TH33351A - Complete machines for power distribution - Google Patents

Abstract

DC60 (05/01/41) A complete power supply system consists of an alternator with a rotor and stator, a rotational drive mechanism that coordinates with the rotor of the rotating alternator to drive this rotor, thereby enabling the alternator to operate and generate power, and a voltage-to-current converter connected between the output ends of the alternator and the load to supply the load with the power generated by this alternator in such a way that the output voltage of the alternator is provided at a relatively high value, and the output current of the alternator is provided at a relatively low value. A complete power supply system consists of an alternator with a rotor and stator, a rotational drive mechanism that coordinates with the rotor of the rotating alternator to drive this rotor, thereby enabling the alternator to operate and generate power, and a voltage-to-current converter connected between the output ends of this alternator in such a way that the output voltage of the alternator is provided at a relatively high value, and the output current of the alternator is provided at a relatively low value. The alternating current will be provided at a relatively low value.

Claims (8)

1. A complete power supply system consisting of: an AC generator with a stator and rotor; a drive device that coordinates with the rotor of the AC generator, capable of rotating to drive the AC rotor for power generation; and a voltage-to-current converter connected between the output end of the AC generator and the load, for supplying the load with the power derived from the AC generator in such a way that the AC generator's output voltage is provided at a relatively high value and the AC generator's output current is provided at a relatively low value. 2. A complete power supply device conforming to Recollection 1, in which such voltage-to-current conversion device shall consist of a transformer for reducing the output voltage of the AC generator to produce the converted voltage and a current converter for switching the converted voltage obtained from the transformer to produce a DC voltage and supplying the load with a DC voltage. 3. A complete power supply device conforming to Recollection 1, in which such voltage-to-current conversion device shall consist of a current converter for switching the output voltage of the AC generator to produce a DC voltage, and a DC voltage converter for reducing the DC voltage obtained from the current converter to produce a reduced DC voltage and supplying it to the load with the reduced DC voltage. 4. A complete power supply device conforming to claim 1, in which such voltage-to-current conversion device shall consist of a current converter for switching the output voltage of the AC generator to produce a DC voltage, and a voltage stabilization circuit for producing a steady voltage stabilized on the DC voltage obtained from the current converter and supplying the load with this steady voltage stabilized. 5. A complete power supply device conforming to Requisition 1, in which such voltage-to-current conversion device shall consist of a transformer for reducing the output voltage of the AC generator to produce the transformed voltage; a current converter for switching the transformed voltage obtained from this transformer to produce a DC voltage; and a DC voltage converter for reducing the DC voltage obtained from the current converter to produce a reduced DC voltage and supplying it to the load with the reduced DC voltage. 6. A complete power supply device conforming to Requisition 1, in which such voltage-to-current conversion device shall consist of a transformer for reducing the output voltage of the AC generator to produce the converted voltage; an AC converter for converting the converted voltage obtained from the transformer to produce a DC voltage; and a voltage stabilization circuit for producing a stabilized constant voltage based on the DC voltage obtained from the converter and supplying the load with the stabilized constant voltage. 7. A complete power supply unit conforming to Claim 1, whereby such alternator is a three-phase alternator. 8. A complete device for the supply of electrical power conforming to Reputation 1, in which the rotational drive device shall consist of a hand-operated rotating actuator which is rotated by hand and an accelerator for increasing the rotation of the hand-operated actuator and transmitting the increased rotation of the hand-operated actuator to the rotor of the alternator (Reputation 8, page 2, figure 13).