JP2017091326A - Notification information registration method, notification information registration device and notification information registration program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To simplify works of notification information registrations.SOLUTION: In a notification information registration method of registering notification information for notifying a mobile terminal within a specified area in association with the area, a computer is configured to execute processing of: receiving a specification of a position, a specification of a distance, a registration request of first notification information, and a registration request of second notification information; generating a first area containing a first position where a deviation occurs by the distance in a specific direction with respect to the position, and a second area containing a second position where a deviation occurs by the distance in the specific direction and a direction of a specific angle with respect to the position; registering the first notification information in association with any area of the first area and second area; and registering the second notification information in association with other area of the first area and second area.SELECTED DRAWING: Figure 8

Description

  The present invention relates to a notification information registration method, a notification information registration device, and a notification information registration program.

  As an example of the spatial information service, a mechanism is considered in which when a mobile terminal enters a preset area, a predetermined message or voice corresponding to that area is output from the mobile terminal. For example, if areas are set in various places on the passage of a station and a mobile terminal enters the area, various information such as current location and route guidance are output by voice, so that It is expected to help.

  In general, an area is often associated with a booth such as a signboard at a station or a store entrance, a position representing the area (a central point if the area is a sector), the shape and size of the area, and output notification information Are associated and registered in the database. Hereinafter, such registration processing is referred to as notification information registration.

  On the other hand, a technology for transmitting product information, service information, and the like from a store to a user in real time using wireless is known (for example, Patent Document 1).

JP-A-8-180101

  In the preparation phase, the notification information registration described above is performed while referring to a layout diagram, a map, or the like of the facility or area targeted by the operator and confirming the position where the area is set.

  On the other hand, whether or not a mobile terminal has entered the area can be determined not only when the mobile terminal has entered the area but also when the mobile terminal has entered from a predetermined direction. For example, if the area is fan-shaped, if you enter the area from the direction facing the fan-shaped arc part (corresponding to the frontage), and if you enter the area from any other direction, if you enter the area can do. Thus, by considering the direction of entering the area, different information can be provided according to the traveling direction when arriving at a certain booth. For example, if there is a ticket gate of “XX line” ahead of the booth direction, provide information that “If you go straight, it ’s a XX line.” If you arrive at the same booth from the opposite direction, Can be provided ".

  When registering notification information in consideration of the direction to enter such an area, even though the target booth is the same, it is necessary to create a number of areas whose positions and directions have been changed. There was a problem of being complicated. Even when the direction of entering the area is not taken into consideration, there is a similar problem when a plurality of areas are created in the vicinity of the same booth.

  Therefore, an object of one aspect is to simplify the task of registering notification information.

  In one form, in the notification information registration method which registers the notification information notified to the mobile terminal in the designated area in association with the area, the designation of the position, the designation of the distance, and the registration of the first notification information When the request and the registration request for the second notification information are received, a first region including a first position where a shift of the distance occurs in a specific direction with respect to the position, and the position with respect to the position Generating a second region including a second position where a deviation of the distance occurs in the direction of the specific direction and the specific angle, and one of the first region and the second region The computer executes a process of registering the first notification information in association with the first notification information and registering the second notification information in association with the other areas of the first area and the second area. To do.

  Notification information registration work can be simplified.

It is a figure which shows the structural example of the system concerning one Embodiment. It is a figure which shows the software structural example of the guidance information setting terminal used in a preparation phase. It is a figure which shows the data structure example of a guidance information database. It is a figure which shows the software structural example of the control terminal used in an operation phase. It is a figure which shows the software structural example of the mobile terminal used in an operation phase. It is a figure which shows the hardware structural example of a guidance information setting terminal and a control terminal. It is a figure which shows the hardware structural example of a mobile terminal. It is a flowchart which shows the process example in a preparation phase. It is a figure which shows the example of a screen of a guidance information setting application. It is a figure which shows the example of the area | region to be set (the 1). It is FIG. (1) which shows the example of data of the various tables of a guidance information database. It is a figure (the 2) which shows the example of the area | region to be set. It is FIG. (2) which shows the example of data of the various tables of a guidance information database. It is a figure which shows the example which sets an appropriate area | region to a booth with a wide frontage. It is a flowchart which shows the process example in an operation phase. It is a figure which shows the example of the relationship between an area | region and the present position.

  Hereinafter, preferred embodiments of the present invention will be described.

<Configuration>
FIG. 1 is a diagram illustrating a configuration example of a system according to an embodiment. In FIG. 1, a guide information setting terminal 1 used for guide information setting (notification information registration) is provided as a configuration of the preparation phase. The guidance information setting terminal 1 creates and updates a guidance information database in which booths, areas, and guidance information (notification information) are associated with each other, and the contents of the guidance information database are reflected on the mobile terminal 6 used in the operation phase. . Reflecting the contents of the guide information database to the mobile terminal 6 is performed simultaneously with the download and installation of the guide information notification application (application program) to the mobile terminal 6, or only the guide information database of the mobile terminal 6 is individually updated. It is done by doing.

  On the other hand, as a configuration of the operation phase, a control terminal 2, a hub 3, a plurality of position acquisition fixed stations 4, and a position acquisition mobile station 5 are provided for acquiring position information. A network cable is connected between the control terminal 2 and the hub 3 and between the hub 3 and the plurality of position acquisition fixed stations 4. The position acquisition mobile station 5 is attached to a mobile terminal 6 such as a smartphone and is electrically connected to the mobile terminal 6 by a USB cable or the like.

  For the position information acquisition mechanism, for example, an existing UWB (Ultra-Wide Band) positioning system is assumed to be used, but another positioning system may be used. In the UWB positioning system, the position can be measured in real time with an accuracy of about 30 cm. In the configuration shown in the figure, under the control of the control terminal 2, short pulse radio waves are transmitted from the plurality of position acquisition fixed stations 4 to the surroundings, and the position acquisition mobile station 5 transmits the radio waves from the plurality of position acquisition fixed stations 4. By receiving, the distance between each position acquisition fixed station 4 is measured. The position acquisition mobile station 5 transmits distance information between the plurality of position acquisition fixed stations 4 to the control terminal 2 via the position acquisition fixed station 4, and the control terminal 2 sets each of the position acquisition fixed stations 4 set in advance. Based on the position information, the position of the position acquisition mobile station 5 is calculated by three-point positioning. Then, the control terminal 2 transmits the position information of the position acquisition mobile station 5 to the position acquisition mobile station 5 via the position acquisition fixed station 4, and the position acquisition mobile station 5 delivers the received position information to the mobile terminal 6.

  In addition, although the case where the position acquisition mobile station 5 was mounted | worn with the mobile terminal 6 was demonstrated, when the function of the position acquisition mobile station 5 is incorporated in the mobile terminal 6, the position acquisition mobile station 5 is provided separately. There is no need.

  FIG. 2 is a diagram showing a software configuration example of the guidance information setting terminal 1 used in the preparation phase. In FIG. 2, the guidance information setting terminal 1 includes an operating system 11, a guidance information setting application 12, a layout information / map information database 18, and a guidance information database 19. The guidance information setting application 12 includes a user input receiving unit 13, a database reading unit 14, a region display unit 15, a region generation / update unit 16, and a database registration unit 17.

  The operating system 11 provides basic functions in the guidance information setting terminal 1. The guidance information setting application 12 has a function of creating and updating data in which a booth, a region, and notification information (guidance information) are associated with each other in the guidance information database 19 in accordance with an operation of an operator who is a user of the guidance information setting terminal 1. doing.

  The user input receiving unit 13 has a function of receiving information and operations interactively from an operator. For setting the area, the position and distance are input, and guidance information associated with the area is input. The database reading unit 14 reads information stored from the layout information / map information database 18 and the guide information database 19, and develops information such as a map and information on a region on a memory managed by the guide information setting application 12. It has a function to do. The area display unit 15 has a function of displaying information such as a map developed on a memory managed by the guidance information setting application 12 and information related to the area on the screen.

  The area generating / updating unit 16 has a function of generating information related to an area on the memory managed by the guidance information setting application 12 or updating existing information in accordance with the operation of the operator. The database registration unit 17 has a function of registering information related to the area on the memory managed by the guidance information setting application 12 in the guidance information database 19.

  The layout information / map information database 18 holds information such as layout maps and maps of facilities and areas to be provided for service, and includes information on the position and shape of the passage and the booth. .

  The guidance information database 19 holds information that associates booths, areas, and notification information (guidance information). FIG. 3 is a diagram showing an example of the data structure of the guidance information database 19 and includes a booth table T1, an area table T2, a notification information table T3, and an area / notification information related table T4. The booth table T1 has items such as “booth ID” and “center coordinates”. “Booth ID” is information for identifying a booth (station signboard, store entrance, etc.). “Center coordinates” are coordinates of representative positions of the booth. The area table T2 includes items such as "area ID", "booth ID", "distance", "direction", "fan-shaped radius", and "fan-shaped opening angle". “Area ID” is information for identifying an area. “Booth ID” is information for identifying an associated booth. "Distance" is the distance between the associated booth center coordinates and the sector sector center coordinates. “Direction” is a direction in which “distance” is shifted. The “fan-shaped radius” is the radius of the fan-shaped area. The “fan-shaped opening angle” is a fan-shaped opening angle that is a region (a circle if the opening angle is 360 °). In addition, although an area | region is demonstrated as a fan shape, another shape may be sufficient.

  The notification information table T3 includes items such as “notification ID” and “notification content”. “Notification ID” is information for identifying notification information. “Notification content” is the content of notification information (text data, voice data, etc.). The main body of text data or voice data may be stored in another location, and link information to the main body may be held in the notification information table T3. The area / notification information association table T4 has items such as “area ID” and “notification ID”. “Area ID” is information for identifying an area. “Notification ID” is information for identifying notification information. The booth table T1 and the area table T2 are associated with each other by “booth ID”, the area table T2 and the area / notification information related table T4 are associated with each other by “area ID”, and the area / notification information related table T4 and the notification information table T3 are associated with each other. Are associated by “notification ID”. In addition, as long as a booth, an area | region, and notification information are linked | related, you may perform a specific correlation by another method.

  FIG. 4 is a diagram illustrating a software configuration example of the control terminal 2 used in the operation phase. In FIG. 4, the control terminal 2 includes an operating system 21, a control application 22, and a fixed station location information database 27. The control application 22 includes a fixed station manager 23, a distance information receiver 24, a position information calculator 25, and a position information transmitter 26.

  The operating system 21 provides basic functions in the control terminal 2. The control application 22 controls a positioning system including a plurality of position acquisition fixed stations 4, and based on the distance information between the plurality of position acquisition fixed stations 4 received from the position acquisition mobile station 5, It has a function of obtaining position information and transmitting it to the position acquisition mobile station 5. The fixed station management unit 23 has a function of managing the state of the position acquisition fixed station 4. The distance information receiving unit 24 has a function of receiving distance information from the position acquisition mobile station 5.

  The position information calculation unit 25 determines, based on the distance information between the plurality of position acquisition fixed stations 4 received from the position acquisition mobile station 5, the position information (fixed station position information database 27) of each position acquisition fixed station 4 set in advance. Has a function of calculating the position of the position acquisition mobile station 5 by three-point positioning. The position information transmission unit 26 has a function of transmitting the calculated position information to the position acquisition mobile station 5. The fixed station position information database 27 holds the position (coordinates) of each position acquisition fixed station 4.

  FIG. 5 is a diagram showing a software configuration example of the mobile terminal 6 used in the operation phase. In FIG. 5, the mobile terminal 6 includes an operating system 61, a guidance information notification application 62, and a guidance information database 67. The guidance information notification application 62 includes a database reading unit 63, a position information acquisition unit 64, an area-in monitoring unit 65, and a notification output unit 66.

  The operating system 61 provides basic functions in the mobile terminal 6. The guide information notification application 62 provides the guide information to the user of the mobile terminal 6 based on the position information (current position) of the own apparatus acquired from the position acquisition mobile station 5 and the information in the guide information database 67 (message display, audio) Etc.).

  The database reading unit 63 has a function of reading information on an area stored in the guide information database 67 and expanding the information on a memory managed by the guide information notification application 62. The position information acquisition unit 64 has a function of acquiring position information of the own apparatus from the position acquisition mobile station 5. The area-in monitoring unit 65 has a function of monitoring whether or not the mobile terminal 6 has entered one of the regions by collating the position information of the own device with information related to the region developed on the memory. . Here, it is assumed that the region is entered when entering from the direction facing the arc portion (corresponding to the frontage) of the fan-shaped region, and that the region is not entered when entering the region from other directions. For example, it is determined whether or not the position information of its own device is included in any region, and if included, it is determined whether or not it has arrived from the direction facing the frontage, and when it comes from the direction facing the frontage It is determined that the area has been entered.

  The notification output unit 66 has a function of outputting notification information associated with an area when the area-in monitoring unit 65 detects that the area has entered. The guide information database 67 is the same as the guide information database 19 of the guide information setting terminal 1 described above, and has a data structure as shown in FIG.

  FIG. 6 is a diagram illustrating a hardware configuration example of the guidance information setting terminal 1 and the control terminal 2. In FIG. 6, a guidance information setting terminal 1 or the like includes a CPU (Central Processing Unit) 102, a ROM (Read Only Memory) 103, a RAM (Random Access Memory) 104, an NVRAM (Non-Volatile Random Access) connected to a system bus 101. Memory) 105 is provided. Further, the guidance information setting terminal 1 or the like includes an I / F (Interface) 106, an I / O (Input / Output Device) 107, an HDD (Hard Disk Drive) / flash memory 108, an NIC connected to the I / F 106. (Network Interface Card) 109, a monitor 110 connected to the I / O 107, a keyboard 111, a mouse 112, and the like. A CD / DVD (Compact Disk / Digital Versatile Disk) drive or the like can be connected to the I / O 107.

  The functions of the guidance information setting terminal 1 and the control terminal 2 described with reference to FIGS. 2 and 4 are realized by executing predetermined programs in the CPU 102. The program may be acquired via a recording medium, may be acquired via a network, or may be embedded in a ROM.

  FIG. 7 is a diagram illustrating a hardware configuration example of the mobile terminal 6. In FIG. 7, the mobile terminal 6 includes a power supply system 601, a main system 602 including a processor 603, a memory controller 604, and a peripheral interface 605, and a storage unit 606. In addition, the mobile terminal 6 includes an external port 607, a high frequency circuit 608, an antenna 609, an audio circuit 610, a speaker 611, a microphone 612, a proximity sensor 613, and a GPS (Global Positioning System) circuit 614. ing. The mobile terminal 6 includes an input / output (I / O) subsystem 615 including a display controller 616, an optical sensor controller 617, and an input controller 618, a touch-responsive display system 619, an optical sensor 620, and an input unit 621. And.

  The functions of the mobile terminal 6 described in FIG. 5 are realized by executing a predetermined program in the processor 603. The program may be acquired via a recording medium, may be acquired via a network, or may be embedded in a ROM.

<Operation>
[Preparation phase]
FIG. 8 is a flowchart showing an example of processing in the preparation phase. In FIG. 8, when the guidance information setting application 12 of the guidance information setting terminal 1 is activated, according to the operator's operation (selection of existing information, designation of target map range, etc.) received by the user input reception unit 13. The database reading unit 14 reads information stored in the database registration unit 17 and the guide information database 19 (step S11). When there is no existing information about the area (in the case of new creation, etc.), reading from the guidance information database 19 is not performed.

  Based on the read information, the database reading unit 14 expands information such as a map and information related to a region on a memory managed by the guidance information setting application 12, and superimposes the information such as a map on the region display unit 15. Information about the area is displayed (step S12). FIG. 9 shows a state in which a map is displayed (information on the area does not exist). In the illustrated example, a booth B1 corresponding to a signboard provided on the ceiling or the like of the passage of the station is displayed. It is assumed that there is a “XX line ticket gate” on the left side of the passage.

  Returning to FIG. 8, when the user input accepting unit 13 accepts information about the region from the operator (step S <b> 13), the region generating / updating unit 16 determines the guidance information setting application 12 based on the information received from the operator. Information on the area is added / updated / deleted on the managed memory to update the display of the screen (step S14).

  For example, for booth B1 shown in FIG. 9, the areas on the right and left sides are set, and the area on the right side is set first. In this case, the operator inputs the identification of the booth, the distance of the deviation from the center of the booth to the center of the area, the direction of deviation of the distance, the radius of the sector to be the area, the opening angle of the sector. In addition, about the direction of the shift | offset | difference of distance, an input can be abbreviate | omitted when it is self-evident from arrangement | positioning of the passage where the booth was put. In addition, the default values for the sector radius and the sector opening angle can be determined and the input can be omitted.

  Now, as shown in FIG. 10, the radius is “10” with the center at the position shifted by the distance “5” on the right side of the booth B1 (the direction “90 °” which is the clockwise angle from the upper direction in the figure). It is assumed that an area A1 having an opening angle “120 °” is set. If the booth ID of booth B1 is “1”, the center coordinates of booth B1 are “(0,0)”, and area ID “1” is automatically assigned to area A1, a booth table as shown in FIG. T1 and area table T2 are added.

  Returning to FIG. 8, when the user input receiving unit 13 receives notification information associated with the region from the operator (step S <b> 15), the database registration unit 17 stores (registers) information about the region and the notification information in the guidance information database 19. Then, the display is updated (step S16). For example, if the operator inputs the notification information “A straight line is a XX line” in the area A1 (FIG. 10) in the example described above, and the notification ID “1” is automatically assigned to the notification information, FIG. A notification information table T3 and a region / notification information related table T4 as shown in FIG.

  Returning to FIG. 8, when the user input receiving unit 13 receives information on the next paired region from the operator (step S <b> 13), the region generating / updating unit 16 provides guidance based on the information received from the operator. Information relating to the area is added / updated / deleted on the memory managed by the information setting application 12 to update the display of the screen (step S14).

  As shown in FIG. 12, when setting the area A2 symmetrical to the area A1 on the left side of the booth B1 (relative angle “180 ° from the direction of the area A1), the operator inputs the relative angle“ 180 ° ”. If it is obvious that the relative angle of the second region is “180 °” from the arrangement of the passage where the booth is placed, the input of the relative angle can be omitted. Then, as shown in FIG. 13, in the area table T2, the contents of the area ID “1” are copied, the area ID is “2” (automatically generated), and the direction is “ 270 ° ”.

  Returning to FIG. 8, when the user input receiving unit 13 receives notification information associated with the region from the operator (step S <b> 15), the database registration unit 17 stores (registers) information about the region and the notification information in the guidance information database 19. Then, the display is updated (step S16). For example, when the notification information “XX line is behind” is input to the area A2 in the example described above and the notification ID “2” is automatically assigned to the notification information, as shown in FIG. The notification information table T3 and the area / notification information related table T4 are updated.

  In the example described above, the case where the areas are set on both sides of the booth (symmetrical positions opposite to each other) has been described. However, the area having a relative angle of “90 °” corresponding to the case of the booth or the like at the corner of the passage is described. It can also be set. In addition, the region can be set in the direction of an arbitrary relative angle.

  Moreover, although the case where it processes about each of the two area | regions with respect to one booth was demonstrated, the information regarding two area | regions is received simultaneously (step S13), and it can also process simultaneously about two area | regions. As for notification information, information regarding two areas may be received simultaneously (step S15), and notification information of two areas may be received simultaneously with reception of information regarding two areas (step S13), and processed continuously. May be performed.

  Furthermore, not only when two areas are set for the booth, one area may be set, or three or more areas may be set.

  FIG. 14 is a diagram illustrating an example in which an appropriate area is set for a booth with a wide frontage, and is an example in which one area is set for one booth. In FIG. 14, when the booths B11 and B12 are general desks having a width of 180 cm, for example, the centers P11 and P12 on the front surface of the desk are set as the centers of the areas A11 and A12 to detect a user passing in front of the desks. It can be an appropriate area. However, in the case of a wide desk such as a booth B13 such as a booth B13, if the center P13 of the front surface is set to the center of the area, the area is too wide to detect even a user who is not interested in the booth B13. End up. Therefore, for the center P13 of the booth B13, for example, the direction “180 °”, the distance “90 cm”, the sector radius “165 cm”, and the sector opening angle “180 °” are designated to set the region A13 of the center P13 ′. By doing so, it becomes possible to set an area of an appropriate size.

[Operation Phase]
FIG. 15 is a flowchart showing an example of processing in the operation phase. In FIG. 15, when the guidance information notification application 62 of the mobile terminal 6 is activated and starts processing, the database reading unit 63 reads information relating to the area of the guidance information database 67 and notification information (step S21).

  Next, the current position of the mobile terminal 6 (current position of the position acquisition mobile station 5) is acquired by the position information acquisition unit 64 (step S22).

  Next, the area-in monitoring unit 65 determines whether the mobile terminal 6 has entered any area (step S23).

  FIG. 16 is a diagram showing an example of the relationship between the area and the current position, and the mobile terminal 6 moves leftward from the far side of the booth B1 toward the booth B1. Now, when the mobile terminal 6 is at the position M1 at the coordinates (20, 0) with respect to the booth B1 at the coordinates (0, 0), the area-in monitoring unit 65 sets the position M1 in any of the areas A1 and A2. Since it is not included, it is not determined that the mobile terminal 6 has entered any area.

  When the mobile terminal 6 is at the position M2 of the coordinates (14, 0), the area-in monitoring unit 65 determines that the position M2 is included in the area A1, and further, the movement direction of the position M2 is the area A1. It is determined whether or not it faces the frontage (fan-shaped arc). The direction of movement can be acquired from the difference between the current position acquired immediately before and the current position. Further, the direction may be acquired from the direction sensor of the mobile terminal 6. In this example, the area-in monitoring unit 65 determines that the mobile terminal 6 has entered the area A1 because it faces the frontage of the area A1.

  When the mobile terminal 6 is at the position M3 of the coordinates (−6, 0), the area-in monitoring unit 65 determines that the position M3 is included in the area A2, and further, the movement direction of the position M3 is the area A2. It is determined whether or not it faces the frontage (fan-shaped arc). In this example, the area-in monitoring unit 65 does not determine that the mobile terminal 6 has entered the area A2 because it does not face the front of the area A2.

  Returning to FIG. 15, if it is not determined that any region has been entered (No in step S24), the process returns to acquisition of the current position (step S22).

  If it is determined that any of the areas has been entered (Yes in step S24), the notification output unit 66 outputs notification information associated with the area (step S25).

  Thereafter, when the guidance information notification application 62 does not end (No in step S26), the process returns to the acquisition of the current position (step S22), and when the guidance information notification application 62 ends (Yes in step S26), the process ends.

<Summary>
As described above, according to the present embodiment, the notification information registration work can be simplified.

  In the above, it demonstrated by preferred embodiment. While specific embodiments have been illustrated and described herein, it will be apparent that various modifications and changes may be made thereto without departing from the broad spirit and scope as defined in the claims. . That is, it should not be construed as being limited by the details of the specific examples and the accompanying drawings.

Regarding the above description, the following items are further disclosed.
(Appendix 1)
In the notification information registration method of registering the notification information to be notified to the mobile terminal in the designated area in association with the area,
When a position designation, a distance designation, a registration request for first notification information, and a registration request for second notification information are received, a first shift occurs in the specific direction with respect to the position. And a second area including a second position where a deviation corresponding to the distance occurs in the direction of the specific direction and the specific angle with respect to the position. The first notification information is registered in association with any one of the first region and the second region, and the other region of the first region and the second region is registered with the first notification information. Register the second notification information in association with it,
A notification information registration method characterized in that a computer executes processing.
(Appendix 2)
In the notification information registration method of registering the notification information to be notified to the mobile terminal in the designated area in association with the area,
When the designation of the position and the designation of the distance are accepted, a first region including a first position where a deviation of the distance in the specific direction with respect to the position is generated is generated.
When the registration request for the first notification information is received, the first notification information is registered in association with the first area,
Generating a second region including a second position where a deviation of the distance occurs in a direction at a predetermined angle with the specific direction with respect to the position;
When a registration request for second notification information is received, the second notification information is registered in association with the second area.
A notification information registration method characterized in that a computer executes processing.
(Appendix 3)
The first area is a fan-shaped area centered on the first position, and the second area is a fan-shaped area centered on the second position.
The notification information registration method according to appendix 1 or 2, characterized in that:
(Appendix 4)
The first notification information is information that is notified to the mobile terminal in response to detection that the position of the mobile terminal has entered the first area from a direction facing a fan-shaped arc portion. The notification information 2 is information that is notified to the mobile terminal in response to detection that the position of the mobile terminal has entered the second area from a direction facing the sectoral arc portion.
The notification information registration method according to Supplementary Note 3, wherein
(Appendix 5)
In the notification information registration method of registering the notification information to be notified to the mobile terminal in the designated area in association with the area,
When the designation of the position and the designation of the distance are accepted, a first region including a first position where a deviation of the distance in the specific direction with respect to the position is generated is generated.
When the registration request for the first notification information is received, the first notification information is registered in association with the first area.
A notification information registration method characterized in that a computer executes processing.
(Appendix 6)
In the notification information registration device that registers the notification information to be notified to the mobile terminal in the specified area in association with the area,
When a position designation, a distance designation, a registration request for first notification information, and a registration request for second notification information are received, a first shift occurs in the specific direction with respect to the position. And a second area including a second position where a deviation corresponding to the distance occurs in the direction of the specific direction and the specific angle with respect to the position. The first notification information is registered in association with any one of the first region and the second region, and the other region of the first region and the second region is registered with the first notification information. A control unit for registering the second notification information in association with each other;
A notification information registration apparatus comprising:
(Appendix 7)
In the notification information registration device that registers the notification information to be notified to the mobile terminal in the specified area in association with the area,
Means for generating a first region including a first position where a deviation of the distance occurs in a specific direction with respect to the position when receiving the designation of the position and the designation of the distance;
Means for registering the first notification information in association with the first area upon receiving a registration request for the first notification information;
Means for generating a second region including a second position where a deviation corresponding to the distance occurs in a direction at a predetermined angle with respect to the specific direction;
Means for registering the second notification information in association with the second area upon receiving a registration request for the second notification information;
A notification information registration apparatus comprising:
(Appendix 8)
The first area is a fan-shaped area centered on the first position, and the second area is a fan-shaped area centered on the second position.
The notification information registration device according to appendix 6 or 7, characterized by the above.
(Appendix 9)
The first notification information is information that is notified to the mobile terminal in response to detection that the position of the mobile terminal has entered the first area from a direction facing a fan-shaped arc portion. The notification information 2 is information that is notified to the mobile terminal in response to detection that the position of the mobile terminal has entered the second area from a direction facing the sectoral arc portion.
The notification information registration device according to appendix 8, characterized by:
(Appendix 10)
In the notification information registration device that registers the notification information to be notified to the mobile terminal in the specified area in association with the area,
Means for generating a first region including a first position where a deviation of the distance occurs in a specific direction with respect to the position when receiving the designation of the position and the designation of the distance;
Means for registering the first notification information in association with the first area upon receiving a registration request for the first notification information;
A notification information registration apparatus comprising:
(Appendix 11)
In the notification information registration program for registering the notification information to be notified to the mobile terminal in the specified area in association with the area,
When a position designation, a distance designation, a registration request for first notification information, and a registration request for second notification information are received, a first shift occurs in the specific direction with respect to the position. And a second area including a second position where a deviation corresponding to the distance occurs in the direction of the specific direction and the specific angle with respect to the position. The first notification information is registered in association with any one of the first region and the second region, and the other region of the first region and the second region is registered with the first notification information. Register the second notification information in association with it,
A notification information registration program which causes a computer to execute processing.
(Appendix 12)
In the notification information registration program for registering the notification information to be notified to the mobile terminal in the specified area in association with the area,
When the designation of the position and the designation of the distance are accepted, a first region including a first position where a deviation of the distance in the specific direction with respect to the position is generated is generated.
When the registration request for the first notification information is received, the first notification information is registered in association with the first area,
Generating a second region including a second position where a deviation of the distance occurs in a direction at a predetermined angle with the specific direction with respect to the position;
When a registration request for second notification information is received, the second notification information is registered in association with the second area.
A notification information registration program which causes a computer to execute processing.
(Appendix 13)
The first area is a fan-shaped area centered on the first position, and the second area is a fan-shaped area centered on the second position.
The notification information registration program according to appendix 11 or 12, characterized in that:
(Appendix 14)
The first notification information is information that is notified to the mobile terminal in response to detection that the position of the mobile terminal has entered the first area from a direction facing a fan-shaped arc portion. The notification information 2 is information that is notified to the mobile terminal in response to detection that the position of the mobile terminal has entered the second area from a direction facing the sectoral arc portion.
The notification information registration program according to appendix 13, characterized by:
(Appendix 15)
In the notification information registration program for registering the notification information to be notified to the mobile terminal in the specified area in association with the area,
When the designation of the position and the designation of the distance are accepted, a first region including a first position where a deviation of the distance in the specific direction with respect to the position is generated is generated.
When the registration request for the first notification information is received, the first notification information is registered in association with the first area.
A notification information registration program which causes a computer to execute processing.

  The area A1 is an example of a “first area”. The area A2 is an example of a “second area”.

DESCRIPTION OF SYMBOLS 1 Guide information setting terminal 11 Operating system 12 Guide information setting application 13 User input reception part 14 Database reading part 15 Area | region display part 16 Area | region production | generation update part 17 Database registration part 18 Layout information / map information database 19 Guide information database 2 Control terminal DESCRIPTION OF SYMBOLS 21 Operating system 22 Control application 23 Fixed station management part 24 Distance information reception part 25 Position information calculation part 26 Position information transmission part 27 Fixed station position information database 3 Hub 4 Position acquisition fixed station 5 Position acquisition mobile station 6 Mobile terminal 61 Operating system 62 Guidance information notification application 63 Database reading unit 64 Location information acquisition unit 65 Area-in monitoring unit 66 Notification output unit 67 Guidance information database T1 Booth table T2 Area table T3 Notification information Buru T4 area and notification information related table

Claims (11)

In the notification information registration method of registering the notification information to be notified to the mobile terminal in the designated area in association with the area,
When a position designation, a distance designation, a registration request for first notification information, and a registration request for second notification information are received, a first shift occurs in the specific direction with respect to the position. And a second area including a second position where a deviation corresponding to the distance occurs in the direction of the specific direction and the specific angle with respect to the position. The first notification information is registered in association with any one of the first region and the second region, and the other region of the first region and the second region is registered with the first notification information. Register the second notification information in association with it,
A notification information registration method characterized in that a computer executes processing. In the notification information registration method of registering the notification information to be notified to the mobile terminal in the designated area in association with the area,
When the designation of the position and the designation of the distance are accepted, a first region including a first position where a deviation of the distance in the specific direction with respect to the position is generated is generated.
When the registration request for the first notification information is received, the first notification information is registered in association with the first area,
Generating a second region including a second position where a deviation of the distance occurs in a direction at a predetermined angle with the specific direction with respect to the position;
When a registration request for second notification information is received, the second notification information is registered in association with the second area.
A notification information registration method characterized in that a computer executes processing. The first area is a fan-shaped area centered on the first position, and the second area is a fan-shaped area centered on the second position.
The notification information registration method according to claim 1 or 2, characterized in that: The first notification information is information that is notified to the mobile terminal in response to detection that the position of the mobile terminal has entered the first area from a direction facing a fan-shaped arc portion. The notification information 2 is information that is notified to the mobile terminal in response to detection that the position of the mobile terminal has entered the second area from a direction facing the sectoral arc portion.
The notification information registration method according to claim 3. In the notification information registration method of registering the notification information to be notified to the mobile terminal in the designated area in association with the area,
When the designation of the position and the designation of the distance are accepted, a first region including a first position where a deviation of the distance in the specific direction with respect to the position is generated is generated.
When the registration request for the first notification information is received, the first notification information is registered in association with the first area.
A notification information registration method characterized in that a computer executes processing. In the notification information registration device that registers the notification information to be notified to the mobile terminal in the specified area in association with the area,
When a position designation, a distance designation, a registration request for first notification information, and a registration request for second notification information are received, a first shift occurs in the specific direction with respect to the position. And a second area including a second position where a deviation corresponding to the distance occurs in the direction of the specific direction and the specific angle with respect to the position. The first notification information is registered in association with any one of the first region and the second region, and the other region of the first region and the second region is registered with the first notification information. A control unit for registering the second notification information in association with each other;
A notification information registration apparatus comprising: In the notification information registration device that registers the notification information to be notified to the mobile terminal in the specified area in association with the area,
Means for generating a first region including a first position where a deviation of the distance occurs in a specific direction with respect to the position when receiving the designation of the position and the designation of the distance;
Means for registering the first notification information in association with the first area upon receiving a registration request for the first notification information;
Means for generating a second region including a second position where a deviation corresponding to the distance occurs in a direction at a predetermined angle with respect to the specific direction;
Means for registering the second notification information in association with the second area upon receiving a registration request for the second notification information;
A notification information registration apparatus comprising: In the notification information registration device that registers the notification information to be notified to the mobile terminal in the specified area in association with the area,
Means for generating a first region including a first position where a deviation of the distance occurs in a specific direction with respect to the position when receiving the designation of the position and the designation of the distance;
Means for registering the first notification information in association with the first area upon receiving a registration request for the first notification information;
A notification information registration apparatus comprising: In the notification information registration program for registering the notification information to be notified to the mobile terminal in the specified area in association with the area,
When a position designation, a distance designation, a registration request for first notification information, and a registration request for second notification information are received, a first shift occurs in the specific direction with respect to the position. And a second area including a second position where a deviation corresponding to the distance occurs in the direction of the specific direction and the specific angle with respect to the position. The first notification information is registered in association with any one of the first region and the second region, and the other region of the first region and the second region is registered with the first notification information. Register the second notification information in association with it,
A notification information registration program which causes a computer to execute processing. In the notification information registration program for registering the notification information to be notified to the mobile terminal in the specified area in association with the area,
When the designation of the position and the designation of the distance are accepted, a first region including a first position where a deviation of the distance in the specific direction with respect to the position is generated is generated.
When the registration request for the first notification information is received, the first notification information is registered in association with the first area,
Generating a second region including a second position where a deviation of the distance occurs in a direction at a predetermined angle with the specific direction with respect to the position;
When a registration request for second notification information is received, the second notification information is registered in association with the second area.
A notification information registration program which causes a computer to execute processing. In the notification information registration program for registering the notification information to be notified to the mobile terminal in the specified area in association with the area,
When the designation of the position and the designation of the distance are accepted, a first region including a first position where a deviation of the distance in the specific direction with respect to the position is generated is generated.
When the registration request for the first notification information is received, the first notification information is registered in association with the first area.
A notification information registration program which causes a computer to execute processing.