KR101570984B1 - Online information system for therapeutic exercise - Google Patents

Abstract

The online exercise therapy information system includes a specialist management unit, an exerciser management unit, and a system management unit. The expert management unit manages information and an offer motion of an authenticated expert. The exerciser management unit manages the information of the authenticated exerciser and the selected exercise among the offered exercises. The system management unit matches the expert and the exerciser based on the information provided from the expert management unit and the exerciser management unit, evaluates the performance exercise, and converts the related information into a database.

Description

[0001] ONLINE INFORMATION SYSTEM FOR THERAPEUTIC EXERCISE [0002]

The present invention relates to an online exercise treatment information system, and more particularly, to an online exercise treatment information system capable of providing, sharing, and managing exercise treatment information.

Recently, as social networks have expanded through Facebook, Twitter, etc., an online information providing platform has been increasing to provide or share necessary information according to individual's interest.

This online information providing platform is expanding to various fields, and the exercise therapy field is recognized as an area capable of providing information through online.

Until now, as disclosed in Korean Patent Application No. 10-2001-0040016, a technique such as a exercise amount management system implemented so that a user and an exercise prescriber can carry out exercise prescription on a offline one-on-one basis online through a network, As disclosed in Korean Patent Application No. 10-2005-0118049, a technique of a motion management system that provides an optimal exercise prescription by taking the user's situation into account and feedbacking the results of exercise is proposed.

However, the online prescription system of the user and the exercise prescriber is merely a technique of online systemization of the offline prescription, so that the exercise prescriber can not select the optimum prescription which is provided variously, and there is a limitation that the execution effect can not be grasped. In addition, a system for providing an optimum exercise prescription on-line is also a method for evaluating a user's motility, which is limited to a simple exercise such as a questionnaire or a running of a user.

In addition, the online exercise prescription system proposed so far is a closed system in which it is difficult to objectively evaluate exercise contents and the result of prescription effect can not be confirmed by a third party, and there are many difficulties in recycling the prescription results at the prescription of a new exercise person . Thus, there is a limitation that the currently popularized social network can not be utilized.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and an object of the present invention is to provide an online exercise therapy information system capable of providing optimal exercise therapy information and efficiently using stored data.

An on-line exercise therapy information system according to an embodiment of the present invention includes an expert management unit, a sportsman management unit, and a system management unit. The expert management unit manages information and an offer motion of an authenticated expert. The exerciser management unit manages the information of the authenticated exerciser and the selected exercise among the offered exercises. The system management unit matches the expert and the exerciser based on the information provided from the expert management unit and the exerciser management unit, evaluates the performance exercise, and converts the related information into a database.

In one embodiment, the information processing apparatus may further include a display unit for displaying the databased information to the authenticated expert, the authenticated activator, or an authorized public person.

In one embodiment, the databaseed information may be classified according to importance. The classified information may be selectively disclosed to the authenticated expert, the authenticated trainer, or the authenticated public person according to importance.

In one embodiment, the exerciser managing unit includes: a first authenticating unit for authenticating the exerciser; a first information storing unit for storing information of the authenticated exerciser; a performing exercise selecting unit for selecting a performing exercise during the proposed exercise; And an exercise performing unit for calculating an actual exercise amount of the exercise.

In one embodiment, the motion performing unit may calculate the total momentum based on the number of motions of the performing motions and the unit motions, and may transmit the total momentum to the system manager.

In one embodiment, the expert management section includes a second authenticating section for authenticating the expert, a second information storing section for storing the information of the authenticated expert, and a proposed exercise storing section for storing the proposed exercise of the authenticated expert can do.

In one embodiment, the expert may elevate the expertise based on the information stored in the second information storage and the performance evaluation information.

In one embodiment, the system management unit includes an exerciser classifying unit for classifying the exerciser based on the information of the authenticated exerciser, an expert classifying unit for classifying the expert based on the information of the authenticated expert, An expert matching unit for matching an expert to the exerciser from the classified experts, an exercise performance evaluation unit for determining the exercise performance based on the performance result, and an information storage unit for storing the related information in a database.

In one embodiment, the exercise performance evaluation unit may include a motion result input unit to which the actual exercise result is inputted, an exercise performance degree determination unit to determine the exercise performance degree based on the information of the exercise result input unit, An expert evaluating unit for evaluating the fitness of the proposed exercise, and a change determining unit for determining whether to change the exercise condition based on the exercise performance information.

In one embodiment, the exercise condition may be at least one of the proposed exercise, the selected exercise, and the matched expert.

In one embodiment, the information stored in the information storage unit may include classified exerciser information, classified expert information, expert matching information, proposal exercise information, exercise exercise information, and exercise performance information.

According to embodiments of the present invention, it is possible to optimally match an expert and an athlete on-line on the basis of authenticated experts and authenticated athlete information, so that users can access the system anywhere in the world, Can be provided.

In addition, since the related information is made into a database and selectively disclosed according to importance, the accumulated database can be utilized as research data or can be used commercially.

In addition, the exercise performing unit of the exerciser managing unit measures the actual exercise amount of the exercise exercise based on the exercise frequency and the unit exercise power, so that the exercise amount can be objectively calculated for various exercise types.

In addition, the specialist is highly specialized through the general information and the exercise exercise evaluation information, and matches with the exerciser matched with the expert.

In addition, since the exerciser and the expert are matched in the system manager by themselves, the exerciser and the expert do not need to search for the required opponent, and the matching can be performed optimally on the basis of a large database on-line.

In addition, the system management unit judges the degree of exercise performance and stores the related information in a database. Therefore, it is possible to monopolize exercise therapy information such as exercise programs and actual exercise results according to various exercisers based on the stored information, , And can be used for research and development.

In this case, as a result of the determination of the exercise performance, the expert matching, the exercise, and the like can be changed, so that the exercise treatment effect can be improved.

1 is a block diagram illustrating an online exercise treatment information system according to an embodiment of the present invention.
2 is a block diagram showing the motion executing unit of FIG.
FIG. 3 is a block diagram conceptually illustrating the rise of the expertise of the expert group in FIG.
4 is a block diagram showing the exercise performance evaluation unit of FIG.

While the present invention has been described in connection with what is presently considered to be the most practical and preferred embodiment, it is to be understood that the invention is not limited to the disclosed embodiments. It is to be understood, however, that the invention is not intended to be limited to the particular forms disclosed, but on the contrary, is intended to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention. Like reference numerals are used for like elements in describing each drawing. The terms first, second, etc. may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. The terminology used in this application is used only to describe a specific embodiment and is not intended to limit the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In the present application, the term "comprises" or "comprising ", etc. is intended to specify that there is a stated feature, figure, step, operation, component, But do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

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

1 is a block diagram illustrating an online exercise treatment information system according to an embodiment of the present invention.

1, the on-line exercise therapy information system 10 according to the present embodiment includes a exerciser management unit 100, a system management unit 200, and a specialist management unit 300, and further includes a third authentication unit 400 .

The exerciser managing unit 100 includes a first authenticating unit 110, a first information storing unit 120, a performing exercise selecting unit 130 and an exercise performing unit 140, .

Specifically, an arbitrary athlete belonging to a group of exercisers 101 composed of a plurality of exercisers is authenticated and connected to the online exercise treatment information system 10 according to the present embodiment through the first authentication unit 110. [

The information stored in the first information storage unit 120 may include information on a basic history such as the sex and age of the athlete, Information on a disease state, information on a sports purpose, and the like.

The information of the exerciser is transmitted to the system management unit 200 and used for matching with an expert.

The exerciser can select a performance exercise to be performed among the proposed exercises proposed by the expert automatically matched by the system management unit 200 through the performance exercise selection unit 130. [ In this case, the performing motion selecting unit 130 may directly display the information on the proposed exercises to the exerciser, and then determine the exercise selected by the exerciser as the performing exercise. Alternatively, the performance selecting unit 130 may select some or all of the proposals based on information about the history of the exerciser, information on the exercise goal, and the like, and provide the selected exercises to the exerciser.

The exercise performed by the exercise selecting unit 130 is transmitted to the exercise performing unit 140. The exercise performing unit 140 calculates whether the exercise performed by the exerciser is performed directly by the exerciser. In addition, the motion performing unit 140 provides the calculated information to the system management unit 200. The specific details of the motion performing unit 140 will be described later with reference to FIG.

The expert management unit 300 includes a second authentication unit 310, a second information storage unit 320, and a suggestion motion storage unit 330, and manages information and an offer motion of an authenticated expert.

Specifically, an expert belonging to the expert group 301 composed of a plurality of experts is authenticated and connected to the online exercise treatment information system 10 according to the present embodiment through the second authentication unit 310.

The information stored in the second information storage unit 320 may include information on a basic history such as the sex and age of the expert, Information about the field, information about career related to exercise therapy, information about level of specialty, and the like.

The information of the expert is transmitted to the system management unit 200 and used for matching with the exerciser.

And the proposed motion proposed by the expert is stored through the proposed motion storage unit 330. [ In this case, the proposal exercise is proposed as a exercise determined by the expert to be suitable for the purpose of exercise therapy, and the expert can use the exercise therapy provided by the online exercise therapy information system 10 according to the present embodiment, Or a self-developed exercise.

Therefore, the proposed exercise storage 330 may store the objectives of the exercise therapy and the proposed exercises matched thereto and proposed by the expert.

Alternatively, the proposed motion storage unit 330 may provide a proposed motion library matching the purpose of the motion therapy, and an expert may select the motion proposed among the motions provided through the library. Thus, the proposal exercise storage unit 330 stores proposed exercises suggested by the expert and matching the purpose of the exercise therapy.

The stored proposals may be provided to the performance selector 130 through the system management unit 200, and some or all of the proposals may be selected as a performance exercise performed by the matched exerciser.

The system management unit 200 includes an exerciser classification unit 210, an expert classification unit 220, an expert matching unit 230, an exercise performance evaluation unit 240, an information storage unit 250, and a display unit 260 . Based on the information provided from the exerciser management unit 100 and the expert management unit 300, the system management unit 200 matches the expert and the exerciser to each other, evaluates the exercise performed by the exerciser, and converts the related information into a database .

Specifically, the exerciser classifying unit 210 classifies the exerciser based on the information on the exerciser stored in the first information storage unit 120.

For example, the exerciser classifier 210 may classify the exerciser classifier 210 based on the information about the exercise goal stored in the first information storage 120, such as a severely disabled athlete, a mildly disabled athlete, a severe rehabilitation athlete, Sportsmen, amateur athletes, and general athletes.

Alternatively, the exerciser classifier 210 may classify the exerciser classifier 210 based on the information on the medical history items stored in the first information storage unit 120, such as an arm site rehabilitation exerciser, a leg site rehabilitation athlete, a spinal site rehabilitation athlete, .

Further, although not illustrated, the exerciser classifier 210 may classify the exerciser into various categories, and one exercise may be classified into a plurality of categories, and the illustrated classifiers may be further subdivided and classified It is possible.

In order to classify the exerciser according to the illustrated example in the exerciser classifying unit 210, the information about the exerciser in the first information storing unit 120 is stored on the basis of a certain category or item in consideration of the classification criteria It is necessary.

The expert classification unit 220 classifies the experts based on the information on the experts stored in the second information storage unit 320.

For example, the expert classifying unit 220 may classify the expert level experts of the disabled person, the level experts of the rehabilitation professional, Coach-level specialists, and general trainer-level specialists.

Alternatively, the expert classifier 220 may classify the expert classifier 220 based on information on the expert field stored in the second information storage unit 320, such as an arm site rehabilitation expert, a leg site rehabilitation expert, a spinal site rehabilitation expert, .

Further, although not illustrated, the inter-professional classification unit 220 may classify experts into various categories, and one expert may be classified into a plurality of categories, and the illustrated classifications may be further classified and classified It is possible.

Meanwhile, in order to classify the experts according to the above-described criteria in the expert classification unit 220, the information about the experts in the second information storage unit 320 is stored on the basis of a certain category or item in consideration of classification criteria It is necessary.

The expert matching unit 230 matches the best experts for the exerciser among the exerciser and experts classified by the exerciser classifier 210 and the expert classifier 220.

For example, an athlete classified as a severely disabled athlete in the athletic classifier 210 matches an expert classified as a level expert of the disabled specialist in the expert classifier 220, You can match specialists classified as arm site rehabilitation specialists.

In this case, the matching of the expert matching unit 230 may be performed on one basis as in the above example, but it may have a predetermined order matching pattern based on the plurality of criteria.

For example, in the expert matching unit 230, a history item may be set as a first matching criterion and a motion target may be set as a second matching criterion. In this case, in the exerciser classification unit 210, Of the vertebrae rehabilitation specialists matched to the rehabilitation specialist can be selected and matched by a rehabilitation expert level expert who matches the severe rehabilitation therapist.

As described above, when the exerciser and the expert are matched by a plurality of matching criteria, the optimum degree of matching is increased, and the effect of the exercise therapy can be improved accordingly.

When the exerciser matches the expert with the expert by the expert matching unit 230, among the suggested exercises of the matched expert stored in the proposed exercise storage unit 330, A performance exercise performed directly is selected.

The motion-performance evaluating unit 240 receives information on a result of performing a motion from the motion-performing unit 140 to determine the degree of motion performance, and a specific method of determining the degree of motion-performance will be described later with reference to FIG.

The information storage unit 250 stores all the information generated in the system management unit 10 of the online exercise treatment information system 10 according to the present embodiment in a database.

Specifically, the information storage unit 250 receives information on the exerciser classified from the exerciser classifying unit 210, stores the information in a database, and provides information on the experts classified from the expert classifying unit 220 Receives the matching information between the matched exerciser and the expert from the expert matching unit 230, stores the matching information in a database, and stores the matching information in the database, Information on the exercise and information on the exercise performance, and stores the database in a database.

These stored information can be used directly for future exercise therapy classifications, expert classification, expert matching, selection of performance exercise, and evaluation of exercise performance. In addition, the above information may be expanded as exercise therapy is repeatedly used as research data on exercise therapy information, and may be used commercially if necessary.

In this case, the databaseized information is classified into various levels such as upper, middle, and lower according to the importance of information, and the level of disclosure can be determined according to the importance, thereby maximizing commercial utilization.

For example, the exerciser and the expert can restrict the database to be authenticated to the on-line exercise therapy information system according to the present embodiment only when the patient is authenticated for a fee, and can use the databaseized information regardless of the importance. In addition, the general public 401 restricts access to only lower-level information of the database information in the case of free access, and restricts access to upper-level advanced information only when it is authenticated for a fee have.

Therefore, the general public 401 can be restricted to access the system management unit 200 through the third authentication unit 400. [

The display unit 260 displays the information stored in the information storage unit 250 to an authenticated exerciser, an authenticated expert, or an authorized general public. In this case, the search function is provided through the display unit 260, and an authenticated exerciser, an authenticated expert, or an authenticated general person can search for and provide necessary information through a search function.

2 is a block diagram showing the motion executing unit of FIG.

2, the exercise performing unit 140 includes a selection exercise information input unit 141, a exerciser 142, a total exercise amount calculation unit 143, a exercise frequency measurement unit 144, and a unit exercise force measurement unit 145, .

Information about a selected exercise is input through the exercise-information input unit 141 to the exerciser 142 through the exercise-exercise selector 130, and the inputted information is transmitted to the exercise machine 142. In this case, the exercise machine 142 includes a wire / wireless communication means (not shown) for transmitting the information.

In addition, the information input through the selection motion information input unit 141 is transmitted to the exercise machine 142, and is transmitted to a separate terminal (not shown) of the user so that the user can confirm the contents.

The exerciser 142 may be various kinds of professional exercise machines or general exercise machines provided in a rehabilitation exercise center or a general health club, and may be a freeweight type exercise machine such as a dumbbell or a counterweight, a wire such as a bench press, Type exercise machine, a running machine, and the like.

Alternatively, the exerciser 142 may not include a separate exercise device and may include a user's exercise behavior. Therefore, the exercising exercise performed by the exercise device 142 may be an exercising exercise that does not use a separate exercising device It can be possible.

The exercise number measuring unit 144 and the unit exercise force measuring unit 145 are attached directly to the exercise machine 142 and measure the number of exercises and the unit exercise power performed by the exerciser through the exercise machine 142.

For example, if the exercise machine 142 is a free-weight type exercise machine, the exercise frequency measuring unit 144 measures the number of times the exercise machine has moved in the vertical direction, and the unit exercise force measuring unit 145 measures The unit locomotive force in the case of reciprocating once is measured. Alternatively, if the exercise machine 142 is a wire-type exercise machine, the exercise time measuring unit 144 measures the number of times the wire of the exercise machine is reciprocated, and the unit exercise force measuring unit 145 measures The unit locomotive force in one case can be measured.

As described above, the exercise count measuring unit 144 and the unit exercise force measuring unit 145 are directly attached to the exercise machine 142 to measure the number of exercises and the unit exercise power directly performed by the exerciser. The information on the number of times of exercise and the unit locomotion force thus measured is calculated as the total exercise amount directly exercised by the exercise person in the total exercise amount calculator 143. [

Information on the total momentum thus calculated is provided to the exercise performance evaluation unit 240. [ At this time, the information on the total exercise amount may be provided to the exercise performance evaluation unit 240 via wired / wireless communication means (not shown).

FIG. 3 is a block diagram conceptually illustrating the rise of the expertise of the expert group in FIG.

As described above, the expert classification unit 220 classifies experts based on the information on the experts stored in the second information storage unit 320, and the information on the experts includes the level level < / RTI > In this case, the level of the expert's proficiency level may be determined in consideration of the academic ability of the expert, career experience in the related field, and the like. However, the degree and level of activity in the online exercise treatment information system 10 according to the present embodiment May be determined according to the diagram.

That is, referring to FIG. 3, each of the experts belonging to the expert group 301 may refer to the expert information on the basis of the information stored in the second information storage unit 320 and the expert evaluation information of the exercise performance evaluation unit 240 The level of the figure is determined.

Particularly, if the excellent evaluation is repeated through the expert evaluation information of the exercise performance evaluation unit 240 to be described later, the level of the expertise is improved.

Accordingly, the expert classifier 220 classifies experts from the trainer class 221 to the professional coach class 222 and the professional class 223. As the level of the professional class increases, A higher level of exercise therapy can be matched with athletes who require it.

In this case, the classification class of the expert classification unit 220 is merely an example, and classification levels can be classified based on various categories as described with reference to FIG. For example, each of the trainer class 221, the professional coach class 222, and the expert class 223 may be further classified into levels of levels 1, 2, 3, ..., and so on.

On the other hand, when the level of the profes- sion is improved through the expert evaluation information, and the expertise level is set to a certain level or higher, the information can be disclosed to the general person 401 as well as the exerciser group 101. Thus, the information about the specialist is shared among the general people 401, and the reputation of the specialist can be further improved.

4 is a block diagram showing the exercise performance evaluation unit of FIG.

4, the motion performance evaluation unit 240 includes a motion result input unit 241, an exercise performance determination unit 242, an expert evaluation unit 243, and a change determination unit 244.

When the information on the total exercise amount calculated by the total exercise amount calculating unit 143 of the exercise performing unit 140 and all the information related to the performing exercise are input through the exercise result input unit 241, (242) judges whether or not the exercise performance is appropriate.

Specifically, the motion performance determination unit 242 can compare the proposed motion with the performance motion to determine the ratio of the motion to the motion proposed. Also, the degree of exercise performance can be determined by comparing the total exercise amount of the exerciser and the total exercise amount of the actual exerciser required in the proposed exercise. Based on this information, the motion performance determination unit 242 determines whether the exercise performance is appropriate, that is, whether the number of the proposed exercises is excessive or not, whether the total exercise amount required in the proposed exercise is excessive or not And the degree of exercise therapy effect of the exerciser.

Information on the appropriateness of the proposed exercise determined in the exercise performance determination unit 242, the appropriateness of the total exercise amount required in the proposed exercise, the degree of the exercise treatment effect, and the like is transmitted to the expert evaluation unit 243, And the degree of excellence of the matched expert is evaluated and transmitted to the change determination unit 244 to determine whether a change in the exercise condition is necessary.

Specifically, the expert evaluating unit 243 judges whether or not a predetermined criterion, for example, whether the ratio of the performing exercise to the proposed exercise exceeds 50% or 80%, the ratio of the actual total exercise amount to the total required exercise amount is 50% And 80% or more, the superiority of the expert can be evaluated as upper, middle, and lower.

The evaluation result of the expert evaluation unit 243 evaluated as described above may have a direct effect on the rise of the expertise or the fall of the expertise of the expert as described in Fig.

In addition, the change determination unit 244 determines whether or not a predetermined criterion, for example, whether the ratio of the exercise performed to the proposed exercise exceeds 70%, whether the ratio of the actual total exercise amount to the requested total exercise amount exceeds 70% And determines whether the exercise condition is changed or not.

In this case, the change condition determiner 244 may include at least one of the proposed motion, the performing motion, and the matched expert. That is, if it is determined that the proposed motion is excessive or small, the number of the proposed motions can be changed. If it is determined that the motional performance of the performance motion is bad, another motion can be selected as the performance motion, It is possible to match a new expert through the expert matching unit 230.

As described above, the motion-performance evaluating unit 240 determines objective information on the exercise performed through the exercise-result input unit 241 based on a predetermined reference, determines whether the exercise performed by the exerciser is appropriate, As a result, experts can be evaluated or the exercise condition can be changed to improve the effect of the subsequent exercise treatment.

Meanwhile, the criteria set by the exercise performance evaluation unit 240 may be set by analyzing the information stored in the information storage unit 250, and information stored in the information storage unit 250 Can be updated accordingly.

According to the embodiments of the present invention as described above, it is possible to optimally match an expert and an athlete on-line on the basis of authenticated experts and authenticated athlete information, so that users can access the system anywhere in the world, Exercise therapy information can be provided.

In addition, since the related information is made into a database and selectively disclosed according to importance, the accumulated database can be utilized as research data or can be used commercially.

In addition, the exercise performing unit of the exerciser managing unit measures the actual exercise amount of the exercise exercise based on the exercise frequency and the unit exercise power, so that the exercise amount can be objectively calculated for various exercise types.

In addition, the specialist is highly specialized through the general information and the exercise exercise evaluation information, and matches with the exerciser matched with the expert.

In addition, since the exerciser and the expert are matched in the system manager by themselves, the exerciser and the expert do not need to search for the required opponent, and the matching can be performed optimally on the basis of a large database on-line.

In addition, the system management unit judges the degree of exercise performance and stores the related information in a database. Therefore, it is possible to monopolize exercise therapy information such as exercise programs and actual exercise results according to various exercisers based on the stored information, , And can be used for research and development.

In this case, as a result of the determination of the exercise performance, the expert matching, the exercise, and the like can be changed, so that the exercise treatment effect can be improved.

The online exercise therapy information system according to the present invention has industrial applicability that can be used as a social network system for exercise therapy and exercise therapy information exchange.

10: Online exercise therapy information system
100: exerciser management unit 110: first authentication unit
120: first information storage unit 130:
140: motion performing unit 200: system management unit
210: Exercise classifier 220: Expert classifier
230: Expert matching unit 240: Exercise performance evaluation unit
250: information storage unit 260: display unit
300: expert management unit 310: second authentication unit
320: second information storage unit 330: proposed motion storage unit
400: Third authentication unit

Claims (11)

A professional management unit for managing information and an offer motion of authenticated experts including information on the level of expertise;
An exerciser management unit for managing information of an authenticated exerciser and a selected exercise among the offered exercises; And
An expert classification unit for classifying the exerciser, an expert classification unit for classifying the expert, an expert matching unit for matching an expert having a level of expertise suitable for the participant based on the information provided from the expert management unit and the exerciser management unit, And a system management unit including an exercise performance evaluation unit for determining an exercise performance based on a result of the exercise performed by the user, and an information storage unit for storing related information in a database,
The exercise performance evaluation unit may include a motion result input unit for inputting a performance motion result performed by the exerciser, a motion performance determination unit for determining a motion performance based on the information of the motion result input unit, And a change determining unit for determining whether or not the exercise condition is changed based on the exercise performance information, wherein the ratio of the exercise performed by the expert, Based on the comparison between the total exercise amount of the exerciser and the total exercise amount of the actual exerciser,
The expertise level of the authenticated expert is determined based on the information of the authenticated expert and the exercise performance level determined by the exercise performance level determination unit,
Wherein the level of expertise of the expert is matched with a competitor who requires a higher level of exercise therapy. The on-line exercise therapy information system according to claim 1, further comprising a display unit for displaying the databased information to the authenticated specialist, the authenticated sportsman, or an authorized general public. 3. The method according to claim 2, wherein the database information is classified according to importance,
Wherein the classified information is selectively displayed to the authenticated professional, the authenticated practitioner, or the authorized general public according to importance. [2] The apparatus of claim 1,
A first authentication unit to which the exerciser is authenticated;
A first information storage unit for storing information on the authenticated exerciser;
A performing motion selecting unit selecting a performing motion during the proposed motion; And
And an exercise performing unit for calculating an actual exercise amount of the exercise exercise. 5. The apparatus of claim 4, wherein the motion-
Wherein the total exercise amount is calculated based on the number of exercises and the unit exercise power of the exercise, and the total exercise amount is transmitted to the system management unit. The apparatus according to claim 1,
A second authentication unit for authenticating an expert;
A second information storage unit for storing information of the authenticated expert; And
And a proposal exercise storage unit in which the proposal exercise of the authenticated expert is stored. delete delete delete 2. The method according to claim 1,
The selected exercise, and the matched expert. The online exercise therapy information system of claim 1, 2. The information processing apparatus according to claim 1, wherein the information database-
Classified exercise information, classified expert information, expert matching information, proposed exercise information, exercise exercise information, and exercise performance information.

Images