Health management device, building, health condition improvement data using device, health management program, health condition improvement data using program, health management method, health condition improvement data using method, and health management system

Abstract

To reduce a load required for health management of a group.SOLUTION: The health management device includes a food data acquisition unit that acquires food data indicating a food ingested by a user of a building in eating habits, a nutrition value data acquisition unit that acquires nutrition value data indicating a nutrition value of the food indicated by the food data, a health condition data acquisition unit that acquires health condition data indicating a health condition of the user of the building, a health condition improvement data generation unit that generates health condition improvement data indicating a measure for maintaining or improving the health condition of the entire group based on the nutrition value data for the user belonging to a predetermined group and the individual health condition data for the user belonging to the group, and a health condition improvement data transmission unit that transmits the health condition improvement data.SELECTED DRAWING: Figure 1

Description

[Technical Field]

[0001] The present invention relates to a health management device, a building, a health condition improvement data utilization device, a health management program, a health condition improvement data utilization program, a health management method, a health condition improvement data utilization method, and a health management system. [Background technology]

[0002] Because health is closely related to exercise, diet, and sleep, a system that associates and collects data on these on a daily basis to maintain and promote health is desirable. Recording methods for collecting dietary data include having building residents write down their own meals, photographing each meal and sending the data for image analysis, or having a registered dietitian analyze the data. Related technologies include, for example, a system that provides suitable recipes for cooking and exercise (Patent Document 1). [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Japanese Patent Application Laid-Open No. 2016-162225 Summary of the Invention [Problem to be solved by the invention]

[0004] The data analyzed by the above-mentioned method is data on an individual basis. Because health conditions and physical constitutions vary from person to person, health management based on individual data is a useful method when the person being managed has a disease. However, when managing health using individual data, the results must be individually assessed and combined by a group (group) of building residents, such as a family or a classroom, and especially by the person in charge of managing the health of that group, which places a heavy burden on managing the health of that group. There is a demand for a way to reduce the burden required for managing the health of a group.

[0005] The present invention has been made in consideration of the above points, and provides a health management device, a building, a health condition improvement data utilization device, a health management program, a health condition improvement data utilization program, a health management method, a health condition improvement data utilization method, and a health management system that can reduce the burden required for group health management. [Means for solving the problem]

[0006] One aspect of the present invention is a health management device comprising: a food data acquisition unit that acquires food data indicating foods ingested in the diet of building users; a nutritional value data acquisition unit that acquires nutritional value data indicating the nutritional value of the foods indicated by the food data; a health condition data acquisition unit that acquires health condition data indicating the health condition of the building users; a health condition improvement data generation unit that generates health condition improvement data indicating measures to maintain or improve the health condition of the entire group based on the nutritional value data for the users belonging to a specified group and the individual health condition data for the users belonging to the group; and a health condition improvement data transmission unit that transmits the health condition improvement data.

[0007] In addition, in the above-mentioned health management device, the health condition improvement data generation unit may generate the health condition improvement data indicating the measures to improve the statistics for the entire group of health condition evaluation values.

[0008] In addition, in the above-mentioned health management device, the health condition improvement data generation unit may generate the health condition improvement data indicating the measures to increase the minimum value of the health condition evaluation value for the entire group compared to before the evaluation of the evaluation value.

[0009] In addition, in the above-mentioned health management device, the health condition improvement data generation unit may generate the health condition improvement data indicating the measures to increase the minimum value of the health condition evaluation value for the entire group at a specific time compared to before the evaluation of the evaluation value.

[0010] In addition, in the above-mentioned health management device, the health condition improvement data generation unit may generate the health condition improvement data indicating measures to improve the statistics obtained by weighting at least one of a specific evaluation item of the health condition or a specific user among the users belonging to the group.

[0011] In addition, in the above-mentioned health management device, the health condition improvement data generation unit may generate health condition improvement data indicating a measure different from the measure, depending on whether the statistical quantity has improved after the health condition improvement data indicating the measure to improve the statistical quantity has been transmitted.

[0012] In addition, in the above-mentioned health management device, the health condition improvement data generation unit may generate the health condition improvement data indicating the measure to improve the average value as the statistical quantity if the minimum value improves after the health condition improvement data indicating the measure to improve the minimum value as the statistical quantity is transmitted.

[0013] In addition, in the above-mentioned health management device, if the average value does not improve after the health condition improvement data indicating the measure to improve the average value as the statistical quantity is transmitted, the health condition improvement data generation unit may generate the health condition improvement data indicating the measure to improve the minimum value as the statistical quantity.

[0014] In addition, in the above-mentioned health management device, the health condition improvement data generation unit may generate, as the group used to generate the health condition improvement data, a group based on whether the statistical quantity has improved after the health condition improvement data indicating the measures to improve the statistical quantity for the entire group of health condition evaluation values ​​has been transmitted.

[0015] In the above-described health management device, the groups may be classified based on one or more of age, sex, health condition, and constitution.

[0016] In the above-described health management device, the groups may be classified based on whether or not they are eating meals based on a common menu.

[0017] In the health management device described above, the group may be a group obtained by further classifying a predetermined group.

[0018] One aspect of the present invention is a building equipped with any one of the health management devices described above.

[0019] One aspect of the present invention is a health status improvement data utilization device that includes a health status improvement data receiving unit that receives health status improvement data that indicates measures to maintain or improve the health status of the entire group, the health status improvement data being generated based on data about building users belonging to a specified group, the nutritional value data indicating the nutritional value of foods indicated by food data indicating the foods consumed by the building users in their diet, and health status data that is individual data about the users belonging to the group and indicates the health status of the users, and a policy promotion unit that uses the health status improvement data to promote measures to maintain or improve the health status of the entire group.

[0020] One aspect of the present invention is a building equipped with the above-described health condition improvement data utilization device.

[0021] One aspect of the present invention is a health management program that causes a computer to execute the following steps: a food data acquisition step that acquires food data indicating foods consumed in the diet of building users; a nutritional value data acquisition step that acquires nutritional value data indicating the nutritional value of the foods indicated by the food data; a health condition data acquisition step that acquires health condition data indicating the health condition of the building users; a health condition improvement data generation step that generates health condition improvement data indicating measures to maintain or improve the health condition of the entire group based on the nutritional value data for the users belonging to a specified group and the individual health condition data for the users belonging to the group; and a health condition improvement data transmission step that transmits the health condition improvement data.

[0022] One aspect of the present invention is a health status improvement data utilization program that causes a computer to execute a health status improvement data receiving step of receiving data about building users belonging to a specified group, the data being nutritional value data indicating the nutritional value of foods as indicated by food data indicating the foods consumed by the building users in their diet, and health status improvement data, the data being individual data about the users belonging to the group, the health status data being generated based on the health status data indicating the health status of the users and indicating measures to maintain or improve the health status of the entire group; and a measure promotion step of using the health status improvement data to promote measures to maintain or improve the health status of the entire group.

[0023] One aspect of the present invention is a health management method comprising: a food data acquisition step of acquiring food data indicating foods ingested in the diet of building users; a nutritional value data acquisition step of acquiring nutritional value data indicating the nutritional value of the foods indicated by the food data; a health condition data acquisition step of acquiring health condition data indicating the health condition of the building users; a health condition improvement data generation step of generating health condition improvement data indicating measures to maintain or improve the health condition of the entire group based on the nutritional value data for the users belonging to a specified group and the individual health condition data for the users belonging to the group; and a health condition improvement data transmission step of transmitting the health condition improvement data.

[0024] One aspect of the present invention is a health condition improvement data utilization method comprising: a health condition improvement data receiving step for receiving health condition improvement data that indicates measures to maintain or improve the health condition of the entire group, the health condition improvement data being generated based on data about building users belonging to a predetermined group, the nutritional value data indicating the nutritional value of foods indicated by food data indicating foods consumed in the diet of the building users, and health condition data that is individual data about the users belonging to the group and indicates the health condition of the users; and a measure promotion step for using the health condition improvement data to promote measures to maintain or improve the health condition of the entire group.

[0025] One aspect of the present invention is a health management system comprising a health management device and a health status improvement data utilization device, wherein the health management device comprises: a food data acquisition unit that acquires food data indicating the foods ingested in the diet of building users; a nutritional value data acquisition unit that acquires nutritional value data indicating the nutritional value of the foods indicated by the food data; a health status data acquisition unit that acquires health status data indicating the health status of the building users; a health status improvement data generation unit that generates health status improvement data indicating measures to maintain or improve the health status of the entire group based on the nutritional value data for the users belonging to a specified group and the individual health status data for the users belonging to the group; and a health status improvement data transmission unit that transmits the health status improvement data, and the health status improvement data utilization device comprises: a health status improvement data receiving unit that receives the health status improvement data; and a policy promotion unit that uses the health status improvement data to promote measures to maintain or improve the health status of the entire group. [Effects of the Invention]

[0026] According to the present invention, the burden of managing the health of a group can be reduced. [Brief explanation of the drawings]

[0027] [Figure 1] 1 is a diagram illustrating an example of a health management system according to an embodiment of the present invention. [Figure 2] FIG. 2 is a diagram showing an example of nutritional value data included in a nutritional value database according to an embodiment of the present invention. [Figure 3] FIG. 2 is a diagram showing an example of nutritional value data included in a nutritional value database according to an embodiment of the present invention. [Figure 4] 1 is a diagram showing an example of content indicated by nutrition history data stored in a nutrition history data storage device according to an embodiment of the present invention. FIG. [Figure 5] FIG. 2 is a diagram showing an example of content indicated by health condition data according to an embodiment of the present invention. [Figure 6]FIG. 10 is a diagram showing an example of group data according to the embodiment of the present invention. [Figure 7] FIG. 10 is a diagram showing another example of group data according to the embodiment of the present invention. [Figure 8] FIG. 3 is a sequence diagram illustrating an example of processing executed by a health management system according to an embodiment of the present invention. DETAILED DESCRIPTION OF THE INVENTION

[0028] [Embodiment] Fig. 1 is a diagram showing an example of a health management system according to an embodiment of the present invention. As shown in Fig. 1, the health management system 1 includes a health management device 10 and a health condition improvement data utilization device 20. The health management device 10 and the health condition improvement data utilization device 20 are connected to each other via a network. The network may be, for example, the Internet, a WAN (Wide Area Network), an intranet, or a LAN (Local Area Network).

[0029] Health management device 10 is realized by, for example, a server. Health management device 10 includes a food data acquisition unit 11, a nutritional value data acquisition unit 12, a health condition data acquisition unit 13, a health condition improvement data generation unit 14, and a health condition improvement data transmission unit 15.

[0030] The food data acquisition unit 11 acquires food data indicating foods consumed in the diet of building users. The building referred to here is, for example, a house or an office building. The building users referred to here are, for example, people who live in the house or people who work in the office building. The food data acquisition unit 11 acquires food data from the storage device 111. The food data is generated, for example, when a building user purchases food using electronic money, when purchasing food via a website that provides electronic commerce, or when a paper receipt received when purchasing food is photographed and optical character recognition (OCR) is performed, and the food data is stored in the storage device 111. In other words, the food data is generated when a building user purchases food and stored in the storage device 111. In the following description, the building user may be simply referred to as the "user."

[0031] Furthermore, food data acquisition unit 11 acquires food data indicating foods brought into the building. For example, food data acquisition unit 11 acquires food data indicating foods brought into the building via an item carry-in facility included in the building. The food data is generated, for example, by image recognition device 112. Image recognition device 112 generates the food data by performing image recognition on moving or still images of foods brought into the item carry-in facility to identify the foods. In this case, food data acquisition unit 11 acquires the food data from image recognition device 112.

[0032] The above-mentioned item delivery facility is, for example, a compartment provided within a residence and equipped with an outer door and an inner door. The outer door is a door that can be opened and closed from the outside of the residence only by the resident of the residence and a delivery person who delivers items such as food to the residence. The inner door is a door that can be opened and closed from the inside of the residence only by the resident of the residence. The item delivery facility receives items such as food from a delivery person into the compartment through the outer door. In this case, it is preferable that the inner door is locked. Furthermore, items such as food placed in the compartment are brought into the residence through the inner door. Therefore, the item delivery facility has a structure that prevents third parties from entering the residence through the outer door and inner door and from removing items such as food placed inside by third parties.

[0033] In addition, the food data acquisition unit 11 may acquire food data by reading the data stored in the electronic tag attached to the food brought into the building using a reading device installed at the goods entrance, goods removal exit, etc. of the goods entrance equipment.

[0034] The nutritional value data acquisition unit 12 acquires nutritional value data. The nutritional value data is data that indicates the nutritional value of the food indicated by the food data.

[0035] For example, the nutritional value data acquiring unit 12 accesses the nutritional value database 121 and acquires nutritional value data indicating the nutritional value of the food indicated by the food data. In the nutritional value database 121, foods are associated with the nutritional values ​​of the foods.

[0036] Figure 2 shows an example of nutritional value data included in the nutritional value database according to an embodiment of the present invention. Figure 2 shows specific examples of nutritional value data for the food "Grains / Rice [paddy rice] / Brown rice" and nutritional value data for the food "Fruits / Apple, peeled, raw."

[0037] For example, as shown in the second row from the top of Figure 2, the food "Grains / Rice [paddy rice] / Brown rice" contains the following nutritional values ​​per 100 grams of edible portion: energy 165 kcal, water 60.0 g, protein 2.8 g, fat 1.0 g, carbohydrates 35.6 g, sodium 0.6 g, retinol a2 g, cholesterol a3 g, and salt equivalent 0 g.

[0038] For example, as shown in the third row from the top of Figure 2, the food "Fruits / Apple, peeled, raw" contains the following nutritional values ​​per 100 grams of edible portion: energy 57 kcal, water 84.1 g, protein 0.1 g, fat 0.2 g, carbohydrates 15.5 g, sodium 0.2 g, retinol b2 g, cholesterol b3 g, and salt equivalent 0 g.

[0039] Fig. 3 is a diagram showing an example of nutritional value data included in the nutritional value database according to an embodiment of the present invention. Fig. 3 shows specific examples of nutritional value data for "pork shoulder loin," "onion," and "carrot," which are some of the foods included in the menu item "curry rice."

[0040] For example, as shown in the second row from the top of Figure 3, the food "pork shoulder loin" contains the following nutritional values ​​per intake of 400 [g], standard amount c1: energy 253 [kcal], water 62.6 [g], protein 17.1 [g], fat 19.2 [g], carbohydrates 0.1 [g], sodium 1.0 [g], retinol c2 [g], cholesterol c3 [g], and salt equivalent 0.1 [g].

[0041] For example, as shown in the third row from the top of Figure 3, the food "onion" contains the following nutritional values ​​per 400g intake, a standard amount d1: energy 210kcal, water 54.7g, protein 3.2g, fat 6.8g, carbohydrates 34.1g, sodium 1.3g, retinol d2g, cholesterol d3g, and salt equivalent 0g.

[0042] For example, as shown in the fourth row from the top of Figure 3, the food "carrot" contains the following nutritional values ​​per intake of 200 [g], standard amount e1: energy 36 [kcal], water 89.7 [g], protein 0.8 [g], fat 0.1 [g], carbohydrates 8.7 [g], sodium 0.7 [g], retinol e2 [g], cholesterol e3 [g], and salt equivalent 0.1 [g].

[0043] The nutritional value data acquisition unit 12 acquires nutritional value data from the nutrition history data stored in the nutrition history data storage device 122. The nutrition history data is data that associates foods that building users have previously consumed in their diet with the nutritional values ​​of those foods.

[0044] Figure 4 shows an example of the nutrition history data stored in a nutrition history data storage device according to an embodiment of the present invention. The second line from the top of Figure 4 indicates that the food "apple," which belongs to the "Fruits" category on "Year, Month, and Day," has nutritional values ​​of energy X2 [kcal], protein Y3 [g], fat 6.8 [g], alcohol X4 [g], and salt X5 [g] per standard amount X1. The third line from the top of Figure 4 indicates that the food "alcoholic beverage," which belongs to the "Beverages" category on "Year, Month, and Day," has nutritional values ​​of energy Y2 [kcal], protein Y3 [g], fat 6.8 [g], alcohol Y4 [g], and salt Y5 [g] per standard amount Y1.

[0045] The health condition data acquisition unit 13 acquires health condition data indicating the health condition of building users. The health condition data includes at least one of data directly reflecting the health condition of building users and data indirectly reflecting the health condition of building users. The data directly reflecting the health condition of building users is, for example, data indicating at least one of the user's urine components, body temperature, pulse rate, weight, body fat percentage, blood components, respiratory rate, walking speed, walking acceleration, accelerated plethysmography, blood pressure, and cognitive function evaluation. Here, blood components include, for example, at least one of blood glucose, advanced glycation end products (AGEs), exhaled ketone bodies, and heart rate variability (HRV). The data indirectly reflecting the health condition of building users is, for example, data indicating at least one of the temperature, radiant temperature, humidity, illuminance, wind speed, carbon dioxide concentration, volatile organic chemical concentration, pollen amount, dust amount, and life rhythm measurement values ​​within the building.

[0046] The health condition data is generated by the health condition sensor 131 shown in FIG. 1. The health condition sensor 131 may be, for example, a biosensor that detects urine components, a non-contact thermometer, a Doppler sensor that detects pulse, a weight scale, a thermometer, or a hygrometer. If the health condition sensor 131 is a sensor that generates data that directly reflects the health condition of the building users, it is preferably installed in the building in a manner that places as little burden on the users as possible. The biosensor that detects urine components is preferably installed in a toilet installed in the building. The non-contact thermometer and weight scale are preferably installed in a place that is regularly used by building users, such as a bathroom. The Doppler sensor is preferably installed on the ceiling or wall of a bedroom, office, etc.

[0047] FIG. 5 is a diagram showing an example of the content indicated by health condition data according to an embodiment of the present invention. FIG. 5 shows the date, identification symbol, occupant symbol, building symbol, room name symbol, sensor type, and measurement value. The date "Year, Month, Day" is an example of the date on which the data displayed on the same line was acquired. The identification symbol "Z001" is an example of a unique symbol assigned to the data displayed on the same line. The occupant symbol "K001" is an example of a unique symbol assigned to an occupant. The building symbol "T001" is an example of a unique symbol assigned to a building. The room name symbol "R001" is an example of a unique symbol assigned to a room in a building. The sensor symbol "S001" is an example of a unique symbol assigned to a sensor attached to a building.

[0048] The health condition improvement data generation unit 14 generates health condition improvement data based on nutritional value data for users belonging to a specified group and individual health condition data for users belonging to the group. The health condition improvement data is data indicating measures to maintain or improve the health condition of the entire group. Note that the health condition data is data for each user, while the nutritional value data is data for each group. The entire group refers to all users belonging to the group. It is preferable that the group be composed of multiple users. A group composed of multiple users can further reduce the burden required for health management of the group compared to a group composed of a single user. The health condition improvement data transmission unit 15 transmits the health condition improvement data to the health condition improvement data utilization device 20.

[0049] The health condition improvement data generation unit 14 acquires group data from the storage device 111. The group data is data indicating predetermined groups into which building users are classified. User data indicating the attributes of each building user is pre-stored in the storage device 111. The group data indicates predetermined groups into which users indicated by the user data are classified.

[0050] A group is a group classified based on, for example, whether or not the members eat meals based on a common menu. Meals based on a common menu do not necessarily include all the same foods or dishes, but may include foods or dishes that are arbitrarily selected or excluded from the common menu provided, or that omit certain foods or seasonings. Building users who eat meals based on a common menu include, for example, families who eat together as a family, students (classes) who eat school lunches, or residents who eat meals together in a dormitory or facility. A facility includes, for example, a nursing home or care facility.

[0051] As another example, homes (including rental homes) may be classified into groups based on type, size, area, or structural performance (one or more of insulation, airtightness, solar radiation gain, solar radiation, ventilation, and air circulation), and the residents of the homes may be classified into common groups.

[0052] As another example, the group may be a group in which building users are classified based on, for example, any one or more of age, sex, health condition, and physical constitution. When the group is a group classified by age, the building users are classified, for example, by whether they are adults or minors (children). Adults may be further classified by whether they are elderly (65 years of age or older, for example). When the group is a group classified by age, as another example, the building users may be classified by age group.

[0053] The health status is classified by at least one of, for example, whether or not the health is good, whether or not the person has a disease, and whether or not the person is frail. The disease may be further classified by the type of disease. The constitution is classified by at least one of, for example, susceptibility to disease, allergy, and obesity.

[0054] Furthermore, a group may be a group obtained by further classifying a predetermined group. For example, a group classified based on whether members of the group eat meals based on a common menu may be further classified based on one or more of age, sex, health condition, and physical constitution. For example, a family that eats meals together may be further classified based on one or more of age, sex, health condition, and physical constitution. In this case, for example, a family that eats meals together may be classified into an adult group and a child group, and each of the adult group and the child group may be further classified based on health condition, physical constitution, etc.

[0055] FIG. 6 is a diagram showing an example of group data according to an embodiment of the present invention. The group data shown in FIG. 6 shows group G1. Group G1 is generated in advance based on user data for "Family A." In group G1, "Family A" is classified into one group. "Family A" is a family of four consisting of a "father," a "mother," an "eldest son," and an "eldest daughter." In "Family A," all family members are 18 years of age or older. Having all family members 18 years of age or older means that "Family A" has no children in their growth period. In "Family A," all family members are in good health. Good health means, for example, one or more of the following: no illness, no medical visits, or all medical checkup results being an "A." Note that the absence of growing children in the family may also be used as a condition for good health, meaning that there are no health concerns. In addition, in "Family A," all family members are in good physical condition.

[0056] FIG. 7 is a diagram showing another example of group data according to an embodiment of the present invention. The group data shown in FIG. 7 shows group G2. Group G2 is generated in advance based on user data about "Family B." In group G2, "Family B" is classified into one group. "Family B" is a family of six consisting of "father," "mother," "grandfather," "grandmother," "eldest son," and "eldest daughter." In "Family B," the "eldest daughter" is 14 years old, and all family members other than the "eldest daughter" are 18 years old or older. In other words, "Family B" includes children who are still growing. In "Family B," the health of all family members other than the "grandfather" is good, and the health of the "grandfather" falls under "frailty." In "Family B," the physical constitutions of the "father" and "eldest son" fall under "obesity," and the physical constitution of the "eldest daughter" falls under "allergy." In "Family B," the physical constitutions of the "mother," "grandfather," and "grandmother" are normal.

[0057] Group G2 is further divided into three groups, G21, G22, and G23, based on physical constitution, for example. Group G21 consists of the "mother," "grandfather," and "grandmother" who have no abnormalities in their physical constitution. Group G22 consists of the "father" and "eldest son" whose physical constitution is "obesity." Group G23 consists of the "eldest daughter" whose physical constitution is "allergy."

[0058] Returning to FIG. 1, the description of the function of the health condition improvement data generation unit 14 will be continued. For example, the health condition improvement data generation unit 14 generates health condition improvement data indicating measures to improve statistics for the entire group of health condition evaluation values. In the following description, the health condition evaluation value may be simply referred to as the "evaluation value."

[0059] Here, the health condition evaluation value is an evaluation value for one or more evaluation items for evaluating the health condition. The health condition improvement data generation unit 14 generates the health condition evaluation value from the health condition data based on a predetermined algorithm. The health condition evaluation value may include evaluation values ​​generated from multiple types of data in the health condition data. Furthermore, the data included in the health condition data may include data that is used redundantly to generate multiple health condition evaluation values.

[0060] For example, the health condition improvement data generation unit 14 generates an obesity evaluation value by calculating the ratio of the body fat percentage acquired as health condition data to a standard body fat percentage for each gender. In another example, the health condition improvement data generation unit 14 generates a diabetes risk evaluation value by calculating the ratio of the blood glucose level acquired as health condition data to a normal blood glucose level. In another example, the health condition improvement data generation unit 14 may generate a health condition evaluation value from the health condition data based on a known method for calculating various indices for evaluating the health condition.

[0061] The health condition improvement data generation unit 14 calculates statistics for the entire group of health condition evaluation values ​​for each evaluation item. The statistics for the entire group of health condition evaluation values ​​may be, for example, one or more of the mean, median, mode, maximum, or minimum value.

[0062] For example, the health condition improvement data generation unit 14 generates health condition improvement data indicating a measure to increase the minimum value of the entire group of health condition evaluation values ​​compared to the evaluation values ​​before the evaluation. For example, the health condition improvement data generation unit 14 generates health condition improvement data indicating a measure to increase the minimum value of the entire group of evaluation values ​​compared to the evaluation values ​​before the evaluation by making the minimum value of the entire group of health condition evaluation values ​​fall within a predetermined range. In another example, the health condition improvement data generation unit 14 may generate health condition improvement data indicating a measure to increase the minimum value of the entire group of evaluation values ​​compared to the evaluation values ​​before the evaluation by making the evaluation values ​​of users whose health condition evaluation values ​​are equal to or less than a predetermined value (e.g., −2σ) as a predetermined standard deviation within the group higher compared to the evaluation values ​​before the evaluation. In another example, the health condition improvement data generation unit 14 may generate health condition improvement data indicating a measure to increase the minimum value of the entire group of evaluation values ​​compared to the evaluation values ​​before the evaluation by making the evaluation values ​​of users whose health condition evaluation values ​​are in a low standard percentage within the group (e.g., the bottom 30 percent) higher compared to the evaluation values ​​before the evaluation.

[0063] The health condition improvement data generation unit 14 may generate health condition improvement data indicating measures to increase the minimum value of the evaluation value of the health condition for the entire group at a specific time period compared to before the evaluation. In this case, for example, the health condition improvement data generation unit 14 may generate health condition improvement data indicating measures to increase the minimum value of the evaluation value of AGE in the post-meal period (a period from about 20 to 30 minutes after finishing a meal) compared to before the evaluation.

[0064] In addition, the health condition improvement data generation unit 14 may generate health condition improvement data indicating measures to improve the statistics for the entire group of evaluation values ​​obtained by weighting at least one of a specific evaluation item of health condition or a specific user among the users belonging to the group.

[0065] For example, if the building users include obese users and users who are prone to mental stress, the health condition improvement data generation unit 14 assigns a higher weight to the obese users and users who are prone to mental stress than to other users, and calculates statistics for the obesity assessment value and the mental stress assessment value, respectively. Measures for increasing the statistical value of the obesity assessment value are associated with reducing calories and taking B vitamins. Measures for increasing the mental stress assessment value are associated with taking calcium and magnesium. By assigning a higher weight to the obese users and users who are prone to mental stress, respectively, the health condition improvement data generation unit 14 is more likely to generate health condition improvement data suggesting reducing calories and taking B vitamins, as well as calcium and magnesium, than if the above-mentioned weighting were not applied.

[0066] The type of evaluation value statistics used by the health condition improvement data generator 14 to generate health condition improvement data may be selected based on the characteristics of the group. If a group does not include users with significantly low evaluation values, the average evaluation values ​​for each evaluation interval may be used to generate health condition improvement data for that group. For example, for a group such as group G1 shown in FIG. 6, where all family members are in good health and have no physical constitutional problems, the average evaluation values ​​for the health condition or physical constitution evaluation items may be used to generate health condition improvement data.

[0067] As another example, if a group includes a user with a significantly low evaluation value, the lowest evaluation value may be used to generate health condition improvement data for that group. For example, a group including a family member with an "obesity" constitution and a family member with an "allergy" constitution, such as group G2 shown in FIG. 7 , includes users with significantly low evaluation values ​​for the "obesity" evaluation item and the "allergy" evaluation item. Accordingly, the lowest evaluation values ​​for the "obesity" evaluation item and the "allergy" evaluation item may be used to generate health condition improvement data for group G2. In this case, for example, the health condition improvement data generation unit 14 generates health condition improvement data indicating measures to improve both the lowest evaluation value for "obesity" and the lowest evaluation value for "allergy."

[0068] The health condition improvement data generation unit 14 may generate health condition improvement data indicating measures different from the measures indicating measures to improve the statistics for the entire group of evaluation values, depending on whether the statistics have improved after the health condition improvement data indicating measures to improve the statistics for the entire group of evaluation values ​​has been transmitted.

[0069] For example, if the minimum value improves after health condition improvement data indicating measures to improve the minimum value as a statistical quantity is transmitted, the health condition improvement data generation unit 14 may generate health condition improvement data indicating measures to improve the average value as a statistical quantity.

[0070] As another example, assume that the minimum evaluation value improves after health condition improvement data generation unit 14 transmits health condition improvement data indicating a measure to health condition improvement data utilization device 20, whereby the minimum evaluation value for the entire group is increased compared to the pre-evaluation value by increasing the evaluation value of users whose evaluation values ​​fall within the low standard percentage within the group (e.g., the bottom 30 percent) compared to the pre-evaluation value. In this case, health condition improvement data generation unit 14 may generate health condition improvement data indicating a measure to increase the minimum evaluation value for the entire group compared to the pre-evaluation value by increasing the pre-evaluation value percentage of users whose evaluation values ​​fall within the low standard percentage within the group (e.g., from the bottom 30 percent to the bottom 50 percent).

[0071] As another example, if the average value does not improve after health condition improvement data indicating measures to improve the average value as a statistical quantity is transmitted, the health condition improvement data generation unit 14 may generate health condition improvement data indicating measures to improve the minimum value as a statistical quantity.

[0072] As another example, when the nutritional value data indicates a deficiency of a specific nutrient and the health condition data indicates an illness that is presumed to be caused by the deficiency of that nutrient, the health condition improvement data generation unit 14 generates at least one of the following three health condition improvement data:

[0073] The first health condition improvement data is health condition improvement data indicating at least one of foods and menus estimated to be recommended for incorporation into the group's diet, such as a list of at least one of foods and menus estimated to be recommended for improving nutritional status.

[0074] The second health improvement data is health improvement data indicating measures for exercise, sleep, or mental rest that are estimated to be necessary for users belonging to the group. The health improvement data indicating measures for exercise indicates, for example, the exercise (such as exercise, stretching, running, or walking) estimated to be necessary for users belonging to the group, or the amount of exercise (such as calories burned). The amount of exercise is the amount of exercise required per specified period (such as one day). The second health improvement data may indicate a reservation or request for a service, such as a gym reservation or a request for a trainer to be dispatched to the building.

[0075] The health improvement data indicating sleep measures may indicate, for example, the estimated sleep time, bedtime, and wake-up time required for the users belonging to the group, or the quality of sleep. The quality of sleep may be indicated, for example, by the type of bedding or the indoor environment (room temperature or illuminance) at bedtime. The health improvement data indicating sleep measures may also indicate recommendations for purchasing or renting bedding to help users get a good night's sleep.

[0076] The health improvement data indicating measures for mental rest may indicate, for example, a message (advice) encouraging mental rest that is estimated to be necessary for users belonging to the group, an appointment with a counselor for mental rest, or consideration that the user should ask their housemates to give to help the user get mental rest.

[0077] The third type of health improvement data is health improvement data that indicates the medical services that users belonging to the group would prefer to receive, such as medication, health checkups, tests performed to detect specific diseases, or health consultations by pharmacists or registered dietitians.

[0078] Note that, for example, a machine learning algorithm may be used by the health condition improvement data generation unit 14 to generate the health condition improvement data. In this machine learning, a trained model is used that has been trained to output health condition improvement data for a group when nutritional value data and a health condition assessment value for users belonging to the group are input. In another example, a predetermined table may be used by the health condition improvement data generation unit 14 to generate the health condition improvement data. In this table, nutritional value data and health condition assessment values ​​for users belonging to the group are pre-associated with the health condition improvement data for the group. Other algorithms may be used by the health condition improvement data generation unit 14 to generate the health condition improvement data, as long as they are algorithms that output health condition improvement data for the group when nutritional value data and a health condition assessment value for users belonging to the group are input.

[0079] The health condition improvement data generation unit 14 may generate groups used to generate the health condition improvement data based on whether the statistics have improved after the health condition improvement data indicating measures to improve the statistics for the entire group of health condition evaluation values ​​has been transmitted. For example, if the statistics have improved, the health condition improvement data generation unit 14 may reclassify the building users included in a group into a different group.

[0080] If the health condition improvement data includes multiple measures, the health condition improvement data generation unit 14 may compare the currently generated health condition improvement data with the previously generated health condition improvement data and, based on the comparison result, change the order in which the multiple measures are displayed on the health condition improvement data utilization device 20. This order may be, for example, the order in which the multiple measures are arranged on the screen on which the measures are displayed, or the chronological order in which the multiple measures are displayed. In this case, for example, if the comparison result shows that the currently generated health condition improvement data includes a new measure that was not included in the previously generated health condition improvement data, the health condition improvement data generation unit 14 changes the health condition improvement data so that the new measure is displayed preferentially on the health condition improvement data utilization device 20.

[0081] Furthermore, the health condition improvement data generation unit 14 may compare the health condition evaluation value used to generate the currently generated health condition improvement data with the health condition evaluation value used to generate the previously generated health condition improvement data to determine whether any evaluation item has improved since the previous time. In this case, if the health condition improvement data generation unit 14 determines that any evaluation item has improved since the previous time, it may include information indicating the improved evaluation item in the health condition improvement data and transmit the data to the health condition improvement data utilization device 20. This allows the user to be notified of the evaluation item(s) that have improved since the previous time, out of one or more evaluation items used to evaluate the health condition.

[0082] The health condition improvement data utilization device 20 is realized by, for example, a smartphone, a tablet, a server, an operation panel, or a display device. The operation panel and display device referred to here are, for example, an operation panel or a touch panel display used to operate a home energy management system (HEMS) or a water heater. The health condition improvement data utilization device 20 also includes a health condition improvement data receiving unit 21, a policy promoting unit 22, and a display unit 23.

[0083] The health condition improvement data receiving unit 21 receives the health condition improvement data transmitted by the health condition improvement data transmitting unit 15 .

[0084] The policy promotion unit 22 uses the health condition improvement data to promote policies to maintain or improve the health condition of users. For example, when the health condition improvement data indicates at least one of a food item and a menu item that is estimated to be preferable for incorporation into the group's diet, the policy promotion unit 22 transmits order data for ordering at least one of the food item and the menu item indicated by the health condition improvement data. The order data is transmitted to, for example, an e-commerce server 221 used for operating a website that provides e-commerce transactions such as an online supermarket, and a menu provision server 222 that provides information about menu items.

[0085] Furthermore, for example, when the health condition improvement data indicates a reservation or request for a service related to exercise, sleep, or mental rest, the policy promotion unit 22 transmits data (application data) for applying for the service indicated by the health condition improvement data. The application data is transmitted to the e-commerce server 221 used for operating the website that provides the service.

[0086] Furthermore, for example, when the health condition improvement data indicates a measure or message regarding exercise, sleep, or mental rest, the measure promotion unit 22 causes the measure or message indicated by the health condition improvement data to be displayed on the display unit 23 at the time indicated by the health condition improvement data. The display unit 23 is a display that displays content based on the health condition improvement data.

[0087] Furthermore, for example, when the health condition improvement data indicates medical services that the group should preferably receive, the policy promotion unit 22 causes the display unit 23 to display the medical services indicated by the health condition improvement data.

[0088] The policy promotion unit 22 may be realized as an application that displays, for each type of the above-mentioned various types of health condition improvement data, a policy or message indicated by the health condition improvement data at the time indicated by the health condition improvement data on the display unit 23. The policy promotion unit 22 may also be realized as an application that transmits order data or application data for each type of the above-mentioned various types of health condition improvement data.

[0089] The storage device 111 stores various types of information. The information stored in the storage device 111 includes food data, user data, and group data. The storage device 111 is configured using a storage device such as a magnetic hard disk drive or a semiconductor storage device. The nutrition history data storage device 122 and the health condition data storage device 132 are each configured using a server equipped with a database management system. The nutritional value database 121 is managed using the database management system.

[0090] Next, an example of processing executed by the health management system 1 will be described with reference to FIG. 8. FIG. 8 is a sequence diagram showing an example of processing executed by the health management system according to an embodiment of the present invention. Steps S101 and S102 shown in FIG. 8 are executed for each food item. Therefore, when multiple foods are brought into a building, steps S101 and S102 are executed for each of the multiple foods. However, steps S101 and S102 may also be executed for multiple foods at once. Furthermore, step S104 shown in FIG. 8 may be executed for each piece of nutritional value data, or may be executed after taking into account the average or comprehensive consideration of multiple pieces of nutritional value data.

[0091] In step S101, the food data acquisition unit 11 acquires food data.

[0092] In step S102, the health management apparatus 10 generates nutritional value data from the food data.

[0093] In step S103, the health management apparatus 10 stores the nutritional value data in the nutritional value database 121.

[0094] In step S104 , the nutritional value data acquisition unit 12 acquires nutritional value data from the nutritional value database 121 .

[0095] In step S105, the health management apparatus 10 acquires sensor data from the health condition sensor 131.

[0096] In step S106, the health management device 10 generates health condition data from the sensor data and stores the health condition data in the health condition data storage device 132.

[0097] In step S107 , health condition data acquisition unit 13 acquires health condition data from health condition data storage device 132 .

[0098] In step S108, the health condition improvement data generation unit 14 generates health condition improvement data. The health condition improvement data generation unit 14 acquires group data from the storage device 111. The health condition improvement data generation unit 14 generates health condition improvement data based on nutritional value data for users belonging to a predetermined group and individual health condition data for users belonging to the group.

[0099] In step S109 , the health condition improvement data transmission unit 15 transmits the health condition improvement data to the health condition improvement data utilization device 20 .

[0100] In step S110, the health condition improvement data receiving unit 21 receives the health condition improvement data.

[0101] In step S111, the policy promotion unit 22 promotes a policy to maintain or improve the health status of the entire group of building users.

[0102] In the present embodiment, an example has been described in which health condition improvement data generated by the health management device 10 is transmitted to the health condition improvement data utilization device 20, and the health condition improvement data utilization device 20 promotes measures to maintain or improve the health condition of the entire group of building users based on the health condition improvement data, but this is not limiting. The health condition improvement data generated by the health management device 10 may be transmitted to an external device. The external device is, for example, a storage device (such as the storage device 111) or a device other than the health condition improvement data utilization device 20 (such as a server). The external device stores the health condition improvement data. When accessed by the health condition improvement data utilization device 20, the health condition improvement data stored in the external device may be transmitted to the health condition improvement data utilization device 20, and measures to maintain or improve the health condition of the entire group of building users may be promoted based on the health condition improvement data.

[0103] As described above, the health management device 10 according to this embodiment includes a food data acquisition unit 11, a nutritional value data acquisition unit 12, a health condition data acquisition unit 13, a health condition improvement data generation unit 14, and a health condition improvement data transmission unit 15.

[0104] The food data acquisition unit 11 acquires food data indicating foods consumed in the diet of building users. The nutritional value data acquisition unit 12 acquires nutritional value data indicating the nutritional value of the foods indicated by the food data. The health condition data acquisition unit 13 acquires health condition data indicating the health condition of building users. The health condition improvement data generation unit 14 generates health condition improvement data indicating measures to maintain or improve the health condition of the entire group based on the nutritional value data for building users belonging to a specified group and the individual health condition data for building users belonging to the group. The health condition improvement data output unit (in this embodiment, the health condition improvement data transmission unit 15) outputs the health condition improvement data.

[0105] With this configuration, the health management device 10 according to this embodiment can generate health condition improvement data indicating measures to maintain or improve the health condition of the entire group, thereby reducing the burden required for health management of the group.

[0106] Furthermore, the health condition improvement data utilization device 20 according to this embodiment utilizes the health condition improvement data to promote measures to maintain or improve the health condition of the entire group. This allows the health management device 10 and the health condition improvement data utilization device 20 to promote measures to maintain or improve the health condition of the entire group to which the building users, who are users of the health management system 1, belong, taking into account the health conditions of the users.

[0107] Data analyzed using conventional methods is on an individual basis, and while this method is useful when the person being managed has a medical condition that requires care, it places a heavy burden on the health management of a group of people who "do not yet have any particular medical condition, but who occasionally feel unwell and are aware of the importance of health management," i.e., a family or a group (population) of residents of a building such as a classroom, and especially on the person in charge of managing the health of that group, as they must individually assess and combine the results.

[0108] The health management device 10 of this embodiment can generate health status improvement data that indicates measures to maintain or improve the health status of the entire group, and the health status improvement data utilization device 20 can promote measures to maintain or improve the health status of the entire group, thereby reducing the burden required for health management of the group.

[0109] Furthermore, in the health management device 10 according to this embodiment, the health condition improvement data generator 14 generates health condition improvement data indicating measures to improve the statistics for the entire group of health condition evaluation values. With this configuration, the health management device 10 according to this embodiment can generate health condition improvement data indicating measures to improve the statistics for the entire group of health condition evaluation values, thereby reducing the burden of health management for the group based on the statistics. Note that the health condition improvement data generator 14 may also generate health condition improvement data without using statistics.

[0110] Furthermore, in the health management device 10 according to this embodiment, the health condition improvement data generator 14 generates health condition improvement data indicating measures to raise the minimum value of the health condition evaluation value for the entire group compared to the evaluation values ​​before the evaluation. This configuration allows the health management device 10 according to this embodiment to generate health condition improvement data indicating measures to raise the minimum value of the health condition evaluation value for the entire group compared to the evaluation values ​​before the evaluation, thereby reducing the burden on the health management of the group when it is necessary to raise the minimum value of the evaluation value for the entire group. Raising the minimum value of the evaluation value for the entire group is particularly effective when the group includes users with health or physical problems.

[0111] Furthermore, in the health management device 10 according to this embodiment, the health condition improvement data generator 14 generates health condition improvement data indicating measures to raise the minimum value of the health condition evaluation value for the entire group at a specific time period compared to before the evaluation. With this configuration, the health management device 10 according to this embodiment can generate health condition improvement data indicating measures to raise the minimum value of the health condition evaluation value for the entire group at a specific time period compared to before the evaluation, thereby reducing the burden required for health management of the group even when there is an evaluation item that should focus on the health condition at a specific time period (for example, after a meal) in health management.

[0112] Furthermore, in health management device 10 according to this embodiment, health condition improvement data generator 14 generates health condition improvement data indicating measures to improve statistics obtained by weighting at least one of a specific health condition evaluation item or a specific user among users belonging to a group. With this configuration, health management device 10 according to this embodiment can generate health condition improvement data indicating measures to improve statistics obtained by weighting at least one of a specific health condition evaluation item or a specific user among users belonging to a group, thereby reducing the burden required for health management of a group even when health management needs to focus on a specific evaluation item or a specific user.

[0113] Furthermore, in health management device 10 according to this embodiment, health condition improvement data generator 14 generates health condition improvement data indicating a measure different from the measure to improve the statistics, depending on whether the statistics have improved since the health condition improvement data indicating the measure was transmitted. With this configuration, health management device 10 according to this embodiment can change the measure indicated by the health condition improvement data depending on whether the statistics have improved, thereby more efficiently reducing the burden on the group's health management than if the measure indicated by the health condition improvement data was not changed regardless of whether the statistics have improved.

[0114] Furthermore, in health management device 10 according to this embodiment, if the minimum value improves after health condition improvement data indicating measures to improve the minimum value as a statistic is transmitted, health condition improvement data generator 14 generates health condition improvement data indicating measures to improve the average value as a statistic. With this configuration, health management device 10 according to this embodiment can generate health condition improvement data indicating measures to improve the average value when the minimum value improves, thereby more efficiently reducing the burden on the group's health management than when health condition improvement data indicating measures to improve the minimum value is generated even when the minimum value improves.

[0115] Furthermore, in health management device 10 according to this embodiment, if the average value does not improve after health condition improvement data indicating measures to improve the average value as a statistic is transmitted, health condition improvement data generator 14 generates health condition improvement data indicating measures to improve the minimum value as a statistic. With this configuration, health management device 10 according to this embodiment can generate health condition improvement data indicating measures to improve the minimum value when the average value does not improve, thereby more efficiently reducing the burden on the group's health management than when health condition improvement data indicating measures to improve the average value is generated even when the average value does not improve.

[0116] Furthermore, in the health management device 10 according to this embodiment, the health condition improvement data generator 14 generates groups used to generate health condition improvement data based on whether the statistics have improved after the transmission of health condition improvement data indicating measures to improve the statistics for the entire group of health condition assessment values. This configuration allows the group to be changed based on whether the statistics have improved, thereby reducing the burden of health management for the group more efficiently than if the group is not changed.

[0117] Furthermore, in the health management device 10 according to this embodiment, groups are classified based on one or more of age, sex, health condition, and constitution. This configuration allows health condition improvement data to be generated for the entire group classified based on one or more of age, sex, health condition, and constitution, thereby reducing the burden of health management for groups based on one or more of age, sex, health condition, and constitution.

[0118] Furthermore, in the health management device 10 according to this embodiment, groups are classified based on whether or not they are eating meals based on a common menu. This configuration allows health condition improvement data to be generated for the entire group that is eating meals based on a common menu, thereby reducing the burden of managing the health of each group for each menu.

[0119] Furthermore, in the health management device 10 according to this embodiment, the groups are groups into which a predetermined group is further classified. With this configuration, health condition improvement data can be generated for all groups into which a predetermined group is further classified. Therefore, even when it is appropriate to perform health management for a group smaller than the predetermined group, health condition improvement data can be generated for the smaller group, thereby more efficiently reducing the burden required for group health management.

[0120] At least some of the functions of the health management device 10 or health condition improvement data utilization device 20 may be realized by hardware including circuitry executing a program. The hardware referred to here is, for example, a central processing unit (CPU), a large-scale integration (LSI), an application-specific integrated circuit (ASIC), a field-programmable gate array (FPGA), or a graphics processing unit (GPU). The program is stored in a storage device equipped with a storage medium. The storage medium referred to here is, for example, a hard disk drive (HDD), flash memory, or ROM. Furthermore, the program may be a differential program that realizes some of the functions of the health management device 10 or health condition improvement data utilization device 20.

[0121] The above describes an embodiment of the present invention with reference to the drawings. However, the health management system 1 is not limited to the above embodiment, and various modifications, substitutions, combinations, and / or design changes can be made without departing from the spirit of the present invention. [Explanation of symbols]

[0122] 1...health management system, 10...health management device, 11...food data acquisition unit, 12...nutritional value data acquisition unit, 13...health status data acquisition unit, 14...health status improvement data generation unit, 15...health status improvement data transmission unit, 20...health status improvement data utilization device, 21...health status improvement data reception unit, 22...policy promotion unit, 23...display unit, 111...storage device, 112...image recognition device, 121...nutritional value database, 122...nutrition history data storage device, 131...health status sensor, 132...health status data storage device, 221...electronic commerce server, 222...menu provision server

Claims

1. a food data acquisition unit that acquires food data indicating foods consumed in the diet of building users; a nutritional value data acquisition unit that acquires nutritional value data indicating the nutritional value of the food indicated by the food data; a health condition data acquisition unit that acquires health condition data indicating the health condition of the building users; a health condition improvement data generation unit that generates health condition improvement data indicating measures to maintain or improve the health condition of the entire group based on the nutritional value data for the users belonging to a predetermined group and the individual health condition data for the users belonging to the group; a health condition improvement data transmission unit that transmits the health condition improvement data; A health management device comprising:

2. The health condition improvement data generation unit generates the health condition improvement data indicating the measures to improve statistics for the entire group of the health condition evaluation values. The health management device according to claim 1 .

3. The health condition improvement data generation unit generates the health condition improvement data indicating the measures that will increase the minimum value of the health condition evaluation value for the entire group compared to before evaluation of the evaluation value. The health management device according to claim 2 .

4. The health condition improvement data generation unit generates the health condition improvement data indicating the measures that will increase the minimum value of the health condition evaluation value for the entire group at a specific time compared to before the evaluation of the evaluation value. The health management device according to claim 3 .

5. The health condition improvement data generation unit generates the health condition improvement data indicating the measures to improve the statistics obtained by weighting at least one of a specific evaluation item of the health condition or a specific user among the users belonging to the group. The health management device according to claim 2 .

6. The health condition improvement data generation unit generates the health condition improvement data indicating a measure different from the measure, depending on whether the statistical quantity has improved after the health condition improvement data indicating the measure for improving the statistical quantity has been transmitted. The health management device according to claim 2 .

7. The health condition improvement data generation unit generates the health condition improvement data indicating the measure to improve the average value as the statistical quantity when the minimum value improves after the health condition improvement data indicating the measure to improve the minimum value as the statistical quantity is transmitted. The health management device according to claim 6.

8. The health condition improvement data generation unit generates the health condition improvement data indicating the measure to improve the minimum value as the statistical quantity when the average value does not improve after the health condition improvement data indicating the measure to improve the average value as the statistical quantity is transmitted. The health management device according to claim 6.

9. The health condition improvement data generation unit generates, as the group used for generating the health condition improvement data, a group based on whether the statistics have improved after the health condition improvement data indicating the measures to improve the statistics for the entire group of the health condition evaluation values ​​has been transmitted. The health management device according to claim 1 .

10. The groups are classified based on one or more of age, sex, health status, and constitution. The health management device according to claim 1 .

11. The groups are classified based on whether they share a common menu. The health management device according to claim 1 .

12. The group is a group into which a predetermined group is further classified. The health management device according to claim 1 .

13. A building comprising the health management device according to any one of claims 1 to 12.

14. a health condition improvement data receiving unit that receives health condition improvement data that is generated based on data about building users belonging to a predetermined group, the data being nutritional value data indicating the nutritional value of foods indicated by food data indicating foods taken in the diet of the building users, and health condition data that is individual data about the users belonging to the group and indicating the health conditions of the users, and that indicates measures to maintain or improve the health conditions of the entire group; a policy promotion unit that uses the health condition improvement data to promote policies to maintain or improve the health condition of the entire group; A health condition improvement data utilization device comprising:

15. A building equipped with the health condition improvement data utilization device according to claim 14.

16. On the computer, a food data acquisition step of acquiring food data indicating foods consumed in the diet of building users; a nutritional value data acquisition step of acquiring nutritional value data indicating the nutritional value of the food indicated by the food data; a health condition data acquisition step of acquiring health condition data indicating the health condition of the building users; a health condition improvement data generation step of generating health condition improvement data indicating measures to maintain or improve the health condition of the entire group based on the nutritional value data for the users belonging to a predetermined group and the individual health condition data for the users belonging to the group; a health condition improvement data transmission step of transmitting the health condition improvement data; A health management program that implements the following:

17. On the computer, a health condition improvement data receiving step for receiving data on building users belonging to a predetermined group, the data being nutritional value data indicating the nutritional value of foods indicated by food data indicating foods taken in the diet of the building users, and health condition improvement data, the data being individual data on the users belonging to the group, the data being generated based on the health condition data indicating the health conditions of the users, and indicating measures to maintain or improve the health conditions of the entire group; a measure promotion step of promoting measures to maintain or improve the health status of the entire group by using the health status improvement data; A health improvement data utilization program that will help you achieve this.

18. a food data acquisition step of acquiring food data indicating foods consumed in the diet of building users; a nutritional value data acquisition step of acquiring nutritional value data indicating the nutritional value of the food indicated by the food data; a health condition data acquisition step of acquiring health condition data indicating the health condition of the building users; a health condition improvement data generation step of generating health condition improvement data indicating measures to maintain or improve the health condition of the entire group based on the nutritional value data for the users belonging to a predetermined group and the individual health condition data for the users belonging to the group; a health condition improvement data transmission step of transmitting the health condition improvement data; A health management method comprising:

19. a health condition improvement data receiving step for receiving health condition improvement data that indicates measures to maintain or improve the health condition of the entire group, the health condition improvement data being generated based on data about building users belonging to a predetermined group, the data being nutritional value data indicating the nutritional value of foods indicated by food data indicating foods taken in the diet of the building users, and health condition data that is individual data about the users belonging to the group and indicates the health conditions of the users; a measure promotion step of promoting measures to maintain or improve the health status of the entire group by using the health status improvement data; A method for using data to improve health status.

20. A health management system including a health management device and a health condition improvement data utilization device, The health management device includes: a food data acquisition unit that acquires food data indicating foods consumed in the diet of building users; a nutritional value data acquisition unit that acquires nutritional value data indicating the nutritional value of the food indicated by the food data; a health condition data acquisition unit that acquires health condition data indicating the health condition of the building users; a health condition improvement data generation unit that generates health condition improvement data indicating measures to maintain or improve the health condition of the entire group based on the nutritional value data for the users belonging to a predetermined group and the individual health condition data for the users belonging to the group; a health condition improvement data transmission unit that transmits the health condition improvement data; Equipped with The health condition improvement data utilization device includes: a health condition improvement data receiving unit that receives the health condition improvement data; a policy promotion unit that uses the health condition improvement data to promote policies to maintain or improve the health condition of the entire group; Equipped with Health management system.

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