JP2000051390A - Training management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a training management system capable of presenting proper training according to the individual difference of a user. SOLUTION: This training management system includes a training device Ux and a hot 130 for transmitting and receiving data to and from the training device. The training device Ux includes a load applying mechanism 100 and a control circuit ill for transmitting user specifying information for specifying a user to the host 130, and changing the load of the load applying mechanism 100 according to the load setting information transmitted from the host 130. The host 130 includes a data base L31 for recording personal information of the user, at the time of starting training, according to the user specifying information transmitted from the training device Ux, a training menu is generated, and according to the menu, the load setting information can Be transmitted to the training device Ux.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cycling machine used for fitness. In particular, the present invention relates to a training management system in which a host can centrally manage a cycling machine.

[0002]

2. Description of the Related Art Conventionally, a cycling machine used for training in a training center is a stand-alone,
That is, each machine was independent. Examples of the invention relating to this cycling machine include those described in JP-A-6-231 and JP-A-7-250919.

[0003] The invention described in JP-A-6-231 is
A conventional cycling machine was equipped with image and sound presentation means, so that computer graphics images based on changes in exercise intensity could be provided. JP-A-7-2
The invention described in Japanese Patent No. 50919 is capable of displaying an image for instructing a training method according to a user's training state in the configuration described in Japanese Patent Application Laid-Open No. 6-231. .

[0004]

However, these conventional techniques have a problem that effective training management of the user cannot be performed. That is, in the conventional cycling machine, the same operation is simply repeated for every user for each training. However, since users who come to the training center are of any age, men and women, their physical strength differences and appropriate training menus are different. In general, there is considerable difference in physical strength even for the same gender and the same age. In weight training, it was easy for the user to set an appropriate load by adjusting the weight, but it was difficult for a stamina-up machine such as a cycling machine to accurately reflect individual differences in the load. It is considered that it is preferable to perform training using a training menu according to the individual difference of a user even in a cycling machine or the like.

[0005] In addition, training is not effective overnight. It is necessary for the user to set an appropriate load while grasping his / her training achievement level and to carry out training every time. And this work can be continued for a long time to increase physical strength. A system that presents a training menu while grasping the short-term and long-term physical training of the user is required.

In particular, in a stamina exercise trained by a cycling machine, the stamina gradually decreases as time elapses from training. It is necessary to set the load appropriately according to the training interval. Also, if the load is too strong or too weak, the training effect will not appear,
Conversely, an improper load can make you sick.

[0007]

SUMMARY OF THE INVENTION Accordingly, a first object of the present invention is to provide a training management system capable of providing training based on an appropriate training menu according to individual differences of users. A second object of the present invention is to provide a training management system capable of providing training based on an appropriate training menu according to a training interval. A third object of the present invention is to provide a training management system capable of setting an appropriate load according to a user's heart rate. A fourth object of the present invention is to provide a training management system capable of presenting a training achievement degree to a user according to a physical condition before and after training.

The invention for solving the first problem is a training management system including one or more training devices for applying a training load to a user and a host for transmitting and receiving data to and from the training devices.

[0009] 1) The training apparatus 1-1) a load applying mechanism for applying a load to the user to be trained, 1-2) user specifying information for specifying a user who uses the training apparatus to the host, and applying the load. A control circuit configured to be able to change the load of the mechanism.

2) The host has a database for recording user's personal information. Then, at the time of starting training, the personal information stored in the database is searched based on the user identification information transmitted from the training device, and a training menu can be generated.

The load application mechanism may be one in which the training device itself adjusts the load while referring to the training menu transmitted from the host, or one in which the host directly transmits the load setting information to the training device in real time to adjust the load. Good.

Here, the host refers to a reference training menu corresponding to the program desired by the user transmitted from the training device, and is capable of generating a training menu for the user.

[0013] In the invention for solving the second problem, the host includes a database for recording the training history of the user, and generates a training menu at the start of training in accordance with the elapsed time from the previous training.

In the invention for solving the third problem, the training apparatus further includes a sensor for detecting a heart rate of a user who is training, and the training management system monitors the heart rate, and Is too high, the load applied by the load application mechanism can be reduced. Monitoring your heart rate
The training device itself may be used, or the configuration may be such that the heart rate is once transmitted to the host, the host monitors the required heart rate, and the necessary load setting information can be transmitted to the training device.

Here, for example, the training apparatus includes an image display device capable of providing an image to a user who trains, and is configured to be able to change the image according to instruction information received from a host. Training management system.

[0016] For example, the training apparatus further includes a sensor for detecting the activity speed of the user who is training. The training management system is configured to monitor the activity speed and change an image according to the activity speed. The monitoring of the activity speed may be performed by the training device itself, or the activity speed may be transmitted to the host once, and the host may monitor and transmit necessary instruction information to the training device so that the training device can display an image. Good.

In the invention for solving the fourth problem, the training apparatus is configured to be able to transmit data before and after the training such as blood pressure, weight, body fat percentage and the like to the host before and after the training. You. Then, the host is configured to compare the data before the start and the data after the end, evaluate the training contents while referring to the reference training data, and transmit the training evaluation to the training apparatus. In addition, the training device
The image can be changed according to the training evaluation received from the host.

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, a preferred embodiment of the present invention will be described with reference to the drawings. In the present embodiment, the training management system of the present invention is applied to a cycling machine. (Configuration) FIG. 1 shows a configuration diagram of the training management system. As shown in FIG. 1, the training management system includes a plurality of machine units U1, U2,..., Un (n is a natural number of 1 or more), and a transmission / reception interface device 120.
And a host computer device 130.

Each machine unit Ux (x is any one of 1 to n) has the same configuration, and each includes a cycling machine 100, a load application mechanism 101, an input device 102, a controller 103, and a computer 110.

The cycling machine 100 has a structure as a conventional cycling machine. That is, a handle that the user holds, a saddle on which the user sits, and a pedal that rotates when the user rides against the load are provided. The load application mechanism 101 is configured to apply a load corresponding to the load control data SL to the rotational movement of the pedal, thereby applying a load to a pedaling user. The input device 102 has operation buttons such as numeric keys and is attached to a handle portion so that a user can specify personal information and a desired program. The sensor 103 is attached to the user's earlobe, and can output the user's pulse as a heart rate signal Sp.
Note that the sensor may detect the user's pulse from a finger or the like in addition to the earlobe. The controller 104 is capable of communicating with the computer 110, and the input device 10
2 and the heart rate signal Sp detected from the sensor 103 can be communicated to the computer 110 according to a predetermined format. The controller 104 also controls the load application mechanism 1 in accordance with the load setting information transmitted from the computer 110.
The load control data SL for changing the load No. 01 can be output. The head-mounted display (HMD) 105 is configured to be able to individually provide a user with video corresponding to the video signal SI output from the computer 110 and audio corresponding to the audio signal SS. For example, "Eye-Trek" manufactured by Olympus Optical Industrial Co., Ltd. can be used. Note that a display device such as a CRT or a liquid crystal panel and a speaker may be provided in front of the user without employing the configuration of the head mounted display.

The computer 110 functions as a control circuit of the present invention, and includes a control block 111, an image block 112, an audio block 113, and a fixed disk 114 as a general-purpose computer. The control block 111 includes a CPU, a RAM, a ROM, a communication device, a drive device, and the like (not shown).
By executing a program stored in a CD-ROM or a DVD supplied from the outside or from the outside, the training management system can function as a training device. Also, the control block 111 supplies polygon data read from the fixed disk 114 or a CD-ROM or a DVD, matrix data for coordinate conversion and other commands to the image block 112, and outputs the data from the fixed disk 114 or the CD-ROM or the DVD. The read sound source control data can be supplied to the audio block 113. When transmitting the data, the control block 111 transmits the user identification information including the user number and the machine unit number. It is preferable that the machine unit number is a unique number that can also specify the transmission / reception interface device at the same time. The image block 112 is a control block 1
It is configured to be able to output a video signal SI for displaying an image by computer graphics technology, for example, by performing coordinate conversion of the polygon data supplied from 11 based on matrix data and mapping textures.
The computer is a video tape, LD, CD-V,
When a reproducing apparatus capable of reproducing a video medium such as a DVD is provided, the reproducing apparatus may be configured to output a video signal reproduced by the reproducing apparatus under the control of the control block 111 instead of the image block. Audio block 11
Reference numeral 3 includes a waveform memory, a DSP, an amplifier, and the like, and is configured to perform voice synthesis based on the sound source control data supplied from the control block 111 and output a voice signal SS. When the computer 110 includes a playback device, the playback device may be configured to output an audio signal played back by the playback device under the control of the control block 111 instead of the audio block. The fixed disk 114 stores programs to be executed by the control block 111, polygon data, and sound source control data. Note that the controller 104 and the computer 110 may have an integrated configuration.

The transmission / reception interface device 120 has a function as a normal router, modem or terminal adapter, is configured to be able to communicate with each machine unit, and has a host computer device 130 via a public line.
It is configured to be able to communicate with. For example, each machine unit and the transmission / reception interface device 120 are connected by a LAN or the like.

The host computer device 130 is connected to each machine unit further connected to each device 120 via transmission / reception interface devices 120 installed at a plurality of locations. The host computer device 130 has a database 131,
It is configured to function as the host of the present invention. That is, the host computer 130 specifies the user with reference to the user number included in the transmission data, adds the user number and the machine unit number to the instruction information and the load setting information, and
20 can be transmitted. The host computer device 130 and each machine unit may be directly connected without using a communication line. In the case of direct connection, the host computer device 130 is installed in the training facility and connected to each machine unit via the LAN, and the transmission / reception interface device 120 becomes unnecessary.

The database 131 stores user personal information and reference training data. The user personal information is a record in which the height, weight, age, gender, training history, and the like of the user registered at the time of user registration are associated with the user number. The training history is data in which the training date and time and the training result at that time are coded. The reference training data is obtained by setting a load table indicating a change in load from the start to the end of the training and an appropriate speed and a pulse change for each training program. For example, in the load table, as shown in FIG. 4, the fluctuation of the load with respect to the elapsed time is set for each type of the training program. The host computer device 130 is configured to refer to the load table, adjust the load amount according to the gender, age, height and weight of the user personal information, and transmit the adjusted load amount as load setting information. In addition, the host computer device 130 has a function that allows a specialist such as a doctor to examine, change, and approve the load setting information created based on the user's personal information and the reference training data.

(Processing) Next, the operation of the present embodiment will be described with reference to the flowcharts of FIGS. FIG. 2 shows processing in the host computer device 130, and FIG.
Indicates processing in the computer 110 of each machine unit.

User Registration: A user who wishes to start training with a cycling machine newly inputs his / her personal information such as height, weight, age, and sex from the input device 102 of the cycling machine 100. The user personal information is transmitted to the host computer 130 with a unique user number for identifying the user. The user number is displayed on the head mounted display 105 so that the user can recognize and store the user number. When this training management system is operated in a specific fitness club or the like, personal information registered separately at the time of enrollment may be transferred to the host computer device 130. A member number or the like is diverted as the user number.

Before starting training: Before starting training, the user measures the blood pressure, body weight, and body fat percentage using a built-in measuring device. Then, an appropriate machine unit is selected from the plurality, and the measured values are input from the input device 102 together with the user number and the type of the desired training program. After inputting the data, the user wears the sensor 103 and the head-mounted display 105 and waits for a signal to start training. As the training program, for example, a shape-up program, a beginner's physical strength enhancement program, an advanced physical strength enhancement program, and the like can be selected.

The computer 110 is virtually stopped until data is input (S201; NO). However, if there is data input (S201; YES), these data are inspected (S202), and if the data is incomplete (S201).
203; NO) A video signal SI prompting data input is transmitted to the head mounted display 105. If the data is complete (S203; YES), the measured value, the user number, the unit number for specifying the machine unit, a command indicating whether the data is data before starting, data during training, or data after finishing, and a user With the desired program type data (S2
05).

The host computer 130 waits until data is received (S101; NO), and upon receiving the data (S101; YES), acquires the unit number and user number added to the data (S102).
If the command added to the data indicates that it is pre-start data (S103; YES), the pre-start blood pressure, body weight, and body fat percentage included in the data are registered (S104).

Next, the host computer device 130
The program type data is read, and the corresponding standard training data (see FIG. 4) is stored in the database 13.
1 is read (S105). Further database 13
1 is retrieved based on the user number, and the personal information of this user is read (S106). Then, the current appropriate load table is calculated based on the reference training data and the personal information (S107). The personal information also refers to the training history in addition to the height, weight, and gender. The training history is data in which the date of training is recorded every time, and is data for which the number of trainings and the number of days elapsed since the previous training can be calculated.

A calculation example of the load table will be described. The reference training data stored in the database 131 is shown in FIG.
A load table for each program as shown in FIG. The change in the appropriate speed and the change in the appropriate pulse rate are associated with this. The proper speed is usually constant. The appropriate pulse rate varies according to the amount of load. The maximum pulse rate that must not be exceeded is set. The reference training data is multiplied by a coefficient that takes into account the individual differences of the users, to obtain a load table that is actually used. Particularly, in the present invention, the load table is generated by finely adjusting the load according to the training interval and the number of times. In the stamina-up exercise, as shown in FIG. 5, the athletic ability (stamina) decreases according to the elapsed time from the time of training. In addition, assuming that the training interval is constant, as shown in FIG. 6, the exercise ability increases as the number of training increases. The host computer device 130 sets the training menu on the assumption that the physical strength fluctuates according to the training interval and the number of times as shown in FIGS. 5 and 6 even if the persons have the same personal information. If the exercise ability is high, the load is increased, and if the exercise performance is low, the load is reduced. The pulse fluctuation may be recorded in the database, and the upper and lower limits of the maximum pulse and the average pulse may be reflected in the load table in accordance with the exercise ability.

During training: When the load table can be calculated, the host computer 130 transmits load setting information specifying the initial load including the unit number of the machine unit. In the machine unit, when the computer 110 receives the first load setting information, the computer 110 starts a timer (S206), and sends necessary data and commands to the image block 112 and the audio block 113. As a result, an image is displayed on the head mounted display 105 worn by the user, and at the same time sound is provided (S207). In the initial screen, for example, as shown in FIG. 7A, an exercise bike model is displayed on a green meadow. Then at the start of training Figure 7
An image as if riding on a stationary bike is displayed as shown in FIG. Indicators indicating heart rate, calorie consumption, speed, mileage, and the like are displayed on the screen. The user sees this and starts training.

The computer 110 repeats data transmission and reception at regular intervals. At the time of data transmission (S2
08; YES), the computer 110
Heart rate and rotation speed signal S based on the heart rate signal obtained from
Send the speed obtained from D and. The speed is calculated by multiplying the rotation speed by a coefficient determined for each machine. The computer also calculates the mileage by integrating the speed.

If the received data is data during training (S10)
3; NO, S110; NO), the heart rate and speed are read (S120), and the running distance is calculated (S121).
Then, the calorie consumption is calculated by multiplying the integral value of the load amount and the travel distance determined by the load table by a coefficient (approximately a value corresponding to the weight) determined from experience (S122).
Next, the host computer 130 refers to the load table and compares the transmitted heart rate and speed with the appropriate heart rate and appropriate speed (S123). If the transmitted heart rate is too high (S124; YES), it indicates that the user is suffering contrary to the expectation of the host computer device, so that the load setting information for reducing the load is transmitted (S125). When the heart rate is within the appropriate value (S124; NO), load setting information for designating the next load is transmitted (S126). If the transmitted speed indicates that the speed is too high in consideration of the proper speed (S127; YES), the motion suppression data for instructing to reduce the speed is transmitted (S128). Conversely, if the transmitted speed indicates that the speed is too slow in consideration of the appropriate speed (S129; YES), exercise increase data instructing to increase the speed is transmitted (S129).
130).

Computer 110 of each machine unit
When the data is received (S211; YES), when the data is the exercise suppression data and the speed is too high (S211).
212; YES) A video signal SI for instructing the user to reduce the pace is output (S213). Conversely, if the data is exercise increase data and the speed is too slow (S214; YE)
S) Output a video signal SI instructing the user to increase the pace (S215). If the information is load setting information (S
216; YES) The controller 104 is instructed to provide the load indicated by the load setting information to the user (S217). As a result, the host computer device 13
The load as set to 0 is applied to the user from the load application mechanism 101. Then, the computer 110 transmits the video signal S indicating the distance traveled and the amount of calorie consumption transmitted from the host computer 130 together with the speed.
I is output (S218). Unless the timer expires (S220; NO), the sequence from S208 is repeated.

In the above process, the computer 110
Changes images and sounds one after another and presents them to the user. For example, in the early stage of training, as shown in FIG. 7 (c), an image with a motif of muscle contraction is occasionally inserted into the image of the exercise bike, and an image display is displayed in which the exercise bike gradually increases in altitude on the wind. Is done. If the heart rate is too high during this process, an image is displayed that overheats and lowers the altitude. Also, if the speed is too fast, a warning sound will be displayed along with a warning sound to notify the danger that the driver will not be able to control, or if the speed is too slow, the altitude will decrease and a warning sound will be presented with a video that will crash the ground. To Every time the training reaches a new phase, an image showing a new scene development is displayed at a timing such as when the load increases. At this time, the speed may be reflected in the altitude at which the image is displayed. For example, when the speed is moderately high, FIG.
As shown in Fig. 7 (b), an image is presented that makes it possible to ride over the wind and meet a flock of migratory birds, or when the speed is moderately slow, a person enters a cave on the mountainside as shown in Fig. 7 (e). Video is presented. Further, when the calorie consumption transmitted from the host computer device 130 reaches a certain level, the body fat burns from the body of the trainee according to the user as shown in FIG. A video of an image in which the body is shaped up may be presented.

After the training ends: When the timer ends and the training ends (S220; YES),
The computer 110 prompts the user to measure blood pressure, weight, and body fat. Then, data after the end of the training input corresponding to the user is acquired (S22).
1) If all data has not been input (S22)
2; NO) Display for urging data input is made (S22)
3). If the data is complete (S222; YE
S), the computer 110 transmits these data (S224).

When the received data indicates that the received data is post-end data (S110; YES), the host computer 130 acquires and registers the blood pressure, weight, and body fat percentage after hunting from the data. (S111). Then, the amount of perspiration is calculated from the weight loss or the like (S112), the effect of the exercise is ranked based on the reduction rate of body fat, the transition of the pulse, and the like, and this is registered with the date as the exercise result (S1).
13). Thereafter, the host computer device 130 transmits the exercise result (S114), and ends the processing related to the training.

The computer 110 of the machine unit
This exercise result is received (S225), and an ending image display and sound presentation corresponding to the exercise result are performed (S226). For example, when the exercise does not go well, the exercise bike presents an image as if the exercise bike lands on a sandy beach and the beautiful sea is spreading as shown in FIG. 8B. If the exercise is ranked properly completed, an image is presented such that the exercise bike reaches a beautiful island as shown in FIG. 8C. However, in the sky, a more beautiful rainbow-colored cloud is displayed to indicate that there is a higher achievement rank. When the exercise is successfully performed, an image that appears on the rainbow-colored cloud is displayed as shown in FIG. 8D. Exercise achievement may be evaluated based on athletic ability, body fat percentage, change in body weight, or a combination thereof, and is evaluated using appropriate parameters according to the training program.

The above embodiment has the following advantages.

1) According to the present embodiment, since the reference training data serving as a reference is selected and adjusted based on the personal information of the user, an appropriate and fine-grained training menu according to the individual difference of the user can be provided. It is.

2) According to the present embodiment, the training menu can be changed in accordance with the training interval and the improvement of the athletic ability. Therefore, it is possible to provide appropriate training in consideration of physical strength deterioration and physical strength improvement due to elapsed time. It is.

3) According to the present embodiment, since various training programs are prepared, appropriate training contents according to the purpose of the user are provided.

4) According to the present embodiment, when the user's heart rate is high, the load can be reduced regardless of the training menu, so that the user can be provided with a reasonable load even when the condition is poor. .

5) According to the present embodiment, the physical condition before and after the training is registered so that the degree of the training achievement can be displayed on the image and the sound can be presented. Therefore, the user continues the training while correctly grasping the result of the training. be able to.

6) According to the present embodiment, the image display and the sound presentation can be changed according to the training situation such as the progress of each training and the continuous training for a long period of time, so that the user can enjoy the training without getting tired. The environment can be presented.

7) According to the present embodiment, when the calorie consumption reaches a certain value, a special image display is performed, so that it is possible to give the user a sense of accomplishment of the shape-up.

(Other Modifications) The present invention can be variously modified and applied without being restricted to the above embodiment. For example, the training machine itself can be variously applied as long as it is a device that can electrically provide a load to a user in a controllable manner. That is, you may apply to the running machine 140 as shown in FIG. In this case, as the load application mechanism 141, a mechanism that adjusts the angle of the traveling platform is considered. Other configurations can be considered exactly as in the above embodiment.

The present invention can also be applied to a system for strengthening a muscle, in which a load can be electrically controlled. In this case, the use state of the plurality of machines may be organically grasped to execute the comprehensive muscle strength improvement program, or the circuit training may be executed.

In a small system, a computer may not be provided in each machine unit, and the host computer device may collectively manage each machine unit.

The monitoring of the heart rate and speed may not be performed by the host, but may be performed by the machine unit. That is, the real time information may not be communicated, and only the data communication before and after the start of the training may be performed between the host and the machine unit. With this configuration, it is possible to reduce the communication line usage fee during training.

[0052]

According to the present invention, a training menu can be generated based on personal information and training history of a user, so that a training management system capable of providing appropriate training according to individual differences of users is provided. be able to.

According to the present invention, the training menu can be generated in accordance with the training interval. Therefore, it is possible to provide a training management system capable of providing appropriate training in consideration of physical strength deterioration due to elapsed time.

According to the present invention, since the load can be set according to the heart rate of the user, it is possible to provide a training management system capable of providing the user with a reasonable load of training.

According to the present invention, the training achievement degree can be presented in accordance with the physical condition before and after the training, so that a training management system that allows the user to continue the training while correctly grasping the training results is provided. be able to.

[Brief description of the drawings]

FIG. 1 is a configuration diagram of a training management system of the present invention.

FIG. 2 is a flowchart illustrating processing in a host.

FIG. 3 is a flowchart illustrating processing in the training device.

FIG. 4 is an example of a load table that is a reference training menu.

FIG. 5 is a diagram showing the relationship between the number of elapsed days and the decrease in exercise ability.

FIG. 6 is a graph showing the relationship between the number of exercises and the increase in exercise ability.

FIG. 7 is a display example of an image presented to the user (part 1).

FIG. 8 is a display example of an image presented to the user (part 2).

FIG. 9 is a configuration diagram of a training management system as a modification.

[Explanation of symbols]

U1, U2, ..., Un, P1, P2, ..., Pn ... Machine unit 100 ... Cycling machine body 140 ... Running machine body 102, 142 ... Input device 110 ... Computer (control circuit) 111, 141 ... Control block (control circuit) ) 130: Host computer 131: Database

Claims (7)

[Claims] 1. A training management system comprising: one or more training devices for applying a training load to a user; and a host for transmitting and receiving data to and from the training device. A load application mechanism that applies a load to the host, transmitting user identification information that identifies a user who uses the training device to the host, and a control circuit configured to be able to change the load of the load application mechanism. The host is provided with a database that records personal information of the user, and at the start of training, the personal information stored in the database based on the user identification information transmitted from the training device. The training menu can be generated by searching. Training management system according to claim. 2. The host according to claim 1, wherein the host refers to a reference training menu corresponding to a user's desired program transmitted from the training device and generates a training menu for the user. The described training management system. 3. The training management system according to claim 1, wherein the host includes a database that records a user's training history, and generates the training menu at the start of training in accordance with the elapsed time from the previous training. . 4. The training device further comprises a sensor for detecting a heart rate of the user being trained, wherein the training management system monitors the heart rate and, if the heart rate is too high, The training management system according to claim 1, wherein the load applied by the load application mechanism can be reduced. 5. The training device according to claim 1, further comprising an image display device capable of providing an image to a training user, wherein the image can be changed in accordance with instruction information received from the host. Training management system. 6. The training device further comprises a sensor for detecting an activity speed of a user who is training, and the training management system monitors the activity speed and can change an image according to the activity speed. The training management system according to claim 5, wherein the training management system is configured as follows. 7. The training apparatus is configured to be able to transmit before-start data and after-end data such as a user's blood pressure, weight, body fat percentage and the like to a host before and after the start of training, Comparing the data and the post-finish data to evaluate training content with reference to reference training data, and transmitting the training evaluation to the training device, wherein the training device receives the training evaluation received from the host. The training management system according to claim 5, wherein an image can be changed according to the training.