CN103127665B - The method of electric body building training aids and operation electric body building training aids - Google Patents

Abstract

A device (electronic fitness trainer) for controlling and supervising users during fitness exercises at the fitness equipment includes: a controller module for selecting at least one piece of music suitable for fitness exercises according to the training plan, and for monitoring biofeedback data obtained from the user to monitor device data obtained from the fitness device during exercise and to control other components of the device; an instruction module to generate instruction messages; a correction module to generate correction messages; a feedback module for generating feedback messages; and an input/output module for receiving biofeedback data from a user and equipment data from an exercise device and for converting the instruction message, the correction message, and the feedback message And the selected at least one piece of music is output to the user.

Description

Electronic fitness trainer and method of operating electronic fitness trainer

technical field

The present invention relates to an electronic fitness trainer and a method of operating the electronic fitness trainer for controlling, supervising and motivating a user to perform regular and correct fitness exercises.

Background technique

During fitness training, whether in a fitness room or at home, athletes or users perform different exercises according to the exercise schedule formulated by professional trainers, or users themselves perform different exercises according to the exercise samples given in books or magazines or provided by software programs. workout. Exercise can include the use of a cardio training machine, such as a stationary bike, treadmill, or rowing rack, or the use of one or more strength training machines, or exercise can include exercises with only bands or dumbbells, or Workouts without any equipment.

However, how a user performs an exercise depends on the user's physical and psychological condition and experience in performing a particular exercise. Accordingly, exercise is not always performed in an appropriate manner to achieve training goals and/or to avoid adverse effects on the user's health due to overstrain. Furthermore, because exercise usually does not achieve immediate results, users tend to lack passion and give up training.

Therefore, the main problem with fitness training is to keep the user motivated and to ensure that proper exercises are performed at the proper and correct intensity and sequence.

Contents of the invention

One of the objects of the present invention is to provide a device for controlling, supervising and motivating a user to perform regular and correct exercises and a method of operating such a device.

For the above purposes, the present application provides a device for controlling and supervising a user during a fitness exercise on a fitness device, the device comprising:

A controller module for selecting at least one piece of music suitable for fitness exercise according to the training plan, for monitoring biofeedback data obtained from the user during exercise, for monitoring equipment data obtained from fitness equipment during exercise, and for controlling other components of the device; an instruction module for generating instruction messages; a correction module for generating correction messages; a feedback module for generating feedback messages; and an input/output module for receiving biofeedback data from a user and equipment data from the fitness equipment, and for outputting the explanation message, the correction message and the feedback message and the selected at least one piece of music to the user, wherein the controller module is configured to When at least one of the biofeedback data or the monitored equipment data is not within the predetermined value range, modify the training plan, and make the at least one piece of music suitable for the modified training plan or select at least one of the modified training plans. A new piece of music.

Wherein, the explanation message, the correction message and the feedback message include voice data.

Wherein, the explanatory message includes information related to the exercise purpose, the exercise that must be completed, and the correct way to complete the exercise.

Wherein, the corrective message includes information about necessary changes in the user's exercise performance for the purpose of performing the exercise correctly.

Wherein, the feedback message generated after the exercise includes information related to the quantity and quality of the exercise completed.

Wherein, the controller module is configured to interrupt the output of the at least one piece of music or adjust the output of the at least one piece of music when one of the explanation message, the correction message or the feedback message is output. output volume.

In another aspect, the present application also provides a system for supervising a user during a workout on a fitness device, providing data assigned to performing a workout, and analyzing a workout log assigned to the workout performed, the system comprising :

at least one first device, said first device being the device according to claim 1; and a second device for providing data assigned for performing a fitness exercise and for analyzing data assigned to the exercise performed An exercise log, the second device comprising: a memory for storing and providing a training plan for exercising; a music database for providing at least one piece of music suitable for exercising according to the training plan; and an analysis device for based on A summary report is generated from the at least one exercise log provided by the at least one first device.

Wherein said analyzing device is configured to generate said summary report further based on at least one activity log provided from at least one activity logger assigned to the user.

Wherein, the summary report is generated in human readable form and includes information related to the quantity and quality of the user's training.

Therein, the system is configured to extract music tastes based on dislike decisions and selection decisions made by the user and to store the extracted music tastes in a memory of the second device together with other data assigned to the user.

Wherein, the controller module in the at least one first device is configured to select at least one piece of music suitable for exercising based on the extracted music taste of the user.

In another aspect, the present application provides a method of operating the aforementioned device for controlling and supervising a user during a workout on the fitness device, the method comprising: identifying a user who is about to perform a workout at the fitness device; the user's training plan and the equipment data of the fitness equipment; output an explanatory message to the user; select at least one piece of music suitable for fitness exercise according to the training plan; during the exercise, output the selected at least one piece of music to the user, and monitoring biofeedback data obtained from said user and equipment data obtained from an exercise device; comparing the monitored biofeedback data and monitored equipment data to a predetermined range of values; if said biofeedback data and monitored equipment data If the data is not within the predetermined value range, a correction message is output to the user, and if the training plan needs to be modified to achieve the exercise purpose, the training plan is modified and at least one piece of music selected is suitable for the modified training plan or according to the modified training plan. The training program selects at least one new piece of music suitable for fitness exercise; as long as the termination of the exercise is not detected, the steps of outputting the selected at least one piece of music and monitoring the biofeedback data and the device data, comparing the monitored data Steps, and the step of outputting a correction message and modifying the training plan and adjusting a piece of music or selecting a new piece of music; if it is detected that the exercise is terminated, a feedback message is output to the user.

In another aspect, the present application provides a method of operating a system for supervising a user during a workout on exercise equipment, providing data assigned to performing the workout, and analyzing a workout log assigned to the workout performed, the The method comprises: performing the method above for a first device of at least one of the above-mentioned devices; providing at least one exercise log from the at least one first device to the second device; generating a summary report based on the at least one exercise log; outputting the summary report to a professional coach; and storing a new training plan or a modified training plan provided by the professional coach based on the output summary report into the memory of the second device, for the at least one first A device downloads a training plan from the memory during execution of the method described above.

Wherein, the music database of the second device is updated after a predetermined time interval.

Further details of the invention will become apparent by reference to the drawings and accompanying descriptions.

Description of drawings

Figure 1 shows an embodiment of an electronic fitness trainer according to the present invention.

Figure 2 illustrates a method of operating an electronic fitness trainer according to an embodiment of the present invention.

Figure 3 illustrates an electronic fitness system according to an embodiment of the present invention.

FIG. 4 illustrates a method of operating an electronic fitness system according to an embodiment of the present invention.

detailed description

The following is a description of the embodiments of the present invention. It is particularly worth noting that all the embodiments described below and their attributes and technical features can be combined in any way, that is, there is no combination of certain described embodiments and their attributes and technical features that cannot be combined with other embodiments and their attributes and technical features Restrictions unless specifically stated. In addition, it should be noted that the same reference numerals in the drawings indicate the same or similar elements.

It is to be understood that other embodiments may be utilized and structural or logical changes may be made without departing from the scope of the present invention. Accordingly, the following detailed description is not limiting, and the scope of the invention is defined by the appended claims.

Fig. 1 shows an embodiment of a device according to the invention for controlling and supervising a user during performance of fitness exercises. This device is referred to as an Electronic Fitness Trainer (eFT) in the following description. The electronic fitness trainer 1 comprises four internal modules interconnected with each other: a controller module 10 , an instruction module 20 , a correction module 30 and a feedback module 40 . The electronic fitness trainer also includes an input/output (I/O) module 50 . The input/output (I/O) module is configured to receive data from outside the eFT and output data to outside the eFT.

For example, data from outside may be data related to an exercise schedule or training plan for a specific fitness exercise, such as weight, repetitions, or duration of exercise and expected heart rate and blood pressure according to the exercise schedule, and data related to the Data related to fitness equipment 2. These data may be provided from external memory 5 or entered directly by the user or trainer. In addition, the eFT may receive data from the fitness equipment 2 that the user is using, such as a cardio or strength machine, where this data may include speed, level, weight or repetitions, and smoothness of motion or alignment with the workout. sex-related data. Other data from the outside may be biofeedback data obtained from the user through one or more sensors 3 during exercise, such as heart rate, oxygen saturation, blood pressure, skin resistance, body temperature, etc. Additionally, external data may include music provided from a source 4 of musical pieces, such as a personal music database or a music provider, where musical pieces are annotated with metadata for, for example, beats per minute, beat position, musical genre, instrument, and others to describe the music.

Using the input/output module 50, the eFT can output data to other devices, such as music sources 4, external storage 5 or exercise planning systems, or to humans, such as users or professional trainers. The data output to the outside may include instructions for selecting one or more pieces of music corresponding to the exercise performed. Additionally, exercise logs, i.e. biofeedback data and/or data describing how the user performed the exercise, e.g., the number of repetitions completed, may be output to a computer for planning the exercise schedule or may be output to a playback device, i.e. a display Or a device capable of outputting audible messages, such as speakers or headphones. The playback device may be part of the eFT or part of another device, eg, part of fitness equipment. That is, data provided by at least one internal module of the eFT may be output through the input/output module 50 .

Data input from the outside to the eFT or data output from the eFT to the outside can be transmitted wirelessly or via a wired connection such as a data cable. However, there may also be components that are configured to input data directly into the eFT, eg a stop button that indicates the end of the workout.

Once inputted from the outside, the controller module 10 stores data related to the fitness equipment as well as the training program. A training program may include minimum and maximum parameter values to be maintained during exercise, such as minimum weight or maximum blood pressure, in order to define predetermined value ranges for biofeedback data and device data. The controller module 10 then selects one or more pieces of music suitable for the exercise or exercise that should be performed. For example, choose an upbeat tune for the high-load portion of your workout, a slower and more steady tune for the sustained aerobic portion, a mellow tune for the deceleration, and an upbeat tune for the warm-up. Depending on the expected speed of the exercise, not only the key of the piece of music is selected but also the beats per minute (bpm, speed) value of the piece of music. For example, for a treadmill or pedometer, each beat or beats per second may correspond to a footstep. In addition, the controller module decides when to interrupt the melody by a system message in order to output the message appropriately to the user. However, the melody does not have to be completely interrupted, and the volume of the melody can be lowered enough that the system message can be correctly understood when the melody then becomes the background sound. There are three kinds of system messages, which correspond to the other three modules of eFT (ie, explanation module, correction module and feedback module). As mentioned above, these messages are output by the input/output module 50, and these messages may include visual data such as text or graphics and/or audible data such as spoken words or sounds.

The instruction module 20 may be invoked at any time when the eFT changes operating state, such as when the eFT is started, when the training program is changed or modified, or when the fitness equipment is changed or modified. The explanation module 20 provides explanation messages explaining why the change occurred. For example, before starting a workout, an instruction module explains the purpose of the entire workout, what must be done and how to do it correctly. Again, when the exercise level changes, the explanation module 20 creates an explanation message to explain what changed and why the exercise changed, eg, a training program change.

The correction module 30 is invoked whenever the controller module 10 detects that the exercise is not performed in a proper manner. The corrective module 30 then provides corrective messages to the user for prompts to use the fitness equipment correctly or to perform the exercise correctly. For example, corrective messages may include information that the user is exercising too fast or too slowly, that he or she has exceeded the maximum allowed heart rate or blood pressure, or that the movement and force distribution of different parts of the body is not appropriate enough to achieve the purpose of the exercise. information. Providing this information helps the user refine the workout.

After the user finishes exercising, the feedback module 40 generates a feedback message. However, feedback messages may also be generated if a workout is skipped or only partially completed. Feedback messages may include information related to the quantity and quality of exercise completed. Feedback messages can be created using two main sources of input: first, an estimate of the energy expended by the user performing the exercise or other data corresponding to the energy expended, such as pulse rate or number of repetitions performed; Suggested ways to use fitness equipment and the effect of exercising according to the user's personal training plan. That is, the feedback module uses biofeedback data from the user and data provided by the fitness device related to performing an exercise, previously provided data related to the fitness device and performing an exercise, and a user-specific training program to generate a feedback message . The feedback message may include information on the calories burned by the user while exercising, and a database may be used to convert this value into food equivalents. However, the feedback message may also include other information corresponding to the exercise purpose, such as heart rate or blood pressure. In addition, feedback module 40 may compare current data corresponding to performing an exercise (eg, initial and final pulse rate, number of repetitions, settings, weight, etc.) with previous data stored for the same exercise and the same user. Feedback messages can then include a summary of the comparison, such as, "This week, you've been able to do three more reps than two weeks ago, an increase of 4.5%. You're now doing 11 more reps than when you started nine weeks ago, 16% growth rate! Awesome!". In this way, the feedback module 40 can increase the user's motivation to do more training.

The operations of the instruction module 20 , the correction module 30 and the feedback module 40 and the input/output module 50 are controlled by the controller module 10 . If the user identifies himself to an exercise device or starts an exercise schedule, the controller module 10 invokes the instruction module 20 to provide instruction messages specific to the exercise and exercise device, wherein the instruction module 20 uses information provided from the controller module 10 about the exercise device and The data of the user's training plan. The controller module 10 also monitors biofeedback data from the user as well as data from the exercise equipment describing the status and correctness of performing the exercise. If the controller module 10 recognizes that at least one of the biofeedback data or the fitness equipment data is not within a predetermined range corresponding to the exercise purpose according to the user's training program, the controller module 10 invokes the correction module 30 to generate a corresponding correction message. If a need to modify the exercise performance is identified, such as modifying the exercise speed, weight, or number of repetitions, the controller module 10 further adapts the selected piece of music to the modified exercise performance or selects another piece of music that is more suitable for the modified exercise performance. That is, the selection of tunes is adjusted to suit the performance of the modified workout so that the tune is synchronized with the workout to assist the user in performing a proper workout. Upon completion of the exercise indicated by the fitness device data or by the user's input, the controller module 10 invokes the feedback module 40 to generate a feedback message.

The explanation module 20 , the correction module 30 and the feedback module 40 can interact with the controller 10 such that these modules can be controlled by the controller 10 and can provide data to the controller 10 .

The electronic fitness trainer 1 may be a portable device that the user can carry with him during the execution of an exercise schedule that includes exercises at different fitness devices, such as circuit training. In this case, a particular user's entire workout schedule can be provided to the eFT, which can provide feedback messages summarizing workouts, including workouts performed at different fitness devices. Furthermore, eFT may also provide multiple instructional, corrective, and/or feedback messages for different exercise devices or for different exercises performed at one or more exercise devices. On the other hand, an eFT1 may be assigned to only one exercise device to which it is removably or non-removably secured. In this case, the user must identify himself to the eFT of the specific fitness device before exercising, so that the eFT can download the training plan of the specific user at the specific fitness device. The eFT may then provide feedback messages only for workouts performed at that particular fitness device.

The electronic fitness trainer includes at least one internal memory for storing data related to training programs or exercise equipment and exercise logs. The memory may be used by one or more or all of the internal modules of the eFT, namely the controller module 10 , the interpretation module 20 , the correction module 30 and the feedback module 40 . FIG. 1 shows an embodiment in which one internal memory 60 can be used by all internal modules. According to another embodiment, each internal module or one or more internal modules may include a separate internal memory.

By providing messages to the user, especially audible messages, and by adapting the melody and/or training program to the biofeedback data and other data describing whether the exercise was performed correctly, the eFT according to the invention ensures that the exercise is performed correctly, while at the same time by increasing Workout fun keeps user motivation high.

Fig. 2 is a schematic flowchart of a method of operating an electronic fitness trainer according to an embodiment of the present invention.

In step S101 , the user identifies himself to the electronic fitness trainer using eg RFID, USB stick, his fingerprint or face detection. Thereafter, the controller module 10 downloads the data corresponding to the user's training program provided from outside the electronic fitness trainer, such as from the external memory 5, and stores these data in the internal memory 60 in step S102. Additionally, the controller module 10 may store data in the memory 60 corresponding to the fitness equipment used for the current workout. These data may be pre-stored in memory 60 if eFT is assigned to only one particular fitness device.

Thereafter, the controller module 10 calls the explanation module 20 to generate and output an explanation message in step S103. In step S104, the controller module selects a piece or pieces of music suitable for proper exercise. Steps S103 and S104 can be performed in reverse order.

When the user starts exercising, the controller module 10 outputs the selected piece of music and receives and monitors the biofeedback data obtained from the user and the data obtained from the fitness equipment (step S105). According to the training plan of the user, the controller module 10 continuously compares the monitored data with the predetermined value range corresponding to proper exercise (step S106 ).

If the received data is not within the predetermined range, the controller module calls the correction module 30 to generate and output a correction message in step S107. If it is identified that the exercise performance needs to be modified, the controller module 10 adapts the selected piece of music to the modified exercise performance or selects another music piece more suitable for the modified exercise performance and outputs it (step 108).

In step S109, as long as the end of the exercise is not detected, the controller module 10 continues to output music and monitor biofeedback and device data, that is, the method returns to step S105.

If the exercise is terminated, the controller module 10 calls the feedback module 40 in step S110 to generate a feedback message and output the feedback message to the user, regardless of whether the correction module 30 is activated, ie whether step S107 and optional step S108 are performed. Additionally, data describing the performance of the exercise may be stored in the feedback module 30 . At the conclusion of the method, the controller module 10 may output an exercise log including feedback messages and/or other data describing the performance of the exercise (such as biofeedback data) as well as user identification and time stamps to other devices, such as to an exercise planning device or Analytical equipment for the electronic fitness system described below.

The electronic fitness trainer described above may be part of a system for supervising a user while exercising, for providing data assigned to performing an exercise, and for analyzing the exercise assigned to an exercise performed log. The system may comprise at least one first device for controlling and supervising the user while exercising, i.e. at least one eFT, and a second device for providing the data assigned for performing the exercising and analyzing the data assigned to the exercise performed. Workout log for workouts. The second device is hereinafter referred to as an e-Fitness Studio (eFS), and the entire system is hereinafter referred to as an e-Fitness System. FIG. 3 illustrates an embodiment of an electronic fitness system 100 comprising a plurality of electronic fitness trainers in accordance with the present invention. Electronic fitness studio 300 may include analysis device 400 for analyzing exercise logs and other data provided by a plurality of electronic fitness trainers 101-10n connected to eFS 300, as well as describing data from other devices (e.g., actigraphy 151-10n). 15n) other data about the activity of one or more users provided and used to provide a summary report of each user's activity. Further, the electronic fitness studio 300 may include: a tune database 500 for providing tunes output during exercise, and a memory 600 for storing fitness equipment 201-20n assigned to eFT 101-10n and using fitness equipment 201- Workout schedules and training plans for all users of 20n. Each electronic fitness trainer 101-10n can be assigned to a single piece of fitness equipment 201-20n, such as a treadmill, stationary bicycle or strength training machine, as shown in FIG. 3, or can be assigned to a separate user. Each individual eFT 101-10n sends to the analysis device 400 a workout log corresponding to the user using the assigned fitness device 201-20n. Electronic fitness studio 300 and electronic fitness system 100 may be implemented in a fitness studio or may be managed by a freelance fitness director.

Electronic fitness trainers 101-10n are configured to download from memory 600 training programs corresponding to identified users using respective fitness devices 201-20n assigned to a particular eFT 101-10n, electronic fitness trainers 101-10n The 10n is also configured to select and download an appropriate piece of music from the music database 500. As the user exercises, the eFT keys biofeedback data obtained from the user via sensors (not shown in FIG. 3 ), and device data obtained from each fitness device, and outputs tunes with instructions and, if necessary, corrective messages. If the exercise is terminated, the eFT outputs a feedback message to the user. These features are described above with respect to FIGS. 1 and 2 . In addition, eFT generates an exercise log corresponding to an individual user, wherein the exercise log includes feedback data that sets the exercise result corresponding to the expected result given by the training plan, and provides the exercise result to the analysis device 400 .

The analysis device 400 generates a summary report in human readable form for each user from the exercise log of a particular electronic fitness trainer 101-10n or from the exercise logs of multiple or all electronic fitness trainers 101-10n. The summary report sets the user's exercise results in relation to the training plan and the exercise log for comparison of the training plan and actual results. In addition, the summary report may add information about the user's daily life, such as the user's activity level in the daily life provided by the activity log. This information may be obtained, for example, from activity recorders 151-15n, where each activity recorder corresponds to a particular user. For example, activity loggers 151-15n may include gyroscopic sensors, eg, that may be installed in a user's cell phone. Using gyroscope signals and specific software, user motion patterns such as climbing steps, walking, sitting, lying down, etc. can be extracted. The motion patterns may be further processed to extract only information related to the user's activity level or physical exercise that the user receives from outside the fitness studio or training program that includes exercise performed on the fitness equipment 201-20n , without conflicting with user privacy.

The summary report generated by the analysis device 400 may be stored centrally, such as in a cloud-based repository or database, and may also be provided to a fitness trainer, such as a person qualified to develop exercise schedules and training plans, or to a A software program or artificial intelligence system for watches and training plans. The fitness trainer can create a new training program or modify an existing training program based on the summary report and store it in memory 600 . In this way, the next time the user identifies himself to one of the electronic fitness trainers 101-10n, a new or revised workout program can be performed. A fitness trainer, especially a human fitness trainer, can use his time more efficiently than in the prior art because he can focus on defining and supervising a training program instead of following the user while exercising. Further, the current summary report can be compared to, and analyzed based on, previously generated summary reports.

As described with reference to FIGS. 1 and 2, electronic fitness trainers 101-10n may also download and select musical segments appropriate for performing a particular exercise. However, each user has particular musical tastes, so a musical composition suitable for a particular workout may please one user but not another. Providing a personal song database avoids this disadvantage. However, the database is limited, so the songs may be played repeatedly during exercise, which reduces the user's enjoyment and enthusiasm for exercise.

Accordingly, the electronic fitness studio 300 may include a music database 500 of multiple pieces of music of different musical styles, where the pieces are annotated with metadata describing the pieces (as described above). The electronic fitness trainers 101-10n select from the music database 500 pieces of music suitable for performing a particular exercise. If the user does not like the selected piece of music, he can enter the dislike decision into the eFT, for example, by pressing a button attached to the currently active eFT 101-10n, the currently used fitness equipment 201-20n or any other input connected to the currently active eFT The "skip to next track" button on the device. User taste may be extracted by analyzing dislike decisions and the user's decision not to enter a dislike decision (ie, selection decision) over a predetermined time interval, eg, over one or more exercise sessions. For example, such user tastes or user preferences may include "dislike of classics" and may be stored in memory 600 along with the user profile or user training program. In this way, the electronic fitness trainer currently used by the user can select music, which is not only suitable for exercising, but also conforms to the user's taste, thus increasing the user's exercising pleasure.

In addition, the music database 500 may be updated or upgraded frequently, for example, after a predetermined time interval. For example, the tunes stored in the tune database 500 may be replaced with new tunes every night, the new tunes being received from a central tune library with appropriate digital rights. Like this, the diversity of music is guaranteed, and music section is not repeated every day. In addition, the user can hear not only the music provided by the personal music library and the familiar music, but also new music, which can be a pleasant surprise.

The electronic fitness studio 300 can be connected to other devices such as music providers, electronic fitness trainers 101-10n, activity recorders 151-15n, output devices that output summary reports to professional trainers or via wireless or wired connections (e.g., Data cables, used to transfer data between eFS and other devices) Storage devices or databases external to eFS. In addition, eFS may include components that directly input or output data by or to users, professional trainers, or others using eFS.

Fig. 4 shows a schematic flowchart of an embodiment of a method for operating an electronic fitness system according to the present invention.

In step S201, the user identifies himself to the electronic fitness system 100, for example, by identifying himself to a particular electronic fitness trainer, which then transmits this information to the eFS. The user can identify himself using eg RFID, USB stick, fingerprint or face detection. Subsequently, the memory 600 of the electronic fitness studio 300 provides the training plan and other user-specific data, such as the user's music taste, to the eFT (step S202). In step S203, the method for operating eFT as described in FIG. 2 is executed. In this step, eFT selects the music that is suitable for exercising and corresponds to the user's taste, and downloads the music from the music database 500 of eFS. After the workout, eFT generates the training log described above.

In step S204, the training log is provided from the electronic fitness trainer to the analyzing device 400 of eFT. Then, the analysis device 400 generates a summary report corresponding to the user (step S205), wherein the analysis device may use a plurality of training logs corresponding to a specific user and training logs provided from different electronic fitness trainers 101-10n to generate the summary report. Analysis device 400 may further incorporate data provided by activity recorders 151-15n corresponding to a particular user when generating the summary report.

In step S206, the summary report is output to the professional coach, who then modifies the existing training plan or exercise schedule for the corresponding user, or creates a new training plan or exercise schedule.

In step S207, the modified or created training plan or exercise schedule is stored in the memory of the electronic fitness studio 300, so that the next time the user identifies himself to the electronic fitness trainer or electronic fitness system, he can download the training plan or exercise time surface.

Although the electronic fitness studio 300 is shown and described as being connected to the electronic fitness trainer 1 of the present invention, the electronic fitness studio 300 may also be independent of the electronic fitness trainer or be connected to other devices. For example, the electronic fitness studio can be directly connected to the fitness equipment and to the sensor that provides user biofeedback data, so that the equipment data of the fitness equipment and the biofeedback data of the sensor can be provided to and analyzed by the analysis device 400 of the electronic fitness system. Similarly, the method of operating an electronic fitness system can also be performed without the use of the electronic fitness trainer of the present invention, ie, the method of operating an electronic fitness studio. That is to say, for the selection and output of music described in step S203, monitoring biofeedback and device data and generating training logs are not necessary steps for the electronic fitness trainer of the present invention. These features could be performed by any other device having these functions, or even by different devices, for example, one of which selects and outputs the melody and the other monitors the biofeedback data. Additionally, one or more or all features of this step may be performed by the electronic fitness studio itself. In addition, even if the electronic fitness trainer is used to perform step S203, it is not necessary to perform steps S106 and S110 described in FIG. 2 .

Claims (14)

1. a kind of equipment for carrying out controlling simultaneously supervisory user during exercise on body-building equipment, the equipment includes：

Controller module, for being selected to be appropriate at least one section melody of exercise according to drill program, for monitoring The biofeedback data obtained during performing physical exercise from user, for monitoring during performing physical exercise from setting that body-building equipment is obtained Standby data, and for the other assemblies of control device；

Specification module, for generating description messages；

Module is corrected, message is corrected for generating；

Feedback module, for generating feedback message；And

Input/output module, for receiving the biofeedback data from user and the device data from body-building equipment, and For the description messages, the correction message and the feedback message and at least one section selected melody to be exported to use Family,

Wherein, the controller module is configured as in the biofeedback data monitored or the device data monitored extremely In the case that few one in predetermined range, drill program is changed, and at least one section melody is adapted to after modification Drill program or selection be adapted to amended drill program at least one section new melody.

2. equipment according to claim 1, wherein, the description messages, the correction message and the feedback message Including sound data.

3. equipment according to claim 1, wherein, the description messages include the forging with tempering purpose, having to completion Refine the information relevant with the mode for being correctly completed exercise.

4. equipment according to claim 1, wherein it is described correct message include with user perform physical exercise aspect with correct Necessity for the purpose of ground performs physical exercise changes relevant information.

5. equipment according to claim 1, wherein, the feedback message generated after exercise terminates is included with having taken exercise Into the relevant information of quality and quantity.

6. equipment according to claim 1, wherein, the controller module is configured as in description messages, described In the case that one in correction message or the feedback message is output, the output or adjustment of at least one section melody described in interruption The output volume of at least one section melody.

7. it is a kind of carry out exercise on body-building equipment during supervisory user, be provided as carrying out exercise and the number assigned According to and the system of analyzing the exercise journal for being assigned to carried out exercise, the system includes：

At least one first equipment, first equipment is the equipment according to claim 1；And

Second equipment, carried out strong is assigned to for being provided as carrying out exercise and the data assigned, and for analyzing The exercise journal that body is taken exercise, second equipment includes：

Memory, for storing and providing the drill program for performing physical exercise；

Musical database, for providing at least one section melody for being appropriate for taking exercise according to the drill program；And

Analytical equipment, for generating summary report based at least one exercise journal provided from least one described first equipment Accuse.

8. system according to claim 7, wherein, the analytical equipment be configured as also based on from be assigned to user to Lack at least one activity log of an Actigraph offer to generate the summary report.

9. system according to claim 7, wherein, the summary report generated with people's readable form and including with user Training the relevant information of quality and quantity.

10. system according to claim 7, wherein, the system is configured as based on not liking certainly made by user Fixed and selection is determined to extract musical taste, and the musical taste extracted is deposited together with other data for being assigned to user Storage is in the memory of second equipment.

11. system according to claim 10, wherein, controller module at least one described first equipment by with The musical taste extracted based on user is set to select at least one section melody for being appropriate for taking exercise.

12. a kind of method for operating equipment according to claim 1, this method includes：

Identification will carry out the user of exercise at body-building equipment；

Download the device data of the drill program for being assigned to the user and body-building equipment；

Description messages are exported to the user；

Selected to be appropriate at least one section melody of exercise according to drill program；

During performing physical exercise, at least one section selected melody is exported to the user, and monitor what is obtained from the user Biofeedback data and the device data obtained from body-building equipment；

The biofeedback data monitored and the device data monitored are compared with predetermined range；

If the biofeedback data and the device data monitored be not in predetermined range, entangled to user output Positive message, and if necessary to change drill program to reach exercise purpose, then change drill program and make it is selected at least One section of melody is adapted to amended drill program or is appropriate for exercise extremely according to the selection of amended drill program Few one section of new melody；

As long as be not detected by exercise terminate, just repeat output selected by least one section melody and monitor the biofeedback data and The step of device data, the step of compare monitored data and output corrects message and changes drill program simultaneously And the step of adjustment melody section or selection Xinle tune；

Such as detect exercise to terminate, then export feedback message to the user.

13. a kind of method for operating system according to claim 7, this method includes：

Method according to claim 12 is performed at least one first equipment, first equipment is will according to right Seek the equipment described in 1；

At least one exercise journal is provided from least one described first equipment to the second equipment；

Summary report is generated based at least one described exercise journal；

The summary report is exported to specialized coaches；And

The new drill program or amended drill program storage that specialized coaches are provided based on the summary report exported are arrived In the memory of second equipment, method according to claim 12 is being performed at least one described first equipment Period downloads drill program from the memory.

14. method according to claim 13, wherein, the musical database of second equipment at preset time intervals after It is updated.