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The invention an included method to the interference of the order measure of an inorganic or organic system by utilization itself of the change of the there otherwise dominant earth's magnetic field portion adjusting in the effective range of an hollow pyramid.

The word “system” referred in this context each form of inorganic or organic structures, begun with simple molecules up to organisms of all type. The bottom term “order measure” is to be understood the respective energy content of such a system.

Methods of the mentioned type are for example in the CS-PS 91,304, the EP-A 84,108 449,4, in the DE-GbmS 84 60 071,3 and in an article of Karel Drbal “the fight and the pyramid patent” in a book “Pyramid power” from max of Toth, Freiburg 1977, described and will among other things used to affect on organic or inorganic substances, in addition, small organisms in order to affect their properties in certain sense.

With most described methods so called “Cheopspyramiden” becomes used, i.e. Pyramids with an inclination angle of 51 DEG 51 min 51 min min. They consist either of iron sheet metal, copper sheet, aluminium sheet, wood, plastic, cardboard or other materials, whereby both ferromagnetic, and paramagnetic or dia.-magnetic materials come to the application, whose volume susceptibility is appropriate etw for range of -10, i.e. throughout above a value is settled of -15.

In the technology one understands bottom magnetic susceptibility (measure of the magnetizability of a cloth) the difference mu g 1, where again the mass susceptibility

EMI7.1

the magnetic permeability of a cloth related to the permeability of the empty space is. The value mu represents the absolute permeability of a cloth and is derived from the ratio of the magnetic induction to the magnetic field strength, so that thus

EMI7.2

is.

For the evaluation of pyramid materials the term of the volume susceptibility is more meaningful, which becomes general used in the Magnetochemie. Afterwards the susceptibility is on the space measure of 1 cm< 3> based (volume susceptibility chi v), while in each case the susceptibility based on 1 g of the respective cloth is chi g (= mu r) again the mass susceptibility. Thus the designation results

EMI8.1

where D (= alpha) is the density of the respective cloth.

So for example copper has a density of 8,9, a mass susceptibility of -1,08 and a volume susceptibility of -9,6, urea a density of 1,3, a mass susceptibility of -7,0 and a volume susceptibility of -9,1, bismuth a density of 9,7, a mass susceptibility of -16 and a volume susceptibility of -155,2 etc.

The dimensions of the known pyramids with mostly square base surface are appropriate for generally high-moderate between approximately 20 cms and 30 cms, while the soil edge measure lies for instance between 20 cms and 50 cms. Therefore the pyramids are down open and have the form of an hat, which can be inverted to light substrate which can be affected over that.

With the prior art processes will among other things desired, the growth of small organisms, as for example worms or plant cultures to promote and/or. to reach with these a larger resistance against health influences. Furthermore attempted one to improve and prevent with organic or inorganic cloths old features the topping-up of foods by pyramid influence.

It has itself shown that become achieved with the prior art processes only very uncertain results. Thus it turned out that for example whole snail clutches of eggs or plant cultures died, instead of developing. Similar experiences became also made with embryos of other type. Whole general did not occur the desired success and frequent became the opposite of that achieved, which intended was.

By the invention the solve the problem are to become to avoid those with that so far prior art processes of occurred misses and a larger reliability with the achievement of the desired in each case technical effect obtained.

This object becomes, on the basis of a method the interference of the order measure of an inorganic or organic system by utilization of the change of the there otherwise dominant earth's magnetic field portion of the initially mentioned type, according to the invention adjusting in the effective range of an hollow pyramid that the earth magnet partial field by at least one, dissolved by the fact, essentially in the local inclination angle inclined hollow pyramid side on preferably on the inside, bottom or in next vicinity of the pyramid, formed aligned with the inclination-planar to the magnetic north south direction, from dia.-magnetic material, system brought directed will and the system becomes its natural development time of the pyramid influence exposed essentially in the long run.

The inclination angle amounts to for example in hammer-fixed 77 DEG, in Munich 67 DEG, in Rome 55 DEG, in Calcutta 30 DEG in Ceylon 0 DEG. In each case the geographical areas located between them the inclination angle has corresponding intermediate values, but has itself shown the fact that the technical success desired with the invention process occurs also if plus or minus up to 7 DEG from in each case at the procedure place valid inclination angle is deviated.

The invention included in addition an hollow pyramid to the embodiment of the invention process, which by the fact characterized is that at least one pyramid side is bottom inclination angle inclined relevant for the application place and that zumindestens this pyramid side consists of dia.-magnetic material with a volume susceptibility below -15. As material for this pyramid side and/or. for the embodiment of the whole pyramid are suitable brass, zinc, silver, bismuth, graphite or ytterbium with in each case a volume susceptibility of below -15. In modification its knows the respective pyramid side or also the whole hollow pyramid from an alloy or composition of coppers with brass, zinc, silver, bismuth, graphite or ytterbium and/or. of copper sheet with an oxide layer consists, whereby the volume susceptibility of these alloys and/or. Is appropriate for compositions below -15 in each case.

In modification its can consist the hollow pyramid according to invention of a composition of plastic, preferably epoxy resin, with copper, copper sheet with oxide layer, brass, zinc, silver, bismuth, graphite or ytterbium, whereby again the volume susceptibility of this composition lies below -15.

The term “composition” covers copper sheet in this context for example with bonded, galvanic applied, evaporated, up-sintered, sprayed, applied or on other manner applied coats or several that in each case different components.

The hollow pyramid according to invention is favourable as straight pyramid with regular polygonal base surface formed. Preferably the base surface of the hollow pyramid has the form of an equilateral triangle or a square, whereby a pyramid side exists made of graphite, bismuth or brass and the remaining pyramid sides from preferably transparent plastic formed are.

After a modified embodiment of the hollow pyramid according to invention a pyramid wall flat-moderate can out-seize over de Pyramidenumriss and preferably have rectangular shape. This applies in particular if this pyramid wall opposite the other pyramid walls from another material formed is.

After an other embodiment of the hollow pyramid according to invention to each other parallel intermediate walls are disposed in the pyramid-inner, which are the bottom inclination angle inclined. These intermediate walls can fill out either the interior hollow pyramid whole or but have with their bottom edges a certain distance of the pyramid lower surface, in order to offer space for a substrate which can be brought in.

In the extreme case the pyramid base surface can as regular infinite polygon, i.e. present themselves as circle the formed its and thus pyramid as straight circle cones.

In development of the invention an hollow pyramid according to invention with or several similarly shaped pyramids to a pyramid battery a summarized can be.

This can take place according to the invention either by means of the fact that the same at one and/or. several their basis edges with a basis edge of one and/or. several adjacent (n) pyramid (n) fixed or releasable connected for its part if necessary in each case is, those in same way with one and/or. several neighbour pyramid (n) connected is and/or. are. An against-intimate half edge seamed joint can serve or but the hollow pyramid is with that or the neighbour pyramids side face against side face together resting fixed or releasable connected, those for its part if necessary in each case in same way with one and/or as releasable connection between the hollow pyramids either. several neighbour pyramid (n) connected is and/or. are. If a fixed connection exists between the neighbour pyramids, then the same can at that and/or. the bordering side (n) in each case a common wall with the neighbour pyramid have.

If a releasable connection is provided in the contrast for this between the adjacent hollow pyramids, then these as multipoint push button connection formed can be.

The hollow pyramid according to invention is at least 1 cm high and can a maximum height of approximately 30 m have.

The wall thickness of the hollow pyramid according to invention amounts to at the most 25% and at least 0.01% of the surface area diagonal measure and/or. the cone base circle diameter. The base surface of the hollow pyramid according to invention is preferably open.

The finally included invention an application of the invention process and/or. the hollow pyramid according to invention on the development improvement the subsequent inorganic organic systems:

a) Formation of crystals in solutions, for example copper sulfate or Kaliumchromat;

b) Breeding of Kleinstlebewesen such as bacteria or funguses, for example Proteus mirabilis or yeast, outside of or within nutrient solutions;

c) Improvement of the development of seed, for example bean, flax or poppy seed, seed grain;

d) Improvement of the development of embryos like e.g. Froschlaich, Forellen or Hechteier;

e) Taste improvement of life or luxuries;

f) Durability improvement of life or luxuries.

Experiments of the inventor with the invention process have shown that contrary to the prior art processes with the invention process the desired in each case effect with large safety occurs and misses practical did not arise at all. These experiments shown in addition that the application of the invention process is larger substantial, than one had suspected in connection with prior art processes.

In a brochure “Pyron force from the cosmos”, published in Pisa, describes professor Erich Mueller, Castelnuovo, Versuche, whom it has with known pyramids on in aquariums living person, particularly joyful, flat-shelled worms of the genus Isognostaoma performed, at whose Laich the development particularly good to be observed is. The clutch of eggs of such worms usually covers between eight and twelve eggs.

With simultaneous control snails of this species examined without pyramid effect the development normal ran, i.e. all eggs grew up up to hatching coordinated to each other. In the same clutch of eggs the same development step resulted in each case in the case of all eggs.

With the worms, which had been already spent before the Laichablage a bottom known Cheopspyramide, shown itself that the eggs, although they were all of the same age exhibited in each case various development steps. So eggs could be found after approximately three to four weeks after Laichablage in in and to the same Laichpaket, which were still in one much early stage, while other eggs had already its Schneckenhaus formed and almost slip-mature were. After approximately the same time however the entire clutch of eggs died and it came never more to leaving the Eihäute as well as the Gallerthülle. Initial one was to be observed also with these worms a significant acceleration of their embryonic development opposite the control snails. The inventor of the invention process has these experiments likewise with Cheopspyramiden repeated and the same negative result achieved.

It was from the beginning the conviction of the inventor of the invention process that would have to succeed with this to obtain and make this in any form uniform and reliable results of the pyramid effect more measurable.

The inventor repeated Mueller min snail attempts with the invention process schen. The result was surprising: It shown itself that the examined eggs were almost without exception slip-mature after approximately three weeks and that also in the future essentially the whole clutch of eggs viable remained.

Encouraged by this favorable experimental result the inventor expanded its experiments since Froschlaich, Fischlaich and yeast cultures (Bierhefe and red increasing yeast). Also here shown itself that with application of prior art processes, which became performed by means of Cheopspyramiden in particular primarily with Froschlaich a very high number of deaths ratio occurred, while observed with application of the invention process almost no negative effects could become on the examined cultures. With experiments with algae in the water and with moistened Kressensamen again the observation became confirmed that the prior art processes affect themselves whole general growth-retarding, while with application of the invention process prospering the organisms substantial runs more favorable.

With the treatment of inorganic substrates the shown invention process opposite the prior art processes of substantial more favorable results. While for example became achieved with application of prior art processes on the crystallization of copper sulfate or Kaliumdichromat essentially only normal crystals, the crystallization of copper sulfate resulted in partly even only anomalous stunted crystals in the case of application of the invention process beautiful, deep-blue, parallelogram-like crystals up to 5 cms edge length. In the case of the formation of Kaliumdichromatkristallen arose rectangular to square, orange boards from 1 cm to 2 cms edge length.

With the fact is detected that become promoted by application of the invention process both organic and inorganic life procedures. This finding might open a very substantial technical importance for the invention.

The invention process and some embodiments of the hollow pyramid according to invention become now for example in detail described on the basis the lying close schematic designs. In the designs represent:

Fig. 1 a scheme for an embodiment of the invention process,


Fig. 2 a scheme for an other embodiment of the invention process,


Fig. 3 a diagram of an hollow pyramid according to invention to the embodiment of the invention process, which should find for instance in the space Munich application, approximate on a scale 1: 3,


Fig. 4 on supervision on in Fig. 3 hollow pyramid shown,

Fig. 5 a diagram in the Fig. 3 and 4 hollow pyramid shown, toward the arrow V in Fig. 4 seen,

Fig. 6 a section by in the Fig. 3 to 5 pyramid shown along the plane VI-VI in Fig. 4,

Fig. 7, like it for instance in the space hammer-fixed to the application to come, approximate on a scale 1 could do 7 a diagram of an hollow pyramid according to invention: 150,



Fig. 8, like it into for instance in the space Rome to the application to come, approximate on a scale 1 could do 8 a diagram of a pyramid according to invention: 150,

Fig. 9 a supervision on another embodiment of an hollow pyramid according to invention, approximately on a scale 1: 10,

Fig. 10 a supervision on an other modified embodiment of an hollow pyramid according to invention, approximately on a scale 1: 10,

Fig. 11, like it for instance in the space Munich to the application to come, again approximate on a scale 1 could do 11 a diagram of a still other embodiment of an hollow pyramid according to invention: 10,

Fig. 12 a supervision on in Fig. 11 hollow pyramid shown,




Fig. 13 a diagram of one again modified embodiment of an hollow pyramid according to invention as cones, like it for instance in the space Munich use to find could do, again on a scale of approximate 1: 10,


Fig. 14 an overview of Fig. 13 hollow pyramid is shown

Fig. 15 a diagram of a pyramid arrangement according to invention, like it for instance in the space Munich application to find could do, again on a scale of approximate 1: 10,
Fig. 16 a plan view on in Fig. 15 pyramid arrangement shown,

Fig. 17 a section by in the Fig. 15 and 16 pyramid arrangement shown along the plane XVII XVII in Fig. 16,


Fig. 18 a section similar Fig. 17 by a modified embodiment of a pyramid arrangement the similar Fig. 15 to 17,

Fig. 19 a cross section by the touching pyramid-flat of a detachable hollow pyramid arrangement essentially in accordance with the Fig. 15 to 17,


Fig. 20 a diagram of another embodiment of an hollow pyramid arrangement according to invention approximately on a scale 1: 30,

Fig. 21 a supervision on in Fig. 20 pyramid arrangement shown,

Fig. 22 a fragmentary view of a single pyramid in the Fig. 20 and 21 represented pyramid arrangement according to invention and however detachable,

Fig. 23 an oblique view of an other embodiment of an hollow pyramid according to invention, and


Fig. 24 a section by an again other embodiment of an hollow pyramid after the invention.

The dimensions, yardsticks and in particular wall thicknesses of the various represented hollow pyramids indicated in the designs are not for the practical embodiment the same by any means binding. Considerably for this rather the material, is manufactured made of which the respective hollow pyramid, is naturally also their respective kind of manufacture. Same numerals designate same in each case or equivalent acting parts and are if necessary provided with subscripts.

With in Fig. 1 represented scheme of an embodiment of a method to the interference of substrates the referred reference letter A an oblique hollow pyramid with oblique-winkelig--triangular plan view, whose is a pyramid wall Aa a bottom angle beta against the horizontal inclined, which inclination angle relevant for the application place corresponds. The inclination-planar is by the dash-dotted registered trace lines off and AC indicated. Like apparent, the pyramid A with their inclination-planar is accurate aligned on the magnetic north south direction.

The down open pyramid A is inverted over a substrate B, which in a receptacle C is. If it concerns with the substrate for example seed, then the same remains to its natural Keimzeit the bottom pyramid at least in the long run, so that at the execution place of the method and by their pyramid side Aa can affect dominant, by the pyramid A at least in particular on the substrate B concentrated earth magnet partial field on the period of the natural germination the seed. As result it shows up that the percentage of begun to germinate seed amounted to with application of the just described method about 70% of the treated good one, while the same constituted 42% during non-application of the method only.

Fig. 2,a procedure arrangement shows 2, with which a straight pyramid A min square in the plan view, whose is all four pyramid sides against the horizontal in the angle beta inclined, is inverted over an aquarium D likewise square in the plan view, in which Hechteier E are. It became the time measured, until all young fish had slipped. The experiment became then shown with a Cheopspyramide repeated and it that during the same time interval still none of the young fish had slipped.

The Fig. 3 to 6 represents an hollow pyramid with square base and an inclination angle beta 1 of 67 DEG, how it corresponds to Munich in for instance the earthmagnetic inclination angle for the space. The wall thickness D of the hollow pyramid is exaggerated strong shown and might with an height dimension of the pyramid between approximately 15 cms and 30 cms with fabrication of the hollow pyramid from copper sheet approximately between 0.5 mm and 1.5 mm amount to. If such a pyramid becomes from other material manufactured, then or must its wall thickness can become naturally also corresponding large selected.

The height dimension between 15 cms and 30 cms is in particular appropriate for lab uses of the hollow pyramid. For industrial applications substantial larger dimensions are more conceivable and therefore naturally also larger wall thicknesses.

Such a hollow pyramid of larger dimension is for example in Fig. 7 in the diagram shown. The pyramid basis is again square. The pyramid-high can amount to in this case up to 30 m, the wall thickness of the pyramid calculated itself from used in each case the material for their fabrication after static aspects. The pyramid inclination angle beta 2 amounts to in this cases 77 DEG, which equals an use of the pyramid in the space hammer-fixed, where the inclination angle of the earth's magnetic field in approximately this amount corresponds.

In Fig. 8 is an hollow pyramid again with square pyramid basis in the diagram shown, whose pyramid inclination angle beta 3 corresponds to a value of 55 DEG, which equals again the inclination angle of the earth's magnetic field for the space Rome. The height dimension of this pyramid can amount to for example 7.5 m. The pyramid wall thickness depends also here again on the used building material.

Fig. an hollow pyramid shows 9 in plan view, whose pyramid basis is an equilateral triangle. Such a hollow pyramid could be for example again from copper sheet manufactured and have depending upon its geographical use area and the pyramid inclination angle conditional thereby an height of v about 80 cms until 1.50 m.

In Fig. a regular five-angular pyramid basis has 10 hollow pyramid shown. Their dimensions depend again on its use, its place of use and the material, from which them are to be manufactured.

The base in the Fig. the form of a regular Achtecks has 11 and 12 represented hollow pyramid. Its inclination angle beta 4 amounts to, if it is to find in the space Munich use, again about 67 DEG.

The Fig. 13 and 14 shows an hollow pyramid, whose base infinite-hit a corner, i.e. a circle is and their form consequently that of a cone assumes. The cone angle b 5 amounts to, if this Sonderbauart of an hollow pyramid is to the use in the space Munich certain, again 67 DEG.

The Fig. 15 to 17 shows a combination of three hollow pyramids 1, 2 and 3 in each case a type in accordance with the Fig. 3 to 6 to a multiple pyramid, whereby the adjacent pyramid walls 1a and 2a and/or. 2b and 3a depending upon the material, made from which the pyramids are 1, 2 and 3, with one another soldered, bonded or welded to be can. A sectional view of such an hollow pyramid arrangement is from Fig. 17 apparent.

Fig. a modified spatial form of such an hollow pyramid arrangement shows 18, with which the adjacent walls of the affecting pyramids 1, 2 and 3 in each case to a common wall 2C and/or. 2d summarized are. The hollow pyramid arrangement in accordance with Fig. 18 represents thus an integral body, depending upon the material used to his fabrication either by soldering together or welding together and/or. Stick single triangular tiles or in addition, by pouring, syringes or presses from a piece manufactured to be can.

One wants an hollow pyramid arrangement in accordance with the Fig. 15 to 17 makes auseinandernehmbar, then the adjacent pyramid walls 1a and 2a can and/or. 2b and 3a in in Fig. 19 manner shown by pushbutton connections releasable connected with one another its, those, as in Fig. 19 shown, in simple manner by pins with ball head formed to be can, which are put to pyramid wall an attached and through a bore of the other pyramid wall in each case.

The Fig. 20 and 21 shows an hollow pyramid battery, which is formed from 64 single pyramids with square in each case base. The pyramids can be depending upon used material their together-pushing basis edges soldered with one another, welded or bonded in each case and are for better stability convenient on a corresponding square lattice framework fitted. In Fig. 20 is with 4 in chain lines an placed underneath trough indicated, in which the substrate which can be affected with the pyramid battery is.

One wants that the single hollow pyramids in the Fig. 20 and 21 hollow pyramid battery shown single from each other more separable is, then the basis edges of these single pyramids with an against-intimate half edge seamed joint equipped can be, like them Fig. 22 shows. The half edge seamed joint exists in each case at each edge of over the half edge length an extending, downward open rebate ä and itself over the remainder of the edge extending, upward open rebate 5b. The rebates are so in each case against-intimate mounted at the pyramid base edges that they complement each other with Aneinanderstossen of two pyramid edges mutual and so a releasable clutch zwische form for the adjacent pyramid base edges.

In Fig. 23 represented skew hollow pyramid 6 exhibits a plan view in form of a skew triangle. One of the pyramid walls 6a, 6b, 6c, i.e. the pyramid wall 6a, is opposite that horizontal around the local inclination angle beta inclined. The trace of the inclination-planar is in the drawing 2 indicated by the chain lines s 1 and s. The pyramid wall 6a seizes in addition, as from the drawing apparent, over pyramid-outlined outside and has with the illustrated embodiment the form of a rectangle. Preferably the pyramid wall 6a consists of graphite, while the two other pyramid walls 6b and 6c can consist in each case of preferably transparent plastic. In the use the pyramid becomes 6 again so established that the inclination-planar s 1, s 2 cuts the pyramid wall 6a vertical, which in the drawing by the right angle gamma indicated is. The pyramid wall 6a and/or. the pyramid walls 6b and 6c can be naturally also from other materials made. The limitation did not pyramid-outline spreading part of the pyramid wall 6a needs rectangular to be, but can also different form have, for example thus triangular or parabolic and/or. semicircular its.

In Fig. 24 is an other embodiment of an hollow pyramid to the embodiment of the conscious method shown. This hollow pyramid 7 is preferably a straight pyramid with square or equilateral-triangular plan view. The pyramid sides 7a are the preferably bottom local inclination angle against the horizontal inclined. With this embodiment of the pyramid represented in the vertical agent profile to each other paralle intermediate walls are 7b disposed in the pyramid-inner, which for its part again to one that the bottom inclination angle beta inclined pyramid outer walls 7a parallel runs. These parallel intermediate walls 7b can fill out the pyramid up to the base, leave however, as preferably in the drawing shown, above the pyramid basis a clearance open, in which a that can become substrate contained vessel 8 housed which can be treated.

Like already multiple mentioned, the mode of production of the single hollow pyramid arranges itself and/or. the described multiple pyramids or hollow pyramid batteries in each case after the dimensions the same, the used material and the place of use and/or. - purpose of the respective arrangement. Case of sheets or plastic boards used will, can the single boards through in each case solders, welding or sticking connected with one another be and/or. with large sizes naturally also different connecting kinds can find such as rivets or mutual bolting application. Substantial one for the function of the respective hollow pyramid and/or. Hollow pyramid arrangement in the sense of the feedthrough of the described method is the adherence to the material regulation and the adherence to the inclination angle relevant for the respective place of work as inclination angle for the respective pyramid wall (EN) as well as the alignment of the pyramid on the earthmagnetic north south direction.

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