WO2008049349A1 - Système de messagerie universelle et procédé d'interaction avec le terminal de messagerie spéciale - Google Patents

Système de messagerie universelle et procédé d'interaction avec le terminal de messagerie spéciale Download PDF

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Publication number
WO2008049349A1
WO2008049349A1 PCT/CN2007/070312 CN2007070312W WO2008049349A1 WO 2008049349 A1 WO2008049349 A1 WO 2008049349A1 CN 2007070312 W CN2007070312 W CN 2007070312W WO 2008049349 A1 WO2008049349 A1 WO 2008049349A1
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WIPO (PCT)
Prior art keywords
message
dedicated
universal
terminal
address
Prior art date
Application number
PCT/CN2007/070312
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English (en)
Chinese (zh)
Inventor
Rui Wang
Original Assignee
Huawei Technologies Co., Ltd.
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Huawei Technologies Co., Ltd. filed Critical Huawei Technologies Co., Ltd.
Publication of WO2008049349A1 publication Critical patent/WO2008049349A1/fr

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/06—Message adaptation to terminal or network requirements
    • H04L51/066—Format adaptation, e.g. format conversion or compression

Definitions

  • the present invention relates to a message system and a method for interacting with a message terminal, and more particularly to a general message system and a method for interacting with a dedicated message terminal, and belongs to the technical field of communication.
  • SMS Short Message
  • MMS mobile multimedia subsystem
  • IM instant messaging
  • These messaging systems include servers and clients that enable communication between users in a message format with no necessary connections between messaging systems.
  • the communication between users and other people has become complicated, and the ease of use has decreased.
  • Different message systems use different message editing methods, and different address books need to be maintained, which brings inconvenience to users.
  • the universal message system platform emerges as the times require. It can manage the user's message communication in a unified manner. The user only needs to maintain an address book and use a message editing and reading interface to make the user more convenient. Use message communication.
  • a general message system includes a universal message terminal and a universal message system server on the network side.
  • the universal message terminal is a device that can access an IP network, and can be a wireless mobile device.
  • a terminal (such as a mobile phone) can also be a fixed terminal (such as a PC).
  • the universal message terminal has an interconnected universal message system client and a dedicated message system client.
  • the network connecting the universal messaging terminal to the universal messaging system server is an IP-based network.
  • a common message terminal and a general message system server can be separated by a plurality of intermediate networks, such as a wireless mobile network, an intranet, and/or a home network.
  • the universal message client includes the following six parts: a message display unit, a first message processing unit, a first outbound communication unit, a message content acquisition unit, a first message delivery unit, and an address book unit.
  • the message display unit is responsible for displaying the media information of the text, image, sound, video, etc. User.
  • the first outbound communication unit is responsible for external communication of the general message client, such as receiving a general message from the universal message server, transmitting the processed general message to the general message server, or performing signaling interaction with the general message server.
  • the message content obtaining unit obtains the content and the destination address that the user desires to send the message through the terminal operating system.
  • the first message delivery unit is responsible for interacting with the dedicated messaging system client.
  • the first message processing unit is responsible for the processing of the general message, the conversion between the dedicated message and the general message; and is responsible for the conversion, provision of the message address, preservation of the history message, and the like.
  • the address book unit records the user names of all of the user's contacts, as well as the addresses of those contacts.
  • the universal message server includes the following five parts: a second outbound communication unit, a second message delivery unit, a second message processing unit, a message conversion unit, and a user information processing unit.
  • the second external communication unit is responsible for communication between the universal message server and the general message client, such as receiving a general message from the general message client, sending the processed general message to the general message client, or performing a communication with the general message client. Signaling interaction.
  • the second message delivery unit is responsible for interacting with the dedicated message system server.
  • the second message processing unit is responsible for the conversion between the dedicated message and the general message for the processing of the general message.
  • the message conversion unit is responsible for the conversion between message formats, and is responsible for the conversion of message addresses and the like.
  • the user information processing unit records the subscription information of the user, and the personal message private message system client such as the user name, address, address book, and the dedicated message system server of these users are dedicated message service entities, such as a short message (SMS) client and a short message server. , or instant messaging client and instant messaging server.
  • SMS short message
  • instant messaging client and instant messaging server are dedicated message service entities, such as a short message (SMS) client and a short message server.
  • the generic message itself is also a message whose message content is a dedicated message, which is obtained by adding a generic message encapsulation to the dedicated message.
  • the universal message system client transmits the content of the message and the address of the recipient and the sender to the dedicated message system client, and a dedicated message system client generates a dedicated message, which is then used by the general message system client. After the message is encapsulated with the general message, the generation of the general message is completed.
  • the general message system client When the general message system client receives a general message, it removes the general message encapsulation, and then sends the encapsulated private message to the dedicated message system client for parsing.
  • the dedicated message system client returns the message content and the sender address. To the general messaging system client, displayed to the user by the universal messaging system client.
  • the universal message terminal completes communication with each other through a general message system server.
  • the general message system server receives the general message, it has two ways to process this message before forwarding the message. Message. First, after receiving the message, the processing is completed and directly forwarded to the receiving end. Second, after receiving the message, it is sent to the dedicated message system server through the message delivery unit, and the dedicated message system server completes the processing of the dedicated message and then returns to the general message system server, and the general message system server sends the message to the receiving end. .
  • the second method differs from the first method primarily in the steps of having the dedicated messaging system server participate in message processing. If the dedicated message does not require the processing of its server, the first type of transmission can be used.
  • the universal messaging system platform requires the terminal to support the platform, it cannot be applied to a dedicated messaging terminal that does not support the universal messaging platform (e.g., a dedicated messaging terminal that only supports short message communication). If the user of a general message system wishes to communicate with the dedicated message terminal, it is necessary to solve the problem of interaction between the general message system and the dedicated message terminal, and the prior art has not provided a technical solution to solve the problem.
  • An embodiment of the present invention provides a method for a universal message system to interact with a dedicated message terminal, and a general message system, a universal message terminal, and a general message system server based on the method, which enable a universal message terminal to perform message interaction with a dedicated message terminal. It does not require changes to the dedicated messaging terminal or the dedicated messaging system server, and is easy to implement.
  • Embodiments of the present invention provide a method for a universal message system to interact with a dedicated message terminal, including:
  • the universal message system generates and sends a message, the sender address of the message including a dedicated message communication address and a user identity, wherein the dedicated message communication address is an address of the universal message system in a dedicated message system corresponding to the type of the message, the user Identifies the identity of the universal message terminal in the general message system;
  • the dedicated messaging system server of the dedicated messaging system sends the message to a dedicated messaging terminal.
  • the embodiment of the present invention further provides a general message system, including a general message terminal and a general message system server, where the universal message terminal includes a general message system client and a dedicated message system client, and the universal message system client includes a message processing unit, the universal message system server includes a second message processing unit, wherein the universal message system server further includes a user identifier allocation unit, configured to allocate and save a corresponding user identifier for the logged-in universal message terminal; Use The user identifier is notified by the second message processing unit to the universal message terminal; the universal message system client further includes an address processing unit, configured to receive and save from the first message processing unit the location of the universal message terminal in the universal message system Determining a user identifier, determining an address of a message generated by the universal message terminal, and returning to the first message processing unit; the sender address of the message includes a dedicated message communication address and a user identifier, wherein the dedicated message communication address is a universal The address of the messaging system in the dedicated messaging system corresponding to the type
  • the invention also provides a universal message terminal, comprising a universal message system client and a dedicated message system client, the universal message system client comprising a first message processing unit, the universal message system client further comprising an address processing unit And connecting to the first message processing unit, configured to determine an address of a message generated by the universal message terminal, and returning to the first message processing unit; the sender address of the message includes a dedicated message communication address and a user The identifier, wherein the dedicated message communication address is an address of the universal message system in a dedicated message system corresponding to the type of the message, and the user identifier is an identifier of the universal message terminal in the universal message system.
  • the present invention also provides a general message system server, comprising a second message processing unit, the universal message system server further comprising a user identity allocation unit, connected to the second message processing unit, for allocating and saving the identity of the terminal , including allocating and saving the corresponding user ID for the logged-in universal message terminal.
  • the embodiment of the present invention forms a sender address of a sending message by using a dedicated message communication address of the universal message system and a user identifier assigned to the universal message terminal, so that the dedicated message system server can distinguish the universal message terminal, thereby effectively implementing the universal message terminal and
  • the interaction of the dedicated messaging terminal and the need to make additional changes to the dedicated messaging system server is easy to implement.
  • FIG. 1 is a schematic diagram of a general message system in the prior art
  • Embodiment 1 of a general message system according to the present invention
  • Embodiment 2 of a general message system according to the present invention
  • Embodiment 1 of a universal message terminal according to the present invention is a schematic diagram of Embodiment 1 of a universal message terminal according to the present invention.
  • FIG. 5 is a schematic diagram of Embodiment 2 of a universal message terminal according to the present invention.
  • Embodiment 1 of a general message system server according to the present invention
  • FIG. 9 is a flowchart of Embodiment 3 of a method for interacting a universal message system and a dedicated message terminal according to the present invention;
  • FIG. 11 is a flowchart of Embodiment 5 of a method for interacting with a general message system and a dedicated message terminal according to the present invention;
  • FIG. 12 is a flowchart of a method for interacting with a message system and a dedicated message terminal according to the present invention;
  • FIG. 13 is a flowchart of Embodiment 7 of a method for interacting with a general message system and a dedicated message terminal according to the present invention
  • FIG. 14 is a schematic diagram of Embodiment 7 of a method for interacting a universal message system and a dedicated message terminal according to the present invention
  • FIG. 16 is a flowchart of Embodiment 9 of a method for interacting with a general message system and a dedicated message terminal according to the present invention
  • FIG. 17 is a flowchart of a general message system and a dedicated message terminal according to the present invention
  • FIG. 18 is a general message system and a specialization of the present invention
  • the embodiment of the present invention adds an address processing unit to the general message client of the universal message system shown in FIG. 1 for determining the address of the message generated by the universal message terminal, and returns it to the first message processing unit;
  • the sender address of the message generated by the message terminal includes a dedicated message communication address and a user identifier, so that when the dedicated message terminal returns a message, the dedicated message system server can send the message to the corresponding universal message system server according to the dedicated message communication address, The message system server can send a message to the corresponding universal message terminal according to the user identifier.
  • Embodiment 1 of a general message system is a schematic diagram of Embodiment 1 of a general message system according to the present invention, a general message system including a universal message terminal and a universal message system server connected to the universal message terminal, the universal message terminal including a universal message system client And a dedicated message system client, the universal message system client includes a first message processing unit, wherein the universal message system client further includes an address processing unit, configured to determine an address of a message generated by the universal message terminal, and Returning to the first message processing unit; the sender address of the message includes a dedicated message communication address and a user identification.
  • the user identifier of the universal message terminal is usually allocated by the universal message system server. After the first external communication unit receives the message that the universal message system server carries the user identifier, the first message processing unit parses the user identifier and outputs the address to the address processing. unit.
  • the dedicated message communication address represents the address of the general message system in the dedicated message system.
  • the recipient address of the message when the recipient address of the message includes a dedicated message communication address corresponding to the dedicated message system of the general message system, the recipient of the message is considered to be a universal message terminal, and the message is sent to the message.
  • a dedicated messaging address can be used as a prefix or suffix, along with the terminal number or user ID as the sender or recipient address, or as part of the sender or recipient address.
  • the user identifier is an identifier of a general message terminal in the general message system, and has a corresponding relationship with the universal message terminal.
  • the address processing unit may further include a dedicated address translation module, coupled to the first message processing unit, configured to obtain a dedicated message communication address according to a type of the dedicated message query private address table, and return to the first message processing unit .
  • a dedicated address translation module coupled to the first message processing unit, configured to obtain a dedicated message communication address according to a type of the dedicated message query private address table, and return to the first message processing unit .
  • the private address translation unit may further include a dedicated address table sub-module for storing a private address table for recording a dedicated message communication address corresponding to the type of the dedicated message.
  • the universal messaging system client can obtain this information from the universal messaging system server via a registered response message or from the application settings provided by the service provider.
  • Table 1 Example table of private address table
  • FIG. 3 is a schematic diagram of Embodiment 2 of the general message system of the present invention.
  • the difference from Embodiment 1 is:
  • the universal message system server further includes a user identity allocation unit, and is connected to the second message processing unit, and configured to allocate and save the identifier of the terminal. , including assigning and saving a unique user ID for the logged in user, which typically refers to the general messaging system server that logs into the general messaging system.
  • the assigned user identifier is notified by the second message processing unit to the corresponding universal message terminal via the second outbound communication unit.
  • the method for the universal message system to interact with the dedicated message terminal in the embodiment of the present invention is: general message end
  • the terminal obtains the corresponding sender address and the recipient address according to the message content and the recipient information input by the user, and forms a first dedicated message and sends it to the corresponding dedicated message terminal.
  • the universal message terminal sends a message to the dedicated message terminal
  • the unique message identifier allocated by the universal message system server for the universal message terminal and the dedicated message communication address obtained by the private address translation unit according to the type of the dedicated message constitute the transmission of the sent message.
  • the dedicated message system server can send the message to the corresponding universal message system server according to the dedicated message communication address, and the universal message system server can send the message to the corresponding general message according to the user identifier. terminal.
  • the dedicated messaging system server does not need to make additional changes, just do normal messaging, and select the corresponding general messaging system or dedicated messaging system by the destination address of the message.
  • the embodiment of the present invention further provides a universal message terminal, including a general message system client and a dedicated message system client, where the universal message system client includes a first message processing unit, and the universal message system client further includes an address. And a processing unit, configured to be connected to the first message processing unit, configured to determine an address of the message generated by the universal message terminal, and returned to the first message processing unit.
  • a universal message terminal includes a general message system client and a dedicated message system client, and the universal message system client includes a first message processing unit,
  • the universal message system client further includes an address processing unit, coupled to the first message processing unit, configured to determine an address of the message generated by the universal message terminal, and return to the first message processing unit, the sending of the message
  • the person address includes a dedicated message communication address and a user identifier;
  • the address processing unit includes a private address translation module, and is connected to the first message processing unit, for querying the private address table according to the type of the dedicated message to obtain a dedicated message communication address, and Returned to the first message processing unit.
  • the universal message terminal can generate a dedicated message, which is sent by the dedicated message system client to the dedicated message system server; or can generate a general message, which is sent by the universal message system client to the general message system server; and can also generate the dedicated message payload plus the general message
  • the encapsulated message is sent by the general message system client to the general message system server.
  • the address processing unit can also determine the recipient address of the generated message.
  • the recipient address may include a dedicated message communication address and a dedicated terminal temporary identifier, wherein the dedicated terminal is temporarily identified as a dedicated message terminal interacting with the present general message terminal in the general message system.
  • the time identifier corresponds to the address of the dedicated message terminal and the type of the message it supports; for example, the recipient address may include a dedicated message communication address and a group address; wherein the group address corresponds to the group in the general message system The address of each member of the group and the supported message types.
  • FIG. 5 is a schematic diagram of Embodiment 2 of a universal message terminal according to the present invention.
  • the difference from Embodiment 1 of the universal message terminal of the present invention is as follows:
  • the dedicated address translation module further includes a dedicated address table sub-module for saving records and dedicated A private address table of the private message communication address corresponding to the type of message.
  • Embodiment 1 of a general message system server is a schematic diagram of Embodiment 1 of a general message system server according to the present invention, a general message system server, including a second message processing unit, the universal message system server including a user identity allocation unit, and the second message processing unit Connection, used to assign and save the identity of the terminal, including assigning and saving a unique user ID for the logged in user.
  • the user identity allocation unit may also allocate and save a dedicated terminal temporary identifier corresponding to the dedicated message terminal that interacts with the universal message terminal; or allocate and save the group address for the interacting terminal, the group address corresponding to the common message system
  • the group member may include a general message terminal or a dedicated message terminal.
  • FIG. 7 is a flowchart of Embodiment 1 of a method for interacting with a dedicated message terminal according to the present invention, including the following steps:
  • step 1 the message content and the recipient address input by the user are generated first.
  • step 2 the universal message terminal adds the dedicated message communication address to the user identifier assigned by the general message system server to constitute the first dedicated message The sender address;
  • step 3 the universal message terminal sends the first dedicated message to the dedicated message terminal.
  • FIG. 8 is a flowchart of Embodiment 2 of the method for interacting with a dedicated message terminal according to the present invention.
  • the Step 1 specifically includes the following steps: In Step 10, the first message processing unit will The type of the dedicated message is sent to the private address translation module; then in step 11, the private address translation module retrieves the private message communication address from the type query private address table of the dedicated message and returns it to the first message processing unit.
  • FIG. 9 is a flowchart of Embodiment 3 of a method for interacting with a dedicated message terminal according to the present invention.
  • step 10 is further included before step 10, that is, the universal message system server logs in at the universal message terminal. After successful, it is assigned and saved a unique user ID and sent to the registered general message terminal.
  • FIG. 10 is a flowchart of Embodiment 4 of the method for interacting with a dedicated message terminal according to the present invention.
  • Step 3 specifically includes the following steps:
  • the universal message terminal will The payload of the first dedicated message plus the general message encapsulation constitutes the first general message and sent to the general message system server;
  • the universal message system server parses the first general message to obtain the first message a payload of a dedicated message, and a dedicated message encapsulation constituting the first dedicated message, sent to the dedicated message system server; and then in step 3c, the dedicated message system server according to the recipient address A dedicated message is sent to the corresponding dedicated message terminal.
  • FIG. 11 is a flowchart of Embodiment 5 of the method for interacting with a dedicated message terminal according to the present invention.
  • the dedicated message terminal generates a second Dedicating the received message of the first dedicated message as the recipient address of the second dedicated message to be returned, and transmitting the second dedicated message to the a dedicated message system server; then in step 41, the dedicated message system server transmits the second dedicated message to the corresponding universal message system server according to the dedicated message communication address in the recipient address of the second dedicated message
  • the universal message system server according to the user identifier in the recipient address of the second dedicated message, encapsulates the second dedicated message with the general message to form a third universal message, and then sends the message to the corresponding a universal message terminal; then in step 43, the universal message terminal displays the content of the third universal message Users.
  • FIG. 12 is a flowchart of Embodiment 6 of the method for interacting with a dedicated message terminal according to the present invention.
  • Step 3 specifically includes the following steps:
  • the universal message terminal will be the first Dedicated message and general message encapsulation constitute a second general message and then sent to the universal message server;
  • the universal message server decapsulates the second general message and decapsulates the universal message to obtain the first dedicated message And transmitting to the dedicated message system server; then in step 32, the dedicated message system server transmits the first dedicated message to the corresponding dedicated message terminal according to the recipient address.
  • FIG. 13 is a flowchart of Embodiment 7 of the method for interacting with a dedicated message terminal according to the present invention.
  • the dedicated message terminal generates a second Dedicated message as a reply to the first dedicated message, the sender address of the first dedicated message received as the recipient address of the second dedicated message to be returned, the second Dedicated message is sent to the dedicated message system server; then in step 41, the dedicated message system server sends the second dedicated message to the dedicated message communication address in the recipient address of the second dedicated message Corresponding universal message system server; then in step 42, the universal message system server encapsulates the second private message with the general message according to the user identifier in the recipient address of the second dedicated message to form a third universal The message is then sent to the corresponding universal message terminal; then in step 43, the universal message terminal displays the content of the third universal message to the user.
  • the universal message system server when the universal message terminal logs in to the general message system, if the login is successful, the universal message system server assigns a unique identifier in the system to the universal message terminal. In the login success feedback message, the server assigns the identity to the universal message terminal and records the identity on the server, associating it with the universal message terminal.
  • the universal messaging system server can use the user identification to indicate the sender on the generic message encapsulation.
  • the Universal Messaging client requires the dedicated messaging system client to generate a dedicated message, it replaces the sender address, i.e., the terminal's contact information with a dedicated messaging address and a generic messaging system user identity.
  • the sender address is changed to: 131313-12345, where the first six digits 131313 is the dedicated message communication address of the general message system, and the sender address of all the numbers at the beginning, In the SMS center, it is considered to be sent by the universal messaging system; for Email, the sender's address is changed to 12345@gms.org.
  • the dedicated message terminal receives the message of the universal message terminal and replies to the message, it uses the sender address of the message as the address of the recipient of the reply message.
  • the dedicated message system server receives the message, it will automatically deliver the message to the message. Universal messaging system server. In this way, the dedicated messaging system server does not need to make additional changes, just to do normal message delivery, and the general message system or dedicated messaging system is automatically selected by the destination address of the message.
  • FIG. 14 is a schematic diagram of Embodiment 7 of a method for interacting with a dedicated message terminal according to the present invention.
  • the universal message client obtains the user input through the message content obtaining unit.
  • the message content and the recipient then in step A2, the message processing unit selects the message carrier based on the information and the dedicated message system supported by the receiving terminal: the dedicated message system, and the address of the recipient.
  • step A3 the dedicated message system client generates a message according to the content, and returns the message to the general message system client; in step A4
  • step A4 After the general message system client finishes processing the message, the message is sent to the universal message server; then in step A5
  • the general message system server processes the message and delivers it to the dedicated message system server; then in step A6, the dedicated message system server processes the message and sends it to the destination dedicated message terminal; in step A7, the dedicated message terminal wishes to reply to a message.
  • the sender address of the original message is used as the recipient address of the reply message, and after receiving the message, the dedicated message system server completes the dedicated message processing; then in step A8, the dedicated message system server according to the recipient address Sending the message to the general message system server; in step A9, the general message system server performs general message processing for the message, such as adding a general message encapsulation, etc., and sending the general message to the general message system client; then in step A10 After receiving the message, the universal message system client also performs corresponding general message processing, and then delivers the message to the dedicated message system client; then in step A1, after the dedicated message system client finishes parsing the message, Return the message content and the sender to the general consumer The client system; Finally, in step A12, the universal messaging system client displays the message.
  • Mike is a user of a dedicated messaging terminal, and his terminal only supports SMS.
  • Bob wants to send a message to Mike.
  • Bob's universal messaging system client gets the message content and connects to jjt: Mike. Since Mike is a dedicated messaging terminal and only supports SMS, Bob chooses to use SMS to communicate with him.
  • the universal messaging system client delivers the message content, its own communication method: 131313-12345 and Mike's phone number to the SMS system client.
  • the SMS system client generates a text message and returns it to the general message system client.
  • the universal message system client adds a general message system encapsulation to the message, plus the sender is Bob, the Mike is connected, and the content is a short message, and the message is sent to the general message system server. After the general message system server removes the package, the message is delivered to the SMS center. The SMS Center sends the message to Mike. After receiving the SMS, Mike replied with a text message and sent Bob's sending number: 131313-12345 as the destination number of the SMS. After receiving the message, the SMS center will deliver the message to the general message system server.
  • the universal message system server After receiving the short message, the universal message system server finds that the receiving number 12345 is the identifier of Bob, and then the message is encapsulated by the universal message system, and the recipient is Bob, and the content is a short message. And send the generic message to Bob.
  • Bob's universal messaging system client processes the message normally, removes the generic message encapsulation, and sends the SMS to the SMS client.
  • the SMS client parses the SMS and sends the SMS content and Mike's phone number to the universal messaging system client.
  • the universal messaging system client displays the text message content to Bob.
  • FIG. 15 is a flowchart of Embodiment 8 of the method for interacting with a dedicated message terminal according to the present invention.
  • Step 3 specifically includes the following steps: In Step 300, a dedicated message system in the universal message terminal The client sends the first dedicated message to the dedicated message system server; then in step 301, the dedicated message system server sends the first dedicated message to the corresponding one according to the recipient address of the first dedicated message Dedicated messaging terminal.
  • FIG. 16 is a flowchart of Embodiment 9 of a method for interacting with a dedicated message terminal according to the present invention.
  • the dedicated message terminal generates a second Dedicating the received message of the first dedicated message as the recipient address of the second dedicated message to be returned, and transmitting the second dedicated message to the a dedicated message system server; then in step 41, the dedicated message system server transmits the second dedicated message to the corresponding universal message system server according to the dedicated message communication address in the recipient address of the second dedicated message
  • the universal message system server according to the user identifier in the recipient address of the second dedicated message, encapsulates the second dedicated message with the general message to form a third universal message, and then sends the message to the corresponding a universal message terminal; then in step 43, the universal message terminal displays the content of the third universal message To the user.
  • FIG. 17 is a schematic diagram of Embodiment 9 of a method for interacting with a dedicated message terminal according to the present invention.
  • the universal message client obtains the message content of the user through the message content obtaining unit.
  • the recipient then in step B2, the message processing unit selects the message carrier based on the information and the dedicated message system supported by the destination terminal: a dedicated message system, and the address of the recipient.
  • the message content and the address of the destination terminal are sent to the dedicated message client; then in step B3, the dedicated message system client generates a message based on the content.
  • the dedicated messaging system client sends the message directly to the dedicated messaging system server; then in step B4, the dedicated messaging system server processes the message to the destination terminal; then in step B5, the dedicated messaging terminal wishes to reply to a message
  • the sender address of the original message is used as the address of the recipient of the reply message, and after receiving the message, the dedicated message system server completes the dedicated message processing; in step B6, according to the recipient address, the dedicated message system server will The message is sent to the general message system server; then in step B7, the general message system server performs general message processing for the message, such as adding a general message encapsulation, etc., to send the general message to the general message system client; then at step B8 After receiving the message, the general message system client also performs corresponding general message processing, and then The message is delivered to the dedicated message system client; in step B9, after the dedicated message system client finishes parsing the message, the message content and the sender are returned to the universal message system client; finally, in step B10, the universal message system The client displays the message.
  • Bob is a general message system user, he successfully logged into the general message system, and obtained the general message system user identity: 12345.
  • Mike is a user of a dedicated messaging terminal, and his terminal only supports SMS.
  • Bob wants to send a message to Mike.
  • Bob's universal messaging system client gets the message content and the recipient Mike, because Mike is a dedicated messaging terminal with only one phone number, Bob chooses to use SMS to communicate with Mike.
  • the universal messaging system client delivers the message content, its own communication method: 131313-12345 and Mike's phone number: 13671112222 to the SMS system client.
  • the SMS system client generates a text message, because Mike's phone number is a normal phone number, so the SMS system client sends the message to the SMS center.
  • the SMS Center processes the SMS normally and sends the SMS to Mike.
  • Mike replied with a text message and sent Bob's sending number: 131313-12345 as the destination number of the SMS.
  • the SMS center will deliver the message to the universal message system server.
  • the universal message system server finds that the receiving number 12345 is the Bob identifier, and then the message is encapsulated by the general message system, and is connected to Bob, and the content is a short message. And send the general message to Bob.
  • Bob's universal messaging system client processes the message normally, removes the generic message encapsulation, and sends the SMS to the SMS client.
  • the SMS client parses the SMS and sends the SMS content and Mike's phone number to the Universal Messaging client.
  • the universal messaging system client displays the text message content to Bob.
  • step C1 when the user wishes to send a message, the universal message client obtains the message content and the recipient input by the user through the message content obtaining unit; in step C2, the message processing unit The message carrier is selected based on this information and a dedicated messaging system supported by the destination terminal: a dedicated messaging system, and the address of the recipient.
  • step C3 the dedicated message system client generates a message according to the content, the sender address of the message is the address of the universal message terminal, and The message is sent directly to the dedicated message system server; then in step C4, after the dedicated message system server is processed, the message is sent to the destination terminal: In step C5, The dedicated message terminal replies with a message, and uses the sender address in the original message as the recipient address of the reply message. After receiving the message, the dedicated message system server completes the dedicated message processing; in step C6, the dedicated message system server receives the message.
  • the person address sends the message to the dedicated message system client of the universal message terminal; in step C7, the dedicated message system client completes the parsing of the message, and returns the message content and the sender to the general message system client; In step C8, the universal messaging system client displays the message.
  • the dedicated message system client sends the message according to the recipient address. If the recipient address is the address of a general message system, ie the recipient address includes a dedicated message communication address of the general message system, the generated message is sent to the general message system client, if the recipient address is a normal terminal address, The generated message is sent directly to the dedicated messaging system server. When the dedicated messaging system server returns the message, the dedicated messaging system server delivers the reply message directly to the sender's dedicated messaging system client due to the use of the actual sender address.
  • Bob is a general message system user, he successfully logged into the general message system, and obtained the general message system user ID: 12345.
  • Mike is a user of a dedicated messaging terminal, and his terminal only supports SMS.
  • Bob wants to send a message to Mike.
  • Bob's universal messaging system client gets the message content and access
  • the universal messaging system client delivers the message content, Bob's communication method: 13671113333 and Mike's phone number: 13671112222 to the SMS system client.
  • the SMS system client generates a text message. Because Mike's phone number is a normal phone number, the SMS system client sends the text message to the SMS center.
  • the SMS Center processes the SMS normally and sends the SMS to Mike.
  • the SMS center will deliver the SMS directly to Bob's terminal.
  • the SMS client on the Bob terminal parses the SMS and sends the SMS content and Mike's phone number to the Universal Messaging client.
  • the universal messaging system client displays the SMS content to Bob.
  • the dedicated message communication address of the universal message system and the unique use for the universal message terminal are allocated.
  • the subscriber identity constitutes the sender address of the transmitted message, so that the interaction between the universal message terminal and the dedicated message terminal can be effectively achieved, and no additional changes to the dedicated message system server are required.
  • the method corresponding to the target terminal address and the message type supported by the target terminal is preset in the general message system server.
  • the universal message system temporary identifier, so that the universal message system server can obtain the corresponding target terminal address and the target terminal message type according to the temporary identifier of the received message, and receive the received according to the target terminal address and the target terminal message type.
  • the message is translated so that the universal message terminal can communicate with the dedicated message terminal using a different message format than the recipient without requiring changes to the dedicated message system server or the dedicated message terminal.
  • the universal message terminal queries and obtains a corresponding pre-set sender temporary identifier according to the message content and the recipient information input by the user,
  • the recipient temporary identifier and the universal message system address prefix wherein the sender temporary identifier is the user identifier of the universal message terminal; the recipient temporary identifier is the dedicated terminal temporary identifier, that is, the dedicated message terminal interacting with the universal message terminal is Temporary identification in the general message system;
  • the dedicated message communication address can be used as a general message system address prefix, and any person skilled in the art can understand that the dedicated message communication address as a suffix can also serve the same function as the general message system address prefix.
  • the universal message terminal forms the prefix of the universal message system address prefix as the prefix of the temporary identifier of the recipient to form a recipient address, and the common message system address prefix is used as a prefix of the temporary identifier of the sender to form a sender address. . Then, the universal message terminal sends a dedicated message to the dedicated message system server with the message content, the sender address, and the recipient address, and the dedicated message system server associates it according to the universal message system prefix in the recipient address.
  • the general message system server searches the preset universal message system temporary identifier table according to the recipient temporary identifier, and obtains a corresponding message type and a dedicated message terminal address; the general message system server according to the The dedicated message terminal address generates a new recipient address, and generates a first dedicated message according to the message type, the message content, the sender address, and the new recipient address; the universal message system server is based on the new receipt The person address, the first dedicated message is sent to the corresponding dedicated message system server, and the dedicated message system server forwards to the corresponding dedicated message terminal.
  • the method includes the following steps: the dedicated message terminal uses the sender address of the received first dedicated message as the recipient address of the first reply dedicated message, constructs the first reply dedicated message and sends the message to the dedicated message system server; the dedicated message system The server sends the first reply dedicated message to the corresponding universal message system server according to the universal message system address prefix in the recipient address of the first reply dedicated message; the universal message system server according to the recipient address of the first reply dedicated message.
  • the sender temporary identifier in the medium obtains a corresponding message type and a universal message terminal address, and converts the first reply dedicated message into a first reply general message according to the message type, and the common message terminal address
  • the first reply general message is sent to the corresponding dedicated message system server, and the dedicated message system server forwards the message to the corresponding universal message terminal.
  • the universal message terminal queries and obtains a corresponding pre-set sender temporary identifier according to the message content and the recipient information input by the user.
  • the recipient temporary identifier and the universal message system address prefix wherein the sender temporary identifier is the user identifier of the universal message terminal; the recipient temporary identifier is the dedicated terminal temporary identifier; the dedicated message communication address can be used as the general message system address
  • the prefix, the private message communication address as a suffix, can also function the same as the general message system address prefix.
  • the universal message terminal forms the prefix of the universal message system address prefix as the prefix of the temporary identifier of the recipient to form a recipient address, and the common message system address prefix is used as a prefix of the temporary identifier of the sender to form a sender address. . Then, the universal message terminal sends a dedicated message to the dedicated message system server by using the message content, the sender address, and the recipient address, and the universal message system server corresponding to the universal message system address prefix is in the dedicated message.
  • the system server intercepts the dedicated message before receiving, and searches for a preset universal message system temporary identifier table according to the temporary identifier of the recipient, to obtain a corresponding message type and a dedicated message terminal address;
  • the universal message system server is configured according to the special The message terminal address generates a new recipient address, and generates a first dedicated message according to the message type, the message content, the sender address, and the new recipient address;
  • the universal message system server is based on the new recipient The person address, the first dedicated message is sent to the corresponding dedicated message system server, and the dedicated message system server forwards to the corresponding dedicated message terminal.
  • the dedicated message terminal uses the sender address of the received first dedicated message as the recipient of the first reply dedicated message Address, construct the first reply dedicated message and send it to the dedicated message system service
  • the universal message system server corresponding to the universal message system address prefix intercepts the first reply dedicated message before receiving the dedicated message system server; the universal message system server is according to the recipient address of the first reply dedicated message
  • the sender temporary identifier obtains a corresponding message type and a universal message terminal address, and the message type converts the first reply private message into a first reply general message, and the universal message terminal address
  • the first reply general message is sent to the corresponding dedicated message system server, and the dedicated message system server forwards the message to the corresponding universal message terminal.
  • the universal message system server is located on the communication path of the universal message terminal and the dedicated message system server on the networking structure, and is also located on the communication path between the dedicated message terminal and the dedicated message system server, so that the general message can be intercepted.
  • the universal message terminal sends the special interaction with the universal message system server. a message type and an address of the message terminal, the universal message system server assigns a corresponding dedicated terminal temporary identifier to the message type and the corresponding dedicated message terminal address, and saves the temporary terminal temporary identifier in a preset universal message system temporary identifier table. , message type, and private message terminal address.
  • the universal message terminal encapsulates the first dedicated message with the general message to form a fourth general message, and is in the fourth universal message.
  • the universal message encapsulation includes the sender's user ID, the recipient's message type, and the recipient's private message terminal address, and sends the fourth general message to the general message system server; the universal message system server removes the fourth general message.
  • the universal message encapsulation acquires the first dedicated message, allocates a corresponding dedicated terminal temporary identifier according to the message type included in the general message encapsulation of the fourth universal message, and saves the allocated in the preset universal message system temporary identifier table.
  • the universal message system server uses the dedicated message communication address and the sender's user ID as the sender address of the first dedicated message, and will be dedicated a message communication address and a dedicated terminal temporary identifier as the first dedicated message
  • the server system is a dedicated message to a general correlation processing message recipient address corresponding to the system server
  • Universal Messaging The server searches for the preset universal message system temporary identifier table according to the temporary terminal temporary identifier included in the recipient address, obtains the corresponding message type, and converts the first dedicated message into the third corresponding message type according to the message type.
  • Dedicated message the address of the recipient's private message terminal is used as the address of the third dedicated message, and then the third dedicated message is sent to the corresponding dedicated message system server, the corresponding dedicated message system server Forward to the corresponding dedicated message terminal.
  • the dedicated message terminal constructs the second reply dedicated message, and the sender address included in the third dedicated message is further included As the recipient address of the second reply dedicated message, then sending the second reply dedicated message to the corresponding dedicated message system server; the dedicated message system server forwarding the second reply dedicated message to the recipient address of the second reply dedicated message a general message system server corresponding to the dedicated message communication address included in the message; the universal message system server searches the preset universal message system temporary identifier table according to the sender address of the second reply dedicated message, and obtains the corresponding temporary identifier of the dedicated terminal, and Obtaining a corresponding message type according to the recipient address of the second reply dedicated message, converting the second reply private message to a fifth universal message corresponding to the message type, and adding the dedicated terminal temporary identifier to the dedicated message communication address After being the sender address of the fifth general message, The fifth general message is then sent to the universal message terminal corresponding to the recipient address.
  • the temporary terminal identifier corresponding to the target terminal address and the target message type is preset in the general message system server, thereby
  • the universal message system server can query the general message system temporary identifier table according to the temporary identifier of the received message, obtain the corresponding target terminal address and the target message type, and convert the received message according to the target terminal address and the target message type, thereby Enables the universal messaging terminal to communicate with legacy messaging terminals using a different message format than the recipient without requiring changes to the dedicated messaging system server or dedicated messaging terminal.
  • Bob is a general message system user. His terminal only supports SMS. The phone number is: 13601119999. He logs in to the general message system. His universal message system user ID is: 12345. He has a friend Alice, who only uses Bob to communicate with Bob. Her message tool is IM, the contact address is alice@im.com, she is not a general messaging system user. Bob wants to communicate with Alice. Bob sends an address registration request message to the server, including the contact information of the target terminal (ie, the target terminal address) and the target. The type of message.
  • the server After receiving the message, the server obtains the message type and contact information from the message, searches for the message type and the message contact mode in the general message system temporary identifier table, and does not find the completely corresponding item (that is, the message type and the message contact mode are the same). Item), the universal message system server assigns a generic message system temporary identifier to the message type and message contact, and records it in the general message system temporary identifier table, as shown in the following table:
  • the generic messaging system server returns the result of the address registration to Bob's client.
  • Bob wants to send a message to Alice.
  • Bob's universal messaging system client gets the message content and ilit : Alice, because Alice is a traditional terminal, because Bob only supports SMS, so choose to use SMS to communicate with Alice.
  • the universal messaging system client delivers the message content, its own communication method: 13601119999 and Alice's temporary phone number: 131313-99123 to the SMS system client.
  • the SMS system client generates a text message based on the content. Send the SMS directly to the SMS center. After processing, the SMS center finds that the destination address 131313- is a general message system-based address, and then sends the message to the general message system server.
  • the general message system server receives the message, and finds from the destination address of the message that the address is based on the temporary identifier of the universal message system: -99123, and the temporary identifier is viewed in the temporary identifier table of the universal message system, and the corresponding message type is IM.
  • the contact information is alice@im.com.
  • the universal messaging system server converts the SMS to IM. Find Bob's universal messaging system user ID: 12345, set the sender address to cpm-12345@im.com, 4 the sender address is alice@im.com and send the message to the IM server.
  • the IM server delivers the instant message to Alice Alice to prepare a reply message, and the sender address in the original message is cpm-12345@im.com as the recipient address of the reply message.
  • the IM server sends the message to the general message system server because the recipient address is an address based on the general message system (beginning with cpm-).
  • the universal message system server After receiving the message, the universal message system server obtains the recipient's general message system user ID according to the recipient address cpm-12345: 12345, according to the identifier, the type of the message supported by the user is obtained: SMS, because an IM is received , so the general message system server converts the message into a text message, and sets the recipient address to 13601119999, according to the sender address alice@im.com and the message type: IM, Find the corresponding general message system temporary identifier in the general message system temporary identification table: 99123, set the sender address to 131313-99123, and send the message to the SMS center. The SMS Center delivers the message to Bob's SMS client.
  • the SMS client completes the parsing of the SMS and returns the message content and sender address: 131313-99123 to the universal messaging system client.
  • the universal messaging system client judges the message from alice according to 99123 and displays the message content and the name of the alice to Bob.
  • the general message terminal can be changed by changing the recipient address or the recipient address and the message format by the general message system server.
  • the received message is forwarded to the message terminal of each group member.
  • the universal message system server can change the sender address so that the recipient can forward the message to all message terminals of the group.
  • the universal message system server can forward the message sent to the group to the message terminal of each member in the group.
  • the universal message terminal acquires a message including a dedicated message communication address and a user identifier according to the message content and the recipient group information input by the user.
  • the sender address and the recipient address including the private message communication address and the group address, which is the group address, corresponding to the address of each member of the group and the supported message type in the general message system.
  • the universal message terminal forms a first dedicated message according to the message content, and uses the sender address and the recipient group address as the sender address and the recipient address of the first dedicated message.
  • the first dedicated message is encapsulated and sent to the universal message system server; after the universal message system server removes the general message encapsulation, the preset address table is searched according to the recipient address of the first dedicated message.
  • the general message system server determines the message type corresponding to each address according to the address of the one or more recipients, and according to the message corresponding to each address The type determines whether the first dedicated message needs to be converted, and if necessary, converts the first dedicated message into a message corresponding to the message type, and then forwards the message to the dedicated message terminal corresponding to the address; if not, the first dedicated message is used. Forwarded to the dedicated message terminal corresponding to the address.
  • Embodiment 14 is further specifically described below in conjunction with a specific application environment.
  • Bob sends a message to his Work group, Bob supports SMS and Email.
  • the group includes: Mike: general message user, support SMS and Email; Alice: general message user, support Email; Jack: normal message user, support SMS; David: ordinary message user, support MMS.
  • Bob login to the general message system
  • the platform, the universal message system server assigns the general message system user ID to Bob: 12345, and Bob registers the Work group, the group includes Mike, Alice, Jack and David, and the general message system server assigns a common message system to the work group.
  • Bob opens the message editing window, enters the message, selects to send to the group Work, selects real-time, clicks to send.
  • Bob's universal messaging system client selects SMS as the message bearer according to the real-time requirement, and sends the group Work's phone number: 13131388888, Bob's phone number: 13131312345 and the message content to the SMS system client.
  • the SMS system client generates a short message and sends the short message to the general message system client.
  • the general message system client adds a general message system package for the short message, the sender is Bob, the recipient is Work, and the content is short message.
  • the universal message system server removes the general message system encapsulation and retrieves the user list in the work group from the address book.
  • the general message system server finds that Mike is a general message system user and supports short messages. The server then puts the message on the general message system package, the sender is Bob, the recipient is Mike, the content is short message, and the message is sent to Mike.
  • the general message system server finds that Jack is a non-general message system user and also supports SMS. The server changes the recipient's phone number of the message to Jack's phone number: 13681112222, and delivers the message to the SMS center.
  • the general message system server found that the user did not receive the message, and David supported the MMS, then converted the message into a multimedia message, using Bob's address: 13131312345, David's phone number: 13681113333, and delivering the MMS to the MMS center.
  • the general message system server also found that Alice in the group also received the message, Alice only supported Email, then converted the message into an email, using Bob's address: 12345@CPM.org, and Alice's address: Alice@oma. Org. Send the SMS to Alice's mail server. All members of the Work group receive this message in their own way.
  • the forwarding to the dedicated message terminal corresponding to the address further includes the following operations: the universal message system server sets the sender address of the message to be sent as the recipient group address.
  • the above embodiments are further specifically described below in conjunction with specific application environments.
  • Bob logs into the general message system platform.
  • the universal message system server assigns Bob a universal message system user ID: 12345.
  • Bob joins the Work group.
  • the group includes Mike, Alice, Jack, and David.
  • the general message system server is the Work group. Assign a generic message system group ID 88888 and inform Bob.
  • Bob's universal messaging system client selects SMS as a real-time request
  • the SMS system client generates a short message and sends the short message to the general message system client.
  • the general message system client adds a general message system package for the short message, the sender is Bob, the recipient is Work, and the content is short message.
  • the universal message system server removes the general message system encapsulation and retrieves the user list in the work group from the address book.
  • the general message system server finds that Mike is a universal message system user and supports short messages.
  • the server puts the short message on the general message system package, the sender is Work, the recipient is Mike, the content is short message, and the message is sent to Mike.
  • the general message system server finds that Jack is a non-generic message system user and also supports SMS.
  • the server changes the sender's phone number of the message to: 13131388888, the recipient's phone number is changed to Jack's phone number: 13681112222, and the message is delivered to the message. center.
  • the general message system server finds that the user has not received the message, and David supports the MMS, then converts the message into a multimedia message, using Work's address: 13131388888, David's phone number: 13681113333, and delivering the MMS to the MMS center.
  • the general message system server also found that Alice has not received the message in the group. Alice only supports Email, then converts the message into an email, using Work's address: 88888@CPM.org, and Alice's address: Alice@oma. Org. Send the SMS to Alice's mail server. All members of the Work group receive this message in their own way. When David replies to the message, he sends the MMS to the Work address: 13131388888. When the MMS receives the MMS message, it sends the message to the direct message system server, according to the recipient address, the general message system server.
  • the server changes the SMS recipient address to the phone number of Jack, and the sender is the Work phone number, which is sent to Jack through the SMS center.
  • the server converts the short message into an email, the sender is the address of Work, and the recipient is Alice's address, which is sent to Alice through the mail server. All members of the Work group received David's response to the Bob message in their respective ways.
  • the universal message terminal acquires a message including a dedicated message communication address and a user identifier according to the message content and the recipient group information input by the user.
  • the sender address and the recipient group address including the private messaging address and group address.
  • the universal message terminal forms a first dedicated message according to the message content, and uses the sender address and the recipient group address as the sender address and the recipient address of the first dedicated message. And then transmitting the first dedicated message to a corresponding dedicated message system server; the universal message system server intercepts the first dedicated message before the dedicated message system server receives the first dedicated message, and according to the first dedicated The recipient address of the message is searched for a preset address table, and the address and message type of the corresponding one or more group members are obtained; the general message system server determines, according to the address of the one or more recipients, each address corresponding to The message type, and according to the message type corresponding to each address, it is determined whether the first dedicated message needs to be converted, and if necessary, the first dedicated message is converted into a message corresponding to the message type, and then forwarded to the message through the dedicated message system server.
  • a dedicated message terminal corresponding to the address if not required, the first dedicated message is sent via a dedicated message system A dedicated message transmitted to the server terminal corresponding to
  • Bob logs into the general message system platform.
  • the universal message system server assigns Bob a universal message system user ID: 12345.
  • Bob registers the Work group.
  • the group includes Mike, Alice, Jack, and David.
  • the general message system server is the Work group.
  • Bob opens the message editing window, enters the message, selects to send to the group Work, selects real-time, clicks to send.
  • Bob's universal messaging system client selects the SMS as the message according to the real-time requirement, and sends the group Work's phone number: 13131388888, Bob's phone number: 13131312345 and the message content to the SMS system client.
  • the SMS system client generates a text message and sends the text message to the SMS center.
  • the general message system server intercepts the message and finds that the recipient's phone number 13131388888 is the phone number of the Work group in the universal message system, and the user list in the Work group is taken from the address book.
  • the universal messaging system server finds that Mike is a universal messaging system user, and supports SMS.
  • the server changes the recipient address of the SMS to Mike's phone number: 13681110000, and sends the message to the SMS center.
  • the general message system server finds that Jack is a non-general message system user and also supports SMS.
  • the server changes the recipient's phone number of the message to Jack's phone number: 13681112222, and delivers the message to the SMS center.
  • the general message system server found that there are still users After receiving the message, and David supports MMS, the message is converted into a multimedia message, using Bob's address: 13131312345, David's phone number: 13681113333, and the MMS is delivered to the MMS center.
  • the general message system server also found that Alice has not received the message in the group. Alice only supports Email, then converts the message into an email, using Bob's address: 12345@CPM.org, and Alice's address: Alice@oma. Org. Send the SMS to Alice's mail server. All members of the Work group receive this message in their own way.
  • the general message terminal generates a message that the sender address includes the general message communication address and the user identifier, but those skilled in the art know that the message with the universal terminal address as the sender address may also be generated by the universal message terminal.
  • the sender address of the message is modified by the universal message system server such that the sender address includes a private message communication address and a user identification corresponding to the universal message terminal.
  • the storage medium may be a read only memory, a random access memory, a magnetic disk, an optical disk, or the like.
  • the sender address of the sending message is formed by the dedicated message communication address of the universal message system and the unique user identifier assigned to the universal message terminal, thereby effectively implementing the interaction between the universal message terminal and the dedicated message terminal, and It does not require additional changes to the dedicated messaging system server and is easy to implement.
  • the universal message system server is enabled to query the general message system according to the temporary identifier of the received message by presetting the general message system temporary identifier corresponding to the target dedicated message terminal address and the target message type in the universal message system server.
  • the temporary identifier table acquires the corresponding target terminal address and the target message type, and converts the received message by the target terminal address and the target message type, so that the universal message terminal can use a different message format and a dedicated message than the receiver.
  • the terminal communicates without having to make changes to the dedicated messaging system server or the dedicated messaging terminal. Further, by changing the recipient address or recipient address and message format through the general message system server, the message sent to the group can be forwarded to each member in the group; the sender address is passed through the universal message system server In order for the recipient to forward the message to all members of the group.

Abstract

L'invention concerne un système de messagerie universelle et un procédé d'interaction avec le terminal de messagerie spéciale, le procédé comprenant les étapes suivant lesquelles : le système de messagerie universelle crée et envoie un message, l'adresse de l'expéditeur du message comprend l'adresse de communication de messagerie spéciale et l'identifiant d'utilisateur, l'adresse de communication de messagerie spéciale étant l'adresse dans le système de messagerie spéciale correspondant au type de message dans le système de messagerie universelle, l'identifiant utilisateur est l'identifiant du terminal de messagerie universelle dans le système de messagerie universelle ; le serveur de système de messagerie spéciale du système de messagerie spéciale envoie le message au terminal de messagerie spéciale. Un terminal de messagerie universelle, un serveur de système de messagerie universelle et un système de messagerie universelle sont décrits. L'invention permet au terminal de messagerie universelle de faire interagir un message avec le terminal de messagerie spéciale, et l'invention est simple à mettre en œuvre sans changer le terminal ou le serveur de système de messagerie spéciale.
PCT/CN2007/070312 2006-10-26 2007-07-18 Système de messagerie universelle et procédé d'interaction avec le terminal de messagerie spéciale WO2008049349A1 (fr)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN200610150785.6 2006-10-26
CNB2006101507856A CN100563220C (zh) 2006-10-26 2006-10-26 通用消息终端与专用消息终端交互的方法

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1131859A (zh) * 1994-11-21 1996-09-25 株式会社日立制作所 用户信息服务系统
CN1264232A (zh) * 1998-08-18 2000-08-23 朗迅科技公司 通用消息接发结构
WO2005053335A1 (fr) * 2003-11-26 2005-06-09 Nokia Corporation Systeme de messagerie souple

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1131859A (zh) * 1994-11-21 1996-09-25 株式会社日立制作所 用户信息服务系统
CN1264232A (zh) * 1998-08-18 2000-08-23 朗迅科技公司 通用消息接发结构
WO2005053335A1 (fr) * 2003-11-26 2005-06-09 Nokia Corporation Systeme de messagerie souple

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CN100563220C (zh) 2009-11-25

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