Abstract: A backlight module installs a light guide plate, a plurality of optical films, and a liquid crystal display panel in order on an emergent plane of a light source, wherein the light guide plate forms more than one hollow layer within an incident side to an effective light emitting area and a light adjusting component disposed on one side or both sides of the hollow layer, such that the hollow layer of the light guide plate changes the light path of the light of the light source and the light adjusting component improves its reflectivity to effectively distribute and evenly emit the light towards each optical film. As a result, the dark band in each light source can be eliminated, and the light performance including luminance and evenness can be enhanced.

Abstract: A direct type backlight modulus lamp replacement device with each lamp respectively being fixed in a replacement device, the replacement device being provided at the bottom of the lampshade in relation to a slot of the lamp, a recess being formed in the device to place the lamp, a positioning part being each extended from both sides of the recess to secure the device at the bottom of the lampshade so to replace the lamp only by removing it from the lampshade without removing the entire reflection lampshade.

Abstract: An LCD backlight module construction has a reflector that gives light reflection and transmission features disposed at where the light is emitted from each light source for light diffused from both sides of the light source to be consistently diffused towards the diffuser after proper reflection and transmission through the reflector thus to eliminate the dim areas between light sources for providing effective solution to the problem of developing the light and shade bands found with the prior art.

Abstract: An orthogonal array backlight module includes multiple fluorescent tubes paved on both inner sides of a light box, and a display panel comprised of diffuser plate, optical film and liquid crystal panel being provide on the top of the light box; and each fluorescent tube being significantly shorter than that of the prior art of same size to effectively provide consistent luminance and allow easier assembly.

Abstract: A backlight module has two lighting sides installed inside a casing. Two sides of the casing have a main display screen and a sub-display screen. The backlight module comprises at least one light source; a light guide plate for guiding light from the light source to the main display screen and the sub-display screen. A lower diffusion sheet, a first light enhancing sheet and preferably, an upper diffusion sheet are installed between the main display screen and the light guide plate. A reflective sheet, a second light enhancing sheet and preferably, an upper diffusion sheet are installed between the sub-display screen and the light guide plate. Part of light from the sub-display screen is reflected to the main display screen.

Abstract: A backlight module of a directly lighting backlight device comprises a casing; at least one S shape lamp tube; a reflecting sheet positioned below the lamp tube; a guide plate; the reflecting sheet reflecting light from the lamp tube with a predetermined angle to a guide plate above the lamp tube; the guide plate having the effect of diffusing the light to various angles by the pattern on the guide plate or the diffusion agents; whole reflection being not formed so that light emits out from a front surface of the guide plate so that the guide plate reflects light uniformly; a diffuser receiving the uniform distributed light; the diffuser being above the guide plate; and at least one light enhancing sheet; light diffused by the diffuser will further radiate to the at least one light enhancing sheets.

Abstract: An LCD light source projection construction having light emitters evenly distributed in a cavity; the cavity being integrated with a light permeable layer to be adhered with optical film; multiple dimmers being disposed on and integrated with the light permeable layer to create reflection and deflection for the light beams passing through so to consistently present light source from each light emitter to omit the installation of a diffuser, simplify LCD configuration and effectively reduce LCD thickness.

Abstract: A direct type backlight modulus lamp replacement device with each lamp respectively being fixed in a replacement device, the replacement device being provided at the bottom of the lampshade in relation to a slot of the lamp, a recess being formed in the device to place the lamp, a positioning part being each extended from both sides of the recess to secure the device at the bottom of the lampshade so to replace the lamp only by removing it from the lampshade without removing the entire reflection lampshade.

Abstract: An optical wave-guide device is provided between light source and the lower diffuser for the light passing through the optical wave-guide device to form proper deflection and reflection to be consistently diffused through the lower diffuser without creating any blind area among light sources to effectively solve the problem of displaying bright band and dark band on the LCD of the prior art.

Abstract: At least one dimmer device is provided at the spacing between abutted light sources to allow lights diffused from both sides of the light sources to be properly refracted and reflect to further evenly diffuse toward a diffuser plate thus to eliminate the dark band between abutted light sources for effectively solving the significantly present bright band and dark band of the LCD module observed with the prior art.

Abstract: The present invention provides sustained release oral solid dosage forms of cisapride by using a multi-particulate system, which are bioavailable and can provide efficient blood level of cisapride over 24 hours. Unit dosage forms of cisapride which comprise a plurality of substrates containing sustained release cisapride, as well as pharmaceutical compositions containing the dosage forms, are also disclosed herein.