Abstract: A support mechanism for supporting an electronic device is disclosed. The support mechanism comprises two support assemblies detachably assembled together, each support assembly comprising an adjustable member defining a latching groove; and a support member rotatably connected to the adjusting member, the support member of one of the two support assemblies being capable of being partially received in the latching groove of the adjustable member of another one of the two support assemblies.

Abstract: A portable and foldable support bracket for supporting and holding a portable electronic device includes a first support member, a pivot mechanism, a second support member and a support arm. The second support member is rotatably and adjustably assembled with the first support member via the pivot mechanism, and is positioned coplanar with the first support member. The support arm is rotatably and adjustably assembled to the pivot mechanism and foldable upon the first and second support members.

Abstract: A backlight module includes a lamp tube, a light guide plate and a light guide unit. The light guide plate has a light incident side. The light guide unit is in contact with the light incident side of the light guide plate. The light guide unit and the light incident side cooperatively form a receiving tunnel. The lamp tube is disposed in the receiving tunnel. The light guide unit is detachable from the light guide plate. Another backlight module is also provided. The present backlight module can be assembled conveniently and quickly, and has a relatively high light energy utilization rate.

Abstract: An exemplary light guide plate includes a light output surface, a light reflective surface opposite to the light output surface, a light input surface interconnecting with the light output surface and the light reflective surface, and a plurality of microstructures formed on the light reflective surface. Each of the microstructures defines a specular reflection surface and a diffuse reflection surface. External light enters the light guide plate via the light input surface, a part of light rays undergo specular reflection at the specular reflection surfaces of the microstructures, and other parts of light rays undergo diffuse reflection at the diffuse reflection surfaces of the microstructures. A backlight module using the light guide plate can have a good optical performance.

Abstract: A light-emitting diode (LED) includes a heat sink (10) having a cross section along an axial direction thereof being U-shaped. The heat sink includes a substrate (102) and a sidewall (11) extending from an outer periphery of the substrate. A circuit board (40) is received in the heat sink and arranged on the substrate. At least one LED (30) is arranged on and electrically connected to the circuit board and thermally connected with the substrate of the heat sink. A plurality of fins (100) extend outwardly from an outer surface (110) of the sidewall of the heat sink. Each fin has a plurality of branches (100a, 100b) being connected together at the outer surface of the sidewall and being spaced from each other at outer-peripheries thereof.

Abstract: A backlight module 200 is provided, which includes a light guide plate 22 and a nonspecular reflective device 28, 34. The light guide plate 22 has a light-incident surface 221, a light-emitting surface 223, and a bottom surface 222 opposite to the light-emitting surface 223. The nonspecular reflective device 28, 34 arranged on and within an elongate section of the bottom surface 222. The elongate section of the bottom surface 222 is proximate to or adjacent the light-incident surface 221 of the light guide plate 22. The backlight module 200 can also include a light source 21 and a reflective plate 23. The light source 21 is disposed facing the light-incident surface 221, and the reflective plate 23 is disposed below the bottom surface 222.

Abstract: A backlight module includes a lamp tube, a light guide plate and a light guide unit. The light guide plate has a light incident side. The light guide unit is in contact with the light incident side of the light guide plate. The light guide unit and the light incident side cooperatively form a receiving tunnel. The lamp tube is disposed in the receiving tunnel. Another backlight module is also provided. The present backlight module can be assembled conveniently and quickly, and has a relatively high light energy utilization rate.

Abstract: The present invention discloses a light guide plate (20) including a light incident surface (221), a light emitting surface (222) adjacent to the light incident surface (221), and a light diffusing cutout (223). The light diffusing cutout (223) is defined in the light guide plate near the light incident surface (221). The present invention also provides a backlight module.

Abstract: A backlight module 200 is provided, which includes a light guide plate 22 and a nonspecular reflective device 28, 34. The light guide plate 22 has a light-incident surface 221, a light-emitting surface 223, and a bottom surface 222 opposite to the light-emitting surface 223. The nonspecular reflective device 28, 34 arranged on and within an elongate section of the bottom surface 222. The elongate section of the bottom surface 222 is proximate to or adjacent the light-incident surface 221 of the light guide plate 22. The backlight module 200 can also include a light source 21 and a reflective plate 23. The light source 21 is disposed facing the light-incident surface 221, and the reflective plate 23 is disposed below the bottom surface 222.