Enhanced Spectrally and Spatially Modulated Illumination System for Circadian Rhythm Regulation

A comprehensive illumination system that dynamically adjusts spectral and spatial distribution of light based on time of day, user preference, and sleep patterns to optimize human circadian rhythms.

The original patent disclosed a lighting device that provides adjustable spectral and spatial illumination to facilitate or coordinate with human circadian rhythms. However, it has limitations in terms of dynamic adjustment, user profiling, and personalized illumination. The new inventive concept addresses these limitations by incorporating advanced features that enhance the system's adaptability, user-centricity, and effectiveness in regulating human circadian rhythms.

The new system consists of a plurality of LED light sources with adjustable melanopic ratios, a user profiling module, and a lighting control module. The system dynamically adjusts the spectral and spatial distribution of the illumination based on the time of day, user preference, and sleep patterns. The user profiling module generates a user-specific illumination profile based on the user's sleep patterns, activity levels, and preferences. The lighting control module adjusts the illumination provided by the system based on the user-specific profile. The system also integrates with wearable devices that track the user's sleep patterns and adjusts the illumination accordingly. The luminaire provides indirect illumination from the upper portions of the visual field of an observer, enriched in melanopic light during the day and depleted in melanopic light at night.

The new claims introduce the concept of dynamic adjustment of spectral and spatial distribution of light based on time of day, user preference, and sleep patterns, which is not present in the original patent. The incorporation of user profiling, wearable device integration, and personalized illumination profiles are also novel and non-obvious features that distinguish the new inventive concept from the original patent.

Alternative embodiments of the inventive concept could include the use of different types of light sources, such as organic LEDs or lasers, or the integration of other sensors, such as ambient light sensors or motion detectors. The system could also be adapted for use in various environments, such as homes, offices, or public spaces, or for specific applications, such as healthcare or education.

The enhanced spectrally and spatially modulated illumination system has significant commercial potential in the lighting industry, particularly in the areas of smart home automation, healthcare, and education. The system's ability to regulate human circadian rhythms could lead to improved sleep quality, enhanced productivity, and better overall health and wellbeing. The market for such a system is substantial, with potential customers including homeowners, healthcare providers, educational institutions, and commercial property owners.