| 摘要 |
<p>The operating mechanism with springs belongs to the field of mechanical engineering and is used to produce mechanical energy from the potential energy of multiple systems (34), helical flexion springs (15). Springs (15), the magnets (16) with the carrier (35) and the delimiter (27 A) with a mandrel (14) or without a mandrel are located within the operating shaft (10) and form a system of springs connected in parallel. Systems of springs (15) are tensioned in the direction of the downtime of a one-way connector (18) with a repulsive force of permanent magnets (16 and 17). One-way connector (18) is located in the mandrel (14) or a sprocket (21) and, by a wedge, is coupled to the shaft (10). By pushing away, permanent magnets (16 and 17) strain helical flexion springs (15) and at the same time, come out of reach of forces that attract each other. Simultaneously a supplementary, operating energy is directly released on the rotor (19). By starting the operating mechanism, the potential energy of the springs (15) turns into mechanical, and thus the shafts are moved (10), and via the transmitter, the rotor is started (19).</p> |
