Radiation shielding mat and its manufacturing process

FIELD: radiation shielding means and their manufacturing processes.

SUBSTANCE: proposed radiation shielding mat has mesh 2 made of copper fibers 3 interwoven with carbon fibers 4 and liquid oak moss solution 5 applied to mentioned mesh 2. Mat creates shielding barrier protecting against terrestrial and electromagnetic radiations and ensures deviation of these radiations.

EFFECT: enhanced reliability of protection against terrestrial and electromagnetic radiations.

10 cl, 1 dwg

 

The present invention relates to a Mat for protection from radiation and to the corresponding method of its manufacture.

It is widely known effect of radiation of various types, such as electromagnetic radiation, ionizing and non-ionizing radiation on the human body or on different equipment, such as medical equipment. So are the security features, which, however, offer positive results only in some types of radiation, but do not protect against the others.

In recent years, also consider the influence of the radiation emanating from the bowels. These contain radiation strip and the nodes (which are the points of intersection of the bands) Hartmann and stripes and the nodes Curry, as well as radiation from a moving underground aquifers.

Global grid Hartmann composed of different cells, which have a beginning in the bowels of the engine and pass in the troposphere. Each cell is oriented along the axes of the North/South and East/West. Each cell usually has a varying shape and thickness of the strips that form the cell, equal basically 21 see

Mesh Curry contains cells that are located at a distance of approximately 9 metres from each other in the direction inclined by approximately 45° the sides of the world, and has a width of approximately 50 cm

Produced by the bowels of the radiation, e is whether they are being exposed for long periods of time, have a negative impact on the human body and can cause diseases.

Protecting from the earth's electromagnetic radiation Mat described in document WO 92/11899. The specified Mat contains a grid of copper, manufactured using electrolytic copper threads for the weft and strip of copper-cadmium, twisted in a spiral at the core of polyester or other type of insulator for the basics. The Mat contains a silver-plated layer located between one layer of cotton fabric and one layer of felt, which are connected together stitches. Scope Mata is the absorption of electrostatic energy and its transfer into the environment through a copper grid and its connection with the earth. Mat suppresses emitted by the earth electromagnetic waves through their reflections to the ground with silvered layer.

In view of the above-described state of the prior art the present invention is the provision of a Mat for protection against radiation of any type of ionizing and non-ionizing, which is simple to manufacture and which has no connection with the earth.

According to the present invention this task is solved through the Mat for protection against radiation, this Mat contains a grid made of copper fibers interwoven with carbon fibers, which differs in that it contains a mixture of oak MX is, printed on the specified grid.

According to the present invention it is also possible to provide a method for manufacturing a Mat for protection against radiation, the method includes the first step of creating a grid made of copper fibers interwoven with carbon fibers, which differs in that it contains the second stage of the dynamization of the specified grid and the third stage of the application on the specified grid solution containing liquid oakmoss.

Characteristics and advantages of the present invention will become apparent from the subsequent detailed description of the option exercise, which is shown as a non-limiting example in the accompanying drawing, which schematically shows the sequence of layers of the Mat according to the invention.

The drawing shows a Mat 1 for protection against radiation according to the invention. Mat 1 contains a grid 2, consisting of alternating copper fibers 3 and the carbon fibers 4. Copper fiber 3 twist in the longitudinal direction with an interval between the fibers (which is the interval from one fiber to the neighboring fibers), varying from 1 millimeter to 3 millimeters, and they have a variable thickness from 0.2 mm to 0.4 mm. Carbon fiber 4 are laid in the transverse direction as the basis of intervals between the fibers varying from 2 mm to 5 millim the TRS, and the thickness of the fibers varies from 0.1 mm to 0.3 mm. Preferably carbon fiber 4 is sealed with plastic.

Grid 2 is subjected to the process of dynamization (which is the vibration process of the product in order to make active molecules, thus increasing their energy) through the first liquid mortar is applied on the grid. The first liquid solution preferably is made from a solution of copper in liquid form such as solution, known on the market under the name "CUPRUM D1000". The dynamic setting is performed by applying on the net, by using a coating liquid or spray, the first solution in an amount of 10 ml per square meter.

Grid 2 can be subjected to additional dynamization through the second liquid solution, preferably consisting of a solution of silicon in the liquid state, for example solution, known on the market under the name "SILICEA D1000". The dynamic setting is performed by applying on the net, in the liquid or spray, the specified second solution in an amount of 10 ml per square meter.

The dynamics can improve the shielding property of the Mat. In fact, the radiation emitted by the source with a positive polarity (right hand rotation) or negative polarity (left rotation), and the dynamics of the Mat allows neutralizou the ü specified polarity, creating equal in magnitude and opposite polarity, which cancels the polarity of the radiation from which the Mat should protect. This occurs, in particular, electromagnetic or terrestrial radiation with a frequency above one hundred kilohertz.

On dynamized grid put another solution 5 containing oakmoss in the liquid state. This solution derived from oak moss and propolis (nectar bees) by adding water having a hydrogen ion exponent (pH) between 6 and 7 and the dry residue, which is less than or equal to 30 mg/L. After the hot mix these ingredients and then filtering obtain a liquid product that has the energy characteristics and the internal frequency that is similar to the energy performance and internal frequencies oakmoss in the solid state.

This solution is then sprayed or applied in liquid form on dynamized grid to create antibacterial properties of this environment.

On Mat 1, also preferably applied voennizirovannoy water 6, which is electrically charged water. Specified voennizirovannoy water is applied to the tracks in predetermined points of the Mat, for example, if the Mat is rectangular, voennizirovannoy water is placed in its four corners.

Made so the Mat is ready for use n the buildings.

For use for interior decoration (it can be placed inside the seats or chairs, or even curtains) Mat 1 according to the invention should be treated with fabric or it can be applied externally. Can usually be provided with a cotton cloth 7, connected to the grid of copper and carbon fibers.

The Mat preferably is provided with a layer of silver nitrate 8 having a variable thickness from 40 mm to 60 mm. The layer of silver nitrate is placed on the surface of the Mat opposite to that of the layer into which is placed a cotton cloth 7.

The Mat according to the invention can also be placed in the car seat or on the roof, or in some items of clothing, such as shoes.

Thus made Mat creates a protective barrier from the earth and electromagnetic radiation, as it provides the deviation of the specified radiation.

1. Protects from radiation Mat (1)containing the grid (2)made of copper fibers (3), interwoven with carbon fibers (4), characterized in that it contains a solution of (5) liquid oak moss, printed on the specified grid (2).

2. Mat according to claim 1, characterized in that it contains cotton fabric (7)connected to the Mat (1).

3. Mat according to claim 1, characterized in that it contains fabric (8) from nitric acid silver connected with mA is ω (1).

4. Mat according to claim 2 or 3, characterized in that the cotton fabric (7) and the fabric (8) from nitric acid silver are located on opposite surfaces of the Mat (1).

5. Mat according to claim 1, characterized in that it contains tracks voennizirovannoy water (6) in the set points of the Mat (1).

6. A method of manufacturing a Mat (1) for protection against radiation, containing the first stage of meshing (2), consisting of copper fibers (3), interwoven with carbon fibers (4), characterized in that it contains the second stage of the dynamization of the grid (2) and the third stage is applied to the grid of the solution (5)containing liquid oakmoss.

7. The method according to claim 6, characterized in that the step of dynamization grid (2) contains at least the application component on the grid (2) and the subsequent vibration of the grid (2).

8. The method according to claim 7, characterized in that the stage dynamization grid (2) contains the first application of the first component on the grid (2) and the subsequent vibration of the grid and the second drawing of the second component on the grid (2) and the subsequent vibration of the grid.

9. The method according to claim 8, characterized in that the first component corresponding to the dynamization of the specified grid, is a liquid solution of copper and the second component is a liquid solution of silicon.

10. The method according to claim 6, characterized in that it includes a step of applying voennizirovannoy water (6) in pre-defined locations of the Mat (1).



 

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