Abstract: The present invention provides a lighting fixture and lighting system for automatically adjusting a color temperature. The optimal color temperature is obtained by adjusting step by step using the light intensity, the infrared movement signal, the visibility, the human body temperature and the environment temperature. Specifically, the color temperature is compensated for and adjusted by the light sources of at least two light emitting units. In this way, the adjustment range of the color temperature is extended, making it possible to obtain the optimal color temperature.

Abstract: The present invention provides a lighting fixture and lighting system for automatically adjusting a color temperature. The optimal color temperature is obtained by adjusting step by step using the light intensity, the infrared movement signal, the visibility, the human body temperature and the environment temperature. Specifically, the color temperature is compensated for and adjusted by the light sources of at least two light emitting units. In this way, the adjustment range of the color temperature is extended, making it possible to obtain the optimal color temperature.

Abstract: A work light includes a main light holder for holding a main light and at least one auxiliary light holder for holding at least one auxiliary light; wherein the at least one auxiliary light holder is located on at least one side of the main light holder and is rotatably connected with the main light holder by at least one pivot, the at least one pivot is extended along a first direction; and the at least one pivot is located within boundaries of both sides of the at least one auxiliary light holder along a second direction, the second direction is perpendicular to the first direction. Therefore, a light-emitting angle of the auxiliary light with respect to the main light can be adjusted by rotating the auxiliary light holder, and illumination range and illumination intensity of the work light can be increased by rotating the auxiliary light holder.

Abstract: A multifunctional hand tool is provided, having an adjustable wrench head and an elongated handle extending from the wrench head. The handle is oriented transverse to the wrench head and that defines a plurality of wrench apertures of different sizes. Each wrench aperture defines an axis of rotation for operable use oriented substantially transverse to the first axis of rotation. The wrench head further comprises a hammer and the elongated handle further comprises a nail pull structure. The wrench head can further include a grip texture on an outer surface thereof to facilitate use of the wrench apertures or the nail pull defined by the wrench handle. The outer surface of the handle further includes grip features or textures to facilitate use of the hammer. The adjustable wrench can be changed to a pipe wrench.

Abstract: A solar lighting system comprises a candle lantern lamp and a solar charging basket. The candle lantern lamp comprises a LED lamp having a candle shaped cover, enclosed in a housing; a slide on/off switch on the bottom of the LED lamp, a build-in rechargeable battery, a PCB controller for charging by the solar panel and prevent over charging, and a pair of contact pins connecting the charging base with the LED lamp and supplying solar energy to the rechargeable battery. The charging basket comprises a base and a handle, wherein a solar panel is permanently installed on the handle and the based provides at least two charging rings coupled with the base of the LED lamp.

Abstract: An area lighting system having a distributed lighting network is provided. The distributed lighting network comprises a main unit, comprising at least one LED, and multiple secondary units, each comprising at least one LED. The main unit is configured to receive a signal from a motion sensor, determine the illumination state of the LED based on the signal, activate a wireless transmitter based on the signal and send out a wireless radio frequency signal. Each secondary unit is configured to receive the radio frequency signal from the main unit and change the illumination state of the LED of the secondary unit based on the wireless input. Each of the main and secondary units is powered by an individual solar cell attached to the unit. Each unit further comprises a slide switch to determine the illumination state of the LEDs therein.

Abstract: An area lighting system having a distributed lighting network is provided. The distributed lighting network comprises two main units and multiple secondary units. Both main units are configured to receive a signal from a motion sensor, activate a wireless transceiver and send out a radio frequency signal. In addition, both main units are capable of receiving a radio frequency signal from a wireless transceiver from another main unit. Each secondary units is configured to receive a radio frequency signal from the transceivers of the main units and change the illumination state of the LEDs of the secondary unit.