KR101916684B1 - Method for transferring message and sorting, receiving and managing of data and message transferring system therefore - Google Patents

Abstract

The present invention relates to a method for transmitting a message to a plurality of recipients using a message (SMS, MMS, VMS) transmission function, and more particularly, to a method for transmitting a message by applying a data classification identifier, thereby facilitating additional information input and reception management for the recipient of the message, a method for receiving and managing data and a message transferring system therefor. The method for transmitting a message includes: a data classification identifier registration process for registering event information, an event classification code, and one or more data classification identifiers before a message is transmitted; a message transmission process of selecting registered event information and a data classification identifier and transmitting event information to a message receiver for the data classification identifier; and a classification object manager registration process of storing a transmission result after the message transmission and storing classification object manager data composed of the event classification code, the data classification identifier and the recipient information.

Description

[0001] The present invention relates to a message transferring method and a message transferring method, and more particularly,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for transmitting a message to a plurality of recipients using a transmission function of a Short Message Service (MMS) A message transmission method, a data classification reception management method using transmission result data, and a message transmission system adapted to the method.

Message transfer service (SMS, MMS, VMS) is a communication service that can easily inform and announce to customers or members in daily life. In recent years, a mass message transmission service has been used that can quickly and easily notify and notify a large number of members or customers registered in an address book using a computer.

However, the conventional message transmission service can not perform additional information input and reception management functions in response to a response from a message receiver.

For example, a company or a group of customers (members, distributors, managers, managers, etc.) who are members of a company or an affiliated company may notify the event of a new launch event, identify attendees at the event site, Or to classify these data by their affiliation.

In the conventional method, first, an event is announced using a text message, and then a guest book is provided on the event site so that a visitor records preference and consultation contents, or collects an attendee card and inputs attendees after the event .

In this case, the attendee should enter his / her personal information (name, position, telephone number, etc.) and then input additional information such as attendance check, preference, consultation contents.

However, if the event is attended by a large number of people, there is no choice but to put a lot of manpower to input additional information, and even congestion can not help but give up.

On the other hand, since the list of notifications and announcements is often distributed and managed individually, the lists of notifications and notifications are not managed uniformly and collectively under a single management system.

On the other hand, it is impossible to perform the inquiry about the additional information for each organization since the classification and inquiry of the additional information is inevitably performed only by the relevant organization manager.

Furthermore, when it is required to classify the input additional information into a specific data classification item, time and expense may occur due to data classification and reception management.

The present invention addresses at least some of the above problems,

And it is an object of the present invention to provide a method of transmitting a message by applying a data classification identifier when transmitting a message, thereby facilitating collection and classification of additional information.

It is another object of the present invention to provide a data classification reception management method for inputting additional information to a message receiver and easily classifying and managing inputted additional information.

It is another object of the present invention to provide a system suitable for the above methods.

According to an aspect of the present invention,

A method of transmitting an event announcement message to which a data classification identifier is applied,

A data classification identifier registration process for registering event information, an event classification code, and one or more data classification identifiers before message transmission;

A message transmission process of selecting registered event information and a data classification identifier and transmitting event information to a message receiver of the data classification identifier; And

A classification target manager registration process of storing the transmission result after the message transmission processing, and comprising an event classification code, a data classification identifier, and recipient information;

And a control unit.

here,

A message input process for receiving a message to be transmitted to a message receiver;

Further comprising:

The message transmission process transmits the input message and event information to the message recipient.

Here, the classification identifier includes a primary classification identifier and a secondary classification identifier that is a detailed identifier for the primary classification identifier.

The data classification reception management method that achieves the above other object

A method for collecting and managing additional information from a message recipient receiving an event guide message,

An additional information input step of inputting additional information from a message receiver that has received the message; And

An additional information registration process of registering the additional information inputted in the classification target manager data composed of the event classification code, the data classification identifier and the recipient information;

And a control unit.

Here, the method further includes the step of inquiring the receptionist and the aggregated data by the data classification identifier for the event information.

According to an aspect of the present invention,

1. A message transmission system for transmitting event information to a message recipient and for collecting and managing additional information from a message recipient,

Register user information, event information, and data classification identifier; Send the event information to the message recipient for the data classification identifier; Creating data classification management object data comprising event information, event classification code, data classification identifier, and recipient information; Receiving additional information from the message recipient; And a message transmission server for updating the data classification management subject data with the additional information inputted; And

User information, event information, a data classification identifier, and a database for storing data classification management subjects,

Here, the message transmission server

A user registration management module for registering and managing a user;

A data classification identifier registration module connected to the user terminal and registering event information, a data classification identifier (region, agency, person in charge, manager, customer classification information, etc.);

A message transmission processing module that transmits event information to a message recipient for a data classification identifier and generates data classification management object data including event information, event classification code, and recipient information; And

A data reception management module for receiving additional information from the message recipient and updating the data of the data classification management object using the received data;

It includes

The database

A user DB for managing user information;

Event information DB for managing event information;

A data classification identifier DB for managing data classification identifier information;

A transmission result DB for managing transmission result information; And

A data management DB which manages the classified object manager data;

And a control unit.

Here,

An address book DB for managing the address book;

And further comprising:

The message transmission method according to the present invention can automatically generate the data of the data classification management object by performing the message transmission processing by applying the data classification identifier and can input the additional information and the data classification by using the data classification management object data thus generated And the management can be efficiently performed.

The message transmission method according to the present invention has the effect of collectively generating data classification management subject data reflecting various classification management information by applying the event information and the data classification identifier for each transmission processing unit.

Since the data collection management method according to the present invention can easily reflect the additional information inputted from the members managed by each organization in the classification target manager data, it is possible to easily and accurately receive and manage the additional information in the distributed managed organization have.

The message transmission system according to the present invention can reduce data input throughput even when data input and reception management by a large number of personnel is required, thereby enabling efficient data entry and reception management with a small number of personnel.

In the message transmission system according to the present invention, event name and data class identifier information are applied to the created management object data when additional information is inputted and classified, thereby providing convenience of management operation according to inputting and classification management of additional information It is effective.

1 shows a configuration of a message transmission system according to the present invention.
2 is a flow chart illustrating the operation of the apparatus shown in FIG.
FIG. 3 illustrates in detail a message transmission method according to the present invention.
4 is a flowchart illustrating a data reception management method according to the present invention.
5 shows an example of a funeral information registration screen.
Figure 6 shows the registration of a resident.
7 shows an example of a message transmission screen.
Fig. 8 shows a screen for inputting the guest information.
FIG. 9 shows the inquiry data of the articles received by the resident.
FIG. 10 shows the aggregate data of the receipt of the provisional receipt.
FIG. 11 shows the process of processing an outgoing message using a user smartphone.
12 shows an example of information stored in the user DB.
13 shows information stored in the event information DB.
14 shows information stored in the event information DB.
15 illustrates information stored in the transmission result DB.
16 shows information stored in the data management DB.
17 shows information stored in the address book DB.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 shows a configuration of a message transmission system according to the present invention.

Referring to FIG. 1, a message transmission system 100 according to the present invention is connected to a user 10 and a message receiver 30 through a communication network 20 of a communication provider.

The message transmission system 100

Register user information, event information, and data classification identifier; Send the event information to the message recipient for the data classification identifier; Creating data classification management object data comprising event information, event classification code, data classification identifier, and recipient information; Receiving additional information from the message recipient; Then, the data classification management target data is updated with the additional information inputted.

In order to smoothly perform such operations, the message transmission system 100 includes a message transmission server 110, a user DB 120, an event information DB 140, a data classification identifier DB 150, 160, a data management information DB 170, and an address book DB 180.

The message transmission server 110 includes a user registration management module 111, a data classification identifier registration module 112, a message transmission processing module 113 and a data reception management module 114.

The user registration management module 111 registers and manages a user.

The data classification identifier registration module 112 is connected to the user terminals 11 and 12 to register the event information and the data classification identifier (area, agency, person in charge, manager, customer classification information, etc.).

The message transmission processing module 113 selectively processes event information and a data classification identifier to transmit event information and generates data classification management object data. Data Classification The subject data includes event information, event classification codes, data classification identifiers, recipient information (name, position, telephone number, etc.).

The data reception management module 114 inputs additional information from the attendees of the event and uses the data to update the data of the data classification management object.

The user DB 130 manages user information.

The event information DB 140 manages event information.

The data classification identifier DB 150 manages data classification identifier information.

The transmission result DB 160 manages transmission result information.

The data management DB 170 manages classification target manager data.

The address book DB 180 manages the address book.

2 is a flow chart illustrating the operation of the apparatus shown in FIG.

Referring to FIG. 2, the message transmission system 100 of the present invention includes a data classification identifier registration process S120 for registering event information, an event classification code, and one or more data classification identifiers before message transmission. A message inputting step of inputting a message to be transmitted to a message recipient (S140); A message transmission step (S150) of selecting event information and a data classification identifier registered in advance and transmitting a message and event information to a message receiver of the data classification identifier; A classification target manager registration process (S160) of storing the transmission result after the message transmission process and storing the classification target manager data; An additional information input step (S230) of inputting additional information from the message receiver; And an additional information registration step (S240) of registering the inputted additional information in the classification target manager data. Here, the classification object manager data is for facilitating the collection and management of additional information after message transmission, and includes event information, an event classification code, and a data classification identifier.

Here, the data classification identifier registration step S120, the message input step S140, the message transmission step S150, and the classification manager registration step S160 correspond to the message transmission method in the summary of the present invention. Further, the additional information input process (S230) and the additional information registration process (S240) correspond to the data classification reception management method in the summary of the present invention.

FIG. 3 illustrates in detail a message transmission method according to the present invention.

FIG. 3 shows details of the data classification identifier registration process S120, the message input process S140, the message transmission process S150, and the classification target manager registration process S160 shown in FIG. 2 in detail.

The message transmission server 100 registers the event information, the event classification code, and the data classification identifier before the message transmission (S120); A message inputting step of inputting a message to be transmitted to a message recipient (S140); A message transmission step (S150) of selecting event information and a data classification identifier registered in advance and transmitting a message and event information to a message receiver of the data classification identifier; Then, a classification object manager registration process 160 for storing the transmission result after the message transmission process and storing the classification object manager data is performed.

3, the user 10 accesses the message transmission system 100 using the user PC 11 or the user smartphone 12. [

Whether to register the data classification identifier or transmit the message (S100)

If it is the data classification identifier registration (S110), the event information and the data classification identifier are registered (S120)

The event information and one or more data classification identifiers are input using the user data transmission server 110 data classification identifier registration module 111. The entered event information and data classification identifiers are input into the event information DB 130 and data And is registered in the classification identifier DB 150. Here, the data classification identifier may be, for example, a region, an agency, a person in charge, a manager, and customer classification information as a criterion for collecting and collecting the collected additional information.

If it is not the data classification identifier registration, that is, the message transmission, the event information and the data classification identifier are selected (S130) and the recipient message is input (S140). The recipient message means a message to be sent to the message recipient.

(S150)

The user 10 selects a pre-registered event information and a data classification identifier by using a message transmission processing module 113 to a plurality of notifications and notifications. The message transmission processing module 113 transmits the message and event information to the message receiver for the data classification identifier through the communication company server 21.

The message transmission processing module 114 has a transmission processing standard for each message type such as SMS, MMS, and VMS, and processes the generated message according to the corresponding message transmission standard.

The message transmitted from the message transmission server 110 is transmitted to the message receiver 30 via the communication carrier server 21.

As a result of the transmission, the message transmission server 110 inputs the data classification management object data into the data management DB 170.

The message transmission server 110 registers the transmission result (originating number, receiving number, message content) in the transmission result DB 160 and transmits the data classification management object data composed of the event classification code, the data classification identifier, And registers it in the management DB 170.

The user 10 selects the event information / data classification identifier selection process S 130, the recipient message input process S 140; The message transmission processing step S150 and the data classification management object data input step S160 are repeated to send message and event information to which the data classification identifier to be transmitted is applied to the plurality of message recipients 30 in a lump Lt; / RTI >

In this case, each user 10 selects the event information and the data classification identifier without inputting the data classification management object data separately, and transmits the selected event data and the data classification identifier to the corresponding message receiver 30 as a batch message, . ≪ / RTI >

That is, the present invention is effective for inputting additional information and managing data classification reception because the data classification management subject data to which the corresponding data classification identifier is applied is inputted and registered in one data management DB 170.

In the message transmission method of the present invention, although the example of transmitting the event information has been described, it should be noted that the present invention is not limited thereto, but can be applied to various applications such as order reception, opinion convergence, and voting.

4 is a flowchart illustrating a data reception management method according to the present invention.

FIG. 4 illustrates details of the additional information input process (S230) and the additional information registration process (S240) shown in FIG.

When additional information such as order reception, event attendance, opinion reception, consultation reception is generated from the message receivers 30 at step S210, the data reception management module 114 transmits the generated additional information to the data management DB 170 The stored data classification management target data is inquired and selected in step S220 and the additional information received from the corresponding message receiver 30 is input to the data management DB 170 in step S230 and the process proceeds to the additional information input waiting step S200 And waits for the next additional information input.

The data reception management module 114 receives the additional information input from the message receiver 30 in step S200 for inputting additional information, a data classification management object inquiry selection step S220, an additional information input processing step S230, The additional information registration process (S240) of registering the additional information input to the data management DB 170 is repeated to generate data classification aggregation data based on the data classification identifier. The generated data is provided in the receipt of each data classification identifier of the event information and the inquiry / output of the aggregated data (S250).

Hereinafter, operations of the message transmission method, the data reception management method, and the message transmission system according to the present invention shown in FIGS. 1 to 4 will be described in detail with reference to embodiments.

As an example, the funeral service will be applied. In a funeral, event information can be funeral information, and data classification identifier can be resident.

Conventionally, when a funeral occurs, each resident sends an affair message to a relative, a co-worker, a meeting member, a friend, etc. to inform the occurrence of a funeral, and then receives a comment from the consultants.

In addition, a guest book should be provided to keep track of the visits of the guests, to record the visitor's name, affiliation, etc., and open the deposit envelope received from the commentators to record and record the deposit details.

Here, the information about the consultant is usually given only about the name, so it is troublesome and cumbersome to classify the consultant, the deposit money, and the harmony according to the resident.

Especially, in case of mass mailing of bullying messages, mass transmission and large number of consultants are generated, which makes it difficult to input the reference data and to sort the data classification by the resident.

FIGS. 5 to 17 show examples in which the present invention is applied to funeral custody management.

Specifically, an example of the aggregation of sentences received by the resident for the respondent is shown after the resident is selected and applied as the data classification identifier to send the ad ministration message.

5 shows an example of a funeral information registration screen.

Information related to a funeral event (event information) can be input through the screen shown in FIG. 5, for example, a funeral name 200, personal information of the deceased, date and time of the funeral, have.

Figure 6 shows the registration of a resident.

As a resident, children, grandchildren, and grandchildren can be entered. The data classification identifier 300 is used as a criterion for inputting additional information (referrer information) and data classification aggregation in the future. The personal information of each resident is inputted through the screen shown in Fig.

6 shows an example of registering a data classification identifier having a one-dimensional structure having only a resident. However, it is also possible to register a data classification identifier having a two-dimensional structure having an associated person (detailed identifier) for each residence as well as each residence. For example, each resident may be allowed to additionally register a co-worker, a school alumnus, a relative, or a customer of a customer.

In this case, the data classification identifier of the two-dimensional configuration is also applied to the message transmission.

7 shows an example of a message transmission screen.

FIG. 7 illustrates selecting burial name 400 and selecting resident 420 as a data classification identifier to send outgoing message 410. FIG.

7, the user 10 selects the address book 430 from the excel file of the user PC 11 managed by the user 10, the address book DB 180 of the message transmission system 100, The user can easily input the digest message receiver for the resident (data classification identifier) by collective selection input.

Fig. 8 shows a screen for inputting the guest information.

Referring to FIG. 8, an example of inputting additional information to a consultant is shown.

Specifically, when a spokesperson is created, a consultant 510 is selected from the list of the participants of the notification message (subject of data classification management, 530) regarding the resident (data classification identifier) 540, The additional information 520 of FIG. The user 10 simply inquires the data classification management subject data 500 and inputs only the additional information, thereby easily processing the minimum additional information (text, co-payment, harmony, etc.).

FIG. 9 shows the inquiry data of the articles received by the resident.

It can be seen that the consultant 510 and the additional information 520 for the resident 500 are inquired at a glance.

FIG. 10 shows the aggregate data of the receipt of the provisional receipt.

The consultant 710, the harmony 720, and the subscription fee 730 for the entire resident 700 are searched.

FIG. 11 shows the process of processing an outgoing message using a user smartphone.

Selects the funeral name 800 as the event information, selects the residence 820 as the data classification identifier, and transmits the admission message 810.

Here, the user 10 selects the phone address book (phonebook) or the file reading (Excel file, web address book of the message transmission system 100) 830 of the user smartphone 12 and collectively sends the message receiver 30 Can be input.

As described above, when the subscriber messaging message for each resident is transmitted, the subscription management subject data to which each resident is applied is integratedly registered as a single funeral name in one data management DB 170, and the registered subscription management subject data And input / output of the voucher information (additional information), it is possible to facilitate the collection / inquiry / output of the voucher score by the resident.

FIGS. 12 to 17 show examples of information stored in each DB of the message transmission system 100. FIG.

12 shows an example of information stored in the user DB. The user information includes the name of the user 10, an ID, a password, a telephone number, and the like.

13 shows information stored in the event information DB.

Referring to FIG. 13, the event information DB 140 stores a funeral name, a funeral identification code, use restriction, a registrant ID, a registration date and the like.

14 shows information stored in the event information DB.

The event information DB 140 stores a funeral identification code (event classification code) and a resident (data classification identifier).

Here, registering the funeral categorization code in place of the funeral name is intended to prepare for the occurrence of duplicate funeral names.

In FIG. 14, the user 10 registers the residence of the one-dimensional structure as the data classification identifier, but may register the residence of the two-dimensional structure. An example of a resident of a two-dimensional structure is a resident-specific identifier, for example, a co-worker, a school alumnus, a relative, or a customer of a customer. When the data classification identifier of the two-dimensional configuration is registered, the message is transmitted by applying the data classification identifier of the two-dimensional configuration at the time of message transmission.

15 illustrates information stored in the transmission result DB.

Referring to FIG. 15, the transmission result DB 160 stores a sender, a calling number, a receiving number, a transmission message, a transmission result, and the like.

16 shows information stored in the data management DB.

Referring to FIG. 16, the data management DB 170 stores a funeral identification code, a residence, and provisional receipt information (additional information: a name, a position, a telephone number, etc.).

17 shows information stored in the address book DB.

The address book DB 180 stores a user name, an ID, a position, a position, a telephone number, and the like.

 5 to 17, embodiments of the present invention will be described in detail.

In this example, after sending an indecent message with the occurrence of a funeral,

This is an example of applying data management such as an application.

Implementation and application.

When a funeral occurs, each resident will be given to their relatives, co-workers, meeting members, friends, etc.

It sends an alarm message to notify the occurrence of a funeral, and then receives a comment from a commentator.

In the conventional method, a guest book is provided for the purpose of managing a guest,

And records and summarizes the details of the deposit money.

At this time, we want to categorize and manage the information on the receipt of the articles by the residents,

The information of the consultant is usually the name of the consultant.

The work is cumbersome, and there is information about each consultant and difficulty in classifying the resident.

Particularly, in the case of a large number of persons to whom the message is transmitted,

And it is difficult to input the reference data and to sort the data classification by the resident.

With the application of the present invention, it is possible to provide a method of transmitting a message,

(Fig. 6, Fig. 14) composed of funeral information (see Figs. 5 and 13), funeral identification code (event classification code) and one or more resident (data classification identifiers) ).

Subsequently, the user selects the corresponding residence 420 and 820 for the corresponding funeral 400 registered at the time of the subscriber message transmission processing (see FIGS. 7 and 11), inputs the list of the corresponding resident to the subscriber 430 and 830, Transmission processing.

The outgoing message is transmitted to the communication carrier server 21 and the transmission result (originating number, receiving number, transmission date, message content, etc.) is input to the transmission result DB 160 (Fig. 15) Data classification management object data composed of a resident name (classification code), a resident name (data classification identifier), and recipient information (name, title, telephone number, etc.) is input to the data management DB 170 (FIG.

In the data management DB 170 (FIG. 16), the subject of the commentary management to which the resident information is applied is cumulatively registered as a result of the processing of transmitting the subscriber message of each resident, and the digested message receiver information transmitted by applying each resident is combined It is input and registered as the management subject data.

At the time of giving a recommendation, the inputted resident (data classification identifier) information and the admission message recipient information are checked only by the name of the consultant without any separate input processing, and the information registered in the data management DB 170 (FIG. 16) (Additional information) such as input, harmony registration, and the like.

At this time, the input information is a state in which the resident classification data is already registered with the minimized information input (520), so that the resident (data classification identifier) of the corresponding consultant can be easily identified by anyone. It is possible to inquire and output the classified information by the resident in real time without the classification aggregation process.

The user 10 can register and use various data classification identifiers in various settings as necessary.

For example, by registering data classification identifiers in a two-dimensional structure, first: resident, second: subordinate identifier information (relative, work, homecoming, friend, etc.) You can use the data class aggregation (eg, a relative of Hong Gil Dong, a co-worker of Hong Gil Dong, a friend of Hong Gil Dong, a friend of Hong Gil Dong).

Using the message transmission system 100 of the present invention, resident persons can receive an address message of an excel file registered in their address book DB 180 of an excel file, phonebook address book, message transmission system 100, The user can easily input the message receiver 30 using the user PC 11 or the user smartphone 12 (FIG. 11) connected to the network.

The resident can perform the processing of sending an e-mail message by using the data of the persons who receive the e-mail message without any complicated input process, and can perform the registration of the manager information and the management of the manuscript which are supported by the resident e-mail data aggregation.

Normally, even after the funeral is completed, usually only the name of the respondent is received in order to transmit the audit message for the general inquiry, so that each resident needs to separately search for the telephone number of the consultant and prepare the data, However, the application of the present invention makes it possible to transmit the audit message very easily by using the aggregated data classified by the resident registered at the time of transmitting the digging message.

16), there is generated a commentary management object data (a funeral identification code, a resident name, a name of a commentary, a position, a telephone number) generated by the transmission of the DEFAULT message, and then the data management DB 170 (FIG. 16) And the information on the resident management of the provisional management information is added to the information on the management of the target person, the provision of participation information, and information about the provision and harmonization of the input is managed to support.

 If you only want to manage the receipt of the funeral and the aggregate management without the counting control, you should register the funeral name (event name) and send the message of burial without registering the resident (data classification identifier) 400, and 800), and sends an ad-hoc message. As a result of sending an ad-hoc message, only the event classification code and the ad-hoc message recipient information are managed and counted without the resident information.

 In this way, the message transmission system 100 of the present invention registers funeral names and resident before sending an ad-hoc message, then selects a registered funeral name and residence when sending an ad-hoc message, inputs the corresponding ad- (Funeral classification code, resident, and burden message receiver information) are stored in the data management DB 170 as a single funeral name, by transmitting the burden message transmission processing and the corresponding phrase management target data do.

When the comment information is generated, the funeral manager can input the corresponding comment information (additional information: check the guest, deposit money, harmony, etc.) using the registered person information of the person who is registered independently of the sender (user) The technical problem of the present invention can be solved.

It will be apparent to those skilled in the art that various modifications and changes can be made in the present invention without departing from the spirit or scope of the present invention as defined by the appended claims. It will be appreciated that such modifications and variations are intended to fall within the scope of the following claims.

100 ... message transmission system
110 .... message transmission server
111 ... User registration management module 112 ... Data classification identifier registration module
113 ... message transmission processing module 114 ... data reception management module
The message recipient (30)
10 ... users
11 ... user PC 12 ... user smart phone
20 .... telecommunication carrier network 21 ... telecommunication carrier server
130 ... User DB 140 .... Event information DB
150 .... Data classification identifier DB 160 ... Transmission result DB
170 ... Data Management DB 180 .... Address Book DB

Claims (7)

A method for collecting and managing additional information from a message recipient who receives an event announcement message to which a data classification identifier applied as a reference for accepting a data classification is applied to a message recipient in a message transmission system and receives an event announcement message,
The user accesses the message transmission system 100 using the user PC 11 or the user smartphone 12,
A data classification identifier registration process (S120) for receiving event information, an event classification code, and one or more data classification identifiers from a user connected to the message transmission system;
A message input step (S140) of receiving a message to be transmitted to a message receiver from a user connected to the message transmission system;
A message transmission step (S150) of selecting event information and a data classification identifier registered in advance from a user connected to the message transmission system and transmitting the message and event information to a message receiver for the data classification identifier through a communication company server, ;
The user selects the event information and the data classification identifier without inputting the data classification management object data separately and transmits the selected event data and the data classification identifier to the corresponding message recipient 30 in a batch message to automatically generate data classification management object data,
Receiving additional information from the message recipient and updating the data classification management object data with the additional information inputted,
A classification target manager registration process (S160) for storing the transmission result after the message transmission process, and storing classification management subject data composed of the event classification code, the data classification identifier, and the recipient information;
An additional information input step (S230) of inputting additional information from a message receiver that has received the message;
An additional information registration step (S240) of registering the inputted additional information in the classification target manager data composed of the event classification code, the data classification identifier and the recipient information; ≪ / RTI >
When additional information is generated from the message receivers 30 (S210)
A data classification management object inquiry selection step S220 and an additional information input processing step S230,
The data reception management module 114 inquires the data classification management object data stored in the data management DB 170 for the generated additional information (S220)
The additional information received from the corresponding message receiver 30 is input to the data management DB 170 in step S230 and the process proceeds to step S200 for waiting for additional information input,
The additional information registration process (S240) for registering the additional information input to the data management DB 170 is repeated to generate data classification aggregation data based on the data classification identifier, (S250), and the inquiry /
Here, the classification target manager data is for facilitating the collection and management of additional information after message transmission, including event information, event classification code, and data classification identifier,
Wherein the data classification identifier comprises a primary classification identifier and a secondary classification identifier that is a detailed identifier for the primary classification identifier.
delete delete delete delete 1. A message transmission system for transmitting event information to a message recipient and for collecting and managing additional information from a message recipient,
The user 10 accesses the message transmission system 100 using the user PC 11 or the user smartphone 12,
Register user information, event information, and data classification identifier; Send the event information to the message recipient for the data classification identifier; Data classification management object data composed of event information, event classification code, data classification identifier, and recipient information,
The data classification management object data is automatically obtained by selecting only the event information and the data classification identifier and transmitting the data to the corresponding message recipient 30 in a batch message without the user having to input the data classification management object data separately,
Receiving additional information from the message recipient; And a message transmission server for updating the data classification management subject data with the additional information inputted; And
User information, event information, a data classification identifier, and a database for storing data classification management subjects,
Here, the message transmission server includes a user registration management module for registering and managing a user;
A data classification identifier registration module connected to the user terminal and registering event information, a data classification identifier (region, agency, person in charge, manager, customer classification information, etc.);
A message transmission processing module that transmits event information to a message recipient for a data classification identifier and generates data classification management object data including event information, event classification code, and recipient information; And
A data reception management module for receiving additional information from the message recipient and updating the data of the data classification management object using the received data; It includes
The database includes a user DB for managing user information;
Event information DB for managing event information;
A data classification identifier DB for managing data classification identifier information;
A transmission result DB for managing transmission result information; And
A data management DB for managing the classified target manager data;
And an address book DB for managing the address book,
An event classification code, and at least one data classification identifier from a user connected to the message transmission system,
Receiving a message to be transmitted to a message receiver from a user connected to the message transmission system,
Receiving event information and a data classification identifier registered from a user connected to the message transmission system and transmitting the message and event information to the message receiver for the data classification identifier through a communication company server,
Storing the transmission result after the message transmission processing, storing the classification target manager data composed of the event classification code, the data classification identifier and the recipient information,
Enter additional information from the recipient of the message that received the message,
The additional information inputted is registered in the classification target manager data composed of the event classification code, the data classification identifier and the recipient information,
The data of the event information and the data of the receptionist and the aggregate data by the identifier
Wherein the classification identifier comprises a primary classification identifier and a secondary classification identifier that is a detailed identifier for the primary classification identifier.

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