EP1624924A1

EP1624924A1 - Device for continual neutralization of broad electromagnetic spectrum radiation

Info

Publication number: EP1624924A1
Application number: EP03817047A
Authority: EP
Inventors: Savo Radovic
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-05-21
Filing date: 2003-08-14
Publication date: 2006-02-15
Also published as: WO2004103464A1; AU2003258338A1; EA008453B1; EA200501441A1

Abstract

Device for continual neutralization of broad electromagnetic spectrum of radiation, which consists of two identical cylindrical bodies (1, 2) with cylindrical chambers (4, 5) mutually joined by a cylindrical channel (6) through the cylindrical ring (3), through which a rod-like core (7) is pulled, with coiled up connical solenoids (10, 11), according to this invention, the novelty is in, the rod-like core (7) on both endings have disks (8, 9), where around the core (7), conical solenoids (10) are coiled up with wider ending toward the disks (8, 9) and around them are coiled conical solenoids (11) with narrow endings toward the disks (8, 9). A construction like this provides a significant increase in capacity on one side, i.e. the changeable values of the continual inductivity, thus making continual resonant circuits for achieving self-resonance or inductivity of electrical currents out of the exterior damaging electromagnetic radiations. Thus, those radiations in the device are transformed into lower frequencies, or at self-resonance spreading out of the device and annulling the exterior damaging radiations.

Description

DEVICE FOR CONTINUAL NEUTRALIZATION OF BROAD ELECTROMAGNETIC SPECTRUM RADIATION

TECHNICAL FIELD

This invention belongs to the field of protective devices for human body from damaging raditation and according to the International Patent Classification (IPC) belongs to the class A 61 H 1/16, which refers to the devices for protection and neutralization of damaging radiation.

TECHNICAL SOLUTION

Technical problem solved by this invention is in designing a device for continual protection from, or neutralization of the broad electromagnetic spectrum of damaging radiation and not only some scopes of its.

STATE-OF-ART

In the international application PCT/YU01/00019 WO 03006105 and granted utility model YU 413 MP which are by its construction very close to the solution of filed patent application, oscillatory circuits for the generation of its own oscillations, and in which simultaneously by induction, the external damaging radiations of high frequency convert to complex indirect currents of low frequencies, are achieved by three joined crosswise coiled solenoids in which each of the two chambers of body, through which a rod-like core is pulled through. Each of the solenoids is composed of equal coils for each solenoid separately, which brings about that each solenoid for itself has a fixed inductivity. The largest possible capacity is gained when the tip of the rod-like core is at the longest distance from the closure, either from one or the other side, and this is in its essence a trifle one. This means that from each solenoid with core a wide range of frequencies is formed around three main frequencies, where these ranges do not overlap. Thus, neutralization is actually achieved only of the parts of the spectrum of damaging electromagnetic radiation of technical appliances and devices in the human environment and broader.

EXPOSITION OF THE ESSENCE OF THE INVENTION

It is known that sources of damaging radiation of any kind influence the vibratory rhythm of living cells in people, animals and plants, as well. This influence is seen in the change of polarity of living cells producing energy imbalance which often brings to some illness. Life and work in urban areas, such as for example large cities with industrial areas, bring to the disturbance of natural conditions of life due to the influence of damaging radiation, particularly technical radiation. This kind of damaging radiation is invoked by electromagnetic waves of different frequencies which are derived from electrical lines of high and low voltage, transformer stations, electroinstallations, electrical engines and devices, household appliances, radio and television sets, computers etc. It is evident that all the damaging influences cannot be entirely eliminated, but it is known that damaging radiations can be reduced or neutralized.

The purpose of this invention is to remove recognized limitations of existing gadgets and devices for neutralization and to eliminate electromagnetic damaging radiation, in which the conception is in the capacitivity obtained between the tips of cores and closures, which means that capacitivity is significantly low and inductivity is obtained from the few crosswise coiled solenoids with the same ratio of coils in one solenoid, which provides fixed inductivities, as well, bringing about a limited number of supporting frequencies of resonant circuit, which of course accompanies higher frequencies. Due to the disks which end on both endings, according to this invention, the rod-like core, capacitivity of the neutralizer is significantly increased in comparison to the existing solutions, and by the fact that conical solenoids are used in both directions crosswise coiled, and each coil with different diameter in comparison to the two neighbouring coils, with new capactivity new resonant frequencies are obtained. Due to the fact that by usage of the device for continual neutralization even the value of capacitivity is changed during walking or moving of the body, because of the fact that the disks move in relation to the closures of the device, which provides additional continual change of main frequencies.

Device for continual neutralization of broad electromagnetic spectrum of damaging radiation, according to this invention, consists of two identical cylindrical bodies integrally joined by a cylindrical ring, where bodies comprise cylindrical chambers which are mutually, through cylindrical ring, joined by cylindrical channel and where, through it, a rod-like core is pulled through around which conical solenoids are coiled up in both chambers. Here the chamber of the body is closed by coiled plate, and the chamber of the body is closed by coiled closure, on which from its exterior side is integrally attached the protruded holder with the opening. The novelty of the invention is in, that on the endings of the rod-like core integrally with it are attached disks opposite to a coiled closure and a coiled plate successively, and that from the channel around the core are coiled the inner conical solenoids with wider endings turned toward the disks. Here, around the wider endings of the conical solenoids and extended from them and toward the cylindrical channel are coiled up the exterior conical solenoids. By its exterior surface the cylindrical bodies along convex-concave edge extend in the exterior surface of the cylindrical ring.

Also, the device for the continual neutralization according to variant I, has a novelty in, that in the conical chambers of symetrical bodies around the rod-like core and in front of disks are coiled up the inner conical solenoid and around it the exterior conical solenoid which are mutually parallel, and in, that the exterior surface of the body in relation to the exterior ring is continued as convex edge in the continuation of which is the concave edge, and on this the exterior conical edge extends, on which the exterior convex edge extends, and which is ended in the concave edge.

The device according to variant II, has a novelty in, that each of the few conical solenoids are mutually coiled up one around the other with prolongued virtual cones and the number of solenoids is higher or equal to three.

The device according to variant III, has a novelty in, that more conical solenoids are mutually parallely coiled around each other, where the number of solenoids is higher or equal to three.

The above described device according to this invention has a novelty in, that the cylindrical bodies, the rod-like core with disks, the conical solenoids, the coiled plate, and the coiled closure are made of mutually different conducting materials.

The above described device, according to variant IV, has a novelty in, that the exterior surface of the body in relation to the exterior ring continues in convex edge on which the concave edge extends, on which the conical edge extends and which ends in convex edge and so the body is integrally joined with the exterior ring, where the body is conically-cylindrically shaped, and is integrally taken by toric ring, and where on the top of cylindrical part of the body and integrally with it is joined the protruded holder with the opening.

The device for continual neutralization of broad electromagnetic spectrum of damaging radiation, in comparison to the quoted solutions has the advantage in, that:

- the maximum value of variable capacitivity is significantly increased

- inductivities of solenoids are not stable but continually changeable values;

- significantly extends frequentative scope of self-oscilation and externally induced oscillations as well;

- neutralization of external damaging radiation is continually done and a great deal in broader frequentative scope - by different convex-concave-conical-cyllindrical shape of edges of body better and comprehensive aerial absorbtion of damaging radiation from all the directions in the device itself because of its neutralization, by which a spatial redistribution of significantly large deal of damaging radiation in the human environment is done in the neutalizer.

SHORT DESCRIPTION OF DRAWINGS

This invention will be further described in reference to the drawings where: Fig. 1 shows axonometric view of the device, Fig. 2 shows side view of the device from fig. 1 , Fig. 3 shows section along axle 0-0 from fig. 2; Fig. 4 shows enlarged marked section from fig. 3; Fig. 5 shows section I of variant solution from fig 4;

Fig. 6 shows section from fig. 4 as from variant solution II with the few conical solenoids;

Fig. 7 shows section from fig. 5 as from variant solution III with the few parallel conical solenoids;

Fig. 8 shows the outer shape of the body from fig. 5 with variant solution IV of the first part of cylindrical body.

DETAILED DESCRIPTION OF THE INVENTION

As it is seen from drawings 1-4, device for continual neutralization of broad electromagnetic spectrum of damaging radiation, according to this invention consists of two identical cylindrical bodies 1 , 2 integrally joined by a cylindrical ring 3, where the bodies 1 and 2 comprise cylindrical chambers 4, 5 which are mutually, through the cylindrical ring 3, joined by cylindrical channel 6 and where through it a rod-like core 7 is pulled through, having conical solenoids 10 and 11 coiled up around it, in both chambers 4 and 5. Here, the chamber 5 of the body 1 is closed by coiled plate 15 and the chamber 4 of the body 2 is closed by coiled closure 12, on which from its exterior side is integrally attached the protruded holder 13 with the opening 14. This invention has a novelty in that on the endings of the rod-like core 7, integrally with it, are attached disks 8, 9 opposite to the coiled closure 12 and the coiled plate 15 and successively in that from the channel 6 around the core 7 are coiled conical solenoids 10 with wider endings turned toward disks 8 and 9, Here, around the wider endings of conical solenoids 10 and extended from these toward the channel 6 are coiled up conical solenoids 11 , and where by its exterior surface of cylindrical bodies 1 , 2 and convex-concave edge 16 are extended in the outer surface of the cylindrical ring 3.

As it is seen from fig. 5, device for continual neutralization according to variant I of this invention has a novelty in, that in conical chambers 17, 18 of symetrical bodies 26, 27 around the rod-like core 7 in front of the disks 8, 9 are coiled up the inner conical solenoid 19 and around it the exterior conical solenoid 20 mutually parallel, and in that, the outer surface 25 of the body 26, 27 in relation to the exterior ring 3 continues in convex edge 21 , with concave edge 22 in the continuation, and on which the conical edge 32 extends, on which the convex edge 23 extends, and which is ended in concave edge 24.

As it can be seen from fig. 6, device according to variant II, has a novelty in, that each of the few conical solenoids 10, 11 , ..., M are mutually coiled up around the other with prolongued virtual cones and that the number of solenoids M is higher or equal to the number 3.

As it can be seen in fig. 7, device according to variant III, has a novelty in, that each of the few conical solenoids 19, 20, ..., N are parallely coiled around each other, where the number of solenoids N is higher than or equal to three. The above described device has a novelty in, that cylindrical bodies 1, 2, 26, 27, the rodlike core 7 with the disks 8, 9, the conical solenoids 10, 11 M, 19, 20, ...N, the coiled plate

15, and the coiled closure 12 are manufactured of mutually different conducting materials.

As it is seen in fig. 8, the above described device according to variant IV, has a novelty in, that the exterior surface 25 of the body 26 in relation to the exterior ring 3 is continued in convex edge 21 on which the concave edge 22 extends, on which the conical edge 32 extends, and which ends in the convex edge 23 and in the body 30 which is integrally joined with the exterior ring 3, where the body 30 of conical-cylindrical shape, is integrally taken by toric ring 31 , and where on top of the cylidnrical part of body 30 is, integrally with it, joined the protruded holder 13 with the opening 14.

RECOMMENDATION FOR THE MOST ECONOMIC USE OF THE MENTIONED INVENTION

Device for continual neutralization of broad electromagnetic spectrum of damaging radiation is best produced in the way, that on the universal machine tool are shaped its bodies 1 , 2, 26, 27, 30 joined by a ring. Then the cylindrical chambers 4, 5, 17, 18 are manufactured in the bodies 1 , 2, 26, 27, 30 and between them, in the coupling ring 3 is bored through joining the cylindrical channel 6. Afterwards on the rod-like core 7, next to the disk 9 slipped over are the conical solenoids 10, 11 , 19, 20 and the rod-like core 7 is pulled through the chamber 5, 18 and channel 6 in chamber 4, 17. Now, the chamber δ, 18 is closed by coiled plate 15. In chamber 4, 17 is, around the core 7, slipped over the rest of the conical solenoids 10, 11 , 19, 20 and on the core 7 the disk 8 is integrally attached. Then, chamber 4, 17 is closed by coiled closure 12. In this way the produced device through the opening 14 of protruded holder 13 with a pulled through necklace is carried as a pendant around the neck. In the state of standstill, frequencies of exterior damaging radiation are induced in the device of lower frequencies and thus damaging radiation is absorbed or neutralized. In the state of movement, existing low voltage between singular parts of construction is changed, and indirect current of complex form is induced and of broad frequencial combinations, which annuls the environmental damaging radiation. Convex 21 , concave 22, covex 23, concave 24, conical 32 and cylindrical edge of body 26, 27, 30 provides with toric ring 31 that the whole device from the outside seems like a particularly designed aerial for fully comprehensive capture of damaging radiation from all the directions due to its total absorbtion and neutralization.

Claims

P A T E N T C L A I M S

1. Device for continual neutralization of broad electromagnetic spectrum of damaging radiation, which consists of two identical cylindrical bodies 1 , 2 integrally joined by a cylindrical ring 3, where the bodies 1 and 2 comprise cylindrical chambers 4, 5 which are mutually, through the cylindrical ring 3, joined by cylindrical channel 6 and where through it a rod-like core 7 is pulled through, having conical solenoids 10 and 11 coiled up around it, in both chambers 4 and 5 where the chamber 5 of the body 1 is closed by coiled plate 15 and the chamber 4 of the body 2 is closed by coiled closure 12, on

which from its exterior side is integrally attached the protruded holder 13, with the opening 14, is characterized in, that on the endings of the rod-like core (7) integrally with it are attached disks (8, 9) opposite to the coiled closure (12) and the coiled plate (15) and successively, and that from the channel (6) around the core (7) are coiled conical solenoids (10) with wider endings turned toward disks (8 and 9), where around wider endings of the conical solenoids (10) extended from them toward the channel (6) are coiled up the conical solenoids (11), and where by its exterior surface of cylindrical bodies (1 , 2) by convex-concave edge (16) are extended in the exterior surface of the cylindrical ring (3).

2. Device for continual neutralization according to claim 1 , and variant I, is characterized in, that in the conical chambers (17, 18) of symetrical bodies (26, 27) around the rod-like core (7) in front of disks (8, 9) are coiled up the inner conical solenoid (19) and around it the exterior conical solenoid (20) mutually parallel, and in that the exterior surface (25) of the body (26, 27) in relation to the exterior ring (3) continues in convex edge (21), with the concave edge (22) in the continuation on it, on which the conical edge (32) extends, on which the convex edge (23) extends, and which is ended in concave edge (24).

3. Device according to claim 1 , and variant II, is characterized in, that the few conical solenoids (10, 11 , ..., M) are mutually coiled up around the other with prolongued virtual cones and that the number of solenoids (M) is higher or equal to number 3.

4. Device according to claim 2, and variant III, is characterized in, that more conical solenoids (19, 20, ..., N) are mutually parallely coiled around each other, where the number of solenoids (N) is higher or equal to number 3.

5. Device according to claims 1-4, is characterized in, that cylindrical bodies (1 , 2, 26, 27), the rod-like core (7) with the disks (8, 9), the conical solenoids (10, 11, ..., M, 19, 20, ...N), the coiled plate (15), and the coiled closure (12) are made of mutually different conducting materials.

6. Device according to claims 2, 4, 5, and variant IV, is characterized in, that the exterior surface (25) of the body (26) in relation to the exterior ring (3) continues in convex edge (21) on which the concave edge (22) extends, on which the conical edge (32) extends and which ends in the convex edge (23) and so the body (30) is integrally joined with the exterior ring (3), where the body (30) is of conical-cylindrical shape, and below the cylinder is integrally taken by toric ring (31), and where on the top of the cylidnrical part of the body (30) integrally with it is joined the protruded holder (13) with the opening (14).

Device for continual neutralization of broad electromagnetic spectrum of radiation, which consists of two identical cylindrical bodies (1, 2) with cylindrical chambers (4, 5) mutually joined by a cylindrical channel (6) through the cylindrical ring (3), through which a rod-like core (7) is pulled, with coiled up connical solenoids (10,11), according to this invention, the novelty is in, the rod-like core (7) on both endings have disks (8, 9), where around the core (7), conical solenoids (10) are coiled up with wider ending toward the disks (8,9) and around them are coiled conical solenoids (11) with narrow endings toward the disks (8, 9). A construction like this provides a significant increase in capacity on one side, i.e. the changeable values of the continual inductivity, thus making continual resonant circuits for achieving self-resonance or inductivity of electrical currents out of the exterior damaging electromagnetic radiations. Thus, those radiations in the device are transformed into lower frequencies, or at self-resonance spreading out of the device and annulling the exterior damaging radiations.