KR20000049897A - System and method for servicing schedule management using internet - Google Patents

Abstract

PURPOSE: A method for serving a schedule management service system using the Internet is provided to register a schedule to be managed or position information, map information related thereto on the schedule management server, via the Internet, and to refer the registered schedule with the position information at necessary time by use of a client or a movement client. CONSTITUTION: A method for serving a schedule management service system using the Internet, to each client having a wireless Internet access device by use of a schedule management server having a web server and a schedule database, contains processes. The first process is to request for a schedule registration service by accessing to the web server or the schedule management server via the Internet. The second process is to request a client requesting for the schedule registration service for input of schedule information and position information by responding to the schedule service request. The third process is to request for a map position value of position information received to a map server having a map database, when the client requesting for the registration service supplies the inputted schedule information and the position value. The fourth process is to store the inputted schedule information and position value in the schedule database, and to register the stored information and value as a management schedule of the client. The fifth process is to repeat the second or fourth process whenever an arbitrary client requests for a schedule registration service. The sixth process is to receive map information corresponded to each registered management schedule position value from the map server, if an arbitrary client requests the schedule management server for a schedule reference service, via the Internet. The seventh process is to supply the client requesting for the reference service with each map information corresponded to each management schedule specification via the Internet.

Description

Schedule management service system using internet and its service method {SYSTEM AND METHOD FOR SERVICING SCHEDULE MANAGEMENT USING INTERNET}

The present invention relates to a business technique for providing a schedule management service using the Internet. More particularly, the present invention relates to a schedule to be managed using the Internet and location information (ie, map information) related to the schedule to a client or a mobile client. The present invention relates to a schedule management service system using the Internet suitable for servicing and a service method thereof.

In recent years, with the development of communication and network technologies, techniques for servicing individual schedule management using the Internet have been developed one after another and have been started.

The existing schedule management service provides various services such as an address book for managing an address book, a scheduler for managing a schedule by date, and a function for notifying a weather and a registered schedule at a predetermined time by an individual user.

In other words, the existing schedule management service technique simply provides a text service for a schedule registered by a user. If the service can not only provide a text service but also provide location information (ie, map information), As well as the improvement, it will be possible to more reliably meet the user's service usage and satisfaction. However, at present there are no proposals for such service techniques.

Accordingly, the present invention has been made in view of the above-mentioned point, and it is necessary to register a schedule to be managed and location information (ie, map information) related to the schedule with a schedule management server through the Internet and then use a client or a mobile client. It is an object of the present invention to provide a schedule management service system and a service method using the Internet that can query a registered schedule with its location information each time.

According to an aspect of the present invention, there is provided a service system for providing a schedule management service through the Internet to a plurality of clients having a wired Internet access means and a plurality of mobile clients having a wireless Internet access means. Registration means for recording and storing the current location information of each mobile client belonging to the base station and the service area of each base station of the mobile station, and performing connection and data exchange between the mobile client and the web server through the Internet during a schedule management service. Mobile communication switching means for interfacing; The web server serving web screens including various information in a schedule management service to any client and / or any mobile client via the Internet and / or mobile communication exchange means; Schedule registration including location information for the schedule management service to any client and / or any mobile client connecting through the internet and / or mobile communication exchange means and the web server, a schedule inquiry including map information, A schedule management server providing a schedule modification service including map information; Stores map position values corresponding to schedule information and registered location information for each client and / or mobile clients who have requested the schedule registration service, and is registered by the client or mobile client that is requested during the schedule inquiry or schedule modification service. A schedule DB for providing schedule information and corresponding map position values to the schedule management server; A map DB in which electronic map information data for a service area provided by the schedule management server is stored; And when the schedule management server requests a map location value for a specific location, searches the map DB, detects a map location value of the specific location, transfers the map location value to the schedule management server, and map information corresponding to the specific map location value. Provides a schedule management service system using the Internet consisting of a map server for searching the map DB to retrieve the map information data for the specific map location value and to deliver to the schedule management server when the data is requested.

The present invention according to one aspect of another aspect for achieving the above object is to provide a schedule management service using the Internet to a plurality of each client having a wired Internet access means using a schedule management server having a web server and a schedule DB. A method, comprising: a first step of requesting a schedule registration service by accessing a web server and a schedule management server through the Internet; In response to the schedule registration service request, requesting input of schedule information and location information from a client requesting the schedule registration service; A third step of requesting a map location value of location information received from a map server having a map DB when the schedule information and location information are provided from the registration service request client through the Internet; A fourth step of, when the map location value is provided from the map server, storing the input schedule information and the location value in the schedule DB to register the management schedule of the registration service request client; A fifth process of repeating the second to fourth processes whenever there is a schedule registration service request from any client through the Internet; And when a client requests a schedule inquiry service to the schedule management server through the Internet, map information corresponding to previously registered map position values for each management schedule is received from the map server, and each map is received through the Internet. It provides a schedule management service method using the Internet consisting of a sixth process for providing the inquiry service request client with each map information corresponding to the management schedule details.

In accordance with another aspect of another aspect for achieving the above object, the present invention provides a schedule management service using the Internet to a plurality of mobile clients each having a wireless Internet access means using a schedule management server having a web server and a schedule DB. A method comprising: a first step of requesting a schedule registration service by connecting to a web server and a schedule management server through a mobile communication switching means including a plurality of base stations and the Internet; In response to the schedule registration service request, requesting input of schedule information and location information from a mobile client requesting the schedule registration service; A third step of inputting schedule information and location information necessary for registration to be transmitted to the schedule management server through the mobile communication exchange means and the Internet; A fourth step of requesting a map location value of location information received from a map server having a map DB; A fifth step of, when the map location value is provided from the map server, storing the input schedule information and the location value in the schedule DB to register as a management schedule of the registration service request mobile client; A sixth step of repeating the second to fifth steps whenever there is a schedule registration service request from any mobile client through the mobile communication switching means and the Internet; And when a mobile client requests a schedule inquiry service to the schedule management server through the mobile communication exchange means and the Internet, map information corresponding to previously registered map position values for each management schedule is received from the map server. And a seventh process of providing the inquiry service request mobile client with each map information corresponding to the management schedule details through the Internet and the mobile communication exchange means.

1 is a block diagram of a schedule management system using the Internet according to a preferred embodiment of the present invention;

2 is a flowchart illustrating a process in which an arbitrary client registers a schedule to receive a schedule management service according to an exemplary embodiment of the present invention;

3 is a flowchart illustrating a process in which an arbitrary mobile client registers a schedule to receive a schedule management service according to an exemplary embodiment of the present invention;

4 is a flowchart illustrating a process of querying a registered schedule of an arbitrary client or any mobile client that has registered a schedule to be managed;

<Description of the code | symbol about the principal part of drawing>

102: client group 102/1-102 / n: client

104: mobile client group 104/1-104 / n: mobile client

106: base station 108: mobile communication switching center

110: Internet 112: Web Server

114: schedule management server 116: schedule DB

118: map server 120: map DB

122: location processing server 124: location server

The above and other objects and various advantages of the present invention will become more apparent from the preferred embodiments of the present invention described below with reference to the accompanying drawings by those skilled in the art.

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

A key technical aspect of the present invention is that a client or mobile client registers a schedule with a location management server that receives his or her schedule from a map server using the Internet, and registers the schedule registered at any time whenever necessary. By making it possible to inquire (or search) via the Internet together with the information, it is easy to achieve the purpose of the present invention through this technical means.

1 is a block diagram of a schedule management system using the Internet according to a preferred embodiment of the present invention.

Referring to FIG. 1, the scheduling system of the present invention includes a client group 102 including a plurality of clients 102/1-102 / n, and a plurality of mobile clients 104/1-104 / n. Mobile client group 104, base station 106, mobile switching center 108, Internet 110, web server 112, scheduling server 114, scheduling DB 116, map server 118, maps DB 120, location processing server 122, and location server 124.

First, each client in the client group 102 is, for example, a PC system that can be connected to the Internet 110 using a dedicated line, an ADSL, a modem, or the like. Each client connects the Internet 110 and the web server 112 to each other. In order to access the schedule management server 114 and receive the schedule management service provided according to the present invention, that is, a schedule management service including location information, the schedule information and location information, etc. are registered or registered in the schedule management server 114. The schedule information and location information registered in the management server 114 may be inquired.

Next, each mobile client in mobile client group 104 is a wireless portable terminal (e.g., capable of connecting to the Internet 110 via mobile communication control means, i.e., base station 106, mobile communication switching center 108, or the like). Cellular phones, personal mobile communications (PCS), PDAs, IMT-2000, etc.), each of these mobile clients, like each of the above-described clients, uses a schedule management server (through the Internet 110 and a web server 112). 114), a schedule management service using the Internet (that is, a schedule management service including location information) may be provided.

On the other hand, the base station 106 provides a communication service between the mobile client and the mobile communication switching station 108 in its service area (i.e., cell), and the mobile communication switching center 108 is each a base station responsible for a plurality of base stations. It includes a controller, a WAP gateway, a home location register (HLR), a visitor location register (VLR), etc., which is performed between each mobile client and a remote client (or mobile client) in the service area of each base station in charge of the mobile station. Provides various communication services, manages the current registration status of mobile clients entering the service area of each base station in charge of the mobile station, and accesses the Internet 110 through a WAP gateway to provide a location according to the present invention. Provide a schedule management service including information to each mobile client.

In addition, the mobile telecommunications switching center 108 may provide a location for a specific mobile client (that is, any client that currently selects its own location as a registration location when registering calendar information to receive a scheduling service) from the location server 124. When a search request is made, the home location register (HLR) and the visitor location register (VLR) are searched to find out which base station the mobile client is requested to search for is currently in, and the base station to which the mobile client is located is searched. When the location value of the base station is provided to the location server 124.

Next, the web server 112 provides a schedule management service that selectively includes location information to each client or each mobile client, and any client or any mobile client connects via the Internet to register the schedule management ( Alternatively, when requesting a schedule management inquiry, various menu screens (for example, an initial menu screen, a schedule registration menu screen, a location selection menu screen, and a schedule list) may be associated with the corresponding client (or mobile client) and the schedule management server 114. Menu management, etc.) to provide a corresponding schedule management registration service (or schedule management inquiry service).

In addition, the schedule management server 114 may provide actual schedule related information input or selected by the user, such as schedule registration, schedule inquiry, location information inquiry, location information registration, etc. required by each user (ie, client or mobile client). (E.g., date, day of the week, time, place, appointment, location address or business name), and user calendar information (e.g., date, day, time, place). , Appointment content) and its location data (coordinate values on the electronic map) are stored (registered) in the schedule DB 116 and managed together with user identification information.

On the other hand, when the map server 118 inputs address and / or mutual information together with the location data request signal from the schedule management server 114 at the time of the schedule management registration service, the map DB is constructed and stored in the map DB. Search 120 to detect a location value (i.e., coordinate value) on the electronic map for the requested address and / or business name, and transmit the detected coordinate value as location data to schedule management server 114, and schedule In the management inquiry service, if a location value (that is, a coordinate value) is input from the schedule management server 114 together with a map data request signal, the map data corresponding to the received location value is withdrawn from the map DB 120 to be fixed. Transfer to management server 114.

In addition, the map server 118 distinguishes the mobile client with the location data request signal from the schedule management server 114 when any mobile client selects its current location as a registered location during the schedule management registration service. When the information, for example, the phone number of the mobile client is input, the location information is transmitted to the location server 124 through the location processing server 122 together with the location search request signal, and in response thereto, the location processing is performed. When the location value (ie, the longitude and latitude coordinate value) of the base station in which the mobile client is located is provided from the location server 124 through the server 122, the coordinate value corresponding to the location value of the base station is obtained from the map DB 120. Search and detect and send to schedule management server 114.

That is, the location server 124 requests the mobile communication switching center 108 to search for the location of the mobile client when there is a location search request for the mobile client from the map server 118, and in response thereto, the mobile communication switching center 108 When the location value of the base station to which the mobile client is currently provided is provided, the mobile station converts the location information into a latitude and longitude coordinate value and transmits the location information to the location processing server 122 as location information of the mobile client. The latitude and longitude coordinate values received from the server 124 are converted into a data format that the map server 118 can recognize and transmitted to the map server 118. Here, the mobile communication switching center 108, the location server 124, the location processing server 122, and the map server 118 are connected via, for example, a dedicated line.

Next, a process of providing a schedule management service including location information to any client or any mobile client using the Internet according to the present invention using the schedule management service system having the above-described configuration will be described. .

At this time, in the present invention, a client or a mobile client may be provided with a schedule management service. First, a process of registering a schedule to be serviced by a client in a schedule management server will be described.

2 is a flowchart illustrating a process in which an arbitrary client registers a schedule to receive a schedule management service according to an exemplary embodiment of the present invention.

Referring to FIG. 2, if any client (eg, 102/1 of FIG. 1) connects to a website, i.e., web server 112 via the Internet 110 (step 202), web server 112 Fetches the prepared initial menu screen data and delivers it to the corresponding client 102/1 via the Internet 110 (step 204). As a result, on the monitor of the client 102/1 side, for example, schedule registration, schedule An initial menu screen including selection items such as inquiry and schedule modification is displayed.

At this time, the user of the client 102/1 can select any one of the selection items. If the user selects the "Register a schedule" item to register a schedule requiring management (step 206), the corresponding "schedule" The registration "item selection signal is transmitted to the web server 112 via the Internet 110. In response, the web server 112 retrieves the schedule registration menu screen data having a plurality of input items for schedule registration, and delivers the schedule registration menu screen data to the corresponding client 102/1 through the Internet 110 (step 208). On the monitor of the client 102/1 side, for example, a schedule registration menu including a date entry item, day of the week entry item, time entry item, place entry item, appointment content entry item, address or mutual entry item, confirmation item, and the like The screen is displayed.

Accordingly, the client 102/1 user inputs schedule contents (date, day of the week, time, place, appointment contents) necessary for schedule registration by using input means such as keypad, electronic fan, voice input, etc. , The location of an appointment place or a target location) (step 210), where the entry or selection of a registration location is performed by directly entering the address or business name of the desired location to select a registration location or By inputting a zip code and the like, map information of a wide range of corresponding locations is provided from the map server 118 via the web server 112 and the schedule management server 114, and a desired registration location is selected from the wide range of map information. (For example, if a specific district in Seoul is selected, map information for a specific district is provided, and again a specific district is provided by selecting a specific building from the district map information. You can select a final location for which you want to register by selecting the location of the place you want (meeting place)).

Next, in step 212, it is checked whether the client 102/1 user requests registration after inputting schedule registration related information, that is, whether to select the "confirmation" item on the schedule registration menu screen. When the "check" item is selected as a result of the check here, the schedule and location information input by the user are displayed together with the identification information (for example, user ID, etc.) of the corresponding client 102/1. It is delivered to the schedule management server 114 via the 110 and the web server 112 (step 214).

Subsequently, the schedule management server 114 generates a map data request signal and transmits the map data request signal to the map server 118 together with the received location information (step 216). In response, the map server 118 maps. After searching the DB 120 and detecting a position value (ie, coordinate value) corresponding to the received position information (step 218), the schedule management server 114 stores the detected position data (ie, coordinate value data). (Step 220).

Next, the schedule management server 114 receives schedule information (that is, date, day, time, place, appointment content, etc.) received from the client 102/1, and location data (ie, provided from the map server 118). , The coordinate value) is stored in the schedule DB 116 together with the client's distinguishing information, and after registering the schedule requested by the client 102/1 (step 222), the web server 112 is notified of this.

Accordingly, the web server 112, in response to the schedule registration notification from the schedule management server 114, schedules other than the prepared schedule registration confirmation message, for example, a message such as "You have registered the requested schedule contents". The schedule registration service is terminated by extracting an inquiry message for inquiring a request for registration of a message and a confirmation message having a confirmation item for each mesh and providing the message to the corresponding client 102/1 through the Internet 110 (step 224).

At this time, when the user of the client 102/1 selects a registration request of another schedule, the process proceeds to step 208 described above, that is, the web server 112 presents the schedule registration menu screen to the client 102/1. By providing the same or similar process thereafter, the client 102/1 user may be provided with a registration service of another schedule.

Therefore, each client can register the schedule information including the location information to the schedule management server through the Internet through a series of processes as described above.

At this time, if the client does not need to register firmly up to the location, for example, if it is a well-known place and does not need to register firmly, the client may register only the schedule information except location information to register with the schedule management server. In this case, the schedule registration process will be simplified more than the process of registering the location information together.

Next, a process of registering a schedule to be serviced by a certain mobile client in a schedule management server in order to receive a schedule management service according to the present invention will be described.

3 is a flowchart illustrating a process in which an arbitrary mobile client registers a schedule to receive a schedule management service according to an exemplary embodiment of the present invention.

Referring to FIG. 3, a sequence of processes in which an arbitrary mobile client (for example, 104/1 of FIG. 1) accesses a website for a schedule registration service and receives a schedule registration menu screen from a web server 112, namely, The process from step 302 to step 308 is substantially the same as the processes in steps 202 to 208 shown in FIG. However, if there is a difference, the schedule registration menu screen includes a location registration selection item, a current location selection item, and a designated location input item. Therefore, detailed description of steps 302 to 308 is omitted in order to avoid unnecessary duplication of description for the sake of brevity.

In this case, as in FIG. 2 described above, when the mobile client 104/1 user does not need to firmly register the location (that is, the location of the appointment place), after inputting only schedule information (step 310), the schedule registration menu is input. By selecting the "OK" item on the screen, it is possible to register only the schedule information excluding the location information (step 312). If the check result mobile client 104/1 selects the "OK" item, the mobile client (104/1) The schedule information (eg, date, day of the week, time, place, appointment contents, etc.) input by the user is divided into pieces of information (eg, phone number, user ID, etc.) of the mobile client 104/1. And the registration request signal to the schedule management server 114 via the base station 106, the mobile communication switching center 108, the Internet 110, and the web server 112.

As a result, the schedule management server 114 stores the schedule information received from the mobile client 104/1 in the schedule DB 116 along with its division information, and registers the schedule requested by the mobile client 104/1. (Step 316), the web server 112 is notified of this.

Accordingly, the web server 112, in response to the schedule registration notification from the schedule management server 114, schedules other than the prepared schedule registration confirmation message, for example, a message such as "You have registered the requested schedule contents". By drawing an inquiry message for requesting a registration request of the message and a confirmation message having a confirmation item for each mesh and providing it to the corresponding client 102/1 through the Internet 110, the mobile communication station 108, and the base station 106 ( In step 224, the schedule registration service ends.

On the other hand, in step 318, it is checked whether the corresponding mobile client 104/1 user selects the "Location registration" item. If the check result in this section selects the "Location registration" item, the corresponding " Location registration "item selection signal is transmitted to the web server 112 via the Internet 110, in response to the web server 112 location selection menu screen including the current location item, the specified location input item, confirmation item, etc. After the withdrawal is provided to the mobile client 104/1 through the Internet 110 (step 320), the user waits for selection or input of a location to register for the schedule management service.

Accordingly, the user of the mobile client 104/1 can select a location to register using the current location item or the designated location input item on the location selection menu screen, where the current location item is the corresponding mobile client 104/1. ) Is an item to be selected when the user wants to register the location value (ie, the longitude and latitude coordinate value) of the base station currently entering the service area as the location of the appointment place or the target place, and the designated location input item is described above with reference to FIG. As in the above, it is an item used to select a registration location by inputting a target address or selecting a target registration location by receiving electronic map information from the map server 118 and sequentially selecting a small area.

That is, in steps 322 and 324, the mobile client 104/1 user selects the "current location" item (i.e., selects the location of the base station to which the mobile client 104/1 belongs as a registration location). In step 326 and step 328, the mobile client 104/1 checks whether the user selects a specific location as desired as a registration location using the "Enter a designated location" item. do.

On the other hand, as a result of the check in the steps 322 and 324, when the user of the mobile client 104/1 selects the "Current location" item, the schedule information input by the user is the mobile client identification information and the mobile client telephone number. (Or identification number), current location selection information, and a registration request signal to the schedule management server 114 via the base station 106, the mobile switching center 108, the Internet 110, and the web server 112. (Step 330).

Subsequently, the schedule management server 114 transmits a request signal of the location data to be registered with the mobile client telephone number (or division number) to the map server 118 (step 332), and in response, the location processing server 122 ) Transmits the telephone number (or division number) of the mobile client 104/1 to the location server 124 via the location processing server 122 together with the location search request signal (step 334).

Next, the location server 124 receives the current location of the mobile client 104/1, that is, the location value of the base station in the service area by requesting the mobile communication switching station 108, and then the longitude coordinate value (i.e. , Search location information) to be transmitted to the location processing server 122, and the location processing server 122 converts the latitude and longitude coordinate values into a data format recognizable by the map server 118 and delivers the data to the map server 118. (Step 336).

Subsequently, in the map server 118, the position data (that is, the mobile client 104/1) detected through the processing substantially the same as the processing in the above-described steps 218 and 220 of FIG. Location data of the base station that is currently entered) to the schedule management server 114 (steps 342 and 344),

Next, the schedule management server 114 transmits the schedule information (that is, date, day of the week, time, place, appointment contents, etc.) received from the mobile client 104/1 and the position data (provided from the map server 118). That is, the coordinate value of the base station) is stored in the schedule DB 116 together with the identification information of the mobile client to register the schedule requested by the mobile client 104/1 (step 346), and the web server 112 is then registered. Notify.

Accordingly, the web server 112, in response to the schedule registration notification from the schedule management server 114, schedules other than the prepared schedule registration confirmation message, for example, a message such as "You have registered the requested schedule contents". By inquiring the inquiry message for the registration request of the message and the confirmation message having a confirmation item for each mesh, and to provide to the mobile client (104/1) through the Internet 110, the mobile switching center 108 and the base station 106 (Step 348), the schedule registration service ends.

At this time, as in FIG. 2 described above, when the mobile client 104/1 user selects a registration request of another schedule, the process proceeds to step 308 described above, that is, the web server 112 displays the schedule registration menu screen. By providing to the mobile client 104/1 to proceed with the same or similar process thereafter, the mobile client 104/1 user can be provided with a registration service of another schedule.

Therefore, each mobile client can register the schedule information including the location information to the schedule management server through the Internet through a series of processes as described above.

On the other hand, as a result of the check in step 326 and step 328, the mobile client 104/1 user selects the "Enter a designated location" item to input or select a location to register and then selects the "OK" item. Then, the schedule information input by the user is transmitted via the base station 106, the mobile communication station 108, the Internet 110, and the web server 112 together with the mobile client identification information, the input or selected location information, and the registration request signal. Forwarded to calendar server 114 (step 338).

Therefore, the process proceeds to step 340, where the schedule management server 114 requests the location data to be registered with the map server 118, and as a result, the process as described in detail above (step 342). Through the step 348), when the location data is provided from the map server 118, the schedule information received from the mobile client 104/1 and the location data received from the map server 118 are scheduled together with the distinguishing information. By storing in the DB 116, the schedule registration service is terminated.

Next, a process of providing an inquiry service for schedule management in response to an inquiry service request from a client or a mobile client in a state in which any client or any mobile client has registered a schedule through the above-described process. It demonstrates.

4 is a flowchart illustrating a process of inquiring a registered schedule of an arbitrary client or an arbitrary mobile client which has registered a schedule to be managed.

Referring to FIG. 4, any client (eg 102/1 in FIG. 1) accesses the web server 112 via the Internet () or any mobile client (eg, 104 / in FIG. 1). When 1) accesses the web server 112 via the base station 106, the mobile communication switching station 108, and the Internet 110 (step 402), the web server 112 retrieves the prepared initial menu screen data and displays the Internet ( 110 to the corresponding client 102/1 or to the corresponding mobile client 104/1 via the Internet 110, mobile switching center 108, and base station 106 (step 404). On the monitor on the client or mobile client side, an initial menu screen including selection items such as schedule registration, schedule inquiry, schedule modification, etc. is displayed.

At this time, the client or mobile client user can select any one of the respective selection items. If the "schedule inquiry" item is selected to view the registered schedule (step 406), the corresponding "schedule inquiry" item selection signal The schedule inquiry request signal is transmitted to the web server 112 via the Internet 110 or the base station 106-&gt; mobile communication switching station 108- &gt;

In response, the web server 112 retrieves the schedule DB 116 and registers a schedule list menu screen registered by the client requesting the inquiry service (for example, a schedule in which brief information such as date, time, and place is recorded for each schedule item). List menu screen) data, and the generated schedule list menu screen data is provided to the corresponding client 102/1 through the Internet 110, or the Internet 110, the mobile communication switching center 108, and the base station 106 are provided. Is provided to the mobile client 104/1 via step (step 408).

Therefore, on the monitor of the client or mobile client side, a schedule list menu screen in which brief information such as date, time, and place is recorded for each individual schedule item is displayed. In this case, the user selects each schedule item and selects each schedule item. Detailed content information (ie appointment details) and location information can be received.

That is, in step 410, it is checked whether the client (or mobile client) user selects one of the individual schedule items on the schedule list menu screen, and as a result of the check, the user selects any individual schedule item. Then, the corresponding schedule item selection signal (selected schedule identifier and details request signal) generated correspondingly is the Internet 110 and the web server 112 (or the base station 106, the mobile communication switching center 108, the Internet 110). And a path via the web server 112).

In response, the schedule management server 114 retrieves detailed content information (ie, appointment content, etc.) of the selected individual calendar item stored in the schedule DB 116 and the client 102 through the web server 112 and the Internet 110. / 1) or via the web server 112, the Internet 110, the mobile switching center 108, and the base station 106 to the mobile client 104/1 (step 412). As a result, the detailed content information of the individual schedule item selected by the user is displayed on the monitor of the client (or mobile client) side, and the user can grasp the detailed content information of the individual schedule item selected by the user.

In this case, the detailed content information includes an item for selecting location information (that is, map information) registered by the user. When the user selects registered location information of an individual schedule item for which the user has selected the detailed content information (step 414). And the corresponding registered location information request signal is transmitted via the Internet 110 and the web server 112 (or a path via the base station 106, the mobile telecommunications station 108, the Internet 110, and the web server 112). Is passed to the scheduling server 114 (step 416).

Subsequently, the schedule management server 114 retrieves the position value (that is, the coordinate value) of the position registered in the selected individual schedule item from the schedule DB 116, and the extracted coordinate value together with the map information request signal. 118 to request the map information (step 418). As a result, the map server 118 searches the map DB 120 (step 420), and extracts map data corresponding to the requested coordinate value and schedules it. Forward to management server 114 (step 422).

Next, the schedule management server 114 transmits the map information data provided from the map server 118 to the client 102/1 or the mobile client 104/1 through the transmission path, and as a result, the client (or mobile). On the monitor of the client side, the electronic map information of the registration position of the individual schedule item selected by the user is displayed (step 424), and the user can grasp the registration position of the individual schedule item selected by the user.

Accordingly, the client or mobile client user may selectively receive the detailed content information and the registration location information (electronic map information) for each of the individual calendar items on the schedule list menu screen through the above-described process. Can be.

On the other hand, the present invention, unlike the above-described method of providing the location information (that is, map information) registered when the user selects the registration location information after providing the detailed content information of the selected individual calendar item on the schedule list menu screen, When the user selects an individual schedule item, the user may be configured to simultaneously provide detailed content information (ie, appointment details) and location information (ie, map information of a registered location).

Meanwhile, in the above-described preferred embodiment, it has been described as providing a schedule management service including location information to any client (or any mobile client), but the present invention is not necessarily limited thereto. It is preferable to set to provide a schedule management service including location information to a registered client (or a registered mobile client) registered as a member on a website providing the management service.

In this case, a process of granting ID and password to the client (or mobile client) requesting registration is added, and the registration client (or registration mobile client) requests registration service of schedule information or inquiry service of registered schedule information. When requesting a request, the service request client is a valid client (i.e., a registered client) or an invalid client (unregistered client). It will provide a schedule management service that includes.

As described above, according to the present invention, unlike the aforementioned conventional method of simply texting a schedule registered by a user, a map of a target location where a client or a mobile client receives its schedule from a map server using the Internet. It is possible to dramatically improve the quality of the schedule management service using the Internet by registering the information with the schedule management server and allowing the user to search his / her registered schedule with the map information whenever necessary. In addition, the service utilization and the satisfaction of the user can be effectively satisfied.

Claims (18)

A service system for providing a schedule management service through the Internet to a plurality of clients having a wired Internet access means and a plurality of mobile clients having a wireless Internet access means, Registration means for recording and storing current location information of each mobile client belonging to a plurality of base stations and a service area of each base station, and accessing and exchanging data between each mobile client and a web server through the Internet during a schedule management service; Mobile communication exchange means for interfacing; The web server serving web screens including various information in a schedule management service to any client and / or any mobile client via the Internet and / or mobile communication exchange means; Schedule registration including location information for the schedule management service to any client and / or any mobile client connecting through the internet and / or mobile communication exchange means and the web server, a schedule inquiry including map information, A schedule management server providing a schedule modification service including map information; Stores map position values corresponding to schedule information and registered location information for each client and / or mobile clients who have requested the schedule registration service, and is registered by the client or mobile client that is requested during the schedule inquiry or schedule modification service. A schedule DB for providing schedule information and corresponding map position values to the schedule management server; A map DB in which electronic map information data for a service area provided by the schedule management server is stored; And When the schedule management server requests a map location value for a specific location, the map DB is searched to detect the map location value of the specific location and then transmitted to the schedule management server, and map information data corresponding to the specific map location value. And a map server which searches for the map DB, retrieves map information data for the specific map location value, and delivers the map information data to the schedule management server. The system of claim 1 wherein the service system is: When the location search request signal for any mobile client is provided from the map server along with the identification information of any mobile client, the map server transmits the location search request signal to the location server, and provides the location information for any mobile client provided from the location server. A location processing server converting the map server into a data format recognizable by the map server and transmitting the converted data to the map server; And A location server for requesting the current location information of any mobile client received through the location processing server to the registration means in the mobile communication exchange means, and delivering the retrieved location information provided from the registration means to the location processing server; Including more, The map server corresponds to the current location information of the mobile client obtained through the location processing server and the location server when the schedule management server requests the current location information of any mobile client as the map location value of the mobile client. The schedule management service system using the Internet, characterized in that for determining the position value on the map as the map position value of the mobile client to the schedule management server. 3. The schedule management service system using the Internet according to claim 2, wherein the position value of the mobile client is a latitude and longitude coordinate value of the base station to which the mobile client currently enters. 4. The Internet of claim 1, 2 or 3, wherein the plurality of mobile clients includes a cellular phone, a personal digital assistant (PCS), a personal digital assistant (PDA), and an IMT-2000. Schedule management service system used. A method of providing a schedule management service using the Internet to a plurality of clients having wired Internet access means by using a schedule management server having a web server and a schedule DB, A first step of requesting a schedule registration service by accessing the web server and the schedule management server through the Internet; In response to the schedule registration service request, requesting input of schedule information and location information from a client requesting the schedule registration service; A third step of requesting a map location value of location information received from a map server having a map DB when the schedule information and location information are provided from the registration service request client through the Internet; A fourth step of, when the map location value is provided from the map server, storing the input schedule information and the location value in the schedule DB to register the management schedule of the registration service request client; A fifth process of repeating the second to fourth processes whenever there is a schedule registration service request from any client through the Internet; And When a client requests a schedule inquiry service to the schedule management server through the Internet, map information corresponding to previously registered map position values for each management schedule is received from the map server, and each management is performed through the Internet. And a sixth step of providing each inquiry information corresponding to schedule details to the inquiry service request client. The method of claim 5, wherein the third process is: A thirty-first step of inputting respective schedule information corresponding to each item on a schedule registration menu screen having a plurality of input items; A thirty-second step of inputting location information of a target location to be registered; A thirty-third step of checking the input schedule information and location information and transmitting it to the schedule management server via the Internet; And And a thirty-fourth step of requesting the map server for a map location value of the received location information. The method of claim 5, wherein the third process is: A thirty-first step of inputting respective schedule information corresponding to each item on a schedule registration menu screen having a plurality of input items; A thirty-second step of inputting basic basic information for selecting a target position to be registered and requesting basic schedule information corresponding to the input basic information to the schedule management server; A thirty-third step of searching the map DB to retrieve the requested basic map information data and to provide it to the registration service request client through the Internet; A thirty-fourth step of selecting location information of the target location by sequentially selecting smaller areas by using the basic map information; A thirty-fifth step of identifying the input schedule information and location information and transmitting the same to the schedule management server through the Internet; And And a thirty-sixth step of requesting the map server for a map location value of the received location information. 8. The method of claim 5, 6 or 7, wherein the service method further comprises transmitting a registration confirmation message to the registration service request client through the Internet after registration in the management schedule. Schedule management service method using the Internet. The method of claim 5, 6 or 7, wherein the sixth process is: In response to the request for the schedule inquiry service, the schedule DB is searched to configure a schedule list menu screen including at least one management schedule previously registered by the inquiry service request client, and the configured schedule list menu is configured through the Internet. A sixty-first step of providing a screen to the inquiry service request client; When the inquiry service request client selects any individual schedule item on the schedule list menu screen, the detailed information of the selected individual schedule item is fetched from the schedule DB and provided to the inquiry service request client through the Internet. 62 courses; Requesting registration location information of the selected individual schedule item from the schedule management server through the Internet; In response to the registration location information request, the corresponding map information is retrieved and retrieved from the map DB using the map location value of the selected individual schedule item stored in the schedule DB, and the retrieved map information is retrieved through the Internet. A sixty-first process of providing the inquiry service request client; And And a fifty-seventh step of selectively repeating steps 62 to 64 whenever the inquiry service request client selects a new individual schedule item on the schedule list menu screen. Way. The method of claim 5, 6 or 7, wherein the sixth process is: In response to the request for the schedule inquiry service, the schedule DB is searched to configure a schedule list menu screen including at least one management schedule previously registered by the inquiry service request client, and the configured schedule list menu is configured through the Internet. A sixty-first step of providing a screen to the inquiry service request client; When the inquiry service request client selects any individual schedule item on the schedule list menu screen and requests detailed information, a map corresponding to the map from the map DB using a map position value of the selected individual schedule item stored in the schedule DB is requested. A sixty sixth step of searching for information; A sixty sixth step of providing detailed content information of the selected individual schedule item and the extracted map information to the inquiry service request client through the Internet; And And a sixty-sixth step of repeating the sixty-sixth and sixty-sixth steps each time the inquiry service request client selects a new individual schedule item on the schedule list menu screen. A method of providing a schedule management service using the Internet to a plurality of mobile clients having wireless Internet access means by using a schedule management server having a web server and a schedule DB, A first step of requesting a schedule registration service by connecting to a web server and a schedule management server through a mobile communication switching means including a plurality of base stations and the Internet; In response to the schedule registration service request, requesting input of schedule information and location information from a mobile client requesting the schedule registration service; A third step of inputting schedule information and location information necessary for registration to be transmitted to the schedule management server through the mobile communication exchange means and the Internet; A fourth step of requesting a map location value of location information received from a map server having a map DB; A fifth step of, when the map location value is provided from the map server, storing the input schedule information and the location value in the schedule DB to register as a management schedule of the registration service request mobile client; A sixth step of repeating the second to fifth steps whenever there is a schedule registration service request from any mobile client through the mobile communication switching means and the Internet; And When a mobile client requests a schedule inquiry service to the schedule management server through the mobile communication exchange means and the Internet, map information corresponding to previously registered map position values for each management schedule is received from the map server, And a seventh process of providing the inquiry service request mobile client with each map information corresponding to the management schedule details through the Internet and the mobile communication exchange means. The method of claim 11, wherein the third process comprises: A thirty-first step of inputting respective schedule information corresponding to each item on a schedule registration menu screen having a plurality of input items; A thirty-second step of inputting location information of a target location to be registered; And And a thirty-third step of checking the input schedule information and location information and transmitting the received schedule information and location information to the schedule management server through the mobile communication exchange means and the Internet. 13. The method of claim 12, wherein the service method is: Selecting a current location of the registration service request mobile client as location information for registration; Transmitting location information including the input schedule information and division information of the registration service request mobile client to the schedule management server through the mobile communication exchange means and the Internet; Requesting a location value of the registration service request mobile client by transmitting the identification information to the mobile communication switching means through a location server; And when the location value of the registration service request mobile client is received from the location server, searching for the map DB, detecting a map location value corresponding to the received location value, and transmitting the detected map location value to the schedule management server. Schedule management service method using the Internet. The method of claim 13, wherein the location value of the registration service request mobile client is a latitude and longitude coordinate value of a base station when the registration service request mobile client enters a service area. The method of claim 11, wherein the third process comprises: A thirty-first step of inputting respective schedule information corresponding to each item on a schedule registration menu screen having a plurality of input items; A thirty-second step of inputting basic basic information for selecting a target position to be registered and requesting basic schedule information corresponding to the input basic information to the schedule management server; A thirty-third step of searching for the map DB to retrieve the requested basic map information data and to provide the registration service request mobile client through the Internet and mobile communication exchange means; A thirty-fourth step of selecting location information of the target location by sequentially selecting smaller areas by using the basic map information; And And a thirty-fifth step of checking the input schedule information and location information and transmitting the received schedule information and location information to the schedule management server through the mobile communication exchange means and the Internet. 16. The method according to any one of claims 11 to 15, wherein the service method further comprises the step of transmitting a registration confirmation message to the registration service request mobile client through the Internet and mobile communication exchange means after registration in the management schedule. Schedule management service method using the Internet, characterized in that it comprises a. 16. The process of any of claims 11-15, wherein the seventh process is: In response to the schedule inquiry service request, constructing a schedule list menu screen including the at least one management schedule previously registered by the inquiry service request mobile client by searching the schedule DB; A seventy-first step of providing the configured schedule list menu screen to the inquiry service request moving client through; When the inquiry service request mobile client selects any individual schedule item on the schedule list menu screen, the detailed information of the selected individual schedule item is fetched from the schedule DB and the inquiry service is performed through the Internet and mobile communication exchange means. A seventieth process for providing a request mobile client; Requesting registration location information of the selected individual schedule item to the schedule management server through the mobile communication exchange means and the Internet; In response to the registration location information request, the corresponding map information is retrieved and retrieved from the map DB using the map position value of the selected individual schedule item stored in the schedule DB, and the withdrawal is made through the Internet and mobile communication exchange means. A 74th step of providing the mapped map information to the inquiry service request moving client; And And a seventy-seventh step of selectively repeating the seventy-seventh to seventy-seventh steps whenever the inquiry service request mobile client selects a new individual schedule item on the schedule list menu screen. Service method. 16. The process of any of claims 11-15, wherein the seventh process is: In response to the schedule inquiry service request, constructing a schedule list menu screen including the at least one management schedule previously registered by the inquiry service request mobile client by searching the schedule DB; A seventy-first step of providing the configured schedule list menu screen to the inquiry service request moving client through; When the inquiry service request moving client selects any individual schedule item on the schedule list menu screen and requests detailed information, the inquiry service request moving client uses the map position value of the selected individual schedule item stored in the schedule DB and correspondingly from the map DB. A 72 th process of searching for and extracting map information; A 73rd step of providing detailed inquiry information of the selected individual schedule item and the extracted map information to the inquiry service request mobile client through the Internet and mobile communication exchange means; And And a 44th step of repeating steps 72 and 73 each time the inquiry service request mobile client selects a new individual schedule item on the schedule list menu screen. .