A wall-mounted luminaire, having a supporting part for an electrically powered element, at least one predominantly longitudinally extended part for fixing to a wall and for covering the power supply cable, which is adapted to support in a cantilever manner, at a first end, the supporting part. The wall-mounted luminaire further includes the predominantly longitudinally extended part being provided with a space for the passage of an electric power supply cable. The passage space extends from the first end to a region proximate to the second opposite end of the predominantly longitudinally extended part.

A wall fixture fastened to a corner of a structure that has a first exterior wall and the second exterior wall with a structure non-linear angle. The wall fixture has a first and a second housing wherein, the first and the second housing mourns adjacent to the first and the second exterior wall, respectively. A first and a second electrical device are coupled to the first and second housing, for directing the first and the second electrical device adjacent to the first and second exterior wall, respectively. The first housing has a dividing panel creating a primary chamber and an electrical coupling chamber. An exterior conduit pass is within the first housing for positioning an electrical supplying conductor within the electrical coupling chamber. A first and a second electrical conductor traverse the housing chamber for electrically coupling the electrical devices with the electrical supplying conductor within the electrical coupling chamber.

A flexible inside corner trim piece is formed with concave depressions at hinge portions where wings attach to the body. The trim piece can be formed such that wings and a top cap lay flat in plane perpendicular to body or wings and top cap curve at an angle. Hinge portions can be narrow or wide and symmetrical or asymmetrical. The trim piece can be dyed, paintable, or present another decorative surface. The trim piece can include embedded lighting.

The present invention relates to an indirect lighting apparatus using an LED, comprising: a case unit provided along the perimeter of the upper part of a wall surface, and having a light emitting opening on a side opposite to the wall surface; a substrate mounted with an LED and provided at the innermost side of the inner bottom surface of the case unit; a light distributing unit for distributing light to the ceiling through the light emitting opening by reflecting the light emitted from the LED; and a cover unit for covering the light emitting opening of the case unit. The present invention uses a simple structure so that the apparatus is fixedly provided on the wall surface, and can be used as main lighting or mood lighting by providing the distributed light capable of selectively illuminating the entire ceiling.

A flexible inside corner trim piece is formed with concave depressions at hinge portions where wings attach to the body. The trim piece can be formed such that wings and a top cap lay flat in plane perpendicular to body or wings and top cap curve at an angle. Hinge portions can be narrow or wide and symmetrical or asymmetrical. The trim piece can be dyed, paintable, or present another decorative surface. The trim piece can include embedded lighting.

A cove light fixture with a hidden integrated air return is provided. The cove lighting structure can include a return air structure comprising a vent configured to receive return air. The cove lighting structure can include a cove structure connected with a platform extended laterally from the return air structure. The cove lighting structure can include a light fixture comprising a light source configured to provide cove lighting. The light fixture can be positioned above the platform and between the cove structure and the return air structure.

A cove light fixture with a hidden integrated air return is provided. The cove lighting structure can include a return air structure comprising a vent configured to receive return air. The cove lighting structure can include a cove structure connected with a platform extended laterally from the return air structure. The cove lighting structure can include a light fixture comprising a light source configured to provide cove lighting. The light fixture can be positioned above the platform and between the cove structure and the return air structure.

A cove light fixture with a hidden integrated air return is provided. The cove lighting structure can include a return air structure comprising a vent configured to receive return air. The cove lighting structure can include a cove structure connected with a platform extended laterally from the return air structure. The cove lighting structure can include a light fixture comprising a light source configured to provide cove lighting. The light fixture can be positioned above the platform and between the cove structure and the return air structure.

A bracket for mounting a light includes a horizontal surrounding body and an associated vertical mounting base. The surrounding body has a light-supporting aperture defined therein. A string slot is defined in the surrounding body on opposite sides of the light-supporting aperture. The surrounding body is associated with the mounting base such that sides of the mounting base extend beyond sides of the surrounding body.