KR20030062525A - The housing function of accomplished radiation infrared - Google Patents

Abstract

PURPOSE: A functional house composed of far infrared emission is provided to radiate far infrared rays, and to control moisture and to deodorize in a house. CONSTITUTION: The functional house composed of far infrared emission comprises the steps of: forming a frame of a house by forming a column(10) and a rafter(11) with wood; forming a wall(12) containing a lattice frame(13) formed on a wall(12) between the column(10) and the column(10) with thin wood, an outer wall(14) mixed with 80 percent loess, 15 percent powdered elvan and 5 percent powdered ceramic and formed on the outside of the lattice frame(13), and an inner wall(15) mixed with 60 percent loess, 15 percent powdered elvan, 10 percent powdered ceramic, 10 percent charcoal powder and 5 percent germanium and formed on the inside of the lattice frame(13); spreading 45¯60 percent charcoal(17) between ondol pipes(16) on the floor; mixing 2¯5 percent powdered jade(19) and 8¯10 percent mortar(20) composed of cement and sand with 30¯40 percent loess(18) and putting water, then plastering in a thickness of 5¯10 centimeters around the charcoal.

Description

The housing function of accomplished radiation infrared

The present invention relates to a health functional house using loess and elvan, ceramics and wood. More specifically, natural materials such as ocher, elvan, germanium, ceramic, and wood, which are far-infrared radiating materials, are selected or mixed to build a power house with walls and floors to block radiant and conductive heat from the outside during summer. In winter, it keeps heat from conducting and releasing heat from inside to outside and purifies moisture and odors, while far-infrared rays are radiated from the whole house to promote blood circulation and smooth metabolism to maintain health. The present invention relates to a functional housing made of far-infrared radiation material.

Existing houses are built using cement concrete, cement blocks, rebars, and plastics for people to live in. For interior materials, use mortar or a board made of plaster that has a proportional ratio of cement and sand. have.

These cement houses are not only harmful to the health of residents by releasing harmful gases to the human body while being cured due to the characteristics of cement, and children of cities grown in standard concrete houses are less immune from various germs than children grow in rural areas. There is a problem that often goes to the hospital is infected.

Therefore, modern people put their health in consideration, and most people who move to rural houses near Seoul or live in apartments or private houses that do not live in the house have pots, air purifiers, and charcoal in their homes. I hope to do it and try to do it.

However, the housing structure inhabited by the current majority of people, because the insulation member installed inside is usually used styrofoam, not only harmful to the human body, but also effectively block heat, but there is a short circuit to block the air flow, In winter, if the air conditioner is installed in the house and used for a long time, air circulation in the house is not smooth, causing various diseases to the human body, causing air sickness, and consuming power when operating the air conditioner. As the number increases, the electric power demand increases exponentially, and numerous power plants must be constructed to meet the increasing electric power demand every year, and there is a problem in that the construction and operation of the power plant wastes a lot of foreign currency and creates global warming and destroys the environment.

The present invention has been invented in view of the above problems,

On the wall between the pillars and the pillars of the house, a lattice frame is formed of thin wood, and on the outer surface of the lattice frame an outer wall of 80% ocher, 15% elvan powder, and 5% ceramic powder is formed, and the inside of the lattice frame is ocher. 60%, ganban stone powder 15%, ceramic powder 10%, charcoal powder 10%, composed of a wall having a mixture of 5% germanium,

45 to 60% of the charcoal is laminated between the ondol pipes wired by the usual method on the floor, and between the charcoal and the charcoal and between the top and bottom of the loess 30 to 40%, jade powder 2 to 5%, mortar (cement + sand) 8 By mixing the appropriate amount of water by mixing ~ 10% to form a floor and living room floor formed by plastering the floor to a thickness of 5 ~ 10cm, the present invention is to ensure that far-infrared rays are always radiated, moisture control of the house and purification of odor It is designed to maintain a healthy life by providing a functional health home that is naturally made so that you can get a good night's sleep at bedtime and relieve stress naturally.

1 is a diagram illustrating an overall configuration of a house according to the present invention.

Figure 2 is an internal extraction configuration of the wall surface according to the present invention.

Figure 3 is a wall longitudinal cross-sectional extraction section cross-sectional view according to the present invention.

Figure 4 is a cross-sectional view of the floor extraction configuration according to the present invention.

<Code Description of Main Parts of Drawing>

10: pillar 11: stone sputum

12: A wall 13: grid

14: outer wall 15: inner wall

16: Ondol pipe 17: Charcoal

18: ocher 19: jade powder

20: Maltar 21: Elvan

22: ceramic

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The pillars (10) and stone slabs (11) made of wood to form the frame of the house,

The wall 12 between the column 10 and the column 10 forms a grid 13 of thin wood,

On the outer surface of the lattice frame 13 forms an outer wall 14 mixed with 80% ocher, 15% elvan powder, 5% ceramic powder,

On the inner surface of the lattice frame 13 is a wall 12 formed with an inner wall 15 mixed with 60% ocher, 15% elvan powder, 10% ceramic powder, 10% charcoal powder, 5% germanium, and

45-60% of the charcoal 17 mass is laminated on the floor between the ondol pipes 16 wired by a conventional method,

Between the charcoal and the charcoal and the upper surface of the loess (18) 30 to 40%, jade powder (19) 2 to 5%, mortar (20) (cement + sand) 8 to 10% by mixing a suitable amount of water to the bottom The living room floor is formed by plastering to a thickness of 5 ~ 10㎝.

According to the present invention configured as described above, first of all, the location of the house is based on the power house, and the wood and wood panels to be used as pillars and staples of the house are prepared to form a framework of the house on the ground as shown in FIGS. 1 and 2.

At this time, the framing of the housing is designed as a housing structure of various forms according to the taste of the residents. When the frame is completed, the roof and the ceiling are formed using dogs, you, and wood panels. In the present invention, the material forming the roof is in principle produced in nature, and the cement and the steel member are not used as much as possible.

As described above, when the frame, roof, ceiling, etc. of the house is completed, a grid frame 13 made of wood is formed in the center between the pillars 10 and the pillars 10 constituting the wall 12 without using nails. Form and fix the irregularities.

As shown in FIG. 2, the outer surface of the grid 13 fixed between the pillar 10 and the pillar 10 is mixed with 80% ocher 18, 15% elvan powder 21, 5% ceramic powder 22, and an appropriate amount. Add water and knead the paste to the outside of the grid (13) to form the outer wall (14).

After the outer wall 14 is formed, the lattice 13 has an inner surface of 60% ocher (18), ganbanite powder (21) 15%, ceramic powder (22) 10%, charcoal powder (17) 10%, and keruma. The mixture is mixed with 5% of nium, put in an appropriate amount of water, and kneaded to form an inner wall 15 to form a wall 12 of the house as shown in FIG.

When the wall 12 is formed, the mixing ratio of loess, elvan, ceramic, germanium, etc., of which the far-infrared rays are radiated may vary slightly depending on environmental conditions during construction.

In addition, on the floor and the living room floor of the present invention, as shown in Figure 4, the ondol pipe 16 wired by the usual piping method is installed, and then 45 to 60% of the charcoal 17 mass is laid between the piped ondol pipe 16. Laminate to suit the height of the.

At this time, between 30 and 40% of loess (18), 2 to 5% of jade powder (19) and 8 to 10% of mortar (20) made of cement and sand between the charcoal and charcoal between the ondol pipes (16) and the upper surface After mixing the appropriate amount of water and plastering the floor to a thickness of 5 ~ 10㎝ to complete the floor and living room floor.

Among the charcoal, ocher, jade powder, and mortar mixed when forming the ondol floor and the living room floor, other far-infrared dusts may be used except for the mortar, and the floor and the living room floor may be formed by increasing the mixture ratio by the amount of mortar.

In another embodiment of the present invention, when forming a partition with the wall of the house, the yellow soil (18) 60%, ganban stone powder (21) 15%, ceramic powder (22) 10%, charcoal powder (17) 10%, germanium By mixing it in 5%, adding an appropriate amount of water, kneading it to form a block, and laminating it, it is possible to make an ocher wall with far-infrared rays.

In another embodiment, the wall forms an inner wall 15 mixed with 60 to 80% of ocher, 15 to 30% of elvan powder, and 5 to 10% of ceramic powder on the inner surface of the lattice frame 13,

The floor is laid between 45 and 60% of the mass of charcoal 17 between the ondol pipes 16,

Functional housing made of far-infrared radiation, including 35 to 50% of ocher (18), 3 to 5% of jade powder (19), mixed with an appropriate amount of water and plastered to a thickness of 5 to 10 cm. It would be to provide.

In the present invention, the mixing ratio of ocher, elvan, jade powder, charcoal, germanium, etc. mixed on the floor to the wall may be slightly different during construction, but it is preferable to maintain the mixing ratio set above.

In other words, the present invention is not merely a housing for a residence, but a functional house that is capable of radiating far-infrared rays to the bodies of people living in the house. The present invention relates to luxury houses rather than ordinary houses, and contains more jade and ceramics than conventional concepts. It is to be noted that the mixing ratio is not limited.

The housing of the present invention made as described above has far infrared rays radiated to the body of the occupants living in the building, thereby facilitating metabolism, promoting blood circulation, and activating biorhythms.

That is, looking at the efficacy of the far-infrared radiator used in the present invention,

Ocher is far-infrared emission and anion emission as silicon mineral which received solar energy for a long time. The effects of active yeast, anti-aging, adult disease prevention, metabolism, etc. are well known facts.

It is known that the beneficial far-infrared radiation from ocher is absorbed by the human body, so that metabolism is smoothly performed, thereby preventing aging, promoting metabolism, preventing chronic fatigue, preventing various adult diseases, and preventing red tide.

Elvan has already been used a lot since ancient times, mainly when purifying pills were used as anti-inflammatory agents for various skin diseases such as filter media, sores, and boils. Listed in

In modern times, there have been active researches on strong adsorption of elvan, mineral precipitation, water quality control, dissolved oxygen in water, edible, cosmetics, toothpaste, fish farm, wastewater treatment, deodorant, plant growth accelerator, medicinal medicine, sauna. It is used for facility materials, far-infrared radiator manufacturing, electromagnetic wave shielding materials, and building exterior materials.

Looking at the efficacy of these elvan rocks,

Water quality control function: When elvan rock is put into water, the water quality is weakly alkalinized, which helps to regulate the water quality.

Degradation function: Elvan decomposes harmful bacteria and water in the water. Administration of 2 g of elvan in 50 ppm 10 ml of chlorine solution has the effect of decomposing 30 ppm of chlorine solution after 30 minutes.

Adsorption function: Elvan is a porous stone with a lot of porosity. It adsorbs through this pore. When 10% elvan is administered to a 0.1 ppm mercury solution, it adsorbs 85% after 4 hours.

Mineral elution function: Most rocks contain some minerals, but elvan rock contains only 25,000 minerals known to date, and the number of minerals still remains.

Dissolved oxygen supply function: Elvan has a function of continuously supplying oxygen from the water quality, and it is applied to fish farms, fish tanks, etc., because elvan increases the amount of oxygen by removing bacteria such as E. coli.

It has the function of increasing alpha waves and generating far infrared rays. Alpha waves eliminate distractions, focus your mind, and have a positive impact on your body's neurotransmitters and make you feel good.

Far-infrared rays help the human body to activate bioenergy and activate qi, which are applied to the coating of TV CRT, clothing coating, and cell phone coating as elvan.

Heavy Metal Removal and Deodorization Function: Elvanite has strong ion exchange ability with heavy metal ions, which is used as a toxic metal remover in wastewater treatment plants and has a strong deodorizing effect.

In addition, elvan increases the body's body temperature, expands micro-vessels, promotes blood circulation, and sweats. It has excellent effects on removing toxic substances, heavy metals, wastes, constitution, and relieving stress. It is becoming. In addition, elvan is used as a raw material for fertilizers because it promotes plant growth.

Ceramic refers to materials such as oxide, nitride, and carbide that use inorganic materials as their main raw materials. In general, these materials have much higher corrosion resistance, heat resistance, and abrasion resistance than metal materials and organic materials, and occupy the most important positions among modern industrial materials having various functions (electromagnetic function, mechanical function, optical function, biological function, etc.). do. Semiconductors, ferroelectrics, ferromagnetic materials, as well as computer memory devices and electronics, as well as ceramics, nuclear characteristic materials, radiation shielding materials, special inorganic products in aerospace engineering, especially superconducting materials that will bring about a third industrial revolution. The uses are very wide. Classic ceramics such as cement, glass, enamel, refractory, insulation, building clay products, ceramics, etc. around us are examples of ceramic products that are indispensable in our lives.

Germanium (Ge) is known to contain components necessary for anticancer action, brain activation, and skin elasticity, and germanium spas are widely known.

Jade and jade are largely divided into jade and jadeite. Like most gemstones, jade and jadeite contain silicon and oxygen. Purgatory is fibrous, composed of countless crystals and particulate aggregates such as hair, and jadeite is formed of granular crystals. Purgatory contains three minerals that are absolutely necessary for the human body: calcium, iron and magnesium. so. Purgatory is a natural medicine for people suffering from high blood pressure, diabetes, circulatory disorders, and kidney disorders. Pregnant women and women who become menopause must have purgatory. This woman's body is depriving calcium, iron and magnesium. In addition, it is a good material for reducing skin damage caused by solar heat and high blood pressure. Purgatory is a substance that makes a person cheerful, cheerful, and comfortable. It is also possible to energize centers that generate energy. The blue color of purgatory strengthens the heart, and the terms jade and jadeite are derived from the Spanish word for kolik. When Spain conquered America, they named it jade when they saw the Mexican natives rubbing and treating the purgatory in their stomachache. This is where jade comes from.

Charcoal, also called charcoal, is generally used for hard wood. In Korea, oaks (brown oak, oyster oak, water oak, row oak, etc.) are mainly used. Charcoal made of oaks is called charcoal, which is classified into low-quality gum charcoal and high-quality white charcoal. There are other charcoal and float charcoal. And when making charcoal, wood gas, acetic acid, and wood tar are byproducts. The crushing method includes the open crushing method, the sediment crushing method, the mine crushing method and the crushing method, etc., but the crushing method is mainly used in Korea.

Charcoal briquettes are charcoal kilns and wood that is baked and baked. Gumtan and white coal are made in this way. Although it has been widely used as a household fuel, it is rarely used as a household due to the increased utilization of briquettes, oil, electricity, and gas.

Trees have a variety of minerals that have been sucked from the soil over time, and even when burned, the minerals remain as ash in the charcoal. Ash ash is charcoal

In general, ash contained in 2 to 3% of charcoal is known to be very beneficial to the human body.

Calcium on charcoal. Various minerals, such as potassium, are contained. Especially, the charcoal, ie, the charcoal of white charcoal, has a high hydrophilic property and is easily soluble in water. Easily soluble in water means high permeability. In other words, charcoal contains minerals that are easily absorbed by the human body.

While minerals are traces, they play an important role in the human body, including anti-aging. Iron, for example, is a material that makes red blood cells, a very important mineral for making blood.

The role of mineral is calcium to make bone and tooth which are components that make up the body. Potassium, etc., dissolved in body fluids and physiologically acting sodium inside and outside the cell. Potassium and protein and fat. Iron contained in red blood cells that binds to carbohydrates.

As is well known, calcium, potassium, iron, phosphorus and sodium are the five major minerals. Copper, zinc, manganese, selenium, magnesium, chromium and molybdenum are also traces, but they are involved in various activities including anti-aging. In addition, there are more than 40 kinds of minerals, and lacking any one will not only inhibit normal life activities but also promote aging.

The mineral that is found in charcoal is calcium. If you use charcoal a lot, such as cooking rice with charcoal or mixing charcoal powder with food, you will not suffer from calcium or potassium swelling. Therefore, nowadays, plants are also used as pots with charcoal, which means that plants grow well.

The present invention is to enable the residents to always live a healthy life by building a house using a large amount of raw materials in the inner and outer walls and floors of the rural house.

In this way, the present invention is made by selecting or mixing the far-infrared radiating materials ocher, elvan, germanium, ceramic, and jade to form walls and floors so that far-infrared rays are always radiated, and the moisture control and odor purification in the house are naturally made at bedtime. It is effective to provide a functional health home that can take a deep sleep and relieve stress naturally.

Claims (3)

The pillars (10) and stone slabs (11) made of wood to form the frame of the house, In the central portion of the wall 12 between the pillar 10 and the pillar 10, a grid frame 13 formed and fixed by thin wood, The outer surface 14 of the lattice frame 13 is formed by mixing 80% ocher, 15% elvan powder, 5% ceramic powder, On the inner surface of the lattice frame 13, a wall 12 including an inner wall 15 formed by mixing 60% ocher, 15% elvan powder, 10% ceramic powder, 10% charcoal powder and 5% germanium; 45 to 60% of the charcoal 17 mass is laid between the ondol pipes 16 wired by the usual method on the floor, and around 2 to 5% of the jade powder 19, mortar 20 of cement and sand. A functional house made of far-infrared radiation material, characterized in that the floor is formed by mixing 8 to 10% with 30 to 40% of ocher (18) and mixing an appropriate amount of water to a thickness of 5 to 10 cm. The method of claim 1, The wall is made of a far-infrared radiation material, characterized in that the inner wall 15 of the lattice frame 13 is formed of 60 to 80% of ocher, 15 to 30% of elvan powder, and 5 to 10% of ceramic powder. Housing. The method of claim 1, The floor is laid between 45 and 60% of the mass of charcoal 17 between the ondol pipes 16, Ocher (18) 35 to 50%, jade powder (19) 3 to 5% around the charcoal, mixed with an appropriate amount of water and plastered to a thickness of 5 ~ 10cm made of far-infrared radiation material Functional homes.