Ride-Share Cabin Thermal Control via Seat-Zone Averaging

The patent divides the single cabin temperature control system into multiple zone-specific control systems. Each zone (e.g., driver seat, front passenger seat, rear seats) has its own temperature control mechanism and sensors, allowing independent temperature adjustment for different occupancy positions. This segmentation resolves the contradiction by maintaining thermal comfort consistency across zones while managing complexity through modular zone controllers.

The patent introduces a multi-dimensional control approach by adding spatial dimensionality to temperature control. Instead of a single cabin-wide temperature setting, the system creates multiple temperature zones along the spatial dimension of the cabin, with each zone having its own setpoint and control parameters. This allows occupants to experience consistent comfort regardless of position while the system manages complexity through distributed zone controllers.

The patent merges multiple zone control systems into a unified hierarchical control architecture. Individual zone controllers maintain independence for local adjustments, while a central controller coordinates across zones to achieve overall cabin comfort optimization. This merging approach enables zone-specific comfort adjustment while reducing perceived complexity through integrated control logic and shared communication protocols.

The patent implements universal control principles across all zones, where each zone controller performs the same basic functions (temperature sensing, setpoint management, actuator control) but adapts to zone-specific requirements. This multi-functionality approach allows the system to handle diverse zone needs while using standardized control components, thereby improving adaptability without proportionally increasing complexity.