Abstract: System for harnessing wind energy with self-protection that includes a vertical shaft assembled with bearings on the rotating core. The core is equipped with a gear converting movement into energy. The core carries radial pieces in which there is an upper base that supports an ascending vertical shaft terminating in a discoid piece. The radial pieces carry internal shafts with bevel gears connected to the bevel gears assembled on vertical shafts mounted on blocks at the ends of the arms. The shafts carry ball joints, from which the extensions of the ascending shaft extend, provided with a crossbar with the pulleys provided with ties. The ties include elastic springs that fasten the double blades with the ties to the ascending shaft making it possible for the blades to become wound around it. This occurs when the assembly rotates in the opposite direction.

Abstract: System for harnessing wind energy with self-protection that includes a vertical shaft (1) assembled with bearings on the rotating core (3) equipped with a gear (4) converting movement into energy, carrying radial pieces (5) in which there is an upper base (6) that supports the ascending vertical shaft (7) terminating in a discoid piece (8), with the radial pieces (5) carrying internal shafts with bevel gears (11), connected to the bevel gears (12) assembled on the vertical shafts (13) mounted on the blocks (14) at the ends of the arms (5), with the shafts (13) carrying ball joints (15), from which the extensions of the ascending shaft (16) leave provided with a crossbar (17) with pulleys (18) provided with ties (19) with elastic springs that fasten the double blades (20), with the ties (21) to the ascending shaft (16), making it possible for the blades (20) to become wound around it, which occurs when the assembly rotates in the opposite direction.

Abstract: Atomized liquid dispersing apparatus includes a substantially cylindrical casing having an open rearward end constituting an air inlet and a motor driven centrifugal rotor for drawing air into the air inlet, the rotor being integral with an annular concentric deflector having a larger diameter than the outer blade diameter and a width substantially equal to the width of the blades, the deflector also including an inwardly directed concentric collar. The deflector defines an open concentric space outwardly of the outer periphery of the rotor blades in which the direction of airflow is redirected from a substantially radial flow to a substantially axial flow as the rotor and deflector rotate together, the airflow then being directed into a subsequent annular passage.