Abstract: A mold which is made of a porous heat-resistant material comprises a first surface and a second surface opposite to the first surface. A plurality of light guide spots are formed on the first surface. The light guide spots are light guide spots. The first surface is a smooth polished surface, the mold enables direct manufacture of light guide plates for less heat expended.

Abstract: A light guide plate is applied in a backlight module including at least one light source. The light guide plate includes a light guide body and a light collecting member. The light guide body includes a first light incident surface and a first light emitting surface. The light guide body is made of transparent glass. The light collecting member is attached to and covers a portion of the first light emitting surface and adjacent to the first light incident surface. The light collecting member is made of resin.

Abstract: A method of manufacturing a touch device is provided. The method includes: providing a transparent substrate, the transparent substrate being curved and including a touch surface and a connecting surface; coating a conductive material layer on the connecting surface; coating a photo-resist material layer on the conductive material layer; providing a mask, the mask being curved and made of transparent material; coating a pattern of circuit on the mask, the pattern of circuit made of opaque material; placing the mask with the pattern of circuit on the photo-resist material layer, the pattern of circuit touching the photo-resist material layer and totally covered by the photo-resist material layer; photo-etching the conductive material layer to form a conductive circuit layer on the connecting surface; and connecting a drive circuit to the conductive circuit layer to obtain the touch device.

Abstract: An encapsulation structure includes a first substrate, a second substrate, and a quantum dot layer. Both the first substrate and the second substrate are made of glass. The edge of the first substrate and the edge of the second substrate are sealed together to encapsulate the quantum dot layer between the first substrate and the second substrate.

Abstract: A dye-sensitized solar cell package including a lower substrate, a glass layer, an upper cover arranged series. The glass layer is between the upper cover and the lower substrate. Two conductive metal layers are respectively formed on the surface of the upper cover and the lower substrate which are oriented toward the glass layer. The upper cover, the glass layer and the lower substrate are welded together by laser. The invention also provides a method for manufacturing the dye sensitized solar cells package.

Abstract: A luminous disk is disclosed in this invention. The luminous disk comprises a disk lamination and a light emitting lamination. The disk lamination at least comprises a substrate and a metallic reflecting layer. The light emitting lamination at least comprises an electroluminescence section having a first side plane and a second side plane, and a biasing section for applying an external electrical signal onto the first and the second side planes so as to make the electroluminescence section luminesce. Basing on the above structure, a new disk having a redoubled effect is available.

Abstract: A car cabin light device capable of storing digital data is disclosed. The car cabin light device comprises a switch, a light emitting element for emitting light under a biasing of an external source, and a socket provided in a car cabin for detachably receiving the light emitting element and conducting the external source thereto. The light emitting element is constructed by a luminous disk having a first surface for accessing data and a second surface for luminescing. The luminous disk comprises: a data recording lamination located at the side of first surface for storing digital data; a light emitting lamination having two side planes and located at the side of second surface; and a biasing lamination for receiving the external source and applying it to the two side planes of the light emitting lamination for emitting light.