Abstract: The present invention discloses a manufacturing method for a paper protective shell of a mobile device, comprising: selecting a paper material, and mixing the paper material with water to form a paper pulp; performing a mould press manner to press the paper pulp to form a shell by using a mold, and separating the shell from the mold to dry the shell; and performing an appearance color treatment to color an outer surface of the shell; wherein the colored shell is a final product after finishes the appearance color treatment, and the final product is the paper protective shell of the mobile device, and the paper protective shell is used to combine with the mobile device.

Abstract: The present invention discloses a container with synchronous rising and lowering functions, which is configured to contain an article. The container comprises: a box body, having a containing space therein; a cover unit, connecting one side thereof to one side of an upper edge of the box body; a lifting unit, locating in the containing space for being placed the article; and a connection unit, connecting the cover unit and the lifting unit, wherein when the cover unit is opened, the cover unit is linked with the connection unit to allow the connection unit to drive the lifting unit to rise synchronously, and when the cover unit is enclosed, the cover unit is linked with the connection unit to allow the connection unit to drive the lifting unit to lower synchronously.

Abstract: The present invention discloses a container with synchronous rising and lowering functions, which is configured to contain an article. The container comprises: a box body, having a containing space therein; a cover unit, connecting one side thereof to one side of an upper edge of the box body; a lifting unit, locating in the containing space for being placed the article; and a connection unit, connecting the cover unit and the lifting unit, wherein when the cover unit is opened, the cover unit is linked with the connection unit to allow the connection unit to drive the lifting unit to rise synchronously, and when the cover unit is enclosed, the cover unit is linked with the connection unit to allow the connection unit to drive the lifting unit to lower synchronously.

Abstract: A storage box with synchronous opening and lifting mechanisms, having a shell unit, a storage unit arranged inside the shell unit for receiving the object, a lifting unit disposed at a position between the shell unit and the storage unit for lifting and lowering the object, and a synchronization unit disposed inside the shell unit and the storage unit for enabling the shell unit to perform a synchronous opening and closing operation. The lift unit is coupled to the synchronous unit for lifting an object in the storage unit during the synchronous opening operation of the shell unit and lowering the object during the synchronous closing operation of the shell unit.

Abstract: A storage box with synchronous opening/lifting mechanism, adapted for storing an object, which comprises: a shell unit; a storage unit, arranged inside the shell unit for receiving the object; a lifting unit, disposed at a position between the shell unit and the storage unit to be used for lifting and/or lowering the object; and a synchronization unit, disposed inside the shell unit and the storage unit for enabling the shell unit to perform a synchronous opening operation and/or a synchronous closing operation; wherein the lift unit is coupled to the synchronous unit for enabling the object stored in the storage unit to be lifted during the synchronous opening operation of the shell unit and lowed during the synchronous closing operation of the shell unit.

Abstract: A paper structure is disclosed, which comprises: a paper substrate; an adhesive layer, formed on the paper substrate; and a polymer layer; wherein the polymer layer is configured with a plurality of embossed elements and is disposed on the adhesive layer for allowing the spaces formed between the embossed structures and the paper substrate to be filled by the adhesive layer. In addition, the flexibility of a carton box that is formed using the aforesaid paper structure can be enhanced through the cooperation between the embossed structures and the adhesive layer filled inside the recesses of the embossed structures, and thus the ability of the carton box to absorb collision impact can be improved.

Abstract: An exemplary backlight module includes a light guide plate (210), a light source (211), and a retardation layer (214). The light guide plate includes a light incident surface (2120) and a light emitting surface (2121) adjacent to the light incident surface. The light source is configured to emit polarized light with a first polarization orientation, and is located at a side of the light incident surface. The retardation layer is disposed at a side of the light emitting surface, and is configured to rotate the first polarization orientation of the polarized light to a second polarization orientation.

Abstract: An exemplary backlight module includes a light guide plate (210), a light source (211), and a retardation layer (214). The light guide plate includes a light incident surface (2120) and a light emitting surface (2121) adjacent to the light incident surface. The light source is configured to emit polarized light with a first polarization orientation, and is located at a side of the light incident surface. The retardation layer is disposed at a side of the light emitting surface, and is configured to rotate the first polarization orientation of the polarized light to a second polarization orientation.

Abstract: A display includes a display panel, a transflective reflector positioned on a lower surface of the display panel, an upper polarizer positioned on the upper surface of the display panel, a lower polarizer positioned on the lower surface of the transflective reflector, and a backlight unit positioned below the lower polarizer. The transflective reflector partially reflects light propagating to the transflective reflector so as to improve images of the display.

Abstract: A polarizing device contains a transparent plate and a birefringent material spread within the transparent plate. The birefringent material converts natural light propagating in the transparent plate into a first linearly polarized light and a second linearly polarized light, where the first and second linearly polarized lights are refracted toward different directions by the birefringent materials.

Abstract: A display includes a flat display panel and at least a polarizer positioned on an upper surface or a lower surface of the flat display panel. The polarizer has at least a surface treated with a roughness treatment.

Abstract: An LED light-mixing package providing white light has at least a red LED chip, at least a blue LED chip, at least a green LED chip, and pluralities of diffuser particles distributed in a sealing member that covers the LED chips, or integrate a lens. The diffuser particles scatter light emitted from the LED chips in the sealing member so that light is mixed and the LED light-mixing package produces white light.

Abstract: A display module housing for fixing a display panel comprises a frame structure, at least a fixing mechanism, and at least a flexible fastening device disposed on the topside of the sidewall of the frame structure. When the display panel is positioned in the frame structure, the fixing mechanism and the flexible fastening device clip the display panel so that the display panel is fixed in the display module housing.