Abstract: An interactive display system and an interactive display method are introduced herein. The interactive display system includes a mirror and a display unit. The display unit is built in the mirror, for providing auxiliary showing an image of a user in front of the display system. The image of the user can be automatically enlarged or shrunk and displayed on the display unit when the user moves forward to or away from the interactive display system. In the method, a distance is sensed between the user and the display system. When the user moves relative to the display system, the captured image of the user displayed on the display system is enlarged or shrunk using a zoom ratio based on a rate of change of the distance between the user and the display system.

Abstract: An interactive display system is introduced herein. The interactive display system includes a mirror and a display unit. The display unit is built in the mirror, for providing auxiliary showing an image of a user in front of the display system. The image of the user can be automatically enlarged or shrunk and displayed on the display unit when the user moves forward to or away from the interactive display system.

Abstract: An interactive display system is introduced herein. The interactive display system includes a mirror and a display unit. The display unit is built in the mirror, for providing auxiliary showing an image of an user in front of the display system. The image of the user can be automatically enlarged or shrunk and displayed on the display unit when the user moves forward to or away from the interactive display system.

Abstract: A lighting device for the computer panel, having variations of flashing light emitting from LED units; wherein a circuit board with layout of LED units is installed on a rear side of a computer panel, whereby LED light is projected through a translucent acrylic board that is installed on a matching panel, to show flashing and lighting variations according to commands programmed in a chip on the circuit board.

Abstract: A hood structure for the rotating axles of a notebook computer, the hood structure being provided on a bottom edge of the LCD rear cover of the notebook computer at least with a flange connected with the rotating axles, flanges each is provided thereon with a plurality of holes of which partly are used for press connecting of studs and/or further engagement (or welding connecting) of engaging collars to consolidate the connections of the rotating axles, the flanges each is combined exteriorly with an external hood of the similar shape therewith. This hood structure not only can obscure the studs to give abetter appearance, but also increase the strength of the rotating axle itself and the LCD rear cover as well simultaneously. It also helps shorten assembling processes of LCD rear covers and effectively lower the production cost.