Method and apparatus for combining speakerphone and video conference unit operations

• US 8,947,487 B2
• Filed: 05/06/2005
• Issued: 02/03/2015
• Est. Priority Date: 12/31/2001
• Status: Active Grant

• Current Assignee: Hewlett-Packard Development Company, L.P. (HP Inc.)
• Original Assignee: Polycom Incorporated (Plantronics, Inc.)
• Inventors: Drell, David, Vander Kam, Rick A., Rodman, Jeffrey
• Primary Examiner(s): Kim, Paul S
• Assistant Examiner(s): FAHNERT, FRIEDRICH
• Application Number:
  US11/123,765
• Publication Number:
  US 20050212908A1
• Time in Patent Office: 3,560 Days
• Field of Search: 348/14.08, 348/14.09, 348/14.01, 455/416, 455/414, 455/414.1, 379/93.21, 379/202, 379/88.13, 379/265.09, 379/908, 379/93.07, 707913-916
• US Class Current: 348/14.01
• CPC Class Codes: H04N 7/148 Interfacing a video terminal to a particular transmission medium, e.g. ISDN
• CPC Class Codes: H04W 88/02 Terminal devices

Abstract

A High Speed Serial Bus connecting teleconference devices, such as video conference unit, speakerphone, external loudspeakers or microphones is disclosed. The disclosed embodiments enable the distributing and sharing of controls among the linked devices. They enable incremental upgrades or capacity increases of the teleconference system.

Claims

1. A method for combining a near end video conference unit and a near end speakerphone at a near end site for a teleconference with at least one far end site having a far end speakerphone or a far end video conference unit, the method comprising:

connecting the near end video conference unit and the near end speakerphone with a conference link; and

transmitting control data between the near end speakerphone and the near end video conference unit through the conference link,

wherein the near end video conference unit and the near end speakerphone are configured to independently initiate and establish connection to the at least one far end site.

2. The method of claim 1, wherein the conference link comprises,

a bi-directional serial link for transmitting data;

and

a bi-directional link for transmitting clock signals.

3. The method of claim 2, further comprising:

assigning a time slot for data communication for the near end video conference unit and the speakerphone according to the clock signals;

transmitting data by the near end video conference unit through the conference link during the assigned time slot for the near end video conference unit; and

transmitting data by the speakerphone through the conference link during the assigned time slot for the near end speakerphone.

4. The method of claim 1, wherein the control data is sent from the near end video conference unit to near end speakerphone to control the operation of the near end speakerphone.

5. The method of claim 1, wherein the control data is sent from the near speakerphone to the near end video conference unit to control the operation of the near end video conference unit.

6. The method of claim 1, wherein the near end video conference unit has dialing information for use to set up a video conference, wherein the far end site has both a far end speakerphone and a far end video conference unit, wherein the far end speakerphone is connected the near end speakerphone and wherein the far end video conference unit is connectable to the near end video conference unit, the method further comprising:

the near end video conference unit sending its dialing information to the near end speakerphone through the conference link; and

the near end speakerphone transmitting the dialing information to the far end speakerphone.

7. The method of claim 6, wherein the dialing information is a phone number.

8. The method of claim 6, wherein the dialing information is an IP address or an SIP address.

9. The method of claim 1, wherein the far end video conference unit has dialing information for use to set up a video conference, wherein the far end site has both a far end speakerphone and a far end video conference unit, wherein the far end speakerphone is connected the near end speakerphone and wherein the far end video conference unit is connectable to the near end video conference unit, the method further comprising:

the near end speakerphone receiving the dialing information from the far end speakerphone;

the near end video conference unit receiving the dialing information from the near end speakerphone through the conference link; and

the near end video conference unit initiating a video conference between the near end site and the far end site.

10. The method of claim 1, wherein the near end speakerphone has a phone number of the far end speakerphone, the method further comprising:

the near end speakerphone dialing the phone number of the far end speakerphone;

the near end speakerphone receiving far end audio signals; and

the near end speakerphone reproducing the far end audio signals by the near end loudspeaker.

11. A near end video conference unit for connection with a far end video conference unit which provides and receives audio and video data, the video conference unit further for connection to a near end speakerphone which contains a microphone and a loudspeaker, the video conference unit comprising:

a network interface;

a control module coupled to the network interface;

a video input interface coupled to the control module for receiving video signals;

a video output interface coupled to the control module for sending out video signals to a video display; and

a conference link interface coupled to the control module,

wherein the conference link interface is operable to connect to another conference link interface on the near end speakerphone through a conference link,

wherein the control module is operable to exchange control data with the near end speakerphone through the conference link, and

wherein the near end video conference unit and the near end speakerphone are configured to independently initiate and establish connection to the far end.

12. The near end video conference unit of claim 11,

wherein the control module is operable to accept control data from the near end speakerphone through the conference link, and perform the tasks indicated by the control data.

13. The near end video conference unit of claim 11,

wherein the control module is operable to send control data to the near end speakerphone through the conference link, and

wherein the control data dictates the function of the near end speakerphone.

14. The near end video conference unit of claim 11, wherein the control module is further operable to:

transmit dialing information of the near end video conference unit to the near end speakerphone through the conference link, wherein the dialing information enables a far end video conference unit to initiate and set up a video conference.

15. The near end video conference unit of claim 11, wherein the control module is further operable to:

accept the dialing information of the far end video conference unit from the near end speakerphone through the conference link; and

initiate a video conference with the far end video conference unit using the dialing information.

16. A near end speakerphone for connection with a far end speakerphone which provides and receives audio data, the near end speakerphone further adapted for connection to a near end video conference unit which provides and receives audio and video data, the near end speakerphone comprising:

a control module;

a loudspeaker coupled to the control module;

a microphone coupled to the control module; and

a conference link interface coupled to the control module,

wherein the conference link interface is operable to connect to another conference link interface on the near end video conference unit through a conference link,

wherein the control module is operable to exchange control data with the near end video conference unit through the conference link, and

wherein the near end video conference unit and the near end speakerphone are configured to independently initiate and establish connection to a far end video conference unit and the far end speakerphone, respectively.

17. The near end speakerphone of claim 16,

wherein the control module is operable to accept control data from the near end video conference unit through the conference link and perform the tasks indicated by the control data.

18. The near end speakerphone of claim 16,

wherein the control module is operable to send control data to the near end video conference unit through the conference link, and

wherein the control data dictates the function of the near end video conference unit.

19. The near end speakerphone of claim 16, wherein the control module is further operable to,

transmit a phone number of the near end speakerphone to the near end video conference unit through the conference link, wherein phone number enables a far end speakerphone to initiate and set up an audio conference.

20. The near end speakerphone of claim 16, wherein the control module is further operable to:

accept a phone number of the far end speakerphone from the near end video conference unit through the conference link;

call the far end speakerphone using the phone number.

21. The near end speakerphone of claim 16, wherein the control module is further operable to:

receive dialing information of the near end video conference unit through the conference link interface, wherein the dialing information enables a far end video conference unit to initiate a video conference with the near end video conference unit; and

transmit the dialing information of the near end video conference unit to a far end speakerphone.

22. The near end speakerphone of claim 16, wherein the control module is further operable to,

receive dialing information of a far end video conference unit from a far end speakerphone, wherein the dialing information enables the near end video conference unit to initiate a video conference with the far end video conference unit;

and

transmit the dialing information of the far end video conference unit to the near end video conference unit through the conference link interface.

23. A teleconference system for connection with a far end video conference unit which provides and receives audio and video data, the teleconference conference system further for connection to a far end speakerphone which contains a microphone and a loudspeaker, comprising:

a near end video conference unit having;

a first network interface for receiving audio and video data from and providing audio and video data to a far end video conference unit;

a first conference link interface; and

a first control module coupled to the first network interface and the first conference link interface;

a near end speakerphone having;

a microphone;

a loudspeaker;

a second network interface for receiving audio data from and providing audio data to a far end speakerphone;

a second conference link interface; and

a second control module coupled to the second network interface, the second conference link interface, the microphone and the loudspeaker; and

a conference link connecting the first conference link interface with the second conference link interface,

wherein the conference link couples the first control module to the second control module,

wherein control data are transmitted between the near end video conference unit and the near end speakerphone through the conference link, and

wherein the near end video conference unit and the near end speakerphone are configured to independently initiate and establish connection to the far end video conference unit and the far end speakerphone, respectively.

24. The teleconference system of claim 23,

wherein the first control module is operable to accept control data from the near end speakerphone through the conference link, and perform the tasks indicated by the control data.

25. The teleconference system of claim 23,

wherein the first control module is operable to send control data to the speakerphone through the conference link, and

wherein the second control module performs the tasks dictated by the control data.

26. The teleconference system of claim 23,

wherein the second control module is operable to accept control data from the near end video conference unit through the conference link, and perform the tasks indicated by the control data.

27. The teleconference system of claim 23,

wherein the second control module is operable to send control data to the video conference unit through the conference link, and

wherein the first control module performs the tasks dictated by the control data.

28. The teleconference system of claim 23, wherein the far end video conference unit further has dialing information used to setup a video conference with the far end video conference unit,

wherein the second control module is operable to,

couple to the far end speakerphone;

receive the dialing information of the far end video conference unit from the far end speakerphone;

send the dialing information to the first control module through the conference link; and

wherein the first control module is operable to,

receive the dialing information of the far end video conference unit from the second control module; and

initiate a video conference with the far end video conference unit using the dialing information.

29. The teleconference system of claim 23, wherein the far end speakerphone further has a phone number used to setup an audio conference with the far end speakerphone, wherein the far end speakerphone is connectable to the near end speakerphone,

wherein the first control module is further operable to,

connect to the far end video conference unit;

receive the phone number of the far end speakerphone; and

send the phone number to the second module through the conference link, and

wherein the second control module is further operable to,

accept the phone number of the far end speakerphone from the near end video conference unit through the conference link; and

call the far end speakerphone using the phone number.

30. A teleconference system comprising:

a near end conference system having;

a near end video conference unit; and

a near end speakerphone coupled to the near end video conference unit with a conference link,

wherein the near end speakerphone has a microphone and a loudspeaker;

a first network coupled to the near end video conference unit;

a second network coupled to the near end speakerphone; and

a far end conference system having;

a far end video conference unit operable to be coupled to the near end video conference unit through the first network with the far end video conference system providing far end video and audio signals; and

a far end speakerphone coupled to the far end video conference unit with a far end conference link, and operable to be coupled to the near end speakerphone through the second network,

wherein control data are transmitted between the near end video conference unit and the near end speakerphone,

wherein control data are transmitted between the far end video conference unit and the far end speakerphone, and

wherein the near end video conference unit and the near end speakerphone are configured to independently initiate and establish connection to the far end video conference unit and the far end speakerphone, respectively.

31. The teleconference system of claim 30,

wherein each speakerphone is operable to send control data through a conference link to a video conference unit linked by the conference link, and

wherein each video conference unit is operable to accept the control data and perform the tasks indicated by the control data.

32. The teleconference system of claim 30,

wherein each video conference unit is operable to send control data through a conference link to a speakerphone linked by the conference link, and

wherein the speakerphone is operable to accept the control data and perform the tasks indicated by the control data.

33. The teleconference system of claim 30,

wherein the far end video conference unit further has first dialing information used to setup a video conference with the far end video conference unit;

wherein the far end speakerphone is operable to receive the first dialing information through the far end conference link, and send the first dialing information to the near end speakerphone through the second network;

wherein the near end speakerphone is operable to,

connect to the far end speakerphone;

receive the first dialing information of the far end video conference unit from the far end speakerphone; and

send the dialing information to the near end video conference unit through the near end conference link; and

wherein the near end conference unit is operable to,

receive the first dialing information of the far end video conference unit; and

initiate a video conference with the far end video conference unit using the first dialing information.

34. The teleconference system of claim 30,

wherein the near end video conference unit further has first dialing information used to setup a video conference with the near end video conference unit;

wherein the near end speakerphone is operable to receive the first dialing information through the near end conference link, and send the first dialing information to the far end speakerphone through the second network;

wherein the far end speakerphone is operable to,

connect to the near end speakerphone;

receive the first dialing information of the near end video conference unit from the near end speakerphone; and

send the dialing information to the far end video conference unit through the far end conference link; and

wherein the far end conference unit is operable to,

receive the first dialing information of the near end video conference unit; and

initiate a video conference with the near end video conference unit using the first dialing information.

35. The teleconference system of claim 30,

wherein the far end speakerphone further has a phone number used to setup an audio conference with the far end speakerphone;

wherein the far end video conference unit is connected to the near end video conference unit through the first network and is operable to send the phone number to the near end video conference unit;

wherein the near end video conference unit is further operable to,

receive the phone number of the far end speakerphone; and

send the phone number to the near end speakerphone through the conference link, and

wherein the near end speakerphone is further operable to,

accept the phone number of the far end speakerphone from the near end video conference unit through the conference link; and

call the far end speakerphone using the phone number.

36. The teleconference system of claim 30,

wherein the near end speakerphone further has a phone number used to setup an audio conference with the near end speakerphone;

wherein the near end video conference unit is connected to the far end video conference unit through the first network and is operable to send the phone number to the far end video conference unit;

wherein the far end video conference unit is further operable to,

receive the phone number of the near end speakerphone; and

send the phone number to the far end speakerphone through the far end conference link, and

wherein the far end speakerphone is further operable to,

accept the phone number of the near end speakerphone from the far end video conference unit through the far end conference link; and

call the near end speakerphone using the phone number.