Abstract: The application is related to an aqua lamp structure having a light transmissive candle, mainly comprising an aqua lamp decoration having a light transmissive candle thereon; the aqua lamp decoration comprises a base upwardly mounted to an aqua lamp main body; the light transmissive candle comprises a hollow and transparent cage, and the cage comprises a lighting unit and a pattern film surroundingly set at outer edge of the lighting unit, and outer shell wall of the cage has a pattern layer, and the pattern layer has grain to project the patterns of the pattern film on the cage by the light of the lighting unit to be crossed and overlapped with the grain of the pattern layer on the shell wall. Thereby, due to the splendid aqua lamp main body with light to shine on, the 3D visual effects which have light and shadow in different layers, front and back, deep and shallow above the splendid aqua lamp main body can be realized.

Abstract: A decorative candle with inner pattern includes: a candle main body with inner pattern, and a light-emitting device. The candle main body is made of light-transmittable plastic material, has at least an inner surface and an outer surface. The outer surface is smooth, and the inner surface has a plurality of predefined patterns. The candle main body and the patterns are monolithically formed by blowing. The light-emitting device is disposed inside the candle main body, has at least a light source and an electrical box for providing power to the light source. As such, in the decorative candle with pattern of the present invention, the patterns on the inner surface and the candle main body are monolithically manufactured by blowing, and thus the problems associated with the conventional two-process manufacturing are eliminated.

Abstract: A silicon-oxide-nitride-oxide-silicon (SONOS) device is disclosed. The SONOS device includes a substrate; a first oxide layer on the substrate; a silicon-rich trapping layer on the first oxide layer; a nitrogen-containing layer on the silicon-rich trapping layer; a silicon-rich oxide layer on the nitrogen-containing layer; and a polysilicon layer on the silicon-rich oxide layer.

Abstract: A blinking wine bottle stopper includes a base, a power supply unit, and a light guide unit. The base has a receiving chamber having an opening. The receiving chamber receives therein a light-emitting unit and the power supply unit. The light guide unit is fixed in the opening of the base to correspond to the light-emitting unit so that light emitting from the light-emitting unit is allowed to travel into and spread in the light guide unit, enabling the light guide unit to give off brilliant and shining light to provide an eye-catching decoration for the wine bottle and to enhance the value of collection.

Abstract: A conic decorative lamp is disclosed, including: a shell, a magnet-driven element, a conic buoy and a bottom base. The magnetic-driven element and the conic buoy are disposed inside the shell. The bottom of the conic buoy is disposed with a plurality of rotational plates, disposed with interval. The bottom base is fixedly engaged to the conic shell with at least a light-emitting element disposed inside as well as a magnetic rotational axis for correspondingly attaching to the magnet-driven element, and driven by a driving element to rotate. When the magnetic rotational axis rotates, the magnet-driven element also rotates because of attachment to the magnetic rotational axis so as to wave the fluid inside the shell, which leading to pushing to rotational plats to rotate the conic buoy.

Abstract: The present application is related to fiber lamp decoration, mainly comprising a base body, a projecting column and a lampshade. The base body comprises a light-emitting unit and a rotation mechanism inside. The projecting column has hollow patterns and is positioned on the rotation mechanism to be rotated along with the rotation mechanism. The lampshade is light transmissive and fixedly positioned on the base body. The lampshade comprises a plurality of fiber rods. Thereby, as the rotation mechanism in the base body drives the projecting column rotating, light source of the light-emitting unit projects the patterns of the projecting column on the lampshade, and the patterns create dynamical light effect with the rotation of the rotation mechanism, and the light source irradiates the fiber rods to transmit light to increase decoration function.

Abstract: The structure of base for decorative aquatic ball mainly contains a shell, a hollow transparent shell made of plastic material, having a surface with laser engraved pattern; and a decorative aquatic ball, a light-transmittable three-dimensional shape, disposed on top of the shell, and sealing in a fluid with slightly higher viscosity. As such, the surface with laser engraved pattern enables the base carrying the aquatic ball to create rich and layered visual effects.

Abstract: The present application is related to an aqua lamp base with dynamical light effect, mainly comprising a base body, a projecting ring and a solid decoration. The base body is light transmissive and comprises a light-emitting element and a light transmissive rotary dish; the projecting ring comprises hollow patterns. The projecting ring is surroundingly set at the outer edge of the rotary dish, and circles the light-emitting element. The solid decoration is light transmissive and fixedly poisoned on the base body; thereby, the light source of the light-emitting element projects the patterns of the projecting ring onto the base body and the patterns show various dynamical light effects with the rotation of the rotary dish and allows the base body create spectacular visual effect when the projecting ring is driven by the rotary dish.

Abstract: The present invention provides a swaying water ball decoration, which generally includes a water ball and a swaying base. The water ball is of a light-transmitting three-dimensional configuration having a closed interior space that receives therein a sticky flowable liquid. The swaying base includes a top and a bottom that are opposite to each other. The water ball is mounted to the top. The bottom has an arc surface that serves as a movable fulcrum in a motion condition.

Abstract: The present invention relates to a semi-sphere lighting set with carving pattern by laser primarily includes a body, which is provided with a circuit disposed inside and a plug disposed at one side for connecting an electricity supply so as to introduce electrical power, an illuminating element, which is disposed at upper side of the body and electrically connected with the circuit of the body, a bottom, which is in transparent form, provided with an orifice and integrated at upper side of the body, and a shell, which is made of transparent plastic material in a hollow semi-sphere form with an opening at one end and a wall having a carving pattern and disposed at outer circumference of the illuminating element as integrated with the bottom. Thus the light generated by the illuminating element is utilized to penetrate the shell so as to produce the enriched and layering visual sensation by the carving pattern of the shell.

Abstract: The present invention provides a Christmas tree lighting decoration, which includes a base, an aqua light, and a decoration unit. The base receives therein a light-emitting element and a rotation mechanism. The aqua light is of a light-transmitting conic configuration and is mounted on the base. The decoration unit is helically around an outside surface of the aqua light and is mounted to the rotation mechanism to be rotated in unison therewith. As such, when the rotation mechanism of the base drives the decoration unit to rotate, a dynamic effect is generated. Further, the light-emitting element irradiates light onto the aqua light to provide a beautiful visual effect.

Abstract: A customized signature decorative lamp is provided, mainly containing: a shell, a base and a projection film. The shell is a light-transmittable three-dimensional shape, and has a downward opening. The base is disposed correspondingly at the bottom of the shell to seal the opening, and includes a light-emitting element corresponding to the inside of the shell. The projection film is disposed inside the shell and surrounds the light-emitting element. The projection film has customized signature pattern able for light to pass through. As such, when the light-emitting element projects light onto the projection film, the customized signature pattern can be projected onto the shade so that the lamp of the present invention can display personalized decoration.

Abstract: A customized signature night lamp is disclosed, including: a main stand, a projection film and a shade. The projection film is disposed at upper part of the main stand and surrounds a light-emitting element disposed at the upper part of the main stand. The projection film includes customized signature pattern able for light to pass through. The shade is engaged to the upper part of the main stand and covers the projection film. The main stand is disposed with an electrical terminal for connecting power supply, and the electrical terminal is connected to the light-emitting element. When the light-emitting element projects light onto the projection film, the customized signature pattern is projected onto the shade to form a personal customized signature lamp.

Abstract: A structure of candle with faux ice crack pattern includes: a main base body, having power source part providing connection to battery for power; a light-emitting unit, having two light-emitting elements, with one placed separately above the other, light-emitting unit disposed on top of main base body and electrically connected to power source part; a pattern film, transmittable, surface having grid pattern formed by laser etching, and housed inside a shell; a shell, a hollow transparent shell, with one end having an opening, outer surface of shell having ice crack pattern, and engaged to main base body. As such, the light of light-emitting unit projects grid pattern on pattern film onto the shell to form crisscross pattern with ice crack pattern on outer surface of shell so that the shell can display separate color, grid and difference shades of luminance to achieve the visual effect of faux ice crack.

Abstract: A water lamp comprises a main body, a rotary unit, and a base. The main body includes a transparent housing and a transparent bottom plate. The transparent housing is filled with slightly-viscous flowable liquid and sealed by the transparent bottom plate. The rotary unit is located within the transparent housing and includes an aesthetic object, a fixing block, a passive disk, and a central part. The passive disk is rotatably fitted over the central part and provided with a magnet. The base is provided with a lighting component, an active disk having one magnet corresponding to the magnet of the passive disk, and a driving device. The lighting component can emit light into the transparent housing. The driving device can rotate the active disk, which in turn can rotate the passive disk by using mutual attraction between the magnet of the active disk and the magnet of the passive disk.

Abstract: A decorative candle with inner pattern includes: a candle main body with inner pattern, and a light-emitting device. The candle main body is made of light-transmittable plastic material, has at least an inner surface and an outer surface. The outer surface is smooth, and the inner surface has a plurality of predefined patterns. The candle main body and the patterns are monolithically formed by blowing. The light-emitting device is disposed inside the candle main body, has at least a light source and an electrical box for providing power to the light source. As such, in the decorative candle with pattern of the present invention, the patterns on the inner surface and the candle main body are monolithically manufactured by blowing, and thus the problems associated with the conventional two-process manufacturing are eliminated.

Abstract: A decorative lamp comprises a base, a light-emitting component, a transparent plastic housing, and a light-transmitting hollow column. The base is provided with an electrical connection portion for connecting to a public electrical source. The light-emitting component is mounted to a top of the base and electrically connected to the electrical connection portion of the base. The transparent plastic housing defines a bottom opening and a top opening and is provided with a laser-engraving pattern, wherein the housing is fixed to the base via the bottom opening thereof and accommodates the light-emitting component therein. The light-transmitting hollow column contains slightly-viscous flowable liquid therein and is securely fixed to the housing by providing a bushing at a bottom of the column and inserting the busing into the top opening of the housing.

Abstract: A plastic object with inner pattern is provided, including: a light-transmittable main body, monolithically formed by injection blow molding, having at least an outer surface and an inner surface, wherein the outer surface is smooth and the inner surface has predefined pattern. Because the process used by the present invention inserts a mold core with predefined pattern so that the patterns on the mold core can be formed on the inner surface of the monolithically formed object manufactured during the blow molding process. As such, the problems of complex and time-consuming steps and poor economical result associated with conventional techniques are improved.

Abstract: The present invention provides a decoration for candle, which generally includes a decoration body and a light-emitting device. The decoration body is of a light-transmitting three-dimensional configuration and has a side that is recessed to form a compartment. The light-emitting device is mounted in the compartment. A positioning section is mounted, in a radial direction, to the light-emitting device and is tapering from inside to outside end. As such, the decoration body is pinned to a candle by the positioning section to provide the candle with rich and beautiful visual effect when the light-emitting device emits light.

Abstract: The ornamental device contains the following components. A base member has a power element to provide electricity to the ornamental device. A lighting member on top of the base member electrically connected to the power element. A hollow, transparent, and spherical shell member made of a plastic material has a top through hole, a bottom opening, and a graphical pattern formed by laser engraving on a circumferential wall. The lighting member is housed inside the shell member which in turn is joined to the base member. A shade member is configured on the through hole of the shell member. By the light radiated from the lighting member through the shell member, the graphical pattern provides enriched and elevated visual and illumination effects.