5results about "Other compartment lightings" patented technology

A tonneau cover system (10) and a vehicle comprising the same. The tonneau cover system (10) comprises a tonneau cover, the tonneau cover comprising one or more lighting elements and a secondary transformer winding (50) in electrical communication with the one or more lighting elements and adapted to inductively communicate with a primary transformer winding (48) located off-board of the tonneau cover. The primary transformer winding (48) is located on at least one frame rail (12, 12') of the tonneau cover system (10) and / or on a cargo area upon which the tonneau cover system (10) is located..

A vehicle (1) with a charging interface (5) comprising at least one electrical coupling unit (10) and an operating and / or information panel (15), and arranged in a vehicle body (2) to be movable between an operating position in which the electrical coupling unit (10) can be brought into operative connection with an electrical coupling element in the area of ​​an opening (6) in the vehicle body (2), and a non-operating position in which the coupling unit (10) and the operating and / or information panel (15) are arranged offset inwards relative to an outer surface (9) of the vehicle body (2), characterized in that the electrical coupling unit (10) and the operating and / or information panel (15) are movable together between the non-operating position and the operating position.wherein in the operating position a front side (16) of the control and / or information panel (15) facing the outer surface of the vehicle body (2) lies in an area (30) which is defined by the outer surface (9) of the vehicle body (2) surrounding the opening (6).

An example sensor system for a trailer includes a plurality of sensor assemblies disposed within a trailer of a commercial vehicle. Each of the sensor assemblies includes a plurality of sensors configured to sense properties of the trailer, and a sensor housing that at least partially contains the plurality of sensors. For each sensor assembly, the plurality of sensors includes at least two different types of sensors.

To provide an LED bulb 1 having high versatility and capable of obtaining a color rendering effect with a simple structure.SOLUTION: An LED bulb 1 includes: a white color LED 4a; a blue color LED 4b; a base portion 2a that energizes the white LED 4a and the blue LED 4b from an external socket; and a control circuit 5 that controls luminance of each of the white LED 4a and the blue LED 4b. Until a first predetermined time t1 from when a voltage is applied through the base portion 2a, the control circuit 5 causes the blue LED 4b to emit light at a luminance value of 100% of a luminance value obtained in normal lighting and causes the white LED 4a not to emit light; while decreasing luminance of the blue LED 4b over time from the first predetermined time t1 to a second predetermined time t2, the control circuit causes the white LED 4a to emit light so that luminance of the white LED 4a increases from a luminance value of 0% over time; after the second predetermined time t2 has elapsed, the control circuit causes the blue LED 4a not to emit light and causes the white LED 4a to emit light at 100% of a luminance value obtained in normal lighting.SELECTED DRAWING: Figure 1

A vehicular rear window assembly includes a lighting device having a housing portion that is configured for attachment at an upper region of an inner side of a window panel at a rear portion of a vehicle. The housing portion of the lighting device accommodates (i) a first light source arranged on a first circuit element, (ii) a second light source arranged on a second circuit element and (iii) a heat sink that is in thermally conductive connection with the circuit elements. The first light source emits light that passes through the window panel and that is viewable rearward of the vehicle. The second light source emits light that illuminates an interior portion of an interior cabin of the vehicle. The heat sink draws heat from the first circuit element and the second circuit element and dissipates heat to the housing portion of the lighting device.