An adapting type of optical element in a shell-like accessory is disclosed. For a shell-like accessory formed by gluing fiber threads, an illuminating area is planned on the surface of shell-like accessory to develop lumen by combining laser elements to the illuminating area. The combination is implemented by adapting a transfer unit with a pitched fin to form a transient pinching. The transfer unit is implanted in advance in an implant area of the illuminating area. During implantation and combination, by the pinching and supporting of the pitched fins of the transfer units, angles of center lines of the transfer units can be adjusted, so that accurate projected angles of light beams from the post-adapted laser elements can be achieved.

An adapting type of optical element in a shell-like accessory is disclosed. For a shell-like accessory formed by gluing fiber threads, an illuminating area is planned on the surface of shell-like accessory to develop lumen by combining laser elements to the illuminating area. The combination is implemented by adapting a transfer unit with a pitched fin to form a transient pinching. The transfer unit is implanted in advance in an implant area of the illuminating area. During implantation and combination, by the pinching and supporting of the pitched fins of the transfer units, angles of center lines of the transfer units can be adjusted, so that accurate projected angles of light beams from the post-adapted laser elements can be achieved.

A lighted decorative article includes an outer layer of material with a batting layer attached to the outer layer. The outer layer includes a number of light source apertures. A light source wiring harness includes a number of light sources operatively connected by electrical wire. The light sources are positioned within the light source apertures of the outer layer, and the electrical wire is secured to the batting layer. A liner is secured to the batting layer so as to cover the wire.

Various components for artificial candles and other lighting devices are described that can be used to create a realistic flame effect in the devices. The devices include a flame element that extends upwardly from a housing. A light source can be disposed with respect to the flame element such that the flame element is illuminated. A variety of drive mechanisms could be disposed within the body of the device that can cause movement of the flame element with respect to the housing. The flame element can be coupled to a housing or mounting bracket of the device using various components to suspend the flame element within the housing.

A self-serve, communion containment, presentation and service device for presenting individual servings of a host and cup of wine that are kept isolated and covered until such a time that they are presented for consumption. The device includes a first end, second end, front side, rear side, top side and bottom side. The device comprises a frame; a platform attached to the frame, the platform including a top surface and defining through slots to receive communion hosts and apertures to receive a wine cup; and hinged covers covering the slots and the apertures, each hinged cover configured to cover only one slot and one aperture when the hinged cover is in a closed position. Each individual serving of one host and one cup of wine is positioned under one of the caps and held stationary in a single respective slot and a single respective aperture, until removed by the communicant.

A backlight illuminator system involving a molded body produces a light illustration atmosphere by combining, with the molded body, an irradiation spectrum of indirect light composed of backlight from a rear projection plate behind a molded body, and which shows the features of the molded body with the faint backlight and defines the contour of the molded body. This backlight illumination system for a molded body includes: the molded body having a forward face, an illumination element provided toward the rear side of the molded body and which illuminates a back face of the molded body; a light transmitting through-hole that is in a rearward irradiation direction of the illuminating body; and a rear projection plate disposed away from the back face/rear side and the illuminating element and which is larger than the outer form of the molded body. The light irradiated onto the rear projection plate from the illumination element defines the contour of the molded body as a backlight reflected from the rear projection plate and the front side of the molded body due to the backlight.

A backlight illuminator system involving a molded body produces a light illustration atmosphere by combining, with the molded body, an irradiation spectrum of indirect light composed of backlight from a rear projection plate behind a molded body, and which shows the features of the molded body with the faint backlight and defines the contour of the molded body. This backlight illumination system for a molded body includes: the molded body having a forward face, an illumination element provided toward the rear side of the molded body and which illuminates a back face of the molded body; a light transmitting through-hole that is in a rearward irradiation direction of the illuminating body; and a rear projection plate disposed away from the back face/rear side and the illuminating element and which is larger than the outer form of the molded body. The light irradiated onto the rear projection plate from the illumination element defines the contour of the molded body as a backlight reflected from the rear projection plate and the front side of the molded body due to the backlight.

A candle holder comprising a body having a mouth, a base and sides that connect the mouth to the base is provided. The mouth comprises an opening arranged to receive a candle and at least a portion of the sides taper inwardly from the mouth towards the base. The inward most point of the tapered portion of the sides defines an aperture having a size which is less than that of the widest part of the candle. Also provided are a candle and a candle stand having a catching device for use with the candle holder. In use, wax and waste material from the candle pass through the aperture of the candle holder into the catching device. Thus, the candle holder can be reused repeatedly without the need for cleaning or replacement of the candle holder.

A candle holder comprising a body having a mouth, a base and sides that connect the mouth to the base is provided. The mouth comprises an opening arranged to receive a candle and at least a portion of the sides taper inwardly from the mouth towards the base. The inward most point of the tapered portion of the sides defines an aperture having a size which is less than that of the widest part of the candle. Also provided are a candle and a candle stand having a catching device for use with the candle holder. In use, wax and waste material from the candle pass through the aperture of the candle holder into the catching device. Thus, the candle holder can be reused repeatedly without the need for cleaning or replacement of the candle holder.

A wishing card binding structure includes: a lighting seat, including a card seat main body, control circuit module and a plurality of light emitting diodes (LEDs), the card seat main body being configured with at least one positioning groove; and a plurality of wishing cards, each being constituted by a card body and second binding element, and said first binding element and second binding element being a magnetic attraction pair capable of attracting each other. Whereby, the wishing card is attracted to and positioned on any position of the first binding element through the second binding element. With the use of the wishing cards, the lighting seat can be modeled more flexibly such that more people can use the wishing cards at the same time, and the appearance of present invention is much more eye-appealing.