Systems and methods for firework water illusions are disclosed. In one aspect, a device for creating an illusion of rotary pyrotechnics includes at least one nozzle configured to rotate about an axis of the device and spray water in a radial direction while rotating. The device can also include a water supply configured to provide the water to the at least one nozzle and a lighting system configured to illuminate the water sprayed from the at least one nozzle to create an illusion of rotary pyrotechnics.

A performance room includes: a luminous device for stimulating dinoflagellates and generating a luminous effect; an audio equipment for providing a piece of music, wherein the music is integrated with the luminous effect of the dinoflagellates, and the sequential tonalities and rhythms of the music are related to the switching of switching elements of the luminous device; and a field which can define a performance space, wherein the luminous effect of the dinoflagellates and the music are located in the field of the performance space. In particularly, the luminous effect is exhibited by integrating the musical melody with the dinoflagellates itself acted as a performer.

Systems and apparatus for a water fountain that converts turbulent flow of a fluid to laminar flow. The water fountain may include a basin, a fluid distribution port, at least one water support, a fluid distribution media, and an annular scupper. The fluid distribution port may be located within the basin above the bottom and between the circular inner wall and the outer wall. The at least one water supply port may extend through the bottom and coupled to the fluid distribution port. The fluid distribution media may be located within the basin, between the circular inner wall and the outer wall, and above the fluid distribution port. The annular scupper may be located on top of the inner wall and capable of applying a surface tension to a fluid to thin the fluid into a continuous laminar sheet downward in a circular cascade sheet into a cascade chamber.

An induction luminaire system for use in high-moisture environments includes a transmitter coupling structure housing an induction transmitter having a first planar coil. The transmitter coupling structure is received with a wall fitting or a lighting niche. An induction receiver has a second planar coil to receive an induction signal from the first planar coil, wherein the induction receiver is in electrical communication with the light module, and wherein the induction receiver provides power from the received induction signal to a light module. A receiver coupling structure houses the induction receiver. The first planar coil of the induction transmitter is positioned substantially parallel and co-axial with the second planar coil of the induction receiver, and both the first and second planar coils are positioned at least partially within the interior of the underwater wall fitting or the interior of the underwater lighting niche.

An induction luminaire system for use in high-moisture environments includes a transmitter coupling structure housing an induction transmitter having a first planar coil. An exterior of the transmitter coupling structure is engageable with a wall fitting or a lighting niche. The transmitter coupling structure has a rear surface which extends into the wall fitting or the lighting niche not more than a predetermined distance. An induction receiver has a second planar coil to receive an induction signal from the first planar coil, wherein the induction receiver is in electrical communication with the light module, and wherein the induction receiver provides power from the received induction signal to a light module. A receiver coupling structure houses the induction receiver and having an interior recess, wherein a portion of the transmitter coupling structure housing the first planar coil is removably positionable within the interior recess.

The invention relates to a fountain light comprising a light body. The light body is provided therein with an isolation plate dividing an inner chamber of the light body into a water storage camber and a power supply chamber, which are vertically arranged one above the other. The concaved part of the decorative cover has a hollowed-out pattern. The lighting fountain can be integrated into a small sized lamp, which has the effect that it can be flexibly transferred to various sites where the available space is limited.

An artificially-lighted waterfall fixture apparatus includes a fixture housing having a lower housing part and an upper housing part overlying and fitted with the lower housing part so as to define a water-distributing channel and a passageway extending forwardly from and in communication with the water-distributing channel to receive a flow of water therefrom and produce an artificial waterfall flowing from an outlet of the passageway. The apparatus also includes an elongated baffle disposed in the fixture housing along a top portion of the water-distributing channel to receive and convert the flow of water to a laminar flow through the passageway, and an artificial light-focusing module supported centrally in the fixture housing proximate the water-distributing channel and aligned with the passageway so as to generate a beam of light through the passageway that produces a predetermined configuration of light in the laminar flow of water.

A water resistant lighting device is provided. The water resistant lighting device comprises an external lens, a light source, and at least one reflective surface. The water resistant lighting device also comprises a water-resistant material filling at least some of the space between the light source and the external lens, as well as filling at least some of the space between the reflective surface and the external lens. This water-resistant material may be a relatively soft gel, softer than an LED that may provide the light source, as well as softer than the LED circuit board. This water-resistant soft gel may protect the LED and the LED circuit board from water leakage. This water-resistant soft gel may also cushion these components from expansion and compression due, for example, to temperature changes.

Implementations herein provide a flameless candle with an integrated fountain including an outer shell and a removable core. The removable core is removably connected to the outer shell and includes a flange configured to rest on a top portion of the outer shell. The removable core also includes a dome with a serrated bottom edge, a liquid pump, and a light source.

Embodiments provide an illuminated design in a liquid light wall. According to an embodiment, there is provided a liquid light wall including a front wall with a plurality of circular openings through which transparent pipettes may be inserted. The pipettes are filled with a colored liquid. The colored liquid can be edible. A light source shines light from behind the front wall, transferring the light through the pipettes, showcasing a design. The pipettes can be readily removed from the circular openings. Embodiments provide for a modular design of the liquid light wall such that multiple modules can be attached to one another.