| 摘要 |
Magnetic engine with the rotating ferromagnetic membranes with the same pole permanent magnets (1) on the stator without the change of the current of electricity on the stator (S) by the same pole permanent magnets (2) on the rotor and the inter-magnet rotating membrane (MR) is solved in such a way that the rotating mechanic energy is brought from the external source (EM) through the external disc (3) which achieves the angle movement of the membrane (MR) in relation to the magnets (2) of the rotor so that their same poles are directly exposed to the effect of the poles of the magnets of the stator (1) that results in the movement of axis (O) together with the magnets (2) of the rotor in the direction of the rotation among the magnet membranes (MR).Bearing in mind that the magnets (2) of the rotor are not continually distributed on the outer cover of the rotor (R) as is the case with the magnets of the stator (1) that are distributed so that among them there is no empty space, but they are on equal distance from one another , the continual rotation of the rotating membrane (MR) with the iron magnetic plates (IM) also provokes the continual rotation of rotor (R) under the effect of the magnetic forces between the stator magnet (1) and magnet (2) of the rotor press the magnets (2) of the rotor and thus also the rotor (R) in the direction of the rotating membrane (MR). Rotating membrane (MR) is made of the non-magnetic materials, and the exit force on the arc of the rotor depends exclusively from the size, or the strength of the permanent magnets (1, 2) imbedded in the stator (S) and rotor (R). Instead of the permanent magnets electromagnets can be used. |
