JP7600813B2 - Information processing device, tape printing device, tape printing system, and method and program for controlling an information processing device - Google Patents

Description

The present invention relates to an information processing device, a tape printing device, a tape printing system, and a control method and program for an information processing device.

As disclosed in Patent Document 1, a portable information terminal is known that acquires health management data from measuring devices such as a blood pressure monitor or a weight scale, and displays on a display a graph screen in which the acquired health management data is graphed by data type. In this portable information terminal, the display period of the graph screen can be switched to one week, one month, or one year.

JP 2017-012604 A

The mobile information terminal disclosed in Patent Document 1 can switch the display period of the graph screen to one week, one month, or one year, but when the display period is switched to one month or one year, only rough changes in blood pressure and weight, or measurement results every few days are displayed, and the user cannot check daily measurement results. Furthermore, when a user tries to check a one-week graph for several weeks, they have to slide the graph screen multiple times, which is inconvenient. Thus, the technology in Patent Document 1 has the problem that it does not allow users to easily view and manage long-term health management data.

The information processing device of the present invention is an information processing device communicatively connected to a tape printing device that prints on tape, and includes a data acquisition unit that acquires health management data indicating the measurement date and measurement results for measurement items that can be used for health management, a display control unit that displays on a display unit data type options that allow the user to select the type of health management data to be printed from among multiple types of health management data with different measurement items, and attachment object options that allow the user to select an attachment object to which the tape will be attached, a generation unit that generates print data that causes the tape printing device to create a health management tape based on the health management data of the data type selected from the data type options, and a transmission unit that transmits the print data to the tape printing device, and the generation unit determines the tape length of the health management tape based on the attachment object selected from the attachment object options, and generates print data that causes the tape printing device to create a health management tape of the determined tape length.

The tape printing device of the present invention includes a printing unit that prints on the tape, a data acquisition unit that acquires health management data indicating the measurement date and measurement results for measurement items that can be used for health management, a display control unit that displays on a display unit data type options that allow the user to select the type of health management data to be printed from among multiple types of health management data with different measurement items, and attachment object options that allow the user to select an attachment object to which the tape will be attached, and a printing control unit that causes the printing unit to create a health management tape based on the health management data of the data type selected from the data type options, and the printing control unit determines the tape length of the health management tape based on the attachment object selected from the attachment object options, and causes the printing unit to create a health management tape of the determined tape length.

The tape printing system of the present invention is a tape printing system in which a tape printing device that prints on tape and an information processing device are communicatively connected, and the information processing device includes a data acquisition unit that acquires health management data indicating the measurement date and measurement results for measurement items that can be used for health management, a display control unit that displays on a display unit data type options that allow the user to select the type of health management data to be printed from among multiple types of health management data with different measurement items, and attachment object options that allow the user to select an attachment object to which the tape will be attached, a generation unit that generates print data that causes the tape printing device to create a health management tape based on the health management data of the data type selected from the data type options, and a transmission unit that transmits the print data to the tape printing device, and the generation unit determines the tape length of the health management tape based on the attachment object selected from the attachment object options, and generates print data that causes the tape printing device to create a health management tape of the determined tape length.

The control method of the information processing device of the present invention is a control method of an information processing device communicatively connected to a tape printing device that prints on tape, in which the information processing device executes the steps of acquiring health management data indicating the measurement date and measurement result for measurement items available for health management, displaying on the display unit data type options that allow the user to select the type of health management data to be printed from among multiple types of health management data with different measurement items, and attachment object options that allow the user to select the attachment object to which the tape will be attached, generating print data that causes the tape printing device to create a health management tape based on the health management data of the data type selected from the data type options, and transmitting the print data to the tape printing device, and in the step of generating print data, determining the tape length of the health management tape based on the attachment object selected from the attachment object options, and generating print data that causes the tape printing device to create a health management tape of the determined tape length.

The program of the present invention causes an information processing device communicably connected to a tape printing device that prints on the tape to execute the steps of acquiring health management data indicating the measurement date and measurement results for measurement items that can be used for health management, displaying on a display unit data type options that allow a user to select a data type, which is the type of health management data to be printed, from among multiple types of health management data with different measurement items, and attachment object options that allow a user to select an attachment object to which the tape will be attached, generating print data that causes the tape printing device to create a health management tape based on the health management data of the data type selected from the data type options, and transmitting the print data to the tape printing device. In the step of generating print data, the tape length of the health management tape is determined based on the attachment object selected from the attachment object options, and print data is generated that causes the tape printing device to create a health management tape of the determined tape length.

FIG. 1 is a system configuration diagram of a tape printing system. FIG. 13 is a diagram showing an example of application of a health management tape. FIG. 2 is an external view of the tape printing device and the tape cartridge. FIG. 2 is a block diagram showing the hardware configuration of the portable terminal and the tape printing apparatus. FIG. 2 is a block diagram showing a functional configuration of the mobile terminal. FIG. 13 is a diagram showing an example of a health management tape that is printed when "2 divisions" is selected on the division number selection screen. FIG. 13 is a diagram showing an example of a health management tape that is printed when "3 divisions" is selected on the division number selection screen. FIG. 13 is a diagram showing an example of a tape size table. 10 is a flowchart showing the flow of a print instruction process by a mobile terminal. 10 is a flowchart continuing from FIG. FIG. 13 is a diagram showing a display example of a home screen. FIG. 13 is a diagram showing an example of a data type selection screen. FIG. 13 is a diagram showing an example of a period designation screen. FIG. 13 is a diagram showing a display example of a graph format selection screen. FIG. 13 is a diagram showing a display example of a paste target selection screen. FIG. 13 is a diagram showing a display example of a first warning screen. FIG. 13 is a diagram showing an example of a display of a division number selection screen. FIG. 13 is a diagram showing an example of a second warning screen; FIG. 13 is a diagram showing a printing example of a health management tape. FIG. 20 is a diagram showing a print example of a health management tape different from that shown in FIG. 19 . FIG. 13 is a diagram showing a display example of a paste target registration screen. FIG. 13 is a diagram showing a display example of a new paste target addition screen. FIG. 22 is a diagram showing a display example of a paste target registration screen different from that shown in FIG. 21 . FIG. 13 is a diagram showing a display example of a paste target change/delete screen. 13A and 13B are diagrams showing examples of printing on a health management tape according to a modified example. FIG. 13 is a diagram showing an example of a display of a tape size change screen according to a modified example. FIG. 11 is a block diagram showing a functional configuration of a tape printing device according to a modified example.

Below, we will explain the information processing device, tape printing device, tape printing system, and control method and program for the information processing device with reference to the attached drawings. Figure 1 is a system configuration diagram of the tape printing system SY. The tape printing system SY includes a mobile terminal 1, a measuring device 2, a cloud server 3, and a tape printing device 4. The mobile terminal 1 is an example of an "information processing device."

The mobile terminal 1 is communicatively connected to the cloud server 3 via a network NW. The network NW is, for example, an Internet communication network. The mobile terminal 1 is also communicatively connected to the measuring device 2 and the tape printing device 4 via wireless communication 15. The wireless communication 15 is, for example, Bluetooth (registered trademark) communication. Note that the connection form shown in FIG. 1 is merely an example, and it is sufficient that the mobile terminal 1 is communicatively connected to the measuring device 2, the cloud server 3, and the tape printing device 4 via some communication means.

The measuring device 2 is a device that measures the user's biometric information and activity information. For example, the measuring device 2 is a device that measures measurement items related to biometric information such as blood pressure, weight, pulse rate, body temperature, blood sugar level, and body fat. Alternatively, the measuring device 2 is a device that measures measurement items related to activity information such as exercise intensity, calories burned, number of steps, and walking distance. The measurement results for each measurement item measured by the measuring device 2 are provided to the user as health management data intended to be used for maintaining and managing health. The measuring device 2 transmits health management data indicating the measured measurement items, the measurement date, and the measurement results to the mobile terminal 1 via wireless communication 15.

The mobile terminal 1 is, for example, a smartphone. The mobile terminal 1 receives the health management data sent from the measuring device 2 and uploads the received health management data to the cloud server 3. The cloud server 3 stores the uploaded health management data in a database 31. The mobile terminal 1 acquires from the cloud server 3 a portion of the health management data selected by the user from the health management data stored in the database 31, and generates print data for creating a health management tape T1 (see FIG. 2, etc.) using the acquired health management data. The mobile terminal 1 transmits the generated print data to the tape printer 4 via wireless communication 15. The tape printer 4 receives the print data sent from the mobile terminal 1, prints based on the received print data, and creates the health management tape T1.

The health management tape T1 is used by being affixed to an object S (see FIG. 2, etc.). In an operation to create the health management tape T1 using the mobile terminal 1, the user selects the object S to which the health management tape T1 is to be affixed. The mobile terminal 1 determines the tape length of the health management tape T1 based on the object S selected by the user, and generates print data for creating the health management tape T1 of the determined tape length. The user can select one of the object S to be affixed from among the object options 75 (see FIG. 15), which include, for example, "maternal and child health handbook S size," "maternal and child health handbook M size," and "maternal and child health handbook L size." The mobile terminal 1 determines the tape length of the health management tape T1 based on the object S selected by the user, so that the tape length is appropriate for the object S to be affixed.

Figure 2 is a diagram showing an example of how the health management tape T1 is applied. A graph print image G1 based on health management data selected by the user is printed on the health management tape T1. As described above, the mobile terminal 1 determines the tape length of the health management tape T1 so that it is suitable for the object S to which it is to be applied, and therefore, as shown in Figure 2, when the health management tape T1 is applied to the object S and stored, multiple pieces of health management tape T1 of a fixed tape length are applied. This allows the health management tape T1 to be applied in an attractive manner, and allows the user to easily manage long-term health management data. The process involved in creating the health management tape T1 is described in detail below.

Figure 3 is an external view of the tape printing device 4 and the tape cartridge C. The tape printing device 4 includes a keyboard 21, a display 22, a cartridge mounting section 23, and a tape ejection port 24.

The keyboard 21 accepts various operations such as editing the print image. The display 22 displays various information such as an editing screen for editing the print image. A tape cartridge C is removably mounted in the cartridge mounting section 23. The tape cartridge C contains a tape T and an ink ribbon R within its case.

The cartridge mounting section 23 is provided with a print head 25. When the tape cartridge C is mounted in the cartridge mounting section 23, the print head 25 is driven to generate heat in accordance with the results of editing the print image. This causes the ink on the ink ribbon R to be thermally transferred to the tape T, printing the print image.

The printed tape T is discharged from the tape discharge port 24. A cutter 26 is provided between the cartridge mounting section 23 and the tape discharge port 24. The cutter 26 cuts the tape T in the tape width direction. This separates the printed portion of the tape T.

The tape printer 4 can print based on the results of editing the print image using the keyboard 21, as well as print based on print data sent from the mobile terminal 1. In this embodiment, we will explain the latter case, where the tape printer 4 prints based on print data sent from the mobile terminal 1.

Figure 4 is a block diagram showing the hardware configuration of the mobile terminal 1 and the tape printing device 4. The mobile terminal 1 includes a touch panel 11, a mobile terminal communication unit 12, and a mobile terminal control unit 13. The touch panel 11 is an example of a "display unit" and a "warning unit."

The touch panel 11 accepts various operations by the user and displays various information. For example, the touch panel 11 displays the various screens shown in Figures 11 to 18, 21 to 24, and 26.

The mobile terminal communication unit 12 communicates with the tape printing device 4 via wireless communication 15. For example, the mobile terminal communication unit 12 transmits print data to the tape printing device 4 and receives cartridge information from the tape printing device 4 indicating the type of tape cartridge C installed in the tape printing device 4.

The mobile terminal control unit 13 includes a mobile terminal CPU (Central Processing Unit) 13a, a mobile terminal ROM (Read Only Memory) 13b, and a mobile terminal RAM (Random Access Memory) 13c.

The mobile terminal CPU 13a performs various controls by expanding various control programs stored in the mobile terminal ROM 13b into the mobile terminal RAM 13c and executing them. Note that the mobile terminal control unit 13 may use a hardware circuit such as an ASIC (Application Specific Integrated Circuit) as a processor instead of the mobile terminal CPU 13a. The processor may also be configured such that one or more CPUs and a hardware circuit such as an ASIC work together to operate.

The mobile terminal ROM 13b is a rewritable ROM that stores various control programs and various control data. For example, the mobile terminal ROM 13b stores a tape printing application 30. The tape printing application 30 is an example of a "program." The tape printing application 30 is an application program for realizing the various functions shown in FIG. 5.

The user installs the tape printing application 30 on the mobile terminal 1 from an application server (not shown). After installing the tape printing application 30, the user creates an account. The user ID set on the mobile terminal 1 by creating an account is used as follows. When the mobile terminal 1 receives health management data from the measuring device 2, it uploads it to the cloud server 3 together with the set user ID. The cloud server 3 associates the user ID with the health management data and stores it in the database 31. Furthermore, in the print instruction process for the health management tape T1 described below, the mobile terminal 1 sends data request information requesting the health management data to the cloud server 3 together with the set user ID. The cloud server 3 reads out from the database 31 a portion of the health management data associated with the user ID that is requested in the data request information, and sends the read health management data to the mobile terminal 1.

The tape printing device 4 includes a printing device side communication unit 41, a cartridge information acquisition unit 42, a printing unit 43, and a printing device side control unit 44.

The printing device communication unit 41 communicates with the mobile terminal 1 via wireless communication 15.

The cartridge information acquisition unit 42 includes an optical reading unit (not shown) that optically reads a code image printed on the case of the tape cartridge C or affixed as a label, and acquires cartridge information indicating the type of tape cartridge C by decoding the image read by the optical reading unit. The cartridge information includes tape width information indicating the accommodated tape width, which is the tape width of the tape T accommodated in the tape cartridge C.

The printing unit 43 is a mechanism for printing on the tape T, and includes a print head 25, a feed motor 43a, and a cutter motor 43b. The print head 25 has multiple heating elements and thermally transfers ink from the ink ribbon R to the tape T. The feed motor 43a is a drive source that feeds the tape T and the ink ribbon R. The cutter motor 43b is a drive source that drives the cutter 26.

The printing device control unit 44 includes a printing device CPU 44a, a printing device ROM 44b, and a printing device RAM 44c.

The printing device CPU 44a performs various controls by expanding various control programs stored in the printing device ROM 44b into the printing device RAM 44c and executing them. Note that the printing device control unit 44 may use a hardware circuit such as an ASIC as a processor instead of the printing device CPU 44a. The processor may also be configured such that one or more CPUs and a hardware circuit such as an ASIC work together to operate.

The printing device ROM 44b stores various control programs such as firmware. The printing device CPU 44a uses the control programs stored in the printing device ROM 44b to print on the tape T based on the print data sent from the portable terminal 1. When the printing device CPU 44a receives a cartridge information request signal from the portable terminal 1 or when the tape cartridge C is replaced, it acquires cartridge information from the code image of the tape cartridge C via the cartridge information acquisition unit 42 and sends the acquired cartridge information to the portable terminal 1.

Figure 5 is a block diagram showing the functional configuration of the mobile terminal 1. The functional configuration of the mobile terminal 1 includes a tape width information acquisition unit 310, a data acquisition unit 320, a display control unit 330, a recommended tape width determination unit 340, a generation unit 350, a character discrimination unit 360, a warning control unit 370, and a transmission unit 380. All of these functions are realized by the mobile terminal side CPU 13a executing the tape printing application 30.

The tape width information acquisition unit 310 acquires tape width information indicating the contained tape width, which is the tape width of the tape T contained in the tape cartridge C attached to the tape printing device 4. The tape width information acquisition unit 310 acquires the tape width information included in the cartridge information transmitted from the tape printing device 4.

The data acquisition unit 320 acquires health management data indicating the measurement date and measurement results for measurement items that can be used for health management, such as "blood pressure" and "weight." The data acquisition unit 320 acquires the health management data from the cloud server 3 by sending the user ID and data request information to the cloud server 3.

The display control unit 330 causes the touch panel 11 to display data type options 58 (see FIG. 12) that allow the user to select a data type, which is the type of health management data to be printed, from among multiple types of health management data with different measurement items. The display control unit 330 also causes the touch panel 11 to display a period designation field 62 (see FIG. 13) that allows the user to designate the period of measurement dates to be printed. The display control unit 330 also causes the touch panel 11 to display attachment object options 75 (see FIG. 15) that allow the user to select an attachment object S to which the health management tape T1 will be attached.

The display control unit 330 also displays on the touch panel 11 a division number option 87 (see FIG. 17) that allows the user to select the number of divisions of the pasteable area E1 in the length direction of the health management tape T1 when the health management tape T1 is pasted to the pasteable area E1 (see FIG. 2, etc.) of the pasteable object S selected from the paste object option 75. The health management tape T1 is pasted to the pasteable object S so that the length direction coincides with the horizontal direction of the pasteable object S. The division number option 87 includes three selection candidates, "no division", "two divisions" and "three divisions". When "no division" is selected from the division number option 87, a health management tape T1 with a length approximately equal to the horizontal length of the pasteable area E1 is created as shown in FIG. 2. When "two divisions" is selected as the division number selection candidate, a health management tape T1 with a length approximately half the horizontal length of the pasteable area E1 is created as shown in FIG. 6. Furthermore, if "3 divisions" is selected as the division number selection option, a health management tape T1 is created that is approximately 1/3 the horizontal length of the attachment area E1, as shown in FIG. 7.

The recommended tape width determination unit 340 determines the recommended tape width of the health management tape T1 based on the attachment object S selected from the attachment object selection options 75. The recommended tape width determination unit 340 determines the recommended tape width based on the tape size table 50 shown in FIG. 8. The tape size table 50 is a table that associates the title of the attachment object S, the size of the attachment object S, the recommended tape width, and the reference tape length for each attachment object S, and is stored in the mobile terminal ROM 13b as a part of the tape printing application 30. The tape size table 50 is editable by editing the attachment object S, which will be described later. For example, when "Mother and Child Health Handbook S size" is selected as the attachment object S, the recommended tape width determination unit 340 refers to the "recommended tape width" item in the tape size table 50 and determines the recommended tape width to be "18 mm".

The generating unit 350 generates print data for causing the tape printing device 4 to create a health management tape T1 based on the health management data of the data type selected from the data type options 58. The generating unit 350 generates print data including print image data for printing a graph print image G1, margin length data indicating the length of the margin provided at least at the front and/or rear of the graph print image G1 in the tape length direction, and a print instruction command.

More specifically, the generation unit 350 generates print data that causes the tape printer 4 to create a health management tape T1 on which is printed health management data for the period specified in the period specification field 62, from among the health management data of the data type selected from the data type options 58. The generation unit 350 also determines the tape length of the health management tape T1 based on the attachment object S selected from the attachment object options 75 and the number of divisions selected from the division number options 87, and generates print data that causes the tape printer 4 to create a health management tape T1 of the determined tape length. The tape length of the health management tape T1 refers to the total length of the graph print image G1 in the tape length direction and the length of the margin.

The generating unit 350 determines the tape length of the health management tape T1 based on the tape size table 50 shown in FIG. 8. The generating unit 350 reads the standard tape length of the selected attachment object S from the "Standard Tape Length" item of the tape size table 50, and determines the tape length of the health management tape T1 by dividing the read standard tape length by the selected division number. For example, if "Maternal and Child Health Handbook Size S" is selected as the attachment object S, the horizontal length of the attachment object S is "105 mm", so that "100 mm", obtained by subtracting a predetermined length, for example 5 mm, from "105 mm", becomes the horizontal length of the attachment area E1, i.e., the standard tape length.

When "Do not divide" is selected from the division number option 87, the generation unit 350 determines the tape length of the health management tape T1 to be "100 mm", which is the horizontal length of the application area E1. When "Divided into 2" is selected from the division number option 87, the generation unit 350 determines the tape length of the health management tape T1 to be "50 mm", which is approximately 1/2 the reference tape length. When "Divided into 3" is selected from the division number option 87, the generation unit 350 determines the tape length of the health management tape T1 to be "33 mm", which is approximately 1/3 the reference tape length.

When the generating unit 350 determines that the graph print image G1 of the specified size does not fit within the storage tape width and the determined tape length, the generating unit 350 reduces the graph print image G1 to the maximum size that fits within the storage tape width and the determined tape length. When the generating unit 350 determines that the graph print image G1 of the specified size fits within the storage tape width and the determined tape length, the generating unit 350 enlarges the graph print image G1 to the maximum size that fits within the storage tape width and the determined tape length. When the generating unit 350 reduces or enlarges the graph print image G1, the generating unit 350 reduces or enlarges the graph print image G1 while maintaining the aspect ratio of the graph print image G1. When the generating unit 350 reduces or enlarges the graph print image G1, if the length of the graph print image G1 in the tape length direction is shorter than the determined tape length, the generating unit 350 adds margins of approximately the same length before and after the graph print image G1 in the tape length direction to match the determined tape length.

Based on the print data generated by the generation unit 350, the character discrimination unit 360 determines whether the characters of at least one of the measurement date and the measurement result printed on the health management tape T1 are equal to or smaller than the threshold size. At least one of the characters of the measurement date and the measurement result are equal to or smaller than the threshold size when the graph print image G1 is reduced by the generation unit 350. For example, the character discrimination unit 360 calculates the minimum character size of the characters in the graph print image G1 by image analysis of the print image data included in the print data, and determines that at least one of the characters of the measurement date and the measurement result are equal to or smaller than the threshold size when the calculated minimum character size is equal to or smaller than the threshold size. Note that the graph print image G1 includes the first horizontal axis information 103, the first vertical axis information 104, the second vertical axis information 105, the graph line information 106, and the numerical information 108 as the characters of the measurement date and the measurement result (see Figures 19 and 20).

If the stored tape width indicated by the tape width information acquired by the tape width information acquisition unit 310 differs from the recommended tape width determined by the recommended tape width determination unit 340, the warning control unit 370 issues a warning by displaying a first warning message 80 (see FIG. 16) on the touch panel 11. In addition, if the character discrimination unit 360 determines that the characters in at least one of the measurement date and the measurement result are equal to or smaller than the threshold size, the warning control unit 370 issues a warning by displaying a second warning message 91 (see FIG. 18) on the touch panel 11.

The transmission unit 380 transmits the print data generated by the generation unit 350 to the tape printing device 4.

Next, the flow of the print instruction process by the mobile terminal 1 will be described with reference to the flowcharts in Figures 9 and 10. The print instruction process is started when the health management tape print button 52 is selected on the home screen D1 (see Figure 11) of the tape printing application 30.

In step S01, the portable terminal 1 acquires tape width information from the tape printing device 4. The portable terminal 1 acquires the tape width information contained in the cartridge information transmitted from the tape printing device 4 by transmitting a cartridge information request signal to the tape printing device 4.

In step S02, the mobile device 1 displays a data type selection screen D2 (see FIG. 12) on the touch panel 11, which allows the user to select the data type of health management data.

In step S03, the mobile terminal 1 accepts a data type selection from the user.

In step S04, the mobile terminal 1 displays a period designation screen D3 (see FIG. 13) on the touch panel 11, which allows the user to designate the period of the measurement date.

In step S05, the mobile device 1 accepts a period specification from the user.

In step S06, the mobile terminal 1 acquires health management data from the cloud server 3. The mobile terminal 1 acquires the relevant health management data from the cloud server 3 by transmitting to the cloud server 3 data request information indicating the data type selected in step S03 and the period specified in step S05, and the user ID set when the account was created.

In step S07, the mobile terminal 1 displays a graph format selection screen D4 (see FIG. 14) on the touch panel 11, which allows the user to select the graph format of the graph print image G1. In addition to selecting the graph format, the graph format selection screen D4 also allows the user to select whether or not to display numerical values on the graph.

In step S08, the mobile terminal 1 accepts the user's selection of graph format and numerical display.

In step S09, the mobile terminal 1 displays on the touch panel 11 a labeling object selection screen D5 (see FIG. 15) that allows the user to select the labeling object S to which the health management tape T1 will be affixed.

In step S10, the mobile device 1 accepts the selection of the attachment object S from the user.

In step S11, the mobile terminal 1 determines the recommended tape width of the health management tape T1 based on the attachment object S selected in step S10 and the tape size table 50.

In step S12 of FIG. 10, the mobile terminal 1 determines whether the stored tape width indicated by the tape width information acquired in step S01 is different from the recommended tape width determined in step S11. If the mobile terminal 1 determines that the stored tape width is different from the recommended tape width, it proceeds to step S13. If the mobile terminal 1 determines that the stored tape width is the same as the recommended tape width, it proceeds to step S16.

In step S13, the mobile terminal 1 displays a first warning screen D6 (see FIG. 16) on the touch panel 11. The first warning screen D6 includes a first warning message 80 that prompts the user to select whether or not to replace the tape cartridge C.

In step S14, the mobile terminal 1 determines whether or not the user has selected to replace the tape cartridge C on the first warning screen D6. If the mobile terminal 1 determines that the user has selected to replace the tape cartridge C, it proceeds to step S15. If the mobile terminal 1 determines that the user has selected not to replace the tape cartridge C, it proceeds to step S16.

In step S15, the portable terminal 1 acquires the tape width information from the tape printing device 4. The portable terminal 1 acquires the tape width information contained in the cartridge information transmitted from the tape printing device 4 by transmitting a cartridge information request signal to the tape printing device 4. After step S15, the portable terminal 1 returns to step S12.

In step S16, the mobile terminal 1 displays on the touch panel 11 a division number selection screen D7 (see FIG. 17) that allows the user to select the number of divisions in the length direction of the health management tape T1 in the attachment area E1 of the attachment object S.

In step S17, the mobile device 1 accepts the user's selection of the number of divisions.

In step S18, the mobile terminal 1 generates print data for causing the tape printer 4 to create the health management tape T1 based on the processes in steps S01 to S17. More specifically, the mobile terminal 1 generates print data for printing a graph print image G1 based on the selected data type, the specified period, the selected graph format, and the numerical display. The mobile terminal 1 also generates print data for creating a health management tape T1 with the accommodated tape width and a tape length according to the selected attachment object S and division number.

In step S19, the mobile terminal 1 determines whether the characters of at least one of the measurement date and the measurement result printed on the health management tape T1 will be below a threshold size based on the print data generated in step S18. If the mobile terminal 1 determines that the characters of at least one of the measurement date and the measurement result printed on the health management tape T1 will be below the threshold size, it proceeds to step S20. If the mobile terminal 1 determines that the characters of both the measurement date and the measurement result printed on the health management tape T1 are not below the threshold size, it proceeds to step S22.

In step S20, the mobile terminal 1 displays a second warning screen D8 (see FIG. 18) on the touch panel 11. The second warning screen D8 includes a second warning message 91 that prompts the user to select whether or not to change the settings of items that can be set in the print instruction process.

In step S21, the mobile terminal 1 determines whether or not the user has selected to change the settings on the second warning screen D8. If the mobile terminal 1 determines that the user has selected to change the settings, it returns to step S02 in FIG. 9. If the mobile terminal 1 determines that the user has selected not to change the settings, it proceeds to step S22.

In step S22, the mobile terminal 1 transmits the print data generated in step S18 to the tape printing device 4.

Next, with reference to Figures 11 to 24, various screens displayed on the touch panel 11 and examples of printing the health management tape T1 will be described using specific examples. The screens shown below are operation screens displayed based on the tape printing application 30.

Figure 11 is a diagram showing an example of the display of the home screen D1. The home screen D1 is a screen that is displayed on the touch panel 11 immediately after the tape printing application 30 is launched. The home screen D1 displays a health management data editing button 51, a health management tape printing button 52, an object to be pasted editing button 53, and a device linking button 54.

When the health management data editing button 51 is selected, the mobile terminal 1 displays a health management data editing screen (not shown). The health management data editing screen is used to display the health management data sent from the measuring device 2, to give an upload instruction to upload the health management data sent from the measuring device 2 to the cloud server 3, to input health management data, and to edit the health management data stored in the database 31 of the cloud server 3.

When the health management tape printing button 52 is selected, the mobile terminal 1 displays a data type selection screen D2. When the attachment object editing button 53 is selected, the mobile terminal 1 displays an attachment object editing screen D11 (see FIG. 21). When the device linking button 54 is selected, the mobile terminal 1 displays a device linking screen (not shown). The device linking screen is used for operations to enable the mobile terminal 1 to communicate with the measuring device 2 or tape printing device 4. For example, when the wireless communication 15 is Bluetooth communication, the device linking screen is used for pairing operations.

Figure 12 is a diagram showing an example of the display of the data type selection screen D2. The data type selection screen D2 displays a first instruction message 57, data type options 58, and a first OK button 59.

The first instruction message 57 is a message that prompts the user to select a data type and indicates that multiple data types can be selected. The data type options 58 include multiple selection candidates with different measurement items. FIG. 12 shows a state in which the user has selected "body weight" and "calories burned" from the five selection candidates of "blood pressure," "body weight," "pulse rate," "exercise intensity," and "calories burned." Of the selection candidates, "blood pressure" can be measured by using a blood pressure monitor as the measuring device 2, "body weight" can be measured by using a weight scale as the measuring device 2, and "pulse rate" can be measured by using a pulse oximeter as the measuring device 2. Furthermore, "exercise intensity" and "calories burned" can be measured by using an activity meter as the measuring device 2. When the first OK button 59 is selected, the mobile terminal 1 accepts the selection of the data type and displays the period designation screen D3.

Figure 13 is a diagram showing an example of the display of the period designation screen D3. The period designation screen D3 displays a second instruction message 61, a period designation field 62, and a second OK button 63.

The second instruction message 61 is a message that prompts the user to specify the period of the measurement days. The period specification field 62 includes a start date specification field 62a and an end date specification field 62b. In the start date specification field 62a, the start date of the period of the measurement days is specified. In the end date specification field 62b, the end date of the period of the measurement days is specified. FIG. 13 shows a state in which the start date "February 1, 2021" and the end date "February 9, 2021" are specified by the user. In the period specification field 62, the date may be specified by entering numbers from the numeric keypad or the like, or by selecting a date from a calendar or the like. When the second OK button 63 is selected, the mobile terminal 1 accepts the period specification and displays the graph format selection screen D4.

Figure 14 is a diagram showing an example of the display of the graph format selection screen D4. The graph format selection screen D4 displays a third instruction message 67, a graph format option 68, a fourth instruction message 69, a numerical display option 70, and a third OK button 71.

The third instruction message 67 is a message that prompts the user to select a graph format. The graph format options 68 include multiple graph format selection candidates. FIG. 14 shows a state in which "line graph" has been selected by the user from the two selection candidates of "line graph" and "bar graph". The fourth instruction message 69 is a message that prompts the user to select whether or not to display numerical values on the graph. The numerical display option 70 shows a state in which "do not display" has been selected from the two selection candidates of "display" and "do not display". When the third OK button 71 is selected, the mobile terminal 1 accepts the selection of the graph format and the selection of the numerical display, and displays the attachment target selection screen D5.

Figure 15 is a diagram showing an example of the display of the paste object selection screen D5. The paste object selection screen D5 displays a fifth instruction message 74, paste object options 75, and a fourth OK button 76.

The fifth instruction message 74 is a message that prompts the user to select a paste object S. The paste object options 75 include multiple paste object S selection candidates. Selection candidates displayed in the paste object options 75 are added, changed, and deleted by editing the paste object S, which will be described later. Figure 15 shows a state in which the user has selected "Medium-sized maternal and child health handbook" from the four selection candidates "Small-sized maternal and child health handbook," "Medium-sized maternal and child health handbook," "Large-sized maternal and child health handbook," and "Specified size."

When "specified size" is selected from the attachment object selection options 75, the mobile terminal 1 accepts input of the size of the attachment object S. More specifically, the mobile terminal 1 accepts input of the vertical size of the attachment object S in the first vertical size input field 75a, and accepts input of the horizontal size of the attachment object S in the first horizontal size input field 75b. The mobile terminal 1 determines the recommended tape width based on the vertical size input in the first vertical size input field 75a. For example, if the vertical size is less than "200 mm", the recommended tape width is determined to be "18 mm", and if the vertical size is "200 mm" or more, the recommended tape width is determined to be "24 mm". The mobile terminal 1 also determines the reference tape length by subtracting a predetermined size, for example 5 mm, from the horizontal size input in the first horizontal size input field 75b.

When the fourth OK button 76 is selected, the mobile terminal 1 accepts the selection of the affixing object S and determines the recommended tape width according to the selected affixing object S. In FIG. 15, since "Maternal and Child Health Handbook M size" is selected, the mobile terminal 1 determines the recommended tape width to be "18 mm" (see FIG. 8). If the stored tape width, which is the tape width of the tape T stored in the tape printing device 4, differs from the determined recommended tape width, the mobile terminal 1 displays a first warning screen D6. Furthermore, if the stored tape width and the recommended tape width are the same, the mobile terminal 1 displays a division number selection screen D7 (see FIG. 17).

Figure 16 is a diagram showing an example of the display of the first warning screen D6. The first warning screen D6 displays a tape width display field 79, a first warning message 80, a replace button 81, a do not replace button 82, and a first cancel button 83.

The stored tape width display field 79 displays the stored tape width based on the cartridge information sent from the tape printing device 4. In FIG. 16, "36 mm" is displayed as the stored tape width. The first warning message 80 notifies the user of the recommended tape width and prompts the user to select whether or not to replace the tape cartridge C.

When the Replace button 81 is selected, the portable terminal 1 sends a cartridge information request signal to the tape printing device 4. When the Do Not Replace button 82 is selected, the portable terminal 1 displays the division number selection screen D7. When the first Cancel button 83 is selected, the portable terminal 1 cancels the print instruction process and displays the home screen D1 (see FIG. 11).

Figure 17 is a diagram showing an example of the display of the division number selection screen D7. The division number selection screen D7 displays a sixth instruction message 86, a division number selection option 87, a print button 88, and a second cancel button 89.

The sixth instruction message 86 is a message that prompts the user to select the number of divisions. The number of divisions options 87 include three selection candidates: "Do not divide," "Divide into 2," and "Divide into 3." Figure 17 shows the state in which "Divide into 3" has been selected from the number of divisions options 87.

When the print button 88 is selected, the mobile terminal 1 generates print data based on the settings of the various screens shown in FIG. 12 to FIG. 16 and the accommodated tape width. The mobile terminal 1 generates print data to create a health management tape T1 with a tape length of 40 mm because the standard tape length of the selected attachment object S, the "Mother and Child Health Handbook, Size M," is "123 mm" (see FIG. 8) and "3 divisions" is selected as the number of divisions. When the mobile terminal 1 determines based on the generated print data that at least one of the characters of the measurement date and the measurement result to be printed on the health management tape T1 will be equal to or smaller than the threshold size, the mobile terminal 1 displays the second warning screen D8. When the mobile terminal 1 determines based on the generated print data that neither the character of the measurement date nor the measurement result to be printed on the health management tape T1 will be equal to or smaller than the threshold size, the mobile terminal 1 transmits the generated print data to the tape printer 4. When the second cancel button 89 is selected, the mobile terminal 1 cancels the print instruction process and displays the home screen D1.

Figure 18 is a diagram showing an example of the display of the second warning screen D8. The second warning screen D8 displays a second warning message 91, a Change button 92, a Don't Change button 93, and a third Cancel button 94.

The second warning message 91 notifies the user that the character size of the characters printed on the health management tape T1 is too small and prompts the user to choose whether or not to change the settings.

When the Change button 92 is selected, the mobile terminal 1 invalidates the previous settings and displays the data type selection screen D2 (see FIG. 12). A user who selects the Change button 92 changes settings such as the data type, the period of the measurement date, the graph format, whether or not to display numerical values, the paste target S, and the number of divisions of the pasteable area E1. When the Do not change button 93 is selected, the mobile terminal 1 sends the print data generated before displaying the second warning screen D8 to the tape printing device 4. When the third Cancel button 94 is selected, the mobile terminal 1 cancels the print instruction process and displays the home screen D1.

Figure 19 is a diagram showing a print example of a health management tape T1. The health management tape T1 shown in Figure 19 is based on the settings of Figures 12 to 15 and Figure 17, and shows a print example when the first warning screen D6 and the second warning screen D8 are not displayed. In this case, the tape printing device 4 creates a health management tape T1 with a tape width of "18 mm" and a tape length of "40 mm". The health management tape T1 shown in Figure 19 has a graph print image G1 printed thereon, including a first graph line 101, a second graph line 102, a first horizontal axis information 103, a first vertical axis information 104, a second vertical axis information 105, and graph line information 106.

The first graph line 101 is a graph showing the progress of weight, and the second graph line 102 is a graph showing the progress of calories burned. The first horizontal axis information 103 is information showing the measurement dates included in the health management data. In this way, the mobile terminal 1 generates print data so that the multiple measurement dates included in the health management data are printed in the length direction of the health management tape T1, regardless of the data type selected. Note that the first measurement date in the first horizontal axis information 103 has the Gregorian calendar year added to it.

The first vertical axis information 104 is information indicating the measurement item of the first graph line 101 and the scale value corresponding to the measurement result of the first graph line 101. The second vertical axis information 105 is information indicating the measurement item of the second graph line 102 and the scale value corresponding to the measurement result of the second graph line 102. The graph line information 106 is information indicating the type of line of the first graph line 101 and the second graph line 102.

When one data type is selected on the data type selection screen D2, the mobile terminal 1 sets the line type of the graph to a solid line, and when two data types are selected, the line type of the graph to a solid line and a dashed line according to the display order of the data type options 58. In this way, the mobile terminal 1 automatically determines the line type of the graph for each measurement item according to the number of data types selected. When three or more data types are selected on the data type selection screen D2, the mobile terminal 1 increases the number of graph lines and adds vertical axis information in the tape length direction. Note that the mobile terminal 1 uses a common date axis for the first horizontal axis information 103 regardless of the number of data types selected. Furthermore, the mobile terminal 1 generates print data so that the multiple measurement dates included in the first horizontal axis information 103 are printed side by side in the tape length direction, regardless of the data type selected.

Figure 20 is a diagram showing a different example of a printed health management tape T1 from that shown in Figure 19. Figure 20 shows a health management tape T1 printed when the only data type selected on the data type selection screen D2 is "weight" and "display" is selected from the numerical display options 70 on the graph format selection screen D4 (see Figure 14). As shown in Figure 20, when only one data type is selected, the mobile terminal 1 omits printing of the second graph line 102, second vertical axis information 105, and graph line information 106. Furthermore, when "display" is selected from the numerical display options 70, the mobile terminal 1 displays numerical information 108 near each vertex of the first graph line 101. The numerical information 108 is information that indicates the measurement results as numerical values.

Next, the screens related to the editing operation of the paste target S will be described. FIG. 21 is a diagram showing an example of the display of the paste target editing screen D11 that is displayed when the paste target editing button 53 is selected on the home screen D1. On the paste target editing screen D11, a list of registered paste targets 121, a seventh instruction message 122, a new add button 123, a change/delete button 124, and a fourth cancel button 125 are displayed.

The registered paste object list 121 is a list of titles of the paste object S registered in the tape size table 50 (see FIG. 8). The circled numbers added to the titles indicate the display order of the paste object options 75 (see FIG. 15). The seventh instruction message 122 is a message that prompts the user to select an editing item. When the new addition button 123 is selected, the mobile terminal 1 displays the new paste object addition screen D12 (see FIG. 22). When the change/delete button 124 is selected, the mobile terminal 1 displays the paste object change/delete screen D13 (see FIG. 24). When the fourth cancel button 125 is selected, the mobile terminal 1 determines that the editing operation of the paste object S has been canceled, and displays the home screen D1.

Figure 22 is a diagram showing an example of the display of the new paste object addition screen D12. The new paste object addition screen D12 displays a title input field 128, a paste object size input field 129, a standard size button 130, a fifth OK button 131, and a fifth cancel button 132.

In the title input field 128, the title of the newly added paste object S is input. FIG. 22 shows the state where "Diary" has been input as the title. The paste object size input field 129 includes a second vertical size input field 129a and a second horizontal size input field 129b. In the second vertical size input field 129a, the vertical size of the newly added paste object S is input, and in the second horizontal size input field 129b, the horizontal size of the newly added paste object S is input. FIG. 22 shows the state where the vertical size of "180 mm" and the horizontal size of "300 mm" have been input as the paste object size.

When the user wishes to add a standard-sized attachment object S to the tape size table 50, the user selects the standard size button 130. When the standard size button 130 is selected, the mobile terminal 1 displays a standard size list screen (not shown). On the standard size list screen, one of multiple standard size selection candidates is selected. When a standard size selection candidate is selected on the standard size list screen, the mobile terminal 1 displays a new attachment object addition screen D12. At this time, on the new attachment object addition screen D12, the title and size of the standard-sized attachment object S selected on the standard size list screen are reflected in the title input field 128 and the attachment object size input field 129.

When the fifth OK button 131 is selected, the mobile terminal 1 displays the paste target editing screen D11. As shown in FIG. 23, the mobile terminal 1 reflects the title of the newly added paste target S in the registered paste target list 121 of the paste target editing screen D11. The mobile terminal 1 also sets the display order of the newly added paste target S to "1". When the fifth OK button 131 is selected, the mobile terminal 1 registers the information entered in the title input field 128 and the paste target size input field 129 in the tape size table 50. The mobile terminal 1 also determines the recommended tape width and the reference tape length based on the information entered in the paste target size input field 129, and registers the determined information in the tape size table 50. When the fifth cancel button 132 is selected, the mobile terminal 1 determines that the editing operation of the paste target S has been canceled, and displays the home screen D1.

Figure 24 is a diagram showing a display example of the paste object change/delete screen D13. The paste object change/delete screen D13 displays a registered paste object selection field 136, a paste object title edit field 137, a paste object size edit field 138, a sixth OK button 139, a delete button 140, and a sixth cancel button 141.

In the registered paste object selection field 136, the user selects a paste object S to be changed or deleted. FIG. 24 shows the state before the paste object S is selected. In the paste object title editing field 137, the title of the paste object S selected in the registered paste object selection field 136 is displayed. In the paste object title editing field 137, the user can change the title of the paste object S. In addition, the paste object size editing field 138 includes a vertical size editing field 138a and a horizontal size editing field 138b, and displays the vertical size and horizontal size of the paste object S selected in the registered paste object selection field 136. In the paste object size editing field 138, the user can change the size of the paste object S.

When the sixth OK button 139 is selected, the mobile terminal 1 reflects the editing results of the pasting object title edit field 137 and the pasting object size edit field 138 for the pasting object S selected in the registered pasting object selection field 136 in the "Title" and "Size of pasting object" items of the tape size table 50 (see FIG. 8). The mobile terminal 1 also changes the items "Recommended tape width" and "Standard tape length" of the tape size table 50 according to the editing results of the pasting object title edit field 137 and the pasting object size edit field 138. When the delete button 140 is selected, the mobile terminal 1 deletes the information of the pasting object S selected in the registered pasting object selection field 136 from the tape size table 50. When the sixth cancel button 141 is selected, the mobile terminal 1 determines that the editing operation of the pasting object S has been canceled, and displays the home screen D1.

As described above, the mobile terminal 1 according to this embodiment accepts the selection of the attachment object S on the attachment object selection screen D5 and determines the tape length of the health management tape T1 based on the selected attachment object S, so that the tape printing device 4 can create a health management tape T1 with a tape length suitable for the attachment object S. In addition, this allows multiple sheets of health management tape T1 with a tape length suitable for the attachment object S to be attached when the user attaches the created health management tape T1 to the attachment object S for storage, so that the user can easily view and manage long-term health management data.

The mobile device 1 also accepts the selection of the number of divisions of the pasteable area E1 on the division number selection screen D7, and determines the tape length of the health management tape T1 based on the selected number of divisions. This allows the user to divide the pasteable area E1 by the desired number of divisions and manage health management data.

The mobile terminal 1 also displays a first warning screen D6 when the stored tape width, which is the tape width of the tape T stored in the tape printing device 4, differs from the recommended tape width determined according to the attachment object S selected on the attachment object selection screen D5. This allows the user to confirm that the stored tape width differs from the recommended tape width suitable for the attachment object S, and to take measures such as replacing the tape cartridge C of the tape printing device 4.

The mobile terminal 1 also accepts the designation of the measurement date period on the period designation screen D3, and causes the tape printer 4 to create a health management tape T1 on which health management data for the designated period is printed. This allows the user to designate the period of health management data to be printed.

The mobile terminal 1 also determines whether the characters for at least one of the measurement dates and measurement results printed on the health management tape T1 are below a threshold size, and if it determines that they are below the threshold size, displays a second warning screen D8. This allows the user to confirm that the health management data will be printed in small characters and to take measures such as changing the period of the measurement date.

Incidentally, regardless of the above embodiment, the following modified examples can be adopted.
[Modification 1]
The mobile terminal 1 may cause the tape printer 4 to create a health management tape T1 on which a list print image G2 as shown in FIG. 25 is printed instead of the graph print image G1. FIG. 25 shows a print example when "weight" is selected as the data type and "February 1, 2021" to "February 9, 2021" are specified as the measurement date period. The list print image G2 includes a measurement date column 111, a measurement result column 112, and a measurement item title 113. The measurement date column 111 indicates a plurality of measurement dates arranged in the length direction of the health management tape T1. The first measurement date in the measurement date column 111 is added with the Gregorian calendar year. The measurement result column 112 indicates a plurality of measurement results arranged in the length direction of the health management tape T1. The mobile terminal 1 generates print data so that the measurement results corresponding to the measurement dates are printed side by side in the width direction of the health management tape T1 for the plurality of measurement dates arranged in the length direction of the health management tape T1. The mobile terminal 1 also generates print data so that a measurement item title 113 indicating the measurement item is printed at an end in the length direction of the health management tape T1.

[Modification 2]
The mobile terminal 1 may store the tape size table 50 in the database 31 of the cloud server 3, instead of storing it in the mobile terminal 1 itself. In this case, the mobile terminal 1 may transmit to the cloud server 3 an attachment object ID that identifies the selected attachment object S, thereby acquiring information indicating the recommended tape width and the reference tape length from the cloud server 3.

[Modification 3]
When the user selects the change button 92 on the second warning screen D8 (see FIG. 18), the mobile terminal 1 may accept a change in tape size from the user. That is, when the mobile terminal 1 determines in step S21 of FIG. 10 that the setting is to be changed, the mobile terminal 1 may execute the following process. When the mobile terminal 1 determines in step S21 that the setting is to be changed, the mobile terminal 1 displays a tape size change screen D9 shown in FIG. 26. The tape width and tape length can be changed on the tape size change screen D9. The mobile terminal 1 accepts the change in tape width and tape length on the tape size change screen D9. The mobile terminal 1 generates print data for producing a health management tape T1 based on the changed tape width and tape length. The mobile terminal 1 then proceeds to step S22.

As shown in FIG. 26, the tape size change screen D9 displays an eighth instruction message 151, a tape size change field 152, a seventh OK button 153, and a seventh cancel button 154. The eighth instruction message 151 is a message that prompts the user to change the tape size. The tape size change field 152 includes a tape width change field 152a and a tape length change field 152b.

The tape width change field 152a displays the stored tape width. The tape length change field 152b displays the tape length according to the attachment object S selected on the attachment object selection screen D5 and the number of divisions selected on the division number selection screen D7. The user changes at least one of the tape width and tape length by re-entering numerical values in the tape width change field 152a and tape length change field 152b.

When the seventh OK button 153 is selected, the mobile terminal 1 generates print data based on the changed tape width and changed tape length input in the tape width change field 152a and tape length change field 152b, respectively. When the seventh cancel button 154 is selected, the mobile terminal 1 cancels the print instruction process and displays the home screen D1. In this way, according to the third modification, the user can change the tape size to avoid the character size printed on the health management tape T1 becoming smaller.

[Modification 4]
When generating print data by reducing or enlarging the graph print image G1 so that the health management tape T1 has the stored tape width and the determined tape length, the generating unit 350 of the mobile terminal 1 may change the aspect ratio of the graph print image G1. Alternatively, the generating unit 350 may change the scale intervals of the first graph line 101, the second graph line 102, the first horizontal axis information 103, the first vertical axis information 104, and the second vertical axis information 105, or change the character size included in the graph print image G1, to fit the graph print image G1 within the stored tape width and the determined tape length.

[Modification 5]
The generation unit 350 of the mobile terminal 1 may determine the graph format of the graph print image G1 according to the pasting object S selected on the pasting object selection screen D5, and print the graph print image G1 in the determined graph format. In this case, the mobile terminal 1 stores a plurality of graph formats as a part of the tape printing application 30. The plurality of graph formats are graph formats that differ in graph size, graph aspect ratio, graph scale lines, character font, character size, etc. According to this configuration, the mobile terminal 1 can print the graph print image G1 in a rough format suitable for the pasting object S.

[Modification 6]
The health management tape T1 may be created using the tape printer 4 without using the mobile terminal 1. Fig. 27 is a block diagram showing the functional configuration of the tape printer 4 according to this modified example. The functional configuration of the tape printer 4 includes a tape width information acquisition unit 410, a data acquisition unit 420, a display control unit 430, a recommended tape width determination unit 440, a print control unit 450, a character discrimination unit 460, and a warning control unit 470. All of these functions are realized by the printer side CPU 44a executing a control program such as firmware stored in the printer side ROM 44b.

The tape width information acquisition unit 410, the data acquisition unit 420, the display control unit 430, the recommended tape width determination unit 440, the print control unit 450, the character discrimination unit 460, and the warning control unit 470 function in substantially the same manner as the tape width information acquisition unit 310, the data acquisition unit 320, the display control unit 330, the recommended tape width determination unit 340, the generation unit 350, the character discrimination unit 360, and the warning control unit 370 according to the first embodiment. Only the differences will be described below. The tape width information acquisition unit 410 acquires tape width information via the cartridge information acquisition unit 42. The data acquisition unit 420 acquires health management data from the cloud server 3 via the network NW. The display control unit 430 displays various screens on the display 22. The print control unit 450 causes the print unit 43 to create the health management tape T1. With this configuration, the user can create the health management tape T1 simply by operating the tape printing device 4 without using the mobile terminal 1.

[Modification 7]
The warning control unit 370 of the mobile terminal 1 may issue a warning by a method other than displaying the first warning message 80 and the second warning message 91 on the touch panel 11. For example, the mobile terminal 1 may be provided with a voice output unit, and the warning control unit 370 may issue a warning by outputting a voice message from the voice output unit. The "voice output unit" is an example of a "warning unit".

[Modification 8]
The data acquisition unit 320 of the mobile terminal 1 may acquire the health management data from the measuring device 2, instead of from the cloud server 3. In addition, the data acquisition unit 320 may acquire the health management data inputted into a health management data editing screen (not shown).

[Modification 9]
The health management data measured by the measuring device 2 may be uploaded directly from the measuring device 2 to the cloud server 3 instead of being uploaded to the cloud server 3 via the mobile terminal 1.

[Modification 10]
The cartridge information acquisition unit 42 of the tape printing device 4 may include a detection unit that detects the presence or absence of a convex portion or a concave portion formed on the tape cartridge C, and may acquire the cartridge information from the detection result of the detection unit. Alternatively, the cartridge information acquisition unit 42 of the tape printing device 4 may acquire the cartridge information from a circuit board having a memory element that is provided on the case of the tape cartridge C.

[Modification 11]
The tape printing device 4 may print by unwinding the tape T that is not contained in the case of the tape cartridge C, instead of unwinding the tape T that is contained in the case of the tape cartridge C. Also, instead of the mobile terminal 1, an information processing terminal such as a tablet terminal or a PC (Personal Computer) may be used. Other appropriate modifications are possible without departing from the scope of the present invention.

[Additional Notes]
The following additional information will be provided regarding an information processing device, a tape printing device, a tape printing system, and a method and program for controlling an information processing device.
The portable terminal 1 is communicatively connected to a tape printing device 4 that prints on the tape T, and includes a data acquisition unit 320 that acquires health management data indicating measurement dates and measurement results for measurement items available for health management, a display control unit 330 that displays on the touch panel 11 a data type option 58 that allows the user to select a data type that is the type of health management data to be printed from a plurality of types of health management data having different measurement items, and an attachment object option 75 that allows the user to select an attachment object S to which the tape T is to be affixed, a generation unit 350 that generates print data that causes the tape printing device 4 to create a health management tape T1 based on the health management data of the data type selected from the data type option 58, and a transmission unit 380 that transmits the print data to the tape printing device 4, and the generation unit 350 determines the tape length of the health management tape T1 based on the attachment object S selected from the attachment object option 75, and generates print data that causes the tape printing device 4 to create the health management tape T1 of the determined tape length.

The tape printing device 4 includes a printing unit 43 that prints on the tape T, a data acquisition unit 420 that acquires health management data indicating the measurement date and measurement results for measurement items that can be used for health management, a data type option 58 that allows the user to select the type of health management data to be printed from among multiple types of health management data with different measurement items, and an attachment object option 75 that allows the user to select the attachment object S to which the tape T is attached, on the touch panel 11. The printing control unit 450 causes the printing unit 43 to create a health management tape T1 based on the health management data of the data type selected from the data type option 58. The printing control unit 450 determines the tape length of the health management tape T1 based on the attachment object S selected from the attachment object option 75, and causes the printing unit 43 to create a health management tape T1 of the determined tape length.

The tape printing system SY is a tape printing device 4 that prints on the tape T, and a mobile terminal 1 that are communicatively connected. The mobile terminal 1 includes a data acquisition unit 320 that acquires health management data indicating the measurement date and measurement result for measurement items that can be used for health management, a data type option 58 that allows the user to select the type of health management data to be printed from among multiple types of health management data with different measurement items, and an attachment object option 75 that allows the user to select the attachment object S to which the tape T is attached, on the touch panel 11. A generation unit 350 generates print data that causes the tape printing device 4 to create a health management tape T1 based on the health management data of the data type selected from the data type option 58, and a transmission unit 380 that transmits the print data to the tape printing device 4. The generation unit 350 determines the tape length of the health management tape T1 based on the attachment object S selected from the attachment object option 75, and generates print data that causes the tape printing device 4 to create a health management tape T1 of the determined tape length.

The control method of the mobile terminal 1 is a control method of the mobile terminal 1 that is communicably connected to the tape printing device 4 that prints on the tape T, and the mobile terminal 1 executes the steps of acquiring health management data indicating the measurement date and measurement result for measurement items available for health management, displaying on the touch panel 11 a data type option 58 that allows the user to select a data type that is the type of health management data to be printed from among multiple types of health management data with different measurement items, and an attachment object option 75 that allows the user to select an attachment object S to which the tape T is attached, generating print data that causes the tape printing device 4 to create a health management tape T1 based on the health management data of the data type selected from the data type option 58, and transmitting the print data to the tape printing device 4, and in the step of generating print data, the tape length of the health management tape T1 is determined based on the attachment object S selected from the attachment object option 75, and generating print data that causes the tape printing device 4 to create a health management tape T1 of the determined tape length.

The tape printing application 30 executes the following steps on the mobile terminal 1, which is communicatively connected to the tape printing device 4 that prints on the tape T: acquiring health management data indicating the measurement date and measurement result for measurement items available for health management; displaying on the touch panel 11 a data type option 58 that allows the user to select the type of health management data to be printed from among multiple types of health management data with different measurement items, and an attachment object option 75 that allows the user to select the attachment object S to which the tape T is attached; generating print data that causes the tape printing device 4 to create a health management tape T1 based on the health management data of the data type selected from the data type option 58; and transmitting the print data to the tape printing device 4. In the print data generating step, the tape length of the health management tape T1 is determined based on the attachment object S selected from the attachment object option 75, and print data is generated that causes the tape printing device 4 to create a health management tape T1 of the determined tape length.

The mobile terminal 1 determines the length of the tape T based on the selected object S to which it is to be affixed, and causes the tape printer 4 to create a health management tape T1 of the determined length and on which the health management data of the selected data type is printed. Thus, the mobile terminal 1 can create a health management tape T1 with a tape length suitable for the object S to which it is to be affixed. As a result, when the user affixes the created health management tape T1 to the object S to which it is to be affixed and stores it, multiple pieces of health management tape T1 with a tape length suitable for the object S to be affixed are affixed, allowing the user to easily view and manage long-term health management data.

In the above mobile terminal 1, it is preferable that the display control unit 330 causes the touch panel 11 to display a division number option 87 that allows the user to select the number of divisions of the affixable area E1 in the longitudinal direction of the health management tape T1 when the health management tape T1 is affixed to the affixable area E1 of the affixing object S selected from the affixing object option 75, and the generation unit 350 determines the tape length of the health management tape T1 based on the affixing object S selected from the affixing object option 75 and the number of divisions selected from the division number option 87, and generates print data that causes the tape printing device 4 to create the health management tape T1 of the determined tape length.

With this configuration, the user can select the number of divisions in the length direction of the health management tape T1 in the attachment area E1 of the attachment object S.

The above mobile terminal 1 preferably further includes a tape width information acquisition unit 310 that acquires from the tape printing device 4 tape width information indicating the stored tape width, which is the tape width of the tape T stored in the tape printing device 4, a recommended tape width determination unit 340 that determines the recommended tape width of the health management tape T1 based on the affixing object S selected from the affixing object options 75, and a warning control unit 370 that causes the touch panel 11 to issue a warning when the stored tape width indicated by the tape width information differs from the recommended tape width determined by the recommended tape width determination unit 340.

With this configuration, the user can confirm that the stored tape width indicated by the tape width information obtained from the tape printing device 4 is different from the recommended tape width suitable for the object S to be affixed.

In the above mobile terminal 1, it is preferable that the display control unit 330 displays on the touch panel 11 a period designation field 62 that allows the user to designate the period of the measurement date to be printed, and the generation unit 350 generates print data that causes the tape printing device 4 to create a health management tape T1 on which is printed the health management data for the period designated in the period designation field 62, from the health management data of the selected data type.

With this configuration, the user can specify the period of health management data to be printed.

The above mobile terminal 1 preferably further includes a character discrimination unit 360 that discriminates whether or not the characters of at least one of the measurement date and the measurement result are below a threshold size based on the print data generated by the generation unit 350, and the warning control unit 370 preferably causes the touch panel 11 to issue a warning when the character discrimination unit 360 discriminates that the characters of at least one of the measurement date and the measurement result are below the threshold size.

With this configuration, the user can confirm that the text for at least one of the fixed date and measurement results is below the threshold size.

1...Mobile terminal, 4...Tape printing device, 11...Touch panel, 43...Printing unit, 58...Data type options, 62...Period designation field, 75...Painting object options, 87...Division number options, 310...Tape width information acquisition unit, 320...Data acquisition unit, 330...Display control unit, 340...Recommended tape width determination unit, 350...Generation unit, 360...Character discrimination unit, 370...Warning control unit, 380...Transmission unit, 410...Tape width information acquisition unit, 420...Data acquisition unit, 430...Display control unit, 440...Recommended tape width determination unit, 450...Printing control unit, 460...Character discrimination unit, 470...Warning control unit, E1...Paintable area, S...Painting object, SY...Tape printing system, T...Tape, T1...Health management tape.

Claims (9)

An information processing device that is communicably connected to a tape printing device that prints on a tape,
a data acquisition unit that acquires health management data indicating measurement dates and measurement results for measurement items that can be used for health management;
a display control unit that causes a display unit to display data type options that allow a user to select a data type that is a type of the health management data to be printed from among the plurality of types of the health management data that differ in the measurement items, and a paste object option that allows a user to select a paste object to which the tape is to be pasted;
a generating unit that generates print data for causing the tape printing device to create a health management tape based on the health management data of the data type selected from the data type options;
a transmission unit that transmits the print data to the tape printing device,
The information processing device is characterized in that the generation unit determines the tape length of the health management tape based on the pasting object selected from the pasting object selection options, and generates the printing data that causes the tape printing device to create the health management tape of the determined tape length. the display control unit displays on the display unit a division number option that allows a user to select a number of divisions of the pasteable area in a longitudinal direction of the health management tape when the health management tape is pasted to the pasteable area of the paste object selected from the paste object option options,
The information processing device according to claim 1, characterized in that the generation unit determines a tape length of the health management tape based on the pasting object selected from the pasting object selection options and the number of divisions selected from the number of divisions selection options, and generates the printing data that causes the tape printing device to create the health management tape of the determined tape length. a tape width information acquiring unit that acquires, from the tape printing device, tape width information indicating a stored tape width, which is a tape width of the tape stored in the tape printing device;
a recommended tape width determination unit that determines a recommended tape width of the health management tape based on the attachment object selected from the attachment object options;
3. The information processing device according to claim 1, further comprising a warning control unit that causes a warning unit to issue a warning when the stored tape width indicated by the tape width information differs from the recommended tape width determined by the recommended tape width determination unit. the display control unit causes a period designation field to be displayed on the display unit, allowing a user to designate a period of the measurement date to be printed;
The information processing device according to claim 3, characterized in that the generation unit generates the printing data that causes the tape printing device to create the health management tape on which the health management data of the selected data type for the period specified in the period specification field is printed. a character discrimination unit that discriminates whether or not characters of at least one of the measurement date and the measurement result are equal to or smaller than a threshold size based on the print data generated by the generation unit;
5. The information processing device according to claim 4, wherein the warning control unit causes the warning unit to issue a warning when the character discrimination unit determines that the characters of at least one of the measurement date and the measurement result are equal to or smaller than the threshold size. a printing unit that prints on the tape;
a data acquisition unit that acquires health management data indicating measurement dates and measurement results for measurement items that can be used for health management;
a display control unit that displays on a display unit data type selection options that allow a user to select a data type that is a type of the health management data to be printed from among the plurality of types of the health management data that differ in the measurement items, and a paste object selection option that allows a user to select an object to which the tape is to be pasted;
a print control unit that causes the printing unit to create a health management tape based on the health management data of the data type selected from the data type options,
The tape printing device is characterized in that the printing control unit determines the tape length of the health management tape based on the attachment object selected from the attachment object selection options, and causes the printing unit to create the health management tape of the determined tape length. A tape printing system in which a tape printing device that prints on a tape and an information processing device are communicatively connected,
The information processing device includes:
a data acquisition unit that acquires health management data indicating measurement dates and measurement results for measurement items that can be used for health management;
a display control unit that causes a display unit to display data type options that allow a user to select a data type that is a type of the health management data to be printed from among the plurality of types of the health management data that differ in the measurement items, and a paste object option that allows a user to select a paste object to which the tape is to be pasted;
a generating unit that generates print data for causing the tape printing device to create a health management tape based on the health management data of the data type selected from the data type options;
a transmission unit that transmits the print data to the tape printing device,
The tape printing system is characterized in that the generation unit determines the tape length of the health management tape based on the affixing object selected from the affixing object selection options, and generates the printing data that causes the tape printing device to create the health management tape of the determined tape length. A method for controlling an information processing device communicably connected to a tape printing device that prints on a tape, comprising:
The information processing device,
acquiring health management data indicating measurement dates and measurement results for measurement items available for health management;
displaying on a display unit a data type option for allowing a user to select a data type that is a type of the health management data to be printed from among the plurality of types of the health management data that differ in the measurement items, and an attachment object option for allowing a user to select an attachment object to which the tape is attached;
generating print data for causing the tape printing device to create a health management tape based on the health management data of the data type selected from the data type options;
transmitting the print data to the tape printing device;
A method for controlling an information processing device, characterized in that in the step of generating the print data, a tape length of the health management tape is determined based on the object to be pasted selected from the object to be pasted selection options, and the print data is generated to cause the tape printing device to create the health management tape of the determined tape length. An information processing device that is communicably connected to a tape printing device that prints on a tape,
acquiring health management data indicating measurement dates and measurement results for measurement items available for health management;
displaying on a display unit a data type option for allowing a user to select a data type that is a type of the health management data to be printed from among the plurality of types of the health management data that differ in the measurement items, and an attachment object option for allowing a user to select an attachment object to which the tape is attached;
generating print data for causing the tape printing device to create a health management tape based on the health management data of the data type selected from the data type options;
transmitting the print data to the tape printing device;
The program is characterized in that in the step of generating the print data, a tape length of the health management tape is determined based on the object to be pasted selected from the object to be pasted selection options, and the print data is generated to cause the tape printing device to create the health management tape of the determined tape length.

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