WO2007032036A1

WO2007032036A1 - Perpetual electric generator no supply costs no smog

Info

Publication number: WO2007032036A1
Application number: PCT/IT2006/000541
Authority: WO
Inventors: Roberto Mirlsola
Original assignee: Mirlsola Roberto
Priority date: 2005-09-14
Filing date: 2006-07-18
Publication date: 2007-03-22
Also published as: ITCL20050030A1

Abstract

It generates electricity endlessly. Its distinguishing features are: no supply costs, no smog, noiselessness. It consists of two or more electric motors and alternators mechanically connected by belt drives and pulleys, and electrically linked by means of a contactor. The keystone of the system is the correlation between motion and electricity and the feedback between the output and the input. The first motor transmits its motion to the alternators which, by means of transformers, generate the electric energy that supplies the first motor. At first the system is connected to an externall power supply, then, after it starts, it becomes self-supplying( a fly-wheel- stabilizes the motion ). This generator can be the motor in next 15 generation cars and aircraft : selfsupplying, perpetual motor, with no need of expensive fuel.

Description

INDUSTRIAL INVENTION

TETLE :

PERPETUAL ELECTRIC GENERATOR NO SUPPLY COSTS NO SMOG _.

TECHNICAL FIELD : ELECTRICAL ENERGY GENERATION

BACKGROUND ART :

1. In the field of electrical energy generation they have always run into the technical problem of supply costs and efficiency of generators.

1. DISCLOSURE OF INVENTION

2. The aim of this invention is to generate electricity with high efficiency, noiselessness, no supply costs and no smog. It is a zero costs, perpetual electric generator. The system ( electric generator ) consists of two ( or more ) electric motors and alternators operating at different potentials : electric motor 1 operating at 220 V ; electric motor 2 ( asyncronous alternator ) operating at 380 V.

3. The electric motor 1 is connected to the alternator 2 by means of belt drives and pulleys, in order to convey its rotatory motion.

At first we connect the motor 1 to an external energy supply ( electrical or mechanical ), as example a starter or an internal combustion engine, so it rotates and makes alternator 2 to rotate.

4. The alternator 2 generates electric energy at the output of a transformer connected with it. After that the contactor sends a part of this electric energy to the input of motor 1. The timer allows the electricity to flow only when it becomes stable, interrupting at the same time the external supply. So there is a feedback : motor 1 makes alternator 2 to rotate and to generate the electric energy that supplies power to motor 1.

5. It's a closed-loop, self-feeding system: motor 1 gives motion to alternator which generates the electric energy that supplies power to motor 1.

Because the higher potential of alternator 2, only a part of the electric energy that it generates is needed to supply motor 1.

The surplus energy can be used to supply power to everything we want, as example cars.

6. The electric generator is perpetual. It goes on running endless, till we switch it off by means of a ush- button or a remote control. The electric generator may consist also of more than two electric motors and alternators, connected in series or in parallel. The operating principle is the same just explained.

7. BRIEF DESCRIPTION OF DRAWINGS

The gene-Mix.; consists of two or more electric motors ( alternators ) connectedjjach other. Each alternator is <vy^~ιCd) When powered by electricity it rotates; vice versa if we connect it to a . transformer, and force^'it;td rotate, it generates electricity. Each alternator has an its own electric

8. potential / angular velocity ratio, so we can have different electric potentials with the same angular velocity.

There are belt drives, pulleys, a fly-wheel ( in order to keep uniform the movement at the starting point, when the load changes and so on ).

There are a control panel, a contactor, a modular timer for self-starting, a push-button panel for

9. manual controls.

Claims

1) CLAIM 1 ^•• An electric generator characterized in that it is perpetual, self power supplying, no supply. costs^noiselessnessj no- smog; -and' wMρh^:can^:generafe-endlesSi. electric energy.--

10. 2) An electric generator AS CLAI]VIED IN CLAIM 1 which can be used usefully in a lot of fields: in cars manufacturing, where it can be used like a motor no supply costs, no smog; in aeronautics, providing a noiselessness, perpetual motor, needing no fuel, solving in this way the problem of fuel's weight, smog, dangerousness;

11. in houses it can be used in heating systems.