A LED light source includes a longitudinally extending light guide, and a power supply. The light guide has a first end face and a longitudinally spaced apart second end face and at least one LED provided at the first end face. The power supply includes a plurality of batteries operatively connected to the at least one LED in a first mode, in which the power supply provides a first power to the at least one LED, and a second mode in which the power supply provides a second power different to the first power to the at least one LED.

A back lit artwork frame provides an illuminated frame for hanging an item of artwork. The frame includes a channel that receives a plurality of LED lights and a diffuser that directs light emitted by the LEDs to the lateral sides of the frame. In some embodiments the light is directed towards a wall surface. In other embodiments the light is reflected outwardly from the wall. The backlit frame includes a controller which may regulate the intensity, color, pulse and other behaviors of the lighting. The LED lighting may also operate in response to an audio input. The controller may communicate with an app on a mobile device.

A living art article incorporates traditional art elements and also incorporates a living element in the form of a living plant, including cut flowers, etc.

Present invention teaches the construction of a picture frame where a plurality of LED light modules is placed between a backing layer and a guiding layer, allowing the generated light pattern to shine towards the front direction, in a controlled fashion; the connection of LED light modules is made either by a guard strip or by an optional guard film, to better accommodation to the size/volume of the LED light modules. The guiding layer allows texts or graphic designs, or any artwork, to be inscribed/printed on to the surface as may be desired by actual product manufacturers when a digital photo, or video clip, is shown on the display screen.

The present disclosure provides a light effect structure for an electronic photo frame, and relates to the technical field of electronic photo frames. The light effect structure for an electronic photo frame includes a photo frame assembly and a light effect assembly that is mounted on the photo frame assembly, where the photo frame assembly comprises a back housing and a display that is mounted in the back housing, and the light effect assembly includes a main board, a light board, and a speaker that are mounted in the back housing, the display, the light board, and the speaker are all electrically connected to the main board, and a touch switch is integrated on the main board and configured to switch light effect of the light board. When an image is displayed on the display, light of the light board may be changed through the light effect assembly with a background color of the picture displayed on the display. When music is played, light of the light board is changed with a music rhythm. This greatly increases appreciation of the light effect structure for an electronic photo frame, so that display effect is not stagnant. In addition, the light board may be switched to a breathing light mode or a fixed single color mode. This improves atmospheres. The light effect structure for an electronic photo frame has a specific lighting function, and can be used as a night light. Furthermore, the light effect structure for an electronic photo frame has a simple and compact structure, and has a broad application prospect.

A digital photo frame, comprising a display monitor (10), a frame body (20), and a back cover (30), wherein the display monitor (10) is arranged at the front surface of the frame body (20), and the back cover (30) is arranged at the rear surface of the frame body (20), wherein the digital photo frame also comprises an ambient light strip (40), wherein the ambient light strip (40) is disposed around the frame body (20), and corresponding to the ambient light strip (40), a translucent cover strip (50) is arranged on the frame body (20), and correspondingly the light emitted by the ambient light strip (40) is projected outward through the translucent strip (50).

Present invention teaches the construction of a picture frame where a plurality of LED light modules is placed between a backing layer and a guiding layer, allowing the generated light pattern to shine towards the front direction, in a controlled fashion; the connection of LED light modules is made either by a guard strip or by an optional guard film, to better accommodation to the size/volume of the LED light modules. The guiding layer allows texts or graphic designs, or any artwork, to be inscribed/printed on to the surface as may be desired by actual product manufacturers when a digital photo, or video clip, is shown on the display screen.

The present invention is a candle warming image display lamp (CWIDL) for use in displaying user selectable images while providing light such as to light a room brightly or as a night light, while also warming a preferably spill resistant wickless scented candle, without spilling hot molten candle wax.