Abstract: A translucent cover for an LED light bulb is disclosed. The translucent cover includes a cover body made from a light-transmissive material, light-scattering particles in the light-transmissive material, and a series of micro-structure features on and inner surface of the cover body. The micro-structure features are configured to refract and reflect light emitted from the LED light bulb to increase the emission angle of the light emitted from the cover.

Abstract: An LED light bulb including a heat sink including a base and series of cooling fins arranged around the base defining external threads, an LED light board including at least one LED light on an upper end of the heat sink, a pressure ring surrounding the LED light board on the upper end of the heat sink, and a translucent cover configured to cover the LED light board. The translucent cover includes a cover body and a series of hooks extending from the cover body. Each hook includes a resilient arm and an elastic arm extending inward from a free distal end of the resilient arm. When the translucent cover is connected to the pressure ring, a lower edge of the cover body is pressed against an upper surface of the pressure ring and the elastic arms are pressed against a lower surface of the pressure ring.

Abstract: An LED light bulb including a heat sink including a base and series of cooling fins arranged around the base defining external threads, an LED light board including at least one LED light on an upper end of the heat sink, a pressure ring surrounding the LED light board on the upper end of the heat sink, and a translucent cover configured to cover the LED light board. The translucent cover includes a cover body and a series of hooks extending from the cover body. Each hook includes a resilient arm and an elastic arm extending inward from a free distal end of the resilient arm. When the translucent cover is connected to the pressure ring, a lower edge of the cover body is pressed against an upper surface of the pressure ring and the elastic arms are pressed against a lower surface of the pressure ring.

Abstract: A lighting fixture is disclosed. The lighting fixture includes at least one lamp cup shell, a lampshade configured to be supported on the at least one lamp cup shell, and an LED light bulb configured to be coupled to the at least one lamp cup shell and extend up through an opening in a bottom of the lampshade. The LED light bulb includes a heat sink having a base and series of cooling fins arranged around the base. The cooling fins define external threads. The LED light bulb also includes an LED light board on the heat sink and a translucent cover covering the LED light board. The LED light board includes at least one LED light. The lighting fixture also includes a compression ring configured to threadedly engage the external threads of the heat sink to couple the LED light bulb to the lampshade.

Abstract: A translucent cover for an LED light bulb is disclosed. The translucent cover includes a cover body made from a light-transmissive material, light-scattering particles in the light-transmissive material, and a series of micro-structure features on and inner surface of the cover body. The micro-structure features are configured to refract and reflect light emitted from the LED light bulb to increase the emission angle of the light emitted from the cover.

Abstract: An LED light bulb is disclosed. The LED light bulb includes a heat sink, an LED light board on a first end of the heat sink, a translucent cover covering the LED light board, and a bottom case assembly on a second end of the heat sink. The bottom case assembly includes a power driver module electrically coupled to the LED light board.

Abstract: A lighting fixture is disclosed. The lighting fixture includes at least one lamp cup shell, a lampshade configured to be supported on the at least one lamp cup shell, and an LED light bulb configured to be coupled to the at least one lamp cup shell and extend up through an opening in a bottom of the lampshade. The LED light bulb includes a heat sink having a base and series of cooling fins arranged around the base. The cooling fins define external threads. The LED light bulb also includes an LED light board on the heat sink and a translucent cover covering the LED light board. The LED light board includes at least one LED light. The lighting fixture also includes a compression ring configured to threadedly engage the external threads of the heat sink to couple the LED light bulb to the lampshade.

Abstract: An LED light assembly has a heat sink and electrical conductors for electrical communication with a supply of electricity. A ceramic base with an LED chip attaches to the heat sink. Electricity communicating pads in the ceramic base each operatively connect with the LED chip and with the electrical connectors. A plate defines an aperture and overlies the ceramic base for passage of light from the LED chip. The LED light assembly attaches to a housing of a lighting fixture that may include a light shade.

Abstract: A mounting assembly for connecting a housing of an electrical fixture to an electrical junction box, in which a plate attached to the housing includes a locking member having an engager at a first end moveable relative to the plate between a first position and a second position. A locking post adapted for connecting to an electrical junction box includes a receiver for engaging the engager. The locking post secures the housing to the electrical junction box upon moving the locking member to the second position to engage the engager with the receiver of the locking post. A method of attaching a housing for an electrical fixture to an electrical junction box is disclosed.

Abstract: A mounting assembly for connecting a housing of an electrical fixture to an electrical junction box, in which a plate attached to the housing includes a locking member having an engager at a first end moveable relative to the plate between a first position and a second position. A locking post adapted for connecting to an electrical junction box includes a receiver for engaging the engager. The locking post secures the housing to the electrical junction box upon moving the locking member to the second position to engage the engager with the receiver of the locking post. A method of attaching a housing for an electrical fixture to an electrical junction box is disclosed.

Abstract: A lamp with combined spot and flood light distribution properties in which an elongate translucent shell defines an interior cavity with a reflector portion and a neck portion. A socket-engaging base includes a pair of electrical contact members for communicating with respective electrical contacts of a socket of a light fixture. A lamp capsule, disposed in the interior cavity, includes a light source that connects to a pair of electrical leads for connecting to electrical contact members of the socket. The light emitted from the light source communicates difusingly radially omni-directionally through the neck portion and directedly substantially longitudinally from the reflector portion.

Abstract: A mounting assembly for connecting a housing of an electrical fixture to an electrical junction box, in which a plate attached to the housing includes a locking member having an engager at a first end moveable relative to the plate between a first position and a second position. A locking post adapted for connecting to an electrical junction box includes a receiver for engaging the engager. The locking post secures the housing to the electrical junction box upon moving the locking member to the second position to engage the engager with the receiver of the locking post. A method of attaching a housing for an electrical fixture to an electrical junction box is disclosed.

Abstract: Push and release switch operation with a light off causes the light to dim up. Push and release operation with the light on causes it to dim up or to dim down dependant on the level of light intensity when first pushed and held.