Abstract: A pedestal leg assembly includes a pedestal leg and floor base. The leg includes a plurality of teeth near the bottom end of the leg and a connecting bolt in a threaded engagement with the bottom end of the leg. The floor base includes a recessed portion having a slot in its bottom surface to receive the bolt and a release mechanism configured to pivot between a lock position and a release position. In lock position the release mechanism engages at least one of the teeth to prevent rotation of the pedestal leg in at least one direction. When pivoted into release position, the release mechanism is moved away from engagement with the teeth to allow rotation of the pedestal leg in both clockwise and counterclockwise directions. The pedestal leg assembly may include a powered connection to receive input power and/or a communication signal at the floor base and transfer the power and communication signals to a supported table top surface.

Abstract: A light control system configured to lock-out the predetermined color spectrums corresponding to red, green, white and blue (or other jurisdictionally restricted colors). In some embodiments, when a specific trigger is detected, then the predetermined color spectrum is prohibited from being displayed (i.e. locked-out). If a trigger is detected, the user is only permitted to display colors outside of the predetermined locked-out color spectrum so as to prevent confusion by third party vessels.

Abstract: A pedestal leg assembly includes a pedestal leg and floor base. The leg includes a plurality of teeth near the bottom end of the leg and a connecting bolt in a threaded engagement with the bottom end of the leg. The floor base includes a recessed portion having a slot in its bottom surface to receive the bolt and a release mechanism configured to pivot between a lock position and a release position. In lock position the release mechanism engages at least one of the teeth to prevent rotation of the pedestal leg in at least one direction. When pivoted into release position, the release mechanism is moved away from engagement with the teeth to allow rotation of the pedestal leg in both clockwise and counterclockwise directions. The pedestal leg assembly may include a powered connection to receive input power and/or a communication signal at the floor base and transfer the power and communication signals to a supported table top surface.

Abstract: A pedestal leg assembly includes a pedestal leg and floor base. The leg includes a plurality of teeth near the bottom end of the leg and a connecting bolt in a threaded engagement with the bottom end of the leg. The floor base includes a recessed portion having a slot in its bottom surface to receive the bolt and a release mechanism configured to pivot between a lock position and a release position. In lock position the release mechanism engages at least one of the teeth to prevent rotation of the pedestal leg in one direction. When pivoted into release position, the release mechanism is moved away from engagement with the teeth to allow rotation of the pedestal leg in both clockwise and counterclockwise directions. The pedestal leg assembly may include a powered connection to receive input power at the floor base and transfer the power to a supported table top surface.

Abstract: A pedestal leg assembly includes a pedestal leg and floor base. The leg includes a plurality of teeth near the bottom end of the leg and a connecting bolt in a threaded engagement with the bottom end of the leg. The floor base includes a recessed portion having a slot in its bottom surface to receive the bolt and a release mechanism configured to pivot between a lock position and a release position. In lock position the release mechanism engages at least one of the teeth to prevent rotation of the pedestal leg in one direction. When pivoted into release position, the release mechanism is moved away from engagement with the teeth to allow rotation of the pedestal leg in both clockwise and counterclockwise directions. The pedestal leg assembly may include a powered connection to receive input power at the floor base and transfer the power to a supported table top surface.

Abstract: A light fixture having a bulb base connector limited to a DC supply with 10-30 volt DC power. The connector assembly utilizes threading, friction and/or detent connection for connecting a lightbulb assembly to the light fixture in vehicles. A dual threading system and a barrel connector are configured to connect the lightbulb to the light fixture and to supply power from the fixture to the light bulb. The system uses a unique bulb base and connector to adapt to preexisting fixtures.

Abstract: An LED light temperature control system includes a dimmer switch comprising a single power input, an output signal, and an control device configured to vary the duty cycle of the output signal. The LED light temperature control system further includes a light controller configured to receive the output signal from the dimmer switch. The light controller has a first light output signal configured to power a first group of LEDs and a second light output signal configured to power a second group of LEDs. The light controller is configured to vary the duty cycle of the first light output signal proportionate to the duty cycle of the dimmer switch output signal. The light controller is further configured to vary the duty cycle of the second light output signal inversely to the duty cycle of the dimmer switch output signal.

Abstract: A light fixture having a bulb base connector limited to a DC supply with 10-30 volt DC power. The connector assembly utilizes threading, friction and/or detent connection for connecting a lightbulb assembly to the light fixture in vehicles. A dual threading system and a barrel connector are configured to connect the lightbulb to the light fixture and to supply power from the fixture to the light bulb. The system uses a unique bulb base and connector to adapt to preexisting fixtures.

Abstract: An undercarriage light assembly includes a light element, a translucent jacket exterior to and surrounding the light element, and an outer housing positioned exterior to and surrounding at least a portion of the translucent jacket. The outer housing includes a first side, a second side connected to the first side, and a third side connected to the second side. The first and third sides are angled toward one another. An opening between the first and third sides allows for light to pass from the light element through the outer housing.

Abstract: An soffit light assembly includes a housing having a top surface, a first and second inner walls extending downward from the top surface, a first and second outer walls spaced away from the first and second inner walls respectively, and a lip extending along an inner surface of an outer wall. An end cap is positioned in slidable engagement with an end of the housing and includes a magnet positioned within a recess of the end cap sidewall. The end cap, housing, and a light source are connected together at a single connection point on each end of the housing.

Abstract: A diffused flexible LED linear light assembly (100) includes a flexible LED linear light component (102) having a flexible base (104) with individual LEDs (106) spaced longitudinally along the direction of the component (102). A partially translucent housing (120) houses the flexible LED linear light component (102). A curved section (124) of the translucent housing (120) varies in thickness in its lateral surfaces. The thickness may be varied so as to allow a relatively higher percentage of light transmission in areas of weakest LED output strengths. This light output intensity through the translucent housing, in view of the thickness variation, is substantially even or constant circumferentially and radially through the translucent section (124) of the translucent housing (120).

Abstract: A diffused flexible LED linear light assembly (100) includes a flexible LED linear light component (102) having a flexible base (104) with individual LEDs (106) spaced longitudinally along the direction of the component (102). A partially translucent housing (120) houses the flexible LED linear light component (102). A curved section (124) of the translucent housing (120) varies in thickness in its lateral surfaces. The thickness may be varied so as to allow a relatively higher percentage of light transmission in areas of weakest LED output strengths. This light output intensity through the translucent housing, in view of the thickness variation, is substantially even or constant circumferentially and radially through the translucent section (124) of the translucent housing (120).

Abstract: An LED light temperature control system includes a dimmer switch comprising a single power input, an output signal, and an control device configured to vary the duty cycle of the output signal. The LED light temperature control system further includes a light controller configured to receive the output signal from the dimmer switch. The light controller has a first light output signal configured to power a first group of LEDs and a second light output signal configured to power a second group of LEDs. The light controller is configured to vary the duty cycle of the first light output signal proportionate to the duty cycle of the dimmer switch output signal. The light controller is further configured to vary the duty cycle of the second light output signal inversely to the duty cycle of the dimmer switch output signal.

Abstract: A linear light connector includes a connector base comprising a bottom section, and first and second sidewalls. A first portion of the connector base is configured to receive a first piece of linear light therein. One or more electrical contacts extend along a length of the connector base and include at least one tip extending above a surface of the bottom section within the first portion. The tips may be arranged to align with electrical conductive paths of a piece of linear light positioned in the first portion. A cap may connect to the connector base to apply a downward force to the linear light and engage the linear light with the tips of the contacts.

Abstract: A shelf light (300) is provided as an LED linear light assembly (300) having a flexible LED linear light component (302), with a series of LEDs mounted on printed circuit boards (PCB's) (308). The light component (302) has a double channel (304) with an extended aluminum track. An LED PCB jacket (306) encloses the light component (302) and is of uniform thickness. Reflectance members (310) comprise a pair of members (312, 314), each having an elongated configuration and mounted on opposing sides of the light assembly (300). Movement of the reflectance members (312, 314) permits variation of apertures of reflectance, thus varying the light intensity and direction.

Abstract: An LED linear light assembly (300) comprises an elongated LED linear light component (302) having a series of spaced-apart LEDs (306) mounted on a base (304). A housing (320) laterally encloses the LED linear light component (302). The housing (320) includes a curved section (324) having translucent properties for providing a lens for the LEDs (306). The housing (320) also includes a transparent and clear bottom section (322) coupled to or otherwise integrally formed with the curved section (324). The transparency of the bottom section (322) permits a user to sever the continuous LED linear light assembly (300) and form individual segments by viewing the appropriate cutting positions through the bottom section (322).