KR20010045289A - Method for transmitting message to online group user - Google Patents

Abstract

PURPOSE: A method for transferring message to user of online meeting is provided to transfer message by using ID(Identification Number) of online meeting of a receptor through a communication device. CONSTITUTION: In the first step, an ID and a message of the receptor joined with the online meeting is inputted from a transmitter(3002). In the second step, it is decided whether the receptor can receive message in online through the inputted receptor's ID. If the receptor can receive message on line, in the third step, the message from the transmitter is transferred(3003). If the receptor cannot receive message in on line, the message from the transmitter is transferred to the receptor's communication device by confirming the number of the communication device of the receptor(3009).

Description

How to send a message to an online meeting user {METHOD FOR TRANSMITTING MESSAGE TO ONLINE GROUP USER}

The present invention relates to a method of transmitting a message to a user of an online meeting using computer communication, and to a computer readable recording medium recording a program for realizing the method. In particular, an online game using a computer communication, a chat service, and the like. The present invention relates to a message transmission method capable of transmitting a message through a communication device to an online meeting user of a computer and a computer readable recording medium recording a program for realizing the method.

In describing the present invention, an online game is taken as an example. But this also applies to other online meetings.

In an online game using computer communication, a person who has a game ID should be able to frequently send and receive messages to both a person who is playing a game and a person who is not playing a game through a computer or a communication device.

In the message transmission, the sender A transmits to the communication device of the other party using only the game ID without the communication device number during the game. In addition, the receiver B transmits a reply with the appropriate contents to the sender A through the communication device currently in use. Even when the sender A does not play a game, a message is transmitted to the other party by using the other party's ID through a communication device.

In fact, there are many cases where contacts (telephone or pager numbers) are exchanged with each other through online games or communications, and meetings are held. However, in this case, due to various side effects such as personal privacy may be violated, it is difficult for users to exchange contact information (phone or pager number).

The present invention has been made to solve the above problems, the sender is a message transmission method and a program for realizing the method to send a message through the communication device using the online meeting ID (ID) of the receiver Its purpose is to provide a computer-readable recording medium having recorded thereon.

1 is an exemplary configuration diagram of a network system to which the present invention is applied.

Figure 2 is a detailed configuration example of a network system to which the present invention is applied.

3 to 5 are flowcharts of one embodiment of a method for transmitting a message to an online meeting user in accordance with the present invention.

* Explanation of symbols for the main parts of the drawings

100: communication company communication system 200: user system

300: server system 400: database system

In order to achieve the above object, a first method of the present invention provides a method of transmitting a message to an online meeting user applied to a network system, the first step of receiving an ID and a message of a receiver joining the online meeting from a sender. ; A second step of determining whether the receiver can receive a message online through the inputted ID of the receiver; A third step of transmitting a message from the sender if the receiver can receive a message online; And a fourth step of transmitting the message to the receiver's communication device by checking the communication device number of the receiver if the receiver cannot receive the message online.

According to another aspect of the present invention, there is provided a method of transmitting a message to an online meeting user applied to a network system, the method comprising: a first step of receiving an ID of a receiver who has subscribed to the online meeting from an online sender; A second step of determining whether the receiver can receive a message online through the inputted ID of the receiver; A third step of connecting with the sender and transmitting a message from the sender if the receiver can receive a message online; And a fourth step of transmitting the message of the sender after connecting the call to the receiver's communication device by checking the communication device number of the receiver if the receiver cannot receive the message online.

According to a third aspect of the present invention, there is provided a method of transmitting a message to an online meeting user applied to a network system, the method comprising: a first step of receiving an ID and a message of a receiver who has subscribed to the online meeting from a sender; A second step of confirming a communication device number of the receiver through the input of the receiver; And a third step of transmitting a message to the communication device of the receiver by using the confirmed communication device number of the receiver.

In addition, a fourth method of the present invention includes a method for transmitting a message to an online meeting user applied to a network system, the method comprising: a first step of receiving an ID of a receiver who has subscribed to the online meeting from a sender; A second step of confirming a communication device number of the receiver through the input of the receiver; And a third step of transmitting a message by the sender after connecting a call to the communication device of the receiver by using the confirmed communication device number of the receiver.

In addition, the present invention provides a network system having a large capacity processor, comprising: a first function of receiving an ID and a message of a receiver who has subscribed to the online meeting from a sender; A second function of determining whether the receiver can receive a message online through the inputted ID of the receiver; A third function of transmitting a message from the sender if the receiver is able to receive a message online; And a computer-readable recording medium having recorded thereon a program for realizing a fourth function of transmitting a message to the recipient's communication device by identifying the communication device number of the recipient if the recipient cannot receive the message online. .

The present invention also provides a network system having a large-capacity processor, comprising: a first function of receiving an ID of a recipient who has subscribed to the online meeting from an online sender; A second function of determining whether the receiver can receive a message online through the inputted ID of the receiver; A third function of connecting with the sender and transmitting a message from the sender if the receiver is able to receive a message online; And a program for realizing a fourth function of transmitting a message of the sender after connecting a call to the receiver's communication device by checking the receiver's communication device number if the receiver cannot receive a message online. Provide a readable recording medium.

In addition, the present invention provides a network system having a large capacity processor, comprising: a first function of receiving an ID and a message of a receiver who has subscribed to the online meeting from a sender; A second function of confirming the communication device number of the receiver through the input of the receiver; And a computer readable recording medium having recorded thereon a program for realizing a third function of transmitting a message to the recipient's communication device using the identified recipient's communication device number.

In addition, the present invention provides a network system having a large capacity processor, comprising: a first function for receiving an ID of a receiver who has subscribed to the online meeting from a sender; A second function of confirming the communication device number of the receiver through the input of the receiver; And a computer readable recording medium having recorded thereon a program for realizing a third function of transmitting a message by the sender after connecting a call to the communication device of the receiver using the identified communication device number of the receiver. .

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an exemplary configuration diagram of a network system to which the present invention is applied.

The network system to which the present invention is applied includes a communication system 100 of a telecommunication company providing a communication service, a user system 200 for processing a user interface and data, a communication system 100 of a telecommunication company, and a user system ( And a server system 300 that exchanges data with the database system 400 and processes the data, and a database system 400 that manages user information.

The user system 200 is composed of a user processing module 201 for processing input and output and operation and a user communication module 202 for communicating the processed data. The server system 300 performs data input and output and operation. A server processing module 301 for processing, a search module 302 for searching for user information, and a server communication module 303 for communication.

The terms used are described as follows.

The message refers to text, voice and image data for information transmission.

The communication device refers to a general communication device such as a phone and a device capable of transferring information between mobiles, such as a personal communication system (PCS), a cellular phone, a next generation mobile communication system (IMT 2000), and a pager.

The telecommunication company refers to a company that provides a service to use the communication device described above.

2 is a detailed configuration example of a network system to which the present invention is applied.

2 shows a detailed configuration example of a network system to which the present invention is applied. Among these systems, the user system 200 includes a central processing unit (CPU) 1, an image drawing machine 2, a monitor 3, a voice synthesizer 4, a speaker 5, and a CD-ROM. Drive 6, network card 7, RAM 8, auxiliary memory 9, input 10, input 11, microphone 12 and video camera 13. , Except the monitor 3 connected to the imager 2, the speaker 5 connected to the voice synthesizer 4, and the input device 11 connected to the input unit 10, the microphone 12, and the video camera 13. Each component is connected to each other via the main bus 14 of the user system 200.

The server system 300 includes a central processing unit (CPU) 30, an image drawing machine 31, a monitor 32, a CD-ROM drive 33, a network card 34, a RAM (RAM) 35, Auxiliary storage device 36, input unit 37 and the input device 38 is provided, each of the components except the monitor 32 and the input device 38, the main bus 39 of the server system 300 Are connected to each other via

The database system 400 includes a central processing unit (CPU) 40, an image drawing machine 41, a monitor 42, a CD-ROM drive 43, a network card 44, a RAM (RAM), Auxiliary storage device 46, input unit 47 and the input device 48 is provided, each of the components except the monitor 42 and the input device 48 is the main bus 49 of the database system 400 Are connected to each other.

The communication system 100 of a communication company is a system managed by a communication company.

The communication system 100 and each system of the telecommunication company are provided with network cards 7, 34 and 44 and connected to the network 50 to communicate with each other.

Each component of the system is described as follows.

The central processing units (CPUs) 1, 30, and 40 are mainly composed of microprocessors, and perform operations or control necessary for each system.

The imager 2, 31, 41 mechanically translates commands from the central processing unit (CPU) and draws the desired pictures on the monitors 3, 32, 42.

The monitors 3, 32, and 42 are devices for displaying images.

CD-ROM drives 6, 33, 43 read information recorded on a CD-ROM supplied to a storage medium.

The network cards 7, 34, and 44 are devices for communication, and include a LAN card, a WAN card, and various modems.

The RAMs 8, 35, 45 store programs and data which are arbitrarily required in accordance with instructions, and are composed of semiconductor memory elements and the like.

The auxiliary storage devices 9, 36, and 46 store programs and data arbitrarily necessary according to instructions, and refer to various storage media such as hard disks and floppy disks.

The input units 10, 37, and 47 are parts for controlling various input devices for data input.

The input devices 11, 38, and 48 refer to a mouse, a keyboard, and the like, and are places for receiving text data.

The microphone 12 is a place for receiving voice data.

The video camera 13 is a place for receiving image data.

The network 50 refers to communication networks such as LAN, WAN, and INTERNET.

The speech synthesizer 4 is a place for mechanically translating commands from the central processing unit (CPU) 1 to send or control sound to the speaker 5.

The speaker 5 outputs sound.

The network system to which the present invention is applied is configured in this way.

A description of a method of transmitting a message to a user using an online meeting in the network system is as follows.

The sender A calls the user processing module 201 in the user system 200 when the sender A wishes to send a message to a particular person or a certain number of people during the game. According to this call, the user processing module 201 requests to input the ID DID of the receiver B and the message MD to be transmitted. After receiving input from sender A, message transmission is performed.

In the method of transmitting a message, there are two methods of transmitting a message to a communication system 100 of a telecommunication company using a user system 200 and a method of transmitting a message through the server system 300.

For example, a method of transmitting a message using the user system 200 will be described below.

The ID data DID of the receiver B among the input data DID + MD is transmitted to the server communication module 303 through the user communication module 202.

The server communication module 303 sends the received data to the server processing module 301, and the server processing module 301 calls the search module 302 to perform a search in the database system 400 to transmit a requested ID (DID). Passes the communication device number data (TD) corresponding to) to the server processing module (301). The server processing module 301 transmits data (DID + TD) to the user communication module 202 through the server communication module 303.

The user communication module 202 transmits the data DID + TD to the user processing module 201, and the user processing module 201 transmits the ID SID of the sender A and the remaining data DID + TD + MD. By processing and transmitting a message to the communication system 100 of the communication company through the user communication module 202, the receiver B can be received by the communication device.

For example, a method of sending a message through the server system 300 will be described below.

The ID data DID of the receiver B is transmitted to the server communication module 303 among the data DID + MD received by the user communication module 202. The server communication module 303 sends data received from the user communication module 202 to the server processing module 301. The server processing module 301 calls the search module 302 to perform a search in the database system 400 to pass the communication device number data TD corresponding to the requested ID to the server processing module 301.

The server processing module 301 checks whether the data can be transmitted and requests the message MD and the sender ID ID from the user system 200 to process the data together with the remaining data DID + TD. Through the server communication module 303 to transmit a message to the communication company system 100 to be received by the communication device of the receiver (B).

Another example of the message transmission method according to the present invention is to send a message to a receiver B having a game ID through a communication device when the sender A is not in a game. When the sender A sends a message to the communication system 100 of the communication company by using the communication device, the communication system 100 of the communication company transmits data (SID + DID + MD) to the server communication module of the server system 300 ( 303).

The server communication module 303 sends data (SID + DID + MD) to the server processing module 301. The server processing module 301 checks through the search module 302 and sends the data SID + DID + MD to the server communication module 303 if the receiver B does not select to reject the message during the game. The server communication module 303 transmits this data (SID + DID + MD) to the user communication module 202.

The user communication module 202 transfers the data SID + DID + MD to the user processing module 201. The user processing module 201 outputs the received data SID + DID + MD on the screen of the user system 200.

That is, the method of transmitting a message to an online game user depends on whether the sender who wants to send a message is in the game or not, and when the sender is in the game, the message is processed by the server or the user system.

In addition, when the sender is not in the game, the data can be obtained from the server through the communication system of the communication company through the given telephone number and transmitted to the receiver's communication device.

This will be described in detail with reference to the accompanying drawings.

3 to 5 are flowcharts of one embodiment of a method for transmitting a message to an online meeting user according to the present invention.

3 is a flowchart illustrating a message transmission method using the user system 200 during a game according to the present invention.

The case where the sender A sends a message to the communication system 100 of a telecommunication company using the user system 200 of the sender A during a game is demonstrated.

When the sender A manipulates the devices connected to the input unit 10 in the user system 200 to request message transmission to the communication device of the receiver B, the CPU 1 receives the auxiliary storage device 9. The given user processing module 201 process is executed in accordance with the stored program and / or data (3001).

The user processing module 201 causes the sender A to display the receiver B ID DID and the message MD input request on the monitor 3 screen through the image drawing machine 300 (3002).

After receiving the data (DID + MD) from the sender (A) through the input unit 10, and transmitting the data (SID + DID) including the ID (SID) of the sender (A) to the user communication module 202, the user The communication module 202 transmits data (SID + DID) to the network card 34 of the server system 300 through the network card 7 (3003). The data SID + DID transmitted through the network card 34 of the server system 300 is transferred to the server processing module 301 through the server communication module 303.

The server processing module 301 calls the search module 302, and the search module 302 searches for the ID (DID) of the connection receiver B to the database system 400 through the network card 34 to retrieve necessary information. Extract. The information is communication device number data TD corresponding to recipient B ID DID, in-game message reject flag GRF, and communication device message reject flag TRF. The search module 302 passes the extracted data TD + GRF + TRF to the server processing module 301. The server processing module 301 stores the data TD + GRF + TRF in the RAM 35 and then checks the communication device message rejection flag TRF and sets the receiver B to set the communication device message rejection. Check whether the state (3004).

As a result of confirming that the receiver B has set the communication device message rejection, if the value of the communication device message reject flag TRF is 1, it is determined that the receiver B does not want to receive the message from the communication device. . The server processing module 301 transmits a message RM "Receiver B (DID) rejecting communication device message" to the server communication module 303, and the server communication module 303 delivers the network card 34. The transmission is transmitted to the network card 7 in the user system 200 of the sender A (3005).

The user system 200 transmits the data RM received through the network card 7 to the user processing module 201 through the user communication module 202, and the user processing module 201 is " receiver B. " And the confirmation button (DID) rejecting communication device message "on the monitor 3 and the sender A presses the confirmation button, the CPU 1 terminates the user processing module 201 process. Return to the game (3006).

As a result of checking whether the receiver B is set to reject the communication device message, when the communication device message reject flag TRF value is 0, it is determined that the receiver B wants to receive the message from the communication device. The server processing module 301 extracts the communication device number data TD corresponding to the receiver B ID DID and the receiver B ID DID from among data stored in the RAM 35. 303, the server communication module 303 transmits to the network card 7 of the user system 200 of the sender A via the network card 34 (3007).

The user system 200 transmits the data (DID + TD) transmitted to the network card 7 to the user processing module 201 through the user communication module 202, and the user processing module 201 transmits the transmitted data ( SID + DID + TD and the received message (MD) is processed to convert the communication system 100 of the communication company to the data (TELD) that can be processed and transmitted to the user communication module (202). The user communication module 202 transmits the data TELD to the communication system 100 of the telecommunication company via the network card 7 (3008).

The communication system 100 of the telecommunication company processes the transmitted data TELD and transmits it to the communication device of the receiver B (3009).

The receiver B receives the message through the communication device (3010).

In the above-described embodiment, when the sender B playing the game transmits a message to the receiver B who is not playing, that is, not connected to the online game server, the data is taken from the server system 300 and processed by the user system 200. To describe a method of transmitting a message to the communication device of the receiver B through the communication system 100 of the communication company.

If the receiver (B) is also in the game, check whether or not to reject the message during the game, and if the receiver is not blocked, transmit the message online through the server, and if the receiver (B) rejects the message during the game, the receiver (B) 's communication device Check whether the message is rejected and transmit the message in the above manner.

The same method can be easily applied when the sender A wants to send a message to a plurality of receivers B. FIG.

4 is a flowchart illustrating a message transmission method using the server system 300 during a game according to the present invention.

4 illustrates a case in which the sender A sends a message to the telecommunication company system 100 using the server system 300 during a game as an example of message transmission according to the present invention.

When the sender A manipulates the devices connected to the input unit 10 in the user system 200 to request message transmission to the communication device of the receiver B, the CPU 1 transmits to the auxiliary storage device 9. The given user processing module 201 process is executed according to the stored program and / or data (4001).

The user processing module 201 causes the sender A to display the receiver B ID DID and the message MD input request on the monitor 3 screen through the image drawing machine (4002).

After receiving the data (DID + MD) from the sender (A) through the input unit 10, and transmitting the data (SID + DID) including the ID (SID) of the sender (A) to the user communication module 202, the user The communication module 202 transmits data (SID + DID) to the network card 34 of the server system 300 through the network card 7 (4003).

The data SID + DID transmitted through the network card 34 of the server system 300 is transferred to the server processing module 301 through the server communication module 303.

The server processing module 301 calls the search module 302, and the search module 302 connects to the database system 400 through the network card 34 to retrieve the ID (DID) of the receiver B, and Extract the information. The information is communication device number data TD corresponding to the recipient B ID DID, in-game message rejection flag GRF, communication device message rejection flag TRF, and the like. The search module 302 passes the extracted data TD + GRF + TRF to the server processing module 301. The server processing module 301 stores the data TD + GRF + TRF in the RAM 35 and sets the communication device message reject flag TRF to confirm whether the receiver B is rejecting the communication device message. Check (4004).

When the receiver B checks the communication device message reject flag (TRF) to confirm whether the receiver B is rejecting the communication device message, if the value is 1, the receiver B does not want to receive the message from the communication device. The module 301 transmits a message RM "Receiver B (DID) is rejecting communication device message" to the server communication module 303, and the server communication module 303 via the network card 34. The transmission is transmitted to the network card 7 of the user system 200 of the sender A (4005).

In the user system 200, the data RM transmitted to the network card 7 is transmitted to the user processing module 201 through the user communication module 202, and the user processing module 201 is " receiver B " And the confirmation button on the monitor 3 and the sender A presses the OK button, the CPU 1 terminates the user processing module 201 process. Return to the game (4006).

As a result of checking the communication device message reject flag (TRF) to check whether the receiver B is rejecting the communication device message, if the value is 0, the receiver B wants to receive the message to the communication device. 301 requests a message to be transmitted to the receiver B from the user system 200 of the sender A, the user processing module 201 transmits a message MD stored in the auxiliary memory device 9 to the user communication module. The user communication module 202 transmits the message MD to the network card 34 of the server system 300 through the network card 7. The message MD transmitted through the network card 34 of the server system 300 is transmitted to the server processing module 301 through the server communication module 303, and among the data stored in the RAM 35, the sender (MD) A) Communication system 100 of a communication company by processing a communication device number data (TD), a message (MD) corresponding to the ID (SID), recipient (B) ID (DID), recipient (B) ID (DID) The data is converted into the processable data TELD and transmitted to the server communication module 303 (4007).

The server communication module 303 transmits the data TELD to the communication system 100 of the telecommunication company via the network card 34 (4008).

In the communication system 100 of the communication company, the transmitted data TELD is processed and transmitted to the communication device of the receiver B (4009), and the receiver B receives the message through the communication device (4010).

In the above-described embodiment, when the sender B playing the game transmits a message to the receiver B who is not playing, that is, not connected to the online game server, the server system 300 processes the communication system 100 of the telecommunication company. It describes a method of transmitting a message to the communication device of the receiver (B) through.

As described above, the receiver (B) also checks whether or not to reject messages while playing the game, and if the receiver is not blocked, transmits the message online through the server, and if the receiver (B) rejects the message during the game, the receiver (B) Check whether the communication device rejects the message and transmits the message in the above-described manner.

The same method can be easily applied when the sender A wants to send a message to a plurality of receivers B. FIG.

5 is a flowchart illustrating a message transmission method using a communication device according to the present invention.

5 illustrates a case in which a sender A sends a message to the receiver B's user system 200 by operating a communication device as an example of message transmission according to the present invention.

The sender A operates a communication device to input a game program ID, a sender ID, a receiver ID, a message to be transmitted, and a message to be transmitted. And transmits to 100 (5001).

The communication system 100 of the telecommunication company examines a game program ID (PID) and sends a sender (A) ID, a receiver (B) ID (DID), and a message (MD) to be transmitted to the corresponding game company server system ( 300) (5002).

The server communication module 303 receives data (SID + DID + MD) from the communication system 100 of the communication company via the network card 34, and the server communication module 303 calls the server processing module 301. The data (SID + DID + MD) is delivered (5003).

The server processing module 301 calls the search module 302, and the search module 302 searches for the ID (DID) of the connection receiver B to the database system 400 through the network card 34 to retrieve necessary information. Extract. The information is communication device number data TD corresponding to recipient B ID DID, in-game message reject flag GRF, and communication device message reject flag TRF. The search module 302 passes the extracted data TD + GRF + TRF to the server processing module 301. The server processing module 301 stores the data TD + GRF + TRF in the RAM 35 and then checks the message rejection flag GRF in game 5004. If the value is 1, the receiver B has set a message rejection during the game. If the value is 0, the message rejection has not been set.

As a result of checking the message rejection flag GRF during the game, if the value is 1, the receiver B sets the message rejection during the game and deletes the message (5005).

As a result of checking the message rejection flag (GRF) during the game, if the value is 0, the sender (A) ID (SID) and the message (MD) are transmitted to the server communication module 303, and the server communication module 303 sends a network card ( 34, the message is transmitted to the network card 7 of the user system 200 of the receiver B (5006).

The user system 200 of the receiver B transmits the data SID + MD received through the network card 7 to the user processing module 201 through the user communication module 202.

The user processing module 201 displays the transmitted data (SID + MD) and the confirmation button on the monitor 3 (5007). When the receiver B presses the confirmation button, the central processing unit (CPU) 1 processes the user. The module 201 ends the process and returns to the game.

In the above-described embodiment, when the sender A who is not in the game transmits data such as an ID and a message that can be identified by the receiver B to the server system 300 of the game through the communication system 100 of the telecommunication company. The server system 300 checks whether or not the receiver B in the game receives the message and delivers the message to the user system 200 of the receiver B in the game so that the receiver B can check the message.

In the above embodiment, a game ID is required to confirm which online game the recipient uses. This is because the message is transmitted from the telecommunication company's communication system to the corresponding online game server. On the other hand, the service entity operating the online game is given a unique phone number, and the sender accesses the online game server through the above phone number. You can also send a message to the recipient.

Although not described in the embodiment according to FIG. 5, when the receiver B is not in a game, the message may be transmitted after confirming the communication device number of the receiver B by applying the description of FIG. 3 or FIG. 4. .

The method of transmitting a message to the online meeting user described with reference to FIGS. 3, 4, and 5 may be performed by using a receiver ID regardless of whether or not the receiver is connected while the sender accesses and uses the online meeting. It also provides a method of sending a message, and also provides an online meeting ID and recipient ID and a message that enables the sender to identify the online meeting through a communication device while not in the online meeting. By sending, recipients who join an online meeting can receive the message through a communication device or user system.

The message that can be delivered is a text message in the above embodiment, but various data such as an image, a voice, a file, and the like can be delivered as a message.

In the above embodiment, the message is transmitted by receiving an ID and a message together, and transmitting the message, but receiving only an ID from the sender, establishing a call with the receiver as described above, and then transmitting various messages such as a message. It is also possible to make a call after establishing a call with a called party. At this time, the online side uses a data transmission method such as an online Internet phone, and the non-online side communicates with a wired or wireless communication method through a communication system of a telecommunication company. That is, telephone or wireless communication.

In the above-described embodiment, the receiver checks whether the game is being played, but a method of transmitting a message to the communication device by checking the communication device number of the receiver regardless of whether the receiver is playing the game.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes can be made in the art without departing from the technical spirit of the present invention. It will be apparent to those of ordinary knowledge.

In the present invention as described above, the sender (A) can transmit the message only by the online meeting ID (ID) without the communication device number of the receiver (B), so that the sender (A) is the actual device number of the recipient (B) It can be configured to be anonymous so that each other's anonymity can be guaranteed, when the sender (A) is not connected to the online meeting, when the receiver (B) is not connected to the online meeting, and Even when all the recipients B are not connected to the online meeting, if they know the ID of the recipient B, the message can be transmitted to the communication device of the receiver B through the data registered in the server.

In addition, the present invention, the online game service, online chat service, portal service and the unique online service for message transmission in various online gatherings, while ensuring the confidentiality of the subscriber communication device number, the message can be freely communicated through the communication device have.

Claims (19)

In a method for transmitting a message to an online meeting user applied to a network system, A first step of receiving an ID and a message of a receiver who has subscribed to the online meeting from a sender; A second step of determining whether the receiver can receive a message online through the inputted ID of the receiver; A third step of transmitting a message from the sender if the receiver can receive a message online; And A fourth step of transmitting the message to the receiver's communication device by checking the receiver's communication device number if the receiver cannot receive the message online How to send a message to an online meeting user comprising a. The method of claim 1, The first step is, A fifth step of requesting a message transmission from the sender through the sender's system connected to the server of the online meeting; A sixth step of requesting, through the sender system, the sender's ID and message input to be sent to the sender; And A seventh step of receiving an ID of the receiver and a message to be transmitted from the sender; How to send a message to an online meeting user comprising a. The method according to claim 1 or 2, The fourth step, An eighth step of confirming whether the receiver has set a message rejection via the communication device if the receiver cannot receive a message online; And A ninth step of transmitting a message to the receiver's communication device by checking the receiver's communication device number if the message can be transmitted through the receiver's communication device; How to send a message to an online meeting user comprising a. The method of claim 3, wherein The ninth step, A tenth step of confirming the communication device number of the receiver at the server of the online meeting and transmitting the message to the sender system if the message can be transmitted through the communication device of the receiver; And An eleventh step of transmitting a message from the sender system to a communication device of the receiver through a communication system of a communication company; How to send a message to an online meeting user comprising a. The method of claim 3, wherein The ninth step, A tenth step of verifying, by the server of the online meeting, the communication device number of the receiver if the message can be transmitted through the receiver's communication device; And An eleventh step of delivering a message from the online server to a communication device of the receiver through a communication system of a communication company; How to send a message to an online meeting user comprising a. The method of claim 1, The first step is, A fifth step of receiving, from the sender's communication device, the ID of the recipient who has subscribed to the online meeting and the message to be transmitted in the communication system of the telecommunication company; And A sixth step in which the online meeting server receives the message of the recipient and the message to be transmitted from the communication system of the telecommunication company; How to send a message to an online meeting user comprising a. The method of claim 1, The first step is, A fifth step of being connected from the sender's communication device to a telephone number capable of accessing the online meeting server; And A sixth step of receiving a message to be transmitted with the ID of the receiver from the communication device of the sender at the server of the online meeting through the telephone number; How to send a message to an online meeting user comprising a. The method according to claim 6 or 7, The fourth step, A seventh step of confirming whether the receiver has set a message rejection via the communication device if the receiver cannot receive a message online; An eighth step of confirming, by the online server, the communication device number of the receiver if the message can be transmitted through the communication device of the receiver; And A ninth step of transmitting a message to the communication device of the receiver; How to send a message to an online meeting user comprising a. In a method for transmitting a message to an online meeting user applied to a network system, A first step of receiving an ID of a receiver who has subscribed to the online meeting from an online sender; A second step of determining whether the receiver can receive a message online through the inputted ID of the receiver; A third step of connecting with the sender and transmitting a message from the sender if the receiver can receive a message online; And A fourth step of transmitting the sender's message after connecting the call to the receiver's communication device by checking the receiver's communication device number if the receiver cannot receive the message online How to send a message to an online meeting user comprising a. The method of claim 9, The first step is, A fifth step of requesting a message transmission from the sender through the sender's system connected to the server of the online meeting; A sixth step of requesting the sender to enter an ID of the recipient who has subscribed to the online meeting through the sender system; And A seventh step of receiving an ID of the receiver from the sender How to send a message to an online meeting user comprising a. The method of claim 9, The first step is, A fifth step of receiving, by the communication system of the telecommunication company, an ID of the receiver who subscribed to the online meeting from the sender through the sender's communication device; And A sixth step of receiving an ID of the receiver from the communication system of the telecommunication company; How to send a message to an online meeting user comprising a. The method of claim 9, The first step is, A fifth step of being connected from the sender's communication device to a telephone number capable of accessing the online meeting server; And A sixth step of receiving a message to be transmitted with the ID of the receiver from the communication device of the sender at the server of the online meeting through the telephone number; How to send a message to an online meeting user comprising a. The method according to any one of claims 9 to 12, The fourth step, An eighth step of confirming whether the receiver has set a message rejection via the communication device if the receiver cannot receive a message online; And A ninth step of transmitting a message of the sender after connecting the call to the receiver's communication device by checking the receiver's communication device number if the message is possible because the receiver has not set the message rejection through the communication device; How to send a message to an online meeting user comprising a. In a method for transmitting a message to an online meeting user applied to a network system, A first step of receiving an ID and a message of a receiver who has subscribed to the online meeting from a sender; A second step of confirming a communication device number of the receiver through the input of the receiver; And A third step of transmitting a message to the recipient's communication device using the identified recipient's communication device number; How to send a message to an online meeting user comprising a. In a method for transmitting a message to an online meeting user applied to a network system, A first step of receiving an ID of a receiver who has subscribed to the online meeting from a sender; A second step of confirming a communication device number of the receiver through the input of the receiver; And A third step of transmitting a message by the sender after connecting a call to the communication device of the receiver by using the confirmed communication device number of the receiver; How to send a message to an online meeting user comprising a. In a network system with a large processor, A first function of receiving an ID and a message of a receiver who has subscribed to the online meeting from a sender; A second function of determining whether the receiver can receive a message online through the inputted ID of the receiver; A third function of transmitting a message from the sender if the receiver is able to receive a message online; And A fourth function of transmitting a message to the receiver's communication device by checking the receiver's communication device number if the receiver cannot receive a message online A computer-readable recording medium having recorded thereon a program for realizing this. In a network system with a large processor, A first function of receiving an ID of a receiver who has subscribed to the online meeting from an online sender; A second function of determining whether the receiver can receive a message online through the inputted ID of the receiver; A third function of connecting with the sender and transmitting a message from the sender if the receiver is able to receive a message online; And A fourth function of transmitting a message of the sender after connecting the call to the communication device of the receiver by checking the communication device number of the receiver if the receiver cannot receive a message online A computer-readable recording medium having recorded thereon a program for realizing this. In a network system with a large processor, A first function of receiving an ID and a message of a receiver who has subscribed to the online meeting from a sender; A second function of confirming the communication device number of the receiver through the input of the receiver; And A third function of sending a message to the recipient's communication device using the identified recipient's communication device number A computer-readable recording medium having recorded thereon a program for realizing this. In a network system with a large processor, A first function of receiving an ID of a receiver who has subscribed to the online meeting from a sender; A second function of confirming the communication device number of the receiver through the input of the receiver; And A third function of transmitting a message by the sender after connecting a call to the receiver's communication device using the identified recipient's communication device number; A computer-readable recording medium having recorded thereon a program for realizing this.