Abstract: Disclosed is an input device and method for interacting with motion pictures incorporating content-based haptic response. Content data relating to the motion picture is stored in a content data storage device while motion picture data is stored in a prerecorded image data storage device. A viewer input device is provided so that a viewer (end-user) can advance and reverse the frames on a display screen while substantially simultaneously, the content data is accessed and braking commands are sent to the viewer input device. The result is that the viewer is provided with haptic responses to the viewer's input through the viewer input device.

Abstract: A transport tray for semiconductor devices that includes a retention mechanism. The tray is formed with molded plastic inserts positioned in a tray. Each insert includes a contact surface that is designed to have two stable points, one corresponding to a latched state and one corresponding to an unlatched state. The retention mechanism includes elements that allow the contact surface to rotate and translate relative to the surface of a semiconductor component being inserted or removed from the tray. Rotation across the surface, as opposed to sliding, significantly reduces the wear of the retention mechanism.

Abstract: An input device and method for interacting with motion pictures incorporating content-based haptic response is provided. Content data relating to the motion picture is stored in a content data storage device while motion picture data is stored in a prerecorded image data storage device. A viewer input device is provided so that a viewer (end-user) can move forwards and backwards through the frames on a display screen while substantially simultaneously, the content data is accessed and braking commands are sent to the viewer input device. The result is that the viewer is provided with haptic responses to the viewer's input through the viewer input device.

Abstract: A polarizing fiber-optic layer for use within a liquid crystal multilayer structure, particularly for use in a computer system having a liquid crystal display screen. The invention relates to a specially designed thin polarizing fiber-optic layer which functions both as a polarizer of light in a specific direction and as a fiber-optic material for optically resolving an image to its surface from a position optically below the fiber-optic material layer. Using this double functioning material the problems of off axis viewing, contrast (and color) distortion and parallax can be solved in flat panel displays. This inventive layer replaces several complex layers of a conventional liquid crystal display thereby greatly simplifying display manufacture and improving performance.