Rotary Jet Nozzle Balancing for Vibration and Speed Control

A counterweight element is integrated into the rotor assembly, positioned eccentrically opposite to the nozzle body relative to the rotation axis. This counterweight has a mass and position specifically designed to balance the rotor dynamically during rotation, canceling out the vibrations and mechanical oscillations that would otherwise be transmitted to the handling tool and operator.

The system allows dynamic adjustment of the rotation speed parameter based on operating conditions. By controlling the rotation speed to remain below a critical threshold, the design prevents the nebulization effect that would otherwise occur at excessively high speeds, thereby maintaining sufficient jet impact force for effective cleaning while still achieving coverage of larger surfaces through the rotary motion.

Instead of adding complex damping systems to reduce vibrations, the invention uses a counterweight element integrated into the rotor assembly. This passive balancing approach eliminates vibrations at the source by dynamically balancing the rotating mass, thereby improving operator comfort without increasing structural complexity or production costs.

The design incorporates a rotation speed control mechanism that adapts the operational parameters based on the input pressure. At low pressures, the system is designed to start easily with minimal resistance. As pressure increases, the control mechanism adjusts to prevent excessive rotation speed by maintaining a threshold below which the nozzle operates, thereby preventing nebulization while ensuring easy starting at low pressures.