This disclosure provides an
indoor air conditioning unit, a control method, and an air conditioner. The
indoor air conditioning unit includes an air duct, an air outlet, and an air guide mechanism. The air outlet includes a first air outlet end and a second air outlet end opposite to each other.
Airflow flows in the air duct and from the first air outlet end to the second air outlet end. The air guide mechanism is movable to the air outlet and located between the first air outlet end and the second air outlet end, so as to guide a portion of the
airflow flowing from the air duct to the second air outlet end through the air guide mechanism. According to this disclosure, the downward distance of the
airflow can be effectively reduced, the forward blowing distance can be increased, and long-distance air delivery can be achieved. Furthermore, by guiding a portion of the
airflow forward, the airflow disturbance between this portion of the airflow and the airflow flowing to the second air outlet end can be effectively reduced, making the blown airflow smoother, further increasing the air delivery distance, and ultimately increasing the overall air delivery distance of the unit, improving the front airflow feel and user comfort.