RPI ID: 2012-053-405

Innovation Summary:
This invention introduces a sensory lighting system that integrates modulated LED light sources with an array of sensors to characterize the physical space in which it operates. The system emits light encoded with specific modulation patterns, which reflect off objects and are detected by sensors to determine distances and spatial configurations. A central processing unit constructs an elevation map of the environment, enabling lighting systems to become intelligent, responsive, and adaptive to dynamic spatial conditions.

Challenges / Opportunities:
Traditional lighting systems are static and lack the ability to perceive or adapt to their surroundings, limiting their efficiency in environments with changing occupancy or layout. This invention embeds sensing and spatial awareness directly into the lighting infrastructure. It opens new opportunities for smart buildings, energy-efficient lighting, and interactive environments that respond to human presence and activity.

Key Benefits / Advantages:
✔ Spatial awareness: Enables lighting systems to detect and adapt to room occupancy and layout
✔ Energy efficiency: Reduces power consumption by dynamically adjusting lighting
✔ Enhanced safety: Detects obstacles and movement in real time
✔ Smart integration: Compatible with building automation systems

Applications:
• Smart building lighting systems
• Interactive retail and museum displays
• Security and surveillance lighting
• Elder care and assisted living environments

Keywords:
#SensoryLighting #SpatialMapping #LEDModulation #SmartBuildings #AdaptiveLighting

Intellectual Property:
US Issued Patent US9363859