JP2014089604A - Navigation system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a navigation system capable of creating a folder that allows classification and arrangement of an image file by an event in a travel.SOLUTION: A navigation system includes: a folder creation part for creating, in a storage unit, a travel folder corresponding to a travel determined by a travel determination part, and creating, in the storage unit, a staying point folder at each staying point determined by a staying point determination part, associated with the travel folder; and a staying point information file generation part for generating a staying point information file including information of time in staying at each staying point and information of a staying position and storing the staying point information file in the storage unit.

Description

  The present invention relates to a navigation system that guides information related to the current position of a moving object.

  As a technique related to the present invention, for example, a technique described in Patent Document 1 below is already known. In the technique of Patent Document 1, when an image file shot by a digital camera or the like includes information on a shooting position by a GPS (Global Positioning System) receiver or the like, an album in which shooting position information and map data are associated with each other. Configured to create data.

JP 2004-120486 A

When the number of image files increases in the storage device, there is a user's request to sort and organize the image files into a plurality of folders in the storage device.
Further, when classifying and organizing image files into a plurality of folders or the like in the storage device, there is a user's request for organizing image files for each visited point during travel.

  However, in Patent Document 1, although image files are organized in association with map data, they are not classified and organized into a plurality of folders or the like corresponding to each visiting point during travel in the storage device.

  Further, in the technique of Patent Document 1, if the image file does not include shooting position information, such as when the digital camera is not equipped with a GPS receiver, the user's movement path cannot be determined in the first place. , Image files cannot be sorted and organized into multiple folders corresponding to each visiting point during travel.

  Further, in the technique of Patent Document 1, even when image location information is included in an image file, the user's movement path is determined based only on the location information. Therefore, when the number of image files is small, an image file is generated. If there is a movement section that is not performed, the movement route may not be accurately determined. For this reason, the technique disclosed in Patent Document 1 cannot accurately determine whether the image file was taken during a simple movement to the destination or during a stay at a tourist spot. There is a risk that it cannot be judged well.

  Therefore, there is a need for a navigation system that can create a folder that can classify and organize image files for each visiting point during travel.

  The characteristic configuration of the navigation system for guiding information related to the current position of the moving body according to the present invention includes a travel determination unit that determines the start and end of a travel of the mobile body, and the traveling that is determined by the travel determination unit A travel point determination unit for determining a travel point where the mobile body has stayed, and a travel folder corresponding to the travel determined by the travel determination unit in a storage device, and the travel folder In association with each other, in the storage device, a folder creation unit that creates a stay folder for each stay point determined by the stay point determination unit, and information on the staying time and stay position information of each stay point A staying point information file generating unit that generates a staying point information file including the information and stores the staying point information file in the storage device in association with the staying point folder; It lies in the fact was painting.

When sorting and organizing data such as image files generated during one trip, it is desirable to prepare a folder corresponding to the trip. In addition, since the user usually generates more data such as image files at each staying point during travel than when moving between staying points, the folder corresponding to each staying point is used when sorting and organizing the data. It is desirable to be prepared.
According to the above feature configuration, a travel folder corresponding to a trip and a stay folder for each stay point during the trip are created, so data such as an image file generated during the trip is stored for each visit point. Folders that can be classified and stored can be prepared. At this time, the start and end of the trip and the staying point during the trip are determined based on the information on the current position of the continuous moving body from the start to the end of the trip acquired by the navigation system. This can be done with high accuracy and each folder can be created appropriately.

Further, according to the above-described feature configuration, each stay point folder is created in the storage device in association with the travel folder. Therefore, even after the data is classified and arranged in each folder, each stay point folder is stored in the travel folder. And data can be managed in association with each other.
Further, according to the above characteristic configuration, since the staying point information file is stored in the storage device in association with the staying point folder, the information on the staying time and the staying position corresponding to each staying point folder from the staying point information file It becomes possible to acquire the information. Therefore, when sorting and organizing data in each staying point folder, it is determined which staying point folder each data corresponds to based on the staying time information and staying location information of each staying point folder Can do.

  Here, a travel information file that includes information on the travel time about the travel and information on the location history of the mobile body during the travel is generated and stored in the storage device in association with the travel folder It is preferable to further include an information file generation unit.

  According to this configuration, since the travel information file is associated with the travel folder and stored in the storage device, the travel time information corresponding to the travel folder and the travel location history information are acquired from the travel information file. It becomes possible. Therefore, when sorting and organizing data into the travel folder and each staying point folder, it is determined whether each data corresponds to the travel folder based on the travel time information and travel location history information of the travel folder. be able to.

  Here, the travel determination unit determines that a trip has started when a distance between a preset reference point and the position of the moving body is equal to or greater than a preset travel determination value, and the travel It is preferable to determine that the trip has ended when the value is less than or equal to the determination value.

According to this configuration, it is possible to automatically determine the start and end of the trip by comparing the distance between the reference point and the position of the moving object and the travel determination value. At this time, since the determination is made based on the information on the current position of the continuous moving body acquired by the navigation system, it is possible to prevent a delay in the determination timing and improve the determination accuracy.
In particular, in the determination of the end of the trip, since data such as an image file during the trip is not generated after the end of the trip, it is difficult to determine the end of the trip based on these data. However, according to the above configuration, it is possible to appropriately determine the end of the trip based on the information on the position of the moving body acquired by the navigation system without depending on data such as an image file.

  Here, the stay point determination unit acquires a stay point name representing the stay point from map data based on the information of the stay position, and the folder creation unit obtains the stay point name of the stay point folder. It is preferable that the name is included in the name or the stay point information file generation unit includes the information on the name of the stay point in the stay point information file.

  According to this configuration, the staying point name included in the name of the staying point folder makes it easier for the user to recognize which staying point corresponds to each staying point folder, thereby improving the classification and organizing function. . At this time, the staying point name can be appropriately determined using map data and the like that can be used by the navigation system.

  Here, it is preferable that the staying point determination unit determines that the user has stayed at the staying point when the staying time, which is the time at which the mobile body stayed at one point, is equal to or longer than a preset staying determination value. is there.

  According to this configuration, points that stay only for a short time can be excluded from the stay points, and it is prevented that unnecessary stay point folders are determined and unnecessary stay point folders are created. it can.

  Here, the folder creation unit creates the travel folder when it is determined that the trip is started by the travel determination unit, and is created until the travel determination unit determines that the trip is ended. The stay point folder is preferably stored in the travel folder.

According to this configuration, a travel folder is created when it is determined that a trip has started, so that a stay location folder can be created in the travel folder every time a stay location is determined after the travel start determination. it can.
In addition, since the stay folder is stored in the travel folder, it is possible to easily associate the travel folder with each stay folder.

  Here, when the mobile body is a vehicle and the stay point determination unit determines that the vehicle is parked, it is preferable that the stay point is determined with reference to the parking point.

  According to this configuration, when the moving body is a vehicle, the staying point can be appropriately determined by parking the vehicle.

  Here, the moving body is a user, and the staying point determination unit preferably determines that the point corresponding to the moving range is the staying point when the moving range of the user is within a predetermined specific range. It is.

  According to this configuration, when the moving body is a user, the staying point can be appropriately determined based on the moving range of the user.

  Here, an image file acquisition unit that acquires information on an image file that is a captured image file, information on a shooting time included in the image file, and each of the stay points included in the stay point information file Based on the staying time information, it is determined which staying point the image file corresponds to, and if it is determined that there is a corresponding staying point, the image file is stored in the corresponding staying point folder. When it is determined that there is no corresponding staying point, it is preferable to further include an image file classification unit that performs an image file classification process for storing the image file in the travel folder.

According to this configuration, when the image file includes shooting time information, it is determined which staying point folder the image file corresponds to based on the shooting time information, and the image file corresponds to the corresponding staying point folder. Can be classified and organized.
Therefore, even when the image file does not include the shooting position information, the image file can be classified and arranged into the corresponding stay point folder.
In addition, since an image file determined not to have a corresponding stay point is stored in the travel folder, an image file shot during movement to the stay point can be classified and arranged in the travel folder.

  Here, when the image file includes shooting position information, the image file classification unit includes the shooting time information and the shooting position information included in the image file, and the staying point information file. It is preferable to determine which staying point the image file corresponds to based on the information on the staying time and the staying position information of each staying point.

  According to this configuration, when the image file also includes shooting position information, it is determined which staying point folder the image file corresponds to based on shooting position information in addition to shooting time information. The determination accuracy of the staying point can be improved.

  Here, a travel information file generating unit that generates a travel information file including information on the travel time about the travel and stores the travel information file in the travel folder is further provided, and the image file classification unit is included in the image file If the image file corresponds to the travel, based on the information on the shooting time and the information on the travel time included in the travel information file, and if it is determined to support the travel, It is preferable to perform the image file classification process on the image file.

  According to this configuration, if the image file includes shooting time information, it is determined whether the image file corresponds to travel based on the shooting time information, and the image file determined to be compatible with travel is determined. Only, the image file classification process can be performed to classify the image file into a travel folder or a stay folder. Therefore, it is possible to prevent an image file that does not support travel from being stored in the travel folder or the stay point folder.

  Here, the travel information file generated by the travel information file generation unit further includes position history information of the moving body during the travel, and the image file classification unit includes a shooting position in the image file. When the information is included, based on the information on the shooting time and the information on the shooting position included in the image file, and the information on the travel time and the position history information included in the travel information file, It is preferable to determine whether the image file corresponds to the travel.

  According to this configuration, if the image file also includes shooting position information, it is determined whether the image file corresponds to travel based on shooting position information in addition to shooting time information. Can be improved. For example, even if the shooting time of an image file taken outside the trip by a user who has not participated in the trip is compatible with the trip, it is not compatible with the trip if the shooting position is not compatible. Can be determined.

  The technical features of the navigation system according to the present invention having the above-described configurations can also be applied to a navigation program and a navigation method. Therefore, the present invention also covers such a program and method. Can do.

  In this case, the characteristic configuration of the navigation program for causing the computer to execute processing for guiding information related to the current position of the mobile body is a travel determination step for determining start and end of travel of the mobile body, and the travel determination step. A stay point determination step for determining a stay point that is a point where the mobile body has stayed during the travel determined by the step, and the travel folder corresponding to the travel determined by the travel determination step in a storage device A folder creation step for creating a stay point folder for each of the stay points determined by the stay point determination step in the storage device in association with the travel folder, and a staying time at each of the stay points And a staying point information file including information on the staying location, There are a staying point information file generating step of storing in said storage device in association with the point folder, to a point for causing a computer to execute.

  In addition, the characteristic configuration of the navigation method for guiding information related to the current position of the mobile object is the travel determination step in which the arithmetic processing device determines the start and end of the travel of the mobile object, and the travel determination step. During a trip, a stay point determination step for determining a stay point that is a point where the mobile body has stayed, and the travel folder corresponding to the trip determined by the travel determination step are created in a storage device, and A folder creation step for creating a stay folder for each stay point determined in the stay point determination step in the storage device in association with a travel folder, information on stay time and stay position of each stay point The storage device is generated in association with the staying point folder by generating a staying point information file including the information of Lies in executing the, the dwell point information file generating step of storing the.

  Of course, these navigation programs and navigation methods can also obtain the operational effects of the above-described navigation system, and it is possible to incorporate some additional techniques mentioned as examples of suitable configurations thereof.

1 is a block diagram showing a schematic configuration of a navigation system according to an embodiment of the present invention. It is a figure for demonstrating the travel folder, the stay point folder, etc. which were created by the folder creation part which concerns on embodiment of this invention. It is a flowchart for demonstrating processes, such as a folder creation part which concerns on embodiment of this invention. It is a flowchart for demonstrating processes, such as an image file classification | category storage part which concerns on embodiment of this invention. It is a figure for demonstrating Examples, such as a folder creation part and an image file classification | category storage part which concern on embodiment of this invention. It is a figure for demonstrating Examples, such as a folder creation part and an image file classification | category storage part which concern on embodiment of this invention.

An embodiment of a navigation system 1 according to the present invention will be described.
The navigation system 1 is a position guidance system that guides information related to the current position of a moving body. As shown in FIG. 1, the navigation system 1 includes functional units such as a travel determination unit 41, a stay point determination unit 42, a folder creation unit 43, and a stay point information file generation unit 44.

The travel determination unit 41 determines the start and end of travel of the mobile object.
The stay point determination unit 42 determines a stay point that is a point where the mobile body stayed during the travel determined by the travel determination unit 41.
As shown in FIG. 2, the folder creation unit 43 creates a travel folder corresponding to the trip determined by the travel determination unit 41 in the storage device 7, and associates it with the travel folder in the storage device 7. A stay point folder is created for each stay point determined by the point determination unit 42.
The staying point information file generating unit 44 generates a staying point information file including information on the staying time of each staying point and information on the staying position, and stores the staying point information file in the storage device 7 in association with the staying point folder.
Hereinafter, the navigation system 1 according to the present embodiment will be described in detail.

1. Navigation system 1
The navigation system 1 is a position guidance system that guides information related to the current position of a moving body.
The navigation system 1 includes an arithmetic processing device such as one or a plurality of CPUs as a core member, and a RAM (random access memory) configured to be able to read and write data from the arithmetic processing device, arithmetic processing A ROM (read-only memory) configured to be able to read data from the device, and a storage device such as a flash memory and a hard disk configured to be able to store and read a large amount of data. . And each function part 30,40,50,6,7 of the navigation system 1 by software (program) memorize | stored in ROM etc. of the navigation system 1, or hardwares, such as a separately provided arithmetic circuit, or both of them. , 8 and so on. A navigation program for causing the arithmetic processing device to realize functions such as the functional units 30, 40, 50, 6, 7, and 8 is stored in a storage device such as a RAM or a ROM that can be referred to by the arithmetic processing device.

  As shown in FIG. 1, the navigation system 1 according to the present embodiment is roughly classified and includes functional units such as a position guide unit 30, a travel stay folder creation unit 40, and an image file classification unit 50. Hereinafter, each functional unit will be described in detail.

2. Position guide 30
The position guide unit 30 is a functional unit that performs position guide processing for guiding information related to the current position of the moving body. In the present embodiment, the position guide unit 30 includes functional units such as a position information acquisition unit 31, a position guidance execution unit 32, and a movement history information generation unit 33. In the present embodiment, the function of the position guide unit 30 is provided in the information terminal device 2.

2-1. Position information acquisition unit 31
The position information acquisition unit 31 is a functional unit that performs position information acquisition processing for acquiring information on the current position of the moving object.
In the present embodiment, the information terminal device provided with the function of the position guide unit 30 includes a GPS (Global Positioning System) receiver, a position information detection device such as an acceleration sensor, a direction sensor, and the like. Get information about body position.
The position information acquisition unit 31 determines the current position of the moving object based on the position-related information of the moving object acquired from the position information detection device. Map data may be used for this position determination. For example, the position information acquisition unit 31 determines the current position of the moving object by pattern matching between the road network included in the map data and the route indicated by the position information history obtained from the position information detection device. Can be configured. Thereby, the determination accuracy of the current position can be improved. The map data is stored in advance in the information terminal device, or is sequentially acquired from an external information terminal device via data communication such as wireless communication or wired communication.

<Moving object>
The moving body is an object that holds the information terminal device 2 having the function of the position guide unit 30 and moves together with the information terminal device.
For example, when the information terminal device 2 is mounted on a vehicle and information on the current position of the vehicle is guided, the moving body is a vehicle. In this case, the information terminal device 2 is a car navigation device mounted on a vehicle, or a portable information terminal device or a multi-function mobile phone that has the function of the position guide unit 30 and can be carried by the user. There is.
Alternatively, when the user (human) holds the information terminal device 2 and guides information on the current position of the user who is moving by walking or public transportation, the moving body is the user. In this case, the information terminal device 2 may be a portable information terminal device or a multi-function mobile phone that has the function of the position guide unit 30 and can be carried by the user.

2-2. Position guidance execution unit 32
The position guidance execution unit 32 is a functional unit that guides the information about the position of the moving body acquired by the position information acquisition unit 31 to the user by screen display, voice, or the like using a display screen, a speaker, or the like. At this time, the position guidance execution unit 32 may guide information relating to the position of the moving object in association with map data or the like.

The position guidance execution unit 32 has a route guidance function, and is configured to guide a guidance route from the current position to the destination when a destination is set. When the moving body is a vehicle, the position guidance execution unit 32 guides a guidance route for moving the vehicle road or the like by the vehicle, and when the moving body is a person, the position guidance execution unit 32 is guided by walking or public transportation. Guide the route. When the information terminal device is a portable information terminal device or a multi-function mobile phone, the position guidance execution unit 32 may be configured to be able to switch the mobile body by a vehicle or a human depending on user settings.
Note that the position guidance execution unit 32 is configured to guide the user about information regarding the position of the moving body even when the destination is not set.

2-3. Movement history information generation unit 33
The movement history information generation unit 33 is a functional unit that performs a movement history information generation process for generating movement history information in which the position and time of a moving object are associated with each other.
In the present embodiment, the movement history information generation unit 33 is configured to store the information on the current position of the moving object acquired by the position information acquisition unit 31 in the storage device 6 in association with the acquisition time information. Has been. The movement history information generation unit 33 is configured to generate movement history information when at least the position information acquisition unit 31 is operating and information on the current position of the moving object is obtained.

The movement history information is configured to include information on the power on / off time of the information terminal device having the function of the position guide unit 30 or information on the on / off time of the function of the position guide unit 30. For example, the information terminal device 2 may be a car navigation device mounted on a vehicle, and the power source of the information terminal device may be configured to be turned on / off in conjunction with the on / off of a power switch of the vehicle. Here, the on-off time includes an on-time and an off-time.
In addition, in the movement history information, when route guidance to the destination is performed, information on the destination, information on arrival time at the destination, information on start time of the route guidance, guidance route, etc. Information is also included.

3. Travel stay folder creation unit 40
The travel stay point folder creation unit 40 creates a travel folder, a stay point folder, a stay point information file, and the like based on the results of the travel determination process and the stay point determination process, and stores them in the storage device 7. It is a functional unit that executes folder creation processing.
In the present embodiment, the travel stay point folder creation unit 40 includes a travel determination unit 41, a stay point determination unit 42, a folder creation unit 43, a stay point information file generation unit 44, a travel information file generation unit 45, and movement history information acquisition. A functional unit such as a unit 46 is provided.

  In this embodiment, the travel stay point folder creation unit 40 is provided in the information terminal device 2 provided with the function of the position guide unit 30, and the storage device 6 and the storage device 7 are the same storage device. . The travel stay point folder creation unit 40 is configured to store the created travel folder, stay point folder, travel information file, and stay point information file in the storage device 7 of the information terminal device 2.

  When the image file classification process is performed in the external storage device as will be described later, the travel stay point folder creation unit 40 stores the travel location in the external storage device via data communication such as wireless communication or wired communication. A folder, a stay location folder, a travel information file, and a stay location information file are configured to be stored. The information terminal device 2 is provided with a data communication device for performing wireless communication or wired communication.

Here, the external storage device includes a storage device (for example, a network server) of an external information terminal device connected to the Internet, and a storage device (for example, an external information terminal device that can be connected by wireless communication or wired communication). , Multifunctional mobile phones, portable information terminal devices, photographing devices) and removable recording devices (for example, flash memory cards).
Wireless communication includes a mobile phone line, a wireless LAN, Bluetooth (registered trademark), and the like. Wired communication includes wired LAN, universal serial bus (USB), and communication using a removable storage device read / write device.

3-1. Movement history information acquisition unit 46
The movement history information acquisition unit 46 is a functional unit that performs a movement history information acquisition process for acquiring the movement history information generated by the position guide unit 30.
In the present embodiment, the movement history information acquisition unit 46 adjusts as the movement history information generation unit 33 sequentially stores information such as the current position of the moving body as movement history information in the storage device 6 over time. Thus, the information on the current position of the moving object is sequentially acquired from the movement history information stored in the storage device 6 as time elapses.

3-2. Travel determination unit 41
The travel determination unit 41 is a functional unit that performs a travel determination process for determining the start and end of travel of a mobile object.

In the present embodiment, the travel determination unit 41 is configured to sequentially determine the start and end of the travel of the mobile body based on the passage of time based on the travel history information acquired by the travel history information acquisition unit 46. ing.
In this embodiment, each time the travel determination unit 41 acquires information on the current position of the mobile object, the travel determination unit 41 sequentially starts and ends the travel of the mobile object based on the movement history information including the current position information. It is configured to determine.

In the present embodiment, the travel determination unit 41 starts travel when the distance between the preset reference point and the position of the moving body is equal to or greater than a preset travel determination value (for example, 1 km). It is determined that the trip has ended when the travel determination value (for example, 1 Km) or less is reached after it is determined that the trip has started.
The reference point can be a point set by the user. As such a reference point, for example, the position of a home or the position of a company where the employee is working is set.

  In addition to the start determination condition based on the distance from the reference point, other additional start determination conditions may be set so that the start of travel is not determined in daily travel such as commuting or shopping. For example, after the start determination based on the distance to the reference point, the user is allowed to select whether or not to start the trip, and when it is determined that the trip may be started, the trip is finally determined to start. May be configured. Alternatively, if the start determination is made based on the distance from the reference point outside of the weekday commute time zone (for example, 7:00 to 8:00), the trip is finally determined to be within the weekday commute time zone. Thus, when the start determination is made based on the distance from the reference point, the travel start may not be determined.

  Alternatively, a destination point for route guidance is set in the position guide unit 30, and the destination point is close to a tourist spot or an entertainment spot (for example, within a predetermined radius (such as 500 m)), and starts with a distance from the reference point. When the determination is made, the travel may be finally determined to start.

<Determination of travel name>
The travel determination unit 41 is configured to determine a travel name based on a stay point name acquired by a stay point determination unit 42 to be described later when it is determined that the trip has ended. Specifically, the travel determination unit 41 is configured to include one or more stay point names in the travel name in the order of longer stay time. The date of travel may be included in the travel name. The travel name is, for example, “Travel in October 3, 2012 toward Kinkakuji and Kiyomizu-dera”.

3-3. Stay point determination unit 42
The stay point determination unit 42 is a functional unit that performs a stay point determination process for determining a stay point that is a point where the mobile body has stayed during the travel determined by the travel determination unit 41.
In the present embodiment, the stay point determination unit 42 is configured to sequentially determine the stay points based on the passage of time based on the movement history information acquired by the movement history information acquisition unit 46.
In the present embodiment, the stay point determination unit 42 is configured to sequentially determine the stay point based on the movement history information including the current position information every time information on the current position of the mobile object is acquired. Has been.

<Determination of staying point by parking>
For example, when the moving body is a vehicle, the staying point determination unit 42 is configured to determine the staying point with reference to the parking point when it is determined that the vehicle is parked. For example, when the information terminal device is a car navigation device and the movement history information includes information on the on / off time of the power of the car navigation device, the stay point determination unit 42 is turned on after the power is turned off. Can be configured to determine that the vehicle is parked for a period of time. Then, the staying point determination unit 42 sets the parking point as the staying point. Stay point determination unit 42 sets the time from the power-off time to the on-time as the staying time. The stay point determination unit 42 determines main tourist spots and entertainment spots near the parking spot (for example, within a predetermined radius (such as 500 m)) from the map data and sets the stay spots. It may be configured as follows.

<Dwelling point judgment by moving range>
Alternatively, when the moving body is a human, the staying point determination unit 42 determines the point corresponding to the moving range when the moving range of the moving body within the predetermined stay determination period is within a predetermined specific range. Is determined to be a staying point. Here, the specific range is set within, for example, a radius within a predetermined distance (200 m or the like) or the site of a tourist spot such as Kinkakuji. Based on the movement history information, the stay point determination unit 42 determines the movement range (route) of the moving object within the stay determination period from the current time to the past time for a predetermined period (for example, 15 minutes). judge. If the stay point determination unit 42 determines that the movement range is within the specific range, the stay point determination unit 42 determines that the movement range constitutes a stay point, and a time range from the start time to the end time of the stay determination period Determine which time constitutes the staying time.

The stay point determination unit 42 overlaps all of the movement ranges determined to constitute the stay point when the movement range is within the specific range and the time determined to be the stay point is temporally continuous. It is determined that the moving range is a moving range corresponding to the staying point, and the time range connecting all the time ranges determined to constitute the staying time is determined to be the staying time range. Then, the stay point determination unit 42 sets the representative point (for example, the center position (coordinates)) of the movement range determined to correspond to the stay point as the stay point.
The stay point determination unit 42 determines whether or not there is a sightseeing spot or an entertainment spot that overlaps with the travel range determined to correspond to the stay point, based on the map data. When the travel range is set as a stay point and it is determined that the travel range does not exist, the travel range may not be set as the stay point.

<Dwell time determination>
In the present embodiment, the staying point determination unit 42 sets the staying point as a staying point when the staying time, which is the time during which the mobile body stayed at one point, is greater than or equal to a preset stay determination value (for example, 30 minutes or more). It is comprised so that it may determine with having stayed. That is, as described above, when the stay time represented by the staying time at the stay point determined by the parking or moving range is equal to or longer than the stay determination value, the stay point is set as the final stay point, and the stay When it is less than the judgment value, the staying point is excluded from the final staying point.

<Location name>
The staying point determination unit 42 is configured to acquire a staying point name representing the staying point from the map data based on the staying position information of the staying point.
In the present embodiment, when the staying point determination unit 42 determines the staying point by parking, the main sightseeing spot or entertainment near the staying point (parking point) (for example, within a predetermined radius (such as 500 m)). A spot or the like is determined from map data or the like, and names of the tourist spot or entertainment spot are acquired from the map data and set as a staying point name. According to this configuration, it is possible to cope with a case where the parking lot and the sightseeing spot are separated.

  In addition, when the staying point determination unit 42 determines the staying point based on the movement range, the staying point determining unit 42 determines a sightseeing spot or an entertainment spot that overlaps with the staying point from map data or the like, and names the sightseeing spot or the entertainment spot. It is configured to obtain from the map data and set the stay point name. If there is no sightseeing spot that overlaps with the staying point, the staying point determination unit 42 is a main sightseeing spot or entertainment spot near the staying point (for example, within a predetermined radius (such as 100 m)). May be determined from map data or the like. The name of the stay point is, for example, “Kinkakuji” or “Kiyomizu Temple”.

3-4. Folder creation unit 43
The folder creation unit 43 creates a travel folder corresponding to the trip determined by the travel determination unit 41 in the storage device 7, and is determined in the storage device 7 by the stay point determination unit 42 in association with the travel folder. It is a functional part which performs the folder creation process which creates a stay point folder for every stay point.

  In the present embodiment, the folder creation unit 43 creates the travel folder 111 when the travel determination unit 41 determines that the trip has started, as in the example shown in FIG. The stay point folders 211, 212, and 213 created until it is determined that the travel folder 111 is determined are stored in the travel folder 111.

  The folder creation unit 43 is configured to sequentially create a travel folder and a stay point folder based on the determination results of the travel determination unit 41 and the stay point determination unit 42 determined with the passage of time. That is, the folder creation unit 43 creates a travel folder in the storage device 7 when the travel determination unit 41 determines that the trip has started, and after the travel start determination, the stay point determination unit 42 determines the stay point. At each point in time, a corresponding stay point folder is created in the travel folder. And the folder creation part 43 is comprised so that the folder creation process corresponding to the said trip may be complete | finished when the travel determination part 41 determines with the trip having been complete | finished.

<Location folder name>
The folder creation unit 43 is configured to include the stay point name in the name of the stay point folder. The name of the stay point folder is, for example, “near Kinkakuji” or “near Kiyomizu-dera”. The staying time folder name may include the staying time and date. In this case, for example, “Near Kinkakuji October 3 11: 00 to 13:00”, “Near Kiyomizu Temple October 3 14:30 to 16:00”, and the like.

<Travel folder name>
The folder creation unit 43 is configured to include the travel name in the name of the travel folder. In the present embodiment, the folder creation unit 43 determines the name of the travel folder as shown in FIG. 2 because the travel name is not determined at the time when the travel determination unit 41 determines the start of travel and creates the travel folder. The travel folder 111 is created by setting a temporary name such as “New Travel Folder”. The folder creation unit 43 is configured to change the name of the travel folder 111 from a temporary name to a name including the travel name after the travel determination unit 41 determines the end of the travel and the travel name is determined. ing. The name of the travel folder after the change is, for example, “travel folder in the direction of Kinkakuji, Kiyomizu-dera on October 3, 2012”.

3-5. Stay point information file generator 44
The staying point information file generating unit 44 generates a staying point information file including information on staying time and staying position information of each staying point, and stores the staying point information in the storage device 7 in association with the staying point folder. It is a functional unit that performs file generation processing.
In the present embodiment, the stay point information file generation unit 44 is configured to include information on the name of each stay point in the stay point information file.

In the present embodiment, the staying point information file generating unit 44 generates a staying point information file including information on the staying time of each staying point, information on the staying position, and information on the staying point name for each staying point, It is comprised so that it may store in the stay point folder corresponding to each stay point. That is, as in the example shown in FIG. 2, the stay point information files 221, 222, and 223 of the corresponding stay points are stored in the stay point folders 211, 212, and 213, respectively.
Here, the information on the stay position includes the position (coordinates) of the parking spot, the movement range (coordinate range) determined to correspond to the stay point, the representative position of the movement range (for example, the center position (coordinate)), Information such as the position (coordinates) of a sightseeing spot determined to correspond to the staying point is used.
The information on the name of the staying point is information on the name of a sightseeing spot or entertainment spot determined to correspond to the staying point.
The information on the staying time is information representing the time from the start of stay to the end of stay, and is, for example, information on the stay start time and stay end time, and information on the stay start time and stay time.

  In this embodiment, the stay point information file generation unit 44 sequentially generates a stay point information file corresponding to the stay point every time the stay point determination unit 42 determines the stay point as time passes, It is comprised so that it may store in the stay point folder produced corresponding to the said stay point.

3-6. Travel information file generator 45
The travel information file generation unit 45 is a functional unit that performs a travel information file generation process that generates a travel information file that includes information on travel time about a trip and stores the travel information file in the storage device 7 in association with the travel folder.
In the present embodiment, the travel information file is configured so as to further include information on the position history of the mobile body that is traveling.

  Here, the travel time information is information representing the time from the start of travel to the end of travel, and is, for example, information on the travel start time and travel end time, or information on the travel start time and travel time. The position history information is history information in which the information on the current position of the moving body acquired from the position guide unit 30 is recorded in order of the passage of time during the period from the start of travel to the end of travel, and represents a travel route. Note that the position history information may include information on the acquisition time at which the information on each position is acquired.

In the present embodiment, the travel information file generation unit 45 is configured to generate a travel information file including travel start time information as travel time information after the travel start is determined, and store the travel information file in the travel folder. ing. In addition, the travel information file generation unit 45 starts generation of location history information after the travel start determination, and sequentially acquires location history information every time the mobile body acquires current location information as time passes. It is configured to update. The travel information file generation unit 45 is configured to sequentially update the position history information included in the travel information file with the updated position history information. The travel information file generation unit 45 is configured to update the travel information file by adding the travel end time information to the travel time information after the travel end is determined.
Alternatively, the travel information file generation unit 45 generates travel time information and location history information after the travel determination unit 41 determines the end of the travel, generates a travel information file, and stores it in the travel folder It may be configured to.
The travel information file generation unit 45 may be configured to include travel name information and stay point information in the travel information file.

3-7. Flowchart of Travel Stay Point Folder Creation Processing Next, a procedure of travel stay point folder creation processing (travel stay point folder creation method and travel stay point folder creation program) will be described with reference to the flowchart shown in FIG.
The travel determination unit 41 executes a travel determination process for determining the start and end of the travel of the mobile body based on the travel history information.
The folder creation unit 43 creates a travel folder when the travel determination unit 41 determines that the trip has started (step # 01: Yes) (step # 02). Then, stay point determination unit 42 executes a stay point determination process in step # 03. The stay point determination process in step # 03 is repeatedly executed until it is determined in step # 07 that the trip determination unit 41 determines that the trip has ended (step # 07: Yes).

  Stay point determination unit 42 determines a stay point name when determining a new stay point (step # 03: Yes) (step # 04). Then, folder creation unit 43 creates a stay point folder corresponding to the newly determined stay point (step # 05). At this time, the folder creation unit 43 includes the stay point name in the name of the stay point folder. In addition, stay point information file generation unit 44 executes a stay point information file generation process for generating a stay point information file corresponding to the newly determined stay point (step # 06).

  When travel determination unit 41 determines that the travel has ended (step # 07: Yes), travel determination unit 41 determines a travel name (step # 08). Folder creation unit 43 changes the name of the travel folder to a name including the travel name (step # 09). Then, the travel information file generation unit 45 executes a travel information file generation process for generating a final travel information file (step # 10). In this embodiment, the travel information file generation unit 45 generates a travel information file including the travel start time after the travel start determination, and updates the travel information file each time information on the current position of the mobile object is acquired. Is configured to do.

4). Image file classification unit 50
The image file classification unit 50 determines which staying point the image file corresponds to based on the information on the shooting time included in the image file and the information on the staying time of each staying point included in the staying point information file. If it is determined that there is a corresponding staying point, the image file is stored in the corresponding staying point folder. If it is determined that there is no corresponding staying point, the image file is stored in the travel folder. It is a functional unit that performs classification processing.

In the present embodiment, the image file classification unit 50 includes functional units such as an image file acquisition unit 51, a classification folder acquisition unit 52, an image travel correspondence determination unit 53, an image point correspondence determination unit 54, and an image file classification storage unit 55. I have.
In the present embodiment, the image file classification unit 50 is provided in the information terminal device 2 provided with the functions of the position guide unit 30 and the travel stay point folder creation unit 40.

4-1. Classification folder acquisition unit 52
The classification folder acquisition unit 52 creates a travel folder corresponding to the trip, a stay folder created for each staying point stayed during the trip, and associated with the travel folder, and information on the travel time about the trip Is a functional unit that performs a classification folder acquisition process for acquiring a travel information file including the information and a staying point information file including information on the staying time of each staying point.
In the present embodiment, the classification folder acquisition unit 52 stores the travel folder, the stay point folder, the travel information file, and the stay point information file from the storage device 7 of the information terminal device provided with the function of the travel stay point folder creation unit 40. It is configured to obtain information.

4-2. Image file acquisition unit 51
The image file acquisition unit 51 is a functional unit that performs image file acquisition processing for acquiring information of an image file that is a file of a captured image.
The image includes a still image and a moving image.
When a plurality of image files are acquired, image file classification processing is performed for each image file.

  When the information terminal device having the function of the image file classification unit 50 includes a photographing device, and the image file is generated by the information terminal device, the image file acquisition unit 51 stores the image file from the storage device of the information terminal device. It is configured to obtain image file information. Such information terminal devices include a multifunctional mobile phone and a portable information terminal device equipped with a photographing device.

Alternatively, the image file acquisition unit 51 is configured to acquire image file information from an external storage device via data communication such as wireless communication or wired communication.
Here, the external storage device and data communication such as wireless communication or wired communication are the same as those described in the travel stay point folder creation unit 40.

  Alternatively, as will be described later, the image file classification storage unit 55 moves the image file in an external storage device that can be connected by data communication such as wireless communication or wired communication, and stores the image file in a travel folder or the like. When configured, the image file acquisition unit 51 receives information on the shooting time and shooting position of the image file from the external storage device in which the image file is stored via data communication such as wireless communication or wired communication. It is configured to obtain information. In this case, the image file acquisition unit 51 is configured not to acquire image information (image data) of the image file.

  The image file acquisition unit 51 acquires image file information automatically or by selection by the user when data communication with an external storage device is enabled and image file information can be acquired. It is configured as follows. The image file acquisition unit 51 is configured to acquire image file information each time an image file is generated by the imaging device.

<Shooting time information>
The image file generally includes information on the shooting time. The shooting time information includes information such as shooting date and shooting time.
<Shooting position information>
An imaging device, a multifunctional mobile phone with an imaging device, a portable information terminal device, and the like have a position detection device such as a GPS receiver, and have a function of including information on a shooting position in an image file. If so, the image file includes information on the shooting position.

4-3. Image travel correspondence determination unit 53
The image travel correspondence determination unit 53 determines whether or not the image file corresponds to a trip based on the information on the shooting time included in the image file and the information on the travel time included in the travel information file. It is a functional unit that performs a determination process.

In the present embodiment, the image travel correspondence determination unit 53, when the image file includes shooting position information (FIG. 4, step # 11: Yes), the shooting time information and shooting position information included in the image file. Based on the travel time information and location history information included in the travel information file, it is determined whether or not the image file corresponds to travel (steps # 12 and # 13).
Specifically, the image travel correspondence determination unit 53 includes the shooting time information included in the image file and the travel information file when the image file includes shooting position information (step # 11: Yes). Based on the travel time information, a travel time correspondence determination is performed to determine whether the photographing time information corresponds to the travel time information (step # 12). Then, the image travel correspondence determination unit 53 determines the location history information included in the travel information file and the image file regarding the relationship between the image file (step # 12: Yes) determined to be supported by the travel time correspondence determination and the travel. Is configured to perform travel position correspondence determination that determines whether the information on the photographing position corresponds to the information on the position history of the travel determined to correspond based on the information on the photographing position included in (step # 13). ing.

In the travel time correspondence determination, the image travel correspondence determination unit 53 determines whether the shooting time included in the image file is within the range of the travel time (from the travel start time to the travel end time) included in the travel information file. .
In the travel position correspondence determination, the image travel correspondence determination unit 53 determines whether the shooting position included in the image file is close to the travel route indicated by the travel position history included in the travel information file (for example, a predetermined determination distance of the travel route ( It is determined whether it is within a range.
Alternatively, when the travel location history information is configured to include the acquisition time information of each location information, the image travel correspondence determination unit 53 determines the image file shooting time from the location history information. Position information corresponding to the closest acquisition time may be extracted, and it may be configured to determine whether the shooting position is close to the position indicated by the position information (for example, whether the radius is within a predetermined radius (such as 5 km)).

  On the other hand, when the image file does not contain the shooting position information (step # 11: No), the image travel correspondence determination unit 53 performs only the travel time correspondence determination (step # 16), and determines the travel position correspondence. It is configured not to perform.

4-4. Image point correspondence determination unit 54
The image point correspondence determination unit 54 determines which stay point the image file corresponds to based on the information on the shooting time included in the image file and the information on the staying time of each stay point included in the stay point information file. It is a function part which performs the image point corresponding | compatible determination process to determine.

  In the present embodiment, the image point correspondence determination unit 54, on the condition that the image travel correspondence determination unit 53 determines that the image file corresponds to a trip, information on the shooting time included in the image file, and the stay point information file Based on the information on the staying time of each staying point included in the image, it is configured to determine which staying point the image file corresponds to.

In the present embodiment, when the image file includes shooting position information, the image point correspondence determination unit 54 includes shooting time information and shooting position information included in the image file, and stay included in the stay point information file. It is configured to determine which staying point the image file corresponds to based on the information on the staying time and the staying position information of each spot.
Specifically, the image point correspondence determination unit 54 includes information on the shooting position in the image file, and the image travel correspondence determination unit 53 determines that the image file corresponds to travel (step # 13: Yes). Based on the shooting time information included in the image file and the staying time information of each staying point included in the staying point information file, the shooting time information corresponds to the staying time information of any staying point. A stay time correspondence determination is made (step # 14). Then, the image point correspondence determination unit 54, regarding the relationship between the image file (step # 14: Yes) determined to be supported by the stay time correspondence determination and the stay point, information on the stay position included in the stay point information file, and Based on the shooting position information included in the image file, a stay position correspondence determination is performed to determine whether the shooting position information corresponds to the stay position information determined to correspond (step # 15). It is configured.

In the stay time correspondence determination, the image point correspondence determination unit 54 determines whether the shooting time included in the image file is within the range of the staying time (from the stay start time to the stay end time) included in the stay point information file. To do.
In the stay position correspondence determination, the image point correspondence determination unit 54 determines whether the shooting position included in the image file is close to the stay position indicated by the stay position information included in the stay point information file (for example, a predetermined determination distance of the stay position) (4 km, etc.) It is in the range). Here, the determination distance in the stay position correspondence determination is set to be equal to or less than the determination distance in the travel position correspondence determination.

  On the other hand, when the image point correspondence determination unit 54 determines that the image file does not include shooting position information and the image travel correspondence determination unit 53 determines that the image file corresponds to travel (step # 16: Yes), the above-described processing is performed. Only the stay time correspondence determination is performed (step # 17), and the stay position correspondence determination is not performed.

4-5. Image file classification storage unit 55
When the image point correspondence determining unit 54 determines that there is a stay point corresponding to the image file, the image file classification storage unit 55 stores the image file in the corresponding stay point folder and there is no corresponding stay point. If it is determined that the image file is stored in the travel folder, the image file classification storage processing is performed.

The image file classification storage unit 55 performs an image file classification process on the image file stored in the storage device of the information terminal device 2 having the function of the image file classification unit 50, and stores the image file in the storage device. An image file may be stored in a stored travel folder or the like.
Alternatively, the image file classification storage unit 55 performs an image file classification process on the image file stored in the storage device of the information terminal device 2 having the function of the image file classification unit 50, and stores the image file in an external storage. The image file after the classification processing may be stored in a travel folder or the like stored in the apparatus via data communication such as wireless communication or wired communication. In this case, the travel stay point folder creation unit 40 or the image file classification unit 50 sends the travel folder, the stay point folder, and the like via the data communication such as wireless communication or wired communication as described above. Is stored in the storage device.

Alternatively, when the image file is stored in an external storage device that can be connected by data communication such as wireless communication or wired communication, the image file classification storage unit 55 receives the external file in response to a command via data communication. The image file may be moved in the storage device and stored in a travel folder or the like. In this case, the travel stay point folder creation unit 40 or the image file classification unit 50 sends the travel folder, the stay point folder, and the like via the data communication such as wireless communication or wired communication as described above. Is stored in the storage device.
Here, the external storage device and data communication such as wireless communication or wired communication are the same as those described in the travel stay point folder creation unit 40.

  In this embodiment, the image file classification storage unit 55 determines that the image file corresponds to a trip by the image trip correspondence determination unit 53 (FIG. 4, step # 13: Yes or step # 16: Yes), and the image point correspondence. When it is determined by the determination unit 54 to correspond to any stay point (step # 15: Yes or step # 17: Yes), the image file is stored in the stay point folder of the stay point determined to correspond. (Step # 18 or Step # 21). On the other hand, the image file classification storage unit 55 determines that the image file corresponds to a trip by the image travel correspondence determination unit 53 (step # 13: Yes or step # 16: Yes), and the image point correspondence determination unit 54 determines which When it is determined that it does not correspond to the staying point (Step # 14: No, Step # 15: No, or Step # 17: No), the image file is stored in the travel folder (Step # 19 or Step # 19). 22).

  On the other hand, the image file classification storage unit 55 determines that the image file does not correspond to travel by the image travel correspondence determination unit 53 (step # 12: No, step # 13: No, or step # 16: No). The image file is configured not to be stored in the travel folder and any stay point folder. In this embodiment, the image file classification storage unit 55 is configured to store in a predetermined folder other than the travel folder (step # 20 or step # 23).

5. Examples of Travel Stay Location Folder Creation Processing and Image File Classification Processing Next, examples of travel stay location folder creation processing and image file classification processing will be described with reference to FIGS. 2, 5, and 6.
In this example, the functions of the position guide unit 30, the travel stay point folder creation unit 40, and the image file classification unit 50 are provided in the car navigation device. Then, a description will be given of a case where the user gets on a vehicle on which the car navigation device is mounted and travels from a home set as a reference position.

  In this example, the image file is configured to be stored in an external storage device connected to the Internet (hereinafter referred to as a network connection storage device). In this example, an image file is generated by the photographing device provided in the multi-function mobile phone, and the generated image file is connected to the network from the storage device of the multi-function mobile phone via the mobile phone line and the Internet. It is configured to be replicated sequentially in the storage device. In this example, the multi-function mobile phone is provided with a position detection device such as GPS, and the image file is configured to include information on the photographing time and information on the photographing position.

  In this example, the car navigation device includes a wireless communication device such as a mobile phone line, and can perform data communication with a network connection storage device connected to the Internet. Alternatively, the car navigation device includes a wireless communication device such as Bluetooth, and can be connected to a multi-function mobile phone possessed by the user by short-range wireless communication such as Bluetooth. Data communication is possible with a network connection storage device connected to the Internet via a multi-function mobile phone having the wireless communication device.

  The image file acquisition unit 51 is configured to acquire shooting time information and shooting position information from the image file after a new image file is stored in the network connection storage device. The image file classification storage unit 55 is configured to move the image file and store it in a travel folder or the like in the network connection storage device by image file classification processing.

  In this example, the storage device 6 and the storage device 7 in FIG. 1 are storage devices provided in the car navigation device, and the storage device 8 is an external storage device (network connection storage device) connected to the Internet. ing.

5-1. Example of Travel Stay Point Folder Creation Process First, the travel determination unit 41, which will be described with a focus on the travel stay point folder creation process, as shown in FIG. 5, the user rides on a vehicle equipped with the above-described car navigation device from home. After leaving for the trip, at 9:00 on October 3, 2012, the distance between the reference point and the current position of the moving object is equal to or greater than the trip determination value, so it is determined that the trip has started. The folder creation unit 43 creates a travel folder 111 in the storage device of the car navigation device as shown in FIG. The trip determination unit 41 duplicates the created trip folder 111 in the network connection storage device 8 via the wireless communication device. At this time, the name of the travel folder is set to a temporary name “new travel folder”.

  The travel information file generation unit 45 generates a travel information file 121 including travel start time information as travel time information after travel start determination, and stores the travel information file 121 in the travel folder 111 (see FIG. 2). In addition, the travel information file generation unit 45 starts generating the travel history information after the travel start determination, and sequentially updates the information on the current position of the mobile body as time elapses. Then, the travel information file generation unit 45 sequentially updates the travel history information included in the travel information file 121 with the updated travel history information.

The user captures a landscape from the vehicle at 10:00 during movement by the vehicle, and an image file 601 is generated (see FIG. 5).
The user parks at a parking lot near Kinkakuji at 11:00 and the car navigation device is turned off. The user takes pictures at 11:20, 11:40, 11:50, and 12:30 while walking within the site of Kinkakuji after walking and generates image files 602, 603, 604, and 605, respectively. ing. The user returns to the parking lot at 13:00 and turns on the car navigation device.

  The stay point determination unit 42 determines that the user stayed at the parking spot from the power-off time 11:00 to the power-on time 13:00. The staying point determination unit 42 determines the parking point as the staying point 201 because the staying time of 2 hours is equal to or longer than the staying determination value set to 30 minutes. Then, the stay point determination unit 42 extracts Kinkakuji from the map data provided in the position guide unit 30 as a main tourist spot within a radius of 500 m of the stay point 201, and sets the stay point name to “Kinkakuji” doing.

After determining the stay point and the stay point name, the folder creation unit 43 creates a stay point folder 211 named “near Kinkakuji” in the travel folder 111 in the car navigation device, as shown in FIG. Then, the staying point information file generating unit 44 “staying start time 11:00 and staying end time 13:00” as information on the staying time of the staying point 201, “parking position (coordinates)” as staying position information, A stay point information file 221 including “Kinkakuji” as the information of the stay place name is generated and stored in the stay point folder 211 in the car navigation device.
In addition, the folder creation unit 43 duplicates the created stay point folder 211 in the travel folder 111 in the network connection storage device 8 via the wireless communication device. The staying point information file generation unit 44 duplicates the created staying point information file 221 in the staying point folder 211 in the network connection storage device 8 via the wireless communication device.

As shown in FIG. 5, after returning to the parking lot at 13:00, the user departs toward the next staying point by the vehicle. The user parks at 13:15 in a parking lot near Ginkakuji, and the car navigation device is turned off. The user captures the image at 13:30 while moving within the Ginkakuji site on foot after parking, and the image file 606 is generated. The user returns to the parking lot at 14:00 and turns on the power of the car navigation device.
The stay point determination unit 42 determines that the user stayed at the parking spot from the power-off time 13:15 to the power-on time 14:00. The stay point determination unit 42 determines the parking point as the stay point 202 because the stay time of 45 minutes is equal to or longer than the stay determination value set to 30 minutes. Then, the staying point determination unit 42 extracts Ginkakuji from the map data as a main tourist spot within a radius of 500 m of the staying point 202 and sets the staying point name to “Ginkakuji”.

After determining the stay point and the stay point name, the folder creation unit 43 creates a stay point folder 212 named “near Ginkakuji” in the travel folder 111 as shown in FIG. Then, the staying point information file generating unit 44 “staying start time 13:15 and staying end time 14:00” as information on the staying time of the staying point 202, and “parking position (coordinates)” as staying position information, A stay point information file 222 including “Ginkaku-ji” as information on the stay place name is generated and stored in the stay point folder 212.
In addition, the stay point folder 212 and the stay point information file 222 created in the car navigation device are duplicated in the network connection storage device 8 via the wireless communication device as described above.

As shown in FIG. 5, after returning to the parking lot at 14:00, the user departs toward the next staying point by the vehicle. At 14:15 during movement by the vehicle, a landscape from the vehicle is photographed and an image file 607 is generated.
The user parks at a parking lot near Kiyomizu Temple at 14:30, and the power of the car navigation device is turned off. The user captures images at 14:45, 15:00, and 15:30 while moving within the Kiyomizu-dera site on foot after parking, and image files 608, 609, and 610 are generated, respectively. The user returns to the parking lot at 16:00 and turns on the car navigation device.

  The stay point determination unit 42 determines that the user stayed at the parking spot from the power-off time 14:30 to the power-on time 16:00. The staying point determination unit 42 determines the parking point as the staying point 203 because the staying time of 1 hour 30 minutes is equal to or longer than the staying determination value set to 30 minutes. Then, the stay point determination unit 42 extracts Kiyomizu Temple from the map data as a main tourist spot within a radius of 500 m of the parking spot, and sets the stay point name as “Kiyomizu Temple”.

After determining the stay point and the stay point name, the folder creation unit 43 creates a stay point folder 213 named “near Kiyomizu Temple” in the travel folder 111 as shown in FIG. Then, the stay point information file generation unit 44 “stay start time 14:30 and stay end time 16:00” as information on the staying time of the stay point 202, and “parking position (coordinates)” as the stay position information, A stay point information file 223 including “Kiyomizu-dera” as the information of the stay place name is generated and stored in the stay point folder 213.
Further, the stay point folder 213 and the stay point information file 223 created in the car navigation device are duplicated in the network connection storage device 8 via the wireless communication device as described above.

After returning to the parking lot at 16:00, the user departs toward the reference point by the vehicle. The trip determination unit 41 determines that the trip has ended because the distance between the reference point and the current position of the moving body is equal to or less than the trip determination value at 18:00. Then, the travel determination unit 41 includes two travel site names “Kinkakuji” and “Kiyomizu-dera” for the stay points 201 to 203 determined during the travel in descending order of the stay time. October 3rd, “Kinkakuji, Kiyomizu-dera trip”. Then, as shown in FIG. 2, the folder creation unit 43 changes the name of the travel folder from the “new travel folder” of the temporary name to the “travel folder in the direction of Kinkakuji, Kiyomizudera on October 3, 2012”. Has been changed. Then, the travel information file generation unit 45 sets the travel time information as “travel start October 3, 2012 9:00, travel end October 3, 2012 18:00”, as shown in FIG. As shown in FIG. 2, a travel information file 121 including “travel of Kinkaku-ji Temple and Kiyomizu-dera Temple on October 3, 2012” is generated as information on the location history of the moving body during travel and information on the travel name. Stored in the travel folder 111.
The folder creation unit 43 also changes the name of the travel folder in the network connection storage device 8 from the temporary name to the name including the travel name. The travel information file generation unit 45 duplicates the travel information file 121 generated in the car navigation device in the travel information file 121 in the network connection storage device 8 via the wireless communication device.

5-2. Example of Image File Classification Process Next, the image file classification process will be described.
After the image file 601 is generated at 10:00 during movement by the vehicle, the image file 601 is duplicated in the network connection storage device 8 (for example, in a predetermined folder outside the travel folder 111) via the wireless communication device. Is done.
The image file acquisition unit 51 acquires shooting time information and shooting position information from the image file 601 stored in the network connection storage device 8 via the wireless communication device.
Then, the image travel correspondence determination unit 53 determines the image based on the shooting time information and the shooting position information included in the image file 601 and the travel time information and the position history information included in the travel information file 121. It is determined that the file 601 corresponds to travel. Here, the travel time information is from the travel start time 9:00 to the current time (for example, 10:10), and the position history information is the position history information from the travel start determination to the current position. . Specifically, in the image file 601, the shooting time 10:00 is in the range of travel time 9:00 to 10:10, and the shooting position is within the range 701 of the predetermined determination distance from the position history. It is determined that it corresponds to travel.
The image point correspondence determination unit 54 determines that there is no stay point corresponding to the image file 601.

  Since the image file classification storage unit 55 determines that the image file 601 corresponds to a trip but does not correspond to any stay point, the network connection storage device 8 as shown in FIG. The image file 601 is moved to the travel folder 111 and stored.

After the image files 602, 603, 604, and 605 are generated at 11:20, 11:40, 11:50, and 12:30 while walking around the staying point 201, the image files 602 to 605 are And is copied in the network connection storage device 8 via the wireless communication device.
The image file acquisition unit 51 acquires shooting time information and shooting position information from each of the image files 602 to 605 stored in the network connection storage device 8 via wireless communication.
Then, the image travel correspondence determination unit 53 determines that the image files 602, 603, 604, and 605 correspond to travel. In addition, the image point correspondence determination unit 54 generates the shooting time information and the shooting position included in each of the image files 602, 603, 604, and 605 after the stay point folder 211 and the stay point information file 221 regarding the stay point 201 are generated. It is determined that each of the image files 602, 603, 604, and 605 corresponds to the stay point 201 based on the above information and the stay time information and the stay position information included in the stay point information file 221. Specifically, each of the image files 602, 603, 604, and 605 has a shooting time of 11:20, 11:40, 11:50, and 12:30, and a staying time of the staying point 201 is 11:00 to 13:00. Since the shooting position is within the predetermined determination distance range 702 from the stay point 201, it is determined that the position corresponds to the stay point 201.
The image file classification storage unit 55 determines that the image files 602, 603, 604, and 605 correspond to travel and correspond to the stay point 201. As shown in FIG. 6, the image files 602, 603, 604, and 605 are moved and stored in the stay point folder 211.

On the other hand, a family member of a user who has not participated in a trip uses a multi-function mobile phone set as a target for image file classification processing of the car navigation device, as shown in FIG. The image file 611 is generated by shooting at 12:00. The image file 611 is duplicated in the network connection storage device 8 via the wireless communication device.
The image travel correspondence determination unit 53 determines that the shooting position of the image file 611 does not support travel from the position history information. Specifically, in the image file 611, the shooting time 12:00 is within the range of travel time 9:00 to 18:00, but the shooting position is outside the predetermined determination distance range 701 from the position history. Therefore, it is determined not to support travel. As shown in FIG. 6, the image file classification storage unit 55 moves the image file 611 to the “other image folder” 112 that is a folder outside the travel folder 111 because it is determined that the image file 611 does not support travel. I am letting.

After the image file 606 is generated at 13:30 while moving around the staying point 202 on foot, the image file 606 is duplicated in the network connection storage device 8 via the wireless communication device.
The image travel correspondence determination unit 53 determines that the image file 606 corresponds to travel. The image point correspondence determination unit 54 determines that the image file 606 corresponds to the stay point 202 after the stay point folder 212 and the stay point information file 222 regarding the stay point 202 are generated. Here, the image file 606 has a shooting position within a predetermined determination distance range 701 from the position history and within a predetermined determination distance range 703 from the stay point 202.
Since it is determined that the image file 606 corresponds to the trip and corresponds to the stay point 202, the image file classification storage unit 55 stores the image file 606 in the network connection storage device 8 as shown in FIG. The folder 212 is moved.

After the image file 607 is generated at 14:15 during movement by the vehicle, the image file 607 is copied into the network connection storage device 8 via the wireless communication device.
The image travel correspondence determination unit 53 determines that the image file 607 corresponds to a travel. On the other hand, the image point correspondence determination unit 54 determines that the image file 607 does not correspond to any of the stay points 201 and 202. Here, in the image file 607, the shooting position is within the predetermined determination distance range 701 from the position history, but is not within the predetermined determination distance range of any stay point.
Since it is determined that the image file 607 corresponds to travel and does not correspond to any staying point, the image file classification storage unit 55 stores the image file 607 in the network connection storage device 8 as shown in FIG. The travel folder 111 is moved.

After the image files 608, 609, and 610 are generated at 14:45, 15:00, and 15:30 while walking around the stay point 203, the image files 608 to 610 are transmitted via a wireless communication device. Are duplicated in the network connection storage device 8.
The image travel correspondence determination unit 53 determines that the image files 608, 609, and 610 correspond to travel. The image point correspondence determination unit 54 determines that the image files 608, 609, and 610 correspond to the stay point 203 after the stay point folder 213 and the stay point information file 223 regarding the stay point 203 are generated. Here, in the image files 608, 609, and 610, the shooting positions are within the predetermined determination distance range 701 from the position history, and within the predetermined determination distance range 704 from the stay point 203.
Since it is determined that the image files 608, 609, and 610 correspond to the trip and correspond to the stay point 203, the image file classification storage unit 55 stores the image file in the network connection storage device 8 as shown in FIG. 608, 609, and 610 are moved to the stay point folder 213.

[Other Embodiments]
Finally, other embodiments of the present invention will be described. Note that the configuration of each embodiment described below is not limited to being applied independently, and can be applied in combination with the configuration of other embodiments as long as no contradiction arises.

(1) In the above embodiment, the case where the image file classification unit 50 is provided in the information terminal device 2 having the functions of the position guide unit 30 and the travel stay folder creation unit 40 has been described as an example. However, the embodiment of the present invention is not limited to this. That is, the image file classification unit 50 is an information terminal device (hereinafter referred to as a separate information terminal device) that is different from the information terminal device having the functions of the position guide unit 30 and the travel stay point folder creation unit 40. It may be provided in a personal computer provided at home, a multi-function mobile phone, a portable information terminal device, or the like.
In this case, the image file classification unit 50 is stored in the storage device of the separate information terminal device or in an external storage device to which the separate information terminal device can be connected via data communication such as wireless communication or wired communication. An image file classification process is performed on the stored image file.
In this case, the image file classification unit 50 may be configured to sequentially perform image file classification processing during a trip, as in the examples in the above embodiment, or the user may complete the trip and perform a reference The image file classification process may be performed after returning to a position (such as home) and copying the image file generated by the photographing device into a storage device to which a separate information terminal device can be connected.

(2) In the example of the above embodiment, the case where the information terminal device 2 including the position guide unit 30, the travel stay point folder creation unit 40, and the image file classification unit 50 is a car navigation device will be described as an example. did. However, the embodiment of the present invention is not limited to this. That is, the information terminal device 2 provided with the position guide unit 30, the travel stay point folder creation unit 40, and the image file classification unit 50 may be a multi-function mobile phone or a portable information terminal device.

(3) In the example of the above embodiment, the image file classification unit 50 is configured to perform image file classification processing in an external storage device (network connection storage device) connected to the Internet. Described as an example. However, the embodiment of the present invention is not limited to this. That is, the image file classification unit 50 may be configured to perform an image file classification process in a storage device of an information terminal device (such as a car navigation device) provided with the image file classification unit 50. Alternatively, the image file classification unit 50 can be connected to an information terminal device (such as a car navigation device) provided with the image file classification unit 50 by wireless communication (such as Bluetooth) or wired communication (such as USB). In a storage device of a mobile phone or a portable information terminal device, the image file may be moved by image file classification processing and stored in a travel folder or the like.

(4) In the example in the above embodiment, the stay point determination unit 42 has been described as an example in which the stay point is determined by turning on and off the power of the car navigation device. However, the embodiment of the present invention is not limited to this. That is, the stay point determination unit 42 performs the stay point determination based on the moving range described above when the portable information terminal device such as a navigation device that is not turned off during parking or staying. The stay point may be determined.

(5) In the above embodiment, the information terminal device 2 has been described as an example in which the functions of the position guide unit 30, the travel stay point folder creation unit 40, and the image file classification unit 50 are provided. However, the embodiment of the present invention is not limited to this. That is, the information terminal device 2 only needs to have at least the function of the position guide unit 30, and at least the storage device 6, the storage device 7, the storage device 8, the travel destination folder creation unit 40, and the image file classification unit 50. A part may be provided in an external storage device such as a network server, an information terminal device, or the like, or the entire information including the storage devices 6, 7, and 8 may be provided in the information terminal device 2.

  INDUSTRIAL APPLICABILITY The present invention can be suitably used for a navigation system that guides information related to the current position of a mobile object.

1: Navigation system 2: Information terminal device 6, 7, 8: Storage device 30: Location guidance unit 31: Location information acquisition unit 32: Location guidance execution unit 33: Travel history information generation unit 40: Travel stay point folder creation unit 41 : Travel determination unit 42: Stay point determination unit 43: Folder creation unit 44: Stay point information file generation unit 45: Travel information file generation unit 46: Movement history information acquisition unit 50: Image file classification unit 51: Image file acquisition unit 52 : Classification folder acquisition unit 53: Image travel correspondence determination unit 54: Image point correspondence determination unit 55: Image file classification storage unit

Claims (14)

A navigation system for guiding information related to the current position of a moving object,
A travel determination unit for determining start and end of travel of the mobile body;
During the travel determined by the travel determination unit, a stay point determination unit that determines a stay point that is a point where the mobile body has stayed, and
A travel folder corresponding to the travel determined by the travel determination unit is created in a storage device, and in association with the travel folder, for each stay point determined by the stay point determination unit in the storage device A folder creation unit for creating a staying point folder,
A staying point information file generating unit that generates a staying point information file including information on the staying time and staying position information of each staying point, and stores the staying point information file in the storage device in association with the staying point folder;
Navigation system equipped with.   Travel information file generation including a travel information file including information on a travel time about the travel and position history information of the mobile body during the travel, and storing the travel information file in the storage device in association with the travel folder The navigation system according to claim 1, further comprising a unit.   The travel determination unit determines that a trip has started when a distance between a preset reference point and the position of the moving body is equal to or greater than a preset travel determination value, and is less than or equal to the travel determination value The navigation system according to claim 1, wherein the travel system determines that the trip has ended when The stay point determination unit acquires a stay point name representing the stay point from map data based on the information on the stay position,
The folder creation unit includes the stay point name in the name of the stay point folder, or the stay point information file generation unit includes information on the stay point name in the stay point information file. The navigation system according to any one of items 1 to 3.   The said staying point determination part determines with having stayed at the said staying point, when the staying time which is the time when the said mobile body stayed at one point is more than the preset stay determination value. The navigation system according to any one of the above.   The folder creation unit creates the travel folder when it is determined that the trip has been started by the travel determination unit, and the stay point created until the travel determination unit determines that the trip has ended. The navigation system according to any one of claims 1 to 5, wherein the folder is stored in the travel folder. The moving body is a vehicle;
The navigation system according to any one of claims 1 to 6, wherein when the staying point determination unit determines that the vehicle is parked, the staying point is determined based on the parking point. The mobile is a user;
The said staying point determination part determines the point corresponding to the said moving range as the said staying point, when the said user's moving range is in the predetermined specific range, The said staying point is any one of Claim 1 to 7 Navigation system. An image file acquisition unit that acquires information of an image file that is a file of a captured image;
Based on the information on the photographing time included in the image file and the information on the staying time of each staying point included in the staying point information file, it is determined which staying point the image file corresponds to. When it is determined that there is a corresponding staying point, the image file is stored in the corresponding staying point folder. When it is determined that there is no corresponding staying point, the image file is stored in the travel folder. The navigation system according to any one of claims 1 to 8, further comprising an image file classification unit that performs an image file classification process.   When the image file includes shooting position information, the image file classification unit includes the shooting time information and the shooting position information included in the image file, and the stay included in the stay point information file. The navigation system according to claim 9, wherein it is determined which staying point the image file corresponds to based on information on the staying time and information on the staying position of each spot. A travel information file generating unit that generates a travel information file including information on the travel time about the travel and stores the travel information file in the travel folder;
The image file classification unit determines whether or not the image file corresponds to the travel based on the shooting time information included in the image file and the travel time information included in the travel information file. The navigation system according to claim 9 or 10, wherein when it is determined that the travel is supported, the image file classification process is performed on the image file. The travel information file generated by the travel information file generation unit further includes location history information of the moving body during the travel,
When the image file includes shooting position information, the image file classification unit includes the shooting time information and the shooting position information included in the image file, and the travel information included in the travel information file. The navigation system according to claim 11, wherein it is determined whether or not the image file corresponds to the trip based on time information and position history information. A navigation program for causing a computer to execute processing for guiding information related to a current position of a moving object,
A travel determination step for determining start and end of travel of the mobile body;
During the travel determined by the travel determination step, a stay point determination step for determining a stay point where the mobile body has stayed; and
The travel folder corresponding to the travel determined in the travel determination step is created in a storage device, and the travel location is determined in the storage device in the storage device in association with the travel folder. A folder creation step for creating a stay point folder for each;
A staying point information file generating step for generating a staying point information file including information on a staying time and information on a staying position of each staying point, and storing the information in the storage device in association with the staying point folder;
A navigation program that runs a computer. A navigation method for guiding information related to the current position of a moving object,
Arithmetic processing unit
A travel determination step for determining start and end of travel of the mobile body;
During the travel determined by the travel determination step, a stay point determination step for determining a stay point where the mobile body has stayed; and
The travel folder corresponding to the travel determined in the travel determination step is created in a storage device, and the travel location is determined in the storage device in the storage device in association with the travel folder. A folder creation step for creating a stay point folder for each;
A staying point information file generating step for generating a staying point information file including information on a staying time and information on a staying position of each staying point, and storing the information in the storage device in association with the staying point folder;
Navigation method to perform.

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