RU5100U1 - DEVICE SHOSTAL S.A. - REPKINA I.S. FOR TREATMENT OF SPATIAL ENERGY - Google Patents

Abstract

1. A device for treating spatial energy, containing a spatial shape, characterized in that the spatial shape is made in the form of a complex three-dimensional geometric figure made in the shape of a shell of a shell animal, such as a turtle, and the internal volume of the spatial shape exceeds the volume of the human body, at least the trunk .2. The device according to claim 1, characterized in that the spatial form is made on an enlarged scale relative to the dimensions of the natural shell of a shell-like animal, for example, a tortoise averaged over its individual variability. The device according to claim 1, characterized in that the spatial form is made on an enlarged scale relative to the individual dimensions of the natural shell of a particular individual of a shell animal, for example, a tortoise. The device according to claims 1 to 3, characterized in that the spatial shape is made of a solid dielectric. 5. The device according to claims 1 to 3, characterized in that a dielectric base is additionally introduced on it, on which the spatial form is located, and the spatial form is made in the form of a frame passing along the edges of a geometric figure and made of an electrically conductive material. The device according to claims 1 to 5, characterized in that the spatial form is made detachable along the horizontal perimeter with a folding upper part. The device according to claims 1 to 6, characterized in that the spatial form further comprises openings for the patient’s head, arms and legs. The device according to claims 1 to 7, characterized in that the dielectric base is made in the form of a lattice or mesh lounger, the upper part of the space

Description

MKI A 61 S I / I6.

DEVICE SHOSTDL S.A.DSH TREATMENT SPACE:

The utility model relates to the field of medical technology and can be used to treat diseases associated with impaired human energy, for example, cardiovascular, oncological diseases in the early stages, neurogenic and psychosomatic diseases, and can be used to correct states of energy depletion and stages of pre-diseases in cases of increased fatigue, after and during exposure to stress factors, etc.

A device for influencing spatial energy, made in the form of a pyramid, the size of the pyramid is similar to the actual size of the original Cheops pyramid, and the pyramid itself is made of dielectric materials, or is a wire frame made of electrically conductive material passing along the edges of the pyramid 1,2,

The disadvantages of the known device are low operational capabilities due to the fact that the known device occupies a very large area and volume due to irrational use of useful volume, because it is in the upper third of the height of the pyramid with a relatively small angle of inclination of the faces (), while the base area exceeds the cross-sectional area at the base of the useful volume of the pyraglide by 9 times.

A device for treating living organisms and a piracle energy plant is known, comprising a wire frame made of electrically conductive material in the interior of the pyramid, all the edges of the pyramid being electrically isolated from each other, and wire emitters directed outward at the vertices of the pyramid, the pyramid is mounted on dielectric bases f 3j.

The known device has wider operational capabilities, because it can be relatively small, since the object of influence is located outside the pyramid next to it, and the device has an external effect, however, its treatment is long due to poor coordination of energy from a simple geometric shape (pyramid) with the layered forms of living organisms exposed to, and also due to the fact that, due to the external location of the object of influence, the focusing properties of the pyramid are not used as a volume resonator, but its properties, in connection with which the energy intensity decreases rapidly with distance from it.

Closest to the proposed / is a device for emitting waves of a favorable shape, containing a spatial form. In addition, the spatial form is made in the form of a metal or poly-metallic stand, which is a connection of an antenna consisting of three branches connected by ends to one point, with the top point in series connected by the first four circles, the lower point of the fourth circle is connected to the top of the first triangle, the middle of the base of which is connected to the top of the second after ovatelnogo compound of the five circles, the lower point of the fifth circle connected to the top point of the outer shape representing the right sides vshogoutolnik 16 outside and inside circle, which is inscribed in the first equilateral triangle.

v // f

- 2 in which a circle is inscribed, in which a square and a second equilateral triangle with three bisectors are inscribed, connected in one center; the lower point 16 of the coal figure is connected to the second circle in which the second square is inscribed so that one of its vertices is connected to the lower point of the 16-coal figure; the third square is inscribed in the second square; angles and proportions are calculated numerologically 41

The disadvantages of the known device are low operational capabilities due to the low range (up to 70 cm), and therefore it is inefficient to process large objects, such as, for example, a person, due to the operation of the device for scattering, and not for energy concentration, as well as low e the objectivity and long duration of the necessary procedures due to the fact that the focusing properties of spatial forms are not used, as volume resonators Despite the fact that the device contains a spatial foretz more a lozeng's konf & Eguruchi, which allows reproducing more puffed fields, it nevertheless does not agree well with the spatial configuration of the body of a real bioobject (person), since it is a set of elementary abstract geometric ones, which determines the duration of treatment.

The purpose of the utility model is to expand operational capabilities by increasing the cohesiveness of the device while maintaining its ability to affect the entire body and preserving a uniform cutting pressure by placing paschunt inside the device, and also shortening treatment time by using slush geometric forceps, closer to the natural form of CFLV of organisms (for example, tortoise shell) and, in connection with this, improving the conditions of coordination with the patient’s body.

To achieve this goal in the known device for emitting waves of a favorable shape, containing a spatial shape, additionally the spatial shape is made in the wad of the servant

/ a - 3

a volumetric geometric figure, the faces and edges of which are approximated by the surface of the pannel of the LARGE body, and the internal volume of the spatial force exceeds the volume of the human body, at least of the body. In addition, the spatial form is made on an enlarged scale relative to the size of the original, averaged over the RCI of the variability. In addition, the spatial form is performed on an enlarged scale relative to the individual sizes of a particular individual. In addition, the spatial form is made of solid dielectric. In addition, a dielectric base is additionally introduced into it, on which the spatial form is located, and the spatial form is made in the form of a frame passing along the edges of a geometric figure and made of an electrically conductive material. In addition, the spatial form is made detachable along the horizontal perimeter with a hinged upper part. In addition, the spatial form additionally contains holes for the head, arms and legs of the patient. In addition, the dielectric base is extruded in the form of a lattice or mesh lounger, the upper part of the spatial form is located on the upper surface of the lounger and is removable or fixed on hinges with the possibility of folding, and the lower part of the spatial form is located under the upper part from the outside surface of the lounger; the lower and upper part of the spatial form are in contact with each other. In addition, a couch located in the internal volume of the spatial form is additionally introduced into it so that the geometric centers of the spatial force are located within the couch on its surface. In addition, the spatial form is removable on top of the base and couch so that the couch is completely naphtha. In addition, the spatial shape is attached to the base with farniers along one of the edges of the spatial perimeter with the possibility of rotation around it. In addition, the meledo gaps in the carcass ribs, which are the 4th faces of the spatial forgla, are made of fabric impregnated with propolis. In addition, the spatial form is made in the form of panchchrya turtles.

Figure 1 shows a General view of the device gave the treatment of spatial energy with a spatial form, covering a couch with paschat.

Figure 2 shows a spatial arrangement not fixed relative to the couch.

On Fig.3 shows a diagram of a device with a spatial shape, consisting of upper and lower parts with a hinged upper part and the location of the patient with the couch completely in the internal volume of the spatial shape.

In Fig, 4 is the same as in Fig.Z, but with a spatial shape consisting only of the upper part.

In FIG. 5 shows a general view of the device with a small-sized carapace covering the patient’s body.

Figure 6 shows a side view of the device of figure 5.

In Fig.7 shows a device with an autonomous shell and a diagram of its application.

On Fig.8-10 image} ken airborne from above, side and bottom of the shell of a real individual tortoise T siudo horsfietat b2at

Figures 11-13 show a top view, a side view and a bottom view of an averaged figure based on approximations of pear shells of the tortoises of the type of Figures 8-10,

A device for treating spatial energy (Figs. 1,2,4) contains a Bush I located in the inner volume of the spatial form 2, so that the centers and axes of the couchette of the couch coincide with the centers and axes of symmetry of the spatial form 2, the upper part 3 of which is made in in the form of a complex multicomponent geometric figure approximating the shell of a real living org - YJ

-. 5 bottom, and the lower open perimeter freely rests with the possibility of removal and transfer to the dielectric base 4 (Fig. 1,2), or the upper part 3 of the spatial form 2 is fixed in one place of the dielectric base by hinges 5 with the possibility of folding to the side by turning in them (figure 4). Spatial form 2 may contain the lower part b (Fig. H), which is the bottom and constitutes the upper part of the ЗуОбеглый spatial form 2, which models the pannel of a real living organism, mounted on it, while the couch I is installed in the internal volume of spatial form 2 so that the lower part 6 passes under K5; with a brush and rests on a dielectric base 4; the upper part 3 is connected to the real part 6 along the perimeter of the forgla 2, which can be arranged parallel to the base 4, for example, at the level of couch I; the upper part 3 can be removable or tiltable (FIG. 3) by turning it in hinges 5 connecting it to the lower hourfube.

A device for treating spatial energy (Figs. 5-7) with a small shell contains a couch I in the form of a lattice or net bed (Fig. 5), which is also a dielectric base for spatial form 2, the upper part 3 of which is located on the upper surface of the couch I in the location of the torso of a person lying on vushka I; the lower part 6 of the spatial form 2 is rigidly fixed below on the lower surface of the cushion I opposite the upper part 3 so that it is in contact with it along the perimeter; the upper part 3 of the spatial form 2 is freely placed on the couch I or connected by hinges 5 to the lower part 6 with the possibility of folding by turning in hinges 5; the upper part 3 of the spatial form 2 has openings 9 for the head and rue in the front and openings 10 for the legs in the back, simulating the natural openings of the body shell.

 / 0 7 6 (Fig. 7), in this case it consists only of spatial form 2, made so that its internal volume is not larger than the body of a person, and consists of lower 6 and upper 3 parts with holes 9 for the head and hands front and holes 10 for the legs in the back; both parts 3 and 6 are connected by clasps 8 on both sides of the spatial form 2, or on one side of the clasps 8, and on the opposite side by hinges 5.

Spatial form 2 is a complex geometric figure that approximates the surface of the shell of a real living organism, taking into account its individual characteristics (fffl, 8-rO) or averaging the approximating figures of the shell of many individuals (Figs. 11-13). In the case of a tortoise shell, the upper part 3 of spatial form 2 (Fig. I) consists of ten hexagonal II elements, four pentagonal 12 elements and twenty two quadrangular 13 elements mated to each other; the lower part 6 (fkg. 13) contains two triangular 14 elements, six quadrangular 15 elements, two curvilinear quadrangular 16 elements and four curved 1 pentagonal 17 elements that are interconnected; the upper and lower parts are made of electrically conductive material in the form of wire frames passing along the edges of geometric shapes; the upper 3 and lower 6 parts can also be made continuous of a dielectric material (for example, molded from fiberglass); or in the form of wire frames covered on the sides with a fabric-based dielectric material impregnated with propolis.

A device for treating spatial energy is based on the action of spatial forms on living organisms similar to the action of the forgla of the Cheops pyramid 1,2, 3 and other geometric figures 4. The mechanism of their action is the concentration (VZ and 4 in the subsequent re-emission and dispersion) of the electromagnetic energy of the natural electromagnetic background and beneficial interaction

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the action of this radiation with biological objects 1-4. In this case, the spatial form acts as a volume resonator and can be made of either a dielectric material or in the form of a wire conductive frame passing through a grant of spatial form 5, and in combination with of another. Flare up tayuke and. other components of the mechanism of action of non-electromagnetic nature 6 J, Performing a spatial form in the interior of the shell of a living organism allows you to expand the volume of the active zone and extend it to most of the internal space of the form, in contrast to the known devices made in the form of primitive geometric figures, the active volume of which is small part. In addition, the implementation of the spatial form of a complex configuration that was naturally generated during biological evolution allows us to optimally distribute the concentrated energy over the Bceiviy volume of the bioobject and thereby better coordinate the spatial configuration with the complex configuration of the bioobject.

As a spatial form in the proposed device, the model of the carapace of any shell organism can be used, for example, turtles / If Cfp iaff Tesiud {l1ffi; gastropod mollusks, for example, Rapdi a i / n Gsiafi iamTesfuc / (/ esse f-o from the stenoglossus order; armored mollusks, nm ymQ Oiapfochiio / S itffe2i;

bivalve mollusks, for example, / 15 ": rGe i omaquc from the order lamellar-gill (Aifto zai chict} and others

A device for treating spatial energy is used as follows,

In the case of using the device with the couch I, located completely inside the spatial fork 2 (Figs. 1-3), the couch I is preliminarily released by removing the upper part 3 of the spatial 2 from the dielectric base 4 on which the couch I is mounted (Fig. 1) , or by folding back ver /: from 7

- 8 ,. ///

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the snare of part 3 is spatially 2 per, due to its rotation in hinges 5 relative to the lower part 6 or the entire force 2 relative to the base 4 (Fig. 3.4). Then the patient 7 is laid on the Bouchette I. The removable upper part is installed so that it covers the patient 7 together with the voucher I and centered so that the geomatric centers from the geometry of the spatial shape 2 coincide with the center of the patient 7, in the case of a tilted upper part 3 or the whole form 2 of patient 7 is placed on the couch I in a fixed position (center the patient 7 on couch I), after which the lowering from the upper part 3 to bring it into contact with the lower part 6. In this patient position erzhivayut during the procedure (generally 5-10 in g / LS, to 1-2 hours, depending on the disease and the patient 1shd1shidualnosti paragletrov). After that, in the reverse order, the patient is released 7.

If the device with a small shell covering the patient’s torso is closed (Fig. 5, 6), the couch I (plank bed) is released by removing from it or by tearing off the upper part 3 of the spatial form 2, Patient 7 is placed so that his torso is placed on the couch I above the lower part 6 of the spatial forts 2, located under the couch I, Then the upper part 3 is mounted or lowered on hinges 5 so that it comes into contact with the real part 6 and completely covers the body of the patient 7 so that his head, hands and legs remained sn arms passing through holes 9 in spatial form 2 for the head and arms and 10 for legs, which model the natural openings of the carapace} of the living organism, for example, turtles. Patient 7 is pulled out in this position throughout the procedure,

. B. in the case of the design of the device in the form of an autonomous shell (Fig. 7), the entire system: the nasal part 6 - patient 7 - the upper part 3 with the patient 7 in the internal volume of the spatial form 2 is located on a regular couch I, or on a mat in horizontal natal position. The upper part 3 and the lower part 6 of the spatial forl 2 can be locked, for example, with locks or fasteners 8.

Moreover, in all cases, bend the volume of spatial form 2 (fs.3.5.6), or spatially form 2 and dielectric base 4 (Figs. 1,2,4), forms a complex concentrator of spatial energy of the medium, focused on the body 7, located in its core. This effect allows you to normalize the Bayanese bioenergy processes of the body, stimulate the defenses and has a non-specific healing effect, increasing the overall status of the body and accelerating metabolic processes. Owing to the slowness configuration of spatial form 2, the active zone in it is significantly expanded s approaching in volume to the internal spatial form 2, which leads to relatively compact dimensions of the device compared to the size of a person and, therefore, high operational capabilities. The variant of the device with the malm shell (figure 5.6) is more effective and, accordingly, less time for treatment and procedures due to the more rational use of the inner core due to its greater proximity to the natural position and natural proportionality of the body and its body the shell.

In particular, the morphological paragets of the carapace (upper part) and plastron (lower part) of the shell of the land Central Asian tortoise Te-siicdo QTXIU on the number of 132 copies from the collection of St. Petersburg University and published data 6.9 . A diagram of the original shell of one of the typical samples is shown in FIG. 8-10. Geometric averaging of proportions was performed using graphic packages on the IBM-PC-386 computer-aided digital engine for individual individual executions and approximating geometry was constructed / /

The spatial spatial form depicted in Figs. 1-13. The pruning of the averaged approximating figure slightly reduces the effectiveness of the effect compared to the pruning of the spatial form while maintaining the individual characteristics of the shell organism. The use of the latter is justified, since it guarantees higher e (| efficiency only with careful selection of the sample for the manufacture of the model and careful selection of the proportions of the carapace for the proportions and weight of the patient). Applying averaging when constructing a spatial form significantly extends the range of use of the same form of ja its different scabs and body builds and greatly facilitates the selection of spatial forms of new sizes.

The proposed device, depending on the specific embodiment, can achieve an increase of 3-5 times the effectiveness of the exposure compared to the known analogous devices Ш1 and reduce, thereby, the game, the duration of the procedures and treatment.

When performing the faces of an approximating figure on a fabric basis, impregnated with propolis and stretched between the conductive ridge of the carcass, the bioenergetic effect of the device is carried out in the antiseptic airspace of the internal volume of form 2 (thanks to propolis). This provides an additional

increase in efficiency and reduction of treatment time by 1.2 - 2 times additionally depending on the type of disease.

Compared with the known similar devices, including the prototype, the proposed device for treating spatial energy has the following advantages as well: - more widespread operational capabilities due to the implementation of the device elements in the proposed form and the introduction of new elements connected in a predetermined manner, which allows to increase compactness and device transportability while maintaining

- X J.

biting modes, achieved by the location of the patient inside the device, due to the expansion of the active zone to almost the entire internal volume of the spatial form;

- Significantly higher impact efficiency, which allows to reduce the time of procedures and treatment by 3-5 or more times due to the use of complex geometric shapes that are as close as possible to the forms developed by natural gnome during biological evolution;

- Improved coordination of waves with the patient’s body through the use of the spatial form of the complex configuration of the characteristic of living organisms, which also helps to increase efficiency and reduce treatment time;

-nonspecificity and safety of exposure, which allows the use of the device in the treatment of diseases of various etiologies, which is based on a violation of bioenergy, the body;

-practical absence of side effects, due to the fact that medications and any sources of energy and external artificial radiation are not used, and also has a high degree of environmental friendliness in this regard;

- ease of use and the absence of any settings, which can significantly reduce the requirements for special training of medical staff, and also makes it possible to use the device for individual use at home;

-high manufacturability, ease of manufacture and the lack of expensive materials and components.

Sources of information taken into account.

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2.Lauer 1.-F. Riddles of the Egyptian pyramids, s, 176.

3. Application Ж1В А О 302 192, imf А 61 Н I / I6, 1989.

4. France application. 2 618 076, MKI A 61 I I / I6, 1989.

5. Reference on the theoretical foundations of radio electronics, under the general. ed. Kulikovsky A.A., vol. 1, M .: Energy, 1977, p. 217-268.

6.Veynik A.I. Thermodynamics of real processes, Minsk: Science and Technology, I99I, p.334-338.

7. Life of animals, M .: Education, I985-I988, v.2, p.80; T. 5, p. 124-143.

8. Brushko Z.K., E bykin R.A. Variability of the horn shells of the carapace of a Central Asian tortoise in Kazakhstan, Zoological Journal, 1980, vol. 59, vol. 6, p. 870-874.

9.Cherepanov G.O. The design of carapace of tortoises in connection with the peculiarities of its morphogenesis. - Zoological Journal, 1994, T. 73, VYP.1, S.P2-120.

Authors: S. A. Shostal

- 13 I.S. Repkin

FROM

Claims (12)

1. A device for treating spatial energy, containing a spatial shape, characterized in that the spatial shape is made in the form of a complex three-dimensional geometric figure made in the shape of a shell of a shell animal, such as a turtle, and the internal volume of the spatial shape exceeds the volume of the human body, at least the trunk .  2. The device according to claim 1, characterized in that the spatial form is made on an enlarged scale relative to the dimensions of the natural shell of a shell-like animal, for example, a tortoise averaged over its individual variability.  3. The device according to claim 1, characterized in that the spatial form is made on an enlarged scale relative to the individual dimensions of the natural shell of a particular individual of a shell animal, such as a turtle.  4. The device according to claims 1 to 3, characterized in that the spatial form is made of a solid dielectric.  5. The device according to claims 1 to 3, characterized in that the dielectric base is additionally introduced on it, on which the spatial form is located, and the spatial form is made in the form of a frame passing along the edges of a geometric figure and made of an electrically conductive material.  6. The device according to claims 1 to 5, characterized in that the spatial form is made detachable along the horizontal perimeter with a hinged upper part.  7. The device according to claims 1 to 6, characterized in that the spatial form further comprises openings for the head, arms and legs of the patient.  8. The device according to claims 1 to 7, characterized in that the dielectric base is made in the form of a lattice or mesh lounger, the upper part of the spatial form is located on the upper surface of the lounger and is removable or fixed on hinges with the possibility of folding, and the lower part of the spatial form is located under the upper part from the lower surface of the sunbed; the lower and upper parts of the spatial form are in contact with one another.  9. The device according to claims 1 to 6, characterized in that a couch is additionally inserted in it, located in the internal volume of the spatial shape so that vertical projections on the surface of the couch of geometric centers of spatial shapes do not extend beyond the boundaries of the couch.  10. The device according to claims 1 to 6 and 9, characterized in that the spatial shape is removable on top of the base and couch so that it completely covers the couch.  11. The device according to claims 1 to 5 and 9, characterized in that the spatial form is attached to the base by hinges along one of the edges of the perimeter of the spatial form with the possibility of rotation around it.  12. The device according to claims 1 to 3 and 5 to 11, characterized in that the gaps between the edges of the frame, which are faces of a spatial shape, are made of fabric impregnated with propolis.