JP2010029294A - Training device, method for reproducing musical composition, and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a training device that can properly support an exerciser in training. <P>SOLUTION: A training information memory unit 201 stores training information including a target cadence or the like in accordance with a training plan. A music management information memory unit 202 stores information including a musical composition tempo (for example, BPM: Beats Per Minute) on respective musical composition data. A music selection unit 210 selects a piece of music with the tempo corresponding to the target cadence out of the music data of the music memory unit 203. When training is started, a presentation unit 206 presents information of the target cadence or the like and a musical composition reproduction unit 211 reproduces musical composition of the selected tempo. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a training device, a music playback method, and a program that can appropriately support training performed by an exerciser.

Conventionally, various training apparatuses have been used in sports gyms, fitness clubs, and the like. For example, a stationary cycling machine represented by an exercise bike (registered trademark) has gained popularity because it can effectively perform aerobic exercise.
In such a fixed cycling machine, for example, a target value is presented for pedal cadence (number of revolutions per minute), and training for pedaling according to the target value (target cadence) can be performed. That is, the exerciser continuously performs training for pedaling at a rotation speed as close as possible to the presented target cadence for a predetermined time.

  In such training, instead of training with a target cadence with a large value from the beginning, in order to gradually get used to the body, it shifts from a relatively small value to a gradually large value. Is common. And when training is nearing the end, it moves to a smaller value again for cool-down. In addition to such a target cadence, a load applied to the pedal (pedal load) is appropriately increased or decreased.

As an example of such a fixed-type cycling machine, an image obtained by combining an opponent character (an enemy image rowing a bicycle) with a landscape image (front view image) whose speed changes according to the number of rotations of an athlete's rowing pedal is used. An invention for displaying on a monitor and exercising to compete with the character is also disclosed (for example, see Patent Document 1).
JP 2003-205051 (page 3-12, FIG. 1)

  In general, in a stationary cycling machine, the number of rotations (current rotation) of a pedal that an athlete is scrambling is sequentially measured and displayed on a front panel. Therefore, when performing the training to match the target cadence as described above, the exerciser strokes the pedal by adjusting the pace (pitch) so that the displayed rotation speed approaches the target cadence.

However, to get the pedals to match the target cadence, some familiarity was required.
In other words, an unaccustomed exerciser could not easily approach his or her own rotational speed because he had not mastered the pace even if he tried to approach his target cadence. In addition, even after the rotational speed is brought close to the target cadence, the rotational speed cannot be kept constant, causing fluctuations in the pace, and the rotational speed is much higher or lower than the target cadence. Often repeated.
This is especially noticeable when training is performed in which the target cadence is changed in stages, and unfamiliar exercisers may greatly disturb the pace each time they are changed, and may not be able to perform effective training. It was.

On the other hand, a trained exerciser can pedal the pedal according to the target cadence relatively easily. In other words, since the accustomed athlete has mastered the pace, he / she can pedal while keeping the rotational speed stable near the target cadence, and even if the target cadence is changed step by step, the pace can be reduced. The target cadence, which was changed without much disturbance, was able to follow its rotation speed.
Still, for those who are used to it, training to adjust the rotational speed to such a target cadence seems monotonous, and sometimes the motivation (enthusiasm) and interest are diminished.

  For this reason, there has been a demand for a technology that can provide appropriate support from an unfamiliar exerciser to a familiar exerciser when performing training using a training device such as a stationary cycling machine.

  The present invention has been made to solve such problems, and it is an object of the present invention to provide a training device, a music playback method, and a program that can appropriately support training performed by an exerciser.

  A training device according to a first aspect of the present invention includes a music storage unit, a training information storage unit, a presentation unit, and a playback unit.

First, the music storage unit stores a plurality of music data having various tempos, for example. The training information storage unit stores training information including an operation pitch of training (for example, cadence of pedal rowing training) according to the training plan.
For example, when an arbitrary training plan is selected by the exerciser, the presenting unit presents information on the motion pitch to be targeted to the exerciser, for example, by text or voice based on the stored training information. Then, the reproduction unit selects and reproduces a song having a tempo (for example, BPM: Beats Per Minute) corresponding to the presented operation pitch from the song storage unit.

In this way, when training is performed, music with a tempo corresponding to the target operation pitch is selected and reproduced. Therefore, an exerciser who is listening to such a music sound can perform training according to the operation pitch relatively easily.
As a result, it is possible to appropriately support training performed by the exerciser.

  A training device according to a second aspect of the present invention includes a music storage unit, a management information storage unit, a training information storage unit, a presentation unit, a music selection unit, and a playback unit.

First, the music storage unit stores a plurality of music data having various tempos, for example. The management information storage unit stores management information including the tempo and the reproduction time of each piece of music data. And a training information storage part memorizes training information including exercise pitch (for example, target cadence) and exercise time of training according to a different training plan for every classification of an exerciser.
On the other hand, for example, when an arbitrary training plan is selected by the exerciser, the presentation unit presents information on the exercise pitch to be targeted to the exerciser, for example, by text or voice based on the stored training information To do. Further, the music selection unit selects a predetermined number of music pieces at a tempo (for example, BPM) corresponding to the presented exercise pitch from the music storage unit based on the relationship between the exercise exercise time and the music reproduction time. Then, the reproduction unit sequentially reproduces the selected music pieces within the exercise time.

As described above, when training is performed, a plurality of music pieces having a tempo corresponding to a target exercise pitch are selected and sequentially reproduced. Therefore, an exerciser who is listening to such a music sound can perform training according to the exercise pitch relatively easily.
As a result, it is possible to appropriately support training performed by the exerciser.

The training information storage unit stores training information in which the exercise pitch changes in stages,
The music selection section may select music with a tempo corresponding to each of the exercise pitches that change stepwise.
In this case, even when the exercise pitch (for example, the target cadence) is changed step by step, music corresponding to the changed exercise pitch is reproduced. Therefore, the exerciser can follow the exercise pitch relatively easily.

For example, even if the playback unit performs cross-fade playback with the timing of the beats of the preceding and following music being matched, so that the music is not interrupted when the music selected within the exercise time is sequentially played back. Good.
In this case, the reproduction of the music is not interrupted within the exercise time and the tempo is maintained, so that the training that matches the exercise pitch can be continued.

  A music playback method according to a third aspect of the present invention is a music playback method in a training device having a music storage unit, a training information storage unit, a presentation unit, and a playback unit. A plurality of pieces of music data having various tempos are stored, and the training information storage unit stores training information including an operation pitch (for example, a target cadence) of training according to the training plan. And it is comprised including the reproduction | regeneration step.

  First, in the presenting step, for example, when an arbitrary training plan is selected by the exerciser, information on the motion pitch to be targeted is presented to the exerciser, for example, by text or voice based on the stored training information. To do. Then, in the reproduction step, a song having a tempo (for example, BPM) corresponding to the presented operation pitch is selected from the song storage unit and reproduced.

In this way, when training is performed, music with a tempo corresponding to the target operation pitch is selected and reproduced. Therefore, an exerciser who is listening to such a music sound can perform training according to the operation pitch relatively easily.
As a result, it is possible to appropriately support training performed by the exerciser.

  A program according to a fourth aspect of the present invention is configured to cause a computer (including an electronic device) to function as the training apparatus.

  This program can be recorded on a computer-readable information recording medium such as a compact disk, flexible disk, hard disk, magneto-optical disk, digital video disk, magnetic tape, and semiconductor memory.

  The above program can be distributed and sold via a computer communication network independently of the computer on which the program is executed. The information recording medium can be distributed and sold independently of the computer.

  ADVANTAGE OF THE INVENTION According to this invention, the training which an exerciser performs can be supported appropriately.

  Embodiments of the present invention will be described below. In the following, for ease of understanding, an embodiment in which the present invention is applied to a training device arranged in a sports gym or the like will be described, but when training is performed using a home game machine or various computers Similarly, the present invention can be applied. That is, the embodiment described below is for explanation, and does not limit the scope of the present invention. Therefore, those skilled in the art can employ embodiments in which each or all of these elements are replaced with equivalent ones, and these embodiments are also included in the scope of the present invention.

(Embodiment 1)
FIG. 1 is a schematic diagram showing an external appearance (a part of the interior is seen through) of a stationary cycling machine in which a training apparatus according to an embodiment of the present invention is realized. As an example, this fixed-type cycling machine is a device that reproduces music with a tempo corresponding to (adapts to) a target cadence, and makes the athlete feel motivated (ridden) and interesting. Hereinafter, an outline of the fixed cycling machine will be described with reference to this drawing.

  As shown in FIG. 1, the fixed cycling machine 1 includes a housing 11, a saddle 12, a handle 13, a pedal 14, a pedal disk 15, a rotation sensor 16, a belt 17, a load disk 18, An electromagnetic brake 19, a control panel 20, a pulse sensor 21, a music playback unit 22, and a headphone 23 are included.

  The casing 11 is formed in a shape simulating a bicycle from which front and rear wheels are omitted, for example, with metal or the like, and holds each component.

  The saddle 12 is a sitting portion similar to that of a normal bicycle, and holds the weight of an exerciser seated for training. The saddle 12 can be adjusted in height so that it can be used comfortably by various athletes with different heights.

  The handle 13 is, for example, a round bar-like member installed substantially horizontally, and is designed to be held by a hand so that an athlete can maintain balance and the like. Note that, unlike a normal bicycle, the handle 13 is fixed to the housing 11 so that the direction to the left and right (the rudder) does not change.

  The pedal 14 is a leg row (stepping) portion similar to that of a normal bicycle, and rotates a pedal disk 15 that is pivotally supported through a crank portion in accordance with a force applied from the sole of an exerciser. As will be described later, a load (pedal load) is applied to the pedal 14 according to the load of the load disk 18.

  The pedal disk 15 pivotally supports a pedal 14 (crank portion) at the center of the disk, and rotates according to the force applied to the pedal 14.

  The rotation sensor 16 is composed of, for example, a rotary encoder, and outputs a signal whose number of pulses changes per unit time according to the rotational speed of the pedal disk 15 or the like. The rotation sensor 16 supplies such an output signal to the control panel 20.

  The belt 17 is formed of, for example, a toothed belt, is laid on the pedal disk 15 and the load disk 18, and transmits the rotational force of the pedal disk 15 to the load disk 18.

  The load disk 18 receives a rotational force from the pedal disk 15 through the belt 17 and rotates around the center of the disk. At that time, a predetermined braking force is applied by the electromagnetic brake 19, and the electromagnetic brake 19 rotates while generating a predetermined load. Therefore, this load is also applied to the pedal disk 15 and the pedal 14.

  For example, the electromagnetic brake 19 applies a braking force according to the magnitude of the voltage / current flowing through the coil or the like to the load disk 18 to finally generate a load on the pedal 14 through the belt 17 and the pedal disk 15. Note that the electromagnetic brake 19 changes the flowing voltage / current in accordance with control from the control panel 20 to increase or decrease such braking force (load amount).

The control panel 20 controls the fixed cycling machine 1 as a whole. For example, while presenting a target cadence to an exerciser, music of a tempo corresponding to (adapting to) the target cadence is played to support the exerciser's training.
Details of the control panel 20 will be described later.

  For example, the pulse sensor 21 is formed in a clip shape, and when attached to an exerciser's earlobe, a pulse (heartbeat) based on a change in the blood flow of the earlobe obtained by transmission or absorption of light (infrared rays or the like). , And a signal corresponding to the pulse is generated and supplied to the control panel 20.

The music reproduction unit 22 is controlled by the control panel 20 and reproduces a predetermined music. For example, the music playback unit 22 stores a plurality of music data in advance in a flash memory or a hard disk, and reads and plays the music data designated (selected) by the control panel 20. Then, the reproduced music sound (music signal) is supplied to the headphones 23 at a predetermined volume and output.
Note that the volume during playback can be increased or decreased from the control panel 20.

  The headphones 23 are attached to the ears of the exerciser and output music sounds that are played back by the music playback unit 22. In addition, since the headphones 23 are detachably connected to the music playback unit 22 with general-purpose terminals, it is possible to use the headphones 23 that are usually used by the athlete.

  Next, details of the above-described control panel 20 will be described with reference to FIG. FIG. 2 is a block diagram illustrating an example of the configuration of the control panel 20. Hereinafter, a description will be given with reference to FIG.

  As illustrated, the control panel 20 includes a CPU (Central Processing Unit) 101, a ROM (Read Only Memory) 102, a RAM (Random Access Memory) 103, a liquid crystal display unit 104, an interface 105, and an operation switch 106. And a flash memory 107.

  The flash memory 107 stores programs and data necessary for training. When the power of the control panel 20 is turned on, the programs are executed and training support can be performed.

  The CPU 101 controls the overall operation of the control panel 20 and exchanges control signals and data with each component.

  The ROM 102 records an IPL (Initial Program Loader) that is executed immediately after the power is turned on, and when this is executed, the program recorded in the flash memory 107 is read into the RAM 103 and the CPU 101 starts execution. The

  The RAM 103 is for temporarily storing data and programs, and holds programs and data read from the flash memory 107.

  The liquid crystal display unit 104 is controlled by the CPU 101 and displays various information before starting training or during training.

The interface 105 relays communication with the rotation sensor 16, the electromagnetic brake 19, the pulse sensor 21, and the music playback unit 22 described above.
Specifically, the interface 105 receives a pulse signal corresponding to the rotation of the pedal 14 (pedal disk 15) supplied from the rotation sensor 16. Further, a signal for controlling the load applied to the load disk 18 is supplied to the electromagnetic brake 19.
Furthermore, the interface 105 receives a signal corresponding to the pulse of the exerciser supplied from the pulse sensor 21. Further, the music playback unit 22 is supplied with commands for selecting the music to be played back and for controlling the volume during playback.

  The operation switch 106 includes, for example, a key switch and receives an operation input from an exerciser.

  The flash memory 107 stores program data for training and various information necessary for this program.

(Outline configuration of training device)
FIG. 3 is a schematic diagram showing a schematic configuration of the training apparatus according to the embodiment of the present invention. As an example, this training device is a device that reproduces music of a tempo corresponding to (adapting to) the target cadence when the exerciser trains the pedal in accordance with the target cadence (matching the rotation speed).
More specifically, when an arbitrary training plan is selected by the exerciser, the target cadence is changed in stages according to the training content, and the BPM (Beats Per Minute) music that matches each target cadence. Is a device that sequentially selects and reproduces. Hereinafter, a description will be given with reference to FIG.

  As shown in FIG. 3, the training apparatus 200 includes a training information storage unit 201, a music management information storage unit 202, a music storage unit 203, an operation unit 204, a training control unit 205, a display unit 206, a load The variable part 207, the rotation speed acquisition part 208, the pulse rate acquisition part 209, the music selection part 210, and the music reproduction part 211 are provided.

First, the training information storage unit 201 stores training information that defines the content of training according to a training plan.
For example, as shown in FIG. 4, the training information storage unit 201 has a cadence (target cadence), an exercise time (duration), a load value, and a load value according to a training plan for each exerciser classified into gender and age. Training information including the heart rate (heart rate range) is stored.
That is, since the contents of training differ according to the sex and age to which the exerciser belongs, and the training plan, the training information that defines each training content is stored in advance.
Note that the flash memory 107 described above can function as such a training information storage unit 201.

Returning to FIG. 3, the music management information storage unit 202 stores music management information for all music that can be played back by the music playback unit 211. That is, various pieces of information necessary for music selection are stored for each piece of music data stored in the music storage unit 203.
For example, as shown in FIG. 5, the music management information storage unit 202 stores information such as music ID, playback time, BPM (Beats Per Minute), and genre for each music.
The flash memory 107 described above can function as such a music management information storage unit 202.

Returning to FIG. 3, the music memory | storage part 203 memorize | stores several music data for reproducing | regenerating at the time of training. As these music data, for example, various music data over a wide range of BPM are collected and adapted to one of the target cadences in the training.
Note that the hard disk or the like of the music playback unit 22 described above can function as such a music storage unit 203.

The operation unit 204 is operated by an exerciser and receives various information necessary for training.
For example, the operation unit 204 accepts inputs such as the age / sex of an exerciser and a desired training plan before starting training. Also, during training, an input for instructing a change (increase / decrease) in pedal load is accepted.
The operation switch 106 described above can function as such an operation unit 204.

The training control unit 205 controls to assist (support) the training performed by the exerciser.
For example, the training control unit 205 determines the content of training according to the age / sex and the training plan input by the exerciser, and starts training support performed by the exerciser according to the content.
Then, during the training, while displaying the target cadence on the display unit 206, the rotation number of the pedal by the exerciser obtained from the rotation number acquisition unit 208 is acquired. Further, the pulse rate of the athlete obtained from the pulse rate acquisition unit 209 is acquired, and the load variable unit 207 is controlled according to the relationship with the pulse rate (range) of the training plan to increase or decrease the pedal load.
Note that the CPU 101 and the like described above can function as such a training control unit 205.

The display unit 206 displays various information necessary for the exerciser's training.
For example, before starting the training, the display unit 206 displays an input screen as shown in FIG. 6A and prompts the exerciser to select a training plan or the like. In other words, the exerciser can input the age, sex, training plan, and the like.
Further, the display unit 206 displays an information screen as shown in FIG. 6B during training to notify the exerciser of the training status. That is, information such as the target cadence defined by the training plan and the current number of pedal rotations by the exerciser is displayed. Here, the case where the target cadence is presented by the display unit 206 is illustrated, but the method of presenting the target cadence is arbitrary regardless of such display. For example, you may make it show to an exerciser with an audio | voice.
The liquid crystal display unit 104 described above can function as such a display unit 206.

Returning to FIG. 3, the load variable unit 207 is controlled by the training control unit 205 to change the value of the pedal load. For example, with reference to the heart rate (range) defined in the training plan, the pedal load is increased or decreased so that the acquired exerciser's pulse falls within the range.
The electromagnetic brake 19 and the like described above can function as such a load variable unit 207.

The rotation speed acquisition unit 208 sequentially acquires the rotation speed (for example, the rotation speed per minute) of the pedal that the athlete rides during training. Then, the acquired value of the rotation speed is supplied to the training control unit 205.
Note that the rotation sensor 16 and the like described above can function as such a rotation speed acquisition unit 208.

The pulse rate acquisition unit 209 sequentially acquires the exerciser's pulse rate during training. Then, the acquired pulse rate value is supplied to the training control unit 205.
The pulse sensor 21 and the like described above can function as such a pulse rate acquisition unit 209.

The music selection unit 210 selects a music piece having a tempo corresponding to (adapting to) the target cadence from a plurality of pieces of music data stored in the music storage unit 203.
For example, the music selection unit 210 selects a BPM song corresponding to the target cadence specified in the training plan in accordance with the music management information storage unit 202, and further selects a predetermined number based on the relationship between the exercise time and the reproduction time Select a song.
As shown in FIG. 7, when the target cadence is 40 and the exercise time is defined as 10 minutes in the training plan, as shown in FIG. 7, the music selection unit 210 has three songs with a BPM of 40 ( A to C songs) are selected. In this case, the total reproduction time of the music exceeds 10 minutes of the exercise time. However, as will be described later, the music reproduction unit 211 adjusts at the time of reproduction so that the reproduction ends at 10 minutes of the exercise time.
Similarly, when the target cadence is 50 and the exercise time is defined as 5 minutes, the music selection unit 210 selects two songs (D, E songs) having a BPM of 50. Also in this case, the total playback time of the music exceeds 5 minutes of the exercise time, but the music playback unit 211 adjusts the playback time so that the playback of the music is finished in 5 minutes of the exercise time.
Note that the CPU 101 and the like described above can function as such a music selection unit 210.

Returning to FIG. 3, the music playback unit 211 plays back the selected music during training. That is, a plurality of pieces of music data selected by the music selection unit 210 are read from the music storage unit 203 and sequentially reproduced.
Note that when the music playback unit 211 sequentially plays back the music within the same target cadence exercise time, the playback sound is not interrupted between the songs, and the playback of each music ends within the exercise time. Play back and forth by crossfading the previous and next songs. That is, when the playback music is switched from the A music to the B music, the end of the A music and the top of the B music are crossfade and played. At that time, for example, crossfades are performed in a state where the beat timings are matched so that the tempo of both music pieces is maintained (so that the tempo is not disturbed between the music pieces).
On the other hand, when the target cadence is switched, the next music may be reproduced without performing the cross fade, and the reproduced sound may be explicitly interrupted between the music.
The music playback unit 22 described above can function as such a music playback unit 211.

(Outline of operation of the training device)
FIG. 8 is a flowchart showing the flow of music reproduction processing executed in the training apparatus 200 having the above-described configuration. Hereinafter, the operation of the training apparatus 200 will be described with reference to FIG. This music reproduction process is started after a training plan or the like is selected by an exerciser. In addition, the music reproduction process is performed in parallel with a training control process (a process for displaying target cadence and controlling pedal load) separately performed by the training apparatus 200.

First, the training apparatus 200 selects a music piece based on a training plan selected by an exerciser before starting training (step S301).
That is, the music selection unit 210 selects, from the music data stored in the music storage unit 203, the BPM music corresponding to the target cadence defined in the training plan according to the music management information storage unit 202, and then further A predetermined number of songs are selected based on the relationship between exercise time and playback time.
When the target cadence is a training content that changes step by step, the music selection unit 210 selects a plurality of music pieces each having a tempo corresponding to each target cadence (exercise time). And these music is memorize | stored as information, such as a play list, so that it can reproduce | regenerate sequentially at the time of training, for example.

The training device 200 stands by until training is started (step S302).
For example, the training apparatus 200 waits for subsequent processing until an exerciser instructs the start of training.

When training is started (step S302; Yes), the training apparatus 200 plays back the selected music piece (step S303). That is, the music playback unit 211 plays back the music selected by the music selection unit 210 according to a playlist or the like.
Along with this music reproduction, the training device 200 supports the training performed by the exerciser while appropriately displaying the target cadence on the display unit 206 and appropriately controlling the pedal load in a separately executed training control process. In other words, the exerciser performs training to pedal in accordance with the target cadence while listening to the reproduced music sound. At this time, since the BPM of the music to be reproduced matches the target cadence, the exerciser who is listening to the music can relatively easily pedal the pedal according to the target cadence.

  The training device 200 determines whether or not the current exercise time has elapsed among the plurality of exercise times defined in the training plan (step S304). That is, it is determined whether the exercise time imposed on the current target cadence has elapsed.

When it is determined that the exercise time has not elapsed (step S304; No), the training device 200 determines whether or not the end of the music is about to be reached (step S305).
For example, whether or not the music being played is approaching the end is determined based on the remaining playing time or the like. That is, when the remaining playback time is smaller than the specified value (remaining playback time: small), it is determined that the music is approaching the end, and conversely, the remaining playback time is longer than the specified value (remaining playback time: large). ), It is determined that the music is not approaching the end (it is still close).

If the training apparatus 200 determines that there is a gap (remaining reproduction time: long) to the end of the music (step S305; No), the training apparatus 200 returns the process to step S304 described above.
On the other hand, when it is determined that the end of the music is about to be reached (for example, the remaining playback time: short) (step S305; Yes), the training device 200 crossfades with the next music (step S306).
That is, the current music and the next music are cross-faded with the next music so that the reproduced sound is not interrupted and the reproduction of each music is finished within the exercise time. At that time, for example, the crossfades are performed in a state in which the timings of the beats of the preceding and succeeding songs are matched so that the tempo of both songs is maintained (so that the tempo is not disturbed between the songs). Then, the process returns to the above-described step S303 to reproduce the next music piece.

If it is determined in step S304 that the exercise time has elapsed (step S304; Yes), the training apparatus 200 determines whether the training has ended (step S307).
That is, it is determined whether or not each exercise time specified in the training plan has elapsed and all training has been completed.

If the training apparatus 200 determines that all training has not been completed (the training for the next target cadence / exercise time remains) (step S307; No), the training apparatus 200 switches to the next music according to the playlist or the like (step S308). ).
That is, since the presented target cadence is changed to the next value, switching to the next music (music corresponding to the next target cadence) is performed without performing crossfading. Then, the process returns to the above-described step S303 to reproduce the next music piece.
In addition, the training apparatus 200 displays the next target cadence on the display unit 206 separately in a training control process. In other words, the athlete will pedal in time for the next target cadence. At this time, since the BPM of the music to be played corresponds to (matches) the next target cadence, the exerciser can make the target cadence follow the rotation speed relatively easily.

  On the other hand, when it is determined that the training has ended (step S307; Yes), the training device 200 ends the music reproduction process.

With such music playback processing, music at a tempo corresponding to (adapting to) the target cadence is played back during training. Therefore, an athlete who listens to such a music sound can pedal the pedal according to the target cadence relatively easily.
In addition, even when the target cadence is changed according to the training plan, music with a tempo corresponding to the changed target cadence is played. Therefore, the exerciser can make the target cadence follow the rotation speed relatively easily according to the music sound.
As a result, it is possible to appropriately support training performed by the exerciser.

(Other embodiments)
In the above-described embodiment, the training apparatus has been described by taking the stationary cycling machine as an example. However, the training apparatus is not limited to such a stationary cycling machine, and can be appropriately applied to other training apparatuses.
For example, it may be a training device that performs training such as dancing (stepping action) and raising / lowering a step. And it replaces with the exclusive stationary cycling machine mentioned above, and you may use a game device and a personal computer (personal computer).
That is, a program capable of executing the above-described music reproduction process by an arithmetic processing unit or the like is supplied to a game device or a personal computer on an information recording medium (disk, semiconductor memory, etc.), and the game device or personal computer reproduces the music. Enable processing.
Thereby, in the game device or the personal computer, music having a tempo corresponding to a target operation pitch (for example, target cadence) is reproduced during training. Therefore, the exerciser who is listening to the music sound can perform the exercise according to the operation pitch to be targeted relatively easily.
In addition, even when the target operation pitch is changed in accordance with the training plan, music having a tempo corresponding to the changed operation pitch is reproduced. Therefore, the exerciser can perform an exercise that follows the movement to be targeted relatively easily according to the music sound.
Even in this case, it is possible to appropriately support training performed by the exerciser.

  As described above, according to the present invention, it is possible to appropriately support training performed by an exerciser.

It is a mimetic diagram showing appearance of a fixed cycling machine concerning an embodiment of the present invention. It is a schematic diagram which shows an example of a detailed structure of a control panel. It is a schematic diagram which shows the structure of a training apparatus. It is a schematic diagram for demonstrating the content of training information. It is a schematic diagram for demonstrating the content of music management information. (A), (b) is a schematic diagram which shows the example of a display of the screen displayed on a display part. It is a schematic diagram for demonstrating a mode that the music corresponding to target cadence is selected. It is a flowchart which shows an example of the music reproduction process which concerns on embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Fixed cycling machine 11 Case 12 Saddle 13 Handle 14 Pedal 15 Pedal disk 16 Rotation sensor 17 Belt 18 Load disk 19 Electromagnetic brake 20 Control panel 21 Pulse sensor 22 Music playback unit 23 Headphone 101 CPU
102 ROM
103 RAM
DESCRIPTION OF SYMBOLS 104 Liquid crystal display part 105 Interface 106 Operation switch 107 Flash memory 200 Training apparatus 201 Training information storage part 202 Music management information storage part 203 Music storage part 204 Operation part 205 Training control part 206 Display part 207 Load variable part 208 Rotation speed acquisition part 209 Pulse rate acquisition unit 210 Music selection unit 211 Music playback unit

Claims (6)

A music storage unit for storing a plurality of music data;
A training information storage unit that stores training information including an operation pitch of training according to the training plan;
Based on the stored training information, a presentation unit that presents information on the motion pitch to be targeted to the exerciser,
A playback unit that selects and plays a song having a tempo corresponding to the presented operation pitch from the song storage unit;
A training device characterized by that. A music storage unit for storing a plurality of music data;
For each piece of music data, a management information storage unit that stores management information including the tempo and playback time of the music;
A training information storage unit that stores training information including exercise pitch and exercise time of training according to different training plans for each classification of the exerciser;
Based on the stored training information, a presentation unit that presents information on exercise pitch to be targeted to an exerciser,
A music selection unit that selects a predetermined number of songs from the music storage unit based on the relationship between the exercise time of training and the playback time of the music, with a tempo corresponding to the presented exercise pitch,
A playback unit that sequentially plays back the selected music within the exercise time,
A training device characterized by that. The training device according to claim 2,
The training information storage unit stores training information in which the exercise pitch changes in stages,
The music selection section selects music with a tempo corresponding to each exercise pitch that changes in stages,
A training device characterized by that. The training device according to claim 2,
The playback unit performs cross-fade playback so that the music is not interrupted when the music selected within the exercise time is sequentially played back.
A training apparatus characterized by that. A music playback method in a training device having a music storage unit, a training information storage unit, a presentation unit, and a playback unit,
The music storage unit stores a plurality of music data, and the training information storage unit stores training information including an operation pitch of training according to a training plan,
The presenting unit presents information on motion pitch to be targeted to an exerciser based on the stored training information,
The playback unit includes a playback step of selecting and playing a song having a tempo corresponding to the presented operation pitch from the song storage unit,
A music reproduction method characterized by the above. Computer
A music storage unit for storing a plurality of music data;
A training information storage unit that stores training information including an operation pitch of training according to the training plan;
Based on the stored training information, a presentation unit that presents information on the motion pitch to be targeted to the exerciser,
A reproducing unit that selects and reproduces music of the tempo corresponding to the presented operation pitch from the music storage unit;
A program characterized by functioning as

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