Abstract: An articulating blower nozzle that maintains directional orientation of a high velocity air flow while the blower is being swung by an operator. The dynamic nozzle blows the debris to a specific point while the blower is swung from side to side, thereby collecting the debris is a specific area without the operator having to constantly reorient their body to complete the work.

Abstract: An articulating blower nozzle that maintains directional orientation of a high velocity air flow while the blower is being swung by an operator. The dynamic nozzle blows the debris to a specific point while the blower is swung from side to side, thereby collecting the debris is a specific area without the operator having to constantly reorient their body to complete the work.

Abstract: Apparatuses and methods for fuel level sensing use a rotatable housing, an interior arm suspended on an axle within the housing, a counterweight joined to one end of the interior arm and a position sensor with first and second sensor elements. The sensor elements are arranged within the housing with one of the sensor elements is joined to an interior wall of the housing and the other joined to the interior arm such that the sensor elements are rotatable relative to one another. An exterior arm joined to an exterior of the housing is adapted to accommodate a float. The exterior arm slaves the rotatable housing in rotation about a rotational axis, and relative rotation of the first and second sensor elements may cause a change in a sensor output of the position sensor.