The present disclosure sets forth an outdoor security light with the flexibility of being mounted to either a wall structure or to an eave or ceiling structure. The security light can be adjusted for each installation without the necessity of changing hardware elements of the security luminaire. Disclosed designs include a luminaire housing having a housing mount which is removably received within a housing mount attached to a structure. The mechanical and electrical interface between the two may allow a removable engagement with a lock mechanism for an easy installation, while providing electrical power to the luminaire housing and communication therebetween.

A light fitting control module able to receive a coupler of a light fitting that is also able connect to an electrically power track. The light fitting is able to be supported and/or powered by the track. The control module comprises a first coupler able to connect with the supporting power track and a second coupler able to connect to the coupler of said light fitting to support and electrically connect said light fitting with the electrically powered track. The control module is configured and adapted to respond to remote command to control at least one degree of freedom of operation the lighting fitting.

A light fixture for a security lighting system includes an elongated pipe having a lower pipe section, an upper pipe section, and an articulating joint coupling a lower end of the upper pipe section with an upper end of the lower pipe section for enabling the upper and lower pipe sections to articulate relative to one another. A clamping element is coupled with the lower end of the lower pipe section. A glare shroud is secured to the upper end of the upper pipe section. One or more LEDs are secured to an underside of the glare shroud. Each LED has an optical lens that is configured to pass light from the underside of the glare shroud at a predetermined beam angle of 137-156 degrees.

A downlight apparatus includes a driver box, a light source, a light housing, multiple leaf springs, multiple shaft connectors and multiple pads. The light housing has a light holder and a rim. The light holder has a holder plate and a holder wall defining a holder cavity. The multiple leaf springs are placed between the driver box and the light holder. Each pad has a pad hole and a pad scraper surrounding the pad hole. The pad scraper has a protruding part engaging an electric insulation layer on a top side of the holder plate. The shaft connector sequentially passes through a spring hole of the leaf spring, the pad hole and the top plate of the light holder. The protruding part of the pad scraper scraps a portion of the electric insulation layer of the holder plate for connecting the holder plate to ground.

A downlight apparatus includes a light source, a light holder, a driver box, a fixing bracket and two torsion springs. The light holder is used for placing the light source. The light holder has a first side defining a light opening. The driver box is placed on a second side of the light holder. The driver box contains a driver for converting an external power to a driving current supplied to the light source to emit a light from the light opening. The fixing bracket is coupled to the light holder for fixing to an installation cavity. The fixing bracket has a bottom plate and two connector plate. The bottom plate is fixed to the second side of the light holder. The two connector plates are disposed vertically to the bottom plate. Each connector plate has two side units. Each torsion spring has an elastic center and two arms.

A downlight apparatus includes a light source, a driver box, a light housing and a heat dissipation plate. The driver box is used for storing a driver. The driver is connected to an external power source to generate a driving current to the light source. The light housing has a light holder and a rim. The light source is stored in the light holder. The rim defines a light opening for a light of the light source to escape. The heat dissipation plate is placed between the light holder and the driver box for carrying away both heat of the driver box and the light source. The heat dissipation plate is a separate metal piece from the driver box and the light housing. The heat dissipation plate has a portion not covered by the light holder and the driver box and exposed to air.

A table lamp with double light-emitting lamp poles and a wireless charging board includes a base, a lamp arm erected from the top of the base, and two light-emitting lamp poles pivotally connected to the top of the lamp arm, and the two light-emitting lamp poles can be placed side by side with each other or spread out into a fan shape to adjust the lighting area, and a wireless charging board is arranged at the front of the base and provided for an external mobile device to be set obliquely for charging, and a display screen of the mobile device is facing towards the front to facilitate the viewing by users.

A table lamp with double light-emitting lamp poles and a wireless charging board includes a base, a lamp arm erected from the top of the base, and two light-emitting lamp poles pivotally connected to the top of the lamp arm, and the two light-emitting lamp poles can be placed side by side with each other or spread out into a fan shape to adjust the lighting area, and a wireless charging board is arranged at the front of the base and provided for an external mobile device to be set obliquely for charging, and a display screen of the mobile device is facing towards the front to facilitate the viewing by users.

A multifunction LED lighting device improves technical and functional performance compared to known lighting appliances, while also optimizing yield and satisfying demand for aesthetics and reduced consumption. The device includes: a lighting body including an LED assembly; a frame for connecting to the wall and supporting the at least a lighting body; an electrical connection and mechanical connection between the frame and the at least a lighting body; and an electronic circuit board for converting to low voltage and supplying power to the LED assembly. The lighting body is substantially L-shaped and includes an upright and a projecting arm. The upright includes the electrical connection and the mechanical connection, and the arm includes the LED assembly. The electrical connection and the mechanical connection include a connector of male/female type with reversible coupling.

A multifunction LED lighting device improves technical and functional performance compared to known lighting appliances, while also optimizing yield and satisfying demand for aesthetics and reduced consumption. The device includes: a lighting body including an LED assembly; a frame for connecting to the wall and supporting the at least a lighting body; an electrical connection and mechanical connection between the frame and the at least a lighting body; and an electronic circuit board for converting to low voltage and supplying power to the LED assembly. The lighting body is substantially L-shaped and includes an upright and a projecting arm. The upright includes the electrical connection and the mechanical connection, and the arm includes the LED assembly. The electrical connection and the mechanical connection include a connector of male/female type with reversible coupling.