DE3220565A1 - Device for neutralising influences of geological zones of irritation or disturbance - Google Patents

Abstract

Device for neutralising zones of geological irritation or disturbance, at least one transmitting coil (5) being provided which is driven by a differentiation stage (2), which is connected downstream of a variable-frequency square-wave pulse generator (1), and can be supplied via said stage with needle pulses, the frequency of the pulse generator being variable between 1 and 1000 Hz, preferably between 1 and 15 Hz. <IMAGE>

Description

description

The invention relates to a device for neutralization from geological irritation or disturbance zones.

Geological irritation or disturbance zones arise over ■ underground Water courses, over earth fault lines as well as at different, similar to the nodes of a network over points distributed around the globe.

At "such places or in such zones, dowsers can deflect their rods and it has also been shown that that in people who have been in such stimulus zones for a long time, in particular at intersections of such zones, stop a feeling of discomfort and also a higher susceptibility to diseases. Even animals, whose Standing on a geological stimulus strip, e.g. above an underground water vein, tend to be elevated Nervousness and susceptibility to disease.

Plants, especially trees, also show up extremely frequently in such places Malformations, such as bulging from above or very close to groundwater streams standing beeches, a twisted growth of fruit trees or a sloping growth of fruit trees, especially apple trees, which stand above a groundwater flow and incline against its direction of flow.

The aim of the invention is to propose a device that neutralizes such stimulus or interference zone influences

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enables. According to the invention this is achieved in that at least one transmitter coil is provided, which has a differentiating stage, which is followed by a square-wave pulse generator with variable frequency, controlled and via this can be supplied with needle pulses, the frequency of the pulse generator preferably between 1 and 1000 Hz can be changed between 1 and 15 Hz. Through the supply the transmitter coil with needle pulses, this emits electromagnetic waves due to the high harmonic content of the needle pulses Waves in a very broad frequency spectrum, " that extends into the MHz and GHz range. Apparently, these cause high-frequency vibrations, even if only with a lot Less energy are emitted, a favorable influence on the radiation prevailing in the biosphere, which is caused by the cosmic radiation and the radiation of the ground as well as other radiation sources is influenced.

In any case, it has surprisingly been found in practical tests with the device according to the invention, including in hospitals have shown that such a device can in many cases significantly improve wellbeing could be achieved by patients. But also in various applications of the devices according to the invention in an Reizbzw. Disturbance zones erected animal stalls, in which there is frequent occurrence of various animal diseases or to one conspicuously delayed development of young animals or often the infertility of apparently healthy animals could be significant Improvements in the state of health or in the development of the animals are ascertained.

Particularly significant improvements through the inventive Device have emerged when each transmitter coil has a rod

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core, preferably made of soft iron.

A very favorable solution from a constructive point of view is characterized in that the output of the differentiating stage also has is connected to the control input of an output stage, e.g. of a transistor, which in turn is connected to the transmitter coil and to a power source via an intermittently off and on switch is connected, which is preferably from a is controlled with the pulse generator connected frequency divider, ^ whereby on the one hand the supply of the transmitter coil with very extreme needle pulses possible and thus with the lowest possible use of energy, a radiation of electromagnetic waves in a very wide frequency spectrum is achieved, and on the other hand a constant change between stimulus zone influences and neutralization of the same is achieved.

As has been shown in experiments, the change between stimulus zone influences and their prevention and vice versa versa achieves the best results or a very significant increase in wellbeing.

Surprisingly, it has also been shown that the effect of The device according to the invention can be further increased if the rod core of each transmitter coil has a bore that is connected to a Mixture of different metal powders pressed together, in particular powders of noble and non-ferrous metals, is filled, a preferred mixture of metal powders in percent by weight about 20% aluminum, 5% silver, 1% gold, 10% lead, 5% tin, 9% zinc, 10% nickel, It has 5% tellurium, 5% tantalum, 5% titanium, 10% osmium, 5% vanadium, 10% cobalt and the bore is about 10% of the total Volume of the rod core is.

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The invention will now be explained in more detail with reference to the drawing. 1 and 2 schematically show two different ones Embodiments of a device according to the invention.

In the embodiment according to FIG. 1, which is more suitable for the neutralization of stimulus and disturbance zone influences in smaller rooms, a square-wave pulse generator 1 with a variable frequency and a pulse / pause ratio of 1: 1 '^ is provided, for example via a variable resistor can be set in its frequency, the frequency range being about 1 to 15Hz. The square-wave pulses from this generator are fed to a differentiating stage 2, which converts the square-wave pulses into needle pulses, and a switch 3 'controlled by a frequency divider 3, which reduces the pulse frequency of the square-wave pulse generator, for example in the ratio of 1: 16,384. ^{The switch 3 1} controlled by the frequency divider 3 intermittently connects the voltage source (not shown) to an output stage which is formed, for example, by a transistor 4. The control input of the output stage or the base of the transistor 4 is connected to the output of the differentiating stage 2.

The transistor 4 is therefore via the frequency divider 3 temporarily at intervals of 18 minutes to 4 1/2 hours with the Voltage source connected or disconnected from it. By driving the transistor 4 through the differentiating stage 2 the transistor 4 is switched on extremely briefly by the needle pulses, so that the transistor 4 connected downstream Transmitter coil 5 is supplied with needle pulses and emits electromagnetic waves in the rhythm of the square pulses. this of course only during the time in which the switch controlled by the frequency divider 3 supplies the voltage source to the

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sistor 4 turns on.

The transmitter coil 5 has a rod core 6 made of soft iron and is e.g. with 140 turns of a copper lacquer seam with 0.2 now wound diameter, the peak value of the current flowing through the coil is about 250 mA. Appropriate dimensions for the rod core are z.3. a length of 40 mm, a width of 25 mm and a thickness of approx. 5 mm.

In the embodiment according to FIG. 2, which is also suitable for neutralizing larger spaces, the square-wave pulse generator is used 1, the pulses with constant pulse duration and variable pause, depending on the applied control voltage supplies, a triangle generator 6, which supplies the control voltage for the square-wave pulse generator 1, is connected upstream. By means of this triangular generator 7, the pulse frequency of the pulse generator 1 is constantly varied between 100 and 1000 Hz. The rest of the structure is the same as in the embodiment according to FIG Fig. 1, only that the frequency divider further reduces the pulse frequency accordingly to the associated switch 3 'the output stage intermittently for approximately between 10 min and 4 1/2 hours to connect to the power source.

In this embodiment, it is also possible to provide two transmitter coils 5 ', which have essentially the same winding data, such as the transmission coil 5 described in connection with FIG. 1, and also with a peak current of about 25OmA can be operated. However, the Embodiment according to Fig. 2, the transmitter coil 5 is advantageously provided with a larger rod core 6 * of, for example, one length of 250 mm, a width of 45 mm and a thickness of 5 mm.

and, like the rod core 6 in the embodiment according to FIG. 1, is made of soft iron.

The rod core 6 'advantageously has a central bore, the volume of which is approximately 10% of the volume of the rod core 6 ¹ and which is filled by a mixture of metal powders pressed together. A preferred mixture of metal powders consists of about 20% aluminum, 5% silver, 1% gold, 10% lead, 5% tin, 9% zinc, 10% nickel, 5% tellurium, 5% tantalum, 5% titanium, 10% Osmium, 5% vanadium and 10% cobalt, the percentages being percentages by weight.

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Claims (5)

Patent claims: St. Device for the neutralization of geological stimuli or Interference zone influences, thereby. marked, that at least one transmitter coil (5) is provided, which has a differentiating stage (2), one in its frequency variable square-wave pulse generator (1) is connected downstream, controlled and supplied with needle pulses via this is, the frequency of the pulse generator can be varied between 1 and 1000 Hz, preferably between 1 and 15 Hz. 2. Device according to claim 1, characterized in that each transmitter coil (5) has a rod core (6, 6 ¹ ), preferably made of soft iron. 3. Device according to claim 1 or 2, characterized that the output of the differentiating stage (2) is connected to the control input of an output stage e.g. * COPY O LL UOU a transistor (4) is connected, which in turn with the transmitter coil (5) und.mit a power source via an intermittent off and on switch (3 ') is connected, which is preferably connected to a with the pulse generator (1) Frequency divider (3) is controlled. 4. Device according to one of claims 1 to 3, characterized in that the rod core (6 ¹ ) of each transmitter coil (5) has a bore which is filled with a mixture of different metal powders pressed together, in particular powders of noble and non-ferrous metals , with a preferred mixture of metal powders in percentages by weight about 20% aluminum, 5% silver, 1% gold, 10% lead, 5% tin, 9% zinc, 10% nickel, 5% tellurium, 5% tantalum, 5% titanium, 10% osmium, 5% vanadium, 10% cobalt and the bore is about 10% of the total volume of the rod core (6 ¹ ). 5. Device according to one of claims 1 to 4, characterized characterized 'that the frequency-variable square-wave pulse generator (1) as a voltage-controlled Square-wave oscillator is designed with a preferably constant pulse time and a pause time that is dependent on the control voltage and the square-wave pulse generator (1) is preceded by a triangular generator (7) which supplies the control voltage for the square-wave pulse generator (1) supplies, so that this constantly fluctuates in its frequency.