JPS62171460A - Generating apparatus using electricity - Google Patents

Abstract

PURPOSE:To generate larger power than consumed one by rotating a flywheel by a motor at a high speed and interrupting a current. CONSTITUTION:A copper plate 2 is closely contacted with the outer periphery of a flywheel 1 as the secondary conductor of a linear motor, and a primary coil 3 is provided along the plate 2. To store a high kinetic energy, one flywheel 4 is separately mounted adjacent to the flywheel 1. When the primary side is fixed and a current is supplied and interrupted, the flywheels 1, 4 rotate at constant high speed. The central shaft secured to the flywheels 1, 4 is closely contacted with the rotational shaft of a generator 6 to rotate the generator 6 to generate electricity.

Description

[Detailed Description of the Invention] All conventional power generation methods obtain power from other sources to generate power, but the present invention uses existing electricity and applies the physical principle of a flywheel to generate power that is larger than the power consumed. be.

A copper plate (2) is closely attached to the outer periphery of the flywheel (1) to serve as a secondary conductor of the linear motor, and a primary coil (3) is provided along the copper plate. In order to store a large amount of kinetic energy, another flywheel (4) is placed adjacent to the flywheel (1). - When the next side is fixed and a current is applied, the flywheel rotates at a constant speed.

The central shaft fixed to the flywheel and the rotating shaft of the generator (6) are closely connected to rotate the generator and generate electricity, but due to the principle of work, the power consumed by the linear motor and the power generated by the generator are due to mechanical losses. You get the same thing if you ignore .

Since the flywheel rotates at high speed, the central axis of the flywheel, that is, the rotation axis of the generator, is strongly influenced by the principle of wheel axle and the moment of inertia that stores a large amount of kinetic energy, so the primary coil To save electricity, the current flowing through the generator is repeatedly turned on and off to an extent that does not impair the efficiency of the generator.

For example, to make the explanation easier to understand, if we use 1000 W of human power to run a generator with an output of 1000 W, the mechanical loss will be 20% to 30%, which means 700 to 800 W.
o) Electricity can be extracted. The current flowing through the primary coil is turned off and on, so it only needs about half of that, about 500W, or about 2.
Extra electricity of 00W to 300W can be extracted.

Current is passed through the generator when the flywheel reaches a constant rotation, and the electricity consumed is considered a mechanical loss. A device incorporating a computer (7) is used to turn on and off the current, but its electricity consumption is minimal.

Although the present invention has relatively small-scale power generation efficiency, the equipment used is simple, so it has many economical effects.

[Brief explanation of drawings]

Figure 1 is a cross-sectional view of the installation of the linear motor on the flywheel. Figure 2 is a side view of the present invention.

Claims (1)

[Claims] A device that uses a motor to rotate a flywheel at high speed and uses the flywheel's moment of inertia and the principle of the wheelset to turn on and off the current to save power and generate more power than it consumes.