Bally Gaming, Inc.

Gametech International, Inc.

Stephen Patton

Bryan M Kelly

Martin S Lyons

Jeffrey Lee Allen

Kiran Brahmandam

Vijay Krishna Kompella

Sean Christopher Martin

Robert William Crowder

Randy Hedrick

Mark Norman Iverson

Rod Ang

Michael W Stragey

John R Vallejo

Julia Childs

Karl Wudtke

Lawrence C McAllister

Rolland Steil

Frank R Anderson

Vernon H Bernard, Ii

Joseph Lerner

Daniel Savage

Ray Maras

Scott Thomas Hilbert

Michael J Mitchell

David B Schultz

Kimberly Cohn

Calvin Nicholson

Robert W Crowder

William R Wadleigh

Joseph Kisenwether

Dougal Austin

Mark Lowell

Michael Hartman

Amy Lynn Monette

Joanna Musick

Hong J Kim

Robert S Crowder, Jr

In an embodiment, a method is provided. The method includes setting an IR (infrared) level to a first predetermined level. The method also includes reading an image and determining if a face is detected. If a face is not detected, the method sets the IR level to zero and waits a first predetermined amount of time. The method further includes repeating the setting the IR level to the first predetermined level and the reading an image. The method also includes determining a face is detected. The method further includes setting the IR level to a second predetermined level. The method also includes reading an image and determining if a face is recognized. The method may further include setting the IR level to zero and waiting a second predetermined amount of time. The method may also include setting the IR level to the first predetermined level, reading an image and determining if a face is detected.

Safe illumination for computerized facial recognition

Devices and methods are set forth which provide for determination of relative movement between a user and an auto-stereo electronic display and for using the relative movement for applying a motion parallax effect to the display of auto-stereo content and for applying or removing the motion parallax effect.

Generating auto-stereo gaming content having a motion parallax effect via user position tracking

Gaming devices and methods are set forth which provide for face or body tracking to provide a three-dimensional effect to at least a portion of the content displayed. A first display overlays at least a portion of a second display for an auto-stereo electronic display. The first display is adapted to be controlled to be transparent or display vertical barrier lines. The second display displays auto-stereo images of content in coordination with presentation of the vertical barrier lines, to provide a three dimensional effect based on the face or body tracking.

Gaming system, method and device for generating images having a parallax effect using face tracking

A method for presenting both content based video signals and secondary video signals over a multi-layer touch screen display using a multiple display manager system is disclosed. First and second display managers are configured to receive primary content video signals from a controller and secondary video signals from a secondary video source. The first display manager is in communication with a front layer of the touch screen display and the second display manager is in communication with a back layer of the touch screen display. The screen may be split between multiple signals, or one or more signals may overlay one or more background signals. The overlaid signals may completely obscure the background signals, or they may provide a level of transparency. A touch router device interprets touches at a touch screen shared display to transform coordinates to enable interpretation of the player's touch inputs.

Video switcher and touch router method for multi-layer displays

Gaming devices and methods are set forth which provide for face or body tracking to provide a three-dimensional effect to at least apportion of the content displayed. A first video display overlays at least a portion of a second video display. The first display is adapted to be controlled to be transparent or display vertical lenticular lines. The second display displays video content. In response to a command the first display assumes a lenticular configuration to cooperate with the display of video content on the second display to provide a three dimensional effect.

Controlling auto-stereo three-dimensional depth of a game symbol according to a determined position relative to a display area

Various embodiments disclosed herein are directed to a virtual player interface such as button deck for a gaming device. The interface includes a touch screen display which displays one or more button icons. The size, shape and location of the button icons may be reconfigured based upon player interaction or selection. Button functions or selections may be combined into a single button. The button reconfiguration may be saved to a player account to be applied when the player uses the gaming device or other applicable device. Haptic or audible feedback may be applied to the button icon based upon the location of the player's touch relative to a target position on the icon.

Gesture enhanced input device

Gaming devices and methods are set forth which provide for face or body tracking to generate content concurrently displayed with several degrees of the motion parallax effect.

Generating auto-stereo gaming images with degrees of parallax effect according to player position

Devices and methods are set forth to perform operations that perform head tracking of a player of a wagering game machine. The operations can further include presenting different auto-stereo content in response to determining the movement of the head of the player.

Providing auto-stereo gaming content in response to user head movement

A gaming method for presenting both gaming content based video signals and secondary video signals over a multi-layer touch screen display using a multiple Display Manager system is disclosed. First and second display managers are configured to receive game content video signals from a gaming controller and secondary video signals from a secondary video source. The first display manager is in communication with a front layer of the touch screen display and the second display manager is in communication with a back layer of the touch screen display. The screen may be split between multiple signals, or one or more signals may overlay one or more background signals. The overlaid signals may completely obscure the background signals, or they may provide a level of transparency. A touch router device interprets touches at a touch screen shared display to transform coordinates to enable interpretation of the player's touch inputs.

Disclosed is a gaming machine touch screen system incorporating a flat transparent or nearly transparent layer that contains a series of active elements/actuators/chambers that enable a vertical displacement of the touch screen top surface. These active elements displace the top surface of the touch screen upon command of the gaming machine to provide features perceptible to the player's touch.

Dynamic palpable controls for a gaming device

A system is disclosed for presenting both primary content and secondary content on a single display. The system includes: a touch screen display configured to display content, a primary controller configured to generate primary content, and a secondary controller configured to generate secondary content. The display manager alters at least one of the primary content and the secondary content, enabling the primary content to be rendered with the secondary content on the touch screen display. The system also includes a coordinate transformation device that receives coordinates from an input on the touch screen display and accommodates any scaling or shifting performed on at least one of the primary content and the secondary content to determine transformed coordinates corresponding of the rendered content prior to routing the transformed coordinates to the proper primary controller or secondary controller.

Video switcher and touch router system for a gaming machine

Various embodiments disclosed herein are directed to a gesture enhanced game play system that includes a display system, a sensor system, a feedback system, and one or more computing systems. The sensor system is configured to detect at least one touch gesture when the touch gesture is at least proximate the virtual game layout. During play of the game, a player's touch gestures are evaluated as either a functional gameplay touch gesture or non-functional gameplay touch gestures. Each functional gameplay touch gesture relates directly to reaching an outcome of a current game. Each non-functional gameplay touch gesture may be associated with a feedback system that responds to the non-functional gameplay touch gestures by the player with visual, audio, tactile feedback or the altering of certain game parameters and displays, giving at least the impression that the non-functional gestures affect game outcomes.

Superstitious gesture enhanced gameplay system

Various embodiments are directed to gaming systems and methods including a bonus game that can be decoupled from base games and/or are player selectable. Bonus features can be added to existing games and player selection of progressive play can be provided. The method and system can further provide switching among possible links without dynamic reconfiguration.

Growing community of inventors

Reno, NV, United States of America

Stephen Patton