JP2006287308A - Program and storage medium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enable proper information to be displayed on a user's mobile terminal corresponding to his/her current movement state to his/her movement distance. <P>SOLUTION: Information stored in a mobile telephone 100 is registered as the information related to a thread, and information categories and setting parameters for calculating the significance of the related information are set matching them with the registered related information. The significance of the related information is calculated resting on the current position of the mobile telephone 100 acquired from a GPS positioning unit 112 or a ticket-less processing unit 190, and the set information category and set parameters, and in a thread display menu, a calling menu for calling out the related information is displayed in order of calculated importance. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a program and a storage medium for causing a mobile personal digital assistant to display related information relating to mobile movement.

2. Description of the Related Art Conventionally, various information support systems that provide guidance according to a user's movement are known. As one of such systems, for example, there is an information support system described in Patent Document 1. In this information support system, the user's position is always grasped by the portable information terminal, the current position is compared with the information of the user's action schedule, and the situation where the user is placed is determined. Depending on the results, provide appropriate information that meets the needs and objectives of users.
JP 2002-279028 A

  However, in the information support system disclosed in Patent Document 1 described above, information is only provided at an appropriate timing according to the situation where the user is placed. Even if the information provided can be stored in an accumulative manner, various information is provided and accumulated over time, so even if it is important information that is likely to be revisited later, It ’s buried inside. For this reason, there is a problem that the user has to retrieve the information once acquired from the information accumulated manually and cannot easily access necessary information. In particular, portable information devices and the like have been reduced in size of display screens, and searching for necessary information on such a small display screen has required labor and time.

  An object of the present invention is to display appropriate information on a mobile terminal of a mobile person according to the current travel situation of the mobile person with respect to the mobile travel process.

In order to solve the above problem, the first invention is:
A current position acquisition means (for example, GPS positioning unit 112, ticketless processing unit 190 in FIG. 2) and a communication unit (for example, telephone / communication unit 180 in FIG. 2) capable of connecting to the Internet are provided. Mobile terminal (for example, the mobile phone of FIG. 1) storing a travel process (for example, process information of FIG. 4) in which the starting point, the waypoint and the destination related to the movement of the vehicle, and the scheduled arrival time of each point are set. 100)
Information acquisition means (for example, CPU 110 in FIG. 2, steps S10 and S26 in FIG. 7) for acquiring related information related to the movement according to the operation of the mover;
Information storage means (for example, the RAM 120 in FIG. 2) for storing the related information acquired by the information acquisition means in a callable manner;
Importance calculation means for calculating the importance of each related information stored by the information storage means from the relationship between the current position and / or current time acquired by the current position acquisition means and the travel stroke (for example, 2, CPU 110 in FIG. 2, step S98 in FIG. 9, step S128 in FIG. 11),
The display order of the menu items for calling each related information stored in the information storage means is changed according to the importance calculated by the importance calculating means for each related information, and the calling menu is displayed. Menu display control means (for example, CPU 110 in FIG. 2, step S38 in FIG. 7),
It is a program to make it function as.

  According to the first invention, the importance of each related information stored in the information storage means is calculated from the relationship between the current position and / or current time and the travel distance, and according to the calculated importance The calling menu can be displayed by changing the display order of the menu items displayed on the calling menu for calling related information. Therefore, since the menu item of related information with high importance can be preferentially displayed on the mobile mobile terminal according to the current position and / or current time and the travel distance, the mobile It becomes possible to easily access high related information. Thereby, the mobile person who carries a mobile mobile terminal can reduce the labor and labor of searching for information and can quickly access necessary information.

The second invention is the program of the first invention,
The mobile portable terminal is used as a pattern selection means for selecting a change pattern associated with the acquired related information from among a plurality of change patterns set in advance as a change pattern of importance according to the movement situation with respect to the movement process. Make it work
The information storage means functions the mobile portable terminal so as to store the acquired related information in association with the change information selected by the pattern selection means for the related information;
A movement situation in which the importance calculation means determines a current movement situation with respect to a progress situation of the movement stroke based on a relationship between the current position and / or current time acquired by the current position acquisition means and the set movement stroke. And determining the importance of each related information stored in the information storage means based on the determined movement status from the change pattern associated with the related information. Make mobile mobile devices work,
It is a program for.

  According to the second invention, a change pattern adapted to each related information is selected from a plurality of types of change patterns set in advance and stored in association with the related information. It can be obtained from the change pattern associated with the related information. Thereby, the importance according to the characteristic of each related information can be calculated | required, and the menu item of related information can be displayed by the suitable display order according to the said importance. Further, it is possible to determine the current movement situation with respect to the movement stroke from the relationship between the current position and / or the current time and the set movement journey, and obtain the importance of the related information based on the determined movement situation. . Thereby, the relevant information adapted to the situation where the mobile person is placed can be displayed according to the importance.

The third invention is the program of the second invention,
The change pattern includes a demanding place high importance pattern in which a place where information is requested is a predetermined high importance,
When the demand location high importance pattern is selected as the change pattern associated with the acquired related information by the pattern selection means, the demand travel location for which provision of the related information is requested is set as the set travel process. Functioning the mobile mobile terminal as a demand place setting means to set based on
In a case where the information storage means stores the acquired related information in association with the demand place high importance pattern, the information storage means further stores the associated information in correspondence with the demand place set by the demand place setting means. To make the mobile mobile terminal function,
The importance calculation means has a place detection means for detecting that the current position acquired by the current position acquisition means is a demand place set by the demand place setting means or within a predetermined distance from the demand place. And causing the mobile portable terminal to function so that the importance of the related information stored in the information storage means in association with the demanding place detected by the place detection means is the predetermined high importance.
It is a program for.

  According to the third aspect of the invention, it is detected that the acquired current position of the mobile user portable terminal is within a predetermined distance from the set demand place or the demand place, and is associated with the detected demand place. The importance of the related information stored can be set to a predetermined high importance. As a result, when the mobile terminal of the mobile person approaches the set demand area, the importance level of the related information associated with the demand area is made high, and the menu items of the related information are displayed according to the importance level. You can change the order. As a result, each time the current position changes, the mobile person can easily access suitable related information according to the current position.

The fourth invention is the program of the second or third invention,
The change pattern includes a demanding time high importance pattern in which the time required for providing information is a predetermined high importance,
When the demand selection time high importance pattern is selected as the change pattern associated with the acquired related information by the pattern selection means, the demand travel time required to provide the related information is set as the set travel process. Functioning the mobile mobile terminal as a demand setting means for setting based on
In the case where the information storage means stores the acquired related information in association with the demand demand high importance pattern, the information storage means further stores the related information in correspondence with the demand time set by the demand time setting means. To make the mobile mobile terminal function,
The importance calculation means has time detection means for detecting that the current time is the demand time set by the demand time setting means or a predetermined time before the demand time, and is detected by the time detection means. Causing the mobile portable terminal to function so that the importance of the related information stored in the information storage means in association with the demanding time is the predetermined high importance.
It is a program for.

  According to the fourth invention, it is detected that the current time is the set demand time or a predetermined time before the demand time, and the related information stored in association with the detected demand time is stored. The importance can be a predetermined high importance. As a result, when the current time approaches the set demand time, the importance level of the related information stored in association with the demand time is made high, and the menu item of the related information is set based on this importance level. The display order can be changed. As a result, the mobile person can easily access appropriate related information according to the time setting of the travel process.

The fifth invention is the program of the second to fourth inventions,
The change pattern includes a time-decreasing pattern in which importance decreases with time,
Guiding information transmitted from a traveler guidance server that stores a traveling process having the same content as the set traveling process, and transmits predetermined guidance information relating to a traveling process after the present time of the moving process based on the current time, Causing the mobile terminal to function as guidance information receiving means for receiving via the communication means;
When the guidance information is received by the guidance information receiving means, the information storage means sets the guidance information as one of the related information and stores it in association with the time-decreasing pattern. Make it work,
It is a program for.

  According to the fifth aspect of the invention, it is possible to receive predetermined guidance information related to a schedule after the present time of the travel process from the travel information server based on the current time. The received guidance information is stored as one of the related information in association with the change pattern of the time-decreasing pattern, the importance of the guidance information is obtained according to the time-decreasing pattern, and displayed according to the obtained importance. A call menu for calling related information by changing the order can be displayed. As a result, the importance of the guidance information acquired at a suitable timing based on the current time and the travel process is decreased with the passage of time, and the menu items are arranged in the display order according to the needs of the traveller. Can do.

  A sixth invention is a computer-readable storage medium storing a program according to any one of the first to fifth inventions.

  According to the sixth invention, it is possible to realize a storage medium having the same effects as those of the first to fifth inventions.

  ADVANTAGE OF THE INVENTION According to this invention, suitable information can be displayed on a mobile personal digital assistant according to the present travel condition of the traveller with respect to a travel process of a traveller.

  Hereinafter, the best mode for carrying out the present invention will be described with reference to FIGS. However, the scope of the invention is not limited to the illustrated examples.

1. System Overview First, the system configuration of this embodiment will be described. FIG. 1 is a diagram showing a schematic configuration of a traveler guidance system 1 of the present embodiment. In FIG. 1, the traveler guidance system 1 includes a mobile phone 100, a traveler guidance server 200, a position providing system 300, a train reservation system 400, and a railway system 500.

1-1. Mobile Phone The mobile phone 100 is a mobile mobile terminal that is carried by a mobile user, and is realized by a known radio telephone configured to include a radio communication device for performing radio communication with a radio base station. This mobile phone 100 has a radio telephone function for connecting to a mobile phone network and making a call with other telephones, etc., and is connected to the Internet via the mobile phone network to send and receive e-mails with external devices. It has an e-mail function to perform, for example, receives information from the mobile guide server 200 by e-mail (so-called push type information). The mobile phone 100 has a Web connection function for connecting to the Internet via a mobile phone network and connecting to a Web server or the like. For example, the mobile phone 100 acquires information from various HPs established by the Web server (so-called pull type information). ).

  In addition, the mobile phone 100 performs a position detection function that receives radio waves from GPS satellites to obtain the coordinates of the earth coordinate system, and a fare clearing process with the ticket gate device when the ticket gate installed in the railway system 500 enters and exits. Therefore, it has a position detection function for acquiring a current position in a railway facility by performing short-range wireless communication. In particular, in the present embodiment, the mobile phone 100 uses the information received from the mobile guide server 200 (push-type information) and the information acquired by the mobile user (pull-type information) as the current location and the current location of the mobile phone 100. A function of displaying on the display unit according to the importance according to the movement status obtained from the time is realized.

  A functional configuration of the mobile phone 100 will be described. FIG. 2 is a block diagram showing an example of the internal configuration of the mobile phone 100. In FIG. 2, the mobile phone 100 includes a CPU 110, a GPS positioning unit 112, a RAM 120, a ROM 140, an operation unit 160, a display unit 170, a telephone / communication unit 180, and a ticketless processing unit 190. Configured.

  A CPU 110 (Central Processing Unit) implements various functions of the mobile phone 100 by reading and executing various control programs of the mobile phone 100 stored in the ROM 140. In the present embodiment, CPU 110 executes user operation execution processing according to user operation execution program 142 (see FIG. 7), thread creation processing according to thread creation program 144, and stroke edit processing according to stroke edit program 146. (See FIG. 8), an association process according to the association program 148 (see FIG. 9), a related information definition process according to the related information definition program 150 (see FIG. 10), and a telephone / web connection program 152. A telephone process / Web connection process, a train reservation process according to the train reservation program 154, and a resident process (see FIG. 11) according to the resident process program 156 are executed.

  A RAM (Random Access Memory) 120 forms a work area for temporarily storing various data. In the present embodiment, as shown in FIG. 2, thread information 122, itinerary information 124, related information definition table 126, train reservation information 128, web browsing history 130, mail data 132, guidance information 134, , Storing.

  The thread information 122 stores information for displaying related information associated with predetermined process information according to importance. Here, the thread refers to a group of related information associated with one process information, and thread information is used to manage the thread. In a thread display menu to be described later, related information is displayed with this thread as a unit. The related information refers to information related to the process, which is information related to the process information or the process information itself, and the display order is controlled according to the importance in the thread display menu.

  FIG. 3 shows a data configuration example of the thread information 122. In FIG. 3, the thread information 122 includes data for one thread by one card, and stores a thread number 122a, a thread name 122b, a process number 122c, and a keyword 122d. The thread number 122a and the thread name 122b are information (for example, “# 111”, “Ito alumni trip”) for specifying the thread. The process number 122c is information (for example, “SCD001”) for specifying one process information stored in the process information 124.

  The keyword 122d stores a keyword used when a thread is automatically extracted in an association process described later. This keyword includes a keyword registered in advance by the user in the thread creation process, a keyword automatically registered by parsing information included in the process information, and the like.

  In addition, the thread information 122 includes, as information on related information associated with the thread, an item number 122e, a related item 122f, a data storage destination 122g, an importance 122h, an information category 122i, a setting parameter 122j, Is stored. The item number 122e is information (for example, “A1”) for specifying each related information. The related item 122f is a menu item (for example, “received mail”) classified when the call menu is displayed. This related item is displayed as a menu item for calling the related information when the call menu is displayed. That is, the display order of the menu items is controlled according to the importance of the related information, and the corresponding related information can be browsed by operating (clicking) the menu item.

  The data storage destination 122g is information (for example, an address or the like) that specifies the storage destination of related information stored in the RAM 120, or information that exists on the Internet when the related information is acquired by Web connection. Information for specifying a storage destination (for example, URL) is stored.

  The importance level 122h is a parameter for determining the display order of the related information. For example, the importance level 122h is a current position or current time of a mobile person carrying the mobile phone 100 and an importance level determination function stored in the information category 122i. Calculated based on This importance is updated at any time with execution of an association process (see FIG. 9) and a resident process (see FIG. 11), which will be described later.

  The information category 122i stores the type of importance determining function for calculating the importance 122h as an information category. This information category is information associated with an importance determining function stored in information category data 156 described later, and is set with execution of a related information definition process (see FIG. 10) described later.

  The setting parameter 122j stores the parameter of the importance determining function set in the information category 122i. For example, when the information category is point arrival type, this parameter stores the position of the point (for example, “position information (latitude / longitude) of Tokyo station”), and related information definition processing (see FIG. 10) described later. ).

  The travel information 124 is information indicating a travel process of a preset traveler. FIG. 4 shows a data configuration example of the stroke information 124. As shown in FIG. 4, the stroke information 124 stores a stroke number 124a, an event number 124b, a date and time 124c, an event 124d, and position information 124e.

  The process number 124a is information (for example, “SCD001”) for specifying one process information, and corresponds to the process number 122c of the thread information 122 described above. The event number 124b is information (for example, “01”) for specifying each event included in the travel process. The date and time 124c stores the scheduled date and time of the corresponding event (for example, “departure from home”). The event 124d stores a departure point, a transit point, arrival at a destination, departure, passage, and the like as each event (for example, “home departure”).

  The position information 124e is information indicating the position of the departure point, the waypoint, and the destination, and stores the earth coordinate system 124f and the railway facility information 124g. The earth coordinate system 124f stores, for example, the earth coordinate system coordinates (latitude, longitude, altitude) measured by the GPS positioning system as position information. In this earth coordinate system 124f, the name of the address, facility, etc. initially input by the user is stored, but the earth acquired from the position providing system 300 by executing a process editing process (see FIG. 8) described later. Coordinate system coordinates are stored. The railway facility information 124g stores position information of a ticket gate device installed in a ticket gate system 510 described later. The position information of the ticket gate is acquired from the railway system 500 by executing a process editing process (see FIG. 8) described later.

  The related information definition table 126 stores the correspondence between the related items and the importance determining function defined in the information category, and the reference value max of the importance. FIG. 5 shows a data configuration example of the related information definition table 126. In FIG. 5, the related information definition table 126 stores the types of importance determining functions defined in the information category data 158 in association with the related items 126a. The types of importance determining functions defined in the information category data 158 include a general type 126b, a point arrival type 126c, a region arrival type 126d, a point center type 126e, a time decrease type 126f, and the like.

  The related item 126a stores an item (for example, “received mail”) associated with the related information. When the related item and the importance level determining function are associated with each other, the parameter value for setting the reference value max of the importance level determining function is stored in the item where the related item intersects the importance level determining function. Has been. Specifically, the related item “received mail” is associated with the importance level determination functions “general type” and “time-decreasing type”, and the parameter value “ “L6” is set, and the parameter value “L6” is set to the “time-decreasing type” reference value max “P51”. This parameter value is a value that can be arbitrarily changed by a user operation.

  Further, when a plurality of importance determining functions are associated with each other as in the received mail or the guidance information, any importance determining function can be set by a user operation. For example, in the case of guidance information such as train time guidance information on a travel route, a demand time type importance degree determination function is set. Also, in the case of guidance information regarding points such as tourist information of the place according to the current position that is not directly expressed in the travel schedule, a demand time type importance determination function is set. Thereby, importance can be calculated according to the characteristic of each information.

  The train reservation information 128 stores information related to train reservation processing, and stores, for example, information related to the train number, car number, seat number, and inter-station information of the reserved train.

  The web browsing history 130 stores history information such as HP browsed by connecting to a web server via the Internet. Specifically, the address (for example, URL) of the viewed HP is stored. Moreover, the structure which stores the page data acquired when browsing HP etc. may be sufficient.

  The mail data 132 stores various electronic mails received from an external device. The guidance information 134 stores guidance information received from the traveler guidance server 200.

  A ROM (Read Only Memory) 140 stores various programs for the mobile phone executed by the CPU 110 and various data related to these programs. In this embodiment, as shown in FIG. 2, a user operation execution program 142, a thread creation program 144, a process editing program 146, an association program 148, a related information definition program 150, a telephone / web connection program 152, The train reservation program 154, the resident processing program 156, and the information category data 158 are stored.

  The information category data 158 stores an importance determining function for calculating the importance of each related information. The importance determination function is a function for calculating the importance according to the current situation relating to movement, such as the current position with respect to the target point. The importance determination function includes, for example, a general type whose importance does not depend on the current position and the current time, a demand place type in which the importance is determined according to the current position with respect to the target point, and a current time with respect to the travel process. There is a demand time type in which the importance is determined.

  FIG. 6 is a graph showing an example of the importance determining function. FIG. 6A is a graph of the importance determining function whose information category is a general type. Importance is set on the vertical axis, position is set on the horizontal axis, and “P11” is set as the reference value max of importance. This general type indicates that the importance does not change regardless of the change of the position of the moving person.

  FIG. 6B is a diagram in which an importance determination function in which the information category is a point arrival type is graphed. Importance is set on the vertical axis, position is set on the horizontal axis, and “P21” is set as the reference value max of importance. According to this point arrival type, the importance gradually increases as it approaches the target point from the time when the traveler arrives at the departure position, and the importance reaches “P21” with the arrival of the target point. Indicates a sharp drop. The target point here is one of the demand places, and the point arrival type importance determining function is included in the demand place type.

  FIG. 6C is a diagram in which the importance determination function in which the information category is an area arrival type is graphed. Importance is set on the vertical axis, position is set on the horizontal axis, and “P31” and “P32” are set as reference values max of importance. According to this region arrival type, before the mobile person reaches the departure position, the importance does not change regardless of the change of the mobile person's position, and the constant importance “P31” is maintained. Then, when the departure position is reached, the degree of importance once suddenly decreases, but the degree of importance gradually increases as the traveler approaches the target area, and the degree of importance reaches “P32” as the target area is reached. Furthermore, while the mobile person is moving in the target area, the importance level keeps “P32”, and when the mobile person leaves the target area, the importance level decreases rapidly. The target area here is one of the demand places, and the importance determination function of the area arrival type is included in the demand place type.

FIG. 6D is a graph of the importance determining function whose information category is the point center type.
Importance is set on the vertical axis, position is set on the horizontal axis, and “P41” is set as the reference value max of importance. According to this point-centered type, the importance gradually increases as it approaches the target point from the time when the traveler reaches the starting position, and the importance reaches “P21” as the target point is reached. Thereafter, the importance gradually decreases as the distance from the target point increases. The target point here is one of the demand places, and the point-centric importance determining function is included in the demand place type.

FIG. 6E is a graph of the importance determining function with the information category decreasing with time.
Importance is set on the vertical axis, time is set on the horizontal axis, and “P51” is set as the reference value max of importance. According to this time-decreasing type, the importance level reaches “P51” when the related information is acquired, and the importance level decreases linearly as time passes. The time point at which the related information is acquired is one of demanding times, and the time-decreasing importance degree determination function is included in the demanding time type.

  The operation unit 160 includes character keys, numeric keys, and the like, and outputs an operation signal corresponding to the operated key to the CPU 110.

  The display unit 170 displays a display screen according to an input display signal, and is realized by an LCD (Liquid Crystal Display), an LED (Electronic Luminescent), or the like.

  The telephone / communication unit 180 is connected to the communication network N and has a telephone function for performing telephone processing with other telephones. It also has an e-mail function for sending and receiving e-mails to and from the travel guide server 200, etc., and a browser function for browsing websites, and acquires (receives) necessary information from external systems. ) To realize the data communication function.

  The ticketless processing unit 190 is a processing unit for realizing ticketless entry and exit, and a non-contact type IC chip storing a user ID, usage history information, and the like of a user who uses the ticketless system. Built-in, information is transmitted and received by a short-range wireless communication with a ticket gate device installed in the ticket gate system 510, and entry / exit to the station premises without a ticket is realized. Specifically, the ticketless processing unit 190 transmits the user ID and the like to the ticket gate device, the name of the station (station name) through which the traveler has passed from the ticket gate device, the read time (pass time), and the station premises Entry / exit information including an identification flag indicating whether to enter / exit is received. Based on the transmitted / received information, entry / exit into the station is permitted. Further, the entrance / exit information transmitted / received to / from the ticket gate device is transmitted from the ticket gate system 510 to the traveler guide server 200, and based on this entrance / exit information, the traveler guide server 200 grasps the current location of the traveler. The

1-2. Traveler Guidance Server The traveler guidance server 200 includes a control device including a CPU and an IC memory, a storage device such as a hard disk, a storage medium reading device for reading information stored in an external storage medium such as a CD and an MO, and a communication network N. It implement | achieves by the well-known general purpose server apparatus comprised provided with the communication apparatus etc. for connecting and connecting to the outside etc. and exchanging data with the outside.

  In addition, the mobility information server 200 is connected to the mobile phone 100 via the Internet, and transmits and receives electronic mail to and from the mobile phone 100. In particular, according to the present embodiment, the travel information including the travel process of the mobile person is received from the mobile phone 100, and the guide information is sent to the mobile phone 100 at an appropriate timing based on the date and time of the event recorded in the travel information. Send.

  Specifically, the traveler guidance server 200 includes a process information storage unit and a guidance information providing unit. The process information storage unit stores the process information transmitted from the mobile phone 100 for each traveler, and the data structure is the same as the process information shown in FIG. Although detailed operations will be described later, the process information is updated and stored so that the process information stored in the process information storage unit has the same content as the process information stored in the mobile phone 100.

  A guidance information provision part transmits guidance information to each traveler based on the process information for every traveler memorize | stored in the process information storage part. For example, the date and time included in the process information is compared with the current date and time, and when the date of departure from home approaches, guidance information such as “Please leave home” is transmitted to the corresponding mobile phone 100. In addition, the guidance information providing unit grasps the current position of the traveler based on the entrance / exit information of the mobile person received from the ticket gate system 510, and provides the guide information to the mobile person based on the current position of the mobile person and the travel information. Send. For example, if it is determined that the vehicle has passed the Tokyo Station Shinkansen entrance ticket gate based on the entrance / exit information, information on the train on which the traveler is scheduled to get is acquired from the operation management system 520 based on the route information, "Get on the train departing at 11:30" to the corresponding mobile phone 100.

1-3. Position providing system The position providing system 300 includes map data (image data) represented at a predetermined scale, and position information (= earth coordinate system coordinates specified by an actual position represented by an address and earth coordinate system coordinates, for example. (Latitude / longitude / altitude)), location information including data indicating the correspondence between names or place names of stations, stores, bridges, parks, lakes, etc., and location information specifying the location This is a known system realized by a computer or the like that stores a DB (database). The location providing system 300 is connected to the mobile phone 100 via the Internet, receives an address, a name of a facility, a place name, and the like from the mobile phone 100 and transmits corresponding location information. Further, the position providing system 300 stores the position information of the ticket gate apparatus installed in the ticket gate system 510 as railway facility information for each station, and when receiving information on the station from the mobile phone 100, the corresponding railway facility information is stored. Transmit to mobile phone 100.

1-4. Train Reservation System The train reservation system 400 is a well-known system operated by, for example, a railway company, and manages train operation and seat reservation. Specifically, it is connected to the mobile phone 100 via the Internet, performs a search according to an information search request from the mobile phone 100, and transmits information related to the seat reservation of the train such as the vacant seat status as a search result. Thus, processing related to train reservation is executed with the mobile phone 100.

1-5. Railway System The railway system 500 is a well-known system operated by a railway operator, and includes a ticket gate system 510 and an operation management system 520.

  The ticket gate system 510 is a well-known system that has a ticket gate device installed at the ticket gates of each station to realize ticket ticketing work, and allows ticketless entry and exit. Managed by computer control. In the present embodiment, the ticket gate system 510 is connected to the travel guide server 200 via the communication network N, and when the ticket gate device receives the user ID, the received user ID and the ticket gate device The entrance / exit information associating the identification information (station name) of the station where the station is installed, the read time (passage time), and the identification flag indicating the entry / exit is transmitted to the traveler guidance server 200. .

  The communication network N means a communication path through which data can be exchanged. That is, the communication network N includes a dedicated line for direct connection, a telephone communication network, an ISDN line network, a communication satellite network, a cable network, and the Internet. Although the communication network N is shown as if it were one type of communication path in the figure, it goes without saying that each system and the travel guide server 200 may be connected by a plurality of types of communication paths.

2. Process Flow The process flow in this embodiment will be described. 7 to 11 are flowcharts for explaining the flow of processing in the present embodiment.

  First, a user operation execution process that is a flow of the entire operation of the mobile phone 100 will be described. FIG. 7 is a flowchart showing user operation execution processing. In FIG. 7, when an instruction for menu selection is input from the user (moving person) (step S <b> 2; YES), the CPU 110 determines the selected menu and executes a process related to each menu.

  For example, when the telephone menu is selected (step S2; telephone), the telephone / communication unit 180 is controlled to execute telephone processing (step S4). Specifically, the telephone / communication unit 180 executes a telephone / web connection program, converts a user's voice signal (analog signal) input from a microphone (not shown) into a digital signal, and makes a call. A process of transmitting to the other party, receiving the other party's voice data, decoding and reproducing the voice, and outputting the sound from a speaker (not shown) at an appropriate volume is performed.

  When the thread creation menu is selected (step S2; thread creation), thread creation processing is executed according to the thread creation program 144 (step S6). Specifically, it is a process for creating a new thread in accordance with a user operation.

  When the stroke editing menu is selected (step S2; stroke editing), the stroke editing process (see FIG. 8) is executed according to the stroke editing program 146 (step S8). Details of the process editing process will be described later.

  When the train reservation menu is selected (step S2; train reservation), train reservation processing is executed according to the train reservation program 154 (step S10). Specifically, an information search request is transmitted to the train reservation system 400 via the Internet, and information related to train seat reservation such as vacant seat status as a search result is received. Then, the reservation request input according to the received information is transmitted to the train reservation system 400, and when the reservation is established, the train reservation information is acquired and stored in the train reservation information 128.

  Moreover, CPU110 will perform the correlation process (refer FIG. 9) which links the acquired train reservation information with a thread, if train reservation information is acquired (step S12) (step S14). Details of the association process will be described later. Subsequently, it is determined whether or not the train reservation information is associated with the thread by the association process (step S16). When the association is performed (step S16; YES), the thread is handled based on the train reservation information. The process information is additionally updated (step S18). Then, an electronic mail including the additionally updated process information is transmitted to the traveler guide server 200, and the process information stored in the mobile phone 100 and the process information stored in the user guide server 200 are made common. .

  When the guide information menu is selected (step S2; guide information), the guide information 134 stored in the RAM 120 is read and displayed in a list on the display unit 170, and the guide information is selected (step S22). Then, an association process (see FIG. 9) for associating the selected guide information with the thread is executed (step S24).

  When the Web connection processing menu is selected (Step S2; Web connection), Web connection processing is executed according to the telephone / Web connection program 152 (Step S26). Specifically, in order to browse a Web site, a browser is activated to connect to the Internet, and information is acquired from HPs established by various Web servers. Also, the browsing history of the HP is stored in the Web browsing history 130. Then, the history of the browsed HP is acquired as Web information (for example, URL of the Web site) (step S28), and an association process (see FIG. 9) for associating the Web information with the thread is executed (step S30).

  When the mail menu is selected (step S2; mail), the mail data 132 stored in the RAM 120 is read out, and a list of e-mails is displayed on the display unit 170 to select the e-mail (step S32). Then, an association process (see FIG. 9) for associating the selected electronic mail with the thread is executed (step S34).

  Next, a case where the thread display menu is selected will be described. The thread display menu is a menu that causes the display unit 170 to display a call menu in which related information associated with each thread is used as a menu item and the menu items of the related information are arranged in the display order corresponding to the importance.

  First, when the thread display menu is selected (step S2; thread display), the thread information 122 stored in the RAM 120 is read, each thread is displayed in a list on the display unit 170, and a thread is selected (step S36). . Next, the CPU 110 determines the display order of the menu items indicating the related information according to the importance of each related information associated with the selected thread, and displays the call menu related to the thread in which the menu items are arranged according to the display order. (Step S38).

  Then, as an instruction to display related information, it is determined whether any menu item has been selected (step S40). If a menu item has been selected (step S40; YES), the corresponding related information is stored as data. The acquired related information is displayed according to the destination 122g (step S42).

  Next, the process editing process will be described. FIG. 8 is a flowchart showing the process editing process. In FIG. 8, the CPU 110 reads the thread information 122 stored in the RAM 120, displays each thread on the display unit 170 as a list, and selects a thread (step S52). Subsequently, based on whether or not the process information is associated with the selected thread, it is determined whether or not process information is newly input (step S54).

  When the process information is not associated with the thread (step S54; YES), the user inputs new process information (step S56) and stores it in the process information 124. On the other hand, when the process information is associated with the thread (step S54; NO), the corresponding process information is read from the process information 124 and displayed on the display unit 170 (step S58). Then, the edited content of the displayed travel information is input (step S60), and the edited content is updated and stored in the travel information 124.

  Next, it is determined whether or not the location information is collectively acquired by accessing the location providing system 300 (step S62). When an instruction for batch acquisition is input (step S62; YES), the location information input by the user (YES) For example, an address, a place name, a name of a facility, etc.) are transmitted to the position providing system 300, and position information (for example, earth coordinate system coordinates, railway facility information) is collectively requested (step S64). When the position information is acquired from the position providing system 300, the position information 124e of the process information 124 is updated (step S66). Then, the updated process information is transmitted to the traveler guide server 200 (step S66), and the process information stored in the mobile phone 100 is shared.

  Next, the association process will be described. FIG. 9 is a flowchart showing the association process. In FIG. 9, the CPU 110 determines whether or not to automatically extract a related thread for information acquired or selected according to a user instruction in the user operation execution process described above (step S <b> 72). When an instruction to automatically extract a thread is input (step S72; YES), a word (extracted by syntax analysis or the like) included in the information, a keyword stored in the keyword 122f of the thread information 122, Are compared, and a thread including a keyword matching the word is extracted and displayed (step S86).

  Here, when a plurality of threads are extracted (step S88; YES), the user is allowed to select a thread (step S90). Then, the information is associated with the extracted thread or the selected thread. Specifically, the user inputs related items for the information, and the input related items and the data storage destination of the acquired information are stored in the corresponding thread information 122.

  Returning to step S72, when an instruction to manually select a thread is input (step S72; NO), it is determined whether to select from existing threads or create a new thread (step S74). When selecting from existing threads (step S74; YES), each thread is read from the thread information 122, displayed in a list on the display unit 170, and selected (step S82). Then, the information is associated with the selected thread.

  When a new thread is created (step S74; NO), a thread creation process is executed to create a new thread (step S78). Then, the information is associated with the newly created thread (step S80).

  When the information is associated with the thread, a related information definition process (see FIG. 10) for setting an information category and setting parameters for calculating the importance of the related information associated with the thread is executed (step 10). S94). Details of the related information definition process will be described later. Subsequently, the CPU 110 calculates the importance of the related information based on the position information of the mobile phone 100 input from the GPS positioning unit 112, the information category, and the setting parameter, and the importance 122h of the thread information 122 is calculated. (Step S98).

  Next, the related information definition process will be described. FIG. 10 is a flowchart showing related information definition processing. In FIG. 10, the CPU 110 refers to the related information definition table 126 to determine whether there is an information category corresponding to the related item of the related information associated with the thread (step S102). If there is no corresponding information category (step S102; NO), an information category is selected from the information categories stored in the information category data 158 (step S104). Further, the setting parameters necessary for the information category are input (step S106). This setting parameter is setting information such as a target point, and is input based on position information stored in the process information, for example.

  On the other hand, when there is an information category corresponding to the related item (step S102; YES), it is determined whether there are two or more corresponding information categories (step S108). When there are two or more corresponding information categories (step S108; YES), the user is allowed to select an information category from the corresponding information categories (step S110). Further, the setting parameters necessary for the information category are inputted based on the position information stored in the process information (step S112). Then, the information category and the setting parameter are stored in the information category 122i and the setting parameter 122j of the thread information 122 (step S114).

  Next, the resident process will be described. FIG. 11 is a flowchart showing the resident process. This process is realized by the CPU 110 executing the resident process program 156, and is executed residently when the mobile phone 1 is activated. The loop being processed is a process performed for each thread stored in the RAM 120.

  In FIG. 11, the CPU 110 detects position information of the mobile phone 100 (step S122). Specifically, the GPS positioning unit 112 receives radio waves from GPS satellites, and detects position information based on the earth coordinate system coordinates (latitude, longitude, altitude). Further, the ticketless processing unit 112 receives the entrance / exit information from the ticket gate device, and based on the station name included in the entrance / exit information, the railway facility information stored in the travel information 124, and 124g, the mobile phone 100 The position information of is detected.

  Next, the CPU 110 detects the current time (step S124). Further, the telephone / communication unit 180 is controlled to connect to the mobile phone network and detect the presence or absence of an incoming e-mail or guidance information (step S126). If an incoming e-mail or guide information is detected (step S126; YES), an e-mail or guide information receiving process is executed to display an incoming call on the display unit 170 (step S128).

  Then, the CPU 110 starts loop processing for each thread. First, one thread is acquired from the thread information 122 (step S130), and it is determined whether or not an event executed today is included by referring to the process information associated with the thread (step S132). If the event executed today is not included (step S132; NO), the process is terminated as it is.

  If an event executed today is included (step S132; YES), the importance of each related information is calculated based on the acquired position information and the information category and setting parameter associated with each related information. To do. Specifically, it is determined whether the acquired current position matches the point of the setting parameter, or whether the acquired current position is within a predetermined distance range from the point, and based on the determination result, the information category The importance is calculated from the importance determination function set in. Then, the calculated importance is updated and stored in the importance 122h of the thread information 2122, and the importance is reset (step S134).

  Thus, the current position is detected according to the movement of the mobile phone 100 carried by the mobile person, and the importance of the related information is appropriately updated according to the detected current position. In the thread display menu, the related items are displayed in the display order corresponding to the importance, so that appropriate related information corresponding to the current position of the moving person can be promptly provided.

  Further, as a process that is performed residently, when the CPU 110 detects an incoming e-mail or guidance information in the telephone / communication unit 180, the CPU 110 controls the telephone / communication unit 180 to perform a process for receiving an e-mail or guidance information. The interrupt processing is executed to display a message reporting the reception of the mail on the display unit 170. Accordingly, the mobile phone 100 can receive guidance information and electronic mail that are appropriately transmitted in the background of the user operation execution process, and always display the latest incoming call.

3. Display Screen A display screen displayed on the display unit 170 according to the process information 124 shown in FIG. 4 will be described. FIG. 12 is a diagram illustrating an example of a display screen of a call menu in which menu items of related items of related information associated with a thread are preferentially arranged in order according to the importance. In FIG. 12A, the display screen W101 is a thread display when the alumni guidance email received from the secretary and the process information created according to the guidance email are associated with the thread at the stage before the event occurs. The screen is shown. In this case, for example, according to the related information definition table 126 of FIG. 5, the general type is set for the received mail and the process information, but the importance max is set to “L6” and “L7”, respectively. Therefore, the process information is higher in importance. Accordingly, the display order is “1. process information” and “2. received mail”.

  In FIG. 12 (b), a display screen W102 shows a thread display screen when a traveler has arrived near Tokyo Station on the day of the event occurrence. In this case, for example, the point arrival type is set as the information category of the reservation information, and Tokyo Station is set as the setting parameter (target point). Therefore, as the traveler approaches Tokyo Station, the importance of the reservation information is “ Approaching L10 ". Accordingly, the display order is “1. ticket reservation information”, “2. travel information”, and “3. received mail”.

  FIG. 13 (a) shows a thread display screen after train time guide information is transmitted from the mobile guide server 200 and received as the mobile passes the Tokyo Station Shinkansen entrance ticket gate. In this case, for example, a time-decreasing type is set for the information category of the train time guide information, and therefore, the importance of the train time guide information is closest to “L9” when the train time guide information is received. Moreover, since the traveler browsed the weather information and the tourist information, these pieces of information are displayed as related information. In this case, for example, the information category of weather information and tourism information is set to reach the area, and the setting parameters (target areas) are set to “Shizuoka Prefecture” and “Ito City”. The importance of is set low. Therefore, the display order is “1. train time guide information”, “2. ticket reservation information”, “3. itinerary information”, “4. received mail”, “5. weather information”, “6. tourist information”. "

  FIG. 13B shows a display screen when the menu item “1. Train time guidance information” is instructed on the display screen W103 of FIG. In FIG. 13B, the display screen W104 displays guidance information such as “Get on the train from 11:30 departing from line 3.”

  FIG. 14 shows a thread display screen when the traveler has reached near Ito Station. In this case, the region arrival type is set for the information category, the importance of the tourist information and weather information set for the parameter “Ito City” and “Shizuoka Prefecture” is increased, and the general type is set for the information category. The travel schedule information and the received mail have no change in importance, and the reservation information for which the point arrival type is set in the information category and the setting parameter is set to “Tokyo Station” or the like is low in importance. Therefore, the train time guidance information in which the time-decreasing type is set in the information category is also less important. Accordingly, the display order is “1. sightseeing information”, “2. weather information”, “3. itinerary information”, “4. received mail”, “5. ticket reservation information”, “6. train time guide information”. "

4). As described above, according to the mobile phone 100 of the present embodiment, the information stored in the mobile phone 100 is registered as related information related to the thread, and the information is associated with the registered related information. Information categories and setting parameters for calculating the importance of related information are set. Then, based on the current position of the mobile phone 100 acquired from the GPS positioning unit 112 or the ticketless processing unit 190, the set information category and the set parameter, the movement status with respect to the movement process is determined, and each related information The importance is calculated, and menu items for calling up the related information are displayed in the display order corresponding to the calculated importance.

  Thereby, according to the movement situation such as the current position of the own mobile phone 100, it is possible to preferentially display the menu items of the related information required by the mobile, and the mobile can easily display the necessary related information. Can be accessed. In addition, since information stored in the mobile phone 100 can be associated with each thread and related information can be displayed in units of threads, only menu items of necessary information can be displayed. Will improve. In particular, it is effective for a mobile phone having a small display screen.

  In addition, a plurality of importance determination functions are set in the information category set for calculating the importance of the related information, and the importance according to the characteristics of each related information can be set. This makes it possible to calculate the importance according to the characteristics of each related information, and by displaying the call menu in which the menu items are displayed in the order of display based on the importance, the related information according to the needs of the mover is displayed. Menu items can be preferentially displayed.

  In addition, by setting a setting parameter in the importance level determination function, it is possible to perform a precise calculation of the importance level according to the travel process of the traveler. That is, for example, even when the same type of information category is set for two related information, by setting different parameters (for example, “Tachikawa Station” on one side and “Tokyo Station” on the other side) The importance levels set in the two related information are different importance levels, and it is possible to make a difference between superiority and inferiority in the display order. Furthermore, the importance determination function includes a type in which importance is calculated based on the current position (eg, general type, point arrival type), and a type in which importance is calculated based on the current time (eg, time reduction type). And the importance can be calculated based on different factors such as the current position of the mobile phone 100 and the current time. Thereby, importance can be calculated according to various variable factors, and relevant information suitable for the situation where the user is placed can be preferentially presented.

  For example, for information that increases in importance by going to the area, such as tourism information, it is more appropriate to calculate the importance based on whether or not the tourist area is approached based on the current position. Can be determined. On the other hand, for information transmitted at an appropriate timing according to the scheduled time of each event in the travel process, such as guidance information acquired from the travel guide server 200, the importance is calculated according to the position. It is possible to appropriately determine the importance level when the importance level is calculated on the basis of the time. Thus, by setting an optimal information category according to the characteristics of each related information and calculating the importance, it is possible to preferentially provide the related information according to the user's needs.

  Further, the association between the thread and each related information can be performed automatically based on a keyword set in advance in the thread, or an arbitrary thread can be manually selected by the user and associated. As a result, when the association is automatically performed, information can be easily associated with the thread, and when the association is performed manually, the information can be associated as appropriate according to the usage situation of the user, which is convenient.

  In the call menu, menu items associated with each related information are displayed in the display order corresponding to the importance, and the corresponding related information is displayed by selecting the menu item. Thereby, information can be efficiently displayed on a limited screen, and necessary information can be easily searched.

5). Modifications An example of a preferred embodiment of the present invention has been described. However, the present invention is not limited to the above-described one, and can be appropriately changed without departing from the spirit of the invention. Hereinafter, modified examples will be described.

5-1. Calculation of Importance Based on Time In the present embodiment, the position information detected by the GPS positioning unit 112 or the ticketless processing unit 190 of the mobile phone 100 and various importance determination functions set in the information category data 158 Based on the above, the case of calculating the importance of each related information has been described, but the present invention is not limited to this configuration. For example, various importance determination functions set in the information category data 158 may be defined based on time. That is, an importance determination function is defined with the horizontal axis of the graph shown in FIG. 6 as time, and the date and time of the event stored in the process information is set as the setting parameter. Then, the importance of each related information is calculated based on the current time and the set information category and setting parameter.

  Specifically, when the area arrival type is set in the information category of the tourism information, the setting parameters include the target area arrival time “14:00” and the target area leaving time “ 17:30 ”is set. Then, the CPU 110 determines whether the current time coincides with “14:00” or is a predetermined time before, and calculates the importance based on the determination result and the importance determination function. Here, the target area arrival scheduled time and the target area scheduled departure time are one of demanding times.

  As a result, for example, even when a mobile person is in a location where GPS satellite radio waves do not reach, the movement status according to the current time is determined with respect to a predetermined travel process, and the appropriate display order is used. Related information can be displayed.

  In addition, an importance level determination function based on the demand location type and an importance level determination function based on the demand time type are respectively set in the information category, and the importance level is calculated based on two elements of the current position and the current time. It may be. According to this configuration, related information can be displayed in an optimal display order according to a predetermined travel process and the actual situation of the traveler. In addition, in consideration of the speed difference of transportation facilities, the distance to the destination (target point) and the current time may not be a simple correlation. For example, Tokyo Station has a long distance to the destination but is relatively close on a time scale. In such a case, as shown in FIG. 15, the mapping based on the distance change and the time axis may be performed, and the importance determination function may be set based on this mapping. Then, based on this importance level determination function, by combining the two elements of the current position and the current time and calculating the importance level, the related information is displayed in a suitable display order according to the movement status of the moving person. Can be made.

5-2. Storage form of related information In the present embodiment, the received mail, guidance information, etc. of the related information is configured to display the information stored in the RAM 120 as it is, and the Web information is information for acquiring the Web information ( For example, although the configuration is such that URL) is displayed, the present invention is not limited to this. For example, the Web information may be configured to store the page data acquired when the user browses the HP as it is. According to this configuration, for example, even when a mobile person is in a place where the mobile cannot connect to the Internet (for example, in a tunnel), necessary information can be quickly acquired.

5-3. Information Category In the present embodiment, the case where importance is calculated using any one importance determination function as an information category has been described, but the present invention is not limited to this configuration. For example, in the information category, a plurality of importance determination functions may be set, and an average value calculated based on the plurality of importance determination functions may be set as the importance of the related information. . According to this configuration, since the importance can be calculated by incorporating various variable elements based on a plurality of importance determination functions, the related information can be displayed in a more suitable display order according to the movement situation of the mover. Can be displayed. Further, the importance determining function is not limited to the above five, and various other types of functions may be used.

5-4. Display Mode In the present embodiment, the case where the related information call menu is displayed in the display order according to the importance has been described, but the present invention is not limited to this configuration. For example, the call menu may be identified and displayed according to the importance level and other factors. Specifically, when the guidance information acquired from the traveler guidance server 200 is displayed at the top of the display order, the thread menu may be displayed in a blinking manner. Guidance information is often relatively important, for example, guiding train numbers and train times. Therefore, while the display order is at the head, it can be displayed in a blinking manner so that it can be easily distinguished from other related information.

5-5. Mobile phone In this embodiment, a mobile phone has been described as an example of a mobile mobile terminal. However, mobile mobile terminals to which the present invention can be applied are not limited to mobile phones, and devices such as mobile information processing devices and PDAs. Of course, it may be. In this case, a wireless communication line such as a wireless LAN is not limited to the mobile phone network.

The figure which shows schematic structure of the traveler guidance system of this embodiment. The functional block diagram of a mobile telephone. The figure which shows the data structural example of thread information. The figure which shows the data structural example of process information. The figure which shows the data structural example of a related information definition table. The figure which shows the data structural example of information category data. The flowchart of a user operation execution process. The flowchart of process edit processing. The flowchart of an association process. The flowchart of a related information definition process. The flowchart of a resident process. The figure which shows an example of the display screen of a mobile telephone. The figure which shows an example of the display screen of a mobile telephone. The figure which shows an example of the display screen of a mobile telephone. The figure which shows the modification of an importance determination function.

Explanation of symbols

1 Mobile Guide System 100 Mobile Phone 110 CPU
120 RAM
122 Thread information 124 Acknowledgment information 126 Related information definition table 128 Train reservation information 130 Web browsing history 132 Mail data 134 Guidance information 140 ROM
142 User operation execution program 144 Thread creation program 146 Process editing program 148 Association program 150 Related information definition program 152 Telephone / Web connection program 154 Train reservation program 156 Resident processing program 158 Information category data 160 Operation section 170 Display section 180 Telephone / communication section 190 ticketless processing unit 200 travel guide server 300 location providing system 400 train reservation system 500 railway system 510 ticket gate system 520 operation management system N communication network

Claims (6)

It has current location acquisition means and communication means that can connect to the Internet, and stores the travel process in which the departure point, waypoints and destinations related to the movement of the traveler and the scheduled arrival time of each point are set. Mobile mobile devices
Information acquisition means for acquiring related information relating to the movement in accordance with the operation of the mover;
Information storage means for storing the related information acquired by the information acquisition means in a callable manner;
Importance calculation means for calculating the importance of each related information stored by the information storage means from the relationship between the current position and / or current time acquired by the current position acquisition means and the travel process;
The display order of the menu items for calling each related information stored in the information storage means is changed according to the importance calculated by the importance calculating means for each related information, and the calling menu is displayed. Menu display control means,
Program to function as. The mobile portable terminal is used as a pattern selection means for selecting a change pattern associated with the acquired related information from among a plurality of change patterns set in advance as a change pattern of importance according to the movement situation with respect to the movement process. Make it work
The information storage means functions the mobile portable terminal so as to store the acquired related information in association with the change information selected by the pattern selection means for the related information;
Movement status determination means for determining the current movement status for the movement stroke from the relationship between the current position and / or current time acquired by the current position acquisition means and the set movement stroke; So that the importance of each related information stored in the information storage means is obtained from the change pattern associated with the related information based on the determined movement status. Make the device work,
A program according to claim 1 for. The change pattern includes a demanding place high importance pattern in which a place where information is requested is a predetermined high importance,
When the demand location high importance pattern is selected as the change pattern associated with the acquired related information by the pattern selection means, the demand travel location for which provision of the related information is requested is set as the set travel process. Functioning the mobile mobile terminal as a demand place setting means to set based on
In a case where the information storage means stores the acquired related information in association with the demand place high importance pattern, the information storage means further stores the associated information in correspondence with the demand place set by the demand place setting means. To make the mobile mobile terminal function,
The importance calculation means has a place detection means for detecting that the current position acquired by the current position acquisition means is a demand place set by the demand place setting means or within a predetermined distance from the demand place. And causing the mobile portable terminal to function so that the importance of the related information stored in the information storage means in association with the demanding place detected by the place detection means is the predetermined high importance.
A program according to claim 2 for. The change pattern includes a demanding time high importance pattern in which the time required for providing information is a predetermined high importance,
When the demand selection time high importance pattern is selected as the change pattern associated with the acquired related information by the pattern selection means, the demand travel time required to provide the related information is set as the set travel process. Functioning the mobile mobile terminal as a demand setting means for setting based on
In the case where the information storage means stores the acquired related information in association with the demand demand high importance pattern, the information storage means further stores the related information in correspondence with the demand time set by the demand time setting means. To make the mobile mobile terminal function,
The importance calculation means has time detection means for detecting that the current time is the demand time set by the demand time setting means or a predetermined time before the demand time, and is detected by the time detection means. Causing the mobile portable terminal to function so that the importance of the related information stored in the information storage means in association with the demanding time is the predetermined high importance.
The program of Claim 2 or 3 for. The change pattern includes a time-decreasing pattern in which importance decreases with time,
Guiding information transmitted from a traveler guidance server that stores a traveling process having the same content as the set traveling process, and transmits predetermined guidance information relating to a traveling process after the present time of the moving process based on the current time, Causing the mobile terminal to function as guidance information receiving means for receiving via the communication means;
When the guidance information is received by the guidance information receiving means, the information storage means sets the guidance information as one of the related information and stores it in association with the time-decreasing pattern. Make it work,
The program as described in any one of Claims 2-4 for.   The computer-readable storage medium which memorize | stored the program as described in any one of Claims 1-5.

Images