Lighting device having a remotely controllable lighting distribution

Abstract

A lighting device includes a freeform lens configured to accommodate multiple light-emitting diodes (LEDs), allowing for different light distribution patterns based on the position of the LEDs. A processing device selectively activates specific LEDs to achieve a desired light distribution pattern. A transceiver facilitates wireless communication with an external user device, enabling remote control. One or more sensors detect environmental factors, and a memory stores algorithms and profiles for automatically adjusting lighting characteristics based on sensor data and commands from the transceiver. The device can operate using infrared or radio-frequency technology and includes a machine learning module to adjust lighting based on learned user preferences and sensor data. A method for remotely controlling the lighting characteristics involves wirelessly receiving commands to adjust light distribution patterns and automatically adjusting the patterns based on environmental factors and predefined algorithms.

Dependencies are inferred from the claim text.