Abstract: A fastening device of a plug-socket combination includes a plug structure and a socket structure. The socket structure has a side wall in which an insertion slot is formed. A plastic fastening plate includes a slit-defined barb formed on each of two sides of a lower end thereof. When the plastic fastening plate is inserted into the insertion slot, the slit-defined barbs are allowed to elastically expand to respectively engage pawls formed at a lower end of the slot. The plastic fastening plate has a free end on which a plastic pawl is formed. The plug projection of the plug structure, when jointed, through insertion, to the insertion recess of the socket structure, smoothly passes over the plastic pawl to allow the plastic pawl to spring into and thus fix the positioning cavity at the time when the positioning cavity and the plastic pawl are in alignment with each other.

Abstract: A decorative structure for a touch sensing device is provided. The structure comprises a transparent substrate, a low diffusivity material layer and a protective layer. The transparent substrate has a non-touch surface having a non-image display area. The low diffusivity material layer is disposed on the non-touch surface of the transparent substrate and corresponds to the non-image display area, wherein the low diffusivity material layer has a reflectivity of less than 10%. The protective layer is disposed on the low diffusivity material layer and has at least a first opening pattern to allow a light to sequentially pass through the low diffusivity material layer and the transparent substrate from the first opening pattern.

Abstract: A touch module, adapted for an electronic apparatus and including a cover, a touch sensor layer, a flexible printed circuit board (FPC), a light-emitting element and a light guide film is provided. The cover has at least one transparent icon. The touch sensor layer and the FPC are disposed under the cover, and the FPC is electrically connected to the touch sensor layer. The light-emitting element is mounted on the FPC, wherein the FPC is located between the cover and the light-emitting element. The light guide film is disposed under the cover, wherein the touch sensor layer is located between the cover and the light guide film. Light emitted by the light-emitting element is transmitted to the transparent icon through the light guide film. In addition, an electronic apparatus is also provided.

Abstract: A decorative structure for a touch sensing device is provided. The structure comprises a transparent substrate, a low diffusivity material layer and a protective layer. The transparent substrate has a non-touch surface having a non-image display area. The low diffusivity material layer is disposed on the non-touch surface of the transparent substrate and corresponds to the non-image display area, wherein the low diffusivity material layer has a reflectivity of less than 10%. The protective layer is disposed on the low diffusivity material layer and has at least a first opening pattern to allow a light to sequentially pass through the low diffusivity material layer and the transparent substrate from the first opening pattern.

Abstract: An eyeglass assembly includes a frame unit having two spaced-apart non-looped frame strips and a first bridge interconnecting inner ends of the frame strips, two temples connected pivotally and respectively to the frame strips, an eyeglass unit attached pivotally to the frame unit and having two spaced-apart lens members and a second bridge interconnecting the lens members, and a hinge unit disposed between the frame unit and the eyeglass unit for pivoting the eyeglass unit to the frame unit so that the eyeglass unit is pivotable relative to the frame unit between an in-use position and a non-use position.

Abstract: An eyeglass assembly includes a frame unit having two spaced-apart non-looped frame strips and a first bridge interconnecting inner ends of the frame strips, two temples connected pivotally and respectively to the frame strips, an eyeglass unit attached pivotally to the frame unit and having two spaced-apart lens members and a second bridge interconnecting the lens members, and a hinge unit disposed between the frame unit and the eyeglass unit for pivoting the eyeglass unit to the frame unit so that the eyeglass unit is pivotable relative to the frame unit between an in-use position and a non-use position.

Abstract: A foldable lens assembly comprises a pair of lenses, and a frame connected to the lenses. The frame has at least two components which are interconnected pivotally so that said frame can be folded and unfolded. Each component has at least one abutment face and a magnet. The abutment faces of the components are movable away from or towards each other when the frame is folded or unfolded. The abutment faces abut against each other by attraction of the magnets when the abutment faces move towards each other.

Abstract: A cap assembly includes an eyeglasses unit connected pivotally to an eyeglass-mounting unit that includes first and second magnet units mounted on a mounting frame that is mounted on a bottom side surface of a visor. A third magnet unit is mounted on one of a lens member, and a pivot member attached to the lens member and connected pivotally to opposite coupling end portions of the mounting frame. The eyeglasses unit is operable to pivot relative to the eyeglass-mounting unit between a use position, where the eyeglasses unit is disposed adjacent to a user's face and where the second and third magnet units attract and contact each other, and a non-use position, where the eyeglasses unit is disposed adjacent to the bottom side surface of the visor and where the first and third magnet units attract and contact each other.

Abstract: A pair of eyeglasses includes two temples, two lens units, two swing members interconnected fixedly by a bridge body, and a nose support unit connected pivotally to the bridge body. Each of the temples has a front end with a fixed hinge. The swing members are connected respectively and fixedly to outer sides of the lens units. Each of the swing members has a pivot portion extending forwardly therefrom and connected pivotally to a corresponding one of the hinges. The lens units are rotatable relative to the temples and the nose support unit about an axis.

Abstract: An eyeglass assembly includes a primary eyeglass unit and an auxiliary eyeglass unit. The auxiliary eyeglass unit includes two auxiliary lenses, a connecting member that is connected fixedly to the auxiliary lenses, and a magnetic connector that is attached to the primary eyeglass unit by a magnetic attractive force and that is connected pivotally to the connecting member so as to permit an assembly of the connecting member and the auxiliary lenses to turn upwardly relative to the primary eyeglass unit.

Abstract: This is a type of eyeglass structure that is an assembly of a main frame and a secondary frame. This utilizes the relationship of the aligned recessed notches of the main frame and the hook sections of the secondary frame. This piece has a main frame and secondary frame, which has the function of assembling and disassembling. This same pair of eyeglasses may house different prescription lenses, sunglass lenses or lenses with other functions.