KR200368736Y1 - Warm bed containing permanent magnet - Google Patents

Abstract

The present application relates to a thermal bed having a neodymium magnet (also called Nd magnet) for using magnetic field magnetic waves and containing a ceramic material that generates far infrared rays and anions, thereby activating a biorhythm to prevent and improve various diseases.

The present invention provides magnetic waves that are beneficial to the human body by providing a magnetic material that provides a magnetic wavelength that can benefit the human body at a room temperature of 25-40 ° C., and a thermal bed that emits far-infrared rays and anions and has a ceramic material having a deodorizing function. And to penetrate the far infrared rays and negative ions in the body to facilitate the circulation of the blood and at the same time to discharge various wastes to provide a hot bed using a magnetic force that can treat or prevent various diseases.

The overall configuration of the present invention prevents and improves various diseases by arranging mutually beneficial far-infrared generating materials such as ocher brick, foamed aluminum, charcoal, elvan, and octale in addition to minerals containing a large amount of magnets and far-infrared rays on the inner surface. It is to provide a warm bed having.

Description

Warm bed using magnetic wave {Warm bed containing permanent magnet}

The present application is to provide a thermal bed that uses a neodymium magnet to give a magnetic field jigsaw to energize the human body and also embeds a ceramic material that generates far infrared rays and negative ions to generate far infrared rays and negative ions to activate the body rhythm.

The present application provides a magnetic wave material that is beneficial to the human body by providing a magnetic material that provides an electromagnetic wave wavelength that can benefit the human body at a room temperature of 25 to 40 ° C., and a thermal bed containing a ceramic material that emits far infrared rays and anions and has a deodorizing function. It is to provide a warm bed using magnetic force that can penetrate 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 rays have been scientifically proven to have the effect of promoting blood circulation and releasing waste accumulated in the human body.

In the meantime, it is known scientifically that proper far infrared rays are useful to the human body, and technologies for using far infrared rays generating materials have been developed and commercialized in various fields. The present application is to add a magnetic wavelength in addition to the existing functional ceramic object that generates far infrared rays and negative ions to be used in a hot bed around 40 ℃.

Modern physicists say that the human body consists of an energy system consisting of frequency and vibration, and the occurrence of disease in the human body is the result of a mismatch between these frequencies and wavelengths.

According to the research of Dr. Hanschfer, a German medical doctor, when blood flows through the blood vessels, they hit the walls of the blood vessels, causing instantaneous magnetic and electrical effects, which leads to continuous blood circulation. Ralph Marinely and her colleagues have also reported that blood passes through blood vessels by magnetic and electrical action in the body. More specifically, the basic voltage of healthy cells in the body is 70-90mV, and stress The cell voltage drops, causing health problems or aging. For reference, experiments have shown that the cancer cell voltage is only 15-30 mV. 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 magnetic wave was applied to the thermal bed, and the present invention was completed after a long study to develop a thermal bed using far infrared rays, anions, and magnetic waves.

The present invention has been made to create the present invention in consideration of the above circumstances, the object of the present invention is a magnetic material and far-infrared rays that provide a magnetic wavelength that can benefit the human body at a room temperature of 25 ~ 45 ℃ And by releasing anions and providing a heated bed containing ceramic material with deodorizing function, it penetrates the body's beneficial Jaffa, far infrared rays and anions into the body to facilitate blood circulation and discharge various wastes. It is to provide a thermal bed using magnetic force that can prevent the disease.

In addition, in the present application, germanium, feldspar, biotite or biotite, charcoal, ocher, etc. are mixed with tourmaline ore powder, which is known as a representative substance having the effect of releasing far infrared rays and anions, at an appropriate ratio to generate far infrared rays and anions at optimum conditions for the human body. And foamed aluminum used for the bottom of the thermal bed has been reported to have excellent electromagnetic shielding properties because bubbles form three-dimensionally stable polyhedrons. Aluminum is used to block harmful waves.

1: A perspective view of a warm bed.

2: An exploded perspective view of FIG. 1.

3: A-A cut exploded view of FIG. 1.

** BRIEF DESCRIPTION OF THE DRAWINGS **

100: heat generating unit 110: heat medium inlet

120: heat medium outlet 130: controller

200: bed body 210: bed frame

211: front frame 212: rear frame

220: bottom portion 230: side portion

231: octale 240: foamed aluminum

250: stainless steel structure 251: charcoal

252: flat iron 260: Nd magnet

270: ceramic compound mortar 280: heat pipe

281: heat inlet 282: heat outlet

290: Elvan

The overall configuration of the thermal bed of the present invention to achieve the above object is the floor base portion of the thermal bed can be used to modify the flooring material as much as the market conditions or site conditions, such as steel or wooden structures or plastic structures, The ocher brick or the ocher layer can be laid on it to form a bottom base.

In addition, if it is possible to make the heated bed of the present application in a fixed position of a particular place, it would be desirable if it can be made of flooring with masonry bricks.

In the upper part of the bottom base, foam aluminum is laminated to a certain thickness, and stainless steel fixed structure is installed on it, and charcoal is embedded between the gaps, and in the upper part, a metal bar or flat iron for installing magnetic materials, and a flat iron plate for installing piping materials. It is alternately laid, and the neodymium magnet (aka Nd magnet) is laid on the flat iron, and the boiler pipe pipe is laid on the plate, and the ceramic compound of the present invention is embedded therebetween.

The neodymium magnet (aka Nd magnet) is installed in the head of the bed about 1/2 of the N magnet portion of about 30 to 45 gauss and less than half of the lower leg portion is installed in the S magnet portion of about 30 to 45 gauss This is to facilitate blood circulation and to effect waste discharge.

The stainless steel structure is fixed to the metal rods at equal intervals on the upper surface, and the magnets are fixed to the metal rods at fixed intervals on the fastening band, etc., and the filler is composed of a ceramic compound containing a large amount of far infrared rays inside and outside the magnets. On the outer surface of the filling material, the magnetic waves and far-infrared rays generated from the filling material can be radiated into the room, and an elbow is formed on the upper part of the filling material and agate and glass-type octales are formed thereon to form a hot bed.

It is composed of materials that give comfortable breathing and warmth and harmless to human body at the temperature below 60˚C of the heated bed, and the ceramic compound is tourmaline 20, germanium 8, feldspar 8, sorghum or biotite 8, char 6 and A heated bed that can raise the body rhythm to an optimal state by supplying anion and far infrared rays with the magnetic wave of Nd magnet to the human body by adding 20 to 50mm thickness by adding or subtracting the compounding ratio of ± 5 to 50 parts of ocher. It is configured to provide.

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

1 is a perspective view of an ondol bed of the present invention.

The heated bed according to the present invention includes a bed main body 200 that the user lays down to sleep, and a heat generating unit 100 coupled to the bed main body 200 to supply hot water or electricity for heating.

Bed body 200 is the front frame of the bed to represent a frame 210 placed on the floor, the bottom portion 220 is installed on the frame 210, and a multi-layer structure installed inside the bottom portion 220 ( 211) shows a laminated structure by removing the heat inlet 211 and the heat pipe 280 having a heat inlet 281 and a heat outlet 282 connected to the rear frame 212.

The heat generating unit 100 may be used independently united or integrated with the bed body as shown in FIG. 1 and the heat generating unit 100 may be used by installing a hot water pipe or a gas pipe or an electric heating element as a heat medium. The heat medium has a heat medium inlet 110 connected to the heat inlet 281 and a heat medium outlet 120 connected to the heat outlet 282, and a sensor for detecting the temperature of the heat medium is installed therein and is based on a signal generated from the sensor. In the controller 130 for operating the gas or electric heating device and / or hot water pump, heating pump, etc., the user may be controlled at the desired temperature level.

FIG. 2 is an exploded perspective view of the thermal bed of FIG. 1.

In order to show the multilayer structure installed inside the bed bottom part 220, the internal laminated structure in the state in which the front frame 211 of the bed is removed will be described.

Lay the foamed aluminum 240 having a thickness of 5 mm on the bottom portion 220 and the side portion 230 and make a stainless steel structure 250 having a height of 20 mm thereon. The charcoal 251 is filled therein and the Nd magnet 260 thereon. ), And then attach Nd magnet 260 to N / S about 1/2 of the bed and S / N about 1/2 of the bed, and ondol pipe 280 between the Nd magnets. The pipe was installed and the bottom of the ceramic compound mortar (270) over 30mm and the elvan rock (290) was raised to finish the bottom surface.

In addition, the side portion 230 was plastered about 30mm on the ceramic compound mortar 270 and finished with an octale 231 thereon.

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, 6kg oak charcoal and 50kg ocher mortar.

FIG. 3 shows an A-A cutaway cross-sectional view of FIG. 1.

5mm thick foamed aluminum 240 is laid on the bottom part 220 and the side part 230 of the bed main body 200, and a stainless steel structure 250 having a height of 20mm is placed thereon, and the charcoal 251 is filled therein. Arrange the flat iron 252 for attaching the Nd magnet 260 thereon, and then attach the Nd magnet 260 and install the ondol pipe 280 between the Nd magnets and place the ceramic compound mortar 270 below thereon. Overlaid about 30mm and the bottom of the elvan rock 290 was raised.

In addition, the side portion 230 was plastered about 30mm on the ceramic compound mortar 270 and finished with an octale 231 thereon.

The above embodiments are merely illustrative of one possible example, and the technical concept that the present invention is intended to be protected is not limited thereto. It will be obvious to those skilled in the art that the above conditions can be modified and applied.

The present invention is beneficial to the human body by providing a magnetic material that provides a magnetic wavelength that can benefit the human body even at a room temperature of 25-45 ° C., and a thermal bed containing a ceramic material that emits far infrared rays and anions and has a deodorizing function. It is a very useful design that can help to treat and prevent various diseases by infiltrating jaffa, far infrared rays and negative ions into the body to facilitate blood circulation and discharge various wastes to the outside. However, to confirm the objectivity of the present invention, a panel test was conducted by randomly inviting a panel as follows.

The two-person heated bed made as shown in FIG. 2 maintains a surface temperature of 60 ± 5 ° C., and two adult men are divided into two sets of two adult men and one set of two adult women. After taking a break, the following survey was given and the survey was conducted for two days and the results were analyzed.

Survey Content

1. How did you feel about the temperature of the heated bed?

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)

④The hot bed felt too low (.. point / 100)

2. What was the degree of sweating?

① I sweat a lot (.. point / 100)

② I have a slight sweat (.. point / 100)

③ I didn't sweat much (../100)

3. If you have any unusual symptoms or after bathing, please write in the space below. ()

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

1, 5 points / 100 points, ② 36/100, ③ 80/100, ④ 12/100

① 38 points / 100 points of 2, ② 56/100, ③ 18/100,

The question of 3 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 and there was no light and painful feeling.

Claims (2)

In the thermal bed containing far-infrared and anion generating substance 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 ℃. It is embedded with neodymium magnet (aka Nd magnet), has a far infrared ray and anion emission ability, and has a ceramic material with antibacterial and deodorizing function. Hot bed, characterized in that the penetrating and penetrating far infrared rays, negative ions and magnetic waves useful for the human body. The method of claim 1, The neodymium magnet (also known as Nd magnet) is installed in the head of the bed about 1/2 of the N-pole magnet portion of 30 ~ 45 gauss and half of the legs below the waist is installed in the S-pole magnet of 30-45 gauss Hot bed, characterized in that.