DOUBLE AXIS SINGLE DRIVE WELDED, ROTARY WASHING SYSTEM

Abstract

This invention relates to a cleaning system for cleaning the interior surfaces of enclosed spaces such as mixers, reactors, and tanks. The invention encompasses a structure operating on the principle of pressurized liquid spraying and having a single-drive, double-axis rotary mechanism. The system consists of a fixed head, a first-axis rotating shaft connected to this head by fluid flow, and a second-axis rotating structure carried by this shaft. Pressurized fluid is transmitted from the first axis to the second axis and sprayed through nozzles. Thanks to the drive mechanism within the system, the motion obtained from a single drive source is transmitted to both the first and second axes, and these axes are rotated at different angular velocities. In this way, the pressurized fluid creates a continuous scanning motion covering all internal surfaces in three-dimensional space, enabling the effective removal of dead zones, especially in equipment with complex geometries. Within the scope of this invention, the system is capable of operating under high pressure (preferably around 120 bar) and high temperatures (preferably around 70°C), providing more effective cleaning performance, more homogeneous surface cleaning, and lower resource consumption compared to existing systems.