Abstract: The present invention provides a patterned wavelength converting structure comprising a frame, a light source, a substrate, a film, a wavelength converting layer and a pattern disposed on the film. The pattern and the wavelength converting layer can be one piece. The configuration, for example, the distribution of diffusion particles, the location, the shape or the thickness, of the pattern is configured to reduce the mura or affect the desired uniformity of a lighting area.

Abstract: The present invention discloses a method of forming internal scattering pattern in the diffusion plate and light guide plate used in backlight module by laser engraving. In the present invention, the distribution and density of the engraved dots can be controlled and modulated depending on the position of the light source and the distribution of luminance to obtain higher luminance and better luminance uniformity.

Abstract: A display device, a front frame used therein, and a method of manufacture thereof are provided. The display device includes a display panel and the front frame. The display panel has a display surface which is partially covered by the front frame. The front frame includes a side wall corresponding to the sides of the display panel, a top plate extending from the side wall towards the center of the display panel, and cushion filler. The top plate has an inner surface featuring a groove distributed along the side wall. The cushion filler is contained within the groove while its top protrudes from the groove and contacts the display surface outside an active area.

Abstract: A display panel and a light source device used therein are provided. The display panel includes a light-guide thin-film circuit substrate, a light source and a polarizing layer. The light-guide thin-film circuit substrate has a light entrance end and a light exit top surface, and the light source is disposed corresponding to the light entrance end. The polarizing layer is disposed on the light-guide thin-film circuit substrate and parallels the light exit top surface of the light-guide thin-film circuit substrate. The light produced by the light source enters the circuit substrate through the light entrance end, guided and transmitted through the circuit substrate, and then leaves the circuit substrate through the light exit top surface and enters the polarizing layer. The light after passing through the polarizing layer is turned into a polarized light having flat light source effect as a backlight source for the system.

Abstract: A conductive material with a laminated structure is provided. The conductive material with a laminated structure of the present invention includes at least a polymer plastic layer, where conductive particles are dispersed on surfaces. When the conductive material is used to press join terminals of a driving component and a glass substrate, junction impedance between the terminals is reduced. The purpose of joining with super-fine pitches is achieved.

Abstract: The back light module of LCD device of the present invention is to use the two ends of reflecting plate to roll up and cover light generating units and reaching the function of lamp reflector. Also, the problem of EMI (electric magnetic interference) can be overcome by covering a shell with an EMI protection function on the roll up ends and/or coating or covering the metal with an EMI protection function on one surface of the reflecting plate.

Abstract: A backlight module for a liquid crystal display device is disclosed. The backlight module includes a bottom housing having at least one side frame that has a terminal installation part; a lamp bracket having a pair of opposing lamp supporters and a pair of opposing side shafts, wherein the lamp bracket is mounted on at least one side frame and can be moved relatively to at least one side frame; at least one first terminal mounted on the lamp supporters for conducting electrical signals; at least one lamp having a pair of electrodes engaging with at least one first terminal, wherein the electrode is at an end of the lamp; and at least one second terminal mounted on the terminal installation part, wherein at least one second terminal connects with an external driving device and has at least one electrical connecting surface for electrical connecting with the first terminal.

Abstract: The back light module of LCD device of the present invention is to use the two ends of reflecting plate to roll up and cover light generating units and reaching the function of lamp reflector. Also, the problem of EMI (electric magnetic interference) can be overcome by covering a shell with an EMI protection function on the roll up ends and/or coating or covering the metal with an EMI protection function on one surface of the reflecting plate.

Abstract: Two different curable compounds are mixed to form a conductive adhesive polymer such that display panel and chip can be fastened temporally first for inspecting defects. If defects are found, semi-product can be repaired or rework easily. If there is no defect, the display panel and chip can be securely fastened subsequently.

Abstract: A conductive material with a laminated structure is provided. The conductive material with a laminated structure of the present invention includes at least a polymer plastic layer, where conductive particles are dispersed on surfaces. When the conductive material is used to press join terminals of a driving component and a glass substrate, junction impedance between the terminals is reduced. The purpose of joining with super-fine pitches is achieved.

Abstract: A backlight module for a liquid crystal display device is disclosed. The backlight module includes a bottom housing having at least one side frame that has a terminal installation part; a lamp bracket having a pair of opposing lamp supporters and a pair of opposing side shafts, wherein the lamp bracket is mounted on at least one side frame and can be moved relatively to at least one side frame; at least one first terminal mounted on the lamp supporters for conducting electrical signals; at least one lamp having a pair of electrodes engaging with at least one first terminal, wherein the electrode is at an end of the lamp; and at least one second terminal mounted on the terminal installation part, wherein at least one second terminal connects with an external driving device and has at least one electrical connecting surface for electrical connecting with the first terminal.

Abstract: A liquid crystal display module (LCD module) has a LCD panel, a back light unit (BLU) and a bezel. The LCD panel has a substrate and a first polarizer fixed on the substrate, and the back light unit has a light guide plate, a light source generator, a reflector, a lower diffuser; at least one prism sheet, an upper diffuser, a second polarizer and a P-chassis.