KR101285116B1 - System and method for providing location route search service of nearest road using SMS - Google Patents

System and method for providing location route search service of nearest road using SMS Download PDF

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Publication number
KR101285116B1
KR101285116B1 KR20060121401A KR20060121401A KR101285116B1 KR 101285116 B1 KR101285116 B1 KR 101285116B1 KR 20060121401 A KR20060121401 A KR 20060121401A KR 20060121401 A KR20060121401 A KR 20060121401A KR 101285116 B1 KR101285116 B1 KR 101285116B1
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South Korea
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server
location
terminal
map
sms
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KR20060121401A
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Korean (ko)
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KR20080050746A (en
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양우정
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에스케이플래닛 주식회사
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Abstract

The present invention is to provide a system for providing the shortest distance route search service using the SMS and a method thereof, and to search the location route for the shortest distance by using the SMS inputting a specific number for the location route search service for the shortest distance A terminal using a service; An SMS server for processing an SMS message including a specific number transmitted from the terminal to notify the location search service provider of the shortest distance path search request; A location retrieval service providing unit for generating an image of the shortest distance of a point requested by the terminal when the shortest location path search request is received from the SMS server; An MMS server transmitting an image of the shortest distance generated by the location search service provider to the terminal as an MMS message; Cell ID server for transmitting the ID value of the cell where the terminal is located to the location search service provider; By including a configuration, it is possible to provide a location search service for the user's location via the SMS of the mobile terminal.

Terminal, SMS, LMS, MMS, Search, Map, Geography, Location

Description

System and method for providing shortest location route search service using SMS {System and method for providing location route search service of nearest road using SMS}

1 is a block diagram of a conventional location path search service providing system.

2 is a flowchart illustrating a conventional method for providing a location path search service.

3 is a block diagram of a system for providing a shortest distance path search service using SMS according to an embodiment of the present invention.

4 is a flowchart illustrating a method for providing a shortest location path search service using SMS according to an embodiment of the present invention.

5 is a conceptual diagram illustrating an example of providing a shortest distance location path search service using SMS according to the present invention.

Description of the Related Art

10: terminal

20: SMS server

30: location search service provider

31: Location Server

32: Map Server

33: terminal information server

34: image conversion server

40: MMS Server

50: Cell ID Server

The present invention relates to a location path search service, and in particular, to provide a shortest location path search service using an SMS that is suitable for providing a location search service near a user's location through a short message service (SMS) of a mobile terminal. A system and method thereof are provided.

In general, the location search service is used to help driving a car by displaying a map or finding a shortcut and displaying it on a mobile terminal.

1 is a block diagram of a conventional location path search service providing system.

The mobile terminal 1 can access a WAP (Wireless Application Protocol) server 4 via a base station / base station controller (BTS / BSC) 2 and a packet data service node (PDSN) 3 of the mobile communication system. Through the gateway (G / W, 5) for protocol conversion between the HTTP and HTTP, the content of the WEB (World Wide Web) server 6 can be used.

The WAP server 2 is a communication protocol designed for accessing the Internet from a mobile terminal such as a mobile terminal, a personal digital assistant (PDA), a wireless terminal, etc., and is a GSM (Global Mobile Phone System), a TDMA (Time Division Multiple Access), It is a server that handles architectures for mobile computers that can connect to any wireless network, including code division multiple access (CDMA), cellular digital packet data (CPD), and more. In addition, the WEB server 3 is a server that configures the screen using various multimedia such as video or voice so that the user can access the service through the Internet.

2 is a flowchart illustrating a conventional method for providing a location path search service.

Thus, the user accesses the WAP server 4 or the WEB server 6 using the terminal 1 (ST1), grasps an address corresponding to a specific search word (ST2), and then downloads the map of the terminal 1. Access the menu (ST3) and enter the address (ST4). And by using the location path search service by downloading the map to its own terminal (1).

However, this conventional method was inconvenient when utilizing the location path search service because the user could not be notified of a desired place near the user's own location.

Accordingly, the present invention has been proposed to solve the above-mentioned conventional problems, and an object of the present invention is to use a shortest SMS using a SMS that can provide a location search service near a user's location through an SMS of a mobile terminal. A system and method for providing a distance location path search service are provided.

In order to achieve the above object, a system for providing a shortest distance location path search service using an SMS according to an embodiment of the present invention is the shortest using a SMS inputting a specific number for a location path search service for the shortest distance. A terminal using a location path search service for a distance; An SMS server for processing an SMS message including a specific number transmitted from the terminal to notify the location search service provider of the shortest distance path search request; A location retrieval service providing unit for generating an image of the shortest distance of a point requested by the terminal when the shortest location path search request is received from the SMS server; An MMS server transmitting an image of the shortest distance generated by the location search service provider to the terminal as an MMS message; And a Cell ID server for transmitting the ID value of the cell where the terminal is located to the location search service providing unit.

In order to achieve the above object, a method for providing a shortest distance location path search service using SMS according to an embodiment of the present invention includes a terminal in which a specific number is input for a shortest distance search from a current terminal to a destination. Sending a SMS to an SMS server via a mobile network; A second step of performing prefix routing from the SMS server to a location server after the first step and transmitting a shortest distance search request of the terminal; A third step of generating an MMS message of the searched shortest distance image by including the terminal information in the map image after the second step; And a fourth step of transmitting the MMS message generated after the third step to the terminal.

Hereinafter, an embodiment according to the present invention, a system for providing a shortest distance location path search service using an SMS and a method thereof will be described with reference to the accompanying drawings.

3 is a block diagram of a system for providing a shortest distance path search service using SMS according to an embodiment of the present invention.

As shown therein, the terminal 10 uses the location path search service for the shortest distance by using an SMS inputting a specific number for the location path search service for the shortest distance; The mobile station 10 processes an SMS message including a specific number transmitted via a base station / base station controller (BTS / BSC, 11), an exchange (MSC, 12), and a short message service center (SMSC, 13). An SMS server 20 for notifying the search service providing unit 30 of the shortest distance path search request; A location retrieval service providing unit (30) for generating an image of the shortest distance of the point requested by the terminal (10) when the shortest location path search request is received from the SMS server (20); An MMS server 40 which transmits an image of the shortest distance generated by the location search service providing unit 30 to the terminal 10 in a multimedia messaging service (MMS) message; A Cell ID server 50 for transmitting an ID value of a cell in which the terminal 10 is located to the location search service providing unit 30; And a control unit.

The SMS server 20 transmits an invoke SMS to the terminal 10 so that the MMS server 40 can transmit an image of the shortest distance to the terminal 10 as an MMS message. It is characterized by performing.

In addition, the present invention, upon receiving the shortest location path search request of the terminal 10 via the SMS server 20, requests a map image to the map server 32, and the terminal (through the terminal information server 33) 10 and the location server 31 to determine the size of the LCD, and to transmit the MMS message of the image for the shortest distance converted by the image conversion server 34 to the terminal 10 through the MMS server 40; ; When the map image request is received from the location server 31, the shortest distance requested by the terminal 10 is calculated, two points are displayed on the map, the shortest path between the two points is displayed on the map, and the map image is displayed. A map server 32 for transmitting to the location server 31; A terminal information server 33 which transmits information of the terminal 10 including the LCD size of the terminal 10 to the location server 31 when receiving the terminal information request from the location server 31; When the image conversion is requested from the location server 31, the image conversion server 34 for converting the map image of the map server 32 to match the LCD size of the terminal 10 transmitted from the terminal information server 33 It characterized in that the configuration, including.

The operation of the system of the present invention as described above transmits the SMS to the SMS server 20 through the mobile network, the SMS inputted a specific number (special number) for the shortest distance search from the terminal 10 to the location and destination of the current terminal. A first step; A second step of performing a prefix routing from the SMS server 20 to the location server 31 after the first step and transmitting a shortest distance search request of the terminal 10; A third step of generating an MMS message of the searched shortest distance image by including the terminal information in the map image after the second step; And a fourth step of transmitting the MMS message generated after the third step to the terminal 10.

In the third step, if the map server 31 requests the map image from the location server 31 after the second step, the map server 32 calculates the shortest distance requested by the terminal 10 and accordingly Displaying the two points on the map, displaying the shortest path between the two points on the map, and transmitting a map image to the location server 31; When the terminal server requests the terminal information from the location server 31 to the terminal information server 33 after step 3-1, the terminal 10 includes the LCD size of the terminal 10 in the terminal information server 33. 3-2 step of transmitting the information of to the location server (31); When the location server 31 requests an image conversion to the image conversion server 34 after the step 3-2, the terminal information server 33 matches the map server 32 in accordance with the LCD size of the terminal 10. (3-3) converting the map image of the map) to the location server (31); And after step 3-3, step 3-4 of generating an MMS message for the location map image by the location server 31.

In the fourth step, if the MMS server 40 requests the Invoke SMS transmission from the SMS server 20 after the third step, the Invoke SMS is transmitted from the SMS server 40 to the terminal 10. Step 4-1; A step 4-2 of transmitting the MMS of the location map image from the MMS server 40 to the terminal 10 after the step 4-1; Characterized in that it comprises a.

FIG. 4 is a flowchart illustrating a method for providing a shortest distance path search service using SMS according to an embodiment of the present invention, and the steps described above will be described in more detail.

As shown, after the SMS client program of the terminal 10 is driven, a specific number (eg, '* 1234') for the shortest distance path search service is displayed in the received number field of the terminal 10. When the search word is input to the content of the SMS message and the transmission key is pressed, the SMS client program of the terminal 10 transmits the SMS message to the SMS server 20 through the short message service center (1. ~ 4.)

Next, the SMS server 20 reads the value of the received number, finds out the URL (Uniform Resource Locator) of the server delivered from the database when the value of the received number is a specific number, and sends the SMS message to the corresponding location server ( 31) (5. ~ 7.).

Thereafter, the location server 31 analyzes the transmitted message to find out the mobile phone number of the terminal 10 and requests the cell ID for the corresponding phone number (Mobile Directory Number, MDN) from the cell ID server 50. Query the map server with a Cell ID as a key to find the coordinate value (8. ~ 9.), and the location server 31 is a map server 32 at the terminal 10. The coordinates corresponding to the search word input by the user are searched (10.).

At this time, the map server 32 searches for a coordinate value corresponding to a search word within a specific radius distance from the coordinate value of the user and transmits the coordinate value and radius (radius) information located at the shortest distance to the location server 31. do.

The location server 31 requests the shortest route indication map to the map server 32 (11.), and the map server 32 extracts a map within a radius from the location of the user terminal 10 and maps it. It is displayed on the image and transmitted to the location server 31 (12. ~ 13.). At this time, the map server 32 may transmit the location coordinates of the terminal 10 of the user and the coordinate values and radius information (radius values) of the destination corresponding to the search word to the location server 31.

The location server 31 receives and transmits the LCD size of the terminal 10 to the terminal information server 33 (14.), and converts the map image through the image conversion server 34 according to the LCD size; 15.), generates an MMS message including the converted map image and requests transmission to the MMS server 40 (16. ~ 17.). Here, when requesting the transmission of the MMS message, the mobile phone number of the terminal 10 should be delivered.

In this case, the location server 31 transmits the LCD size of the terminal 10 while requesting the image conversion server 34 to convert the image, and the image conversion server 34 converts the vector image into JPEG but the terminal 10. ) To fit the LCD size.

Next, the MMS server 40 requests the SMS server 20 to send an invoke SMS transmission to the terminal 1 (18. ~ 19.). At this time, the message requested by the MMS server 40 to the SMS server 20 includes a received mobile phone number of the terminal 10 and an application ID and an invoke of the MMS client. May include the URL from which the client was connected.

After receiving the Invoke SMS, the terminal 10 drives an MMS client to connect to the MMS server 40 to download an MMS message including a map image and output a map for the user to check. ~ 23.).

The map server 32 displays the user's location and the destination's location on the map as an image, calculates the shortest path between two points, displays the route on the map image, and then maps the map image to the location server 31. It is characterized by transmitting.

The shortest location path search service providing system using the SMS and the method according to the present invention configured as described above will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. It is to be understood that the following terms are defined in consideration of the functions of the present invention, and may be changed according to the intention of the user, the operator, or the precedent, and the meaning of each term should be interpreted based on the contents will be.

As described above, the present invention intends to provide a location search service near a user's location through SMS of a mobile terminal, and FIG. 5 shows an example of providing a shortest distance path search service using SMS according to the present invention. The conceptual diagram shown is an example of a service UI (User Interface).

As shown in the figure, the user inputs a special number (for example, '* 1234') for using the service in the receiving number input field on the SMS creation screen of the mobile terminal 10, and searches for the content (for example: After entering the SK gas station) and sending an SMS message, after a while the user is prompted by the MMS message with the location map image and the detailed information (address, phone number) corresponding to the search terms entered according to the process described in Figure 4 Receive. At this time, when there are a plurality of destinations (SK gas stations) within a predetermined radius from the current location, a plurality of locations can be indicated.

The map image shows the current location and the location of the destination, and the shortest distance from the location to the destination is also displayed at the same time.

In addition, as shown in FIG. 4, the SMS message transmitted from the terminal 10 is relayed to the SMS server 20, and the SMS server 20 reads a special number of a received number and queries a URL corresponding to a location search service. Then send the message to the location server.

The location server 31 requests a map image from the map server 32. The map server 32 calculates the shortest distance, displays two points (plural points if there are multiple destinations) on the map, displays the shortest path between the two points on the map, and then transfers the image. Thereafter, the map image is converted to match the LCD size of the user terminal 10. The location server 31 generates an MMS message and requests transmission to the MMS server 40. The MMS server 40 transmits an invoke SMS to the user terminal 10, and the user terminal 10 is invoked to access the MMS server 40 to download an MMS message.

The operation of the present invention is summarized with reference to FIG. 4 as follows.

The user runs the SMS client program of the mobile terminal 10. (1.)

In addition, a service special number (for example, '* 1234') for a service is input into a 'receive number column' of the mobile terminal 10, and a search term to be searched is input into the 'content'. (2.)

Then, the user presses the 'transmission key' of the mobile terminal 10. (3.)

The SMS client program of the mobile terminal 10 uploads a message to a short message service center (not shown), and the short message service center sends a message received from the mobile terminal 10 to the SMS server 20. (4.)

The SMS server 20 reads the value of the received number from the message received from the mobile terminal 10. If the value of the received number is a special number starting with '*' (5.), find out the URL of the server to relay the message in the internal database (not shown). (6. )

Thereafter, the SMS server 20 transfers the SMS message of the mobile terminal 10 to the corresponding server (location server).

The location server 20 analyzes the message sent from the SMS server 20 to find out the mobile phone number of the user (terminal A) and requests the cell ID for the corresponding phone number (MDN) from the cell ID server 50. do. Cell ID is a value that the mobile terminal 10 periodically uploads to the exchange. It is an id value of the cell where the mobile terminal 10 is located.

Thereafter, the location server 31 queries the map server 32 using the Cell ID as a key to find the coordinate value of the mobile terminal 10. The map server 32 manages the coordinate values of the mobile terminal 10 according to the cell ID in the database DB.

The location server 31 requests the map server 32 to know the coordinates corresponding to the search word input by the user. At this time, the location server 31 transmits the search word and the coordinate value and the radius (radius) information of the user received in the above 9. to the map server 32. The map server 32 searches for a coordinate value corresponding to a search word within a specific radius distance from the coordinate value of the user received from the location server 31 and transmits the coordinate value located at the shortest distance to the location server 31. 10.)

The location server 31 requests the map server 32 for the shortest route indication map. At this time, the location server 31 transmits the location coordinate value of the user and the coordinate value and radius information (radius value) of the destination corresponding to the search word to the map server 32. (11.)

The map server 32 extracts a map within a radius from the user's location received from the location server 31. Then, the user's location and the destination's location are displayed on the map as an image, the shortest path between the two points is calculated, and the path is displayed on the above map image.

The map server 32 transmits the generated map image to the location server 31. At this time, the screen size is generated considering the size of the received LCD size. The map server 32 returns the map image to the MMS server 40. (13.)

The location server 31 requests the terminal information server 33 for the LCD size of the terminal A, which is the user's mobile terminal 10. The map image received from the map server 32 in 13. above is a vector image and includes meta information. (14)

Since the map image should be a form that can be seen from the MMS client, the location server 31 requests the image conversion server 34 to convert the map image received from the map server 32. In this case, the LCD size is transmitted. The image conversion server 34 converts the vector image into JPEG. At this time, resizing is performed according to LCD size. (15.)

The location server 31 generates an MMS message including the above map image.

Thereafter, the MMS server 40 requests the transmission of the MMS message. At this time, the mobile telephone number of the mobile terminal 10 of the user (terminal A) is transmitted as a parameter.

The MMS server 40 requests the SMS server 20 for invoke SMS transmission. The message requested by the MMS server 40 to the SMS server 20 includes the incoming mobile phone number entered in 2. above, the application ID of the MMS client, and the URL accessed by the invoked client.

The SMS server 20 transmits an invoke SMS message to the user's mobile terminal 10. (19.)

The mobile terminal 10 receiving the Invoke SMS drives the MMS client. (20.)

The MMS client of the mobile terminal 10 connects to the MMS server 40 after driving. (21.)

The MMS client of the mobile terminal 10 downloads an MMS message including a map image from the MMS server 40. (22.)

Accordingly, the user can view the map image in the MMS client by the MMS message downloaded to the mobile terminal 10. (23.)

As such, the present invention is to provide a location search service near the user's location through the SMS of the mobile terminal.

As described above, the system and method for providing the shortest distance path search service using the SMS according to the present invention have an effect of providing the location search service near the user's location through the SMS of the mobile terminal. .

In addition, according to the present invention, the user can find a target located at the shortest distance from the current location, and can also use the service effectively because the user can download a map image indicating the shortest distance from the current location to the target destination through MMS. Will be.

Accordingly, the user can easily use the service that can be notified of the desired place near his location, the service provider has the effect that can generate the information fee revenue thereby.

Although the above has been described as being limited to the preferred embodiment of the present invention, the present invention is not limited thereto and various changes, modifications, and equivalents may be used. Therefore, the present invention can be applied by appropriately modifying the above embodiments, it will be obvious that such application also belongs to the scope of the present invention based on the technical idea described in the claims below.

Claims (14)

delete delete When receiving the shortest location path search request of the terminal through the SMS server, request a map image to the map server, determine the size of the LCD of the terminal through the terminal information server, for the shortest distance converted through the image conversion server A location server for transmitting an MMS message of an image to the terminal through an MMS server; When the map image request is received from the location server, the map calculates the shortest distance required by the terminal, displays two points on the map, displays the shortest path between the two points on the map, and then transfers the map image to the location server. A server; A terminal information server for receiving the terminal information request from the location server, transmitting the terminal information including the LCD size of the terminal to the location server; An image conversion server for converting a map image of the map server according to the size of the LCD of the terminal transmitted from the terminal information server when an image conversion is requested from the location server; The shortest location route search service providing system utilizing SMS configured to include. delete A first step of transmitting, by the mobile station, an SMS inputted with a specific number for searching the shortest distance from the terminal to the current location and destination of the terminal to the SMS server; A second step of performing prefix routing from the SMS server to a location server to transmit a shortest distance search request of the terminal; When the map server requests a map image from the location server, the map server calculates the shortest distance required by the terminal, displays two points on the map, displays the shortest path between the two points on the map, and then displays the map image. Delivering to a location server; Requesting terminal information from the location server to the terminal information server, transmitting information of the terminal including the LCD size of the terminal from the terminal information server to the location server; Requesting image conversion from the location server to the image conversion server, the image conversion server converting the map image of the map server according to the size of the LCD of the terminal and transmitting the converted image to the location server; Generating an MMS message for the converted map image by the location server; And A seventh step of transmitting, by the MMS server, the generated MMS message to the terminal; Method of providing the shortest location path search service using SMS, including. delete When the SMS client program of the terminal is driven, a specific number for the shortest distance path search service is input into the received number field of the terminal, a search word to be entered is input to the contents of the SMS message, and a transmission key is pressed. The first step of uploading the SMS client program to the short message service center and the short message service center to transmit the SMS message to the SMS server; The SMS server reads the value of the received number, and if the value of the received number is a specific number, finds the URL of the server delivered from the database and delivers the SMS message to the corresponding location server; The location server analyzes the transmitted message to find the mobile phone number of the terminal, requests a cell ID for the corresponding phone number from the cell ID server, and queries the map server with the cell ID as a key to find a coordinate value. With three steps; The location server is a fourth step of searching for a coordinate corresponding to the search word entered by the user in the terminal to the map server; A fifth step of the location server requesting and receiving the shortest route indication map from the map server; A sixth step of the map server extracting a map within a radius from a location of the user's terminal and displaying the map on a map image and transmitting the map to the location server; The location server sends a request for the LCD size of the terminal to the terminal information server and is received; The location server generates an MMS message including a map image and then requests transmission to the MMS server; The ninth step of the MMS server requesting the SMS server for an invoke SMS transmission; The tenth step of receiving the invoked SMS, driving the MMS client to connect to the MMS server to download an MMS message including a map image; Method of providing the shortest location route search service using SMS configured to include. The method of claim 7, The fourth step, The map server searches for a coordinate value corresponding to a search word within a specific radius distance from the coordinate value of the user, and transmits the coordinate value and radius information located at the shortest distance to the location server. How to provide the shortest location route search service utilized. The method of claim 7, The fifth step, The map server performs the shortest distance path search service using SMS, comprising: transmitting the location coordinate value of the terminal of the user and the coordinate value and radius information of the destination corresponding to the search word to the location server. How to Provide. The method of claim 7, The sixth step, The map server displays the user's location and the location of the destination as an image on the map, calculates the shortest path between two points, displays the route on the map image, and then transfers the map image to the location server. How to provide the shortest location route search service using SMS. The method of claim 10, In the sixth step, the map image is Method for providing the shortest distance path search service using SMS, characterized in that the generated after taking into account the size of the LCD of the terminal received and delivering the map image. The method of claim 7, The seventh step, Requesting an image conversion from the location server to an image conversion server and transferring the LCD size of the terminal, wherein the image conversion server converts the vector image to JPEG and adjusts it to the LCD size of the terminal. Method for providing the shortest distance route search service using SMS, characterized in that. The method of claim 7, In the eighth step, requesting the transmission of the MMS message generated by the location server to the MMS server, And providing the mobile phone number of the terminal as a parameter in the location server. The method of claim 7, The ninth step, The shortest location path search service using SMS, wherein the message requested by the MMS server to the SMS server includes an incoming mobile telephone number of the terminal, an application ID of the MMS client, and a URL accessed by the invoked client. How to Provide.
KR20060121401A 2006-12-04 2006-12-04 System and method for providing location route search service of nearest road using SMS KR101285116B1 (en)

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