JP2000288144A - Individually adaptable type training device and individually adaptable type training management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an individually adaptatable type training device encouraging a trainee in a long-term training without any boredom. SOLUTION: A reader-writer 20 reads data such as an exercise history of a trainee stored in a portable data carrier 50 attachable to the trainee. A control circuit 22 reads a reproductive recording finish position data, which is included in the exercise history data from the reader-writer 50, of a digital data medium 24 when the final training is finished and feeds the reproductive recording finish position data to a digital data processing circuit 26. An image is reproduced from the reproduction recording finish position so as to be continuously projected for letting the trainee continue training and for enhancing the sense of purpose of the trainee without causing any boredom.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a training apparatus such as a stationary bike for use in a fitness or athletic gym, and a training management system including the training apparatus.

[0002]

2. Description of the Related Art In a conventional fitness room or the like, it is common that a television is placed in front of a training apparatus to display irrelevant video images. In this case, even if the person becomes bored temporarily, it is not related to the exercise of the trainee, so that the motivation to exercise cannot be increased. In order to solve such a problem, Japanese Patent Application Laid-Open No. 9-313552 discloses that a patient can move a rotary pedal or a steering wheel while viewing an image of virtual reality. When the rotational speed of the rotary pedal increases, Disclosed is a rehabilitation device in which the traveling speed of virtual reality is increased. Japanese Patent Application Laid-Open Nos. 55-70273 and 61-25577 disclose similar ones. In Japanese Patent Application Laid-Open No. 5-96024, a scene taken in advance and assumed as a track of a training motorcycle is recorded on a magnetic recording tape or the like, and a signal of the inclination of the track and the scene are recorded in an appropriate recording area such as a magnetic recording tape. The corresponding signal is input, the runway is projected on the screen, the weight of the pedal is changed according to the climbing and descending of the runway, the intensity of the wind is changed according to the speed of pressing the pedal, and the scent is changed. Disclose a training bike that changes the atmosphere by drifting.

[0003]

However, even if the image changes according to the training of the trainee, it is difficult to maintain the motivation for training for a long period of time unless the target consciousness is given. It is. This goal consciousness often differs from person to person. As another problem, in the conventional training device, the numerical value setting operation is often performed on the operation panel attached to the training device, and the trainee has difficulty setting the training menu suitable for himself. Often. Especially in the case of elderly people, it is difficult to select a training menu that suits them due to the complexity of this operation, and there is also a problem that training with a training device is avoided. .

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and an object of the present invention is to provide an individualized training apparatus that can keep a trainee long-lasting without getting tired of a trainee. And

It is another object of the present invention to provide a personalized training apparatus which can relieve a trainee from the trouble of setting.

It is a further object of the present invention to provide a personalized training management system capable of providing detailed personalized training.

[0007]

According to a first aspect of the present invention, there is provided an individualized training apparatus according to the first aspect of the present invention. A reader / writer capable of reading and writing data, a motion drive unit driven by the trainee's motion, and video data and video-related data recorded on a video storage medium reproducible from any reproduction recording position. A video data processing circuit for processing, a video reproduction circuit for reproducing the video data, a video display unit for displaying a video from the video reproduction circuit for a trainee during exercise, and data read by a reader / writer. A control circuit that captures drive speed data of the motion drive unit and performs processing, the control circuit includes:
Reads the reproduction / recording end position data of the video recording medium when the last training included in the exercise history data read by the reader / writer is completed, and sends the reproduction / recording end position data to the video data processing circuit. The video is reproduced from the end position and the video is continued.

[0008] The personalized training apparatus according to the second aspect of the present invention provides a portable data carrier on which data relating to the trainee is stored and which can be worn by the trainee, when the trainee takes a training posture. A reader / writer positioned at a position where data can be read and written at the contact, a movement drive unit driven by the trainee's movement, and a control circuit for processing the data read by the reader / writer. Features.

According to a third aspect of the present invention, there is provided the personalized training apparatus according to the second aspect, wherein the data on the trainee includes the training date and time data on which the trainee trained and the date and time from the exercise driving unit. The exercise circuit includes exercise history data consisting of load data given to the trainee, and the control circuit captures the exercise history data via a reader / writer, and in accordance with the lapse of time from the last training date and time to the current day in the exercise history data. The exercise drive unit calculates a load to be given to the trainee on the day, and outputs the load signal to the exercise drive unit.

According to a fourth aspect of the present invention, in the personalized training apparatus according to the second aspect, the data on the trainee includes physique data of the trainee, and the control circuit is connected to a reader / writer via a reader / writer. The apparatus is characterized in that the physique data is taken in, and a position signal for adjusting the position of the exercise drive unit so as to match the physique data of the trainee is output to the exercise drive unit.

According to a fifth aspect of the present invention, in the personalized training apparatus according to the second aspect, the data relating to the trainee includes physical strength data of the trainee, and the control circuit is connected to a reader / writer via a reader / writer. The physical strength data is fetched, a load to be given to the trainee by the exercise driving unit is calculated according to the physical strength data of the trainee, and the load signal is output to the exercise driving unit.

According to a sixth aspect of the present invention, in the personalized training apparatus according to the second aspect, the data relating to the trainee includes physical condition data such as blood pressure and pulse of the trainee on the day, and the control circuit Captures the physical condition data via a reader / writer, calculates a load to be applied to the trainee by the exercise driver according to the physical condition data of the trainee, and outputs the load signal to the exercise driver. Features.

According to a seventh aspect of the present invention, there is provided a portable data carrier on which data relating to a trainee is stored and which can be worn by the trainee, a reader / writer capable of reading and writing data on the data carrier, A training device including a movement drive unit driven by movement, a control circuit for taking in data read by a reader / writer, and performing processing; a second reader / writer capable of reading and writing data on a data carrier; 2. A personalized training management system comprising: a system main body having a system main body control circuit for taking in and processing data read by a reader / writer, wherein the data carrier includes physique data of a trainee. , Trainee's fitness data, trainee on the day Blood pressure, physical condition data such as pulse, and exercise execution date and time data and exercise history data including load data given to the trainee from the exercise drive unit at that date and time are stored, respectively, and the second reader / writer operates on the data carrier. Each data is read and output to the system control circuit. Based on the data of the data carrier fetched from the second reader / writer, the system control circuit loads and trains the exercise drive unit of the training device on the trainee on the day. Calculates the training time to be performed by the user, and outputs the load data and the training time data to the second reader / writer.
A reader / writer writes the load data and the training time data to the data carrier, and the reader / writer reads the load data and the training time data of the data carrier to output to a control circuit, and the control circuit reads the data carrier read from the reader / writer. And outputting a load signal to the motion drive unit based on the data of (1).

According to an eighth aspect of the present invention, in the personalized training management system according to the seventh aspect, the system main body control circuit fetches exercise history data stored in a data carrier and stores the last exercise history data in the exercise history data. The exercise drive unit of the training apparatus calculates the load to be applied to the trainee and the training time to be performed by the trainee on the day according to the lapse of time from the training date and time to the day.

According to a ninth aspect of the present invention, there is provided an individualized training management system according to the seventh aspect, wherein the system main body control circuit fetches physical strength data stored in a data carrier, and executes the training apparatus according to the physical strength data. The exercise drive unit calculates a load to be given to the trainee and a training time to be performed by the trainee.

According to a tenth aspect of the present invention, in the personalized training management system according to the seventh aspect, the system main body control circuit fetches the physical condition data stored in the data carrier, and the training device according to the physical condition data. The exercise drive unit calculates a load to be given to the trainee and a training time to be performed by the trainee.

An individualized training management system according to an eleventh aspect of the present invention is the personalized training management system according to the seventh aspect, further comprising a locker having a third reader / writer, a locking / unlocking control circuit, and a locker door locking / unlocking mechanism. The stored data on the trainee includes locker PIN data, and the locking / unlocking control circuit fetches the locker PIN data read by the third reader / writer and determines whether or not the locker PIN data is unique to the locker PIN data. It is characterized in that the locker door locking / unlocking mechanism is driven only when it is determined and coincides, and the locker door is locked or unlocked.

A personalized training management system according to a twelfth aspect of the present invention is the personalized training management system according to the seventh aspect, further comprising a vending machine including a fourth reader / writer and a settlement control circuit, wherein the settlement control circuit includes the fourth reader / writer. And writing the purchase amount data to the data carrier via the data carrier.

[0019]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing a configuration of an embodiment of an individualized training apparatus according to the present invention.
Is a perspective view of the training device. Although a training motorcycle is taken as an example of a training device, the present invention is not necessarily limited to this, and other training devices such as a walking machine can be similarly applied.

Referring to FIG. 1, a training bike 10 as a training apparatus includes a motion drive unit 18 including a pedal 12, a handle 14 and a saddle 16, and a data carrier 50 described later attached to a distal end of an arm 19 extending from the handle 14. A reader / writer 20 that magnetically or optically reads data from, or writes data to a data carrier 50 magnetically or optically, data from the reader / writer 20 and data from the motion drive unit 18. Control circuit 2 that takes in data and processes it
2, a data player 25 to which video data from a large-capacity digital data recording medium 24 (video recording medium) such as a CD-ROM or DVD and status data such as audio data related to the video data are input; A digital data processing circuit 26 (video data processing circuit) for processing audio data and the like related to video data, and a control circuit 2
2. A display circuit 27 that creates video data for the display data from the second and a video playback circuit 28 that plays back the video data
A sound reproducing circuit 29 for reproducing sound data; and a display screen 30 as a video display unit for displaying a video signal from the video reproducing circuit 28 to a trainee during exercise.
A speaker 31 that emits an acoustic signal from the acoustic reproduction circuit 29, an operation panel 32, a ventilation control device 34, a ventilation fan 36 driven by the ventilation control device 34,
A plurality of fragrances 38 respectively arranged in a closed chamber, and a fragrance switching mechanism 3 for selectively opening and closing windows in these closed chambers
9 is provided.

The pedal 12 is provided with a rotation speed detector 40 comprising an encoder or a potentiometer for detecting the rotation speed. The rotation speed detected by the rotation speed detector 40 is output to the control circuit 22. You. Pedal 12
Is provided with a load adjuster 42 for applying a torque to the rotation shaft of the pedal 12. The load adjuster 42 is driven by a load signal output from the control circuit 22.

The saddle 16 is provided with a position adjuster 44 for adjusting the height and inclination of the saddle 16, and the position adjuster 44 is provided with a height signal output from the control circuit 22,
It is driven by a position signal consisting of a tilt signal.

Further, the handle 14 is provided with a vibrator 46 for vibrating the handle 14, and the vibrator 46 is driven by a vibration signal output from the control circuit 22.

The large-capacity digital data recording medium 24 such as a CD-ROM or a DVD stores real image data such as cycling roads and famous streets recorded by video or the like or video data of computer graphic data in MPEG or the like. Digitally converted and recorded. In addition, as the video data or the status data related thereto, surrounding audio data at the time of actual video recording, terrain (up and down slope data, flatness data), and environment (environment data such as seaside and forest) data are included. These status data can be converted into digital data synchronized with the video display and recorded on the digital data recording medium 24 together with the video data. Then, chapters are assigned to the actual video data and the situation data, for example, for each time and for each branch of the road, so that the chapter can be reproduced at random from the reproduction recording position.

The trainee wears a wristband to which his or her own data carrier 50 is attached, and the data carrier 50 includes, for example, a memory 52 and a memory 52 as shown in FIG. A control unit 5 for controlling reading and writing of data stored in the storage unit 52
4, a pseudo-random signal generating unit 56 that generates and sends out the data read by the control unit 54 into a pseudo-random signal,
A transmission unit 58 that transmits a pseudo-random signal and receives a signal from a reader / writer. The memory 52 stores identification data D1 such as the ID number, name, date of birth, gender, blood type, etc. of the trainee, physique data D2 such as height, weight, and fat percentage, physical strength data D3 such as muscular strength and endurance,
Physical condition data D4 such as blood pressure, pulse, and history of the day, training date and time data when the trainee trained, a training device that trained on that date and time, and a load given to the trainee from the exercise drive unit 18 of the training device 10 Exercise history data D5 comprising data, physique data at the date and time, physical fitness data and physical condition data, and reproduction / recording end position data of the digital data recording medium 24 when the training is completed, a training apparatus to be performed by the trainee on that day, training Time, load to be applied to the trainee from the exercise driving unit 18, target data D6 such as calorie consumption, amount data D7 such as a settlement amount, a locker password number data D8, and data such as date data D9 of the day are stored. . Exercise history data D5 stores training content that has been traced back in the past by a predetermined number.
When the training contents are stored for the several minutes, the oldest training contents are rewritten to the latest training contents.

The reader / writer 20 includes, for example, a transmission unit, a correlation operation unit for correlating with a pseudo random sequence, and a command for reading data from the data carrier 50.
It has a data generation unit that sends address data as an FSK modulated signal. This reader / writer 20 can read and write both handles 14 when the trainee grips the handle 14 regardless of whether the trainee wears the data carrier 50 on the right or left wrist.
Attached to the tip of an arm 19 extending from the arm.

FIG. 4 includes the training apparatus 10 shown in FIGS. 1 and 2 and the data carrier 50 shown in FIG. 3, and individually-trained training management for individually setting training targets for each trainee. FIG. 2 is a block diagram of a system main body 60 of the system.

The system body 60 includes a data carrier 50.
A second reader / writer 62 capable of reading and writing data, a system main body control circuit 64 connected to the second reader / writer 62 to take in data from the second reader / writer 62 and perform processing, and a display 66. Have.

Further, the individualized training management system can include an entrance management system, a locker management system, a physical condition data acquisition system, a payment management system, and the like. The entrance management at the reception 71 of the training room 70 shown in FIG. The lock management of the locker 72, the acquisition of the data measured by the blood pressure / pulsimeter 74, the purchase by the vending machine 76, the settlement of the rental fee, and the like can all be performed using the data carrier 50. . The configurations of the locker 72 and the vending machine 76 are shown in FIGS. The locker 72 includes a third reader / writer 82
Lock / unlock control circuit 84, locker door locking / unlocking mechanism 86
The vending machine 76 includes a fourth reader / writer 92 and a settlement control circuit 94. The configurations of the second reader / writer 62, the third reader / writer 82, and the fourth reader / writer 92 are the same as those of the reader / writer 20. Also,
In the vicinity of the reception 71 and the blood pressure / pulsimeter 74, reader / writers 96 and 98 having the same configuration as those described above are provided. The control circuit 22, the system main body control circuit 64, the locking / unlocking control circuit 84, and the settlement control circuit 94 have a built-in computer unit, and execute a predetermined program.

The actual use of the individualized training management system configured as described above will be described below.

First, when the trainee carries his data carrier 50 and enters the training room 70, the trainee passes the data carrier 50 through the reader / writer 96 installed at the reception at the reception 71. The identification data D1 is read and received by the reader / writer 96, the date data D9 of the day is written, and the blood pressure, pulse data, target data D6,
The amount data D7 is written so as to be the initial value.

Next, when the trainee changes clothes in the locker room, the trainer passes his / her data carrier 50 through the third reader / writer 82 provided in the exclusive locker 72. In the lock / unlock control circuit 84 incorporated in the locker 72, the locker password data D8 of the data carrier 50 and the password data individually stored in advance in each lock / lock control circuit 84 of each locker 72 are stored. To determine if you have Only when they match, the locker door locking / unlocking mechanism 86 is driven to unlock the locker door. Similarly, when locking is performed after unlocking, when the data carrier 50 is passed through the third reader / writer 82, the locking and unlocking control circuit 84 determines the password number D 8 of the locker of the data carrier 50 and the lock / unlock of each locker 72. The locker door locking / unlocking mechanism 86 is driven to lock the locker door only when the password number data individually stored in the lock control circuit 84 beforehand matches.

Next, when the trainee measures his blood pressure / pulse, his arm is inserted into the blood pressure / pulse meter 74, the measurement is automatically started, and the measured value is displayed on the display of the blood pressure / pulse meter 74. The displayed and displayed reader / writer 98 placed at the position of the wrist with the arm inserted writes the blood pressure data and the pulse data into the data carrier 50 of the trainee.

Next, the trainee operates the system main body 60.
To the data carrier 50 and the second reader / writer 62
Is read by the second reader / writer 62, the physical condition data D4, physical strength data D3, date of birth, sex, exercise history data D5, and target data D6 in the data carrier 50 are read. After confirming that the target data D6 is the initial value, the system main control circuit 64 determines, based on the read data, the training apparatus to be performed by the trainee on that day, the training time, and the The target data D <b> 6 such as the load to be given to the user and the calorie consumption is obtained, and the data is written to the data carrier 50 via the second reader / writer 62.

The target data D6 is determined according to the flowchart shown in FIG. That is, first, it is checked whether or not there is exercise history data D5 (S11). If there is no exercise history data D5, the physical condition data D4, the physical strength data D3, the date of birth, and the sex are stored in the system main body control circuit 64 in advance. The standard training content in the stored table is set as target data D6 (S12).
If there is exercise history data D5, based on the latest (last) training content from the exercise history data D5, the training content is corrected according to the physical condition data D4, physical strength data D3, and exercise history data D5. Can be done by Although many modifications can be made for this modification, in particular, here, the deviation between the latest (last) training date and time in the exercise history data D5 and the current training date and time, that is, the time lag from the latest training date and time. The feature is that the training content of the day is determined according to ΔD. As a specific example, first, as shown in the flowchart of FIG.
D is calculated, and it is determined whether or not the time lag ΔD is equal to or smaller than the fixed value D (S13). Also, the difference Δ between the blood pressure and the pulse on the last training date and time and the blood pressure and the pulse on the day.
B, ΔP, and the deviation ΔS between the physical fitness at the last training date and time and the physical fitness on the current day are calculated, and whether the absolute values of the deviations ΔB and ΔP are equal to or less than the predetermined ranges B and P, or the physical fitness on the current day is the last It is determined whether or not the physical strength is significantly reduced (ΔS ≧ −S) as compared with the physical strength at the training date (S14). However, when the physical strength measurement is not performed, the values of the physical strength data in the exercise history data D5 and the physical strength data D3 are the same, and the deviation is 0. The time lag ΔD is equal to or smaller than the fixed value D (yes in S13), and the absolute values of the deviations ΔB and ΔP of the blood pressure and the pulse constituting the physical condition data of the day are smaller than the previous blood pressure and the pulse by the predetermined ranges B and P. If it is less than the above and the physical strength of the day is not significantly reduced compared to the previous physical strength (yes in S14)
s) It is determined that the exercise is continuously performed and the physical condition and physical strength of the day are normal. Then, the number of times the training having the same content has been repeated in the past is counted from the exercise history data D5. If the number of times of the training is less than a certain number, the content can be the same as the latest training content (S18).
If the same training content is repeated a certain number of times, the training time is increased by Δt, and the load applied to the trainee from the exercise driving unit 18 of the training device 10 is increased by ΔL (S17). On the other hand, the time lag ΔD is equal to or more than a certain value (no in S13), or
If the deviations of the absolute values of the pulse deviations ΔB and ΔP are equal to or larger than a predetermined value (no in S14) or the physical strength is significantly reduced, the training time is reduced by Δt from the latest training content, and the training apparatus 10 The load applied to the trainee from the exercise drive unit 18 is reduced by ΔL (S19). As a method of reducing, instead of keeping the reduction amounts Δt and ΔL constant as shown in FIG. 8, for example, Δt and ΔL can be determined by a function (linear function, exponential function, etc.) of the time lag ΔD. FIG.
In the example of the processing in step S13, the processing when no is obtained in step S13 and the processing in step S14
Is the same as that in the case of no, but the amount of decrease may be different from each other. Alternatively, in S14, instead of finding the deviation between the physical strength and physical condition at the last training date and time and the current day, The decrease amount and the increase amount Δt, ΔL can be determined only from the absolute values of the physical strength data and the physical condition data.

The training time and load of the day determined by the above algorithm and the target data D6 of calorie consumption calculated from the training time and load are displayed on the display 66, respectively.
The data is written from the second reader / writer 62 to the data carrier 50.

Next, the trainee goes to the training apparatus 10, sits on the saddle 16 and
, The distance between the reader / writer 20 and the data carrier 50 worn by the trainee becomes the distance at which data can be read and written, and the data is automatically read. Training starts when the data is read. Data carrier 50 from reader / writer 20
The physique data D2, the target data D6, and the reproduction / recording end position data of the digital data recording medium 24 at the time of the previous training end are read, and the control circuit 22 performs the processing described below according to the flowchart shown in FIG. Done.

First, the control circuit 22 is connected to the reader / writer 20
Then, the physique data D2 is taken in from the data carrier 50, the height position of the saddle 16 is determined from the physique data D2, and a height signal is transmitted to the position adjuster 44 (S21). The position adjuster 44 adjusts the position of the saddle 16 to a position suitable for the physique of the trainee based on this signal. Next, the control circuit 22 reads the reader / writer 20
The target data D6 is fetched via. The control circuit 22
The training time or the calorie consumption in the target data D6 is displayed as a bar graph, and the bar graph display data is transmitted to the display circuit 27. The bar graph (FIG. 1) is displayed on the display screen 30.
(Represented by the symbol 100 of 0). Further, a load signal generated from the load data in the target data D6 is sent to the load adjuster 42 (S22).

Further, the control circuit 22 includes the reader / writer 2
0, the reproduction / recording end position data is fetched from the data carrier 50, and the reproduction / recording end position data is sent to the digital data processing circuit 26 (S23), and the pedal rotation number detected by the rotation number detector 40 of the pedal 16 is calculated. Ingest,
The running speed of the training motorcycle 10 is calculated in accordance with the pedal rotation speed, and based on the running speed, the playback speed is obtained, and the playback speed data is sent to the digital data processing circuit 26 (S24). The digital data processing circuit 26 calculates, from the chapter corresponding to the reproduction / recording end position data,
Processing of the digital data recording medium 24 is started at the reproduction speed sent from the control circuit 22. At the same time, the control circuit 22
Starts counting the training time and the load adjuster 42
(S25).

The digital data processing circuit 26 sends the sound data of the situation data recorded together with the video data to the sound reproducing circuit 29, and generates a sound from the speaker 31. The audio is reproduced at a constant speed, and the reproduction interval is adjusted to maintain synchronization with the video.

Further, the control circuit 22 takes in the terrain (slope data, flatness data) and environment (environmental data such as seaside and forest) included in the situation data related to the video data from the digital data recording medium 24 (environment data). S26). If the slope data indicates a climb, the load adjuster 42
To the pedal 1 by adjusting the load adjuster 42.
2, the pedal 12 is made heavier, and at the same time, a tilt signal is sent to the position adjuster 44 to send it to the position adjuster 44.
Is driven to tilt the saddle 16 upward. On the other hand, when the inclination is downward according to the inclination data, the load adjuster 42 is adjusted to reduce the torque applied to the pedal 12 to make the pedal 12 lighter, and at the same time, the position adjuster 44 is driven to Is tilted upward. If the flatness is low according to the flatness data, that is, if the road is uneven, a vibration signal is sent to the vibrator 46 to drive the vibrator 46 to vibrate the handle 14. In addition, a switching signal is sent to the fragrance switching mechanism 39 in accordance with environmental data such as a seaside or a forest, and the fragrance 38 to be opened is switched. For example, the window of the closed room of the fragrance 38 having each scent is switched so as to emit the scent of the sea breeze in the case of the image of the seaside and the scent of the forest in the case of the image of the forest. The blower fan 36 is positioned to blow the fragrance 38 and the trainee. The control circuit 22 determines the amount of air to be blown based on the number of pedal rotations from the number-of-rotations detector 40, and sends this airflow amount signal to the airflow control device 3.
4 (S27), and the blowing fan 36 is operated.
Further, the running speed of the training motorcycle 10 is calculated according to the pedal rotation speed, the reproducing speed is obtained based on the running speed, and the reproducing speed data is transmitted to the digital data processing circuit 26 (S28). If there is a change in the speed at which the pedal 12 is depressed, the reproduction speed will change.

By the above processing, immediately after the start of the training, the video is reproduced on the display screen 30 from the continuation reproduced at the end of the previous training.
Training can be continued, and the trainee's awareness of the goal can be increased. For example, if a real video or computer graphic image of the Tokaido 53 is recorded on the digital data recording medium 24, it is impossible to run from Nihonbashi to Kyoto Sanjo Ohashi in one training, Will aim to complete the entire journey and will continue training many times to achieve the goal. Thus, when the goal is achieved, a sense of fulfillment and a sense of satisfaction are obtained. Alternatively, not only the Tokaido 53 but also scenic cycling routes in Japan and abroad such as the Romantic Road, the Alps and Egyptian archeological sites can be recorded on the digital data recording medium 24.

Further, since the reproduction speed of the video data is changed by changing the speed at which the pedal 12 is depressed, and the air blowing amount is changed, the sense of realism can be enhanced. In addition, since the weight and inclination of the pedal are changed according to the terrain (inclination data, flatness data) and the scent is changed according to the environment (environmental data such as the seaside and forest), the sense of reality can be further enhanced.

The control circuit 22 compares the counted training time with the target training time, and when they are equal (yes in S29), it means that the target of the training apparatus 10 on the day has been achieved. Therefore, the end display data is sent to the display circuit 27 (S3).
0), the end mark is superimposed on the display screen 30.

Further, calorie consumption is calculated by calculating the counted training time or the training time and the average load, and what percentage of the training time or calorie consumption is achieved with respect to the target is obtained. The bar graph display data is sent to the display circuit 27 so as to reduce the length of the bar graph (S31). This allows
The trainee can estimate how long the training will end. Further, as another aspect, for example, when the Tokaido 53 is recorded on the digital data recording medium 24, the name of the target post town can be displayed on the display screen 30, or the Tokaido 53 Can be displayed as a line, and the part that has already traveled can be overwritten.

Regardless of whether the target training of the day ends or not, if the trainee continues the training further, it continues from S26 to S
The processing up to 31 is repeated. When the trainee continues training excessively with respect to the target data (S32), a notice for paying attention to overdoing can be displayed on the display screen 30.

When the trainee has finished the training, the trainee presses the end button on the operation panel 32 (S
34). When the control circuit 22 recognizes that the end button has been pressed, the training time, the average load, and the calorie consumption are newly added to the exercise history data D5 of the data carrier 50 via the reader / writer 20.

When the trainee trains with the next training device, the training bike 1
Processing similar to 0 is performed. FIG. 11 shows a case where the present invention is applied to a walking machine that walks on a rotating belt 104 as a training device. In the case of a walking machine, a reader / writer 20 is attached to the tip of an arm 102 extending from a handrail. In the case of a walking machine, the load applied to the trainee is the rotation of the belt 104. The training device is not limited to this, and can be applied to other training devices such as a bench press.

After completing all the trainings in all the targeted training devices, the system main unit 60 is again activated.
To the data carrier 50 and the second reader / writer 62
, Physical condition data, physical strength data, date of birth, gender, exercise history data D5, and target data D6 in the data carrier 50 are read again by the second reader / writer 62, and the exercise history data D5 The training record of the day is compared with the target data D6, and if the target training has been executed, the display 66
Is displayed to indicate that the target has been achieved, and if the target training is not being executed, a display is displayed to prompt the user to make an effort.

When the trainee makes a purchase with the vending machine 76, the trainer passes his / her data carrier 50 through a fourth reader / writer 92 provided in the vending machine 76. The settlement control circuit 94 built in the vending machine 76 writes the purchase amount as the amount data D7 on the data carrier 50.

Finally, when the trainee goes to the reception 71 and passes the data carrier 50 again to the reader / writer 96, the amount data D7 is read, so that the amount can be settled. Be recorded.

In the above-described embodiment, an embodiment in which the data carrier 50 manages the entire training room 70 as an individualized training management system has been described. However, the present invention is not limited to this, and a simple configuration including the data carrier 50 and the training device 10 can be adopted. In this case, the control circuit 22 of the training device has a function equivalent to that of the system body control circuit 64, and executes an algorithm for obtaining the target data D6 as shown in FIG. That is, when the trainee takes the training posture directly to the training apparatus 10, the control circuit 22 determines S
At 22, the exercise history data D5 read from the data carrier 50 instead of capturing the target data D6,
A training time and a load to be performed by the training apparatus 10 in accordance with the physical strength data D3 and the physical condition data D4 of the day may be calculated, and a load signal may be transmitted to the load adjuster 42. Other processing can be performed in the same manner as the processing in FIG. In the above embodiment, the data carrier 50 is mounted on the wrist. However, the present invention is not limited to this. For example, the data carrier 50 may be stored in a pocket of training pants. The reader / writer 20 embedded in the stool of the training device 10 may read and write data in the data carrier 50 by sitting on the training device 10.

[0053]

As described above, according to the first aspect of the present invention, the training can be started again from the video at the time when the last training is completed.
Training can be continued, and the trainee's awareness of the goal can be increased. Since the same video is not seen every time, the trainee is not bored and the training can be expected and the training can be continued for a long time.

According to the second aspect of the present invention, the data is automatically read and written only when the trainee takes the training posture, so that the trainee needs to perform a detailed setting operation in the training apparatus. Therefore, it can be made easy for anyone including the elderly to use.

According to the third aspect of the present invention, when the training time interval of the trainee is long, the load on the trainee is reduced, and when the training time interval is appropriate, A reasonable load can be given to the trainee, injuries and breakdowns can be prevented, and an optimal training target suitable for the trainee can be set.

According to the fourth aspect of the present invention, the position of the exercise drive unit is adjusted according to the physique of the trainee, thereby preventing injuries and breakdowns, and performing optimal training suitable for the trainee. Can be made.

According to the fifth aspect of the invention, by adjusting the load in accordance with the physical strength of the trainee, it is possible to prevent injuries and breakdowns beforehand and to set an optimal training target suitable for the trainee. it can.

According to the sixth aspect of the present invention, the load is adjusted in accordance with the physical condition of the trainee on the day, thereby preventing injuries and breakdowns and setting an optimal training target suitable for the trainee. be able to.

According to the seventh aspect of the present invention, the system main body control circuit sets the training based on the data stored in the data carrier, so that there is no need to go through an instructor, and the training of the individual trainers can be performed. Management can be performed automatically.

According to the eighth aspect of the present invention, when the time interval of the training of the trainee is long, the load on the trainee is reduced, and when the time interval of the training is appropriate, A reasonable load can be given to the trainee, injuries and breakdowns can be prevented, and an optimal training target suitable for the trainee can be set.

According to the ninth aspect of the present invention, by adjusting the load according to the physical strength of the trainee, it is possible to prevent injuries and breakdowns beforehand and to set an optimal training target suitable for the trainee. it can.

According to the tenth aspect of the present invention, by adjusting the load according to the physical condition of the trainee, it is possible to prevent injuries and breakdowns beforehand, and to set an optimal training target suitable for the trainee. it can.

According to the eleventh aspect of the present invention, locking and unlocking of the locker door can be managed using the same data carrier, so that there is no need to carry around the locker key, and a comfortable environment. The trainee can do the training.

According to the twelfth aspect of the present invention, the management of the purchase of drinking water or the like can be performed using the same data carrier. Can do training.

[Brief description of the drawings]

FIG. 1 is a configuration block diagram illustrating an embodiment of an individualized training apparatus according to the present invention.

FIG. 2 is a perspective view of an individualized training apparatus according to the present invention.

FIG. 3 is a configuration block diagram of a data carrier.

FIG. 4 is a configuration block diagram of a system main body in the individualized training management system of the present invention.

FIG. 5 is a plan view of a training room to which the individualized training management system of the present invention is applied.

FIG. 6 is a configuration block diagram of a locker in the individualized training management system of the present invention.

FIG. 7 is a configuration block diagram of a vending machine in the personalized training management system of the present invention.

FIG. 8 is a flowchart illustrating a process of determining a target training content.

FIG. 9 is a flowchart illustrating a process of a control circuit of the personalized training apparatus of the present invention.

FIG. 10 is a display example of a display screen (video display unit) of the personalized training apparatus of the present invention.

FIG. 11 is a perspective view of another personalized training device of the present invention.

[Explanation of symbols]

 Reference Signs List 10 training apparatus (training bike) 18 exercise drive unit 20 reader / writer 22 control circuit 24 digital data recording medium (video recording medium) 26 digital data processing circuit (video data processing circuit) 28 video reproduction circuit 30 display screen (video display unit) Reference Signs List 50 data carrier 60 system main body 62 second reader / writer 64 system main body control circuit 72 locker 82 third reader / writer 84 locking / unlocking control circuit 86 locker door locking / unlocking mechanism 92 fourth reader / writer 94 settlement control circuit 104 belt (moving drive unit)

Claims (12)

[Claims] 1. A reader / writer which can read and write data on a portable data carrier on which a trainee's exercise history data is stored and which can be worn by the trainee, and an exercise drive unit driven by the exerciser's exercise A video data processing circuit that processes video data and video-related data recorded on a video storage medium that can be reproduced from an arbitrary reproduction recording position; a video reproduction circuit that reproduces the video data; A video display unit that displays video from a video playback circuit for a trainee, a control circuit that captures data read by a reader / writer and drive speed data of a motion drive unit, and performs processing, and the control circuit Is the video recording medium when the last training included in the exercise history data read by the reader / writer is completed. Read the playback recording end position data, send the playback recording end position data to the video data processing circuit, and reproduce the video from the playback recording end position,
An individualized training device characterized by the continuation of video. 2. A portable data carrier on which data relating to the trainee is stored and which can be worn by the trainee, in a position where the trainee can read and write data in a non-contact manner when the trainee assumes a training position. A personalized training apparatus, comprising: a reader / writer, a motion drive unit driven by a trainee's motion, and a control circuit for processing data read by the reader / writer. 3. The trainee data is:
The training circuit includes the training date and time data that the trainee trained and exercise history data consisting of load data given to the trainee from the exercise drive unit at that date and time, the control circuit captures the exercise history data via a reader / writer, According to the elapsed time from the last training date and time to the day in the exercise history data, the exercise drive unit calculates a load to be given to the trainee on the day, and outputs the load signal to the exercise drive unit. The personalized training device according to claim 2. 4. The trainee data is:
Including the trainee physique data, the control circuit,
3. The individual drive according to claim 2, wherein the physics data is taken in through a reader / writer, and a position signal for adjusting a position of the exercise drive so as to match the physique data of the trainee is output to the exercise drive. Compatible training device. 5. The data regarding the trainee,
Including the trainee's physical strength data, the control circuit includes:
Capturing the physical strength data via a reader / writer, calculating a load to be applied to the trainee by the exercise driving unit according to the physical strength data of the trainee, and outputting the load signal to the exercise driving unit. The personalized training device according to claim 2. 6. The trainee data includes:
The trainee's blood pressure of the day, including physical condition data such as pulse, the control circuit captures the physical condition data via a reader / writer, according to the trainee's physical condition data,
The personalized training apparatus according to claim 2, wherein the exercise drive unit calculates a load to be applied to the trainee, and outputs the load signal to the exercise drive unit. 7. A portable data carrier on which data relating to a trainee is stored and which can be worn by the trainee, a reader / writer which can read and write data on the data carrier, and a motion drive unit driven by the motion of the trainee. And a training device including a control circuit for taking in and processing data read by the reader / writer, a second reader / writer capable of reading and writing data on a data carrier, and data read by the second reader / writer And a system main body control circuit that captures and processes the training data.A personalized training management system comprising: a trainer's physique data, a trainee's physical strength data, Data such as blood pressure and pulse of trainees , And exercise history data consisting of the training execution date and time and the load data given to the trainee from the exercise drive at that date and time, respectively. The second reader / writer reads each data of the data carrier and controls the system body. Output to the circuit, and the system control circuit determines, based on the data of the data carrier fetched from the second reader / writer, the load to be given to the trainee by the exercise drive unit of the training apparatus and the training time to be performed by the trainee on the day. Calculating, outputting the load data and the training time data to the second reader / writer, the second reader / writer writes the load data and the training time data to the data carrier, and the reader / writer reads the load data and the training data of the data carrier. Time data And outputs the read control circuit, the control circuit is individualized Training management system, characterized in that on the basis of the data of the captured data carrier from the reader-writer, it outputs a load signal to the motion drive. 8. The system main body control circuit fetches exercise history data stored in a data carrier, and exercises the training device on the current day according to the elapsed time from the last training date and time to the current day in the exercise history data. The personalized training management system according to claim 7, wherein the drive unit calculates a load to be given to the trainee and a training time to be performed by the trainee. 9. The system main body control circuit fetches physical strength data stored in a data carrier, and in accordance with the physical strength data, a load to be given to the trainee by the exercise drive unit of the training apparatus and a training time to be performed by the trainee. 8. The individualized training management system according to claim 7, wherein the training management system calculates the following. 10. The system main body control circuit fetches physical condition data stored in a data carrier, and in accordance with the physical condition data, a load to be given to the trainee by the exercise driving unit of the training apparatus and a training time to be performed by the trainee. 8. The method of claim 7, wherein
The individualized training management system described. 11. The personalized training management system includes a locker having a third reader / writer, a locking / unlocking control circuit and a locker door locking / unlocking mechanism, and data relating to the trainee stored in the data carrier is a locker password. The lock / unlock control circuit includes the locker security code data read by the third reader / writer, determines whether or not the locker security code data is unique to the locker security code data, and determines whether the locker door lock / unlock operation is performed only when the locker security code data matches. The personalized training management system according to claim 7, wherein the lock mechanism is driven to lock or unlock the locker door. 12. The personalized training management system includes a vending machine including a fourth reader / writer and a settlement control circuit, and the settlement control circuit writes purchase amount data to the data carrier via the fourth reader / writer. The personalized training management system according to claim 7, wherein: