Abstract: A nozzle for use with a walk-behind blower includes a nozzle restriction due to a sloped upper wall of the nozzle body. The nozzle restriction increases the air velocity in the upper region of the nozzle and forces leaves and debris downward so that airflow through the lower region of the nozzle more effectively laterally displaces them. The configuration of the nozzle body may be adapted to accommodate a variety of engine outputs while utilizing a common design for a blower frame, impeller and shroud.

Abstract: A nozzle for use with a walk-behind blower includes a nozzle restriction due to a sloped upper wall of the nozzle body. The nozzle restriction increases the air velocity in the upper region of the nozzle and forces leaves and debris downward so that airflow through the lower region of the nozzle more effectively laterally displaces them. The configuration of the nozzle body may be adapted to accommodate a variety of engine outputs while utilizing a common design for a blower frame, impeller and shroud.

Abstract: An improved blower with a directional output nozzle is provided for various tasks such as moving debris or drying surfaces. The blower includes a frame mounted on wheels and a motor mounted to the frame. The blower also includes a housing with an inlet opening and directional output nozzle. An impeller is located in the blower housing and is driven by the motor to generate airflow. As the impeller rotates, air is drawn in through the inlet opening and is discharged through the output nozzle. The output nozzle can be repositioned by rotation by either local control or remote actuation.