Abstract: The present invention relates to a lighting assembly. The lighting assembly includes: a first decorative component; a light-transmitting thin film attached to the first decorative component; and a first light guide configured adjacent to the first decorative component and including a first optically reflective information structure attached to the first light guide and including a first information and a first light source emitting a first light, wherein the first light illuminates the first optically reflective information structure and penetrates through the first decorative component and the light-transmitting thin film to render the first information to be displayed on a display surface, when the first light source is activated.

Abstract: A key structure includes a switch circuit, a frame layer, a deformable elastic element and a pressing unit. The switch circuit has a predetermined pressing region. The frame layer is disposed on the switch circuit, and the frame layer has a receiving space. The deformable elastic element is disposed on the switch circuit and received in the receiving space of the frame layer. The pressing unit includes a key body contacting the deformable elastic element. The deformable elastic element is disposed between the switch circuit and the key body, and the contact area between the deformable elastic element and the switch circuit is smaller than the contact area between the deformable elastic element and the key body. Whereby, when a predetermined pressure is pressed upon the pressing unit, the predetermined pressure is balancedly pressed on the predetermined pressing region of the switch circuit through the deformable elastic element.

Abstract: A touch panel includes a substrate, a decoration pattern, a covering layer, and a touch sensing element. The substrate has a first region and a second region. The decoration pattern is disposed on the first region of the substrate and has a first thickness. The covering layer includes a first portion covering the second region of the substrate and a second portion covering the decoration pattern, wherein the second portion has a second thickness and the first portion has a third thickness. The second thickness is less than the third thickness. The touch sensing element is disposed on the covering layer.

Abstract: An auto-focus driving structure for installing a lens has an optical axis. The auto-focus driving structure comprises a main body, a lens retainer, and a driving unit. The lens retainer is movably disposed in the main body. The driving unit includes a coil circuit board and a magnetic group. The coil circuit board has a plurality of printed coils. The plurality of printed coils corresponds to the position of the magnetic group, thus the lens retainer can be selectively moved with respect to a bottom portion of the main body through the driving unit.

Abstract: A thin keymat module with a reflection structure includes a circuit board with a plurality of elastic conductive elements, a mirror reflection sheet, a transparent elastic layer, a keymat layer and a light-emitting unit. The mirror reflection sheet is disposed on the circuit board, evenly corresponding to the elastic conductive elements. The mirror reflection sheet has a reflection microstructure corresponding to the elastic conductive elements. The transparent elastic layer is disposed on the mirror reflection sheet and has elastic portions corresponding to the elastic conductive elements. The keymat layer is disposed on the transparent elastic layer and has transparent portions corresponding to the elastic portions. The light-emitting unit is located on one side of the transparent elastic layer. When the light-emitting unit projects light onto the mirror reflection sheet and the reflection microstructure, each elastic portion and each transparent portion have a light displaying effect.

Abstract: A photosensitive button structure includes a button body and a photosensitive layer. The photosensitive layer is disposed on a bottom side of the button body, and has a plurality of words and pictures formed thereon. Whereby, the photosensitive layer produces a first color change by absorbing light from one angle, and then produces a second color change or more than two color changes by absorbing light from another angle, in order to produce a dual mode visual effect. The present invention solves problems and the defects of the traditional button having only one fixed color, and that the color of the traditional button can only be changed once, because the photosensitive layer can absorb light from different angles. Hence, the present invention not only improves the appearance of the button body, but can also show more than two color changes of any words or pictures on the button structure.

Abstract: A key module and its manufacturing method are provided in the present invention. The steps of the method include: providing a mold; forming a key body having multiple opening portions on the mold; jostling a combination of a display body and an elastic body to the key body; and finally, tightly attaching the display body to the key body and stuffing the display body into the opening portions of the key body. Therein, the elastic body has a lower end formed with a contact block contacting a circuit board. By compressing, injecting or infusing a silicone rubber material or an elastic material into the opening portions, the gap located between the key body and the display body or between the key body and the elastic body is smaller than 0.01 mm. Thus, the appearance of the key module of the present invention is almost seamless.