A system, apparatus, and method for projecting holiday decorations onto a dwelling or structure. The home laser projected Christmas lighting system allows the homeowner to eliminate the risk of applying traditional holiday decorations, eliminates the purchase, storage, and maintenance/repair costs of conventional holiday decorations while obtaining a customized and personalized holiday motif for their dwelling. A method includes: taking a photograph of the dwelling; uploading the photograph of the dwelling to a computer; importing the photograph into a computer application configured to enable the user to apply a plurality of graphical representations of a holiday decoration to a design template image and saving the selected one or more holiday decorations as a projection image; and transferring the projection image to a laser projection device configured to project the projection image onto the dwelling at the points selected on the design template image.

An electrically powered home security pathway fixture includes a head unit and a spike at a top end and a bottom end of an elongated body, respectively. An integrated camera configured to recognize an approaching object according to features stored in a database; a motion sensor coupled to the integrated camera and a light emitter for illumination which is activated by either: the motion sensor or detected ambient light level being below a threshold. A wireless communications interface configured to send video signals captured by the camera directly to a remote device via the wireless communications interface, after the server/database confirming that the recognized features of the approaching object is not on an approved list.

A light fixture includes a housing, a bezel, and an optic. The bezel is coupled to the housing such that the optic is positioned between at least a portion of the bezel and the housing. The bezel includes a drainage system, and the drainage system includes at least one drainage opening in the bezel proximate to a front side of the light fixture and at least one weep opening between the bezel and the optic. The drainage system also includes a drainage gap between the housing and the bezel proximate to a back side of the light fixture that is opposite the front side and a drainage channel in fluid communication with the at least one drainage opening, the at least one weep opening, and the drainage gap.

A luminaire includes a housing containing a control component. A cover is connected to the housing having an outer wall, a mounting section, and a chamber. A divider is positioned between the housing and the cover and includes a conductor opening. A light assembly is connected to the mounting section and operatively connected to the control component.

The present invention relates to an LED lighting apparatus with uniform-emitting performance on a wall structure, including: a power part (10) for supplying a power source; a light source part (20) having an LED (21), a PCB (23) for mounting the LED (21) thereon, and a lens (25) located on bottom of the LED (21); an acrylic structure (30) spaced apart from the lens 25 by a given distance to pass the light emitted from the LED (21) therethrough; a fixing part (40) for fixing the power part (10), the light source part (20), and the acrylic structure (30); an aluminum body case (50) for covering the light source part (20); an aluminum fixing case (60) coupled to the aluminum body case (50) in such a manner as to be fastened to the wall structure; and a column (70) for supporting the aluminum fixing case (60) and the fixing part (40).

A canopy system for providing cooling action and improving user comfort comprising of a canopy having one or more fans, one or more lights, one or more electrical outlets, one or more speakers, one or more solar panels, and at least one alternative power source; the solar panels store and supply solar power to the fans, lights, electrical outlets, and speakers; the fans direct airflow from above the canopy to the area underneath the canopy; the alternative power source stores and supplies electrical energy to the fans, lights, electrical outlets, and speakers if and when solar panels fail to supply solar power to the fans, lights, electrical outlets, and speakers.

A lightguide component for illumination devices includes: a lightguide layer having a first principal face, a second principal face at an opposite side from the first principal face, and a light-receiving side face to receive light emitted from a light source; a first low-refractive index layer (20A) that is disposed at the first principal face side of the lightguide layer, the first low-refractive index layer having a refractive index n.sub.L1 which is smaller than a refractive index n.sub.GP of the lightguide layer; and a light distribution controlling structure (14A, 14B) capable of at least directing a portion of light propagating in the lightguide layer toward the first low-refractive index layer or in an opposite direction from the first low-refractive index layer. The lightguide component has a visible light transmittance of 60% or more, and a haze value of less than 10%.

A light fixture for illuminating building surfaces or partial surfaces of a building has a housing, a light source on the housing, a focusing optical unit on the housing and separate from the light source for focusing and projecting light emitted by the light source in a direction, a first lens plate in the light path spaced a first distance downstream in the direction of the focusing optical unit, the first lens plate having a plurality of first lenticular lenses arranged thereon, a second lens plate receiving light from the first lens plate and spaced a second distance downstream in the direction from the first lens plate, the second lens plate having a plurality of second lenticular lenses arranged thereon. Each of at least some of the first lenticular lenses is aligned in the direction with a respective second lenticular lens.

A spotlight structure includes a main body, a waterproof front cover, and a waterproof rear cover. A front cavity and a rear cavity are arranged in the main body. A focusing component, a spotlight adjusting component and a color temperature adjusting component are arranged in the cavities. A screw thread is arranged on the outer walls of the front end and the rear end of the main body. A dovetail groove is arranged at the root of the screw thread. An O-ring is arranged on the dovetail groove. An edge of the waterproof front cover adjacent to the O-ring and an edge of the waterproof rear cover adjacent to the O-ring are a beveled edge, respectively. The waterproof front cover is threaded with the front end of the main body, and the waterproof rear cover is threaded with the rear end of the main body.

A luminaire and an illumination system are disclosed. In an embodiment a luminaire includes at least one light-emitting semiconductor chip having a main emission side and a reflector having a reflection side facing the main emission side, the reflection side being a freeform different from a circle, an ellipse, a parabola or a hyperbola when seen in cross-section, wherein a base line of the reflector runs through the main emission side and a local height of the reflection side is measured against the base line, wherein a local focal length of the reflection side is increased along the local height, concerning ray bundles coming in parallel with the base line from an exterior of the luminaire during operation, and wherein local heights do not have a common focal point.