| 摘要 |
Permanent magnet pistons (1.0-1.3) are provided with connecting rods (4) as power transmitters to a crankshaft (5) which is made to rotate. The pistons are activated by magnet coils (2.0-2.7,3.-) four times per rotation and are transistor-connected to a micro-processor-based control system. Rotary movement energy is produced by permanent magnet pole centres at right-angles, with appropriate distance and speed, to pass the other magnetic pole centres (2.0-2.7,3.0-3.7). The second group (3.0-3.7) of pole centres is then short-circuited by transistors during a specific time, inducing in the second and third groups of magnetic coils an electro-motive force proportional to the field strength and speed of the permanent magnets. - The electro-motive force induces in the second and third groups of magnetic coils a magnetic field repellant to that of the permanent magnets. This causes movement of the magnets in the opposite direction to the second and third group at a corresp. speed, thus transmitting its vertical movement energy via the connecting rods to the crankshaft. |
