TWM514066U - Instant messaging platform system - Google Patents

Description

Instant messaging platform system

The present invention relates to a network platform, and more particularly to an instant messaging platform system.

The Internet has become one of the important ways to transfer data between people. Modern people use e-mail to communicate and transmit data. When sending data to the other party, they still need to know the e-mail address of the recipient (e- Mail address) and other personally identifiable information. Although the existence of the address book has solved the trouble of inputting the recipient's data each time a letter is sent, it is a short time to search for the recipient among dozens or even hundreds of contacts.

In addition, early e-mail is also commonly used for the transmission of files. For example, if user A needs to transfer the file being browsed by computer to user B, the existing method is that user A must first have multiple files in the computer. Manually search for the location where you want to transfer the file in the file or folder. Next, open the email application and add a new email to find User B's email address and other identifying information in the address book. Finally, the file to be transferred is attached to the email and then transmitted.

All of the above steps must be manually operated by the user A, which is extremely inconvenient for the user A who is in the call. In particular, if the other party (user B) in the phone is not in user A's address book, user A has to enter the recipient's email address verbatim to transfer the file to the other party's email address. The process is extremely lengthy and inconvenient.

In addition, with the development of Internet communication, the distance between people is getting shorter and shorter. Just use the Internet, email, social network, or instant messaging software to start connecting with emotions. Some people want to avoid missing messages from friends, family or customers, or avoid them. If you are unable to reply to the message within the first time, you will choose to wait in front of the computer.

Therefore, how to retain the use efficiency of the e-mail, correct the inconvenience in use, and make the receiving end easily obtain the information transmitted by the transmitting end, which has become an urgent need of the technical staff.

In view of this, the purpose of the present invention is to provide an instant messaging platform system, which is suitable for a plurality of users to transmit at least one message information to each other by using a network, and each user has an identification code and includes a message integration end, The first message transceiver end, and a second message transceiver end.

The message integration end includes a server and a database connected to the server, the server has a message output module, and a message input module, the database has an identifier for storing the complex identification code a storage area and a message storage area connected to the identification code storage area. The first message transceiver includes at least one first message transceiver, and a first message platform disposed in the first message transceiver and connected to the server, the first message platform having one of the first message platforms The code is registered in the first login module of the server, a first message sending module connected to the message input module, and a first message display module connected to the message output module. The second message transceiver includes at least one second message transceiver, and a second message platform disposed in the second message transceiver and connected to the server, the second message platform having one of the second message platforms The code is logged into the second login module of the server, a second message sending module connected to the message input module, and a second message display module connected to the message output module.

Another technical means of the present invention is that the first message display module is one of a short message receiving and receiving interface, an email interface, and an instant chat interface, and the second message display module is a short message receiving and receiving interface and an electronic One of the mail interface and the instant chat interface.

A further technical means of the novel is the first of the above The message platform further has a first file capture module connected to the first message sending module, and the second message platform further has a second file capture module connected to the second message sending module.

Another technical means of the present invention is that the server has an identification code connection module, and the database further has an address book storage area connected to the identification code connection module.

Another technical means of the present invention is that the server has an identification code classification module, and the database further has a category storage area connected to the identification code connection module.

A further technical means of the present invention is that the server has a message authentication module connected to the first and second message transceivers, and the message authentication module authenticates the identifier and the message information.

Another technical means of the present invention is that the server has a one-line calendar module, and the database further has a calendar storage area connected to the calendar module.

Another technical means of the present invention is that the content of the information stored in the message storage area includes one of text, photo, video, audio, location, calendar, animation, and file, or a combination thereof.

A further technical means of the present invention is that the server has a device synchronization module connected to the message output module, and the device synchronization module registers the plurality of first and second message transceivers for the identifier. Make a record.

Another technical means of the present invention resides in the above-mentioned server, and the first and second messaging devices are for transmitting and receiving instantaneous data through the Internet, and have devices for processing digital information.

The beneficial effect of the new model is to design a communication platform including Chat, Messages, and Email, and execute it on various computers or mobile communication devices with various operating systems, and enhance the message authentication. To ensure the security of the communication, the file name of the message information is obtained by the first and second file retrieval units, and The name of the message information is used to determine the type of the application, and the corresponding application is loaded to open the message.

2‧‧‧Users

20‧‧‧Information

21‧‧‧ identification code

3‧‧‧Information integration end

31‧‧‧Server

311‧‧‧Message output module

312‧‧‧Message Input Module

313‧‧‧ID code connection module

314‧‧‧ID code classification module

315‧‧‧Information Authentication Module

316‧‧‧ calendar module

317‧‧‧Device Synchronization Module

32‧‧‧Database

321‧‧‧ID storage area

322‧‧‧Information storage area

323‧‧‧Address Book Storage Area

324‧‧‧Catalogue

325‧‧‧ calendar storage area

4‧‧‧First message transceiver

41‧‧‧First message transceiver

42‧‧‧First Message Platform

421‧‧‧First Login Module

422‧‧‧First Message Sending Module

423‧‧‧First message display module

424‧‧‧First File Capture Module

5‧‧‧Second message transceiver

51‧‧‧Secondary transceiver

52‧‧‧Second message platform

521‧‧‧Second Login Module

522‧‧‧Second message sending module

523‧‧‧Second message display module

524‧‧‧Second file capture module

1 is a schematic diagram showing a preferred embodiment of the present instant messaging platform system; FIG. 2 is a schematic diagram showing the state in which the device is connected to the plurality of first messaging devices by a device synchronization module. FIG. 3 is a schematic diagram showing a first message platform transmitting a message information to a second message platform in the preferred embodiment; and FIG. 4 is a schematic diagram showing a second message platform transmitting a preferred embodiment. Message information to a first message platform.

The detailed description of the preferred embodiments of the present invention will be apparent from the detailed description of the preferred embodiments.

Referring to FIG. 1 and FIG. 2, a preferred embodiment of the instant messaging platform system is applicable to a plurality of users 2 transmitting at least one message information 20 to each other by using a network, and each user 2 has an identification code 21 and includes A message integration terminal 3, a first message transceiver terminal 4, and a second message transceiver terminal 5.

The message integration terminal 3 includes a server 31 and a database 32 connected to the server 31. The server 31 has a message output module 311 and a message input module 312. The database 32 has an identification code storage area 321 for storing the complex identification code 21, and a message storage area 322 connected to the identification code storage area 321.

The first message receiving and receiving terminal 4 includes at least one first message transmitting and receiving device 41, and a first message platform 42 disposed in the first message transmitting and receiving device 41 and connected to the server 31. The first message platform 42 has a first login mode for logging in to the server 31 with one of the identification codes 21. The group 421, the first message sending module 422 connected to the message input module 312, and the first message display module 423 connected to the message output module 311.

The second message receiving and receiving terminal 5 includes at least one second message transmitting and receiving device 51, and a second message platform 52 disposed in the second message receiving and receiving device 51 and connected to the server 31. The second message platform 52 has a second login module 521 for logging in to the server 31 with one of the identification codes 21, a second message sending module 522 connected to the message input module 312, and the like. The second message display module 523 is connected to the message output module 311.

The server 31 and the first and second messaging devices 41 and 51 are for transmitting and receiving instantaneous data through the Internet, and have devices for processing digital information. The server 31 can provide digital services to the outside through the network, and the first and second messaging devices 41 and 51 are connected to the server 31 to obtain the digital information service of the server 31.

The database 32 can be internal to the server 31, or can be a database 32 module, or can be connected to the server 31 via an internet connection. Preferably, the server 31 is connected to the server 31. The database 32 is accessed by a structured query language (SQL).

The first and second message transmitting and receiving devices 41 and 51 can use a personal computer, a mobile phone or a tablet, etc., and can be connected to the server 31 in the Internet. The first and second message transmitting and receiving devices 41 and 51 have a plurality of installable plurals. The operating system of the service program, the first and second message platforms 42, 52 are one of the plurality of service programs.

The message output module 311 of the server 31 is configured to output the message information 20 in the message storage area 322 of the database 32 to the first message display module 423 of the first message platform 42 and the second message. The second message display module 523 of the platform 52; the message input module 312 of the server 31 sends the first message sending module 422 of the first message platform 42 and the second message of the second message platform 52. Module 522 The sent message information 20 is stored in the message storage area 322 of the database 32. The storage and reading of the database 32 are not arbitrarily readable and writable according to the connected identification code 21.

The first and second login modules 421 and 521 of the first and second message platforms 42 and 52 provide the user 2 to log in to the server 31 by using the unique identification code 21; the first and second message platforms 42 and 52 The first and second message sending modules 422 and 522 provide the user 2 with a message information 20 and store it in the message storage area 322. The first and second message platforms 42 and 52 first and second message display modules 423 The 523 receives the message information 20 in the message storage area 322 and displays it on the display screens of the first and second message transmitting and receiving devices 41 and 51.

For example, when a first user wants to use the message delivery service of the instant messaging platform system, the first user first logs the first identification code specific to the first user to the first message platform 42. The first login module 421 of the first message platform 42 is connected to the server 31, and the server 31 confirms whether the first identifier has the right to log in, compared to the identifier storage area 321.

After the first user completes the login step, the second identifier of the second user may be selected in the first message platform 42 and sent to the server 31. The server 31 uses the first identifier and the first identifier. The second identification code searches whether the message storage area 322 has a related storage area. If there is a message storage area 322 that searches for the first and second identification codes, it is used. If not, a new message storage area 322 is used.

The first user transmits the message information 20 to the server 31 via the first message sending module 422 and stores it in the corresponding message storage area 322 for storage. The first user may also select the plurality of message information 20 to store in the message storage area 322.

When the server 31 stores the message information 20 of the first identification code in the message storage area 322 corresponding to the first and second identification codes, the server 31 searches whether the second identification code utilizes the second identifier. message The platform 52 logs in to the server 31. When the server 31 searches for the second identifier to log in to the server 31, the server 31 actively uses the message output module 311 to store the message storage area 322 corresponding to the first and second identifiers. The message information 20 is transmitted to the second message display module 523 of the second message platform 52 and displayed on the display screen of the second message transceiver 51.

Here, the novel creator should emphasize that the instant messaging platform system of the present invention is built under the digital information architecture of the traditional email, the identification code 21 is the email address of the user 2, and the message information 20 is For the content or attachment of the email.

The first information display module 423 is one of a short message receiving and receiving interface, an email interface, and an instant chat interface, and the second message display module 523 is a short message receiving and receiving interface and an email interface. And one of the instant chat interfaces. The SMS interface, email interface, and instant chat interface are written by the program.

Referring to FIG. 3 and FIG. 4, for the implementation of the preferred embodiment, the first information transceiver device 41 is a desktop computer, and the first message display module 423 of the first message platform 42 is an email (e- Mail) display screen, the second message transmitting and receiving device 51 is a mobile communication device, and the second message display module 523 of the second message platform 52 is a chat display screen, when the first message sending module 422 utilizes When the message information 20 is sent to the second message platform 52 by the server 31, the second message display module 523 of the second message platform 52 can chat. The display mode displays the message information 20.

The second message platform 52 can directly reply to the message information 20 by using a chat display mode. The server 31 can store the message information 20 in the message storage area 322 and transmit the message information to the first message platform 42. The first message display module 423 of the first message platform 42 can display the message information 20 in an e-mail display manner. In actual implementation, the user 2 can select the first, according to his own usage habits. The display mode of the two message display modules 423 and 523 should not be limited thereto.

The first message platform 42 further has a first file capture module 424 connected to the first message sending module 422. The second message platform 52 further has a second connection with the second message sending module 522. File capture module 524. The content of the message information 20 stored in the message storage area 322 includes one of a text, a photo, a video, an audio, a location, a calendar, an animation, and a file, or a combination thereof.

The technical means of the first and second file capture modules 424 and 524 is to obtain the process ID 21 (Process ID) displayed in the uppermost window through the window application interface (API), and obtain the selected by the user 2 The message information 20 of the topmost window is used to determine the application type to which the topmost window belongs according to the message information 20 and load the corresponding application interface.

For example, if the top-level window belongs to a Microsoft Office application including Word, Excel, PowerPoint, etc. according to the message information 20, the first and second file capture modules 424 and 524 are loaded into the window application interface. If the uppermost window belongs to the Adobe reader application according to the message information 20, the first and second file capturing modules 424 and 524 are correspondingly loaded into the Adobe application interface. Then, the first and second file capture modules 424 and 524 obtain the source end position of the file corresponding to the uppermost window (that is, the storage location of the message information 20) according to the corresponding application interface.

Next, the first and second file capturing modules 424 and 524 transmit the files corresponding to the one or more executing windows to the application and the Internet through the received identification code 21 (contact information). The server 31. In the preferred embodiment, the first and second message display modules 423 and 523 are email (e-mail) applications. The file processing module will automatically open the email application and retrieve the email address (identification code 21) to create a new email as the recipient's address. Then add the searched file to the attached file of the new mail.

The server 31 further has an identification code connection module 313, and the database 32 further has an address book storage area 323 connected to the identification code connection module 313. The user 2 can use the identification code connection module 313 to establish his own address book, and store the other identification code 21 of the user 2 with the user 2 in the address book storage area 323, so that the user 2 wants to target other users. When the message is transmitted, the identifier connection module 313 can be used to search for the identification code 21 of the other user 2 in the address book storage area 323, and it is no longer necessary to find or fill in the identification code 21 of other users 2 to cause trouble. .

The server 31 further has an identification code classification module 314, and the database 32 further has a category storage area 324 connected to the identification code connection module 313. The user 2 can use the identification code classification module 314 to group the complex identification code 21 and store it in the category storage area 324. The user 2 can use the identification code classification module 314 to the plurality of users 2 At the same time, the message information 20 is sent to prevent the single message information 20 from repeatedly performing the issuing action for the plural user 2, which is a waste of time.

It should be noted that the identification code classification module 314 of the present invention can establish the group relationship of the identification code 21, so that the original user 2 exchanges the message with the first and second message transceivers 4 and 5. The information 20 can be expanded to more transceivers. The identifier classification module 314 of the server 31 can enable the identification code 21 in the group to enter the group conversation, and does not limit the use of the two users 2 to each other. The instant messaging platform system exchanges the message information 20.

The server 31 further has a message authentication module 315 connected to the first and second message transceivers 4, 5, and the message authentication module 315 authenticates the identifier 21 and the message information 20. The message authentication module 315 authenticates the digital information entering and leaving the server 31 to prevent malicious files or files from jeopardizing the server 31.

The server 31 further has a row calendar module 316, and the database 32 further has a calendar storage area connected to the calendar module 316. 325. The calendar module 316 provides the user 2 with the exclusive identification code 21 for editing the calendar, and stores it in the calendar storage area 325. When the user 2 logs in to the server 31 by using the identification code 21, The calendar module 316 actively searches for the digital information of the calendar storage area 325, and uploads the user 2 calendar to the first and second message platforms 42 and 52 used by the user 2 to remind The user 2 performs the action of the plan.

The server 31 further has a device synchronization module 317 connected to the message output module 311. The device synchronization module 317 records the plurality of first and second message transmitting and receiving devices 41 and 51 that are registered by the identification code 21.

The instant messaging platform system allows the user 2 to simultaneously log in to the server 31 by using the first and second message platforms 42 and 52 of the plurality of first and second messaging devices 41, 51, and the device synchronization module of the server 31 The 317 can record, by the user 2, the first and second message platforms 42 and 52 with the identifier 21 at the same time to log in to the server 31, and when the message output module 311 pre-registers the message storage area 322 When the message information 20 is uploaded, the device synchronization module 317 can upload the message information 20 to the plurality of first and second message platforms 42 and 52 through the message output module 311, and the first and second message display modules. 423, 523 are displayed externally.

It is worth mentioning that when the message input module 312 of the server 31 stores the new message information 20 in the message storage area 322, the message output module 311 simultaneously pairs the message information 20 of the message storage area 322. The first and second message platforms 42 and 52 are sent so that the first and second message receiving and receiving ends 4 and 5 can receive the message information 20 of the message storage area 322, if the first and second message platforms 42 and 52 are When a party does not log in to the server 31 by using the identifier 21, the message output module 311 records and waits for the identifier 21 to log in to the server 31, and notifies the user 2 of the message information 20 of the message storage area 322. .

As can be seen from the above description, the novel instant messaging platform system It does have the following advantages:

First, notify the user immediately

When the user 2 logs in to the server 31 by using the identifier 21, the message output module 311 uploads the message information 20 that has not been viewed by the user 2, so that the user 2 immediately knows the content of the message.

Second, free choice display interface

The first message display module 423 is one of a short message transceiving program, an e-mail program, and an instant chat program. The user 2 can select the display interface of the message information 20 according to his own usage habits.

Third, automatically choose to open the program

The technical means of the first and second file capture modules 424 and 524 is to obtain the process ID 21 (Process ID) displayed in the uppermost window through the window application interface (API), and obtain the selected by the user 2 The message information 20 of the topmost window is used to determine the type of the application to which the topmost window belongs according to the message information 20 and load the corresponding application interface, so that the user 2 does not need to find the information information 20 to open. application.

In summary, the server 31 of the present instant messaging platform system can establish a network connection relationship between the first and second message transceivers 4 and 5 by using the Internet, so that the plurality of users 2 can utilize the first, The first and second message platforms 42 and 52 of the two transceivers 41 and 51 transmit message information 20 to each other. The message output module 311 can send the message information 20 to the identifier 21 of the server 31 for use. The device 2 can immediately obtain the unreviewed message information 20. The device synchronization module 317 can establish a group relationship so that three or more users 2 can exchange the message information 20 with each other. The first and second file capturing modules 424 524 can get the news The file location of the information 20 can be selected according to the file type of the message information 20, so that the purpose of the present invention can be achieved.

However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent.

2‧‧‧Users

20‧‧‧Information

21‧‧‧ identification code

3‧‧‧Information integration end

31‧‧‧Server

311‧‧‧Message output module

312‧‧‧Message Input Module

313‧‧‧ID code connection module

314‧‧‧ID code classification module

315‧‧‧Information Authentication Module

316‧‧‧ calendar module

317‧‧‧Device Synchronization Module

32‧‧‧Database

321‧‧‧ID storage area

322‧‧‧Information storage area

323‧‧‧Address Book Storage Area

324‧‧‧Catalogue

325‧‧‧ calendar storage area

4‧‧‧First message transceiver

41‧‧‧First message transceiver

42‧‧‧First Message Platform

421‧‧‧First Login Module

422‧‧‧First Message Sending Module

423‧‧‧First message display module

424‧‧‧First File Capture Module

5‧‧‧Second message transceiver

51‧‧‧Secondary transceiver

52‧‧‧Second message platform

521‧‧‧Second Login Module

522‧‧‧Second message sending module

523‧‧‧Second message display module

524‧‧‧Second file capture module

Claims (10)

An instant message platform system, which is suitable for a plurality of users to transmit at least one message information to each other by using a network, and each user has an identification code, and includes: a message integration end, including a server, and a server a connected database, the server having a message output module and a message input module, the database having an identification code storage area for storing the plurality of identification codes, and a message storage connected to the identification code storage area a first message receiving and receiving end, comprising at least one first transceiver device, and a first message platform disposed in the first message transceiver device and connected to the server, the first message platform having a a first login module of the server, a first message sending module connected to the message input module, and a first message display module connected to the message output module; and a The second message receiving and receiving end includes at least one second message transmitting and receiving device, and a second message platform disposed in the second message receiving and receiving device and connected to the server, the second message The platform has a second login module for logging into the server with one of the identification codes, a second message sending module connected to the message input module, and a second message display connected to the message output module. Module. According to the instant messaging platform system of claim 1, wherein the first message display module is one of a short message receiving interface, an email interface, and an instant chat interface, and the second message display mode The group is one of a messaging interface, an email interface, and an instant messaging interface. According to the instant messaging platform system of claim 2, the first message platform further has a first file capture module connected to the first message sending module, and the second message platform has a a second file capture module connected to the second message sending module. The instant messaging platform system of claim 3, wherein the server further has an identification code connection module, and the database further has an address book storage area connected to the identification code connection module. The instant messaging platform system of claim 4, wherein the server further has an identification code classification module, and the database further has a category storage area connected to the identification code connection module. According to the instant messaging platform system of claim 5, the server further has a message authentication module connected to the first and second message transceivers, and the message authentication module is configured for the identifier and the identifier Message information certification. The instant messaging platform system of claim 6, wherein the server further has a calendar module, and the database further has a calendar storage area connected to the calendar module. According to the instant messaging platform system described in claim 7, wherein the information stored in the message storage area includes text, photos, videos, audio, location, calendar, animation, and files. One or a combination thereof. According to the instant messaging platform system of claim 8, wherein the server further has a device synchronization module connected to the message output module, and the device synchronization module logs in to the plurality of the identification code. The first and second message transceivers record. According to the instant messaging platform system of claim 9, wherein the server and the first and second messaging devices transmit and receive instantaneous data through the Internet, and have digital information processing information. device.