DE3320518A1 - Device for changing radiesthetically measurable fields - Google Patents

Abstract

The invention relates to a device for changing radiesthetically measurable fields with the object of avoiding the pathogenic effects of their biologically active regions, the so-called irritant zones. These fields are mainly caused by underground water veins. However, they are also found in space lattice-like structures, the so-called lattice systems incident from the atmosphere. All the measures and devices known to date for attenuating or eliminating the effect of the irritant zones have shortcomings or disadvantages. As a rule, they are ineffective with regard to the particularly dangerous crossing region of the irritant zones, or they detect only individual frequencies and must be adjusted with the risk of inefficacy due to maladjustment. The invention is based on the object of creating a device for changing radiesthetically measurable fields which avoids the aforesaid disadvantages. This object is achieved using a pyramidal body in that one or more elements, e.g. another pyramidal body, or an element which is resonant in the microwave range, e.g. a spiral, or a homeopathic preparation, is arranged within or directly underneath this body.

Description

Hermann-Löns-Str. 31 -O "Sindelfingen, 3.O.1S8 7032 S in: le! Fingen

Device for changing radiäsbhe bisch measurable fields

The invention relates to a device for changing radiesthetically measurable fields. Radiesthetically "measurable, that these fields are determined in a subjective way, namely by the dowsing system - human, localized and qualitative and can be recorded quantitatively. In this Mess.ysuem ϊε b the dowsing antenna and pointer, the human receiver and Transducer that converts the ultra-weak signals into muscle reactions, converts.

Radiesthetically measurable fields come, for example, from so-called water veins, ie relatively narrow ones under ir the * - .. ·. . ^: ien r, - .. ssi c ger inside. Also in are petroleum stores, "Er ζ, minerals so, vi. Tectonic irregularities such as faults and Rir.se iirs;: ^% -h radiesthetically measurable fields. Weaving these fields of terrestrial origin are also known those that fall from the atmosphere. These radiation fields show sica preferably in grid-like structures, the so-called grid systems, of which the global network and the diagonal network are the most well-known.

A third type of radiesthetically measurable effect karm von the installation of the Starksfcromnetzes run out when the lines are not adequately shielded. In addition, elel. triscne Devices such as TV receivers, refrigerators, etc. Ursacae one Scattered radiation that is radiaesthetically perceptible.

The physical nature of the radially measurable fields has not been scientifically clarified. It is certain, however, that this is ultra-weak radiation, the length of which ran in the centimeter and deciraeter range. A radiesthetic measuring technique (1, 2) developed by the 1-physicist R. Schneider is based on this knowledge, in which a selective and

OOP?

The measures for change: the radiösthetiscli messbereii Pi; LIi · in the "aforementioned sense are based on various physical effects such as reflection, absorption, resonance phenomena, deflection with antenna-like structures, etc. For example, frits and foils are offered, which are leped under the sleeping place and absorb or reflect the radiation of the stimulus zones. They have the disadvantage that they are only effective against the terrestrial, but not against the atmospheric stimulus zones. There are also a number of devices with resonance devices ¹ Yes, the devices are only tuned to one or a few frequencies, but the stimulus zones usually contain numerous frequencies, they are only effective to a limited extent.

A third type of device includes, for example, parallel rods or helically wound foils or wires. With these, the stimulus zones can be deflected in a certain spatial area provided that they are properly installed and adjusted in relation to the stimulus zones. The gleicae restrict Ie Provision applies if according to a fourth possibility of changing Radiesthetically measurable fields, simple pyramidal bodies are used.

All previously known measures and devices for Weakening or elimination of the effect of the irritation zones h .-. Ben deficiencies or disadvantages. Usually only a part of the phenomena E.g. only individual frequencies are recorded or the provisions must: η adjusted with the risk of ineffectiveness due to misalignment.

In addition, it has been shown that the known devices Although they are able to weaken or cancel the geopathic effect of individual irritant zones, they are particularly dangerous crossing areas of irritation zones are usually ineffective. It is therefore common to have crossings of stimulus zones evaded by changing location, e.g. by moving the bed. However, if there is a horizontal stimulation zone at the lying level, as occurs in the grid systems, this zone can also not be dodged in this way.

The invention has for its object to provide a device for

BATH ORIGINAL

" ^: -" - "" * · "33 20E ^; 8

Increased Wünscaelrutenreak tion because ciu rc η is obtained that a ~ the ^: iImLicii a Leciiersystem trained dowsing rod of the resonance circle'-is set to an integral multiple of a quarter wave η lung. If the usual V-shaped dowsing rod is used, an optimal mood is achieved in a corresponding manner if, taking into account the shortening function, the length on the thighs of the V-ute as a whole- £ ..-: iilip.es Multiples of half a wavelength is chosen. The desired changes in the radially perceptible fields according to the invention can be reliably measured and controlled in this way.

E.3 it is known that radiesthetically measurable fields can cause positive and negative biological effects in plants, animals and humans. The negative biological effects in particular have been confirmed by numerous observations. For example, in agricultural circles it is known that fruit trees in real places are not ρ, yours and that the carryover and propagation behavior of domestic animals are dependent on the location. In ILv-I) se lie η, too, various negative, often pathogenic, biological effects are discussed. In particular, the connection with the development of cancer has been documented by several systematic studies (including 5, 4-). But au cn. in the development of π ·, their chronic illnesses and temporary complaints, the radiastnetic measurable fields are involved with great probability. The complex of the pathogenic effects of solca fields is called geospatial. Accordingly, the biologically active areas of these fields are called geopathic zones o - 'he irritation zones. Intersection areas of irritation zones can be particularly biologically active and have a pathogenic effect.

E.- Many devices and methods are already known which have the aim of changing the radiesthetically measurable fields with the aim of eliminating negative biological effects. These massagers can do it. on sleeping places, workplaces, living areas or larger areas. In order to avoid caroniscaen jj;: feku6iL and for the general physical wellbeing, it is important that the sleeping area is free from hidden irritation zones, especially their intersections.

BATH ORIGINAL

To create a change in radiesthetically measurable fields in which the aforementioned disadvantages are avoided. With the invention Device can be achieved in particular that the radiesthetically measurable effect of such fields with regard to All frequencies of interest and also in the area of intersections are significantly weakened or made to disappear without dr.ss an adjustment is required.

This task is done using a pyramidal body solved in that one or more of the mentioned in claim 1 within or immediately below this body further elements are arranged. The device according to the invention is displayed in the vicinity of the fields to be changed 11t that the base of the pyramidal body is horizontal is. In the context of the invention, a pyramid-shaped body becomes a material one, in particular a non-conductive one Understood substance of existing body or hollow body, the shape of which is described by the fact that the corners of a flat polygon be connected with a point outside the polygon. Hieroei, the invention also includes the cone as a borderline case Polygons with an infinite number of corners (circles). Preferably, lyramids are used, the point of which is perpendicular to the center point the base is. When using a hollow body, both embodiments with and without material training are possible; the base possible, i.e. the pyramidal body can also be open at the bottom.

Some exemplary embodiments are described below with the aid of the drawing the invention explained. Show it:

Figure 1 in a perspective view of a first embodiment with another pyramidal body;

Fipjur 2 in an axial section a second,

Pi, ci-x! R 3 in the same representation a third and

Ii ¹ If: ur 4- in the same representation, a four-sided embodiment with one or two further pyramid-shaped bodies

according to variant a);

FIG. 5 in an axial section along line A and in Top view resp. partly in section along line B, an embodiment with a macroscopic one Structure according to variant b);

FIG. 6 shows a first embodiment in an axial section and

FIG. 7 shows, in an axial section running over two opposite side edges, a second embodiment with a substance as a further element p, ero ^: iss of variant c) and

Figure 8 in a perspective view of an embodiment form, with a permanent magnet according to variant d).

In the embodiment shown in FIG. 1, the pyrsmid-shaped body is designed as a hollow regular (equilateral) tetrahedron 1. Within this tetrahedron there is a second regular tetrahedron as a further element . The tetrahedron 2 could be firmly connected to a surface of the tetrahedron 1, but is loosely arranged within the same in the exemplary embodiment. The formation of the pyramid-shaped bodies as regular tetrahedra has the advantage, among other things, that each of the four surfaces can serve as a base.

In the Iphmen of the invention according to Figure 2 also three or more pyramid-shaped bodies 3, 4, 5 arranged one inside the other be that the smaller one is enclosed by the next larger one will. It is advantageous if (at least the base areas the other pyramid-shaped bodies arranged one inside the other and the base of the outer body is geometrically uninlicn. are or especially if the bodies as such are reometrically similar are. However, this is not absolutely necessary. Example wisely, such an arrangement could also be used in the context of the Ji'ri'indunta be formed in such a way that they are within a Iyrami ^ e ^ in Cone, with the bases parallel.

In the embodiments of Figures 3 and A- is inside

or immediately below a cone 6 or 6 ¹ , another Ke ^ eI 7 or 7 ¹ with a larger tip angle than the former is arranged coaxially in such a way that in FIG inside and in Fig. 4- the circumference of the base θ of the cone touches the cancel of the cone 7 'from the outside. '

In the embodiment shown in Figure 5 in claim Variant b) mentioned 1 is on the base 8 of a four-sided, hollow pyramid 9, a conductor bann'lü acting as a dipole appropriate. In a preferred embodiment, has this conductor track has a length of about η χ V χ 7.75 cm, where n an integer and V the abbreviation known from antenna technology, fear factor is. Instead of the conductor track IO, a corresponding structure capable of resonance with another from the Antennente.ehnik known shape can be used.

Ans ce He of the dipole used in Figure 5 can be used in the context of According to the invention, other macroscopic structures effective in the microwave range, such as a spiral, can also be used as a further element. The field-changing effect of the arrangement extends into this skin essentially to circularly polarized radiation, the direction of which corresponds to the direction of winding of the spiral .

In the embodiment shown in Figure 6, within a cone 11 made of wood, for example, is in a axial bore 12, an ampoule 13 with a liquid substance 14- arranged, which has resonance points in the microwave range. This can be one of the well-known homeopathic constitutional remedies such as Lycopodium. Act.

In FIG. 7 there is an otine base within a six-sided, hollow pyramid, directly below its apex, A solid substance 17 is arranged by means of an adhesive 16, the resonance of which extends over a relatively wide frequency band. The substance can for example consist of the homeopathic preparation Silicea.

i) ie statement e, that j the sub-

have punched resonance points in the microwave range, i-; t synonymous with or in such a way that they are there jnter the influence of ubiquitous noise on discrete Frequencies or within more or less broad frequency bands Emit radiation.

The embodiment according to FIG. 8 consists of a four-sided hollow pyramid 18, on whose base 19 a rod-shaped Permanent magnet 20 is attached. For the sake of better illustration, the drawing assumes that the pyramid consists of a transparent one Material such as plexiglass.

Literature used:

(1) E. Schneider, About recent studies and results on the Problem of the dowsing rod. Weather, Soil, People 17 »1973, 1093-1095.

(2) E. Schneider, Guide and teaching course for udder and loin art. Wertheim 197 ?.

(3) G. von Pohl, Earth rays as pathogens and cancerous agents. New edition Feucht 1978.

(4) P.Schweitzer, geopathy and chronic diseases. Krztezeitschriffc für Naturheilverfahren 6, 1982, 314-320.

Claims (3)

Dr. Jaul Schweiuzer Heraiann-Löns-Str. 31 Sindelf in'.ven 3. <p. Sindelfingen Claims 1/. Device for changing radiesthetic, measurable . Fields using a pyramidal body, characterized in that within or immediately below this body one or more of the following.!. den further elements are arranged: a) another pyramid-shaped body (2; 4-, ;-); 7, 7 '); or b) a resonance capable in the microwave range «respectively. effective macroscopic structure such as a dipole (10) or a spiral; or c) a substance (14-; 17) with through its material Structure-related resonance points in the microwave range such as a homeopa thisciies preparation or a mineral; or d) a permanent magnet (20). 2. Device according to claim 1, variant a), characterized in that the pyramidal bodies (1, 2; 5, 4, 5; £>, 7; 6 '»7 ¹ ) have geometrically similar base areas. 3. Apparatus according to claim 1 or .2, characterized in ^, ^ that the body is a regular tetrahedron (1). 4-. Device according to claim 1 or 2 characterized viurch _t dr-i or more pyramid-shaped body (3, 4, ^), which are arranged inside each other so that the smaller is respectively the in ο s ti U larger enclosed. . Device according to one of claims 1 to 4-, characterized in that the further pvromidenförini, -; - eri body (2; 4-, 5) within the next larger loose yni-, earJjiet uiu ?. . b. Provision according to. Claim. 4 or 5, characterized in, dc ': s'3 all pyramidal bodies regular tetrahedra (1, 2) are. /. Device according to claim 1, variant b), characterized in that a dipole (10) with a length of approximately η χ V χ 7.75 cm serves as the structure capable of resonance, where n is a whole number and V is the antenna shortening factor. b. Device according to claim 1, variant c), characterized in that that the substance (14-) is in an ampoule (13), which is arranged within the pyramid-shaped body (11) essentially coaxially to this, 9 · Device according to claim 1, variant c), characterized L that means a solid substance (17) just below the top of a hollow pyramidal body (15) an adhesive (16) is attached. LO. Device according to one of Claims 1, variant c) δ or 9 * characterized by the use of a substance (14; 17), whose resonance extends over a relatively broad frequency band. Ii. Device according to one of claims 6 to 10, characterized ^ characterized, that the substance (14; 17) is one of the well-known homeopathic constitutional remedies such as Lycopodium or Silicea is.