Abstract: An electronic device is provided. The electronic device includes a support substrate, a first substrate, a semiconductor element, and an adhesive layer. The first substrate is disposed on the support substrate. The semiconductor element is disposed on the first substrate. The adhesive layer is disposed between the support substrate and the first substrate. The adhesive layer includes a plurality of grooves. The electronic device provided by the disclosure is capable of improving the appearance flatness problem caused by air bubbles between the adhesive layer and other stacked layers through the grooves of the adhesive layer.

Abstract: A backlight module includes a first optical film with high light reflection characteristics, a second optical film with polarization light selection transmission characteristics and light reflection characteristics, a plurality of lampshades, and a plurality of line light sources. Each lampshade has high light reflection characteristics and is disposed between optical films so that any two spaced-apart adjacent lampshades define a light mixing chamber between optical films. Each line light source is disposed in a corresponding light mixing chamber and is mounted to a corresponding lampshade for emitting light.

Abstract: A true color liquid crystal displaying device is disclosed in the present invention. The true color liquid crystal displaying device includes a light guide module, a LED light source, and a liquid crystal panel without a color filter. The light guide module includes a light guide body, an optical input portion and an emitting surface. The emitting surface includes an emitting area. The LED light source is disposed on the optical input portion of the light guide module for emitting RGB beams. The liquid crystal panel is disposed above the emitting surface of the light guide module. The emitting area aligns with a sub-pixel of the liquid crystal panel. The optical cable inside the light guide module guides the monochromatic beam from the LED light source to each corresponding sub-pixel of the liquid crystal panel, so that the RGB beams is the pixel of the true color performance.

Abstract: A method for installing a peripheral device to a computer is disclosed. The peripheral device includes a driver storage formed integral to the peripheral device. The driver storage stores the device driver information. Upon connection to the computer, the peripheral device's driver storage imitates a known disk drive to the computer. The computer can then access the device driver information and install the peripheral device.

Abstract: A method for installing a peripheral device to a computer is disclosed. The peripheral device includes a driver storage formed integral to the peripheral device. The driver storage stores the device driver information. Upon connection to the computer, the peripheral device's driver storage imitates a known disk drive to the computer. The computer can then access the device driver information and install the peripheral device.