JP2002233507A - HEALTH STATE MANAGEMENT SYSTEM, METHOD OF REFLECTING HEALTH STATE ON CHARACTER IMAGES IN THE SYSTEM, AND RECORDING MEDIUM CONTAINING PROGRAM OF THE METHOD - Google Patents

Abstract

(57) [Summary] [Problem] To make a change of a display character more realistic and accurate with a continuity from a health medical point of view, and to be a self-alteration as a barometer of health management By using the photographic image as a character, it is possible to manage the health more realistically as if it were a game. SOLUTION: The health condition of the person is determined from the calorie intake of food and the energy consumption of exercise in a day (health condition management unit 21). In addition to reflecting the determination result in real time, the determination result of the day is reflected in the character image of the person based on the determination result of the previous day and displayed (character image conversion unit 22).

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a health management system, a method of reflecting a health on a character image in the system, and a recording medium storing a program of the method.

[0002]

2. Description of the Related Art The number of users who are interested in health management and dieting due to the recent health boom has increased. This is evident in the number of sites accessing the healthcare and dieting sites on the Internet. On the other hand, according to the overview of the 1998
The obese population of Japanese over the age is estimated to be 23 million. Compared with 1979, in particular, the proportion of obese persons has increased in men of any age, and conversely, the tendency of young women to increase in leanness has been increasing.

Conventionally, in order to manage a health condition, a health condition and a diet effect are simulated by a computer, and the result is expressed by reflecting a result of the simulation in a specific character image or a player image. There are systems for improving eating habits and eliminating lack of exercise.

[0004]

However, according to the above-mentioned prior art, since the input data concerning the food and exercise are transient and not continuous, the character image reflecting the result of the simulation is reflected. However, at that point, it was merely an expression that was thin, fat, or changing complexion, and thus far from reality.

[0005] The present invention has been made in view of the above circumstances, and based on daily input data such as diet, nutritional balance, exercise, etc., to accurately and continuously change the change of the display character from a health medical point of view. By making it more realistic by giving it, and by characterizing your own photographic image as a barometer of health management and using it as your own alter ego, you can realize a more realistic health management like a game An object of the present invention is to provide a state management system, a method of reflecting a health state on a character image in the system, and a recording medium on which a program of the method is recorded.

[0006]

In order to solve the above-mentioned problems, the present invention provides health condition management means for judging a person's health condition from calorie intake of food and energy expenditure for exercise each day. Character image conversion that, based on the determination result by the health condition management means, is reflected in real time in the character image of the person prepared before each meal and in real time, and the result of the determination is reflected in the character image of the person based on the result of the previous day. Means.

In the health condition management system according to the present invention, the health condition management means includes a calorie intake amount calculating means for calculating a calorie intake and a nutritional balance based on food input information including the type and amount of food. Exercise energy consumption calculating means for calculating exercise energy consumption based on exercise input information including the type and amount of exercise;
A health condition determination that determines a health condition based on the basic data of the person including height and weight based on the calorie intake and the nutritional balance calculated by the calorie intake calculation means and the exercise energy consumption calculation means by the exercise energy consumption calculation means. Means.

Further, in the health condition management system according to the present invention, the character image conversion means converts the judgment result after each meal into a numerical value by the health condition judgment means and reflects the result to a previously prepared character image of the person in real time. And a second calculating means for quantifying the result of the day based on the result of the previous day by the health condition determining means and reflecting the result on the character image of the person.

Further, in the health condition management system of the present invention, the character image converting means acquires dietary data including exercise for a predetermined period of time in advance based on the personal image registered in the database in advance, and determines sex, height,
In the basic data of the person including the weight, the calorie intake and the nutritional balance based on the acquired data, the result of determining the health condition by calculating the amount of energy consumed for exercise are set and stored as a default image, and thereafter, updated daily. A character growth image storage unit is further provided.

With the above-described configuration, the health condition management unit performs the calorie determination and the balance determination based on the calorie intake and the nutritional balance calculated by the calorie intake calculator, and determines whether the character is to be reflected on the character. Generate a conversion value. This character conversion value is calculated by a calculation unit incorporated in the character image conversion unit, quoted from the DB storage unit, and reflected in real time in the personal character image stored in the character growth image storage unit 223. The face and body type of the principal character written in the character growth image storage unit are updated daily.
As a result, the health condition can be continuously checked based on the daily food data and exercise data, and the condition is expressed in real time as a personal character image.
Because you use your character as a barometer of your own health management, if you continue to live unhealthy, your character as your alter ego will become thinner, thicker, or change in complexion, resulting in higher affinity. Realistic health management can be performed.

[0011] In order to solve the above problems, the present invention provides:
A method of reflecting a health condition on a character image in a health condition management system for judging a health condition and displaying a result thereof, wherein the health condition of the person is determined from a calorie intake of food and energy consumption of exercise in one day. The determination result is reflected in real time in a character image of the person prepared in advance after each meal, and the result of the day is reflected in the character image of the person based on the result of the previous day.

In the method of reflecting a health condition on a character image in the health condition management system according to the present invention,
The pre-prepared personal character image acquires dietary data including exercise for a certain period of time, and based on the personal data including gender, height and weight, based on the acquired data, calorie intake and nutritional balance, exercise energy consumption. It is characterized by reflecting the health state in the initial state determined by calculating the amount.

[0013] In order to solve the above problems, the present invention provides:
Through the user terminal, to determine the user's health by receiving the user's behavior input on food and exercise, used in a health management system that responds by reflecting the result in a prepared personal character image,
A computer-readable recording medium recording a health condition management program, wherein the health condition management program determines a user's health condition from a user's daily caloric intake and exercise energy consumption. A second step of reflecting the determination result on the principal's character image prepared in advance after each meal and reflecting the determination result of the day on the principal's character image based on the determination result of the previous day; And recording a health condition management program for causing a computer to execute the first and second steps.

Further, in the recording medium of the present invention, the first step is a step of calculating a calorie intake and a nutritional intake balance based on food input information including a type and an amount, and an exercise input including a type and an amount. Calculating the exercise energy consumption based on the information, gender, height, the basic data of the person including the weight, the calorie intake and nutritional balance, the step of determining the health state based on the calculation results of exercise energy consumption, A recording medium on which a health condition management program is recorded.

Further, in the recording medium of the present invention, the second step includes a step of quantifying a determination result after each meal and reflecting the result in a real-time image of the person's character prepared in advance in real time; And converting the result of the determination into a numerical value and reflecting the result on the character image of the person.

In the program of the present invention, the user's health condition is determined by receiving the user's action input regarding food and exercise via the user terminal, and the result is reflected on a character image prepared in advance. A health status management program used in a health status management system that responds, comprising: a first step of determining the health status of the user himself from the user's daily caloric intake and exercise energy expenditure; A second step of reflecting the result in real time on the character image of the person prepared in advance after each meal, and reflecting the result of the day on the character image of the person based on the result of the previous day. 1st, 2nd
Is a health condition management program that causes a computer to execute each step.

In the program according to the present invention, the first step is a step of calculating the calorie intake and the nutritional intake balance based on the input information of the food including the type and the amount, and the input information of the exercise including the type and the amount. Calculating the exercise energy consumption based on the above, and determining the health condition based on the calculation results of the calorie intake and nutritional balance and exercise energy consumption in the basic data of the person including gender, height, and weight. A health condition management program characterized by the following.

In the program according to the present invention, the second step includes a step of digitizing the determination result after each meal and reflecting the result on a previously prepared character image of the person in real time; Converting the result of the day into a numerical value and reflecting the result on the character image of the person.

[0019]

FIG. 1 is a block diagram showing a connection form of a client server system in which the present invention is realized. In FIG. 1, reference numeral 1 denotes a client terminal such as a mobile phone or a personal computer having a built-in browsing software which can be connected to the Internet. The health condition management system 2 according to the present invention is specifically composed of a web server and a database server, and can be roughly classified into a health condition management unit 21, a character image conversion unit 22, and a database (DB) device. And a communication interface unit 24.

The health condition management section 21 has a function of judging the health condition of the individual from the calorie intake of food and the energy consumption of exercise during the day. In addition, the character image conversion unit 22 reflects the judgment result of the current day based on the judgment result of the previous day based on the judgment result of the previous day based on the judgment result of the previous day based on the judgment result of the health condition management unit 21 based on the judgment result of the previous day after each meal. Has a function to reflect on the character image. In addition to the user information 231, the DB device unit 23 stores a digital photo image (character information 232) of the person registered in advance and the medical information 23.
3. Information based on calorie calculation (calorie information 23
4) and the like are registered and stored in advance. Also,
The communication interface unit 24 serves as an interface for connecting the client terminal 1 and the health condition management system 2 via the Internet network 3, and here, is a TCP / IP (Transport Control Protocol / In).
ternetProtocol).

The health management unit 21 includes a calorie intake calculation unit 211 and an exercise energy consumption calculation unit 21.
2 and a health condition determination unit 213. The calorie intake calculation unit 211 has a function of calculating calorie intake and nutritional balance based on food input information including the type and amount of food. The exercise energy consumption calculation unit 212
Has a function of calculating exercise energy consumption based on exercise input information including the type and amount of exercise. Further, the health condition determination unit 213 calculates the calorie intake, the nutritional balance, and the exercise energy consumption by the calorie intake calculator 211 and the exercise energy consumption calculator 212 based on the basic data of the person including gender, height, weight, and the like. It has a function to determine the health status based on the result. The various data used as the basis for the calorie intake and the nutritional balance, the exercise energy consumption calculation, and the health condition determination by the calorie intake calculation unit 211, the exercise energy consumption calculation unit 212, and the health condition determination unit 213 described above are as follows. , D
It is assumed that the information is registered and stored in the B device unit 23 in advance.

The character image conversion unit 22 includes a calculation unit 22
1, the operation unit 222, and the character growth image storage unit 22
3 The calculation unit 221 includes a health condition determination unit 213
In this way, the after-meal judgment result is converted into a numerical value, and the prepared personal character image (character growth image storage unit 2) is prepared in advance.
23) has a function to reflect in real time. The calculation unit 222 has a function of digitizing the determination result of the day based on the determination result of the previous day by the health condition determination unit 213 and reflecting the result on the character image of the person. The character growth image storage unit 223 is a temporary storage device in which a personal character image set in an initial state is stored and the change is reflected. Specifically, based on a personal image registered in advance as character information of the DB device unit 23, the health state management unit 21 acquires dietary data including exercise for a certain period of time in advance, and includes gender, height, weight, and the like. In the basic data of the subject, the calorie intake and the nutritional balance based on the acquired data, and the result of determining the health condition by calculating the amount of energy consumed for exercise are set and stored as a default image.
222 is updated daily.

FIGS. 2 and 3 are flowcharts cited for describing the operation of the health condition management system 2 shown in FIG. Hereinafter, the operation of the embodiment of the present invention shown in FIG. 1 will be described in detail with reference to the flowcharts shown in FIGS.

Prior to the description of the operation, the user makes a web registration of the user's name, height, age, gender, weight, personality, life pattern, and the like by receiving a questionnaire through the client terminal 1 in advance. . Further, it is assumed that a photograph including the face of the person photographed by the digital camera has been transmitted. In addition, the web site (health condition management system 2) registers the received various text data in the DB device unit 23, creates an initial personal character image based on the data and the photograph of the user, and sends the data to the DB device unit 23. After the registration, this service shall be started. Details of the initial principal character image will be described later.

In the flowchart shown in FIG. 2, first, the user inputs meal data consisting of the contents and amount after each meal or periodically via the client terminal 1 (step S21). The health condition management system 2 receives this, and calculates the calorie value (cal) and the balance value (bal) by the calorie intake amount calculation unit 211 (step S22). Next, the calorie intake calculation unit 211 calculates All (cal) = now + All, A
Cumulative addition is performed according to the formula of ll (bal) = now + All (steps S23 and S24), and the result is transferred to the health condition determination unit 213. Here, the calculated calorie value and balance value are calculated by referring to the calorie information section 234 stored in the DB device section 23 in advance. In the above equation, now is a calorie value and a balance value calculated from the input food data, and All is a value cumulatively added up to that point.

The health state determination unit 213 performs a calorie determination and a balance determination based on the intake calorie amount and the nutritional balance value calculated by the intake calorie amount calculation unit 211 (steps S25 and S27), and sends it to the character. A character conversion value is generated for reflection (step S28). This character conversion value is calculated by the calculation unit 221 incorporated in the character image conversion unit 22, quoted from the DB storage unit 23, and reflected in real time on the principal character image stored in the character growth image storage unit 223 (step). S29). In the calorie judgment, the health condition judging unit 213 checks whether the calorie intake does not exceed the optimal calorie intake for the day, and determines whether the nutrient balance is extremely biased in the nutrition balance judgment. Check.
How to make the determination and how to reflect the character will be described later with reference to specific examples.

As another process, when the exercise amount data is input at an appropriate time from the client terminal 1 (step S30), the exercise energy consumption calculating section 212 calculates the exercise energy consumption based on the exercise amount data. (Step S31). Next, the exercise energy consumption calculating section 212 calculates All (v) = now + All (A
The kinetic energy consumption is cumulatively added according to the formula of (11 (v) is the cumulative addition amount of the kinetic energy amount (v)) (step S32). The exercise energy consumption is calculated by calculating the calorie information 23 stored in the DB device unit 23 by the exercise energy consumption calculator 212 incorporated in the health condition management unit 21.
4 is obtained by referring to FIG. As described above, the health condition management system 2 performs the above processing every time the food data and the exercise amount data are input, and calculates the calorie value, the balance value, and the exercise energy consumption.

Here, the reset time is set to a relatively stable time at which the user is unlikely to input data, for example, 4:00 in the morning. If the set reset time has come (O in step S33)
N), an operation unit 22 built in the character image conversion unit 22
FIG. 3 shows a case in which a total value is calculated using the total calorie intake of the previous day's food and the total amount of energy consumed for exercise, which is cumulatively added in the processing flow of FIG. Perform processing. At this time, the accumulated data (All (cal), All (v)) is reset. As described above, once a day, the data input and cumulatively added data is processed at once, and the variables for cumulative addition are reset for the next day. The detailed operation will be described below. First, the health condition determination unit 213 assigns a process based on a calorie value or a balance value (step S3).
4). Next, the variable of the default initial value is referred to for use in the calculation processing in the next step. (Step S
35, S36). Next, the calorie calculated by subtracting the kinetic energy consumption from the total calorie intake per day (Al
l (cal) -All (v)) as a reference (step S37), and the nutritional balance is determined while observing the total value of the day (step S3).
8). Then, the arithmetic unit 222 incorporated in the character image conversion unit 22 is started, and a default character conversion value is generated by referring to the basic data and the initial setting value (step S39). The default character registered in the character growth image storage unit 223 is reflected (step S4).
0). Further, the argument All is initialized to prepare for calorie calculation and balance calculation for each meal of the day (step S4).
1). Note that All is initialized once a day, but this timing can be arbitrarily set by the user.

FIGS. 4 to 8 are views cited for explaining the specific operation of the embodiment of the present invention. FIG. 4 is a diagram cited for describing generation of a default character image. Here, the user was required to input his / her diet including exercise for a certain period of time, and the health condition management system 2 created the user's own data and reflected it in the face photograph of the user, which was initially set. The default image is used. That is, the DB device unit 2
3. Obtain dietary data including exercise for a certain period of time in advance based on the personal image registered in
Gender, height,
In the basic data of the person consisting of weight, age, etc., the calorie intake and nutritional balance based on the acquired data, the result of judging the health condition by calculating the amount of energy consumed for exercise are set and stored as a default image, and thereafter,
Shall be updated daily.

FIG. 4 illustrates, as basic data, a woman 155 cm tall, weighing 47 kg and a 25-year-old woman as basic data, as shown in FIG. Based on the data (b) for a certain period, a conversion value variable expression and a basal metabolism of the default character of this woman are calculated. When the total calorie intake is calculated from the food of (b), the result is as shown in (c). In this case, 3170 kcal-1129 kcal (basal metabolism)
= 2041 kcal calorie over. The total calorie intake is calculated by the calorie intake calculator 211.

Next, as shown in (d), the ratio of the total calorie intake to protein, lipid, and carbohydrate is allocated, and the amount of exercise other than basal metabolism (e) is subtracted from the total calorie intake. From the table shown in (d), the degree of influence of protein, lipid and carbohydrate on body weight is calculated by solving simultaneous equations. Here, in order to consider the calorie consumption due to exercise, the total calorie intake is obtained by subtracting the energy consumed due to exercise from the actual calorie intake. Also, before bedtime, there is a lot of energy stored in the body,
Increase the weight on the amount of energy taken at night.
For example, when taking 1000 kcal in the morning, a coefficient of 0.8 is multiplied to 800 kcal, and 1000 kcal at night.
In the case of l intake, multiply the coefficient by 1.2 to 1200 kca
l. The method of calculating the coefficient is based on the graph shown in (f). This graph is an energy accumulation curve in which a coefficient is plotted on the vertical axis and time is plotted on the horizontal axis, and a degree of accumulation of energy in a human body is represented as a coefficient.

Then, as shown in (g), for each protein, lipid, and carbohydrate, a calorie accumulation curve was prepared by plotting the fatness on the vertical axis and the calorie intake on the horizontal axis.
The amount of fat in al is indicated by a numerical value (%) as an index. There are subcutaneous fat and visceral fat, etc.
It is assumed that they are classified in advance according to the type of food put into each. The fat portion differs depending on the classification. For example, the fat type is a pear type for a subcutaneous fat type, and an apple type for a visceral fat type. In addition, the method of applying subcutaneous fat and visceral fat varies depending on the gender. The graph shown in (f) is a protein, and in addition, a graph of lipid and saccharide is prepared. The index indicated as the fatness is used when the character is changed, and is used as a numerical value representing the fatness of the user. For example, when taking 1200 kcal, the fatness index becomes 100%. The numerical values shown here are generated by the health condition determination unit 213 and become the original data of the character conversion by the character image conversion unit 22.

FIG. 5 is a diagram cited for explaining the lifestyle of the user himself. Here, November 22
Only the date and November 23 are quoted. Here, the basal metabolism is 1400 kcal, and the optimal calorie intake per day is 20.
A default character of 155 cm tall and 45 kg in weight, which is 00 cal, is illustrated, and the user's eating state at each time on November 22 is as shown in the figure. Note that the default character is, for example, an initial character of the day at 4:00 AM, and indicates a state in which the superficial change of the character of the previous day has been reset.

First, the vertical movement which reflects each meal will be described. Since the user skips the morning meal and eats three cup ramen at noon, the calorie intake is 150
It is 0 kcal, which does not exceed the optimal total calorie intake per day, but it can be seen that the expression is a little overshadowed by the uneven nutrition. Also, at 15:00, I had two hamburgers and chocolate, so I already took 1500k
The total character becomes 3000 kcal, and the calorie is over, the character with a slightly thicker body including the face is displayed, and the facial expression is blurred because the nutrition is biased. And for 22:00, tonkatsu, rice, miso soup, ice cream, gratin, takoyaki etc. 3000k
He is eating a large amount of cal, which causes a considerable calorie over and an alarm is generated. In the alarm, the expression should be a little straightforward so that a real person would not be so fat, and the fact that he or she is taking too much calories or biased nutrition is reflected on the facial expression and the character's body shape and visually. Express. In other words, the face becomes paler, with a thicker face and body shape, and a more biased nutrition, without any expression.

FIG. 8 shows a simple display example of reflection on a character. Here, nine types of characters are illustrated with the nutritional balance on the vertical axis and the calories on the horizontal axis. The character becomes fat as it goes to the right, and the facial expression becomes better and the expression becomes clearer as it goes upward. These changes are not patterned, and the percentage values and contents vary depending on various factors obtained from individual basic data, and it is the same as the change of other people's characters like real humans rare.

[0036] The aim is to call attention to practice a diet that can provide insufficient nutrition when eating unbalanced meals, and to suppress excessive calorie intake.
It should be noted that the expression of the face size, body type, and facial expression is to be reflected in% with respect to the default character. More specifically, the health condition determination unit 213 obtains data relating to fatness or deviation in nutritional balance, and the calculation units 221 and 222 incorporated in the image conversion unit 22 perform calculations for character conversion based on the% values. , Is reflected in real time on the principal character in the character growth image storage unit 223.

Next, a description will be given of a lateral movement in which the amount of food and exercise of today is reflected on the user up to the previous day. Here, the data inputted in one day is totaled, the total calorie intake (-exercise expenditure) is calculated, multiplied by a coefficient and accumulated, and the result is reflected on the energy accumulation curve shown in FIG. The variable at the point where the total intake and the energy accumulation curve intersect is reflected on the user's character at the time of registration. It should be noted that the standard weight may be reflected in the standard weight, and the standard weight of the user is added to the standard weight only for the first time. From the next time, the change of the character is reflected on the basis of the character ratio of the previous day. The aim is to express the body shape as close as possible to the person himself, and to correct bad lifestyles such as excessive calorie intake and uneven nutrition intake without specialized knowledge.

FIG. 6 shows the details. (A) shows a default initial value. Here, it is assumed that the amount of energy consumed (calories) is set in advance based on the weight, height, age, etc. in consideration of the amount of exercise on the previous day.
For example, it is assumed that 100 kcal is set when no exercise is performed, 200 kcal when moderate exercise is performed, and 300 kcal when heavy exercise is performed. This value is an example, and also varies by person according to the default initial value. Alternatively, the amount of exercise may be calculated by inputting a specific exercise name (for example, tennis 30 minutes). Specifically, as shown in (b), when the user exercises moderately and registers food, the total calorie intake from the food is 3170 kcal.
(C), from which 1400 kca of basal metabolite
Decreasing l results in over 1770 kcal. Then, as shown in (d), the ratio of the total calorie intake to protein, lipid, and carbohydrate is allocated, and the reference metabolism shown in (e) is allocated to the same three reference values as in (d), and (d) −
The over amount (g) is calculated from (e). Then, the exercise energy consumption of 200 kcal is subtracted (f) and converted into the respective fatness using the graph shown in FIG. 4 (g). When fattening the character, for example, the subcutaneous fat component of the lipid is 240 kc in the cheek area.
Since it is al, it is considered to convert the cheek portion to a size of 100.3%.

In this way, the overeating, lack of exercise, and unbalanced unhealthy nutritional balance of the previous day are reflected on the default character according to the degree thereof, and an alarm is given to the user as a relative default. In addition, (intake-consumption) energy [kcal] ≦ basal metabolism [kcal], and the next day, the body returns to the absolute default body shape. The balance is 1
Since the reset is performed every day, if the balance exceeds the passing line on November 23, the default character of the next day returns to the absolute default complexion.

FIG. 7 is a table showing an example of how the balance is reflected on the character. The state shown in (b) is reflected on the character based on the actual symptom shown in (a), and the change is indicated by% of balance. Depending on the item, it is necessary to change the color of skin change and differentiate each change.

The health management unit 21 shown in FIG.
And a character image conversion unit 22, an intake calorie amount calculation unit 211, and an exercise energy consumption amount calculation unit 21
2. Programs for realizing the functions of the health condition determination unit 213, the calculation units 221 and 222, and the character growth image storage unit 223 are recorded on a computer-readable recording medium, and recorded on this recording medium. The computer reads the program into a computer system constituting the health management system, and the computer sequentially reads and executes the program, whereby the health management system of the present invention is constructed. The computer system referred to here includes an OS and hardware such as peripheral devices.

Further, the computer system includes a homepage providing environment (or a display environment) if a WWW system is used. The computer-readable recording medium includes a floppy (registered trademark) disk, a magneto-optical disk, a ROM, and a CD.
-A storage medium such as a portable medium such as a ROM or a hard disk built in a computer system. Further, the computer-readable recording medium is a volatile memory (RA) in a computer system that is a server or a client when a program is transmitted through a network such as the Internet or a communication line such as a telephone line.
As shown in M), a program holding a program for a certain period of time is also included.

The above program may be transmitted from a computer system storing the program in a storage device or the like to another computer system via a transmission medium or by a transmission wave in the transmission medium. Here, the "transmission medium" for transmitting a program refers to a medium having a function of transmitting information, such as a network (communication network) such as the Internet or a communication line (communication line) such as a telephone line. Further, the program may be for realizing a part of the functions described above. further,
What can realize the above-mentioned function in combination with a program already recorded in the computer system, that is, a so-called difference file (difference program) may be used.

The embodiment of the present invention has been described in detail with reference to the drawings. However, the specific configuration is not limited to this embodiment, and includes a design and the like without departing from the gist of the present invention. It is.

[0045]

As described above, according to the present invention, the health condition of the person is determined from the calorie intake of the meal and the energy consumption of the exercise on a daily basis. In addition to being reflected in the character image in real time, the result of the day is reflected and displayed in the character image of the person based on the result of the previous day, so that the health condition during the day and the daily health The state can be managed efficiently.

Therefore, based on daily input data such as food, nutritional balance, exercise, etc., it is possible to accurately and continually change the display character from the viewpoint of health and medical care, and to make the change more realistic. By characterizing and using a photographic image as an alter ego as a barometer for health management, health management with a more realistic feeling can be realized as in a game. By applying the present invention, by transmitting a character that faithfully reflects oneself, for example, to a hospital or the like, it is possible to receive advice on how to improve the life cycle, or just look at the character to make it worse. It is also conceivable to let them know if they have sex.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a connection form of a client server system in which the present invention is realized.

FIG. 2 is a flowchart cited for explaining the operation of the health condition management system shown in FIG.

FIG. 3 is a flowchart cited for explaining the operation of the health condition management system shown in FIG. 1;

FIG. 4 is a diagram cited for describing an operation of the exemplary embodiment of the present invention, and is a diagram cited for describing generation of a default character image.

FIG. 5 is a diagram cited for explaining the operation of the embodiment of the present invention, and is a diagram cited for explaining the lifestyle of the user himself / herself.

FIG. 6 is a diagram cited for explaining the operation of the embodiment of the present invention, and is a diagram showing a flow of daily character change.

FIG. 7 is a diagram cited for explaining the operation of the embodiment of the present invention, and is a diagram showing an example of a method of reflecting a nutritional balance on a character in a table format.

FIG. 8 is a diagram cited for explaining the operation of the embodiment of the present invention, and is a diagram showing a schematic example of reflection on a character.

[Explanation of symbols]

1. Client terminal 2. Health management system 3.
... Internet network, 21 ... Health condition management unit, 22 ... Character image conversion unit, 23 ... DB device unit, 211 ... Calculated calorie intake amount calculation unit, 212 ... Exercise energy consumption calculation unit, 213 ... Health state determination unit, 221 ( 222) arithmetic section, 223 character growth image storage section

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Matsue Hatsue 1-9-1 Konan, Minato-ku, Tokyo Inside NTT Comware Corporation (72) Inventor Shunsuke Isogai 1-chome Konan, Minato-ku, Tokyo No. 9-1 NTT COMWARE CORPORATION

Claims (12)

[Claims] 1. A health condition management means for judging a health condition of a person based on a calorie intake of a meal and energy consumption of exercise in a day, and prepared in advance after each meal based on the judgment result by the health condition management device. And a character image conversion means for reflecting the determination result of the day on the personal character image based on the determination result of the previous day based on the determination result of the previous day. 2. The health condition managing means includes: a calorie intake amount calculating means for calculating a calorie intake and a nutritional balance based on food input information including a kind and a quantity of a meal; Exercise energy consumption calculation means for calculating exercise energy consumption based on the input information, gender, height, the basic data of the person including the weight, the calorie intake calculation means and the calorie intake by the exercise energy consumption calculation means and The health condition management system according to claim 1, further comprising: health condition determination means for determining a health condition based on a calculation result of a nutritional balance and an amount of energy consumed for exercise. 3. The character image conversion means, wherein the health state determination means digitizes the determination result after each meal and reflects it in real time on a prepared personal character image in real time; 3. The health management system according to claim 1, further comprising: second calculation means for quantifying the judgment result of the day based on the judgment result of the previous day by the means and reflecting the result in the character image of the person. system. 4. The character image conversion means acquires dietary data including exercise for a certain period of time in advance based on the personal image registered in the database in advance, and converts the basic data of the personal including gender, height and weight into the basic data of the person. A character growth image storage unit that sets and stores a result of determining a health condition by calculating a calorie intake, a nutritional balance, and an amount of energy consumed for exercise based on the acquired data as a default image, and thereafter is updated daily. The health condition management system according to claim 3, wherein: 5. A method of reflecting a health condition on a character image in a health condition management system for judging a health condition and displaying a result of the determination, wherein the person is determined from a calorie intake of food and an energy consumption of exercise in a day. The health condition of the subject is reflected in real time on the person's character image prepared in advance each time a person ingests the food, and the result of the day is based on the result of the previous day. A method of reflecting a health condition on a character image in a health condition management system, characterized in that the character image is reflected on a character image. 6. The personal character image prepared in advance is obtained by acquiring dietary data including exercise for a certain period of time, and adding the calorie intake and nutrition based on the personal data including gender, height and weight based on the acquired data. 6. The health state management system according to claim 5, wherein the health state in the initial state determined by calculating the balance and exercise energy consumption is reflected. Method. 7. A health condition management system that determines a user's health condition by receiving a user's action input regarding food and exercise via a user terminal, and reflects the result in a character image prepared in advance. A computer-readable recording medium that records a health condition management program used in a computer, wherein the health condition management program is based on a user's daily health calorie intake and exercise energy consumption per day. The first to determine
And reflecting the determination result in real time on the character image of the person prepared in advance after each meal,
A second step of reflecting the determination result of the day on the character image of the person based on the determination result of the previous day, and recording a health condition management program for causing a computer to execute the first and second steps. Medium. 8. The first step includes calculating calorie intake and nutritional balance based on food input information including type and amount, and calculating exercise energy consumption based on exercise input information including type and amount. Calculating, based on the basic data of the individual including gender, height, and weight, a step of determining a health condition based on the calculated results of the calorie intake, nutritional balance, and energy consumption for exercise. Item 8. A recording medium on which the health condition management program according to Item 7 is recorded. 9. The method according to claim 9, wherein, after each meal, the determination result is digitized and reflected in real time in a character image of the person prepared in advance, and the determination result of the current day is numerically determined based on the determination result of the previous day. 9. The recording medium according to claim 7, wherein the recording medium stores the health condition management program. 10. A health condition management system which judges a user's health condition by receiving a user's action input regarding food and exercise via a user terminal, and reflects the result in a character image prepared in advance to respond. A health condition management program for determining a user's own health condition from a user's daily calorie intake and exercise energy consumption.
And reflecting the determination result in real time on the character image of the person prepared in advance after each meal,
And a second step of reflecting the determination result of the current day in the character image of the person based on the determination result of the previous day, wherein the computer executes the first and second steps. 11. The first step is a step of calculating a calorie intake and a nutritional intake balance based on input information of food including type and amount; and calculating exercise energy consumption based on input information of exercise including type and amount. Calculating, based on the basic data of the individual including gender, height, and weight, a step of determining a health condition based on the calculated results of the calorie intake, nutritional balance, and energy consumption for exercise. Item 11. The health condition management program according to Item 10. 12. The second step includes: after each meal, a step of digitizing the determination result and reflecting the result on a prepared character image in real time in real time; and a step of numerically determining the determination result of the current day based on the determination result of the previous day. 12. The computer-readable storage medium according to claim 10, further comprising a step of converting the image into a character image of the person.