KR20080063901A - Method for inputting car navigation's destination location information using a destination mobile - Google Patents

Abstract

A method of inputting destination information in a car navigation by using a destination mobile terminal is provided to extract destination position information by a first mobile communication terminal located in the destination and input the extracted information to the car navigation through a second communication terminal. A method of inputting destination information in a car navigation by using a destination mobile terminal includes the steps of: driving application for recognizing position information of a first mobile communication terminal through a GPS satellite(S201); confirming the position of the vehicle through the GPS satellite(S202); generating a message including the position information using a telephone number of a second mobile communication terminal(S203); transmitting the message to the second mobile communication terminal(S204); driving the application to confirm the position information of the first mobile communication terminal(S205); transmitting the position information of the first mobile communication terminal(S207); and inputting the position information of the first mobile communication terminal into a destination information field(S208).

Description

Method for inputting car navigation's destination location information using a destination mobile}

1 is a configuration diagram of an embodiment of a wireless communication network to which the present invention is applied;

2 is a flowchart illustrating a method for inputting destination location information to a navigation of a vehicle to be directed to a destination using a mobile communication terminal of a destination according to the present invention;

3 is a flow chart of another embodiment of a method for inputting destination location information to a navigation of a vehicle to go to a destination using a mobile communication terminal of a destination according to the present invention;

* Explanation of symbols on the main parts of the drawing

110: first mobile communication terminal

120: second mobile communication terminal

130: car navigation

The present invention relates to a method of inputting destination location information into a navigation of a vehicle to be traveled to a destination by using a mobile communication terminal of a destination, and more particularly, destination location information extracted by a first mobile communication terminal located at a destination. In the method for inputting the destination location information to the navigation of the vehicle to go to the destination using the destination mobile communication terminal for receiving the second mobile communication terminal performing the vehicle navigation and short-range wireless communication as the destination location information of the navigation It is about.

Recently, car navigation has been widely used as a device for easily guiding a road by a map or / and voice to a vehicle driver who is a destination for an unfamiliar area.

In general, in a conventional vehicle navigation system, an input device is often provided with a touch (touch) device such as an operation key or a touch screen for inputting operation commands such as destination search and setting.

However, the input method through the input device as described above is somewhat complicated. In other words, the vehicle driver has a disadvantage in that it is cumbersome to search for a destination by manually inputting each code by industry, address, mutual name, and corresponding code while the vehicle is stopped, and the time required for input is long.

In addition, since a conventional navigation method for a vehicle is different for each manufacturer, it is difficult to set a destination other than a location of a place supported by the vehicle navigation.

For the above reason, the conventional vehicle navigation is inconvenient in the use of the destination input, and thus vehicle drivers require a vehicle navigation that can input the destination more easily and quickly.

The present invention has been proposed to solve the above problems and to meet the above demands, and includes a vehicle navigation and short-range wireless communication using destination location information extracted by a first mobile communication terminal located at a destination. It is an object of the present invention to provide a method for inputting a destination to a navigation of a vehicle to go to a destination by using the mobile communication terminal of the destination for inputting the destination location information of the navigation by the mobile communication terminal.

Other objects and advantages of the present invention can be understood by the following description, and will be more clearly understood by the embodiments of the present invention. Also, it will be readily appreciated that the objects and advantages of the present invention may be realized by the means and combinations thereof indicated in the claims.

In order to achieve the above object, the present invention provides a method for inputting destination location information to a vehicle navigation apparatus using a mobile communication terminal of a destination, wherein the location information is included by checking a type of a message transmitted from the mobile communication terminal. A first step of extracting location information included in a message received from the mobile communication terminal, if the message is confirmed; If the extracted position information of the mobile communication terminal is processed according to the data format required for the path setting of the vehicle navigation, interlocking to input the position information of the mobile communication terminal to the destination information of the path setting of the vehicle navigation; Two steps; And transmitting the vehicle navigation to input location information of the processed mobile communication terminal into destination information of a route setting.

The present invention also provides a method for inputting destination location information to a vehicle navigation apparatus using a mobile communication terminal of a destination, wherein the server requests the location information by connecting to a server providing the location information of the mobile communication terminal. A first step of transmitting location information of the mobile communication terminal; A second step of interworking with the vehicle navigation to input the location information of the transferred mobile communication terminal as destination information of a route setting; And transmitting the vehicle navigation to input location information of the mobile communication terminal to destination information of a route setting.

The present invention also provides a second mobile communication terminal interworking with a vehicle navigation apparatus using a first mobile communication terminal of a destination, and confirms the type of a message transmitted from the first mobile communication terminal as a message including location information. Extracting location information included in a message transmitted from the first mobile communication terminal; When the extracted position information of the first mobile communication terminal is processed according to the data format required for setting the path of the vehicle navigation, inputting the position information of the first mobile communication terminal to destination information of the path setting of the vehicle navigation. To interlock function; And a computer-readable recording medium having recorded thereon a program for realizing a function of transmitting the vehicle navigation to input location information of the processed first mobile communication terminal into destination information of a route setting.

The present invention also provides a second mobile communication terminal interworking with a vehicle navigation apparatus using a first mobile communication terminal of a destination, when a location information is requested by accessing a server providing location information of the first mobile communication terminal. A function of transferring jurisdiction base station location information, which is location information of the first mobile communication terminal, from a server; A function of interworking with the vehicle navigation system for inputting the transmitted position information of the first mobile communication terminal as destination information of a route setting; And a computer-readable recording medium having recorded thereon a program for realizing a function of transmitting the vehicle navigation to input the location information of the first mobile communication terminal to the destination information of the route setting.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, whereby those skilled in the art may easily implement the technical idea of the present invention. There will be. In addition, in describing the present invention, when it is determined that the detailed description of the known technology related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram of an embodiment of a wireless communication network to which the present invention is applied.

As shown in FIG. 1, a wireless communication network to which the present invention is applied includes a first mobile communication terminal 110, a second mobile communication terminal 120, and a vehicle navigation device 130. Here, the wireless communication network includes a conventional home location register (13), an LBS server (Location Based Service server) 14, and a location information server 15 for checking the location information of the first mobile communication terminal 110. ) Is also provided.

The first mobile communication terminal 110 is located at a destination to which a vehicle driver (hereinafter referred to as a "user") is going. That is, the user may reach a desired destination even when the destination information is set as the location information of the first mobile communication terminal 110 when setting the path of the vehicle navigation device 130. Accordingly, in the present invention, by setting the location information of the first mobile communication terminal 110 as destination information of the vehicle navigation device 130, an address search, an index search, and a phone number for setting the destination information of the vehicle navigation device 130 are performed. Inconvenience of checking and input such as searching can be eliminated.

In addition, the first mobile communication terminal 110 is equipped with a program and software (hereinafter referred to as "application") for providing its own location information to the second mobile communication terminal (120). In this case, the first mobile communication terminal 110 is provided with a middleware platform for downloading and executing an application in a wireless Internet environment. For example, the first mobile communication terminal 110 is provided with a "Wireless Internet Platform for Interoperability (WIPI)" which is a Korean wireless Internet platform standard. Here, the first mobile communication terminal 110 uses a WAP (Wireless Application Protocol) as a communication protocol for accessing the wireless Internet, and connects to the wireless Internet through a WAP G / W (11, 12). I can connect it.

Meanwhile, when the GPS receiver is mounted, the first mobile communication terminal 110 may check the position information of itself 110 using a GPS satellite (Global Positioning System) 16 in a conventional manner.

In brief, the first mobile communication terminal 110 receives a predetermined data from the GPS satellite 16 floating on the earth using a GPS receiver, and based on the received data to determine the position of itself 110 Calculate That is, the first mobile communication terminal 110 may receive GPS signals from three GPS satellites 16 in any region of the earth, and based on the GPS signals received from the three GPS satellites 16. Calculate the location of itself 110.

Thus, the first mobile communication terminal 110 to drive the application for this to provide the location information of the self 110 identified using the GPS satellite 16 to the second mobile communication terminal 120, A message (eg, multimedia message (MMS), etc.) including the identified location information is generated and transmitted to the second mobile communication terminal 120. Accordingly, the second mobile communication terminal 120 confirms the location information of the first mobile communication terminal 110 included in the message transmitted from the first mobile communication terminal 110.

In the above, the first mobile communication terminal 110 confirms the location information using the GPS satellite 16 by the application. At this time, the application confirms the location information using the GPS satellite 16 as the "standard location code value" of the Korean standard, wherein the standard location code value is the latitude, longitude and Represents a coordinate value for altitude. In addition, in the present invention, it is preferable to apply the standard position code value.

Then, when the application checks the location information of the first mobile communication terminal 110, by inputting the phone number of the second mobile communication terminal 120 to transmit the identified location information, the second mobile communication terminal It provides an interface for sending a message to (120). Accordingly, the first mobile communication terminal 110 can transmit the location information of itself 110 to the second mobile communication terminal 120 through the wireless Internet. In addition, the first mobile communication terminal 110 may provide only the coordinate information of the multimedia location information or the standard location code value based on map data to the second mobile communication terminal 120.

In addition, the first mobile communication terminal 110 may be confirmed by the location information server 15, the location information.

As will be appreciated by those skilled in the art, the first mobile communication terminal 110 has base station parameters for a particular base station (not shown in FIG. 1) through continuous communication with the base station (not shown in FIG. 1). The first mobile communication terminal 110 transmits a base station parameter to the location information server 15 through a mobile communication network, and the location information server 15 receives the base station parameter and transmits the base station parameter to the LBS server 14. Send it. Thereafter, the LBS server 14 uses the transmitted base station parameter to obtain location information (longitude and latitude information of the base station, address information, etc.) of a base station (not shown in FIG. 1) corresponding to the base station parameter. Provided to server 15. The location information server 15 determines the location information of the provided base station (not shown in FIG. 1) as the first mobile communication terminal 110. Thereafter, the location information server 15 provides the location information of the base station to the second mobile communication terminal 120 through the wireless Internet, whereby the application of the base station by the application mounted on the second mobile communication terminal 120. The location information is confirmed as the location information of the first mobile communication terminal 110.

Here, the location information server 15 is not limited to the location information of the base station to provide the location information provided to the second mobile communication terminal 120, it may also provide the GPS coordinate information confirmed by the LBS server 14 Therefore, those skilled in the art can easily understand the detailed description thereof will be omitted.

On the other hand, since the second mobile communication terminal 120 may perform the same function as the first mobile communication terminal 110, redundant description thereof will be omitted.

However, the second mobile communication terminal 120 is located in the vehicle of the user. In this case, when the second mobile communication terminal 120 transmits a message including the location information of the 110 from the first mobile communication terminal 110, the second mobile communication terminal 120 checks the corresponding location information by driving a preloaded application. do. In this case, the second mobile communication terminal 120 extracts the location information of the first mobile communication terminal 110 included in the message and processes it according to the data format required for the path setting of the vehicle navigation device 130. That is, the second mobile communication terminal 120 provides location information of the first mobile communication terminal 110 processed in the vehicle navigation device 130.

In addition, the second mobile communication terminal 120 drives an application to access the location information server 15 through the wireless Internet, thereby requesting location information of the first mobile communication terminal 110, and responds to the request. Receives and confirms the location information of the competent base station of the first mobile communication terminal 110 as the location information of the first mobile communication terminal 110. At this time, the second mobile communication terminal 120 is the position information of the first mobile communication terminal 110 that can be used directly from the location information server 15 to the vehicle navigation device 130, the position without a predetermined processing procedure The location information transmitted from the information server 15 is provided to the vehicle navigation device 130.

Meanwhile, the second mobile communication terminal 120 includes a communication module for interworking with the vehicle navigation device 130 in a wired or wireless manner. Here, the second mobile communication terminal 120 will be described as interworking with the vehicle navigation device 130 using a conventional short-range wireless communication method (for example, Bluetooth, Zigbee, IrDA, IrFM, etc.).

As described above, when the second mobile communication terminal 120 checks the location information of the first mobile communication terminal 110, an application is driven. At this time, the second mobile communication terminal 120 is linked to the vehicle navigation device 130, the vehicle navigation device 130 as described above, the location information of the first mobile communication terminal 110, the destination information field Type in

In addition, when the application mounted on the first mobile communication terminal 110 transmits a message including the location information of itself 110 to the second mobile communication terminal 120, the second mobile communication. Preferably, the terminal 120 includes a command for inputting location information of the first mobile communication terminal 110 in the destination information field of the route setting of the vehicle navigation apparatus 130. Thus, the application mounted on the second mobile communication terminal 120 is linked to the vehicle navigation device 130 and according to the command included in the message, the destination information field of the path setting of the first mobile communication terminal 110. Allow location information to be entered.

In addition, when the location information server 15 transmits the location information of the first mobile communication terminal 110 to the second mobile communication terminal 120, the second mobile communication terminal 120 is a vehicle navigation system. It is preferable to include a command to input the location information of the first mobile communication terminal 110 in the destination information field of the path setting of (130). Thus, the application mounted on the second mobile communication terminal 120 is linked to the vehicle navigation device 130 and according to the command included in the message, the destination information field of the path setting of the first mobile communication terminal 110. Allow location information to be entered.

As such, the second mobile communication terminal 120 checks the location information of the first mobile communication terminal 110 and inputs it into the destination information field of the path setting of the vehicle navigation device 130, thereby setting up a destination by the user. You do not have to.

2 is a flowchart illustrating a method of inputting destination location information to a navigation of a vehicle to be reached by using a mobile communication terminal of a destination according to the present invention.

As shown in FIG. 2, the first mobile communication terminal 110, which is the mobile communication terminal of the destination, checks its position using the GPS satellite 16 when the GPS receiver is mounted, and thereby the second mobile communication terminal. It provides the location information of itself 110 to 120.

In detail, the first mobile communication terminal 110 drives an application to check the location information of itself 110 using the GPS satellite 16 (S201).

Thereafter, the first mobile communication terminal 110 checks its position using the GPS satellite 16 (S202). In this case, it is preferable that the application indicates the confirmed position information as a "standard position code value".

Then, the first mobile communication terminal 110 generates a message including its own location information identified as described above using the phone number of the second mobile communication terminal 120 (S203). In this case, the first mobile communication terminal 110 transmits the message generated as described above to the second mobile communication terminal 120 (S204).

On the other hand, when the second mobile communication terminal 120 receives a message from the first mobile communication terminal 110 (S204), the application for checking the location information of the first mobile communication terminal 110 through the message; Drive (S205). Here, the second mobile communication terminal 120 should process the location information of the mobile communication terminal 110 identified in the data format required to be used when setting the path of the vehicle navigation device 130.

In this case, the second mobile communication terminal 120 checks the location information of the first mobile communication terminal 110 and inputs the location information of the first mobile communication terminal 110 to the destination information field of the route setting through this. In order to interwork with the vehicle navigation 130 to (S206).

Thereafter, the second mobile communication terminal 120 transmits the location information of the first mobile communication terminal 110 to the vehicle navigation apparatus 130 (S207). Accordingly, the vehicle navigation apparatus 130 inputs location information of the first mobile communication terminal 110 transmitted from the second mobile communication terminal 120 in the destination information field of the route setting (S208).

3 is a flow chart of another embodiment of a method for inputting destination location information to a navigation of a vehicle to go to a destination using a mobile communication terminal of a destination according to the present invention.

As shown in FIG. 3, since the first mobile communication terminal 110, which is a mobile communication terminal of the destination, is not equipped with a GPS receiver, the second mobile communication terminal 120 uses a conventional location information server 15. Check the location information of the first mobile communication terminal 110 by using.

The second mobile communication terminal 120 drives an application to check the position of the first mobile communication terminal 110 (S301).

Thereafter, the second mobile communication terminal 120 accesses the location information server 15 through the wireless Internet and requests location information of the first mobile communication terminal 110 (S302). Here, the second mobile communication terminal 120 preferably inputs a phone number of the first mobile communication terminal 110 to the location information server 15 through an application.

On the other hand, the location information server 15 checks the location information of the first mobile communication terminal 110 using the HLR 13 and the LBS server 14 in a conventional manner (S303). Detailed description thereof will be easily understood by those skilled in the art, and thus detailed description thereof will be omitted. Here, the location of the first mobile communication terminal 110 will be described by limiting the location information of the corresponding base station for convenience of description of the first mobile communication terminal 110.

Thereafter, the location information server 15 transmits the location information of the first mobile communication terminal 110 identified as described above to the second mobile communication terminal 120 (S304).

Then, the second mobile communication terminal 120 confirms the location information of the first mobile communication terminal 110, and interlocks to transfer it to the vehicle navigation device 130 (S305). At this time, the second mobile communication terminal 120 transmits the location information of the first mobile communication terminal to the vehicle navigation (130) (S306). Here, the second mobile communication terminal 120 may provide the vehicle navigation device 130 without processing the position information of the first mobile communication terminal 110 received from the location information server 15.

Thereafter, the vehicle navigation apparatus 130 inputs location information of the first mobile communication terminal 110 in the destination information field of the route setting (S307).

As described above, the method of the present invention may be implemented as a program and stored in a recording medium (CD-ROM, RAM, ROM, floppy disk, hard disk, magneto-optical disk, etc.) in a computer-readable form. Since this process can be easily carried out by those skilled in the art will not be described in more detail.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the technical spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited by the drawings.

As described above, the present invention can receive the destination location information extracted by the first mobile communication terminal located at the destination and receive the vehicle location and the second mobile communication terminal performing short-range wireless communication as the destination location information of the navigation. It works.

In addition, the present invention has the effect that the vehicle driver can enter the destination of the vehicle navigation more easily and quickly.

Claims (11)

In the method for inputting the destination location information to the vehicle navigation using the destination mobile communication terminal, A first step of checking the type of the message transmitted from the mobile communication terminal and extracting the location information included in the message received from the mobile communication terminal when it is confirmed as a message including the location information; If the extracted position information of the mobile communication terminal is processed according to the data format required for the path setting of the vehicle navigation, interlocking to input the position information of the mobile communication terminal to the destination information of the path setting of the vehicle navigation; Two steps; And A third step of transmitting the vehicle navigation to input location information of the processed mobile communication terminal to destination information of a route setting; Method for inputting the destination location information to the navigation of the vehicle to go to the destination by using a mobile communication terminal of the destination. According to claim 1, In the first step, In the case where the message transmitted from the mobile communication terminal is confirmed as a message including location information, an application for extracting and processing the location information included in the message is driven. How to input the destination location information in the navigation of the vehicle to go to the destination. According to claim 1, In the first step, And a command for inputting the location information of the extracted mobile communication terminal to the destination information of the route setting of the vehicle navigation in the transmitted message to the navigation of the vehicle to go to the destination by using the mobile communication terminal of the destination. How to enter destination location information. According to claim 1, In the first step, And inputting the destination location information into the navigation of the vehicle to the destination using the mobile communication terminal of the destination, wherein the location information of the mobile communication terminal is GPS coordinate information. In the method for inputting the destination location information to the vehicle navigation using the destination mobile communication terminal, A first step of transmitting location information of the mobile communication terminal from the server when requesting location information by accessing a server providing location information of the mobile communication terminal; A second step of interworking with the vehicle navigation to input the location information of the transferred mobile communication terminal as destination information of a route setting; And A third step of transmitting the vehicle navigation to input location information of the mobile communication terminal to destination information of a route setting; Method for inputting the destination location information to the navigation of the vehicle to go to the destination by using a mobile communication terminal of the destination. The method of claim 5, In the first step, A method for inputting destination location information to a navigation of a vehicle to be reached by using a mobile communication terminal of a destination, wherein an application is driven to request location information by accessing a server providing location information of the mobile communication terminal. . The method of claim 5, In the first step, And a command for inputting the location information of the mobile communication terminal into the destination information of the route setting of the vehicle navigation in response to the response transmitted from the server, using the mobile communication terminal of the destination. How to enter location information. The method according to any one of claims 1 to 7, Inputting the location information of the mobile communication terminal to the navigation of the vehicle to go to the destination using the mobile communication terminal of the destination, characterized in that provided in the map data-based multimedia format or coordinate information format of the standard location code value How to. The method according to claim 1 or 5, In the second step, And inputting destination location information into a navigation of a vehicle to be destined for a destination, wherein the vehicle navigation and the short-range wireless communication method are linked to each other. In a second mobile communication terminal that interlocks with the vehicle navigation using the first mobile communication terminal of the destination, Checking the type of the message transmitted from the first mobile communication terminal and extracting the location information included in the message transmitted from the first mobile communication terminal when the message is included as the message including the location information; When the extracted position information of the first mobile communication terminal is processed according to the data format required for setting the path of the vehicle navigation, inputting the position information of the first mobile communication terminal to destination information of the path setting of the vehicle navigation. To interlock function; And Transmitting the vehicle navigation to input location information of the processed first mobile communication terminal to destination information of a route setting; A computer-readable recording medium having recorded thereon a program for realizing this. In a second mobile communication terminal that interlocks with the vehicle navigation using the first mobile communication terminal of the destination, A function of transmitting jurisdiction base station location information, which is location information of the first mobile communication terminal, from the server when requesting location information by accessing a server providing location information of the first mobile communication terminal; A function of interworking with the vehicle navigation system for inputting the transmitted position information of the first mobile communication terminal as destination information of a route setting; And Transmitting the vehicle navigation to input location information of the first mobile communication terminal to destination information of a route setting; A computer-readable recording medium having recorded thereon a program for realizing this.

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