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INVENTION
Patent of the Russian Federation RU2179039
ENERGY CONCENTRATOR
Name of the applicant: Artyukhov Mikhail Sergeevich
The name of the inventor: Artyukhov Mikhail Sergeevich
The name of the patent holder: Artyukhov Mikhail Sergeevich
Address for correspondence:
Date of commencement of the patent: 2000.06.13
The invention relates to devices for energy concentration and can be used to neutralize the harmful effects of atmospheric and terrestrial radiation. The energy concentrator can be made in the form of two hollow pyramids installed one into the other and fastened together in the contact areas of their lateral faces, or in the form of a pyramidal body with three or four ribs, mounted on the tops of hollow pyramids. The technical result consists in reducing the costs of manufacturing and improving the efficiency of using an energy concentrator.
DESCRIPTION OF THE INVENTION
The invention relates to the screening and neutralization of harmful effects of atmospheric and terrestrial radiation and can be used in power concentrators.
An energy concentrator is known containing a pointed pyramidal body with lateral faces ( patent RU No. 2104058, 7 IPC A 61 N 1/16, 1998 ).
The drawbacks of the known energy concentrator include the consumption of materials and the complexity of its manufacture.
The main objective of the invention is to create an energy concentrator, taking into account the possibility of concentrating energy along its symmetry axis or concentrating with the possibility of changing its direction, obtaining new properties based on the new concept.
The technical result of using the invention is to reduce the costs of manufacturing and increasing the efficiency of using an energy concentrator.
The main task is solved and the technical result is achieved due to changes in the shape and geometry of the concentrator, its specific surfaces, their location and intersection, new elements and materials.
The essence of the invention is explained by the drawings.
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In Fig. 1 shows the energy concentrator with a demonstration of its features in a section passing along the axis of symmetry, a general view (the first variant); In Fig. 2 shows a view of the concentrator from above; In Fig. 3 - its cross-section; In Fig. 4 - connection of the vertices of the pyramids with an element in the form of a rod, rope or thread; In Fig. 5 shows the concentrator diaphragm; In Fig. 6 shows a view of the diaphragm; In Fig. 7 - transverse connector on the outer pyramid; In Fig. 8 - energy concentrator (second version) with a display of its features in a section passing along the axis of symmetry (general view); In Fig. 9 - view of the concentrator from above; In Fig. 10 - cross-section of the concentrator, passing at the level of the vertices of the lower hollow pyramids; In Fig. 11 - arrangement of a flat reflector on a common base between hollow pyramids; In Fig. 12 shows the location of the rod along the axis of symmetry of the pyramidal body fixed to the common base of the pyramids; In Fig. 13 shows a flat diaphragm of a mesh material with cells on the tops of hollow pyramids under the pyramidal body; In Fig. 14 - a view of the diaphragm from above.
A more detailed description of the essence of the invention with reference to the positions in the drawings is as follows.
The energy concentrator according to the first embodiment comprises a pointed pyramidal body made of two hollow pyramids 1, 2 mounted one to the other and fastened together in contact zones 3 of their lateral faces 4-7 and 8-11, the vertices 12, 13 of the pyramids 1 , 2 are located on a common axis of symmetry 14, while the apex 13 of the inner pyramid 2 is located at a distance from the base 15 of the outer pyramid 1, equal to 0.1-0.7 of its height. The vertices 12, 13 of the pyramids 1, 2 can be interconnected by the element 16 in the form of a rod, a cable or a thread. Above the apex 13 of the inner pyramid 2, inside the outer one, a flat diaphragm 17 can be installed from the mesh material with the central hole 18 along the axis of symmetry 14 of the pyramids 1,2. The outer pyramid 1 can be made with a transverse connector 19 located at a distance from the base 15, equal to 0.1-0.7 of its height.
The energy concentrator of the second embodiment comprises a pointed pyramidal body made in the form of a three- or four-ribbed pyramidal body 20 mounted by its ribs 21 on the tops 22-25 of the hollow pyramids 26-29 located on a common base 30. Between the pyramids 26-29 and the common base 30, a flat reflector 31 made of foil, metallized cloth or film can be installed. On the symmetry axis 32 of the pyramidal body 20, a rod 33 fixed to the common base 30 of the pyramids 26-29 can be mounted. At the tops 22-25 of the hollow pyramids 26-29, under the pyramidal body 20, a planar diaphragm 34 of the mesh-like material with the central hole 35 arranged along the axis of symmetry 32 of the pyramidal body 20 can be installed.
Functioning of the energy concentrator consists in accumulating and concentrating it along the axis of symmetry 14 (Figure 1) or changing its direction from the axis of symmetry (Fig. 8). This property of the energy concentrator in the first and second variants is established experimentally using the method of biolocation by frames. Geometric forms of the energy concentrator, its design features, these materials allow unimpeded flow of energy flows, concentrate them in the chosen direction, conduct various experimental works and experiments to study the properties and characteristics of energy, its impact on the environment. Concentrators of small constructional forms are suitable for laboratory research, to protect against pathogenic radiations, concentrators of large structural forms are suitable as protective stationary engineering structures in geopathic zones, areas with abnormal phenomena, for receiving and transmitting information. Unexpectedly found unique properties can find wide application in medical practice, research of properties of the phenomena and laws of the material world.
Thus, the new technical solution in the aggregate of the proposed essential features surpasses the prior art, shows a new positive effect, corresponds to the level of the invention.
The scope of the invention should be understood to be broader than the specific embodiment described in the description, claims and drawings. The embodiment of the invention is only possible possible embodiments thereof. There may be various combinations with respect to the shapes, dimensions and arrangement of the individual elements, unless all this goes beyond the scope of the technical solution set forth in the claims.
CLAIM
An energy concentrator comprising a pointed pyramidal body with lateral faces, characterized in that the body is made of two hollow pyramids mounted one to the other and fastened together in contact areas of their lateral faces, the vertices of the pyramids being located on a common axis of symmetry, the vertex of the inner The pyramid is located at a distance from the base of the outer pyramid, equal to 0.1-0.7 its height.
The concentrator of claim 1, wherein the vertices of the pyramids are interconnected by a rod, cable or thread member.
Concentrator according to. 1 and 2, characterized in that above the top of the inner pyramid inside the outer one there is a flat diaphragm made of mesh material with cells, made with a central hole along the axis of symmetry of the pyramids.
Concentrator according to. 1-3, characterized in that the outer pyramid is made with a transverse connector located at a distance from the base, equal to 0.1-0.7 of its height.
An energy concentrator comprising a pointed pyramidal body with lateral faces, characterized in that the pyramidal body is made of three or four ribs and is mounted by its ribs on the tops of the hollow pyramids placed on a common base.
A concentrator according to claim 5, characterized in that a planar reflector made of foil, metallized fabric or film is installed between the pyramids and the common base.
Concentrator according to. 5 and 6, characterized in that along the symmetry axis of the pyramidal body there is a rod fixed to the common base of the pyramids.
Concentrator according to. 5-7, characterized in that on the tops of the hollow pyramids under the pyramidal body there is a flat diaphragm made of mesh material with cells, made with a central hole located along the axis of symmetry of the pyramidal body.
print version
Date of publication 01.12.2006гг
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