KR100732407B1 - Method to construct building newly using soil mixture - Google Patents

Abstract

The present invention relates to a building construction method using a soil mixture that can provide the required strength as a building, as well as nontoxic and beneficial to the human body to continuously improve the health of the body.

The present invention is to install the formwork for the wall and the ceiling formwork for constituting the walls and ceiling of the building, respectively, and to install a plurality of pillar formwork to erect the pillars in the middle of the ceiling formwork, each of the formwork Heat wire or boiler tube is arranged in a zigzag, and soil 40 ~ 90wt%, water 10 ~ 60wt%, charcoal or vegetable member 0.5 ~ 10wt% processed by grinding, plant material, animal material, mineral material beneficial to human , 1-10 wt% of a substance using petroleum or the like or by combining or extracting the mixed material to form a soil mixture, the soil mixture is poured into the installed mold, and after the soil mixture is poured 5 ~ Allow to stand for 10 hours to allow solids to settle and apply heat to the heating wire or transfer heat to the boiler tube to dry the soil mixture. Repeat the process of pouring, drying, and drying the soil mixture until the walls, ceilings, and pillars of the building are dried, and then removing all the formwork and installing the heater or burner inside the building. It is a process of firing the surface of the building to be hard like Onggi by heating it for about 30 hours, which is beneficial to vegetable parts, charcoal, and human beings that have a dense density and are added to the soil mixture. Since the material can be uniformly dispersed, it is not only durable but non-toxic, and far infrared rays, negative ions, and components beneficial to humans are continuously emitted to provide a building that is beneficial to the health of the body.

Built Structure, Construction Material, Formwork, Dirt, Solid Material

Description

Building construction method using soil mixture {Method to construct building newly using soil mixture}

1 is a building construction process diagram according to a first embodiment of the present invention.

Figure 2 is a building construction process according to a second embodiment of the present invention.

*** Explanation of symbols for the main parts of the drawing ***

10 wall 11 formwork for walls

20,20 ': Ceiling 21,21': Ceiling formwork

30: pillar 31: formwork for pillar

40: heating wire 50: soil mixture

51 solids 60 burners or heaters

70: Support

The present invention relates to a building construction method using a mixture of soil, more specifically to provide the required strength as a building, as well as non-toxic and beneficial to the human body to continually emanate the components to enhance the health of the body It is.

The old buildings were built by building ocher bricks or kneading ocher on the walls, so they are cool in summer and warm in winter, and far infrared rays that are beneficial to the human body are constantly radiated from the ocher walls. Could be planned.

However, such ocher houses have the disadvantage of being easily broken due to the lack of firmness required as a building. Recently, most buildings such as houses, buildings, schools, and offices are constructed of concrete structures, and thus concrete structures Toxic substances such as radon, ammonia and formaldehyde are continuously emitted from the cement contained in the product, threatening the health of users and contaminating the natural environment.

In view of this, even if the building is composed only of pure wood, there are many toxic substances inside, and many toxic substances exist in all the materials constituting the building, thus harming the health of the people living inside the building. .

The present invention has been proposed in view of such a point, and a dense density of walls, ceilings, pillars, and the like, which forms a building by repeating a process of installing a formwork, filling a soil mixture therein, and depositing solids to evaporate moisture. It is possible to provide the firmness required as a building by providing uniform dispersion of vegetable, mineral, petroleum, animal, animal, charcoal, and human beneficial substances in the soil mixture. It is to provide a new building construction method using a mixture of soil that can be emanated and beneficial ingredients are continuously radiated to improve the health of the body.

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

1 is a building construction process diagram according to a first embodiment of the present invention.

As shown, the first embodiment of the present invention is to install the wall formwork 11 and the ceiling formwork 21 for constituting the wall 10 and the ceiling 20 of the building, respectively, each formwork 11 The heating wire 40 is arranged in a zigzag shape inside the plenum 21.

At this time, since the heating wire 40 applied to the present invention can be applied to the present invention by using all the heat generating materials existing on the earth, all the materials including the common heating wire or the boiler tube are collectively called the heating wire 40.

Of course, although not shown in the drawings in order to improve the robustness of the building between each of the formwork (11, 21) can be disposed of steel or reinforcing structures, and the ceiling 20 can be struck downwards A plurality of pillar formwork 31 is installed so that the pillar 30 can be erected in the middle, and the heating wire 40 is also installed inside the pillar formwork 31.

In addition, each of the molds 11, 21, and 31 to prepare a mixture to be poured, such a mixture is 40 ~ 90wt% of soil, 10 ~ 60wt% of water, the member processed by grinding the char or vegetable member 0.5 ~ It is preferable to configure the soil mixture 50 by mixing 10wt%, and here, materials using vegetable materials, animal materials, mineral materials, petroleum, etc., which are beneficial to human beings, or a combination thereof, or a material extracted from these materials may be recombined. The made material may be added to the soil mixture 50 in an amount of about 1 to 10 wt%.

Among the terms applied at this time, the substance beneficial to human beings is not limited to any one substance, and thus does not specifically limit the kind among all substances present on the earth, and the kinds and contents of these substances and water also depend on the kinds of substances. It will depend, so it is not particularly limited.

In addition, when the vegetable member is applied to the soil mixture 50, various materials such as straw, palm fiber, wood shredding may be applied, and when the soil mixture 50 is formed, the cracks of walls or ceilings forming a building may be prevented. It is desirable to add the binding member to a length of about 1 ~ 5cm to be able to.

In addition, the binding member to be put into the soil mixture 50, can be configured by processing the wire in the form of reinforcing bar, or in the form of iron in the form of iron, processed in the form of iron or § form or I-shaped In this way, the binding member formed by various modifications is added to the soil mixture 50, and then mixed into the soil mixture 50, and then into the soil wall 50, the ceiling 20, and the pillar 30 of the building. The shape of the binding member is not limited to any one model.

After the soil mixture 50 is prepared in this way, the soil mixture 50 is poured into each of the molds 11, 21, and 31 installed therein, and 5 to 48 hours after the soil mixture 50 is poured. By leaving it to stand to cause the solid precipitate to be applied to power the heating wire 40 to dry the above-mentioned soil mixture 50, then the pure solid water 51 without moisture has a dense density formwork (11) While filling the space between the (21) and (31), the charcoal, the vegetable member, and the substances beneficial to humans can be uniformly dispersed between the solids 51.

The process of placing and drying the soil mixture 50 is repeated continuously until the wall 10, the ceiling 20, the pillar 30 of the building is completed, and then the ceiling formwork supporting the ceiling 20. Removing all the formwork (11) (31) except for (21) can complete the wall (10), ceiling (20), pillars 30 that make up the building, after which the heater or burner (60) inside the building ) By heating the inside of the building for about 1 to 30 hours, and the surface moisture of the building is finally dried as the trace amount of moisture remaining on the walls 10, ceiling 20, and pillars 30 that make up the building is finally dried. It can be fired into a solid structure such as onggi.

After that, all doors of the building are opened and ventilated to be in contact with fresh outside air. At this time, a part of the building may be configured with a chimney for ventilation so that air is smoothly vented.

The building constructed by such a construction is composed of a solid material 51 in which the walls 10, the ceiling 20, and the pillars 30 are mixed with natural soil, vegetable members, charcoal, minerals, or animal or petroleum beneficial to humans. Only because of its dense density, there is no toxicity at all, and far infrared rays, negative ions, beneficial ingredients for humans are emitted and beneficial to health, and the walls (10), ceiling (20), and pillars that make up the building by the new construction method All of (30) have a dense density and can maintain the firmness and greatly improve the thermal insulation by the crosslinking role of the vegetable member and the binding member.

In addition, the heating wire 40 is inserted into the wall 10, the ceiling 20, the pillar 30 of the building can be continuously used even after the completion of the building, the boiler system of a typical building is made mainly around the floor Since the heating wire 40 is installed at both the wall 10, the ceiling 20, and the pillar 30 of the building, when the power is applied to the heating wire 40, the heating wire 40 is also in the wall 10, the ceiling 20, and the pillar 30. There is an advantage that the heat can radiate and the whole house warms up.

The building constructed according to the first embodiment of the present invention has been described as a very simple example in the drawings, but it can be applied to any structure, no matter how complicated the structure, the wall, ceiling, column shape also have any structure It is a matter of course that all belong to the scope of the present invention if they have the same technical idea.

On the other hand, the building can be constructed in a variety of shapes, the building made of a dome shape does not need to stand a separate pillar in the center, Figure 2 is a second embodiment of the present invention when the building is made of a dome shape It is shown.

That is, when the formwork is installed, the wall formwork 11 may be installed in the same manner as the first embodiment of the present invention, but the ceiling formwork 21 'is installed to be rounded to fit the dome-shaped ceiling 20', In this state, when the same soil mixture 50 as the first embodiment of the present invention is poured, and the process of precipitation and drying is repeated, the wall 10 of the building and the dome-shaped ceiling 20 'may be completed. After removing all the formwork (11, 21 '), the dome-shaped ceiling (20') does not need a separate pillar because any part is supported with each other adjacent parts, install a burner or heater 60 When heated for about 1 to 30 hours, the surface of the building can be fired into a solid structure, like pottery. Reference numeral 70 in the drawing represents a support for supporting the ceiling formwork 21 '.

At this time, although not shown in the drawings, it is natural that an air inlet pipe through which air is introduced to heat a burner or a heater, and a smoke discharge pipe may be configured on one side of the building to discharge smoke generated in the heating process.

Therefore, when the dome-shaped building is constructed in accordance with the second embodiment of the present invention, the number of pillars in the building can be minimized, and other effects can be said to be equivalent to the second embodiment of the present invention.

In addition, the types of heaters or burners applied to the present invention are various, and the method of increasing the internal temperature of a building may be used to dry the walls of the building, as it may be used to incinerate the laminated wood after laminating wood inside the building. Since the method of heating and hardly constructing such as onggi can be variously configured, it is natural that these design changes are all within the scope of the present invention.

In addition, after installing a heat shield partition outside the building and then install a burner or heater therein to heat the burner or heater for about 2 to 40 hours to configure the outer surface of the building to be solid like Onggi also It is natural to fall within the scope of rights.

In addition, the floor of the building is not limited to any one method because it can be constructed by pouring mud and then firing or using concrete.

As described above, the present invention by putting the soil mixture in the formwork and left for a certain time to repeat the process of evaporating the water while causing the precipitation of the solids to build the walls, ceilings, pillars to form the building after the surface is The building construction method, which is made to be a solid structure such as Onggi, allows each part to have a dense density and uniformly disperse the vegetable members, charcoal, and substances that are beneficial to the soil mixture. Of course, due to the condensation phenomenon caused by the temperature difference between the inside and outside of the building, far infrared rays, negative ions, and fresh ingredients that are beneficial to human beings are continuously emitted to provide a building that is beneficial to the health of the body.

Claims (3)

In the new building construction method using soil, water, vegetable materials, mineral materials, animal materials, petroleum materials and soil mixture made by mixing two or some of these materials, The wall formwork 11 and the ceiling formwork 21 for constituting the wall 10 and the ceiling 20 of the building may be respectively installed, and a pillar may be erected in the middle of the lower portion of the ceiling formwork 21. A plurality of pillar formwork 31 is installed so that the heating wires 40 are arranged in a zigzag form on the inside of each of the formwork 11, 21 and 31, and soil 40 to 90wt%, water 10 to 60wt%, 0.5 ~ 10wt% of processed materials by grinding charcoal or vegetable parts, materials made by mixing vegetable materials, animal materials, mineral materials, petroleum which are beneficial to human beings, or materials made by mixing two or four kinds of these materials Or by combining or extracting these materials to mix 1 ~ 10wt% of the recombination material to form a soil mixture (50), the soil mixture (50) formed in the form (11) (21) (31) is installed After pouring, about 5 to 30 hours after pouring the soil mixture (50) While leaving the soil mixture 50 to precipitate the solids 51, the power supply is applied to the heating wire 40 to dry the soil mixture 50, the casting of the soil mixture 50, drying The process is repeated continuously until the wall 10, the ceiling 20, the pillar 30 of the building is completed, and then removes each form (11) (21) (31), the interior of the building Building a construction method using a soil mixture, characterized in that the heater or burner (60) is installed in the building to heat the interior of the building for 1 to 30 hours to sinter so that the surface of the building is as hard as pottery. In the new building construction method using soil, water, vegetable materials, mineral materials, animal materials, petroleum materials and soil mixture made by mixing two or some of these materials, The wall formwork 11 and the ceiling formwork 21 'for constituting the wall 10 and the dome-shaped ceiling 20' of the building are respectively installed, and each formwork 11, 21 'is provided inside. The heating wire 40 is arranged in a zigzag, and the soil 40 ~ 90wt%, water 10 ~ 60wt%, processed material by grinding the charcoal or vegetable members 0.5 ~ 10wt%, vegetable materials, animal materials, mineral materials, A soil mixture 50 is formed by mixing 1-10 wt% of a substance using petroleum or the like, or by combining or extracting the same, and then prepare the soil mixture 50 in the molds 11 and 21 ′. ) And place the soil mixture 50, and leave for about 5 to 24 hours to precipitate the solid 51 in the soil mixture 50 while applying power to the hot wire 40, the soil mixture Drying the building 50 and drying the soil mixture 50 The wall 10 of the dome, the dome-shaped ceiling (20 ') is repeatedly performed until completed to remove each form (11, 21'), the heater or burner 60 in the interior of the building Building construction method using a soil mixture, characterized in that made by heating the interior of the building for a time of about 1 to 30 hours by firing so that the surface of the building is as hard as pottery. The method according to claim 1 or 2, In the soil mixture 50, a plurality of binding members formed by processing the wire in the form of reinforcement, or processing the steel in the form of iron, or in the form of iron or § form or I-shape Building new construction method using a soil mixture, characterized in that to strengthen the rigidity of the wall (10), ceiling (20) (20 '), column 30 of the building.

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