DK201500085A1

DK201500085A1 - Method for producing energy

Info

Publication number: DK201500085A1
Application number: DKPA201500085A
Authority: DK
Inventors: Ole Larsen
Original assignee: Larsen Ole Fjord
Priority date: 2014-10-31
Filing date: 2015-02-12
Publication date: 2016-07-04

Abstract

A method for production of energy by split of an electromagnetic ray into its colour spectrum to activate an electricity producing device, the device being either a voltaic cell unit or a device that electrically or magnetically separates elementary particles polarised oppositely by said ray and conducted to either side of said device to form two opposite electric poles

Description

METHOD FOR PRODUCING ENERGY DESCRIPTION

Efforts to halt global warming has so far concentrated on reducing emissions of greenhouse gases.

Since it requires great global consensus, the outlook for this strategy succeeds, not to be large.

Attention turns therefore increasingly towards technology solutions.

The present so-called *free energy* method includes splitting an electromagnetic ray of suitable frequency into its colour spectrum to activate an electricity producing device and thereby obtain a surplus of energy.

In one configuration the electricity producing device is a voltaic cell which builds up electrical potential between its two sides when irradiated.

Another electricity producing device exploits the opposite polarities of the ambient elementary particles ionised by the colour spectrum of the ray.

The ionised elementary particles are separated by magnetic and or electrical attraction to form two opposite poles of the elementary particles with opposite polarities for the generation of an electric current through a wire connecting the two poles.

The description will be made in connection with the drawing, in which

Fig. 1 is a cross-sectional view of a generator 20 along the line II - II of Fig. 2

Fig. 2 is a longitudinal section along the line I - I of Fig. 1

The separating magnetic or electrical parts may have any appropriate design. The simplest device for carrying out the method contains two parallel flat plates of conductive material in optimal spacing and assigned electric and or magnetic mutual potential difference of opposite polarity, each for attracting elementary particles of opposite polarities, said plates being electrically connected through the topic that is the purpose to activate using the thus obtained electrical potential difference and power.

The particles are ionised in the space between the plates. The ionising beam is optically split by at least one lens into its spectre of colours.

For protection of the environment against the X-rays, the casing 20 must include a layer of protective material, for instance lead.

The ionising generator may be operated by a part of the energy recovered in the process, so the device becomes self- sufficient and the effect self-reinforcing.

DRAWING

Figs. 1 and 2 show a preferred embodiment cylindrical generator 20, wherein 1 is an ionising, for instance X- or gamma ray, generator, the separating means is a magnet of the *horseshoe* type consisting of two half-cylindrical shells 21 and 22 of magnetic material, for instance steel, with the spaces 25 and 26 with air holes 29 in between, and joined together by a circular plate of the same magnetic material 40.

In addition to the separating function, the magnet 21, 22, 40 may act as protection of the environment against the ionising ray 30.

At the other end of the chamber 31, a paraboloid- or circular trough-shaped mirror 36 may assist in protecting the environment.

The separated polarised elementary particles are attracted to the opposite polarised sides 21 and 22, respectively, in accordance with the individual polarity and are on the way caught by a layer of electrolytic material 23, 24, respectively, that follow but are isolated from the inner faces of 21 and 22.

Through 23 and 24, respectively, the particles wander to either side, to power the generator 1 through cables 35 or to the electric outlet 28 through cables 39 and switch 27.

27 may also contain a variable electrical resistance to control the distribution of power between the electrical outlet 28 and the ionising generator.

The chamber 31 may be filled with air or with a gas of atoms having relatively large number of electrons or with an electrolyte.

The atmospheric air or gas may be supplied through the air holes 29.

Claims

1. Method for producing energy, characterized by that an electromagnetic ray of suitable frequency by optical means is split into its colour spectrum to activate an electricity producing device.

2. Method for producing energy according to Claim 1, charaterized by that said electricity producing device is a voltaic cell.

3. Method for producing energy according to Claim 1, charaterized by that said electricity producing device includes electric and or magnetic means separating the ambient elementary particles with opposite polarities produced by said ray and conducting said elementary particles into opposite electric poles.

4. Apparatus for producing energy according to Claim 3, charaterized by that the cylindrical generator 20 includes a chamber 31 having an ionising ray generator 1 and a magnet consisting of a circular bottom plate 40 and two half-cylindrical plates 21 and 22 of magnetic material with opposite polarities, separated by spaces 34 and 26 with air holes 29 and along but insulated from their insides a layer of electrolytic material 23 respectively 24, and each of which through cables 35 at one end is connected to the ionising generator 1 and at the other end through cables 39 and variable resistor 27 connected to the electrical outlet 28.