KR100416040B1 - Apparatus and method for unified instant messaging service upon online - Google Patents

Abstract

PURPOSE: A service system and method of integrated instant message in on-line are provided to secure a convenience of message transmission and a quick message receiving by transmitting a message in a bundled method and receiving a message quickly through an optimum message receiving tool. CONSTITUTION: A user connecting unit(100) includes an internet connecting unit(110) capable of transmitting/receiving of a message by connecting to a messaging web server(300) through an internet network(210). The internet connecting unit(110) comprises a desktop personal computer(111), a LAN(112) and a modem(113). The user connecting unit(100) includes a mobile connecting unit(120) capable of transmitting/receiving of a message by connecting to the messaging web server(300) through a wireless data network(220) out of a data communication network(200). The mobile connecting unit(120) comprises a mobile communication tool as a mobile phone(121), a PDA(122) and a notebook PC etc. and a wireless modem(125) being included in the notebook PC and being connected to the wireless data network(220). The data communication network(200) includes an internet network(210) performing a connection the internet connecting unit(110) to the messaging web server(300). The data communication network(200) includes the wireless data network(220) rendering the mobile connecting unit(120) to be connected to the messaging web server(300) and transmit/receive a message. The wireless data network(220) comprises a base station(221) transmitting/receiving to the mobile connecting unit(120) and a mobile internet server(222) connecting the base station(221) to the messaging web server(300). The messaging web server(300) comprises a web server(310) rendering the user connecting unit(100) to be connected to a messaging server(320), the messaging server(320), a CGI(330) performing a demand in the user connecting unit(100) and returning the result to the user connecting unit(100), a database(340) storing a message receiving tool information and a message database(350) storing a message to be transmitted.

Description

Apparatus and method for unified instant messaging service upon online}

The present invention relates to an integrated instant message service device and method thereof online, and in particular, a message sender can conveniently send a message in a consistent manner and a message receiver can immediately receive a message through a personalized message receiving tool. The present invention relates to an integrated instant message service device and method therefor that are suitable for ensuring convenience and consistency of message transmission and ensuring immediateness of message reception.

In general, a sender who has a message to a recipient is urgently contacted by the recipient's mobile phone, home phone or work phone.

Conventionally, in order to deliver a message, it is possible to perform a contact through a mobile phone, a contact by an email, a contact using a bulletin board, a contact through a UMS (Unified Messaging System).

In the case of a mobile phone, it is possible to deliver a message with the most certainty as soon as it is connected.

However, these mobile phones have problems in terms of 'convenience' of message transmission, such as impossible to send a message to a plurality of recipients at the same time (limited to one recipient) and having to retry the message transmission when the connection with the receiver fails.

In addition, in the case of e-mail, the same message can be sent to multiple recipients at the same time, and the probability of failing to connect with the recipient and retrying is low, thus providing excellent 'convenience' of message transmission.

However, in case of delivering a message using such an email, there was a problem in that there was a lack of 'immediateness' in business communication. For example, if a user working outside the company is in a situation where the PC can not be used, there is a problem that can not immediately check the message received from them.

On the other hand, bulletin boards have more disadvantages than e-mails in terms of 'immediateness' of business communication. Even if the user is using a computer, the message cannot be checked unless the user actively visits the bulletin board, thus lacking the 'immediateness' of message delivery.

In addition, UMS has advantages in terms of 'convenience' and 'consistency' of message transmission by integrating the aforementioned message transmission and reception tools, but still has problems in terms of 'immediateness' of message reception.

As described above, all conventional methods have a structure in which the sender selects the receiver's receiving tool without the message sender knowing the receiver's current situation accurately. Such a structure lowers the convenience and consistency of message transmission, and has a problem in the immediateness of message reception.

Accordingly, the present invention has been proposed to solve the conventional problems as described above, and an object of the present invention is that a message sender conveniently transmits a message in a consistent manner, and a message receiver receives a message through an optimized message receiving tool for each individual. The present invention provides an integrated instant message service device and a method thereof that can be immediately received to ensure convenience and consistency of message transmission and to guarantee immediateness of message reception.

1 is a block diagram of an integrated instant message service device online according to the present invention;

2 is a flowchart showing a method of integrated instant message service online according to the present invention;

3 is a detailed flowchart illustrating a reception environment setting step, which is the first step in FIG.

4 is a detailed flowchart of the message transmission step of the second step in FIG.

5 is a detailed flowchart of the case of transmitting to multiple users in the message transmission step of the second step in FIG.

FIG. 6 is a detailed flowchart of the message receiving step as the third step in FIG. 2.

Explanation of symbols on the main parts of the drawings

100: user access means 110: Internet access means

111: desktop PC 112: LAN

113: modem 120: mobile connection means

121: mobile phone 122: PDA

123: HPC 124: Notebook PC

125: wireless modem 200: data communication network

210: Internet network 220: Wireless data network

221: base station 222: mobile Internet server

223: SMS server 300: messaging web server

310: web server 320: messaging server

330: CGI 340: Custom Database

350: message database

Hereinafter, with reference to the accompanying drawings, an embodiment according to the present invention, an integrated instant message service device and a method thereof in an online manner will be described.

1 is a block diagram of an integrated instant message service device online according to the present invention.

As shown in the figure, user access means 100 capable of accessing the messaging web server 300 to perform the integrated instant message transmission and reception; A data communication network (200) for allowing the user access means (100) to access a messaging web server (300); The user accesses through the user access means 100 so that the user who is the receiver can set the message receiving tool optimized for each individual, the user who is the sender can send the message, and the receiver can check the sent message. It is configured to include a messaging web server 300.

The user access means 100 is connected to the messaging web server 300 through the Internet network 210 of the data communication network 200, the Internet access means 110 that can send and receive messages It is configured to include.

In the above, the Internet connection means 100 includes a desktop PC 111, a LAN 112, and a modem 113.

The user access means 100 is connected to the messaging web server 300 through the wireless data network 220 of the data communication network 200, the mobile access means 120 that can send and receive messages It is configured to include.

The mobile access means 120 is a mobile communication tool such as a mobile phone 121 or a PDA 122 or an HPC 123 or a notebook PC 124 and the PDA 122, the HPC 123, the It is configured to include a wireless modem 125 that is embedded in the notebook PC (124) responsible for connecting to the wireless data network 220.

In the data communication network 200, the Internet network 210 for the connection between the Internet access means 110 and the messaging web server 300 of the user access means 100 using the TCP, HTTP protocol It is configured to include.

The data communication network 200 is a wireless data network 220 that allows the mobile access means 120 of the user access means 100 to access the messaging web server 300 to transmit and receive messages. It is configured to include.

The wireless data network 220 includes a base station 221 for transmitting / receiving a signal with a mobile access unit 120 of the user access means 100; It comprises a mobile Internet server 222 connecting the base station 221 and the messaging web server 300.

The wireless data network 220 includes a base station 221 for transmitting / receiving a signal with a mobile access unit 120 of the user access means 100; The base station 221 and the messaging web server 300 are connected so that the messaging web server 300 can notify the mobile access unit 120 of the message reception by a short message service (SMS). It is configured to include an SMS server 223.

The messaging web server 300 includes a web server 310 which allows the user access means 100 to connect to the messaging server 320 by connecting through the data communication network 200; The messaging server 320 is connected to the web server 310 to allow a user as a receiver to set a message receiving tool optimized for each individual, enable a user as a sender to send a message, and manage the recipient to check a message. )Wow; Common Gateway Interface (CGI) 330 that processes requests from the user access means 100 through the messaging server 320 and returns the results back to the user access means 100 through the messaging server 320. Wow; A user setting database 340 connected to the CGI 330 and storing optimized message receiving tool information set by a user as a receiver connected through the user access means 100; It is configured to include a message database 350 that is connected to the CGI 330 and stores a message to be transmitted by the user as a sender connected through the user access means 100.

2 is a flowchart illustrating a method of integrated instant message service online according to the present invention.

As shown therein, a first step ST11 in which the user connects to the messaging web server 300 through the user access means 100 and sets the message receiving environment with an optimized tool; A second step (ST12) in which a user, who is a sender, accesses the messaging web server (300) by using the user access means (100), inputs a message to be transmitted, and transmits the input message; If the message is transmitted, a third step (ST13) of receiving the message transmitted by the optimized tool preset by the receiver is performed.

FIG. 3 is a detailed flowchart of the reception environment setting step, which is the first step ST11 in FIG. 2.

As shown here, when the user access means 100 accesses the messaging web server 300, displaying the set of possible message receiving tools (ST21) (ST22); When the user of the user access means 100 selects the optimal receiving tool in the current situation from the displayed message receiving tool list, the messaging web server 300 stores the information of the selected receiving tool in the user setting database 340. And performing steps ST23 and ST24.

4 is a detailed flowchart of the message transmission step of the second step (ST12) in FIG.

As shown therein, when the user connects to the messaging web server 300 using the user access means 100 and composes a message, determining whether the sender and the receiver of the created message match (ST31 to ST33); ; Setting a recipient list if the sender and the receiver of the created message do not match (ST34); If the sender and the receiver of the created message match or set the recipient list, setting the acknowledgment function on / off and determining whether the acknowledgment function is set to on (ST35) (ST36); Setting an acknowledgment time interval when the acknowledgment function is set to on (ST37); If the acknowledgment function is not set to ON, a message delivery time is set and then a message is transmitted (ST38) (ST39).

FIG. 5 is a detailed flowchart of the case of transmitting to multiple users in the message transmitting step of the second step ST12 of FIG.

As shown therein, when the user accesses the messaging web server 300 by using the user access means 100, step (ST41) of setting a recipient list; Checking the recipient setting information in a user setting database 340 in the messaging web server 300 when the recipient list setting is performed, and then identifying a message receiving tool of the recipient (ST42) (ST43); And transmitting the message through the identified tool, selecting the next message recipient and continuing to transmit the message until the last recipient is selected in the recipient list (ST44 to ST46).

FIG. 6 is a detailed flowchart of the message receiving step of the third step ST13 of FIG. 2.

As shown therein, checking the notification signal indicating that the message transmitted from the messaging web server 300 is received (ST51); After the confirmation, the user confirms the message using the optimized reception tool set in advance through the user setting database 340 of the messaging web server 300 (ST52).

An integrated instant message service device and an operation thereof according to the present invention configured as described above will be described in detail with reference to the accompanying drawings.

First, Figure 1 is a block diagram of an integrated instant message service device online according to the present invention.

Thus, the present invention largely comprises a user connection means 100, data communication network 200, messaging web server 300.

The user access means 100 is connected to the messaging web server 300 to perform the transmission / reception of the integrated instant message, which is connected to the Internet network 210 according to the type of data communication network that is physically connected Internet connection means 110 and the mobile connection means 120 is connected to the wireless data network 220 is configured.

The Internet connection 110 includes a messaging client, which includes a desktop PC 111, a LAN 112, and a modem 113.

The mobile communication unit 120 includes a PDA 122, an HPC 123, a notebook PC 124, and the like, connected to a messaging web server through a wireless data network using a mobile phone 121 and a wireless modem 125. do.

The data communication network 200 includes an internet network 210 connected by physical lines represented by LANs and WANs, and a wireless data network 220 in which no physical lines exist.

The wireless data network 220 allows the mobile access means 120 of the user access means 100 to access the messaging web server 300, which includes a base station 221, a mobile internet server 222, and an SMS. Server 223 and the like.

Herein, the mobile internet server 222 converts the request of the mobile access means 120 complying with the wireless data network communication protocol into a communication protocol of the internet network where the messaging web server 300 exists, and the messaging web server 300 ) Is converted into a wireless data network communication protocol that can be transmitted to the mobile access means (120). Therefore, the mobile access means 120 using the wireless data network 220 is connected to the messaging web server 300 existing in the Internet network to enable the transmission and reception of messages. The WAP gateway, the ME server, and the like are included in the mobile internet server 222.

In addition, the mobile Internet server 222 is responsible for the message push function, there is a representative WAP push service. Through the push function of the mobile internet server 222, the messaging web server 300 may notify the receivers who set the mobile access means 120 as a reception tool to receive the message. In addition, the receiver may be connected to the messaging web server 300 at the same time as acknowledgment and can conveniently check the received message without inputting the URL of the corresponding messaging web server.

The SMS server 223 may send a message up to 160 characters to a mobile phone using Global System for Mobile communication (GSM) communication through a short message service. The messaging web server 300 may notify the receivers who set the mobile access means 120 as a reception tool through the short message service of the SMS server 223 to receive the message.

In addition, the messaging web server 300 accesses the user through the user access means 100 so that the user who is the receiver can set the message receiving tool optimized for each individual, and the user who is the sender can send the message. It is possible to check the transmitted message, which includes a web server 310, a messaging server 320, a CGI 330, a user configuration database 340, a message database 350.

The web server 310 allows the user access means 100 to connect to the messaging server 320 by accessing the data communication network 200. The representative web server 310 includes an Apache web server and an IIS web server.

The messaging server 320 allows a user who is a receiver to set a message receiving tool optimized for each individual, enables a user who is a sender to send a message, and manages a receiver to check a sent message.

The CGI 330 processes the request from the user access means 100 through the messaging server 320 in connection with the user setting database 340 and the message database 350, and processes the result through the messaging server 320. Return to the user connection means (100).

The user setting database 340 is connected to the CGI 330 and stores the optimized message receiving tool information set by the user as a receiver connected through the user access means 100.

The message database 350 stores a message to be transmitted by a user as a sender connected to the CGI 330 through the user access means 100.

2 is a flowchart illustrating an integrated instant message service method online according to the present invention, FIG. 3 is a detailed flowchart of a reception environment setting step, which is the first step in FIG. 2, and FIG. 4 is a second step in FIG. 2. 5 is a detailed flowchart of a message transmission step of FIG. 5, and FIG. 5 is a detailed flowchart of transmission to multiple users in the message transmission step of FIG. 2, and FIG. 6 is a detailed flowchart of the message reception step of FIG. 2. to be.

The operation of the method aspect of the present invention will be described with reference to FIGS. 2 to 6 as follows.

First, in the first step of setting the reception environment, the user accesses the messaging web server 300 through the user access means 100 and sets the message reception environment with an optimized tool.

Also, in the second step of transmitting a message, a user who is a sender may use the user access means 100 to access the messaging web server 300, input a message to be transmitted, and transmit the input message.

In the third step of receiving a message, when the message is transmitted, the receiver may receive the message sent by an optimized tool set in advance.

Thus, in the first step, the reception environment setting step, the following is performed.

The user access means 100 accesses the messaging web server 300. In this case, the user access means 100 includes an Internet access means 110 including a messaging client, a PDA 122, an HPC 123, a notebook PC 124, etc. using a mobile phone 121 or a wireless modem 125. It includes mobile connection means 120 and the like.

It displays a list of configurable message receivers.

The user selects an optimal reception tool in the current situation from the list of message reception tools displayed on the messaging web server 300 (this list can be added / deleted / modified) using the user access means 100.

Then, the messaging web server 300 stores the information of the selected reception tool in the user setting database 340.

In addition, the second step of transmitting a message is performed as follows.

First, the user accesses the messaging web server 300 by using the user access means 100.

The messaging web server 300 then performs a user authentication process with reference to the user setting database 340.

The user writes a message in the messaging server 320 of the messaging web server 300 using the user access means 100. The created message is stored in the message database 350.

It also sets up a list of recipients. If the sender of the message and the recipient of the message are the same as the personal schedule notification, the recipient list setting process is skipped.

Thus, the sender and receiver of the composed message match.

If the sender and receiver of the composed message do not match, the recipient list should be set.

The messaging web server 300 then presents the user with a selectable list of recipients with reference to the user configuration database 340. The user selects one recipient from the list of recipients to be displayed or a destination to be received in group units. The messaging web server 300 stores the selected user or group in the message database 350.

If the sender and receiver of the created message match or if the recipient list is set, the acknowledgment function can be set on or off. The messaging web server 300 stores the setting value of the acknowledgment function on / off set by the user in the message database 350.

It also determines if the acknowledgment function is set to on.

If the acknowledgment function is set to on, you can set the acknowledgment time interval.

If the acknowledgment function is not set to ON, the message delivery time is set, and then the message is received.

In this case, when the acknowledgment function is set to on, the messaging web server 300 stores the reception time interval set by the user in the message database 350. The messaging web server 300 notifies the message sender whether or not each receiver receives a message on a time basis.

And the message delivery time setting is to set the time that the user wants the message actually delivered. The messaging web server 300 then stores the time set in the message database 350 and sends the message.

In addition, the messaging web server 300 refers to the user setting database 340 to grasp the reception tool of the selected recipients, and notifies the reception of the message to the reception tool set by each recipient at a time set by the message sender.

On the other hand, the operation in the case of transmitting to a multi-user in the message transmission step of the second step is as follows.

When the user accesses the messaging web server 300 using the user access means 100, the receiver list setting is performed. This recipient list setting is performed by the same method as the recipient list setting described above.

When the recipient list setting is performed, the receiver setting information is checked in the user setting database 340 in the messaging web server 300, and then the message receiving tool of the receiver is identified.

At this time, the messaging web server 300 grasps the message receiving tool set by the corresponding receiver from among the receiver setting information.

Notify the receipt of the message through the identified tool. Until the last recipient is selected, the next message recipient is selected to continue notifying the receipt of the message.

Therefore, the message is transmitted through the identified tool, which notifies the receiver that the message has been received. In the case of the Internet access means 110, notification may be made through an Internet protocol such as TCP / IP or HTTP. In the case of the mobile access means 120, a push function of the mobile Internet server 222 or a short message of the SMS server 223 may be used. Notification can be made through the service. In addition, by performing the next message recipient selection, if there are remaining users to receive the message, the above steps are repeated again until there are no remaining users to receive the message.

Meanwhile, the third step of receiving a message is performed as follows.

Confirm the notification signal that the message sent from the messaging web server 300 has been received.

After checking, the user checks the message using an optimized reception tool set in advance through the user setting database 340 of the messaging web server 300.

Thus, when confirming the message reception notification signal, the messaging web server 300 sends the reception notification signal to the reception tool set by the receiver in the user setting database 340. The receiver receives the reception notification signal through the tool set by the recipient. You can check.

The tool set here is set as a mobile access means 120 composed of an internet access means 110 or a mobile phone 121, a PDA 122, an HPC 123, a notebook PC 124, and the like. If the tool can check the received message only when connected to the), it is possible to access the messaging web server 300 to check the message.

Then, when the user selects an item to check a message in the messaging server 320 of the messaging web server 300, the messaging web server 300 refers to the message database 350, and all the users included in the recipient list. Show a list of messages. The user can then select and confirm the desired message.

When the messaging web server 300 shows the contents of the message selected by the user, when the acknowledgment function of the confirmed message is turned on, the messaging web server 300 sets that the message is received in the message database 350.

Referring to the operation according to the present invention as an example.

Set up a case where the notice is delivered to all employees in the company.

Notice content is as follows.

-Title: Weekly meeting time change

-Time before change: 2 pm

-Time after change: 4 pm

-Place: Meeting room (same as before)

-Participants: All employees (except employees who are on business)

The working environment for employees is as follows.

-Employee 1 ~ Employee 80: Normal work using computer in company

-Employee 81 ~ Employee 95: Outside

-Employee 96 ~ Employee 100: On a business trip

In the work environment of these employees, when they want to deliver a notice to all the employees in their respective work environment, an appropriate message is immediately sent to the work environment of each employee.

Employees (normally employees 1 to 80) who work normally using their desktop PCs 111 in the company receive an announcement through the Internet access means 110.

For employees who are on the road or on a business trip (employee 81 to employee 100), the announcements are received through their mobile access means 120.

In other words, employees can immediately check the company's message of announcements as they proceed with their work, whether internal or external, so that they can respond to messages promptly.

In addition, for employees who send a message, all they have to do is to write a notice in a simple way, such as writing an e-mail or posting a bulletin board, without having to consider each employee's work status. In addition, in the method of selecting a recipient, simply selecting a recipient from the list, the messaging web server 300 automatically delivers a notification to the optimum receiving tool of each recipient, so that the recipients receive the optimal receiving environment. There is no need to consider.

The person who writes the announcement can deliver the announcement to all employees in the simplest way, and the employees who receive the announcement can check the announcement quickly through the reception tool optimized for their work environment. Will be.

As another example, a description of the personal calendar notification function is as follows.

The personal schedule is as follows.

-Title: Call your friend Hong Gil-dong

-Time: 4 pm

The working environment changes as follows.

- 3:30 pm

-Calls from other friends or bosses

-Move somewhere else without your own computer

So let's say you set up your schedule, like your personal schedule, in your calendar at 11 am.

Unless special circumstances occur, such as a change in the working environment, the user can receive a schedule notification at 4 pm through his personal schedule management program and can call his friend Hong Gil Dong on time.

The problem arises when an unexpected situation occurs, such as a change in the working environment.

When the user moves to a place where the desktop PC 111 is installed with his personal schedule management program as in the change of the working environment, the user may not be notified to call his friend Hong Gil Dong in time. Otherwise, the same content can be set in a separate mobile personal scheduler. In this case, it is inconvenient to input his or her schedule more than once, and if the schedule changes, it is inconvenient to modify two or more settings manually.

If the present invention is applied to such a personal schedule management program, the user can manage his schedule most reliably with minimum effort even if any accident occurs.

Other applicable fields include various corporate groupwares, newsletters, various instance information service fields, various bulletin boards and QA boards on the web, job posting / job search services, stock information and real estate information services, internet auction services, There are all kinds of services to which a message must be delivered.

As such, the present invention allows the message sender to conveniently send the message in a consistent manner, and the message receiver can receive the message immediately through an individual optimized message receiving tool, thereby ensuring the convenience and consistency of message transmission and the promptness of receiving the message. Will be guaranteed.

Although the preferred embodiment of the present invention has been described above, the present invention may use various changes, modifications, and equivalents. It is clear that the present invention can be applied in the same manner by appropriately modifying the above embodiments. Accordingly, the above description does not limit the scope of the invention as defined by the limitations of the following claims.

As described above, the instant messaging service apparatus and method thereof integrated online according to the present invention allow a message sender to conveniently send a message in a consistent manner, and a message receiver immediately sends a message through an optimized message receiving tool for each individual. By making it possible to receive a message, it is possible to guarantee the convenience and consistency of message transmission and to guarantee the immediateness of receiving a message.

In addition, the present invention allows the user to set his or her own message receiving tool by taking advantage of the fact that the situation of each user is different and the optimum message receiving tool is different for each user due to going out / outing / business trip or various other situations. As a result, any user can receive a message with 'immediateity' anytime, anywhere.

In addition, the present invention is able to send a message 'conveniently' in a consistent manner regardless of the situation of the receiver from the sender side, it is effective to send a message to the optimum message receiving tool to each of the plurality of recipients.

Claims (13)

User access means capable of accessing a messaging web server and transmitting / receiving an integrated instant message; A data communication network for allowing the user access means to access a messaging web server; When the user access means is connected through the data communication network, a messaging server for providing a personalized optimized message receiving tool setting environment to a user who is a receiver, a message transmission environment and a message confirmation environment to a user who is a sender, and the messaging server A user for processing a request from a user access means through the CGI server and providing the result to the user access means through the messaging server, and storing the optimized message receiving tool information set by the user who is the recipient in connection with the CGI. A connection database of a connection database, a message database for storing a message to be transmitted by a user as a sender, and a connection environment of the user access means so that the user access means can be connected to the messaging server through the data communication network. Web site provided Integrated instant messaging system in line, characterized in that the Web server is configured to include a messaging composed. The method of claim 1, wherein the user connection means, Integrating on-line characterized in that it comprises a desktop PC capable of transmitting and receiving messages by connecting to the messaging web server through the Internet network of the data communication network, and a LAN and an Internet access means equipped with a modem. Instant messaging service device. The method of claim 1, wherein the user connection means, The mobile communication tool such as a mobile phone or a PDA, an HPC or a notebook PC, and the PDA, the HPC, and the notebook PC to connect to the messaging web server through a wireless data network and transmit / receive a message. And an on-board mobile access means having a wireless modem for connection with the wireless data network. The method of claim 1, wherein the data communication network, And an internet network configured to perform a connection between the internet access means and the messaging web server among the user access means using an internet protocol such as TCP or HTTP. The method of claim 1, wherein the data communication network, And a mobile Internet server connecting the base station and the messaging web server, and a mobile internet server connecting the base station and the messaging web server. An integrated instant messaging service device on-line, characterized in that it comprises a wireless data network for sending and receiving messages. The method of claim 1, wherein the data communication network, A base station which transmits / receives a signal with a mobile access means of the user access means, and connects the base station and the messaging web server so that the messaging web server can notify the mobile access means of the message reception by a short message. And a wireless data network having an SMS server to enable a mobile access means of the user access means to access the messaging web server and receive a message. The method of claim 1, wherein the data communication network, The base station for transmitting / receiving a signal with a mobile access means of the user access means, and the base station and the messaging web server are connected so that the messaging web server can notify the mobile access means of receiving a message through a push function. And a wireless data network having a mobile internet server, the mobile access means of which the user access means connects to the messaging web server to receive messages. The method of claim 1, wherein the messaging web server, A web server for allowing the user access means to connect to the messaging server through the data communication network; A messaging server connected to the web server to allow a user who is a receiver to set an optimized message receiving tool for each individual, enable a user who is a sender to send a message, and manage the recipient to check a message; A CGI for processing requests from user access means via the messaging server and returning the results to the user access means via the messaging server; A user setting database connected with the CGI and storing optimized message receiving tool information set by a user as a receiver connected through the user access means; And a message database configured to store a message to be transmitted by a user as a sender connected to the CGI through the user access means. When the user access means is connected, it displays a list of message receivers that can be set, and when the optimal receiver is selected from the message receiver list by the user access means in the current situation, information of the selected receiver is stored in a user setting database. A first step; After determining whether the sender and the receiver are matched according to the user's message creation, if it does not match with each other, the receiver list setting environment is provided. After determining whether the acknowledgment function is turned on or not, if the acknowledgment function is set to on, the acknowledgment time interval setting environment is provided. With two stages, And a third step of providing the message to the receiver through a preset optimized receiving tool when the message reception notification signal is confirmed. delete delete The method of claim 9, wherein the second step, If the user wants to transmit to the multi-user, the user accessing the messaging web server using the user access means to perform the recipient list setting; Checking the recipient setting information in a user setting database in the messaging web server when the recipient list setting is performed; And sending the message through the identified tool and selecting the next message recipient and continuing to send the message until the last recipient is selected in the recipient list. Integrated instant messaging service method. The method of claim 9, wherein the third step, Confirming a notification signal that a message sent from the messaging web server has been received; And after the checking, checking the message using an optimized receiving tool preset by the user through a user setting database of the messaging web server.