Abstract: A system and method for projecting a still shot or video projection into a body of water is described herein.

Abstract: An LED display system configured with peripheral light guides is disclosed. The system includes a PCB with a topside array of forward-facing LEDs emitting forward light, and a bottom side peripheral pattern of backward-facing LEDs emitting backward light. The backward light may be redirected to the forward direction around the perimeter of the LED display by a peripheral pattern of light guide elements. In this way, the light guide elements provide the outermost peripheral pixels of the LED display system.

Abstract: A system for presenting augmented reality information with respect to one or more articles of apparel is presented. The article of apparel may include at least one graphical image embedded with at least one augmented reality marker. The graphical image may include an image of a water fountain display, and the system may overlay augmented images of water display elements onto the graphic. The system also includes a tool for developing said water display graphics and associated augmented reality markers.

Abstract: A device to move and control a water shooter is described. The device may contain features that allow the device to travel along the surface of a reservoir with a water shooter attached. The device may be free from a physical connection to the bottom or the sides of the reservoir so that unique water effects may be achieved.

Abstract: A device to move and control a water shooter is described. The device may contain features that allow the device to travel along the surface of a reservoir with a water shooter attached. The device may be free from a physical connection to the bottom or the sides of the reservoir so that unique water effects may be achieved.

Abstract: A system and method for projecting a still shot or video projection into a body of water is described herein.

Abstract: A system including a battery system to provide additional power during peak operating conditions is described. The system may avoid or reduce the need for extensive infrastructure associated with a power delivery system capable of providing peak power, but may instead, rely on infrastructure that need only provide power needed on an average basis.

Abstract: A modular mat assembly formed from recycled material and anchored to the ground to form a sidewalk having replaceable sections and enclosed LED lighting for night time illumination.

Abstract: A device that emits white light is disclosed. The device may include one or more LEDs within an elliptical cavity. The device may also include one or more phosphor elements positioned within the cavity in locations that correspond to the first and second focal points of the ellipse. The cavity may recirculate the light from the LEDs while transmitting the light altered by the phosphor elements.

Abstract: A modular mat assembly formed from recycled material and anchored to the ground to form a sidewalk having replaceable sections and enclosed LED lighting for night time illumination.

Abstract: A display where water is applied onto the screen of a visual display monitor and graphics are presented on the display that coincides with the applied water is described. The timing of the water being applied to the screen and the playing of the graphics may be orchestrated such that the applied water seems to create the presented graphics. A controller may be used to control the water and the display.

Abstract: A display where water is applied onto the screen of a visual display monitor and graphics are presented on the display that coincides with the applied water is described. The timing of the water being applied to the screen and the playing of the graphics may be orchestrated such that the applied water seems to create the presented graphics. A controller may be used to control the water and the display.

Abstract: A display generally comprising a container that contains a source of combustion and a heat exchange assembly positioned above the source of combustion is disclosed. The heat exchange assembly is heated by the source of combustion and air passing through the assembly is heated and directed to the surrounding area around the display.

Abstract: A device to move and control a water shooter is described. The device may contain features that allow the device to travel along the surface of a reservoir with a water shooter attached. The device may be free from a physical connection to the bottom or the sides of the reservoir so that unique water effects may be achieved.

Abstract: Lighting modules having a first LED support having a first plurality of LEDs mounted thereon adjacent a center of the first LED support, a second LED support having an outer edge and an inner opening, the second LED support having a second plurality of LEDs mounted thereon adjacent the inner opening of the second LED support, the second LED support being connected to and spaced apart from the first LED support, the inner opening of the second LED support being larger than the region of the first LED support having the first plurality of LEDs, whereby light from the LEDs on the first LED support may pass through the inner opening of the second LED support. Additional larger LED supports with LEDs may be added, and the assembly of the LED supports sealed with the outer edges of the LED supports extending outward for immersion and cooling in water when incorporated in a larger sealed assembly.

Abstract: Lighting modules having a first LED support having a first plurality of LEDs mounted thereon adjacent a center of the first LED support, a second LED support having an outer edge and an inner opening, and a second plurality of LEDs mounted thereon adjacent the inner opening of the second LED support, the second LED support being spaced apart from the first LED support, the inner opening of the second LED support being larger than the region of the first LED support having the first plurality of LEDs, whereby light from the LEDs on the first LED support may pass though the inner opening of the second LED support. Additional larger LED supports with LEDs may be added, and the assembly of the LED supports sealed with the outer edges of the LED supports extending outward for immersion and cooling in water when incorporated in a larger sealed assembly.

Abstract: Underwater LED lights with enhanced cooling to allow the use of substantial numbers of high power LEDs. In all embodiments, the majority of the heat given off by the LEDs is transferred to the housing of the underwater light by heat transfer techniques other than by convection of the air or other gases within the enclosure, providing direct heat conveyance from the LEDs to or through the light enclosure walls, by conduction through a thermal conductor or by or as augmented by heat pipes to the inside wall of the enclosure or through the wall of the enclosure to the water. Various embodiments are disclosed.

Abstract: Underwater LED lights with enhanced cooling to allow the use of substantial numbers of high power LEDs. In all embodiments, the majority of the heat given off by the LEDs is transferred to the housing of the underwater light by heat transfer techniques other than by convection of the air or other gases within the enclosure, providing direct heat conveyance from the LEDs to or through the light enclosure walls, by conduction through a thermal conductor or by or as augmented by heat pipes to the inside wall of the enclosure or through the wall of the enclosure to the water. Various embodiments are disclosed.

Abstract: A fluid vortex display device includes a cylindrical vessel sealed at an upper end. A first fluid inlet is coupled to the cylindrical vessel adjacent a lower end of the vessel and directed at a substantial angle to an outer circumference of the cylindrical vessel. A discharge outlet of a pump is coupled to the fluid inlet. A closure is coupled to the lower end of the vessel. The closure includes a fluid outlet that is substantially spaced apart from a central longitudinal axis of the vessel. The closure may project into the cylindrical vessel to create an annular space adjacent the fluid inlet. The fluid outlet may be in the upper surface of the closure, which may not be perpendicular to the central longitudinal axis of the vessel. A support stand may support the vessel such that it is not perpendicular to a level foundation surface.