Air Conditioner Controller Circuit for Guided Cool and Room Airflow

The patent applies dynamics by making the second enclosures movable rather than fixed. The enclosures can change their attitude (orientation) dynamically to direct airflow toward occupants. This is achieved through driving mechanisms that allow the enclosures to rotate or pivot, enabling real-time adjustment of airflow direction based on occupancy positions without requiring complex active control systems for each airflow stream.

The patent segments the airflow control system into multiple independent components: a first enclosure with a first air outlet for primary cool air discharge, and multiple second enclosures with second air outlets for room air discharge. Each enclosure can be controlled independently, allowing selective direction of different airflow streams to different areas or occupants, thereby achieving delicate control through modular segmentation.

The patent applies local quality by giving different functions to different enclosures and air outlets. The first enclosure discharges cool air in one direction while second enclosures discharge room air in different directions toward specific occupants. Each enclosure is optimized for its specific local function, allowing wide area coverage through multiple outlets while maintaining precise targeting capability for each individual outlet.

The patent uses room air discharged from second enclosures as an intermediary to deliver cooling effects to occupants. Instead of directly discharging all cool air toward occupants, the system uses room air as a carrier that interacts with the cool air stream, providing indirect cooling that reaches occupants effectively while maintaining control over direction through the adjustable second enclosures.

The patent uses room air from second enclosures as an intermediary carrier that extends the reach of the cool air stream. By introducing this additional airflow medium, the system can maintain lower cool air discharge rates (reducing energy consumption) while still achieving wide coverage area, as the room air acts as a booster that propagates the cooling effect throughout the space.

The system utilizes existing room air as a free resource to extend cooling coverage. Instead of requiring high energy input to propel cool air across the entire space, the system leverages the naturally available room air that is discharged by the second enclosures to carry and distribute the cooling effect, thereby achieving wide coverage with minimal additional energy expenditure.