Abstract: A cup structure comprises an inner cup and an outer cup. A groove is formed on an outer surface of the inner cup and concaved from the outer surface to an inner surface. The inner cup is completely or partly wrapped by the outer cup. The groove of the inner cup and a portion of the outer cup form a fluid channel. Suction holes are formed at two ends of the fluid channel. Thereby, the user can suck the material inside the cup structure. Further, the cup structure can be disassembled conveniently for cleaning.

Abstract: A fluorescent composite resin substrate white light LED includes a fluorescent composite resin substrate, two conductive brackets, a light emitting unit, two conductive lines and a package material. The fluorescent composite resin substrate is formed from a mixture through a curing reaction. Each of the conductive brackets is partially connected to the substrate. The light emitting unit is disposed on the substrate. The conductive lines are connected to the light emitting unit and respectively connected to the conductive brackets. The package material is formed from a mixture through a curing reaction. By fixing the light emitting unit at the fluorescent composite resin substrate, when applied to white light LED operations, the present invention achieves effects of emitting light through six planes, having high light flux and good heat dissipation, and significantly increasing production yield rate and speed without incurring different color temperatures at front and reverse sides.

Abstract: A fluorescent composite resin substrate white light LED includes a fluorescent composite resin substrate, two conductive brackets, a light emitting unit, two conductive lines and a package material. The fluorescent composite resin substrate is formed from a mixture through a curing reaction. Each of the conductive brackets is partially connected to the substrate. The light emitting unit is disposed on the substrate. The conductive lines are connected to the light emitting unit and respectively connected to the conductive brackets. The package material is formed from a mixture through a curing reaction. By fixing the light emitting unit at the fluorescent composite resin substrate, when applied to white light LED operations, the present invention achieves effects of emitting light through six planes, having high light flux and good heat dissipation, and significantly increasing production yield rate and speed without incurring different color temperatures at front and reverse sides.

Abstract: This present invention relates to a process of liquid crystal panel with one drop fill (ODF). A black matrix, which can not be penetrated by an ultraviolet light while curing a sealant, is formed on the other substrate. Hence, in this present invention, it can avoid the aforementioned problem during the curing process and simplifies the curing process.

Abstract: This present invention relates to a process of liquid crystal panel with one drop fill (ODF). A black matrix, which can not be penetrated by an ultraviolet light while curing a sealant, is formed on the other substrate. Hence, in this present invention, it can avoid the aforementioned problem during the curing process and simplifies the curing process.