Abstract: A landscape lighting system includes a light fixture having an LED, a first light diverting element having a first light diversion angle associated therewith, and a second light diverting element having a second light diversion angle associated therewith that is different than the first light diversion angle, whereby the first and second light diverting elements are interchangeable and only one of the first and second light diverting elements are secured over the LED at any one time. The system includes a light intensity controller for communicating with the light fixture. The light intensity controller has a control element that is engaged for selectively increasing and decreasing the intensity of the light generated by the LED.

Abstract: A security light for a fence includes a light module having an LED unit and a junction box. The junction box contains electrical components for operating the LED unit, and has a rear end with a rear wall and a front end having a front opening that opposes the rear wall. A clamp assembly is coupled with the junction box and opposes the rear end of the junction box to define an opening for a fence post. The front opening of the junction box provides access to the interior of the junction box for conducting electrical wiring operations. A front cover plate is assembled with the junction box for covering the front opening of the junction box. When the junction box is clamped to the fence post, the front cover plate is removable for providing access to the interior of the junction box.

Abstract: A security light system includes a plurality of light fixtures, whereby each light fixture has a light module including an infrared light and an LED that generates white light. Each light fixture includes a driver circuit for controlling operation of the infrared light and the LED. The system includes a light intensity controller for communicating with each light fixture. The light intensity controller includes a control element that enables an operator to selectively increase and decrease the intensity level of the infrared and white light generated by the infrared light and the LED.

Abstract: A landscape lighting system includes a plurality of light fixtures, each light fixture having an LED, and a plurality of interchangeable light diverting elements adapted to be secured over the LED. Each light diverting element has a unique light diversion angle associated therewith, whereby only one of the light diverting elements is secured over the LED at any one time. The system includes a light intensity controller for communicating with each light fixture. The light intensity controller has a control element that enables an operator to selectively increase and decrease the intensity of the light generated by the LED.

Abstract: A landscape lighting system includes a plurality of light fixtures, each light fixture having an LED, and a plurality of interchangeable light diverting elements adapted to be secured over the LED. Each light diverting element has a unique light diversion angle associated therewith, whereby only one of the light diverting elements is secured over the LED at any one time. The system includes a light intensity controller for communicating with each light fixture. The light intensity controller has a control element that enables an operator to selectively increase and decrease the intensity of the light generated by the LED.

Abstract: An LED lamp conversion module for converting an outpost lighting fixture from incandescent or halogen lighting to LED lighting, the conversion module including a base and an LED lamp attached to the base, where the LED lamp has at least one LED. Electronics are adapted to illuminate the at least one LED of the LED lamp when powered with a current. The conversion module also includes an electronic connection member in electrical communication with the electronics. The conversion module may be used to replace an incandescent or halogen lamp in an outpost lighting fixture by connecting the base to the outpost lighting fixture and connecting the electronic connection member to a power source of the outpost lighting fixture.

Abstract: A landscape lighting system includes a light fixture having an LED and an LED driver for controlling operation of the LED. The system includes a plurality of interchangeable light diverting elements adapted to be secured over the LED, whereby each light diverting element has a unique light diversion angle associated therewith, and whereby only one of the light diverting elements is secured over the LED at any one time. The system includes a light intensity controller in communication with the light fixture. The light intensity controller includes a control element that enables an operator to selectively increase and decrease the intensity of the light generated by the LED. The light intensity controller includes indicia provided thereon that indicate the intensity level of the light generated by the LED. The light intensity controller is used for finely tuning the intensity of the light generated by the LED.

Abstract: A landscape lighting system includes a light fixture having an LED and an LED driver for controlling operation of the LED. The system includes a plurality of interchangeable light diverting elements adapted to be secured over the LED, whereby each light diverting element has a unique light diversion angle associated therewith, and whereby only one of the light diverting elements is secured over the LED at any one time. The system includes a light intensity controller in communication with the light fixture. The light intensity controller includes a control element that enables an operator to selectively increase and decrease the intensity of the light generated by the LED. The light intensity controller includes indicia provided thereon that indicate the intensity level of the light generated by the LED. The light intensity controller is used for finely tuning the intensity of the light generated by the LED.

Abstract: A landscape lighting system includes a light engine slug, an LED secured to a leading end of the light engine slug, an LED driver for controlling operation of the LED, wherein the LED driver is spaced from the LED, and conductive wires electrically interconnecting the LED driver and the LED. The lighting system includes a plurality of interchangeable light diverting elements adapted to be secured over the LED. Each of the light diverting elements has a unique light diversion angle associated therewith, whereby only one of the light diverting elements is secured over the LED at any one time. The landscape lighting system includes a light intensity controller in communication with the LED driver. The light intensity controller includes a control element that enables an operator to selectively increase and decrease the intensity of the light generated by the LED.

Abstract: A security light for a fence includes a light module having an LED unit and a junction box. The junction box contains electrical components for operating the LED unit, and has a rear end with a rear wall and a front end having a front opening that opposes the rear wall. A clamp assembly is coupled with the junction box and opposes the rear end of the junction box to define an opening for a fence post. The front opening of the junction box provides access to the interior of the junction box for conducting electrical wiring operations. A front cover plate is assembled with the junction box for covering the front opening of the junction box. When the junction box is clamped to the fence post, the front cover plate is removable for providing access to the interior of the junction box.

Abstract: A security light system for a fence includes a security light having a light module with an LED, a hat overlying the LED for reflecting light, a junction box having an interior compartment containing an LED driver for controlling operation of the LED, the junction box including a front end having a front opening and a rear end opposite the front end, and a front cover plate covering the front opening. The security light includes an extension tube having an upper end secured to the light module and a lower end secured to the junction box, a clamp assembly for securing the junction box to a fence post, and an offset bracket positioned between a rear end of the junction box and the fence post for spacing the junction box from the fence post which, in turn, spaces the hat from the fence post.

Abstract: A security lighting system includes security lights mounted atop fence posts. Each security light has a light module including a central housing having outwardly extending support arms. A LED unit is mounted in a depression formed in a top surface of the central housing, and a hat covers the top surface of the central housing for allowing only reflected light to escape from light module. The security light has a junction box containing electrical components, and an extension tube having an upper end secured to the light module and a lower end secured to the junction box. The security light includes a clamp assembly for securing the junction box atop a fence post, and an alignment system for aligning the extension tube with the longitudinal axis of the fence post so that the support arms extend perpendicular to the longitudinal axis of the fence post.

Abstract: A landscape lighting system includes a light engine slug, an LED secured to a leading end of the light engine slug, an LED driver for controlling operation of the LED, wherein the LED driver is spaced from the LED, and conductive wires electrically interconnecting the LED driver and the LED. The lighting system includes a plurality of interchangeable light diverting elements adapted to be secured over the LED. Each of the light diverting elements has a unique light diversion angle associated therewith, whereby only one of the light diverting elements is secured over the LED at any one time. The landscape lighting system includes a light intensity controller in communication with the LED driver. The light intensity controller includes a control element that enables an operator to selectively increase and decrease the intensity of the light generated by the LED.

Abstract: A security lighting system includes a transformer for transforming high voltage current to low voltage current, and a wiring run having electrically conductive wiring for connecting a plurality of security lights to the transformer. Each security light includes a light module having a low voltage LED light, a hat covering the LED light, and a junction box coupled with the light module. The junction box has an interior compartment containing electrical components including a microprocessor connected with the LED light for controlling operation of the LED light, whereby the electrical components within the junction box are electrically connected with the wiring run. A clamping assembly is coupled with the junction box for securing the security light to a fixed element. Each security light includes a light module having the LED light and the hat overlies the LED light to block the escape of direct light from the light module while allowing reflected light to escape from the light module.

Abstract: An LED lamp conversion module for converting an outpost lighting fixture from incandescent or halogen lighting to LED lighting, the conversion module including a base and an LED lamp attached to the base, where the LED lamp has at least one LED. Electronics are adapted to illuminate the at least one LED of the LED lamp when powered with a current. The conversion module also includes an electronic connection member in electrical communication with the electronics. The conversion module may be used to replace an incandescent or halogen lamp in an outpost lighting fixture by connecting the base to the outpost lighting fixture and connecting the electronic connection member to a power source of the outpost lighting fixture.

Abstract: A security lighting system includes security lights mounted atop fence posts. Each security light has a light module including a central housing having outwardly extending support arms. A LED unit is mounted in a depression formed in a top surface of the central housing, and a hat covers the top surface of the central housing for allowing only reflected light to escape from light module. The security light has a junction box containing electrical components, and an extension tube having an upper end secured to the light module and a lower end secured to the junction box. The security light includes a clamp assembly for securing the junction box atop a fence post, and an alignment system for aligning the extension tube with the longitudinal axis of the fence post so that the support arms extend perpendicular to the longitudinal axis of the fence post.

Abstract: An engineered block for a landscape wall includes front and rear faces, first and second sidewalls, a top surface extending between upper ends of the front and rear faces, and a bottom surface extending between lower ends of the front and rear faces. A stepped cavity is formed in the top surface of the engineered block. The stepped cavity is located adjacent the front face of the engineered block and includes a first step having a first horizontal, and a shallower second step, adjacent the first step, having a second horizontal surface. A mounting device adapted to receive a light fixture is seated within the stepped cavity. The mounting device has a flat plate seated upon the second step and a storage compartment for wire seated upon the first step. A top planar surface of the flat plate is coplanar with the top surface of the engineered block.

Abstract: A mounting system for securing a light fixture to a wall includes a mounting device having a flat plate with a leading edge, a trailing edge, and top and bottom planar surfaces extending between the leading and trailing edges. An elongated slot is formed in the flat plate and extends along the leading edge of the flat plate. The mounting device has a storage compartment underlying the flat plate for defining an enclosed area extending between the leading and trailing edges of the flat plate. The mounting system includes a conduit adapter coupled with the storage compartment. The conduit adapter has at least opening aligned with the rear opening of the storage compartment for providing access to the enclosed area of the storage compartment. A conduit, adapted to receive electrical wiring, is coupled with the at least one opening. Electrical wiring is passed through the conduit.

Abstract: An engineered block for a landscape wall includes front and rear faces, first and second sidewalls, a top surface extending between upper ends of the front and rear faces, and a bottom surface extending between lower ends of the front and rear faces. A stepped cavity is formed in the top surface of the engineered block. The stepped cavity is located adjacent the front face of the engineered block and includes a first step having a first horizontal, and a shallower second step, adjacent the first step, having a second horizontal surface. A mounting device adapted to receive a light fixture is seated within the stepped cavity. The mounting device has a flat plate seated upon the second step and a storage compartment for wire seated upon the first step. A top planar surface of the flat plate is coplanar with the top surface of the engineered block.