness movement in a virtual space and transmitting the recorded virtual space image information to the VR image information generation system;
And a fitness exercise service providing system using the VR.
delete delete The method according to claim 1,
The VR image information generating system includes:
A camera installed in the VR exercise space for photographing a current state of the user and the VR exercise space;
A camera controller for controlling the photographing position and the photographing time of the camera to be in the same state as the position information of the virtual space; And
A motion information management server for recording the synthesized image information generated by synthesizing image information on a virtual space in the image information of the VR motion space photographed by the camera to generate composite image information, An image synthesizer for transmitting the image data;
And a fitness exercise service providing system using the VR.
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