Note: Descriptions are shown in the official language in which they were submitted.
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26963-12
This invention relates to a method or compensating for magnetic
fields of low frequency, particularly for compensating for so-called "earth
rays" ~ground energy radiation), as well as to an apparatus for carrying out the
method.
In the course of research centered on such earth rays, it has been
discovered that these rays are a form of electromagnetic radiation which escapes
through the earth's crust at the surface of the earth and which exterlds far in-
to the atmosphere. These rays are of different density and they can be found
in the form of focused beams at certain spots.
It has already been determined by experiment that lightning bolts
strike frequently those spots where the ground energy radiation is dense. This
phenomenon is explained in that the clouds of a thunderstorm of a primarily
positive charge find a particularly favorable course of discharge to the spots
where focused negative beams of ground energy radiation are emitted.
The inventor has utilized this knowledge to develop a method and
apparatus which enables him to compensate continuously for the magnetic fields
of low frequency being present at the surface of the earth and to substantially
eliminate or lessen these magnetic ields.
According to a broad aspect, the method of the invention involves
emitting an electromagnetic, pulsatory and positive direct voltage of a fre-
quency ranging from 1 to 10,000 llz continuously into the area of the earth's
surface and into the adjacent atmosphere.
In order to shield magnetic fields originating with underground
watercourses, a frequency of about 3,000 Hz is to be preferred. However, it is
known, that a global grid system, the so-called Cury grid system, exists. It
was possible to ind out that this magnetic field too can be shielded, if a
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frequency ranging from 1 to 500 Hz is emitted. These low frequencies are to
be superimposed upon the higher frequency mentioned before, if grid system
crossings of the global grid system are coinciding with underground watercourses.
Therefore, according to the method of this invention, a frequency in the fre-
quency range of 1 to 500 Hz, preferably 1 to 50 Hz, is preferably superimposed
upon a frequency ranging from 1,000 to 5,000 Hz, preferably 3,000 Hz.
The apparatus for carrying out the method is characterized by a
transmitter for generating a pulsatory, positive direct voltage of a frequency
ranging from 1 to 10,000 Hz, preferably from 1 to 500 Hz, particularly and
preferably between 1 and 50 Hz, and/or in the frequency range of l,OOO to 5,000
Hz, preferably about 3,000 Hz, the antenna of said transmitter emitting the
electromagnetic waves into the area of the earth's surface and into the adjac-
ent atmosphere.
It has been shown that it is possible by means of the invention to
compensate for or to neutralize and balance the magnetic fields of low frequency
known as negative earth radiation. It is possible to cover an area of about
20,000 m2 with the radiation by continuously emitting the positive pulses and
to shield this area against the earth radiation.
Tests have shown that the shielding against earth radiation made
possible by the invention improves the sleep habits and health of persons living
within the shielded area. I`hese effects extend over a long period of time
if the apparatus operates continuously.
It has been shown in the field of medicine, that the heart beat is
stabilized, when the apparatus of the invention is operating. This applies
to humans as well as to animals. I~ the apparatus of the invention is in-
stalled in the metallic driver's compartment of trucks, passenger cars and
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other vshlcles, it will act as a compensating magnetic field shielding against
electromagnetic, natural radiation therein. It has been noted that when the
apparatus is operated in the vehicle itself the driver becomes less tired when
driving over an extended period of time. It may be mentioned further on,
that effects due to voltage discharges during thunderstorms can be compensated
for also by the invention, so that damage by lightning bol-ts to houses, air-
planes, power transmission lines, power plants and transmitting stations, etc.
can be avoided.
However, it is also to be considered that said method can be used in
combination with beaming devices in order to direct the electromagnetic,
pulsatory and positive direct voltage of the frequency mentioned before to
suitable objects across great distances in a focused form in order to offer
them the advantages of the invention.
In the meantime, devices have become known which are supposed to
serve the purpose of deflecting rays and/or beams. However, it has been found
with these devices that they do not show any further effects after a period of
two to three days and that they not only become ineffective but also that they
join in oscillating. But ~he continuous emission of positive pulses corres-
ponding to the method of the invention will prevent the shielding from becoming
ineffective and ground energy radiation will be largely neutraliæed.
The invention will now be described in greater detail with reference
to the accompanying drawing which, is a circuit diagram of the apparatus of
the invention.
The shielding device of the invention can be plugged into an earthing-
contact type socket ~not shown) provided for a 220 V a.c. supply 2. A conven-
tional rectifier circuit 5 is connected to the a.c. supply via a fuse 3, a
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capacitor 3a of 0.47 ~F and 1,000 V, as well as a power separating transformer
4. The rectifier circuit 5 comprises a diode bridge rectiier 6 of 2.2 A and
40 V, a capacitor 7 of 1,000 ~F and 16 V, a resistor 8 of 430 ohms and 1/2 W,
as well as an adjusting potentiometer 9 of 50 ohms and 1/2 W, which are
connected to a P.N.P. transistor lO ~BD 246) and to a resistor ll of 3.6 ohms
and 1/2 W. The rectifier circuit is connected to the actual transmitter por-
tion 13 via an electrolytic capacitor 12 of 1,000 ~F and 16 V. The transmit-
ter 13 is a conventional circuit arrangement with transistors and an oscillator
circuit, which consists of the following components: a resistor 14 of 270 ohms
and 1/2 WJ a resistor 15 of lO0 ohms and 1/2 W, a P.N.P. transistor 16 (BD 238),
and a further P.N.P transistor 17 (BD 246). The transistor 16 is connected
to a control transformer 18 (M42) 42/15 W, which is bridged by an electrolytic
capacitor 19 of 0.64 ~F and 60 V. The transistor 17 is connected to the trans-
mitting antenna 21 of 228 W made of copper wire, 0.8 mm in diameter, via a
further electrolytic capacitor 20 of 0.64 ~F and 60 V. A shield 22 made of
sheet copper 0.1 mm thick is provided between the transmitting antenna 21 and
the transmitter 13. A control winding 23 made of stranded copper wire 228 W
and 0.45 in diameter is connected to a control lamp 25 via a diode 24 BY 133 in
order to enable continuous checking of the proper operation of the apparatus
13, when it is switched on.
The frequency of the positive pulses emitted by the transmitter is
3 kHz, when the input is 8 W. The operating voltage is l90 to 240 V a.c. and
50 Hz or 12 V d.c., respectively. Of course, the output of the transmitter
can be varied at random. The range of the electromagnetic pulses is approxi-
mately a radius of lO0 meters.
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