JP2003260160A - General wellness system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a general wellness system having general applicability in the control of audiovisual contents, materials, individual and group managements thereof and operation thereof linked to the detection, motion or action of the moving or acting state of a person. <P>SOLUTION: The general wellness system is composed of a motion detector, a microcomputer type signal conversion output machine, a computer and an audiovisual apparatus, and the motion detector is connected to a position where the moving or acting state of an exercise apparatus or of the person can be detected. The motion detector is connected with the microcomputer type signal conversion output machine or the computer. A signal from the motion detector is converted and outputted to the computer by the microcomputer type signal conversion output machine. The computer controls audiovisual contents stored and set in advance in response to a signal from the motion detector or the microcomputer type signal conversion output machine, the progress of the audiovisual contents is displayed and the history of the user or the group of users is managed and operated. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wellness system in which a computer is added as a control management device to a motion detector or the like for detecting motion for health maintenance, rehabilitation, and the like, and an audiovisual device linked to the motion detector. is there.

[0002]

2. Description of the Related Art Conventionally, a pseudo-experience system has been devised to reduce fatigue by giving a realistic sensation of actually walking or running by linking an image / sound with an exercise motion, and FIG. Is, for example, Japanese Patent Laid-Open No. 2000-2918
It is a conceptual diagram which shows the pseudo experience device with an image sound display as such a conventional wellness system shown by the No. 5 public information. In the figure, reference numeral 80 is an exercise equipment body, and 81
Is a motion state detecting means, 82 is a microcomputer remote controller, and 83 is an audiovisual apparatus. The motion state detection means can be changed according to the content of the motion. The audiovisual device is assumed to be a VCR, DVD, LD, etc., and continuous images of walking on a road are accumulated.

Next, the operation will be described. When the user uses the exercise equipment 80, the detector 81 emits a signal, and the microcomputer remote controller 82 changes the display speed such as start / stop or normal reproduction / slow reproduction / fast forward reproduction / pause. By emitting a wireless signal and controlling the audiovisual apparatus 83, the image moves slowly if the object moves slowly, and the image moves faster if the object moves quickly.

[0004]

Since the conventional exercise equipment with the audiovisual display is configured as described above, the final control of the audiovisual output corresponding to the signal input is performed in the control environment of the audiovisual apparatus. However, there is a problem that the acceleration / deceleration of the motion cannot be accurately coped with, and the audio part of the audiovisual content cannot be reproduced well except the normal reproduction. In addition, motion detection by the detector is an on / off signal and an analog signal, and since the audiovisual device is controlled by patterning the detection frequency and input intensity of the signal, the progress of audiovisual content with respect to the motion input can be accurately performed. There was a problem that the exercise content was not synchronized and the exercise content was limited. Furthermore, since it is not possible to continue the audiovisual contents and to save and browse the history of the audiovisual contents that have been experienced, there was a problem that it was difficult to obtain motivation and achievement for exercise.

The present invention has been made in order to solve the above-mentioned problems. By accurately controlling the audiovisual contents of which the amount of exercise is predetermined in accordance with the exercise input, the mere fatigue of the exercise is reduced. Not only the above, but also based on being able to perform a certain exercise with a sense of realism, it gives versatility to the motion detection environment, control environment, operation environment, management environment,
It is an object of the present invention to provide a general-purpose wellness system that does not limit the audiovisual contents to be used, the exercise ability of the user, and the usage environment, while actively providing the motivation and a sense of accomplishment to actively engage in rehabilitation and fitness exercise.

[0006]

In order to solve the above-mentioned problems, a general-purpose wellness system of the present invention comprises a motion detector,
It is composed of a microcomputer type signal conversion output device, a computer, and an audiovisual apparatus controlled by the computer.

Here, the computer includes an external hard disk, a mass storage device such as a DVD, and a touch panel display as an input / output device, and a video compression code of a moving image by MPEG of the International Standardization Organization (ISO) is used as a storage format of audiovisual contents. Including conversion method. The audiovisual device includes all audiovisual devices that adopt a computer audiovisual display system and a video audiovisual display system.

In order to solve the above problems, the general-purpose wellness system of the present invention adapts the control of continuous audiovisual contents according to the signal from the motion detector or the microcomputer type signal conversion output device to the motion operation and the signal format. It is characterized by being performed by one or more types of computer programs described above.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention uses a fuzzy, neutral network, β for a control program of continuous audiovisual contents corresponding to a signal from a motion detector or a microcomputer type signal conversion output device. -It is characterized by being complemented by a subprogram based on an ambiguity theory such as RNA.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention is capable of setting a start point and an end point and an arbitrary number of break points for continuous audiovisual contents by a computer, and the respective distances and the number of steps. Is also characterized in that it can be set arbitrarily.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention uses a computer to set continuous audiovisual contents whose starting point and ending point and the distance to any number of break points and the number of steps are preset to the ending point. The feature is that you can finish with the distance and the number of steps set to, and you can select the break with the distance and the number of steps set at the break point.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention is such that, at the start point and end point of continuous audiovisual content, the start point audiovisual content and end point video attached to the continuous audiovisual content stored in advance. The audio content is output, and if the break is selected at an arbitrary break point, the video and audio content at the arbitrary break point attached to the previously stored continuous audiovisual content is output.

In order to solve the above problems, the general-purpose wellness system of the present invention is a continuous audiovisual system which corresponds to one of the signals emitted from a motion detector or a microcomputer type signal conversion output device by a computer. The audiovisual part of the content is output.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention, for two consecutive signals emitted from a motion detector or a microcomputer type signal conversion output device by a computer, at the same time as the signal interval, It is characterized in that the corresponding audiovisual portion in the continuous audiovisual content is controlled to be output.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention uses a computer to control the sound of a continuous audiovisual content which is controlled by a computer according to a signal from a motion detector or a microcomputer type signal conversion output device. It is characterized in that it is corrected with a time stretch program, etc., and is output in synchronization with the video without changing the acoustic pitch.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention uses the progress of continuous audiovisual contents being used as a starting point, an ending point, or an arbitrary break point as a starting point for a distance or step. One or more of the numbers are output to the audiovisual apparatus.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention can freely suspend or stop the audiovisual content in use, change the audiovisual content to another audiovisual content after the suspension or stop, and suspend the audiovisual content. It is characterized in that it is possible to freely continue the audiovisual contents described above and to restart the audiovisual contents once finished.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention can register, change, modify, and delete users and user groups, and images currently in use and already completed for users and user groups. It is characterized in that the history of the number of steps and the distance of the audio content can be output.

In order to solve the above problems, in the general-purpose wellness system of the present invention, the motion detector is composed of at least one of an ON / OFF signal, a distance signal, an angle signal, an analog signal or a digital signal, and is a microcomputer type. The signal conversion output device is characterized in that it converts the signal from the motion detector into a signal that can be processed by a computer.

In order to solve the above-mentioned problems, in the general-purpose wellness system of the present invention, the motion detector is composed of at least one of an ON / OFF signal, a distance signal, an angle signal, an analog signal or a digital signal, and is of a microcomputer type. The signal conversion output device is characterized in that it issues a signal for causing a computer to control the audiovisual content according to the signal from the motion detector.

In order to solve the above problems, the general-purpose wellness system of the present invention converts the signal from the motion detector into an arbitrary multiple by a computer or a microcomputer type signal conversion output device and a computer, and outputs a control signal for audiovisual contents. It is characterized by

In order to solve the above problems, in the general-purpose wellness system of the present invention, each of the motion detector, the microcomputer type signal conversion output device, the computer, and the audiovisual output device,
It is characterized by being connected by wire or wirelessly.

In order to solve the above-mentioned problems, the general-purpose wellness system of the present invention has an exercise detector installed at a position where the user's exercise condition can be detected without using an exercise equipment for sports and an exercise equipment for rehabilitation. Is characterized by.

[0024]

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the present invention will be described below. FIG. 1 is a block diagram showing a main configuration of the present invention. Reference numeral 10 is a computer main body, and 11 is an integrated control unit that controls the entire general-purpose wellness system. Reference numeral 12 denotes a storage unit for audiovisual contents, and 1
Reference numeral 3 is a video / audio control unit for controlling the video / audio content according to a signal from the motion detector or the microcomputer type signal conversion output device. Reference numeral 14 is a calculation control unit for the progress degree of the audiovisual content being used. Reference numeral 15 denotes a management unit that manages the history of users and user groups.

Reference numeral 1 is an object whose motion state is detected by the motion detector 2. A motion detector 2 detects at least one of an ON / OFF signal, a distance signal, an angle signal, an analog signal or a digital signal according to the device or the motion state of 1. Reference numeral 3 is a microcomputer type signal conversion output device, which converts the detection signal of 2 to 1 if the detection signal of the motion detector of 2 is unsuitable for control of audiovisual contents.
In addition to outputting to the computer of 0, it also has a function of outputting the control signal of the audiovisual content as an auxiliary device of the audiovisual control unit of 13. Reference numeral 16 is an audiovisual apparatus.

Next, the audiovisual contents will be described. FIG. 2A is a conceptual diagram thereof. The edited continuous audiovisual content 20 is, for example, a video image of a state of walking on a road or running on a bicycle, continuously video-recorded at a constant speed, and edited so that there is no joint. Record the total distance to the point (D) and the total number of steps (S) if you walk and shoot. For break points, select scenic spots, famous places, historic sites, etc. along the way, set an arbitrary number, and similarly record the distance from the starting point and the number of steps. When the edited continuous audiovisual content 20 is shot by an automobile, an aircraft, a ship, or the like, or a general movie or the like is used as the material, the distance and the number of steps are arbitrarily set in consideration of the content time.

FIG. 2B is a conceptual diagram of one item of audiovisual content 30. One item of audiovisual content is a series of edited audiovisual content 20
In addition to the continuous audiovisual contents 31 created by rendering, the selection audio contents 32, the starting movie 33, and the ending movie 3 which are attached audiovisual contents.
4, an arbitrary number of break point movies 35 to 36, an item calling and setting description 37 are included. The continuous audiovisual content 31 includes a BGM sound source provided during exercise. The selection content 32 is displayed on the menu screen when the user selects the audiovisual content, and is displayed as character information and a still image or a moving image. The starting movie 33 is a movie for a certain period of time, which is displayed as character information and a moving image and sound when the audiovisual content is selected. The end point movie 34 is a movie for a certain period of time, which is displayed as character information, a moving image, and sound when the end point of the audiovisual content is reached. Each of the break point movies 35 to 36 is a movie for a certain time period, which is displayed as character information, a moving image, and a sound corresponding to the break point when the user reaches the break point and selects the break. The item calling and setting description 37 is a call for selecting the audiovisual content item 30 and continuing the audiovisual content over a plurality of items, and the number of steps replaced from the total distance (D) and the total number of steps of the continuous audiovisual content 31. (S), and is used to set the distance and the number of steps indicating the position of the break point.

FIG. 2C shows the audiovisual content storage unit 1.
It is a conceptual diagram of the audiovisual content item accumulated in 2. In the diagram (c), the audiovisual content of the three items 38, 39, and 40 are stored in the audiovisual content storage unit 12. The items 38 and 39 are communicated by the item calling and setting description, and when the continuous audiovisual contents 31 of the audiovisual item 38 are completed, they are automatically connected to the continuous audiovisual contents 31 of the item 39. 40 is another item.

Next, a method of controlling continuous audiovisual contents 31 by a signal from the motion detector 2 or the microcomputer type signal conversion output device 3 will be described. FIG. 3 shows continuous audiovisual content 31 stored in the audiovisual content storage unit 12.
It is a conceptual diagram of. In the audiovisual content storage unit 12, the edited audiovisual content 20 which is a continuous body of imagery and audio of 30 frames per second at the real time T0 of the content is recorded in 1/30 second units. Render as a collection of. Since the time code is written for each frame in the edited continuous audiovisual content 20, the audiovisual content accumulating unit 12 is a group of images and audios numbered for each frame T0 × 30. The audiovisual contents 31 of continuous frames are accumulated.

Item call and setting description 3
By inputting the total distance (D) of continuous audiovisual contents 31 and the number of steps (S) replaced from the total number of steps by 7, the unit distance (L) and the audiovisual frame per step (s) are input. The number (c) is T0 × 30
/ D and T0 × 30 / S, the content portion (c1) in the continuous audiovisual content 31 corresponding to an arbitrary unit distance (L1) and one step (s1).
Is also determined. At the same time, the frame position corresponding to the break point is determined by the distance and the number of steps indicating the position of the break point set by the item calling and setting description 37.

FIG. 4 shows a broad speed step method-
FIG. 3 is a conceptual diagram of a control program for continuous audiovisual contents 31 according to No. 1, which assumes the case where a certain path is completed in S steps. The case where the content of the real time T0 seconds is controlled under the condition of the total number of steps S is shown. Real time T0
The total number of video / audio frames of the second contents is T0 × 30 frames. T0 × 30 / S represents the number of video / audio frames (c) per step. Some arbitrary step s
The content portion c1 corresponds to 1. In this control method, the audiovisual content c1 corresponding to s1 is output at a broad speed of 30 frames per second from the time 51 when the input of step s1 occurs. If the s2 step input is performed while outputting the audiovisual content c1 as in 52, whether to output the content c2 after ending the content c1 or interrupt the content c1 and output the content c2 in advance. Set. This also applies to the following control programs.

FIG. 5 shows a broad speed step method-
2 is a conceptual diagram of a control program for continuous audiovisual contents 31 according to No. 2, and in the present control method, from the time 53 when the input of step s1 ends and step s2 occurs, s1
The audiovisual content c1 corresponding to is output at a broad speed of 30 frames per second.

FIG. 6 is a conceptual diagram of a control program for continuous audiovisual contents 31 by the broad speed / distance method, and it is assumed that a certain distance is consumed by a distance signal. Total distance D for contents with real time T0 seconds
The case where control is performed under the condition of is shown. The total number of video and audio frames of the content of real time T0 seconds is T0 × 30 frames. T0 × 30 / D represents the number of video / audio frames (c) per unit distance. The content portion c1 corresponds to an arbitrary unit distance L1. In this control method, the audiovisual content c1 corresponding to L1 is output at a broad speed of 30 frames per second from the time 54 when the input of the arbitrary distance portion L1 is completed.

FIG. 7 shows a real-time variable frame rate
It is a conceptual diagram of a control program of continuous audiovisual contents 31 by a step system, and assumes a case of completing a certain path in S steps. The case where the content of the real time T0 seconds is controlled under the condition of the total number of steps S is shown. The total number of video and audio frames of the content of real time T0 seconds is T0 × 3
It is 0 frame. T0 × 30 / S represents the number of image sound frames (c) per step. T0 / S represents the reference time (st0) per step. The content portion c1 corresponds to an arbitrary step s1. The content part c1 is composed of a video part cv1 and an audio part ca1. In this control method, when the step s1 is input at the step input time st1, the time point 55 at which the input is completed.
To the content c1 corresponding to s1 in st1 time. When the audio time stretch control is performed, the ca1 audio portion of the content c1 is time-stretched at st1 / st0, the pitch of the sound is not changed, and the sound is synchronized with the cv1 image and output at st1 time.

FIG. 8 shows a real-time variable frame rate
It is a conceptual diagram of a control program of continuous audiovisual contents 31 by a distance method, and assumes a case where a certain distance is consumed by a distance signal. The case where the content of real time T0 seconds is controlled under the condition of the total distance D is shown. Real time T
The total number of video and audio frames of 0 second contents is T0 × 30
It is a frame. T0 × 30 / D represents the number (c) of audiovisual frames per unit distance. T0 / D represents a reference time (Lt0) per unit distance. The content portion c1 corresponds to an arbitrary unit distance L1. The content part c1 is composed of a video part cv1 and an audio part ca1. In this control method, when the arbitrary distance portion L1 is input at the input time Lt1, the content c1 corresponding to L1 is output at the time Lt1 from the time 56 when the input ends. When performing the audio time stretch control, the ca1 audio part of the content c1 is time-stretched at Lt1 / Lt0 and synchronized with the cv1 video without changing the pitch of the sound.
Output at t1 time.

FIG. 9 shows a real-time variable frame rate
It is a conceptual diagram of the control program of the continuous audiovisual content 31 by a minute unit system, and controls an audiovisual content by the input signal of the minute distance or step corresponding to one content frame. In this control, the sound is not reproduced. When the total number of input signals is N, N / T0 × 30 in the content of real time T0 seconds
Represents the distance per image frame Δc or step Δn. One frame of image Δc1 corresponds to an arbitrary distance or step Δn1. In the present control method, when an arbitrary distance or step signal Δn1 is input at the input interval Δnt1, one frame of the image Δ from the time 57 when the input ends.
Output c1 for Δnt1 time.

FIG. 10 is a conceptual diagram of a control program of continuous audiovisual contents 31 by the real-time variable frame rate / small unit spread method, in which the contents of real time T0 seconds are the distance of the minute unit corresponding to one frame of the content image or Based on the step signal, control is performed by extending the distance or step of an arbitrary unit. Let D be the total number of arbitrary distances or steps to be controlled, then T
0 × 30 / D represents the number of image / audio frames (c) per arbitrary distance or step, and the arbitrary distance or step (d1) corresponds to the content c1 including the video portion cv1 and the acoustic portion ca1. The first image in the content c1 is one frame Δc1, and the distance or step signal corresponding to Δc1 is represented by Δd1. The reference time for one frame of an image is 1/30 second and is represented by Δt0. In this control method, the first image 1 frame Δ in the content c1
When the distance or the step signal Δd1 corresponding to c1 is input at the input time Δdt1, the content c1 is (Δdt1 / Δt0) × from the time point 58 when the input is completed.
Output in (T0 / 30 × D) seconds. When the audio time stretch control is performed, the ca1 audio portion of the content c1 is time stretched at a ratio of Δdt1 / Δt0, and the sound pitch is output without changing the pitch of the sound.

FIG. 11 shows

And

FIG. 7 is a conceptual diagram showing an outline of control with audio time stretch of continuous audiovisual contents 31 by the real-time variable frame rate step method and distance method described in the above. The control operation will be described. From the audiovisual content storage unit, the audiovisual content c1 for one unit of step and distance is called up with a time code, and the audiovisual content component cv1 and the audio content component c are retrieved.
Save in a1. When the signal s1 from the motion detector or the microcomputer type signal conversion output device corresponding to the audiovisual content c1 is input at the input time st1, the audio content component ca1 is divided by st0 which is the reference time per unit of st1. Time-stretching is performed with the value (st1 / st0), synchronized with the video content component cv1, and output at st1 time. Further, since the frame number can be determined at the time of calling the time code, the progress degree can be displayed at the time of outputting the audiovisual content c1. Similarly, the preset break point and end point are also detected from the frame number.

FIG. 12 is a conceptual diagram of the complementary program 60 of the control program of the continuous audiovisual contents 31 according to the signal from the motion detector or the microcomputer type signal conversion output device.

From

The control program described in 1 is intended to accurately reproduce continuous audiovisual contents 31 by step or distance signal input. However, when signal input is performed at discontinuous intervals, audiovisual audio is reproduced. The reproduction speed also becomes discontinuous, which may cause discomfort as continuous images. The complementary program tries to ensure the continuity of the image while maintaining the synchronism of the signal-to-output, and its control range is the correction of the input signal and the input interval, the correction of the number of frames and the output time of the output audiovisual content. , Is a progress display. As a complementary program, one based on fuzzy theory such as fuzzy, neutral network and β-RNA is required.

FIG. 13 shows an outline of the operation of the signal from the motion detector. In a normal operation, a control signal is issued and a control program is operated according to an event signal from a motion detector or a microcomputer type signal conversion output device like 70. However, if the performance of the computer is not sufficient or the amount of processing by the computer is excessive, 71
As described above, a control signal for operating the control program is issued by the program of the microcomputer type signal conversion output device.

FIG. 14 is a conceptual diagram of signal multiple conversion.
For the event signal from the motion detector or the microcomputer type signal conversion output device, the output multiple of the control signal for the event signal is set on the setting screen 73 of the computer. Since the setting is 1/3 in FIG. 14, one control signal is sent to the control program for every three event signals.

FIG. 15 is a conceptual diagram of multiple conversion of an event signal by the microcomputer type signal conversion output device. The microcomputer signal conversion output device can output the event signal from the motion detector as an event signal after converting the event signal from the motion detector into a predetermined constant multiple. In FIG. 15, since the multiple conversion by the microcomputer type signal conversion output device is set to 1/100, an event signal is issued once for every 100 event signals from the motion detector.

The motion detector, the microcomputer type signal converter / outputter, the computer and the audiovisual apparatus which compose the present system are connected to each other by a wireless mass data transmission / reception device such as a wired or wireless LAN.

The operation will be described. The user or administrator must call in advance for item call and setting description 37
Accordingly, the content name, total distance, total number of steps, and the distance and number of steps to each arbitrary break point are set for the audiovisual content item 30.

When the user wants to perform an exercise, the exercise detector 2 suitable for the exercise content is installed at the exercise machine or at a position where the exercise can be detected. If the motion detector 2 can be directly connected to the computer and can output a signal to the audiovisual control program, it is directly connected to the computer.
If the motion detector 2 cannot be directly connected to the computer or cannot output a control signal to the audiovisual control program, it is connected to the microcomputer type signal conversion output device 3, and the microcomputer type signal conversion output device 3 is connected to the computer. The computer and the audiovisual equipment 16 are connected in advance.

The name is registered using the operation menu on the computer. If registered, the name is confirmed and the presence / absence of the continuing audiovisual item 30 is confirmed, and if there is the intention to continue, the continuation is selected and the exercise is continued. The operation when a new audiovisual item 30 is selected will be described below.

The content of exercise and the control program suitable for the exercise detector 2 are selected, and whether or not the complementary program is used is selected. Then, the conversion multiple of the signal is set. The audiovisual item 30 is selected with reference to the number of steps and the distance of the selection content 32 displayed on the menu screen.

When the audiovisual item 30 is selected, the starting movie 33 of the content is broadcast. When the exercise is started, the video and audio of the continuous audiovisual content 31 are reproduced in the audiovisual apparatus in association with the speed of the exercise.
It is also possible to donate BGM during exercise. At the same time, the degree of progress of the content being used is displayed.

When a preset break point is reached during exercise, a selection screen for whether or not to take a break appears, and when the break is selected, a break point movie 35 such as a scenic spot is broadcast. If you select No, you will continue to exercise.

Exercise can be interrupted and stopped at any time. When cancelled, the progress up to the point of cancellation and the cumulative total up to the present are saved. After the interruption, a new audiovisual item 30 can be selected to continue the exercise.

When the exercise is continued and the end point is reached, the end point movie 34 is broadcast. The history can then be saved and terminated, or a new audiovisual item 30 can be selected to continue the exercise.

As described above, since the audiovisual contents are accurately reproduced in response to the motion input, it is easy to obtain a realistic sensation, and versatility is brought about from the exercise level to the exercise environment and the operation environment. In addition, since the history is also saved, it is easy to obtain motivation and a sense of achievement for exercise, and it is possible to use it in a group.

[0057]

As described above, according to the first aspect of the present invention, it comprises a motion detector, a microcomputer type signal conversion output device, a computer and an audiovisual apparatus, and the computer uses a motion detector or a microcomputer type signal conversion output. General-purpose wellness with high versatility, which has the function of controlling the continuous audiovisual contents stored in advance according to the signal from the device, the history management of the user's individual and user group, and the setting of the operating environment. The system is effective.

According to the second aspect of the invention, the control of the continuous audiovisual contents according to the signal from the motion detector or the microcomputer type signal conversion output device is performed by one or more kinds of computer programs. Therefore, it is possible to select a control program according to the exercise content and the exercise equipment, and there is an effect of bringing versatility to the exercise content and the exercise equipment.

According to the third aspect of the present invention, the control program of the continuous audiovisual contents corresponding to the signal from the motion detector or the microcomputer type signal conversion output device is provided with fuzzy, neutral network, β- R
Since it is decided to complement by a subprogram based on an ambiguity theory such as NA, there is an effect that the continuity of the image can be secured while maintaining the synchronism of the signal-to-output.

According to the invention described in claim 4, since the computer can preset the start point and the end point, the arbitrary number of break points, and the respective distances and the number of steps for the continuous audiovisual contents, The amount of exercise is preset for each content, and there is an effect that the content can be selected according to the physical condition and exercise content of the user.

According to the invention described in claim 5, the continuous audiovisual contents in which the distance to the start point and the end point and the arbitrary number of break points and the number of steps are preset by the computer are set to the set distance and step. Since the number of times can be completed and the break can be selected, the exercise with a goal can be performed, and at the rehabilitation site, the amount of exercise for each individual can be designated by the content, and the degree of achievement can be easily determined.

According to the sixth aspect of the invention, the audiovisual content attached to the continuous audiovisual content stored in advance is output at the start point and the end point of the audiovisual content and an arbitrary number of break points. Since I decided to do so, I could have a simulated experience as if I was traveling, and it would be fun to continue exercising.

According to the seventh aspect of the present invention, the video in the continuous audiovisual content 31 corresponding to one signal inputted by the computer in response to the signal from the motion detector or the microcomputer type signal conversion output device. Since the audio part is output, the audiovisual content can be accurately progressed in response to a motion input such as one step or 1 m, and you can feel the motion input, and a simulated experience as if you are continuing your journey. There is an effect that can be.

According to the invention described in claim 8, continuous audiovisual contents are tuned at the signal input interval and the audiovisual output interval by the computer in accordance with the signal from the motion detector or the microcomputer type signal conversion output device. Since it is controlled so that the audiovisual contents are accurately linked to the motion input such as acceleration and deceleration, the pseudo feeling as if one is actually on the road is increased.

According to the ninth aspect of the invention, the audio portion of the continuous audiovisual content controlled by the computer in response to the signal from the motion detector or the microcomputer type signal conversion output device is used as the audio board. Since it was decided to correct it with a time stretch program, etc., and output it without changing the acoustic pitch, the sound recorded at the time of shooting the audiovisual content will be naturally reproduced regardless of the exercise speed, and there is an effect that the pseudo feeling is increased. .

According to the tenth aspect of the present invention, the progress degree based on any one or more of the start point and the end point and the arbitrary number of break points of the continuous audiovisual contents in use is set as the distance or distance. Since the output is made to the audiovisual apparatus with one or more steps, it is possible to grasp the amount of exercise up to the end point, the next break point, and the next point, which is an effect that encourages the exercise.

According to the eleventh aspect of the present invention, it is possible to freely suspend / stop / continue / resume the audiovisual content in use and change it to another audiovisual content. There is an effect that you can continue the exercise by selecting the audiovisual contents of.

According to the invention as defined in claim 12, user registration / change / modification / deletion, and individual user and user group individual currently used and completed audiovisual contents,
Since the history of the total number of steps and the total distance can be output, the history accumulates as the user exercises, which encourages the user to move on to the next exercise. In addition to being used by a large number of people,
There is an effect that the amount of exercise can be grasped for each user group.

According to the thirteenth aspect of the present invention, the motion detector is constituted by at least one of an on / off signal, a distance signal, an angle signal, an analog signal and a digital signal. Is designed to convert the signal from the motion detector into a signal that can be processed by a computer, it is possible to input from most current rehabilitation devices even in the case of exercising without using fitness equipment or equipment.

According to the fourteenth aspect of the invention, the motion detector is constituted by at least one of an on / off signal, a distance signal, an angle signal, an analog signal and a digital signal, and a microcomputer type signal conversion output device. Since it decided to issue a signal that causes the computer to control the audiovisual content by the signal from the motion detector, if the processing amount by the computer is excessive, the control program by the program of the microcomputer type signal conversion output device The operation has the effect of enabling the introduction of this system even for a computer having a poor processing capacity.

According to the fifteenth aspect of the present invention, the microcomputer type signal conversion output device and the computer convert the signal from the motion detector into an arbitrary multiple and use it as the control signal of the audiovisual content. For example, even if there is an excessive signal input of several tens or more per second due to the exercise equipment and its mounting position, by converting it to an arbitrary multiple by the microcomputer type signal conversion output device and the computer, it becomes the control signal of the audiovisual contents. There is an effect that the content can be reproduced naturally. On the contrary, when inputting the distance training for walking training that can move only about 1 m in 10 seconds, the content can be naturally reproduced by converting the movement of 10 cm into a multiple so that it can be converted to 1 m, and motivation for exercise is increased. effective. Even if it is not such an extreme input pattern, if an input different from the audiovisual content speed at the time of shooting is performed depending on the type of exercise and the mounting position on the exercise equipment, by approaching the audiovisual content speed at the time of shooting , There is an effect that content can be reproduced naturally.

According to the sixteenth aspect of the present invention, the motion detector, the microcomputer signal conversion output device, the computer, and the audiovisual output device are connected to each other by wire or wirelessly. However, there is an effect that the device can be freely arranged.

According to the seventeenth aspect of the present invention, the exercise detector is installed at a position where the exercise condition of the user can be detected without using the exercise device for sports and the exercise device for rehabilitation and the device. Therefore, there is an effect that it is possible to input to this system even from exercises that do not use fitness equipment and equipment from most current rehabilitation equipment.

[Brief description of drawings]

FIG. 1 is a block diagram showing an example of a main part configuration of a general-purpose wellness system of the present invention.

FIG. 2 is a diagram showing a concept of a series of edited audiovisual contents 20, an audiovisual content 30 of one item, and an audiovisual content item stored in an audiovisual content storage unit 12 in the general-purpose wellness system of the present invention. .

FIG. 3 is a conceptual diagram of continuous audiovisual content 31 stored in an audiovisual content storage unit 12 in the general-purpose wellness system of the present invention.

FIG. 4 is a conceptual diagram of a control program of continuous audiovisual contents 31 according to a broad speed step method-1 in the general-purpose wellness system of the present invention.

FIG. 5 is a conceptual diagram of a control program for continuous audiovisual contents 31 according to a broad speed step method-2 in the general-purpose wellness system of the present invention.

FIG. 6 is a conceptual diagram of a control program for continuous audiovisual contents 31 by a broad speed / distance method in the general-purpose wellness system of the present invention.

FIG. 7 is a conceptual diagram of a control program for continuous audiovisual contents 31 by a real-time variable frame rate step method in the general-purpose wellness system of the present invention.

FIG. 8 is a conceptual diagram of a control program for continuous audiovisual contents 31 by a real-time variable frame rate / distance method in the general-purpose wellness system of the present invention.

FIG. 9 is a conceptual diagram of a control program of continuous audiovisual contents 31 by a real-time variable frame rate / minute unit method in the general-purpose wellness system of the present invention.

FIG. 10 shows a general-purpose wellness system of the present invention,
It is a conceptual diagram of the control program of the continuous audiovisual content 31 by a real-time variable frame rate and a small unit spread method.

FIG. 11 shows a general-purpose wellness system of the present invention,
It is a conceptual diagram showing an outline of control with audio time stretching of continuous audiovisual contents 31 by a real-time variable frame rate step method and a distance method.

FIG. 12 is a block diagram showing a concept of a complementary program of a control program for audiovisual contents in the general-purpose wellness system of the present invention.

FIG. 13 is a diagram showing an outline of operation of a signal from a motion detector in the general-purpose wellness system of the present invention.

FIG. 14 is a conceptual diagram of multiple conversion of a signal in the general-purpose wellness system of the present invention.

FIG. 15 is a conceptual diagram of event signal multiple conversion by a microcomputer type signal conversion output device in the general-purpose wellness system of the present invention.

FIG. 16 is a conceptual diagram showing a conventional general-purpose wellness system.

[Explanation of symbols]

1 Object whose motion state is detected 2 Motion detector 3
Microcomputer type signal conversion output device, 10 computer, 11
Integrated control unit, 12 Audiovisual content storage unit, 13
Audiovisual control section, 14 progress calculation control section, 15 history management section, 16 audiovisual apparatus, 20 edited continuous audiovisual content, 30 audiovisual content item, 31 continuous audiovisual content, 32 selection content, 33 Starting point movie, ending point movie, 3
5 break point movies, 36 any number of break point movies,
37 item call and setting description, 38 audiovisual content item contacted with 39, 39 audiovisual content item contacted with 38, 40 single audiovisual content item not contacted, 51 s1 in Broadspeed Step-1 Input point of time, 52 s2 input point of broad speed step method-1, 53 s2 input point of broad speed step method-2, 54 L1 input end point of broad speed / distance method, 55 real-time variable frame rate S1 input end time in step method, 56, L1 input end time in real-time variable frame rate / distance method, 57 real-time variable frame rate / small unit method Δ
n1 input end time, 58 Real-time variable frame rate / micro unit spread method Δd1 input end time,
60 complementary program, 70 event signal route, 71
Control signal route from microcomputer type signal conversion output device, 7
3 multiple conversion setting screen, 80 exercise equipment main body, 81 exercise state detecting means, 82 microcomputer remote controller, 83
Audiovisual equipment

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Hiroshi Shibuya, inventor             2-19-9 Shinyashiki-cho, Kochi City, Kochi Prefecture

Claims (17)

[Claims] 1. A motion detector for detecting a motion or motion state signal of a person, a microcomputer type signal conversion output device, a computer and an audiovisual apparatus. The signal detected by the motion detector is converted to a microcomputer type signal if necessary. Converted by the output device,
A wellness system in which a computer controls continuous audiovisual contents stored in advance in accordance with a signal from a motion detector or a microcomputer type signal conversion output device and outputs the contents to an audiovisual device. Further, an operating state detecting means is provided, and the detecting means outputs a detection signal in accordance with the detected operating state. The microcomputer type signal conversion output device detects the detection signal input from the motion detector. The computer is configured to convert and output a signal that can be processed. The computer stores and sets continuous audiovisual contents and audiovisual contents attached to the continuous audiovisual contents, and the motion detector or the microcomputer type. Control of audiovisual contents according to the signal from the signal conversion output device, and user And audio / visual contents which have functions of managing history of the user group and setting an operating environment, and which are controlled by the audio / visual device according to a signal from the motion detector or the microcomputer type signal conversion output device, and audio / video. A general-purpose wellness system, which outputs the progress of contents and the history of individuals and groups of users in response to requests from users. 2. The general-purpose computer according to claim 1, wherein control of continuous audiovisual contents according to a signal from a motion detector or a microcomputer type signal conversion output device is performed by one or more computer programs. Wellness system. 3. The general-purpose device according to claim 1, wherein a control program for continuous audiovisual contents corresponding to a signal from a motion detector or a microcomputer type signal conversion output device can be complemented by a subprogram. Wellness system. 4. The computer according to claim 1, wherein a start point, an end point, an arbitrary number of break points, and respective distances and step numbers can be preset for the continuous audiovisual content. General-purpose wellness system. 5. A continuous audiovisual content in which a distance to a start point and an end point and an arbitrary number of break points and the number of steps are preset by a computer can be ended at the set distance and the number of steps, and a break can be selected. The universal wellness system according to claim 1, characterized in that it is capable. 6. The audiovisual content attached to the continuous audiovisual content stored in advance is output at a start point and an end point of the continuous audiovisual content and an arbitrary number of break points. General-purpose wellness system described in. 7. A computer for a signal input from a motion detector or a microcomputer type signal conversion output device,
The general-purpose wellness system according to claim 1, wherein the general-purpose wellness system is controlled so as to output the audiovisual portion of the continuous audiovisual content corresponding to the input signal. 8. A computer controls a continuous audiovisual content according to a signal from a motion detector or a microcomputer type signal conversion output device so that a signal input interval and an audiovisual output interval are synchronized. The general-purpose wellness system according to claim 1. 9. A computer corrects an audio part of continuous controlled audiovisual contents according to a signal from a motion detector or a microcomputer type signal conversion output device,
The general-purpose wellness system according to claim 1, wherein the general-purpose wellness system outputs the image in synchronization with the image without changing the acoustic pitch. 10. A progress rate of progress based on at least one of a start point, an end point, and an arbitrary number of break points of continuous audiovisual contents in use at one or more of distance or the number of steps. The general-purpose wellness system according to claim 1, which outputs to a device. 11. Interruption of audiovisual content in use
The general-purpose wellness system according to claim 1, characterized in that it can be freely stopped, continued, restarted, and changed to another audiovisual content. 12. The history of the number of steps / distances of the audiovisual contents currently in use and already completed by each user and each user group can be output. Claim 1 characterized by the above-mentioned.
General-purpose wellness system described in. 13. The motion detector comprises at least one of an on / off signal, a distance signal, an angle signal, an analog signal, and a digital signal, and the microcomputer type signal conversion output device is a signal from the motion detector. The general-purpose wellness system according to claim 1, which converts and outputs the signal into a signal that can be processed by a computer. 14. The motion detector comprises at least one of an on / off signal, a distance signal, an angle signal, an analog signal and a digital signal, and the microcomputer type signal conversion output device is a signal from the motion detector. The general-purpose wellness system according to claim 1, wherein the signal emits a signal for causing a computer to control the audiovisual content. 15. The general-purpose device according to claim 1, wherein the microcomputer-type signal conversion output device and the computer convert a signal from the motion detector into an arbitrary multiple and use it as a control signal for audiovisual contents. Wellness system. 16. The general-purpose device according to claim 1, wherein the motion detector, the microcomputer-type signal conversion output device, the computer, and the audiovisual output device are respectively connected by wire or wirelessly. Wellness system. 17. The general-purpose apparatus according to claim 1, wherein the exercise detector is installed at a position where an exercise condition of a user can be detected without using an exercise equipment for sports and an exercise equipment for rehabilitation. Wellness system.