An energy-saving and environment-friendly mechanical energy battery

[0011] in figure 1 The silicon steel sheet laminated iron core (11) is fixed on the fixed shaft (12) with lead grooves (5) at both ends, and the first coil (L 1 ), the second coil (L 2 ), the third coil (L 3 ) Symmetrically and tightly wound in the corresponding slot (14) on the silicon steel laminated iron core (11) to form the generator stator, which is characterized in that the magnet bracket (2) is installed in the middle of the two ends through the bearing (6) in the stator On the shaft (12), the inner end of the worm wire spring (3) is fixed to the fixed shaft (12), and the outer end is fixed to the edge of the magnet holder (2). The magnet holder (2) has magnet slots (9) inside the frame at both ends The first arc permanent magnet with an outer slope at the top (8) and the second arc permanent magnet with an outer slope at the top (15) are correspondingly fixed on both sides of the magnet bracket (2), the first with an outer slope at the top The arc-shaped permanent magnet (8) and the second arc-shaped permanent magnet (15) with an outer slope at the top have opposite polarities and different masses. The magnet bracket (2) is screwed together with screws (7) to form the generator rotor. The two ends of the shaft (12) are respectively inserted into the fixed shaft fixing holes (4) on the battery packaging box cover (10) and the battery packaging box (1), and the battery packaging box cover (10) is sealed on the battery packaging box ( 1) On, the battery packaging box cover (10) and the battery packaging box (1) are combined to form a pair of battery output terminals (B), the circuit board (17) is fixed on one side of the battery packaging box (1), and the generator The output wire (13) passes through the wire slot (16) on the battery packaging box cover (10) through the lead groove (5) to connect to the input end (A) of the rectifier circuit.

[0012] in figure 2 In the rectifier circuit (U), the positive output terminal is connected in parallel with the first capacitor (C 1 ), the second capacitor (C 2 ) And pin 1 of the voltage regulator chip SOT-23 (I), pin 3 of the voltage regulator chip SOT-23 (I) and the third capacitor (C 3 ), the fourth capacitor (C 4 ), the positive terminal of the battery output terminal (B) is connected in parallel, the negative output terminal of the rectifier circuit (U) and the first capacitor (C 1 ), the second capacitor (C 2 ), the third capacitor (C 3 ), the fourth capacitor (C 4 ), the second end of the voltage regulator chip SOT-23 (I), and the negative end of the battery output end (B) are connected in parallel, and the original circuit is figure 2 The connection relationship in is soldered on the circuit board (17).