JP2020046962A - Communication terminal, server, measurement data visualization system, and program - Google Patents

Abstract

To provide a communication terminal and the like having excellent convenience.SOLUTION: A communication terminal (2) includes: a measurement result acquisition unit (421) that acquires measurement results of a plurality of items relating to a user's health state from a secondary server (data cooperation server 6) that acquires and stores the measurement results from a plurality of primary servers (service servers 5A-5D) corresponding to respective measurement instruments; and a measurement result screen display unit (output control unit 426) that simultaneously displays the plurality of measurement results of the day acquired by the measurement result acquisition unit on a screen on which a display area is defined for each of the measurement results.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a communication terminal or the like that acquires and displays a measurement result obtained by a measurement device.

  2. Description of the Related Art A communication terminal that acquires and displays a measurement result by a measurement device is known as a related art. For example, Patent Literature 1 discloses a family terminal that acquires and displays vital data such as body temperature and blood pressure measured by a helper at the time of care from a Web server.

JP-A-2018-92493 (released on June 14, 2018)

  However, the above-described conventional technology has a problem that a plurality of measurement results obtained by a plurality of measurement devices having different management sources cannot be displayed at a time. Therefore, for example, a measurement result obtained by a measurement device provided by a certain management source cannot be used for measurement by another measurement device provided by another management source.

  One embodiment of the present invention has been made in view of the above-described problem, and has an object to provide a communication terminal and the like with excellent convenience.

  In order to solve the above problem, a communication terminal according to an aspect of the present invention is a communication terminal that displays a measurement result of a plurality of items related to a user's health condition, wherein the measurement result is measured by a plurality of measurement devices. The measurement results of a plurality of items are respectively acquired by a plurality of primary servers corresponding to the respective measurement devices, and the measurement results of the plurality of items are acquired from the plurality of primary servers and accumulated from a secondary server, A measurement result acquisition unit that acquires the measurement results of a plurality of items; and a measurement result that simultaneously displays the plurality of measurement results of the day acquired by the measurement result acquisition unit on a screen in which a display area is defined. And a screen display unit.

  The server according to an aspect of the present invention is a server that causes a communication terminal to display measurement results of a plurality of items related to a user's health condition, wherein the measurement results of the plurality of items measured by a plurality of measurement devices are The respective measurement results of the plurality of items are obtained from the plurality of primary servers corresponding to the respective measurement devices, and the measurement results of the plurality of items are obtained from the plurality of primary servers and accumulated from the secondary server. A measurement result acquisition unit to acquire, and a measurement result screen display unit that simultaneously displays the plurality of measurement results of the day acquired by the measurement result acquisition unit on a screen of the communication terminal in which a display area is defined. , Is provided.

  According to one embodiment of the present invention, a highly convenient communication terminal or the like can be provided.

It is a block diagram showing an example of the important section composition of the consolidated data visualization system concerning Embodiment 1 of the present invention. 1 is a schematic diagram illustrating an overall configuration of an aggregated data visualization system according to a first embodiment of the present invention. 5A and 5B are display examples of main screens in the communication terminal according to the first embodiment of the present invention, wherein FIG. 5A shows a state in which none of the items are measured on the measurement result screen, and FIG. Shows a state in which measurement has been completed, and (c) shows a display example of a measurement history (calendar) screen. FIG. 5 is a schematic diagram illustrating an example of a screen transition in the communication terminal according to the first embodiment of the present invention. FIG. 4 is a schematic diagram illustrating an example of an account cooperation table held in the data cooperation server according to the first embodiment of the present invention. It is a schematic diagram which shows an example of the measurement result accumulated in the service server which concerns on Embodiment 1 of this invention, (a) is an example of the measurement result table which accumulates the measurement result by a sphygmomanometer and the measurement result by a body composition meter. (B) shows an example of a measurement result table that accumulates measurement results obtained by the pedometer, and (c) shows an example of a measurement result table that accumulates measurement results obtained by the sleep sensor. FIG. 5 is a schematic diagram illustrating an example of a measurement result aggregation table in which the data linkage server according to the first embodiment of the present invention aggregates and holds measurement results from each service server. 5 is a flowchart illustrating an example of a flow of measurement data visualization processing executed by the communication terminal according to the first embodiment of the present invention. 5 is a flowchart illustrating an example of a flow of a measurement timing notification process executed by the communication terminal according to the first embodiment of the present invention. 5A and 5B are schematic diagrams illustrating a notification example from a service in the communication terminal according to the first embodiment of the present invention, in which FIG. 7A illustrates a screen example in which a splash screen is notified, and FIG. Here is an example. It is a block diagram showing an example of the important section composition of the consolidated data visualization system concerning Embodiment 2 of the present invention. FIG. 3 is a block diagram illustrating a configuration of a computer that can be used as a communication terminal.

[Embodiment 1]
Hereinafter, an embodiment of the present invention will be described in detail with reference to FIGS.

(Overview of measurement data visualization system)
An overview of the measurement data visualization system 100 according to the present embodiment will be described with reference to FIG. FIG. 2 is a schematic diagram showing the entire configuration of the measurement data visualization system 100.

  The measurement data visualization system 100 includes a plurality of measurement devices 1A to 1D, a communication terminal 2, a gateway 3, a router 4, a plurality of service servers 5A to 5D, and a data cooperation server 6. Note that the gateway 3 and the router 4 may be omitted depending on the types of the measuring devices 1C and 1D.

  The measurement data visualization system 100 communicates a plurality of measurement results obtained by the user of the communication terminal 2 using a plurality of measurement devices 1A to 1D having different management sources for a plurality of items related to their own health condition. This is a system in which the information is collected on the screen of the terminal 2 and displayed at a time. Since the plurality of measuring devices 1A to 1D have different management sources, the measurement results of the individual devices are obtained by the service servers 5A to 5D, which are a plurality of primary servers corresponding to the respective measuring devices, and are accumulated in a distributed manner. . The service servers 5A to 5D are operated by, for example, a management device (for example, a device maker) of the measuring device.

  In the following description, it is assumed that the measurement result by the measurement device 1A is stored in the service server 5A, and the measurement result by the measurement device 1B is stored in the service server 5B. Similarly, the measurement result by the measurement device 1C is stored in the service server 5C, and the measurement result by the measurement device 1D is stored in the service server 5D. The measurement results for a plurality of items distributed and accumulated in the service servers 5A to 5D are acquired by the data cooperation server 6 as a secondary server, and are accumulated in a storage unit (not shown) of the data cooperation server 6. .

  The communication terminal 2 is a terminal that can communicate with the data cooperation server 6, and is, for example, a smartphone. The communication terminal 2 acquires, from the data link server 6, data in which the measurement results of the plurality of items by the measuring devices 1A to 1D are aggregated, and displays the measurement results of the day on a screen in which a display area is defined for each item. They can be aggregated and displayed at once. At this time, the screen displayed by the communication terminal 2 may include the measurement time for each item, or may include the time acquired from the data cooperation server 6.

  The communication terminal 2 can further acquire the history of the measurement results from the data cooperation server 6, and display the acquired history on a screen in a calendar form for each measurement date. At this time, the communication terminal 2 can display a screen in which a display area is defined for each item for each measurement day in the same manner as when displaying the measurement result of the day. Further, when the communication terminal 2 displays the history in the form of a calendar, the measurement date on which all of a plurality of items that can be measured by the measurement devices 1A to 1D have been measured is different from the measurement date on which an unmeasured item exists. It may be displayed in a format.

  The communication terminal 2 may set a timing suitable for measurement for a plurality of items measured by the measuring devices 1A to 1D, and notify the user at the set timing to prompt the user to perform measurement. Note that any timing suitable for measurement may be used. For example, an average value of a plurality of measurement times in the history of measurement results may be set. If at least a sensor such as a sleep sensor or a human sensor that can detect that the user has woken up is included in the measuring devices 1A to 1D, the predetermined time from the wake-up time of the user detected by the sensor is considered. A time after the elapse may be set. The communication terminal 2 may notify the user to measure the blood pressure, for example, one hour after the wake-up time.

  In the illustrated example, the measurement results by the measuring devices 1A and 1B are transmitted to the service servers 5A and 5B via the communication terminal 2 and accumulated. The measurement result of the measuring device 1C is transmitted to the service server 5C via the router 4 and stored. Then, the measurement result of the measuring device 1D is transmitted to the service server 5D via the gateway 3 and the router 4, and is accumulated.

  The plurality of measurement results distributed and accumulated in the service servers 5A to 5D can be confirmed using the communication terminal 2 after being collected in the data cooperation server 6. The communication terminal 2 may present the transmitted measurement result to the communication terminal 2 as necessary for the collected measurement result, or may display the measurement result on the data cooperation server 6 with a Web browser, a dedicated application, or the like. May be used to present the information obtained by accessing each time.

  In addition, the management source of the data cooperation server 6 may be the same as any of the management sources of the service servers 5A to 5D, or may be different. The communication terminal 2 can collectively display a plurality of measurement results on a plurality of items obtained from the data cooperation server 6 on a screen and display them at once. The user of the communication terminal 2 can acquire motivation for exercise and measurement, for example, by confirming the measurement results of a plurality of items at once.

  In the illustrated example, each of the measuring devices 1A to 1D corresponds to each of the service servers 5A to 5D. However, for example, one service server may be a management source common to a plurality of measuring devices. Further, the measuring device only needs to transmit the measurement result to the service server, and the transmission route is not limited to the illustrated example.

(Configuration of measurement data visualization system)
The configuration of the measurement data visualization system 100 according to the first embodiment will be described with reference to FIG. FIG. 1 is a block diagram illustrating an example of a main configuration of the measurement data visualization system 100.

  The measuring devices 1A to 1D are devices that measure items related to the health condition of the user of the communication terminal 2 and accumulate the measurement results. The measuring devices 1A to 1D include, for example, a body composition monitor for measuring the weight of the user, a blood pressure monitor for measuring the blood pressure, a pedometer for measuring the number of steps per day, a sleep sensor for measuring sleep time, respiratory rate, heart rate, and the like. And so on. The measuring devices 1A to 1D are further indirect to the user, such as a temperature and humidity sensor for measuring the temperature and humidity of the surrounding environment, a human sensor for detecting the activity from the movement, and an illuminance sensor for detecting the activity from the brightness of the room. May be a device that performs measurement on items that affect. The measurement devices 1 </ b> A to 1 </ b> D may be wearable devices that the user fixes on clothes or the like to perform measurement, or may be stationary devices.

  The measurement devices 1A to 1D can transmit the measurement results to the service servers 5A to 5D managed by the management sources of the individual devices. The communication path used by the measuring devices 1A to 1D when transmitting the measurement result is determined based on a communication standard or the like supported by each device. In the illustrated example, the measurement results of the measuring devices 1A and 1B are transmitted to the communication terminal 2 by the communication terminal 2 according to an instruction from the result transmission control units 41A and 41B based on the result transmission applications 31A and 31B described later. (Registered trademark) or the like. Thereafter, the measurement result is transmitted again from the communication terminal 2 to the service servers 5A and 5B.

  On the other hand, the measuring devices 1C and 1D directly receive the measurement result transmission instruction from the service servers 5C and 5D via the gateway 3 and the router 4. The measuring device 1C can communicate with the router 4 according to a wireless communication standard such as Wi-Fi (registered trademark), and directly transmits a measurement result to the service server 5C via the router 4 according to a transmission instruction. The measurement device 1D supports only a short-range wireless communication standard such as, for example, Z-wave (registered trademark), and includes a gateway 3 and Wi-Fi that support both Z-wave and Wi-Fi. The measurement result can be transmitted to the service server 5D via the supporting router 4. The transmission of the measurement result may be performed spontaneously by the measuring device 1D, or may be performed according to an instruction from the gateway 3 or the like. For example, the measuring device 1D may transmit the measurement result each time it detects that the measurement using the measuring device 1D has been performed, or may transmit the measurement result periodically (eg, at one minute intervals). Is also good.

  The gateway 3 is a gateway that mediates communication between the measuring device 1D and the router 4. The gateway 3 supports, for example, a plurality of different communication standards, and can use different communication standards for communication with the measuring device 1D and communication with the router 4.

  The router 4 is a general router and has a function of connecting to a cloud network such as the Internet.

  The service servers 5A to 5D are servers managed by management sources of the measuring devices 1A to 1D. The service servers 5A to 5D acquire and accumulate the measurement results measured by the measuring devices 1A to 1D, and transmit the accumulated measurement results to the data link server 6. The transmission of the measurement result may be performed spontaneously by the service servers 5A to 5D, or may be performed according to an instruction from the data cooperation server 6. For example, the service servers 5A to 5D may transmit the measurement results only when some of the measurement results obtained from the measurement devices 1A to 1D have not been transmitted to the data cooperation server 6, or may be periodically ( The measurement result may be transmitted (for example, at one minute intervals). The service servers 5A to 5D store the measurement results in, for example, measurement result tables 51 to 53 (not shown). Specific examples of the measurement result tables 51 to 53 will be described later with reference to FIGS.

  The data cooperation server 6 is a server that communicates with the communication terminal 2 via a communication unit 21 described below. The data cooperation server 6 acquires measurement results measured by the measuring devices 1A to 1D, which are stored in the service servers 5A to 5D having different management sources.

  The data cooperation server 6 holds the measurement results obtained from each of the service servers 5A to 5D in association with each user. In order to link the measurement result for each user, the data link server 6 holds, for example, the account of the user of the communication terminal 2 in the data link server 6 in association with the account in each of the service servers 5A to 5D. The data cooperation server 6 holds information relating to account association, for example, as an account cooperation table 61 (not shown). A specific example of the account cooperation table 61 will be described later with reference to FIG.

  The data cooperation server 6 collects and holds the measurement results obtained from each of the service servers 5A to 5D, for example, in a measurement result collection table 62 (not shown). A specific example of the measurement result aggregation table 62 will be described later with reference to FIG.

(Communication terminal configuration)
The communication terminal 2 includes a communication unit 21, an input unit 22, a display unit 23, a speaker 24, a storage unit 30, and a control unit 40. The storage unit 30 includes the result transmission applications 31A and 31B and the aggregated data visualization application 32 It has. The control unit 40 includes result transmission control units 41A and 41B and an integrated data visualization control unit 42. The consolidated data visualization control unit 42 includes a measurement result acquisition unit 421, a measurement result screen generation unit 422, a calendar screen generation unit 423, a timing setting unit 424, a notification screen generation unit 425, an output control unit 426, and an update instruction unit 427. ing. It is needless to say that various functional blocks included in the control unit 40 of the communication terminal 2 in FIG. 1 may be configured to be executable by a device other than the communication terminal 2.

  The communication unit 21 transmits and receives various data between an external communication device and the control unit 40. The input unit 22 receives various operations of the user on the communication terminal 2 and is, for example, a touch panel formed integrally with the display unit 23. The display unit 23 displays various screens related to the result transmission applications 31A and 31B and the aggregated data visualization application 32 according to an instruction of the output control unit 426, and is, for example, a liquid crystal display. The speaker 24 reproduces audio data according to an instruction from the output control unit 426.

  The storage unit 30 stores various data handled by the communication terminal 2. The result transmission applications 31A and 32B are programs in which the communication terminal 2 obtains measurement results from the measurement devices 1A and 1B, and describes processing necessary for transmitting the obtained measurement results to the service servers 5A and 5B. In the following description, the process required to acquire the measurement result from the measurement device 1A and transmit the measurement result to the service server 5A is described in the result transmission application 31A, and the measurement result is acquired from the measurement device 1B. The process required to transmit the measurement result to the service server 5B is described in the result transmission application 31B. The result transmission application 31A is read by the control unit 40, and the control unit 40 can operate the result transmission control unit 41A according to the description. Similarly, the result transmission application 32B is read by the control unit 40, and the control unit 40 can operate the result transmission control unit 41B according to the description.

  The aggregated data visualization application 32 is a program in which the communication terminal 2 acquires the aggregated measurement results from the data link server 6, and describes processes and the like necessary for the acquired measurement results to be aggregated and displayed at once. . The integrated data visualization application 32 is read by the control unit 40, and the control unit 40 can operate the integrated data visualization control unit 42 according to the description.

  The control unit 40 controls each unit of the communication terminal 2. The result transmission control units 41A and 41B acquire measurement results from the measuring devices 1A and 1B according to the user's input to the input unit 22, and transmit the acquired measurement results to the service servers 5A and 5B. In the illustrated example, the result transmission control unit 41A operates to acquire the measurement result from the measurement device 1A and transmit the measurement result to the service server 5A, and the result transmission control unit 41B acquires the measurement result from the measurement device 1B. Then, it operates to transmit the measurement result to the service server 5B.

  The aggregated data visualization control unit 42 controls the measurement result acquisition unit 421 and the like to execute the acquisition of the measurement results aggregated in the data cooperation server 6 and the display of the acquired measurement results according to the user's input to the input unit 22. I do.

  The measurement result acquisition unit 421 acquires measurement results of a plurality of items from the external data cooperation server 6 via the communication unit 21 according to an instruction from the aggregated data visualization control unit 42. The measurement result acquisition unit 421 can acquire the measurement result of the period specified according to the instruction from the integrated data visualization control unit 42. The measurement result acquisition unit 421 may acquire all of the measurement results to be acquired each time, or retains the measurement results acquired in the past in the storage unit 30 and acquires only the difference from the past acquisition results. May be. The measurement result acquisition unit 421 transmits the measurement result to the measurement result screen generation unit 422 when acquiring the measurement result of the day, and transmits the history to the calendar screen generation unit 423 when acquiring the history of the measurement result. . The measurement result acquisition unit 421 may transmit the acquired information to the timing setting unit 424.

  The measurement result screen generation unit 422 generates screen data of the measurement result screens 230A and 230B using the measurement result of the day received from the measurement result acquisition unit 421, and transmits the screen data to the output control unit 426. The measurement result screens 230A and 230B are screens that simultaneously display a plurality of measurement results of the day acquired by the measurement result acquisition unit 421 from the data cooperation server 6 on a screen for which a display area is defined. Specific examples of the measurement result screens 230A and 230B will be described later with reference to FIGS.

  The calendar screen generation unit 423 generates screen data of the measurement history (calendar) screens 250, 250A, and 250B using the history of the measurement results received from the measurement result acquisition unit 421, and transmits the screen data to the output control unit 426. Specific examples of the measurement history (calendar) screens 250, 250A, and 250B will be described later with reference to FIGS. The calendar screen generation unit 423 further generates screen data of the measurement history (one day) screen 270 using the history of the measurement results, and transmits the screen data to the output control unit 426. A specific example of the measurement history (one day) screen 270 will be described later with reference to FIG.

  The timing setting unit 424 sets a timing suitable for measurement for each of a plurality of items that can be measured using the measuring devices 1A to 1D. For example, when receiving the history of the measurement results from the measurement result acquisition unit 421, the timing setting unit 424 may set an average value of a plurality of measurement times in the history as timing suitable for measurement. Alternatively, when the history of the measurement result includes the wake-up time of the user, the timing setting unit 424 may set a time after a predetermined time has elapsed from the wake-up time as the timing suitable for the measurement. The timing setting unit 424 transmits information on the set timing to the notification screen generation unit 425.

  The notification screen generation unit 425 generates the splash screens 220 and 220A and the pop-up notification screens 280 and 280A when there is information to be notified to the user, and transmits them to the output control unit 426. The splash screens 220 and 220A are temporarily displayed when the communication terminal 2 returns from the sleep state, and the pop-up notification screens 280 and 280A are superimposed on the screen currently displayed at an appropriate timing. This is the screen that is displayed. Specific examples of the splash screens 220 and 220A and the pop-up notification screens 280 and 280A will be described later with reference to FIGS.

  The splash screens 220 and 220A and the pop-up notification screens 280 and 280A may, for example, prompt the user to perform measurement using the measuring devices 1A to 1D, or prompt the user to use an air conditioner to adjust the room temperature to an appropriate temperature. It may be something. Further, it may include a notice from an external server including the service servers 5A to 5D connected to the data cooperation server 6.

  The output control unit 426 can function as a measurement result screen display unit that displays screen data of the measurement result screens 230A and 230B generated by the measurement result screen generation unit 422 on the display unit 23. The output control unit 426 may function as a calendar screen display unit that displays screen data of the measurement history (calendar) screens 250, 250A, and 250B generated by the calendar screen generation unit 423 on the display unit 23.

  The output control unit 426 displays the screen data of the splash screens 220 and 220A generated by the notification screen generation unit 425 and the screen data of the pop-up notification screens 280 and 280A on the display unit 23 at a timing suitable for measurement and notifies the user of measurement. May be performed. The output control unit 426 may reproduce sound data corresponding to screen data displayed on the display unit 23 from the speaker 24. Here, any audio data may be used as long as it corresponds to the content of the screen data. The voice data may be, for example, one that reads out a template sentence stored in advance in the storage unit 30, one that is obtained by converting the contents of screen data from text data to voice data, or one that is an alarm sound. You may. Here, the conversion into the audio data may be based on, for example, a TTS (Text To Speech) program.

  The update instruction unit 427 transmits an update instruction to the data link server 6 so as to acquire and accumulate the measurement results of the day from the service servers 5A to 5D according to the instruction from the aggregated data visualization control unit 42. In other words, the update instruction unit 427 instructs the data cooperation server 6 to update the measurement result aggregation table 62. The timing at which the aggregated data visualization control unit 42 instructs the update instruction unit 427 may be, for example, a timing determined in advance in the service servers 5A to 5D or a timing according to the usage status of the user of the communication terminal 2. Further, the timing may be a timing at which the display content is updated by the user through the input unit 22 while the application is running.

(About the flow of collecting measurement results)
The outline of the flow until the measurement results newly measured by the measuring devices 1A to 1D are collected in the data cooperation server 6 will be described below.

  The measurement results newly measured by the measuring devices 1A to 1D are transmitted to the service servers 5A to 5D through communication paths according to the devices, and are stored in the measurement result tables 51 to 53. According to the illustrated example, the measurement result by the measuring device 1A is acquired by the result transmission control unit 41A and transmitted to the service server 5A. Similarly, the measurement result based on the measurement result 1B is acquired by the result transmission control unit 41B and transmitted to the service server 5B. The acquisition of the measurement result and the transmission to the service servers 5A and 5B may be performed by the result transmission control units 41A and 41B based on the instruction of the update instruction unit 427, or may be automatically executed at regular intervals. Is also good.

  The measurement result by the measuring device 1C is automatically transmitted from the measuring device 1C to the service server 5C at regular intervals. Similarly, the measurement result by the measuring device 1D is automatically transmitted from the measuring device 1D to the service server 5D at regular intervals. The transmission of the measurement result may be performed after a lapse of a predetermined time, or may be performed each time the number of records of the measurement result that has not been transmitted to the service servers 5C and 5D exceeds a predetermined threshold.

  The service servers 5A to 5D transmit the measurement results stored in the measurement result tables 51 to 53 to the data linkage server 6, and the data linkage server 6 aggregates and stores the received measurement results in the measurement result aggregation table 62. I do. The transmission of the measurement results from the service servers 5A to 5D to the data linkage server 6 may be automatically executed by the service servers 5A to 5D at regular intervals, or the data linkage server 6 may transmit the measurement results at regular intervals. It may be executed automatically every time. Further, the transmitted measurement results may be the total amount of the measurement results stored in the measurement result tables 51 to 53, or may be only the untransmitted measurement results.

  Upon receiving the update instruction from the update instruction unit 427, the data cooperation server 6 acquires the measurement results from the measurement result tables 51 to 53 held by the service servers 5A to 5D, and stores the measurement result aggregation table 62 using the acquired contents. Update.

  The update instruction unit 427 acquires the updated measurement result from the measurement result acquisition unit 421 after the data cooperation server 6 updates the measurement result aggregation table 62 based on the update instruction transmitted to the data cooperation server 6. May be instructed. That is, after instructing the data link server 6 to update the measurement result, the aggregated data visualization control unit 42 may acquire the updated measurement result and generate and display the screen data.

(Display example of main screen of communication terminal)
A display example of a main screen in the communication terminal 2 according to the present embodiment will be described with reference to FIG. FIG. 3 is a display example of a main screen in the communication terminal 2, and FIG. 3A shows a measurement result screen 230A in which none of the items are measured. FIG. 3B shows a measurement result screen 230B in which all items have been measured, and FIG. 3C shows a measurement history (calendar) screen.

  FIG. 3A illustrates a measurement result screen 230A generated by the measurement result screen generation unit 422 when none of the items are measured in the measurement results of the day acquired by the measurement result acquisition unit 421 from the data cooperation server 6. 5 is a display example. In the illustrated example, the measurement result screen 230A has a “menu” tab 231, a “today” tab 232, and a “calendar” tab 233 displayed side by side at the top of the screen, and a date and time column 234 is provided below these. And the current date and time information is displayed. The measurement result screen 230A belongs to the “today” tab 232, and the “today” tab 232 is always valid while the measurement result screen 230A is being displayed.

  When the “menu” tab 231 is operated, a menu screen (not shown) is displayed in a pop-up, and when the “calendar” tab 233 is operated, the “calendar” tab 233 is enabled, and the measurement history (calendar) screen shown in FIG. The display switches to 250.

  In the lower center part of the screen, measurement result areas 235A to 235D, which are display areas for displaying the measurement results measured by the measuring devices 1A to 1D at one time, which are collectively held in the data cooperation server 6, are displayed. I have. In the illustrated example, the measurement result area 235A is an area for displaying a measurement result of blood pressure, and the measurement result area 235B is an area for displaying the number of steps taken so far by the user on that day. The measurement result area 235C is an area for displaying a measurement result of weight, and the measurement result area 235D is an area for displaying a user's sleep time until the morning of the day. In the vicinity of the measurement result areas 235A to 235D, the measurement time of the information is displayed together with the names of the information such as the blood pressure, the weight, the number of steps, and the sleep displayed in each area.

  In the measurement result screen 230A, no measurement result is shown in any of the measurement result areas 235A to 235D, and only icons indicating outlines of the measurement items are shown in the white areas. The user can grasp items that have not been measured by looking at the measurement result screen 230A.

  At the bottom of the center of the screen, an “update numerical value” button 236 for updating the content of the displayed measurement result is provided. When the user operates the “update numerical value” button 236, processing is executed so as to obtain the latest measurement result and update the display content. The user performs measurement using the measuring devices 1A to 1D after displaying the measurement result screen 230A on the communication terminal 2, for example, and then operates the “update numerical value” button 236 to confirm that all items have been measured. The display content of a certain measurement result screen 230B can be updated.

  FIG. 3B illustrates a measurement result screen generated by the measurement result screen generation unit 422 when all items have been measured in the measurement results of the day acquired by the measurement result acquisition unit 421 from the data cooperation server 6. It is a display example of 230B. The basic configuration of the measurement result screen 230B is the same as the measurement result screen 230A shown in FIG. 3A, but each of the measurement result areas 235A to 235D is colored in a different color from each other. Another difference is that the measurement results are displayed in white. In the illustrated example, a crescent icon indicating that the measurement time was night is displayed together with the blood pressure measurement result displayed in the measurement result area 235A. Although not illustrated, when the measurement time is daytime, the measurement time may be easily grasped by displaying a sun icon together. Similar display may be performed for the measurement result areas 235B to 235D. More specifically, the measurement result may be displayed on the measurement result screen 230B together with an icon indicating the time zone in which the measurement was performed.

  When only some of the items have been measured, only the area corresponding to the measured item among the measurement result areas 235A to 235D of the measurement result screen 230A is displayed in the same display format as the measurement result screen 230B. You. At this time, the plurality of items displayed in each of the measurement result areas 235A to 235D on the measurement result screen 230A or 230B may be displayed in a different display format between the measured item and the unmeasured item.

  FIG. 3C is a display example of the measurement history (calendar) screen 250 generated by the calendar screen generation unit 423 using the history of the measurement results acquired by the measurement result acquisition unit 421 from the data cooperation server 6. On the measurement history (calendar) screen 250, a "menu" tab 231, a "today" tab 232, and a "calendar" tab 233 are displayed side by side as in the measurement result screen 230A and the measurement result screen 230B. When the “menu” tab 231 is operated, a menu screen is displayed in a pop-up. When the “today” tab 232 is operated, the “today” tab 232 is enabled, and the measurement result screen 230A or the measurement result screen 230B according to the measurement situation at the time of operation. The display switches to etc.

  The measurement history (calendar) screen 250 is a screen that displays the history of measurement results in a calendar for each measurement date. In the illustrated example, the history of the measurement result for one month is displayed as a history icon 251 for one month, together with a display indicating the corresponding month of the displayed history. That is, the history icons 251 are arranged in a calendar for one month. In the illustrated example, the measurement history (calendar) screen 250 shows a display area for changing the display month to the previous month or the next month on the left and right of the display indicating the corresponding month of the history being displayed. By operating these display areas, the target month of the history displayed on the measurement history (calendar) screen 250 is changed.

  The history icon 251 indicates the history of the measurement results of each measurement day on the measurement history (calendar) screen 250, and the history icon 251 is similar to the measurement results of the day on the measurement result screens 230A and 230B. Displayed in display format. That is, the history icon 251 has four display areas corresponding to the measurement result areas 235A to 235D, and the area of an unmeasured item is outlined as shown in FIG. Items are colored in the area as shown in FIG. 3B.

  On the measurement history (calendar) screen 250, the history icon 251 may be displayed in a display format in which the date when all of the plurality of items have been measured and the date when the unmeasured item exists are different. Specifically, in the history icon 251 on the measurement date in which all items have been measured, four display areas corresponding to the measurement result areas 235A to 235D are colored in the same color. By displaying the measurement history (calendar) screen 250 having such a history icon 251, it is possible to motivate the user to measure, for example, all the items over consecutive days.

  At the lower part of the measurement history (calendar) screen 250, a point display column 252 is provided. In the point display column 252, for example, points accumulated according to the measurement situation are displayed. The points motivate the user to perform continuous measurement. For example, for one measurement date, one item is measured to obtain one point, and for the measurement date measured for all four items, additional points are obtained. It may be accumulated by a process such as acquisition. Further, a motivation for measurement may be enhanced by setting a campaign period or the like in which points can be acquired more than usual. The accumulated points may be used for shopping or the like, or may be compared with points of other users.

(Example of screen transition of communication terminal)
Screen transition examples of various screens displayed on the display unit 23 by the communication terminal 2 according to the present embodiment will be described with reference to FIG.

  First, it is assumed that the communication terminal 2 is in the sleep state and the sleep screen 210 is displayed. Here, when the communication terminal 2 receives a user's input at the input unit 22, the communication terminal 2 returns from the sleep screen 210. Specifically, the measurement result screen 230A is displayed on the display unit 23 from the sleep screen 210 via the splash screen 220. The display contents of the measurement result screen 230A are the same as those shown in FIG.

  When the “Calendar” tab 233 is operated on the measurement result screen 230A, the display switches to the measurement history (calendar) screen 250A. The display contents of the measurement history (calendar) screen 250A are the same as those of the measurement history (calendar) screen 250 shown in FIG. That is, when an operation of changing the display month is performed in the previous month or the next month, the display is switched to a measurement history (calendar) screen 250B that displays a history of one month of the changed display month in a calendar form.

  On the measurement history (calendar) screens 250A and 250B, when the history icon 251 corresponding to a specific display date is operated from the history icons 251 for one month displayed in a calendar, the measurement on the specific display date is performed. The result is displayed as a measurement history (daily) screen 270 on the measurement history (calendar) screens 250A and 250B in the same display format as the measurement result screens 230A and 230B. The measurement history (one day) screen 270 is provided with a “close” button. By operating the “close” button, the measurement history (one day) screen 270 can be closed.

  When the “update numerical value” button 236 is operated on the measurement result screen 230A, the measurement result aggregation table 62 of the data cooperation server 6 is updated by the update instruction from the update instruction unit 427, and then the data cooperation server is updated by the measurement result acquisition unit 421. The display is updated on the measurement result screen 230B based on the updated measurement result acquired again from Step 6.

  When it is time to display, the communication terminal 2 superimposes and displays the pop-up notification screen 280 irrespective of the type of screen being displayed at that time and whether or not there is any display. The popup notification screen 280 is provided with a “close” button, and is closed by operating the “close” button or by elapse of a predetermined display period.

(Configuration of account linkage table)
The configuration of the account linkage table 61 held by the data linkage server 6 according to the present embodiment will be described with reference to FIG. FIG. 5 is a schematic diagram showing a specific example of the account cooperation table 61.

  In the illustrated example, the account linkage table 61 includes six items of “user name”, “data linkage account”, “service 1 account”, “service 2 account”, “service 3 account”, and “service 4 account”. ing. The “user name” and the “data linkage account” are registered by the user of the communication terminal 2 as connection information to the data linkage server 6. “Service 1 account”, “Service 2 account”, “Service 3 account”, and “Service 4 account” are used by the user of the communication terminal 2 to accumulate measurement results for each of the service servers 5A to 5D. Account name.

  When receiving the update instruction of the measurement result aggregation table 62 from the update instruction unit 427 of the communication terminal 2, the data cooperation server 6 acquires the measurement results from the measurement result tables 51 to 53 of the service servers 5A to 5D. The acquired measurement result is determined based on the linked contents of “data linkage account”, “service 1 account”, “service 2 account”, “service 3 account”, and “service 4 account” in the account linkage table 61. The measurement results are aggregated for each "data linkage account" and registered (updated) in the measurement result aggregation table 62. In this way, the data cooperation server 6 can acquire the measurement results from the service servers 5A to 5D using the account cooperation table 61, and collectively register the measurement results in the measurement result aggregation table 62.

(Configuration of measurement result table)
The configuration of the measurement result tables 51 to 53 held by the service servers 5A to 5D according to the present embodiment will be described with reference to FIGS. FIG. 6 is a schematic diagram illustrating a specific example of the measurement result tables 51 to 53. FIG. 6A illustrates an example of the measurement result table 51 that accumulates the measurement results by the sphygmomanometer and the measurement results by the body composition meter. FIG. 6B shows an example of the measurement result table 52 for accumulating the measurement results obtained by the pedometer. FIG. 6C shows an example of the measurement result table 53 that accumulates the measurement results obtained by the sleep sensor. Note that the measurement result tables 51 to 53 are merely examples, and it goes without saying that the measurement result tables 51 to 53 are changed according to the number of service servers 5A to 5D, the number of items to be measured, and the like.

  FIG. 6A shows a measurement result table 51 that accumulates measurement results obtained by a sphygmomanometer and measurement results obtained by a body composition meter. For example, when the measuring device 1A is a sphygmomanometer and a body composition monitor, the measurement result table 51 can be held by the service server 5A. More specifically, when the device maker that manages the sphygmomanometer and the body composition monitor is the same, the device maker uses one service server 5A to perform the measurement result using the sphygmomanometer and the measurement result using the body composition monitor. Can be accumulated.

  In the illustrated example, the measurement result table 51 includes four items of “account”, “measurement date and time”, “data type”, and “measurement value”. In “account”, the same value as the item of “service 1 account” of any user shown in FIG. 5 is set. The “measurement date and time” indicates the date and time when the measurement was performed by the sphygmomanometer or the body composition monitor, and the “data type” indicates the type of the measured data. “Measurement value” indicates a measurement value obtained by a sphygmomanometer or a body composition monitor. In the measurement result table 51, one measurement result for one item is recorded as one record for the measurement result by the measuring device 1A. In the illustrated example, two records of the systolic blood pressure and the diastolic blood pressure are collectively set in the “measured value” in the record in which the “data type” is “blood pressure”.

  FIG. 6B shows a measurement result table 52 that accumulates measurement results obtained by the pedometer. For example, when the measuring device 1B is a pedometer, the measurement result table 52 can be held by the service server 5B. In the illustrated example, the measurement result table 52 has three items of “account”, “measurement date and time”, and “step count”. In “account”, the same value as the item of “service 2 account” of any user shown in FIG. 5 is set. “Measurement date and time” indicates the date and time when the measurement was performed by the pedometer, and “steps” indicates the measured value of the number of steps at the time of measurement. That is, in the measurement result table 52, one measurement result of the measurement result by the measuring device 1B is recorded as one record.

  FIG. 6C shows a measurement result table 53 that accumulates measurement results obtained by the sleep sensor. For example, when the measuring device 1C is a sleep sensor, the measurement result table 53 can be held by the service server 5C. In the illustrated example, the measurement result table 53 includes six items of “account”, “device ID”, “measurement date and time”, “sleep time (minutes)”, “average respiration rate”, and “average heart rate”. ing. In “account”, the same value as the item of “service 3 account” of any user shown in FIG. 5 is set. As the “device ID”, an identifier (ID) for uniquely identifying the sleep sensor used for measurement is set. The “measurement date” indicates the date and time when the sleep sensor measured, and the “sleep time (minutes)” is calculated based on the time when the sleep sensor installed under the bed detected the weight of the user. This is the user's sleeping time. “Average respiratory rate” and “average heart rate” are the respiratory rate and heart rate per unit time of a sleeping user, detected from changes in weight due to breathing and the like.

  The sleep sensor detects the weight of the user at regular intervals (for example, every minute), and automatically transmits the detection result to the service server 5C. At this time, if the user is awake, the weight of the user may be set to 0 and transmitted. Then, in the service server 5C, regarding the detection result received from the sleep sensor, the time at which the user's weight has changed from the state of zero is set to the bedtime, and the time at which the user becomes 0 again after the bedtime is set to the wake-up time. The service server 5C calculates the time from the bedtime to the wake-up time as the sleep time, and sets the sleep time (minutes) in the measurement result table 53. At this time, the wake-up time is set in the “measurement date”.

  Although a specific example in which the service server 5D accumulates the measurement results obtained by the measuring device 1D is not shown, for example, when the measuring device 1D is an illuminance sensor, the result can be accumulated in the same format as that shown in FIG. .

  The measurement results obtained by the service servers 5A to 5D from the measurement devices 1A to 1D based on the instruction from the data cooperation server 6 are registered (updated) in the measurement result tables 51 to 53. Thereby, it is possible to suppress the occurrence of a difference between the measurement result held by the data cooperation server 6 and the measurement result held by the service servers 5A to 5D.

(Configuration of measurement result aggregation table)
The configuration of the measurement result aggregation table 62 held by the data linkage server 6 according to the present embodiment will be described with reference to FIG. FIG. 7 is a schematic diagram illustrating a specific example of the measurement result aggregation table 62.

  In the illustrated example, the measurement result aggregation table 62 includes six items of “data linkage account”, “service type”, “service account”, “measurement date and time”, “data type”, and “measurement value”. In the “data linkage account”, the same value as the item of the same name in the account linkage table 61 is set. In the “service type”, contents indicating the acquisition source of the measurement result among the service servers 5A to 5D are set. For example, a record whose “service type” is “service 1” indicates a measurement result acquired from the service server 5A. The “service account” indicates an account used to connect to the acquisition source indicated by the “service type” among the service servers 5A to 5D. For example, the same value as the “service 1 account” of any user in the account linkage table 61 is set in the “service account” of the record whose “service type” is “service 1”.

  “Measurement date and time” indicates the date and time when the measurement was performed by the measuring devices 1A to 1D, and “data type” indicates the type of the measured data. In the “data type”, for example, an item name such as “the number of steps” in the measurement result table 52 illustrated in FIG. 6B may be set. “Measurement value” indicates a measurement value by the measurement devices 1A to 1D.

  The data cooperation server 6 acquires the measurement results from the measurement result tables 51 to 53 of the service servers 5A to 5D using the records of the account cooperation table 61, and collects and accumulates them in the measurement result aggregation table 62. As a specific example, an operation in which the data cooperation server 6 aggregates the measurement results of the user when the user of the communication terminal 2 has already registered the “user name” as “user A” in the account cooperation table 61 will be described.

  The data cooperation server 6 uses the set value “Service1Account-N” of “Service 1 Account” of the record whose “User Name” is “User A” from the account cooperation table 61 to read the measurement result from the measurement result table 51. get. That is, a record in which the value of “account” is “Service1Account-N” is acquired from the records of the measurement result table 51. Similarly, the data cooperation server 6 acquires the measurement result from the measurement result table 52 using the setting value of “Service 2 account”, and acquires the record from the measurement result table 53 using the setting value of “Service 3 account”. I do.

  Next, the data linkage server 6 converts the record of the measurement result obtained from each of the measurement result tables 51 to 53 according to the format of the measurement result aggregation table 62, and then stores it as a new record in the measurement result aggregation table 62. I do. That is, the setting value of the “data linkage account” of the record whose “user name” is “user A” in the account linkage table 61 is set in the “data linkage account” of the measurement result aggregation table 62. Then, the information indicating the source of the measurement result is set in the corresponding “service type”, and the measurement result is set in the “measurement value”. For example, the record on the first line of the measurement result table 51 is accumulated in the measurement result aggregation table 62 as the record on the 13th line of the measurement result aggregation table 62.

  When a plurality of measurement results are included in one record in the measurement result tables 51 to 53, the records are divided so that one record includes only one measurement result. For example, in the measurement result table 51, the “measurement value” of the record whose “data type” is “blood pressure” is set with two values of the systolic blood pressure and the diastolic blood pressure collectively. Such records are separately stored in the measurement result aggregation table 62 as two records. As shown in the measurement result table 53, when one record includes three measurement results of “sleep time (minutes)”, “average respiration rate”, and “average heart rate”, measurement is performed as three records. It is stored separately in the result aggregation table 62. At this time, the same value is set for items other than “data type” and “measured value” in the measurement result aggregation table 62. For example, the record of the first line of the measurement result table 53 is accumulated in the measurement result aggregation table 62 as the record of the first to third lines of the measurement result aggregation table 62.

  By aggregating the measurement results in the measurement result aggregation table 62 having the configuration as shown in FIG. 7, the data cooperation server 6 combines the measurement results of a plurality of “data types” and allows the user of the communication terminal 2 to live. It may be possible to provide a function such as giving advice on a point to be noted in a habit.

(Flow of measurement data visualization processing)
The flow of the measurement data visualization process executed by the communication terminal 2 according to the present embodiment will be described with reference to FIG. FIG. 8 is a flowchart illustrating an example of the flow of measurement data visualization processing executed by the communication terminal 2.

  First, when the communication terminal 2 in the sleep state (S1) receives information to be notified to the user (YES in S20), the process proceeds to S3 described later. On the other hand, when the information to be notified to the user has not been received (NO in S20), the communication terminal 2 determines whether a touch operation has been received by the input unit 22 (S2). When it is determined that the touch operation has been received (YES in S2), notification screen generating section 425 generates splash screen 220 or 220A. Thereafter, the process proceeds to S21. On the other hand, if it is determined that the touch operation has not been received (NO in S2), the process proceeds to S20, and the processes of S20 and S2 are executed again.

  In S21, the communication terminal 2 determines whether there is information that has been received and that should be notified to the user (S21). If it is determined that there is (S21: YES), the notification screen generation unit 425 generates the splash screen 220 or 220A. Thereafter, the process proceeds to S3. On the other hand, if it is determined that there is not (NO in S21), the process proceeds to S6 described later.

  In S3, the output control unit 426 displays the generated splash screen 220 or 220A on the display unit 23 (S3).

  If the “close” button is pressed while the splash screen 220 or 220A is displayed on the display unit 23 in S3 (YES in S4), or if a predetermined display period has elapsed (YES in S5), the process proceeds to S6. move on. If any of the conditions of NO in S21, YES in S4, and YES in S5 is satisfied, the measurement result acquisition unit 421 acquires the measurement result of the user of the communication terminal 2 on the day from the data cooperation server 6 (S6). Thereafter, the measurement result screen generation unit 422 generates the measurement result screen 230A or the measurement result screen 230B from the measurement result of the day. The output control unit 426 closes the splash screen 220 or 220A, and displays the generated measurement result screen 230A or 230B on the display unit 23 (S7).

  After S7, the integrated data visualization control unit 42 determines whether or not “Update result” on the menu bar has been operated on the measurement result screen 230A or 230B, and an instruction to update the measurement result has been received (S8). . When it is determined that the update instruction has been received (YES in S8), the update instruction unit 427 transmits the update instruction to the data cooperation server 6, and causes the data cooperation server 6 to aggregate the measurement results (S9). Thereafter, the process proceeds to S6, and the processes of S6 to S8 are executed again. On the other hand, if it is determined that the update instruction has not been received (NO in S8), the aggregated data visualization control unit 42 determines whether the “Calendar” tab 233 has been touched on the measurement result screen 230A or the measurement result screen 230B (S11). ). When it is determined that the touch has been performed (YES in S11), the measurement result acquisition unit 421 acquires the history of the measurement results regarding the user of the communication terminal 2 from the data cooperation server 6 (S12). Thereafter, the calendar screen generation unit 423 generates a measurement history (calendar) screen 250, 250A, or 250B from the history of the measurement results. The output control unit 426 displays the generated measurement history (calendar) screen 250, 250A, or 250B on the display unit 23 (S13). On the other hand, if it is determined in S11 that the “Calendar” tab 233 has not been touched, the process proceeds to S23 described below.

  After S13, the integrated data visualization control unit 42 determines whether a display month or a display date has been selected on the measurement history (calendar) screen 250, 250A, or 250B (S14). If it is determined that the display date has been selected, the calendar screen generation unit 423 generates a measurement history (one day) screen 270 relating to the selected display date. Then, the output control unit 426 superimposes the generated measurement history (one day) screen 270 on the currently displayed measurement history (calendar) screen 250, 250A, or 250B (S15). Thereafter, when the “close” button provided on the measurement history (one day) screen 270 is touched (YES in S16), the output control unit 426 closes the measurement history (one day) screen 270 (S17), The process proceeds to S13, where the measurement history (calendar) screen 250, 250A, or 250B is displayed again.

  When a display month is selected in S14, the calendar screen generation unit 423 generates a measurement history (calendar) screen 250, 250A, or 250B using the history of the selected display month. Then, the output control unit 426 displays the generated measurement history (calendar) screen 250, 250A, or 250B on the display unit 23 (S19). Thereafter, when the “today” tab 232 provided on the measurement history (calendar) screen 250, 250A, or 250B is touched (YES in S22), the process proceeds to S6, and the processes in S6 to S14 are executed again.

  If nothing is selected in S14, or if the “Calendar” tab 233 is not touched in S11 (NO in S11), the integrated data visualization control unit 42 determines whether or not a predetermined period of inactivity has elapsed. A determination is made (S23). When it is determined that the non-operation state has elapsed for the predetermined period (YES in S23), the integrated data visualization control unit 42 shifts the communication terminal 2 to the sleep state (S24). Thereafter, the process moves to S1, and a series of processes is repeated.

  Through the above processing, the communication terminal 2 according to the present embodiment acquires from the external data cooperation server 6 the measurement results of the day measured using the plurality of measurement devices 1A to 1D having different management sources, and aggregates them. Can be displayed at once. Since the measurement results can be aggregated and presented to the user, it is possible to provide the user-friendly communication terminal 2 that allows the user to easily grasp the measurement status and the measurement results.

(Flow of measurement timing notification processing)
The flow of the measurement timing notification process executed by the communication terminal 2 according to the present embodiment will be described with reference to FIG. FIG. 9 is a flowchart illustrating an example of the flow of a measurement timing notification process executed by the communication terminal 2. The measurement timing notification process may be intentionally performed by the user of the communication terminal 2 or may be automatically performed periodically.

  First, the measurement result acquisition unit 421 acquires a history of measurement results for the user of the communication terminal 2 from the data link server 6 (S31). After that, the timing setting unit 424 sets a timing suitable for the measurement for each data type of a plurality of items to be measured using the history of the measurement result or the like (S32). As the timing suitable for measurement, as described above, the measurement may be set to an average value of a plurality of measurement times or a time after a predetermined time has elapsed from the wake-up time of the user. Further, the communication terminal 2 acquires the measurement status of each user in each of the service servers 5A to 5D via the data cooperation server 6, and for a user having an unmeasured item, a timing suitable for different measurement for each user. May be set, and a message prompting measurement by push is notified at the set timing.

  After S32, the aggregated data visualization control unit 42 determines whether or not the timing set in S32 has come (S33). If it is determined that the set timing has come (YES in S33), the notification screen generation unit 425 generates a pop-up notification screen 280 or 280A for prompting measurement. Then, the output control unit 426 displays the generated pop-up notification screen 280 or 280A on the display unit 23 (S34).

  While the pop-up notification screen 280 or 280A is displayed on the display unit 23 in S34, the output control unit is pressed when the “close” button is pressed (YES in S35) or after a predetermined display period has elapsed (YES in S36). 426 is a pop-up notification screen 280 or 280A (S37). Thereafter, the process proceeds to S33, and waits until another timing set in S32.

  Through the above processing, the communication terminal 2 can prompt the user to perform measurement at a timing suitable for measurement using the measuring devices 1A to 1D. Thereby, the communication terminal 2 can make the user perform more accurate measurement.

  The information notified to the user by the splash screen 220 and the pop-up notification screen 280 generated by the notification screen generation unit 425 is not limited to the above example. Another example of the information notified by the screen generated by the notification screen generation unit 425 will be described with reference to each diagram in FIG. 10A and 10B are schematic diagrams illustrating an example of notification from a service in the communication terminal 2. FIG. 10A illustrates an example of a screen notified by a splash screen 220A, and FIG. 10B illustrates a pop-up notification screen 280A. An example of the screen notified by is shown. As shown in FIG. 10A and FIG. 10B, the information notified by the screen generated by the notification screen generation unit 425 is, for example, a notice of a visit notified from a management source of the measuring devices 1A to 1D. And so on. The user of the communication terminal 2 can greet the visitor without going out at the visit time based on the notification, for example. As information other than the above-described visit notification, for example, a notification that the measuring devices 1A to 1D have run out of battery may be given, or a message prompting battery replacement or charging may be given. Further, when the occurrence of a communication failure is detected, a message urging the user to confirm the communication settings or the like may be notified.

[Embodiment 2]
Embodiment 2 of the present invention will be described with reference to FIG. FIG. 11 is a block diagram illustrating an example of a main configuration of the measurement data visualization system 100 according to the second embodiment. Note that, for convenience of explanation, members having the same functions as the members described in the first embodiment are given the same reference numerals, and description thereof will not be repeated.

  In the measurement data visualization system 100 according to the second embodiment, the new relay server 7 that relays between the communication terminal 2 and the data cooperation server 6 for various processes executed by the communication terminal 2 in the first embodiment is described. The difference is that it runs. That is, the measurement result acquisition unit 421, the measurement result screen generation unit 422, the calendar screen generation unit 423, the timing setting unit 424, the notification screen generation unit 425, the output control unit 426, which the communication terminal 2 has in the first embodiment, In addition, the relay server control unit 70 that controls the respective units of the relay server 7 and the update instruction unit 427 is provided.

  The relay server 7 is a server that causes the communication terminal 2 to display various screens by generating data for the communication terminal 2 to display the screen and providing the data to the communication terminal 2. The communication terminal 2 accesses the relay server 7 using a Web browser, receives screen data defining a screen from the relay server 7, and displays various screens on the display unit 23 according to the screen data. Good. Further, the communication terminal 2 accesses the relay server 7 using the application, receives the measurement result to be included in the screen from the relay server 7, and displays various screens generated by the application on the display unit 23 according to the measured result. You may. Note that the relay server 7 may be configured integrally with the data cooperation server 6. In this case, the measurement results collected by the relay server 7 are stored in a storage unit (not shown).

[Embodiment 3]
In the above embodiments, the example in which one data cooperation server 6 is used has been described. However, each function of the data cooperation server 6 may be realized by an individual server. Then, when a plurality of servers are applied, each server may be managed by the same company or may be managed by a different company.

[Embodiment 4]
Each block of the communication terminal 2 may be realized by a logic circuit (hardware) formed in an integrated circuit (IC chip) or the like, or may be realized by software. In the latter case, each of the communication terminals 2 can be configured using a computer (electronic computer) as shown in FIG.

  FIG. 12 is a block diagram illustrating the configuration of a computer 910 that can be used as the communication terminal 2. The computer 910 includes an arithmetic device 912, a main storage device 913, an auxiliary storage device 914, an input / output interface 915, and a communication interface 916 connected to each other via a bus 911. The arithmetic device 912, the main storage device 913, and the auxiliary storage device 914 may be, for example, a processor (for example, a CPU: Central Processing Unit), a RAM (random access memory), or a hard disk drive. The input / output interface 915 is connected to an input device 920 for the user to input various information to the computer 910 and an output device 930 for the computer 910 to output various information to the user. The input device 920 and the output device 930 may be built in the computer 910, or may be connected to (externally attached to) the computer 910. For example, the input device 920 may be a keyboard, a mouse, a touch sensor, and the like, and the output device 930 may be a display, a printer, a speaker, and the like. Further, a device having both functions of the input device 920 and the output device 930, such as a touch panel in which a touch sensor and a display are integrated, may be applied. The communication interface 916 is an interface for the computer 910 to communicate with an external device.

  Various programs for operating the computer 910 as the communication terminal 2 are stored in the auxiliary storage device 914. Then, the arithmetic unit 912 expands the program stored in the auxiliary storage device 914 on the main storage device 913 and executes an instruction included in the program, thereby causing the computer 910 to function as each unit included in the communication terminal 2. Let it work. Note that a recording medium for recording information such as a program included in the auxiliary storage device 914 may be a computer-readable “temporary tangible medium”, such as a tape, a disk, a card, a semiconductor memory, and a programmable logic. It may be a circuit or the like. Further, the main storage device 913 may be omitted as long as the computer can execute the program recorded on the recording medium without expanding the program on the main storage device 913. Note that each of the devices (the arithmetic device 912, the main storage device 913, the auxiliary storage device 914, the input / output interface 915, the communication interface 916, the input device 920, and the output device 930) may be one each. There may be more than one.

  Further, the program may be obtained from outside the computer 910, and in this case, the program may be obtained via an arbitrary transmission medium (such as a communication network or a broadcast wave). The present invention can also be realized in the form of a data signal embedded in a carrier wave, in which the program is embodied by electronic transmission.

(Modification)
In the above embodiments, the notification screen generation unit 425 generates the pop-up notification screen 280 or the like including the notification prompting the measurement when the timing suitable for the measurement comes. However, for example, after operating the “update result” to cause the data linkage server 6 to update the measurement result, if there is an unmeasured item in the updated measurement result acquired by the measurement result acquisition unit 421, A pop-up notification screen 280 or the like including a notification prompting measurement may be generated. That is, when the display contents of the measurement result screen 230A and the like are updated, if there is an item that has not been measured, the notification screen generation unit 425 generates screen data of a notification screen that prompts the user to measure the item that has not been measured. Is also good.

[Summary]
The communication terminal according to the first aspect of the present invention is a communication terminal that displays measurement results of a plurality of items related to a user's health condition, wherein the measurement results of the plurality of items measured by a plurality of measurement devices are: Acquiring the measurement results of the plurality of items from a secondary server that is acquired by the plurality of primary servers corresponding to the respective measurement devices and acquires and accumulates the measurement results of the plurality of items from the plurality of primary servers. Measurement result acquisition unit, and a measurement result screen display unit that simultaneously displays the plurality of measurement results of the day acquired by the measurement result acquisition unit on a screen on which a display area is defined. Configuration.

  According to the above configuration, the communication terminal can acquire the measurement results of a plurality of items on the day from the secondary server, and can simultaneously display the measurement results on one screen. A plurality of measurement results distributed and accumulated in a plurality of primary servers can be simultaneously presented to a user, so that a user-friendly communication terminal that allows a user to easily grasp a measurement situation and a measurement result is provided. This has the effect that it can be performed.

  The communication terminal according to an aspect 2 of the present invention may be configured such that in the aspect 1, the measurement result screen display unit displays the measurement result together with a measurement time at which the measurement was performed. According to the configuration, the measurement result can be displayed together with the measurement time. As a result, it is possible to know at what timing the result is measured for each item.

  The communication terminal according to aspect 3 of the present invention, according to aspect 1 or 2, wherein the measurement result screen display unit displays the measurement result together with a time obtained by the measurement result acquisition unit from the secondary server. Is also good. According to the configuration, the user can know the time at which the measurement result was obtained from the secondary server.

  The communication terminal according to an aspect 4 of the present invention, in any one of the aspects 1 to 3, wherein the measurement result screen display unit displays the plurality of items in a different display format between a measured item and an unmeasured item. The display may be configured.

  According to the configuration, when displaying the measurement results of a plurality of items, the communication terminal can display the measured items and the unmeasured items in different display formats. Thus, for example, if some items have not been measured, the user can be motivated to perform measurement on the unmeasured items so that the display is the same as other measured items.

  The communication terminal according to an aspect 5 of the present invention, in any one of the aspects 1 to 4, wherein the measurement result acquiring unit further acquires a history of the measurement result. A configuration may further be provided with a calendar screen display unit for displaying in a calendar form.

  According to the configuration, the communication terminal can display the history in a calendar form. Accordingly, it is possible to motivate the user to continuously measure the calendar so that no omission occurs.

  The communication terminal according to an aspect 6 of the present invention, in the aspect 5, may be configured such that the calendar screen display unit displays each of the measurement dates in a display format similar to the measurement result of the day.

  According to the above configuration, when the communication terminal displays the history in the form of a calendar, it is possible to display each measurement date in the same display format as the measurement result of the day. Thereby, the user can grasp how the measurement result of the day is displayed on the calendar. Therefore, it is possible to motivate the user to continuously measure the calendar so that the calendar does not drop out.

  In the communication terminal according to an aspect 7 of the present invention, in the aspect 5 or 6, the calendar screen display unit includes a date on which all of the plurality of items have been measured and an unmeasured item for each of the measurement dates. The date to be displayed may be displayed in a different display format.

  According to the configuration, when the communication terminal displays the history of the measurement results in a calendar form, the date when all of the plurality of items have been measured and the date when there is an unmeasured item are different for each measurement date. It can be displayed in display format. Thus, for example, the user can be motivated to measure all items.

  The communication terminal according to an aspect 8 of the present invention, according to any one of the aspects 1 to 7, wherein the timing setting unit configured to set a timing suitable for measurement for the plurality of items, and a notification prompting the user to measure at the timing. And an output control unit for performing the operation.

  According to the configuration, the communication terminal can prompt the user to perform measurement at a timing suitable for measurement. Thereby, the communication terminal can make a user perform more accurate measurement.

  The communication terminal according to aspect 9 of the present invention may be configured such that, in the aspect 8, the timing setting unit sets an average value of a plurality of measurement times in the history of the measurement results as the timing. According to the configuration, the communication terminal can prompt the user to perform measurement at an average measurement time.

  The communication terminal according to an aspect 10 of the present invention, in the aspect 8, wherein the measurement result of the plurality of items includes at least a wake-up time of the user, and the timing setting unit determines a predetermined time from the wake-up time. A configuration may be adopted in which a time after the elapse is set as the timing. According to the configuration, the communication terminal can prompt the user to perform measurement when a predetermined time has elapsed from the wake-up time of the user.

  The communication terminal according to an aspect 11 of the present invention, in any one of the aspects 8 to 10, transmits an update instruction to the secondary server to acquire and accumulate the measurement result of the day from the plurality of primary servers. An update instruction unit is further provided, and after the secondary server updates the measurement result of the day based on the instruction of the update instruction unit, the measurement result acquisition unit acquires the updated result acquired from the secondary server. When there is an unmeasured item in the measurement result, the output control unit may be configured to notify the user of measurement of the unmeasured item. According to the configuration, the communication terminal can prompt the user to perform the measurement if there is an unmeasured item after the measurement result on the day is updated.

  A server according to an aspect 12 of the present invention is a server that causes a communication terminal to display measurement results of a plurality of items related to a user's health condition, wherein the measurement results of the plurality of items measured by a plurality of measurement devices are The respective measurement results of the plurality of items are obtained from the plurality of primary servers corresponding to the respective measurement devices, and the measurement results of the plurality of items are obtained from the plurality of primary servers and accumulated from the secondary server. A measurement result acquisition unit to acquire, and a measurement result screen display unit that simultaneously displays the plurality of measurement results of the day acquired by the measurement result acquisition unit on a screen of the communication terminal in which a display area is defined. , Is provided.

  According to the above configuration, the server can simultaneously display the measurement results of a plurality of items on the day on the screen of the communication terminal. Since a plurality of measurement results distributed and accumulated in a plurality of primary servers can be simultaneously presented to the user, it is possible to provide a highly convenient server that allows the user to easily grasp the measurement status and the measurement results. It has the effect of being able to.

  The server according to an aspect 13 of the present invention may be configured such that in the aspect 12, the measurement results of the plurality of items are acquired from the plurality of primary servers and accumulated as the secondary server. According to the configuration, the aggregation of the measurement results and the display of the screen can be executed by the same server.

  A measurement data visualization system according to an aspect 14 of the present invention includes the communication terminal according to any one of the aspects 1 to 11, a plurality of measurement devices, a plurality of primary servers corresponding to the measurement devices, and a secondary server. A configuration may be provided.

  According to the above configuration, the measurement data visualization system can simultaneously display the measurement results of a plurality of items on the day on the screen of the communication terminal. Since multiple measurement results distributed and accumulated on multiple primary servers can be presented to the user at the same time, a highly convenient measurement data visualization system that allows the user to easily grasp the measurement status and measurement results is provided. It has the effect that it can be done.

  The communication terminal 2 according to each aspect of the present invention may be realized by a computer. In this case, the communication terminal 2 is connected to a computer by operating the computer as each unit (software element) included in the communication terminal 2. The present invention also includes a control program for the communication terminal 2 and a computer-readable recording medium storing the control program.

  The present invention is not limited to the above-described embodiments, and various modifications are possible within the scope of the claims, and embodiments obtained by appropriately combining technical means disclosed in different embodiments. Is also included in the technical scope of the present invention. Furthermore, new technical features can be formed by combining the technical means disclosed in each embodiment.

Reference Signs List 100 Measurement data visualization system 1A, 1B, 1C, 1D Measuring equipment 3 Gateway 4 Router 5A, 5B, 5C, 5D Service server 6 Data link server 7 Relay server (server)
2 communication terminal 21 communication unit 22 input unit 23 display unit 24 speaker 30 storage unit 31A, 31B result transmission application 32 aggregated data visualization application 40 control unit 41 result transmission control unit 42 aggregated data visualization control unit 421 measurement result acquisition unit 422 measurement result Screen generation unit 423 Calendar screen generation unit 424 Timing setting unit 425 Notification screen generation unit 426 Output control unit 427 Update instruction unit

Claims (15)

A communication terminal that displays measurement results of a plurality of items related to a user's health condition,
The measurement results of the plurality of items measured by a plurality of measurement devices are respectively obtained by a plurality of primary servers corresponding to the respective measurement devices, and the measurement results of the plurality of items are obtained from the plurality of primary servers A measurement result acquisition unit that acquires the measurement results of the plurality of items from the secondary server that accumulates and
A communication result display unit that simultaneously displays the plurality of measurement results of the day acquired by the measurement result acquisition unit on a screen in which a display area is defined for each of the measurement results. . The communication terminal according to claim 1, wherein the measurement result screen display unit displays the measurement result together with a measurement time at which the measurement was performed. The communication terminal according to claim 1, wherein the measurement result screen display unit displays the measurement result together with a time obtained by the measurement result acquisition unit from the secondary server. The communication according to any one of claims 1 to 3, wherein the measurement result screen display unit displays the plurality of items in a different display format between a measured item and an unmeasured item. Terminal. The measurement result acquisition unit is for further acquiring a history of the measurement result,
The communication terminal according to any one of claims 1 to 4, further comprising: a calendar screen display unit that displays the acquired history in a calendar form for each measurement date. The communication terminal according to claim 5, wherein the calendar screen display unit displays each of the measurement dates in a display format similar to the measurement result of the current day. 6. The calendar screen display unit displays, for each of the measurement dates, a date in which all of the plurality of items have been measured and a date in which an unmeasured item exists in different display formats. Or the communication terminal according to 6. For the plurality of items, a timing setting unit that sets timing suitable for measurement,
The communication terminal according to claim 1, further comprising: an output control unit configured to notify a user of measurement at the timing. The communication terminal according to claim 8, wherein the timing setting unit sets an average value of a plurality of measurement times in the history of the measurement results as the timing. The measurement results of the plurality of items include at least a wake-up time of the user,
The communication terminal according to claim 8, wherein the timing setting unit sets a time after a predetermined time has elapsed from the wake-up time as the timing. An update instruction unit that transmits an update instruction to the secondary server so as to acquire and accumulate the measurement result of the day from the plurality of primary servers and accumulate,
After the secondary server updates the measurement result of the day based on the instruction of the update instruction unit, there is an unmeasured item in the updated measurement result acquired by the measurement result acquisition unit from the secondary server. The communication terminal according to any one of claims 8 to 10, wherein the output control unit notifies the user of measurement of an unmeasured item when the measurement is performed. A server that causes a communication terminal to display measurement results of a plurality of items related to a user's health condition,
The measurement results of the plurality of items measured by a plurality of measurement devices are respectively obtained by a plurality of primary servers corresponding to the respective measurement devices, and the measurement results of the plurality of items are obtained from the plurality of primary servers A measurement result acquisition unit that acquires the measurement results of the plurality of items from the secondary server that accumulates and
A plurality of measurement results of the day acquired by the measurement result acquisition unit, a display area is defined for each of the measurement results, a measurement result screen display unit that simultaneously displays the screen of the communication terminal, Features server. 13. The server according to claim 12, wherein the secondary server acquires and accumulates the measurement results of the plurality of items from the plurality of primary servers. A communication terminal according to any one of claims 1 to 11,
Multiple measuring instruments,
A plurality of primary servers corresponding to each measuring device,
And a secondary server,
A measurement data visualization system characterized in that:   A program for causing a computer to function as the communication terminal according to any one of claims 1 to 11, wherein the program causes the computer to function as each of the units.

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