JP2017168150A - System and method for life support service - Google Patents

Abstract

PROBLEM TO BE SOLVED: To create a life support service (display drawing data) adding other data (user support data) to analysis and total data analyzing and totaling data regarding life and activity of a user and to provide it to the user side.SOLUTION: Analysis and total data according to support request from a user is searched for and extracted from analysis and total data analyzing and totaling life and activity amount data regarding life and activity of a user, analytical view/value of the analysis and total data are calculated, a life support service is created including a two dimensional display drawing data adding other data to the analysis and total data including analysis view and value, provided (transmitted) to the user side, the analysis and total data above and the other data are displayed side by side or superposed on a same screen, and the life support service is capable of being visualized.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a life support service system and method for providing a life support service to a user.

Calculate and display the amount of exercise and intensity for a certain period based on the acceleration data from the sensor node, input the daily meal and its calories, and the system to support the daily exercise amount, and grasp the daily amount of meal There are systems to assist.
As background arts in this technical field, there are Japanese Patent Application Laid-Open No. 2014-21850 (Patent Document 1) and International Publication No. 2005/013177 (Patent Document 2).

In Patent Document 1, “a biological information receiving unit 11 that receives time series data of biological information, a lifestyle receiving unit 12 that receives time series data of a plurality of lifestyles, a time series data of biological information, and a plurality of lifestyles” A “life” comprising a correlation calculation unit 22 that calculates a correlation coefficient between biometric information and lifestyle based on time-series data of habits, and a lifestyle suggestion unit 25 that outputs a lifestyle based on the correlation coefficient “With habitual disease improvement support device”, “From the time-series correlation between biometric information and lifestyle habits, each patient is presented with lifestyle improvement items that efficiently improve biometric information among multiple lifestyle habits” (See abstract).
Patent Document 2 describes a method of calculating the amount of exercise and each energy consumption in a meal, calculating the balance between these two energy consumptions, and notifying the user when a preset limit value is exceeded. There is.

JP 2014-2119885 A International Publication No. 2005/013177

In Patent Literature 1, lifestyle-related disease improvement support for presenting lifestyle improvement items that improve biological information efficiently among a plurality of lifestyles to each patient based on time-series correlation between biological information and lifestyle habits The mechanism of the device is described.
However, in Patent Document 1, the improvement items of lifestyle habits are presented and the effect of improving biological information is limited, and the following is not assumed.

For example, a combination of analysis / aggregated data that analyzes and aggregates life / activity data (active sensing data) indicating the user's life and activity status and other data (eg, user support data such as an exercise program) A new life support service (display drawing data) effective in promoting the above is created, and the new life support service (display drawing data) is provided to the user side. This is to enable a new way of showing and using (display drawing) on the user side.
Further, Patent Document 2 does not consider trends before and after a service based on the amount of energy consumption for a certain period at a certain point in time, and only displays the result and advice for a certain period. However, it is not possible to see the trend before and after energy consumption over a certain period. In order to maintain and promote health, it is important to grasp and control not only the total amount during a certain period, but also the trends before and after the amount of exercise and meal.
Patent Documents 1 and 2 are systems for one individual, and do not take into account the simultaneous appearance of a plurality of athletes (users).

  Therefore, in the present invention, an analysis view / value of analysis / aggregation data obtained by analyzing / aggregating data related to the user's life / activity is calculated, and other data (user support) is added to the analysis / aggregation data including the analysis view / value. A life support service (display drawing data) to which data is added is created, and the life support service (display drawing data) is provided to the user side. Accordingly, it is an object to enable a new way of viewing and using (display drawing) according to a user's request.

In order to solve the above problems, the present invention is based on analysis / aggregation data obtained by analyzing (or analyzing) / aggregating life / activity amount data (user history data including active sensing data) related to the life and activities of the user, Search / extract analysis / aggregation data according to a support request from the user, and calculate an analysis view / value of the analysis / aggregation data. In addition, a life support service including secondary display drawing data obtained by adding other data to analysis / aggregated data including the analysis view / value is created. Then, the life support service including the display drawing data is provided (transmitted) to the user side via the communication terminal, and the analysis / aggregated data and other data are displayed on the same screen of the display unit (display) of the user side terminal. Are arranged or overlapped so that the life support service can be visualized.
Other data is user support data such as exercise programs such as gym programs, demographics such as team members, body weight, calorie intake from meals, and display drawing data such as characters, graphs and tapests Display (Tapestry View).
In this specification, tapestry display is defined as, for example, a display or display method that is color-coded according to the type and classification of feature amounts on a two-dimensional plane expressed by a vertical axis and a horizontal axis.

One of the representative life support service systems and methods of the present invention is:
A life comprising a communication device, a storage device, an arithmetic device, and creating a life support service from analysis / aggregated data obtained by analyzing / aggregating life / activity data indicating the life / activity state of the user and transmitting it to the user side communication terminal A support service system,
The communication device
It has a sensor that measures the life / activity state of the user, and performs data communication with the user-side communication terminal including a sensor node that transmits the life / activity amount data measured by the sensor,
The storage device
A storage unit that stores the analysis / aggregation data; and a storage unit that stores user support data;
The arithmetic unit is
When the communication device receives data including a support request transmitted from the user side communication terminal,
A support request determination / specification processing unit for receiving, determining, and specifying the support request;
A data search / extraction processing unit that searches the storage device and extracts analysis / aggregation data and user support data according to the support request;
An analysis view / value of the extracted analysis / aggregation data is calculated, and display drawing data constituting the life support service is created based on the analysis / aggregation data including the analysis view / value and the user support data A drawing data creation processing unit;
A display drawing data transmission processing unit that transmits the display drawing data to the user side communication terminal via the communication device; and the analysis / collection data and the user support data in the display unit of the user side communication terminal. Can be displayed side by side or superimposed.

  According to the present invention, it is possible to visually grasp a life support service including display drawing data corresponding to a support request desired by each user in a timely manner, and to provide a new service capable of maintaining and promoting the health of the user. Can do.

For example, analysis / aggregation data obtained by analyzing / aggregating life / activity amount data indicating the user's life and activity state, exercise programs such as gym, and other data indicating calorie intake by the user's meal and BMI indicating obesity level, etc. By creating a life support service that originally includes display drawing data and providing it to the user, it is possible to maintain and promote the health of the user.
Problems, configurations, and effects other than those described above will be clarified by the following description of embodiments.

FIG. 1 is a block diagram showing a configuration example of a life support service system of the present invention. FIG. 2 is a functional block diagram showing cooperation between the life support service system and the existing cooperation service system. FIG. 3A is a table showing a configuration example of each data and a data configuration example of each service. FIG. 3B is a table showing a configuration example of each data and a data configuration example of each service. FIG. 3C is a table showing a configuration example of each data and a data configuration example of each service. FIG. 3D is a table showing a configuration example of each data and a data configuration example of each service. FIG. 3E is a table showing a configuration example of each data and a data configuration example of each service. FIG. 4 is a flowchart showing a processing procedure in the cooperative service system (health support cloud service system). FIG. 5 is a flowchart showing a processing procedure in the life support service system. FIG. 6 is a basic functional block diagram for explaining the transmission / reception relationship of the life support service between the life support service system and the sensor node in the user terminal, and an example of the use of free time as a display drawing example. FIG. FIG. 7 is a diagram showing an example of life rhythm management as a display drawing example. FIG. 8 is a diagram showing an example of weekend plan support as a display drawing example. FIG. 9 is a diagram illustrating an example of team member management as a display drawing example. FIG. 10 is a diagram illustrating an example of a current calorie balance as a display drawing example. FIG. 11 is a diagram illustrating an example of a weight trend as a display drawing example. FIG. 12 is a diagram showing an example of a calorie balance between ingested calories and consumed calories as a display drawing example. FIG. 13 is a diagram showing another example of the calorie balance between ingested calories and consumed calories as a display drawing example. FIG. 14 is a diagram illustrating an example of an after-school life rhythm as a display drawing example. FIG. 15 is a diagram illustrating an example of an active positioning map as a display drawing example. FIG. 16 is a diagram illustrating a procedure for photographing a meal menu and outputting a calorie in a user communication terminal having a calorie calculation function. FIG. 17 is a diagram illustrating an example of a user communication terminal on the user side. FIG. 18 is a diagram showing a configuration example of a camera-equipped mobile communication terminal of a user communication terminal. FIG. 19 is a flowchart showing a processing procedure of an application example of the life support service system of the present invention. FIG. 20 is a diagram illustrating a configuration example of a history data table of an activity history DB. FIG. 21 is a diagram illustrating a configuration example of a history data table of the intake history DB. FIG. 22 is a diagram illustrating a configuration example of a history data table of an energy balance / ratio history DB. FIG. 23 is a diagram showing a trend display example and a group display example in comparison.

Hereinafter, embodiments of the present invention will be described.
In the following description, various types of information may be described using expressions such as “table”, but the various types of information may be expressed using data structures other than tables. Also, “table” can be called “information” or “data” to indicate that it does not depend on the data structure.
Further, the process may be described with “program” as the subject. The program is executed by an arithmetic device / control device (a processor such as an MP / Micro Processor or a CPU / Central Processing Unit), and performs a predetermined process. Since the processor performs processing while appropriately using a storage resource (for example, a memory) and a communication interface device (for example, a communication port), the subject of the processing may be a processor. The processor may have dedicated hardware in addition to the CPU. The computer program may be installed on each computer from a program source. The program source may be provided by, for example, a program distribution server or a storage medium.

  FIG. 1 shows one use form of the life support service system 20 of the present invention. The life support service system 20, the user side terminal 10 (sensor node 11, user communication terminal 12, instructor communication terminal 13) and linked system ( It is a schematic block diagram which shows the connection relation with the health support cloud service system) 30.

  In the figure, a life support service system 20 (hereinafter sometimes referred to as this system) on the service providing side 2 is connected to the user side terminal 10 on the user side 1 by wireless or wired, and via the network 40. Connect to the health support cloud service system 30 and the message system 50 on the cooperation system side 3.

  In this example, a user is, for example, a sports enthusiast (Athlete) / athlete or student (Students), or an instructor / coach who teaches a user. A teacher is assumed.

  The user side terminal 10 includes a sensor node 11, a user communication terminal 12, and an instructor communication terminal 13.

  As the sensor node 11, for example, a wristband type sensor node that is used by being attached to each user's list can be used.

  Then, the sensor node 11 collects activity sensing data (life / activity data related to the user's life / activity) including biometric information related to the user's living body, and the health support of the cooperation system side 3 using the collected data. The cloud service system 30 has a function of transmitting via a relay station, for example, an existing base station (not shown) or a cloud client.

The sensor node 11 may be a sensor node having a function of simply collecting raw data detected and measured by a sensor. In this case, analysis / aggregation on the side receiving the data can be performed efficiently.
If wired communication is possible, it may be transmitted directly via a USB connection.

  Further, the sensor node 11 has a schedule function of managing data including user support requests desired by the user, for example, a schedule including schedule data that can grasp the available time, and transmitting the schedule data to the system 20. Use a good one.

  Therefore, the sensor node 11 includes a sensor, a communication device (communication interface device), and a display device (display) 111 (not shown).

  The sensor measures activity sensing data (life / activity amount data related to the user's life / activity) indicating the operation and state of the user.

As the sensor, for example, a 3D acceleration sensor that measures acceleration in three axes of x, y, and z may be used.
The 3D acceleration sensor measures the user's acceleration as acceleration data at a predetermined cycle.

  Activity sensing data (life / activity data) 1101 measured / collected by a sensor and transmitted to the health support cloud service system 30 side is user information including biological information of each user, and life scenes (life scenes) for each user. ) Also shows the movement and state of each user.

  Each data indicating the movement and state of the user includes, for example, sleep time, exercise strength, and the like.

Exercises are, for example, “Motionless”, “Restring”, “Sitting”, “Standing”, “Working”, “Exercise” ”,“ Walking ”,“ Running ”,“ Not Fixed ”,“ No data ”,“ Meals ”,“ Sleep ”, etc. Including data.
Further, “calorie consumption” or “time (year / month / day / minute)” by exercise may be added.

The communication device (communication interface device) transmits the activity sensing data measured by the sensor, that is, the biological information including the life / activity amount data 1101 related to the user's life / activity to the health support cloud service system 30.
In addition, a service provided from the life support service system 20, that is, display drawing data (life support service) described later is received.

  The timing at which the sensing data is transmitted to the health support cloud service system 30 is, for example, transmitted when a transmission operation is performed by the user or periodically at a predetermined time interval.

The display device (display) 111 of the sensor node 11 displays schedule data related to the user's schedule including the current time and data collection time, and display drawing data transmitted from the life support service system 20. Includes a support request desired by the user, and is transmitted from the sensor node 11 to the life support service system 20. The transmission is performed, for example, by an operation such as tapping the sensor node 11.

The user communication terminal 12 includes, for example, a high-function mobile communication terminal or a personal computer (PC). For example, when data including a support request desired by the user is transmitted to the life support service system 20 side, the sensor node 11 Similarly to the above, it has a function of receiving display drawing data provided from the life support service system 20 and a function of displaying the display drawing data on the output unit (display unit / display) 121.
In other words, the user communication terminal 12 is loaded with an application having the following functions.
A function of transmitting necessary data (for example, excluding data collected from sensor nodes) to the life support service support system.
A function that receives the display drawing data of the life support service and draws it on the application.
The data including the support request is, for example,
(1) Utilization of Space Time
(2) Life rhythm self-controlling
(3) Weekly Planning Support
(4) Team Member Management
(5) Current Calorie Balance
(6) Weight trend
(7) Calorie balance trend / week, month, year (Calorie Balance Trend / Weekly, Monthly, Yearly)
(8) Calorie Balance Trend / Date (Calorie Balance Trend / Daily)
(9) Life Rhythm after classes
(10) Active Positioning Map (“Active” Positioning Map)
It is data requesting the provision of a life support service.
Details of the data including the support request and the life support service (display drawing data) based on the support request will be described later.

The display drawing data is display screen data indicating a service desired by the user created in response to the user's support request.
The display screen based on the display drawing data is a display screen that can be directly visually confirmed by the user and is displayed with characters or graphs.

The instructor communication terminal 13 is composed of a high-function mobile communication terminal or a personal computer (PC), similar to the user communication terminal 12, and is provided from the present system when data including a support request is transmitted to the life support service system 20, for example. Display display data (display screen pattern according to the request of the instructor) and a function of displaying the display drawing data on the display unit (display) 131. An example of the display screen pattern based on the display drawing data will be described later.
The display drawing data (life support service) provided from the life support service system 20 may be automatically performed at a predetermined timing.

  The health support cloud service system 30 on the cooperation system side 3 only needs to be a system that can be linked to the life support service system 20. For example, an existing health support cloud service system having an exercise program / facility reservation service function as a portal service And life improvement support system.

In this example, the health support cloud service system 30 will be described.
The health support cloud service system 30 has a function of collecting activity sensing data (life / activity data) 1101 transmitted from the sensor node 11 as user information, a function of analyzing / aggregating the collected data, It has a function of storing and storing the totaled analysis / total data as user history data in a storage device (DB).
The user history data including the analysis / aggregation data is obtained as a desired analysis view / value according to the user's support request in the life support service system 20 as described later, and the user support data (others in other systems) Data). Therefore, it can be said that the user history data is a linkage data.

  The life support service system 20 cooperates with the health support cloud service system 30 and collects analysis / aggregation data (user history data including exercise history) according to each user's support request from the health support cloud service system 30. A function for storing the collected analysis / aggregation data in a storage device, a function for calculating an analysis view / value of the collected analysis / aggregation data, and a user support in another system based on the calculated analysis view / value. It has a function of creating display drawing data (life support service) to which data, for example, an exercise program, calorie intake, etc. is added, and a function of transmitting the display drawing data to the user terminal 10 at a desired timing.

In addition, the life support service system 20 has a message function that notifies the contents related to the exercise program and display drawing data (life support service) provided by the system 20 by voice or text in cooperation with the message system 50. .
Details of each function of these systems will be described later.

  FIG. 2 is a functional block diagram showing cooperation between the life support service system 20 and the health support cloud service system 30 and the configuration thereof.

  The health support cloud service system 30 collects the sensing data measured by the sensor node 11 as described above for each user or each team, and analyzes and aggregates the data, and the analysis and aggregation data is stored in the user history. It has a function of storing it as data (including exercise history data).

  The health support cloud service system 30 includes, for example, a server including a computer. The server includes a communication device (communication interface) 301, an arithmetic device (processor) 302, and a storage device (database) 303.

  The communication device (communication interface) 301 enables data communication (transmission / reception) with the user side terminal 10 such as the sensor node 11, the user communication terminal 12, and the instructor communication terminal 13 by a known method.

  The storage device 303 includes a sensing data (life / activity data) storage unit 3031 and a sensing data analysis / total data storage unit 3032. These storage units are composed of, for example, a database (hereinafter referred to as DB).

  The sensing data (life / activity data) storage unit 3031 stores sensing data (life / activity data) as user information.

The sensing data analysis / aggregation data storage unit 3032 stores analysis / aggregation data obtained by analyzing / aggregating the sensing data collected from the sensor node 11 as user history data / cooperation data.
The analysis / aggregation data is user history data obtained by analyzing / aggregating each user's life / activity data for each type, for example, for each user's sleep time, exercise amount, etc., and is managed by the life support service system 20 It is used as linked data that links with.

An arithmetic device (processor) 302 manages the functions described above and the operation control of each device, and controls the operation of each device according to a program stored therein.
That is, the arithmetic unit 302 includes a sensing data (life / activity data) collection processing unit 3021 and a sensing data analysis / aggregation processing unit 3022.

  The sensing data (life / activity data) collection processing unit 3021 collects each user's sensing data (life / activity data) from the sensor node 11 at a predetermined timing, and the sensing data (life / activity data) in the storage device 303. ) Store / store in the storage unit 3031.

  The sensing data analysis / aggregation processing unit 3022 analyzes and aggregates each user's sensing data (life / activity amount data) collected by the sensing data (life / activity amount data) collection processing unit 3021 using an existing analysis / aggregation method. Then, the data is recorded / stored in the sensing data analysis / total data storage unit 3032.

  This data analysis / aggregation is preferably performed for each user and each data item. Further, the timing for the analysis / aggregation processing may be, for example, when a request is received from the user side or may be automatically performed at a predetermined timing. For data analysis / aggregation, a well-known analysis method can be used.

  For the health support cloud service system 30 and the above-described sensing data analysis / tabulation method, for example, a technique described in International Publication No. 2012/008264 may be applied.

  The life support service system 20 searches and collects a function for receiving data including a support request desired by the user, a function for determining and specifying the support request, analysis / collection data and user support data corresponding to the support request. , A function to create display drawing data (life support service) based on the function to be stored, analysis / collection data and user support data, and a function to transmit the display drawing data to the user terminal 10.

  The life support service system 20 includes, for example, a server including a computer, and is connected to the health support cloud service system 30 and the message system 50 which are other linked systems via the network 40.

  The server includes a communication device (communication interface) 201, an arithmetic device (processor) 202, and a storage device 203.

  The communication device 201 has a function that enables data communication (transmission / reception) of various types of data with the user side terminal 10 such as the sensor node 11, the user communication terminal 12, the instructor communication terminal 13, and the like.

The storage device 203 includes an exercise program / facility reservation service data storage unit 2031, a demographic data storage unit 2032, and a display drawing data storage unit 2033.
The storage device 203 also stores data collected from the health support cloud service system 30 side, for example, analysis / aggregation data and other user assistance data to be added to the analysis view / value of the analysis / aggregation data, for example, one of the sports menus. And an exercise facility for executing the program, a use reservation thereof, demographics, and a storage unit for storing various data such as calories ingested by meals.

The exercise program / facility reservation service data storage unit 2031 includes an exercise program, which is one of the sports menus to be added to the analysis view / value of the analysis / aggregated data, various exercise facilities for executing the program, reservation of use thereof, etc. Store and store data.
The exercise program is, for example, a gym program related to exercise such as aerobics and yoga.

The demographic data storage unit 2032 stores and stores, for example, demographic data (Demographic Data) of team members and students, calorie intake, weight, and the like of each user.
Demographic data refers to attribute data of team members and students, that is, socio-economic characteristics data of the user such as name, age, gender, income, occupation, and family composition.

The display drawing data storage unit 2033 stores and stores display drawing data (life support service) created by a display drawing data creation processing unit described later.
Each data recording unit is, for example, a database (hereinafter referred to as DB).

  An arithmetic device (processor) 202 manages the functions described above and the operation control of each device, and controls the operation of each device according to a program stored therein.

  That is, the arithmetic unit 202 includes a user request data reception / judgment / specification processing unit 2021, a data search / extraction processing unit 2022, a display drawing data creation processing unit 2023, and a display drawing data search / extraction / transmission processing unit 2024.

The user request data reception / judgment / specific processing unit 2021 receives support request data 1102 transmitted from the user side, for example, a user's schedule (schedule data including time and position), and a service desired by the user from the schedule. Determine and identify.
In this example, the service desired by the user is specified from the user's schedule, but information for identifying the service content may be received directly from the user side.

  The data search / extraction processing unit 2022 includes an analysis / aggregation data storage unit 3032 provided from the health support cloud service system 30 side, an exercise program / facility reservation service data storage unit 2031 in the system 20, a demographic data storage unit 2032, The data in each storage unit is retrieved and data necessary for the service provided to the user is extracted.

  The desired exercise program and demographic data extracted from the exercise program / facility reservation service data storage unit 2031 and the demographic data storage unit 2032 are the desired data required or required by each user on the user side 1.

  The display drawing data creation processing unit 2023 calculates an analysis view / value of analysis / aggregation data corresponding to each user based on the analysis / aggregation data extracted by the display drawing data search / extraction / transmission processing unit 2024, and the analysis Display drawing data (life support service) is created by adding other user support data to the view / value.

  That is, the display drawing data creation processing unit 2023 calculates an analysis view / value based on the analysis / aggregation data of the health support cloud service system 30, and the calculated analysis view / value and an exercise program of the life support service system 20; Based on the demographic data, the calorie intake, and the like, various display drawing data corresponding to each user's support request are created.

  The display drawing data search / extraction / transmission processing unit 2024 transmits the display drawing data created by the display drawing data creation processing unit 2022 to the user communication terminal 12.

  The display drawing data is a service (life support data) provided to the sensor node 11, the user communication terminal 12, or the instructor communication terminal 13 on the user side 1, and is displayed on the display unit (display) of each terminal. Configure the display screen.

Display drawing data includes characters, graphs, and the like, and is created so as to have a preset drawing pattern suitable for presentation to a user or an instructor, and a template (display screen) of the drawing pattern is prepared.
This display drawing pattern is a drawing pattern corresponding to each user.

  Next, a display drawing pattern based on the display drawing data will be described. The display drawing pattern is any one of the following, for example.

(1) Exercise program (aerobics, etc.) and exercise time (1.5 hours), or the exercise program and the calorie consumption short of the calorie consumption required today (user / athlete who is enthusiastic about sports) A pattern that makes it possible to effectively use Space Time.

(2) Exercise frequency by frequency (Frequency of exercise), sleep time by day of the week (sleep time), exercise intensity (strength of exercise), and users (people who are passionate about sports / athletes) manage life rhythm (Life rhythm Self-controlling) can be visualized.

(3) Patterns that allow the user (instructor) to visualize Weekly Planning Support, including exercise program types (Yoga, Aerobics, Dance, ...), sleep time for each day of the week, and exercise intensity .

(4) Team members (Eiji, Ryota, Taro, Toshi, ...), each member's life scene (Time scene), exercise intensity (Amount of exercise) for each day of the week, and the user (instructor) A pattern that enables visualization of Team Member Management.

(5) The calorie control support (for example, the user (all students)) from the current consumption balance, including the calories consumed by the user's diet (Eat) and the calories consumed by the exercise. A pattern that makes it possible to visualize Calorie Balance.

(6) A pattern that includes a calorie balance of calorie intake and calorie consumption for each date and weight, and makes a weight trend visible from a comparison of calorie balance and weight.

(7) Intake calorie by date, Burn calorie, Basal metabolism, Calorie Balance, Weekly, Monthly, Any one or more of each change in Yearly, Calorie Control Support, for example, a pattern that allows the user to see Calorie Balance Trend / Weekly, Monthly, Yearly.

(8) Calorie intake, calorie consumption, basic metabolism, daily time change of calorie balance accumulation, life scene (stationary, rest, sitting, standing, work, exercise, walking state, running, non-wearing, no data) , Meal, sleep), and a calorie control support, for example, a pattern that allows the user to see the calorie balance trend by comparing the time variation of the daily calorie balance accumulation and the tapestry display of the life scene.

(9) Class-room / House view with visualization of sleep time and meal time for each time (Wake Up / Got to Bed) and meal time For example, a pattern in which a user (teacher) can view a student's past sleep status and enable life rhythm after classes.

(10) Including the distribution of calorie balance and BMI (obesity level) of multiple persons, and with the distribution, display for each classroom / house, for example, the user (teacher) active positioning map ("Active" Positioning Map) / ( A pattern that makes it possible to visualize the BMI and calorie history of a student with the student status.
Details of these drawing patterns will be described later.

3A to 3E are tables showing configuration examples of various types of information (data).
FIG. 3A is a table showing sensing data (life / activity data indicating the user's operation and state) transmitted from the sensor node 11 and stored as user information in the DB 3031.

  Sensing data (life / activity amount data) is, for example, as shown in the figure, user ID, sensor data ID, measurement date and time, exercise frequency (exercise intensity METs), exercise intensity AMT (activity amount EX), number of walks, calorie consumption, Etc.

  The exercise intensity AMT means the sum of the amount of activity for a certain period, and its unit is expressed as AMT (amount). When the exercise intensity AMT is expressed by exercise intensity, it is expressed in units of METs. When the exercise intensity is expressed, it is expressed in units of EX (METs × time).

  FIG. 3B is a table showing user information (user request data including a schedule) transmitted from the user-side terminal 10.

  The user information includes, for example, schedule data and user request data. The schedule data includes, for example, time (Time) and contents (Contents) as shown in the figure, and the user request data includes, for example, a search (SEARCH) indicating a survey range desired by the user, and a location (Location) indicating the user's position. ), User life rhythm, user weekly planning, team member management, program evaluation, and so on.

  FIG. 3C is a table showing the contents of services such as an exercise program managed in the DB 2031 of the life support service system 20.

  The exercise program includes, for example, aerobics, yoga, dance, and the like, as illustrated.

  FIG. 3D is a table showing service contents such as demographic data (Demographic Data) managed in the DB 2032 of the life support service system.

  Demographic data includes, for example, team members (Eiji, Ryota, Taro, Toshi), age, gender, income, occupation, family composition, etc., as shown in the figure.

  FIG. 3E is a table showing analysis / aggregation data of sensing data (life / activity data) managed in the DB 3032 of the health support cloud service system 30.

  The analysis / aggregation data items of sensing data (life / activity data) are, for example, user name, period (year / month / day), day of the week, exercise intensity (activity amount EX), life scene exercise intensity (as shown in the figure). METS), etc.

FIG. 4 is a flowchart showing a processing procedure in the computing device 302 of the health support cloud service system 30.
The operation based on the flowchart of FIG. 4 is as follows.

  Step S30211: The computing device 302 receives and collects sensing data / life / activity data measured by the sensor node 11 for each user.

  Step S30212: The computing device 302 registers and stores each sensing data (life / activity data) 1101 collected from the sensor nodes for each user in the storage device 303 as user information for each user.

  Step S30221: The computing device 302 analyzes and aggregates each sensing data (life / activity data) in each user information for each user.

  Step S30222: The computing device 302 registers and stores each analysis / aggregated data analyzed / aggregated for each user in the storage device 303 as user history information / cooperation data of each user.

FIG. 5 is a flowchart showing a processing procedure in the arithmetic unit 202 of the life support service system 20 of the present invention.
The operation based on the flowchart of FIG. 5 is as follows.

  Step S20201: Data including a support request transmitted from the user terminal 10 (user information including information such as user ID, schedule time / content, search, position, etc.) is received.

  Step S20202: The computing device 202 determines and specifies a life support service desired by the user from the support request data of the received user information.

  Step S20211: The computing device 202 searches for analysis / aggregation data of user history information and other user support data (exercise program, facility reservation service data, demographic data, calorie intake, etc.) based on the service requested by the user. Then, each data that matches the request is extracted.

  That is, the arithmetic device 202 searches and extracts analysis / aggregation data corresponding to each user from the user history information in the health support cloud service system 30.

  In addition, information corresponding to each user's request is retrieved and extracted as linkage data from other user support data (exercise program, demographic data, calorie intake, etc.) in this system.

  Step S20221: The computing device 202 calculates an analysis view / value of the retrieved / collected analysis / aggregated data, and other user support data (exercise program, facility reservation service data, demographic data) is added to the analysis view / value. Various display drawing data (life support service) corresponding to each user's request including calorie intake, etc.).

  Step S20222: The computing device 202 registers and saves the various display drawing data (service data) created in the storage device 203.

  Step S20231: The computing device 202 searches and extracts display drawing data (life support service) desired by each user from each user registered and stored in the storage device 203, and transmits it to the user side 1.

As described above, the present invention creates display drawing data adapted to the user based on the activity sensing data (life / activity data) 1101 measured by the sensor node 11 and other data, and displays the display drawing data. A specific example will be described below, which is provided to the user side.
The display drawing data is, for example, the following data.

(1) Exercise program (aerobics, etc.) and exercise time (1.5 hours), or the exercise program and the calorie consumption short of the calorie consumption required today (user / athlete who is enthusiastic about sports) Data that makes it possible to effectively use Space Time.

(2) Exercise frequency by frequency (Frequency of exercise), sleep time by day of the week (sleep time), exercise intensity (strength of exercise), and users (people who are passionate about sports / athletes) manage life rhythm Data that can visualize (Life rhythm Self-controlling).

(3) Data including types of exercise programs (Yoga, Aerobics, Dance, ...), sleep time for each day of the week, exercise intensity, and enabling users (instructors) to visualize Weekly Planning Support ,

(4) Team members (Eiji, Ryota, Taro, Toshi, ...), each member's life scene (Time scene), exercise intensity (Amount of exercise) for each day of the week, and the user (instructor) Data that enables visualization of Team Member Management.

(5) The calorie control support (for example, the user (all students)) from the current consumption balance, including the calories consumed by the user's diet (Eat) and the calories consumed by the exercise. Data that makes Calorie Balance) visible.

(6) Data including the calorie balance of calorie intake and calorie consumption for each date and weight (Weight), and making the weight trend visible from a comparison of calorie balance and weight.

(7) Intake calorie by date, Burn calorie, Basal metabolism, Calorie Balance, Weekly, Monthly, Calorie Control Support, for example, data that allows a user to see a Calorie Balance Trend / Weekly, Monthly, Yearly with any one or more of each yearly change.

(8) Calorie intake at each time, calorie consumption, basic metabolism, daily time change of calorie balance accumulation, life scene tapestry (stationary, rest, sitting, standing, work, exercise, walking state, running, non-wearing, No data, meals, sleep), and calorie control support, for example, data that allows the user to see the calorie balance trend with a time-by-time comparison of the daily calorie balance change and the life scene tapestry display.

(9) Classroom / house view (Class-room / House view) including sleep time and meal time of each person (including sleep time (Wake Up / Go to Bed)) and meal time For example, data that enables a user (teacher) to see a student's past sleep status and enable life rhythm after classes.

(10) Calorie balance of multiple persons and distribution of BMI (obesity level), and with this distribution, the class room / house view, for example, the user (teacher) is active positioning map ("Active" Positioning Map) / (student's Data that makes it possible to visualize a student's BMI and past calories.
Specific examples will be described below.

  Examples of services suitable for sports enthusiasts / athletes

[Drawing pattern example 1]
(1) Utilization of Space Time
FIG. 6 is a block diagram of basic functions for explaining the transmission / reception relationship of the life support service between the life support service system 20 and the sensor node 11 in the user side terminal 10. It is a figure which shows an example of utilization of.

In this example, the system 20 is
When receiving support request data (schedule data) included in the user transmission data transmitted from the sensor node 11 in the user side communication terminal 10,
Determine or determine the free time and position of the schedule included in the data,
A life support service suitable for the free time and position of the schedule, that is, the analysis / aggregation data (second data) of user history information and other data (first data) are linked to support the free time of the schedule. Create one display drawing data (third data) to
The display drawing data is transmitted to the sensor node 11,
Provide to users who are enthusiastic about sports (Sports Enthusiast) / athletes (Athlete).

  The schedule data, which is support request data in this example, is as follows, for example.

Current time: 16:14,
User A's schedule: “~ 16: 00 Meeting” and “18:30 Dinner”,
Time required: "About 1 hour"
Position: “XXX, XXX”

The other user support data (second data) is aerobics, which is one of the exercise programs.
Analysis / aggregation data (first data) is usage time (1.5 hour)
The display drawing data (third data) is a drawing expression that is combined with “Aerobics (1.5 hour)” as shown in the drawing.

  In this example, the service is transmitted to the sensor node 11, but may be transmitted to the user communication terminal 12.

  At this time, in cooperation with the message system 50, it is preferable to notify the user of the inquiry content, that is, a message such as "What is the best way to consume calories until 18:30?"

The sensor node 11 on the user side 1 receives the display drawing data transmitted from the system 20 and displays the display drawing data on the same screen of the display device 111.
Thereby, the user can search for a gym program that can be used in the free time of the schedule, and can visualize the calories to be consumed by the user.

  This makes it easier for users (sports enthusiasts / athletes) to reserve gym programs during break times that can be used during scheduled free times. Moreover, the calorie which should be consumed by the user can be visualized.

  Further, the user can perform not only gym exercise but also activity management based on calories throughout life.

[Drawing pattern example 2]
(2) Life rhythm self-controlling
FIG. 7 is a diagram illustrating an example of display drawing (life rhythm management).

In this example, the system 20 is
When a life rhythm management request is received from the user communication terminal 12,
Life support service showing life rhythm management in response to the request, that is, grasping life rhythm management by linking user history information analysis / aggregation data (first data) and other user support data (second data) Display rendering data (third data) that enables
The display drawing data is transmitted to the user communication terminal 12,
Provide to users who are enthusiastic about sports (Sports Enthusiast) / athletes (Athlete).

In this example, the other user support data (second data) includes a tapestry view indicating the relationship between the user's life scene and exercise intensity (Strength exercise) and exercise frequency (Frequency). of exercise: Registry exercise (Registry exercise) showing Low / High in belt-like length and color)
The analysis / aggregation data (first data) is a line graph indicating sleep time (h) for the day of the week (Sun-Sat) created based on the analysis / aggregation data and a line graph indicating exercise intensity (EX). Yes,
The display drawing data (third data) is a tapestry display and two line graphs drawn side by side as shown in the drawing.

  The user communication terminal 12 receives the display drawing data from this system, and displays the display drawing data on the same screen of the display unit.

  This allows sports enthusiasts (athletes) / athletes to know their rhythms and receive a message about “how about morning exercise” via sensor node 11, for example. When you see the weekend exercise record, you can see clearly that I was not exercising on the weekend.

In addition, the user can receive life rhythm management and “athlete mind” encouragement by life rhythm management by visualizing life rhythm management.
The user can also get a similar program along with a regular routine while traveling.

[Drawing pattern example 3]
(3) Weekly Planning Support
FIG. 8 is a diagram showing another example of the display drawing example (weekend plan support).

In this example, the system 20 is
When receiving a weekend plan support request from the instructor communication terminal 13,
Life support service that shows the weekend plan according to the request, that is, the user history information analysis / aggregation data (first data) and other user support data (second data) are linked to provide weekend plan support. Create display rendering data (third data)
The display drawing data is transmitted to the instructor communication terminal 13,
Provide to the instructor who is the user.

In this example, the other user assistance data is an exercise program (Aerobics, Yoga, etc.)
The analysis / aggregation data is a bar graph indicating sleep time (h) for each day of the week created based on the analysis / aggregation data, and a line graph indicating exercise intensity AMT (activity amount EX). The bar graph indicates the type of exercise (walking) , Programs, etc.) are distinguished by color.
The display drawing data is a drawing representation such that they are superimposed as shown in the figure.

  In the figure, on Tuesday, sleep time h is about 5.5 hours, walking with an activity amount EX is about 2 and aerobics by program is about 5 and others are about 1 ing.

  The instructor communication terminal 13 receives the display drawing data from this system and displays the display drawing data on the same screen of the display unit 131.

  By means of line graphs and bar graphs based on these display drawing data, the instructor / coach, for example, User A, “That Yoga was very good” on Tuesday, “Aerobics was a program that was too hard?”, “Dance Exercise "I'm fit on Tuesday," etc., can be useful in teaching.

  In addition, the instructor can analyze the trend and skater plot of the week / month based on the sleep time and exercise ability in the week / month, and feed back the results of the analysis / aggregation. As you can see from the graph in ”Yoga was very good” and from the graph on Tuesday, “Aerobics program was too hard”, “Tuesday dance exercise might fit”, etc. Judgments and proposals for new programs are possible.

  In other words, after executing the provided program, the instructor analyzes the data such as the sleep time and exercise of the user, and provides the instructor with a graph generated based on the analysis / aggregation result. It is possible to change to a better exercise for the user.

  Also, the instructor / coach side can switch to a motion that is better for the user after programming. You can also provide weekly or monthly feedback.

[Drawing pattern example 4]
(4) Team Member Management Service FIG. 9 is a diagram showing another example of the display drawing example (team member management service).

In this example, the system 20 is
When a team member management data request is received from the instructor communication terminal 13,
Life support service that shows team member management in response to the request, that is, analysis / aggregation data (first data) of user history information and other user support data (second data) in cooperation with weekend planning support Create display rendering data (third data)
The display drawing data is transmitted to the instructor communication terminal 13,
Provide to the instructor who is the user.

In this example, the other user support data is a demo graphic showing the life scene of a team member (Eiji, Ryota, Taro, Toshi)
The analysis / aggregation data is a line graph showing the exercise intensity for each day of each team member created based on the analysis / aggregation data,
The display drawing data is drawn and displayed side by side as shown in the figure.

  The life scenes of team members (Eiji, Rota, Taro, Toshi) are (Motionless / Removing, Restring / Resting, Sitting / Seat, Standing / Standing, Working / Exercise / Walking / Walking) Medium, Running / During, Not Fixed / Do not move, Not data / No data, Meals / Meal, Sleep sleep) etc. are expressed in a band shape in the horizontal direction.

  The instructor communication terminal 13 receives the display drawing data from this system and displays the display drawing data on the same screen of the display unit.

  Thereby, the instructor / coach side can obtain the life rhythm of the player by the sleep rhythm and the training pattern. Also, fatigue can be estimated from the previous day's training by using a list of team member life scenes along with the remaining amount up to the target exercise amount for each team member.

For example, the coach can grasp “Taro did not sleep well yesterday (Friday).
Further, for example, it is possible to receive notification of a message such as “He should take a challenge for fatigue management”. It is also possible to grasp the exercise target (the amount of activity is 4EX to 10EX).

[Drawing pattern example 5]
Examples of services suitable for students and teachers (5) Current calorie balance in calorie control support
FIG. 10 is a diagram showing a current calorie balance as a display drawing example.

In this example, the system 20 is
When a current calorie balance request is received from the user communication terminal 12,
Life support service showing current calorie balance in response to the request, that is, planning support for weekends by linking analysis / aggregation data (first data) of user history information with other user support data (second data) Display rendering data (third data) that enables
The display drawing data is transmitted to the user communication terminal 12,
Provide to the instructor who is the user.

Here, the other user support data is data including calorie intake by meal, meal photo,
The analysis / aggregation data is calories burned by the exercise included in the analysis / aggregation data, life scene,
The display drawing data is drawn to the center indicating that the calorie intake (1560 Kcal) of a certain day is 78% of the target calorie intake for the calorie intake due to “meal” as in the user communication terminal 12, for example. 100% of the line drawn from the top to the bottom with the line as 100%, and a line drawn in the center showing that some non-calorie consumption (520Kcal) due to exercise is 52% compared to the target calorie consumption rate As a result, a bar graph that increases from bottom to top is displayed side by side so that the current calorie balance can be visualized.
Here, as shown in the figure, the meal image actually consumed is displayed side by side next to the bar graph indicating the calorie intake by meal, and the actual exercise picture is displayed next to the bar graph indicating the calorie consumption by exercise. Good.

  From the figure, the calorie intake (2970Kcal) of a certain day exceeds 20% compared to the calorie intake of yesterday, and the calorie consumption of exercise today (1980Kcal) decreases by 20% compared to the calorie consumption of yesterday. Can understand.

In this example, the user
First, a meal menu is photographed by a camera of a user communication terminal having a camera function and a calorie calculation function, and calories in the meal menu are calculated and stored as ingested calories together with the photographed image (including the photographing date). The calorie (calorie intake) calculation of the meal menu is automatically performed by the existing calorie calculation function. FIG. 17 is a diagram showing this state.
Next, the calorie intake from the meal (Eat) is transmitted to the system 20 side together with the shooting date.
In this system 20 side that has received calories ingested by meal (Eat), the calorie consumed today (2970 Kcal) by “meal” in cooperation with the calories consumed by exercise in the user is 120% compared to calories consumed yesterday. Display drawing data including that today's calorie consumption (1980 Kcal) by exercise is 80% compared to yesterday's calorie consumption.
The calorie consumption by the exercise is extracted from, for example, user history data (analyzed / aggregated calorie consumption) collected in advance.

Thus, by creating display drawing data that can compare the calories consumed by “exercise” and the calories consumed by “meal”, the user can realize a solution to the current calorie balance.
Provide the students who can grasp the calorie intake, calorie consumption, and their calorie balance.

[Drawing pattern example 6]
(6) Weight trend in calorie control support
FIG. 11 is a diagram showing a weight trend as a display drawing example.

In this example, the system 20 is
When a weight trend request is received from the user communication terminal 12,
Life support service that shows weight trends in response to the request, that is, planning support for weekends by linking user history information analysis / aggregation data (first data) with other user support data (second data) Display rendering data (third data)
The display drawing data is transmitted to the user communication terminal 12,
Provide it to students who are users.

In this example, the other user support data is the weight of the user,
The analysis / aggregation data is the calorie balance for each date created based on the analysis / aggregation data.
Display drawing data is
For example, the change in calorie balance (bar graph) and the change in weight (line graph) with respect to the date (4/1 to 9/9) are linked and drawn on the same screen, and the relationship between calorie balance and weight is compared. It can be visualized.

  Thus, by creating the display drawing data that can compare the relationship between the calorie balance and the weight, the user can reduce the weight based on the exercising and the meal.

For example, between 4/1 and 4/29, there is a relation of intake (Intake)> consumption (burned), and it can be understood that the body weight keeps a high position. In addition, between 5/6 and 7/1, the relationship of intake (Intake) <consumption (burned) is established, and it can be understood that the body weight is decreasing.
That is, the user can realize weight reduction by exercising and eating.

[Drawing pattern example 7]
(7) Calorie balance trend in calorie control support (Weekly, Monthly, Yearly)
FIG. 12 is a diagram illustrating an example of a calorie balance trend (week, month, year) as a display drawing example.

In this example, the system 20 is
When a calorie balance trend request is received from the user communication terminal 12,
Life support service showing calorie balance trend (week, month, year) according to the request, that is, analyzing / aggregating user history information (first data) and other user support data (second data) Display drawing data (third data) showing each calorie balance trend of weekly (Weekly), month (Monthly), year (Yearly),
The display drawing data is transmitted to the user communication terminal 12,
Provide it to students who are users.

In this example, the other user support data is the weight of the user,
The analysis / aggregation data is the calorie balance for each date created based on the analysis / aggregation data.
Display drawing data is
For example, the changes in calorie intake, calorie consumption (bar graph) and calorie balance (line graph) relative to the date (2015/1/1 to 2015/1/14) are linked and drawn on the same screen. The relationship between calorie consumption (bar graph) and calorie balance (line graph) can be compared.

  Thus, by creating display drawing data that can contrast the relationship between changes in intake and consumption (bar graph) and changes in calorie balance (line graph), users can find patterns and actions that change their calories. it can.

  For example, the user may find that the calorie balance between consumption and intake at 1/2 on Weekly is relatively decreasing, and the calorie balance between consumption and intake at 1/7 is running but overeating. It can be understood that the calorie balance of consumption and intake at 1/13 is overeating. The same is true for the calorie balance of consumption and intake in Monthly and Yearly.

[Drawing pattern example 8]
(8) Calorie balance trend in calorie control support (Daily)
FIG. 13 is a diagram illustrating another example of the calorie balance trend as a display drawing example.

In this example, the system 20 is
When a calorie balance trend request is received from the user communication terminal 12,
The life support service that shows the calorie balance trend (day) according to the request, that is, the analysis / aggregation data (first data) of the user history information and other user support data (second data) are linked to Daily) Display drawing data (third data) showing the calorie balance trend at each time of the calorie balance trend of the time change within,
The display drawing data is transmitted to the user communication terminal 12,
Provide it to students who are users.

In this example, the other user support data are Intake calorie, Intake-calorie balance, etc.
Analysis / aggregation data includes calories burned based on the analysis / aggregation data (Burn calorie), life scene (stationary, resting, sitting, standing, working, exercising, walking, running, eating, sleeping, etc.) And
Display drawing data is
For example, changes in calories (intake calorie), calories burned (burn calorie), basic metabolism (basal metabolism), calorie balance (calorie balance: line graph) and life for the time (0: 00-13: 00) The scenes (Life scene) tapestry display is linked and displayed on the same screen so that the calories consumed, calories burned, basic metabolism, calorie balance and life scene can be compared.

  Intake calorie includes, for example, breakfast (Breakfast), lunch (Lunch), dinner (Dinner), and calories burned (Burn calorie) is, for example, commuting walking (Commutation, walking home ( Going home walking), each calorie.

  The life scene tapestry includes data such as rest, rest, sitting, standing, working, exercising, walking, running, not wearing, no data, meals, sleep, and the like.

  Thus, by creating display drawing data that can compare the relationship between the calorie balance (line graph) and the transition of the life scene, the user can find an event that changes the calorie balance.

[Drawing pattern example 9]
(9) Life Rhythm after classes in the display for each class room / house
FIG. 14 is a diagram showing Life Rhythm after classes as a display drawing example.

In this example, the system 20 is
When an after school life rhythm request is received from the instructor communication terminal 13,
Sleep support for each user by linking analysis / aggregation data (first data) of user history information with other user support data (second data), which shows a life rhythm after school according to the request Create display drawing data (third data) that enables understanding of the after-school life rhythm including status and meal time,
The display drawing data is transmitted to the instructor communication terminal 13,
Provide to user teacher.

Display drawing data is
For example, the members (Mike, Jun, AJ, Ken, Lu,...) And the meal and sleep times of each member are linked and displayed on the same screen. This makes it possible to contrast the relationship with sleep (Sleep status).
The sleep includes data such as time to sleep (Go to bed), time to sleep (Sleeping), time to wake up (Wake up), and the like.

In this way, by creating display drawing data that can compare the relationship between sleep time, meal time, and a list of a plurality of people, the user can see and advise the student's past sleep status.
For example, “Jun” was eating until late at night. It's not good for your health. “Lu” slept right after eating. That is the cause of getting fat. Etc. can be grasped.
The target user is a teacher.

[Drawing pattern example 10]
(10) “Active” Positioning Map for Calorie Control Support
FIG. 15 is a diagram showing an example of an “active” positioning map in the display for each class room / house as a display drawing example.

In this example, the system 20 is
When receiving an “Active” Positioning Map request from the instructor communication terminal 13,
A user support service showing an “Active” positioning map (“Active” Positioning Map) in response to the request, that is, analysis / aggregation data (first data) of user history information and other user support data (second data) In cooperation, we create display drawing data (third data) that allows us to grasp the “Active” positioning map (“Active” Positioning Map).
The display drawing data is transmitted to the instructor communication terminal 13,
Provide to user teacher.

In this example, the other user support data includes MBI indicating the degree of obesity, calorie intake by meal, and the like.
Analysis / aggregation data is the student's status in relation to calorie burned, BMI vs. calorie intake / calorie burned created based on the analysis / aggregation data,
Display drawing data is
BMI vs. calorie intake (Calorie intake / Calorie burned) is drawn and displayed on the same screen so that the student's daily BMI and balance status can be visualized.

  With such a display drawing, the teacher, from the BMI balance status, for example, if the BMI is high and the calorie intake is relatively high, there is a possibility of overeating, or if the BMI is low and the calorie intake is low, the teacher is active However, they can receive suggestions that they are overexercising, and can realize that students' lifestyles are good or bad.

FIG. 16 uses the camera function and the calorie calculation function (application) of the user communication terminal 12 to photograph a meal with a camera, calculate the calorie intake by the meal, and capture the calorie intake image (photo), It is the figure which showed the example output together with date etc.
Techniques relating to services for outputting “calories” by photographing meals with a camera in this manner are known, for example, from Japanese Patent Application Laid-Open No. 2013-29930 and Japanese Patent Application Laid-Open No. 2014-203387, and detailed description thereof is omitted. To do.

  17 to 23 are diagrams showing application examples in which the drawing data in FIGS. 10 and 15 described above is selectively switched and provided to the user side 1.

This application example is roughly as follows.
When data indicating the amount of meal is received from activity sensing data (life / activity amount data) from the sensor node 11 (wristband sensor) and a meal image photographed by the camera of the user communication terminal 12, these data are based on the data. In addition, a trend display of individual users and a group display of group members can be selectively provided to the user side 1.
That is, the energy balance for each fixed period is stored, the difference of the energy balance for each fixed period is calculated, and these can be displayed collectively.
Also, the exercise amount and meal intake are stored with the date and time added. When a certain period is specified, the exercise amount and meal intake for that period are calculated, and the exercise amount and meal for a certain period before and after that period are calculated. Calculate the amount so that the trend can be grasped.
In addition, the amount of exercise and the amount of food intake are linked to each other by date and recorded in the exerciser master so that the energy consumption states of a plurality of exercisers can be viewed simultaneously.
In addition, when it is determined that energy intake or consumption due to meals or the like has not been performed (recorded when the sensor is not attached or at bedtime) during the designated period, data for another period can be displayed.

  More specifically, the life support service system 20 includes activity sensing data from the sensor node 11 (wristband sensor) via the health support cloud service system 30 or the user communication terminal 12 (camera-equipped mobile communication terminal 12 ′). When (life / activity data) is received, the energy consumption is calculated, and the energy consumption is stored in the activity history DB of the storage device 203 as an activity history.

  The life support service system 20 directly receives a meal image taken by the camera of the camera-equipped mobile communication terminal 12 ′, calculates a meal amount and its energy intake from the meal image, and stores the energy intake. Store in the intake history DB of the device 203.

  The life support service system 20 calculates the energy balance amount and ratio based on the activity history of energy consumption and the intake history of energy intake, and uses the energy balance amount and ratio as the energy balance amount / ratio history of the storage device 203. Store in DB.

  Then, based on the energy balance amount and ratio, the user's personal trend drawing data (see FIG. 17) and group drawing data (see FIG. 15) indicating the active position map of the group are created, and the energy balance amount and ratio of the storage device 203 are created. Store in the history DB.

The life support service system 20 receives display identification information in the view application of the camera-equipped mobile communication terminal 12 ′ and determines the display type, that is, the user desires to display either trend drawing data or group drawing data. The display method is selected according to the determination result, and the selected drawing data is provided to the camera-equipped mobile communication terminal 12 ′ side.
Hereinafter, an example thereof will be described with reference to FIGS.

  FIG. 17 is a diagram illustrating an example of the user terminal 10. The user terminal 10 includes a wristband type sensor node 11 'and a camera-equipped mobile communication terminal 12'.

  FIG. 18 is a diagram illustrating a configuration example of the camera-equipped mobile communication terminal 12 ′. The camera-equipped mobile communication terminal 12 ′ includes an input unit (touch key, camera) 122, an output unit (display unit / display) 121, a program memory 123 including a viewer application, a communication unit (interface) 124, and a calculation unit (CPU) 125. And a storage unit 126.

  FIG. 19 is a flowchart illustrating a processing procedure of the life support service system 20 (the arithmetic device 202). The operation based on the flowchart of FIG. 20 is as follows.

  Step S201: The life support service system 20 receives activity amount sensing data from the wristband type sensor node 11 '.

  Step S202: The life support service system 20 receives activity amount sensing data and calculates a life scene.

  Step S203: The life support service system 20 calculates the energy consumption based on the activity amount sensing data.

  Step S204: The life support service system 20 records the life scene and energy consumption in the activity history DB 2034 of the recording device 203 as an activity history.

  Step S205: The life support service system 20 receives a meal image, that is, a meal amount.

  Step S206: The life support service system 20 calculates the energy intake from the amount of meal.

Step S207: The life support service system 20 stores the energy intake as the intake history in the intake history DB 2035 of the storage device 203.
Here, each data of the activity history DB and the intake history DB may be linked (associated) for each user and stored in the exerciser master DB 2036 of the storage device 203.

  Step S208: The life support service system 20 calculates the energy balance / ratio of the energy consumption and the energy intake.

  Step S209: The life support service system 20 stores the energy balance amount / ratio in the energy balance amount / ratio history DB 2037 of the storage device 203 as the energy balance amount / ratio history.

Step S210: The life support service system 20 generates trend drawing data of each user and group drawing data (active position map) of each user based on the energy balance amount / ratio.
For example, these drawing data are stored in the display drawing data storage unit 2033 of the storage device 203.

  Step S211: The life support service system 20 determines the display type based on the application information and activity history of the camera-equipped mobile communication terminal 12 '. Here, the display type determination is performed based on, for example, a user life scene and a user attribute (demographic). User attributes are, for example, (1) “general users (for example, students and gym users)”, (2) “users who manage groups of general users (for example, teachers and instructors)”, (3) “above “Users for both (1) and (2)”.

Step S212: The life support service system 20 receives the above-described display type determination result, and automatically selects a display screen according to the determination result.
In this example, one of group drawing data / trend drawing data generated based on the energy balance amount / ratio is selected.

  In the case described above, FIGS. 6, 7, 9, 14, and 15 are display images for (1) above, and FIGS. 10 to 13 are display drawings for (2) above. FIG. 8 is a display image for (3) above.

Step S213: The life support service system 20 provides the selected drawing data with the camera-equipped mobile communication terminal 12 ′.
Thereby, camera-equipped mobile communication terminal 12 'can display drawing data in an output part.

  FIG. 20 is a diagram illustrating a configuration example of a history data table of the activity history DB. The activity history data table includes data such as user ID, sensor data ID, measurement date and time, life scene, kinetic energy consumption, and others.

  FIG. 21 is a diagram illustrating a configuration example of a history data table of the intake history DB. The intake history data table includes data such as user ID, communication terminal ID, measurement date and time, meal menu, intake energy consumption, and the like.

  FIG. 22 is a diagram illustrating a configuration example of a history data table of the energy balance / ratio history DB. The energy balance history data table includes data such as user ID, communication terminal ID, measurement date and time, kinetic energy consumption, intake energy consumption, ratio / ratio, and others.

  FIG. 23 is a diagram showing a trend display example and a group display example in comparison. The trend display (left side on the drawing) and group display (right side on the drawing) are arbitrarily selected in response to the viewer application on the user side and displayed on the display.

Trend display, for example,
Today's and yesterday's calorie consumption data, and today's and yesterday's calorie consumption data (visualization data)
Today's exercise calorie consumption: 1980 kcal
Comparison with yesterday: 80%
Today's calorie intake: 2970 kcal
Compared to yesterday: 120%
Including data that can be grasped,
Calories and percentages related to exercise are displayed on the lower side of the display screen, and calories and percentages taken from meals are displayed on the upper side, so that the current calorie balance can be visually grasped.

The group display is, for example,
The horizontal axis of the display screen shows BMI (obesity level) and the vertical axis shows the intake / consumed calories, indicating the state of multiple students, that is, the teacher can show their good / bad life Display the style and BMI balance status so that you can see them visually.

  In the figure, each dot represents a student's BMI versus calorie balance. For example, if the dot is in the lower left area (Too Much Exercise), it indicates that you are over-exercising (boxer, model), and if it is in the upper right area (Calorically-enhanced), for example, overeating and exercise Suggest a shortage.

According to the present embodiment, the trend of the amount of exercise and the amount of meal can be grasped, and the states of a plurality of exercisers (users) can be seen simultaneously.
In addition, the trend of the amount of exercise and the amount of meal makes it possible for the exerciser himself / herself to grasp at a glance the difference from the usual self, and calorie management becomes easy.
In addition, for instructors who manage athletes, the ability to watch multiple athletes (users) at the same time can reduce the man-hours required for management of multiple athletes and enable comparison with others. , Providing more detailed and appropriate advice.
For companies and organizations that manage exercisers, it is possible to provide services that enable total calorie management.

In addition, this invention is not limited to the Example mentioned above, Various modifications are included. For example, the above-described embodiments have been described in detail for easy understanding of the present invention, and are not necessarily limited to those having all the configurations described. Further, a part of the configuration of one embodiment can be replaced with the configuration of another embodiment, and the configuration of another embodiment can be added to the configuration of one embodiment. Further, it is possible to add, delete, and replace other configurations for a part of the configuration of each embodiment.
Each of the above-described configurations, functions, processing units, processing means, and the like may be realized by hardware by designing a part or all of them with, for example, an integrated circuit. Each of the above-described configurations, functions, and the like may be realized by software by interpreting and executing a program that realizes each function by the processor. Information such as programs, tables, and files for realizing each function can be stored in a memory, a hard disk, a recording device such as an SSD (Solid State Drive), or a recording medium such as an IC card, an SD card, or a DVD.

DESCRIPTION OF SYMBOLS 1 User side 11 Sensor node 11 'Wristband type | mold sensor node 12 User communication terminal 12' Portable communication terminal with a camera 121 Output part 122 Input part 123 Program memory 124 Communication part 125 Operation part (CPU)
126 storage unit 13 instructor communication terminal 2 service providing side 20 life support service system 201 communication device 202 arithmetic device 203 storage device 2031-2037 database (DB)
3 Cooperation Service System 30 Health Support Cloud Service System 301 Communication Device 302 Computing Device 303 Storage Device 3031-3032 Database (DB)
40 network 50 message system

Claims (16)

A life comprising a communication device, a storage device, an arithmetic device, and creating a life support service from analysis / aggregated data obtained by analyzing / aggregating life / activity data indicating the life / activity state of the user and transmitting it to the user side communication terminal A support service system,
The communication device
It has a sensor that measures the life / activity state of the user, and performs data communication with the user-side communication terminal including a sensor node that transmits the life / activity amount data measured by the sensor,
The storage device
A storage unit that stores the analysis / aggregation data; and a storage unit that stores user support data;
The arithmetic unit is
When the communication device receives data including a support request transmitted from the user side communication terminal,
A support request determination / specification processing unit for receiving, determining, and specifying the support request;
A data search / extraction processing unit that searches the storage device and extracts analysis / aggregation data and user support data according to the support request;
An analysis view / value of the extracted analysis / aggregation data is calculated, and display drawing data constituting the life support service is created based on the analysis / aggregation data including the analysis view / value and the user support data A drawing data creation processing unit;
A display drawing data transmission processing unit that transmits the display drawing data to the user side communication terminal via the communication device; and the analysis / collection data and the user support data in the display unit of the user side communication terminal. A life support service system characterized in that it can be displayed side by side or superimposed. In the life support service system according to claim 1,
The user assistance data is:
Including exercise program, exercise message, demographic data indicating team member or camp member, type of exercise program, calorie intake, weight, intake-calorie balance, balance status,
The analysis / aggregation data is
Calories or time spent in the exercise program, sleep time and exercise intensity for each day of the week, tapestry display including weekend exercise frequency, team member life scene, exercise intensity for each day of the team member, remaining exercise target, sleep Including any one of time versus exercise intensity,
The display drawing data is
The analysis / aggregation data and the user support data corresponding to each user's support request are displayed side by side or overlapping in a character, graph, or tabrete review, and indicate any one of the following services: A user support service,
(1) Utilization of user idle time (2) Self-controlling life rhythm (3) Weekend planning support (4) Team member management (5) Current calorie balance (6) Weight trend
(7) Calorie balance trend / week, month, year (8) Calorie balance trend / date and time (9) After school life rhythm (10) Active positioning map In the life support service system according to claim 2,
(1) The life support service indicating the use in the user's idle time is
Display and display data that is displayed in combination with the analysis / aggregated data and the user support data, and that can be used by a user to search for an exercise program in a free time,
The analysis / aggregation data is
Including calorie consumption or time of life / activity data,
The user assistance data is:
Including an exercise program,
Life support service system characterized by that. In the life support service system according to claim 2,
The life support service showing the (2) self-controlling life rhythm is
Display and display data that displays the analysis / aggregation data and the user support data in combination, and enables self-controlling self-rhythm.
The analysis / aggregation data is
Includes a line graph showing the day of the week versus sleep time, a line graph showing the relationship between the day of the week and exercise intensity,
The user assistance data is:
Includes a weekend exercise history that corresponds to the exercise message, and a tapestry display that shows the exercise frequency as a band.
Life support service system characterized by that. In the life support service system according to claim 2,
(3) The life support service showing the planned support for the weekend is
Display and combination of the analysis / aggregation data and the user support data, and display drawing data enabling weekend planning support,
The analysis / aggregation data is
Includes a line graph showing the relationship between day of the week and sleep time, a bar graph showing the relationship between day of the week and exercise intensity,
The user assistance data is:
Including types of exercise programs,
Life support service system characterized by that. In the life support service system according to claim 2,
(4) Life support service indicating team member management is
Display and combination of the analysis and aggregation data and the user support data, and display drawing data that enables management of team members,
The analysis / aggregation data is
Includes a tapestry display showing the life scene as a band-like length, and a line graph showing the relationship between day of the week and exercise intensity,
The user assistance data is:
Including the target of the rest of the exercise, the names of the team members,
Life support service system characterized by that. In the life support service system according to claim 2,
The (5) user support service indicating the current calorie balance is:
Displaying the analysis / aggregation data and the user support data side by side, and display drawing data that enables grasping the current calorie balance,
The analysis / aggregation data is
Including calories burned by exercise (calorie value / calorie rate)
The user assistance data is:
Including calorie intake (calorie value / calorie rate) from meals,
Life support service system characterized by that. In the life support service system according to claim 2,
(6) The user support service indicating the weight trend is:
Displaying the analysis / aggregated data and the user support data in comparison with each other, comprising display drawing data that enables the user to grasp the relationship between the calorie balance and the weight trend in the week, month, and year,
The analysis / aggregation data is
Including daily intake-calorie consumption balance,
The user assistance data is:
Including changes in user weight,
Life support service system characterized by that. In the life support service system according to claim 2,
(7) Calorie balance trend / user support service indicating week, month, year
Displaying the analysis / aggregated data and the user support data, and comprising display drawing data that enables the user to grasp the relationship between the daily calorie balance and the weight trend,
The analysis / aggregation data is
Includes calories burned (calorie value / calorie rate) in daily life / activity data,
The user assistance data is:
Including calorie balance of calories ingested by meals,
Life support service system characterized by that. In the life support service system according to claim 2,
The user support service indicating the (8) calorie balance trend / every day is:
Display analysis data and display of the user support data in contrast, display drawing data that allows the user to grasp the daily calorie balance trend,
The analysis / aggregation data is
Includes calories burned by each daily exercise (time), a line graph showing calories, and a tapestry display showing the life scene by the exercise of each time as a strip length.
The user assistance data is:
A life support service system comprising a bar graph showing calorie intake from a meal. In the life support service system according to claim 2,
The user support service (9) showing the after-school life rhythm is:
Display and data for displaying the analysis / aggregation data and the user support data in comparison with each other, and enabling understanding of after-school life rhythm after school,
The analysis / aggregation data is
Including the sleep start time, sleep end time, sleep time, time of eating a person,
The user assistance data is:
A life support service system comprising the names of class members who have consumed the meal. In the life support service system according to claim 2,
In (10), the active positioning map is
Display and display of the analysis / aggregated data and the user support data in comparison with each other, enabling display of active positioning maps.
The analysis / aggregation data includes calories burned for daily life / activity,
The user assistance data is:
Including calorie intake / calorie consumption, body mass (BMI),
Yu life support service system characterized by that. A life comprising a communication device, a storage device, an arithmetic device, and creating a life support service from analysis / aggregated data obtained by analyzing / aggregating life / activity data indicating the life / activity state of the user and transmitting it to the user side communication terminal A support service method,
The communication device
It has a sensor that measures the life / activity state of the user, and performs data communication with the user-side communication terminal including a sensor node that transmits the life / activity amount data measured by the sensor,
The storage device
A storage unit that stores the analysis / aggregation data; and a storage unit that stores user support data;
The arithmetic unit is
Receiving data including a support request transmitted from the user side communication terminal;
Receiving, judging and identifying the support request;
Searching the storage device and extracting analysis / aggregation data and user support data according to the support request;
Calculating an analysis view / value of the extracted analysis / aggregation data, and creating display drawing data constituting the life support service based on the analysis / aggregation data including the analysis view / value and the user support data When,
Transmitting the display drawing data to the user side communication terminal via the communication device, and arranging or superimposing the analysis / collection data and the user support data on the display unit of the user side communication terminal A life support service method characterized in that display is possible. The life support service method according to claim 13,
The user assistance data is:
Including exercise program, exercise message, demographic data indicating team member or camp member, type of exercise program, calorie intake, weight, intake-calorie balance, balance status,
The analysis / aggregation data is
Calories or time spent in the exercise program, sleep time and exercise intensity for each day of the week, tapestry display including weekend exercise frequency, team member life scene, exercise intensity for each day of the team member, remaining exercise target, sleep Including any one of time versus exercise intensity,
The display drawing data is
The user support data corresponding to each user's support request and the analysis / aggregated data are displayed in a character, graph, or tapestry display side by side or in an overlapping manner, and indicate one of the following services: Support service,
(1) Utilization of Space Time
(2) Self-controlling life rhythm (3) Weekend planning support (4) Team member management (5) Current calorie balance (6) Weight trend (7) Calorie balance trend / week, month, year (8) Calorie balance Trend / date and time (9) After school life rhythm (10) Active positioning map A life support service method characterized by: In the life support service system that receives the amount of exercise and the amount of meal for each predetermined period of time from the user communication terminal, and provides the user side communication terminal with a service corresponding to the amount of exercise and the amount of meal,
A server for receiving the amount of exercise and the amount of meal;
The server
Means for calculating an energy consumption amount and a life scene based on the amount of exercise, and storing them in an activity history storage unit;
A means for calculating an energy intake based on the amount of meal and storing it in an intake history storage unit;
Means for associating the history of the activity history storage unit and the intake history storage unit and storing it in an exerciser mast unit;
When a certain period is designated from the user communication terminal, both energy consumption amount and energy intake amount in the designated period and a certain amount of exercise amount before and after the designated period are calculated. Means,
Means for transmitting the energy balance amount by the means for calculating both energy balance amounts to the user communication terminal and enabling display on the user communication terminal;
Life support service system with The life support service system according to claim 15,
In the specified period, if no food intake or consumption has been performed, means for extracting the amount of exercise and meal associated with another period from the exerciser master;
Means for calculating or switching the energy consumption amount / energy intake amount of the associated exercise amount / meal intake amount, and means for changing or switching the display content of the energy consumption amount / energy intake amount;
Life support service system with

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