Lighting Fixture Identification by Flashing Profiles During Setup

The patent replaces mechanical button-actuating association methods with acoustic signal-based identification. Control devices emit and respond to audible sound waves (e.g., through speakers or LEDs that can be perceived), allowing users to identify and associate devices by listening to their acoustic signatures rather than physically interacting with buttons or manually locating devices. This substitution of mechanical interaction with acoustic field interaction streamlines the association process.

The control devices automatically emit identification signals and respond to association commands without requiring manual button pressing or complex user intervention. The devices self-identify through acoustic signals, and the association process occurs automatically once the user selects the desired device based on its acoustic signature, eliminating the need for time-consuming manual configuration steps.

The patent replaces manual location identification with acoustic signal propagation. Control devices emit sound waves that travel through the physical space, allowing users to locate devices by the direction and intensity of the acoustic signals rather than manually searching for or visually identifying device positions. This acoustic field-based approach simplifies the configuration process while maintaining spatial adaptability.

Acoustic signals serve as an intermediary between the control devices and the user during the association process. Instead of directly interacting with devices or their physical locations, users interact with the acoustic representations of the devices, which mediate the identification and association process. This intermediary layer simplifies user-device interaction while preserving the ability to configure devices in various locations.