Abstract: A holder for a light source comprises a first arm connected at a first arm second end to a pivot member (300) having a pivot member central axis. The first arm has a first arm first end comprising a first clip. The first arm is configured to pivot around the pivot member central axis. The pivot member is configured to frictionally engage with the light source.

Abstract: A holder for a light source comprises a first arm connected at a first arm second end to a pivot member (300) having a pivot member central axis. The first arm has a first arm first end comprising a first clip. The first arm is configured to pivot around the pivot member central axis. The pivot member is configured to frictionally engage with the light source.

Abstract: It is described herein various embodiments of a holder for a light source. In some embodiments, the holder comprises a first arm and a second arm with each arm attached to a pivot member (300) having a pivot member central axis. In other embodiments, the holder comprises a housing attached to a first planar surface of a mounting base with a first bracket attached to a second planar surface of the mounting base proximate with a mounting base first end and a second bracket attached to the second planar surface of the mounting base proximate with a mounting base second end which is opposite the mounting base first end.

Abstract: It is described herein various embodiments of a holder for a light source. In some embodiments, the holder comprises a first arm and a second arm with each arm attached to a pivot member (300) having a pivot member central axis. In other embodiments, the holder comprises a housing attached to a first planar surface of a mounting base with a first bracket attached to a second planar surface of the mounting base proximate with a mounting base first end and a second bracket attached to the second planar surface of the mounting base proximate with a mounting base second end which is opposite the mounting base first end.

Abstract: It is described herein various embodiments of a holder for a light source. In some embodiments, the holder comprises a first arm and a second arm with each arm attached to a pivot member (300) having a pivot member central axis. In other embodiments, the holder comprises a housing attached to a first planar surface of a mounting base with a first bracket attached to a second planar surface of the mounting base proximate with a mounting base first end and a second bracket attached to the second planar surface of the mounting base proximate with a mounting base second end which is opposite the mounting base first end.

Abstract: It is described herein an article of manufacture comprising a housing, with a wing shaped support attached to the housing's outer surface in a first direction, and a second wing attached to and extending from the housing outer surface in a second direction opposite the first direction. The first wing and the second wing may have a degree of curvature which can be formed by the respective wing that is greater than 12° for a one inch arc length. The housing may be capable of passing light in a visible wavelength from a cavity in the housing when a light source is disposed within said cavity.

Abstract: It is described herein a light emitting diode (10) which may comprise a metal core printed circuit board (100), a mounting platform, and a thermal interface membrane located between the metal core printed circuit board and the mounting platform. The metal core printed circuit board may comprise at least one resistor (110), at least one lighting element (120), and at least one wire (130). The at least one resistor may be connected to the metal core printed circuit board by a first solder which is free of tin. The at least one wire may be connected to the metal core printed circuit board by a second solder which is free of tin. The at least one lighting element may be connected to the metal core printed circuit board by a third solder which is free of tin.

Abstract: A sight glass for observation of industrial applications using a non-glass lens.

Abstract: It is described herein various embodiments of a holder for a light source. In some embodiments, the holder comprises a first arm and a second arm with each arm attached to a pivot member (300) having a pivot member central axis. In other embodiments, the holder comprises a housing attached to a first planar surface of a mounting base with a first bracket attached to a second planar surface of the mounting base proximate with a mounting base first end and a second bracket attached to the second planar surface of the mounting base proximate with a mounting base second end which is opposite the mounting base first end.

Abstract: It is described herein an article of manufacture comprising a housing, with a wing shaped support attached to the housing's outer surface in a first direction, and a second wing attached to and extending from the housing outer surface in a second direction opposite the first direction. The first wing and the second wing may have a degree of curvature which can be formed by the respective wing that is greater than 12° for a one inch arc length. The housing may be capable of passing light in a visible wavelength from a cavity in the housing when a light source is disposed within said cavity.

Abstract: A sight glass for observation of industrial applications using a non-glass lens.

Abstract: A lighted window that includes an LED, an anode-side layer or trace of transparent conducting oxide (TCO) overlying a first side of the LED and electrically coupled to the anode of the LED, and a cathode-side layer or trace of TCO overlying a second side of the LED and electrically coupled to the cathode of the LED. There is an anode-side electrical connector that is electrically coupled to the anode-side layer or trace of TCO, electrically insulated from the cathode-side layer or trace of TCO, and extends outside of the anode-side layer or trace of TCO, and a cathode-side electrical connector that is electrically coupled to the cathode-side layer or trace of TCO, electrically insulated from the anode-side layer or trace of TCO, and extends outside of the cathode-side layer or trace of TCO.

Abstract: A lighted window that includes an LED, an anode-side layer or trace of transparent conducting oxide (TCO) overlying a first side of the LED and electrically coupled to the anode of the LED, and a cathode-side layer or trace of TCO overlying a second side of the LED and electrically coupled to the cathode of the LED. There is an anode-side electrical connector that is electrically coupled to the anode-side layer or trace of TCO, electrically insulated from the cathode-side layer or trace of TCO, and extends outside of the anode-side layer or trace of TCO, and a cathode-side electrical connector that is electrically coupled to the cathode-side layer or trace of TCO, electrically insulated from the anode-side layer or trace of TCO, and extends outside of the cathode-side layer or trace of TCO.