KR20180133065A - Online exercise training apparatus and the method thereof - Google Patents

Abstract

The present invention relates to an online exercise training apparatus and a method thereof, which reproduce pre-stored exercise images by each exercise section to enable an exerciser to take an exercise by each set exercise session, and to perform an efficient exercise due to a natural level-up over time. The training apparatus (100) of the present invention comprises: a training DB unit (110) for storing main exercise images, exercise part images, and an exercise schedule classified in accordance with exercise intensity for training of each body part; a training image information generating unit (150) for extracting main exercise image information, exercise part image information, and next exercise preview image information to be reproduced in accordance with the exercise schedule, from the training DB unit (110), and generating training image information; a training image synthesis unit (160) for synthesizing the training image information generated by the training image information generating unit 150 to generate a training image; and a training image reproducing unit (170) for reproducing the training image to provide a training service in accordance with the exercise schedule.

Description

[0001] ONLINE EXERCISE TRAINING APPARATUS AND THE METHOD THEREOF [0002]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an online training apparatus such as a fitness, a fitness, a yoga, a pilates, and the like, and more particularly to an online training apparatus such as a fitness, fitness, yoga, pilates, The present invention relates to an on-line exercise training apparatus and a method for performing an exercise on each exercise session and performing an efficient exercise by naturally leveling up over time.

With increased interest in health, a wide range of activities for health such as yoga, fitness, crossfitting, jogging, cycling and swimming are prevalent.

Most of these sports activities are carried out by registering with the sports center and being instructed by the instructor, so that those who are chased by the usual time become difficult to attend at the center. Also, there is a problem in that it takes an excessive cost to visit the center and receive a personal PT.

Accordingly, Korean Patent Laid-Open Publication No. 10-2016-0056082 discloses a fitness measurement / exercise prescription service providing system for measuring fitness / exercise prescription service providing a fitness measurement / exercise prescription service after acquiring exercise information by photographing an exerciser with a camera, A method of providing exercise prescription service ".

Korean Patent Laid-Open Publication No. 10-2014-0051832 discloses a 'motion motion monitoring system and method for monitoring a motion motion according to one operation characteristic based on an output of a gyroscope sensor mounted on a shoe.

However, in the above-described conventional techniques, only a temporary exercise prescription is provided to the exerciser, and a long-term exercise program can not be provided using the present state information of the exerciser.

In addition, since the conventional techniques do not provide a long-term exercise program, there is a problem in that it is not possible to provide effective training apparatuses such as fitness, yoga, and pilates for a long period of time.

Korean Patent Publication No. 10-2016-0056082 Korean Patent Publication No. 10-2014-0051832

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems of the prior art, and it is an object of the present invention to classify the moving parts of the body into six parts including the chest, arm, leg, shoulder and back, hip, abdomen and whole body, A motion image, and a motion preview image for the main motions classified according to the level so as to have the intensity of the exercise, and then, according to the exercise schedule comprising the combination of the exercise sessions classified into the different levels of exercise intensity And extracts a motion image corresponding to the exercise sessions for each level, and outputs the motion image to an exerciser terminal connected to the local terminal of the athlete or the Internet, so that the athlete can perform exercise training such as fitness, fitness, yoga, and pilates And an object of the present invention is to provide an online exercise training apparatus and a method thereof.

In addition, the present invention provides an on-line exercise training device and a method thereof, which can perform exercise training such as fitness, fitness, yoga, and pilates for a long period of time by providing a long-term exercise program using current physical condition information of the athlete To provide another purpose.

In addition, according to the present invention, exercise schedules are generated by combining exercise sessions having progressive strengths according to exercise regimens or the selection of main exercises of the exercisers with respect to the body conditions inputted by the exercisers, so that efficient fitness, fitness Yoga, pilates, and the like, and to provide a method thereof.

In order to attain the above object, an on-line exercise training apparatus (100)

A training DB unit 110 for storing main motion images, exercise area images, and exercise schedules classified according to exercise intensity for body part training;

A training image information generator 150 for extracting main motion image information to be reproduced according to the exercise schedule, motion image image information, and next motion preview image information from the training DB unit 110 and generating training image information;

A training image synthesizer 160 for synthesizing the training image information generated by the training image information generator 150 and generating a training image; And

And a training image reproducing unit 170 for reproducing the training image to provide a training service according to the exercise schedule.

The on-line exercise training apparatus (100)

A training interface unit 120 for receiving physical condition information for exercise prescription or exercise schedule information for generating an exercise schedule from an exerciser and providing an interface for playing back the exercise image according to the generated exercise schedule;

An exercise prescription unit 130 for performing exercise prescription using the physical condition information input for the exercise prescription;

A movement schedule for generating an exercise schedule for performing the exercise in which the exercise intensity is gradually increased by combining the exercise sessions for each level according to the body parts according to the exercise schedule or the exercise schedule information input through the training interface unit 120 And a schedule generating unit 140. [0034] FIG.

The training DB unit 110 includes:

Main motion images for main motions classified into chest, arm, leg, shoulder and back, hip, abdomen, and whole body, and the exercises are classified to have gradually increasing exercise intensity A main motion image DB 112 for storing motion images;

An exercise site image DB (113) for storing exercise site images representing the exercise sites for each main exercise;

A motion preview image DB (114) for storing motion preview images providing motion previews on the main motion images; And

And an exercise schedule DB (115) for storing exercise schedules of the exercisers.

The exercise schedule includes:

(Basic), basic (intermediate), and master (advanced), which are classified into 10 levels, including main body exercises classified into 10 levels by exercise intensity and difficulty level,

Wherein the start is composed of an exercise program having an exercise schedule consisting of exercise sessions starting from a base exercise to a base,

The basic is composed of an exercise program having an exercise schedule consisting of exercise sessions in which a basic muscle force is formed and a body line is formed in earnest,

The master may consist of an exercise program having an exercise schedule consisting of exercise sessions, including high intensity main exercises that make up the body line and the pit and make the body not fat.

The training interface unit 120 includes:

However,

A member registration interface 121 for providing an interface for performing membership registration;

A motion prescription interface 122 for providing an interface for inputting physical condition information for exercise prescription;

An exercise schedule generation interface 123 for providing an interface for performing generation, modification, and deletion of exercise schedule; And

And a training image playback interface 400 for providing an interface for playing back a training image according to the generated exercise schedule.

The training image playback interface 400 includes:

A main motion image display unit 510 in which a main motion image according to an exercise schedule is reproduced;

A moving part display part 420 for displaying a moving part image representing a moving part of the body by the motion performed by the main motion image;

A next motion preview display unit 530 for reproducing a motion preview image for the main motion image to be performed next to the main motion currently being reproduced;

A remaining lap time indicator 540 indicating the remaining lap time of the exercise session;

A current motion-next motion list display unit 550 for displaying a list of the main motion currently being reproduced and the main motion to be reproduced next;

A clear number display section (560) for displaying a clear number of each exercise session in the exercise schedule; And

And a level display unit 570 for displaying the level (exercise intensity) of the main motion currently being performed.

The exercise schedule generator 140 generates a schedule

And generate an exercise schedule by replacing the exercise schedule generated by the exercise prescription unit 130 with the exercise schedule input through the exercise schedule creation interface 122. [

The training image information generation unit 150 generates training image information,

In addition to the main exercise image information, the exercise site image information, and the next exercise preview image information, at least one of the current exercise-next exercise list, clear exercise count information, lap time information, or level information for each exercise session in the exercise schedule And generate the training image information.

The on-line exercise training device includes:

And an Internet service unit 180 for providing the exercise training service to the exerciser terminals via the Internet.

According to another aspect of the present invention, there is provided an on-

The training DB unit 110 includes a training interface unit 120, an exercise prescription unit 130, an exercise schedule generator 140, a training image information generator 150, a training image synthesizer 160, (170), the method comprising the steps of:

The training image information generating unit 150 generates a motion preview image DB (a motion image preview image DB) for storing preview images of the main motion performed after the current main motion on the exercise schedule among the main images constituting the exercise sessions according to the exercise schedule 114); And

And an exercise schedule DB (115) for storing the exercise schedule of the exercisers.

The exercise schedule includes:

(Basic), basic (intermediate), and master (advanced), which are classified into 10 levels, including main body exercises classified into 10 levels by exercise intensity and difficulty level,

Wherein the start is composed of an exercise program having an exercise schedule consisting of exercise sessions starting from a base exercise to a base,

The basic is composed of an exercise program having an exercise schedule consisting of exercise sessions in which a basic muscle force is formed and a body line is formed in earnest,

The master may consist of an exercise program having an exercise schedule consisting of exercise sessions, including high intensity main exercises that make up the body line and the pit and make the body not fat.

The training image information generating process (S500)

A main motion image information generating step (S510) of extracting a main motion image constituting each exercise session of the exercise schedule from the training DB unit 110 to generate main motion image information;

An exercise site image information generation step (S520) of extracting an exercise site image representing a body movement part of the main motion from the training DB unit 110 to generate motion site image information; And

Generating a next exercise preview image information by extracting a preview image of the main exercise performed after the current main motion on the exercise schedule from the training DB unit (S530); . ≪ / RTI >

The training image information generating process (S500)

A current exercise-next exercise list generation step (S540) of extracting a current exercise list and a next exercise list to generate a current exercise-next exercise list;

A clear motion number information generating step (S550) of counting the number of main motions performed in the exercise schedule and generating a clear motion number information;

A lap-time information generating step (S560) of extracting a remaining lap time of the main movement and generating lap-time information; or

A level information generating step (S570) of generating the level of exercise intensity of the main motion as level information; Or more.

The training image information may include:

Information on at least one of a main motion image information, a main motion image information, a motion site image information, a next motion preview image information, a current motion-next motion list, a clear motion number information, a lap time information, .

The on-line exercise training method includes:

The training image information generation step (S500)

An exercise prescription process (S200) for the exercise prescription unit (130) to perform exercise prescription using the body information input through the training interface unit (120);

An exercise schedule information generating step (S300) of generating and outputting motions selected and inputted through the exercise schedule generating interface (123) of the training interface unit (120) as exercise schedule information; And

The exercise schedule generator 140 generates exercise sessions consisting of the exercise types and the exercise orders and the exercise times according to the exercise intensity (level) according to the body parts according to the exercise prescription or the exercise schedule information, (S400) for generating an exercise schedule composed of exercise sessions (S400).

The present invention having the above-described structure is for solving the above-mentioned problems of the prior art, and it is an object of the present invention to classify the moving parts of the body into six parts as chest, arm, leg, shoulder and back, hip, abdomen, A main motion image, a motion region image, and a motion preview image for main motions classified by levels so as to have gradually increased exercise intensity are stored, and then a motion session classified into different levels of exercise intensity And outputs the motion image corresponding to the exercise sessions to a local terminal of the athlete or an athlete terminal connected to the Internet, so that the athletes can perform effective exercises such as fitness, fitness, yoga, pilates, So that it is possible to perform the training.

In addition, the present invention provides a long-term exercise program using the current physical condition information of an athlete, thereby providing an effect of enabling efficient training of health, fitness, yoga, and pilates over a long period of time.

In addition, according to the present invention, exercise schedules are generated by combining exercise sessions having progressive strengths according to exercise regimens or the selection of main exercises of the exercisers with respect to the body conditions inputted by the exercisers, so that efficient fitness, fitness , Yoga, pilates, and the like.

1 is a block diagram of an on-line exercise training device 100 according to an embodiment of the present invention.
2 is a block diagram of the training image reproducing interface 400 of FIG.
3 is a functional block diagram of the training server 2 on which the online exercise trainer 100 of FIG. 1 is mounted.
FIG. 4 illustrates an online exercise training system 1 in a state in which the training server 2 of FIG. 3 is launched to provide training services for exercises such as fitness, yoga, and pilates through a communication network 600 including the Internet. FIG.
5 is a flowchart showing a process of an on-line exercise training method according to an embodiment of the present invention;
FIG. 6 is a flow chart illustrating a process of generating training image information (S500) during the process of FIG. 5;

In the following description of the present invention, 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.

The embodiments according to the concept of the present invention can be variously modified and can take various forms, so that specific embodiments are illustrated in the drawings and described in detail in the specification or the application. It is to be understood, however, that the intention is not to limit the embodiments according to the concepts of the invention to the specific forms of disclosure, and that the invention includes all modifications, equivalents and alternatives falling within the spirit and scope of the invention. Also, the word "exemplary" is used herein to mean "serving as an example, instance, or illustration." Any aspect described herein as "exemplary " is not necessarily to be construed as preferred or advantageous over other aspects.

It is to be understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, . On the other hand, when an element is referred to as being "directly connected" or "directly connected" to another element, it should be understood that there are no other elements in between. Other expressions that describe the relationship between components, such as "between" and "between" or "neighboring to" and "directly adjacent to" should be interpreted as well.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In this specification, the terms "comprises ", or" having ", or the like, specify that there is a stated feature, number, step, operation, , Steps, operations, components, parts, or combinations thereof, as a matter of principle.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings showing embodiments of the present invention.

1 is a block diagram of an online athletic training apparatus 100 according to an embodiment of the present invention.

The on-line exercise training apparatus 100 generates motion images corresponding to the main motions having different exercise intensity levels according to the body motion parts, classifies the produced motion images into 10 levels according to the exercise intensity and the degree of difficulty, 10 levels are grouped into three categories of start (beginner), basic (intermediate), and master (advanced), and then the exercises The exercise schedule including the sessions is generated and stored, and the main exercise image is reproduced according to the stored exercise schedule so that the exerciser follows the exercise schedule so that the exerciser can perform the effective exercise alone.

1, the on-line exercise training apparatus 100 includes a training DB unit 110, a training interface unit 120, an exercise prescription unit 130, an exercise schedule generator 140, A training image synthesizing unit 160, a training image reproducing unit 170, and an Internet service unit 180. The training image synthesizing unit 160, the training image synthesizing unit 160,

The training DB unit 110 includes main motion images classified according to exercise intensity for training by body parts, exercise site images indicating exercise parts of the body performed by the main exercise, The exercise sessions including information on the exercise time / rest time / round number of the main exercises classified by the exercise preview images for the images and the strengths of the body parts, and the levels of the exercise intensity are set, And includes a member DB 111, a main motion image DB 112, a motion site image DB 113, a motion preview image DB 114, and an exercise schedule DB 115. [

Examples of the exercise schedule include a 10-minute exercise description, a one-minute rest at the end of a one-round exercise of a one-round exercise, and five or six exercises in a first round.

The member DB 111 stores personal information such as an address, a contact, a connection ID, and a password of a registered member as a member in order to receive a training service for the fitness, fitness, yoga, and pilates by the online exercise training device 100 do.

The main motion image DB 112 stores main motion images to be performed by the exercisers. Here, the main exercise images are classified into chest, arm, leg, shoulder and back, hip, abdomen, and whole body, and the exercises classified into the exercises classified to have gradually increasing exercise intensity These are images. For example, the main motion images can be manufactured to have about 300 kinds of strengths according to body parts, thereby providing PT (Physical Training, Personal Training) for about 300 kinds of exercises. have. The main motion image DB 112 classifies the produced motion images into 10 levels according to the intensity and difficulty and groups the 10 levels into three groups of start (beginner), basic (intermediate), and master (advanced) do. At this time, start is an exercise program that classifies and stores main exercises that can start from a basic exercise to a basic exercise, and BASIC is an exercise program that classifies and stores main exercises that form basic muscle strength and make a body line in earnest, Can be an exercise program that classifies and stores high-intensity main movements that complete the body line and pit and make the body not fat.

The exercise site image database 113 stores exercise site images representing the exercise sites of the main exercise images. That is, when the exercise corresponding to the main motion image is performed, the exercise site image displays the exercise area of the body to visually recognize the exercise area according to the exercise.

The motion preview image DB 114 is configured to store motion preview images providing motion previews of the main motion images. The motion preview image is a preview image of the main motion image that is performed next to the main motion image currently being reproduced when the main motion images are sequentially reproduced according to the exercise schedule.

The exercise schedule DB 115 is configured to store exercise schedules of the exercisers. The exercise schedule may be generated automatically by the athlete's own body state information or may be generated by the athlete sequentially selecting the exercises through the exercise schedule interface 123 described below, As shown in FIG.

The predetermined and stored exercise schedule is generated by combining the exercise sessions for the same exercise intensity and the same exercise intensity and the exercise time for each exercise according to the exercise intensity according to the exercise area. For example, motions equivalent to the chest, arm, leg, shoulder and back, heap, abdomen, and whole body are classified according to their levels having different strengths and motions, / RTI > < RTI ID = 0.0 > 20 < / RTI > seconds rest / 3 rounds. The exercise sessions include main motions according to exercise intensity and difficulty, and are classified into 10 levels, and the classified levels are grouped into three groups of start (beginner), basic (intermediate), and master (advanced). At this time, the start is an exercise program having an exercise schedule consisting of exercise sessions that can start from a basic exercise to a basic exercise, and the basic exercise is a exercise program having a exercise schedule consisting of exercise sessions in which a basic muscle strength is formed, Program, and the master becomes an exercise program with an exercise schedule consisting of exercise sessions that include body line and high intensity main exercises to complete the pit and make fat body.

The training interface unit 120 allows athletes who want to provide a training service for health, fitness, yoga, pilates, and the like to perform a membership enrollment, and can receive body condition information for exercise prescription from a fitnesser An interface for inputting information for generating an exercise schedule for training on fitness, fitness, yoga, pilates, and the like, and reproducing a motion image according to the generated exercise schedule.

The training interface unit 120 includes a member registration interface 121, an exercise prescription interface 122, an exercise schedule creation interface 123, and a training image playback interface 400.

The member registration interface 121 performs authentication for a trainee who desires to register a member, receives information such as personal information, an ID, and a password from an athlete, classifies the input information by members, .

The exercise prescription interface 121 provides an interface for allowing the athlete to input body state information such as height, body weight, body fat index, and region desired for diet, and outputs the inputted body state information to the exercise prescription unit 130 Respectively.

The exercise schedule creation interface 123 is configured to provide an interface for performing generation, modification, and deletion of exercise schedule, and to transmit the inputted exercise schedule information to the exercise schedule generation unit 140. The exercise schedule generator 140 described above allows the exerciser to generate a desired exercise schedule.

The training image playback interface 400 provides an interface for playing a training image of fitness, fitness, yoga, pilates, etc. according to an exercise schedule. At this time, the training images for the regenerated heel, fitness, yoga, pilates, etc. show the main motion image, the motion image, the lap time, the current motion-next motion list, the clear number, and the clear number per motion session.

FIG. 2 is a configuration diagram of the training image reproducing interface 400 of FIG.

2, the training image playback interface 400 for displaying the above-described information includes a main motion image display unit 510, a motion site display unit 520, a next motion preview display unit 530, a remaining lap time display unit 540, A current motion-next motion list display unit 550, a clear number display unit 560, and a level display unit 570. [

Specifically, the main motion image display unit 510 is a region in which the main motion image according to the exercise schedule is reproduced in the training image playback interface 400. FIG.

The motion part display unit 520 is an area for displaying a motion part image representing a motion part of the body based on the motion performed by the main motion image of the training image reproducing interface 400. [

The next motion preview display unit 530 is an area for reproducing a motion preview image for the main motion image to be performed next to the main motion currently being reproduced among the training image reproduction interface 400. [

The remaining lap time display unit 540 is an area for displaying the remaining lap time of the exercise for each session in the training image playback interface 400. [

The current motion-next motion list display unit 550 is a region for displaying a list of the main motion currently being reproduced and the main motion to be reproduced next, among the training image reproduction interface 400.

The clear number display unit 560 is an area for displaying the number of clearances per exercise session in the exercise schedule among the training image playback interface 400. [

The level display unit 570 is an area for displaying the motion intensity (level) of the main motion currently performed in the training image reproducing interface 400. [

The current motion image display unit 510, the motion part display unit 520, the next motion preview display unit 530, the remaining lap time display unit 540, the current motion-next motion list display unit 550, the clear number display unit 560, The level display units 570 apply the image synthesis technique including the main motion image, the motion site image, the motion preview image, the remaining lap time, the current motion-next motion list, and the clear number information to the training image playback interface (400).

Referring again to FIG. 1, the exercise prescription unit 130 is configured to perform exercise prescription using the body condition information input for exercise prescription. Specifically, the exercise prescription unit 130 generates necessary exercise corresponding to the main motion images and exercise intensity information according to the exercise period using the inputted body condition information as exercise prescription information.

The exercise schedule generation unit 140 generates a training schedule based on the exercise type for each body part constituting the multistage exercise sessions according to the information input by the exerciser through the exercise prescription or exercise schedule creation interface 123, And exercise sessions, and generates an exercise schedule composed of the exercise sessions. The exercise schedules generated as described above are classified by exerciser and stored in the exercise schedule DB 115 of the training DB unit 110.

The training image information generating unit 150 includes main motion image information, exercise site image information, and next exercise preview image information from the training DB unit 110 according to the exercise schedule generated by the exercise schedule generating unit 140 Fitness, yoga, pilates, and the like. At this time, the generated hell training image information includes the main motion image, the motion site image, the next motion preview image, the current motion-next motion list, the clear number, the lap time, and the level information. Accordingly, the training image information generation unit 150 includes a main motion image information generation unit 151 for extracting a main motion image corresponding to the exercise schedule from the training DB unit 110 to generate main motion image information, A moving part image information generating unit 152 for extracting a moving part image representing a moving part of the body which is a moving motion of the user from the training DB unit 110 and generating moving part image information, A next motion preview image information generation unit 153 for extracting a preview image of the motion image from the training DB unit 110 to generate the next motion preview image information, a current motion preview image information generation unit 153 for extracting the current motion and the next motion list, A generating unit 154 for generating a plurality of motion estimates, a number-of-clear-number generating unit 154 for generating the number of completed motions performed for each exercise session performed according to the exercise schedule, A lap time information generating unit 156 for generating lap time information of the remaining end time of the exercise for each exercise session, and a level information generating unit 157 for generating the level information of the currently performed main movement .

The training image synthesis unit 160 generates a training image including a main motion image, a motion site image, a next motion preview image, a current motion image, and a current motion image included in the training image information about the health, fitness, yoga, and pilates generated by the training image information generating unit 150 - It is configured to generate one training image by applying image synthesis technique such as next motion list, clear number, lap time, and level information to chroma key technique.

The training image reproducing unit 170 is configured to reproduce the training image by reproducing the training image generated by the training image combining unit 160 through the training image reproducing interface 400 on a frame-by-frame basis.

The Internet service unit 180 comprises an Internet server program for providing a training service by the health tray apparatus 100 according to an embodiment of the present invention through the Internet.

The on-line exercise training apparatus 100 having the above-described configuration can be manufactured in the form of a recording medium such as a CD, a DVD, or a USB, which stores codes for allowing the computer to read and execute the functions of the above-described configurations.

In addition, the on-line exercise training apparatus 100 may be configured to be installed on a training server 2 that provides a training service via the Internet.

3 is a functional block diagram of the training server 2 on which the on-line exercise training apparatus 100 of FIG. 1 is mounted.

3, the training server 2 includes a storage unit 10 in which an online exercise training apparatus 100 for providing a training service of the present invention is implemented and stored in software, a controller 20 as a central processing unit, A display unit 40 for displaying an internal operation process, a communication unit 50 for performing communication with the outside when it is necessary to communicate with the outside, As shown in FIG.

4 is a block diagram of an online athletic training system 1 including a training server 2 of the present invention.

 The training system 1 includes a mobile terminal 200 or a trainer terminal (a trained person terminal) including a user terminal 300, which is connected to the training server 2 through a communication network 600 to receive a training service . At this time, the user terminal 300 includes terminals capable of accessing the Internet such as a personal computer, a smart TV, and the like.

The training server 2 configured as described above sets exercise schedules by exercising members through exercise user terminals connected through a communication network, inputting physical condition information of the exerciser or selecting exercises, And the training image is transmitted to the exerciser terminals by the streaming service according to the set exercise schedule so that the training service can be provided through the Internet.

5 is a flowchart illustrating a process of an on-line exercise training method according to an embodiment of the present invention.

5, the online exercise training method includes a member registration process S100, an exercise prescription process S200, an exercise schedule information generation process S300, an exercise schedule generation process S400, a training image information generation process S500 A training image synthesis process S600, and a training image reproduction process S700.

Specifically, a member registration process S100 in which the member registration interface 121 of the training interface unit 120 receives the information of the entered exerciser and performs authentication, stores the information in the member DB 111, and performs member registration .

Next, an exercise prescription process (S200) is performed in which the exercise prescription unit 130 performs exercise prescription using the body information input through the training interface unit 120. [

The exercise schedule creation interface 123 of the training interface unit 120 generates an exercise schedule information (S300) for generating and outputting selected exercise among the motions output for exercise schedule generation.

The above-described exercise prescription process (S200) and exercise schedule information generation process (S300) may be performed either individually or selectively. An exercise schedule is basically produced when the online exercise training device 100 of the present invention is manufactured They may not be all performed if they are provided.

After at least one of the exercise prescription process (S200) and the exercise schedule information generation process (S300) is performed, the exercise schedule generator (140) generates the exercise intensity according to the body part according to the exercise prescription or the exercise schedule information (Step S400) of generating an exercise schedule consisting of motions for which the exercise type, the exercise order and the exercise time are set for each exercise level (level), and generating an exercise schedule composed of the exercise sessions. In this case, the exercise schedule according to the exercise prescription is generated first, and then the exercise schedule can be changed or reproduced by the exercise information selected by the exercise person. In addition, the exercise schedule may be basically produced and provided at the time of manufacturing the online athletic training apparatus 100 of the present invention.

Next, when a request to reproduce a training image for performing a motion according to the exercise schedule of the exerciser is received from the exerciser terminals, the training image information generating unit 150 generates a training image corresponding to the exercise schedule (S500) of generating training image information by extracting information from the training DB unit 110 and generating training image information.

FIG. 6 is a flowchart illustrating a detailed processing procedure of the training image information generating process (S500).

6, the training image information generating step S500 includes a main motion image information generating step S510, a moving body image information generating step S520, a next motion preview image information generating step S530, The method may further include at least one of a next motion list generation process (S540), a clear motion number information generation process (S550), a lap time information generation process (S560), or a level information generation process (S570).

Specifically, the main motion image information generation step S510 generates main motion image information by extracting a main motion image constituting each exercise session of the exercise schedule from the training DB unit 110. FIG.

The exercise site image information generation process (S520) extracts an exercise site image indicating a body motion region of the main motion from the training DB unit 110 to generate motion site image information.

In the next exercise preview image information generation step (S530), the training DB unit 110 extracts a preview image of the main motion performed after the current main motion on the exercise schedule, and generates the next exercise preview image information do.

The current exercise-next exercise list generation process (S540) extracts a current exercise list and a next exercise list of the exercise schedule to generate a current exercise-next exercise list.

The clear motion number information generation step S550 generates the clear motion number information by counting the number of the main motions performed in the exercise schedule.

The lap-time information generation step (S560) extracts the remaining lap time of the main movement and generates lap-time information.

The level information generating step S570 generates the level information of the main motion as level information.

Referring to FIG. 5, after the training image information is generated, the training image synthesizer 160 synthesizes the training image information to generate a training image (S600) Is performed.

After the training image is generated, the training image reconstruction interface 400 included in the training interface unit 120 transmits the synthesized training image to the exerciser terminals in a streaming manner and plays back the training image S700 do. At this time, the exercise sessions on the exercise schedule have a basic format such as 40 seconds exercise / 20 seconds rest / 3 round, the exercise time is 20 minutes on average, the exercise image is reproduced during the 40 seconds exercise, A preview image can be provided by the composite chroma key.

The online training method of the present invention is characterized in that the training DB unit 110 is constructed and stored, and when the exercise schedule is provided, the training image information generation step S500, A training image synthesizing process S600 for synthesizing the image information constituting the training image information to generate a training image and a training image reproducing interface 400 included in the training interface unit 120, And may include only an image reproduction process (S700).

In the above-described embodiment of the present invention, the execution of the health training of the chest and arm motion in the body part will be described.

The exercise schedule for the fitness training of the chest and arm exercise according to the present invention is shown in the following table.

As shown in the tables above, exercise schedules for chest and arm movements consist of exercise sessions with 10 levels ranging from 1 to 10 combined with the main movements for chest and arm and clear numbers.

In the above exercise schedule, each exercise session is configured such that the intensity of the main exercise constituting the exercise session and the clear number of each main exercise vary as the level increases, so that the exercise intensity is gradually increased for each level. At this time, the intensity of the exercise included in the level for the same part is the 'nipple-up' pushing up the knee from the 'shoulder touch' which touches the shoulder with the knee in case of push-up, It can be configured to gradually increase the strength with 'gum push-up', which is added when it comes up, and 'push-up', which is normal.

The exercise sessions configured as described above are also grouped into a start, a basic, and a master. In the case of the embodiment of the present invention, the level 1 to the level 3 are started, the level 4 to the level 7 are basic, and the level 8 to the level 10 are grouped into the master.

The exercise schedule described above can be generated by applying the same method to the legs, the shoulders and back, the hip, the abdomen, and the whole body.

When the exerciser performs exercise according to the exercise schedule provided by the present invention configured as described above, even if the exerciser performs exercise alone, systematic exercises corresponding to the fitness of the individual are performed, . ≪ / RTI > That is, in the case of the present invention, since the number of target motion clearances is determined for each level, if efforts are made to increase the difficulty in AMAP (as much as possible) in order to clear the target motion clear number within the lap time, The principle of gradual overload 'is applied and level up.

Accordingly, the present invention provides an action effect that athletes alone can not provide in conventional techniques that can systematically and effectively perform long-term training that suits their physical condition.

Although the embodiment of the present invention has been described by taking the example of hess training, the present invention can be applied to other exercises such as fitness, yoga, pilates, and the like.

The above-described on-line exercise training method of the present invention can also be manufactured as a recording medium such as a CD, a DVD, and a USB which stores codes to be read and executed by a computer. In this case, the athlete purchases the recording medium and installs a training device in his / her exerciser terminal, so that the training service can be provided locally.

In addition, the training method of the present invention may be implemented by the training server 2 to provide a training service for exercises such as fitness, fitness, yoga, and pilates through the Internet.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It will be apparent to those skilled in the art that various modifications may be made without departing from the scope of the present invention. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

1: Training system
2: Training Server
100: Training device
200: mobile terminal
300: user terminal (personal computer - smart TV, etc.)
400: Training video playback interface

Claims (16)

A training DB unit 110 for storing main motion images, exercise area images, and exercise schedules classified according to exercise intensity for body part training;
A training image information generator 150 for extracting main motion image information to be reproduced according to the exercise schedule, motion image image information, and next motion preview image information from the training DB unit 110 and generating training image information;
A training image synthesizer 160 for synthesizing the training image information generated by the training image information generator 150 and generating a training image; And
And a training image reproducing unit (170) for reproducing the training image to provide a training service according to the exercise schedule.
[2] The apparatus of claim 1, wherein the training DB unit (110)
Main motion images for main motions classified into chest, arm, leg, shoulder and back, hip, abdomen, and whole body, and the exercises are classified to have gradually increasing exercise intensity A main motion image DB 112 for storing motion images;
An exercise site image DB (113) for storing exercise site images representing the exercise sites for each main exercise;
A motion preview image DB (114) for storing motion preview images providing motion previews on the main motion images; And
And an exercise schedule DB (115) for storing exercise schedules of the exercisers.
The method according to claim 2,
(Basic), basic (intermediate), and master (advanced), which are classified into 10 levels, including main body exercises classified into 10 levels by exercise intensity and difficulty level,
Wherein the start is composed of an exercise program having an exercise schedule consisting of exercise sessions starting from a base exercise to a base,
The basic is composed of an exercise program having an exercise schedule consisting of exercise sessions in which a basic muscle force is formed and a body line is formed in earnest,
Wherein the master comprises an exercise program having an exercise schedule consisting of exercise sessions including high intensity main exercises to complete body lines and pits and to make fat body.
The method according to claim 1,
A training interface unit (120) which receives an exercise schedule information for generating an exercise schedule for training or a physical condition information for exercise prescription from an exerciser and provides an interface for playing back the exercise image according to the generated exercise schedule;
An exercise prescription unit 130 for performing exercise prescription using the physical condition information input for the exercise prescription;
A movement schedule for generating an exercise schedule for performing the exercise in which the exercise intensity is gradually increased by combining the exercise sessions for each level according to the body parts according to the exercise schedule or the exercise schedule information input through the training interface unit 120 And a schedule generation unit (140).
5. The apparatus of claim 4, wherein the training interface unit (120) comprises:
However,
A member registration interface 121 for providing an interface for performing membership registration;
A motion prescription interface 122 for providing an interface for inputting physical condition information for exercise prescription;
An exercise schedule generation interface 123 for providing an interface for performing generation, modification, and deletion of exercise schedule; And
And a training image playback interface (400) for providing an interface for playing back a training image according to the generated exercise schedule.
[6] The method of claim 5, wherein the training image playback interface (400)
A main motion image display unit 510 in which a main motion image according to an exercise schedule is reproduced;
A movement part display part 520 for displaying a movement part image representing a movement part of the body by the movement performed by the main movement image;
A next motion preview display unit 530 for reproducing a motion preview image for the main motion image to be performed next to the main motion currently being reproduced;
A remaining lap time indicator 540 indicating the remaining lap time of the exercise session;
A current motion-next motion list display unit 550 for displaying a list of the main motion currently being reproduced and the main motion to be reproduced next;
A clear number display section (560) for displaying a clear number of each exercise session in the exercise schedule; And
And a level display unit (570) for displaying the level (exercise intensity) of the main motion currently being performed.
The method of claim 4, wherein the exercise schedule generator (140)
And generate an exercise schedule by replacing the exercise schedule generated by the exercise prescribing unit (130) with the exercise schedule input through the exercise schedule creation interface (122).
The apparatus of claim 1, wherein the training image information generator (150)
In addition to the main exercise image information, the exercise site image information, and the next exercise preview image information, at least one of the current exercise-next exercise list, clear exercise count information, lap time information, or level information for each exercise session in the exercise schedule Wherein the training image information is further configured to generate training image information.
The method according to claim 1,
And an Internet service unit (180) for providing the training service to the exerciser terminals via the Internet.
The training DB unit 110 includes a training interface unit 120, an exercise prescription unit 130, an exercise schedule generator 140, a training image information generator 150, a training image synthesizer 160, (170), the method comprising the steps of:
The training image information generating unit 150 extracts image information constituting a training image for reproducing a training image constituting exercise sessions according to the exercise schedule from the training DB unit 110 and generates training image information A training image information generating process (S500);
A training image synthesizing step (S600) of synthesizing image information constituting the training image information by the training image synthesizing unit (160) to generate a training image; And
And a training image reproducing step (S700) for reproducing a training image synthesized with the training image reproducing interface (400) included in the training interface (120).
[10] The apparatus of claim 10, wherein the training DB unit (110)
For the main exercises, which classify the body part of the body into 6 parts by chest, arm, leg, shoulder and back, heap, abdomen and whole body and classify the exercises by the level so as to have gradually increasing exercise intensity A main motion image DB 112 for storing main motion images;
An exercise site image DB (113) for storing exercise site images representing the exercise sites for each main exercise image;
A motion preview image DB (114) for storing motion preview images providing motion previews on the main motion images; And
And an exercise schedule DB (115) for storing the exercise schedule of the exercisers.
12. The method of claim 11,
(Basic), basic (intermediate), and master (advanced), which are classified into 10 levels, including main body exercises classified into 10 levels by exercise intensity and difficulty level,
Wherein the start is an exercise program having an exercise schedule consisting of exercise sessions starting from a basic exercise to a training course,
The basic is composed of an exercise program having an exercise schedule consisting of exercise sessions in which a basic muscle force is formed and a body line is formed in earnest,
Wherein the master comprises an exercise program having an exercise schedule consisting of exercise sessions including high intensity main exercises to complete body lines and pits and to make fat body.
[11] The method of claim 10, wherein the step of generating training image information (S500)
A main motion image information generating step (S510) of extracting a main motion image constituting each exercise session of the exercise schedule from the training DB unit 110 to generate main motion image information;
An exercise site image information generation step (S520) of extracting an exercise site image representing a body movement part of the main motion from the training DB unit 110 to generate motion site image information; And
Generating a next exercise preview image information by extracting a preview image of the main exercise performed after the current main motion on the exercise schedule from the training DB unit (S530); ≪ / RTI >
12. The method of claim 11, wherein the step of generating training image information (S500)
A current exercise-next exercise list generation step (S540) of extracting a current exercise list and a next exercise list to generate a current exercise-next exercise list;
A clear motion number information generating step (S550) of counting the number of main motions performed in the exercise schedule and generating a clear motion number information;
A lap-time information generating step (S560) of extracting a remaining lap time of the main movement and generating lap-time information; or
A level information generating step (S570) of generating the level of exercise intensity of the main motion as level information; ≪ / RTI >
[Claim 11] The method of claim 10,
Information on at least one of a main motion image information, a main motion image information, a motion site image information, a next motion preview image information, a current motion-next motion list, a clear motion number information, a lap time information, Training methods.
The method of claim 10,
The training image information generation step (S500)
An exercise prescription process (S200) for the exercise prescription unit (130) to perform exercise prescription using the body information input through the training interface unit (120);
An exercise schedule information generating step (S300) of generating and outputting motions selected and inputted through the exercise schedule generating interface (123) of the training interface unit (120) as exercise schedule information; And
The exercise schedule generator 140 generates exercise sessions consisting of the exercise types and the exercise orders and the exercise times according to the exercise intensity (level) according to the body parts according to the exercise prescription or the exercise schedule information, (S400) for generating an exercise schedule consisting of exercise sessions (S400).

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