KR20060024261A - Using the called party query number information guide system and method thereof - Google Patents

Abstract

The present invention relates to a method for requesting guidance information and a method for guiding a wired / wireless communication network-based bus arrival notice and other information. The text input method of the present invention is defined as a specific input method such as a bus and a route. If the user selects and inputs the final transmission button, when a specific called number is inputted, a call is requested by the subscriber among the IAM numbers included in the called number through the call connection to the gateway set by the specific caller. The gateway server that retrieves the separate incoming and outgoing query number and the D / B searches the location information of the sender at the same time and searches the customized information necessary for the subscriber and accordingly transmits the service information to the member. Service is a disadvantage of methods such as ARS or wireless Internet. Relates to a mobile information guidance method and a system, characterized for detecting the location of the caller as a query that uses the called number, improving the menu with a long connection time and slow response to the query information input means to the LBS.

 MBIS, IAM, BMS, Called PN,

Description

Information guidance system using incoming query number and method {USING THE CALLED PARTY QUERY NUMBER INFORMATION GUIDE SYSTEM AND METHOD THEREOF}                              

 1 is a block diagram showing the overall configuration of the system according to the present invention

 2 is a diagram showing the number of IAM message components and the incoming call number on the LCD screen;

 3 is a view showing the components and the configuration screen of the mobile bus S / W of the present invention

 4 is a flowchart illustrating a process of registering an initial member in MBIS according to an embodiment.

 5 is a view showing a connection process with the MBIS server by the registration member in the embodiment

 6 is a flowchart illustrating a method for recognizing an incoming query command according to an embodiment.

 7 is a flowchart for explaining a position detection method using called party numbers in an embodiment;

 8 is a flowchart illustrating an automatic position detection method through LBS in an embodiment;

9 is a flowchart illustrating a bus arrival notice method in an embodiment.

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information input apparatus and method in a portable terminal, and more particularly, to a guide information access and query input apparatus and method by a called number.

Recently, in order to obtain guide information through a mobile terminal, an input must be made for each step. To do this, ARS has to make a phone call, input according to each menu guide message, and operate each menu key individually, so it takes a lot of time and inconvenience and pays the cost incurred by every call connection. There was a problem. This is also a problem for slower connections than WAP, a wireless Internet technology.

     In addition, there is a method of serving a bus route map as a WAP for riding or transferring an existing bus. However, since only a few lines are displayed on a small screen, it is necessary to select several times for one necessary information. There were many cases of hesitation.

And when you enter the bus arrival notice information, you must receive and enter the bus number and the route to be taken by the sender in order to receive the arrival information of the bus, but in this case, remember the bus stop number and enter the driving direction one by one. Has been a very tricky problem.

 The present invention is to achieve the technical problem of the system and method characterized in that the query instruction is configured to be recognized as the called number, when the call (CALL) connection attempts to recognize and extract the incoming query number and operate accordingly.

The present invention is to achieve the technical problem of the system and method, characterized in that for configuring the registration of a plurality of query instructions to the D / B to recognize the incoming query number detected by the destination exchange.

In addition, the present invention is to achieve the technical problem of the system and method that can provide the location information through the code of the LBS and the number of the incoming caller of the incoming query originator.

The present invention also analyzes real-time bus information to achieve the technical problem of the system and method characterized by the stop information close to the caller location and thus the real-time bus arrival notice.

In addition, the present invention is designed, downloaded, installed and executed as an S / W that can display and search information such as bus routes and transfers into an application S / W coupled to a VM (virtual machine), which is a mobile middleware such as a cellular phone. If necessary, transfer information such as bus route and subway of the required stop and operation time are displayed.If necessary, select and confirm each stop node or bus number of the line, and the incoming inquiry number stored in LINK will be sent to provide information. The technical task of the system and method that can be done in real time and simple.

The present invention aims to achieve a technical problem relating to a system and a method configured so that it does not incur a cost for a call connection for an incoming call.

1 is a block diagram showing the overall configuration of the system according to the present invention.

   The configuration of the present invention will be described through the above drawings.

10 is a mobile phone that is a mobile station subscribed to each telecommunication company, and is a mobile phone that has a built-in middleware (VM), which can download, install, and run application S / W files.

      20 is a base station controller (BSC) that manages the frequencies of a plurality of BSs, that is, base stations and mobile stations, and transmits and receives signals of multiple mobile stations entering each micro cell. The mobile terminal entering the cell) compares the signal strength of the ID previously possessed with the strength of the currently transmitted signal and requests a handoff from the base station of the cell where the signal is received.

      30 is a mobile switching center (MSC), which manages, releases, and sets up call routing and call routing, and interworking with a communication network through a gateway. In particular, it manages several BSCs 20, connects a plurality of BSC repeaters, It is a switch that is connected to various exchanges and gateways to connect with the SS7 link. When a specific incoming call is received, it is a server that routes to the CQN exchange server.

      (40) is a local server (LS), and configures a directory database called a VLR Visitor Location Register in the mobile station so that the mobile station turns on the power and requests a new registration through the BSC. Querying the HLR based on the ID information of the mobile station and searching for it, the authenticated mobile station information is temporarily registered in the VLR to update the moving position between the BSC and the BSC belonging to the MSC switch without real-time HLS intervention. It is a server that tracks, updates, and registers changes of mobile stations in a region that distributes loads of HLRs in real time and makes a database of locations, and transmits location information of corresponding mobile stations at the request of LBS.

   50 is a HLS server (Home Location Server) is a D / B that stores all the permanent information of the subscribers of the initial subscriber of the mobile station called Home Location Register (HLR). When the query is received from the VLR, the HLR returns the information. It is a huge D / B server that performs real time authentication and updates its location, and sends the location information of the sender at the request of the LS server 40. In particular, in the case of a membership request at the request of the MBIS server, Provide.

   (60) is an LBS server (Location Base Server) is a server that calculates the location information of the corresponding mobile station that is connected to the HLS, LS and MSC and generates the coordinate data and transmits the caller location information at the request of the MBIS server. Server.

(70) is a CQN server (Called Query Number Server), which is a server consisting of a kind of exchange configured to be connected to a trunk line by the MSC to be connected to a call, in particular a specific station number (e.g., '1588', '** 333', ' Recognizing the identification element number of the corresponding field in the field of ## 342 ', etc., and when the corresponding special called station number is transmitted, the sender is the subscriber of MBIS service based on the initial ID number (IAM). Among the IAM messages that are configured and configured to have the query command SET recognition module to authenticate, register, and update the member through the authentication D / B unit 70-1, which authenticates the recognition, and also recognizes the query commands included in the IAM message. If the command provider recognizes the command part 70-2 and the preset operator identification number (including the character) and the query command destination number are sequentially entered, the call is set accordingly. (SETUP) or forwarded (Forewarding) ASK message transmission, and a server that stores the call number, the authentication data through the control register for authentication, and their number and sends a query instruction hence the MBIS server.

      80 is a mobile bus information server (MBIS), which interprets the query information that is the result of recognizing the command recognition unit of the CQN server, requests the BMS server 90 and the LBS server 60 to retrieve the information, and the sender. MBIS operation program programmed with operation software that embeds GIS D / B consisting of GIS coordinates for more accurate judgment of location information and bus location information, accepts the location information of the subscriber, calculates location and generates arrival notice information. 80-1) and also when the call is in doubt, the call is automatically connected to the IVR server 110 to construct a call path or to immediately configure the ARS voice response through the internally configured ARS board. The ARS (Automatic Response System) unit 80-2 allows the query and its selection to be followed, and the SMS value 80-3 is a text message indicating the result value of the operation results of the BMS and MBIS operation units. A server for the job to be sent to the mobile station 10 of the subscriber.

  90 is a BMS (Bus Management Server), which receives information of the bus moving from a communication terminal connected to a GPS (Global Positioning System) to the bus by a receiver and updates bus position information according to the position value. The bus position information is transmitted by the search request.

     100 is an IVR (Interactive Voice Response) server to set up a call path according to various situations of the CQN server 70, and the voice guidance according to the operating conditions of the real-time MBIS 80, the voice guidance is set up accordingly It is designed to be a server.

 2 is a diagram showing the number of IAM message components and the incoming call number on the LCD screen;

   (1) is an IAM message (Initial Address Message), when the sender makes an outgoing call, the MSC exchange generates information for the call.In this case, (1-1) includes forward circuit information, ( 1-2) is a Carrier Identification Code, (2) is a Called Party Number, and (1-3) is a Calling Party Number.

   (2) is the command number of the called party included as the called party number. (2-1) is the specific station number. The MSC which recognizes this number is the number for transmission to the corresponding server, and (2-2) is the bus. The bus number and the symbol '#' to distinguish the number for the guidance, etc., and the next number (2-3) are the number indicating the direction of the bus route and the symbol '#' shop to distinguish it. And a '*' star symbol to indicate termination and conversion.

And (2-4) is a location number indicating the location of the area, such as a number indicating a particular location authorized by the government or the government, and a phone number installed in each home is fixed like a number that can be found later if you search it The incoming query command is composed of the query command so that the incoming call number is recognized as a query command having a meaning of a direction, position, and other uses according to each symbol, delimiter, number, and input order. .

    3 is a view showing the components and the configuration screen of the mobile bus S / W.

  (3) is a bus mobile S / W, which is a kind of mobile application S / W. The system O / S (10-1) of the HAL (Handset Adaptation Layer) layer of the mobile station and the "WIPI" (on the layer above it) It is installed and installed on Middle Ware VM (10-2) Layer such as Wireless Internet Platform for Interoperability) or Qualcomm "BRUE" or "GVM", and all bus routes are program coded even if there is no internet connection. The application S / W that is operated, searched, and operated in the program is configured, and each member downloads and installs it in their mobile phone. At this time, the bus route, stop, and direction are selected and pressed according to the user's selection. It is a bus route S / W that is dialed as if it is automatically pressed even if you do not dial by hand.

    Here, (3-1) is a place name search component of mobile bus S / W. For example, the search for departure station and arrival station to search for the first station among the letters of Hangul. ㅏ If “Jungsung” is set to “B”, it takes a long time to enter all the letters of the mobile phone. If you enter only the consonant, all the words with the consonant associated with it are displayed on the screen. (3-2) is a symbol, which is complicated to express all the lines on each small bus screen on a small screen. Is a starting point symbol that expresses as a symbol, so that it is easy to search and selected bus routes and stops, When the high direction is set, the incoming query instruction linked with the node of each station selected accordingly is embedded.When the selection is made, the incoming call instruction is automatically generated and configured to automatically notify the arrival through the caller's search selection. It has the configuration to automatically call the command number of incoming call through the bus line S / W.

    Example

  4 will be described step by step through the embodiment of the initial member registration to the MBIS through the above configuration.

   S (101) is the step of transmitting the guide number, the mobile station subscriber makes a call to the MBIS service guide phone, MSC (30) generates an IAM message for connection to the call to send the incoming transmission signal to the CQN server 70 authentication D The / B 70-1 determines whether to authenticate and transmits an ASK message, which is a response message to call connection with the IVR 110, to the originating MSC.

   S 102 is a call path connection step, and a call path is established between the mobile station 10, the MSC 30, the CQN 70, and the IVR 110, and immediately enters the IVR 110 operation state.

   S (103) is a member registration guide step, the user listens to the voice guidance message of the IVR (110) and the mobile phone user starts to register according to a predetermined procedure. Compared to the authentication D / B (70-1) of the MBIS server to make sure that the caller's number is the caller's own mobile phone is set and compared.

   S 104 is an authentication D / B setting step, where the MBIS 80 server queries the HLS server 50 for the personal information of the subscriber based on the caller's IAM message 1 simultaneously with the real-time selection input. For example, the mobile terminal subscriber's initial identification information, such as mobile identification number (MIN) number, query and receive the exact information of the sender, and complete the membership authentication setting by recording in the authentication D / B unit 70-1 for subscriber authentication.

S 105 is a registered member authentication step, and after the mobile station 10 makes an outgoing call to the MBIS service station number, the IAM message is transmitted through the call routing procedure of the BSC 20, the MSC 30, and the CQN server 70. 70) immediately enters the server authentication D / B unit (70-1) is to search the caller in the IAM message to determine the presence of membership and voice guidance to bring a variety of voice guidance mode to the IVR (110) server, if the member is normal If the connection is authenticated and not detected, the member registration guide message is voiced and the system automatically switches to the subscription guide mode.

     5 illustrates step-by-step through the embodiment of the connection process with the MBIS server when the registered MBIS member is sent through this process.

    In step S201, the member of the mobile station 10 registered as a member sending step sequentially performs key operation input of the MBIS unique station number, the bus number and classification code to be serviced, the direction and classification code, and the transfer button. Press to make a call.

S 202 is an outgoing signal transmission step, when the mobile station 10 subscriber originates, the outgoing information is generated by the BSC 20, the MSC 30 generates an IAM message (Initial Address Message) , and accordingly to the VLR of the LS 40. It automatically updates the base station location code and also sends the location to the real-time LBS 60 server.

    S 203 detects Calling Party Number information in the IAM message transmitted to the CQN 70 server, which is transmitted as the registered member search step, and immediately authenticates the authentication D / B unit 70-1. If the authentication is not authenticated by searching and requesting the member to connect to the MBIS and the call is not connected to the IRS (110) for the ARS subscription guide mode to send the ASK message to the sending MSC (30), and vice versa If the user is authenticated, it goes to the command recognition phase.

S 204 is a command recognition step, the CQN server 70 recognizes the command recognition unit 70-2 of the CQN 70 server , which extracts the called party number from the caller's IAM message after the membership verification. First of all, for example, MBIS service recognition station number (* 0 # -301 # -3 #), the initial "* 0 #" is the MBIS station number, and the next sequence "301" is the route bus number and "3" is If the incoming number is transmitted as a string, the incoming number is sorted by adding the symbol “#” to classify each code, and this information is sequentially input to the command recognition unit 70-2. Will be recognized.

    In step S205, the CQN server 70 sends a response ASK message to the MSC 30 and the mobile station 10 as a result of the IAM message authentication and the incoming command recognition. As a result, a call path is established between the mobile station 10, the originating MSC 30, and the MBIS 80 server.

S (206) As a voice guide setting step, the CQN server 70 is set to the call according to whether the IAM message authentication and the incoming call query, MBIS 80 is formed with the guide mode of the built-in ARS unit 80-2 Send a call waiting message to stop the caller from waiting, for example, "Service has been received" or "Bus guide 301 will be implemented soon." Voice guidance is sent out according to the server operation.

 6 is a flowchart illustrating a method for recognizing an incoming query command according to the present invention.

  S301 is a step of entering a number of incoming calls, and the MBIS subscriber enters a number and a symbol to be called on the keypad of the mobile station 10.

  S 302 is an outgoing message generation step. The outgoing signal of the mobile station requests generation of an IAM message of the MSC 30 via the BSC 20, and the MSC immediately generates an IAM message including a caller's incoming call instruction.

  S 303 is a message transmission step, that is, the originating MSC 30 sends an IAM message to the CQN server via the MSC of the called party.

  S 304 is an IAM message classification step. The CQN server receives the transmitted IAM message and recognizes the command simultaneously with the authentication of the authentication D / B, and separates the called number from the IAM message.                     

  S 305 is an incoming speech recognition step, in order to recognize the recognition station number in the incoming query, the command recognition unit 70-2 receives the incoming number, recognizes the command, transmits the recognition command to the MBIS, and ends.

  7 is a flowchart illustrating a position detection method through a called number according to the present invention.

   S 401 is an incoming call number input step where the MBIS subscriber enters a number and a symbol to be called on the keypad of the mobile station 10. In particular, the caller sends a call order number, for example, a service station number (* 0 #). Enter the bus number (301 #) and the forward direction number (3 #), but in this case, enter the service number, the bus route number, and the stop number followed by the stop number, and press the call button.

   S 402 is an outgoing message generation step. The outgoing signal of the mobile station requests generation of the IAM message of the MSC 30 via the BSC 20, and the MSC immediately generates an IAM message including an incoming caller's instruction.

   S (403) is a message transmission step, the originating MSC (30) transmits the IAM message to the CQN server via the MSC of the called party.

   S (404) is an IAM message classification step, the CQN server receives the IAM message transmitted and recognizes the command at the same time as the authentication of the authentication D / B to separate the incoming number in the IAM message.

   S (405) is an incoming speech recognition step, in order to recognize the recognition station number in the incoming query, the command recognition unit 70-2 receives the incoming number, recognizes the command, transmits the recognition command to the MBIS server 80, and ends. do.

   S406 is the location code classification step, and the MBIS operating unit 80-1 detects the location code in the incoming instruction word.

S 407 detects the position coordinates of the caller through the automatic search of the internal GIS D / B using the detected position code of the MBIS operating unit 80-1 as a position code recognition step.

   8 is a flowchart illustrating an automatic position detection method through the LBS according to the present invention.

   S501 is a step of inputting the incoming call, and the MBIS subscriber enters a number and a symbol to be called on the keypad of the mobile station 10. In particular, the caller sends a call command number, for example, a service station number (* 0 #). Enter only bus number (301 #) and direction number (3 #). In this case, press Enter button without entering additional stop number.

   S 502 is an origination message generation step. The originating signal of the mobile station requests generation of an IAM message of the MSC 30 via the BSC 20, and the MSC immediately generates an IAM message including an originator's incoming call instruction.

   S 503 is a message transmission step. The originating MSC 30 transmits the IAM message to the CQN server via the MSC of the called party.

   S 504 is a called number code classification step, and the CQN server receives the IAM message transmitted and extracts the command simultaneously with the authentication of the authentication D / B to separate the called number from the IAM message.                     

   S 505 is an incoming query recognition step, in order to recognize the recognition station number in the incoming query, the command recognition unit 70-2 receives the incoming number, recognizes the command, transmits the recognition command to the MBIS server 80, and ends. .

   In step S506, the MBIS operation unit 80-1 detects the location code in the incoming instruction.

   S (507) is the LBS request step, if the location code is not retrieved in the destination number MBIS operating unit 80-1 immediately transmits the transmission information belonging to the originating IAM message to the LBS (60) server and requests a location search.

   S (508) is the LBS location detection step to transmit the location of the originating mobile station 10 to the corresponding LS (40) at the request of the MBIS server and immediately receive the location information of the mobile station to detect and immediately transmit to the MBIS server .

S 509 is a position coordinate determination step, MBIS operating unit 80-1 determines the position coordinates of the caller through the automatic search of the internal GIS D / B from the transmitted position code.

  9 is a flowchart illustrating a method for predicting arrival of a caller after location search according to an exemplary embodiment of the present invention.

   S (601) is the sender location search step MBIS operating unit (80-1) receiving the query command interprets the recognized query information and sends the search request to the LBS server 60, the LBS (60) The VLR, which is a database of the LS 40 server, is queried for the terminal base station coordinate value, and when the received position coordinate value is received, the search result is transmitted to the MBIS 80 server.                     

   S (602) is a stop position determination step of the GIS D / B consisting of the GIS coordinates for comparing and analyzing the bus station location information previously registered in the MBIS operating unit 80-1 of the information according to the location of the base station of the caller received Through searching the bus stop location information closest to the subscriber through the information is calculated. In this case, if the position cannot be determined, the ARS 80-2 is connected to the voice guidance mode and requests a location code input.

   S (603) is a bus bus position search step to select the stop close to the originating subscriber, and according to the bus route and to generate the arrival notice information according to the location MBIS operation unit 80-1 operates to the BMS server 90 When requesting the location information search of the bus running before the selected stop and the progress direction of the corresponding bus to the BMS server 90 transmits the real-time location of the bus to the MBIS (80) server.

  S 604 is a character information transmission step, MBIS server 80 receives the bus location information and converts the exact location value to the text information so that the sender can recognize through the self-operation from the MBIS operating unit 80-1 and SMS unit Send text via (80-3) and end.

As described above, the present invention has the advantage of smoothly transmitting and receiving route information by querying the BIS, that is, the bus guide information with a mobile button, and allowing the wireless device to operate easily and conveniently. It has the advantage of not incurring excessive charges through the connection of the Internet.

Claims (11)

A mobile station as a component of a system embodying the present invention; BSC; MSC; LS server; HLS server; LBS server; An authentication D / B unit connected to the exchange network in addition to the basic components of the existing mobile communication such as an IAM message and authenticating MBIS service subscriber recognition based on an outgoing IAM message; And a command recognition unit for recognizing query commands included in the IAM message. CQN server having a, MBIS management unit for generating information on the transmission and reception of the BMS, LBS server and the arrival of the bus through the query command interpretation; And ARS unit for performing ARS voice response by calling up when special selection is required; And SMS unit for transmitting the result by sending a text; An MBIS server characterized in that it has; A BMS server; IVR server; Mobile bus S / W, a software for mobile applications; Mobile bus guide system, characterized in that consisting of  In the system having the configuration of claim 1 above,  Service number transmission step; Connecting to a call; Authentication D / B setting step; Member registration step; Registered member certification step; MBIS member registration method characterized by mobile membership registration   In the system having the configuration of claim 1 above,    MBIS member call step; MBIS authentication step; MBIS registered member search step; Command recognition step; Connecting to a call; Voice guidance setting step; Method of connecting to the calling member's MBIS server, characterized in that it has a step.   In the query information transmission of the mobile bus guide system through the above configuration, Called party number in an IAM message; Mobile guide system, characterized in that the incoming number is received as a query command to be configured and recognized by the incoming call command  In claim 4 above,   In constructing the called party number, the initial first number and the recognition symbol are the service station number; Bus number, the next number sorted by the second order; Then proceeding number which is the number entered in the third order; And the number entered in the fourth order is the bus stop number; And a classification code as the symbols "# " and " * "   According to claim 4 above,   The incoming query command can be composed of various symbols such as direction, position, size, type, etc., depending on each symbol, delimiter and number, and the order of insertion or insertion of symbols. Mobile system, characterized in that it is configured to recognize the traffic, various downloads and various searches as incoming query command   According to claim 1,   Inputting an incoming call; Generating an outgoing message; Message transmission step; IAM message classification step of classifying the incoming call included in the IAM message; Incoming speech recognition step; Incoming query command recognition method of a mobile BIS system characterized in that.   According to claim 1,   Inputting a location detection method through the called number to a caller's mobile station, including an additional stop number; Generating an outgoing message; Message transmission step; IAM message classification step; Incoming speech recognition step; A location code classification step of performing location code detection in an incoming instruction; Position code recognition step of the position coordinates through the detection classified location code of the MBIS operation unit; Position detection method and system through the called number characterized in that the step consisting of. According to claim 1, Inputting an incoming call to position search using LBS; Generating an outgoing message; Message transmission step; IAM message classification step; Incoming speech recognition step; The same as the existing one, but the location code search step during the incoming query; if the location number is not detected in the LBS request step; LBS location detection step; Position coordinate detection step; Sender location detection method and system through LBS, characterized in that consisting of     According to claim 1,  Caller location search step for operation of MBIS server; Stop location determination step; A driving bus location search step of transmitting and receiving information of a BMS server; A text information transmission step of transmitting the obtained service information of the corresponding bus by SMS text; System and method for transmitting a bus arrival notice message of MBIS server, etc.     For the search of the departure and arrival stations to speed up the search through the mobile, S / W with automatic generation of initial search, letter auto-completion function, starting point symbol, and incoming call command. System and method comprising the configuration

Images