RU2262361C1 - Device for adjusting external electromagnetic field and method for manufacturing the device - Google Patents

Abstract

FIELD: medical engineering.

SUBSTANCE: device has minimum n units, where n≥2. Every unit has minimum two members, each having active para- or ferromagnetic layer. Active layers of the members are joined and polarized with the external electromagnetic field before being connected on the same side with contact surfaces or from the side opposite to the contact surfaces. Method involves mounting the units on the same plane in a way that n_i unit position relative to n_i-1 unit position is determined by rotating the unit from n_i-1 unit position relative to rotation center per an angle of 360°/n.

EFFECT: enhanced effectiveness of treatment; wide range of functional applications; reduced risk of traumatic complications.

2 cl, 6 dwg

Description

The invention relates to the field of biophysics, experimental and clinical medicine, in particular to devices for the correction of an external electromagnetic field acting on a person, animal and other living organisms.

By technical nature, the closest to the proposed device is a device containing two elements, each of which has an active layer of a para- or ferromagnet, the active layers of the elements are connected directly or through a gasket made of a material transparent to electromagnetic radiation by contact surfaces, as well as a method for its manufacture, in which the active layers of the elements are pre-polarized prior to their connection from the side of the contact surfaces or from the side opposite to the contact surfaces, the radiation external electromagnetic field (see RF patent No. 2214843, dated 5.12.2002, class A 61 N 5/00, 5/01).

However, the known device in the presence of strong electromagnetic disturbances, for example, from power supplies of electrical appliances does not provide the required level of protection, in addition, it can have minor side polarizing effects from its ends.

The operations inherent in the method of manufacturing the known device do not provide the ability of the known device to compensate for these side polarizing effects. In addition, the known method is not able to provide the manufactured device with sufficient quality characteristics necessary when used to increase the stability of homeostasis of a biological object.

The technical result is the reduction of polarization side effects and the expansion of functionality.

This is achieved by the fact that the device for correcting an external electromagnetic field acting on a living organism according to the invention contains at least n blocks, where n≥2, each of which consists of at least two elements, each of which has an active layer of para- or ferromagnet, the active layers of the elements are connected directly or through a gasket made of a material transparent to electromagnetic radiation by contact surfaces, while the active layers of the elements are previously polarized prior to their connection contact surfaces or from the side opposite to the contact surfaces, by radiation of an external electromagnetic field, and the blocks are mounted on the same plane so that the position of the nth block relative to the n (i-1) th is determined by turning it from the position n (i- 1) of the block relative to the center of rotation at an angle of 360 ° / n.

In addition, in the method of manufacturing the claimed device according to another invention, elements are taken, each of which has an active layer of a para- or ferromagnet, the active layers of the elements are polarized from the side of the contact surfaces or from the side opposite to the contact surfaces, radiation of an external electromagnetic field, connect the elements with active in layers of n blocks, where n≥2, each of the blocks includes at least two elements, after which the blocks are set on the same plane so that the position of the nth block of the relative But the n (i-1) th is determined by turning it from the position of the n (i-1) th block relative to the center of rotation by an angle of 360 ° / n.

The essence of the invention lies in the fact that the implementation of the inventive device in the manner described above with the appropriate sequence of operations of the method allows to reduce the side polarization effects and expand the functionality. The described symmetrization of the device blocks provides mutual cancellation of side polarization effects from the ends of the blocks. Since the properties of mirror symmetry in the manufacture of individual blocks of the known device were used relative to one axis on the plane, side effects could occur from the ends parallel to this axis. Therefore, the suppression of disturbances of the same orientation is achieved in the claimed technical solution due to the symmetric phase shifts of the blocks.

Figure 1, 2, 3 presents the design options of the proposed device with i = 2, figure 4 - with i = 3, figure 5 and 6 - with i = 4.

The device contains at least n blocks 1-1 ... 1-n, where n≥2, each of which consists of at least two elements 2-1, 2-2, each of which has an active layer of a para- or ferromagnet. The active layers of the elements 2-1, 2-2 are connected directly or through a gasket made of a material transparent for electromagnetic radiation by contact surfaces, while the active layers of the elements are polarized prior to their connection from the side of the contact surfaces or from the side opposite to the contact surfaces by radiation of an external electromagnetic field . It should be noted that the blocks n (i-1) and ni are installed on the same plane so that the position of the i-th block relative to the n (i-1) th is determined by its rotation from the position of the n (i-1) th block relative to the center of rotation 4 at an angle of 360 ° / n.

A method of manufacturing the claimed device is as follows.

Take m elements 2-1 ... 2-m, where m≥4, each of which has an active layer of steam or a ferromagnet, the active layers of elements 2-1 ... 2-m are polarized, as in the prototype, from the side contact surfaces or from the side opposite to contact surfaces, radiation of an external electromagnetic field. Elements 2-1 ... 2-m are connected by active layers in n blocks 1-1 ... 1-n, where n≥2, each of blocks 1-1 ... 1-n includes at least two elements 2- 1 ... 2-m. After that, the blocks 1-1 ... 1-n are installed on the same plane so that the position of the ni-th block relative to the n (i-1) -th block is determined by turning it from the position of the n (i-1) -th block relative to center of rotation 4 at an angle of 360 ° / n.

It should be noted that the shape of the blocks and the choice of the center of rotation 4 should be such that there is no overlap of the ni-th block on the n (i-1) th after rotation, and an arbitrarily selected center of rotation 4 should not provide contact of all blocks with the target .

The device prepared as described above in the form of an applicator can be mounted on the patient’s body, and can also be located in the shirt pocket.

In this case, the method of therapy with background resonant radiation is realized due to the effect on the resonant frequencies of cell structures.

The human body is constantly undergoing an oscillatory process of adaptation to the external vibrational rhythms of the ecosystem, associated with the fundamental life processes of oxidation and restoration and maintenance of acid-base balance (see E. Revich, “The Study of Physiopathology as the Basis of Guided Chemotherapy for Cancer,” New York , 1961). Moreover, the nature of the adaptation of different individuals to these external rhythms is different. The mismatch between the body's ability to adequately respond to external influences and the magnitude or speed of the signal (information) of the environment that occurs at a certain time is an integral factor in the occurrence of the pathological process. Therefore, streamlining the system of receptor-informational relationships can be the basis for the treatment and prevention of diseases.

The basis of the aging processes of a biological object is a decrease in the power of oscillatory processes in the body due to the constantly increasing slagging of the body and an increase in the relative influence of environmental noise factors on the processes of adaptation to them. Therefore, the restoration of primary DNA information for a particular individual in any form helps to increase the adaptive abilities of the body.

It should be noted that the installation of n blocks can be performed, for example, on a plate made of a material transparent to electromagnetic radiation, and fixed by glue or mechanical means.

Comparative tests of the inventive device with the prototype device were carried out.

The results confirmed the advantages of the claimed device for a significant reduction in polarization side effects.

Claims (2)

1. A device for correcting an external electromagnetic field acting on a living organism, characterized in that it contains n blocks, where n≥2, each of which consists of at least two elements, each of which has a layer of para- or ferromagnet, the layers of elements are connected directly or through a gasket made of a material transparent for electromagnetic radiation by contact surfaces, while the layers of elements are previously polarized from the side of the contact surfaces or from fraternal contact surfaces, radiation of an external electromagnetic field, the blocks are mounted on the same plane so that the position of the ni-th block relative to the n (i-1) -th block is determined by its rotation from the position of the n (i-1) -th block relative to the center of rotation at an angle of 360 ° / n. 2. A method of manufacturing a device for correcting an external electromagnetic field acting on a living organism, characterized in that it includes polarization of the elements, each of which has a layer of para- or ferromagnet, and the layers of these elements are polarized from the side of the contact surfaces or from the opposite side contact surfaces, radiation of an external electromagnetic field, then connect these elements in layers in n blocks, where n≥2, while each of the blocks includes at least two of these elements, e which units are installed on the same plane so that the position of the ni-th block with respect to n (i-1) th is determined by its rotation from the position n (i-1) th block with respect to the center of rotation by an angle 360 ° / n.

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