Abstract: A lamp package includes a leadframe. At least one light emitting diode is mechanically and electrically coupled to the leadframe. At least one electronic component is also mechanically and electrically coupled to the leadframe and electrically coupled to the light emitting diode, the electronic component controlling the supply of electrical power to the light emitting diode. At least one interconnect is electrically coupled to the leadframe. A formed structure is joined to the leadframe, the formed structure enclosing at least a portion of the leadframe.

Abstract: A warning light. A generally planar lamp assembly has a plurality of lamps mounted to a front surface thereof and further includes a control portion having a wireless link. A programming device is configured to wirelessly transfer information to the wireless link for storage in the control portion, such that the control portion operates in accordance with the stored information to illuminate the lamps with illumination characteristics corresponding to the information.

Abstract: An LED package is disclosed. The LED package comprises a base contact and a leadframe connected to the base contact. The leadframe includes an annular contact. An LED die is coupled to the base contact and the annular contact. A trim bezel is coupled to the leadframe. In various embodiments the LED package may include a lens, and an optical material disposed over the LED die. The trim bezel may be colored to generally indicate the color of light emitted by the LED die.

Abstract: A method and system are taught for a system comprising an LED package. The LED package may comprise a leadframe having an annular contact and a base contact. An LED die may be coupled to the annular and base contacts such that the P-type material portion is electrically connected to an annular contact and the N-type material portion is electrically connected to a base contact. Alternatively the N-type material portion may be electrically connected to the annular contact and the P-type material portion may be electrically connected to the base contact. A lens may be coupled to the leadframe, and an optical material may be located in a cavity defined by the lens, the base contact, and the annular contact. The optical material may be a gel, a grease, a resilient material, a non-resilient material, a rigid material, a liquid material or a non-liquid material.

Abstract: A method and system are taught for a system comprising an LED package. The LED package may comprise a leadframe having an annular contact and a base contact. An LED die may be coupled to the annular and base contacts such that the P-type material portion is electrically connected to an annular contact and the N-type material portion is electrically connected to a base contact. Alternatively the N-type material portion may be electrically connected to the annular contact and the P-type material portion may be electrically connected to the base contact. A lens may be coupled to the leadframe, and an optical material may be located in a cavity defined by the lens, the base contact, and the annular contact. The optical material may be a gel, a grease, a resilient material, a non-resilient material, a rigid material, a liquid material or a non-liquid material.

Abstract: A method and system are taught for a system comprising an LED package. The LED package may comprise an anode, a cathode coupled to the anode, an LED die coupled to the cathode and the anode, a lens coupled to the anode, and a viscous or silicone material located in a cavity defined by the lens, the cathode, and the anode. The viscous or silicone material may be a gel, a grease, a non-resilient material, or a non-liquid material. The method and system may further comprise a mounting device, wherein the lens is mechanically coupled to the mounting device in a socket, bayonet, or screwing like fashion. The method and system may further comprise an anode strip comprising an array of anodes utilized to form an array of the LED packages and a carrier strip comprising receiving devices to receive the array of LED packages. A portion of the lens may either be coated with or comprise light excitable material or the viscous material may comprise light excitable material, such that the system emits white light.

Abstract: A rotating warning lamp device comprises one or more planar illumination devices, one or more collimating devices configured to collimate illumination generated by the planar illumination devices, and a rotating reflecting device configured to reflect the collimated illumination. The rotating warning lamp further comprises a rotating device coupled to a base and coupled to and configured to rotate the reflecting device. Finally, the rotating warning device further comprises a cover lens coupled to the base and configured to enclose the planar illumination device, the collimating device, the reflecting device, and the rotating device.

Abstract: A method and system are taught for a system comprising an LED package. The LED package may comprise an anode, a cathode coupled to the anode, an LED die coupled to the cathode and the anode, a lens coupled to the anode, and a viscous or silicone material located in a cavity defined by the lens, the cathode, and the anode. The viscous or silicone material may be a gel, a grease, a non-resilient material, or a non-liquid material. The method and system may further comprise a mounting device, wherein the lens is mechanically coupled to the mounting device in a socket, bayonet, or screwing like fashion. The method and system may further comprise an anode strip comprising an array of anodes utilized to form an array of the LED packages and a carrier strip comprising receiving devices to receive the array of LED packages. A portion of the lens may either be coated with or comprise light excitable material or the viscous material may comprise light excitable material, such that the system emits white light.