KR19980014525U - Hazardous wave blocking mat - Google Patents

Abstract

The present invention relates to a harmful wave shielding mat, and in the present invention further includes a fiber layer in which the harmful wave shielding layer and the far-infrared radiation layer are sequentially stacked, and further arranges the u-bend assemblies which are combined in a predetermined shape at the upper surface edge of the far-infrared radiation layer. By shielding all harmful waves such as water waves and magnetic waves, and selectively collecting beneficial wavelengths among various ground waves propagated from the ground, the human body's functioning under the influence of harmful waves is not known. Can be prevented.

Description

Hazardous wave blocking mat

The present invention relates to a harmful wave blocking mat that can block harmful waves, such as a water wave / magnetic pulse wave, more specifically, a harmful wave blocking mat to form a resonance wavelength of a certain area around the human body, to shield harmful waves on the human body It is about.

In general, harmful waves such as water veins / magnetic waves are transmitted to a building where water veins or magnetic veins exist underground, and these harmful waves greatly increase the brain waves of people living in buildings and disturb the human body. Very serious adverse effects on.

In order to get a good night's sleep, the brain wave during sleep should be maintained at about 4 Hz to 5 Hz. When a person is sleeping in a building where the above mentioned harmful waves exist, the brain waves are about 7 Hz to 8 Hz more than the normal value due to the harmful waves. Ascending, the sleeping human body is disturbed by a comfortable bed, resulting in serious destruction of the overall biorhythm.

Recently, with increasing interest in health, various methods for blocking the above-mentioned harmful waves have been proposed, and in particular, harmful wave blocking mats have been developed and widely used for bedding.

In general, a metal plate having a harmful wave shielding function, such as a copper plate, is generally embedded inside the harmful wave blocking mat. The copper plate shields about 40% to 60% of the harmful wave, thereby maintaining a normal biorhythm of the human body. Do this.

However, there are some serious problems with these conventional harmful wave blocking mats.

First, as described above, the copper plate embedded in the harmful wave blocking mat does not shield all of the harmful waves output from the water veins / magnetic veins, and only shields about 40% to 60%. Could not eliminate the adverse effects of

In addition, the above-described copper plate only serves to shield various wavelengths propagated from the basement of the building, resulting in shielding all harmful wavelengths as well as harmful wavelengths to the human body, thereby further increasing the adverse effects of the harmful waves.

Therefore, the object of the present invention is to form a resonance wavelength of a certain frequency band around the human body, to ensure that all harmful waves such as water waves / magnetic pulse waves before reaching the human body, and among the various ground wave propagated from underground By selectively collecting the beneficial wavelengths to be delivered to the human body, to prevent the deterioration of the human body due to the influence of harmful waves in advance.

Other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

1 is an exemplary view schematically showing the shape of a harmful wave blocking mat according to the present invention.

Figure 2 is an exemplary view showing an enlarged harmful wave shielding layer according to the present invention.

Figure 3 is an exemplary view showing an enlarged u bend assembly according to the present invention.

Figure 4 is an exemplary view showing an enlarged internal structure of the u-bend assembly according to the present invention.

The present invention for achieving the above object is a harmful wave shielding layer for shielding harmful waves; A far infrared ray emitting layer disposed on an upper surface of the harmful wave shielding layer and emitting far infrared rays; It is disposed at each corner of the upper surface of the far-infrared radiation layer, and includes u-bend assemblies that form resonance wavelengths to block harmful waves.

Here, the far-infrared radiation layer consists of a layer of elvan / polyester synthetic fiber, and the u-bend assemblies mounted on it have a first U-shaped needle and a first bead having an inner bent portion that is bent toward the outside of the far-infrared radiation layer. And a U-shaped second needle needle disposed in the direction opposite to the first needle needle, and a U-shaped third needle needle disposed in the second needle needle direction and disposed in the opposite direction to the second needle needle. .

In this case, the first bead needle, the second bead needle, and the third bead needle forming the bend assemblies have a structure in which an aluminum rod is tightly inserted into the copper pipe, and a permanent magnet is further disposed in the third bead needle to raise the resonance wavelength. do. The permanent magnet is composed of an S pole layer placed on top of the far-infrared radiation layer, and an N pole layer placed on top of the S pole layer so as not to expose the S pole layer and continuously arranged.

In the configuration of the present invention, one side of the harmful wave shielding layer is drawn from the harmful wave shielding layer, and the harmful wave emission terminal is further disposed, which serves to emit harmful waves remaining in the harmful wave shielding layer.

According to this configuration, in the present invention can be blocked all the harmful waves to the human body.

Hereinafter, the harmful wave blocking mat according to the present invention with reference to the accompanying drawings in more detail.

As shown in Figure 1, in the harmful wave blocking mat according to the present invention, the inside of the outer shell 10 radiates the far-infrared radiation of the harmful wave shielding layer 30 and microwaves, which serves to block harmful waves propagated from the basement of the building. Far-infrared radiation layers 20 are stacked one after the other.

In this case, as shown in FIG. 2, the harmful wave shielding layer 30 forms individual fiber strands 31 woven into a mesh shape, and each of the fiber strands 31 forming the harmful wave shielding layer 30 is formed. The copper fiber layer 31b and the nickel layer 31c adhere to the polyester fiber strand 31a to form a structure of being plated.

Usually, copper, nickel, and the like are known as metals having excellent harmful wave blocking ability, and the harmful wave shielding layer 30 of the present invention is formed by being woven with polyester fiber strands 31a plated with such copper and nickel in layers. For example, harmful waves such as water waves / magnetic waves propagated from the basement may be substantially shielded by the harmful wave shielding layer 30.

At this time, when measuring the overall wavelength of the harmful wave shielding layer 30 using a measuring instrument such as a trifield meter (trifield meter), a significant amount of harmful waves are not emitted to the outside as it is inside the harmful wave shielding layer 30 You can find what's left. As such, when harmful waves remain in the harmful wave shielding layer 30 without being emitted to the outside, a serious problem occurs that the wavelengths reach the human body on the harmful wave blocking mat.

In order to prevent this, in the present invention, as shown in FIG. 1 so that harmful waves remaining inside the harmful wave shielding layer 30 can be quickly released to the outside, a ground wire 41 is provided on one side of the harmful wave shielding layer 30. It is installed through the harmful wave emission terminal 40 which is connected through the outside.

The harmful wave emission terminal 40 has a so-called 'electromagnetic wave emitter-X circuit' capable of unidirectional current flow control and is connected to a ground terminal provided in the interior of a building, for example, a power outlet (not shown), and then a harmful wave shielding layer ( By quickly emitting the harmful waves remaining in 30) to the outside, the harmful waves are prevented from accumulating inside the harmful wave shielding layer 30.

On the other hand, as described above, the far-infrared radiation layer 20 having a far-infrared radiation function is stacked on the upper end of the harmful wave shielding layer 30 is formed.

At this time, preferably, the far-infrared radiation layer 20 is composed of a ganban stone / polyester synthetic fiber layer synthesized in a certain ratio of ganban stone and polyester, the ganban stone / polyester synthetic fiber layer is a high-temperature calcined ganban stone is several microns, For example, it is treated with a fine powder of about 5 microns to form a structure synthesized with polyester.

Here, the elvan rock forming the far-infrared radiation layer 20 emits three times or more far infrared rays to the outside than ordinary rocks.

At this time, since the emitted far infrared rays transmit instantaneous radiant energy to the outside without a constant intermediate medium, when the far infrared rays reach the human body, the human body increases the temperature of the subcutaneous layer in response to the radiant energy of the far infrared rays, and the blood circulation function Significantly improved, the bioenergy is activated in an optimal state.

In addition, since the far infrared rays emitted from the ganguerite have almost the same frequency as the natural frequency of the human body, when the far infrared rays reach the human body, each molecule constituting the human body causes resonance according to the wavelength of the far infrared rays, thereby causing bioenergy to occur. Activated optimally.

Meanwhile, as shown in FIGS. 1 and 3, four corners of the upper surface of the far-infrared radiation layer 20 described above are contained in the pocket 50 having the u-bend assemblies 60 constituting the core idea of the present invention. Is placed.

In this case, the reason why the u-bend assemblies 60 are placed in the pocket 50 is to prevent damage to the u-bend assemblies 60 in advance, and when the mat is washed, the u-bend assemblies 60 are installed. ) Is to smoothly separate from the far-infrared radiation layer (20).

Here, as shown in FIG. 3, the u-bend assemblies 60 are formed of a combination of a U-shaped first needle needle 61, a second needle needle 62, and a third needle needle 63. The first needle needle 61, the second needle needle 62, and the third needle needle 63 have a specific positional relationship with each other, and the second needle needle 62 is placed in the frame of the first needle needle 61, and the second needle needle In the frame of 62, the third sewing needle 63 is placed.

Here, the inner bent portion a of the first bead needle 61 is bent to face the outside of the far-infrared radiation layer 20, and the inner bent portion b of the second bead needle 62 is far infrared rays as opposed to the first bead needle 61. The inner bent portion c of the third sewing needle 63 is bent to face the inner side of the radiation layer 20, and the inner bending portion c of the third sewing needle 63 is bent toward the outside of the far infrared ray emitting layer 20 as opposed to the second sewing needle 62.

At this time, as shown in Figure 4, each of the first needle needle 61, the second needle needle 62, the third needle needle 63 is inserted into the aluminum rod (61a) in close contact with the inside of the copper pipe (61b). Made of structure. In FIG. 4, for example, the structure of the first sewing needle 61 is shown.

Usually, since copper, aluminum, and the like are known as metals having excellent harmful wave blocking capability, when the u-bend assembly 60 has the above-described structure, the harmful wave removal function due to the resonance wavelength described later can be further improved.

On the other hand, it is known that there is a magnetic energy flow generated by the earth's magma energy colliding with the earth's ionosphere around the earth, and if such magnetic energy flows are gathered together by a device, a resonance frequency of a certain frequency is generated. If formed, it can be very useful for blocking harmful waves.

In this case, as described above, the u-bend assemblies 60 of the present invention have a unique shape in which the first bee needle 61, the second bee needle 62, and the third bee needle 63 face each other, and spread on the ground. It is possible to collect the flow of magnetic energy, and as a result, it is possible to form a wide range of resonant wavelengths, whereby almost all the harmful waves described above can be removed.

Furthermore, the first bead needle 61, the second bead needle 62, and the third bead needle 63 constituting the u-bend assemblies 60 of the present invention, as described above, have excellent harmful wave shielding ability. And because the combination of the aluminum rod (61b) to assist the harmful wave shielding function by the resonance wavelength, the harmful wave propagated from the water vein / magnetic vein to the ground can be almost completely removed before reaching the human body.

As a result of repeated experiments to confirm the harmful wave shielding effect of the present invention, the harmful wave shielding ability of the u-bend assembly according to the present invention was found to be very excellent. The experimental results related to this will be described in detail in the description of Table 1 below.

On the other hand, as shown in Figure 3, the permanent magnet 64 is disposed in the frame of the third sewing needle 63, the permanent magnet 64 is formed by forming a magnetic field of a predetermined area around the above, It performs the function of further raising the resonance wavelength formed through one process.

At this time, preferably, the permanent magnet 64 is an S pole layer 64b that is placed on top of the far-infrared radiation layer 20, and an N pole layer that is continuously placed on top of it so that the S pole layer 64b is not exposed ( 64a).

In general, since the magnetic field beneficial to the human body is output in the N pole layer 64a of the permanent magnet as compared to the S pole layer 64b, when the present invention achieves the above-described structure, the permanent magnet has its own N pole layer 64a. ) Can always be projected toward the human body, thereby making an appropriate contribution to improving the function of the human body.

On the other hand, as described above, the u-bend assemblies 60 according to the present invention has a very excellent harmful wave shielding ability by the formation of a resonance wavelength, and the results of experiments compared with other harmful wave blocking mechanisms will be described later. It is shown in Table 1.

In this experiment, the rebar rod, copper plate, copper wire loop, which is widely known to have a good retardation shielding capability, was selected as a comparison target for the harmful wave shielding ability with the u-bend assemblies 60 of the present invention. The one with a diameter of 50 cm was chosen, the one with a copper plate of 0.5 mm thickness was chosen, and the one with the copper loop was called the Lakhovsky loop.

Here, as the harmful waves applied to them, the water wave / magnetic pulse wave and electromagnetic wave, which are known to have a serious harmfulness to the human body, were selected.

Type of shield Shielding rate of water wave / magnetic wave Shielding rate of electromagnetic waves Shielding Effective Range Rebar 40% 20% 2m copper 60% 40% 0.5m Copper wire loop 60% 40% 2m U band assembly 90% 60% 3m

As shown in the results of the experiment, as shown in Table 1, the rebar rods had a shielding rate of 40% of electromagnetic waves / magnetic waves, and a shielding rate of 20% of electromagnetic waves, and the effective range of shielding of harmful waves remained at 2m.

In addition, the copper plate was slightly better than the reinforcing bar as the shielding rate of the water wave / magnetic pulse wave was 60% and the electromagnetic wave shielding rate was 40%, while the shielding effective range of the harmful wave was less than 0.5m which is much lower than the bar. .

At this time, the copper loop showed an improved shielding function than the reinforcing bar or copper plate with the shielding rate of the water wave / magnetic pulse wave being 60%, the shielding rate of the electromagnetic wave 40%, and the effective range of the harmful wave staying at 2m.

On the other hand, the u-bend assemblies 60 of the present invention showed much improved harmful wave shielding function compared to each of these conventional harmful wave blocking mechanisms.

Looking at this, the u-bend assemblies 60 of the present invention has a structure in which three bead needles (61, 62, 63) and the permanent magnet 64 is combined, the shielding rate of the water-wave / magnetic pulse wave is as much as 90% In addition, the shielding rate of electromagnetic waves reached 60%, and the effective range of harmful waves also reached 3m, which is much improved than the above-described reinforcing rods, copper plates, and copper wire loops.

In light of these experimental results, it was confirmed that the u-bend assemblies 60 of the present invention can almost eliminate all harmful waves propagated to the ground.

On the other hand, since the resonance wavelength formed by the u-bend assemblies 60 is almost the same as the natural frequency of the human body, when the resonance wavelength reaches the human body, each molecule constituting the human body causes resonance according to the aforementioned resonance wavelengths. As a result, the bioenergy is activated in an optimal state. As a result, deterioration of the human body due to the influence of harmful waves is prevented.

In the conventional case, the copper plate embedded in the harmful wave blocking mat did not shield all of the harmful waves outputted from the water veins / magnetic veins, but only shielded 40% to 60% of the harmful waves. All of the adverse effects could not be eliminated, and as a result, there was a problem that the function of the human body is significantly reduced.

However, in the present invention, as described above, provided with a harmful wave shielding layer 30, a u-bend assembly 60 and the like excellent in the harmful wave shielding ability, thereby achieving a nearly complete harmful wave shielding, thereby improving the function of the human body You can improve as much as you can.

In addition, in the conventional case, since the copper plate only functions to shield various ground wave propagated from the basement of the building, it causes the harmful wave to the human body by shielding all the harmful waves to the wavelength beneficial to the human body. It caused the problem of further weighting.

However, in the present invention, as described above, the far-infrared radiation layer 20, the u-bend assembly 60, and the like, through which, so that the resonance wavelength beneficial to the human body can be widely formed around the mat, In addition to shielding the total amount of harmful waves, the wavelength of the human body is well resonated, thereby significantly reducing the adverse effects of the harmful waves on the human body.

Such harmful wave blocking mat of the present invention may be used, for example, for bedding, or may be used for outdoor pallets. In addition, the harmful wave blocking mat of the present invention may be used as a floor covering of the building by changing the structure somewhat.

Regardless of the purpose of the present invention, the present invention can capture the magnetic energy flow distributed on the ground by the above-described structure to form a wide resonance wavelength around itself, thereby almost completely shielding harmful waves. You can.

The harmful wave blocking mat according to the present invention is not particularly limited to the above-described structure or use, and exhibits an overall useful effect in various harmful wave blocking devices for shielding harmful waves.

In addition, although specific embodiments of the present invention have been described and illustrated, it is obvious that the present invention may be variously modified and implemented by those skilled in the art.

Such modified embodiments should not be individually understood from the technical spirit or the viewpoint of the present invention, and such modified embodiments should fall within the scope of the attached utility model registration claims of the present invention.

As described above in detail, the harmful wave blocking mat according to the present invention includes a harmful wave blocking layer and a fiber layer in which a far infrared ray emitting layer is sequentially stacked, and adds a combination of u-bend assemblies formed in a predetermined shape at the corners of the upper surface of the far infrared ray emitting layer. In addition, the harmful waves such as the water wave / magnetic pulse wave are shielded, and the beneficial wavelengths among the various earth waves propagated from the ground are selectively collected and transmitted to the human body, thereby reducing the function of the human body by the influence of the harmful waves. It can prevent it beforehand.

Claims (7)

A harmful wave shielding layer for shielding harmful waves; A far infrared ray emitting layer disposed on an upper surface of the harmful wave shielding layer and emitting far infrared rays; Hazardous wave blocking mat, characterized in that it is disposed on the upper edge of the far-infrared radiation layer, respectively comprising u-bend assemblies to form a resonance wavelength to block the harmful waves. The harmful wave shielding mat according to claim 1, wherein the far-infrared ray emitting layer is an elvan / polyester synthetic fiber layer. 2. The apparatus of claim 1, wherein the u-bend assemblies comprise: a U-shaped first needle with an inner bent portion bent outwardly of the far infrared radiation layer; A second U-shaped needle needle disposed inside the first needle needle and placed in a direction opposite to the first needle needle; The harmful wave blocking mat disposed inside the second needle needle, and comprising a third U-shaped needle needle placed in a direction opposite to the second needle needle. [4] The harmful wave blocking mat according to claim 3, wherein the first needle needle, the second needle needle, and the third needle needle have a structure in which an aluminum rod is tightly inserted into a copper pipe. 5. The harmful wave blocking mat according to any one of claims 3 to 4, wherein a permanent magnet is further disposed in the third needle to increase the resonance wavelength. The method of claim 5, wherein the permanent magnet is an S pole layer which is placed on top of the far-infrared radiation layer; Hazardous wave blocking mat, characterized in that it comprises an N-pole layer placed on top of the S-pole layer so that the S-pole layer is not exposed. The harmful wave of claim 1, wherein the harmful wave shielding layer is further provided with a harmful wave emitting terminal which is drawn from the harmful wave shielding layer, connected to a ground terminal, and emits harmful waves remaining in the harmful wave shielding layer. Blocking mat.