Abstract: A backlight module for liquid crystal display includes a casing having a bottom wall and a circumferential side wall extending from the bottom wall to define an open top. A light guide plate is attached to the side wall and spaced from the bottom to define an interior space therebetween. A light diffusion plate and a protection plate are respectively mounted to the top opening of the casing. A plurality of lamps are arranged in the interior space and spaced from each other. First vent holes are defined in the side wall of the casing to allow air to flow in and out of the interior space for removing heat generated by the lamps. Second vent holes are defined in the side wall and are paired of which the second vent holes are opposite to each other. A triangular channel is formed between the second vent holes of each pair by two inclined side walls. Air is allowed to flow into the channel via one of the second vent holes, through the channel and eventually leaving the channel via another second vent hole.

Abstract: A base architecture of LCD backlight shield mainly comprises a frame base, a reflection sheet, and a heat sink, in which the reflection sheet and the heat sink are attached together; the heat sink is snap-retained at a bottom edge of the frame base; a lighting device is inserted between the frame base and the heat sink; and a light-intensity equalizing board is embedded in the top edge of the frame base and held by a check plate fixed in each corner on the front face of the frame base. By using this base architecture, to dissipate the heat generated in the backlight shield and accordingly heighten quality and prolong lifetime of a LCD component is expectable.

Abstract: An illumination device mainly comprises a front housing, a rear housing, an illumination set and a light-unification lamp shield. A front lamp holder and a rear lamp holder are disposed on a top edge of the front housing and the rear housing respectively, and a white-ray fluorescent tube is connected to the rear end of the illumination set, which is located between the front housing and the rear housing. The fluorescent tube in the illumination set is extendedly buried between the front lamp holder and the rear lamp holder for emanating light onto a screen of the game machine without reflection.

Abstract: An assembly of backlight mask is provided for lowering peripheral temperature of a LCD panel during operation so as to heighten efficiency and lifetime of the LCD panel, wherein the LCD panel is segregated from heat generated by a backlight device of the backlight mask; an insulation sheet is disposed between the backlight device and the LCD panel; and a plurality of vents and fans are provided to a base of the backlight mask for expelling heat generated from the backlight device.

Abstract: An illumination device mainly comprises a front housing, rear housing, illumination set and light-unification lamp shield. A front and a rear lamp holder are disposed on a top edge of the front and the rear housing respectively, and a white-ray fluorescent tube is connected to the front end of the illumination set, which is located between the front and the rear housing. The fluorescent tube in the illumination set is extendedly buried between the front and the rear lamp holder for emanating light onto a screen of the game machine without reflection.

Abstract: A base architecture of LCD backlight shield mainly comprises a frame base, a reflection sheet, and a heat sink, in which the reflection sheet and the heat sink are attached together; the heat sink is snap-retained at a bottom edge of the frame base; a lighting device is inserted between the frame base and the heat sink; and a light-intensity equalizing board is embedded in the top edge of the frame base and held by a check plate fixed in each comer on the front face of the frame base. By using this base architecture, to dissipate the heat generated in the backlight shield and accordingly heighten quality and prolong lifetime of a LCD component is expectable.

Abstract: An assembly of backlight mask is provided for lowering peripheral temperature of a LCD panel during operation so as to heighten efficiency and lifetime of the LCD panel, wherein the LCD panel is segregated from heat generated by a backlight device of the backlight mask; an insulation sheet is disposed between the backlight device and the LCD panel; and a plurality of vents and fans are provided to a base of the backlight mask for expelling heat generated from the backlight device.

Abstract: A back lighting device for use with a palm top image scanner includes a body inside which a light generating member is arranged to project light through a window on which a film to be scanned is placed so as to project the image on the film to the image scanner. The window has a frosted surface to support the film thereon so as to eliminate the interference ring occurring therebetween. The window is provided with a circumferential step so as to define a recessed window area for receiving therein a film holding plate, made of a light transmitting material, for firmly holding the film on the window. The film holding plate may also be provided with a frosted surface to avoid the occurrence of the interference ring between the film holding plate and the window.

Abstract: A neon light box which uses a C.C.F.L. and a light guide to provide a more uniform and brighter light source than in prior art devices. The neon light box has ferro-metallic bars on the window and the top cover, to which a transparent cover with magnetic bars fixed thereon is attached to provide a space for displaying an advertisement slide. The light box uses metal bars mounted to a top cover and window to compensate for the height difference between the top cover and the window, so as to create a smooth surface when used in conjunction with a transparent cover.

Abstract: A transparency adaptor for use in a flat bed type image scanner. The transparency adaptor which is to be displaced on the image window of the image scanner to project uniform "planar" light through a light-transmittable medium on which image to be scanned is printed so as to eliminate the need of complicated and sophisticated line light source upon the scanning window includes a shallow panel like casing inside which a pair of cold cathode fluorescent lamps (CCFLs) are disposed in a spaced and opposite manner to project light toward each other. A plate-like lighting guide is disposed between the CCFLs to uniformly distribute the light through a given planar area. A reflection sheet is provide to direct the light generated by the CCFLs toward a desired orientation. Light diffusers may be disposed along the out-going path of the light to more uniformly distribute the light through the given area.