KR20200092229A - Smart fitness system for reducing service quality deviation - Google Patents

Abstract

The present invention relates to a smart fitness system which reduces deviations in service quality. The smart fitness system includes: a run coaching unit which allows a user to run, adjusts the running speed and slope, outputs data on the user′s running, and provides customized exercise for each user; a workout coaching unit which allows a user to follow an exercise motion provided through a screen, outputs data on the user′s exercise, and provides customized exercise for each user; a heart rate sensor worn by a user using the workout coaching unit to measure a heart rate and outputting data on the heart rate; a vibration exerciser interlocking with the workout coaching unit to provide customized exercise for each user; a health coaching unit which allows a user to exercise using a fitness device, counts the weight and number of times of the fitness device, outputs data on the weight and number of times, and provides customized exercise for each user according to the maximum weight while the user uses a fitness device; and recognition units provided in the run coaching unit, the workout coaching unit, and the health coaching unit for user recognition. According to the present invention, it is possible to provide a standardized program to minimize the deviation in service quality depending on the tendency of the trainer while reducing the burden on expensive personal training costs. Since there is no need to urge individual training for members, it is possible to induce exercise motivation while preventing some members from feeling alienated, and greatly improve a training effect.

Description

Smart fitness system for reducing service quality deviation}

The present invention relates to a smart fitness system, and more specifically, to provide a standardized program to minimize the variation in service quality depending on the tendency of the trainer while reducing the burden on expensive personal training costs, and personal training for members Since there is no need to force, it relates to a smart fitness system that reduces the deviation of service quality that significantly improves the training effect while inducing exercise motivation while preventing alienation of some members.

In general, due to the spread of smart devices equipped with various sensor modules, various intelligent services based on ubiquitous technology are spreading. Among these intelligent services, with increasing interest in health, the smart health care market is rapidly growing, and efforts are being made to increase the efficiency of smart health care.

As a related art, there has been disclosed a "smart fitness system and a control method thereof" in Korean Patent Publication No. 10-2016-0026258, which is a smart fitness system including at least one fitness device and an integrated management server, The fitness device includes a user identification unit that acquires identification information of the user; Communication unit for transmitting and receiving data with the integrated management server; A measurement sensor that collects the user's exercise data; And a processor that controls each unit of the fitness device, wherein the processor collects the user's workout data after the time when the user's identification information is acquired, and collects the collected workout data in real time to the integrated management server. The integrated management server receives the user's exercise data in real time from the fitness device, stores the received user's exercise data, and transmits feedback information based on the accumulated stored user's exercise data to the fitness device. .

However, such a conventional technique has limitations in improving the convenience of its use, and through analysis of the user's exercise data, feedback including recommendation of an exercise program to improve the user's exercise effect is not effectively presented, It had a problem that smart health care could not be efficiently and smoothly performed.

In order to solve the problems of the prior art as described above, the present invention provides a standardized program to minimize the variation in service quality depending on the tendency of the trainer while reducing the burden on expensive personal training costs, and the individual for members Since there is no need to force training, some members are encouraged to exercise while preventing alienation, and through analysis of the user's exercise data, feedback including recommendation of exercise programs to improve the user's exercise effect is effectively provided. By doing so, it greatly improves the training effect, greatly contributes to improving the profitability of the fitness business, and can provide desired effects in home training due to the circumstances of the user through training guidance both offline and online. The goal is to contribute significantly to the health improvement of users through effective program matching through accurate analysis of.

Other objects of the present invention will be easily understood through the description of the following examples.

In order to achieve the object as described above, according to an aspect of the present invention, to allow the user to run, the running speed and inclination is adjusted, to output data about the user's running, to provide a customized exercise for each user A running coaching unit; A workout coaching unit that allows a user to follow an exercise motion provided through a screen, outputs the user's exercise as data, and provides customized exercise for each user; A heart rate sensor worn by a user using the workout coaching unit for measuring heart rate and outputting heart rate as data; Vibration exerciser to provide a customized exercise for each user in conjunction with the workout coach; To allow the user to exercise using a fitness equipment, the weight and frequency of the fitness equipment is counted, output the data about the weight and frequency, and to provide a user-specific exercise according to the maximum weight of the user using the fitness equipment Health Coaching Department; And the run coaching unit, the workout coaching unit and the health coaching unit provided for recognition of the user; including, providing a smart fitness system for reducing service quality deviation.

A data collection unit that collects data from the run coaching unit, the workout coaching unit, the heart rate sensor, and the health coaching unit for a user recognized by the recognition unit; A data analysis unit that analyzes the data collected through the data collection unit and calculates customized exercise data for providing to the user through the run coaching unit, the workout coating unit, the vibration exerciser, and the health coaching unit; A program matching unit for extracting a customized exercise program for each user matching the customized exercise data among a plurality of exercise programs according to exercise intensity or exercise purpose provided from a memory unit; And when the user of the user-specific exercise program extracted by the program matching unit recognizes by the recognition unit, performs the exercise according to the user-specific exercise program, the run coaching unit, the workout coaching unit, the And a vibration controller and a microcomputer that performs control along with providing data necessary for the operation to the health coaching unit.

Further comprising a body composition measurement unit for measuring the user's body composition, and outputting the measured body composition data to the data collection unit, the data analysis unit, to improve the user's body composition from the body composition data collected by the data collection unit Calculate necessary exercise supplement data, and the program matching unit extracts exercise supplement programs for each user matching the exercise supplement data calculated by the data analysis unit from a plurality of exercise programs provided from the memory unit, and the micom The run coaching unit, the workout coaching unit, the user to perform an exercise according to the user-specific workout supplementary program when the user of the user-specific workout supplementary program extracted by the program matching unit recognizes the recognition unit by the recognition unit. It is possible to perform control along with providing data necessary for the operation of the vibrator and the health coaching unit.

A body composition measurement unit measuring a user's body composition and outputting the measured body composition data to the data collection unit; And when the first user recognizes the recognition unit, the run coaching unit, the workout coaching unit, the health coaching unit, and the health coaching unit performing the exercise according to a test exercise program under the control of the micom. Evaluation unit for evaluating the physical strength or body composition for the first user through the data collected by the data collection unit from the heart rate sensor worn by the first user; and further comprising, the data analysis unit, the physical strength evaluated by the evaluation unit The first user-specific exercise data necessary for improving the physical strength or body composition of the first user is calculated from the body composition data, and the program matching unit is the first calculated by the data analysis unit from a plurality of exercise programs provided from the memory unit. The first user-specific exercise program matching the user-specific exercise data is extracted, and the micom performs exercise according to the first user-specific exercise program when the first user recognizes the recognition unit by the program matching unit. To perform, the run coaching unit, the workout coaching unit, the vibration exerciser, and the health coaching unit may perform control along with providing data necessary for operation.

A communication module configured to perform communication with the user's terminal; And providing a user with a customized exercise program for each user to the terminal through communication by the communication module, so that a user can perform an exercise according to the customized exercise program for each user, and a date on which the exercise motion is reproduced for each user. It may further include a home training support unit for receiving data from the terminal from the terminal and providing the data analysis unit to use the data analysis unit to calculate customized exercise data for each user.

A body composition measurement unit measuring a user's body composition and outputting the measured body composition data to the data collection unit; And the body composition data collected by the data collection unit, calculates a rate of change for a specific value of a user's body composition for a certain period, calculates a predetermined weight according to the rate of change for the period, and is collected by the data collection unit. Further comprising; a weight calculation unit for calculating an appropriate exercise intensity from the data from the run coaching unit, the workout coaching unit, the health coaching unit and the heart rate sensor for a user corresponding to the change rate for each period of time, the memory unit In order to provide the exercise program corresponding to the purpose selected by the user by separately storing the plurality of exercise programs for the purpose of body fat loss and for the purpose of improving muscle strength, and for the exercise program for the purpose of body fat loss, The exercise time is limited to 110 to 500% of the anaerobic exercise time, but is configured as a series of levels by increasing or decreasing the number of sets and the number of exercises per set and the resistance load or intensity step by step. The exercise time is devoted to 110-500% of the aerobic exercise time, but consists of a series of levels by increasing or decreasing the number of sets and the number of exercises per set and the resistance load or intensity step by step, and the program matching unit extracts the exercise program. , Increase or decrease the level by a number corresponding to the weight obtained from the weight calculation unit, extract the exercise program corresponding to the increased or decreased level, through the heart rate data collected by the data collection unit, the weight calculation unit The level of the extracted exercise program is varied to maintain the proper exercise intensity calculated by the microcomputer, and the micom recognizes, by the recognition unit, a user determined to use the exercise program extracted or varied by the program matching unit. To perform an exercise according to the extracted or discriminated exercise program, the run coaching unit, the workout coaching unit, and the health coaching unit may perform control along with providing data necessary for operation.

According to the smart fitness system for reducing the deviation of service quality according to the present invention, it is possible to provide a standardized program to minimize the deviation in service quality depending on the tendency of the trainer while reducing the burden on expensive personal training costs, and for members Since there is no need to force personal training, it can induce exercise motive while preventing alienation of some members. Through analysis of the user's exercise data, feedback including recommendation of exercise programs to improve the user's exercise effect, etc. By providing this effectively, it can greatly improve the training effect, can greatly contribute to the improvement of profitability of the fitness business, and can provide the desired effect in home training due to the circumstances of the user through training guidance both offline and online. Through accurate analysis of the user's fitness and body composition, effective program matching can greatly contribute to the user's health promotion.

1 is a block diagram showing a smart fitness system for reducing service quality variations according to an embodiment of the present invention.

The present invention can be applied to various changes, and may have various embodiments, and specific embodiments will be illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to specific embodiments, and should be understood as including all modifications, equivalents, or substitutes included in the technical spirit and scope of the present invention, and modified in various other forms. May be, the scope of the present invention is not limited to the following examples.

Hereinafter, exemplary embodiments according to the present invention will be described in detail with reference to the accompanying drawings, and the same reference numerals will be assigned to the same or corresponding components regardless of reference numerals, and redundant description thereof will be omitted.

1 is a block diagram showing a smart fitness system for reducing service quality variations according to an embodiment of the present invention.

Referring to FIG. 1, a smart fitness system 10 for reducing service quality deviation according to an embodiment of the present invention includes a run coaching unit 11, a workout coaching unit 12, a heart rate sensor 14, and a vibratory exerciser ( 29), may include a health coaching unit 13 and the recognition unit 22, furthermore, the data collection unit 15, the data analysis unit 16, the program matching unit 17 and the microcomputer 18 It can contain.

The run coaching unit 11 includes a treadmill that allows a user to run, and for such a treadmill, the running speed and inclination can be adjusted with respect to the operation signal of the operation unit or the control signal of the micom 18, and the user's running Data about, for example, running distance, speed, calories burned, and the like can be output, and the user can be provided with a customized exercise for each user to perform a customized exercise.

The workout coaching unit 12 allows the user to follow the exercise motion provided through the screen of the display unit and outputs the user's exercise as data, wherein the user's exercise data is the amount of exercise corresponding to the motion the user follows It may be or exercise intensity, and is not limited thereto. As another example, a percentage of whether a user properly follows a motion by a Kinect acquiring video information for recognizing the motion of the user is determined, and a predetermined amount of motion is determined according to the motion. Alternatively, it is possible to obtain and output the exercise intensity as data. The workout coaching unit 12 may provide a user-specific workout to allow the user to perform a workout. In addition, whether to properly follow or not can be determined as a ratio of similarity or similarity of motion within a predetermined allowable range through Kinect.

The heart rate sensor 14 is a wearable device that allows a user who uses the workout coach 12 to wear on a wrist or chest for measuring heart rate, and outputs the heart rate as data, such as the aforementioned IoT technology or Bluetooth or Wi Data may be transmitted to the data collection unit 15 using a communication module such as -Fi.

The vibratory exerciser 29 can provide a customized exercise for each user so that the user can perform a customized exercise in conjunction with the workout coach 12, and vibration is applied from the vibration motor when performing various exercise motions By providing the exercise effect, the operation may be controlled to perform a process defined by the workout coaching unit 12 and the micom 18, or may be configured to receive data or programs necessary for the operation.

The health coaching unit 13 allows the user to exercise using the fitness equipment, the weight and frequency of the fitness equipment are counted, and outputs data about the weight and frequency by utilizing 1RM, and the user performs a customized exercise In order to perform, it is possible to provide a user-specific exercise according to the maximum weight while using the user's fitness equipment. Here, the maximum weight may be selected from among the weights of the fitness equipment exercised by the user. The health coaching unit 13 is a mechanism that enables a user to exercise for various muscles, including the user's chest, back, shoulders, and lower body. When setting the weight, the health coaching unit 13 can detect it by a contact or non-contact sensor and measure the number of times To this end, the movement to the movable part can be sensed by a contact type or non-contact type sensor, and the detected result can be output as data. In addition, the health coaching unit 13 may set the exercise strength by using 1RM for effective muscular strength exercise method during user-specific exercise.

The run coaching unit 11, the workout coaching unit 12, the heart rate sensor 14, the vibration exerciser 29, and the health coaching unit 13 may be applied with IoT technology to output data. Alternatively, data can be transmitted using a communication module such as Wi-Fi.

The recognition unit 22 is provided for recognition of the user in the run coaching unit 11, the workout coaching unit 12, the vibration exerciser 29, and the health coaching unit 13, for example, the ID card assigned to the user Various readers for reading or reading RFID tags may be used, and the data analysis unit 16, the program matching unit 17, and the microcomputer 18 may be used to read the user identification information through the data collection unit 15. Can be provided.

The data collection unit 15 receives data from the run coaching unit 11, the workout coaching unit 12, the heart rate sensor 14, and the health coaching unit 13 for the user recognized by the recognition unit 22, respectively. Can be collected.

The data analysis unit 16 analyzes the data collected through the data collection unit 15, and the run coaching unit 11, a workout coating unit 12, a vibration exerciser 29, and a health coaching unit 13 are analyzed. Through this, it is possible to calculate customized exercise data for providing to the user. The data analysis unit 16, for example, when exercising from the data collected in the data collection unit 15, in order to compensate if the heart rate is insufficient or excessive to perform the proper exercise, personalize the data supplemented to increase or decrease the intensity It is calculated as data, and suitable exercise data is calculated as customized exercise data according to the maximum muscle strength from the data collected in the data collection unit 15. At this time, the intensity may be determined to be proportional to the deficit or excessive portion of the proper heart rate, which can be determined scientifically or experimentally or empirically by the trainer, and also suitable exercise data according to the maximum muscle strength scientifically or experimentally or by the trainer. It can be determined empirically. The data analysis unit 16 receives data on the maximum heart rate and heart rate during proper exercise and data on the maximum muscle strength from the user through the input unit 26 in order to determine whether or not a user-specific exercise is performed by supplementing the exercise. Can. Here, the input unit 26 may be configured as a keyboard or a touch panel.

The program matching unit 17 extracts a customized exercise program for each user matching the customized exercise data from among a plurality of exercise programs according to exercise intensity or exercise purpose provided from the memory unit 19. Here, the matching means that when the customized exercise data means to increase or decrease the intensity for each exercise, the exercise program having a high or low intensity of the corresponding exercise is extracted. If extraction of the same exercise program is difficult, the closest It can be set to extract things. On the other hand, for ease of matching, it is necessary to construct a database of various exercise programs according to the intensity variation, the type of exercise, and the purpose of exercise. In addition, the intensity of exercise can be divided into the number of sets, the number of times per set, the resistance load (weight), etc., which may be scientifically proven, experimentally obtained, or determined according to the judgment of an experienced trainer. Without it, it is possible to follow several known materials. In addition, the purpose of the exercise may be previously selected by the user, for example, reduction in body fat, strengthening of muscle strength, and the like, and the purpose of this may be to limit the matching range of customized exercise data for each user.

The microcomputer 18 is a run coaching unit 11 so that a user of a user-specific exercise program extracted by the program matching unit 17 performs an exercise according to a user-specific exercise program when recognized by the recognition unit 22 ), the workout coaching unit 12, the vibration exerciser 29 and the health coaching unit 13 to perform the control along with providing data necessary for the operation.

The smart fitness system 10 for reducing the deviation of service quality according to an embodiment of the present invention measures the body composition of the user and outputs the measured body composition data to the data collection unit 15. It may further include. The body composition measurement unit 21 may include various body composition measurement values, including a user's body weight, body fat mass, body mass index, body fat percentage, muscle mass, skeletal muscle mass, and muscle mass per region. At this time, the data analysis unit 16 may calculate exercise supplementary data necessary for improving the user's body composition from the body composition data collected by the data collection unit 15. Here, the exercise supplement data can be viewed as an exercise prescription to improve it according to the measurement of body composition, which may be scientifically proven, experimentally obtained, or regularly determined by an experienced trainer. You can rely on data. In addition, the program matching unit 17 may extract a user-specific exercise supplement program that matches exercise supplement data calculated by the data analysis unit 16 from a plurality of exercise programs provided from the memory unit 19. In addition, the micom 18, when the user of the user-specific exercise supplement program extracted by the program matching unit 17 is recognized by the recognition unit 22, performs the exercise according to the user-specific exercise supplement program, the run coaching unit ( 11), it is possible to perform control along with providing data necessary for the operation to the workout coaching unit 12, the vibration exerciser 29, and the health coaching unit 13.

The smart fitness system 10 for reducing service quality deviation according to an embodiment of the present invention is the first user according to the exercise program for testing, under the control of the micom 18 when the first user recognizes the recognition unit 22 Through the data collected by the data collection unit 15 from the run coaching unit 11, the workout coaching unit 12 and the health coaching unit 13 performing the exercise and the heart rate sensor 14 worn by the first user An evaluation unit 23 for evaluating physical fitness or body composition for the first user may be provided. The evaluation unit 23 calculates a water supply according to a user's fitness or body composition according to a predetermined criterion, and allows an exercise program to be prescribed according to the water supply. At this time, the data analysis unit 16 may calculate personalized exercise data for each first user required to improve the fitness or body composition of the first user from the fitness or body composition data evaluated by the evaluation unit 23. In addition, the program matching unit 17 may extract a customized exercise program for each first user that matches customized exercise data for each first user calculated by the data analysis unit 16 from a plurality of exercise programs provided from the memory unit 19. have. Prescriptions for these exercise programs can be established scientifically, experimentally, or by an experienced trainer, and can be based on other known data. In addition, the microcomputer 18, the run coaching unit 11, the workout coaching unit to perform the exercise according to the first user-specific exercise program when the first user is recognized by the recognition unit 22 by the program matching unit 17 (12), the vibration exerciser 29 and the health coaching unit 13 can perform control along with providing data necessary for operation.

The smart fitness system 10 for reducing service quality deviation according to an embodiment of the present invention includes a communication module 24 for performing communication with a user's terminal 1, and a user-specific exercise program for each user. By providing to the terminal 1 by communication by 24), the user can perform an exercise according to a user-specific customized exercise program, and the terminal 1 provides data on the date and number of times the exercise was reproduced for each user. By providing the data analysis unit 16 from the provided by, the data analysis unit 16 may further include a home training support unit 25 to be used to calculate the user-specific exercise data. For example, the data analysis unit 16 may cause the level of the exercise program to be increased when the user follows the exercise motion at a set ratio (eg, 80%) or more. Here, the terminal 1 can be used a variety of information processing and communication devices, including a smart phone or tablet PC.

The smart fitness system 10 for reducing the deviation of service quality according to an embodiment of the present invention calculates a rate of change for a certain period of time for a specific value of a user's body composition from the body composition data collected by the data collection unit 15, Calculates a predetermined weight according to the change rate for each period, and the run coaching unit 11, the workout coaching unit 12, and the health coaching unit for the user corresponding to the change rate for each period collected by the data collection unit 15 13) and the heart rate sensor 14 may further include a weight calculation unit 28 for calculating an appropriate exercise intensity from the data. Appropriate exercise intensity may be calculated through a heart rate, etc., which may be known, and may require a user to input through the input unit 26 for additional information necessary for the calculation. At this time, the display unit 27 may be provided for displaying input values, operating states, and requested data.

The memory unit 19 separately stores and stores a plurality of exercise programs for the purpose of reducing body fat and for the purpose of improving muscle strength, thereby providing an exercise program corresponding to the purpose selected by the user by the input of the input unit 26, In the case of an exercise program aimed at reducing body fat, the aerobic exercise time is limited to 110 to 500% of the anaerobic exercise time, but it can be configured as a series of levels by increasing or decreasing the number of sets and the number of exercises per set and the resistance load or intensity step by step. In the case of an exercise program aimed at improving muscle strength, the anaerobic exercise time is limited to 110 to 500% of the aerobic exercise time, but can be configured as a series of levels by increasing or decreasing the number of sets and the number of exercises per set and the resistance load or intensity step by step. have. Here, aerobic exercise and anaerobic exercise can be determined according to the proposal of a trainer with scientific or experimental or experience in terms of the type and exercise time ratio, and other well-known techniques can be followed.

When extracting the exercise program, the program matching unit 17 increases or decreases the level by a number corresponding to the weight obtained from the weight calculating unit 28, extracts the exercise program corresponding to the increased or decreased level, and collects the data. Through the heart rate data collected by (15), it is possible to vary the level of the extracted exercise program to maintain the proper exercise intensity calculated by the weight calculator 28. For example, the weight calculation unit 28 is given a set weight corresponding to a negative number in proportion to the rate of decrease when the amount of change in body fat for a period of two weeks or a month is reduced, for example, the increase in the rate of increase in the proportion of the body composition. In proportion to, a set weight corresponding to a positive number is given. At this time, the program matching unit 17, for example, if the weight is a negative number, positively changes the level of the exercise program to be performed as determined, and if the weight is a positive number, it is negatively determined by the number of weights It is possible to increase the level of the exercise program to be performed proportionally according to the bar.

The microcomputer 18 is run coaching so that a user determined to use an exercise program extracted or changed by the program matching unit 17 performs an exercise according to the extracted or discriminated exercise program when recognized by the recognition unit 2 The unit 11, the workout coaching unit 12, and the health coaching unit 13 may perform control together with providing data necessary for operation.

According to the smart fitness system for reducing the variation in service quality according to the present invention, it is possible to provide a standardized program to minimize the variation in service quality depending on the tendency of the trainer while reducing the burden on expensive personal training costs, and members Since there is no need to force personal training on, it can motivate exercise while preventing some members from feeling alienated.

In addition, according to the present invention, through analysis of the user's exercise data, feedback such as recommendation of an exercise program to improve the user's exercise effect can be effectively presented, thereby greatly improving the training effect, and It can greatly contribute to improving profitability.

In addition, according to the present invention, it is possible to obtain a desired effect in home training due to the user's circumstances through training guidance not only offline but also online, and through the effective analysis of the user's fitness and body composition through effective program matching It can contribute greatly to promotion.

Although the present invention has been described with reference to the accompanying drawings, various modifications and variations can be made without departing from the technical spirit of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the claims described below, but also by the claims and equivalents.

1: Terminal 11: Run Coaching Department
12: workout coaching department 13: health coaching department
14: heart rate sensor 15: data collection unit
16: data analysis unit 17: program matching unit
18: microcomputer 19: memory unit
21: body composition measurement unit 22: recognition unit
23: evaluation unit 24: communication module
25: home training support 26: input
27: display unit 28: weight calculation unit
29: vibration exerciser

Claims (6)

A running coaching unit that allows the user to run, adjusts the running speed and inclination, outputs data about the user's running, and provides customized exercise for each user;
A workout coaching unit that allows a user to follow an exercise motion provided through a screen, outputs the user's exercise as data, and provides customized exercise for each user;
A heart rate sensor worn by a user using the workout coaching unit for measuring heart rate and outputting heart rate as data;
Vibration exerciser to provide a customized exercise for each user in conjunction with the workout coach;
To allow the user to exercise using a fitness equipment, the weight and frequency of the fitness equipment is counted, output the data about the weight and frequency, and to provide a user-specific exercise according to the maximum weight of the user using the fitness equipment Health Coaching Department; And
A recognition unit provided for the user's recognition in the run coaching unit, the workout coaching unit, and the health coaching unit;
Including, smart fitness system to reduce the deviation of service quality. The method according to claim 1,
A data collection unit that collects data from the run coaching unit, the workout coaching unit, the heart rate sensor, and the health coaching unit for a user recognized by the recognition unit;
A data analysis unit that analyzes the data collected through the data collection unit and calculates customized exercise data for providing to the user through the run coaching unit, the workout coating unit, the vibration exerciser, and the health coaching unit;
A program matching unit for extracting a customized exercise program for each user matching the customized exercise data among a plurality of exercise programs according to exercise intensity or exercise purpose provided from a memory unit; And
When the user of the user-specific exercise program extracted by the program matching unit recognizes by the recognition unit, the run coaching unit, the workout coaching unit, and the vibration to perform the exercise according to the user-specific exercise program A microcomputer that performs control along with providing data necessary for operation on the exercise machine and the health coaching unit;
Including, smart fitness system to reduce the deviation of service quality. The method according to claim 2,
Further comprising a body composition measuring unit for measuring the user's body composition, and outputting the measured body composition data to the data collection unit,
The data analysis unit,
From the body composition data collected by the data collection unit to calculate the exercise supplement data necessary for improving the user's body composition,
The program matching unit,
A user-specific exercise supplement program matching exercise supplement data calculated by the data analysis unit is extracted from a plurality of exercise programs provided from the memory unit,
The microcomputer,
The run coaching unit, the workout coaching unit, and the vibration so that a user of the user-specific exercise supplementing program extracted by the program matching unit performs an exercise according to the user-specific exercise supplementing program when recognized by the recognition unit. Smart fitness system that reduces the deviation of service quality by performing control along with providing necessary data for the exercise machine and the health coaching unit. The method according to claim 1,
A body composition measurement unit measuring a user's body composition and outputting the measured body composition data to the data collection unit; And
When the first user recognizes by the recognition unit, under the control of the micom, the run coaching unit, the workout coaching unit, the health coaching unit and the first performing the exercise by the first user according to a test exercise program Further comprising; an evaluation unit for evaluating the physical fitness or body composition for the first user through the data collected by the data collection unit from the heart rate sensor worn by the user;
The data analysis unit,
From the fitness or body composition data evaluated by the evaluation unit, the first user's personalized exercise data necessary for improving the physical strength or body composition of the first user is calculated,
The program matching unit,
The first user-specific exercise program matching the first user-specific exercise data calculated by the data analysis unit is extracted from a plurality of exercise programs provided from the memory unit,
The microcomputer,
The run coaching unit, the workout coaching unit, the vibration exerciser and the health coaching unit to perform an exercise according to the initial user-specific exercise program when the first user recognizes the recognition unit by the program matching unit A smart fitness system that reduces the deviation of service quality, performing control along with providing the necessary data for operation on. The method according to any one of claims 1 to 4,
A communication module configured to perform communication with the user's terminal; And
By providing a user with a customized exercise program for each user to the terminal through communication by the communication module, a user can perform an exercise according to the customized exercise program for each user, and the date and number of times the exercise is reproduced for each user A home training support unit that receives data from the terminal and provides the data analysis unit to use the data analysis unit to calculate customized exercise data for each user;
A smart fitness system that further includes a service quality variation. The method according to any one of claims 1 to 4,
A body composition measurement unit measuring a user's body composition and outputting the measured body composition data to the data collection unit; And
From the body composition data collected by the data collection unit, a rate of change for a specific value of a user's body composition is calculated for a certain period, and a predetermined weight is calculated according to the rate of change for each period, and the Further comprising; a weight calculation unit for calculating the appropriate exercise intensity from the data from the run coaching unit, the workout coaching unit, the health coaching unit and the heart rate sensor for a user corresponding to a change rate for a certain period of time,
The memory unit,
By storing the plurality of exercise programs separately for the purpose of body fat loss and for the purpose of improving muscle strength, to provide the exercise program corresponding to the purpose selected by the user, and for the exercise program for the purpose of body fat loss, aerobic exercise The time is set to 110~500% of the anaerobic exercise time, but it is configured as a series of levels by increasing or decreasing the number of sets and the number of exercises per set and the resistance load or strength step by step. Spend the time between 110 and 500% of the aerobic exercise time, but consist of a series of levels by increasing or decreasing the number of sets and the number of exercises per set and the resistance load or intensity step by step.
The program matching unit,
When extracting the exercise program, the level is increased or decreased by a number corresponding to the weight obtained from the weight calculation unit, and the exercise program corresponding to the increased or decreased level is extracted, but through heart rate data collected by the data collection unit , Varying the level of the extracted exercise program to maintain the proper exercise intensity calculated by the weight calculator,
The microcomputer,
The run coaching unit, the workout coaching unit, so that a user determined to use an exercise program extracted or changed by the program matching unit performs an exercise according to the extracted or distinguished exercise program when recognized by the recognition unit. And Smart fitness system for reducing the deviation of service quality, performing control with providing data necessary for the operation of the health coaching unit.

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