JP2003235834A - Health care apparatus provided with video signal converting function - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a health care apparatus in which various expressions are enabled inexpensively by converting display contents to video signals and displaying them on a general display and further measuring is enabled while enjoying it by varying the display contents as well. <P>SOLUTION: This apparatus is composed of an input means for inputting biological information such as weight and a percent of body fat, a memory means memorizing biological index data on this biological information, a conversion means for converting such biological information or biological index data to video signals, and a display means for displaying the video signals. <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 health care device for measuring biological information, converting the measured data into a video signal, and transmitting the video signal to a general-purpose display.

[0002]

2. Description of the Related Art In a conventional health care device, only a numeral or a symbol is displayed by a dedicated display means using a segment display LCD or LED. Also dot matrix display
There were also some that use a LCD to display graphs.

[0003]

Since the conventional display means uses a segment display LCD or LED, it can be expressed only by numbers or simple symbols, and the display contents are limited. Further, the display means using the dot matrix display LCD can also display a graph, but in order to express more variously, it is necessary to cope with it by colorization or a large screen. Moreover, since it is a dedicated display means, it becomes more and more expensive.

The present invention solves the above-mentioned problems of the prior art, converts the display content into a video signal and displays it on a general-purpose display, thereby making it possible to perform various expressions at low cost and further diversify the display content. By doing so, it is an object of the present invention to provide a health management device that enables measurement while having fun.

[0005]

In the present invention, input means for inputting biometric information such as weight and body fat percentage, conversion means for converting biometric information from this input means into a video signal, and this video signal There is provided a health care device comprising a display means for displaying.

Further, in the present invention, the input means and the conversion means are integrally formed.

Further, in the present invention, the input means,
The conversion unit and the display unit are configured as independent devices.

The health management device comprises auxiliary input means for inputting biometric information.

The conversion means transmits the biological information from the input means by wire or wirelessly using radio waves or light.

Further, in the present invention, input means for inputting biometric information such as weight and fat percentage, memory means for storing at least one reference data relating to the biometric information in advance, the biometric information and the reference data. There is provided a health care device comprising a comparison calculation means for performing a comparison calculation of the above, a conversion means for converting the calculation result into a video signal, and a display device for displaying the video signal.

The memory means stores, as reference data, at least one of a general standard value, a target value set by the subject himself or a past measurement value, and data of a person other than the subject.

Further, in the present invention, input means for inputting biometric information such as weight and fat percentage, memory means for storing at least one biometric index data relating to this biometric information in advance, and this biometric index data From the above, there is provided a health management device comprising data selection means for selecting data based on the biometric information, conversion means for converting the selected biometric index data into a video signal, and a display device for displaying the video signal. .

The memory means, as biometric index data, exercise data, meal menu, advice data on a living body such as a life improvement method, image data in which the biological information is replaced with food and drinks and familiar daily life items that the subject can easily imagine, By changing the font size such as numbers and symbols, font style such as bold type and italic type, or the color, the deformed data of the number itself, exercise by the character reflecting the biological information, nutrition management,
At least one of character data for performing a simulation such as a diet, voice data for transmitting the biological information by voice, and guidance data such as precautions at the time of measurement or explanation of an operation method is stored in the memory.

Further, the memory means is provided so as to be replaceable,
The reference data and the biometric index data are switched by exchanging the memory means.

[0015]

BEST MODE FOR CARRYING OUT THE INVENTION
An input unit for inputting biometric information such as a body fat percentage, a conversion unit for converting the biometric information from the input unit into a video signal, and a display unit for displaying the video signal, and a general-purpose display is used as the display unit. By that,
It can be an inexpensive device.

In the health care device of the present invention, the device can be made compact by integrally forming the input means and the conversion means.

Further, in the health care device of the present invention, the input means, the conversion means, and the display means are configured as independent devices, so that the respective devices can be placed separately and can be placed at different places. No measurement is possible.

Since the health management apparatus has auxiliary input means for inputting biometric information, not only biometric information from one input means but also other measured biometric information can be input. Can be determined by.

Since the conversion means transmits the biological information from the input means by wire or wirelessly using radio waves or light, it is possible to perform measurement and display by a video signal in real time even if each device is separated. is there.

The health management apparatus of the present invention further comprises an input means for inputting biometric information such as weight and fat percentage, a memory means for storing at least one reference data relating to the biometric information in advance, and the biometric information. An inexpensive device, which comprises a comparison calculation means for comparing and calculating the reference data, a conversion means for converting the calculation result into a video signal, and a display means for displaying the video signal, and using a general-purpose display as the display means. It is possible to Further, since the comparison result with the reference data is displayed on the screen, it is possible to make an objective determination of the measurement result at a glance without the need to compare the measurement result with a comparison table or a data sheet.

The memory means stores at least one of a general standard value as a reference data, a target value or a past measurement value set by the subject himself, and data of a person other than the subject. It is easy to set goals and continuously manage health because you can select the comparison criteria that will be the objective criteria for judgment according to the subject's life and health condition.

The health management apparatus of the present invention further comprises an input means for inputting biometric information such as weight and a fat percentage, a memory means for storing at least one biometric index data relating to this biometric information in advance, and this biometric index. A data selection means for selecting data from among the data based on the biometric information, a conversion means for converting the selected biometric index data into a video signal, and a display device for displaying the video signal. By using as a display means, an inexpensive device can be obtained. Moreover, in addition to displaying the measurement results by numerical values and graphs, it is also possible to give advice on the results using biometric index data and various displays with game features, so you can enjoy your measurements and maintain continuous health management. Is.

The memory means, as biometric index data, exercise data, a diet menu, advice data relating to a living body such as a life improvement method, image data in which the living body information is replaced with food and drinks and familiar daily life items that the subject can easily imagine, By changing the font size such as numbers and symbols, the font style such as bold and italic, or the color, the deformed data of the numbers themselves, exercise, nutrition management by the character reflecting the biometric information, Since at least one of character data for simulation such as diet, voice data for transmitting the biological information by voice, and data for notes of measurement or explanation of operation method is stored in memory, a number or graph Not only the display, but also the display content that makes the subject more interested in health management It can be.

Further, the memory means is exchangeably provided,
Since the reference data and the biometric index data can be switched by exchanging the memory means, the subject himself / herself can easily select the display content suitable for himself / herself and can continue health management while having fun. Further, it is possible to more objectively judge one's own measurement result from a plurality of data.

[0025]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A first embodiment of a health management apparatus of the present invention is an input unit for inputting biometric information, an input / conversion unit integrally provided with a conversion unit for converting the biometric information into a video signal, and a display. And means. Also, the input means is
It is provided with a configuration for automatically inputting by measuring biological information. FIG. 1 is an overall configuration diagram of a health management apparatus, which comprises an input / conversion apparatus 1 and a television 8 which is a general-purpose display as display means. The input / conversion device 1 is provided with a known body fat meter as a configuration for automatically inputting biometric information, and measures a weight value and a bioelectrical impedance (hereinafter referred to as BI) value by a known method. Further, the input / conversion device 1 is provided with a manual input unit 2 for manually inputting biometric information other than the weight value and the BI value and personal data such as name, age and sex. Furthermore, this input / conversion device 1
A body information measuring device (not shown) other than a body fat meter, a motion sensor, for example, a data receiving unit 3 for receiving and automatically inputting measurement data of a pulse rate monitor, a pedometer, and the like, and a television 8 of the measurement result as a video signal. It has a video signal output terminal 4 for transmitting to the user and a memory card slot 6 for inserting a memory card 5 in which biometric index data is stored. The television 8 is also provided with a video signal input terminal 9.

FIG. 2 is an electrical block diagram of the inside of the input / conversion device 1. A weight measuring unit 10 for measuring a body weight value and a BI value by a known body fat scale, a BI measuring unit 11, and a data reception for automatically receiving and inputting measurement data of a biological information measuring device (not shown) other than the body fat scale. The unit 3 and the manual input unit 2 for manually inputting biometric information and personal data other than the weight value and the BI value are connected to the control unit 12. Further, the memory card 5 that stores the biometric index data is connected to the control unit 12 via the memory card slot 6. Furthermore,
The power supply 16 is connected to a control unit 12 via a power switch 7, and the control unit 12 includes a timer unit 13 for measuring a clock and a personal data memory for storing input biometric information, personal data, time and the like. It is connected to the section 14. The control unit 12 is also connected to the video signal output terminal 4 via the video signal conversion unit 15.

Next, the operation of the health management apparatus will be described with reference to the flowchart of FIG. First, the power of the input / conversion device 1 and the television 8 is turned on, and the memory card 5 in which the biomarker data to be displayed is stored is set. In the present embodiment, the data of the memory card 5 includes guidance data such as precautions at the time of measurement and explanation of an operating method, advice data about a living body such as an exercise menu, a meal menu, and a life improvement method, and the living body information as a subject The image data obtained by substituting foods and drinks that are easy to imagine and familiar household items are data stored in a plurality of memories.

First, in step S1, the timer unit 1
Read the date and time data from 3. Next, in step S2, a list of registered persons is read from the personal data memory unit 14, converted into a video signal by the video signal conversion unit 15, and transmitted from the video signal output terminal 4 to the video signal input terminal 9 of the television 8. Display on the screen via. If the subject has already been registered in the personal data memory unit and is displayed in the list, proceed to step 3 and manually input unit 2
To select and determine the measurer. If the subject is not registered in the personal data memory unit 14, step S2
2, the name, age, sex, etc. are entered and registered in the personal data memory unit 14 as personal data.

After determining the subject, the guidance data is read from the memory card 5 in step S4. This guidance data instructs the subject to get on the input / conversion device 1. In step S5, the guidance data is converted into a video signal by the video signal conversion unit 15, and the signal transmitted from the video signal output terminal 4 is transmitted. Is displayed on the screen via the video signal input terminal 9 of the television 8. When the subject gets on the input / conversion device 1, the measurement of the weight value and the BI value is started by a known method in step S6. In steps S7 and S8, a comment indicating that the measurement is being performed and an image of the landscape of the sky or the sea that allows the subject to relax during the measurement are read from the memory card 5 as guidance data, and the guidance data is converted into a video signal and displayed on the television 8. To do. Weight value and BI in step S9
When the measurement of the value is completed, guidance data indicating a comment indicating the end of the measurement and a comment instructing the subject to exit from the input / conversion device 1 is read from the memory card 5 in step S10, and the guidance data is converted into a video signal and displayed. To do. In step S11, the body weight and the body fat percentage are calculated from the body weight value and the BI value obtained by the above measurement. The body fat amount is converted from the body weight value and the body fat percentage, and the body weight value, the body fat percentage, and the body fat amount are converted into a video signal and displayed on the television 8. In this display, as shown in the display example of FIG.
At 12, the biomarker data to be selected is displayed, and the manual input unit 2 selects the data. That is, of the biometric data stored in the memory card, image data and advice data are displayed as selectable data, and the manual input unit 2 is used to select and determine the data.

When the image data is selected in step S12, the process proceeds to step 13, in which the image data which is the biometric index data is read from the memory card 5, and in step S14, it corresponds to the weight value and body fat amount obtained in step S11. Display image data. For example, as shown in the display example of FIG. 5, the weight value is represented by the number of 1 liter plastic bottles of drinking water, and the body fat amount is represented by the number of 200 grams of butter. Create image data. Not limited to this image, if the weight value is the number of rice bags of 10 kg, the body fat amount is the number of edible oil in a 1 liter container, etc. anything is fine. These image data are converted into video signals by the video signal conversion unit 15 and displayed on the television 8.

When the advice data is selected in step S12, the process advances to step S15 to read the advice data from the memory card 5. Step S1
In 6, the day of the week at the time of measurement is automatically determined from the date and time data read from the timer unit 13 in step 1. Depending on this day of the week, the advice data is branched from steps S17 to S20 and converted into a video signal for display on the television 8. For example, when the measurement day is Friday, as described above, it is automatically determined to be Friday in step S16, the process proceeds to step S19, and the advice data indicating health information is selected and displayed as shown in the display example of FIG. To do. When the browsing of either the image data or the advice data is completed, the manual input unit 2 selects whether to browse the other data in step S21. When browsing, the process proceeds to YES, and biometric index data is selected again in step S12. When not browsing, the process proceeds to NO and ends.

In the second embodiment of the health management apparatus of the present invention, the input means for inputting the biometric information, the converting means for converting the input biometric information into a video signal, and the display means are constructed separately. . FIG. 7 is an overall configuration diagram of the device. The input / conversion device 1 in the first embodiment is configured by separating a body fat meter 17 which is an input unit for measuring and inputting biological information and a controller 20. The body fat meter 17 is a data transmitter 18 that transmits measured data to the controller 20 in infrared rays in real time.
Equipped with. Further, the controller 20 has a data receiving section 3 for receiving the measurement data, and also has a manual input section 2
It has a memory card 5 and a memory card slot 6. Further, the video signal converter 15 and the video signal output terminal 4
Have.

8 and 9 are block diagrams of the internal constitution of the body fat meter 17 and the controller 20, respectively. As shown in FIG. 8, the body weight measurement unit 10 and the BI measurement unit 11 that measure the weight value and the BI value by a known method are connected to the body fat meter control unit 22 that processes the measurement data, and the body fat meter control unit is connected. 22 is connected to the data transmission unit 18 for transmitting the measurement data to the controller 20. Here, 23 is the total body fat 17
Is a power supply for supplying power to the power supply via the power switch 19. The controller 20 shown in FIG.
Data receiving unit 3 for receiving measurement data transmitted from
The manual input unit 2 for manually inputting biological information other than the weight value and the BI value is connected to the controller control unit 24.
In addition, the memory card 5 in which the biometric index data is memorized is stored in the controller controller 24 via the memory card slot 6.
Connected to. Further, the power supply 25 is connected to the controller control section 24 via the power switch 21, and the controller control section 24 measures the time.
3 and the personal data memory unit 14 that stores the input biometric information, personal data, time, and the like. Also,
The controller controller 24 is connected to the video signal output terminal 4 via the video signal converter 15.

The operation, measurement and display are shown in FIG.
Although it is the same as the first embodiment described using the flowchart of FIG. 3, the body fat meter 17 that is an input unit for measuring and inputting biological information and the controller 20 are configured as independent devices, so that each device can be used at the time of measurement. Can be installed separately, and measurement can be performed regardless of location.

In the second embodiment, the data of the body fat meter 17 is transmitted in real time to the controller 20, and the calculation processing of the measurement data may be performed by the controller control unit 24, or the body fat meter 17 may be manually operated. The input unit 2 is provided so that the biological information necessary for measuring the body fat percentage can be input, and the data is arithmetically processed in the body fat meter control unit 22. The obtained arithmetic results are the weight value, the body fat percentage, and the body fat amount. Etc. can also be transmitted to the controller 20. Further, the obtained calculation result may not be transmitted from the data transmitting unit 18, and only the numerical value may be input from the manual input unit 2 of the controller 20.

The body fat meter 17 to the controller 20
Infrared was used for data transmission to the above, but other wireless or wired using light, radio waves, or the like may be used.

In the above-mentioned first and second embodiments, the advice data displays the data corresponding to the day of measurement. For example, the number of times of measurement is recorded in the personal data memory unit 14, and the number of times of measurement is recorded. The advice data may be associated, and the process may be branched so as to proceed to step S17 from the 1st to 100th times and proceed to step S18 from the 101st to 200th times. Further, it is also possible to provide a display corresponding to an event day of the year, for example, a function of memorizing a birthday, and to display a comment such as HAPPY-BIRTHDAY on the birthday. In addition, the personal data memory unit 14
A function for checking the date interval from the previous measurement date to the current measurement date recorded in 1 may be provided, and a comment urging daily measurement may be displayed when the measurement is not constantly performed every day. Furthermore, the advice data may be selected by the manual input unit 2 so that the subject can display only the necessary advice data without branching according to the day of the week or the date. In addition, by using a memory card in which dedicated advice data is recorded for diet, diabetes, living alone, for women aged 40 and over, it is possible to display advice more suitable for the subject.

Further, the value represented by the image data is not limited to the absolute value such as the weight value or the fat mass, but the difference from the appropriate value such as the appropriate weight or the appropriate fat percentage, or the difference from the target value or the past data is image data. May be displayed as. Further, the amount of fat may be displayed as food or drink having the same calorie in the calorie conversion, or the amount of exercise that results in the same calorie consumption.

In the health management apparatus of the present invention, as an application example of the biological information measuring apparatus other than the body fat meter, a motion sensor is added as an input unit for automatically inputting by measuring biological information. FIG. 10 shows a usage example of a wristwatch type acceleration sensor 26 added as a motion sensor. The acceleration sensor 26 is the data receiving unit 3 of the first or second embodiment.
And a data transmission unit 27 for transmitting data in real time. Further, in the memory card 5, guidance data such as precautions at the time of measurement and explanation of an operation method and character data are stored as biometric index data. The character data is data for creating a character that reflects the biological information of the subject, and performing simulations such as exercise, nutrition management, and diet with this character. In this application example, the data is data of a motion simulation by a character of a boxing player, and the character is operated on the screen by using the acceleration sensor 26.

The flow chart shown in FIG. 11 is the same as that shown in FIG. 3 when explaining the operation of the present health management apparatus in the first embodiment.
9 is a flowchart in which steps S12 to S21 for selecting biometric index data are replaced with biometric index data selected from character data. First, in biometric index data selection, character data is displayed as selectable biometric index data on the selection screen. The subject selects and determines using the manual input unit 2, and reads character data from the memory card 5 in step S30. Next, in step S31, it is determined whether or not the character reflecting the biometric information of the subject has already been registered in the personal data memory unit 14. Y if registered
Proceed to ES, and in step S32 the personal data memory unit 14
Call more characters. If the character is not registered, the process proceeds to NO, and in step S40, a new character is created from the biometric information and the personal data input from the input unit and the manual input unit that automatically input by measuring the biometric information, and the personal data memory It is registered in the section 14 and converted into a video signal and displayed on the television 8.

The boxing character is created based on, for example, the weight, body fat percentage, age, and gender of the boxer's appearance,
Character level such as strength parameter and weight class is set. FIG. 12 is a display example of the created character. When the character is confirmed, in step S33, the amount of exercise or intensity of exercise for one day, or a lifestyle check in a question format is input from the manual input unit 2 as training information. The character level is reconfigured in S34.

Next, in step S35, conditions for generating a game event using a character are set. For example, did you continue measuring for a certain period,
Whether or not the condition such as whether the body fat percentage has increased is satisfied is determined from the biometric information stored in the personal data memory unit 14. YE if the conditions are cleared
It is determined to be S, the process proceeds to step S36, and a game event occurs. If it has not been cleared, it is determined as NO and the game event is not generated and the process ends. When a game event occurs, in step S37, the game is played by operating the acceleration sensor 26, which counts the number of movements of the subject and determines the amount of exercise. The counted number of times is received by the data receiving unit 3 from the data transmitting unit 27. Step S38
Then, in order to determine the outcome of the game, the acceleration sensor 26
A reference value for the motion count number is set in advance, and it is determined whether or not the motion count number of the subject satisfies this reference value. If the conditions are satisfied, it is considered that the game has been won and it is determined to be YES, and the process proceeds to the next game. If the game continues to win and the champion is won in step S39, YES is determined, the game is cleared, and the process ends. If the criteria are not satisfied in steps S38 and S39, it is considered that the game is lost and NO.
If so, it is possible to return to step S36 and try the game again.

The character data in this application example is data of a motion simulation by a boxing player, but similarly, a motion simulation such as a dance competition or a fighting game in which a dancer or a martial artist is a character is also possible. In addition to motion simulation,
In a game in which daily biometric information is used as an input parameter and the screen and story change according to that change, for example, the character that reflects the biometric information of the subject is the main character, and the property and luck change due to the character change. Taking a detailed questionnaire about daily eating and drinking content about life games such as going to life and eating habits in daily life, and estimating the unbalanced diet and excess or deficiency of nutrients from this questionnaire result and changes in characters A management simulation game or the like is also possible.

Further, although the character is operated by the acceleration sensor 26, all the game development and the result may be processed in the control unit, and the image of the game development and the result may be created and displayed.

The acceleration sensor 26 is used as a motion sensor.
However, it is also possible to connect and provide a data transmission unit for transmitting data to the data reception unit 3 to at least one of biometric information measuring devices such as a pedometer, an ergometer, and a stepper.

In the above first and second embodiments and application examples, in step S12 of FIG. 3, the biometric index data is selected by operating the manual input unit 2 and the biometric index data to be displayed is switched. It is also possible to simultaneously display and browse a plurality of biometric index data on one screen of the television 8.

Further, although the memory card 5 in which the biometric index data is recorded is used, for example, as shown in the screen display example of FIG. 13, a memory card in which a proper range of body fat percentage is stored as reference data is used. By checking the body fat percentage, it is possible to display whether or not it is within the proper range.
Further, by using a memory card in which past data and a target value set by the user are stored, it is possible to display a comparison with the past data and how much diet is required to reach the target value. Furthermore, by expressing the degree of achievement of the individual up to the target value as a ratio when the target value is set to 100 (%), it is possible to compare with a plurality of persons having different target values.

Further, by incorporating a memory function for recording biometric index data and storing the biometric index data described above, it is not necessary to prepare various kinds of memory cards, and the labor for replacement can be saved. A large number of biomarker data can be easily handled. In addition, the personal data memory unit 14
The personal data can be carried around by being recorded in a memory card. For example, if the health management device is on the go, continuous measurement can be performed by using the personal data memory card.

Further, the body fat meter 17 is used as an input unit for measuring and inputting the biometric information, but a device for measuring biometric information such as a pulse rate monitor, a blood pressure monitor, and a body sway meter may be used. At that time, biometric index data having contents corresponding to each measuring device may be read from the memory.

Further, the television 8 is a general-purpose display, and may be any computer display, a projector or the like as long as it can receive a video signal, and the video signal conversion unit 13 also has an RF signal and a composite according to the receiving form of the display. Video signal (NTSC, P
AL, SECAM, etc.), S video signals, component video signals, analog RGB signals, digital RGB signals, and other various video signals.

[Brief description of drawings]

FIG. 1 is an overall configuration diagram of a first embodiment.

FIG. 2 is a block diagram of the internal configuration of the first embodiment.

FIG. 3 is a flowchart of the first embodiment.

FIG. 4 is a diagram showing an example of a display screen.

FIG. 5 is a diagram showing another example of a display screen.

FIG. 6 is a diagram showing still another example of a display screen.

FIG. 7 is an overall configuration diagram of a second embodiment.

FIG. 8 is a block diagram of the internal configuration of the body fat scale 17 side of the second embodiment.

FIG. 9 is a block diagram of the internal configuration of the controller 20 side of the second embodiment.

FIG. 10 is an example of a motion sensor of an application example.

FIG. 11 is a flowchart of an application example.

FIG. 12 is a diagram showing an example of a display screen.

FIG. 13 is a diagram showing another example of a display screen.

[Explanation of symbols]

1 input / converter 2 Manual input section 3 Data receiver 4 Video signal output terminal 5 memory cards 6 memory card slots 7 power switch 8 TV 9 Video signal input terminal 10 Weight measurement section 11 BI measuring section 12 Control unit 13 Timer section 14 Personal data memory section 15 Video signal converter 16 power supplies 17 body fat meter 18 Data transmitter 19 Body fat side power switch 20 controller 21 Controller side power switch 22 Body fat meter side control unit 23 Body fat meter side power supply 24 Controller side controller 25 Controller power supply 26 Accelerometer 27 Data transmitter

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Claims (18)

[Claims] 1. An input means for inputting biological information such as weight and body fat percentage, a converting means for converting biological information from the input means into a video signal, and a display means for displaying the video signal. Health management device. 2. The health management device according to claim 1, wherein the input unit and the conversion unit are integrally configured. 3. The health care device according to claim 1, wherein the input unit, the conversion unit, and the display unit are configured as independent devices. 4. The health management device according to claim 1, further comprising auxiliary input means for inputting biometric information other than the biometric information. 5. The health management device according to claim 1, wherein the conversion means transmits the biological information from the input means by wire or wirelessly using radio waves or light. 6. Input means for inputting biometric information such as weight and fat percentage, a memory means for storing at least one reference data relating to this biometric information in advance, and a comparison calculation of the biometric information and the reference data. A health care apparatus comprising a comparison calculation means, a conversion means for converting the calculation result into a video signal, and a display means for displaying the video signal. 7. The health care device according to claim 6, wherein the memory means is provided so as to be exchangeable, and the reference data is switched by exchanging the memory means. 8. The health care device according to claim 6 or 7, wherein the memory means records a general standard value as reference data. 9. The health management device according to claim 6 or 7, wherein the memory means records the target value set by the subject himself or the past measured value as reference data. 10. The health management device according to claim 6 or 7, wherein the memory means records data of a person other than the subject as reference data. 11. An input unit for inputting biometric information such as weight and a fat percentage, a memory unit in which at least one biomarker data relating to this biometric information is stored in advance, and the biometric data from the biomarker data. A health management device comprising data selection means for selecting data based on information, conversion means for converting the selected biometric index data into a video signal, and display means for displaying the video signal. 12. The health management device according to claim 11, wherein the memory means is provided so as to be exchangeable, and the biometric data is switched by exchanging the memory means. 13. The health management apparatus according to claim 11, wherein the biometric index data is biometric advice data such as an exercise menu, a meal menu, and a lifestyle improvement method. 14. The health management apparatus according to claim 11 or 12, wherein the biometric index data is image data in which the biometric information is replaced with food and drinks and familiar household items that a subject can easily imagine. 15. The biometric index data according to claim 11 or 12, wherein the numbers themselves are deformed by changing the font size such as numerical values and symbols, the font style such as bold type and italic type, or the color. A health management device characterized by being data. 16. The health according to claim 11 or 12, wherein the biometric index data is character data for simulating exercise, nutrition management, diet, etc. by a character reflecting the biometric information. Management device. 17. The health management device according to claim 11, wherein the biometric index data is voice data that conveys the biometric information by voice. 18. The health management device according to claim 11 or 12, wherein the biomarker data is guidance data such as precautions at the time of measurement or explanation of an operating method.