KR20010103831A - Calling service method using mobile telecommunication network - Google Patents

Abstract

The present invention relates to a call service method using a mobile communication network in which a call service provider can quickly and conveniently perform provision of own service.

The present invention provides a mobile terminal of a mobile call service provider, a mobile communication network, and a mobile call service relay system are interconnected by an appropriate communication network. The mobile call service relay system includes a representative telephone number for registering a tolerance state and a representative telephone for registering a tolerance termination state. A mobile call service method using a mobile communication network performed by the mobile call service relay system with a number assigned in advance, the method comprising: (a) a mobile phone number of the wireless terminal from the mobile communication network when the representative telephone number is called; Receiving together; (b) determining whether the called representative telephone number is a representative telephone number for tolerance status registration or a representative telephone number for tolerance termination status registration; (c) when the representative phone number for tolerance status registration is called in step (b), request the mobile communication network to track the location by the mobile phone number to determine the location of the mobile call service provider, and then the identified location. Registering the tolerance status information together with the tolerance status information; and (d) when the representative termination telephone number for tolerance cancellation status registration is called in step (b), the tolerance status information is registered to the tolerance status information of the mobile call service provider. Characterized in that it comprises a process of changing to.

Description

Call service method using mobile communication network {CALLING SERVICE METHOD USING MOBILE TELECOMMUNICATION NETWORK}

The present invention relates to a call service method using a mobile communication network.

Conventionally, in order to use a call service, for example, a call taxi service, a service requester has to call a call taxi service company, explain the current location, destination, and the like, and wait until the call taxi arrives. In addition, when the service requester is not familiar with his location, the call taxi service is often unavailable or not provided in a timely manner. In addition, the service requester frequently waits a long time until the call taxi service is actually provided.

Factors in these problems include poor communication between the service company and the service provider, the fact that the service requester often fails to describe the current location, and the service company identifies the location or operating status of each call taxi. It is hard to do.

Meanwhile, in order to solve this problem, when a call taxi service requester requests a call taxi service to a mobile phone terminal, the location of the call taxi service requester is tracked through the mobile phone number of the mobile phone terminal. A technique for calling and interconnecting a call taxi in a tolerant state is disclosed in Patent Publication No. 2001-9355 (published on Feb. 05, 2001). Another similar technique is disclosed in Patent Publication No. 2001-38106, entitled " Method of Call Taxi Automatic Connection Service Using Mobile Communication System ".

However, in the above-disclosed patented inventions, when the service provider registers the tolerance of his vehicle with the central center, the number of key operations is relatively high because the service provider registers using the short message service (SMS) or the answering machine (ARS). There is a problem that it takes a lot of time and takes a long time to register. It has also been a serious threat to safety from the point of view of the service provider in operation.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned conventional problems, and an object thereof is to provide a call service method using a mobile communication network, which allows a call service provider to quickly and conveniently perform provision of own service.

In a mobile call service method using a mobile communication network according to an aspect of the present invention, a wireless terminal, a mobile communication network, and a mobile call service relay system of a mobile call service provider are interconnected by an appropriate communication network, and the mobile call service relay system has a tolerance state. A mobile call service method using a mobile communication network performed by the mobile call service relay system in a state where a registered representative telephone number and a tolerance termination state are pre-assigned, (a) the representative telephone number is called. Receiving the mobile telephone number of the wireless terminal together from the mobile communication network when (b) determining whether the called representative telephone number is a representative telephone number for tolerance status registration or a representative telephone number for tolerance termination status registration; (c) when the representative phone number for tolerance status registration is called in step (b), request the mobile communication network to track the location by the mobile phone number to determine the location of the mobile call service provider, and then the identified location. Registering the tolerance status information together with the tolerance status information; and (d) when the representative termination telephone number for tolerance cancellation status registration is called in step (b), the tolerance status information is registered to the tolerance status information of the mobile call service provider. Characterized in that it comprises a process of changing to.

In a mobile call service method using a mobile communication network according to another aspect of the present invention, a mobile terminal of a mobile call service provider, a mobile communication network, and a mobile call service relay system are interconnected by an appropriate communication network, and the mobile communication network and the mobile call service relay are interconnected. A mobile call service method using a mobile communication network performed by the mobile call service relay system in a state in which a shortcut key for registering a tolerance state and a shortcut key for registering a tolerance state are previously agreed between systems, the method comprising: (a) Receiving the shortcut data and the mobile telephone number of the wireless terminal together from the mobile communication network by pressing a shortcut key of the mobile call service provider; (b) determining whether the received shortcut key is a shortcut key for tolerance state registration or a shortcut key for registration of tolerance state; (c) when the shortcut key for tolerance status registration is received in step (b), request the mobile communication network to track the location by the mobile phone number to determine the location of the mobile call service provider, and then determine the identified location. Registering with the tolerance status information; and (d) changing the previously registered tolerance status information of the mobile call service provider to the tolerance cancellation status information when the shortcut key for registering the tolerance cancellation status is received in step (b). Characterized in that consisting of.

1 is a block diagram schematically illustrating a call service system using a mobile communication network according to the present invention;

FIG. 2 is a diagram schematically illustrating a method of managing a user database illustrated in FIG. 1;

3 is a diagram schematically illustrating a method of generating a service wait list according to the present invention;

4 is a block diagram showing a mobile call taxi service system according to a first embodiment of the present invention;

5 is a view for explaining the operation of the mobile call taxi service system shown in FIG.

6 is a block diagram showing a mobile call taxi service system according to a second embodiment of the present invention;

7 is a view for explaining the operation of the mobile call taxi service system shown in FIG.

8 is a block diagram showing a mobile call taxi service system according to a third embodiment of the present invention;

9 is a view for explaining the operation of the mobile call taxi service system shown in FIG.

10A and 10B are diagrams for explaining the operation of a PDA client program executed in the wireless terminal shown in FIG. 10;

11 is a block diagram showing a mobile call taxi service system according to a fourth embodiment of the present invention;

FIG. 12 is a view for explaining screens sequentially displayed on a wireless internet browser executed in the wireless terminal shown in FIG. 11;

13 is a block diagram showing a mobile call taxi service system according to a fifth embodiment of the present invention;

14 is a view for explaining the operation of the mobile call taxi service system shown in FIG.

15 is a block diagram showing a mobile call taxi service system according to a sixth embodiment of the present invention;

FIG. 16 is a diagram for explaining an operation of a mobile call taxi service system shown in FIG. 15;

FIG. 17 is a view for explaining screens sequentially displayed on a wireless internet browser executed in the wireless terminal shown in FIG. 15;

18 is a block diagram showing a mobile call taxi service system according to a seventh preferred embodiment of the present invention;

19 is a view for explaining the operation of the mobile call taxi service system shown in FIG. 18;

FIG. 20 is a view for explaining screens sequentially displayed on a wireless internet browser executed in the wireless terminal shown in FIG. 18;

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention. In addition, the call service will be described using a call taxi service as an example.

1 is a configuration diagram schematically showing a mobile call taxi service system according to the present invention. In FIG. 1, a wireless terminal (TE), a mobile communication network 1010, a public telephone network, and the Internet and mobile call taxi service relay system 1200 are shown.

A wireless terminal (TE) is a PDA, mobile phone terminal or wireless LAN owned by a taxi passenger or mobile call taxi service requester (hereinafter referred to as "service requester") or a taxi driver or mobile call taxi service provider (hereinafter referred to as "service provider"). It may be a laptop computer equipped with.

The mobile communication network 1010 is configured to control a plurality of base stations 1030 and 1050 and a plurality of base stations 1030 and 1050 for performing wireless communication with a plurality of wireless terminals TE located in a predetermined service area, respectively. A base station controller 1040, a subscriber information processing device 1020 that manages subscriber information, a mobile switchboard 1060, a network interworking system 1070 for interworking with the Internet, a location tracking server 1080, And a shortcut key processing system 1090, a geographic information server 1100, a customer information database server 1110, and a short message service server 1120.

The plurality of base stations 1030 and 1050 respectively perform wireless communication with a wireless terminal (TE) located in a predetermined service area, and the base station controller 1040 controls the plurality of base stations 1030 and 1050.

The mobile exchange 1060 automatically connects to the network interworking system 1070 when the wireless terminal TE selects a packet service option. Thereafter, when the wireless terminal TE selects a receiving side IP address, that is, an IP address of the mobile call taxi service relay system 1200, the network interworking system 1070 transmits data to the IP address.

The location tracking server 1080 determines a location of the location tracking target wireless terminal (TE) using the mobile phone number as a parameter, and provides the location data to the mobile call taxi service relay system 1200. An example of such a location tracking server 1080 is a location based system server. Location-based systems collectively refer to systems and value-added services using technology that can locate people or objects anywhere, anytime. Based on mobile communication systems and handsets with no communication capabilities, such as GPS receivers. Cell-ID method based on mobile communication network is currently used in Korea.

Another technology based on mobile communication network is to measure radio wave propagation time by AOA (Angle Of Arrival) method which calculates the position of wireless terminal by measuring the angle of arrival of signal from wireless terminal. There are Time of Arrival (TOA) method for obtaining the location and Time Difference Of Arrival (TDOA) method using the relative difference of radio wave arrival times from two base stations.In the near future, these technologies are commercialized to provide more accurate location information. It is expected to be possible.

The shortcut key processing system 1090 provides a shortcut key, registers and manages a set shortcut key, sends a confirmation message when a registered shortcut key signal is received, and then receives the shortcut key data received by the mobile call taxi service relay system 1200. Performs the function of transmitting a mobile phone number.

The Geographic Information Server (1100) performs a function of identifying surrounding geographic information of a specific location by using a specific location as a parameter and providing the identified geographic information to the mobile call taxi service relay system 1200.

The customer information database server 1110 manages customer information such as subscriber ID and mobile phone number of the mobile communication service customer subscribed to the mobile communication network 1010. In addition, when the information of a specific customer is requested, the information service of the customer is provided to the mobile call taxi service relay system 1200.

The short service server 1120 is a server for providing a service for sending a message to a mobile phone, and the short service is similar to a previous radio call service. The short service message may be transmitted from the website to the wireless terminal, or may be transmitted from one wireless terminal to another wireless terminal.

The public telephone network refers to a collection of voice-based public telephone networks connected worldwide and includes both commercial networks and state-owned networks. The Internet is a worldwide computer network system, which is a network of networks in which a user can access and obtain information from any other computer as long as he has permission to use it. The current Internet consists of servers scattered around the world, and each remote server is interconnected according to a communication protocol called TCP / IP.

The mobile call taxi service relay system 1200 includes a communication interface 1210, a storage unit 1250, and a controller 1280. The communication interface 1210 may include a call processing interface 1215 that is responsible for call processing of a representative telephone number, a short service interface 1220 for transmitting and receiving a short service message, and an internet interface 1230 for connection with the Internet. The answering machine service interface 1240 is configured to support an answering service call.

The storage unit 1250 includes a reception queue 1260 for storing and outputting a short service message in sequence and a user database 1270 for storing information of a service requester and a provider. The controller 1280 executes a plurality of applications, and the plurality of applications may interwork with each other in some cases.

The short service application 1290 is responsible for the processing of the short service message, the location data application 1300 is responsible for the processing of the location data, the shortcut key application 1310 is responsible for the processing of the shortcut signal. The wireless Internet application 1320 functions as a wireless Internet server, the PDA application 1330 is responsible for data communication with a specific program, and the customer information database application 1340 is a customer information database server 1110 of the mobile communication network. Receiving customer information from the), the user database application 1350 is responsible for information management of the service requester or provider, the geographic information application 1360 receives geographic information from the geographic information server 1100 of the mobile communication network In charge of. The representative phone application 1370 is responsible for processing the tolerance information received from the service provider.

The mobile call taxi service system according to the present invention performs two functions, one of which is a function of managing information of a service provider including a tolerance state and location data in real time (that is, managing a user database), and the other. Is a function of generating and providing a list of mobile call taxi service requesters or providers with location data as a parameter.

I. User database management function

Information of the mobile call taxi service provider is managed in the user database 1270 as shown in FIG.

2 is a diagram schematically illustrating a method of managing the user database. The management method includes a state data receiving process 1400, a location tracking request process 1410, a location data receiving process 1420, and a user database update process 1430. Hereinafter, a description will be given with reference to FIGS. 1 and 2.

In the state data receiving process 1400, a service provider transmits tolerance data indicating a driving state, that is, a tolerance and a canceled state, through a wireless terminal (TE), and the mobile call taxi service relay system 1200 receives a mobile communication network ( 1010) and receiving the tolerance data and the mobile telephone number of the service provider through a public telephone network or the Internet.

The location tracking request process 1410 is a process of requesting the location tracking of the wireless terminal (TE) having the mobile phone number by transmitting the mobile phone number of the service provider to the location tracking server 1080 of the mobile communication network 1010.

The location data receiving process 1420 is a process of receiving location data indicating the location of the service provider from the location tracking server 1080.

The user database update process 1430 is a process of updating the information of the service provider stored in the user database with the tolerance data and the position data. In this process, a location tracking request process 1410 is performed for a vehicle registered with tolerance. And repeating the process of receiving the position data 1420, continuously updating the current position of the vehicle registered with the tolerance.

By the above-described management method, the mobile call taxi service relay system 1200 may grasp the driving state and the location of the service provider in real time. In addition, the management method may have various embodiments according to the access mode of the service provider (representative telephone number access, shortcut key access, wireless Internet access, or PDA access). Hereinafter, the method of managing a user database according to the access mode of the service provider will be described. And a system configuration for implementing the management method will be described in detail.

Ⅰ-1. Access to main phone processing system

4 is a block diagram illustrating a mobile call taxi service system according to a first exemplary embodiment of the present invention, and FIG. 5 is a view for explaining an operation of the mobile call taxi service system. Hereinafter, this will be described with reference to FIGS. 4 and 5.

4 shows a mobile communication network 1610 including a wireless terminal 1600 of a service provider, a short service server 1620 and a location tracking server 1630, a public telephone network, and an internet and mobile call taxi service relay system. It is.

When the service provider presses different representative telephone numbers of the mobile call taxi service relay system representing tolerances, that is, tolerances or terminations, respectively, by using the wireless terminal 1600, the mobile communication network 1610 dials the representative telephone numbers. In the calling process, the mobile telephone number of the service provider is transferred (1800). Here, the representative telephone number indicating the tolerance state may be, for example, "xxx-xxxx-xxx1", and the representative telephone number indicating the tolerance termination state may be "xxx-xxxx-xxx2". If a provider presses a corresponding storage address in a state in which these representative telephone numbers are stored in a specific storage address of their wireless terminal 1600 in advance, the tolerance information can be registered quickly and accurately.

Meanwhile, the mobile call taxi service relay system includes a call processing system 1640, a location processing system 1650, a short message service transmitting system 1660, and a main system 1670 that are in charge of call processing to the representative phone number. In the call processing system 1640, when the representative phone number is called, the mobile phone number is transmitted to the main system 1670 and registered together with the called representative phone number without actual call connection (1810). ).

In more detail, the main system 1670 includes a controller 1680 and a user database 1720. The controller 1680 again executes the representative phone application 1690, the location data application 1700, and the user database application 1710 in association with each other, and the representative phone application 1690 is based on the corresponding representative phone number. After determining the tolerance or the termination of the tolerance to transfer the result to the user database application 1710 with the service provider's mobile phone number to register. In addition, the representative phone application 1690 operates the location data application 1700 to obtain location information of the service provider when the currently processed information is tolerance status information.

Again, the location data application 1700 drives the location processing system 1650 to request location tracking of the service provider to the location tracking server 1630 of the mobile communication network 1610 (1820), where the location tracking Provide the service provider's mobile phone number as a parameter of the request.

Next, the location tracking server 1630 determines the location of the service provider, and transmits the identified location data to the mobile call taxi service relay system (1830), and the location data application 1700 uses the user database application ( 1720 to register.

Next, the location data application 1700 drives the short service transmitting system 1660 and transmits a predetermined message to the service provider through the mobile communication network 1610 (1840 and 1850).

In addition, the representative phone application 1690 operates the location data application 1700 to obtain location information of the service provider when the currently processed information is tolerance status information.

I-2. Access hotkey processing system

6 is a block diagram illustrating a mobile call taxi service system according to a second exemplary embodiment of the present invention, and FIG. 7 is a view for explaining an operation of the mobile call taxi service system. Hereinafter, a description will be given with reference to FIGS. 6 and 7.

6, a mobile communication network 1910 including a wireless terminal 1900 of a service provider, a short service server 1930, a shortcut processing system 1920, and a location tracking server 1940, and internet and mobile call taxi service relays. The system is shown.

In order to register the tolerance of the service provider, the service provider must transmit a shortcut key and a call signal using the wireless terminal 1900 (2100). That is, the service provider presses the key buttons of the wireless terminal 1900 according to a preset method. For example, in the case of tolerance registration, the number '55' and the call key button are used. 'Then press the call key button. The shortcut key may be set to two digits or less by a contract between the mobile communication company and the mobile call taxi service relay system.

Next, the shortcut key processing system 1920 of the mobile communication network 1910 transmits a confirmation message to the service provider after receiving the shortcut key signal (2110), and also the shortcut key data and the service to the mobile call taxi service relay system. The mobile phone number of the provider is transmitted (2130). Thereafter, the service provider transmits an end signal (2120).

Meanwhile, the shortcut key receiving queue server 1950 sequentially receives and stores the shortcut key data and the mobile phone number received from the shortcut key processing system 1920 through the Internet, and notifies the main system 1980 of the received contents.

The main system 1980 can be largely composed of a control unit 1990 and a user database 2040. The control unit 1990 again includes a shortcut key application 2000, a short message service application 2010, and a location data application 2020. ) And user database application 2030.

The shortcut key application 2000 is executed at the same time as the reception of the shortcut key data and the mobile phone number. When the shortcut key data corresponds to the tolerance canceled state, the shortcut key application 2000 interworks with the user database application 2030 to allow a tolerance to be registered. When the shortcut key data corresponds to a tolerance state, the location data application 2020 is linked to obtain the location information of the service provider.

The location data application 2020 drives the location processing system 1960 to request location tracking of the service provider to the location tracking server 1940 of the mobile communication network 1910 (2140). Provide the mobile phone number of the service provider as a parameter of.

Thereafter, the location tracking server 1940 detects the location of the service provider and transmits the determined location data to the mobile call taxi service relay system (2150). Then, the location data application 2020 of the mobile call taxi service relay system notifies the shortcut key application 2000 that the location data has been received through the location processing system 1960.

Next, the shortcut key application 2000 interworks with the user database application 2030 to store the tolerance state and position data in the user database 2040 and then interwork the short service application 2010, and the short service application 2010. In operation 2160 and 2170, the short service transmission managing system 1970 transmits a confirmation message to the service provider through the mobile communication network 1910.

Ⅰ-3. PDA Server Connection

FIG. 8 is a block diagram illustrating a mobile call taxi service system according to a third exemplary embodiment of the present invention, and FIG. 9 is a view for explaining an operation of the mobile call taxi service system. Hereinafter, a description will be given with reference to FIGS. 8 and 9.

8 shows a mobile communication network 2510 having a service provider's wireless terminal 2500 and a location tracking server 2520, and an internet and mobile call taxi service relay system.

In order to register the tolerance of the service provider, the service provider must first transmit a connection request signal using the wireless terminal 2500 (2700). To this end, a PDA client program must be preinstalled in the wireless terminal 2500. As the service provider executes the PDA client program, the PDA client program transmits a connection request signal.

Accordingly, after the mobile communication network 2510 receives the connection request signal, the mobile communication network 2510 operates the network interlocking system to transmit a connection request signal to the PDA server 2530 of the mobile call taxi service relay system, and the PDA server 2530 transmits the connection request signal. In response to the access request signal, a preset menu is provided to the service provider (2710).

Next, the service provider selects a state change menu for changing its tolerance information from the provided menu (2720), and accordingly, the PDA server 2530 selects the state change menu from the main system 2560. Notify that you have received tolerance data.

The main system 2560 is largely comprised of a controller 2570 and a user database 2610. The controller 2570 may again be composed of a PDA application 2580, a location data application 2590, and a user database application 2600. The PDA application 2580 is executed at the same time as the reception of the tolerance data is notified, and interlocks the location data application 2590 to obtain the location information of the service provider. The location data application 2590 drives the location processing system 2540 to request location tracking of the service provider to the location tracking server 2520 of the mobile communication network 2510 (2730). Provide the mobile phone number of the service provider as a parameter of.

Next, the location tracking server 2520 detects the location of the service provider and transmits the determined location data to the mobile call taxi service relay system (2740). Subsequently, the location data application 2590 of the mobile call taxi service relay system notifies the PDA application 2580 that the location data has been received via the location processing system 2540, and the PDA application 2580 receives a user database application ( In operation 2750, the tolerance data and the location data are stored in the user database 2610 and the confirmation message is provided to the service provider through the PDA server 2530.

10A and 10B are diagrams for explaining the operation of the PDA client program executed in the wireless terminal shown in FIG.

FIG. 10A illustrates a process in which the service provider selects that the current driving state is a tolerance state from the menu provided, and the service provider is included in the service wait list as the tolerance state is selected. That is, the service provider is currently no call taxi passenger, and thus the service provider becomes a service waiter who can then provide call taxi service (or are waiting to provide call taxi service).

FIG. 10B illustrates a process of selecting the service provider to terminate the tolerance, and when selecting the service to cancel the tolerance, the service provider is excluded from the service wait list. That is, the service provider currently has a call taxi passenger or is moving to a service requester.

I-4. Wireless Internet Server Connection

FIG. 11 is a block diagram illustrating a mobile call taxi service system according to a fourth exemplary embodiment of the present invention. Operations of the mobile call taxi service system are similar to those of FIG. 9 and will be described with reference to FIG. 9.

FIG. 11 shows a mobile communication network 2810 having a wireless terminal 2800 of a service provider and a location tracking server 2820, and an internet and mobile call taxi service relay system.

In order to register the tolerance state of the service provider, the service provider must first transmit a connection request signal using the wireless terminal 2800. For this purpose, the wireless terminal 2800 must be provided with a wireless internet browser. In this state, as the service provider operates the wireless terminal 2800 to execute the wireless internet browser, the wireless internet browser transmits a connection request signal.

Next, the mobile communication network 2810 interworks with the network interworking system after receiving the access request signal, and transmits the access request signal to the wireless Internet server 2830 of the mobile call taxi service relay system. Then, the wireless Internet server 2830 provides a preset menu to the service provider in response to the access request signal. Next, the service provider selects a state change menu for changing its tolerance information among the provided menus, and accordingly, the wireless Internet server 2830 determines a tolerance according to the state change menu selection in the main system 2850. Notify whether data has been received.

The main system 2850 is largely comprised of a control unit 2860 and a user database 2900, and the control unit 2860 is composed of a wireless Internet application 2870, a location data application 2880, and a user database application 2890. Can be. The wireless Internet application 2870 is executed at the same time that the reception of the tolerance data is notified, and interlocks the location data application 2880 to obtain the location information of the service provider. Then, the location data application 2880 drives the location processing system 2840 to request location tracking of the service provider to the location tracking server 2820 of the mobile communication network 2810. Provide the service provider's wireless Internet ID as a parameter.

Next, the location tracking server 2820 detects the location of the service provider and transmits the identified location data to the mobile call taxi service relay system, and the location data application 2880 is located through the location processing system 2840. Notifies the wireless Internet application 2870 that the location data has been received.

The wireless internet application 2870 interoperates with the user database application 2890 to store the tolerance data and the location data in the user database 2900 and provide a confirmation message to the service provider through the wireless internet server 2830. .

FIG. 12 is a diagram for describing screens sequentially displayed on a wireless Internet browser executed in the wireless terminal illustrated in FIG. 11. When the service provider selects a 'taxi driver' menu, a 'change operation state' menu, and a 'tolerance' menu among the provided menus, the service provider is subsequently added to the service waiting list. That is, the service provider is currently no call taxi passenger, and thus the service provider becomes a service waiter who can then provide call taxi service (or are waiting to provide call taxi service). The service provider then receives a confirmation message as shown.

In the above, the first function of the mobile call taxi service system according to the present invention has been described, that is, a function of managing information of a service provider including tolerance data and location data in real time.

Hereinafter, a second function of the mobile call taxi service system according to the present invention will be described, that is, a function of generating and providing a service waiting list using location data as a parameter.

II. Service waiting list generation function

3 is a diagram schematically illustrating a method of generating a service waiting list. The generating method includes a service menu providing process 1500, a location tracking request process 1510, a location data receiving process 1520, and a service waiting list generating process 1530. Hereinafter, a description will be given with reference to FIGS. 1 and 3.

The service menu providing process 1500 is a process of providing a service menu to the wireless terminal TE when the service requester requests a call taxi service through the wireless terminal TE. The service requester then requests a list of service waiters.

The location tracking request process 1510 is a process of requesting a location tracking of a wireless terminal (TE) having the mobile phone number by transmitting the mobile telephone number of the service requester to the location tracking server 1080 of the mobile communication network 1010. to be.

The location data receiving process 1520 is a process of receiving location data indicating the location of the service requester from the location tracking server 1080.

The service waiting list generation process 1530 is a process of extracting service waiters located in the vicinity of the service requester and having a tolerance state among the service providers registered in the user database 1270.

By the generation method described above, the service requester can use the call taxi service provided by the mobile call taxi service relay system even when the service requester is not aware of his location. As a subsequent process, the mobile call taxi service relay system provides a call taxi service to the service requester using the service wait list, and has various embodiments according to a method of using the service wait list. Hereinafter, a mobile call taxi service method according to a usage method of the service wait list and a system configuration for implementing the service method will be described in detail.

II-1. Direct connection method (1)

FIG. 13 is a block diagram illustrating a mobile call taxi service system according to a fifth exemplary embodiment of the present invention, and FIG. 14 is a view for explaining an operation of the mobile call taxi service system. Hereinafter, a description will be given with reference to FIGS. 13 and 14.

FIG. 13 shows a mobile terminal 2910 of a service requester, a mobile communication network 2920 having a location tracking server 2924, and an internet, public telephone network, and mobile call taxi service relay system.

In order to receive the call taxi service, the service requester first uses the wireless terminal 2910 to press a corresponding main phone number (a phone number previously informed by publicity in the mobile call taxi service system), thereby moving the mobile call taxi service to the mobile communication network 2920. A connection request signal to the system is transmitted (2970). Then, the mobile communication network 2920 operates the network interworking system to call the mobile call taxi service system, and transmits the service requester's mobile phone number in the process. do.

The mobile call taxi service relay system includes a call processing system 2930, a location processing system 2940, a short message service sending system 2950, and a main system 2960 that are in charge of call processing to the representative phone number. In the call processing system 2930, the mobile phone number is temporarily stored by transferring the mobile phone number to the main system 2960 together with the called representative phone number without actual call connection when the representative phone number is called. (2972).

The main system 2960 is largely comprised of a control unit 2961 and a user database 2966. The control unit 2961 again includes a main phone application 2962, a location data application 2937, a user database application 2948, and The customer information database application 2965 is executed in cooperation with each other. In more detail, the main phone application 2962 interlocks the customer information database application 2965 to temporarily store the mobile phone number of the service requester, and again obtains the location information of the service requester. 2963).

The location data application 2963 drives the location processing system 2940 to request location tracking of the service requester to the location tracking server 2924 of the mobile communication network 2920 (2974). Provide the service requester's mobile phone number as a parameter.

Next, the location tracking server 2924 identifies the location of the service requester, transmits the determined location data to the mobile call taxi service relay system (2976), and the customer information database application 2965 receives the received information. After temporarily registering the location of the service requester, the user database application 2944 is linked. The user database application 2964 then queries the user database 2946 to retrieve a list of service providers in a tolerance state at a location adjacent to the service requester's location (2978). Of course, if there is no service provider of the tolerance state in the adjacent position in this process, the next list of service providers of the tolerance state in the adjacent position is retrieved.

Subsequently, the representative phone application 2962 drives the call processing system 2930 to call the service provider having the highest priority among the searched tolerant service provider lists to connect the service requester with a voice call (2980). The priority may be determined by, for example, giving priority to the service provider having the least number of calls.

II-2. Direct connection method (2)

FIG. 15 is a block diagram illustrating a mobile call taxi service system according to a sixth exemplary embodiment of the present invention, and FIG. 16 is a view for explaining an operation of the mobile call taxi service system. Hereinafter, a description will be given with reference to FIGS. 15 and 16.

FIG. 15 shows a mobile communication network 3010 having a service requester's wireless terminal 3000, a customer information database server 3020 and a location tracking server 3030, and an internet and mobile call taxi service relay system.

In order to receive the call taxi service, the service requester must first transmit a connection request signal using the wireless terminal 3000 (3200). For this purpose, a wireless internet browser must be installed in the wireless terminal 3000. In this state, as the service provider executes the wireless internet browser, the wireless internet browser ultimately transmits a connection request signal.

Next, the mobile communication network 3010 operates the network interlocking system in response to receiving the access request signal, and transmits the access request signal to the wireless Internet server 3040 of the mobile call taxi service relay system. Then, the wireless internet server 3040 provides a preset menu to the service provider in response to the access request signal (3210).

Subsequently, when the service provider selects a call taxi service for receiving taxi information from the provided menu (3220), the wireless Internet server 3040 receives a request signal for a call taxi service from the main system 3060. The main system 3060 is largely comprised of a controller 3070 and a user database 3110.

The controller 3070 again executes the wireless Internet application 3080, the location data application 3090, the user database application 3100, and the customer information database application 3120. The wireless Internet application 3080 is executed at the same time as the reception of the request signal is notified, and interlocks the location data application 3090 to obtain the location information of the service provider.

The location data application 3090 drives the location processing system 3050 to request location tracking of the service requester to the location tracking server 3030 of the mobile communication network 3010 (3230), and the location tracking request in this process. It provides the service requester's mobile phone number as a parameter of.

Next, the location tracking server 3030 detects the location of the service requester and transmits the determined location data to the mobile call taxi service relay system (3240). Then, the location data application 3090 of the mobile call taxi service relay system notifies the wireless internet application 3080 that the location data has been received through the location processing system 3050.

Then, the wireless Internet application 3080 interlocks the user database application 3100 to store the location data in the user database 3110 and extracts a service waiting list located around the location of the service requester.

On the other hand, optionally, the wireless Internet application 3080 may re-associate the location data application 3090 to confirm that there is no change in the operation status and location of each service waiter on the service wait list. The location data application 3090 drives the location processing system 3050 to request location tracking of the service waiters to the location tracking server 3030 of the mobile communication network 3010. The location tracking server 3030 detects locations of the service waiters and transmits the identified location data to the mobile call taxi service relay system. The location data application 3090 then notifies the wireless Internet application 3080 that the location data has been received via the location processing system 3050.

As another option, the wireless Internet application 3080 may link the customer information database application 3120 to receive the service requester's information. The customer information database application 3120 requests the service requester's information from the customer information database server 3020 of the mobile communication network 3010 through the wireless Internet server 3080 (3250). Thereafter, the customer information database application 3120 notifies the wireless Internet application 3080 that the service requester's information has been received through the wireless Internet server 3040 (3260), and the wireless Internet application 3080 receives a user database application. In operation 3100, the service requester information is stored in the user database 3110.

Thereafter, the wireless Internet application 3080 provides a service waiter list to the service requester through the wireless Internet server 3040 (3270), and the service requester selects a specific service waiter desired from the service waiter list. (3280). The wireless Internet application 3080 interoperates with the user database application 3100 to extract detailed information on the specific service waiter, and provides the detailed information to the service requester (3290).

Subsequently, as the service requester selects a telephone connection with the service waiter displayed on its wireless terminal 3000, a call signal is transmitted to the service waiter through the mobile communication network 3010 (3300).

In a subsequent process, the service waiter moves to the service requester after boarding the service requester and boards the service requester.

FIG. 17 is a diagram for describing screens sequentially displayed on a wireless internet browser executed in the wireless terminal illustrated in FIG. 15. The service requester selects a 'taxi passenger' menu and a 'collar taxi' menu from among the provided menus, and receives a service waiting list located in the vicinity of the service requester. Thereafter, the 'middle' EF sonata menu is selected to receive detailed information on the service waiter, and the service waiter is connected to the phone according to the selected 'call' menu.

II-3. Indirect connection method

FIG. 18 is a configuration diagram illustrating a mobile call taxi service system according to a seventh exemplary embodiment of the present invention, and FIG. 19 is a diagram for describing an operation of the mobile call taxi service system. Hereinafter, a description will be given with reference to FIGS. 18 and 19.

In FIG. 18, a mobile communication network 3410 having a wireless terminal 3400 of a service requester, a customer information database server 3420, a location tracking server 3430, a geographic information server 3440, and a short message service server 3450. And the Internet and mobile call taxi service relay system.

In order to receive the call taxi service, the service requester must first transmit a connection request signal using the wireless terminal 3400. For this purpose, the wireless terminal 3400 must have a wireless Internet browser. In this state, as the service provider executes the wireless internet browser, the wireless internet browser transmits a connection request signal (3600).

The mobile communication network 3410 operates the network interworking system in response to receiving the access request signal. The mobile communication network 3410 transmits a connection request signal to the wireless Internet server 3470 of the mobile call taxi service relay system. In response to the access request signal, a preset menu is provided to the service provider (3610).

Subsequently, when the service provider selects a call taxi service for receiving taxi information from the provided menu (3620), the wireless Internet server 3470 receives a request signal of the call taxi service from the main system 3500. The main system 3500 is composed of a control unit 3510 and a user database 3570. The controller 3510 again stores the wireless Internet application 3520, the location data application 3580, the geographic information application 3530, the short message service application 3540, the user database application, and the customer information database application 3560. Run in conjunction.

The wireless Internet application 3520 is executed at the same time that the reception of the request signal is notified, and the location data application 3580 is linked to obtain the location information of the service provider. Subsequently, the location data application 3580 drives the location processing system 3490 to request location tracking of the service requester to the location tracking server 3430 of the mobile communication network 3410 (3630). Provide the service requester's mobile phone number as a parameter of the tracking request.

Then, the location tracking server 3430 detects the location of the service requester and transmits the detected location data to the mobile call taxi service relay system (3640). Subsequently, the location data application 3580 in the mobile call taxi service relay system notifies the wireless Internet application 3520 that the location data has been received through the location processing system 3490.

The wireless Internet application 3520 again links the user database application to store the location data in the user database 3570 and extracts a service waiting list located around the service requester.

Thereafter, the geographic information application 3530 is interlocked to obtain the neighbor information of the service requester. The geographic information application 3530 requests the service information of the service requester to the geographic information server 3440 of the mobile communication network 3410 through the wireless Internet server 3470 (3650). Provide the location of the service requester as a variable.

The geographic information server 3440 transmits the neighboring information of the service requester to the mobile call taxi service relay system (3670). Next, the geographic information application 3530 notifies the wireless internet application 3520 that the peripheral information has been received through the wireless internet server 3470, and the wireless internet application 3520 communicates with the wireless internet server 3470. Providing the surrounding information to the service requester (3680).

The service requester transmits detailed location information of its current location and destination to the mobile call taxi service relay system using the provided surrounding information (3690).

The wireless internet application 3520 interlocks a user database application and stores the received detailed location information in the user database 3570.

Thereafter, the wireless Internet application 3520 interworks with the customer information database application 3590 to receive the service requester's information, and the customer information database application 3590 is connected to the mobile communication network 3410 via the wireless Internet server 3470. The customer information database server 3420 requests the service requester's information (3700). Thereafter, the customer information database application 3560 notifies the wireless Internet application 3520 that the service requester's information has been received 3710 via the wireless Internet server 3470. The wireless internet application 3520 interoperates with a user database application to store the service requester's information in the user database 3570.

Thereafter, the wireless Internet application 3520 interworks with the short service application 3540 to provide the service requester information to the service waiters on the service wait list. Then, the short service application 3540 drives the short service transmitting system 3480 and transmits a message including the service requester's information to service waiters on the service waiting list (3720).

One of the service waiters on the service waiter list transmits a message indicating the estimated time of arrival in consideration of the time taken to move from the current location to the service requester's location in response to the received message (3730).

Subsequently, the short service server 3450 of the mobile communication network 3410 receives the message, transmits the message to the mobile call taxi service relay system, and the short service reception queue server 3460 of the mobile call taxi service relay system It receives the message received via the Internet from the short service server 3450, and notifies the main system 3500 that the message has arrived.

The short message service application 3540 is executed at the same time that the message arrival is notified, and the short message service transmission system 3480 is driven to inform the service provider of the estimated time of arrival of the service waiter and detailed information through the mobile communication network 3410. The message is transmitted (3740), and a confirmation message is transmitted (3750) to the service waiter.

The service waiter moves to the service requester and boards the service requester.

FIG. 20 is a diagram for describing screens sequentially displayed on a wireless internet browser executed in the wireless terminal illustrated in FIG. 18. The service requester is provided with his / her surrounding information by selecting a 'cab ride passenger' menu and then 'taking me' menu among the provided menus. Thereafter, the 'finance' menu and the 'foreign currency bank branch' menu are selected to transmit detailed location information to the mobile call taxi service relay system.

The call service method using the mobile communication network of the present invention is not limited to the above-described embodiment, and may be variously modified and implemented within the range allowed by the technical idea of the present invention. For example, in the above-described embodiment, a call taxi is provided as a service provided, but the present invention is not limited thereto, and may be a courier service or a quick service. In this case, in the claims, the term "tolerance state" means a state in which a service can be provided, and the term "tolerance state" means a state in which a service can not be provided. It should be noted that in all the above embodiments, as a parameter of the location tracking, a subscriber IDentification (SID) uniquely assigned to the wireless terminal may be used in addition to the mobile telephone number of the wireless terminal. Therefore, the term "mobile phone number" used in the claims below is to reveal that the concept encompassing SID in addition to the mobile phone number in the pure sense.

According to the call service method using the mobile communication network of the present invention as described above, the service provider can quickly and conveniently register their service provision. In addition, it is possible to suppress the distraction of the attention generated in the process of registering the service provider whether the service provider of the service as possible to contribute to the safe driving.

Claims (6)

The mobile terminal of the mobile call service requester, the mobile terminal of the mobile call service provider, the mobile communication network, and the mobile call service relay system are interconnected by an appropriate communication network. A mobile call service method using a mobile communication network performed by the mobile call service relay system in a state where a representative phone number for state registration is pre-assigned, (a) receiving the mobile telephone number of the wireless terminal together from the mobile communication network when the representative telephone number is called; (b) determining whether the called representative telephone number is a representative telephone number for tolerance status registration or a representative telephone number for tolerance termination status registration; (c) when the representative phone number for tolerance status registration is called in step (b), request the mobile communication network to track the location by the mobile phone number to determine the location of the mobile call service provider, and then the identified location. Registering with the tolerance status information; and (d) in the step (b), when the representative phone number for the tolerance termination state registration is called, changing the previously registered tolerance state information of the mobile call service provider to the tolerance termination state information. Mobile call service method through a mobile network. The method of claim 1, wherein the step (c) further comprises the step of requesting the mobile communication network for location tracking by the mobile telephone number to update the location of the mobile call service provider. Mobile call service method via a mobile communication network, characterized in that made. The mobile call service requester according to claim 1 or 2, wherein there is a mobile call service request by the wireless terminal of the mobile call service requester. Requesting the mobile communication network to track the location of the mobile call service requester by the mobile telephone number to determine the location of the mobile call service requester; And relaying information exchange by calling the service provider registered as being located around the identified location of the mobile call service requester. The mobile terminal of the mobile call service requester, the mobile terminal of the mobile call service provider, the mobile communication network and the mobile call service relay system are interconnected by an appropriate communication network, and a shortcut key for tolerance state registration between the mobile communication network and the mobile call service relay system And a mobile call service method using a mobile communication network performed by the mobile call service relay system in a state in which a shortcut key for registering a tolerance termination state is previously contracted. (a) receiving the shortcut data and the mobile telephone number of the wireless terminal together from the mobile communication network by pressing a shortcut key of the mobile call service provider through the wireless terminal; (b) determining whether the received shortcut key is a shortcut key for tolerance state registration or a shortcut key for registration of tolerance state; (c) when the shortcut key for tolerance status registration is received in step (b), request the mobile communication network to track the location by the mobile phone number to determine the location of the mobile call service provider, and then determine the identified location. Registering with tolerance status information, and (d) when the shortcut key for registering the tolerance cancellation status is received in step (b), the step comprising changing the previously registered tolerance status information of the mobile call service provider to the tolerance cancellation status information Mobile call service method through a communication network. The method of claim 4, further comprising the step of requesting the mobile communication network to track the location by the mobile telephone number periodically for the service provider registered in the step (c) to update the location of the mobile call service provider. Mobile call service method via a mobile communication network, characterized in that made. The mobile call service requester according to claim 4 or 5, wherein when there is a mobile call service request by the wireless terminal of the mobile call service requester, Requesting the mobile communication network to track the location of the mobile call service requester by the mobile telephone number to determine the location of the mobile call service requester; And relaying information exchange by calling the service provider registered as being located around the identified location of the mobile call service requester.