Messaging system

Abstract

To provide a messaging system adapted for a plurality of telecommunications carriers.SOLUTION: A messaging system 100 includes a dedicated code application module 200, a message transmission module 300, a reply receiving module 400, and a backend management module 500. The dedicated code application module allows a system user to apply for a dedicated code to be used for generating a management account. The message transmission module is used by the system user for transmitting a message to an addressee in accordance with the dedicated code. The reply receiving module is used for receiving a reply message generated after the addressee receives the message. The backend management module is used for managing the message transmitted by the message transmission module and the reply message received by the reply receiving module, by the system user through the management account.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] The present invention relates to messaging systems, and more particularly to messaging systems that allow system users to apply for dedicated codes. [Background technology]

[0002] In conventional messaging services, when a message is sent, the recipient will see the sender's phone number. However, this method may reduce the effectiveness of the message in some cases. In particular, when the recipient receives a message from an unknown phone number, they are likely to suspect that the message is a spam message or a fraudulent message, and as a result, they may ignore or delete the message, which may affect the effectiveness of the message.

[0003] Existing US Patent No. 8954349B2 discloses an ordering system and ancillary service control through text messaging. The system is characterized in that it allows for the control and ancillary of server functions through a text messaging protocol. Text messages allow users connected through a network controller to obtain goods or services, and the network controller selectively routes self-addressed text messages to remote network servers that instantiate server functions based on the content of the text messages. Self-addressed electronic messages (e.g., SMS messages) are interpreted by the network components as requiring the invocation of a specific ordering service, and are accordingly routed to a server that manages product ordering and delivery, or access to an account. Upon receiving the self-addressed electronic message, the server uses messaging to communicate with the buyer to confirm the scope of the order and complete the order. The system augments smartphone functionality with a mechanism for placing orders using a "send message to yourself" approach, earning the trust of users. (A system allows control of an ancillary server function through a text messaging protocol. The text message allows a connected user to obtain goods or services through a network controller that selectively routes a self-addressed text message to a remote networked server that instantiates the server function based on content in the text message.)The self-addressed electronic message (eg, SMS message) is interpreted by a network component as needing invocation of a specified ordering service and, accordingly, is routed to a server that is tasked with administering, for example, order and delivery of a product or access to an account. The server, upon receipt of the self-addressed electronic message, may interact with the buyer using messaging to confirm the scope of the order and to fulfill the order. text-yourself approach that engenders trust with users). .

[0004] The technical field of the above prior art is similar to that of the present case. However, this prior art only transmits payment actions, and does not realize the part of converting actions into actual monetary flow, so there are doubts about payment collection. In addition, it does not have a cross-code reply (the prior art describes checking progress with a 81581 dedicated code). In the present invention, it is possible to apply for a dedicated code for communication carrier connection.

[0005] Existing US Patent No. 10810623B2 discloses a method for sending e-commerce messages using SMS, which is a method for generating SMS business messages to be processed by a software application, comprising: a data collection interface for receiving a sending command and sending data from the software application; a message encoding engine for encoding an output command and output data from the software application; generating SMS business messages using encoding templates; classifying the SMS into formatted messages to be processed by a data processing system; and processing the SMS business messages to be sent to recipients via a network by a processor when a scheduler is executed.

[0006] Prior Art 2 is in the same technical field as the present invention, but is not very relevant to the present invention. It is a system for automatically generating and sending messages, and has a management interface.

[0007] Existing US Patent No. 8,412,169 B2 discloses a system and method for providing mobile device services using SMS communications, characterized in that an enhanced services platform includes an interface for receiving a communication from a user requesting required data. An auto-response module analyzes the communication and obtains the required data. The enhanced services platform incorporates the desired data into a response message that is sent to the user. The response message includes an embedded code corresponding to a link that allows the user to reconnect to the enhanced services platform. An operator assist module receives the communication originating from the user via the link and provides further assistance with the user's request.

[0008] The technical field of Prior Art 3 is similar to that of the present invention. However, the present invention can provide a complete reply content by using the statistics of the reply content of the user, or by using the customization and preset templates by the user. Also, the present invention integrates different channels, identifies the reply content and the amount of the reply of the user, and then replies. Prior Art 3 only provides a rough reply strategy to the system users.

[0009] Existing US Patent No. 10,389,880B1 discloses a Short message service (SMS) response and interpretation application. The application is characterized in that the message processing application can receive at least one inquiry message in the form of a text message, email, or other communication message from a user device. The message is received and processed, and the content of the inquiry message is identified to determine whether the inquiry message should be forwarded to a field agent or replied to using an automated response stored in a database.

[0010] The technical field of Prior Art 4 is different from that of the present invention. Prior Art 4 recognizes keywords and sends a reply. In addition to recognizing keywords in the reply content of the user, the present invention can provide a complete reply content by using a preset template customized by the user. Therefore, it is possible to send a reply without being limited by the match of keywords. In addition, the present invention also has an error tolerance mechanism for the reply, and can identify Chinese characters using Roman characters. This allows the system to accurately identify and complete the reply.

[0011] Existing US Patent No. 20200228480A1 discloses a messaging environment for mobile device with multitask toolbar, search engine and keyboard control access to apps and centralized functionality. The messaging platform operates as a mobile device environment where users can search for and add content to text messages and access other applications and functionality. The messaging platform provides a user interface used to construct messages and a catalog containing various optional elements such as movies, photos, etc.

[0012] The technical field of Prior Art 5 is similar to that of the present invention, but the disclosed features are different from those of the present invention.

[0013] In view of the above, the problem is how to provide a messaging system that allows system users to apply for a desired special code, and the special code is displayed on the receiving end's mobile phone as the message sender, so that the message received by the user is not an unknown number but a short code that is unique to the user, which is a problem that needs to be solved in the industry. Summary of the Invention [Problem to be solved by the invention]

[0014] In order to solve the above-mentioned shortcomings of the prior art, the main objective of the present invention is to provide a messaging system, including a dedicated code application module, a message sending module, a reply receiving module, and a backend management module. The dedicated code application module is used by a system user to apply for a dedicated code and generate a management account. The message sending module is used by the system user to send a message to a recipient corresponding to the dedicated code. The reply receiving module is used to receive a reply message generated after the recipient receives the message. The backend management module is used by the system user to manage the message sent by the message sending module and the reply message received by the reply receiving module through the management account. [Means for solving the problem]

[0015] To achieve the above object, the dedicated code provided by the dedicated code application module included in the messaging system of the present invention is used to correspond to multiple carriers.

[0016] In order to achieve the above-mentioned objective, the dedicated code application module provided in the messaging system of the present invention has a telecommunications carrier linkage module and a dedicated code generation module, and the telecommunications carrier linkage module obtains dedicated code information by linking data with multiple telecommunications carriers, and the dedicated code generation module connects to the multiple telecommunications carriers using a dedicated code selected by the system user.

[0017] To achieve the above objective, the messaging system of the present invention includes a message transmission module that can transmit messages in real-time or in advance according to settings made by system users.

[0018] To achieve the above objective, the reply receiving module provided in the messaging system of the present invention is used to identify the sender of the reply message and perform channel classification and recording.

[0019] To achieve the above objectives, the messaging system of the present invention includes a back-end management module that provides a management interface, which is displayed in a form including, but not limited to, a form, a graph, a folder, and the like.

[0020] To achieve the above-mentioned objectives, the messaging system of the present invention further includes a database and a server. The database is used to store, manage and process a variety of information, including but not limited to system user and user data, message records, transaction records, etc. The server processes requests from system users, including message transmission and data query, etc.

[0021] In order to achieve the above object, the dedicated code generated by the dedicated code application module included in the messaging system of the present invention is a dedicated code that spans communication carriers, regions, and countries.

[0022] To achieve the above objective, the messaging system of the present invention includes a reply receiving module that can directly receive the reply messages of users, and identify and integrate the contents thereof.

[0023] To achieve the above object, the dedicated code application module of the messaging system of the present invention generates a dedicated code that has a high degree of identity through logical operations.

[0024] In order to achieve the above object, the dedicated code generated by the dedicated code application module included in the messaging system of the present invention is a unified dedicated code across communication carriers.

[0025] To achieve the above-mentioned objective, the reply receiving module of the messaging system of the present invention can identify the channel source of the message through the user's message information, including but not limited to the linkage identification of the carrier's message API and the international code.

[0026] To achieve the above objective, the reply receiving module included in the messaging system of the present invention can identify reply content in a message based on text conventions.

[0027] To achieve the above-mentioned objectives, the reply receiving module of the messaging system of the present invention has an error tolerance mechanism to identify language errors including but not limited to languages ​​such as Chinese, English, etc. by identifying parts including but not limited to spelling, vocabulary, grammar, etc.

[0028] To achieve the above-mentioned objective, the reply receiving module of the messaging system of the present invention can determine the user's general geographic location through the user's message information, and provide the user with the address of the nearest evacuation shelter and a guide route. The message information includes, but is not limited to, the linkage identification and international code of the communication carrier's message API.

[0029] To achieve the above-mentioned objective, the reply receiving module of the messaging system of the present invention can receive voting results from multiple different user numbers (mobile user numbers) and carry out multiple voting activities simultaneously. [Brief description of the drawings]

[0030] [Figure 1] 1 is a schematic diagram of a messaging system of the present invention; [Diagram 2] 2 is a flow chart of the messaging system of the present invention. [Diagram 3]FIG. 2 is a schematic diagram of the use of a reply receiving module provided in the messaging system of the present invention. [Figure 4] FIG. 2 is a schematic diagram of a graph provided by a back-end management module in the messaging system of the present invention to system users for observing user behavior. [Diagram 5] FIG. 2 is a schematic diagram of a back-end management module provided in the messaging system of the present invention for sending a message to a message or a user. [Figure 6] 1 is a schematic diagram for a back-end management module provided in the messaging system of the present invention for integrating the same number into one piece of user information. [Figure 7] FIG. 2 is a schematic diagram of a back-end management module provided in the messaging system of the present invention for suggesting corresponding keywords to system users; [Figure 8] 2 is a schematic diagram of a reply receiving module provided in the messaging system of the present invention for identifying and classifying reply contents within a single message of a user; DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0031] The present invention will be described in detail below in the form of an embodiment with accompanying drawings. The diagrams used in the text are shown for the purpose of illustrating and assisting in the description, and do not necessarily accurately show the actual ratio and arrangement of the present invention after it is implemented. Therefore, it is stated in advance that the ratio and arrangement of the attached diagrams should not limit the patent scope in the actual implementation of the present invention.

[0032] Please refer to Figures 1 and 2. The messaging system 100 of the present invention includes a dedicated code application module 200, a message sending module 300, a reply receiving module 400, and a backend management module 500. The dedicated code application module 200 is for a system user U to apply for a dedicated code and generate a management account. The message sending module 300 corresponds to a dedicated code and is used by the system user U to send a message to a transmission target R. The reply receiving module 400 is used to receive a reply message generated after the transmission target R receives a message. The backend management module 500 is for the system user U to manage the message sent by the message sending module 300 and the reply message received by the reply receiving module 400 through the management account.

[0033] The dedicated code provided by the dedicated code application module 200 included in the messaging system 100 of the present invention can be compatible with multiple telecommunications carriers. Specifically, the dedicated code application module 200 is a module that cooperates with multiple telecommunications carriers, identifies applicable dedicated codes, and provides application services. Through the above-mentioned method, the dedicated code application module 200 ensures that the dedicated code can be compatible with multiple telecommunications carriers, expands the service scope of the dedicated code, and can conceal the telecommunications carrier to which the dedicated code belongs, thereby maintaining privacy rights.

[0034] The dedicated code application module 200 includes a telecommunications carrier interaction module 210 and a dedicated code generation module 220. The dedicated code application module 200 applies for a dedicated code through the telecommunications carrier interaction module 210 and the dedicated code generation module 220.

[0035] The communication carrier cooperation module 210 cooperates with data of a plurality of communication carriers to obtain information on available dedicated codes and to grasp the number of communication carriers for each dedicated code (for example, a dedicated code of 12345 can include communication carriers A, B, and C, and a dedicated code of 67890 can include communication carriers A and C). Methods of cooperation between the communication carrier cooperation module 210 and the communication carriers include, but are not limited to, cooperation via a communication carrier API (Application Programming Interface) and integration of communication carrier databases, and the like, and can obtain information on available dedicated codes of communication carriers.

[0036] The dedicated code generation module 220 connects to the telecommunications carrier system using the dedicated code selected by the system user U, and purchases the dedicated code service for the system user U. The system user U thereby obtains the dedicated code, and at the same time generates a backend management account for the dedicated code of the system user U, which can be used through the login operation of the backend management module 500. The dedicated code application method between the dedicated code generation module 220 and the telecommunications carrier includes, but is not limited to, a method such as cooperation via the telecommunications carrier API and integration of the telecommunications carrier database, and can complete the service application process.

[0037] In this way, the system user U can obtain a dedicated code and a corresponding back-end administration account.

[0038] In the present invention, the messaging system 100 performs operations such as real-time message transmission and advance scheduling according to the settings of the system user U. The settings can be based on time, date, target, content, reply settings, etc., and can be targeted to a single user, multiple users, or a specific user profile (e.g., but not limited to, gender, age, region, country, occupation, etc.). The message sending module 300 cooperates with the reply receiving module 400 of the present invention, and after receiving reply information, can schedule the sending of a reply message according to the settings of the system user U.

[0039] Please also refer to FIG. 3. The reply receiving module 400 is a module that receives a reply message from a user, identifies the source of the message, and performs channel classification and recording. The reply receiving module 400 can receive the content of the reply message from the user and transfer it to the messaging system 100 to perform the corresponding operation or recording. For example, seat reservation and confirmation, voting, etc. can be performed. The messaging system 100 identifies the channel source of the message (e.g., identified by user number), the gender of the user (e.g., identified by the linkage of the message API of the carrier, language model, etc.), date and time (e.g., identified by timestamp), region (e.g., identified by international code), etc., including but not limited to the linkage identification by the message API of the carrier, natural language model, timestamp, international code, etc., through the message reply information of the user, and records the information in the database 600 and the server 700 described later.

[0040] The back-end management module 500 is a management module for the system user U to send messages, display reply reception, and process messages through the present invention. The back-end management module 500 has a management interface, the display method of which includes, but is not limited to, forms, graphs, and the like, and can also be displayed in a folder-like format.

[0041] The backend management module 500 includes the following technical features:

[0042] 1. Organize the message data of individual users simultaneously, and display the results of data statistics in the form of charts (statistical charts), numbers, etc., showing their relevance, providing the system user U with the effect of observing user behavior. A related embodiment is shown in Figure 4.

[0043] 2. Sending messages to individual or multiple messages or users, and including manual / automatic reply function after receiving reply messages (e.g., notification message of successful message reply). A related embodiment is shown in FIG.

[0044] 3. Through identification of duplicate numbers of users, the same numbers are integrated into one user information, and the information on all channels for the user is established as a single similar information, and an information profile is created. The present invention can also provide complete reply content using statistics of user reply content, or customization by users and preset templates. It can also integrate different channels and reply after identifying the user reply content and its volume. A related embodiment is shown in FIG. 6, but FIG. 6 only provides a rough reply strategy for the system user U.

[0045] 4. Suggest a draft of the keyword corresponding to the system user U through the keywords in the text design. The draft can be obtained through, but is not limited to, network search, AI, database, etc. A related embodiment is shown in FIG.

[0046] In addition to the above technical features, the backend management module 500 may further include functions and system technical features such as recharge, recharge record, subscription system, blacklist system, data editing, setting reply preset content, message and record backup, account data and export, message data and export, recharge record and export, etc., to provide a complete backend management service for the system user U. In addition, the backend management module 500 may allow the system user U to remotely invoke operations and perform system settings and operations through an API.

[0047] The messaging system 100 of the present invention further includes a database 600 and a server 700. The database 600 and the server 700 function as the operation core of the system of the present invention. The database 600 is used to store, manage, and process a large amount of information, including but not limited to system user U and user data, message records, and transaction records. The server 700 processes requests from the system user U, including but not limited to message transmission and data queries, and ensures smooth operation of the system. The database architecture is not limited to relational or NoSQL, and can be selected according to needs. The server 700 can be deployed locally or can use the cloud, and is not limited to this. The present invention also allows the necessary information and calculation processing to be processed and calculated locally through the processor and memory of the user's or user's device itself.

[0048] The messaging system 100 of the present invention has the following features and applications:

[0049] Feature 1: Dedicated code across carriers, regions and countries

[0050] The dedicated code application module 200 has a function of connecting multiple telecommunications carriers, and can apply for a dedicated code across telecommunications carriers, regions, and countries, and provide it to the system user U. Therefore, the dedicated code is not restricted by a single telecommunications carrier, nor is it restricted by region or country. As a technical feature for realizing this effect, data is linked with multiple telecommunications carriers through the telecommunications carrier linkage module 210 of the dedicated code application module 200, and information on available dedicated codes is obtained. When a user actually uses a dedicated code, the same dedicated code identifies the region in which the user's device is located (for example, the location of the telecommunications carrier is identified by the international code transmitted, the initial letters of the number, etc.), and a dedicated code service corresponding to the region is provided, thereby realizing a dedicated code between international telecommunications carriers.

[0051] Feature 2: Direct reply to messages and how to record the information

[0052] The reply receiving module 400 directly receives the reply contents of the message from the user, identifies them, integrates the reply contents of the same user, and displays the information on the back-end management system of the messaging system 100. This allows the user to send the reply contents directly on the message without needing additional links or operation steps in the message, such as transitions to external web pages, and the messaging system 100 also reliably receives the information of the reply contents, realizing the integration of the message and reply system.

[0053] Feature 3: Highly identifiable dedicated code

[0054] The dedicated code application module 200 can provide the system user U or the user with a dedicated code that is easy to remember and identify through logic calculations with a high degree of discrimination. This can promote the system user U's use of the system's services and at the same time increase the effectiveness of advertising and the exposure of marketing information. An example of logic calculation is to avoid long numbers and general phone numbers and select a short code to attract the user's attention and make it easier to remember.

[0055] Feature 4: Unified dedicated code

[0056] The dedicated code application module 200 integrates and applies for dedicated codes available from different telecommunications carriers, so that the dedicated code acquired by the system user U becomes a unified dedicated code across multiple telecommunications carriers. This allows the code to be recognized as a unified dedicated code even on devices of different telecommunications carriers used by different users or when displayed in different countries, thereby establishing the distinctiveness and brand image of the company.

[0057] Feature 5: Multi-channel identification

[0058] The reply receiving module 400 identifies the channel origin of the message through the user's message information (including but not limited to the federation identification by the carrier message API, the international code, etc.), and records the information in the database 600 and the server 700. At the same time, it integrates users with the same message information through the backend management module 500, and records the various channel information used by the user.

[0059] Feature 6: Identifying multiple replies to a single message

[0060] The reply receiving module 400 can identify and record the corresponding classification and problems of the reply, etc. for the content replied by the user in a single message based on text regulations (for example, separating the reply content with commas). As an example, for instance, if there are five questions asking for answers from the user and the user answers "1,3,4,5,3", five reply data can be identified and classified thereby. Related examples are shown in FIG. 8.

[0061] Feature 7: Reply error tolerance mechanism

[0062] The reply receiving module 400 is equipped with an error tolerance mechanism and can identify errors not limited to languages such as Chinese and English by identifying parts including but not limited to spelling, vocabulary, grammar, etc. For example, the system can use Roman characters to recognize Chinese. Even if the user enters a wrong spelling like "道得", the system can correctly identify the user's intention as "道徳" and proceed with the subsequent process. This mechanism is realized through the following technical detailed examples. Use a language model to learn the spelling, vocabulary, and grammar of languages not limited to these such as Chinese and English. An error checker detects identification errors including but not limited to spell check, vocabulary check, grammar check, etc. An error corrector can perform corrections not limited to these such as spelling substitution, vocabulary substitution, grammar repair, etc. and complete the correction work. Thereby, errors are avoided and it is ensured that the system can obtain accurate reply content.

[0063] Application 1: Evacuation application

[0064] The reply receiving module 400 can determine the approximate geographical location of the user through the user's message information (including but not limited to communication carrier message API linkage identification, international code, etc.) and provide the address of the nearest evacuation shelter and the guiding route.

[0065] Application 2: Voting application

[0066] The reply receiving module 400 receives voting results from multiple different user numbers (mobile user numbers), conducts multiple voting activities simultaneously, and records the voting results in the database 600 and the server 700. The back-end management module 500 can also be used to identify voting results from users with the same information profile and prevent duplicate voting.

[0067] In summary, the present invention is an innovative system for messaging services, the core feature of which is the dedicated code application module 200. The dedicated code application module 200 allows a system user U to establish a dedicated code, enabling him to send messages and receive replies across different carriers, which brings many advantages.

[0068] In detail, in traditional messaging services, when a message is sent, the recipient will see the sender's phone number. However, this method may reduce the effectiveness of the message in some cases. In particular, when a user receives a message from an unknown phone number, they may suspect that it is a spam message or a fraudulent activity, and as a result, they may ignore or delete the message, which may affect the effectiveness of the message.

[0069] In the present invention, this problem can be solved through the dedicated code application module 200. A system user U can apply for a desired dedicated code, and the dedicated code is displayed on the recipient's mobile phone as the sender of the message. In this way, the message the user receives is not an unknown number, but a familiar short code for the user, making it easier for the user to recognize the authenticity of the message, improving the message opening rate and reply rate.

[0070] Another noteworthy point is that the dedicated code of the present invention integrates the telecommunications carriers and links with the systems of all the telecommunications carriers to obtain the dedicated code used by each telecommunications carrier, so that the system user U and other users can send and receive using the same dedicated code even in different telecommunications networks. This means that the system user U is not limited to the coverage area of ​​a specific telecommunications carrier, and can use the dedicated code service more internationally and globally beyond borders.

[0071] These features allow system users U to use messaging services more flexibly, and they can be widely used not only for interpersonal communication but also for business marketing and promotion. For example, an international company can apply for a dedicated code that can be used globally, and system users U around the world can use the services provided by the company, such as global ordering services, voting surveys, and various other uses, simply by entering the same dedicated code.

[0072] The above examples are for explaining the technical ideas and features of the present invention, and the purpose is to enable those skilled in the art to understand the contents of the present invention and to practice the invention based on them. The scope of the patent of the present invention is not limited thereto, and equivalent changes or modifications based on the spirit of the disclosure of the present invention should also be included in the scope of the patent of the present invention. [Explanation of symbols]

[0073] 100: Messaging system 200: Dedicated code application module 210: Telecommunications carrier collaboration module 220: Dedicated code generation module 300: Message sending module 400: Reply receiving module 500: Backend administration module 600: Database 700:Server U: System User R: Target

Claims

1. a dedicated code application module for system users to apply for a dedicated code and generate an administrative account; a message sending module that corresponds to the dedicated code and enables the system user to send a message to a recipient; a reply receiving module for receiving a reply message generated after the target receives the message; A back-end management module for managing the messages sent by the message sending module and the reply messages received by the reply receiving module through the management account by the system user, The dedicated code provided by the dedicated code application module corresponds to a plurality of telecommunications carriers; the dedicated code application module has a telecommunications carrier linkage module and a dedicated code generation module, the telecommunications carrier linkage module links with data of the plurality of telecommunications carriers to obtain information on the dedicated code, and the dedicated code generation module connects to the plurality of telecommunications carriers using the dedicated code selected by the system user; The dedicated code application module is a module that connects multiple telecommunications carriers, identifies applicable dedicated codes, and provides application services. The dedicated code application module ensures that the dedicated code is compatible with multiple telecommunications carriers, expands the service scope of the dedicated code, and conceals the telecommunications carrier to which the dedicated code belongs, thereby maintaining privacy rights. The dedicated code application module completes the application for the dedicated code through the communication carrier cooperation module and the dedicated code generation module; The telecommunications carrier cooperation module cooperates with the data of the plurality of telecommunications carriers to obtain information on the dedicated code, and grasps the number of telecommunications carriers for each dedicated code. The method of connecting the telecommunications carrier cooperation module with the telecommunications carriers includes, but is not limited to, cooperation via a telecommunications carrier API, integration of a telecommunications carrier database, and the like, and obtains information on the dedicated codes available from the telecommunications carriers; the dedicated code generation module connects to the plurality of communication carriers using the dedicated code selected by the system user, and purchases a service of the dedicated code for the system user; The system user obtains a dedicated code by this, and at the same time, generates a backend management account for the dedicated code of the system user, and uses it through the login operation of the backend management module; A messaging system, characterized in that the method of applying for a dedicated code between the dedicated code generation module and the telecommunications carrier includes, but is not limited to, collaboration via the telecommunications carrier API and integration of the telecommunications carrier database, and the system user completes the service application process and obtains a dedicated code and a corresponding back-end management account.

2. 2. The messaging system of claim 1, wherein the message transmission module performs real-time transmission or pre-scheduling of messages according to settings made by the system users.

3. 2. The messaging system of claim 1, wherein the reply receiving module identifies a sender of the reply message and performs channel classification and recording.

4. 2. The messaging system of claim 1, wherein the backend administration module has an administration interface, the administration interface being displayed in a form including, but not limited to, a form, a graph, a folder, and the like.

5. The messaging system of claim 4, further comprising a database and a server, the database being used to store, manage and process a plurality of pieces of information, including but not limited to system user and user data, message records, transaction records, etc., and the server being used to process system user requests, including message transmissions and data queries, etc.

6. 2. The messaging system according to claim 1, wherein the dedicated code generated by the dedicated code application module is a dedicated code that spans communication carriers, regions, and countries.

7. The messaging system of claim 1 , wherein the reply receiving module directly receives, identifies and consolidates reply messages from users.

8. 2. The messaging system of claim 1, wherein the dedicated code generated by the dedicated code application module is a dedicated code that provides a high degree of identity through a logical operation.

9. 2. The messaging system according to claim 1, wherein the dedicated code generated by the dedicated code application module is a unified dedicated code across communication carriers.

10. The messaging system of claim 1, wherein the reply receiving module identifies the channel origin of the message through the user's message information, and the message information includes, but is not limited to, a linkage identification according to a carrier message API, an international code, etc.

11. 2. The messaging system of claim 1, wherein the reply receiving module identifies reply content within the message based on text conventions.

12. 2. The messaging system of claim 1, wherein the reply receiving module has an error tolerance mechanism to identify language errors including but not limited to languages ​​such as Chinese, English, etc., by identifying parts including but not limited to spelling, vocabulary, grammar, etc.

13. The messaging system of claim 1, wherein the reply receiving module determines a geographic location of a user through the user's message information, and provides the user with an address of a nearest evacuation shelter and a guide route, and the message information includes, but is not limited to, a linkage identification through a carrier message API, an international code, etc.

14. 2. The messaging system of claim 1, wherein the reply receiving module receives voting results from a plurality of different user numbers and simultaneously executes a plurality of voting activities.

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