WO2018018688A1 - 即时通信方法及装置 - Google Patents
即时通信方法及装置 Download PDFInfo
- Publication number
- WO2018018688A1 WO2018018688A1 PCT/CN2016/096496 CN2016096496W WO2018018688A1 WO 2018018688 A1 WO2018018688 A1 WO 2018018688A1 CN 2016096496 W CN2016096496 W CN 2016096496W WO 2018018688 A1 WO2018018688 A1 WO 2018018688A1
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- WO
- WIPO (PCT)
- Prior art keywords
- communication account
- communication
- account
- machine
- instant messaging
- Prior art date
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Classifications
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- 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
- H04L51/04—Real-time or near real-time messaging, e.g. instant messaging [IM]
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- 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
- H04L51/21—Monitoring or handling of messages
- H04L51/23—Reliability checks, e.g. acknowledgments or fault reporting
Definitions
- the present invention relates to IMS (IP Multimedia Subsystem, IP Multimedia Subsystem) relates to the field of network communication technologies, and in particular, to an instant communication method and apparatus.
- IMS IP Multimedia Subsystem, IP Multimedia Subsystem
- IMS IP Multimedia Subsystem
- IP multimedia system is a new form of multimedia service, which can realize the convergence of mobile network and fixed network, and the triple integration of voice, data and video, which can meet the needs of users with more diverse multimedia services.
- terminals such as PCs (personal computers), smart phones, PADs (tablets), video phones, etc.
- one communication account can only log in on one terminal, and the same communication account cannot log in on multiple terminals at the same time.
- the terminal currently logging in to the communication account is in a fault or shutdown state, the user cannot receive the call, voice, and other messages sent by other users in time. Therefore, in the current IMS network, the reliability of the instant communication is not high. .
- the main object of the present invention is to provide an instant messaging method and apparatus, which aims to solve the technical problem that the reliability of instant communication is not high in the current IMS network.
- the present invention provides an instant messaging method, the instant communication method comprising the following steps:
- the IMS network is used to send the communication data to at least one receiving end currently logged into the second communication account.
- the sending end Acquiring the actual communication account corresponding to the sending end included in the communication data, wherein, when the first communication account is the No. 1 multi-machine communication account, the sending end is according to the first communication account and the The identification information of the sending end generates an actual communication account corresponding to the sending end;
- the step of sending the communication data to the at least one receiving end of the second communication account by using the IMS network includes:
- the IMS network is used to send the updated communication data to at least one receiving end currently logged into the second communication account.
- the instant messaging method further comprises the steps of:
- the communication account information corresponding to each communication account is saved, wherein the communication account information includes an account type corresponding to the communication account;
- the step of determining, according to the pre-stored communication account information, whether the second communication account is a No. 1 multi-machine communication account comprises:
- the instant messaging method further comprises the steps of:
- the instant messaging method further includes:
- the instant message is sent to other terminals than the sender that are currently logged into the first communication account.
- the present invention further provides an instant messaging device, where the instant messaging device includes:
- the acquiring module is configured to: when receiving the communication data sent by the IMS multimedia subsystem network based on the currently registered first communication account, obtain the second communication account corresponding to the receiving end included in the communication data;
- the analyzing module is configured to determine, according to the pre-stored communication account information, whether the second communication account is a No. 1 multi-machine communication account;
- the processing module is configured to: when the second communication account is the No. 1 multi-machine communication account, use the IMS network to send the communication data to at least one receiving end currently logged into the second communication account.
- the acquiring module is further configured to acquire an actual communication account corresponding to the sending end included in the communication data, where the sending is when the first communication account is a No. 1 multi-machine communication account. And generating, according to the first communication account and the identifier information of the sending end, an actual communication account corresponding to the sending end;
- the analyzing module is further configured to parse the actual communication account, and determine a first communication account corresponding to the sending end;
- the processing module is further configured to replace the actual communication account corresponding to the sending end included in the communication data with the first communication account, update the communication data; and the second communication account is When the multi-machine communication account is used, the IMS network is used to send the updated communication data to at least one receiving end currently logged into the second communication account.
- the instant messaging device further includes:
- a storage module configured to save communication account information corresponding to each communication account, where the communication account information includes an account type corresponding to the communication account;
- the analysis module includes:
- the query unit is configured to query the saved communication account information, and obtain the account type corresponding to the second communication account;
- the analyzing unit is configured to determine, according to the account type corresponding to the second communication account, whether the second communication account is a No. 1 multi-machine communication account.
- the processing module is further configured to:
- the analyzing module is further configured to determine, according to the pre-stored communication account information, whether the first communication account is a No. 1 multi-machine communication account;
- the processing module is further configured to: when the first communication account is a No. 1 multi-machine communication account, send the instant message to another terminal other than the sending end currently logged into the first communication account.
- the instant messaging method and device provided by the present invention firstly acquires the second communication corresponding to the receiving end included in the communication data when receiving the communication data sent by the IMS multimedia subsystem network based on the currently registered first communication account by the transmitting end.
- the account number when the second communication account is the No. 1 multi-machine communication account, uses the IMS network to send the communication data to the plurality of receiving ends currently registered to the second communication account, even if one of the receiving ends cannot receive the communication data, There are other receiving ends that receive communication data, which improves the reliability of instant messaging.
- FIG. 1 is a schematic flow chart of a first embodiment of an instant messaging method according to the present invention.
- FIG. 2 is a schematic diagram of a refinement process of determining whether the second communication account is a No. 1 multi-machine communication account according to the pre-stored communication account information in the first embodiment of the instant communication method of the present invention
- FIG. 3 is a schematic diagram of functional modules of a first embodiment of an instant messaging device according to the present invention.
- FIG. 4 is a schematic diagram of a refinement function module of an analysis module in a first embodiment of the instant messaging device of the present invention.
- FIG. 1 is a schematic flowchart of a first embodiment of an instant communication method according to the present invention.
- the instant messaging method includes the following steps:
- Step S10 Acquire, when receiving the communication data sent by the IMS multimedia subsystem network, based on the currently registered first communication account, the second communication account corresponding to the receiving end included in the communication data;
- the transmitting end, the receiving end, and the communication server pass the IMS (IP multimedia Subsystem, IP multimedia subsystem)
- the network constitutes a communication system, which realizes communication functions such as telephone call answering and messaging.
- the user Before communicating between users, the user needs to register the corresponding communication account first.
- There are two types of communication accounts one is the number one multi-machine communication account, and the other is the one-number one-machine communication account.
- the communication account is the No. 1 multi-machine communication account
- the user can log in to the communication account at the same time on multiple terminals such as a smart phone, a tablet (PC), a PC (Personal Computer), and the communication account is the one-number one-machine communication.
- the user can only log in to the communication account on one terminal at a time, and cannot log in to the communication account on other terminals at the same time.
- the communication account When the communication account is the one-number one-machine communication account, when the communication account is logged in at a terminal, the communication account is online, otherwise, it is offline.
- the communication account When the communication account is the No. 1 multi-machine communication account, the online status of the communication account is determined by the user logging in to the communication account. For example, if the user includes four terminals A1, A2, A3, and A4, as long as one of the terminals logs in to the communication account, the communication account is in an online state, and the communication is only when the four terminals are not logged in to the communication account. The account is offline. For the four terminals A1, A2, A3, and A4, the display status of the communication account on the four terminals is displayed on each terminal.
- the terminals A1 and A2 log in to the communication account, A3 and A4 are not logged in.
- the presentation status of the communication account is displayed on the four terminals A1, A2, A3 and A4 respectively: A1, A2 online, A3, A4 offline.
- the sender user wants to communicate with the receiver user, for example, the sender user registers the first communication account, the receiver user registers the second communication account, and the sender user logs in to the first communication account through the sender, and the receiver The user logs in to the second communication account through the receiving end.
- the communication data may be a call request, or an instant message, or may be other multimedia service data.
- the transmitting end sends the communication data communicated with the receiving end to the communication server by using the IMS network based on the currently registered first communication account.
- the communication data includes a second communication account corresponding to the receiving end.
- the communication server first acquires the second communication account corresponding to the receiving end included in the communication data.
- Step S20 determining, according to the pre-stored communication account information, whether the second communication account is a No. 1 multi-machine communication account;
- the communication server After the communication server obtains the second communication account corresponding to the receiving end included in the communication data, the communication server determines whether the second communication account is the No. 1 multi-machine communication account according to the pre-stored communication account information. Specifically, in this embodiment, the instant messaging method further includes the following steps:
- step a the communication account information corresponding to each communication account is saved, where the communication account information includes an account type corresponding to the communication account;
- the step S20 includes:
- Step S21 querying the saved communication account information, and acquiring the account type corresponding to the second communication account;
- Step S22 Determine, according to the account type corresponding to the second communication account, whether the second communication account is a No. 1 multi-machine communication account.
- the communication server stores the communication account information corresponding to each communication account.
- the communication account information includes information such as each communication account, an account type corresponding to each communication account, and a communication record corresponding to each communication account.
- the communication server obtains the second communication account corresponding to the receiving end included in the communication data, the stored communication account information is queried, and the communication account information corresponding to the second communication account is obtained. For example, if the communication server saves the communication account information corresponding to each communication account in a preset database, when obtaining the second communication account corresponding to the receiving end included in the communication data, the communication server queries the database and obtains the second from the database. The communication account information corresponding to the communication account.
- the second communication account information corresponding to the second communication account determining the account type of the second communication account, and determining, according to the account type of the second communication account, whether the second communication account is the No. 1 multi-machine communication account, that is, determining the second communication Whether the account can log in at multiple receiving ends at the same time.
- Step S30 When the second communication account is the No. 1 multi-machine communication account, the IMS network is used to send the communication data to at least one receiving end currently logged into the second communication account.
- the communication server sends the communication data to the current login second communication account by using the IMS network. A receiving end.
- the communication server transmits the communication data to the receiving user's smart phone by using the IMS network.
- multiple terminals such as pad, PC, videophone, etc.
- the receiving user may select any one of the receiving ends to perform a response operation according to actual conditions. For example, when the communication data is a call request, the receiver user can select a nearest receiving end to perform an answering operation, thereby feeding back a corresponding answering response message, and implementing call communication between the first communication account and the second communication account.
- the communication server uses the IMS network to send the communication data to one of the currently registered second communication accounts. Receiving end.
- the instant messaging method further includes the steps of:
- step b the saved communication account information corresponding to each of the No. 1 multi-machine communication accounts is sent to a plurality of terminals corresponding to the No. 1 multi-machine communication account, so that the plurality of terminals corresponding to the No. 1 multi-machine communication account share the one. No. Communication account information corresponding to the multi-machine communication account.
- the communication server stores the communication account information corresponding to each communication account, and then the communication server sends the saved communication account information corresponding to each communication account to at least one terminal corresponding to the communication account.
- the communication account is the one-number one-machine communication account
- the communication server sends the corresponding communication account information to a terminal corresponding to the one-number one-machine communication account.
- the communication server sends the corresponding communication account information to the plurality of terminals corresponding to the No. 1 multi-machine communication account.
- the communication server simultaneously transmits the communication account information corresponding to the No. 1 multi-machine communication account to the terminals A1, A2, and A3. A4. Therefore, the terminals A1, A2, A3, and A4 can share the communication account information corresponding to the No. 1 multi-machine communication account.
- the communication server saves the changed communication account. The information is sent to the plurality of terminals corresponding to the No. 1 multi-machine communication account at the same time, thereby ensuring synchronization of the communication account information of the plurality of terminals corresponding to the No. 1 multi-machine communication account.
- the first communication account corresponding to the receiving end included in the communication data is first acquired.
- the IMS network is used to send the communication data to the plurality of receiving ends currently registered to the second communication account, and even if one of the receiving ends cannot receive the communication data, there are other receiving.
- the terminal receives the communication data, thereby improving the reliability of the instant communication and improving the user experience.
- a second embodiment of the instant messaging method of the present invention is proposed based on the first embodiment.
- the following steps are performed:
- Step c Acquire an actual communication account corresponding to the sending end included in the communication data, where the sending end is based on the first communication account when the first communication account is a No. 1 multi-machine communication account And the identifier information of the sending end, and the actual communication account corresponding to the sending end is generated;
- Step d parsing the actual communication account, and determining a first communication account corresponding to the sending end;
- the step S30 includes:
- Step e replacing the actual communication account corresponding to the sending end included in the communication data with the first communication account, and updating the communication data;
- Step f When the second communication account is the No. 1 multi-machine communication account, the IMS network is used to send the updated communication data to at least one receiving end currently logged into the second communication account.
- each sender has corresponding identification information, for example, the identification information of the smartphone is phone, the identification information of the tablet is pad, and the like.
- the sending end sends the communication data by using the IMS network based on the currently registered first communication account, if the first communication account is the No. 1 multi-machine communication account, in order to enable the communication server to identify the sending end, the sending end according to the identification information And the first communication account, generating an actual communication account corresponding to the sender.
- the first communication account is xiaowang
- the identity information of the sender is phone
- the actual communication account xiaowang-phone corresponding to the sender is generated
- the identity information of the sender is pc
- the actual communication account corresponding to the sender is generated.
- Xiaowang-pc when the identification information of the sender is pad, the actual communication account xiaowang-pad corresponding to the sender is generated.
- the sending end sends the communication data including the second communication account corresponding to the receiving end and the actual communication account corresponding to the sending end to the communication server.
- the communication server When receiving the communication data sent by the sending end, the communication server acquires the actual communication account corresponding to the sending end included in the communication data, in addition to acquiring the second communication account corresponding to the receiving end included in the communication data.
- the communication server parses the actual communication account and determines the first communication account corresponding to the sender. For example, if the actual communication account corresponding to the sender is xiaowang-phone, the communication server resolves the actual communication account, and determines that the phone is the identifier corresponding to the sender, and xiaowang is the first communication account corresponding to the sender.
- the communication server updates the communication data, and replaces the actual communication account corresponding to the sender included in the communication data with the first communication account. For example, if the actual communication account corresponding to the sender is xiaowang-phone, replace it with xiaowang.
- the communication server uses the IMS network to send the updated communication data to at least one receiving end currently registered to the second communication account.
- the first communication account corresponding to the sending end included in the communication data may be acquired. For example, if the first communication account corresponding to the sender included in the updated communication data is xiaowang, the receiver user can know that the communication data is the sender of the xiaowang by viewing the communication data received by the receiver. User sent.
- the sender directly sends the communication data including the second communication account corresponding to the receiving end and the first communication account corresponding to the sending end to the communication server.
- the communication server receives the traffic data
- the communication server directly forwards the communication data to at least one receiving end currently registered to the second communication account.
- the instant messaging method further includes:
- Step g determining, according to the pre-stored communication account information, whether the first communication account is a No. 1 multi-machine communication account;
- step h when the first communication account is the No. 1 multi-machine communication account, the instant message is sent to other terminals than the sender that are currently logged into the first communication account.
- the communication server When the communication server receives the instant message sent by the sender, determines the first communication account corresponding to the sender, and determines whether the first communication account is one according to the pre-stored communication account information according to the method for determining the second communication account. No. Multi-machine communication account. When the first communication account is the No. 1 multi-machine communication account, the communication server also sends the instant message to other terminals than the sender that are currently logged into the first communication account.
- the IMS network is used to send an instant message to the communication server, that is, the terminal A1 is sent at this time. end.
- the communication server receives the instant message and determines that the first communication account is the No. 1 multi-machine communication account, the communication server sends the received instant message to the terminals A2, A3, and A4, thereby implementing the login to the first communication account.
- Instant messages are displayed on all terminals.
- the sending end when the sending end sends the instant message to the communication server based on the first communication account that is logged in, if the first communication account is the No. 1 multi-machine communication account, the communication server sends the instant message to the current login.
- a terminal other than the sender of the communication account thereby displaying the instant message on all terminals that log in to the first communication account, further improving the user experience.
- the invention further provides an instant messaging device.
- FIG. 3 is a schematic diagram of functional modules of a first embodiment of an instant messaging device according to the present invention.
- the instant messaging device includes:
- the obtaining module 10 is configured to: when receiving the communication data sent by the IMS multimedia subsystem network based on the currently registered first communication account, obtain the second communication account corresponding to the receiving end included in the communication data;
- the transmitting end, the receiving end, and the communication server pass the IMS (IP multimedia Subsystem, IP multimedia subsystem)
- the network constitutes a communication system, which realizes communication functions such as telephone call answering and messaging.
- the instant communication device is disposed on the communication server.
- the user Before communicating between users, the user needs to register the corresponding communication account first.
- There are two types of communication accounts one is the number one multi-machine communication account, and the other is the one-number one-machine communication account.
- the communication account is the No. 1 multi-machine communication account
- the user can log in to the communication account at the same time on multiple terminals such as a smart phone, a tablet (PC), a PC (Personal Computer), and the communication account is the one-number one-machine communication.
- the user can only log in to the communication account on one terminal at a time, and cannot log in to the communication account on other terminals at the same time.
- the sender user wants to communicate with the receiver user, for example, the sender user registers the first communication account, the receiver user registers the second communication account, and the sender user logs in to the first communication account through the sender, and the receiver The user logs in to the second communication account through the receiving end.
- the communication data may be a call request, or an instant message, or may be other multimedia service data.
- the transmitting end sends the communication data communicated with the receiving end to the communication server by using the IMS network based on the currently registered first communication account.
- the communication data includes a second communication account corresponding to the receiving end.
- the obtaining module 10 first acquires the second communication account corresponding to the receiving end included in the communication data.
- the analyzing module 20 is configured to determine, according to the pre-stored communication account information, whether the second communication account is a No. 1 multi-machine communication account;
- the analyzing module 20 determines whether the second communication account is the No. 1 multi-machine communication account according to the pre-stored communication account information.
- the instant messaging device further includes:
- a storage module configured to save communication account information corresponding to each communication account, where the communication account information includes an account type corresponding to the communication account;
- the analysis module 20 includes:
- the query unit 21 is configured to query the saved communication account information, and obtain the account type corresponding to the second communication account.
- the analyzing unit 22 is configured to determine, according to the account type corresponding to the second communication account, whether the second communication account is a No. 1 multi-machine communication account.
- the storage module saves the communication account information corresponding to each communication account.
- the communication account information includes information such as each communication account, an account type corresponding to each communication account, and a communication record corresponding to each communication account.
- the query unit 21 queries the saved communication account information to obtain the communication account information corresponding to the second communication account. For example, if the storage module saves the communication account information corresponding to each communication account in a preset database, when the obtaining module 10 obtains the second communication account corresponding to the receiving end included in the communication data, the query unit 21 queries the database.
- the analyzing unit 22 determines whether the second communication account is the No. 1 multi-machine communication account according to the account type of the second communication account, that is, whether the second communication account can log in at the plurality of receiving ends at the same time.
- the processing module 30 is configured to send the communication data to the at least one receiving end that is currently logged into the second communication account by using the IMS network when the second communication account is the No. 1 multi-machine communication account.
- the processing module 30 uses the IMS network to send the communication data to the currently registered second communication account. At least one receiving end.
- the processing module 30 transmits the communication data to the intelligence of the receiving user by using the IMS network.
- Multiple receiving ends such as mobile phones, pads, PCs, and video phones.
- the receiving user may select any one of the receiving ends to perform a response operation according to actual conditions. For example, when the communication data is a call request, the receiver user can select a nearest receiving end to perform an answering operation, thereby feeding back a corresponding answering response message, and implementing call communication between the first communication account and the second communication account.
- the processing module 30 uses the IMS network to send the communication data to the current login second communication account. A receiving end.
- processing module 30 is further configured to:
- the storage module stores the communication account information corresponding to each communication account, and then the processing module 30 sends the saved communication account information corresponding to each communication account to at least one terminal corresponding to the communication account.
- the processing module 30 sends the corresponding communication account information to a terminal corresponding to the one-number one-machine communication account.
- the processing module 30 sends the corresponding communication account information to the plurality of terminals corresponding to the No. 1 multi-machine communication account.
- the processing module 30 simultaneously sends the communication account information corresponding to the No. 1 multi-machine communication account to the terminals A1, A2, and A3. And A4. Therefore, the terminals A1, A2, A3, and A4 can share the communication account information corresponding to the No. 1 multi-machine communication account.
- the storage module saves the changed communication account.
- the information processing module 30 simultaneously sends the changed communication account information to the plurality of terminals corresponding to the No. 1 multi-machine communication account, thereby ensuring synchronization of the communication account information of the plurality of terminals corresponding to the No. 1 multi-machine communication account.
- the obtaining module 10 when receiving the communication data sent by the IMS multimedia subsystem network based on the currently registered first communication account, the obtaining module 10 first acquires the second communication corresponding to the receiving end included in the communication data.
- the account module when the second communication account is the No. 1 multi-machine communication account, the processing module 30 uses the IMS network to send the communication data to the plurality of receiving ends currently registered to the second communication account, even if one of the receiving ends cannot receive the communication. Data, as well as other receiving ends receive communication data, thereby improving the reliability of instant messaging and improving the user experience.
- the obtaining module 10 is further configured to:
- the sending end Acquiring the actual communication account corresponding to the sending end included in the communication data, wherein, when the first communication account is the No. 1 multi-machine communication account, the sending end is according to the first communication account and the The identification information of the sending end generates an actual communication account corresponding to the sending end;
- the analysis module 20 is further configured to:
- the processing module 30 is further configured to:
- the IMS network sends the updated communication data to at least one receiving end currently logged into the second communication account.
- each sender has corresponding identification information, for example, the identification information of the smartphone is phone, the identification information of the tablet is pad, and the like.
- the sending end sends the communication data by using the IMS network based on the currently registered first communication account, if the first communication account is the No. 1 multi-machine communication account, in order to enable the communication server to identify the sending end, the sending end according to the identification information And the first communication account, generating an actual communication account corresponding to the sender.
- the first communication account is xiaowang
- the identity information of the sender is phone
- the actual communication account xiaowang-phone corresponding to the sender is generated
- the identity information of the sender is pc
- the actual communication account corresponding to the sender is generated.
- Xiaowang-pc when the identification information of the sender is pad, the actual communication account xiaowang-pad corresponding to the sender is generated.
- the sending end sends the communication data including the second communication account corresponding to the receiving end and the actual communication account corresponding to the sending end to the communication server.
- the acquiring module 10 acquires the actual communication account corresponding to the sending end included in the communication data, in addition to the second communication account corresponding to the receiving end included in the communication data.
- the analyzing module 20 parses the actual communication account and determines the first communication account corresponding to the sending end. For example, if the actual communication account corresponding to the sender is xiaowang-phone, the analysis module 20 parses the actual communication account, and determines that the phone is the identifier corresponding to the sender, and xiaowang is the first communication account corresponding to the sender.
- the processing module 30 updates the communication data, and replaces the actual communication account corresponding to the sender included in the communication data with the first communication account. For example, if the actual communication account corresponding to the sender is xiaowang-phone, replace it with xiaowang.
- the processing module 30 uses the IMS network to send the updated communication data to at least one receiving end currently registered to the second communication account.
- the first communication account corresponding to the sending end included in the communication data may be acquired. For example, if the first communication account corresponding to the sender included in the updated communication data is xiaowang, the receiver user can know that the communication data is the sender of the xiaowang by viewing the communication data received by the receiver. User sent.
- the sender directly sends the communication data including the second communication account corresponding to the receiving end and the first communication account corresponding to the sending end to the communication server.
- the processing module 30 directly forwards the communication data to at least one receiving end currently registered to the second communication account.
- the analyzing module 20 is further configured to:
- the processing module 30 is further configured to:
- the instant message is sent to other terminals than the sender that are currently logged into the first communication account.
- the analyzing module 20 determines the first communication account corresponding to the sending end, and determines the first communication account according to the pre-stored communication account information according to the method of determining the second communication account. Whether it is the No. 1 multi-machine communication account.
- the processing module 30 also sends the instant message to other terminals than the sender that are currently logged into the first communication account.
- the IMS network is used to send an instant message to the communication server, that is, the terminal A1 is sent at this time. end.
- the processing module 30 sends the received instant message to the terminals A2, A3, and A4, thereby implementing the login.
- An instant message is displayed on all terminals of a communication account.
- the processing module 30 processes the instant message. It is sent to other terminals than the sending end that are currently logged in to the first communication account, so that the instant message is displayed on all terminals that log in to the first communication account, thereby further improving the user experience.
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Abstract
本发明公开了一种即时通信方法，所述即时通信方法包括步骤：在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，获取所述通信数据中包含的接收端对应的第二通讯账号；根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号；在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送所述通信数据至当前登录所述第二通讯账号的至少一个接收端。本发明还提出一种即时通信装置。本发明提高了在IMS网络中，即时通信的可靠性。
Description
技术领域
本发明涉及IMS（IP Multimedia
Subsystem，IP多媒体子系统）网络通信技术领域，尤其涉及一种即时通信方法及装置。
背景技术
IMS(IP Multimedia
Subsystem，IP多媒体系统)是一种全新的多媒体业务形式，可实现移动网络与固网融合，以及语音、数据、视频三重融合，能够满足用户更多样化的多媒体业务需求。在当前IMS网络中，用户可以通过在PC（个人计算机）、智能手机、PAD（平板电脑）、可视电话等终端上登录自己的通讯账号，实现与其他用户之间的通信。但在同一时刻一个通讯账号只能在一个终端上登录，同一个通讯账号无法同时在多个终端上进行登录。这样，当用户当前登录通讯账号的终端在故障或关机等情况下时，用户就无法及时接收到其他用户发送的呼叫、语音等消息，因此，在当前IMS网络中，即时通信的可靠性不高。
发明内容
本发明的主要目的在于提供一种即时通信方法和装置，旨在解决在当前IMS网络中，即时通信的可靠性不高的技术问题。
为实现上述目的，本发明提供一种即时通信方法，所述即时通信方法包括以下步骤：
在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，获取所述通信数据中包含的接收端对应的第二通讯账号；
根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号；
在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送所述通信数据至当前登录所述第二通讯账号的至少一个接收端。
优选地，在执行所述获取所述通信数据中包含的接收端对应的第二通讯账号步骤的同时，执行以下步骤：
获取所述通信数据中包含的所述发送端对应的实际通讯账号，其中，在所述第一通讯账号为一号多机通讯账号时，所述发送端根据所述第一通讯账号以及所述发送端的标识信息，生成所述发送端对应的实际通讯账号；
解析所述实际通讯账号，确定所述发送端对应的第一通讯账号；
所述在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送所述通信数据至当前登录所述第二通讯账号的至少一个接收端的步骤包括：
将所述通信数据中包含的所述发送端对应的实际通讯账号替换为所述第一通讯账号，更新所述通信数据；
在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送更新的通信数据至当前登录所述第二通讯账号的至少一个接收端。
优选地，所述即时通信方法还包括步骤：
将各个通讯账号对应的通讯账号信息进行保存，其中，所述通讯账号信息包括通讯账号对应的账号类型；
所述根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号的步骤包括：
查询保存的通讯账号信息，获取所述第二通讯账号对应的账号类型；
根据所述第二通讯账号对应的账号类型，判断所述第二通讯账号是否为一号多机通讯账号。
优选地，所述所述即时通信方法还包括步骤：
将保存的每个一号多机通讯账号对应的通讯账号信息发送至一号多机通讯账号对应的多个终端，以供一号多机通讯账号对应的多个终端共享所述一号多机通讯账号对应的通讯账号信息。
优选地，在所述通信数据为即时消息时，所述即时通信方法还包括：
根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；
在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
此外，为实现上述目的，本发明还提出一种即时通信装置，所述即时通信装置包括：
获取模块，用于在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，获取所述通信数据中包含的接收端对应的第二通讯账号；
分析模块，用于根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号；
处理模块，用于在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送所述通信数据至当前登录所述第二通讯账号的至少一个接收端。
优选地，所述获取模块，还用于获取所述通信数据中包含的所述发送端对应的实际通讯账号，其中，在所述第一通讯账号为一号多机通讯账号时，所述发送端根据所述第一通讯账号以及所述发送端的标识信息，生成所述发送端对应的实际通讯账号；
所述分析模块，还用于解析所述实际通讯账号，确定所述发送端对应的第一通讯账号；
所述处理模块，还用于将所述通信数据中包含的所述发送端对应的实际通讯账号替换为所述第一通讯账号，更新所述通信数据；以及在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送更新的通信数据至当前登录所述第二通讯账号的至少一个接收端。
优选地，所述即时通信装置还包括：
存储模块，用于将各个通讯账号对应的通讯账号信息进行保存，其中，所述通讯账号信息包括通讯账号对应的账号类型；
所述分析模块包括：
查询单元，用于查询保存的通讯账号信息，获取所述第二通讯账号对应的账号类型；
分析单元，用于根据所述第二通讯账号对应的账号类型，判断所述第二通讯账号是否为一号多机通讯账号。
优选地，所述处理模块还用于：
将保存的每个一号多机通讯账号对应的通讯账号信息发送至一号多机通讯账号对应的多个终端，以供一号多机通讯账号对应的多个终端共享所述一号多机通讯账号对应的通讯账号信息。
优选地，在所述通信数据为即时消息时，所述分析模块，还用于根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；
所述处理模块，还用于在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
本发明提出的即时通信方法及装置，在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，首先获取通信数据中包含的接收端对应的第二通讯账号，在该第二通讯账号为一号多机通讯账号时，采用IMS网络将通信数据发送至当前登录第二通讯账号的多个接收端，即使在其中某接收端无法接收到通信数据，还有其他接收端接收到通信数据，从而提高了即时通信的可靠性。
附图说明
图1为本发明即时通信方法第一实施例的流程示意图；
图2为本发明即时通信方法第一实施例中根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号的细化流程示意图；
图3为本发明即时通信装置第一实施例的功能模块示意图；
图4为本发明即时通信装置第一实施例中分析模块的细化功能模块示意图。
具体实施方式
应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
本发明提供一种即时通信方法。参照图1，图1为本发明即时通信方法第一实施例的流程示意图。在本实施例中，所述即时通信方法包括以下步骤：
步骤S10，在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，获取所述通信数据中包含的接收端对应的第二通讯账号；
本实施例中，发送端、接收端以及通讯服务器通过IMS（IP multimedia
subsystem，IP多媒体子系统）网络组成通讯系统，实现电话呼叫接听、消息收发等通信功能。在用户之间进行通信前，用户需要先注册相应的通讯账号，通讯账号有两种类型，一种为一号多机通讯账号，另外一种为一号一机通讯账号。若通讯账号为一号多机通讯账号，则用户可以在智能手机、pad（平板电脑）、PC（个人计算机）等多个终端上同时登录该通讯账号，而若通讯账号为一号一机通讯账号，则用户在一个时刻只能在一个终端上登录该通讯账号，不能同时在其他终端上登陆该通讯账号。
当通讯账号为一号一机通讯账号时，则该通讯账号在某一终端登录时，该通讯账号为在线状态，否则，就为离线状态。当通讯账号为一号多机通讯账号时，通讯账号的在线状态由用户登录该通讯账号的情况决定。例如，若用户包括四个终端A1、A2、A3和A4，则只要其中一个终端登录该通讯账号，则该通讯账号就为在线状态，只有当四个终端均未登录该通讯账号时，该通讯账号才为离线状态。而对于四个终端A1、A2、A3和A4之间，每个终端上显示该通讯账号在四个终端上的呈现状态，例如，若终端A1、A2登录该通讯账号，A3、A4未登陆该通讯账号，则在四个终端A1、A2、A3和A4上分别显示该通讯账号的呈现状态为：A1、A2在线，A3、A4离线。
当发送方用户想要与接收方用户进行通信时，例如，发送方用户注册了第一通讯账号，接收方用户注册了第二通讯账号，发送方用户通过发送端登录第一通讯账号，接收方用户通过接收端登录第二通讯账号。当发送方用户通过发送端向接收方用户发送通信数据时，其中，该通信数据可以为呼叫请求，或者为即时消息，或者还可以为其他多媒体业务数据。发送端基于当前登录的第一通讯账号，采用IMS网络发送与接收端进行通信的通信数据至通讯服务器。其中，该通信数据中包含有接收端对应的第二通讯账号。通讯服务器在接收到发送端发送的通信数据时，首先获取该通信数据中包含的接收端对应的第二通讯账号。
步骤S20，根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号；
当通讯服务器获取到通信数据中包含的接收端对应的第二通讯账号之后，通讯服务器根据预存的通讯账号信息，判断第二通讯账号是否为一号多机通讯账号。具体地，本实施例中，所述即时通信方法还包括步骤：
步骤a，将各个通讯账号对应的通讯账号信息进行保存，其中，所述通讯账号信息包括通讯账号对应的账号类型；
如图2所示，所述步骤S20包括：
步骤S21，查询保存的通讯账号信息，获取所述第二通讯账号对应的账号类型；
步骤S22，根据所述第二通讯账号对应的账号类型，判断所述第二通讯账号是否为一号多机通讯账号。
本实施例中，通讯服务器中保存各个通讯账号对应的通讯账号信息。其中，通讯账号信息包括各个通讯账号、各个通讯账号对应的账号类型、各个通讯账号对应的通信记录等信息。当通讯服务器获取到通信数据中包含的接收端对应的第二通讯账号之后，查询保存的通讯账号信息，获取该第二通讯账号对应的通讯账号信息。例如，若通讯服务器将各个通讯账号对应的通讯账号信息保存在预设的数据库中，当获取到通信数据中包含的接收端对应的第二通讯账号时，通讯服务器查询该数据库，从中获取第二通讯账号对应的通讯账号信息。然后根据第二通讯账号对应的通讯账号信息，确定第二通讯账号的账号类型，根据第二通讯账号的账号类型，判断第二通讯账号是否为一号多机通讯账号，也即判断第二通讯账号是否可以同时在多个接收端登录。
步骤S30，在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送所述通信数据至当前登录所述第二通讯账号的至少一个接收端。
在第二通讯账号为一号多机通讯账号时，也即可能有多个接收端同时登陆第二通讯账号，此时，通讯服务器采用IMS网络将通信数据发送至当前登录第二通讯账号的至少一个接收端。
例如，若接收方用户在智能手机、pad、PC机、可视电话等多个接收端同时登陆了第二通讯账号，此时，通讯服务器采用IMS网络将通信数据发送至接收方用户的智能手机、pad、PC机、可视电话等多个接收端。当接收方用户的智能手机、pad、PC机、可视电话等多个接收端在接收到该通信数据时，接收方用户可根据实际情况，选择其中的任意一个接收端执行响应操作。比如在通信数据为呼叫请求时，接收方用户可选择身边最近的一个接收端执行接听操作，从而反馈相应的接听响应消息，实现第一通讯账号与第二通讯账号之间的呼叫通信。
在第二通讯账号为一号一机通讯账号时，也即当前只能有一个接收端登陆第二通讯账号，此时，通讯服务器采用IMS网络将通信数据发送至当前登录第二通讯账号的一个接收端。
进一步地，本实施例中，所述即时通信方法还包括步骤：
步骤b，将保存的每个一号多机通讯账号对应的通讯账号信息发送至一号多机通讯账号对应的多个终端，以供一号多机通讯账号对应的多个终端共享所述一号多机通讯账号对应的通讯账号信息。
本实施例中，通讯服务器保存各个通讯账号对应的通讯账号信息，之后，通讯服务器将保存的每个通讯账号对应的通讯账号信息发送至所述通讯账号对应的至少一个终端。当通讯账号为一号一机通讯账号时，通讯服务器将其对应的通讯账号信息发送至该一号一机通讯账号对应的一个终端。当通讯账号为一号多机通讯账号时，通讯服务器将其对应的通讯账号信息发送至该一号多机通讯账号对应的多个终端。例如，当某个一号多机通讯账号对应的终端为终端A1、A2、A3和A4时，通讯服务器将该一号多机通讯账号对应的通讯账号信息同时发送至终端A1、A2、A3和A4。因此，终端A1、A2、A3和A4可以共享该一号多机通讯账号对应的通讯账号信息。当用户通过终端A1、A2、A3和A4中的任意一个终端更改该一号多机通讯账号对应的通讯账号信息时，比如加入某群组或者退出某群组，通讯服务器保存更改后的通讯账号信息，并将更改后的通讯账号信息同时发送至该一号多机通讯账号对应的多个终端，从而保证了一号多机通讯账号对应的多个终端的通讯账号信息同步。
本实施例提供的方案，在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，首先获取通信数据中包含的接收端对应的第二通讯账号，在该第二通讯账号为一号多机通讯账号时，采用IMS网络将通信数据发送至当前登录第二通讯账号的多个接收端，即使在其中某接收端无法接收到通信数据，还有其他接收端接收到通信数据，从而提高了即时通信的可靠性，提高了用户体验。
进一步地，基于第一实施例提出本发明即时通信方法第二实施例。在第二实施例中，在执行所述步骤S10的同时，执行以下步骤：
步骤c，获取所述通信数据中包含的所述发送端对应的实际通讯账号，其中，在所述第一通讯账号为一号多机通讯账号时，所述发送端根据所述第一通讯账号以及所述发送端的标识信息，生成所述发送端对应的实际通讯账号；
步骤d，解析所述实际通讯账号，确定所述发送端对应的第一通讯账号；
所述步骤S30包括：
步骤e，将所述通信数据中包含的所述发送端对应的实际通讯账号替换为所述第一通讯账号，更新所述通信数据；
步骤f，在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送更新的通信数据至当前登录所述第二通讯账号的至少一个接收端。
本实施例中，每个发送端都有对应的标识信息，例如，智能手机的标识信息为phone，平板电脑的标识信息为pad等等。当发送端基于当前登录的第一通讯账号，采用IMS网络发送通信数据时，若第一通讯账号为一号多机通讯账号，为了使得通讯服务器能够识别出该发送端，发送端根据其标识信息以及第一通讯账号，生成发送端对应的实际通讯账号。例如，若第一通讯账号为xiaowang，当发送端的标识信息为phone时，则生成发送端对应的实际通讯账号xiaowang-phone，当发送端的标识信息为pc时，则生成发送端对应的实际通讯账号xiaowang-pc，当发送端的标识信息为pad时，则生成发送端对应的实际通讯账号xiaowang-pad。发送端发送包含有接收端对应的第二通讯账号和发送端对应的实际通讯账号的通信数据至通讯服务器。
通讯服务器在接收到发送端发送的通信数据时，除了获取通信数据中包含的接收端对应的第二通讯账号以外，还获取通信数据中包含的发送端对应的实际通讯账号。
在获取了发送端对应的实际通讯账号之后，通讯服务器解析该实际通讯账号，确定发送端对应的第一通讯账号。例如，若获取发送端对应的实际通讯账号为xiaowang-phone，通讯服务器解析该实际通讯账号，确定其中phone为发送端对应的标识信息，xiaowang为发送端对应的第一通讯账号。
之后，通讯服务器对通信数据进行更新，将通信数据中包含的发送端对应的实际通讯账号替换为第一通讯账号。例如，若发送端对应的实际通讯账号为xiaowang-phone，则将其替换为xiaowang。当第二通讯账号为一号多机通讯账号时，通讯服务器采用IMS网络发送更新的通信数据至当前登录第二通讯账号的至少一个接收端。
当接收端接收到通讯服务器发送的更新的通信数据时，可获取该通信数据中包含的发送端对应的第一通讯账号。例如，若更新的通信数据中包含的发送端对应的第一通讯账号为xiaowang，接收方用户通过查看接收端接收到的该通信数据，即可知道该通信数据是由通讯账号为xiaowang的发送方用户发送的。
若第一通讯账号为一号一机通讯账号，则发送端直接发送包含有接收端对应的第二通讯账号和发送端对应的第一通讯账号的通信数据至通讯服务器。通讯服务器在接收到该通行数据时，若第二通讯账号为一号多机通讯账号，则通讯服务器直接转发该通信数据至当前登录第二通讯账号的至少一个接收端。
具体地，当发送端发送的通信数据为即时消息时，所述即时通信方法还包括：
步骤g，根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；
步骤h，在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
当通讯服务器接收到发送端发送的即时消息，确定了发送端对应的第一通讯账号后，根据预存的通讯账号信息，按照对第二通讯账号进行判断的方式，判断第一通讯账号是否为一号多机通讯账号。在第一通讯账号为一号多机通讯账号时，通讯服务器还将该即时消息发送至当前登录第一通讯账号的除发送端以外的其他终端。
例如，若发送方用户在终端A1、A2、A3和A4上登陆第一通讯账号，并通过终端A1基于第一通讯账号，采用IMS网络发送即时消息至通讯服务器，也即此时终端A1为发送端。通讯服务器在接收到即时消息，判断第一通讯账号为一号多机通讯账号时，通讯服务器将接收到的该即时消息还发送至终端A2、A3和A4，从而实现在登录第一通讯账号的所有终端上显示即时消息。
本实施例提出的方案，当发送端基于登录的第一通讯账号发送即时消息至通讯服务器时，若第一通讯账号为一号多机通讯账号，则通讯服务器将该即时消息发送至当前登录第一通讯账号的除发送端以外的其他终端，从而实现在登录第一通讯账号的所有终端上显示该即时消息，进一步提高了用户体验。
本发明进一步提供一种即时通信装置。
参照图3，图3为本发明即时通信装置第一实施例的功能模块示意图。在本实施例中，所述即时通信装置包括：
获取模块10，用于在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，获取所述通信数据中包含的接收端对应的第二通讯账号；
本实施例中，发送端、接收端以及通讯服务器通过IMS（IP multimedia
subsystem，IP多媒体子系统）网络组成通讯系统，实现电话呼叫接听、消息收发等通信功能。其中，即时通信装置设置于通讯服务器上。在用户之间进行通信前，用户需要先注册相应的通讯账号，通讯账号有两种类型，一种为一号多机通讯账号，另外一种为一号一机通讯账号。若通讯账号为一号多机通讯账号，则用户可以在智能手机、pad（平板电脑）、PC（个人计算机）等多个终端上同时登录该通讯账号，而若通讯账号为一号一机通讯账号，则用户在一个时刻只能在一个终端上登录该通讯账号，不能同时在其他终端上登陆该通讯账号。
当发送方用户想要与接收方用户进行通信时，例如，发送方用户注册了第一通讯账号，接收方用户注册了第二通讯账号，发送方用户通过发送端登录第一通讯账号，接收方用户通过接收端登录第二通讯账号。当发送方用户通过发送端向接收方用户发送通信数据时，其中，该通信数据可以为呼叫请求，或者为即时消息，或者还可以为其他多媒体业务数据。发送端基于当前登录的第一通讯账号，采用IMS网络发送与接收端进行通信的通信数据至通讯服务器。其中，该通信数据中包含有接收端对应的第二通讯账号。通讯服务器在接收到发送端发送的通信数据时，获取模块10首先获取该通信数据中包含的接收端对应的第二通讯账号。
分析模块20，用于根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号；
当获取模块10获取到通信数据中包含的接收端对应的第二通讯账号之后，分析模块20根据预存的通讯账号信息，判断第二通讯账号是否为一号多机通讯账号。具体地，本实施例中，所述即时通信装置还包括：
存储模块，用于将各个通讯账号对应的通讯账号信息进行保存，其中，所述通讯账号信息包括通讯账号对应的账号类型；
如图4所示，所述分析模块20包括：
查询单元21，用于查询保存的通讯账号信息，获取所述第二通讯账号对应的账号类型；
分析单元22，用于根据所述第二通讯账号对应的账号类型，判断所述第二通讯账号是否为一号多机通讯账号。
本实施例中，存储模块将各个通讯账号对应的通讯账号信息进行保存。其中，通讯账号信息包括各个通讯账号、各个通讯账号对应的账号类型、各个通讯账号对应的通信记录等信息。当获取模块10获取到通信数据中包含的接收端对应的第二通讯账号之后，查询单元21查询保存的通讯账号信息，获取该第二通讯账号对应的通讯账号信息。例如，若存储模块将各个通讯账号对应的通讯账号信息保存在预设的数据库中，当获取模块10获取到通信数据中包含的接收端对应的第二通讯账号时，查询单元21查询该数据库，从中获取第二通讯账号对应的通讯账号信息，然后根据第二通讯账号对应的通讯账号信息，确定第二通讯账号的账号类型。分析单元22根据第二通讯账号的账号类型，判断第二通讯账号是否为一号多机通讯账号，也即判断第二通讯账号是否可以同时在多个接收端登录。
处理模块30，用于在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送所述通信数据至当前登录所述第二通讯账号的至少一个接收端。
在第二通讯账号为一号多机通讯账号时，也即可能有多个接收端同时登陆第二通讯账号，此时，处理模块30采用IMS网络将通信数据发送至当前登录第二通讯账号的至少一个接收端。
例如，若接收方用户在智能手机、pad、PC机、可视电话等多个接收端同时登陆了第二通讯账号，此时，处理模块30采用IMS网络将通信数据发送至接收方用户的智能手机、pad、PC机、可视电话等多个接收端。当接收方用户的智能手机、pad、PC机、可视电话等多个接收端在接收到该通信数据时，接收方用户可根据实际情况，选择其中的任意一个接收端执行响应操作。比如在通信数据为呼叫请求时，接收方用户可选择身边最近的一个接收端执行接听操作，从而反馈相应的接听响应消息，实现第一通讯账号与第二通讯账号之间的呼叫通信。
在第二通讯账号为一号一机通讯账号时，也即当前只能有一个接收端登陆第二通讯账号，此时，处理模块30采用IMS网络将通信数据发送至当前登录第二通讯账号的一个接收端。
进一步地，本实施例中，所述处理模块30还用于：
将保存的每个一号多机通讯账号对应的通讯账号信息发送至一号多机通讯账号对应的多个终端，以供一号多机通讯账号对应的多个终端共享所述一号多机通讯账号对应的通讯账号信息。
本实施例中，存储模块保存各个通讯账号对应的通讯账号信息，之后，处理模块30将保存的每个通讯账号对应的通讯账号信息发送至所述通讯账号对应的至少一个终端。当通讯账号为一号一机通讯账号时，处理模块30将其对应的通讯账号信息发送至该一号一机通讯账号对应的一个终端。当通讯账号为一号多机通讯账号时，处理模块30将其对应的通讯账号信息发送至该一号多机通讯账号对应的多个终端。例如，当某个一号多机通讯账号对应的终端为终端A1、A2、A3和A4时，处理模块30将该一号多机通讯账号对应的通讯账号信息同时发送至终端A1、A2、A3和A4。因此，终端A1、A2、A3和A4可以共享该一号多机通讯账号对应的通讯账号信息。当用户通过终端A1、A2、A3和A4中的任意一个终端更改该一号多机通讯账号对应的通讯账号信息时，比如加入某群组或者退出某群组，存储模块保存更改后的通讯账号信息，处理模块30将更改后的通讯账号信息同时发送至该一号多机通讯账号对应的多个终端，从而保证了一号多机通讯账号对应的多个终端的通讯账号信息同步。
本实施例提供的方案，在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，获取模块10首先获取通信数据中包含的接收端对应的第二通讯账号，在该第二通讯账号为一号多机通讯账号时，处理模块30采用IMS网络将通信数据发送至当前登录第二通讯账号的多个接收端，即使在其中某接收端无法接收到通信数据，还有其他接收端接收到通信数据，从而提高了即时通信的可靠性，提高了用户体验。
进一步地，基于第一实施例提出本发明即时通信装置第二实施例。在第二实施例中，所述获取模块10还用于：
获取所述通信数据中包含的所述发送端对应的实际通讯账号，其中，在所述第一通讯账号为一号多机通讯账号时，所述发送端根据所述第一通讯账号以及所述发送端的标识信息，生成所述发送端对应的实际通讯账号；
所述分析模块20还用于：
解析所述实际通讯账号，确定所述发送端对应的第一通讯账号；
所述处理模块30还用于：
将所述通信数据中包含的所述发送端对应的实际通讯账号替换为所述第一通讯账号，更新所述通信数据；以及在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送更新的通信数据至当前登录所述第二通讯账号的至少一个接收端。
本实施例中，每个发送端都有对应的标识信息，例如，智能手机的标识信息为phone，平板电脑的标识信息为pad等等。当发送端基于当前登录的第一通讯账号，采用IMS网络发送通信数据时，若第一通讯账号为一号多机通讯账号，为了使得通讯服务器能够识别出该发送端，发送端根据其标识信息以及第一通讯账号，生成发送端对应的实际通讯账号。例如，若第一通讯账号为xiaowang，当发送端的标识信息为phone时，则生成发送端对应的实际通讯账号xiaowang-phone，当发送端的标识信息为pc时，则生成发送端对应的实际通讯账号xiaowang-pc，当发送端的标识信息为pad时，则生成发送端对应的实际通讯账号xiaowang-pad。发送端发送包含有接收端对应的第二通讯账号和发送端对应的实际通讯账号的通信数据至通讯服务器。
通讯服务器在接收到发送端发送的通信数据时，获取模块10除了获取通信数据中包含的接收端对应的第二通讯账号以外，还获取通信数据中包含的发送端对应的实际通讯账号。
在获取模块10获取了发送端对应的实际通讯账号之后，分析模块20解析该实际通讯账号，确定发送端对应的第一通讯账号。例如，若获取发送端对应的实际通讯账号为xiaowang-phone，分析模块20解析该实际通讯账号，确定其中phone为发送端对应的标识信息，xiaowang为发送端对应的第一通讯账号。
之后，处理模块30对通信数据进行更新，将通信数据中包含的发送端对应的实际通讯账号替换为第一通讯账号。例如，若发送端对应的实际通讯账号为xiaowang-phone，则将其替换为xiaowang。当第二通讯账号为一号多机通讯账号时，处理模块30采用IMS网络发送更新的通信数据至当前登录第二通讯账号的至少一个接收端。
当接收端接收到通讯服务器发送的更新的通信数据时，可获取该通信数据中包含的发送端对应的第一通讯账号。例如，若更新的通信数据中包含的发送端对应的第一通讯账号为xiaowang，接收方用户通过查看接收端接收到的该通信数据，即可知道该通信数据是由通讯账号为xiaowang的发送方用户发送的。
若第一通讯账号为一号一机通讯账号，则发送端直接发送包含有接收端对应的第二通讯账号和发送端对应的第一通讯账号的通信数据至通讯服务器。通讯服务器在接收到该通行数据时，若第二通讯账号为一号多机通讯账号，则处理模块30直接转发该通信数据至当前登录第二通讯账号的至少一个接收端。
具体地，当发送端发送的通信数据为即时消息时，所述分析模块20还用于：
根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；
所述处理模块30还用于：
在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
当通讯服务器接收到发送端发送的即时消息，分析模块20确定了发送端对应的第一通讯账号后，根据预存的通讯账号信息，按照对第二通讯账号进行判断的方式，判断第一通讯账号是否为一号多机通讯账号。在第一通讯账号为一号多机通讯账号时，处理模块30还将该即时消息发送至当前登录第一通讯账号的除发送端以外的其他终端。
例如，若发送方用户在终端A1、A2、A3和A4上登陆第一通讯账号，并通过终端A1基于第一通讯账号，采用IMS网络发送即时消息至通讯服务器，也即此时终端A1为发送端。通讯服务器在接收到即时消息，分析模块20判断第一通讯账号为一号多机通讯账号时，处理模块30将接收到的该即时消息还发送至终端A2、A3和A4，从而实现在登录第一通讯账号的所有终端上显示即时消息。
本实施例提出的方案，当发送端基于登录的第一通讯账号发送即时消息至通讯服务器时，若分析模块20判断第一通讯账号为一号多机通讯账号，则处理模块30将该即时消息发送至当前登录第一通讯账号的除发送端以外的其他终端，从而实现在登录第一通讯账号的所有终端上显示该即时消息，进一步提高了用户体验。
需要说明的是，在本文中，术语“包括”、“包含”或者其任何其他变体意在涵盖非排他性的包含，从而使得包括一系列要素的过程、方法、物品或者系统不仅包括那些要素，而且还包括没有明确列出的其他要素，或者是还包括为这种过程、方法、物品或者系统所固有的要素。在没有更多限制的情况下，由语句“包括一个……”限定的要素，并不排除在包括该要素的过程、方法、物品或者系统中还存在另外的相同要素。
上述本发明实施例序号仅仅为了描述，不代表实施例的优劣。
以上仅为本发明的优选实施例，并非因此限制本发明的专利范围，凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换，或直接或间接运用在其他相关的技术领域，均同理包括在本发明的专利保护范围内。
Claims (16)
- 一种即时通信方法，其特征在于，所述即时通信方法包括以下步骤：在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，获取所述通信数据中包含的接收端对应的第二通讯账号；根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号；在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送所述通信数据至当前登录所述第二通讯账号的至少一个接收端。
- 如权利要求1所述的即时通信方法，其特征在于，在所述通信数据为即时消息时，所述即时通信方法还包括：根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
- 如权利要求1所述的即时通信方法，其特征在于，在执行所述获取所述通信数据中包含的接收端对应的第二通讯账号步骤的同时，执行以下步骤：获取所述通信数据中包含的所述发送端对应的实际通讯账号，其中，在所述第一通讯账号为一号多机通讯账号时，所述发送端根据所述第一通讯账号以及所述发送端的标识信息，生成所述发送端对应的实际通讯账号；解析所述实际通讯账号，确定所述发送端对应的第一通讯账号；所述在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送所述通信数据至当前登录所述第二通讯账号的至少一个接收端的步骤包括：将所述通信数据中包含的所述发送端对应的实际通讯账号替换为所述第一通讯账号，更新所述通信数据；在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送更新的通信数据至当前登录所述第二通讯账号的至少一个接收端。
- 如权利要求3所述的即时通信方法，其特征在于，在所述通信数据为即时消息时，所述即时通信方法还包括：根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
- 如权利要求1所述的即时通信方法，其特征在于，所述即时通信方法还包括步骤：将各个通讯账号对应的通讯账号信息进行保存，其中，所述通讯账号信息包括通讯账号对应的账号类型；所述根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号的步骤包括：查询保存的通讯账号信息，获取所述第二通讯账号对应的账号类型；根据所述第二通讯账号对应的账号类型，判断所述第二通讯账号是否为一号多机通讯账号。
- 如权利要求1所述的即时通信方法，其特征在于，所述即时通信方法还包括步骤：将各个通讯账号对应的通讯账号信息进行保存，其中，所述通讯账号信息包括通讯账号对应的账号类型；所述根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号的步骤包括：查询保存的通讯账号信息，获取所述第二通讯账号对应的账号类型；根据所述第二通讯账号对应的账号类型，判断所述第二通讯账号是否为一号多机通讯账号。
- 如权利要求5所述的即时通信方法，其特征在于，所述即时通信方法还包括步骤：将保存的每个一号多机通讯账号对应的通讯账号信息发送至一号多机通讯账号对应的多个终端，以供一号多机通讯账号对应的多个终端共享所述一号多机通讯账号对应的通讯账号信息。
- 如权利要求7所述的即时通信方法，其特征在于，在所述通信数据为即时消息时，所述即时通信方法还包括：根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
- 一种即时通信装置，其特征在于，所述即时通信装置包括：获取模块，用于在接收到发送端基于当前登录的第一通讯账号，采用IMS多媒体子系统网络发送的通信数据时，获取所述通信数据中包含的接收端对应的第二通讯账号；分析模块，用于根据预存的通讯账号信息，判断所述第二通讯账号是否为一号多机通讯账号；处理模块，用于在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送所述通信数据至当前登录所述第二通讯账号的至少一个接收端。
- 如权利要求9所述的即时通信装置，其特征在于，在所述通信数据为即时消息时，所述分析模块，还用于根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；所述处理模块，还用于在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
- 如权利要求9所述的即时通信装置，其特征在于，所述获取模块，还用于获取所述通信数据中包含的所述发送端对应的实际通讯账号，其中，在所述第一通讯账号为一号多机通讯账号时，所述发送端根据所述第一通讯账号以及所述发送端的标识信息，生成所述发送端对应的实际通讯账号；所述分析模块，还用于解析所述实际通讯账号，确定所述发送端对应的第一通讯账号；所述处理模块，还用于将所述通信数据中包含的所述发送端对应的实际通讯账号替换为所述第一通讯账号，更新所述通信数据；以及在所述第二通讯账号为一号多机通讯账号时，采用IMS网络发送更新的通信数据至当前登录所述第二通讯账号的至少一个接收端。
- 如权利要求11所述的即时通信装置，其特征在于，在所述通信数据为即时消息时，所述分析模块，还用于根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；所述处理模块，还用于在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
- 如权利要求9所述的即时通信装置，其特征在于，所述即时通信装置还包括：存储模块，用于将各个通讯账号对应的通讯账号信息进行保存，其中，所述通讯账号信息包括通讯账号对应的账号类型；所述分析模块包括：查询单元，用于查询保存的通讯账号信息，获取所述第二通讯账号对应的账号类型；分析单元，用于根据所述第二通讯账号对应的账号类型，判断所述第二通讯账号是否为一号多机通讯账号。
- 如权利要求13所述的即时通信装置，其特征在于，在所述通信数据为即时消息时，所述分析模块，还用于根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；所述处理模块，还用于在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
- 如权利要求13所述的即时通信装置，其特征在于，所述处理模块还用于：将保存的每个一号多机通讯账号对应的通讯账号信息发送至一号多机通讯账号对应的多个终端，以供一号多机通讯账号对应的多个终端共享所述一号多机通讯账号对应的通讯账号信息。
- 如权利要求15所述的即时通信装置，其特征在于，在所述通信数据为即时消息时，所述分析模块，还用于根据预存的通讯账号信息，判断所述第一通讯账号是否为一号多机通讯账号；所述处理模块，还用于在所述第一通讯账号为一号多机通讯账号时，发送所述即时消息至当前登录所述第一通讯账号的除所述发送端以外的其他终端。
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