PoE Infrasound Haptic Drive for Large-Venue Seat Feedback

The system divides the haptic delivery function into two segments: a central audio processing system that generates haptic signals, and distributed transducer units at each seat that convert these signals to mechanical force. This segmentation allows the power-intensive amplification and signal processing to be centralized, while individual seats receive only low-power audio signals through thin gauge cabling.

The patent introduces an intermediary audio signal as a carrier that transmits haptic information through standard audio cabling. Instead of directly transmitting high-power control signals to each haptic actuator, the system uses audio signals as an intermediary medium that can be transmitted over long distances through thin wires, then locally converted to mechanical force at each seat.

The system uses universal audio cabling (thin gauge speaker wire) for both power delivery and signal transmission to haptic transducers. By making the audio interface multi-functional—carrying both electrical power and haptic control signals through the same cable—the system eliminates the need for separate heavy power cabling and complex multi-conductor harnesses.

The patent creates a centralized audio processing unit that generates master haptic signals, which are then copied and distributed to multiple transducer units throughout the venue. This copying approach allows a single source to control numerous haptic actuators simultaneously, enabling scalable deployment across large venues without proportionally increasing system complexity.