A technology for configuring a lifestyle LED light with a tunable light color temperature is disclosed. The technology of tuning the light color temperature is made possible by blending two LED loads emitting light with different color temperatures thru a light diffuser with an arrangement that a first electric power delivered to a first LED load emitting light with a low color temperature and a second electric power delivered to a second LED load emitting light with a high color temperature are reversely and complementarily adjusted for tuning a diffused light color temperature such that a total light intensity generated by the LED light is kept essentially unchanged.

A technology for configuring a lifestyle LED light with a tunable light color temperature is disclosed. The technology of tuning the light color temperature is made possible by blending two LED loads emitting light with different color temperatures thru a light diffuser with an arrangement that a first electric power delivered to a first LED load emitting light with a low color temperature and a second electric power delivered to a second LED load emitting light with a high color temperature are reversely and complementarily adjusted for tuning a diffused light color temperature such that a total light intensity generated by the LED light is kept essentially unchanged.

An apparatus includes a light unit and a controller for providing a controlled humanly visible illumination. A solar converter unit and an energy storage device supply an energy output to enable the light unit to provide the controlled illumination. The solar converter unit is configured to charge the energy storage device during a substantial shade charging condition. The controller includes a processor coupled to manage the controlled illumination, a memory accessible to the processor, and a program stored in the memory for execution by the processor to manage the controlled illumination.

An apparatus includes a light unit and a controller for providing a controlled humanly visible illumination. A solar converter unit and an energy storage device supply an energy output to enable the light unit to provide the controlled illumination. The solar converter unit is configured to charge the energy storage device during a substantial shade charging condition. The controller includes a processor coupled to manage the controlled illumination, a memory accessible to the processor, and a program stored in the memory for execution by the processor to manage the controlled illumination.

The systems and methods of the present disclosure provide film-ready solar signs and assemblies for installations of solar signs.

A solar lamp has illumination functionality and insect control functionality. The lamp has a main body comprising a main housing, a rechargeable battery housed within lamp for powering the electronic functions of the lamp, device electronics housed within the lamp for controlling the electronic functions of the lamp in a plurality of states comprising an OFF state and an ON state, and a support attached to the lamp, the support containing solar cells for harvesting solar energy and recharging the rechargeable battery and also for detecting a level of ambient light. A transparent panel is disposed at a front of the main body, the panel disposed over a printed circuit board (PCB) on which are disposed a plurality of high-power LEDs for illumination. One or more extension housings are attached to the main body, each extension housing containing an inner grid and an outer grid for electrocuting insects and one or more insect-attracting lights for emitting insect-attracting wavelengths of light. A manual electrical switch is disposed on the lamp for manually selecting a state from the plurality of states. The solar cells, rechargable battery, manual electrical switch, inner grid, outer grid, insect-attracting lights and high-power LEDs are electrically and operatively connected to the device electronics. When the OFF state is selected by the manual electrical switch, the inner grid, outer grid, insect-attracting lights and high-power LEDs are off. When the ON state is selected, the inner grid, outer grid, and insect-attracting lights are on, and if the solar cells are detecting a level of ambient light below a predetermined level, the high-power LEDs are also on.

A solar lamp has illumination functionality and insect control functionality. The lamp has a main body comprising a main housing, a rechargeable battery housed within lamp for powering the electronic functions of the lamp, device electronics housed within the lamp for controlling the electronic functions of the lamp in a plurality of states comprising an OFF state and an ON state, and a support attached to the lamp, the support containing solar cells for harvesting solar energy and recharging the rechargeable battery and also for detecting a level of ambient light. A transparent panel is disposed at a front of the main body, the panel disposed over a printed circuit board (PCB) on which are disposed a plurality of high-power LEDs for illumination. One or more extension housings are attached to the main body, each extension housing containing an inner grid and an outer grid for electrocuting insects and one or more insect-attracting lights for emitting insect-attracting wavelengths of light. A manual electrical switch is disposed on the lamp for manually selecting a state from the plurality of states. The solar cells, rechargable battery, manual electrical switch, inner grid, outer grid, insect-attracting lights and high-power LEDs are electrically and operatively connected to the device electronics. When the OFF state is selected by the manual electrical switch, the inner grid, outer grid, insect-attracting lights and high-power LEDs are off. When the ON state is selected, the inner grid, outer grid, and insect-attracting lights are on, and if the solar cells are detecting a level of ambient light below a predetermined level, the high-power LEDs are also on.

The present invention relates to the field of street lamp lighting, and more particularly to a tracking type solar and wind-solar hybrid street lamp, the current PV panels of solar and wind-solar hybrid street lamp is fixed installations and cannot be tracked, and the cost of existing tracking technology is expensive due to its complex structure, it is costly and cannot be applied to low-cost solar street lamps at all, how to solve the problem that street lamps can not only be able to tracking, but also have practical value have become a technical problem that needs to be solved urgently in the solar and wind-solar hybrid street lamp industry, the present invention provides a tracking technology that does not require a photoelectric sensor, and is constructed into a variety of tracking-type solar and wind-solar hybrid street lamp with different structures, which satisfactorily solves the above-mentioned problems.

A device for visually verifying tautness of a cargo strap includes a hinged body, itself including first and second platform surfaces configured to be shifted between an open configuration and a closed configuration. In the closed configuration, the first and second surfaces form a confronting relationship. The device further includes a light source disposed on the first platform and is configured to emit light parallel to the first platform surface.

A system and method are disclosed for a lamp that includes a unit capable of receiving various inserts that allow the lamp to adapt in appearance for changing the decor of a room and/or provide information to a user in proximity to the lamp.