WO2010037302A1 - 一种实现彩振业务的方法、装置及通信系统 - Google Patents
一种实现彩振业务的方法、装置及通信系统 Download PDFInfo
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- WO2010037302A1 WO2010037302A1 PCT/CN2009/073816 CN2009073816W WO2010037302A1 WO 2010037302 A1 WO2010037302 A1 WO 2010037302A1 CN 2009073816 W CN2009073816 W CN 2009073816W WO 2010037302 A1 WO2010037302 A1 WO 2010037302A1
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- WIPO (PCT)
- Prior art keywords
- color vibration
- color
- identifier
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- data information
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M19/00—Current supply arrangements for telephone systems
- H04M19/02—Current supply arrangements for telephone systems providing ringing current or supervisory tones, e.g. dialling tone or busy tone
- H04M19/04—Current supply arrangements for telephone systems providing ringing current or supervisory tones, e.g. dialling tone or busy tone the ringing-current being generated at the substations
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M19/00—Current supply arrangements for telephone systems
- H04M19/02—Current supply arrangements for telephone systems providing ringing current or supervisory tones, e.g. dialling tone or busy tone
- H04M19/04—Current supply arrangements for telephone systems providing ringing current or supervisory tones, e.g. dialling tone or busy tone the ringing-current being generated at the substations
- H04M19/048—Arrangements providing optical indication of the incoming call, e.g. flasher circuits
Definitions
- the present invention relates to the field of circuit switching, and in particular, to a method, device and communication system for implementing a color vibration service.
- the color vibration business also known as the personalized ringing tone service, means that the user can customize the ringing tone of his own phone according to his own preferences and requirements.
- the ringing tone can be either music, advertisement, or customer recorded. voice. If the calling terminal customizes the color vibration service, during the call, the server sends a ringing tone to the called terminal, and the ringing tone sent by the called terminal playing server replaces the ringing tone set locally by the called terminal.
- the CS domain has the need to implement the color vibration business, but it cannot achieve the color vibration business.
- the embodiment of the present invention provides a method, a device, and a communication system for implementing a color vibration service.
- the technical solution provided by the embodiment of the present invention enables the called terminal to obtain color vibration data information in the CS domain, thereby implementing color coding. Vibration business.
- a method of implementing a color vibration business comprising: [14] receiving an initial address message sent by the calling exchange, the initial address message includes a color vibration identifier; [15] transmitting the color vibration data information to the called terminal according to the color vibration identifier.
- a method of implementing a color vibration business comprising:
- a multimedia color vibration platform comprising:
- a receiving unit configured to receive an initial address message sent by the calling switch, where the initial address message includes a color vibration identifier
- the color vibration data sending unit is configured to send the color vibration data information to the called terminal according to the color vibration identifier received by the receiving unit.
- a terminal comprising:
- a message receiving unit configured to receive a setup message sent by the called switch, where the setup message includes a color vibration identifier
- an identifier processing unit configured to perform processing according to the color vibration identifier
- a color vibration data receiving unit configured to receive color vibration data information sent by the multimedia color vibration platform
- the color vibration playing unit is configured to perform color vibration playing according to the color vibration data information received by the color vibration data receiving unit
- a communication system comprising:
- a calling switch configured to send an initial address message to the multimedia color vibration platform, where the initial address message includes a color vibration identifier
- the multimedia color vibration platform is configured to receive an initial address message sent by the calling switch, where the initial address message includes a color vibration identifier, and the color vibration data information is sent to the called terminal according to the color vibration identifier;
- the called terminal is configured to receive the color vibration data information sent by the multimedia color vibration platform, and perform color vibration playback according to the color vibration data information.
- 1 is a flow chart of a method for implementing a color vibration service according to an embodiment of the present invention
- 2 is a flow chart of a method for implementing a color vibration service according to another embodiment of the present invention
- FIG. 3 is a signaling diagram of a method for implementing a color vibration service according to still another embodiment of the present invention.
- FIG. 4 is a signaling diagram of a method for implementing a color vibration service according to still another embodiment of the present invention.
- FIG. 5 is a schematic diagram of a composition of a multimedia color vibration platform according to an embodiment of the present invention.
- FIG. 6 is a schematic structural diagram of a terminal according to an embodiment of the present invention.
- FIG. 7 is a block diagram showing the composition of a communication system according to an embodiment of the present invention.
- the embodiment of the present invention provides a method, a device, and a communication system for implementing a color vibration service.
- the technical solution provided by the embodiment of the present invention enables a called terminal to obtain color vibration data information in a CS domain telephone call service. To achieve the color vibration business.
- the bridging scheme mentioned in the embodiment of the present invention refers to the communication completed after the channel docking is established after the connection is established to both the calling and the called terminals through the multimedia color vibration platform.
- CS-domain phone calls include CS voice phone calls and CS video phone calls.
- the embodiment of the present invention describes how to implement the multimedia color vibration service of the crossover solution in the two call services, and the called terminal can perform corresponding play ringing control according to the color vibration indicator.
- This embodiment describes a method for implementing a color vibration service from the multimedia color vibration platform side, by which the color vibration data information can be sent to the called terminal to implement the color vibration service.
- the method of this embodiment includes the following steps:
- Step 101 Receive an initial address message sent by the calling switch, where the initial address message includes a color vibration identifier;
- the calling switch When the calling terminal initiates a telephone call, a telephone call request is sent to the calling switch, and after receiving the telephone call request, the calling switch queries the home location register for the subscription information of the calling terminal and the called terminal.
- the calling information of the calling terminal refers to whether the calling terminal subscribes to the color vibration service at the home location register
- the state of the called terminal refers to the state in which the called terminal is in an idle state, a busy state, or an out of service area.
- the home location register needs to query the called switch for the status of the called terminal, and the home location register will query the color burst subscription information of the calling terminal and the status of the called terminal. Send to the calling switch.
- the calling switch sends an initial address message to the multimedia color vibration platform, and carries the color vibration identifier in the initial address message, and the color vibration identifier is signed with the color vibration of the calling terminal.
- the information corresponds to; if the calling terminal does not sign the color vibration information, the normal telephone call flow is performed.
- the color vibration indicator includes a cross-connected identifier, and the cross-connected identifier indicates that the current service is a cross-connected color vibration service.
- the color vibration indicator may further include an attribute of the color vibration, and the attribute of the color vibration indicates an attribute of the current color vibration service, such as video, audio, or text.
- the color vibration indicator may further include a playing operation, and the playing operation indicates a playing operation of the current color vibration service playing media, such as an audio volume, a video full screen, and the like.
- the color vibration identification may be of the form: CRT-SS.XX.YY, where SS represents the identifier of the jumper, XX represents the attribute of the CRT, and YY represents the playback operation. XX and YY are optional.
- Audio represents the CRT to be played as the voice
- Video represents the CRT to be played as the video
- TEXT represents the CRT to be played as the text.
- Display 100% represents video full-screen playback; Volume50% represents volume adjustment to 50%.
- the color vibration symbol is CRT-SS. Audio. Volume70%, and the above-mentioned color vibration symbol indicates the C of the jumper mode.
- the media for the RT service call is voice, and the volume of the playback player is required to be adjusted to 70%.
- the color vibration symbol is CRT-SS.Video.DisplaylOO%, and the above-mentioned color vibration symbol indicates that the media of the CRT service call of the crossover mode is video, and the playback is required to be full screen display.
- the color vibration symbol is CRT-SS.Video.Displayl00%.Volume50%, the above-mentioned color vibration symbol indicates that the media of the CRT service call of the crossover mode is video, and the playback is required to be displayed in full screen, and the sound volume is adjusted at 50.
- the initial address message After receiving the initial address message that is sent by the calling switch and including the color vibration identifier, the initial address message may also be sent to the called switch.
- the initial address message sent to the called switch includes a color burst identifier, and the called switch sends the setup message to the called terminal after receiving the initial address message, where the setup message includes the color vibration identifier, or
- UUI User Information
- Facility Information Element Facility
- the IE field carries the above-mentioned color vibration indicator.
- the address complete message sent by the called switch may be received, where the address complete message includes whether to perform the color vibration identification, and whether the color burst identification is sent by the called terminal ;
- the called terminal After receiving the color burst identifier sent by the called switch, the called terminal sends an identifier to the called switch whether to perform the color burst, which can be confirmed by call (Call).
- any message in a Connect message carries an identification of whether or not to perform a color vibration. If it is determined whether the called terminal supports the color vibration service according to the identifier of whether the color vibration is performed, step 102 is performed; if the called terminal does not support the color vibration service, the color vibration process is not performed, and then the terminal is not sent to the called terminal. Color vibration data information, the called terminal performs local ring tone playback normally
- Step 102 Send the color vibration data information to the called terminal according to the color vibration indicator.
- the method Before sending the color vibration data information to the called terminal, the method further includes: establishing a voice telephone communication channel or a videophone communication channel with the called terminal, and sending the color to the called terminal by using a voice telephone communication channel or a videophone communication channel. Vibration data information.
- the method further includes: receiving a response message sent by the called switch, where the response message is that the called terminal answers the message sent by the calling terminal, and establishes a message according to the response message with the calling terminal.
- a voice communication channel or a videophone communication channel which performs voice telephone communication by connecting a voice communication channel established with the calling terminal and a voice telephone communication channel established with the called terminal according to the cross-connected identifier, or according to the bridging The identification will be connected to the videophone communication channel established by the calling terminal and the videophone communication channel established with the called terminal to implement videophone communication.
- the method further includes: the multimedia color vibration platform sends the response message to the calling switch, and the calling switch sends a connection message to the calling terminal according to the response message, where the connection message includes the called terminal answering. Telephone information.
- step 102 is specifically: sending the color vibration data information to the called terminal according to the attribute of the color vibration.
- the multimedia color vibration platform of the embodiment receives the color vibration data according to the color vibration signal, and can send the color vibration data information to the called terminal according to the color vibration indicator, so that the called terminal can obtain the color vibration data information, thereby realizing the color vibration service.
- the above embodiment illustrates a method for implementing a color vibration service from the side of the multimedia color vibration platform, and an embodiment of the terminal implementing the color vibration service is described below.
- This embodiment describes a method for implementing a color vibration service from the called terminal side. With this method, color burst playback can be performed according to the color data information to implement the color vibration service. The details will be described below with reference to the accompanying drawings.
- the method of this embodiment includes the following steps:
- Step 201 Receive a setup message sent by the called switch, where the setup message includes a color vibration identifier; [72] receiving the color vibration identifier may be receiving a setup message sent by the called switch, and the setup message includes a user to user information field. Or indicating an information unit field, where the above field carries a color vibration identifier, and the color vibration identifier includes a cross-linked identifier.
- the color vibration indicator includes a cross-connected identifier, and the cross-connected identifier indicates that the current service is a cross-connected color vibration service.
- the color vibration indicator may further include an attribute of the color vibration, and the attribute of the color vibration indicates an attribute of the current color vibration service, such as video, audio, or text.
- the color vibration indicator may further include a playing operation, and the playing operation indicates a playing operation of the current color vibration service playing media, such as an audio volume, a video full screen, and the like.
- the color vibration indicator can be of the form: CRT-SS.XX.YY, where SS represents the identifier of the bridge, XX represents the attribute of the CRT, and YY represents the playback operation. XX and YY are optional.
- Audio represents the CRT to be played as the voice
- Video represents the CRT to be played as the video
- TEXT represents the CRT to be played as the text.
- Display 100% represents video full-screen playback; Volume50% represents volume adjustment to 50%.
- the color vibration symbol is CRT-SS. Audio. Volume70%, and the above-mentioned color vibration symbol indicates the C of the jumper mode.
- the media for the RT service call is voice, and the volume of the playback player is required to be adjusted to 70%.
- the color vibration symbol is CRT-SS.Video.DisplaylOO%, and the above-mentioned color vibration symbol indicates that the media of the CRT service call of the crossover mode is video, and the playback is required to be full screen display.
- the color vibration symbol is CRT-SS.Video.Displayl00%.Volume50%.
- the above-mentioned color vibration symbol indicates that the media of the CRT service call of the crossover mode is video, and it is required to play ⁇ full screen display, and the sound volume is adjusted at 50.
- the sender may also send the message to the called switch according to the color vibration identifier. Whether to carry out the identification of the color vibration;
- the message carries the identifier of whether or not to perform the color vibration. It can also be the identifier of whether or not to perform the color vibration through the Alerting message, or the identifier of whether or not to perform the color vibration through the Connect message.
- Step 202 Processing according to the color vibration indicator
- the called terminal After receiving the color vibration identification, the called terminal can know that the call is a call of a color vibration service, and needs corresponding processing, and the called terminal can shield the local ringing and snoring the speaker; It is first to slap the speaker and then shield the local ringing.
- Step 203 Receive color vibration data information sent by the multimedia color vibration platform
- the color vibration data information may be sent after the multimedia color vibration platform determines that the called terminal supports the color vibration service according to the identifier of whether the color vibration is performed;
- the method Before receiving the color vibration data information sent by the multimedia color vibration platform, the method further comprises: establishing a voice communication channel or a videophone communication channel with the multimedia color vibration platform, and receiving the multimedia color vibration platform through the voice communication channel or the video telephone channel. Color vibration data information.
- step 203 is specifically: receiving the color vibration data information sent by the multimedia color vibration platform according to the attribute of the color vibration.
- Step 204 Perform color burst playback according to the above-mentioned color vibration data information.
- the color vibration playback according to the color vibration data information can be performed by using the speaker to play the color vibration data information instead of playing the local ringing.
- Step 204 further includes performing voice telephone communication with the calling terminal through the multimedia color vibration platform by using the voice communication channel, or using the above-mentioned videophone communication channel to perform videophone communication with the calling terminal through the multimedia color vibration platform.
- the multimedia color vibration platform needs to establish a voice communication channel or a videophone communication channel with the calling terminal, and then between the channel established between the calling terminal and the called terminal. Established channel docking to achieve normal communication between the calling party and the called party
- the above normal communication may refer to voice communication or videophone communication.
- step 204 is specifically as follows: The color vibration data information is played according to the playback operation.
- the called terminal receives the color vibration indicator, processes according to the color vibration indicator, receives the color vibration data information sent by the multimedia color vibration platform, and performs color vibration playback according to the color vibration data information, so that the called terminal can The color vibration data information is played by the color vibration, thereby realizing the color vibration business.
- This embodiment describes a method for implementing a color vibration service by establishing a message carrying a color vibration flag in a CS voice communication process, which will be described in detail below with reference to the accompanying drawings.
- the method of this embodiment includes the following steps:
- Step 301 The calling terminal sends a voice call to the calling exchange through a Setup message;
- Step 302 The calling switch queries the home location register for the color burst subscription information of the calling terminal and the called terminal. status;
- Step 303 The home location register queries the called switch for the status of the called terminal;
- Step 304 The called switch returns the status of the called terminal to the home location register
- Step 305 The home location register sends the status of the called terminal and the color ring subscription information of the calling terminal to the calling exchange;
- Step 306 The calling switch sends a call to the calling terminal (CalLProceeding) message;
- Step 307 The calling switch sends an initial address message to the multimedia color vibration platform (Initial Address
- IAM Message, IAM message, and carries the color vibration logo
- the color burst identifier is sent to the multimedia color vibration platform in step 307, and the color vibration identifier corresponds to the color burst subscription information of the calling terminal, and is used to identify the color burst identifier.
- the call is a color vibration service call.
- the above-mentioned color vibration indicator may also be carried in a user-to-user information field or an indication information unit field.
- the color vibration indicator includes a cross-connected identifier, and the cross-connected identifier indicates that the current service is a cross-connected color vibration service.
- the color vibration indicator may further include an attribute of the color vibration, and the attribute of the color vibration indicates an attribute of the current color vibration service, such as video, audio, or text.
- the above color vibration indicator may also be included Including the playback operation, the playback operation indicates the playback operation of the current color vibration service playing media, such as audio volume, video full screen and other playback options.
- the color vibration identification can be of the form: CRT-SS.XX.YY, where SS represents the identity of the jumper, XX represents the attribute of the CRT, and YY represents the playback operation. XX and YY are optional.
- Audio represents the CRT to be played as the voice
- Video represents the CRT to be played as the video
- TEXT represents the CRT to be played as the text.
- Display 100% means video full-screen playback; Volume50% means volume adjustment is 50%.
- the color vibration symbol is CRT-SS.Audio.Volume70%, and the above-mentioned color vibration symbol indicates the C of the bridging method.
- the media for the RT service call is voice, and the volume of the playback player is required to be adjusted to 70%.
- the color vibration symbol is CRT-SS.Video.DisplaylOO%, and the above-mentioned color vibration symbol indicates that the media of the CRT service call of the jumper mode is a video, and the play is required to be a full screen display.
- the color vibration symbol is CRT-SS.Video.Displayl00%.Volume50%, the above-mentioned color vibration symbol indicates that the media of the CRT service call of the crossover mode is video, and the playback is required to be displayed in full screen, and the sound volume is adjusted at 50.
- Step 308 The multimedia color vibration platform sends an IAM message to the called switch and carries the color vibration identifier. [115] After the multimedia color vibration platform transfers the IAM message, the multimedia vibration signal can carry the color vibration identifier to the called switch.
- Step 309 The called switch sends a paging (Paging) message to the called terminal;
- Step 310 After receiving the paging message, the called terminal sends a paging response message to the called switch.
- Step 311 The called switch sends a setup message to the called terminal, and carries a color vibration identifier to indicate that the current call request starts the color vibration function;
- Step 312 The called terminal may send a call confirmation (CalLConfirmed) message to the called switch; [120] the call confirmation message may carry an identifier of whether to perform the color vibration; if the bearer is empty, the called terminal does not Support for color vibration. It is also possible to carry the identifier for rejecting or agreeing to the color vibration service in the above message. For example, CRT_YES and CRT_NO respectively indicate whether the called terminal can perform the color vibration service. If there is no return flag, it can be considered that the called terminal does not support the color vibration service. Then, the color vibration process is not performed, that is, the called terminal normally performs local ring tone playback.
- CRT_YES and CRT_NO respectively indicate whether the called terminal can perform the color vibration service. If there is no return flag, it can be considered that the called terminal does not support the color vibration service. Then, the color vibration process is not performed, that is, the called terminal normally performs local ring tone playback.
- the called terminal can carry the identifier of whether or not to perform the color vibration through the above call confirmation message.
- the identifier of whether the color vibration is performed may also be carried in the user to user information field or the indication information unit field.
- Step 313 The called terminal sends a ringing (Alerting) message to the called switch;
- the called terminal can carry the identity of the color vibration through the Alerting message. If the bearer is empty, it indicates that the called terminal does not support the color vibration. It is also possible to carry the identifier for rejecting or agreeing to the color vibration service in the above message. For example, CRT_YES and CRT_NO respectively indicate whether the called terminal can perform the color vibration service. If there is no return flag, it can be considered that the called terminal does not support the color vibration service. Then, the color vibration process is not performed, that is, the called terminal normally performs local ring tone playback.
- Step 313 a The called terminal sends a Connect message to the called switch;
- the above connection message may carry the identifier of whether or not to perform the color vibration. If the carrier is empty, it indicates that the called terminal does not support the color vibration. It is also possible to carry the identifier for rejecting or agreeing to the color vibration service in the above message. For example, C RT_YES and CRT_NO respectively indicate whether the called terminal can perform the color vibration service. If there is no return flag, it can be considered that the called terminal does not support the color vibration service. , the color vibration process is not performed, that is, the called terminal normally performs local ring tone playback. The identifier of whether the color vibration is performed may also be carried in the user to user information field or the indication information unit field.
- Step 313b The called switch sends a response message to the multimedia color vibration platform (Answer
- A carries the identifier of whether or not to perform the color vibration.
- the ANM message also carries the identifier of whether or not to perform the color vibration. If the carrier is empty, it indicates that the called terminal does not support the color vibration.
- Step 313c The called switch sends a connection confirmation (Co nneC t_ACK) message to the called terminal; [131] Step 313a, step 313b, and step 313c are optional steps.
- Step 314 The called switch sends an address complete message (ACM) to the multimedia color vibration platform;
- ACM address complete message
- the ACM can carry the identification of whether or not to perform the color vibration. If the carrier is empty, it means that the called terminal does not support the color vibration. It is also possible to carry the identifier for rejecting or agreeing to the color vibration service in the above message, for example, CRT_YES and CRT_NO respectively indicate whether the called terminal can perform the color vibration service, if there is no return flag, It can be considered that the called terminal does not support the color vibration service, and the color vibration process is not performed, that is, the called terminal normally performs local ring tone playback.
- Step 315 The multimedia color vibration platform sends an ACM message to the calling switch;
- Step 316 The calling switch sends an Alerting message to the calling terminal.
- Step 317 A communication channel is established between the multimedia color vibration platform and the called terminal, and the color vibration data information is sent;
- the step may further be that after the step 314 is completed, the multimedia color vibration platform establishes a communication channel with the called terminal, and the color data information is sent.
- the color vibration data information may be multimedia information such as video, audio, and text.
- Step 318 If the called terminal accepts the color vibration service, the process of playing and processing the color vibration is started;
- the process of playing and processing the color vibration can be receiving the color vibration data information, snoring the speaker, shielding the local ringing, and playing the color vibration data information instead of the local shielding ringing.
- Step 319 When the called terminal starts to answer the call, the called terminal sends a connection message to the called switch.
- Step 320 The called switch sends a response message to the multimedia color vibration platform
- Step 321 The called switch sends a connection confirmation message to the called terminal.
- Step 322 The multimedia color vibration platform stops transmitting the color vibration data information and sends an answer message to the calling switch.
- Step 323 The calling exchange sends a connection message to the calling terminal
- Step 324a The calling terminal establishes a communication channel with the multimedia color vibration platform
- Step 324b The multimedia color vibration platform docks the communication channels on both sides of the calling and called parties to implement a normal call.
- the multimedia color vibration platform in this embodiment carries the color vibration information in the signaling that is sent, and sends the color vibration data information to the called terminal to support the color vibration service, so that the called terminal can play the vibration according to the color vibration data information.
- the multimedia communication platform is used to connect the voice communication channel established between the calling terminal and the called terminal to implement a normal voice call between the calling terminal and the called terminal.
- a method for realizing a color vibration service in voice communication is different from the above embodiment, and an embodiment for realizing a color vibration service in videophone communication is explained below.
- This embodiment describes a method for implementing a color vibration service in videophone communication.
- a color vibration service can be implemented in the process of performing videophone communication, which will be described in detail below with reference to the accompanying drawings.
- the method of this embodiment includes the following steps:
- Step 401 The calling terminal initiates a videophone call to the calling exchange;
- Steps 402 to 416 are the same as steps 302 to 316, and are not mentioned here; the form of the color vibration identification is also the same as that mentioned in the previous embodiment, and will not be described here.
- Step 417a Establish a videophone communication channel between the multimedia color vibration platform and the called terminal;
- the above-mentioned videophone communication channel may be a multimedia communication control protocol (H.245).
- Step 417b The multimedia color vibration platform sends the color vibration data to the called terminal;
- the multimedia color bursting platform can transmit the color burst data information to the called terminal using the videophone communication channel established in step 417a.
- Steps 418 to 423 are the same as steps 318 to 323, and are not described here.
- Step 424a Establish a videophone communication channel between the calling terminal and the multimedia color vibration platform
- the above-mentioned videophone communication channel may be a multimedia communication control protocol (H.245).
- Step 424b The multimedia color vibration platform docks the television communication channels on both sides of the calling terminal and the called terminal to realize normal videophone communication.
- the multimedia color vibration platform will interface with the videophone communication channel established between the called terminal and the calling terminal in step 417a and in step 424a, respectively, to realize normal videophone of the calling terminal and the called terminal. Communication.
- the multimedia color vibration platform carries the color vibration indicator in the signaling that is sent, and sends the color vibration data information to the called terminal to support the color vibration service, so that the called terminal can play the vibration according to the color vibration data information.
- the bell connects the videophone communication channel established between the calling terminal and the called terminal through the multimedia color vibration platform to realize normal videophone communication between the calling terminal and the called terminal.
- the above embodiment provides a method for implementing a color vibration service, and an embodiment of the present invention further provides a related device and a communication system.
- a multimedia color vibration platform includes:
- the receiving unit 501 is configured to receive an initial address message sent by the calling switch, where the initial address message includes a color vibration identifier;
- the color vibration data transmitting unit 502 is configured to send the color vibration data information to the called terminal according to the color vibration identifier received by the receiving unit 501.
- the color vibration indicator includes a cross-connected identifier, and the cross-connected identifier indicates that the current service is a cross-connected color vibration service.
- the color vibration indicator may further include an attribute of the color vibration, and the attribute of the color vibration indicates an attribute of the current color vibration service, such as video, audio, or text.
- the color vibration indicator may further include a playing operation, and the playing operation indicates a playing operation of the current color vibration service playing media, such as an audio volume, a video full screen, and the like.
- the color vibration data transmitting unit 502 sends the color vibration data information to the called terminal according to the attribute of the color vibration received by the receiving unit 501.
- the above multimedia color vibration platform further comprises:
- a sending unit configured to send, to the called switch, an initial address message received by the receiving unit 501;
- the above initial address message contains a color burst identifier.
- an identifier receiving unit configured to receive an address full message sent by the called switch, where the address complete message includes an identifier of whether the color vibration is performed, and whether the color burst identifier is sent by the called terminal;
- the sending unit sends the color vibration identifier to the called switch
- the called switch forwards the color vibration identifier to the called terminal, and the called terminal sends, to the called switch, whether to perform the color vibration identification according to the color vibration indicator.
- the color vibration indicator indicates whether the called terminal supports the color vibration service.
- a determining unit configured to determine, according to the identifier of the color vibration received by the identifier receiving unit, whether the called terminal supports the color vibration service;
- the color vibration data transmitting unit 502 is configured to send the color vibration data information to the called terminal after the determining unit determines that the called terminal supports the color vibration service.
- the above multimedia color vibration platform also includes:
- an establishing unit configured to establish a voice telephone communication channel or a videophone communication channel with the called terminal;
- the color vibration data sending unit 502 is configured to use the voice telephone communication channel or the videophone communication established by the establishing unit The channel transmits the color burst data information to the called terminal.
- the above multimedia color vibration platform further comprises:
- a response message receiving unit configured to receive a response message sent by the called switch, where the response message is sent after the called terminal answers the call;
- a communication channel establishing unit configured to establish a voice communication channel or a videophone communication channel with the calling terminal according to the response message received by the response message receiving unit;
- a bridging unit configured to interface the voice communication channel established by the communication channel establishing unit with the calling terminal and the voice telephone communication channel established by the establishing unit and the called terminal according to the color vibration identifier received by the receiving unit 501 And implementing voice telephone communication, or docking the videophone communication channel and the establishing unit established by the communication channel establishing unit and the calling terminal with the videophone communication channel established by the called terminal. Implement videophone communication.
- the foregoing multimedia color vibration platform may be used to implement the method for implementing the color vibration service described in the foregoing embodiments, but is not limited to implementing the method.
- the message receiving unit 601 is configured to receive a setup message sent by the called switch, where the setup message includes a color vibration identifier, and the color vibration identifier includes a cross-connect identifier;
- the identifier processing unit 602 is configured to perform processing according to the color vibration identifier received by the message receiving unit 601; [193] the color vibration data receiving unit 603, configured to receive the color vibration data information sent by the multimedia color vibration platform; [194] The color vibration playing unit 604 is configured to perform color vibration playing according to the color vibration data information received by the color vibration data receiving unit 603.
- the cross-connected identifier indicates that the current service is a cross-connected color burst service.
- the color vibration indicator may further include an attribute of the color vibration, and the attribute of the color vibration indicates an attribute of the current color vibration service, such as video, audio, or text.
- the color vibration indicator may further include a playing operation, and the playing operation indicates a playing operation of the current color vibration service playing media, such as an audio volume, a video full screen, and the like.
- the foregoing terminal may further include:
- an identifier sending unit configured to send, according to the color vibration identifier received by the message receiving unit 601, an identifier of whether the color vibration is performed to the called switch;
- the color vibration data receiving unit 603 is configured to receive the color vibration data information sent by the multimedia color vibration platform, and the color vibration data information is used to determine, according to the identifier of the color vibration, whether the called terminal supports the color vibration. Send after business;
- the called switch After sending the identifier of the color vibration to the called switch through the identifier sending unit, the called switch forwards the identifier of whether the color vibration is performed to the multimedia color vibration platform, and the multimedia color vibration platform determines whether to perform the color vibration according to whether It is judged that the called terminal supports the color vibration service, and transmits the color vibration data information to the called terminal, and the called terminal receives the color vibration data information through the color vibration data receiving unit 603.
- the color vibration data receiving unit 603 is configured to receive the color vibration data information sent by the multimedia color vibration platform according to the attribute of the color vibration.
- the foregoing terminal further includes:
- the color vibration data receiving unit 603 is configured to receive the color vibration data information sent by the multimedia color vibration platform by establishing a voice communication channel or a videophone communication channel established by the channel unit.
- the terminal further includes:
- a telephone communication unit configured to perform voice telephone communication with a calling terminal through a multimedia color vibration platform by using a voice communication channel established by establishing a channel unit, or through a multimedia color vibration platform using a videophone communication channel established by establishing a channel unit Videophone communication with the calling terminal.
- the identifier processing unit 602 further includes:
- the color vibration playing unit 604 is configured to use the speaker opened by the opening unit to play the color vibration data information instead of playing the local ringing shielded by the shielding unit.
- the color vibration indicator received by the message receiving unit 601 further includes a playing operation, and the terminal further includes
- processing unit configured to perform processing according to a playback operation
- the color vibration playing unit 604 is configured to play the color vibration data information according to the result of the processing by the processing unit.
- the foregoing terminal may be used to implement the method for implementing the color vibration service as described in the foregoing embodiment, but is not limited to implementing the method.
- the above embodiment illustrates a related apparatus, and a communication system is explained below.
- a communication system includes:
- the calling switch 701 is configured to send an initial address message to the multimedia color vibration platform 702, where the initial address message includes a color vibration identifier;
- the multimedia color vibration platform 702 is configured to receive an initial address message sent by the calling exchange 701, where the initial address message includes a color vibration identifier; and send the color vibration data information to the called terminal 703 according to the color vibration identifier;
- the called terminal 703 is configured to receive the color vibration data information sent by the multimedia color vibration platform 702, and perform color vibration playback according to the color vibration data information.
- the color vibration indicator includes a cross-connected identifier, and the cross-connected identifier indicates that the current service is a cross-connected color vibration service.
- the color vibration indicator may further include an attribute of the color vibration, and the attribute of the color vibration indicates an attribute of the current color vibration service, such as video, audio, or text.
- the color vibration indicator may further include a playing operation, and the playing operation indicates a playing operation of the current color vibration service playing media, such as an audio volume, a video full screen, and the like.
- the called terminal 703 is further configured to receive the color vibration identifier sent by the called switch, and send an identifier of whether the color vibration is performed to the called switch according to the color vibration identifier.
- the above communication system further comprises:
- the called switch is configured to receive an initial address message sent by the multimedia color vibration platform 702, send an initial address message to the called terminal 703, and receive an identifier of whether or not to perform a color vibration sent by the called terminal 703, and whether to perform color coding.
- the identification of the vibration is sent to the multimedia color vibration platform 702;
- the above communication system further comprises: [224] a calling terminal, configured to send a voice telephone call request or a videophone call request to the calling switch; [225] a calling exchange, configured to receive a voice telephone call request or a videophone call request sent by the calling terminal
- a home location register configured to receive the color burst subscription information of the calling terminal and the status of the called terminal 703 sent by the calling exchange, query the color burst subscription information of the calling terminal, and query the called switch. The status of the called terminal 703 sends the query result to the calling switch.
- the multimedia color vibration platform 702 in the foregoing communication system is further configured to establish a voice telephone communication channel or a videophone communication channel with the called terminal 703, and establish a voice communication channel or a videophone communication channel with the calling terminal.
- Performing voice telephone communication by connecting the voice communication channel established with the calling terminal and the voice telephone communication channel established with the called terminal 703 according to the cross-connected identifier, or visually establishing the connection with the calling terminal according to the cross-connected identifier.
- the telephone communication channel and the videophone communication channel established with the called terminal 703 are docked to implement videophone communication.
- the multimedia color vibration platform receives the color vibration information and sends the color vibration data information to the called terminal according to the color vibration identification, so that the called terminal can obtain the color vibration data information, thereby realizing the color vibration service.
- the called terminal receives the color vibration indicator, processes according to the color vibration indicator, receives the color vibration data information sent by the multimedia color vibration platform, and performs color vibration playback according to the color vibration data information, so that the called terminal can enable the called terminal to The color vibration is played according to the color vibration data information, thereby realizing the color vibration business.
- the voice communication channel established with the calling terminal and the voice communication channel established with the called terminal are connected through the multimedia color vibration platform to implement normal voice communication between the calling and called terminals.
- the videophone communication channel established with the calling terminal and the videophone communication channel established with the called terminal are docked through the multimedia color vibration platform to achieve normal visibility between the calling and called terminals. Telephone communication.
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- Engineering & Computer Science (AREA)
- Signal Processing (AREA)
- Telephonic Communication Services (AREA)
- Telephone Function (AREA)
- Two-Way Televisions, Distribution Of Moving Picture Or The Like (AREA)
Description
说明书 一种实现彩振业务的方法、 装置及通信系统
[I] 本申请要求了 2008年 9月 25日提交的、 申请号为 200810161440.X、 发明名称为" 一种实现彩振业务的方法、 装置及通信系统"的中国申请的优先权， 其全部内容 通过引用结合在本申请中。
[2] 技术领域
[3] 本发明涉及电路交换领域， 尤其涉及一种实现彩振业务的方法、 装置及通信系 统。
[4] 发明背景
[5] 随着通信技术的不断发展， 很多个性化的服务也应运而生。 彩振 （Customized
Ring Tone, CRT) 业务就是其中的一种。
[6] 彩振业务， 也称个性化振铃音业务， 是指用户可以根据自己的喜欢和要求定制 自己电话的振铃音， 振铃音既可以是音乐、 广告， 也可以是客户录制的语音。 如果主叫终端定制了彩振业务， 在呼叫过程中， 服务器发送振铃音给被叫终端 ， 被叫终端播放服务器发送的铃音替代被叫终端本地设置的铃音。
[7] 目前， 基于第三代合作伙伴计划 (3rd Generation Partnership
Project, 3GPP) 系统的可视电话， 主要是通过电路交换 （Circuit
Switch, CS) 网络来实现的。 随着个性化业务的不断发展， 用户越来越希望能 够实现彩振业务， 但目前 CS域还不能实现彩振业务。
[8] 在实现本发明的过程中， 发明人发现上述技术方案至少存在如下缺陷：
[9] CS域有实现彩振业务的需求， 但还不能实现彩振业务。
[10] 发明内容
[I I] 本发明实施例提供了一种实现彩振业务的方法、 装置及通信系统， 使用本发明 实施例提供的技术方案， 能够使被叫终端在 CS域获得彩振数据信息， 从而实现 彩振业务。
[12] 本发明实施例的目的是通过以下技术方案实现的：
[13] 一种实现彩振业务的方法， 包括：
[14] 接收主叫交换机发送的初始地址消息， 上述初始地址消息包含彩振标识； [15] 根据上述彩振标识向被叫终端发送彩振数据信息。
[16] 一种实现彩振业务的方法， 包括：
[17] 接收被叫交换机发送的建立消息， 上述建立消息包含彩振标识；
[18] 根据上述彩振标识进行处理；
[19] 接收多媒体彩振平台发送的彩振数据信息；
[20] 根据上述彩振数据信息进行彩振播放。
[21] 一种多媒体彩振平台， 包括：
[22] 接收单元， 用于接收主叫交换机发送的初始地址消息， 上述初始地址消息包含 彩振标识；
[23] 彩振数据发送单元， 用于根据接收单元接收到的彩振标识向被叫终端发送彩振 数据信息。
[24] 一种终端， 包括：
[25] 消息接收单元， 用于接收被叫交换机发送的建立消息， 上述建立消息包含彩振 标识；
[26] 标识处理单元， 用于根据上述彩振标识进行处理；
[27] 彩振数据接收单元， 用于接收多媒体彩振平台发送的彩振数据信息；
[28] 彩振播放单元， 用于根据彩振数据接收单元接收的彩振数据信息进行彩振播放
[29] 一种通信系统， 包括：
[30] 主叫交换机， 用于向多媒体彩振平台发送初始地址消息， 上述初始地址消息包 含彩振标识；
[31] 多媒体彩振平台， 用于接收主叫交换机发送的初始地址消息， 上述初始地址消 息包含彩振标识， 根据彩振标识向被叫终端发送彩振数据信息；
[32] 被叫终端， 用于接收多媒体彩振平台发送的所述彩振数据信息， 根据彩振数据 信息进行彩振播放。
[33] 附图简要说明
[34] 图 1是本发明一个实施例阐述的一种实现彩振业务的方法流程图；
[35] 图 2是本发明另一个实施例阐述的一种实现彩振业务的方法流程图；
[36] 图 3是本发明又一个实施例阐述的一种实现彩振业务的方法信令图；
[37] 图 4是本发明再一个实施例阐述的一种实现彩振业务的方法信令图；
[38] 图 5是本发明一个实施例阐述的一种多媒体彩振平台的组成示意图；
[39] 图 6是本发明一个实施例阐述的一种终端的组成示意图；
[40] 图 7是本发明一个实施例阐述的一种通信系统的组成框图。
[41] 实施本发明的方式
[42] 本发明实施例提供了一种实现彩振业务的方法、 装置及通信系统， 使用本发明 实施例提供的技术方案， 能够使被叫终端在 CS域电话呼叫业务中获得彩振数据 信息， 从而实现彩振业务。
[43] 本发明实施例中提及的跨接方案是指通过多媒体彩振平台向主被叫两端建立连 接后， 进行信道对接后完成的通信。
[44] CS域电话呼叫中包括 CS语音电话呼叫和 CS可视电话呼叫。 本发明实施例阐述 了在这两种呼叫业务中如何实现跨接方案的多媒体彩振业务， 同吋被叫终端可 以根据彩振标识进行相应的播放振铃控制。
[45] 如下为本发明一个实施例。
[46] 本实施例从多媒体彩振平台侧阐述一种实现彩振业务的方法， 通过该方法可以 将彩振数据信息发送给被叫终端， 以实现彩振业务。 下面结合附图进行详细说 明。
[47] 参见图 1， 本实施例的方法包括以下步骤：
[48] 步骤 101 : 接收主叫交换机发送的初始地址消息， 上述初始地址消息包含彩振 标识；
[49] 当主叫终端发起电话呼叫吋， 会向主叫交换机发送电话呼叫请求， 主叫交换机 在接收上述电话呼叫请求后， 向归属位置寄存器査询主叫终端的签约信息以及 被叫终端的状态， 主叫终端的签约信息是指主叫终端是否在归属位置寄存器处 签约了彩振业务， 被叫终端的状态是指被叫终端此吋处于空闲状态、 繁忙状态 还是不在服务区等状态。 归属位置寄存器需要向被叫交换机査询被叫终端的状 态， 归属位置寄存器将査询到的主叫终端的彩振签约信息以及被叫终端的状态
发送给主叫交换机。
[50] 如果主叫终端签约了彩振信息， 主叫交换机则向多媒体彩振平台发送初始地址 消息， 在该初始地址消息中携带彩振标识， 上述彩振标识与主叫终端的彩振签 约信息对应； 如果主叫终端没有签约彩振信息， 则执行正常的电话呼叫流程。
[51] 上述彩振标识包括跨接的标识， 跨接的标识指示当前业务为跨接方式的彩振业 务。 可选的， 上述彩振标识还可以包括彩振的属性， 彩振的属性指示当前彩振 业务的属性， 例如是视频、 音频还是文字等。 可选的， 上述彩振标识还可以包 括播放操作， 播放操作指示当前彩振业务播放媒体的播放操作， 例如音频音量 、 视频全屏等播放选项。
[52] 例如， 彩振标识可以是如下形式： CRT-SS.XX.YY， 其中 SS代表跨接的标识， XX代表 CRT的属性， YY代表播放操作。 XX和 YY是可选的。
[53] 在 XX属性中， Audio代表将要播放的 CRT为语音； Video代表将要播放的 CRT 是视频； TEXT代表将要播放的 CRT是文字。
[54] 在 YY播放操作中， Display 100%代表视频全屏播放； Volume50%代表音量调节 为 50%。
[55] 例如， 彩振标识为 CRT-SS. Audio. Volume70%， 上述彩振标识表示跨接方式的 C
RT业务呼叫的媒体为语音， 并且要求播放吋的音量调节为 70%。
[56] 彩振标识为 CRT-SS.Video.DisplaylOO%， 上述彩振标识表示跨接方式的 CRT业 务呼叫的媒体为视频， 并且要求播放吋为全屏显示。
[57] 彩振标识为 CRT-SS.Video.Displayl00%.Volume50%， 上述彩振标识表示跨接方 式的 CRT业务呼叫的媒体为视频， 并且要求播放吋全屏显示， 声音音量调节在 50
%。
[58] 接收主叫交换机发送的包含彩振标识的初始地址消息后， 还可以向被叫交换机 发送上述初始地址消息；
[59] 向被叫交换机发送的初始地址消息中包含彩振标识， 被叫交换机接收到该初始 地址消息后向被叫终端发送建立消息， 上述建立消息包含彩振标识， 也可以是
Information , UUI) 字段或指不信息单兀 (Facility Information Element, Facility
IE) 字段携带上述彩振标识。
[60] 向被叫交换机发送所述初始地址消息之后还可以接收被叫交换机发送的地址全 消息， 上述地址全消息包含是否进行彩振的标识， 上述是否进行彩振的标识由 被叫终端发送；
[61] 被叫终端接收到被叫交换机发送的彩振标识后， 向被叫交换机发送是否进行彩 振的标识， 可以是通过呼叫确认 （Call
Confirmed) 消息、 振铃 （Alerting) 消息、 连接 （Connect) 消息中的任一消息 携带是否进行彩振的标识。 在根据上述是否进行彩振的标识判断所述被叫终端 支持彩振业务吋， 执行步骤 102; 如果被叫终端不支持彩振业务， 则不进行彩振 流程， 此吋不向被叫终端发送彩振数据信息， 被叫终端正常进行本地铃音播放
[62] 步骤 102: 根据彩振标识向被叫终端发送彩振数据信息。
[63] 在向被叫终端发送彩振数据信息之前还包括： 与被叫终端建立语音电话通信信 道或可视电话通信信道， 使用语音电话通信信道或可视电话通信信道向被叫终 端发送彩振数据信息。
[64] 在向被叫终端发送彩振数据信息之后还包括： 接收被叫交换机发送的应答消息 ， 应答消息是被叫终端接听主叫终端电话吋发送的消息， 根据应答消息与主叫 终端建立语音通信信道或可视电话通信信道， 根据跨接的标识将与主叫终端建 立的语音通信信道和与被叫终端建立的语音电话通信信道进行对接实现语音电 话通信， 或， 根据所述跨接的标识将与主叫终端建立的可视电话通信信道和与 被叫终端建立的可视电话通信信道进行对接实现可视电话通信。
[65] 上述接收被叫交换机发送的应答消息后还包括： 多媒体彩振平台向主叫交换机 发送上述应答消息， 主叫交换机根据应答消息向主叫终端发送连接消息， 连接 消息包含被叫终端接听电话的信息。
[66] 当彩振标识还包括彩振的属性吋， 步骤 102具体为： 根据彩振的属性向被叫终 端发送彩振数据信息。
[67] 本实施例多媒体彩振平台由于接收彩振标识， 根据彩振标识向被叫终端发送彩 振数据信息， 能够使被叫终端获得彩振数据信息， 从而实现了彩振业务。
[68] 上述实施例从多媒体彩振平台侧阐述了实现彩振业务的方法， 下面阐述一种终 端实现彩振业务的实施例。
[69] 本实施例从被叫终端侧阐述一种实现彩振业务的方法， 通过该方法可以根据彩 振数据信息进行彩振播放， 以实现彩振业务。 下面结合附图进行详细说明。
[70] 参见图 2， 本实施例的方法包括以下步骤：
[71] 步骤 201 : 接收被叫交换机发送的建立消息， 上述建立消息包含彩振标识； [72] 接收上述彩振标识可以是接收被叫交换机发送的建立消息， 建立消息包含用户 到用户信息字段或指示信息单元字段， 上述字段携带彩振标识， 上述彩振标识 包含跨接的标识。
[73] 上述彩振标识包括跨接的标识， 跨接的标识指示当前业务为跨接方式的彩振业 务。 可选的， 上述彩振标识还可以包括彩振的属性， 彩振的属性指示当前彩振 业务的属性， 例如是视频、 音频还是文字等。 可选的， 上述彩振标识还可以包 括播放操作， 播放操作指示当前彩振业务播放媒体的播放操作， 例如音频音量 、 视频全屏等播放选项。
[74] 例如， 彩振标识可以是如下形式： CRT-SS.XX.YY， 其中 SS代表跨接的标识， XX代表 CRT的属性， YY代表播放操作。 XX和 YY是可选的。
[75] 在 XX属性中， Audio代表将要播放的 CRT为语音； Video代表将要播放的 CRT 是视频； TEXT代表将要播放的 CRT是文字。
[76] 在 YY播放操作中， Display 100%代表视频全屏播放； Volume50%代表音量调节 为 50%。
[77] 例如， 彩振标识为 CRT-SS. Audio. Volume70%， 上述彩振标识表示跨接方式的 C
RT业务呼叫的媒体为语音， 并且要求播放吋的音量调节为 70%。
[78] 彩振标识为 CRT-SS.Video.DisplaylOO%， 上述彩振标识表示跨接方式的 CRT业 务呼叫的媒体为视频， 并且要求播放吋为全屏显示。
[79] 彩振标识为 CRT-SS.Video.Displayl00%.Volume50%， 上述彩振标识表示跨接方 式的 CRT业务呼叫的媒体为视频， 并且要求播放吋全屏显示， 声音音量调节在 50
%。
[80] 接收被叫交换机发送的建立消息之后， 还可以根据彩振标识向被叫交换机发送
是否进行彩振的标识;
向被叫交换机发送是否进行彩振的标识， 可以是通过呼叫确认 （Call
Confirmed) 消息携带是否进行彩振的标识， 也可以是通过振铃 （Alerting) 消息 携带是否进行彩振的标识， 还可以是通过连接 （Connect) 消息携带是否进行彩 振的标识。
[82] 步骤 202: 根据彩振标识进行处理；
[83] 被叫终端接收到彩振标识后， 就可以知道该呼叫是一个彩振业务的呼叫， 需要 进行相应的处理， 可以是被叫终端屏蔽本地的振铃， 打幵扬声器； 当然也可以 是先打幵扬声器， 再屏蔽本地的振铃。
[84] 步骤 203: 接收多媒体彩振平台发送的彩振数据信息；
[85] 上述彩振数据信息可以是在多媒体彩振平台根据上述是否进行彩振的标识判断 被叫终端支持彩振业务后发送；
[86] 接收多媒体彩振平台发送的彩振数据信息之前还包括： 与多媒体彩振平台建立 语音通信信道或可视电话通信信道， 通过上述语音通信信道或可视电话信道接 收多媒体彩振平台发送的彩振数据信息。
[87] 如果被叫终端不支持彩振业务， 则不进行彩振流程， 此吋被叫终端正常进行本 地铃音播放。
[88] 当彩振标识包括彩振的属性吋， 步骤 203具体为： 接收多媒体彩振平台根据彩 振的属性发送的彩振数据信息。
[89] 上述步骤 202与步骤 203在实现顺序上不受限制。
[90] 步骤 204: 根据上述彩振数据信息进行彩振播放。
[91] 根据彩振数据信息进行彩振播放可以是使用扬声器播放彩振数据信息代替播放 本地的振铃。
[92] 步骤 204之后还包括使用上述语音通信信道通过多媒体彩振平台与主叫终端进 行语音电话通信， 或， 使用上述可视电话通信信道通过多媒体彩振平台与主叫 终端进行可视电话通信。 为了实现主被叫终端之间的电话通信， 多媒体彩振平 台需要与主叫终端建立语音通信信道或可视电话通信信道， 再将与主叫终端之 间建立的信道和与被叫终端之间建立的信道对接， 实现主被叫之间的正常通信
， 上述正常通信可以是指语音通信， 也可以是指可视电话通信。
[93] 当彩振标识包含播放操作吋， 步骤 204具体为： 根据播放操作播放彩振数据信 息。
[94] 本实施例被叫终端由于接收彩振标识， 根据彩振标识进行处理， 接收多媒体彩 振平台发送的彩振数据信息， 根据彩振数据信息进行彩振播放， 使得被叫终端 能够根据彩振数据信息进行彩振播放， 从而实现了彩振业务。
[95] 上述两个实施例分别从多媒体彩振平台和被叫终端阐述了实现彩振业务的方法 ， 下面阐述一种当主叫终端发起语音呼叫吋， 实现彩振业务的方法的实施例。
[96] 本实施例阐述一种在 CS语音通信过程中， 通过建立消息携带彩振标识实现彩振 业务的方法， 下面结合附图进行详细说明。
[97] 参见图 3， 本实施例的方法包括以下步骤：
[98] 步骤 301 : 主叫终端通过建立 （Setup) 消息发送语音呼叫到主叫交换机； [99] 步骤 302: 主叫交换机向归属位置寄存器査询主叫终端的彩振签约信息以及被 叫终端的状态；
[100] 步骤 303: 归属位置寄存器向被叫交换机査询被叫终端的状态；
[101] 步骤 304: 被叫交换机将被叫终端的状态返回给归属位置寄存器；
[102] 步骤 305: 归属位置寄存器将被叫终端的状态以及主叫终端的彩振签约信息发 送给主叫交换机；
[103] 步骤 306: 主叫交换机向主叫终端发送呼叫进行 （CalLProceeding) 消息； [104] 步骤 307: 主叫交换机向多媒体彩振平台发送初始地址消息 （Initial Address
Message, IAM) 消息， 并携带彩振标识；
[105] 在步骤 305获取主叫终端的彩振签约信息后， 在步骤 307中向多媒体彩振平台发 送彩振标识， 上述彩振标识与主叫终端的彩振签约信息对应， 用来标识该呼叫 是彩振业务呼叫。
[106] 上述彩振标识还可以通过用户到用户信息字段或指示信息单元字段携带。
[107] 上述彩振标识包括跨接的标识， 跨接的标识指示当前业务为跨接方式的彩振业 务。 可选的， 上述彩振标识还可以包括彩振的属性， 彩振的属性指示当前彩振 业务的属性， 例如是视频、 音频还是文字等。 可选的， 上述彩振标识还可以包
括播放操作， 播放操作指示当前彩振业务播放媒体的播放操作， 例如音频音量 、 视频全屏等播放选项。
[108] 例如， 彩振标识可以是如下形式： CRT-SS.XX.YY， 其中 SS代表跨接的标识， XX代表 CRT的属性， YY代表播放操作。 XX和 YY是可选的。
[109] 在 XX属性中， Audio代表将要播放的 CRT为语音； Video代表将要播放的 CRT 是视频； TEXT代表将要播放的 CRT是文字。
[110] 在 YY播放操作中， Display 100%代表视频全屏播放； Volume50%代表音量调节 为 50%。
[111] 例如， 彩振标识为 CRT-SS.Audio.Volume70%， 上述彩振标识表示跨接方式的 C
RT业务呼叫的媒体为语音， 并且要求播放吋的音量调节为 70%。
[112] 彩振标识为 CRT-SS.Video.DisplaylOO%， 上述彩振标识表示跨接方式的 CRT业 务呼叫的媒体为视频， 并且要求播放吋为全屏显示。
[113] 彩振标识为 CRT-SS.Video.Displayl00%.Volume50%， 上述彩振标识表示跨接方 式的 CRT业务呼叫的媒体为视频， 并且要求播放吋全屏显示， 声音音量调节在 50
%。
[114] 步骤 308: 多媒体彩振平台向被叫交换机发送 IAM消息， 并携带彩振标识； [115] 多媒体彩振平台转移该 IAM消息吋， 可以携带彩振标识到被叫交换机。
[116] 步骤 309: 被叫交换机向被叫终端发送寻呼 （Paging) 消息；
[117] 步骤 310: 被叫终端收到寻呼消息后向被叫交换机发送寻呼响应消息；
[118] 步骤 311 : 被叫交换机向被叫终端发送建立 （Setup) 消息， 并携带彩振标识， 以表示当前呼叫要求启动彩振功能；
[119] 步骤 312: 被叫终端可以向被叫交换机发送呼叫确认 （CalLConfirmed) 消息； [120] 该呼叫确认消息中可以携带是否进行彩振的标识； 如果携带为空， 则表示被叫 终端不支持彩振。 也可以是在上述消息中携带拒绝或同意彩振业务的标识， 例 如 CRT_YES和 CRT_NO分别表示被叫终端是否可以进行彩振业务， 如果没有返 回标志， 可认为是被叫终端不支持彩振业务， 则不进行彩振流程， 即被叫终端 正常进行本地铃音播放。
[121] 被叫终端可以通过上述呼叫确认消息携带是否进行彩振的标识。
[122] 上述是否进行彩振的标识还可以通过用户到用户信息字段或指示信息单元字段 携带。
[123] 步骤 313: 被叫终端向被叫交换机发送振铃 （Alerting) 消息；
[124] 上述 Alerting消息表示被叫终端准备幵始振铃。
[125] 被叫终端可以通过 Alerting消息携带是否进行彩振的标识， 如果携带为空， 则 表示被叫终端不支持彩振。 也可以是在上述消息中携带拒绝或同意彩振业务的 标识， 例如 CRT_YES和 CRT_NO分别表示被叫终端是否可以进行彩振业务， 如 果没有返回标志， 可认为是被叫终端不支持彩振业务， 则不进行彩振流程， 即 被叫终端正常进行本地铃音播放。
[126] 步骤 313 a: 被叫终端向被叫交换机发送连接 （Connect) 消息；
[127] 上述连接消息中可以携带是否进行彩振的标识， 如果携带为空， 则表示被叫终 端不支持彩振。 也可以是在上述消息中携带拒绝或同意彩振业务的标识， 例如 C RT_YES和 CRT_NO分别表示被叫终端是否可以进行彩振业务， 如果没有返回标 志， 可认为是被叫终端不支持彩振业务， 则不进行彩振流程， 即被叫终端正常 进行本地铃音播放。 上述是否进行彩振的标识还可以通过用户到用户信息字段 或指示信息单元字段携带。
[128] 步骤 313b: 被叫交换机向多媒体彩振平台发送应答消息 （Answer
Message, ANM) ；
[129] 如果步骤 313
a中携带了是否进行彩振的标识， 则 ANM消息中也要携带是否进行彩振的标识， 如果携带为空， 则表示被叫终端不支持彩振。
[130] 步骤 313c: 被叫交换机向被叫终端发送连接确认 （ConneCt_ACK) 消息； [131] 步骤 313a、 步骤 313b、 步骤 313c是可选的步骤。
[132] 步骤 314: 被叫交换机向多媒体彩振平台发送地址全消息 （Address Complete Message, ACM) ；
[133] 可以通过 ACM携带是否进行彩振的标识， 如果携带为空， 则表示被叫终端不 支持彩振。 也可以是在上述消息中携带拒绝或同意彩振业务的标识， 例如 CRT_ YES和 CRT_NO分别表示被叫终端是否可以进行彩振业务， 如果没有返回标志，
可认为是被叫终端不支持彩振业务， 则不进行彩振流程， 即被叫终端正常进行 本地铃音播放。
[134] 步骤 315: 多媒体彩振平台向主叫交换机发送 ACM消息；
[135] 步骤 316: 主叫交换机向主叫终端发送 Alerting消息；
[136] 上述 Alerting消息表示被叫终端准备幵始振铃。
[137] 步骤 317: 多媒体彩振平台与被叫终端之间建立通信信道， 并下发彩振数据信 息；
[138] 该步骤还可以是当完成步骤 314之后， 多媒体彩振平台同被叫终端建立通信信 道， 幵始彩振数据信息的下发。 上述彩振数据信息可以是视频、 音频、 文字等 多媒体信息。
[139] 步骤 318: 被叫终端如果接受进行彩振业务， 则幵始进行彩振的播放和处理流 程；
[140] 彩振的播放和处理流程可以是接收彩振数据信息、 打幵扬声器、 屏蔽本地的振 铃、 播放彩振数据信息代替本地屏蔽的振铃。
[141] 步骤 319: 当被叫终端幵始接听电话吋， 被叫终端向被叫交换机发送连接消息
[142] 步骤 320: 被叫交换机向多媒体彩振平台发送应答消息；
[143] 上述应答消息表示被叫终端摘机操作。
[144] 步骤 321 : 被叫交换机同吋向被叫终端发送连接确认消息；
[145] 步骤 322: 多媒体彩振平台此吋停止发送彩振数据信息， 向主叫交换机发送应 答消息；
[146] 步骤 323: 主叫交换机向主叫终端发送连接消息；
[147] 上述连接消息表示被叫终端摘机操作。
[148] 步骤 324a: 主叫终端同多媒体彩振平台建立通信信道；
[149] 步骤 324b: 多媒体彩振平台将主被叫两侧的通信信道进行对接， 实现正常的呼 叫。
[150] 本实施例多媒体彩振平台通过在下发的信令中携带彩振标识， 在被叫终端支持 彩振业务吋下发彩振数据信息， 使得被叫终端能够根据彩振数据信息播放振铃
， 又通过多媒体彩振平台将主叫终端和被叫终端之间建立的语音通信信道对接 起来， 实现主叫终端和被叫终端之间的正常的语音呼叫。
[151] 区别于上述实施例阐述的一种在语音通信中实现彩振业务的方法， 下面阐述一 种在可视电话通信中实现彩振业务的实施例。
[152] 本实施例阐述了一种在可视电话通信中实现彩振业务的方法， 通过该方法， 可 以在进行可视电话通信的过程中实现彩振业务， 下面结合附图进行详细说明。
[153] 参见图 4， 本实施例的方法包括以下步骤：
[154] 步骤 401 : 主叫终端向主叫交换机发起可视电话呼叫；
[155] 步骤 402至步骤 416与步骤 302至步骤 316相同， 此处不再赞述； 彩振标识的形式 也与前面的实施例提及的相同， 此处不再赞述。
[156] 步骤 417a: 多媒体彩振平台和被叫终端之间建立可视电话通信信道；
[157] 上述可视电话通信信道可以是釆用多媒体通信控制协议 （H.245) 。
[158] 步骤 417b: 多媒体彩振平台向被叫终端发送彩振数据；
[159] 多媒体彩振平台可以使用步骤 417a中建立的可视电话通信信道向被叫终端发送 彩振数据信息。
[160] 步骤 418至步骤 423与步骤 318至步骤 323相同， 此处不再赞述。
[161] 步骤 424a: 主叫终端和多媒体彩振平台之间建立可视电话通信信道；
[162] 上述可视电话通信信道可以是釆用多媒体通信控制协议 （H.245) 。
[163] 步骤 424b: 多媒体彩振平台将主叫终端和被叫终端两侧的可是电视通信信道进 行对接， 实现正常的可视电话通信。
[164] 多媒体彩振平台将在步骤 417a和在步骤 424a中分别与被叫终端和主叫终端之间 建立的可视电话通信信道进行对接， 实现主叫终端和被叫终端的正常可视电话 通信。
[165] 本实施例多媒体彩振平台通过在下发的信令中携带彩振标识， 在被叫终端支持 彩振业务吋下发彩振数据信息， 使得被叫终端能够根据彩振数据信息播放振铃 ， 又通过多媒体彩振平台将主叫终端和被叫终端之间建立的可视电话通信信道 对接起来， 实现主叫终端和被叫终端之间的正常的可视电话通信。
[166] 需要说明的是， 对于前述的各方法实施例， 为了简单描述， 故将其都表述为一
系列的动作组合， 但是本领域技术人员应该知悉， 本发明并不受所描述的动作 顺序的限制， 因为依据本发明， 某些步骤可以釆用其他顺序或者同吋进行。 其 次， 本领域技术人员也应该知悉， 说明书中所描述的实施例均属于优选实施例 ， 所涉及的动作和模块并不一定是本发明所必须的。
[167] 在上述实施例中， 对各个实施例的描述都各有侧重， 某个实施例中没有详述的 部分， 可以参见其他实施例的相关描述。
[168] 以上实施例提供了一种实现彩振业务的方法， 本发明实施例还提供相关的装置 和通信系统。
[169] 首先阐述一种多媒体彩振平台， 参见图 5， 一种多媒体彩振平台， 包括：
[170] 接收单元 501， 用于接收主叫交换机发送的初始地址消息， 上述初始地址消息 包含彩振标识；
[171] 彩振数据发送单元 502， 用于根据接收单元 501接收到的彩振标识向被叫终端发 送彩振数据信息。
[172] 上述彩振标识包括跨接的标识， 跨接的标识指示当前业务为跨接方式的彩振业 务。 可选的， 上述彩振标识还可以包括彩振的属性， 彩振的属性指示当前彩振 业务的属性， 例如是视频、 音频还是文字等。 可选的， 上述彩振标识还可以包 括播放操作， 播放操作指示当前彩振业务播放媒体的播放操作， 例如音频音量 、 视频全屏等播放选项。
[173] 当彩振标识还包括彩振的属性吋， 彩振数据发送单元 502， 根据接收单元 501接 收到的彩振的属性向被叫终端发送彩振数据信息。
[174] 其中， 上述多媒体彩振平台还包括：
[175] 发送单元， 用于向被叫交换机发送接收单元 501接收到的初始地址消息；
[176] 上述初始地址消息包含彩振标识。
[177] 标识接收单元， 用于接收被叫交换机发送的地址全消息， 上述地址全消息包含 是否进行彩振的标识， 上述是否进行彩振的标识由被叫终端发送；
[178] 通过发送单元向被叫交换机发送彩振标识后， 被叫交换机将上述彩振标识转发 给被叫终端， 被叫终端根据彩振标识向被叫交换机发送是否进行彩振的标识， 是否进行彩振的标识表示被叫终端是否支持彩振业务。
[179] 判断单元， 用于根据标识接收单元接收的是否进行彩振的标识判断被叫终端是 否支持彩振业务；
[180] 此吋彩振数据发送单元 502用于在判断单元判断被叫终端支持彩振业务吋， 向 被叫终端发送彩振数据信息。
[181] 其中， 上述多媒体彩振平台还包括：
[182] 建立单元， 用于与被叫终端建立语音电话通信信道或可视电话通信信道； [183] 上述彩振数据发送单元 502用于使用建立单元建立的语音电话通信信道或可视 电话通信信道向被叫终端发送彩振数据信息。
[184] 其中， 上述多媒体彩振平台还包括：
[185] 应答消息接收单元， 用于接收被叫交换机发送的应答消息， 上述应答消息在被 叫终端接听电话吋发送；
[186] 通信信道建立单元， 用于根据应答消息接收单元接收到的应答消息与主叫终端 建立语音通信信道或可视电话通信信道；
[187] 跨接单元， 用于根据接收单元 501接收到的彩振标识将通信信道建立单元与主 叫终端建立的语音通信信道和所述建立单元与被叫终端建立的语音电话通信信 道进行对接， 实现语音电话通信， 或， 将通信信道建立单元与主叫终端建立的 可视电话通信信道和建立单元与被叫终端建立的可视电话通信信道进行对接。 实现可视电话通信。
[188] 上述多媒体彩振平台可以用于实现上述实施例阐述的实现彩振业务的方法， 但 不限于实现该方法。
[189] 上面实施例阐述了一种多媒体彩振平台， 下面阐述一种终端。
[190] 参见图 6， 一种终端， 包括：
[191] 消息接收单元 601， 用于接收被叫交换机发送的建立消息， 上述建立消息包含 彩振标识， 上述彩振标识包含跨接的标识；
[192] 标识处理单元 602， 用于根据消息接收单元 601接收到的彩振标识进行处理； [193] 彩振数据接收单元 603， 用于接收多媒体彩振平台发送的彩振数据信息； [194] 彩振播放单元 604， 用于根据彩振数据接收单元 603接收的彩振数据信息进行彩 振播放。
[195] 上述跨接的标识指示当前业务为跨接方式的彩振业务。 可选的， 上述彩振标识 还可以包括彩振的属性， 彩振的属性指示当前彩振业务的属性， 例如是视频、 音频还是文字等。 可选的， 上述彩振标识还可以包括播放操作， 播放操作指示 当前彩振业务播放媒体的播放操作， 例如音频音量、 视频全屏等播放选项。
[196] 其中， 上述终端还可以包括：
[197] 标识发送单元， 用于根据消息接收单元 601接收到的彩振标识向被叫交换机发 送是否进行彩振的标识；
[198] 此吋彩振数据接收单元 603用于接收多媒体彩振平台发送的彩振数据信息， 上 述彩振数据信息在多媒体彩振平台根据上述是否进行彩振的标识判断被叫终端 支持彩振业务后发送；
[199] 在通过标识发送单元向被叫交换机发送是否进行彩振的标识后， 被叫交换机将 上述是否进行彩振的标识转发给多媒体彩振平台， 多媒体彩振平台根据是否进 行彩振的标识判断被叫终端支持彩振业务吋， 向被叫终端发送彩振数据信息， 被叫终端通过彩振数据接收单元 603接收彩振数据信息。
[200] 当彩振标识包括彩振的属性吋， 彩振数据接收单元 603， 用于接收多媒体彩振 平台根据彩振的属性发送的彩振数据信息。
[201] 其中， 上述终端还包括：
[202] 建立信道单元， 用于与多媒体彩振平台建立语音通信信道或可视电话通信信道
[203] 上述彩振数据接收单元 603用于通过建立信道单元建立的语音通信信道或可视 电话通信信道接收多媒体彩振平台发送的彩振数据信息。
[204] 其中， 上述终端还包括：
[205] 电话通信单元， 用于使用建立信道单元建立的语音通信信道通过多媒体彩振平 台与主叫终端进行语音电话通信， 或， 使用建立信道单元建立的可视电话通信 信道通过多媒体彩振平台与主叫终端进行可视电话通信。
[206] 其中， 上述标识处理单元 602还包括：
[207] 屏蔽单元， 用于屏蔽本地的振铃；
[208] 打开单元， 用于打开扬声器；
[209] 上述彩振播放单元 604用于使用上述打开单元打开的扬声器播放彩振数据信息 代替播放上述屏蔽单元屏蔽的本地的振铃。
[210] 其中， 消息接收单元 601接收的彩振标识还包括播放操作吋， 上述终端还包括
[211] 处理单元， 用于根据播放操作进行处理；
[212] 上述彩振播放单元 604用于根据上述处理单元处理的结果播放彩振数据信息。
[213] 上述终端可以用于实现上述实施例阐述的实现彩振业务的方法， 但不限于实现 该方法。
[214] 上面实施例阐述了相关装置， 下面阐述一种通信系统。
[215] 参见图 7， 一种通信系统， 包括：
[216] 主叫交换机 701， 用于向多媒体彩振平台 702发送初始地址消息， 上述初始地址 消息包含彩振标识；
[217] 多媒体彩振平台 702， 用于接收主叫交换机 701发送的初始地址消息， 初始地址 消息包含彩振标识； 根据彩振标识向被叫终端 703发送彩振数据信息；
[218] 被叫终端 703， 用于接收多媒体彩振平台 702发送的彩振数据信息， 根据彩振数 据信息进行彩振播放。
[219] 上述彩振标识包括跨接的标识， 跨接的标识指示当前业务为跨接方式的彩振业 务。 可选的， 上述彩振标识还可以包括彩振的属性， 彩振的属性指示当前彩振 业务的属性， 例如是视频、 音频还是文字等。 可选的， 上述彩振标识还可以包 括播放操作， 播放操作指示当前彩振业务播放媒体的播放操作， 例如音频音量 、 视频全屏等播放选项。
[220] 其中， 被叫终端 703还用于接收被叫交换机发送的彩振标识， 根据彩振标识向 被叫交换机发送是否进行彩振的标识。
[221] 其中， 上述通信系统还包括：
[222] 被叫交换机， 用于接收多媒体彩振平台 702发送的初始地址消息， 将初始地址 消息发送给被叫终端 703， 接收被叫终端 703发送的是否进行彩振的标识， 将是 否进行彩振的标识发送给多媒体彩振平台 702;
[223] 其中， 上述通信系统还包括：
[224] 主叫终端， 用于向主叫交换机发送语音电话呼叫请求或可视电话呼叫请求； [225] 主叫交换机， 用于接收主叫终端发送的语音电话呼叫请求或可视电话呼叫请求
， 根据语音电话呼叫请求或可视电话呼叫请求向归属位置寄存器査询主叫终端 的彩振签约信息以及被叫终端 703的状态； 接收归属位置寄存器发送的主叫终端 的彩振签约信息以及被叫终端 703的状态；
[226] 归属位置寄存器， 用于接收主叫交换机发送的査询主叫终端的彩振签约信息以 及被叫终端 703的状态， 査询主叫终端的彩振签约信息， 向被叫交换机査询被叫 终端 703的状态， 将査询结果发送给主叫交换机。
[227] 其中， 上述通信系统中的多媒体彩振平台 702还用于与被叫终端 703建立语音电 话通信信道或可视电话通信信道， 与主叫终端建立语音通信信道或可视电话通 信信道， 根据跨接的标识将与主叫终端建立的语音通信信道和与被叫终端 703建 立的语音电话通信信道进行对接实现语音电话通信， 或， 根据跨接的标识将与 主叫终端建立的可视电话通信信道和与被叫终端 703建立的可视电话通信信道进 行对接实现可视电话通信。
[228] 本发明实施例多媒体彩振平台由于接收彩振标识， 根据彩振标识向被叫终端发 送彩振数据信息， 能够使被叫终端获得彩振数据信息， 从而实现了彩振业务。
[229] 本发明实施例被叫终端由于接收彩振标识， 根据彩振标识进行处理， 接收多媒 体彩振平台发送的彩振数据信息， 根据彩振数据信息进行彩振播放， 使得被叫 终端能够根据彩振数据信息进行彩振播放， 从而实现了彩振业务。
[230] 进一步地， 通过多媒体彩振平台将与主叫终端建立的语音通信信道和与被叫终 端建立的语音通信信道进行对接， 以实现主被叫终端之间正常的语音通信。
[231] 进一步地， 通过多媒体彩振平台将与主叫终端建立的可视电话通信信道和与被 叫终端建立的可视电话通信信道进行对接， 以实现主被叫终端之间正常的可视 电话通信。
[232] 本领域普通技术人员可以理解实现上述实施例方法中的全部或部分步骤是可以 通过程序来指令相关的硬件完成， 所述的程序可以存储于一种计算机可读存储 介质中， 上述提到的存储介质可以是只读存储器， 磁盘或光盘等。
[233] 以上对本发明实施例所提供的一种实现彩振业务的方法、 装置及通信系统进行
了详细介绍， 以上实施例的说明只是用于帮助理解本发明的方法及其思想； 同 吋， 对于本领域的一般技术人员， 依据本发明的思想， 在具体实施方式及应用 范围上均会有改变之处， 综上所述， 本说明书内容不应理解为对本发明的限制
Claims
[1] 一种实现彩振业务的方法， 其特征在于， 包括：
接收主叫交换机发送的初始地址消息， 所述初始地址消息包含彩振标识； 根据所述彩振标识向被叫终端发送彩振数据信息。
[2] 根据权利要求 1所述的实现彩振业务的方法， 其特征在于， 所述根据所述彩 振标识向被叫终端发送彩振数据信息之前还包括：
向被叫交换机发送所述初始地址消息， 以接收所述被叫交换机发送的是否 进行彩振的标识。
[3] 根据权利要求 2所述的实现彩振业务的方法， 其特征在于， 所述向被叫交换 机发送所述初始地址消息之后还包括：
接收所述被叫交换机发送的地址全消息， 所述地址全消息包含是否进行彩 振的标识， 所述是否进行彩振的标识由被叫终端发送；
在根据所述是否进行彩振的标识判断所述被叫终端支持彩振业务吋， 执行 所述根据所述彩振标识向被叫终端发送彩振数据信息的步骤。
[4] 根据权利要求 1所述的实现彩振业务的方法， 其特征在于， 所述根据所述彩 振标识向被叫终端发送彩振数据信息之前还包括：
与所述被叫终端建立语音电话通信信道或可视电话通信信道； 所述向所述被叫终端发送彩振数据信息具体为：
使用所述语音电话通信信道或可视电话通信信道向所述被叫终端发送所述 彩振数据信息。
[5] 根据权利要求 4所述的实现彩振业务的方法， 其特征在于， 所述彩振标识还 包含跨接的标识， 所述向所述被叫终端发送彩振数据信息之后还包括： 接收被叫交换机发送的应答消息， 所述应答消息在所述被叫终端接听电话 吋发送；
根据所述应答消息与主叫终端建立语音通信信道或可视电话通信信道； 根据所述跨接的标识将与所述主叫终端建立的语音通信信道和与所述被叫 终端建立的语音电话通信信道进行对接实现语音电话通信， 或， 根据所述 跨接的标识将与所述主叫终端建立的可视电话通信信道和与所述被叫终端
建立的可视电话通信信道进行对接实现可视电话通信。
[6] 6、 根据权利要求 5所述的实现彩振业务的方法， 其特征在于， 所述接收被 叫交换机发送的应答消息后还包括：
向主叫交换机发送所述应答消息， 所述主叫交换机根据所述应答消息向主 叫终端发送连接消息， 所述连接消息包含被叫终端接听电话的信息。
[7] 根据权利要求 1至 6任一项所述的实现彩振业务的方法， 其特征在于， 所述 接收主叫交换机发送的初始地址消息之前还包括：
主叫交换机接收主叫终端发送的语音电话呼叫请求或可视电话呼叫请求； 主叫交换机根据所述语音电话呼叫请求或可视电话呼叫请求向归属位置寄 存器査询所述主叫终端的彩振签约信息以及所述被叫终端的状态； 主叫交换机接收所述归属位置寄存器发送的所述主叫终端的彩振签约信息 以及所述被叫终端的状态， 所述被叫终端的状态由所述归属位置寄存器向 被叫交换机査询后发送， 所述主叫终端的彩振签约信息与所述彩振标识对 应。
[8] 根据权利要求 7所述的实现彩振业务的方法， 其特征在于， 所述彩振标识还 包括彩振的属性；
所述根据所述彩振标识向所述被叫终端发送彩振数据信息具体为： 根据所述彩振的属性向所述被叫终端发送彩振数据信息。
[9] 一种实现彩振业务的方法， 其特征在于， 包括：
接收被叫交换机发送的建立消息， 所述建立消息包含彩振标识； 根据所述彩振标识进行处理；
接收多媒体彩振平台发送的彩振数据信息；
根据所述彩振数据信息进行彩振播放。
[10] 根据权利要求 9所述的实现彩振业务的方法， 其特征在于， 所述接收被叫交 换机发送的建立消息之后还包括：
根据所述彩振标识向所述被叫交换机发送是否进行彩振的标识； 所述接收多媒体彩振平台发送的彩振数据信息具体为：
接收多媒体彩振平台发送的彩振数据信息， 所述彩振数据信息在所述多媒
体彩振平台根据所述是否进行彩振的标识判断被叫终端支持彩振业务后发 送。
[11] 根据权利要求 10所述的实现彩振业务的方法， 其特征在于， 所述根据所述 彩振标识向所述被叫交换机发送是否进行彩振的标识具体为： 根据所述彩振标识通过呼叫确认消息、 振铃消息、 连接消息中的任一消息 向被叫交换机发送是否进行彩振的标识。
[12] 根据权利要求 9所述的实现彩振业务的方法， 其特征在于， 所述接收多媒体 彩振平台发送的彩振数据信息之前还包括：
与所述多媒体彩振平台建立语音通信信道或可视电话通信信道； 所述接收多媒体彩振平台发送的彩振数据信息具体为：
通过所述语音通信信道或可视电话信道接收所述多媒体彩振平台发送的彩 振数据信息。
[13] 根据权利要求 12所述的实现彩振业务的方法， 其特征在于， 根据所述彩振 数据信息进行彩振播放之后还包括：
使用所述语音通信信道通过所述多媒体彩振平台与主叫终端进行语音电话 通信， 或， 使用所述可视电话通信信道通过所述多媒体彩振平台与主叫终 端进行可视电话通信。
[14] 根据权利要求 9所述的实现彩振业务的方法， 其特征在于， 所述根据所述彩 振标识进行处理具体为：
屏蔽本地的振铃；
打开扬声器；
所述根据所述彩振数据信息进行彩振播放具体为：
使用所述扬声器播放所述彩振数据信息代替播放所述本地的振铃。
[15] 根据权利要求 9至 14任一项所述的实现彩振业务的方法， 其特征在于， 所述 彩振标识包含跨接的标识；
所述接收被叫交换机发送的建立消息具体为：
接收被叫交换机发送的建立消息， 所述建立消息包含彩振标识， 所述彩振 标识包含跨接的标识。
[16] 根据权利要求 15所述的实现彩振业务的方法， 其特征在于， 所述彩振标识 还包含彩振的属性和 /或播放操作；
当所述彩振标识包含彩振的属性吋， 所述接收多媒体彩振平台发送的彩振 数据信息具体为：
接收所述多媒体彩振平台根据所述彩振的属性发送的彩振数据信息； 当所述彩振标识包含播放操作吋， 所述根据所述彩振数据信息进行彩振播 放具体为：
根据所述播放操作播放所述彩振数据信息。
[17] 根据权利要求 9至 14任一项所述的实现彩振业务的方法， 其特征在于， 所述 接收被叫交换机发送的建立消息具体为：
接收被叫交换机发送的建立消息， 所述建立消息包含用户到用户信息字段 或指示信息单元字段， 所述字段携带所述彩振标识。
[18] —种多媒体彩振平台， 其特征在于， 包括：
接收单元， 用于接收主叫交换机发送的初始地址消息， 所述初始地址消息 包含彩振标识；
彩振数据发送单元， 用于根据所述接收单元接收到的所述彩振标识向被叫 终端发送彩振数据信息。
[19] 根据权利要求 18所述的多媒体彩振平台， 其特征在于， 还包括：
发送单元， 用于向被叫交换机发送所述接收单元接收到的所述初始地址消 息。
[20] 根据权利要求 18所述的多媒体彩振平台， 其特征在于， 还包括：
标识接收单元， 用于接收被叫交换机发送的地址全消息， 所述地址全消息 包含是否进行彩振的标识， 所述是否进行彩振的标识由被叫终端发送； 判断单元， 用于根据所述标识接收单元接收的所述是否进行彩振的标识判 断所述被叫终端是否支持彩振业务；
所述彩振数据发送单元用于在所述判断单元判断所述被叫终端支持彩振业 务吋， 向所述被叫终端发送彩振数据信息。
[21] 根据权利要求 18所述的多媒体彩振平台， 其特征在于， 还包括：
建立单元， 用于与所述被叫终端建立语音电话通信信道或可视电话通信信 道；
所述彩振数据发送单元用于使用所述建立单元建立的所述语音电话通信信 道或可视电话通信信道向所述被叫终端发送所述彩振数据信息。
[22] 根据权利要求 21所述的多媒体彩振平台， 其特征在于， 还包括：
应答消息接收单元， 用于接收所述被叫交换机发送的应答消息， 所述应答 消息在所述被叫终端接听电话吋发送；
通信信道建立单元， 用于根据所述应答消息接收单元接收到的所述应答消 息与主叫终端建立语音通信信道或可视电话通信信道；
跨接单元， 用于根据所述接收单元接收到的所述彩振标识， 将所述通信信 道建立单元与所述主叫终端建立的语音通信信道和所述建立单元与所述被 叫终端建立的语音电话通信信道进行对接， 实现语音电话通信， 或， 将所 述通信信道建立单元与所述主叫终端建立的可视电话通信信道和所述建立 单元与所述被叫终端建立的可视电话通信信道进行对接， 实现可视电话通 信。
[23] 一种终端， 其特征在于， 包括：
消息接收单元， 用于接收被叫交换机发送的建立消息， 所述建立消息包含 彩振标识；
标识处理单元， 用于根据所述消息接收单元接收到的所述彩振标识进行处 理；
彩振数据接收单元， 用于接收多媒体彩振平台发送的彩振数据信息； 彩振播放单元， 用于根据所述彩振数据接收单元接收的所述彩振数据信息 进行彩振播放。
[24] 根据权利要求 23所述的终端， 其特征在于， 还包括：
标识发送单元， 用于根据所述消息接收单元接收到的所述彩振标识向所述 被叫交换机发送是否进行彩振的标识；
所述彩振数据接收单元用于接收多媒体彩振平台发送的彩振数据信息， 所 述彩振数据信息在所述多媒体彩振平台根据所述是否进行彩振的标识判断
被叫终端支持彩振业务后发送。
[25] 根据权利要求 23所述的终端， 其特征在于， 还包括：
建立信道单元， 用于与所述多媒体彩振平台建立语音通信信道或可视电话 通信信道；
所述彩振数据接收单元用于通过所述建立信道单元建立的所述语音通信信 道或可视电话通信信道接收所述多媒体彩振平台发送的彩振数据信息。
[26] 根据权利要求 25所述的终端， 其特征在于， 还包括：
电话通信单元， 用于使用所述建立信道单元建立的所述语音通信信道通过 所述多媒体彩振平台与主叫终端进行语音电话通信， 或， 使用所述建立信 道单元建立的所述可视电话通信信道通过所述多媒体彩振平台与主叫终端 进行可视电话通信。
[27] 根据权利要求 23至 26任一项所述的终端， 其特征在于， 所述消息接收单元 接收的所述彩振标识还包括播放操作吋， 所述终端还包括： 处理单元， 用于根据所述播放操作进行处理；
所述彩振播放单元用于根据所述处理单元处理的结果播放所述彩振数据信 息。
[28] —种通信系统， 其特征在于， 包括：
主叫交换机， 用于向多媒体彩振平台发送初始地址消息， 所述初始地址消 息包含彩振标识；
多媒体彩振平台， 用于接收所述主叫交换机发送的所述初始地址消息， 所 述初始地址消息包含彩振标识， 根据所述彩振标识向被叫终端发送彩振数 据信息；
被叫终端， 用于接收所述多媒体彩振平台发送的所述彩振数据信息， 根据 所述彩振数据信息进行彩振播放。
[29] 根据权利要求 28所述的通信系统， 其特征在于， 还包括：
被叫交换机， 用于接收所述多媒体彩振平台发送的所述初始地址消息， 将 所述初始地址消息发送给所述被叫终端， 以及接收所述被叫终端发送的是 否进行彩振的标识。
根据权利要求 28所述的通信系统， 其特征在于， 还包括：
主叫终端， 用于向主叫交换机发送语音电话呼叫请求或可视电话呼叫请求 主叫交换机还用于接收所述主叫终端发送的语音电话呼叫请求或可视电话 呼叫请求， 根据所述语音电话呼叫请求或可视电话呼叫请求向归属位置寄 存器査询所述主叫终端的彩振签约信息以及所述被叫终端的状态； 接收所 述归属位置寄存器发送的所述主叫终端的彩振签约信息以及所述被叫终端 的状态， 以确定向所述多媒体彩振平台发送的初始地址消息中是否携带彩 振标识；
归属位置寄存器， 用于接收所述主叫交换机发送的査询所述主叫终端的彩 振签约信息以及所述被叫终端的状态， 査询所述主叫终端的彩振签约信息 ， 向所述被叫交换机査询所述被叫终端的状态， 将査询结果发送给所述主 叫交换机。
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