AUDIO-VIDEO SYSTEM AND METHOD FOR TELECOMMUNICATIONS

• US 20090102919A1
• Filed: 12/31/2007
• Published: 04/23/2009
• Est. Priority Date: 12/31/2007
• Status: Abandoned Application

• Current Assignee: Johnson County Community College Foundation, Inc.
• Original Assignee: Johnson County Community College Foundation, Inc.
• Inventors: Carver, Kathy A., Zamierowski, David S.
• Application Number:
  US11/968,043
• Publication Number:
  US 20090102919A1
• Time in Patent Office: Days
• US Class Current: 348/143
• CPC Class Codes: H04N 7/142 Constructional details of the terminal equipment, e.g. arrangements of the camera and the display

Abstract

An AV system and method for teleconferencing includes input and output subsystems. The input subsystem includes at least a pair of cameras and a microphone. The cameras can be mounted on a portable cart and adapted for repositioning in order to provide optimum camera spacing and angles to accommodate particular subject matter being covered. The input subsystem is connected to a controller, which can be connected to the Internet or some other network whereby systems at various sites can be linked for teleconferencing multiple participants, who can be either geographically remote from each other or located in close proximity. The output subsystem includes multi-screen displays, which are configured for simulating live participation by viewers. The display devices can be mounted on the cart, along with speakers for playing audio content.

Claims

1. An audio-visual (AV) method for displaying an event with participants occurring at an event location to an audience at a remote location, which method comprises the steps of:

orienting a first camera with a first configuration at said event location towards the event;

orienting a second camera with a second configuration at said event location towards the event;

outputting AV content from said cameras;

processing the output from said first and second cameras with a central controller;

transmitting the AV content from said central controller to said remote location; and

displaying said transmitted AV content on a single display screen.

2. The method according to claim 1, which includes the additional step of:

reorienting said cameras with said controller.

3. The method according to claim 2, which includes the additional steps of:

dividing said display screen into multiple displays.

4. The method according to claim 1, which includes the additional steps of:

storing a preprogrammed default orientation for said cameras in said controller;

orienting said cameras towards said event according to said default orientation;

panning said event with said cameras operating independently via said controller; and

zooming said cameras independently on said event via said controller.

5. The method according to claim 1, which includes the additional steps of:

providing a portable cart with said cameras mounted thereon;

providing said cart with a cabinet;

providing said cart with a screen movable between a lowered position retracted into said cart cabinet and a raised position extending upwardly from said cabinet; and

displaying on said screen multiple screen displays of an event occurring at a remote location from multiple angles.

6. The method according to claim 5, which includes the additional steps of:

providing said cart with a pair of camera arms;

pivotably mounting said arms on opposite sides of said cart;

each said arm being pivotable between an extended position extending laterally outwardly from a respective cabinet side and a retracted position folded alongside a respective cabinet side; and

adjustably mounting each said camera on a respective arm.

7. The method according to claim 6 which includes the additional step of, vertically adjusting said cameras between raised and lowered positions.

8. The method according to claim 5, which includes the additional steps of:

providing said cart with a pair of arms telescopically extendable from and retractable into said cabinet between extended and retracted positions;

mounting a respective camera on each said arm; and

vertically adjusting each said camera between raised and lowered positions on a respective arm.

9. The method according to claim 1, which includes the additional step of teleconferencing a meeting comprising said event.

10. The method according to claim 9, which includes the additional step of reorienting a camera towards an item associated with said meeting independently of said other camera orientation.

11. The method according to claim 5 which includes the additional step of teleconferencing a medical procedure comprising said event.

12. The method according to claim 11, which includes the additional step of reorienting a camera towards a patient region of interest associated with said medical procedure independently of said other camera orientation.

13. The method according to claim 12, which includes the additional steps of:

remotely assisting with said medical procedure;

recording said medical procedure; and

evaluating said medical procedure.

14. The method according to claim 5, which includes the additional step of:

splitting said screen display with said controller into multiple, individual screen displays; and

enhancing a viewer'"'"'s seamless impression of said multiple images comprising said screen display from multiple said cameras by manipulating the content of the output on said screen.

15. The method according to claim 5, which includes the additional steps of:

providing said carts at multiple locations;

remotely controlling the camera orientations at a first location from a second location; and

remotely controlling the camera orientations at said second location from said first location.

16. The method according to claim 5, which includes the additional steps of:

dividing said screen with said controller into multiple images; and

subdividing at least one of said divided images into multiple, subdivided images independently of said other divided images.

17. A method for teleconferencing events at first and second event locations remote from each other, which comprises the steps of:

orienting a first camera with a first configuration at each said event location towards the event at said location;

orienting a second camera with a second configuration at each said event location towards the event at said location;

outputting AV content from said cameras;

processing the output from said cameras with a central controller;

transmitting the AV content from said central controller to said locations;

displaying said transmitted AV content on a display device at each location;

reorienting said cameras with said controller;

dividing said display into multiple views;

storing a preprogrammed default orientation for said cameras in said controller;

orienting said cameras towards said events according to said default orientation;

panning said events with said cameras operating independently via said controller;

zooming said cameras independently on said events via said controller;

providing a portable cart with said cameras mounted thereon at one of said locations;

providing said cart with a cabinet;

providing said cart with a screen movable between a lowered position retracted into said cart cabinet and a raised position extending upwardly from said cabinet;

displaying on said screen multiple screen displays of an event occurring at a remote location from multiple angles;

providing said cart with a pair of camera arms;

mounting said arms on opposite sides of said cart;

each said arm being movable between an extended position extending laterally outwardly from a respective cabinet side and a retracted position folded alongside a respective cabinet side;

adjustably mounting each said camera on a respective arm;

vertically adjusting said cameras between raised and lowered positions;

vertically adjusting each said camera between raised and lowered positions on a respective said arm;

at one of said locations reorienting a camera towards at least one of an item or a person associated with a respective event independently of said other camera orientation;

splitting said screen display with said controller into multiple, individual screen displays;

enhancing a viewer'"'"'s seamless impression of said multiple images comprising said screen display from multiple said cameras by manipulating the video output content displayed on said screen;

remotely controlling the camera orientations at said first location from said second location;

remotely controlling the camera orientations at said second location from said first location;

dividing said screen with said controller into multiple images;

subdividing at least one of said divided images into multiple, subdivided images independently of said other divided images;

providing multiple microphones and speakers at each said location;

providing audio input to said controller from said microphones;

providing audio output from said controller to said speakers;

providing a visual tracking system;

connecting said tracking system to said controller;

programming said controller to track video content associated with a person, object or event;

tracking said video content with said tracking system;

directing a camera to said tracked video content;

providing a motion detector at one of said locations;

connecting said motion detector to said controller;

detecting motion at said one location with said motion detector;

activating said system in response to motion detection;

teleconferencing said events;

recording said events; and

evaluating said events.

18. An AV system for teleconferencing events at first and second locations, which includes:

first and second cameras at each of said first and second locations;

first and second microphones at each of said first and second locations;

a controller connected to and receiving input from said first and second cameras and microphones;

said controller including a camera orientation function for remotely and independently orienting said cameras at said locations;

said controller including a predetermined, default orientation for said cameras;

a display device at each location;

a speaker at each location;

said controller displaying and playing said transmitted AV content on said display device and said speaker at each location;

said controller including a function for reorienting said cameras remotely;

said controller including a function for displaying multiple views on said display device;

said controller including a function for panning at each location with said cameras operating independently of each other; and

said controller including a function for zooming said cameras independently of each other.

19. The system according to claim 18, which includes:

a portable cart with said cameras mounted thereon at least one location;

said cart including a cabinet;

said cart including a screen movable between a lowered position retracted into said cabinet and a raised position extending upwardly from said cabinet;

said cart including a pair of camera arms, each camera arm including a proximal end mounted on a respective side of said cart and a distal end;

said camera arms being adapted for moving between extended positions extending laterally outwardly from said cabinet sides and retracted positions relative to said camera sides; and

each said camera arm including a vertically adjustable camera support column located at its distal end and mounting a respective camera.

20. The system according to claim 18 which includes:

a visual tracking system connected to said controller;

said controller being programmed to track video content associated with a person, object or event and direct said camera to said tracked video content;

a motion detector located at one of said locations and connected to said controller; and

said controller being programmed to activate said system in response to motion detection.