KR20110064129A - Heterogeneous synchronization system and method using location information - Google Patents

Abstract

PURPOSE: A heterogeneous synchronization system and heterogeneous synchronization method thereof using location information are provided to secure specific location information about a corresponding user. CONSTITUTION: A terminal device(100) stores location information through predetermined location information obtaining function by mapping the information to a corresponding obtaining time. The terminal device provides location information mapped to the corresponding obtaining time to a connected external device.

Description

Heterogeneous synchronization system and heterogeneous synchronization method using location information {HETEROGENEOUS SYNCHRONIZATION SYSTEM AND METHOD USING LOCATION INFORMATION}

The present invention relates to a heterogeneous synchronization system and a heterogeneous synchronization method using location information, and more particularly, by transmitting location information of a terminal device to a heterogeneous device to obtain more detailed location information for a corresponding user, and adding location based information. Heterogeneous synchronization system and heterogeneous synchronization method using location information to create various mash-up environments through services, heterogeneous synchronization method using location information of terminal device and terminal device supporting it, location information of computer device and computer device It relates to a heterogeneous synchronization method used.

Recently, a mobile terminal device is used to determine a user's location based on location information such as cell ID information of a corresponding base station corresponding to a communicating base station or GPS coordinate information through a GPS satellite. It is provided to use various location based additional services such as T-map.

However, various location-based supplementary services are provided through the mobile terminal device. However, the linkage service through the combination of the location information of the terminal device and heterogeneous devices is difficult to find.

That is, the synchronization between the existing terminal device and the heterogeneous PC is mostly for backup or multimedia playback of user personal data such as address book storage, picture storage, and multimedia file synchronization, and the location information of the terminal device and heterogeneous devices are combined. The interworking service through is not provided.

Accordingly, the present invention is to achieve a variety of mashup environment through the location-based additional service by securing more detailed location information by combining the location information of the terminal device and the heterogeneous device.

The present invention has been made in view of the above circumstances, and an object of the present invention is to map and store location information acquired through a predetermined location information acquisition function in a terminal device to a corresponding acquisition time, and the terminal device corresponds to the corresponding acquisition time. When the at least one location information mapped to the acquisition time is provided to the connected external device, a computer device for storing / managing address information for each location including detailed address information corresponding to each of the plurality of location information is provided from the terminal device. A heterogeneous synchronization system using location information for generating at least one detailed location information mapped to the detailed address information queried based on the address information for each location corresponding to the at least one location information mapped to the corresponding acquisition time provided; Provide heterogeneous synchronization method to transmit location information of terminal device to heterogeneous device Than by securing the specific details of the location information, and to promote a variety of mashup environment through the addition of location-based services.

The present invention has been made in view of the above circumstances, and another object of the present invention is to obtain and store location information and, when a predetermined external device is connected, provide the stored at least one location information to the external device. By providing a heterogeneous synchronization method using the terminal device and the location information of the terminal device, by transmitting the location information of the terminal device to the heterogeneous device to obtain more detailed location information for the user, a variety of location-based additional services To create a mashup environment.

The present invention has been made in view of the above circumstances, and another object of the present invention is to store / manage address information for each location including detailed address information corresponding to each of a plurality of location information, and to store a predetermined terminal device. Receives and stores at least one location information provided from the device, and searches detailed address information of the corresponding location information corresponding to the stored location information based on the location-specific address information, and searches the location information and the corresponding detailed address information. By providing a heterogeneous synchronization method using the computer device and the location information of the computer device for generating the detailed location information of the mapping, by transmitting the location information of the terminal device to the heterogeneous device to obtain more detailed location information for the user, It is to create various mashup environment through location based additional service.

The heterogeneous synchronization system using location information according to the first aspect of the present invention for achieving the above object maps and stores location information acquired through a predetermined location information acquisition function to a corresponding acquisition time, and at least mapped to the corresponding acquisition time. Terminal device for providing one location information to the connected external device; And store and manage address information for each location including detailed address information corresponding to each of the plurality of location information, and correspond to the at least one location information mapped to a corresponding acquisition time provided from the terminal device. And at least one detailed location information of the corresponding detailed address information queried based on the information.

Terminal device according to a second aspect of the present invention for achieving the above object is a location information acquisition function for obtaining location information; A location information storage management unit for storing location information acquired through the location information acquisition function unit; And a location information transmission unit for providing at least one location information stored in the location information storage management unit to the external device when a predetermined external device is connected.

Preferably, the location information storage management unit may periodically acquire the location information through the location information acquisition function unit and map the corresponding acquisition time to the acquired location information according to preset period information.

Preferably, when the external device is connected through a USB cable or a smart card dongle device, the location information transmitter provides at least one location information mapped to a corresponding acquisition time stored in the location information storage management unit to the external device. can do.

Preferably, the location information acquisition function unit, the cell information acquisition unit for obtaining the cell ID information of the base station as the location information through communication with the base station, the GPS coordinate information through the communication with the GPS satellite the location It may include at least one of the GPS information acquisition unit to obtain as information.

A computer device according to a third aspect of the present invention for achieving the above object includes a location-specific address information management unit for storing / managing the location-specific address information including detailed address information corresponding to each of the plurality of location information; A location information receiver receiving at least one location information provided from a predetermined terminal device and storing the location information in a location information storage unit; A location for querying detailed address information of the corresponding location information corresponding to the location information stored in the location information storage unit and generating detailed location information of the location information and the corresponding detailed address information based on the location information of each location; Includes information inquiry department.

Preferably, the location-specific address information management unit may store / manage address information for each location including detailed address information corresponding to each of the plurality of location information including Cell ID information and GPS coordinate information of a predetermined base station. have.

Preferably, the location information inquiry unit searches for the corresponding location information corresponding to the location information mapped to the acquisition time stored in the location information storage unit based on the address information for each location, and corresponds to the retrieved corresponding location information. The detailed address information is queried to generate detailed position information that maps the GPS coordinate information of the acquisition time and the retrieved location information and the retrieved detailed address information corresponding to the location information mapped to the acquisition time, and the location information storage unit. Can be stored in

Preferably, in accordance with the map service usage selection, the mobile terminal accesses the corresponding external map service server and moves the terminal device based on the detailed location information through linkage with the map service server using the generated detailed location information. It may further include a map service using unit for displaying the displayed map information.

The heterogeneous synchronization method using the location information according to the fourth aspect of the present invention for achieving the above object comprises the steps of: storing the location information acquired through the predetermined location information acquisition function in the terminal device to a corresponding acquisition time; Providing, by the terminal device, at least one location information mapped to a corresponding acquisition time to a connected external device; And a computer device for storing / managing address information for each location including detailed address information corresponding to each of the plurality of location information, in response to the at least one location information mapped to a corresponding acquisition time provided from the terminal device. And generating at least one detailed location information that maps the corresponding detailed address information queried based on the address information for each location.

The heterogeneous synchronization method using the location information of the terminal device according to the fifth aspect of the present invention for achieving the above object comprises: obtaining and storing location information; And when the predetermined external device is connected, providing the stored at least one location information to the external device.

Preferably, in the location information storage step, the location information may be periodically acquired according to preset period information, and the corresponding acquisition time may be mapped and stored to the obtained location information.

Preferably, the obtained location information may include at least one of Cell ID information of a corresponding base station obtained through communication with a base station and GPS coordinate information obtained through communication with a GPS satellite.

A heterogeneous synchronization method using location information of a computer device according to a sixth aspect of the present invention for achieving the above object stores location information for storing / managing address information including detailed address information corresponding to each of a plurality of location information. Address information management step; A location information reception step of receiving at least one location information provided from a predetermined terminal device and storing the location information in a location information storage unit; And location information retrieval step of retrieving detailed address information of corresponding location information corresponding to the stored location information based on the location information of each location, and generating detailed location information mapping the location information and the corresponding detailed address information. It includes.

Preferably, the location-specific address information may include detailed address information corresponding to each of the plurality of location information including at least one of Cell ID information and GPS coordinate information of a predetermined base station.

Preferably, the location information inquiry step, searching for the corresponding location information corresponding to the location information mapped to the stored acquisition time stored through the location information receiving step, based on the address information for each location, and the searched corresponding Retrieving detailed address information corresponding to the location information, and mapping the GPS coordinate information of the acquisition time and the retrieved location information and the detailed detailed location information corresponding to the location information mapped to the acquisition time. It may include the step of generating and storing.

Preferably, according to the map service usage selection, the mobile terminal accesses the corresponding external map service server and moves the terminal device based on the detailed location information through linkage with the map service server using the generated detailed location information. The method may further include using a map service to display the displayed map information.

Therefore, according to the heterogeneous synchronization system and the heterogeneous synchronization method using the position information of the present invention, when the terminal device transmits the position information (acquisition time mapped state) acquired at each period to the computer device which is the connected heterogeneous device, Based on the location information (acquisition time-mapped state) of the terminal device acquired at each cycle, the detailed location information for each time zone and / or detailed address of the user, i.e., the terminal device is generated and secured, thereby providing a location-based additional service. Various mashup environments can be created.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention.

1 is a diagram illustrating a heterogeneous synchronization system using location information according to a preferred embodiment of the present invention.

As shown in FIG. 1, the heterogeneous synchronization system using location information according to the present invention maps and stores location information acquired through a predetermined location information acquisition function to a corresponding acquisition time, and at least one mapped to the corresponding acquisition time. The terminal device 100 provides location information to the connected external device, and stores and manages address information for each location including detailed address information corresponding to each of the plurality of location information, and is provided from the terminal device 100. And a computer device 200 as a heterogeneous device for generating at least one detailed location information mapped to the detailed address information queried based on the address information for each location in correspondence with the at least one location information mapped to a corresponding acquisition time. do.

The terminal device 100 has a location information acquisition function for acquiring location information, and stores the acquired location information by mapping it to a corresponding acquisition time. In addition, the terminal device 100 may provide at least one location information mapped to a pre-stored acquisition time by accessing an external device, that is, a computer device 200 which is a heterogeneous device, through various communication interfaces.

The terminal device 100 may be connected to the computer device 200 through a web environment through a communication network. In particular, the terminal device 100 may be connected to a computer through a wired connection method such as a USB cable or a smart card dongle device. It would be desirable to connect with device 200.

The computer device 200 corresponding to the external heterogeneous device with respect to the terminal device 100 stores / manages address information for each location including detailed address information corresponding to each of the plurality of location information. The computer apparatus 200 maps the detailed address information queried based on the address information for each location in correspondence with at least one location information mapped to a corresponding acquisition time provided from the connected terminal device 100. Create one detailed location information.

Accordingly, the terminal device 100 transmits / provides the location information obtained by the terminal device 100 to the computer device 200 corresponding to the heterogeneous device, and thus the user device, namely, the terminal device 100, in the computer device 200. By generating / obtaining location information, various mashup environments can be created through location-based additional services.

Hereinafter, a detailed configuration of the terminal device 100 according to the present invention will be described with reference to FIG. 2.

As shown in FIG. 2, the terminal device 100 includes a location information acquisition function 110 for obtaining location information and a location information storage management part for storing location information acquired through the location information acquisition function 110. When 120 and the predetermined external device is connected, the location information transmission unit 130 for providing at least one location information stored in the location information storage management unit 120 to the external device.

The location information acquisition function unit 110 may include a cell information acquisition unit which acquires Cell ID information of a corresponding base station as location information through communication with a base station (not shown) when the terminal device 100 is a mobile communication terminal, and GPS. It may include at least one of the GPS information acquisition unit for obtaining the GPS coordinate information as position information through communication with the satellite.

That is, the location information acquisition function 110 may acquire only Cell ID information of the base station as location information, obtain only GPS coordinate information as location information, or obtain Cell ID information and GPS coordinate information as location information.

The location information storage management unit 120 stores the location information acquired through the location information acquisition function 110.

In more detail, the location information storage management unit 120 may periodically acquire and store location information through the location information acquisition function unit 110 according to preset period information. At this time, the location information storage management unit 120, in storing the location information periodically acquired through the location information acquisition function unit 110 is preferably stored by mapping the acquisition time to obtain the location information.

Accordingly, the location information storage management unit 120 acquires the location information (period acquisition) by periodically storing the location information acquired by the location information acquisition function 110 and mapping the corresponding acquisition time to the location information obtained. Will save time-mapped states.

When the predetermined external device, that is, the heterogeneous device (for example, the computer device 200) is connected, the location information transmission unit 130 stores at least one location information stored in the location information storage management unit 120 as the external device, that is, the heterogeneous device. The computer device 200 transmits the data.

More specifically, the location information transmission unit 130, when the computer device 200 is connected through a USB cable or a smart card dongle device, at least one mapped to the corresponding acquisition time stored in the location information storage management unit 120 Provides the location information to the computer device 200. At this time, the location information transmission unit 130, after synchronization as the computer device 200 is connected, acts as a transmission-related server to store the location information (acquisition time mapped state) stored in the location information storage management unit 120 When the request for information from the computer device 200 is received by providing the information to the computer 200 or as a transmission-related client, the location information (acquisition time-mapped state) stored in the location information storage management unit 120 is accordingly received. 200).

Accordingly, the terminal device 100 according to the present invention stores the position information (acquisition time mapped state) acquired for each period by mapping the corresponding acquisition time to the position information obtained by periodically acquiring the position information and storing them. When the heterogeneous device (eg, the computer device 200) is connected, the acquired location information (acquisition time mapped state) may be transmitted to the computer device 200 at each stored cycle.

Hereinafter, the computer device 200 according to the present invention will be described with reference to FIG. 3.

The computer device 200 according to the present invention includes a location-specific address information management unit 210 which stores / manages location-specific address information including detailed address information corresponding to each of a plurality of location information, and a predetermined terminal device 100. Based on the location information receiver 240 for receiving at least one location information provided from the location information storage unit 220 and storing the location information in the location information storage unit 220, and corresponding to the location information stored in the location information storage unit 220. And a location information inquiry unit 230 for querying detailed address information of the location information and generating detailed location information in which the location information and the detailed address information are mapped.

The location-specific address information management unit 210 stores / manages address information for each location including detailed address information corresponding to each of the plurality of location information.

More specifically, the location-specific address information management unit 210 stores / manages the location-specific address information including detailed address information corresponding to each of a plurality of location information including Cell ID information and GPS coordinate information of a predetermined base station. can do. That is, the address information for each location includes location information including Cell ID information and GPS coordinate information corresponding to each of the plurality of locations, and detailed address information mapped to the location information (for example, 00 00 00 Ward 00 Dong XXX-XX Address) (for example, Cell ID information-GPS coordinate information-detailed address information).

The location information receiver 240 receives at least one location information provided from the connected terminal device 100 and stores the location information in the location information storage unit 220. In this case, the location information receiving unit 240, after synchronization as the terminal device 100 is connected, operates as a reception related client to receive at least one location information provided from the terminal device 100 to receive the location information storage unit ( 220 or by operating as a reception-related server to request information to the terminal device 100 and accordingly receive at least one location information provided from the terminal device 100 to store in the location information storage unit 220 Could be

Here, the at least one location information provided from the terminal device 100 includes at least one of Cell ID information and GPS coordinate information, and preferably, a corresponding acquisition time is mapped.

The location information inquiry unit 230 searches detailed address information of the corresponding location information corresponding to the location information stored in the location information storage unit 220 based on the location information of the location information of the location information management unit 210, Generate detailed location information by mapping the location information and the corresponding detailed address information.

In more detail, the location information inquiry unit 230, based on the address information for each location, the corresponding location information corresponding to the location information mapped to the acquisition time (for example, T1) stored in the location information storage unit 220 Search for. That is, the location information inquiry unit 230, if the location information mapped to the acquisition time stored in the location information storage unit 220 is Cell ID information, location information (eg, location information) having corresponding Cell ID information in address information for each location Search for 1). In addition, the location information inquiry unit 230, if the location information mapped to the acquisition time stored in the location information storage unit 220 is GPS coordinate information, location information having the corresponding GPS coordinate information in the address information for each location (eg, location information). Search for 1).

Then, the location information inquiry unit 230 inquires the detailed address information (eg, detailed address information 1) corresponding to the searched corresponding location information (eg, location information 1) based on the address information for each location. Thus, the location information inquiry unit 230, GPS coordinate information and inquiry of the acquisition time (for example, T1) and the retrieved location information (for example, location information 1) corresponding to the location information mapped to the acquisition time (for example, T1). Generates detailed location information that maps the detailed address information (eg, detailed address information 1) and stores the location information storage unit 220.

Accordingly, the location information inquiry unit 230 generates detailed location information for each of the location information (acquisition time mapped state) acquired for each period provided from the terminal device 100 and stored in the location information storage unit 220. By performing the operation, the location information storage unit 220 includes detailed location information (eg, acquisition time-GPS coordinate information-) corresponding to each of the location information (acquisition time mapped state) acquired by the terminal apparatus 100 every cycle. Detailed address information) may be stored.

Meanwhile, the computer device 200 according to the present invention may further include a map service using unit 250 as shown in FIG. 3.

The map service user unit 250 connects to an external corresponding map service server (not shown) according to a map service use selection, and interworks with the map service server (not shown) using the generated detailed location information. Based on the detailed location information, the map information displaying the movement path of the terminal device 100 is displayed.

In detail, the map service using unit 250 connects to an external corresponding map service server (not shown) when the map service use is selected by the user. In addition, the map service using unit 250 may use detailed location information (eg, acquisition time-GPS coordinate information-detail address information) corresponding to the terminal device 100 generated / stored in the location information storage unit 220. By performing interworking with a map service server (not shown), a map service provided by a map service server (not shown) is used.

That is, the map service using unit 250 provides detailed location information, in particular, 'location information-GPS coordinate information' corresponding to the terminal device 100 stored in the location information storage unit 220 to the map service server (not shown). If the map information is returned by the map service server (not shown) displaying the movement route of the terminal device 100 for each time zone based on the detailed location information (acquisition time-GPS coordinate information), the returned map information is displayed. The map service provided by the map service server (not shown) may be used through interworking with the service server (not shown).

As such, the computer device 200 according to the present invention receives and stores the location information (acquisition time mapped state) of the terminal device 100 acquired at each cycle from the terminal device 100, and stores the location information (acquisition time). By generating / obtaining detailed detailed location information for each time zone and / or detailed address for the user, that is, the terminal device 100, based on the mapped state, various mashup environments may be created through location-based additional services. .

That is, the terminal device 100 obtained every cycle from the terminal device 100 in the computer device 200 through heterogeneous synchronization using location information between the connected terminal device 100 and the computer device 200 as in the present invention. The terminal device 100 or the computer device 200 is generated by obtaining / obtaining detailed location information for each time zone and / or detailed address for the terminal device 100 based on the location information (acquisition time mapped state) of the terminal device 100. By using the map view additional service through the mash up, it is possible to create a variety of mashup environment through the location-based value-added service, such as to check the movement route for each time of the terminal device 100 with the map.

As described above, the heterogeneous synchronization system using the location information according to the present invention is a heterogeneous device (for example, the computer device 200 connected to the location information (acquisition time mapped state) acquired by the terminal device every cycle). )), The computer apparatus 200 based on the position information (acquisition time mapped state) of the terminal apparatus 100 acquired for each cycle received from the terminal apparatus 100 for the user, that is, the terminal apparatus 100. By generating / obtaining detailed detailed location information for each time zone and / or detailed address, various mashup environments may be created through location based additional services.

Hereinafter, a heterogeneous synchronization method using location information according to a preferred embodiment of the present invention will be described with reference to FIGS. 4 to 6. Here, for the convenience of description, the configuration shown in FIGS. 1 to 3 described above will be described with reference to the corresponding reference numerals.

First, referring to FIG. 4, in the heterogeneous synchronization method using location information according to an exemplary embodiment of the present invention, the terminal device 100 obtains and stores location information through a predetermined location information acquisition function (S10). . In this case, the terminal device 100 preferably maps the acquired location information to the corresponding acquisition time and stores the acquired location information.

Meanwhile, the computer device 200, which is a heterogeneous device corresponding to the terminal device 100, stores / manages address information for each location including detailed address information corresponding to each of the plurality of location information (S20).

When the terminal device 100 and the computer device 200 are connected (S30), the terminal device 100 provides at least one location information mapped to the corresponding acquisition time to the connected computer device 200 (S40). ).

Accordingly, the computer device 200 stores at least one location information mapped to the corresponding acquisition time provided from the terminal device 100 (S50), and stores the location information corresponding to the at least one location information mapped to the stored acquisition time. Inquiry is based on the address information (S60). In addition, the computer device 200 generates and stores at least one detailed location information mapped to the detailed address information queried based on the address information for each location, corresponding to the at least one location information mapped at the acquisition time (S70). ).

Hereinafter, a heterogeneous synchronization method using location information of the terminal device 100 according to the present invention will be described with reference to FIG. 5.

In the heterogeneous synchronization method using the location information of the terminal device 100 according to the present invention, the location information is acquired and stored (S100, S110), and it is determined whether the period according to the preset period information is reached (S120). Repeat steps S100 and S110 to acquire / store location information. That is, the heterogeneous synchronization method using the location information of the terminal device 100 according to the present invention may periodically obtain and store location information according to preset period information.

Here, the acquired location information may include at least one of Cell ID information of the base station obtained through communication with a base station (not shown) and GPS coordinate information obtained through communication with a GPS satellite. .

In the heterogeneous synchronization method using the location information of the terminal device 100 according to the present invention, in the step S110 of storing periodically obtaining location information, it is preferable to map and store the acquisition time of acquiring the corresponding location information. .

Accordingly, in the heterogeneous synchronization method using the location information of the terminal device 100 according to the present invention, the location information acquired for each period by mapping and storing the corresponding acquisition time to the periodically acquired location information (acquisition time mapped state). Will save them.

Meanwhile, the heterogeneous synchronization method using the location information of the terminal device 100 according to the present invention determines whether a cycle is reached and whether a predetermined external device, that is, a heterogeneous device (eg, the computer device 200) is connected. Determine (S130). Accordingly, when it is determined that the computer device 200 is connected, the heterogeneous synchronization method using the location information of the terminal device 100 according to the present invention transmits at least one previously stored location information to the connected computer device 200. (S140). That is, in the heterogeneous synchronization method using the location information of the terminal device 100 according to the present invention, when the computer device 200 is connected through a USB cable or a smart card dongle device, at least one mapped to the corresponding acquisition time is stored. The location information is provided to the computer device 200.

Accordingly, in the heterogeneous synchronization method using the location information of the terminal device 100 according to the present invention, the location information acquired for each period by acquiring the location information and storing the corresponding acquisition time to the location information obtained by periodically obtaining the location information (acquisition time) After storing the mapped states, when the heterogeneous device (eg, the computer device 200) is connected, the acquired location information (acquisition time mapped state) may be transmitted to the computer device 200 at each stored period. .

Hereinafter, a heterogeneous synchronization method using location information of the computer device 200 according to the present invention will be described with reference to FIG. 6.

The heterogeneous synchronization method using the location information of the computer device 200 according to the present invention stores / manages address information for each location including detailed address information corresponding to each of the plurality of location information (S200). In other words, in the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention, the location includes detailed address information corresponding to each of a plurality of location information including Cell ID information and GPS coordinate information of a predetermined base station. You can save / manage address information. That is, the address information for each location includes location information including Cell ID information and GPS coordinate information corresponding to each of the plurality of locations, and detailed address information mapped to the location information (for example, 00 00 00 Ward 00 Dong XXX-XX Address) (eg, Cell ID information-GPS coordinate information-Detailed address information).

In the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention, it is determined whether the terminal device 100 is connected (S210), and when connected, at least one provided from the terminal device 100. Receive and store the location information (S220). Here, the at least one location information provided from the terminal device 100 includes at least one of Cell ID information and GPS coordinate information, and preferably, a corresponding acquisition time is mapped.

Therefore, the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention, based on the address information for each location managed by step S200, the detailed address information of the corresponding location information corresponding to the stored location information Inquiry, and generates detailed location information that maps the location information and the corresponding detailed address information.

More specifically, in the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention, the location information mapped to the acquisition time (for example, T1) stored in step S220 based on the address information for each location. Search for the corresponding location information corresponding to (S230). That is, the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention, if the location information mapped to the stored acquisition time is the cell ID information, the location information having the corresponding cell ID information in the address information for each location (eg, Search for location information 1). In addition, the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention, if the location information mapped to the acquisition time stored in the location information storage unit 220 is GPS coordinate information, the corresponding GPS coordinates in the address information for each location Search for location information (eg, location information 1) with information.

The heterogeneous synchronization method using the location information of the computer device 200 according to the present invention may include detailed address information (eg, detailed information) corresponding to the retrieved corresponding location information (eg, location information 1) based on location-specific address information. Inquiry address information 1) (S240). Accordingly, in the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention, the acquisition time (eg, T1) and the retrieved location information (eg, corresponding to the location information mapped to the acquisition time (eg, T1) Detailed location information that maps the GPS coordinate information of the location information 1 and the detailed address information (for example, detailed address information 1) that are mapped may be generated (S250) and alternatively stored (S260).

In addition, the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention is connected to an external corresponding map service server (not shown), and the map service using the detailed location information generated / replaced in step S260. The map service provided by the map service server (not shown) may be used through interworking with the server (not shown) (S280).

That is, the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention may determine whether the use of the map service is selected by the user (S270), and if the use of the map service is selected, the map service server (not shown). ).

In addition, in the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention, the detailed location information (eg, acquisition time-GPS coordinate information-detailed address information) generated / replaced in step S260 may be mapped to a map service server. If the map information provided by (not shown) and a map service server (not shown) displaying the movement route of the terminal device 100 for each time zone is returned based on the detailed location information, the map service is displayed by displaying the returned map information. The map service provided by the map service server (not shown) may be used through interworking with the server (not shown). In this case, in the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention, it may be desirable to provide detailed location information in the form of 'acquisition time-GPS coordinate information' to a map service server (not shown).

Therefore, the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention includes position information (acquisition time mapped state) obtained from the terminal device 100 and acquired for each cycle stored in the computer device 200. By generating the detailed location information with respect to the detailed information, the detailed position information corresponding to each of the position information (acquisition time mapped state) acquired by the terminal device 100 for each period (eg, acquisition time-GPS coordinate information-). Form of detailed address information).

Accordingly, the heterogeneous synchronization method using the location information of the computer device 200 according to the present invention receives and stores the location information (acquisition time mapped state) of the terminal device 100 acquired at every cycle from the terminal device 100. And by generating / obtaining detailed detailed location information for each time zone and / or detailed address for the user, that is, the terminal device 100, based on the location information (acquisition time mapped state), You can create a mashup environment.

As described above, the heterogeneous synchronization method using the location information according to the present invention is a heterogeneous device (for example, the computer device 200 connected to the location information (acquisition time mapped state) acquired by the terminal device every cycle). )), The computer apparatus 200 based on the position information (acquisition time mapped state) of the terminal apparatus 100 acquired for each cycle received from the terminal apparatus 100 for the user, that is, the terminal apparatus 100. By generating / obtaining detailed detailed location information for each time zone and / or detailed address, various mashup environments may be created through location based additional services.

Although the present invention has been described in detail with reference to preferred embodiments, the present invention is not limited to the above-described embodiments, and the technical field to which the present invention belongs without departing from the gist of the present invention as claimed in the following claims. Anyone skilled in the art will have the technical idea of the present invention to the extent that various modifications or changes are possible.

When the terminal device transmits the location information (acquisition time mapped state) acquired at each cycle to the computer device, which is a heterogeneous device connected to the terminal device, the user based on the position information (acquisition time mapped state) of the terminal device acquired by the computer device at each cycle. That is, a heterogeneous synchronization system and method using location information that can create various mashup environments through location-based additional services by generating / obtaining detailed location information for each terminal device by time zone and / or detailed address. When applied, it is effective in terms of utilization of location information and location-based supplementary service expansion through mash-up, and can bring a great progress in terms of user satisfaction. This is not only sufficient but can be practically implemented clearly.

1 is a control block diagram of a heterogeneous synchronization system using location information according to a preferred embodiment of the present invention.

2 is a control block diagram of a terminal device according to an embodiment of the present invention.

3 is a control block diagram of a computer device according to a preferred embodiment of the present invention.

4 is a control flowchart illustrating a control flow of a heterogeneous synchronization method using location information according to a preferred embodiment of the present invention.

5 is a control flowchart illustrating a control flow of a heterogeneous synchronization method using location information of a terminal apparatus according to an exemplary embodiment of the present invention.

6 is a control flowchart illustrating a control flow of a heterogeneous synchronization method using location information of a computer device according to an exemplary embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: terminal device

200: computer device

Claims (17)

A terminal device which maps and stores location information acquired through a predetermined location information acquisition function to a corresponding acquisition time, and provides at least one location information mapped to the corresponding acquisition time to the connected external device; And Store / manage address information for each location including detailed address information corresponding to each of a plurality of location information, and address information for each location corresponding to the at least one location information mapped to a corresponding acquisition time provided from the terminal device. And a computer device for generating at least one detailed location information of the corresponding detailed address information queried based on the location information. A location information acquisition function for obtaining location information; A location information storage management unit for storing location information acquired through the location information acquisition function unit; And And a location information transmission unit for providing at least one location information stored in the location information storage management unit to the external device when a predetermined external device is connected. The method of claim 2, The location information storage management unit, The terminal device, characterized in that for acquiring the position information periodically through the position information acquisition function according to the predetermined period information and mapping the corresponding acquisition time to the acquired position information and storing it. The method of claim 3, wherein The location information transmission unit, And when the external device is connected through a USB cable or a smart card dongle device, providing at least one location information mapped to a corresponding acquisition time stored in the location information storage management unit to the external device. The method according to any one of claims 2 to 4, The position information acquisition function unit, At least one of a cell information acquisition unit for acquiring Cell ID information of the base station as the location information through communication with a base station, and a GPS information acquisition unit for obtaining GPS coordinate information as the location information through communication with a GPS satellite. Terminal device comprising a. A location-specific address information management unit that stores / manages location-specific address information including detailed address information corresponding to each of the plurality of location information; A location information receiver receiving at least one location information provided from a predetermined terminal device and storing the location information in a location information storage unit; And On the basis of the address information for each location, the detailed address information of the corresponding location information is inquired in correspondence with each of the at least one location information stored in the location information storage unit, and the detailed location information of the location information and the corresponding detailed address information is mapped. Comprising a location information query for generating a computer device. The method of claim 6, The location-specific address information management unit, And storing / managing address information for each location including detailed address information corresponding to each of the plurality of location information including Cell ID information and GPS coordinate information of a predetermined base station. The method of claim 6, The location information inquiry unit, On the basis of the address information for each location, the corresponding location information corresponding to each of the location information mapped to the acquisition time stored in the location information storage unit is searched, and the detailed address information corresponding to the retrieved location information is searched for the acquisition. Corresponding to each of the location information mapped to the time to generate the detailed location information of the GPS coordinate information and the searched detailed address information of the acquired time and the retrieved location information, and the generated detailed location information to the location information storage unit And storing the computer device. The method according to any one of claims 6 to 8, According to the map service use selection, access to the corresponding external map service server, and map information in which the movement path of the terminal device is displayed based on the detailed location information through linkage with the map service server using the generated detailed location information. And a map service using unit for displaying. Mapping, by the terminal device, location information acquired through a predetermined location information acquisition function to a corresponding acquisition time and storing the location information; Providing, by the terminal device, at least one location information mapped to a corresponding acquisition time to a connected external device; And The computer device for storing / managing address information for each location including detailed address information corresponding to each of a plurality of location information includes the location corresponding to the at least one location information mapped to a corresponding acquisition time provided from the terminal device. Heterogeneous synchronization method using location information comprising the step of generating at least one detailed location information mapped to the detailed address information inquired on the basis of the address information. A location information storage step of acquiring and storing location information; And And a location information transmission step of providing the stored at least one location information to the external device when a predetermined external device is connected. The method of claim 11, The location information storage step, The heterogeneous synchronization method using the location information of the terminal device, wherein the location information is periodically acquired according to preset period information, and the corresponding acquisition time is mapped and stored. The method of claim 11 or 12, The obtained location information, And at least one of cell ID information of a corresponding base station obtained through communication with a base station and GPS coordinate information obtained through communication with a GPS satellite. A location-specific address information management step of storing / managing location-specific address information including detailed address information corresponding to each of the plurality of location information; A location information receiving step of receiving and storing at least one location information provided from a predetermined terminal device; And Location information for searching detailed address information of the corresponding location information corresponding to each of the at least one stored location information based on the location information of each location, and generating detailed location information for mapping the location information and the corresponding detailed address information. Heterogeneous synchronization method using the location information of the computer device, characterized in that it comprises an inquiry step. The method of claim 14, The location information for each location, And heterogeneous address information corresponding to each of the plurality of location information including at least one of Cell ID information and GPS coordinate information of a predetermined base station. The method of claim 14, The location information search step, Searching corresponding location information corresponding to each of the location information mapped to the stored acquisition time through the location information receiving step, based on the location-specific address information; Searching detailed address information corresponding to the searched location information; And generating and storing detailed position information corresponding to each of the position information mapped to the acquisition time, the GPS coordinate information of the acquisition time and the retrieved position information, and the inquired detailed address information. Heterogeneous synchronization method using location information of a computer device. The method according to any one of claims 14 to 16, According to the map service use selection, access to the corresponding external map service server, and map information in which the movement path of the terminal device is displayed based on the detailed location information through linkage with the map service server using the generated detailed location information. Heterogeneous synchronization method using the location information of the computer device, characterized in that it further comprises the step of displaying the map service.

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