JP2008181317A - Health management system, portable terminal, program, and health management method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a health management system for enabling a user to continuously carry out diet or daily health management without imposing any labor. <P>SOLUTION: This health management system is provided with a calory calculation function (reference to a health management APL mode 702) for calculating the target ingestion calory and target consumption calory of a user in a prescribed period from the personal current situation data of a user and target data determining the user's health management target; an exercise management part (exercise data confirmation mode 712) for receiving exercise data showing the exercise situations of the user, and for displaying the achievement situations of the target consumption calory at the portable terminal of the user; and a meal management part (meal data confirmation mode 711) for receiving meal data showing the meal situations of the user, and for displaying the achievement situations of the target ingestion calory at the portable terminal of the user. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a health management system, a portable terminal, a program, and a health management method for supporting user health management, and in particular, by presenting calorie intake and calorie consumption according to a user's physical condition, The present invention relates to a health management system, a portable terminal, a program, and a health management method that support management.

  Patent Document 1 calculates a calorie intake from the user's individual varieties individually input by the user, calculates a calorie balance based on the user's basic calorie, diet target, etc. In addition, a calorie management service system having exercise exercise means is disclosed.

  Patent Document 2 collects information on food and drink ordered by a user from a mobile phone equipped with a step count function and GPS function possessed by the user, and collects information about food and drink ordered by the user at a restaurant, etc. A comprehensive health information management system that gives advice is disclosed. In addition, the comprehensive health information management system described in the same document is provided with a current state display function such as a correlation display graph of calorie intake and calorie consumption.

JP 2002-92179 A Japanese Patent Laid-Open No. 2002-24404

  In the calorie management service system described in Patent Document 1, it is said that advice on meals and exercise is obtained based on the calorie balance, but there is no means for confirming the effect of using the system, and the target is surely approaching the target. However, there is a problem that a sense of accomplishment cannot be obtained and sustainable efforts cannot be made. In addition, although it is stated that it has execution instruction means, it only gives an alarm sound that informs you that it is time to eat, and is only given a function that emits a warning sound, etc. when calories are consumed excessively (Paragraphs 0027 and 0033 of the same publication).

  In addition, the comprehensive health information management system described in Patent Document 2 is characterized by obtaining exercise data from a pedometer function or a GPS function, and the burden of data input on the user side is greatly reduced. However, the alarm function of the comprehensive health information management system in the same document advises that “momentum” is insufficient when the balance of calorie intake and calorie consumption on the previous day exceeds the limit value (%) set by the user. (Paragraph 0088 of the same publication), there is a problem that it is impossible to give specific advice as to what measures should be taken to improve the calorie balance or succeed in dieting.

  According to the first aspect of the present invention for solving the above-mentioned problems, calories for calculating a target calorie intake and target calorie consumption for a predetermined period from the user's personal status data and target data defining a health management target. A calculation unit, an exercise management unit that receives exercise data indicating the user's exercise status, displays an achievement status of the target calorie consumption on the user's mobile terminal, and receives meal data indicating the user's meal status There is provided a health management system comprising: a meal management unit that displays the achievement status of the target calorie intake for the portable terminal of the user.

  According to a second aspect of the present invention, there is provided a health management system in which, in the health management system, the exercise status of the user and the meal status of the user are fed back to the personal status data of the user.

  According to the third aspect of the present invention, an application program for receiving and displaying the achievement status of the target intake calorie and the target calorie consumption is installed, and the exercise management unit and the meal management unit of the health management system are installed. A portable terminal characterized by functioning as a data display means is provided.

  According to a fourth aspect of the present invention, an application program for collecting and transmitting the meal data and exercise data is installed, and functions as data input means for the exercise management unit and the meal management unit of the health management system. A portable terminal is provided.

  According to the fifth aspect of the present invention, the calorie calculating means for calculating the target intake calorie and the target consumed calorie of the user in a predetermined period from the user's personal present state data and the target data defining the health management target; Receiving exercise data indicating the exercise status of the user, displaying exercise achievement means for displaying the achievement status of the target calorie consumption on the portable terminal of the user, receiving meal data indicating the meal status of the user, and the user A program for causing a computer to function is provided as each means of the meal management means for displaying the achievement status of the target calorie intake on the portable terminal.

  According to the sixth aspect of the present invention, the computer calculates the target calorie intake and target calorie consumption for a predetermined period from the user's personal status data and the target data defining the health management target. The computer receives exercise data indicating the user's exercise status and displays the achievement status of the target calorie consumption on the user's mobile terminal; and the computer indicates a meal indicating the user's diet status Receiving the data and displaying the achievement status of the target calorie intake on the portable terminal of the user, a health management method using a computer is provided.

  According to the present invention, it is possible to perform daily meals and exercises while checking the achievement status of dietary restrictions and exercise goals according to the user's goals and health conditions, without burdening diet and daily health management, It becomes possible to do it continuously.

  Next, the best mode for carrying out the present invention will be described in detail with reference to the drawings. FIG. 1 is a diagram showing the overall configuration of a health management system according to the first embodiment of the present invention. Referring to FIG. 1, the health management system according to the present embodiment includes a mobile phone terminal 100 possessed by a user, a health management server 200, and an exercise data management server 310 installed in a fitness club or the like. Composed.

  The mobile phone terminal 100 has a GPS positioning function based on a GPS signal from a communication satellite (GPS satellite), and a communication function with a gate system 330 of the fitness club 300, a weight scale 500 with a communication function, and a restaurant terminal. It is. Hereinafter, in the present embodiment, a description will be given assuming that a mobile phone terminal having a pedometer function using a built-in acceleration sensor in addition to the above functions is used.

  The health management server 200 is connected to an application server 250 and an information distribution server 260 for managing map information, and has health management targets set in advance for each user, such as diet and health maintenance, for the user of the mobile phone terminal 100. Corresponding services such as calorie calculation, menu creation, fitness menu creation, restaurant search and route guidance are provided. The communication network 400 includes a positioning function unit 240 that measures position information of the mobile phone terminal 100 in cooperation with the communication satellite 290 and provides the position information to the mobile phone terminal 100.

  The exercise data management server 310 detects the entry / exit of the user of the mobile phone terminal 100 from the gate system 330 installed in the fitness club 300, and the use status of the fitness machine 320 in the fitness club and other fitness Manage exercise data for each user, such as lesson participation status entered by club operators.

  The weight scale 500 has a function of communicating with the mobile phone terminal 100 in addition to a function of measuring the user's weight, body fat, etc., and is used when updating the user's personal status data.

  The restaurant terminal 600 is a terminal installed at a cash register or table of a restaurant, and recognizes the mobile phone terminal 100 by a short-range wireless communication function or card information presented by the user, and the user of the mobile phone terminal 100 The health management server 200 is notified of the usage status (meal data) of the restaurant.

  With the above configuration, when the user of the mobile phone terminal 100 sets and inputs personal status data and health management goals to the health management server 200, the health management server 200 performs menu and fitness for achieving each user's health management goals. Make menu suggestions. On the other hand, when the user eats or exercises, the meal data and exercise data are automatically transmitted from the restaurant terminal 600 and the exercise data management server 310 to the health management server 200. The health management server 200 that has received these meal data and exercise data is appropriate for the mobile phone terminal 100 in terms of the meal and exercise that the user actually took compared to the proposed menu and fitness menu. Notify.

  FIG. 2 is a diagram showing a detailed configuration of the health management system. Hereinafter, the detailed configuration inside the health management system will be described with reference to FIG.

  The cellular phone terminal 100 communicates with the application control unit 215 of the health management server 200 in accordance with the operation content of the user, and a health management APL (application (program)) configured by a client application program that transmits and receives various data. Is described as “APL” or “application”), an IF unit (interface unit) 102 for connecting to an internal device / external device, a step calculation unit 103 that counts steps using an acceleration sensor, And a navigation unit 104 that executes route guidance from the health management server 200 to the restaurant presented. Note that the IF unit included in each device is the mobile phone terminal 100, the health management server 200, the positioning function unit 240, the application server 250, the information distribution server 260, the communication satellite 290, the exercise data management server 310, the fitness It is a generic term for interfaces between the machine 320, the gate system 330, the scale 500, and the restaurant terminal 600, and a plurality of devices are mounted depending on the specifications of each device and the communication method between the devices.

  The health management server 200 is roughly divided into a dietary management block 210 that performs processing such as calorie calculation, application control, menu creation, fitness menu creation, store search, and distance calculation, a diet menu (fitness menu), menu information, It includes an information management DB (database) 220 that stores information such as meal restrictions by disease, route information, store information, personal information, etc., and an IF unit 230 that connects to internal devices and external devices. .

  The dietary life management block 210 is registered in the personal information management unit 226 in response to a request from the application control unit 215 that communicates with the health management APL unit 101 of the mobile phone terminal 100 to transmit and receive data. A calorie calculation unit 212 that calculates the intake calorie value and the calorie consumption value for a specified period such as one day or one week with reference to the user's personal status data and target data, or information of the disease-specific information management unit 223 as necessary. A menu creation unit 213 for creating a menu for the same period with reference to the calculated calorie intake and the user's contraindicated item information as necessary, and a fitness menu (exercise menu) for the same period based on the calculated calorie consumption ) And a restaurant search in response to a request from the application control unit 215. A shop search unit 214, configured to include a distance calculation unit 216 for calculating the distance between the plurality coordinate information, the in response to a request from the application control unit 215.

  FIG. 3 is an example of a table used when the calorie consumption value is calculated by the calorie calculation unit 212. For example, the standard daily calorie consumption of a light worker centered on desk work is calculated as 1250 to 1500 kcal by multiplying the value in the table assuming that the weight is 50 kg. It is said that if a general adult wants to lose 1 kg, he needs to consume 7000 kcal. In this case, the daily calorie balance (consumption-intake) that achieves a weight loss of Bkg in A days is calculated as 7000 kcal × B ÷ A. For example, in order to achieve the dietary goal of a user who wants to lose 1 kg in 7 days, it is possible to consume 1000 kcal extra per day from the above equation, taking into account the user's daily activities and weight. Target calorie consumption and target calorie intake are set.

  FIG. 4 is a transition diagram showing the relationship between the operation modes of the mobile phone terminal 100 realized by cooperation between the application control unit 215 and the health management APL unit 101 on the mobile phone terminal 100 side. When the health management APL unit 101 is activated, the state transitions to an APL activation state 700B and a health management APL mode 702 is entered. A setting mode 706 for inputting a health management target and setting various functions from the health management APL mode 702, a fitness mode 703 for receiving a suggestion of a fitness menu, and confirming the achievement status, an exercise data confirmation mode 712, and a meal menu It is possible to select a transition to the meal mode 704 and the meal data confirmation mode 711 that can confirm the achievement level.

  In the meal mode 704, it is also possible to transition to a navigation mode 705 for searching for a store that can provide the presented meal menu.

  Furthermore, the step count calculation unit 103 can be started directly from the standby state 700A, and it is possible to shift to the pedometer mode 701 in which the step count calculation can be performed and the target calorie consumption can be confirmed. It has become.

  Referring to FIG. 2 again, the information management DB 220 includes a diet menu (fitness menu) management unit 221, a menu information management unit 222, a disease-specific information management unit 223, a route information management unit 224, and a store information management unit 225. And a personal information management unit 226.

  The diet menu (fitness menu) management unit 221 manages diet menu information by associating various diet menus with their calorie consumption. In addition, the diet menu (fitness menu) management unit 221 also holds diet menus having a (faint) effect on various body parts as shown in FIG.

  The menu information management unit 222 manages data for creating a menu that allows the calorie calculated by the calorie calculation unit 212 and various nutrients to be taken in a balanced manner. FIG. 6 is a part of a food exchange table managed by the menu information management unit 222.

  The disease-specific information management unit 223 manages information on nutrients, foods, contraindicated foods (incompatible items), etc., for which necessary calorie restriction or intake is recommended for each disease. FIG. 7 is an example of a disease-specific meal management table managed by the disease-specific information management unit 223. Moreover, FIG. 8 is an example of a menu restriction (incompatible items) by religion that is applied only to a user who has a religious religion. Moreover, FIG. 9 is an example of the table | surface for calculating | requiring the intake unit on the food exchange table applied to a diabetic patient, and FIG. 10 is for calculating | requiring the intake unit on the food exchange table when there exists a protein intake instruction | indication. It is an example of the table of.

  The positioning function unit 240 includes a positioning unit 241 having a position information correction function when the mobile phone terminal 100 measures position information using the GPS function, an IF unit 242 for connecting to an internal device / external device, Consists of

  The application server 250 manages the map information, and transmits a map data and coordinate information of an address designated in response to a request from the application control unit 215 of the health management server 200, and an internal device / external And an IF unit 252 for connecting to the apparatus.

  The information distribution server 260 is connected to an information distribution unit 261 that selectively distributes diet information to the mobile phone terminal 100 in response to a request from the application control unit 215 of the health management server 200, and an internal device / external device. The IF unit 262 is included. Diet information includes, for example, “Today's recommendation: Open your feet to shoulder width, open your toes outward, bend your feet 90 degrees, exhale, and rest for 10 seconds. The actual action image (movie) is included.

  The exercise data management server 310 includes an application control unit 314 that manages user entry / exit based on information received from the gate system 330 and transmits calories consumed by exercise items that do not use the fitness machine 320 to the health management server. The management block 311 includes an information management DB (database) 312 including a personal information management unit 315 for storing member personal information of fitness members, and an IF unit 313 connected to an internal device / external device. The

  The fitness machine 320 includes an authentication unit 321 that identifies the user through short-range wireless communication with the IF unit 102 of the mobile phone terminal 100 of the user who is using the user or other IC built-in member card, and a time when the user uses the fitness machine 320 And an IF unit 322 that transmits measurement data to the application control unit 215 of the health management server.

  The gate system 330 detects entry / exit to the fitness club 300 by short-range wireless communication with the IF unit 102 of the mobile phone terminal 100 and other IC built-in member cards, and notifies the exercise data management server 310 of entry / exit management. Unit 331 and IF unit 332 connected to the internal device / external device.

  The weight scale 500 includes a weight measurement unit (not shown) and an IF unit 501 that transmits the measurement result to the mobile phone terminal 100.

  The restaurant terminal 600 includes a usage information notification unit 601 and an IF unit 602 that notify the application control unit 215 of the health management server 200 of menu information taken by the user in the restaurant.

  Subsequently, the overall operation of the health management system according to the present embodiment will be described in detail with reference to FIGS. 2 and 11 showing the flow of using the health management system according to the present embodiment.

[Setting mode]
First, when the user activates the health management APL unit 101 of the mobile phone terminal 100, the mode transitions to the setting mode (706 in FIG. 11), and the initial screen (709 in FIG. 11) shows personal status data (age, height, weight). , Blood pressure, target progress status, etc.) and target data (use purpose, target weight, target period, target intake / target calorie creation unit (period), etc.) Is transmitted to the application control unit 215 of the health management server 200. The data received by the application control unit 215 is transmitted to the personal information management unit 226 and new registration is performed.

  Thereafter, when the user uses the scale 500 while holding the mobile phone terminal 100 in the setting mode (setting update; (710 in FIG. 11)), the measured personal status data is automatically applied to the application of the health management server 200. It is transmitted to the control unit 215 and registered in the personal information management unit 226.

  When the initial registration or update of the personal status data is performed, the application control unit 215 uses the personal status data and the target data to the calorie calculation unit 212 to target calorie intake and target consumption of the user. Command to calculate calories.

  The calorie calculation unit 212 calculates the target intake calorie and the target calorie consumption for each designated period within the target period using the personal present situation data and the target data. The calorie calculation unit 212 transmits the value of the target intake calories to the menu creation unit 213, and instructs to create a menu corresponding to the target intake calories.

  The calorie calculation unit 212 transmits the target calorie consumption to the fitness menu creation unit 211 and instructs the fitness menu creation unit 211 to create a fitness menu corresponding to the target calorie consumption.

  The menu creation unit 213 refers to the specified target calorie intake, menu information, and disease-specific information as necessary, creates a menu plan that the user should take in the next meal, and transmits it to the calorie calculation unit 212.

  The fitness menu creation unit 211 creates a fitness menu that can efficiently achieve the target calorie consumption by referring to the designated target calorie consumption and fitness menu information, and transmits the fitness menu to the calorie calculation unit 212. At that time, the fitness menu creation unit 211 refers to the diet menu illustrated in FIG. 5 and is effective for the set portion to be thinned if the portion to be thinned is set as the target data. A diet menu with a priority is presented.

  The calorie calculation unit 212 uses the application control unit 215, the IF unit 230, and the IF unit 102 of the mobile phone terminal 100 to receive the received menu plan, fitness menu, target intake calories, and target calorie consumption for the health of the mobile phone terminal 100. Transmit to the management APL unit 101.

  When the menu item, the fitness menu, the target calorie intake, and the target calorie consumption are received, the health management APL mode screen of the mobile phone terminal 100 is launched and displayed (see 702 in FIG. 11).

[Fitness mode]
Here, when the user who has the mobile phone terminal 100 or the like passes through the gate system 330 in the fitness club 300 or when the user selects the fitness mode from the health management APL mode screen 702, the screen of the mobile phone terminal 100 is It switches as shown to 703 of FIG. 11, and the target calorie consumption, the total achievement calorie achieved so far, and the calories which can be consumed by the proposed fitness menu are displayed. For example, the display contents are updated in the following order.

  When the user activates the pedometer function activation icon (707 in FIG. 11) arranged on the standby screen on the way to the fitness club 300, the mode changes to the pedometer mode (701 in FIG. 11). Counting starts and accumulation of calories consumed starts.

  Thereafter, when the user arrives at the fitness club 300, the gate system 330 notifies the exercise data management server 310 of the user's entry. The application control unit 314 of the exercise data management server 310 searches the personal information management unit 315 for members who have received the entry notification, and records “entry time”.

  Thereafter, when the user uses the fitness machine 320 in the fitness club 300, the fitness machine 320 starts counting the use start time and measurement data of the member recognized by the authentication unit 321.

  When the use of the fitness machine 320 by the user is completed, the mobile phone information or the user ID, the fitness machine number, the member usage time recognized by the authentication unit 321 and the difference value of the measurement data are passed through the IF units 322 and 230. It is transmitted to the application control unit 215 of the health management server 200.

  The application control unit 215 of the health management server 200 uses the calorie calculation unit 212 to calculate the achieved calorie consumption of the user according to the usage time and measurement data, and the fitness management APL unit 101 of the mobile phone terminal 100 performs fitness. The machine number, usage time or measurement data, target calorie consumption, achievement calorie consumption are transmitted.

  When the health management APL unit 101 of the mobile phone terminal 100 receives the fitness machine number, usage time or measurement data, calorie consumption, and target calorie consumption, the health management APL unit 101 transitions to an exercise data confirmation mode (712 in FIG. 11), Confirm consumption status (target calorie consumption, achieved calorie consumption, achievement rate, etc.).

  In addition, the application control unit 215 of the health management server 200 transmits the mobile phone information or user ID, fitness machine number, usage time or measurement data, calorie consumption to the personal information management unit 226, and the personal information management unit 226 personal status data is updated. When the personal status data of the personal information management unit 226 is updated, the application control unit 215 causes the calorie calculation unit 212 to perform calorie calculation again, and the health management APL mode screen (702 in FIG. 11). Update.

  When the user uses a plurality of fitness machines 320, the above procedure is repeated, and whenever the use ends, the calorie consumption status display in the exercise data confirmation mode (712 in FIG. 11) and the health management server 200 are displayed. The personal status data of the personal information management unit 226 is updated, and the health management APL mode screen (702 in FIG. 11) is updated by calorie calculation again.

  Thereafter, when the user passes through the gate system 330 and leaves the fitness club 300, the entrance / exit management unit 331 of the gate system 330 notifies the exercise data management server 310 of that fact. The application control unit 314 of the exercise data management server 310 searches for a member who has received the exit notification from the personal information management unit 315, and records “exit time”.

  Further, even on the return trip from the fitness club 300, the user activates the pedometer function activation icon (707 in FIG. 11) arranged on the standby screen, and transits to the pedometer mode (701 in FIG. 11). It is possible to start counting the number of steps in the middle and total the calories burned.

  As described above, when calories are consumed in the fitness mode, the calorie intake in the health management APL mode screen (702 in FIG. 11) is also updated based on the updated personal status data after feeding back the calories consumed. Is done. For this reason, the target calorie intake (calorie value that can be ingested by the user) is larger than when the fitness menu is not executed.

[Meal mode]
On the other hand, when the user confirms the number of calories that can be ingested on the health management APL mode screen (702 in FIG. 11) and selects the meal mode, the mobile phone terminal 100 transitions to the meal mode. Hereinafter, the user searches for a store, eats food at the store, displays the calorie intake status, updates the personal status data of the personal information management unit 226 of the health management server 200, and performs the health management APL mode by calorie calculation again. The operation until the screen (702 in FIG. 11) is updated will be described.

[Search condition setting screen-Store search]
In a state where the meal mode screen (704 in FIG. 11) is displayed, when the user selects a meal item (menu) or store on the screen and activates the “meal navigation” button 713, a search condition setting screen for inputting search conditions Is displayed.

  On the search condition setting screen, set the selected meal item (menu), store (restaurant chain name, etc.), access condition to the destination (eg, within km from the current location or within km from the designated station) Stores that meet the conditions can be searched.

  The health management APL unit 101 of the mobile phone terminal 100 transmits its own location information acquired using the GPS function in advance and the search condition to the application control unit 215 of the health management server 200.

  The application control unit 215 of the health management server 200 makes a data inquiry to the store search unit 214 at a specified meal item (menu) or store (restaurant chain name, etc.), and receives a restaurant list as a search result.

  The application control unit 215 of the health management server 200 extracts each address from the restaurant list received from the store search unit 214 and inquires of the application server 250 about the coordinate value of the address of each restaurant.

  The application control unit 215 of the health management server 200 transmits the position coordinates of each address, the position information of the mobile phone terminal 100, and the search condition, which are answered from the application server 250, to the distance calculation unit 216, and the mobile phone terminal 100 And the distance between each restaurant is calculated.

  The distance calculation unit 216 further matches the access condition to the destination (eg, within km from the current location or within km from the designated station) based on the calculated distance between the mobile phone terminal 100 and each restaurant. A search result list rearranged in order according to the degree is created and transmitted to the application control unit 215.

  The application control unit 215 of the health management server 200 transmits the search result list to the health management APL unit 101 of the mobile phone terminal 100 via the IF unit 230 and the IF unit 102, and the screen of the mobile phone terminal 100 Display above.

[Navigation mode]
When the user of the mobile phone terminal 100 selects a desired restaurant from the search result list, the health management APL unit 101 notifies the navigation unit 104 of coordinate information of the selected restaurant.

  Upon receiving the coordinate information, the navigation unit 104 of the mobile phone terminal 100 starts a navigation mode (705 in FIG. 11), and performs route guidance based on the location information of the mobile phone terminal 100 and the coordinate information of the restaurant ( In addition, when the pedometer function activation icon (707 in FIG. 11) arranged on the standby screen is activated during the movement, the pedometer mode (701 in FIG. 11) is changed to start counting the number of steps being moved. The calorie consumption is accumulated.)

  When the user arrives at the restaurant and the user finishes the meal and pays, the usage information notification unit 601 of the restaurant terminal 600 recognizes the mobile phone terminal 100, and stores the store information, the intake menu, and the mobile phone information. The data is transmitted to the application control unit 215 of the health management server 200 via the unit 602 and the IF unit 230.

  The application control unit 215 of the health management server 200 causes the calorie calculation unit 212 to calculate the achieved intake calories corresponding to the received store information and intake menu.

  The application control unit 215 of the health management server 200 transmits the intake menu, the target intake calorie calculated by the calorie calculation unit 212, and the achieved intake calorie to the health management APL unit 101 of the mobile phone terminal 100.

  When the health management APL unit 101 of the mobile phone terminal 100 receives the intake menu, the target intake calorie, and the achieved intake calorie, the health management APL unit 101 transitions to a meal data confirmation mode (711 in FIG. 11) and prompts the user about the calorie intake status (target intake calorie, Achieved intake calories, achievement rate, etc.).

  In addition, the application control unit 215 of the health management server 200 transmits the calorie intake of the user of the mobile phone terminal 100 to the personal information management unit 226 as the target progress status, and personal status data of the personal information management unit 226 To update. When the personal status data of the personal information management unit 226 is updated, the application control unit 215 causes the calorie calculation unit 212 to perform calorie calculation again, and the health management APL mode screen (702 in FIG. 11). Update.

  When the user uses a plurality of stores, the above procedure is repeated, and whenever the use ends, the display of calorie intake by the meal data confirmation mode (711 in FIG. 11) and the individual of the health management server 200 are displayed. The personal status data of the information management unit 226 is updated, and the health management APL mode screen (702 in FIG. 11) is updated by calorie calculation again.

  In addition, the health management server 200 includes an update screen for each user's personal status data so that the user can take a meal using a store where the restaurant terminal 600 is not installed or if he / she cooks himself / herself. Etc. are provided. Accordingly, the user can update the personal status data of the personal information management unit 226 using the mobile phone terminal 100, a personal computer at home, or the like, and prevent data loss.

  In addition, the user also activates the pedometer function activation icon (707 in FIG. 11) arranged on the standby screen on the return trip from each restaurant, and transits to the pedometer mode (701 in FIG. 11). It is possible to start counting the number of steps in the middle and total the calories burned.

  As described above, by using the health management server 200 that feeds back the achieved calorie consumption / calorie intake to the personal status data at any time and notifies the user of the recalculated target calorie consumption and target calorie intake, It is possible to confirm the effects of the behavior (exercise / meal), and to perform diet and daily health management without any burden.

  As described above, the preferred embodiment of the present invention has been described. As soon as the data indicating the user's exercise status and meal status is automatically received, the user's mobile terminal shows the achievement status for each preset goal. Various modifications can be made without departing from the gist of the present invention of providing a display mechanism.

  For example, in the above-described embodiment, it has been described that the user's exercise status (calorie consumption) is automatically obtained using the step counting function of the fitness machine or the mobile phone terminal in the fitness club. It is also possible to obtain the user's exercise status (consumed calories) from various health appliances and bicycles.

  Further, for example, in the above-described embodiment, it has been described that the user's meal status (calorie intake) is automatically obtained from the contents of the meal at the restaurant. For example, when food is purchased at a convenience store, a shopping center, or the like Moreover, a user's meal condition (calorie intake) can be obtained from these store terminals. Further, when the mobile phone terminal 100 has a communication function with these store terminals, the user's meal status (calorie intake) can be obtained via the mobile phone terminal 100.

It is a figure showing the whole health management system composition concerning a 1st embodiment of the present invention. It is a figure showing the detailed structure of the health care system which concerns on the 1st Embodiment of this invention. It is an example of the table | surface for calculating | requiring the calorie required per day from a daily activity pattern and a body weight. It is a transition diagram showing the relationship between the operation modes of the mobile phone terminal provided by the health management system according to the first embodiment of the present invention. It is an example of the information hold | maintained and managed by the diet menu management part of the health management system which concerns on the 1st Embodiment of this invention. It is an example of the food exchange table hold | maintained and managed by the menu information management part of the health management system which concerns on the 1st Embodiment of this invention. It is an example of the meal management table according to disease maintained and managed by the information management part according to disease of the health management system concerning a 1st embodiment of the present invention. It is an example of a menu restriction table classified by religion maintained and managed by the health management system according to the first embodiment of the present invention. It is an example of the table | surface for calculating | requiring the intake unit on the food exchange table which is hold | maintained and managed by the disease-specific information management part of the health management system which concerns on the 1st Embodiment of this invention, and is applied to a diabetic patient. It is an example of the table | surface for calculating | requiring the intake unit on the food exchange table | surface which is hold | maintained and managed by the disease information management part of the health management system which concerns on the 1st Embodiment of this invention, and is applied to the patient with a protein intake instruction | indication . It is a figure for demonstrating operation | movement of the health management system which concerns on the 1st Embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 100 Mobile phone terminal 101 Health management APL part 102,230,242,252,262,313,322,332,501,602 IF part (interface part)
DESCRIPTION OF SYMBOLS 103 Step count calculation part 104 Navigation part 200 Health management server 210,311 Dietary life management block 211 Fitness menu preparation part 212 Calorie calculation part 213 Menu preparation part 214 Store search part 215,314 Application control part 216 Distance calculation part 220,312 Information management DB (database)
221 Diet menu management unit 222 Menu information management unit 223 Disease-specific information management unit 224 Route information management unit 225 Store information management unit 226, 315 Personal information management unit 240 Positioning function unit 241 Positioning unit 250 Application server 251 Map information management unit 260 Information Distribution server 261 Information distribution unit 290 Communication satellite 300 Fitness club 310 Exercise data management server
320 Fitness machine 321 Authentication unit 330 Gate system 331 Entrance / exit management unit 400 Communication network 500 Weight scale 600 Restaurant terminal 601 Usage information notification unit

Claims (10)

A calorie calculating unit for calculating a target calorie intake and target calorie consumption of the user for a predetermined period from the user's personal current state data and the target data defining the health management target;
An exercise management unit that receives exercise data indicating the exercise status of the user and displays the achievement status of the target calorie consumption on the mobile terminal of the user;
A meal management unit that receives meal data indicating the meal status of the user and displays the achievement status of the target calorie intake for the user's mobile terminal;
A health management system characterized by comprising. Feeding back the user's exercise status and the user's meal status to the user's personal status data at predetermined time intervals;
The health management system according to claim 1. An exercise menu management section for storing calorie consumption and effect information of each exercise content;
The exercise content proposing means for proposing the exercise content to be executed by the user based on the portion of the diet input as the health management target and the effect information of each exercise content stored in the exercise menu database thing,
The health management system according to claim 1 or 2. Menu information management section that stores the calorie intake of each meal item,
A menu creation unit that proposes a menu according to the target calorie intake of the user,
The health management system according to any one of claims 1 to 3. The menu creation unit proposes a menu that can avoid the contraindicated items of each user by referring to the contraindicated item information that defines the contraindicated items of each user,
The health management system according to claim 4. A store information management section that stores store information that stores detailed information on the handling items of each store that sells food,
A store search unit that refers to the store information, searches for stores that can provide the proposed menu, and presents the store to the user.
The health management system according to claim 4 or 5. An application program that receives and displays the achievement status of the target calorie intake and target calorie consumption is installed,
Functioning as data display means of the exercise management unit and the meal management unit of the health management system according to any one of claims 1 to 6;
A mobile terminal characterized by. An application program for collecting and transmitting the meal data and exercise data is installed,
Functioning as data input means of the exercise management unit and the meal management unit of the health management system according to any one of claims 1 to 6;
A mobile terminal characterized by. A calorie calculating means for calculating a user's target intake calorie and target calorie consumption for a predetermined period from the user's personal status data and target data defining a health management target;
Exercise management means for receiving exercise data indicating the user's exercise status and displaying the achievement status of the target calorie consumption on the user's mobile terminal;
The program for functioning a computer as said each means of the meal management means which receives the meal data which show the said user's meal condition, and displays the achievement status of the said target calorie intake with respect to the said user's portable terminal. A computer calculating a user's target calorie intake and target calorie consumption for a predetermined period from the user's personal status data and target data defining a health management target;
The computer receiving exercise data indicating the exercise status of the user and displaying the achievement status of the target calorie consumption on the user's mobile terminal;
A computer that receives meal data indicating the meal status of the user and displays the achievement status of the target calorie intake on the user's mobile terminal; and a health management method using the computer.

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