Ceiling Air Outlet Vane Module for 3D Airflow Direction Control

The discharge port is divided into multiple independent discharge ports (first discharge port, second discharge port, etc.) arranged in different directions. Each discharge port has its own vane structure, allowing independent control of air discharge direction for each port. This segmentation resolves the contradiction by achieving precise wind direction control through spatial distribution rather than through complex multi-vane mechanisms within a single port.

The invention transitions from controlling wind direction within a single discharge port (two-dimensional vane rotation) to controlling wind direction across multiple discharge ports arranged in three-dimensional space. By distributing discharge ports in different spatial directions and independently controlling each, the system achieves precise three-dimensional wind direction control while maintaining simple individual port structures.

The wind direction control function is segmented across multiple discharge ports rather than concentrated in a single complex vane. Each discharge port has its own simple vane structure that rotates in the upward-downward direction, but the combination of multiple ports oriented in different directions enables precise three-dimensional wind direction control.

Multiple discharge ports with identical simple vane structures are used to achieve multiple functions: each port can independently control air discharge in its specific direction, and collectively they provide comprehensive three-dimensional wind direction control. This universal design maintains structural simplicity while achieving precise control.