KR20130142703A - Electronic map offer system of location-based domestic and foreign - Google Patents

Abstract

The present invention relates to a location-based domestic/foreign electronic map providing system, and more specifically, to a location-based domestic/foreign electronic map providing system wherein a domestic/foreign electronic map providing server determines whether a target is located within or outside a country set by a user by using GPS coordinates of the target, and then automatically provides a domestic map of the corresponding country if the target is located within the country, and provides a foreign map if the target is located outside the country. According to the present invention, the domestic/foreign electronic map providing server compares GPS coordinates of a target with boundary coordinate information of a country set by a user and determines whether the target is located within or outside the corresponding country, and then automatically provides a domestic map of the corresponding country if the target is located within the country, and provides a foreign map if the target is located outside the country, thereby minimizing the operation of the user.

Description

Electronic Map Offer system of Location-based Domestic and foreign.

The present invention relates to a location-based domestic and foreign electronic map providing system, and more particularly, after determining whether the user is set in the country or abroad by using the GPS coordinates of the tracker received from the domestic and international electronic map providing server, In the case of a country, the present invention relates to a location-based domestic and foreign electronic map providing system for providing a corresponding country map and automatically providing an overseas map in a foreign country.

Currently, various portal sites such as Google, DAUM, NHN, and Yahoo in Korea provide map-based services, and open map service APIs so that various web services can be developed using them. It also offers paid services that provide more services.

Using such a map service, a service that displays a location on a map by utilizing in a real estate or a courier service has been widely distributed.

According to the above map service, the map service provided by the domestic portal site provides only domestic maps, and multinational companies such as Google provide maps around the world.

However, as shown in FIG. 1, in the case of Google, the resolution of the map service provided by the domestic portal site is somewhat lower, and the map image uses the map in 2006, which is not updated.

In this functional aspect, the user selects a corresponding map service and receives a map.

However, users want to be provided with the best map service while minimizing their behavior by automatically changing the map.

However, the conventional map services do not provide the optimal map service while automatically changing the map to minimize the user's behavior.

With this in mind, it is intended to propose a system that can provide an overseas map service in the case of a foreign country and a domestic map service in a case of a domestic country by using GPS coordinates.

none.

The inventor, location-based domestic and foreign electronic map providing system has the following objectives.

That is, the first object of the present invention is to compare the GPS coordinates of the tracker received from the domestic and international electronic map providing server with the boundary coordinate information of the corresponding country set by the user to determine whether it is in the corresponding country or abroad, and then, In this case, the relevant country map is provided, and in the case of an overseas country, an overseas map is automatically provided.

The second object of the present invention is to connect the domestic and foreign electronic map providing server with a web server to check the location of the current tracking object in real time through the website, and the GPS coordinate value of the tracking object is in the boundary coordinate range of the corresponding country. If included, the electronic map of the country is to be provided.

Means for Solving the Problems In order to achieve the above object, the present invention is as follows.

That is, the GPS module 210 is mounted, the tracking body 200 for transmitting the GPS coordinate values to the domestic and foreign electronic map providing server;

The GPS coordinates are obtained from the tracker, and the boundary coordinate information of the corresponding country is stored in order to provide a domestic or foreign electronic map service, and the GPS coordinates of the acquired tracker and the boundary coordinates of the corresponding country are extracted. After comparing the GPS coordinate value of the tracked object in the boundary coordinate range of the corresponding country, if it exists in the boundary coordinate range (10), the API of the country is called. In this case, the domestic and foreign electronic map providing server 100 for outputting the corresponding country or foreign electronic map information obtained by calling an API map of the foreign country on a display screen.

Location-based domestic and foreign electronic map providing system according to the present invention,

After comparing the GPS coordinates of the tracker received from the domestic and foreign digital map providing server with the boundary coordinate information of the corresponding country set by the user, it is determined whether the country is within or outside the country, and in the case of the country, the corresponding country map is provided. In the case of a foreign country, an external map is automatically provided to minimize the user's manipulation behavior.

In addition, by linking the domestic and foreign electronic map providing server with the web server, the user checks the current position of the tracking object in real time regardless of the current position through the website, and the GPS coordinate value of the tracking object is displayed in the boundary coordinate range of the corresponding country. When included, it does not limit the accessibility of users by providing the effect of providing the electronic map of the country.

1 is an exemplary diagram illustrating a web service provided with a menu for selecting a conventional map;
2 is a conceptual diagram when a tracking object exists in the boundary coordinate range of a location-based domestic and foreign electronic map providing system according to an embodiment of the present invention;
3 is a conceptual diagram when a tracker exists outside a boundary coordinate range of a location-based domestic and foreign electronic map providing system according to an embodiment of the present invention;
Figure 4 is a block diagram of the domestic and foreign electronic map providing server of the location-based domestic and foreign electronic map providing system according to an embodiment of the present invention,
5 is a flowchart of a method for providing location-based domestic and foreign electronic maps according to an embodiment of the present invention;
6 is an exemplary view illustrating an example of displaying a location on a map in a corresponding country when a tracker exists in a boundary coordinate range using a location-based domestic and foreign electronic map providing system according to an embodiment of the present invention;
7 is an exemplary view showing an example of displaying the location on the map in the country when there is a tracker in the boundary coordinate range using the location-based domestic and foreign electronic map providing system according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

It should be understood, however, that the scope of the present invention is not limited to these embodiments, and all of the technical ideas that fall within the scope of the present invention are within the scope of the present invention.

2 is a conceptual diagram when a tracker exists in a boundary coordinate range of a location-based domestic and foreign electronic map providing system according to an embodiment of the present invention.

3 is a conceptual diagram when a tracking object exists outside the boundary coordinate range of a location-based domestic and foreign electronic map providing system according to an embodiment of the present invention.

As shown in Figures 2 to 3, the system of the present invention,

GPS module 210 is mounted, the tracking body 200 for transmitting the GPS coordinates to domestic and foreign electronic map providing server;

The GPS coordinates are obtained from the tracker, and the boundary coordinate information of the corresponding country is stored in order to provide a domestic or foreign electronic map service, and the GPS coordinates of the acquired tracker and the boundary coordinates of the corresponding country are extracted. After comparing the GPS coordinate value of the tracked object in the boundary coordinate range of the corresponding country, if it exists in the boundary coordinate range (10), the API of the country is called. In this case, the domestic and foreign electronic map providing server 100 for outputting the corresponding country or foreign electronic map information obtained by calling an API map of the foreign country on the display screen.

In the case of the tracking body, as a container security device, for example, it may be an e-Seal security device, and transmits GPS coordinates to the domestic and foreign electronic map providing server 100 whenever it moves.

To this end, the tracking body is equipped with the GPS module 210.

On the other hand, domestic and foreign electronic map providing server 100 obtains the GPS coordinate value from the tracking body, and stores the boundary coordinate information of the corresponding country in order to provide a domestic or foreign electronic map service, and obtained the GPS coordinate value of the tracked body After the boundary coordinates of the corresponding country are extracted and compared to include the GPS coordinate values of the tracer in the boundary coordinate range of the corresponding country, the tracer exists in the boundary coordinate range 10 as shown in FIG. 2. This will call the Open API map of the country (in our example, Korea).

However, as shown in FIG. 3, when the tracker is out of the boundary coordinate range, an open API map is called.

Thereafter, the obtained country or foreign electronic map information is output on the display screen of the terminal to which the user is connected.

4 is a block diagram of a domestic and foreign electronic map providing server of a location-based domestic and foreign electronic map providing system according to an embodiment of the present invention.

As shown in Figure 4, the domestic and foreign electronic map providing server 100 of the present invention,

GPS coordinate value acquisition unit 110 for obtaining a GPS coordinate value from the tracking body,

Boundary coordinate setting unit 120 for setting the boundary coordinates of the country in order to provide domestic or foreign electronic map services,

A boundary coordinate acquisition unit 130 for acquiring boundary coordinates of the corresponding country set by the boundary coordinate setting unit;

A boundary coordinate storage unit 140 for storing boundary coordinate information obtained by the boundary coordinate acquisition unit;

Extracts the GPS coordinates of the tracker obtained from the GPS coordinate value acquisition unit and the boundary coordinates of the corresponding country stored in the boundary coordinate storage unit, and compares the GPS coordinates of the tracker in the boundary coordinate range of the corresponding country. Boundary coordinate comparison unit 150,

As a result of comparison by the boundary coordinate comparison unit, if the GPS coordinate value of the tracking object exists in the boundary coordinate range of the corresponding country, the corresponding country map calling unit 160 to call the open API map of the country,

As a result of the comparison by the boundary coordinate comparison unit, the foreign map calling unit 170 for calling the API map of the foreign country when it is out of the boundary coordinate range of the country,

A map search result output unit 180 for acquiring the electronic map information called by the corresponding country map calling unit or the foreign map calling unit and outputting it on a display screen;

It is configured to include a domestic and foreign electronic map providing server control unit 190 for controlling the signal flow.

First, a user or an administrator sets coordinate data of a domestic boundary on a domestic map service providing a domestic map service through a boundary coordinate setting unit.

At this time, the boundary coordinates of the corresponding country set by the boundary coordinate acquisition unit are obtained, and the boundary information stored in the boundary coordinate storage unit is stored in the boundary coordinate storage unit under the control of the domestic and foreign electronic map providing server control unit.

The boundary coordinate comparing unit 150 extracts the GPS coordinate values of the tracking object obtained from the GPS coordinate value acquisition unit and the boundary coordinates of the corresponding country stored in the boundary coordinate storage unit, and then extracts the boundary coordinates of the tracking object in the boundary coordinate range of the corresponding country. The coordinate values are compared.

In this case, as a result of comparing the coordinates of the boundary coordinates, when the GPS coordinate value of the tracking object exists in the boundary coordinate range of the corresponding country, the operation of the corresponding country's OPEN api is performed by the operation of the corresponding country map caller 160. (API) map is called, and as a result of comparison by boundary coordinate comparison unit, when it is out of boundary coordinate range of the corresponding country, the operation of the overseas map calling unit 170 Will be called.

Subsequently, the electronic map information called by the corresponding country map calling section or the foreign map calling section is obtained by processing at home and abroad electronic map providing server control unit, and the electronic map information obtained by the map search result output unit 180 is obtained. Will be provided to the display screen.

For example, when the tracker approaches the boundary by using the set map boundary data, the domestic map service as shown in FIG. 6 is automatically provided, and when the boundary leaves the boundary, the foreign map service as shown in FIG. 7 is provided. Will be done.

5 is a flowchart of a method for providing location-based domestic and foreign electronic maps according to an embodiment of the present invention.

As shown in Figure 5, location-based domestic and foreign electronic map providing method,

A first step (S100) of acquiring the boundary coordinates of the corresponding country set by the boundary coordinate setting unit 120 from the boundary coordinate acquisition unit 130 and storing the boundary coordinates in the boundary coordinate storage unit 140;

A second step (S110) for acquiring the GS coordinate value from the tracking body 200 equipped with the GS module 210 by the GS coordinate value obtaining unit 110;

The GPS coordinates of the tracker obtained from the GS coordinate value acquisition unit by the boundary coordinate comparison unit 150 and the boundary coordinates of the corresponding country stored in the boundary coordinate storage unit are extracted, and the GS coordinates of the tracker in the boundary coordinate range of the corresponding country are extracted. A third step S120 for comparing whether a value is included;

As a result of the comparison in the third step by the corresponding country map caller 160, if the GPS coordinate value of the tracking object exists in the boundary coordinate range of the corresponding country, the API for calling the open API map of the corresponding country is called. A fourth step (S130);

And a fifth step (S140) for acquiring the electronic map information called in the fourth step by the map search result output unit 180 and outputting the electronic map information on the display screen.

That is, the boundary coordinates of the corresponding country set by the boundary coordinate setting unit 120 are acquired by the boundary coordinate acquisition unit 130 and stored in the boundary coordinate storage unit 140 (S100), and the GS coordinate value acquisition unit 110 is performed. ) To obtain the GPS coordinate values from the tracker 200 on which the GPS module 210 is mounted (S110).

Subsequently, the GPS coordinate values obtained by the GPS coordinate value acquisition unit by the boundary coordinate comparison unit 150 and the boundary coordinates of the corresponding country stored in the boundary coordinate storage unit are extracted to extract the boundary coordinates of the trace body in the boundary coordinate range of the corresponding country. Comparing whether the GPS coordinates are included (S120), and the result of the comparison by the corresponding country map call unit 160, if the GPS coordinates of the tracer exist in the boundary coordinate range of the country, the open apia of the corresponding country. (API) The map is called (S130).

If, as a result of the comparison, it is out of the boundary coordinate range of the corresponding country, after calling the API map of the foreign country by the overseas map calling unit 170 (S135), the map search result output unit 180 is called. By obtaining the called electronic map information is output to the display screen (S140).

After all, according to the invention, after comparing the GPS coordinates of the tracker received from the domestic and foreign electronic map providing server with the boundary coordinate information of the country set by the user to determine whether it is in the country or abroad, and then within the country Provides a map of the relevant country, and in the case of a foreign country, the map is automatically provided to minimize the manipulation behavior of the user.

The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

100: domestic and foreign electronic map providing server
200: tracker

Claims (9)

In the location-based domestic and foreign electronic map providing system,
GPS module 210 is mounted, the tracking body 200 for transmitting the GPS coordinates to domestic and foreign electronic map providing server;
The GPS coordinates are obtained from the tracker, and the boundary coordinate information of the corresponding country is stored in order to provide a domestic or foreign electronic map service, and the GPS coordinates of the acquired tracker and the boundary coordinates of the corresponding country are extracted. After comparing the GPS coordinate value of the tracked object in the boundary coordinate range of the corresponding country, if it exists in the boundary coordinate range (10), the API of the country is called. In this case, the domestic and foreign electronic map providing server 100 for outputting the corresponding country or foreign electronic map information obtained by calling the API map of the foreign country on the display screen; Domestic and foreign electronic map providing system.
In the location-based domestic and foreign electronic map providing system,
GPS module 210 is mounted, the tracking body 200 for transmitting the GPS coordinates to domestic and foreign electronic map providing server;
GPS coordinate value acquisition unit 110 for obtaining a GPS coordinate value from the tracking body,
Boundary coordinate setting unit 120 for setting the boundary coordinates of the country in order to provide domestic or foreign electronic map services,
A boundary coordinate acquisition unit 130 for acquiring boundary coordinates of the corresponding country set by the boundary coordinate setting unit;
A boundary coordinate storage unit 140 for storing boundary coordinate information obtained by the boundary coordinate acquisition unit;
Extracts the GPS coordinates of the tracker obtained from the GPS coordinate value acquisition unit and the boundary coordinates of the corresponding country stored in the boundary coordinate storage unit, and compares the GPS coordinates of the tracker in the boundary coordinate range of the corresponding country. Boundary coordinate comparison unit 150,
As a result of comparison by the boundary coordinate comparison unit, if the GPS coordinate value of the tracking object exists in the boundary coordinate range of the corresponding country, the corresponding country map calling unit 160 to call the open API map of the country,
As a result of the comparison by the boundary coordinate comparison unit, the foreign map calling unit 170 for calling the API map of the foreign country when it is out of the boundary coordinate range of the country,
A map search result output unit 180 for acquiring the electronic map information called by the corresponding country map calling unit or the foreign map calling unit and outputting it on a display screen;
Location-based domestic and foreign electronic map providing system, characterized in that comprises; domestic and international electronic map providing server 100, including domestic and foreign electronic map providing server control unit 190 for controlling the signal flow.
3. The method according to claim 1 or 2,
The tracking body 200,
Location-based domestic and foreign electronic map providing system, characterized in that the container security device.
3. The method according to claim 1 or 2,
The tracking body 200,
As a container security device, the location-based domestic and foreign electronic map providing system, characterized in that the GPS coordinates transmitted to the domestic and foreign electronic map providing server 100 every time it moves.
3. The method according to claim 1 or 2,
The domestic and foreign electronic map providing server 100,
In conjunction with the web server, the user checks the location of the current tracker in real time through the website, and provides an electronic map of the country when the GPS coordinate value of the tracker is included in the boundary coordinate range of the country. Location-based domestic and foreign electronic map providing system. In the location-based domestic and foreign electronic map providing method,
A first step (S100) of acquiring the boundary coordinates of the corresponding country set by the boundary coordinate setting unit 120 from the boundary coordinate acquisition unit 130 and storing the boundary coordinates in the boundary coordinate storage unit 140;
A second step (S110) for acquiring the GS coordinate value from the tracking body 200 equipped with the GS module 210 by the GS coordinate value obtaining unit 110;
The GPS coordinates of the tracker obtained from the GS coordinate value acquisition unit by the boundary coordinate comparison unit 150 and the boundary coordinates of the corresponding country stored in the boundary coordinate storage unit are extracted, and the GS coordinates of the tracker in the boundary coordinate range of the corresponding country are extracted. A third step S120 for comparing whether a value is included;
As a result of the comparison in the third step by the corresponding country map caller 160, if the GPS coordinate value of the tracking object exists in the boundary coordinate range of the corresponding country, the API for calling the open API map of the corresponding country is called. A fourth step (S130);
Providing location-based domestic and overseas electronic maps, comprising: a fifth step (S140) for acquiring the electronic map information called in the fourth step by the map search result output unit 180 and outputting the electronic map information to the display screen. Way.
In the location-based domestic and foreign electronic map providing method,
A first step (S100) of acquiring the boundary coordinates of the corresponding country set by the boundary coordinate setting unit 120 from the boundary coordinate acquisition unit 130 and storing the boundary coordinates in the boundary coordinate storage unit 140;
A second step (S110) for acquiring the GS coordinate value from the tracking body 200 equipped with the GS module 210 by the GS coordinate value obtaining unit 110;
The GPS coordinates of the tracker obtained from the GS coordinate value acquisition unit by the boundary coordinate comparison unit 150 and the boundary coordinates of the corresponding country stored in the boundary coordinate storage unit are extracted, and the GS coordinates of the tracker in the boundary coordinate range of the corresponding country are extracted. A third step S120 for comparing whether a value is included;
As a result of the comparison in the third step by the corresponding country map caller 160, if the GPS coordinate value of the tracking object exists in the boundary coordinate range of the corresponding country, the API for calling the open API map of the corresponding country is called. A fourth step (S130);
A step 4-1 (S135) for calling an API map of the foreign country by the overseas map calling unit 170 when the comparison result of the third step is outside the boundary coordinate range of the corresponding country;
And a fifth step (S140) for acquiring the electronic map information called in the fourth step or the fourth step by the map search result output unit 180 and outputting the electronic map information on the display screen. Location-based domestic and foreign electronic map providing method.
8. The method according to claim 6 or 7,
The tracking body 200,
A container security device, location-based domestic and foreign electronic map providing method characterized in that the GPS coordinate value acquisition unit 110 to transmit a GPS coordinate value every time it moves.
8. The method according to claim 6 or 7,
In the fourth step (S130),
A method for providing location-based domestic and foreign electronic maps, which automatically calls an external open API map when the GPS coordinate value of the tracker is out of the boundary coordinate range.

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