MULTIMEDIA COMMUNICATION SYSTEM, MULTIMEDIA COMMUNICATION DEVICE AND TERMINAL

• US 20100194848A1
• Filed: 06/19/2008
• Published: 08/05/2010
• Est. Priority Date: 07/26/2007
• Status: Active Grant

• Current Assignee: Rakuten Group, Inc.
• Original Assignee: NEC Corporation
• Inventors: Ozawa, Kazunori, Koyama, Kazuhiro
• Granted Patent: US 8,564,639 B2
• Time in Patent Office: Days
• US Class Current: 348/14.12
• CPC Class Codes: H04M 7/0036 where the data service is an information service
• CPC Class Codes: H04N 21/42203 sound input device, e.g. microphone
• CPC Class Codes: H04N 21/4223 Cameras H04N23/00 takes precedence
• CPC Class Codes: H04N 21/4788 communicating with other users, e.g. chatting arrangements for providing for computer conferences, e.g. chat rooms, to substation in data switching networks H04L12/1813; distributed application using peer-to-peer [P2P] networks H04L67/104
• CPC Class Codes: H04N 7/147 Communication arrangements, e.g. identifying the communication as a video-communication, intermediate storage of the signals selecting H04Q

Abstract

At one of the timings: during a period between the moment when one of terminals which performs transmission calls out a communication partner and the moment of response and at the timing after the communication between the terminals is complete; content data is read out from a database and the read out content data is converted according to conversion information based on reproduction at the terminal. The converted content data is transmitted to the terminal.

Claims

1. A multimedia communication device that is connected to a plurality of terminals and that processes call process signals of said plurality of terminals;

said multimedia communication device comprising;

a database in which content data are stored in advance;

wherein said multimedia communication device;

reads said content data from said database at either the timings of;

(a) the interval from the time a call is made by a terminal, that performs call origination among said plurality of terminals, to a terminal among said plurality of terminals that is the communication partner of said terminal that performs call origination, until the terminal responds;

or

(b) after completion of the conversation between said terminals;

converts said content data that were read based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said terminals; and

transmits the content data that were converted to said terminals.

2. The multimedia communication device according to claim 1, wherein said multimedia communication device converts said content data that were read based on conversion information of at least one of:

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in the termination-side terminal that is the terminal that is the communication partner of said terminal that performs call origination; and

transmits the content data that were converted to said termination-side terminal.

3. The multimedia communication device according to claim 2, wherein said multimedia communication device, after said termination-side terminal has responded, converts data that were transmitted from the origination-side terminal that is said terminal that performs call origination based on conversion information of at least one of:

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said termination-side terminal; and

transmits the data that were converted to said termination-side terminal.

4. The multimedia communication device according to claim 1, wherein:

said database stores together with said content data reproduction environment information that indicates the reproduction environment of said content data; and

said multimedia communication device reads said content data and said reproduction environment information from said database at said timing;

converts said content data that were read based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in the origination-side terminal that is said terminal that performs call origination; and

transmits said reproduction environment information and the content data that were converted to said origination-side terminal.

7. The multimedia communication device according to claim 1, wherein said multimedia communication device uses SIP for said call process signals.

5. (canceled)

6. (canceled)

8. (canceled)

9. A multimedia communication device that is connected to a plurality of terminals and that processes call process signals of said plurality of terminals;

comprising;

a database in which character strings that can be displayed on said plurality of terminals are stored in advance;

wherein said multimedia communication device;

after the terminal that is the communication partner of the terminal that performs call origination among said plurality of terminals responds, reads said character string from said database;

inserts said character string that was read into image data that are transmitted and received between said terminal that performs call origination and the terminal that is the communication partner of said terminal that performs call origination;

converts the image data into which said character string that was inserted based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said terminals; and

transmits the image data that were converted to said terminals.

10. The multimedia communication device according to claim 9, wherein:

said database stores in advance character strings that can be displayed on the origination-side terminal that is said terminal that performs call origination; and

said multimedia communication device;

after the termination-side terminal that is the terminal that is the communication partner of said origination-side terminal responds, reads said character string from said database;

inserts the character string that was read into image data that are transmitted to said origination-side terminal from said termination-side terminal;

converts the image data into which said character string was inserted based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said origination-side terminal; and

transmits the image data that were converted to said origination-side terminal.

11. The multimedia communication device according to claim 9, wherein:

said database stores in advance character strings that can be displayed on the termination-side terminal that is the terminal that is the communication partner of the terminal that performs origination-side terminal call origination that is said terminal that performs call origination;

said multimedia communication device, after said termination-side terminal responds, reads said character string from said database, inserts the character string that was read into image data that are transmitted to said termination-side terminal from said origination-side terminal;

converts the image data into which said character string was inserted based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said termination-side terminal; and

transmits the image data that were converted to said termination-side terminal.

12. (canceled)

13. (canceled)

14. (canceled)

15. A multimedia communication device that is connected to a plurality of terminals and that processes call process signals of said plurality of terminals, comprising:

a database in which are stored in advance character strings that can be displayed on said plurality of terminals;

wherein said multimedia communication device;

reads said character string from said database in accordance with either;

(a) a read signal transmitted from the origination-side terminal that is the terminal that performs call origination among said plurality of terminals, or

(b) a read signal transmitted from the termination-side terminal that is the terminal that is the communication partner of said origination-side terminal among said plurality of terminals;

inserts the character string that was read into image data that are transmitted and received between said origination-side terminal and said termination-side terminal;

converts the image data into which said character string was inserted based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said terminals; and

transmits the image data that were converted to said terminals.

16. The multimedia communication device according to claim 15, wherein said multimedia communication device:

inserts said character string that was read into image data that are transmitted to said origination-side terminal from said termination-side terminal;

converts the image data into which said character string was inserted based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said origination-side terminal; and

transmits the image data that were converted to said origination-side terminal.

17. The multimedia communication device according to claim 15, wherein said multimedia communication device:

inserts said character string that was read into image data that are transmitted to said termination-side terminal from said origination-side terminal;

converts the image data into which said character string was inserted based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said termination-side terminal; and

transmits the image data that were converted to said termination-side terminal.

18. The multimedia communication device according to claim 15, wherein said read signal is a DTMF signal.

19. A terminal that is connected to a multimedia communication device for transmitting content data, wherein said terminal reproduces content data that were transmitted from said multimedia communication device at either the timings of:

(a) during the time when a call is made from that terminal to another terminal, or

(b) after completion of a conversation between that terminal and another terminal.

20. The terminal according to claim 19, wherein said terminal reproduces said content data based on reproduction environment information for indicating a reproduction environment of that content data that is transmitted together with the content data from said multimedia communication device.

21. A multimedia communication system that is made up from a plurality of terminals and a multimedia communication device that is connected to said plurality of terminals and that processes call process signals of said plurality of terminals;

wherein;

said multimedia communication device;

includes a database in which content data are stored in advance;

reads said content data from said database at either the timings of;

(a) during interval from the time that a call is made by a terminal, that performs call origination among said plurality of terminals, to a terminal that is the communication partner of said terminal that performs call origination among said plurality of terminals, until the terminal responds;

or

(b) after completion of a call between said terminals;

converts the content data that were read based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said terminals; and

transmits the content data that were converted to said terminals; and

said terminals reproduce content data that were transmitted from said multimedia communication device.

22. The multimedia communication system according to claim 21, wherein:

said multimedia communication device converts said content data that were read based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said termination-side terminal that is the terminal that is the communication partner of said terminal that performs call origination; and

transmits the content data that were converted to said termination-side terminal; and

said termination-side terminal reproduces the content data that were transmitted from said multimedia communication device.

23. The multimedia communication system according to claim 22, wherein:

said multimedia communication device, after said termination-side terminal responds, converts data that were transmitted from the origination-side terminal that is said terminal that performs call origination based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in said termination-side terminal; and

transmits the data that were converted to said termination-side terminal.

24. The multimedia communication system according to claim 21, wherein

said database stores together with said content data reproduction environment information that indicates the reproduction environment of the content data;

said multimedia communication device reads said content data and said reproduction environment information from said database at said timing;

converts said content data that were read based on conversion information of at least one of;

encoding method, encoding bit rate, frame rate, image size, profile, level, encoding options, encoding frame type composition, video packet size, intraframe spacing, intra-macroblock number, and quantization value that accord with reproduction in the origination-side terminal that is said terminal that performs call origination; and

transmits said reproduction environment information and the content data that were converted to said origination-side terminal; and

said origination-side terminal reproduces the content data that were transmitted from said multimedia communication device based on said reproduction environment information.

27. The multimedia communication system according to claim 21, wherein SIP is used for said call process signals.

25. (canceled)

26. (canceled)

28. (canceled)