JP4907566B2 - Device and method for supporting diet - Google Patents

Description

  The present invention relates to an apparatus for supporting a diet. In particular, the present invention relates to an apparatus for displaying information on meal balance for supporting diet.

  Conventionally, people are highly interested in human health, and various health methods have been proposed for so-called health foods, gymnastics, and dietary habits in order to maintain daily health. In particular, diets that control the amount and quality of food (calories) and the type and balance of foods for the purpose of health and beauty are particularly interested among young women. People who are interested in such health laws aim to eat a diet that takes nutritional balance into consideration based on the calories of the food they have taken.

As an apparatus for supporting a dietary life in consideration of such a nutritional balance, a dietary life support apparatus is known in which the nutritional balance and the estimated amount of calories of food to be ingested can be recognized at a glance (Patent Document 1). With this device, food can be divided into a plurality of food groups in consideration of nutrition, and the nutrition balance of the ingested meal can be confirmed at a glance by displaying the food groups collectively. In addition, the display configuration is such that the predetermined calories of each food group are indicated by points, and the target amount corresponding to the points can be easily recognized by displaying it on a picture. It is configured so that it can be selected . In a similar device is found, to determine the balance of meals user, diet assist apparatus for induction to encourage food intake is known that ingestion is insufficient (Patent Document 2). With this device, the user diagnoses the nutritional balance simply by inputting the presence or absence of food in each food group or a rough intake amount, and the user selects these for food in the food group that is insufficiently consumed. The information that visually guides you to ingest the food.
JP-A-9-26951 JP-A-9-26950

  However, as with the above-described conventional eating habits support device, in order to support a nutritionally balanced eating habits, it is only necessary to determine the nutritional balance so that it can be confirmed at a glance. The support is not sufficient.

  In order to support and succeed in a diet, it is necessary to continue a so-called correct diet. Here, the reasons why the diet does not continue include, for example, experience that there is a stagnation period in which the dietary effect does not appear, there is a stagnation period in which the effect of the diet does not appear, and there is no long-lasting alone. On the other hand, in the conventional dietary support device, if the nutritional balance is maintained, the intake of other foods cannot be promoted even if the dietary life is monotonous. Moreover, it is difficult to distinguish between stable eating habits and a stagnation period, and exchanges through eating habits are not considered in conventional eating habits support devices. Furthermore, in order to bring about a dietary effect, it is indispensable not only to pay attention to nutritional balance but also to use in combination with exercise, but it is biased toward achieving nutritional balance.

  Thus, in order to succeed in dieting, it is necessary to provide support that solves the peculiar problems concerning dietary habits during dieting and enhances the feelings of users who continue dieting.

  An object of the present invention is to provide an apparatus capable of creating information for making a dieting effortlessly based on a simple input by a user and, as a result, continuing the dieting.

  The present invention provides the following solutions.

(1) In a diet support apparatus that presents information related to diet to a user, advice information storage means that stores advice information related to diet in advance, and diary data that is data related to the user's diet received from a user terminal is stored The diary data storage means stores the diary data meal stored in the diary data storage means based on a determination table that associates a plurality of food groups in which the foods to be ingested are grouped together with the meal balance of the food groups. A determination means for determining a balance; an advice information transmission means for extracting the advice information stored in the advice information storage means based on the determination of the determination means and transmitting the extracted information for display on the user terminal; and the determination Based on means determination Data for reflecting the meal balance for each food group in the illustration display of the food group, the data including data for determining the size of the illustration display of the food group, and the user terminal A diet support apparatus comprising: an illustration transmission means for transmitting the data for display on the display .

According to the configuration of the present invention, the diet support apparatus stores in advance advice information relating to a diet, and is received from the user terminal, and is a diary data (eg, body weight, body fat percentage, ingested food group) that is data relating to the user's diet. The food balance of the diary data stored in the diary data storage means based on the determination table that associates the food balance of the food group and the food balance of the food group with each of the food groups in which the foods to be ingested are grouped together. It determines, based on the determination, and extracted advice information stored in the advice information storage unit, to be displayed on the user terminal. The diet support device is data for reflecting the meal balance for each food group in the illustration display of the food group based on the determination of the meal balance based on the determination table, and the size of the illustration display of the food group is set. Data including data to be determined is created and displayed on the user terminal.

Therefore, according to the present invention, the meal balance of the diary data is determined based on the determination table that associates the food group and the meal balance of the food group, the advice information is displayed based on the determination , and the meal balance is further determined. Because it is displayed in the size of the illustration of the food group, it is possible to display advice information and illustrations to make the diet effortless, based on simple user input, and as a result, continue dieting be able to.

In Diet support device according to (2) (1), checks the advice information to the user the advice information transmitting means for transmitting the said advice information stored in said advice information storage unit, associated with said advice information A diet support apparatus comprising advice information created on the basis of input data received from the user terminal for matters.

According to the configuration of the present invention, creating the present invention, the advice information to the user, and advice information stored in the advice information storage unit, the check items related to the advice information based on the input data accepted from the user terminal Including advice information . Therefore, according to the present invention, it is possible to display advice information for making dieting effortlessly based on a simple user input, and as a result, dieting can be continued.

In Diet support device according to (3) (1) or (2), advice information to the user, based on the advice information extracted at random from among the advice information stored in said advice information storage unit A diet support apparatus characterized by including advice information created by

According to the configuration of (3), advice information to the user includes advice information created based on the advice information extracted at random from the advice information stored in the advice information storage unit, so that the user Can expect the next advice information , so you can continue the diet.

(4) In the Diet support device according to (1) (3), advice information to the previous SL user, diet support device characterized in that it is created for each stated day.

According to the configuration of ( 4 ), according to the present invention, the advice information to the user created based on the user's simple input is determined every fixed day (for example, every 7 days, every 30 days, every 90 days). As a result, the diet can be continued.

( 5 ) In the diet support apparatus according to any one of (1) to ( 4 ), the data relating to the diet of the user includes a weight and a body fat percentage of the user, and a graph relating to a change in the weight and the body fat percentage of the user. A diet support apparatus, further comprising: a graph transmission unit that transmits the weight and body fat percentage data of the user stored in the diary data storage unit for display on the user terminal.

According to the configuration of ( 5 ), the data relating to the user's diet includes the user's weight and body fat percentage, and the diet support device displays a graph relating to changes in the user's weight and body fat percentage on the display means of the user terminal. In order to make it possible, it is further provided with a graph transmission means for transmitting the weight and body fat percentage data of the user stored in the diary data storage means.

  Therefore, according to the present invention, a graph relating to changes in the weight and body fat percentage of the user is created and displayed. As a result, the user can be aware of the effect of dieting and can continue dieting.

( 6 ) In the diet support apparatus according to any one of (1) to ( 5 ), the determination table includes a table in which the number of intakes of a specific carbohydrate in the food group and a meal balance are associated with each other, and a non-specific carbohydrate A diet support device comprising a table associating intake frequency data with meal balance.

According to the configuration of ( 6 ), the determination table includes a table for a specific carbohydrate and a table for a specific carbohydrate other than the specific carbohydrate. Therefore, even for a specific carbohydrate (for example, rice, bread, noodles), Based on a simple input, information for making a diet without difficulty can be created, and as a result, the diet can be continued.

( 7 ) In the diet support apparatus according to any one of (1) to ( 6 ), a user storage unit that stores data relating to the user received from the user terminal, and a user storage unit that receives designation from the user terminal And a rival transmission means for transmitting other user data stored in the diary data storage means for display on the user terminal.

According to the configuration of ( 7 ), since the present invention displays other users 'diary data according to the user's designation, as a result, the user is encouraged to see the other users' diary data. The user can continue dieting.

( 8 ) In a diet support method for presenting information related to diet to a user, the step of storing diary data, which is data related to the user's diet, received from the user terminal in the diary data storage means, and the food to be ingested are grouped together by ingredients. A determination step of determining a meal balance of the diary data stored in the diary data storage unit based on a determination table in which a plurality of food groups are associated with a meal balance of the food group; based on extracts advice information from the advice information storage unit that stores in advance the advice information about the diet, on the basis of the absence steps be transmitted, the determination of the determination step in order to be displayed on the user terminal, said food The meal bar for each group Creating data including data for determining the size of the food group illustration display, and transmitting the data to be displayed on the user terminal. , Diet support method which is characterized in that it comprises.

( 9 ) In a computer program for presenting information related to diet to a user, the step of storing diary data, which is data related to the user's diet, received from the user terminal in the diary data storage means, and the foods to be ingested are grouped by ingredients A determination step of determining a meal balance of the diary data stored in the diary data storage unit based on a determination table in which a plurality of food groups are associated with a meal balance of the food group; based on extracts advice information from the advice information storage unit that stores in advance the advice information about the diet, on the basis of the absence steps be transmitted, the determination of the determination step in order to be displayed on the user terminal, said food Said per group Creating data including data for reflecting the balance of food in the illustration display of the food group, and determining the size of the illustration display of the food group, and transmitting the data for display on the user terminal a computer program to be executed and, to a computer.

  ADVANTAGE OF THE INVENTION According to this invention, based on a user's simple input, the information for making a dieting effortlessly created can be produced, As a result, the apparatus which can continue a diet can be provided.

Hereinafter, as an embodiment of the present invention, a diet diary server 10 will be described as an example with reference to the drawings. As one embodiment of the present invention, the diet diary server 10 stores in the user DB 18 a communication I / F 1040 that performs transmission / reception with the user terminal, a user DB 18 as user storage means, and user-related data received from the user terminal. A user registration unit 11, a diary data DB 19 as a diary data storage unit, a user diary input unit 12 that stores diary data received from the user terminal, which is data related to the user's diet, in the diary data DB 19, and a graph transmission unit a graph transmitting section 13, and diet balance determination unit 14 as determination means, the illustration sending section 15 as illustrations transmission means, the advice information DB20 as the advice information storage unit, the advice transmitter 1 as advice information transmitting means When, and a rival transmitter 17 as competitor transmitting means.

  FIG. 1 is a diagram illustrating a relationship between components that configure functions of the diet diary server 10 according to the present embodiment and data processed by the components.

  The user registration unit 11 registers user information input via the user terminal in the user DB 18. For example, user information includes name, nickname, height, weight, age, and the like.

  By performing a user search based on the user DB 18, it is possible to search for people who are close to their age or who are similar in height and weight. You can refer to it. You can also register as a rival, and check the new diary data of your rival on your diet diary.

  The user diary input unit 12 receives information for each meal input by the user via the user terminal and stores the information in the diary data DB 19. For example, input of diary data includes input of body weight and body fat percentage, input of meal information, input for each decision, input of exercise and calorie consumption, input of diary, and the like.

  The graph transmission unit 13 creates data for graph display based on information input by the user via the user terminal, and displays the data via the user terminal. For example, a transition graph of weight and body fat percentage is displayed.

  The meal balance determination unit 14 determines the meal balance based on information input by the user via the user terminal. The information input by the user is information on whether or not the food group corresponding to the food consumed by the user for each meal has been consumed. However, for vegetables, options for intake (for example, four stages of 200 g or more, 120 to 200 grams, small amount to 120 g, none) are selected and input. And a score is calculated every day by the meal balance score calculation logic. Further, an average score is calculated for the period.

  The illustration transmission part 15 displays the content of the determination about a meal balance with an illustration on the screen of a user terminal. The determination is made based on an illustration display table that associates the number of times the food group is ingested and the size of the illustration display of the food group. The content of the determination is whether it is greater or less than the standard average intake, in view of the daily nutritional requirements for each food group. Then, the content of the determination is expressed by the size of the illustration display of the food group. When the average intake is higher than the standard, the size of the food group's illustration is large, and when the average intake is the standard, the size of the food group's illustration is medium. Correspondingly, if the average intake amount is less than the standard, the size of the illustration of the food group corresponds to small. For example, rice, bread, noodles, potatoes, fruits, seafood, meat, and eggs are overdose for dietary reasons.・ Tofu, dairy products, mushrooms, seaweed, and vegetables have a relationship that exceeding the standard value is a good diet.

The advice transmission unit 16 creates advice information about a diet based on the advice information DB 20 and a check item related to determination about meal balance or advice information , and displays the advice information on the screen of the user terminal. The advice information DB20, for example, advice information about the increase or decrease of body weight, advice information about life check, advice information about the NG check, advice information about the check good place, advice information about the check only take, for lack of checks Advice information is stored in advance.

  The rival transmission unit 17 receives an input from the user regarding another user as a rival, and displays the received user information on the user terminal. The user can see the data of other users' diet diaries, and is encouraged and inspires to continue the diet. As a result, the diet can be continued.

  FIG. 2 is a diagram illustrating an operating environment of the diet diary server 10. A diet diary server 10 according to an embodiment of the present invention is connected to a personal computer 30 which is a user terminal via a computer network 70 (Internet, LAN, WAN, etc.) and is a user terminal via a mobile phone network 80. An example in which the mobile phone 31 is also connected is shown.

  FIG. 3 is a diagram illustrating an example of a hardware configuration of the diet diary server 10 according to the present embodiment. The diet diary server 10 includes a semiconductor memory via a CPU (Central Processing Unit) 1010, a bus line 1005, a computer network communication I / F 1040, a main memory 1050, a BIOS (Basic Input Output System) 1060, and an I / O controller 1070. 1078, hard disks 1074 and 1075, and a communication I / F 1080. For maintenance and the like, a display device 1022 is provided via input means such as a keyboard and a mouse 1100, a graphic controller 1020, and a VRAM 1024.

  The BIOS 1060 stores a boot program executed by the CPU 1010 when the diet diary server 10 is started, a program depending on hardware, and the like.

  The hard disks 1074 and 1075 store various programs for the diet diary server 10 to function and programs for executing the functions of the present invention, and further constitute a user DB 18, a diary data DB 19, an advice information DB 20, and the like.

  FIG. 4 is a diagram showing the user DB 18 and the diary data DB 19. The user DB 18 includes a user ID, a user profile, and rival information.

The user ID is user identification information. When registering a user, it is automatically created as a unique ID. The user profile stores user profile information. In the item of the user's profile, for example, name, nickname, gender, age, body weight at the time of diet start, height and body fat percentage, the target value Nadogaa of diet is, are used to, such as the creation of advice information. The rival information stores the user IDs of other users. The user-related data stored here can be viewed as rival information.

  The diary data DB 19 is associated with each user ID and stores data relating to daily diets. For example, data relating to food groups taken for each meal, such as daily weight and body fat percentage, data relating to decisions, data relating to exercise and calorie consumption, diary, and the like are stored.

  FIG. 5 is a diagram showing the advice information DB 20. The advice information DB 20 includes an advice table ID and advice table information.

  The advice table ID is identification information of the advice table. The advice table information is the contents of the advice table for each advice table ID.

  The advice table includes an advice table for weight change, an advice table for life check, an advice table for NG check, an advice table for good place check, an advice table for overdose check, an advice table for lack check, etc. There is.

The diet diary server 10 creates detailed advice information on diets based on the respective advice tables and the check items related to the determination of meal balance or advice information . The created advice information includes a general advice headline and a detailed comment. Further, there are one-point advice for the current period as a target period, weekly advice for a week as a target period, and general advice for 30 days, 60 days, or 90 days as a target period. Appropriate advice information can be created in a timely manner by appropriately adding and changing information regarding these advice tables. As a result, the user can continue dieting.

The diet diary server 10 creates advice information about weight increase / decrease from a weight increase / decrease advice table and items about weight change. The weight increase / decrease advice table is composed of combinations of target periods, comments corresponding to five levels of change in weight, a sharp increase, a slight increase, no change, a slight decrease, and a sharp decrease. For example, when the change in body weight is increased by 2 kg or more, the slight increase is when the change in body weight is 0.6 kg to 2 kg, or the change in the body weight is −0.6 kg to 0.6 kg, When the change in body weight is −3 kg to −0.6 kg, the rapid decrease corresponds to the case where the change in body weight is reduced by 3 kg or more. The target period includes the 30th day, the 60th day, and the 90th day, and the diet diary server 10 creates advice information from comments corresponding to combinations of changes in weight in the target period. When the weight changes, the advice information is created in detail according to the combination of when the meal balance is good and when the meal balance is bad. In addition, although the change of the weight was made into 5 steps | paragraphs, it is good also as 3 steps | stages of drastic increase and decrease without changing rapidly. It is possible to finely create advice information corresponding to combinations of three stages of weight changes.

For example, in the case of no change in 30 day, comprehensive advice heading "does not necessarily immediately leave the effect of diet.", Comments "Let's try the good life of the balance." Advice information Is created. And then, if it is depleted and meal balance in 60 day, comprehensive advice headline "I was my best here for 30 days!", Comments are created advice information of "Let's work hard at this rate." The After that, on the 90th day, when the meal balance is good, the general advice headline is “Congratulations on diet success,” and the comment is “I worked very hard for 90 days. Advice information will be created. In this way, the diet diary server 10 creates detailed advice information according to changes in the weight of the user during the diet based on the weight input by the user, so the diet can be performed based on the simple input of the user. You can create information to make it work without difficulty, and as a result, you can continue dieting.

The diet diary server 10 creates advice information about the life check from the life check advice table and the answer content of the life check test. The life check advice table includes categories, measurement items, questions, and comments. The answer contents of the life check test can be obtained by asking a question about the measurement item for each category and selecting the user for the answer to the question. The diet diary server 10 calculates a score based on the obtained answer contents. The diet diary server 10 performs a life check test on the 30th, 60th, 90th, etc. at the start, judges whether the situation has improved or has been altered due to a change in the score, and creates advice information from the corresponding comment .

  For example, the life check test category includes women's troubles, mental issues, and physical issues. Mental measurement items include interest, withdrawal, anger, stimulation, and abnormal eating. One of the questions that I am interested in is feeling tired in relationships. There are five answer options: Applicable, Slightly Applicable, Neither Applicable, Not Applicable, and Not Applicable. The diet diary server 10 calculates a score based on the answer selected by the user, and determines improvement or alteration based on the change in the score.

The advice information about the life check is composed of general comments and various comments. The diet diary server 10 creates a general comment by randomly extracting from the general comments corresponding to the category in which the total value of improvement or alteration of each measurement item in the life check test category has the most numerical fluctuation. To do. Similarly, each argument comment is created by randomly extracting from each argument comment corresponding to the measurement item most improved or deteriorated from the previous life check test among the categories applicable in the general remarks. Since the same comment is used only once during the same diet period, the same advice information is not created.

  For example, if the category is mental, the measurement item is interested, and the question content feels tired of human relations, it applies at the start, but does not apply at the 30th, it is judged as an improvement due to a change in the score, and the improvement General comment “If you feel positive, it will have a positive effect on your body.”, Comment on improvement “<Nickname> has been working every day since 30 days ago. It seems that you have a good rhythmic life. ” As the nickname, the nickname of the user profile in the user DB 18 is used.

The diet diary server 10 creates advice information about the NG check based on the NG advice table and the input contents of the user about the food group to be refrained during the diet. The NG advice table includes check items and comments. Check items include alcoholic beverages, juices, cakes, snacks, cup noodles, and fried foods. There are a plurality of comments corresponding to the check items. The diet diary server 10 creates a piece of advice based on a comment extracted at random from a plurality of comments corresponding to the check item of the weak point, with the weakest point checked by the user during the period.

  For example, “Let's refrain from sweet drinks. If you drink about 200 kilocalories for a soft drink of 500 cc, you will end up eating a light rice.”

The diet diary server 10 creates advice information for a good place check from a good place advice table and points for good place items. The good place advice table has nutritional components and comments. Nutritional components consist of protein balance, vegetable intake, seaweed / mushroom intake, less than carbohydrate limits, legume intake, and goodness. There are multiple comments for each nutrient component. The diet diary server 10 targets the day when the food group check is entered, determines the deduction average value (α) for that period, and extracts comments from the corresponding item at random, and gives advice information . create.

For example, the diet diary server 10 has all of the seafood α> −2.5, the meat α> −2.0, the egg α> −1.5, and the beans / tofu α> −2.5 in terms of protein balance. When satisfied, comments are randomly extracted from the protein balance to create advice information . For example, “Diet tips are to take protein in a well-balanced manner”.

Similarly, the total number of rice, bread, and noodle consumption from comments on vegetable intake when vegetables α> 7.5 and from seaweed / mushroom intake comments when seaweed / mushroom α> −7.5 <from less than carbohydrates specified value in the case of 1.5 comment, bean products α> of the average value / day in the case of -2.5, random to extract comments from the intake of beans, to create the advice information. If none of them apply, comments are randomly extracted from no good places and advice information is created.

The diet diary server 10 creates advice information for overdose checks from an overdose advice table and points for overdose items. The overdose advice table includes nutritional components and comments. Nutritional components consist of carbohydrates and meat. There are multiple comments for each nutrient component. The diet diary server 10 targets the day when the food group check is input, determines the average value (α) of the period, and extracts a comment from the corresponding item at random when the reference value is exceeded, Create advice information .

  For example, when the amount of meat exceeds the standard value, “Meat is a protein source, so it is important, but let ’s make chicken fillet with less fat” etc. is created.

The diet diary server 10 creates advice information for the shortage check from the shortage advice table and the score for the shortage item. The shortage advice table includes nutritional components and comments. Nutritional components consist of seafood, meat, eggs, beans / tofu, mushrooms / seaweed, and vegetables. There are multiple comments for each nutrient component. The diet diary server 10 targets the day when the food group check is input, determines the deduction average value (α) for that period, and randomly extracts a comment from the corresponding item if it exceeds the reference value. Create advice information .

  For example, when the standard value for seafood is exceeded, “If you chew a little fish like boiled fish instead of salmon and eat it, the amount of food will decrease. It will also be a source of calcium.” The

The diet diary server 10 creates advice information about a good place from the good place table. A nice place table is equipped with comments. There are multiple comments. When there is no good place, the diet diary server 10 extracts comments at random and creates advice information .

  For example, "<Nickname> 's meal is not good. Please try to make one carbohydrate a day because you are on a diet."

  FIG. 6 is a diagram showing an illustration display table of meal balance. The meal balance illustration display table includes attributes, diet tolerance, items, images (1 day), and images (period).

  The attribute is an attribute of the food group. The attributes of the food group include, for example, carbohydrate A, carbohydrate B, protein, dairy product, mushroom / seaweed, and vegetable. Diet tolerance shows the effectiveness to diet when the food group is ingested, and includes, for example, Negative, Neutral, Balance, and Positive. The item is a food group including the food to be ingested. The image (1 day) shows the threshold of the size of the illustration display when displaying the food group taken every day, and the image (period) is the illustration when displaying the food group taken every period The threshold value of the display size is shown. The illustration display of carbohydrate A, which is an attribute of rice, bread and noodles, is displayed by a carbohydrate illustration display table (FIG. 7 described later).

  For example, if the food taken daily is bread and fried eggs at breakfast, noodles and meat at lunch, and rice and meat at dinner, the number of meats is 2 and the number of eggs is 1. Therefore, the size of the meat illustration display is large and the size of the egg illustration display is medium, depending on the image (one day) of the meal balance illustration display table. In addition, for example, when the average of the food group ingested during the period is 2 for the number of meats and 1 for the number of eggs, the size of the meat illustration display is large depending on the image (period). The size of the egg illustration is small.

  FIG. 7 is a view showing an illustration display table of carbohydrates. The carbohydrate illustration display table includes the total number of carbohydrate intakes and the size of the illustration.

  The total number of intakes of carbohydrates indicates the number of intakes of carbohydrates during daily food intake, and the size of the illustration indicates the size of the illustration when rice, bread, and noodles are displayed as illustrations. Yes.

  For example, if the food taken daily is bread and fried eggs at breakfast, rice and meat at lunch, and rice and fish at dinner, the number of rice is 2, and the number of bread is 1. Therefore, according to the carbohydrate illustration display table, when the number of meals is three, two types are consumed, so the illustration display size of rice is medium and the bread illustration display size is also medium. For example, when the average of the food group ingested during the period is 3 meals, the average of rice is 1.2, the average of bread is 1, and the average of noodles is 0.8. In the case of all pieces being separated, the illustration display size of rice is medium, the bread illustration display size is medium, and the noodle illustration display size is medium.

The following is a summary of the rules in the meal balance illustration display.
1. The basic intake is 3 times a day.
2. Do not use large image display until less than 3 times a day.
3. In the case of four or more times a day, the image display regarding those that are taken two or more times is large.
4. In the case of four or more times a day, the image display related to the one taken once is set to medium.
5. With regard to carbohydrates (rice, bread, noodles), if any large image appears, output a note that requires attention.
The food group illustrations are displayed according to the display size obtained by such rules. The user aims at the medium size of the illustration representing the food group during the diet.

The following rules apply to cases other than carbohydrates in the period average concept.
1. Of the diaries in the target period, the day on which the food group check is input is counted.
2. The image size is selected and displayed according to the average number of checks in the counting target period.

In the period average concept, the case of carbohydrates is based on the following rules.
1. Of the diaries in the target period, the day on which the food group check is input is counted.
2. If the average number of rice, bread, and noodles is <1, the size of the illustration display is small. If 1 ≦ average number <1.5, then it is medium, and if average number ≧ 1.5 , Let ’s say,

  FIG. 8 is a diagram showing a meal balance table for score evaluation of meal balance. The meal balance table includes groups, ingredients, selection types, evaluation logic α, and evaluation logic β.

  Group shows the grouping of ingested foods, for example rice, bread and noodles are group A, potatoes and fruits are group B, seafood, meat, eggs and beans are group C, and dairy products are D Group E, mushrooms, seaweed and vegetables are Group E, and overeating is Group F. The foodstuff shows the information regarding the ingested food. For example, “−” indicates a food that exceeds the standard average intake amount in terms of diet, and “+” indicates a food that becomes a good meal. The selection type indicates a method for inputting the ingested food group. For example, there are a check input and a three-stage selection input. The evaluation logic α indicates a rule for performing score evaluation, and includes, for example, a deduction value, a deduction condition, and the like for a food group ingested daily. The evaluation logic β indicates a rule for performing a score evaluation on the meal balance of the food group taken on a day, and includes, for example, a deduction condition and a deduction value.

  In the evaluation logic α of the meal balance score calculation logic, each score of breakfast, lunch, dinner, snacks, etc. is 20 points, and score evaluation for each meal is performed by subtracting negative items from the score. Vegetables add up to 5 points per meal. As a whole, a maximum of 85 points for vegetables and 15 points for vegetables is adjusted to a maximum of 100 points. In the evaluation logic β of the meal balance score calculation logic, when three or more meals are entered, the evaluation is not performed for each meal but is re-evaluated from the full score of 100 points.

  For example, suppose that you eat fried egg, toast, strawberry, lunch, rice, meat, vegetables 50g, tofu, tuna sashimi, rice, apples for dinner. In this case, according to the intake check of the evaluation logic α, breakfast is 20 points, lunch is 20 points + 1 point, and dinner is 20 points. Moreover, it becomes 20 points-3 points by the composite check of evaluation logic (alpha). In the evaluation logic β, since there is no check of dairy products, mushrooms and seaweeds, the score is 20 to 19 points.

  FIG. 9 is a diagram showing a food table to be refrained for evaluation of a meal balance score regarding food to be refrained during a diet. The food table to refrain has food items, intake stages and points.

  The food item includes, for example, liquor, sweet drink, sweet candy, instant food, snack confectionery, fried food, etc. The intake stage has three stages as an indication of the intake amount, for example, not taking, taking a little, and taking a large amount. The score is a deduction score for each stage.

  For example, if you drink canned beer for dinner, you get -10 points, and if you eat a deep-fried dish, you get -4 points.

  10 and 11 are operation flowcharts of the diet diary. Note that this process starts, for example, by receiving a program start command and ends by receiving a program end command.

In step S101, the CPU 1010 performs initialization processing of the main memory and the like, and moves the processing to step S102. In step S <b> 102, the CPU 1010 determines whether or not the user has designated to view rival information. If the determination is YES, the process proceeds to step S115 in FIG. 11, and if the determination is NO, the process proceeds to step S103. In step S103, the CPU 1010 determines whether or not a diet input is designated by the user. If this determination is YES, the process moves to a step S104, and if NO, the process moves to a step S102. In step S <b> 104, the CPU 1010 determines whether or not a diet start has been designated by the user. If the determination is YES, the process proceeds to step S105, and if the determination is NO, the process proceeds to step S107. In step S105, the CPU 1010 accepts input of basic user information (nickname, gender, age, etc.), registers and stores the use of the user, and moves the process to step S106. In step S106, the CPU 1010 accepts the input of the life check test, stores the check result of the accepted life check test, and moves the process to step S107. In step S107, the CPU 1010 accepts a diary input, and creates and stores a meal score based on a check of the ingested food group. When display of advice information is requested, advice information is extracted and created based on the determination of meal balance. Thereafter, the process proceeds to step S108. In step S108, the CPU 1010 determines whether one week has elapsed. If the determination is YES, the process proceeds to step S109, and if the determination is NO, the process proceeds to step S102. In step S109, the CPU 1010 creates and displays meal advice, and then moves the process to step S110. In step S110, the CPU 1010 determines whether or not every 30 days. If this determination is YES, the process moves to a step S111, and if NO, the process moves to a step S102. In step S111, the CPU 1010 receives an input of a life check test, stores the received check result of the life check test, and moves the process to step S112. In step S112, the CPU 1010 creates and displays advice information , and then proceeds to step S113. In step S113, the CPU 1010 determines whether or not the diet period ends. If this determination is YES, the process moves to a step S114, and if NO, the process moves to a step S102. In step S114, the CPU 1010 creates and displays general advice, and then proceeds to step S102.

  In step S115, CPU 1010 determines whether there is an instruction for rival selection. If this determination is YES, the process moves to a step S116, and if NO, the process moves to a step S117. In step S116, the CPU 1010 receives the rival ID input, and the process proceeds to step S115. In step S117, CPU 1010 determines whether there is an instruction to display rival information. If this determination is YES, the process moves to a step S118, and if NO, the process moves to a step S119. In step S118, the CPU 1010 displays a rival diet diary, and proceeds to step S115. In step S119, it is determined whether there is an instruction to end rival processing. If the determination is YES, the process proceeds to step S102 in FIG. 10, and if the determination is NO, the process proceeds to step S115.

  FIG. 12 is a diagram showing a display screen of the diet diary. The display screen of the diet diary is a screen that displays the diet diary on the display device 2022 of the user terminals 30 and 31 and accepts selection of processing.

  The display of “target weight”, “target body fat percentage”, “start date”, and “goal date” shown in the figure is information input from the user terminals 30 and 31 at the start of the diet. “Today's diary input”, “view rival”, and “get advice” indicate instruction switches for selecting a process.

  The graph of “Transition of body weight / body fat percentage” shown in the figure is created based on data input by the user in the input of the diet diary. It shows that the transition of the target is displayed together with the transition of the body weight and the body fat percentage.

The “meal balance” shown in the figure is created based on the check information of the food group ingested for each meal input in the input of the diet diary. It shows that the ingested food group is displayed as an illustration, and that excessive consumption is represented by the size of the illustration of the food group. When the “Get Advice” switch shown in the figure is selected, advice information is displayed.

  FIG. 13 is a diagram showing a screen for inputting body weight and body fat percentage among the daily input of the diet diary. As shown in the figure, there are an input of “weight”, an input of “body fat percentage”, a check input of “with communication”, and a check input of “physiological day”. The weight and body fat percentage data input here is stored in the diary data DB 19 and a transition graph is created based on the stored data.

  FIG. 14 is a diagram showing a screen for inputting about eaten food among the daily input of the diet diary. The “eating dish” shown in the figure is stored in the diary data DB 19 as the data entered as a diary. "Check if there is a consciousness of having eaten too much breakfast" shown in the figure is to check and input the consciousness of eating too much for each meal. The data input here is stored in the diary data DB 19 and is reflected in the score by the evaluation logic α.

FIG. 15 is a diagram illustrating a screen for inputting a food that has been in a meal among the daily inputs of the diet diary. The screen displayed when checking and inputting the food group corresponding to the food that was in the meal is shown. About vegetables, it selects from the amount which was not contained about the amount, for example, 200g or more, 120g-200g, small amount-120g. The input contents are stored in the diary data DB 19, the meal balance is determined, and the illustration display size of the food group is reflected in the advice information .

FIG. 16 is a diagram showing a screen for inputting foods to be refrained during dieting out of daily input of the diet diary. For example, the user accepts the user's selection from among the three items of alcoholic beverages that were not drunk, drunk 1 to 2 cups, or drunk large amounts. If no selection is made, it is determined that the person did not drink. A score is calculated based on the score corresponding to the selected item. For example, if alcohol is selected as an item of 1 or 2 cups, it will be -10 points. As a food item to be refrained during the diet, each item of the food corresponding to the food table to be refrained shown in FIG. 9 is input. The input data is stored in the diary data DB 19 and reflected in advice information and the like.

FIG. 17 is a diagram showing a screen for inputting a decisive part of the daily input of the diet diary. As a rule, for example, a screen for accepting selection of items that are protected or not protected for "I don't eat more than one serving" is shown. The selected contents are stored in the diary data DB 19 and reflected in the advice information .

FIG. 18 is a diagram showing a screen for inputting exercise and calorie consumption in the daily input of the diet diary. When an exercise name, for example, jogging, walking, tennis, etc., exercise time, and consumed calories are known, a screen for accepting input of consumed calories is shown. The input contents are stored in the diary data DB 19 and reflected in advice information and the like.

  FIG. 19 is a diagram showing a screen for inputting a diary among the daily inputs of the diet diary. A screen for accepting free writing, such as the status of a diet, is shown, and the accepted content is stored in the diary data DB 19 as a diary. By setting the diary as open to the public, it is possible to reference it by rivals.

FIG. 20 is a diagram illustrating a screen that displays the determination result for the daily input of the diet diary. The “meal balance” shown in the figure is an illustration of whether each food group that includes ingested foods is greater or less than the average intake, which is the standard based on the daily nutritional requirements for each food group. It shows that it is expressed in size. Thus, for example, rice, bread, noodles, potatoes, fruits, seafood, meat and eggs are overdose for dietary reasons, such as beans / tofu, dairy products, mushrooms / seaweed and It is a good diet for vegetables to exceed the standard value. This is made easy to understand with colors, for example. That is, for example, when it is too much for a diet, it is displayed in red, and when it is a good diet, it is displayed in green. You can see at a glance the balance of meals for a successful diet, and can enhance the feelings of users who continue dieting. The “score” shown in the figure indicates that the score calculated by the score evaluation logic is displayed. The “weakness” shown in the figure indicates that the item with the largest number of checks is displayed based on the input contents of the user regarding the food group to be refrained. The “one-point advice” shown in the figure indicates that advice information created based on the determination of the meal balance of the ingested food is displayed.

  FIG. 21 is a diagram illustrating an example of the size of an illustration display of a food group of a diet diary. When the size of the illustration display is large, it represents a case where the number of intakes of the food group is larger than the standard average intake amount in view of the nutritional requirement for each food group necessary for one day. When the size of the illustration display is medium, it represents a case where the number of intakes of the food group is similar to the average intake amount based on the reference. When the size of the illustration display is small, it represents a case where the number of times the food group is ingested is smaller than the average intake amount.

  FIG. 22 is a diagram showing a display of a rival diet diary. The progress of the diet diary for the designated rival A is displayed. Among the displayed contents shown in the figure, a diary or the like can be viewed only when it is set to be disclosed.

According to the present embodiment, the diet diary server 10 receives data (for example, nickname, sex, age, etc.) related to the user received from the user terminals 30 and 31, and diary data (for example, weight) that is data related to the user's diet. , Body fat percentage, ingested food group, ingestion amount, etc.) in the user DB 18 and the diary data DB 19, and a determination that associates a plurality of food groups in which the ingested foods are grouped together with the food balance of the food group Based on the table, the meal balance of the diary data is determined. Then, according to the check items related to the determination or advice information diet balance, to create the advice information to the user regarding the diet, it is displayed on the user terminal 30, 31. Further, based on the determination of the meal balance, data for reflecting the meal balance on the illustration display of the food group is created and displayed on the user terminals 30 and 31. Furthermore, the progress of changes in body weight and body fat percentage is displayed in a graph together with the target. In order to perform these displays, the user's input of weight and body fat percentage is accepted. Then, the meal balance is expressed by the size of the illustration of the food group, and the advice information on the diet is created every fixed day. Furthermore, the data of the rival's diet diary can be viewed as specified by the user.

Therefore, according to the embodiment of the present invention, based on the simple input of the user such as selection from the food group for each meal, input of weight values, and input of check items for creating advice information , etc. Based on the determination, information for making a diet such as an illustration display of a food group, a transition graph such as a weight, and advice information to the user regarding a diet is created and displayed based on the determination. In addition, the data of the rival diet diary is displayed. As a result, the user can continue dieting.

  As mentioned above, although embodiment of this invention was described, this invention is not restricted to embodiment mentioned above. The effects described in the embodiments of the present invention are only the most preferable effects resulting from the present invention, and the effects of the present invention are limited to those described in the embodiments of the present invention. is not.

It is a figure which shows the function of the diet diary server which concerns on this embodiment. It is a figure which shows the operating environment of a diet diary server. It is a figure which shows an example of the hardware constitutions of a diet diary server. It is a figure which shows user DB and diary data DB. It is a figure which shows advice information DB. It is a figure which shows the illustration display table of a meal balance. It is a figure which shows the illustration display table of a carbohydrate. It is a figure which shows a meal balance table. It is a figure which shows the food table to refrain from. It is an operation | movement flowchart of a diet diary. FIG. 11 is an operation flowchart of the diet diary following FIG. 10. It is a figure which shows the display screen of a diet diary. It is a figure which shows the screen which inputs a body weight and a body fat percentage. It is a figure which shows the screen which inputs about the food eaten. It is a figure which shows the screen which inputs about the food which was in the meal. It is a figure which shows the screen which inputs about the food which he wants to refrain during a diet. It is a figure which shows the screen which inputs about a decision. It is a figure which shows the screen which inputs exercise | movement and calorie consumption. It is a figure which shows the screen which inputs a diary. It is a figure which shows the screen which displays a determination result. It is a figure shown about the example of the magnitude | size of the illustration display of the food group of a diet diary. It is a figure which shows the display of a rival's diet diary.

DESCRIPTION OF SYMBOLS 10 Diet diary server 11 User registration part 12 User diary input part 13 Graph transmission part 14 Meal balance determination part 15 Illustration transmission part 16 Advice transmission part 17 Rival transmission part 18 User DB
19 Diary Data DB
20 Advice information DB
30, 31 User terminal

Claims (9)

In a diet support device that presents information about diet to the user,
Advice information storage means for storing advice information on diet in advance;
Diary data storage means for storing diary data, which is data related to the user's diet, received from the user terminal;
A plurality of food groups and threshold values used to determine meal balance and determine the display size corresponding to each food group are stored according to the attribute of the food group and the period of ingestion of the food group Determination means for determining a meal balance for a plurality of food groups ingested by a user included in the diary data stored in the diary data storage means based on a determination table;
Based on the determination by the determination unit, the advice information transmission unit that extracts the advice information stored in the advice information storage unit and transmits the advice information to be displayed on the user terminal;
Based on the determination of the determination means, determine the display size of the illustration of each food group according to the attribute of the food group and the period of ingestion of the food group, each food group in the determined size An illustration transmitting means for displaying the displayed illustration on the user terminal as a meal balance corresponding to a period of ingesting the attribute of the food group or the food group ;
A diet support apparatus comprising: The diet support apparatus according to claim 1,
The advice information to the user transmitted by the advice information transmission means is based on the advice information stored in the advice information storage means and input data received from the user terminal regarding check items related to the advice information. Including advice information to be created,
A diet support device characterized by that. The diet support apparatus according to claim 1 or 2,
The advice information for the user includes advice information created based on the advice information randomly extracted from the advice information stored in the advice information storage means. In the diet assistance apparatus as described in any one of Claim 1 to 3,
The advice information to the user is created every fixed day. In the diet assistance apparatus as described in any one of Claim 1 to 4,
The data on the user's diet includes the user's weight and body fat percentage,
Graph transmission means for transmitting the user's body weight and body fat percentage data stored in the diary data storage means for displaying on the user terminal a graph relating to changes in the user's body weight and body fat percentage. A diet support device characterized by that. In the diet assistance apparatus as described in any one of Claim 1 to 5,
The determination table includes a table that associates the intake frequency data of a specific carbohydrate with the meal balance in the food group, and a table that associates the intake frequency data with a meal balance other than the specific carbohydrate. Diet support device. The diet support apparatus according to any one of claims 1 to 6,
User storage means for storing data relating to the user received from the user terminal;
And rival transmission means for receiving the designation from the user terminal and transmitting the data of the other users stored in the user storage means and the diary data storage means for display on the user terminal. A diet support device. In a diet support method for presenting information about diet to the user,
Storing the diary data received from the user terminal, which is data relating to the diet of the user, in the diary data storage means;
A plurality of food groups and threshold values used to determine meal balance and determine the display size corresponding to each food group are stored according to the attribute of the food group and the period of ingestion of the food group A determination step for determining a meal balance for a plurality of food groups ingested by a user included in the diary data stored in the diary data storage means based on a determination table;
Based on the determination in the determination step, extracting advice information from the advice information storage means that stores the advice information related to diet in advance, and transmitting the information for display on the user terminal;
Based on the determination in the determination step, the display size of the illustration of each food group is determined according to the attribute of the food group and the period of ingesting the food group, and each food group is determined with the determined size. and Luz step is displayed on the user terminal as a dietary balance corresponding to the period illustrations of displaying, ingesting attribute or the food groups of the food groups,
A diet support method comprising the steps of: In a computer program that presents information about diet to the user,
Storing the diary data received from the user terminal, which is data relating to the diet of the user, in the diary data storage means;
A plurality of food groups and threshold values used to determine meal balance and determine the display size corresponding to each food group are stored according to the attribute of the food group and the period of ingestion of the food group A determination step for determining a meal balance for a plurality of food groups ingested by a user included in the diary data stored in the diary data storage means based on a determination table;
Based on the determination in the determination step, extracting advice information from the advice information storage means that stores the advice information related to diet in advance, and transmitting the information for display on the user terminal;
Based on the determination in the determination step, the display size of the illustration of each food group is determined according to the attribute of the food group and the period of ingesting the food group, and each food group is determined with the determined size. and Luz step is displayed on the user terminal as a dietary balance corresponding to the period illustrations of displaying, ingesting attribute or the food groups of the food groups,
A computer program that causes a computer to execute.

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