Patent RS-20110360-A1 (RS)
Title: Magnetic pneumatical self-thrust machine
Inventor: LJUBOJEVIC BOGDAN
IPC: F03G7/10
Filed: 2011-08-12
Abstract: Invention herewith described refers to the magnetic pneumatical self-thrust machine consisting of: the housing of the main drive with the main drive shaft (2) opening on the front of the machine. It is used for the connection and the transfer of the torque to other machines and devices. On the back of the housing (1) there is another part of the drive shaft (2) which transfers the torque through the coupling (4) to the drive shaft (6) of the compressor (7) which comprises air in the pressure vessel (8). The compressed air from the vessel (8) through the valve (11) bifurcates into 8 lead-ins (58) and through the hose (59) into the air chamber (45). The entire machine is mounted on the base (14) with attached the pressure vessel (8) and to the vessel (8) there are attached the compressor (7) and the main drive housing with two brackets (15) and (16) in the housing (1) and the main drive shaft (2) supported and positioned by the bearings (17 and 18) and the bearing cap (19 and 23) where the supporting to the larger shaft diameter is performed through the inner ring of the bearing. In its other support, the shaft has the axially movable bearing where the bearing cap has the axial clearance {22). The main drive shaft (2) by design unites the magnetic drive part torque of two rotors (25 and 26). The inner rotor (25) on the outer side (surface) of which there are box-shaped magnet (27) holders in contact with the magnetic field, on the inside of the stator (38) activated the torque. The inner rotor (25) is the part of the main drive shaft (2) and the torque is directly transferred from the stator (38) through the rotor (25) to the shaft (2). The stator (38) on the outer surface of its body has arranged magnets in the box-shaped holders (40). The positioning of the stator (38) in the operating space within the housing (1) is performed with the flange (41) which relies on the housing (1) body and on the other side it relies on the bearing (43). The external rotor (26) is positioned through the hub (29) leaned on the larger diameter of the shaft (30) and fixed with the nut (31). The torque of the hub (29) is transferred to the main drive shaft the wedge (32). The body of the external rotor (26) is fastened to the hub (29) with screws (33) along the rotor body (34) flange and on the other side it relies on the bearing (35). The magnetic drive part consists of the magnets, the rotors (25 and 26), the stator, the compressor, the air chamber (45) which is integrated into the operation of the machine by design. The turbine (45) has the hub with 16 blades (52) installed in the two-part housing (46 and 47) where the conditions are created for the use of the compressed air pressure on the blades (61) in the eight interstices (55) of the blades (52). The compressed air creates the pressure which is transferred through the aerial conductor via the valve (11) to the air chamber, where it bifurcates into 8 lead-ins (58) through the hose (59) which are by thread attached to the external part of the housing (47). By turning the turbine (45) 1/16 of the circle, the interstice (55) comes to the position where it coincides with 8 holes (60) drilled in the body of the turbine two-part housing located on both sides of the turbine (45) where the compressed air runs out equalizing the pressure in the interstice (61) with the ambient atmospheric pressure. Simultaneously, in other eight interstices, the overpressure is created on the blades (52) through the lead-ins (58) creating the conditions for the continuous turbine (45) rotation.The turbine (45) transfers the torque to the main drive shaft (2 )directly through (62).