KR200371419Y1 - Fomentation room structure containing permanent magnet - Google Patents

Abstract

The present application is built a neodymium magnet (aka Nd magnet) for using magnetic field magnetic waves,

It contains ceramic materials that generate far infrared rays and negative ions to activate biorhythms

The present invention relates to a hot and cold jjimjilbang structure having the effect of preventing and improving disease.

The present application is an electromagnetic wave wavelength that can benefit the human body at a temperature of about 30 ~ 50 ℃

Ceramic that emits magnetic substance and far infrared rays and anions and provides deodorizing function

By providing the structure of the heated Jjimjilbang with internal materials, the JPA, which penetrates the body's beneficial Jaffa and far infrared rays and negative ions, facilitates the circulation of blood and discharges various wastes and prevents various diseases. To provide a structure.

The overall configuration of the present invention is a mineral containing a large amount of magnets and far infrared rays on the inner surface

In addition to quality, it is beneficial to human body such as ocher brick, foamed aluminum, charcoal, elvan, octale

By arranging the external radiation generating materials in harmony with each other to provide a structure of a heated jjimjilbang having the effect of preventing and improving various diseases.

Description

Thermal room structure containing permanent magnet using magnetic wave

The company uses neodymium magnets to give electromagnetic waves of energy to the human body.

Far-infrared and

It is to provide a thermal jjimjilbang structure that activates the body rhythm by generating negative ions.

The present invention is beneficial to the human body by providing a structure of a magnetic substance that provides a magnetic wavelength that can benefit the human body at a temperature of about 25-45 ° C. and a thermally heated Jjimjilbang structure that emits far-infrared rays and anions and incorporates a deodorizing function. It is intended to provide a hot and cold Jjimjilbang structure using magnetic force that can infiltrate jaffa, far-infrared rays and negative ions into the body to facilitate blood circulation and discharge various wastes to treat or prevent various diseases.

In general, magnetic force and far-infrared light stimulate blood circulation and waste

Scientifically proven to be effective in draining water.

It has been scientifically proven that proper far infrared rays are useful for human body.

Known and technologies for using far-infrared ray generating materials have been developed in various fields

It has been commercialized and used. The present application generates a function of existing far infrared rays and anions

In addition to the magnetic ceramic object, it is intended to add magnetic magnetic waves.

Modern physicists say that the human body is an energy system consisting of frequency and vibration

And the occurrence of illness in the human body means that there is a mismatch between these frequencies and wavelengths.

It is a result.

According to a study by the German medical doctor Dr. Hanschfer, blood in the human body

When it hits the wall of blood vessels, momentary magnetic and electrical action occurs.

Women are constantly circulating smoothly, and US medical doctor Ralph Ma

Linelli and his colleagues also found that the blood itself is the magnetic and electrical

It has been announced that it passes through blood vessels by its action, more specifically, in the human body

The basic voltage of healthy cells is 70 ~ 90mV, and stress causes the cell voltage to drop

It causes health problems or aging phenomenon. For reference, the voltage of cancer cells

Experimental results have been reported to be only 15-30mV. Therefore, a report has been published that can increase the therapeutic effect by activating the appropriate voltage to the cell itself.

In the present application, the effect of the jaffa was applied to the thermal jjimjilbang structure, and the design of the present application was completed after a long study to develop a thermal jjimjilbang structure using far infrared rays, anions and jaffa.

This invention is designed to create the present invention in consideration of the above circumstances.

In other words, an object of the present invention is to provide a thermal bed containing a magnetic material that provides electromagnetic waves that can benefit the human body at a temperature of 25 ~ 45 ℃ and a ceramic material that emits far infrared rays and anions and has a deodorizing function By penetrating into the body jaffa and far infrared rays and anions beneficial to the human body to facilitate the circulation of the blood and at the same time to discharge a variety of waste materials to provide a hot Jjimjilbang structure using magnetic force to treat or prevent various diseases.

In addition, in the present application, a representative substance having the effect of emitting far infrared rays and anions

Tourmaline ore powder known as germanium, feldspar, biotite or biotite, charcoal, ocher, etc.

To generate and adjust far-infrared rays and negative ions under optimal conditions

The foamed aluminum used for the bottom base of the heated Jjimjilbang structure has been reported to have excellent electromagnetic shielding properties because bubbles form three-dimensionally stable polyhedrons. It is intended to block harmful electromagnetic waves using foamed aluminum.

1 is a perspective view of a thermal jjimjilbang in this article.

Figure 2 is an exploded perspective view of the bottom of the heating jjimjilbang Figure 1.

Figure 3 is an exploded perspective view of the heating jjimjilbang wall part of Figure 1;

4 is an A-A cut exploded cross-sectional view of FIG.

5 is a jjimjilbang structure made by combining the heat jjimbangbang of the unit structure

** Description of the symbols for the main parts of the drawings **

100: heat structure jjimbangbang of the unit structure 200: jjimjilbang bottom

210: Bed frame 211: Front frame

212 rear frame 220 bottom

230: side portion 240: foamed aluminum

250: stainless steel structure 251: charcoal

252: flat iron 260: Nd magnet

261: N magnet part 262: S magnet part

263: N-N connection line 264: S-S connection line

270: ceramic compound mortar 280: heat pipe

290: elvan rock top 300: jjimjilbang wall portion

400: Jjimjilbang Cheonjeongbu 500: rest room

The overall configuration of the structure of the thermal jjimjilbang, which is the present invention for achieving the above object, the bottom base portion of the thermal jjimjilbang may be used exceptionally depending on the installation location or situation, such as steel, wooden structures or plastic structures, more preferably loess It would be desirable to form a floor base with brick or ocher.

On top of the bottom base, foamed aluminum is laminated to a certain thickness.

Install the structureless structure and the charcoal is embedded between the gaps.

Alternately lay metal rods for building or flat iron, or for installing pipes.

The neodymium magnet (also called Nd magnet) is laid on the plate with a heat pipe or a boiler heating pipe pipe, and the ceramic compound of the present application is formed therebetween.

The neodymium magnet (also known as Nd magnet) is installed in the head portion of the bed about 1/2 of the N magnet portion and half of the leg portion below the waist to the S magnet portion, which facilitates blood circulation and discharges waste products. For sake.

In addition, the neodymium magnet (also known as Nd magnet) is the N-side of the wall surface is installed in the heating floor of the jjimjilbang S-magnet, the wall surface portion is installed in the N-side of the heating floor alternately installed in the S magnet to move the magnetic force to each other It will make the structure of the heated jjimjilbang that activates.

The stainless steel structure is fixed by welding metal bars at equal intervals on the upper surface, and the magnets are fixed at equal intervals by fastening bands on the metal bars, and are composed of a ceramic compound containing a large amount of far infrared rays inside and outside of the magnets. Apply the filler and make it easy to radiate the magnetic force and far-infrared rays generated from the magnet and filler on the outer surface of the filler, and place the ganban stone on the upper part and coat the agate and glass type octales on it as needed. It is configured to achieve.

The heated Jjimjilbang structure of the present invention is composed of materials that give comfortable breathing and warmth and harmless to the human body at a temperature of less than 50˚C, and the ceramic compound is tourmaline 20, germanium 8, feldspar 8, biotite or biotite 8, char 6 and Heated Jjimjilbang, which can raise the body rhythm to an optimal state by supplying negative ion and far infrared rays with the magnetic wave of Nd magnet to the human body by adding 20 ~ 50mm thickness as the interior material by subtracting the compounding ratio of ± 5 to 50 parts of ocher. It is configured to provide a structure.

Hereinafter, with reference to the accompanying drawings, it will be described and serve as an embodiment in order to support the technical concept of the thermal jjimjilbang according to the present invention.

The heated Jjimjilbang unit structure according to the present invention has a bottom part, a wall and a ceiling, and combines several jjimjilbang of this unit structure to form a heated Jjimjilbang, and the heated Jjimjilbang unit structure is the Jjimjilbang bottom part 200 and the wall (300). ) And the control unit 100 for operating the ceiling and 400 jjimjilbang.

1 is a perspective view of the jjimjilbang combined two heat jjimjilbang of the unit structure for two people in the present proposal.

The unit structure of the heated jjimjilbang of Figure 1 is a jjimjilbang bottom portion 200, the wall 300 and the ceiling including a structure (400).

The jjimjilbang structure in Figure 1 is based on the base frame 210 to show the characteristics of the bottom 200 so that the applicants easily express the article of the present invention showing a laminated structure of the jjimjilbang remove the front frame of the jjimjilbang In the actual jjimjilbang structure, but the bottom portion 200 may be invisible part into the ground.

Figure 2 shows an exploded perspective view of the bottom of the heating jjimjilbang 200 of FIG.

Referring to the laminated structure of the inside in the state of removing the front frame 211 of the jjimjilbang to show a multi-layer structure installed in the bottom of the jjimjilbang,

5mm thick foamed aluminum 240 is laid on the bottom portion 220 and the side portion 230 of the frame 210, and a stainless steel structure 250 having a height of 20mm is placed thereon, and the charcoal 251 is filled therein. After arranging the flat iron 252 for attaching the Nd magnet 260 thereon, attach the Nd magnet 260 to N / S about 1/2 of the jjimjilbang and attach S / N to about 1/2 of the Nd magnet. The heating pipe 280 is installed in a pipe, and the ceramic compound mortar 270 below is overlaid by about 30 mm, and the elvan rock 290 is raised to form a jjimjilbang bottom part 200.

The ceramic compound was kneaded by adding water to a mixture of tourmaline 20kg, germanium gemstone powder 8kg, feldspar powder 8kg, mica wool powder 8kg, oak charcoal 6kg and ocher 50kg.

FIG. 3 shows a magnet arrangement diagram of the thermal steam bath bottom part 200 and the wall part 300 of FIG. 1.

60-90 gauss N magnet part 261 is installed about 1/2 of the head portion of the bottom of the heated jjimjilbang, and the S-magnet part 262 of 60-90 gauss is installed about 1/2 of the lower leg. The magnet has a structure in which the heated floor of the jjimjilbang is installed with S magnets and the N surface is installed with N magnets, and the heated floor is equipped with N magnets. , The S pole is attached to the Nd magnet 260 to connect the NN connecting line 263 and SS connecting line 264 to connect the NN connecting wire and the 263 connecting the stainless steel and iron alloy wire coated with rubber insulation to connect the S pole between the ceramic compound between the Nd magnet The mortar 270 is covered with about 30 mm and finished with an octale 231 thereon, and the ceiling portion 400 is installed in the same manner as the construction of the wall part 300.

4 is an exploded cross-sectional view taken along the line A-A of FIG.

The cross-sectional view showing the structure of the bottom 200 and the wall 300 of the unit structure of the heated hot water jjimbang (100) is a 5mm thick foamed aluminum 240 laid on the bottom and the wall and a stainless steel structure of 20mm height above it (250) to sit and fill the charcoal 251 inside and arrange the flat iron 252 for attaching the Nd magnet 260 thereon, then attach the Nd magnet 260 and the ondol pipe 280 between the Nd magnet ) And install the bottom of the ceramic compound mortar (270) about 30mm on top of it and the elbow rock disk 290 is raised to finish the bottom surface, and the wall portion 300 as shown above Nd magnet ( 260 is attached, and the ceramic compound mortar 270 and plastered about 30mm and finished with an octale 231 thereon.

Figure 5 shows one embodiment for supporting the inventive idea of the present invention shows a jjimjilbang structure consisting of eight heat jjimjilbang of the two-person four-person unit structure of the present application combined.

The drawings and embodiments shown in FIGS. 1 to 5 above are merely illustrative examples, and the technical concept that the present invention is intended to be protected is not limited thereto. You will be taken for granted.

The present application primarily forms a thermal jjimjilbang as a unit structure and combines two or more thermal jjimjilbangs to form a heated jjimbangbang side and upper part to form a heated jjimjilbang structure.

Example 1 (production of a heated bottom part)

It was intended to produce a two-room heated floor with a structure of two people using a heated jjimjilbang of width × length = 2,600mm × 2,600mm with a height of about 55cm from the floor.

It is masonry with ocher brick at the height of about 50cm from the bottom and 30cm inside

At the point, lay 5 mm thick foamed aluminum on the floor and side,

Sit and build the tain structure, fill it with charcoal inside, and thickness 6mm width 35mm on it

After fixing the flat iron with width × length = 1,800mm × 1,800mm, attach Nd magnet and coat it, and then install a heating pipe between Nd magnets and cover the ceramic compound mortar below with about 20mm and place the disc rock. The bottom surface is finished.

The Nd magnet was installed in the head of the jjimjilbang, about 1/2 of the N magnet, and about 1/2 of the leg of the lower leg.

The ceramic compound is tourmaline 20kg, germanium gemstone powder 8kg, feldspar powder

Dough by adding water to 8kg, 8kg of cultivars, 6kg of oak charcoal and 50kg of ocher

Was used.

Example 2 (Construction of Heated Jjimjilbang Wall and Ceiling)

After making two rooms for the one-room two-person heating bottom of Example 1, the interior and exterior were made up to 200cm with ocher brick from the upper side of the floor, and after drying, the foamed aluminum with 5mm thickness was attached and fixed to the inner wall of both sides. Next, fix the 6mm thick 35mm wide 800mm vertical 800mm flat iron on the wall, attach Nd magnet and coat it, and then use a stainless steel mesh (10mm × 10mm) to make a burdock and plaster the ceramic compound mortar on it 30mm thick. Both the wall and ceiling surfaces were finished by attaching octaile and glass tiles.

The Nd magnet has a structure in which the NM magnet is installed in the heated floor of the Jjimjilbang as an S magnet, and the NF magnet is alternately installed in an S magnet, but the N pole of the bottom and the wall is N pole. As a result, the S pole is connected to a stainless steel and an iron alloy steel wire coated with a rubber insulating material so as to be connected to the S pole.

In addition to the technical idea of the present application, a sensor for measuring the internal temperature and humidity is installed at a proper position in the jjimjilbang, and connected with a heating mechanism to automatically control the temperature and humidity, and install a plurality of vent holes of about 20 cm to discharge turbid air. It is obvious to those skilled in the art that installation of additional facilities such as a monitoring system that detects the temperature, humidity and air cleanliness inside the jjimjilbang, and checks and monitors the usage situation inside the facility at any time is required. It will be a technical idea, so there is no need to mention it.

The present invention is beneficial to the human body by providing a structure of a magnetic substance that provides a magnetic wavelength that can benefit the human body even at a temperature of 25-45 ° C. It is a very useful design that can help to treat and prevent various diseases by penetrating Jaffa, far infrared rays and negative ions into the body to facilitate blood circulation and discharging various wastes to the outside. In order to confirm the objectivity of the present invention, a panel test was conducted by randomly inviting a panel as follows.

In a similar example, a four-person jjimjilbang was made to maintain a room temperature of 40 ° C. and four adult men were divided into two sets of four adult men and one set of four adult women. After another 30 minutes of steaming in the same way, the following questionnaire was given and the survey was conducted and the results were analyzed.

* Survey *

1. How did you feel the temperature of the jjimjilbang?

① It was too hot and it was hard to breathe (.. point / 100)

② It feels a bit hot, but there was no discomfort in breathing (.. point / 100)

③ There was no discomfort in breathing without feeling hot (.. point / 100)

④ It was too cold as a jjimjilbang. (.. point / 100)

2. What was the degree of sweating?

① It was hard to breathe in the hot feeling and I sweat a lot (.. point / 100)

② It feels a bit hot, but there is no discomfort in breathing and sweating.

③ without the feeling of hotness and sweating without discomfort (.. point / 100)

④ It feels so low and sweat is not so great (.. point / 100)

3. How did you feel after poultice?

① It was too hot and it was hard to breathe (.. point / 100)

② It feels a bit hot, but there was no discomfort in breathing (.. point / 100)

③ There was no discomfort in breathing without feeling hot (.. point / 100)

④ It was too cold as a jjimjilbang. (.. point / 100)

4. What specific symptoms did you have or how did you feel after steaming?

()

The result of dividing the answer to the question by 8 for each individual score is 8

1 is 15 points / 100 points, ② 46/100, ③ 78/100, ④ 12/100,

2, ① 8 points / 100 points, ② 36/100, ③ 82/100, ④ 9/100

① 5 points / 100 points, ② 26/100, ③ 85/100, ④ 15/100

The question of 4 is gentle and refreshing. The skin is sweaty but not sticky. There is a cool like a massage. There was a knee joint, so the feet felt heavy, but there was no light and painful feeling. The main evaluation was mainstream.

Claims (3)

In the thermal jjimjilbang structure that provides far-infrared and anion generating material beneficial to the human body, It is a magnetic material that provides a magnetic wavelength that can benefit the human body at a temperature of 25 ~ 45 ℃. Neodymium magnet (aka Nd magnet) is embedded, and a ceramic material having far-infrared rays and anion emission and deodorizing function is embedded in the human body. Hot Jjimjilbang structure characterized in that it generates far infrared rays, anions and jappa useful for. The method of claim 1, The neodymium magnet (also known as Nd magnet) is installed in the head portion of the heated bottom portion of the N magnet 261 of 60 to 90 gauss about 1/2, and the lower half of the lower half of the lower part of the lower half is 60 to 90 gauss S magnet ( 262) the heat jjimjilbang structure, characterized in that the installation. The method of claim 1, The neodymium magnet (also known as Nd magnet) has a structure in which an N magnet 261 is installed on the wall surface of which the heated bottom portion of the jjimjilbang is installed as an S magnet 262, and an S magnet is alternately installed on the wall surface portion of which is installed as an N magnet. The N pole of the bottom and the wall surface is the N pole, the S pole is installed in a structure connected to the stainless steel and iron alloy connecting wires (263, 264) coated with a rubber insulating material so that the S poles are connected to each other. .