JP2006268159A - Information processing terminal, data displaying method, and data displaying program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an information processing terminal, a data displaying method, and a data displaying program displaying data recorded in the information processing terminal such as a cellular phone terminal or an electronic notebook in accordance with a situation. <P>SOLUTION: By composing and managing each datum 10 to 19 stored in a memory 4 of a radio portable terminal or the like by actual data 10-1 to 19-1 and flags 10-2 to 19-2, and presetting a display condition of each datum responding to each situation mode A, B, and C, display/non-display of each datum 10 to 19 is determined in response to the situation of a user. By providing only data responding to the situation to the user, retrieval of data is facilitated, and leakage of data is prevented even when the radio portable terminal is stolen by a third person. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an information processing terminal, a data display method, and a data display program, and in particular, an information processing terminal and a data display method for displaying data recorded in an information processing terminal such as a mobile phone terminal or an electronic notebook in accordance with a situation. And a data display program.

  2. Description of the Related Art Conventionally, a mobile phone terminal is provided with a telephone directory memory and registers (stores) terminal data including the telephone number, name, address, etc. of the other party's terminal, and searches the registered terminal data to display a list on the display unit. There is something. By selecting the terminal data displayed in the list, the user can auto-dial to the partner terminal or confirm necessary information.

  In Patent Document 1, when searching for registered terminal data, only terminal data of a set classification is read from the storage means and displayed, and terminal data of different classifications are not displayed by displaying terminal data of other classifications. There has been proposed a mobile communication device capable of quickly searching for target terminal data even when registered in a mixed manner.

In Patent Document 2, by setting the display mode to the mask mode, a large number of telephone numbers are registered by excluding telephone numbers that have been registered but not used for a certain period of time from the search target. A wireless portable terminal and a method for displaying the telephone number that can improve the efficiency of the telephone number search even when searching the existing telephone directory have been proposed.
JP-A-9-107396 JP 2002-77362 A

  However, the above invention has the following problems.

  According to the portable communication device described in Patent Literature 1, by setting the display mode to the mask mode, phone numbers that have been registered but have not been used for a certain period of time are excluded from search targets, and a large number of Even when a telephone number is registered, a desired telephone number can be easily searched. That is, a flag is added to each registered telephone number, and a telephone number group to which a corresponding flag is added according to the type of the selected flag is displayed. Therefore, the telephone number group displayed according to the situation where the user is placed cannot be changed.

  According to the wireless portable terminal and the telephone number display method described in Patent Document 2, when a registered telephone number meets a preset condition, the telephone number can be searched by excluding it from those search targets. Making it easy. In other words, the telephone number search is facilitated by adding a display or non-display flag to each telephone number based on a preset condition for management. Therefore, each telephone number cannot be displayed or hidden depending on the situation where the user is placed.

  Therefore, the present invention manages each data stored in an information processing terminal such as a wireless portable terminal by adding a flag, and at the same time, sets display conditions for each data according to various situations in advance. By deciding whether to display or hide each data in detail according to the situation where the user is placed, and providing only the data according to the situation to the user, it is possible to facilitate data retrieval and to a third party An object of the present invention is to propose an information processing terminal, a data display method, and a data display program capable of preventing data leakage even when a wireless portable terminal is stolen.

  The information processing terminal according to claim 1, storage means for adding a flag to data and storing the data, table storage means for storing a table for managing display conditions of the data in various situations for each situation, and the table Selecting means for selecting one situation from the situations managed in the above, and searching means for searching the storage means for the data to which a flag corresponding to a display condition corresponding to the situation selected by the selecting means is added And display means for sequentially displaying the data searched by the search means.

  The information processing terminal according to claim 2, wherein the information processing terminal manages the data by adding a flag, stores the related data in a hierarchy, the display conditions of the data in various situations, and the data related to the data A table storage means for storing a table for managing for each situation a priority indicating which flag added to which data has priority, and one situation from the situation managed in the table. A selection means for selecting; a search means for searching the storage means for the data to which a flag corresponding to a display condition and a priority corresponding to the situation selected by the selection means is added; and a search means for searching. Display means for sequentially displaying the data. To.

  According to a third aspect of the present invention, in the information processing terminal according to the first or second aspect, the display condition indicates that the data to which a specific flag is added is displayed or not displayed.

  According to a fourth aspect of the present invention, in the information processing terminal according to any one of the first to third aspects, the information processing terminal further includes a changing unit that changes a display condition in each of the situations.

  According to a fifth aspect of the present invention, in the information processing terminal according to any one of the first to fourth aspects, the information processing terminal further includes an input unit that inputs a flag to be added to the data when the data is stored in the storage unit. It is characterized by.

  According to a sixth aspect of the present invention, in the information processing terminal according to the fifth aspect, the information processing terminal further includes an adding unit that automatically adds a flag to the data when the flag to be added to the data is not input by the input unit. It is characterized by that.

  The invention according to claim 7 is an information processing terminal comprising storage means for adding a flag to data and storing the data, and table storage means for storing a table for managing the display conditions of the data in various situations for each situation. The data display method is a selection step of selecting one situation from the situations managed in the table, and a flag corresponding to a display condition corresponding to the situation selected by the selection step is added. It has a search process for searching for data from the storage means, and a display process for sequentially displaying the data searched by the search process.

  In the invention according to claim 8, there is a storage means for managing by adding a flag to the data and storing related data in a hierarchy, display conditions for the data in various situations, and data related to the data. A data storage method for an information processing terminal having table storage means for storing a table for managing a priority level indicating which flag added to which data is prioritized for each situation. A selection step for selecting one situation from the situations to be managed, and the data to which the flag corresponding to the display condition and priority order corresponding to the situation selected by the selection step is added are searched from the storage means. The search process and the data searched by the search process are sequentially And having a display step of displaying.

  The invention according to claim 9 is an information processing terminal comprising storage means for adding a flag to data and storing the data, and table storage means for storing a table for managing the display conditions of the data in various situations for each situation. The data display program, wherein a selection process for selecting one situation from the situations managed in the table, and a flag corresponding to a display condition corresponding to the situation selected by the selection process are added. It has a search process for searching for data from the storage means, and a display process for sequentially displaying the data searched by the search process.

  The invention according to claim 10 includes a storage means for managing data by adding a flag and storing related data in a hierarchy, a display condition for the data in various situations, and data related to the data. A data display program for an information processing terminal having table storage means for storing a table for managing for each situation a priority indicating which flag added to which data is to be prioritized. A selection process for selecting one situation from the situation to be managed, and the data to which the flag corresponding to the display condition and priority corresponding to the situation selected by the selection process is added are retrieved from the storage means. A search process and the data searched by the search process; And having a display process for sequentially displaying a data.

  The present invention adds a flag to each data stored in an information processing terminal such as a wireless portable terminal for management, and at the same time, sets display conditions for each data according to various situations in advance. Data display / non-display is determined in detail according to the situation where the data is placed, and only the data according to the situation is provided to the user, facilitating data search and wireless to a third party. Even when a portable terminal is stolen, data leakage can be prevented.

  The configuration and operation of a wireless portable terminal according to an embodiment of the present invention will be described below.

  As shown in FIG. 1, the wireless portable terminal according to the present embodiment includes a switch 1, a control unit 2, a central processing unit (CPU) 3, a memory 4, a display unit 5, an antenna 6, a wireless unit 7, a microphone 8, and The receiver 9 is configured. The switch 1 is a switch for performing an external operation on the wireless portable terminal. The control unit 2 controls the overall operation of the wireless portable terminal based on an instruction from the CPU 3. The CPU 3 controls the operation of the control unit 2 based on a program stored in the memory 4 and outputs necessary display data. The display unit 5 visually displays the display data output from the CPU 3. The antenna 6 transmits and receives radio waves between the radio unit 7 and a base station (not shown). The radio unit 7 performs mutual conversion between an encoded audio signal and control data transmitted / received to / from the control unit 2 and a radio signal including a modulated wave transmitted / received to / from the antenna 6. The microphone 8 converts the user's voice into an electric signal and inputs it to the control unit 2. The receiver 9 converts the electrical signal from the control unit 2 into sound and outputs it to the user.

  Next, general control when displaying the display data in the wireless portable terminal according to the present embodiment will be described with reference to FIG.

  By pressing a predetermined switch in the switch 1, a display data display request from the user is transmitted to the CPU 3 via the control unit 2. The CPU 3 searches the display data stored in the memory 4 and displays the display data on the display unit 5 according to a predetermined order. At this time, when the menu key is pressed, the display mode in the menu displayed on the display unit 5 is designated, and when the display mode is set to the mask mode, the CPU 3 is used within a certain period. Control is performed so that only the display data is displayed.

  Hereinafter, a display method of display data in the wireless portable terminal according to the present embodiment will be described in detail with reference to FIGS.

  In the case of a general wireless portable terminal, as shown in FIG. 2, the switch 1 includes ten keys (0 to 9), * key, # key, scroll keys (←, ↑, ↓, →), start key, and end. Keys, menu keys, clear keys, etc. are provided. When the user presses the menu key in the switch 1, a plurality of menu modes are displayed on the display unit 5. By selecting desired display data among them, a display data display request is made. This is transmitted to the CPU 3 via the control unit 2. The CPU 3 that has received the display request retrieves the corresponding display data from the stored contents of the memory 4 and causes the display unit 5 to display the display data. At this time, if the number of display data stored in the memory 4 exceeds the number that can be displayed on the display unit 5, only the number that can be displayed is displayed according to the prescribed rule, and the remaining data is displayed. The display data is controlled to be scrolled and displayed sequentially in an arbitrary direction when the user presses a scroll key (← key, ↑ key, ↓ key, → key). Such a control method is well known in the case of a general mobile phone or the like.

  Next, a specific configuration of the display data stored in the memory 4 will be described with reference to FIGS.

  First, the configuration of display data stored in the memory 4 will be described with reference to FIG.

  As shown in FIG. 3, the display data is configured to include actual data composed of data actually displayed on the display unit 5 and a flag added to each actual data. Specifically, the display data (10 to 19) includes actual data (10-1 to 19-1) and flags (10-2 to 19-2) that are paired for each display data. Yes.

  When the display data shown in FIG. 3 is displayed on the display unit 5, only the actual data of the display data is displayed on the display unit 5 as shown in FIG. That is, only the actual data (10-1 to 19-1) is displayed on the display unit 5, and the flags (10-2 to 19-2) are not displayed.

  In the wireless portable terminal according to the present embodiment, when display data (10 to 19) is stored in the memory 4, a, b, c, or designation is specified as a flag (10-2 to 19-2). Assume that z treated as none is added to actual data (10-1 to 19-1). In the present embodiment, a, b, c, or z is used as a flag added to each actual data as a pair. However, the present invention is not limited to this, and the display data includes more types of flags. It is good also as a structure which classifies. Here, the display data (10 to 19) is assumed to be data of the same type (phone book, history, e-mail, still image, music, etc.).

  Next, as the situation modes A, B, and C, a flag that is desired to be displayed or a flag that is not desired to be displayed for each situation mode is combined and stored in the memory 4. Note that the memory 4 stores a table shown in Table 1 in which flags to be displayed or not to be displayed for each situation mode are associated. In the present embodiment, the situation is classified into three, A, B, and C, and a flag that the user displays from the switch 1 or a flag that is not displayed is set according to each situation. The situation may be classified.

  In addition, a specific flag is automatically added to a history, electronic mail, or the like that cannot be set by the user himself (including a case where z is not recorded).

  Next, a specific operation of the wireless portable terminal according to the present embodiment will be described with reference to FIG.

  First, as shown in FIG. 2, display data (10 to 19) consisting of data of the same type (phone book, history, e-mail, still image, video, music, etc.) is stored in the memory 4 (step S801). ). At this time, a, b, c, or z is recorded in the flags (10-2 to 19-2) added to the actual data (10-1 to 19-1). Next, as shown in Table 1, a flag to be displayed in each situation is set as a display condition of actual data (10-1 to 19-1) for each situation mode (A, B, C). The stored table is stored in the memory 4 (step S802).

  When the user requests display data for display through the switch 1 (step S803), the CPU 3 waits for selection of a situation (step S804). When a desired situation is selected from the switch 1 (step S804 / YES), the CPU 3 reads Table 1 from the memory 1 and detects a flag to be displayed. When the flag to be displayed is detected, the CPU 3 reads the actual data to which the flag detected from the display data is added, and displays the actual data on the display unit 5 (step S805).

  For example, when the situation mode A is selected (step S804), as shown in FIG. 5, all the actual data is read from the actual data (10-1 to 19-1) and displayed on the display unit 5 ( Step S805). When the situation mode B is selected (step S804), the actual data (10-1, 14-1, 18-) to which the flag a is added from the actual data (10-1 to 19-1) as shown in FIG. Only 1) is read out and displayed on the display unit 5 (step S805). When the situation mode C is selected (step S804), actual data (10-1, 12-1, 13-1, 14-1, 16-1, 17-1, 18-1) other than the flag b is added. ) Is read and displayed on the display unit 5 (step S805).

  The situation mode can be changed at start-up, in a special key operation, or in an area protected by a password. The flag can be changed at startup, in a special key operation, or in a password protected area.

  Next, an operation of the wireless portable terminal according to the present embodiment when display data in which display data is hierarchically configured is stored in the memory 4 will be described.

  First, the structure of the display data arranged hierarchically will be described with reference to FIG.

  The display data shown in FIG. 9 includes parent data and child data. The parent data (20 to 29) includes actual data (20-1 to 29-1) and flags (20-2 to 29-2). The child data (10 to 19) includes actual data (10-1 to 19-1) and flags (10-2 to 19-2). The child data (10 to 19) and the parent data (20 to 29) are display data stored in the memory 4, and are each composed of a pair of actual data and a flag as in FIG. That is, the data 10 is composed of the actual data 10-1 and the flag 10-2, and the data 11 to 29 are similarly the actual data (11-1 to 19-1, 20-1 to 29-1) and the flag ( 11-2 to 19-2 and 20-2 to 29-2).

  The child data (10 to 19) shown in FIG. 9 includes data of the same type (history, e-mail, still image, moving image, music, etc.). Similarly, the parent data (20 to 29) is composed of the same type of data related to the child data. Here, it is assumed that the parent data is composed of phone book data and the child data is composed of received mail data. Note that the data actually displayed on the display unit 5 is actual data, and no flag is displayed.

  In the wireless portable terminal according to the present embodiment, when child data and parent data are stored in the memory 4, a and b are set as flags (10-2 to 19-2, 20-2 to 29-2). , C, or z not specified is added to the actual data (10-1 to 19-1, 20-1 to 29-1). In the present embodiment, a, b, c, or z is used as a flag added to each actual data as a pair. However, the present invention is not limited to this, and the display data includes more types of flags. It is good also as a structure which classifies.

  Next, as the situation modes A, B, and C, a flag that is desired to be displayed or a flag that is not desired to be displayed for each situation mode is combined and stored in the memory 4. Furthermore, when the display data is hierarchically configured, the priority order of flags having a parent-child relationship is set according to each situation mode. It is assumed that the memory 4 stores a table shown in Table 2 in which flags to be displayed for each situation mode or flags to be displayed are associated with priority orders of flags having a parent-child relationship in each situation mode.

  In Table 2, the situation mode A is the flag to be displayed: all flags are displayed, the priority order of the parent-child relationship: when a flag other than z exists in the child data, the child data has priority, and the situation mode B is Flag to be displayed: only flag a is displayed, parent-child relationship priority: if there is a flag other than z in the child data, priority is given to the child data, situation mode C is flag to display: only flag b is not displayed, Priority order of parent-child relationship: Even when a flag other than z exists in the child data, if there is a parent, the parent data is given priority.

  In the present embodiment, the situation is classified into three, A, B, and C, and a flag that the user displays from the switch 1 or a flag that is not displayed is set according to each situation. The situation may be classified.

  In addition, a specific flag is automatically added to a history, electronic mail, or the like that cannot be set by the user himself (including a case where z is not recorded).

  Next, a specific operation when displaying hierarchically configured display data will be described with reference to FIGS.

  In this embodiment, the child data (10 to 19) is received mail data, and the parent data (20 to 29) is phone book data. The parent-child relationship is related by the fact that the sender address of the received mail data that is the child data is recorded in the phone book data that is the parent data. In this case, the parent data does not necessarily exist. If the parent data does not exist, the child data flag is validated. The arrow connecting the child data (10 to 19) and the parent data (20 to 29) indicates that the child data and the parent data are in a parent-child relationship. That is, when the child data that is the received mail data is connected to the specific parent data that is the phone book data, this indicates that the child data is the received mail data received from the other party specified by the parent data. ing. In FIG. 9, since the child data (10, 11, 16) is connected to the parent data 20 by an arrow, the child data (10, 11, 16) is received mail data received from the other party corresponding to the parent data 20. It is.

  First, the wireless unit 7 receives child data (10 to 19) including the received mail data shown in FIG. 9 (step S1301), and the CPU 3 stores the child data (10 to 19) in the memory 4 (step S1302). Further, the CPU 3 stores parent data (20 to 29) composed of telephone directory data corresponding to the child data in the memory 4 (step S1303). Note that either child data recording or parent data recording may be performed first.

  A flag z is automatically added to the flags (10-2 to 19-2) constituting the child data when mail data is received. The user can add an optional flag to the received mail data as necessary. In the flags (20-2 to 29-2) constituting the parent data, a, b, c, or z is recorded when the phone book data is registered in the wireless portable terminal.

  Next, as shown in Table 2, as a display condition of actual data (10-1 to 19-1) for each situation mode (A, B, C), the user displays a flag to be displayed in each situation mode, and A table in which the priority order of the parent-child relationship is set is stored in the memory 4 (step S1304).

  When the user requests display data for display through the switch 1 (step S1305), the CPU 3 waits for selection of a situation (step S1306). When a desired situation is selected from the switch 1 (step S1306 / YES), the CPU 3 reads Table 2 from the memory 1 and detects a flag to be displayed. When the flag to be displayed is detected, the CPU 3 reads the actual data to which the flag detected from the display data is added, and displays the actual data on the display unit 5 (step S1307).

  For example, when situation mode A is selected (step S1306), as shown in Table 2, flag to be displayed: all flags are displayed, priority of parent-child relationship: a flag other than z exists in the child data The child data has priority. Therefore, regardless of whether or not it has parent data, regardless of the flag added to the parent data, all the actual data (10-1 to 19-1) of the child data is read as shown in FIG. 5 (step S1307).

  When the situation mode B is selected (step S1306), as shown in Table 2, only the flag to be displayed: the flag a is displayed, and the priority order of the parent-child relationship: when a flag other than z exists in the child data, Child data has priority. For example, the flag a is added to the parent data 20, and the parent data 20 has a parent-child relationship with the child data (10, 11, 16). Here, the priority of the parent-child relationship in the situation mode B is given priority to the child data when a flag other than z exists in the child data.

  Therefore, since the flag z is added to the child data 10, the flag added to the parent data is prioritized. Therefore, the flag a of the parent data 20 is set regardless of the flag to which the child data 10 is added. Thus, the actual data 10-1 of the child data 10 is displayed on the display unit 5. The actual data 11-1 of the child data 11 is also displayed on the display unit 5 under the same conditions as the child data 10.

  Since the flag b is added to the child data 16, display / non-display of the actual data 16-1 is performed by the flag b added to the child data 16 regardless of the flag a added to the parent data 20. The display is determined. Therefore, the actual data 16-1 of the child data 16 to which the flag b is added is not displayed on the display unit 5. Similarly, the display / non-display of each child data is determined based on the flag displayed in the situation mode B shown in Table 2 and the priority order of the parent-child relationship.

  When the situation mode C is selected (step S1306), as shown in Table 2, only the flag to be displayed: the flag b is not displayed, and the priority order of the parent-child relationship: even when a flag other than z exists in the child data If there is a parent, the parent data has priority. For example, the flag a is added to the parent data 20, and the parent data 20 has a parent-child relationship with the child data (10, 11, 16). Here, the priority of the parent-child relationship in the situation mode C is given priority to the parent data when there is a parent.

  Therefore, since the parent data 20 exists in the child data 10 and the flag added to the parent data 20 is “a”, the actual data of the child data 10 is not concerned regardless of the flag z added to the child data 10. The data 10-1 is displayed on the display unit 5. The actual data 11-1 of the child data 11 is also displayed on the display unit 5 under the same conditions as the child data 10.

  A flag b is added to the child data 16. However, the child data 16 has the parent data 20, and regardless of the flag b added to the child data 16, the actual data 16-1 is displayed / hidden by the flag a added to the parent data 20. Is determined. Therefore, the actual data 16-1 of the child data 16 to which the flag a is added is displayed on the display unit 5. Similarly, display / non-display of each child data is determined based on the flag displayed in the situation mode C shown in Table 2 and the priority order of the parent-child relationship.

  The situation mode can be changed at start-up, in a special key operation, or in an area protected by a password. The flag can be changed at startup, in a special key operation, or in a password protected area.

  In addition, when the parent data for the child data (10 to 19) does not exist in the parent data (20 to 29), an unspecified flag z can be added to the flags (10-2 to 19-2).

  In addition, the flag priority order of the parent data (20 to 29) and the child data (10 to 19) can be selected.

  Also, the child data flags (10-2 to 19-2) are not present, only the parent data (flags 20-2 to 29-2) are referred to, and if there is no parent data, an unspecified flag z can also be added.

  In addition, it is possible to specify an operation when receiving or mail is received for recording data that is not displayed with restrictions.

  Furthermore, a specified flag can be automatically added to data that is not recorded by itself, such as a received mail or an incoming call history. In addition, a flag to be added in each situation can be specified. This embodiment can be applied not only to data but also to a folder.

It is a block diagram which shows the structure of the wireless portable terminal which concerns on this embodiment. It is the schematic which shows the structure of the switch of the wireless portable terminal which concerns on this embodiment. It is a block diagram which shows the structure of the data for display stored in memory. It is a display example of the display data stored in the memory. It is an example of a display of a display part based on situation mode A. It is an example of a display of a display part based on situation mode B. It is an example of a display of a display part based on situation mode C. It is a flowchart which shows the display operation of the wireless portable terminal which concerns on this embodiment. It is a display example of display data having a parent-child relationship stored in a memory. This is an example in which display data having a parent-child relationship based on situation mode A is displayed. This is an example in which display data in a parent-child relationship is displayed based on situation mode B. This is an example in which display data in a parent-child relationship is displayed based on situation mode C. It is a flowchart which shows the display operation of the wireless portable terminal which concerns on this embodiment.

Explanation of symbols

1 switch 2 control unit 3 CPU
4 Memory 5 Display unit 6 Antenna 7 Radio unit 8 Microphone 9 Receiver

Claims (10)

Storage means for storing data with a flag added thereto;
Table storage means for storing a table for managing the display conditions of the data in various situations for each situation;
Selecting means for selecting one situation from the situations managed in the table;
Search means for searching the storage means for the data to which a flag corresponding to a display condition corresponding to the situation selected by the selection means is added;
An information processing terminal comprising display means for sequentially displaying the data searched by the search means. Storage means for managing data by adding a flag, and storing related data in a hierarchy;
A table for storing a table for managing the display conditions of the data in various situations and the priority order indicating which flag added to which data is prioritized when there is data related to the data for each situation Storage means;
Selecting means for selecting one situation from the situations managed in the table;
A search unit that searches the storage unit for the data to which a flag corresponding to a display condition and a priority order corresponding to the situation selected by the selection unit is added;
An information processing terminal comprising display means for sequentially displaying the data searched by the search means.   The information processing terminal according to claim 1, wherein the display condition represents that the data to which a specific flag is added is displayed or hidden.   The information processing terminal according to any one of claims 1 to 3, further comprising changing means for changing display conditions in each situation.   5. The information processing terminal according to claim 1, further comprising an input unit configured to input a flag to be added to the data when the data is stored in the storage unit.   6. The information processing terminal according to claim 5, further comprising an adding unit that automatically adds a flag to the data when a flag to be added to the data is not input by the input unit. A data display method for an information processing terminal having storage means for adding a flag to data and storing, and table storage means for storing a table for managing the display conditions of the data in various situations for each situation,
A selection step of selecting one situation from the situations managed in the table;
A search step of searching the storage means for the data to which a flag corresponding to a display condition corresponding to the situation selected by the selection step is added;
And a display step for sequentially displaying the data searched in the search step. Data is managed by adding a flag, storage means for storing related data in hierarchies, display conditions for the data in various situations, and if there is data related to the data, it is added to any data A data storage method for an information processing terminal having table storage means for storing a table for managing a priority order indicating whether or not to give priority to the flag, for each situation,
A selection step of selecting one situation from the situations managed in the table;
A search step of searching the storage unit for the data to which a flag corresponding to a display condition and priority corresponding to the situation selected by the selection step is added;
And a display step for sequentially displaying the data searched in the search step. A data display program for an information processing terminal having storage means for adding a flag to data and storing, and table storage means for storing a table for managing the display conditions of the data in various situations for each situation,
A selection process for selecting one situation from the situations managed in the table;
A search process for searching the storage unit for the data to which a flag corresponding to a display condition corresponding to the situation selected by the selection process is added;
And a display process for sequentially displaying the data searched by the search process. Data is managed by adding a flag, storage means for storing related data in hierarchies, display conditions for the data in various situations, and if there is data related to the data, it is added to any data A data display program for an information processing terminal having table storage means for storing a table for managing a priority order indicating whether to give priority to a given flag for each situation,
A selection process for selecting one situation from the situations managed in the table;
A search process for searching the storage unit for the data to which a flag corresponding to a display condition and a priority order corresponding to the situation selected by the selection process is added;
And a display process for sequentially displaying the data searched by the search process.

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