KR101788128B1 - Method for selective communication by using receiver filtering and providing unenrolled-user message sending in multi-user communication for after-school teachers - Google Patents

Abstract

The present invention relates to a system for arbitrarily selecting and communicating conversation recipients through filtering in multiple communications such as conversations with parents, taking into account the characteristics of a lecturer, and a service method for supporting message transmission to users who have not yet been registered.
Basically, the sender (instructor) creates a 1: N chat room, and the message sent through the chat room is provided to show the recipient 1: 1 conversation. In this chat room, a group of conversation recipients are arbitrarily selected and filtered, and a message is transmitted and confirmed only to the recipients selected in the filtered result. These messages are displayed in a 1: 1 conversation on the recipient side.
Also, in consideration of members joining later, unregistered users arbitrarily create a member table to receive a message and accumulate a conversation on the server. It compares the registered information with the registered information through the unique information (telephone number, etc.) at the time of subscription, and displays the message by matching the subscription information with the existing information.
And provides a selective communication management service and an unregistered message transmission service in a multi-recipient environment to the sender (lecturer), thereby providing an efficient, fast and accurate communication service.

Description

FIELD OF THE INVENTION [0001] The present invention relates to a method for selective communication and non-registrant message transmission using recipient filtering in a multi-user communication for a lecturer,

The present invention relates to a system for arbitrarily selecting and communicating conversation recipients through filtering in multiple communications such as conversations with parents, taking into account the characteristics of a lecturer, and a service method for supporting message transmission to users who have not yet been registered.

The present invention relates to a method of managing a text message in a mobile communication terminal, and some related patent documents are disclosed.

Conventionally, in regard to communication management in a multi-user environment, Korean Patent Laid-Open Publication No. 10-2006-0058319 (titled as a method of managing a plurality of text messages in a mobile communication terminal), a plurality of text messages can be selected and managed collectively A method of managing a plurality of text messages in a mobile communication terminal is disclosed.

A method for managing a text message in a mobile communication terminal, the method comprising: a first step of outputting a list of received and sent text messages; a second step of sequentially selecting a text message for user management, And a third step of performing multiple management of the selected text message in the second process.

However, the above-mentioned method is intended to solve the inconvenience of 'text message' management in the mobile communication terminal, and it is required to collectively manage a text message to be checked by the user every time in the text message list .

Korean Patent Laid-Open Publication No. 10-2009-0049887 (entitled: Multiple recipient-designated message sending system and method) discloses a multi-recipient-designated message sending system and method.

According to the configuration described above, a system for transmitting a plurality of messages by a user using a computer and a mobile terminal comprises: a first terminal for transmitting the SMS or MMS message using the wireless communication network; A WAP server receiving and transmitting the message from the terminal, a computer receiving the SMS or MMS message from the WAP server and transmitting the message by an application program, a base station transmitting the message transmitted from the computer, And a plurality of terminals for receiving the message transmitted from the base station.

By using the multi-recipient-designated message sending method as described above, the address book can be managed on the homepage of the computer, the group can be selected in the phone page, and the message can be input and transmitted to a large number of recipients.

Such a configuration relates to a method of sending a multi-recipient-designated message using a computer, so that one terminal must use a computer and inconvenience to use a text message or to make a batch selection every time for managing a conversation with the other party . In addition, there is a problem that it is impossible to confirm only a user who arbitrarily selects a receiver other than a sender while using a mobile communication terminal as both a sender and a receiver.

Patent Publication No. 10-2006-0058319 (published on May 30, 2006) Patent Publication No. 10-2009-0049887 (published on May 19, 2009)

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide a communication system in which a sender (instructor) creates a chat room for a plurality of recipients in a multiple communication environment (SNS), groups various arbitrary recipients in the generated chat room, To be selectively transmitted to only selected recipients, thereby providing selective communication through recipient filtering in multi-user communication.

Further, the present invention aims to provide an efficient and fast transmission / reception service by reducing restrictions on sending and receiving messages to a sender (instructor) by filtering only the messages received from the group members through the grouped information on the existing chat screen.

In the case of the existing SMS and SNS service, it was possible to send and receive the message only to the registered users. However, due to the nature of the sender (instructor), it is necessary to support both the members in the chat room and the non- If the member is added, the server searches the member information. If the corresponding member information is not in the server, the user information is arbitrarily generated in the case of the non-registrant, and the message is stacked on the server. It is the purpose of this paper.

In order to achieve the above object, the present invention provides a method for supporting lecturer's message transmission in multi-user communication, comprising the steps of: (a) entering a chat room of a service chat list using a mobile communication terminal or a PC terminal, Confirming whether a desired group exists in the group; (b) if the desired group does not exist, selecting to add a new group to add the desired recipients in the chat room to the group to create a group; (c) The newly created group information is stored in the local DB of the mobile communication terminal or the PC terminal. When the lecturer checks the group filtering, the message information corresponding to the list of recipients corresponding to the group checked by the corresponding chat screen is displayed in the chat room Filtering the screen by referring to the group information table and the message table, and displaying the screen to the lecturer; (d) To send a message only to the group recipients, the message is transmitted while the filtering group is checked. The message is set in the message table according to the chat room unique ID and the message receiver list according to the corresponding chat room and corresponding group information Filtering the screen after transmitting the message and displaying the transmission result; (e) adding an unregistered member to the opened chat room as a lecturer; And (f) if the lecturer wants to change the group or return to the first screen of the chat room, if the filtering group check is retrieved, the screen of the chat room is filtered and changed to all the recipients. We propose a method to support selective communication and unregistered message transmission through recipient filtering in user communication.

Wherein the step (d) comprises: optionally selecting recipients to send a message through a check box in a filtering screen in a chat room when group filtering is performed; Adding and deleting groups to / from a user, or adding recipients in a group to be created; After selecting the recipient, only the conversation contents with the recipient are filtered and displayed on the screen; And a step of transmitting the message created on the filtered screen only to the selected recipients.

In the step (e), (e-1) checking whether membership information exists through the DB server when adding the unregistered member to the chat room; (e-2) randomly generating member information that is not included in the DB server in order to deliver a message to all the members in the chat room when the member information does not exist; (e-3) The member unique ID is automatically generated while the member information is arbitrarily generated on the basis of the mobile phone number and the basic member information input by the sender in the member table, and whether or not the member table is joined is left in the unchecked state Performing recipient registration; (e-4) a message is transmitted when a lecturer selects a member who is not registered and transmits a message; (e-5) When the unregistered member in which the member information is arbitrarily requested requests membership registration, the login ID of the unregistered member, the login PW, and the membership of the member Receiving personal information and the like; And (e-6) terminating the unregistered member matching process by checking whether or not the member table that has not been checked at the time of arbitrary member information generation is added.

According to the present invention, the sender can arbitrarily select and release multiple recipients in the chat room to freely send and receive messages to a desired group and a counterpart. On the receiver side, since the message is a personal message, message management is facilitated, .

In addition, once grouping is performed, it is not necessary to randomly select each group when designating a group when sending a group message, so that the accuracy of time and group objects can be enhanced.

Also, by transmitting the conversation to the non-registrants, the same message information as the other members in the chat room can be transmitted to the registrant joining after opening the chat room without loss of information.

In other words, in the case of the existing messenger application, the messenger can be transmitted to the users who have already subscribed. In the case of the present invention, however, a virtual user is created and a message is stacked so that a message can be confirmed when the user joins. This has the effect of sending the same message to recipients with different subscription times.

1 is a schematic system configuration diagram of the present invention.
2 is a table configuration diagram for filtering members in a chat room.
5 is a general flowchart of filtering in the chat room according to the preferred embodiment of the present invention,
FIG. 6 is an exemplary view of a 'filtering screen' in a chatting room according to an exemplary embodiment of the present invention.

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

1 is a schematic system configuration diagram of the present invention. As shown in the figure, the elements constituting the present invention include a server 100, a mobile communication terminal 200, and a PC terminal 300.

When a message is transmitted from the mobile communication terminal 200 or the PC terminal 300, the message is stored in the local DBs 210 and 310, and the message is transmitted to the server 100.

The main server 130 of the server 100 stores the received message and sender information in the DB server 120 and confirms the type of the mobile communication terminal 200 or the PC terminal 300 to use the push server 110 And determines whether to transmit the push message to the mobile communication terminal 200 which is the receiving terminal.

The mobile communication terminal 200 or the PC terminal 300 as a receiving terminal basically receives a message through socket communication and receives a push message in the case of the mobile communication terminal 200. [

The mobile communication terminal 200 or the PC terminal 300 stores a message sent to and received from each of the local DBs 210 and 310 and stores the group information to be filtered by the user.

The mobile communication terminal 200 serves to transmit and receive a message through a smart phone and a mobile phone application capable of wireless Internet communication. The PC terminal 300 includes a personal computer as well as a notebook computer.

2 is a table configuration diagram for filtering members in a chat room.

The chatting room information table 400 may include a chat room group ID of the chatting room information table 400 in the DB server 120 so that the local DB 210 of the mobile communication terminal 200 or the PC terminal 300 , 310 and includes information about the group of chat rooms. That is, information about the group is stored in the client's database so that it can be used for message filtering.

The group information stored in the local DBs 210 and 310 is stored in a table form. The chat group information table 500 may include information on the group in the chat room through the chat room group ID and the chat room group number. do. Also, when the user selects an arbitrary group by storing the recipients included in the group in the list of the groups in the list of group recipients, it receives the chat room group number and the chat room group ID and parses the corresponding group recipient list to filter the message.

To this end, the message table 600 stores the information about the actual owner of the message together with the chat room unique ID, the message sender, and the recipient list information.

Accordingly, when the user loads a message containing the message owner in the DB server 120 and the local DB 210, 310 and selects an arbitrary group of chat rooms, Filter all messages matching the sender on the screen. Also, the message list corresponding to the recipient list selected by the sender can be filtered and displayed on the screen through the message recipient list of the message table.

3 is a diagram of a membership table for arbitrarily creating an unregistered member. The membership table 700 includes a member unique ID, a login ID, a login PW, a mobile phone number, and membership of a member. When a member requests a subscription directly, it decides whether or not to create a membership table through cell phone authentication, and if a non-duplicated login ID is input, a member unique ID is generated.

When a sender (instructor) wants to register an unregistered member in the chat room, the member information corresponding to the mobile phone number of the member is retrieved from the member table 700 of the DB server 120, And optionally generates member information.

At this time, only the member unique ID and the mobile phone number are filled in the member table 700 of the DB server 120, and the membership status is set to FALSE. Then, when a member of the mobile phone number requests to join, he / she updates the member information except for the member unique ID and mobile phone number, and changes the membership information to TRUE.

At this time, it is presupposed that the member does not have a member having a duplicated cell phone through cellular phone authentication.

Hereinafter, the overall conversation flow of the present invention will be described with reference to FIG.

Referring to the upper example of FIG. 4, the sender can arbitrarily select a recipient in the chat room and transmit the message. At this time, the conversation with the recipients is shown on the sender's chat screen, but only the conversation between the sender and the recipient is shown in the receiver's viewpoint.

That is, if the sender sends different messages to recipients a, b, c, and d, recipient a can not see other messages received by recipients b, c, and d. This is why the message table 600 has a message sender, a message recipient list, and a message owner.

In the message table 600, when a sender selects a recipient to send and sends a message, the recipient is selected and sent to the recipient list, but the owner of the message to receive the message is written in the message owner information. Therefore, even if the message is the same, if the message owner is different, a message is further stored in the message table.

Even if the sender specifies a group and sends a message, recipients belonging to the group receive the message individually and can not confirm the message of the other party.

FIG. 5 is a general flowchart of filtering in the chat room according to the preferred embodiment of the present invention, and FIG. 6 is an exemplary view of a 'filtering screen' in the chat room according to the best embodiment of the present invention.

5, a subject who wishes to open a chat room accesses a chat room in the chat list of the service using his / her mobile communication terminal 200 or PC terminal 300 (S1) and confirms whether a desired group exists in the chat room (S2).

If a desired group does not exist, a new group addition (S3) is selected to add desired recipients in the chat room to the group (S4) to create a group (S5). The newly created group information is stored in the local DBs 210 and 310 of the mobile communication terminal 200 or the PC terminal 300. When the subject group filtering is checked in step S6, The message information corresponding to the corresponding recipient list is filtered by referring to the chat group group information table and the message table (S7), and then displayed to the subject.

If a message is to be sent only to the group recipients (S8), the message is transmitted with the filtering group checked (S9). The message is generated by setting the chat room unique ID and the message receiver list in the message table according to the corresponding chat room and corresponding group information. After transmitting the message, the screen is again filtered (S10) and the transmission result is displayed. After that, if the subject changes the group or wants to return to the first screen of the chat room, the filtering group check is retrieved (S11), and then the screen is filtered to all the recipients (S12).

The 'filtering screen' in the chat room illustrated in FIG. 6 includes a chat room name and a menu bar for filtering at the upper part. In the dialog box at the bottom of the menu bar, the contents of the conversation between the sender and the recipient, the time of transmission, and the message box are filled with the group information of the recipient and the recipient, and the names of the members. And a text box portion for creating a conversation at the bottom of the screen.

Through the menu bar, you can retrieve the tabs that can be filtered, and you can select the recipients you want to send the message through the checkbox at the bottom of the list of recipients in the tab. There is also a screen at the top of the recipient list that allows users to add and delete groups at will. You can create a group here and add recipients in the group. After selecting the recipient, only the conversation with the recipient is displayed on the screen. The message created on the filtered screen is transmitted only to the selected recipients.

7 is a general flowchart of an unregistered member creation and a new member creation according to the best embodiment of the present invention.

In order to create an unregistered member of FIG. 7, first, a member (sender) as a subject opens a chat room (S21). When a chat room is opened, a recipient is added to the chat room (S2). At this time, it is checked whether member information exists through the DB server 120 (S23). If the member information exists but there is no problem but there is no member information, the member information is arbitrarily generated in the DB server 12 because the member information must be arbitrarily generated in order to transmit the message to all the members in the chat room (S24) .

At this time, the member information is arbitrarily generated based on the mobile phone number and the basic member information input by the sender, and the member unique ID is automatically generated in the member table. However, at this time, whether or not the membership table is registered remains in an unchecked state.

Thus, the receiver registration is completed (S25). After the establishment of the chat room and the registration of the recipient are completed, the member (sender) as a subject requests a message transmission (S26), a message is transmitted according to FIG. 5 and FIG. 6, and the process of creating an unregistered member is terminated.

The process of creating new members and unregistered members is as follows. The subject who wishes to join the membership requests a member registration (S28), and confirms whether member information exists in the member table of the DB server 120 (S29). At this time, the telephone number and the member information are compared based on the telephone number authentication process. If the member information does not exist, the member information is newly generated (S30) and it is checked whether or not the member information is added.

If the member information exists, the member information is updated (S32) by receiving the member's login ID, login PW, and member's personal information through the member match (S31) )do.

Then, in step S32, it is checked whether or not the member table 700 that has not been checked is added (step S32), thereby ending the process of creating a new member and the process of matching an unregistered member.

While the preferred embodiments of the present invention have been disclosed for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims.

100: server 120: DB server
130: main server
200: mobile communication terminal 210: local DB
300: PC terminal 310: Local DB

Claims (3)

A method of supporting message transmission by a lecturer in multi-user communication,
(a) entering a chat room of a chat list of a service using a mobile communication terminal or a PC terminal and checking whether a desired group exists in the chat room;
(b) if the desired group does not exist, selecting to add a new group to add the desired recipients in the chat room to the group to create a group;
(c) The newly created group information is stored in the local DB of the mobile communication terminal or the PC terminal. When the lecturer checks the group filtering, the message information corresponding to the list of recipients corresponding to the group checked by the corresponding chat screen is displayed in the chat room Filtering the screen by referring to the group information table and the message table, and displaying the screen to the lecturer;
(d) To send a message only to the group recipients, the message is transmitted while the filtering group is checked. The message is set in the message table according to the chat room unique ID and the message receiver list according to the corresponding chat room and corresponding group information Filtering the screen after transmitting the message and displaying the transmission result;
(e) adding an unregistered member to the opened chat room as a lecturer; And
(f) if the lecturer wants to change the group or return to the first screen of the chat room, if the filtering group check is retrieved, the chat screen screen is filtered and changed to all the recipients,
The step (e)
(e-1) checking whether membership information exists through the DB server when adding a member not registered in the chat room;
(e-2) randomly generating member information that is not included in the DB server in order to deliver a message to all the members in the chat room when the member information does not exist;
(e-3) The member unique ID is automatically generated while the member information is arbitrarily generated on the basis of the mobile phone number and the basic member information input by the sender in the member table, and whether or not the member table is joined is left in the unchecked state Performing recipient registration;
(e-4) a message is transmitted when a lecturer selects a member who is not registered and transmits a message;
(e-5) When the unregistered member in which the member information is arbitrarily requested requests membership registration, the login ID of the unregistered member, the login PW, and the membership of the member Receiving personal information and the like; And
(e-6) terminating the unregistered member matching process by checking whether or not the member table that has not been checked at the time of random generation of the member information is added or not, and performing receiver filtering in the multiuser communication for the instructor. And a method for supporting non-registrant message transmission. The method of claim 1, wherein, in step (d)
Selecting a recipient to send a message through a check box on a filtering screen in a chat room when group filtering is performed;
Adding and deleting groups to / from a user, or adding recipients in a group to be created;
After selecting the recipient, only the conversation contents with the recipient are filtered and displayed on the screen; And
And transmitting the generated message to only the selected recipients. The method for supporting selective communication and non-registrant message transmission through recipient filtering in a multi-user communication for a lecturer. delete

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