JP4323083B2 - Building - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a building for promoting health.
[0002]
[Prior art]
In recent years, air pollution, water pollution, and deterioration of living environment due to chemicals such as agricultural chemicals have become problems, and proposals have been made for houses and buildings for the purpose of improving living environment and promoting health.
[0003]
For example, Japanese Patent No. 2774787 proposes a house in which a ceramic and carbon mixture is laid and buried around the lower end of a large black pillar with a sharp tip. This house concentrates the electric energy in the air by sharpening the tip of the large black pillar, which is a natural carbonaceous material protruding into the house, and inserts a crystalline lens at the lower end of the large black pillar embedded in the ground By arranging, the magnetic energy is strengthened by flowing the electric energy concentrated on the tip part to the lower end part in the ground.
[0004]
Thereby, in the house, the activation effect of the body function is obtained by the synergistic effect of the electric energy and the magnetic energy and the far infrared rays emitted from the ceramics and carbon.
[0005]
Moreover, since such a house has a moisture-proofing and purifying effect in addition to the activation of physical functions by far-infrared rays, the durability can be improved without impairing the living environment.
[0006]
[Problems to be solved by the invention]
However, the large black pillar has a length that reaches the roof of the house from under the floor, and the installation of such a large black pillar leads to a new renovation of the house and an increase in the renovation cost, and a cost reduction is desired.
[0007]
This invention is made | formed in view of the said fact, and aims at proposing buildings, such as a house which can aim at health promotion at low cost.
[0008]
[Means for Solving the Problems]
The present invention for achieving the above object is a building constructed on the ground, wherein a ceramic and carbon mixture is placed on the bottom of a hole portion where the ground is excavated to a predetermined depth and raw salt is sprayed. A natural foundation stone is arranged on a foundation layer formed by laying, and a ground pillar having a length with a sharp tip reaching below the floor is erected on the natural foundation stone, and a lower end portion of the underground pillar on the natural foundation stone The lens is arranged in an inserted state, and a ceramic / carbon mixture is disposed around the underground column, and the underground column is embedded in the hole.
[0009]
According to the present invention, a hole having a predetermined depth is excavated in the ground under the floor, and the underground pillar that is a natural carbonaceous material is erected and buried in the hole. At this time, after spraying a large amount of raw salt at the bottom of the hole, negative ionization is attempted, and then a base layer is formed by laying a mixture of ceramics and carbon, and natural foundation stones are placed on this base layer. And the foundation of underground pillars.
[0010]
In addition, an underground pillar is set up on the natural foundation stone, and backfilled with earth and sand mixed with a mixture of natural ceramics and carbon (ceramics carbon, etc.) around the underground pillar. At this time, raw salt may be further mixed. In addition, the lens is housed in the lower part of the underground pillar on the natural foundation stone.
[0011]
By burying underground pillars under the floor in this way, electrical energy in the air is collected at the tip of the underground pillar, and by storing the crystalline lens in the lower part, this electrical energy is transferred to the lower end of the underground pillar. The magnetic energy of the earth is strengthened. Further, by disposing a mixture of natural ceramics and carbon around the underground pillar, far infrared rays are emitted. Natural ceramics emit negative far infrared rays, and carbon bodies emit positive far infrared rays.
[0012]
Therefore, in a room where underground pillars are installed under the floor, body functions are activated by the activation of bioelectrons that constitute cells by bioelectric energy and biomagnetic energy in addition to Yin and Yang far infrared rays emitted from ceramic carbon. To improve health.
[0013]
That is, the cost can be reduced by activating the intensive physical functions in one room in the house.
[0014]
In the present invention, by excavating a hole for burying the underground column in the ground exposed by dismantling and removing the flooring material, not only new construction and reconstruction, but also existing houses can be healthy. We can plan improvement.
[0015]
In the invention of claim 3, when the hole reaches the pesticide layer in the ground, when the underground pillar is embedded, carbon and reinforced ceramics A reinforcing layer is formed by laying the mixture mainly.
[0016]
In the ground, a layer containing a chemical component such as an agrochemical (pesticide layer) may be formed, and when the pesticide layer comes out when the hole is excavated, when the hole is refilled Then, a reinforcing layer is formed using a large amount of carbon and reinforced ceramics at a position facing the pesticide layer, and the surroundings of the ground and underground pillars are purified. In addition, when there is no pesticide layer, you may make it form a reinforcement layer in the upper end part of a hole.
[0017]
The invention which concerns on Claim 4 forms a banking layer, a crushed stone layer, a soil concrete layer, and a far-infrared heat storage layer on the ground around the hole, and when laying a flooring on the far-infrared heat storage layer, A ceramic, carbon mixture is laid on the ground, the embankment layer and the crushed stone layer, a heat insulating layer is formed between the soil concrete layer and the far infrared heat storage layer, and a heating means is disposed on the far infrared heat storage layer. And concrete or mortar mixed with a mixture of ceramics and carbon is placed in the soil concrete layer and the far infrared heat storage layer.
[0018]
According to this invention, the embankment layer, the crushed stone layer, the soil concrete layer, and the far-infrared heat storage layer are formed on the ground. At this time, a mixture of natural ceramics and carbon is laid on the ground, embankment layer and crushed stone layer, and concrete or mortar mixed with a mixture of ceramics carbon is placed on the soil concrete layer and the far infrared heat storage layer. Moreover, a heat insulation layer is formed between the soil concrete layer and the far infrared heat storage layer, and a heating means is provided in the far infrared heat storage layer.
[0019]
The heat insulating layer prevents cold air from the ground side from entering the room, and the heating means heats the ceramic carbon used in a large amount under the floor. Ceramic carbon emits a large amount of far infrared rays when heated.
[0020]
Thereby, in addition to the improvement of the dehumidification and purification of indoor air by far infrared rays, the dehumidification and purification of the ground and the structure of the house are achieved, and further improvement of health promotion and improvement of the durability of the house are achieved.
[0021]
In the present invention, a ceramic and carbon mixture is mixed and backfilled so as to extend the hole to the embankment layer, and the crushed stone layer, the soil concrete layer, the heat insulating layer, and the far infrared ray A breathing hole filled with ceramics and carbon having a larger mass than the hole is formed so as to penetrate the heat storage layer.
[0022]
Thereby, the alternating current with the room | chamber interior of the underground magnetic field energy can be aimed at.
[0023]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, an example of an embodiment of the present invention will be described in detail with reference to the drawings. In FIG. 1, the schematic structure of the principal part of the house 10 which is a building is shown. In the present embodiment, the activation room 12 is formed by applying the present invention to one room of the house 10.
[0024]
In the present embodiment, as an example, the activation room 12 is described as being about 9 m ^{2 to} 16 m ² (about 4.5 cm to about 10 mm) in size, but the building to which the present invention is applied is described. The size of the room is not limited to this.
[0025]
In the present embodiment, a so-called wooden house constructed by placing the foundation 16 on the foundation such as the cloth foundation 14 will be described as an example. However, the building to which the present invention is applied is not limited to a wooden house, The structure may be a steel structure structure, a reinforced concrete structure, or a prefabricated structure such as a prefabricated structure.
[0026]
Further, the present invention may create the activation room 12 by renovating an existing house as well as newly building or remodeling. That is, when refurbishing the existing house 10A, for example, as shown in FIG. 2, the ground material 18 is exposed by dismantling and removing the flooring and the like while leaving the foundation such as the fabric foundation 14 and the structure such as the base 16. Just do it.
[0027]
Thus, it is set as the state which the ground 18 which forms the activation room 12 exposed by new reconstruction or dismantling removal, such as a flooring. In this state, first, a column hole 20 that is a hole is dug in the approximate center of the ground 18 of the activation room 12 by hand. The column hole 20 has a diameter of about 1.0 m and a depth of about 1.3 m. At this time, when the agricultural chemical layer 22 is present, the position of the agricultural chemical layer 22 is confirmed.
[0028]
In addition, it is preferable that the digging is performed accurately and so that the digging is beautiful, and the hole bottom 24 is scraped without being digged, and the corner is cornered. It is preferable to do.
[0029]
When the pillar hole 20 is dug in this way, a mixture of natural ceramics and a granular carbon body (ceramic carbon) is added to the bottom 24 of the pillar hole 20 in addition to the wood vinegar or bamboo vinegar and raw salt, and the bottom 24 is purified and reduced, and the bottom 24 is strengthened by watertight or the like. In the column hole 20 having a diameter of about 1.0 m, about 14 l (liter) of wood vinegar or bamboo vinegar, and about 25 kg of raw salt are used. Further, about 60 kg of granular ceramic carbon is used.
[0030]
As shown in FIG. 1, bamboo charcoal 62 containing germanium is laid on the bottom 24 of the column hole 20 thus purified and reduced, in addition to ceramic carbon, granular and round charcoal Bincho charcoal 60 and reinforced ceramics. Thus, a foundation layer 30 is formed, and a natural foundation stone 28 for standing the underground pillar 26 is disposed in the foundation layer 30 at a position that is substantially the center of the bottom 24. As the cornerstone 28, one collected from the lake shore or riverbank can be used. At this time, the base layer 30 uses, for example, about 20 kg of ceramics, about 20 kg of granular Bincho charcoal, about 20 kg of round charcoal 62 (Bincho charcoal), and about 14 kg of bamboo charcoal 62. In addition, these are laid while watertight.
[0031]
The underground pillar 26 standing on the cornerstone 28 has an outer diameter of about 0.2 m (20 cm) and a length that slightly protrudes from the pillar hole 20 (ground 18) (for example, about 1.0 m). Then, using undried wood, the tip 26A is cut into a regular hexagonal pyramid shape.
[0032]
When the underground pillar 26 is erected on the foundation stone 28, a crystal ball 32 having a diameter of about 47 cm is accommodated in the lower end portion 26B of the underground pillar 26 placed on the foundation stone 28. The crystal sphere 32 is used to obtain a resonance amplification effect of bioelectromagnetic energy (electric energy and magnetic energy) using the oscillation action of crystal. In addition, although the undried wood is used for the underground pillar 26, the surface of the lower end portion 26B may be lightly burned with a burner or the like to be carbonized.
[0033]
When the foundation stone 28, the crystal ball 32, and the underground pillar 26 are installed in this way, the pillar hole 20 is laid by laying a large amount of ceramic carbon and raw salt in layers. At this time, for example, about 80 kg of natural ceramics and carbon body (ceramic carbon) are laid while water-tightening, about 10 kg of raw salt is laid, and the thickness is about 2 to 3 cm. So lay crushed stone. In this way, an intermediate layer 64 is formed in which ceramic carbon, raw salt, and crushed stone are laid in layers.
[0034]
Here, when the pesticide layer 22 is present in the ground 18, the reinforcing layer 34 is formed at a position corresponding to the level of the pesticide layer 22. In this reinforcing layer 34, about 20 kg of granular Bincho charcoal (granular coal) is laid, about 1 kg of reinforced ceramic is laid, and about 14 kg of bamboo charcoal 62 is laid while water-tightening. . On top of this, about 20 kg of natural ceramics, about 25 to 50 kg of raw salt, and about 45 kg to 50 of powdered ceramic carbon are laid in order while watering, and the thickness is about 2 to 3 cm. Lay the sand down to the degree.
[0035]
Thereby, the reinforcing layer 34 in which each of the granular coal of Bincho charcoal, reinforced ceramics, bamboo charcoal 62, the round charcoal 60 of Bincho charcoal, natural ceramics, raw salt, powdered ceramic carbon and sand is formed in order. . At this time, the pesticide layer 22 exposed on the wall surface of the pillar hole 20 is purified by spraying about 5 liters of wood vinegar or bamboo vinegar.
[0036]
In this way, by providing the reinforcing layer 34 in which a large amount of ceramics and carbon are laid at a position facing the agricultural chemical layer 22, purification and activation of the agricultural chemical layer 22 can be achieved. When the pesticide layer 22 is not present in the ground 18, the reinforcing layer 34 is formed on the top of the column hole 20.
[0037]
When the underground pillars 26 are thus buried in the pillar holes 20, the cleaning liquid is sprayed on the surface of the ground 18 of the house 10 and the surface of the cloth foundation 14 formed of concrete. As this washing liquid, about 10 liters of wood vinegar or bamboo vinegar is used divided by an appropriate amount of water, and further, about 100 kg to 200 kg of raw salt and ceramic carbon are sprayed respectively, and the ground 18 and the fabric foundation 14 are purified and reduced. And activate.
[0038]
Thereafter, the embankment layer 36 and the crushed stone layer 38 are formed on the ground surface (the surface of the ground 18) while performing water sealing. About 120 kg of ceramic carbon is laid on the surface of the embankment layer 36 and the crushed stone layer 38, respectively. Further, when the embankment layer 36 is formed, the crystal spheres 56 are embedded at predetermined positions such as positions at the four corners of the activation room 12. The crystal sphere 56 has an effect of inducing resonance of the energy of the magnetic field activated by the underground column 26 and the crystal sphere 32 in the underground column 26 in the entire under floor of the activation room 12.
[0039]
The embankment layer 36 is formed around the pillar hole 20 so that the pillar hole 20 reaches the embankment layer 36. Further, the crushed stone layer 38 is laid with crushed stone so that an opening slightly larger than the underground pillar 26 is formed around the underground pillar 26 to form a breathing hole 40 later.
[0040]
A soil concrete layer 42 is formed on the crushed stone layer 38 thus formed. This interstitial concrete layer 42 is formed by placing concrete mixed with powdered ceramic carbon (a mixture of ceramics and carbon) so as to have a thickness of about 100 mm (to reach the upper end of the base 16). The amount of ceramic carbon at this time is about 120 kg. The soil concrete layer 42 is also poured with concrete so as to exclude the position corresponding to the breathing hole 40.
[0041]
A far-infrared heat storage layer 44 is formed on the soil concrete layer 42. The far-infrared heat storage layer 44 forms a heat insulating layer 46 by spreading a heat insulating material having a thickness of about 30 mm on the soil concrete layer 42, and a moisture-proof sheet 48 is laid on the heat insulating layer 46 and has a thickness of 100 A mortar mixed with a large amount of ceramics and carbon is formed so as to be about ˜150 mm. At this time, about 180 kg of powdered ceramic carbon, about 1 kg of reinforced ceramics and about 20 kg of granular Bincho charcoal are mixed in the mortar as a far infrared ray emission source. Prior to placing the mortar, on the base 16 side, for the thermal expansion of the far-infrared bamboo thermal layer 44, for example, a thermal insulation layer 46A is formed using a thermal insulation material having a thickness of about 10 mm. The entrance of cold air to the far-infrared heat storage layer 44 (under the floor of the activation room 12) is blocked by 46A.
[0042]
In the far infrared heat storage layer 44, a far infrared heater 50 is laid as a heating means. In addition, as a heating means, it may replace with the infrared heater 50, and you may make it lay warm water piping through which warm water is circulated. Further, when placing concrete or mortar, a frame body 52 for forming the breathing hole 40 is disposed using, for example, a heat insulating material. The frame 52 has a size (for example, about 400 mm square) slightly larger than the outer diameter of the underground pillar 26.
[0043]
A large amount of ceramics and carbon bodies (granular Bincho charcoal, bamboo charcoal, granular ceramic carbon, and reinforced ceramics) are packed in the opening formed by the frame body 52 to form a breathing hole 40.
[0044]
On the far-infrared heat storage layer 44, a finishing material 54 such as flooring using tatami or natural wood is laid to finish the floor of the activation room 12.
[0045]
In the activation room 12 formed in the house 10 in this way, the ground 18 is purified and reduced, and the activation process is performed. Therefore, it is possible to eliminate and prevent germs, fungi, white ants and the like.
[0046]
Further, ceramics and carbon bodies are laid on each of the ground 18 and the embankment layer 36 and the crushed stone layer 38, and the soil concrete layer 42 is formed by placing concrete mixed with ceramics and carbon bodies. . Since these ceramics and carbon emit far-infrared rays, not only the ground 18 but also the fabric foundation 14 and other structures such as the base 16 are moisture-proof by far-infrared rays, so that the durability can be improved. That is, the durability can be improved even in an existing house 10 (10A) as well as in a new construction or a reconstruction.
[0047]
On the other hand, in this activation room 12, the heat insulation layer 46 is provided between the soil concrete layer 42 and the far-infrared heat storage layer 44, thereby preventing the rise of cold air from under the floor even when the outside air temperature decreases. I am doing so. An infrared heater 50 is provided in the far infrared heat storage layer 44, and the far infrared heat storage layer 44 is heated from the inside by the infrared heater 50.
[0048]
In the far-infrared heat storage layer 44 heated by the infrared heater 50, a large amount of ceramics and carbon bodies are mixed, and the ceramics and carbon bodies promote the emission of far-infrared rays by being heated. Since the far infrared rays pass through the heat insulating layer 46, the far infrared rays from the ceramics and carbon bodies laid on the ground 18, the embankment layer 36 and the crushed stone layer 38 as well as the ceramics and carbon bodies in the soil concrete layer 42. Release is promoted. Thereby, the efficient durability improvement of the structure of the house 10 is achieved.
[0049]
On the other hand, the far infrared heat storage layer 44 emits a large amount of far infrared rays into the activation room 12. Moreover, since far infrared rays permeate | transmit the heat insulation layer 46, far infrared rays are discharge | released in the activation room 12 also from the soil concrete layer 42 grade | etc.,.
[0050]
At this time, ceramics such as natural ceramics emit negative far infrared rays, and carbon bodies such as Bincho charcoal and bamboo charcoal emit positive far infrared rays. Accordingly, negative far infrared rays and positive far infrared rays are released in a well-balanced manner in the activation room 12, and purification is achieved together with dehumidification.
[0051]
In such an activation room 12, indoor air is heated by far infrared rays, so that a heating effect by far infrared rays is obtained and heating efficiency is improved. Further, far-infrared rays can be dehumidified by heating air, so that a high refreshing feeling can be obtained even at a high room temperature.
[0052]
Thereby, even in a weather environment where the outside air temperature is high and conventionally requires cooling, the activation room 12 does not feel that cooling is necessary. That is, in the activation room 12, even in an environment where the outside feels that cooling is necessary, the air conditioning efficiency during cooling can be improved without feeling that cooling is necessary.
[0053]
By the way, underground pillars 26 are buried in the house 10 under the floor of the activation room 12. The underground pillar 26 has a tip portion 26 </ b> A directed into the activation room 12 through the breathing hole 40, and the tip portion 26 </ b> A is pointed. Thereby, bioelectric energy in the atmosphere is collected in the activation room 12 and strengthened.
[0054]
At this time, a breathing hole 40 is formed by embedding a large amount of ceramics and a carbon body on the tip 26A side of the underground pillar 26 without providing the soil concrete layer 42, the heat insulating layer 46, and the far infrared heat storage layer 42. Therefore, the electrical energy in the air is not prevented from being collected at the pointed end portion 26A of the underground pillar 26.
[0055]
On the other hand, a crystal sphere 32 is accommodated in the lower end portion 26B of the underground pillar 26 on the cornerstone 28, and bioelectrical energy directs the underground pillar 26 toward the lower end portion 26B by the oscillation amplification action of the crystal sphere 32. The potential at the lower end of the underground pillar 26 is increased.
[0056]
Further, in the ground 18, the magnetic energy rises due to the increase in potential of the lower end portion 26 </ b> B of the underground column 26, and is collected at the lower end portion 26 </ b> B of the underground column 26, toward the activation room 12 along the underground column 26. Flowing.
[0057]
That is, by burying the underground pillar 26 under the floor of the activation room 12, the electric energy in the air and the magnetic energy in the ground 18 are resonantly amplified and collected in the activation room 12.
[0058]
At this time, since the surroundings of the underground pillar 26 are backfilled with ceramics and carbon bodies, the electric energy and magnetic energy flowing along the underground pillars 26 promote the emission of far infrared rays from the ceramics and carbon bodies. Further, far-infrared rays are emitted into the activation room 12.
[0059]
In addition, by providing a reinforcing layer in which a large amount of natural ceramics and carbon body is laid in the position facing the pesticide layer 22 in the ground 18, a large amount of far infrared rays can be emitted and purification and reduction can be achieved. It is possible to prevent the living environment from being deteriorated by the drug component (agrochemical component) contained in the layer 22.
[0060]
On the other hand, it is known that ceramics emit negative far infrared rays, and carbon bodies emit positive far infrared rays. These yin and yang far infrared rays promote negative ionization of atoms constituting cells in the living body.
[0061]
Therefore, in the activation room 12, the ion balance of the living body is achieved by the yin and yang far-infrared energy, and the rise in body temperature and the activation of the living body function are promoted.
[0062]
In such an activation room 12, activation of a biological function is obtained, so that health is promoted and a healing effect such as pathology due to recovery of the function of the biological body is obtained. By staying or staying, the body function is promoted, and the natural healing of the pathology becomes possible.
[0063]
In other words, while being purified and reduced, living in the activation room 12 where Yin Yang Far-infrared and electric energy in the atmosphere and magnetic energy in the ground are collected, stress relief by the ionic effect of the living body, analgesia, restful sleep effect, The effects of promoting physical function such as blood circulation promotion, blood pressure stabilization, and body temperature improvement are obtained, and healing of wounds and pathologies is promoted.
[0064]
Since the activation room 12 that has the effect of activating the physical function can be formed in a part of the house 10 without installing a large black pillar projecting from the ground into the building, the large black pillar The cost can be reduced as compared with the case of installing.
[0065]
Moreover, since the underground pillar 26 stands up to the pillar hole 20 excavated in the ground 18 by hand digging, it can be installed without replacing the existing house 10. That is, even in an existing house, the activation room 12 that can activate physical functions at a low cost and in a short time can be installed.
[0066]
That is, by embedding the underground pillar 26 under the floor and laying a large amount of ceramics and carbon bodies, it is concentrated in a part of the house 10 to efficiently activate physical functions. Thereby, cost reduction and shortening of installation work can be achieved.
[0067]
In addition, this Embodiment demonstrated above does not limit the structure of this invention. For example, the amounts of natural ceramics and various carbon bodies shown in the present embodiment are merely examples, and the application amount is not limited.
[0068]
Further, in the present embodiment, the description has been given using the house 10 which is a wooden building. However, as described above, the present invention is not limited to a wooden building, and may be a steel frame structure or a reinforced concrete house, and a prefabricated structure. It can be applied to houses of any structure such as. Further, in the present embodiment, the house 10 has been described as an example. However, the present invention is not limited to a house, and may have any configuration as long as it has a space such as a room where a person can stay or live. Can be applied to things.
[0069]
【The invention's effect】
As described above, according to the present invention, an underground pillar with a sharp tip is embedded under the floor, and a large amount of a ceramic and carbon mixture is embedded under the floor to activate physical functions and promote health. A room that can be planned can be formed at low cost.
[0070]
Further, by providing means for heating the ceramics and the carbon body, it is possible to promote the emission of far-infrared rays and to obtain an excellent effect of enabling further activation of body functions.
[Brief description of the drawings]
FIG. 1 is a schematic configuration diagram showing a main part of a house applied to the present embodiment.
FIG. 2 is a schematic configuration diagram showing a main part of a house showing a state in which an existing floor or the like is dismantled and removed.
[Explanation of symbols]
10 Housing (Building)
12 Activation room 18 Ground 20 Pillar hole (hole)
22 Pesticide layer 26 Underground pillar 28 Foundation stone (natural foundation stone)
30 Foundation layer 32 Crystal ball 34 Reinforcement layer 36 Embankment layer 38 Crushed stone layer 40 Breathing hole (breathing hole)
42 Concrete layer 44 Far-infrared heat storage layer 46, 46A Heat insulation layer 50 Infrared heater (heating means)

Claims (5)

It is a building constructed on the ground, and natural foundation stone is applied to the foundation layer formed by laying a mixture of ceramics and carbon at the bottom of the hole where the ground was excavated to a predetermined depth and the raw salt was sprayed And placing an underground column with a length that the pointed tip of the natural foundation stone reaches below the floor, and placing a crystalline lens in the lower end of the underground column on the natural foundation stone, A building characterized in that a ceramic and carbon mixture is disposed around a middle pillar, and an underground pillar is buried in the hole. The building according to claim 1, wherein a hole portion in which the underground pillar is buried is excavated in the ground exposed by dismantling and removing the flooring material. When the hole reaches the pesticide layer in the ground, when embedding the underground pillar, lay a mixture of carbon and reinforced ceramics at the depth position of the pesticide layer. The building according to claim 1 or 2, wherein a reinforcing layer is formed. The embankment layer, the crushed stone layer, the soil concrete layer, and the far infrared heat storage layer are formed on the ground around the hole, and when the flooring is laid on the far infrared heat storage layer, the ground, the embankment layer, and the crushed stone A ceramic and carbon mixture is laid in the layer, a heat insulating layer is formed between the soil concrete layer and the far infrared heat storage layer, and a heating means is disposed in the far infrared heat storage layer, and the soil concrete layer and The building according to any one of claims 1 to 3, wherein concrete or mortar in which a mixture of ceramics and carbon is mixed is placed in the far infrared heat storage layer. As the hole extends to the embankment layer, a ceramic and carbon mixture is mixed and backfilled, and the crushed stone layer, the soil concrete layer, the heat insulation layer, and the far infrared heat storage layer are penetrated. The building according to claim 4, wherein a breathing hole filled with earth and sand having a larger ratio of a ceramic and carbon mixture than the hole is formed.

Images