JP5508566B2 - Construction method of concrete container house - Google Patents

Description

The present invention relates to a concrete building / container house in which the construction method of a concrete building is simplified, the construction period is shortened, the cost is low, and the recycling is achieved.

Patent Document 6 shows that an existing container can be used as it is without punching or cutting.

Patent Document 1 shows a housing unit in which a steel plate 2 is stretched outside the outer wall of a newly produced factory unit 1, a temporary frame 5 is installed outside the unit located outside, and concrete is placed. ing.

In Patent Document 1, a factory-produced floor panel (slab) 4 having a size substantially the same as the plane of the housing unit 1 is arranged on a newly-manufactured housing unit 1, and the outside of the outer wall of the housing unit 1 is arranged. A low-rise apartment house of a housing unit in which a steel plate 2 is stretched, a temporary frame 5 is installed outside a unit located outside, and concrete is placed is shown.

Patent Document 1 discloses a housing unit in which a factory-produced floor panel (slab) 4 having almost the same size as the plane of the housing unit 1 is integrated on a newly-manufactured housing unit 1. It is shown in the figure.

FIG. 14 of Patent Document 2 and FIG. 19 of Patent Document 3 illustrate a container house and a housing unit installed on a foundation made higher than the ground.

FIG. 1 and FIG. 2 of Patent Document 3 illustrate a configuration in which a heat insulating material 10 is housed in an upper wall 2 and a side wall 5.

In FIG. 1, FIG. 2, and FIG. 3 of Patent Document 1, it is shown that an iron plate 2 is stretched outside the outer wall, and the iron plate itself is waterproof.

Moreover, FIG. 1, FIG. 2, and paragraph (0007) of patent document 4 show the assembly panel which gave the waterproof process to the panel for concrete wall construction.

FIG. 6 of Patent Document 5 and paragraphs (0003) and (0047) show that a lightweight cellular concrete panel is installed in a housing unit.

Japanese Patent Laid-Open No. 52-97219 Japanese Patent Laid-Open No. 2007-224707 JP-A-5-321338 Japanese Utility Model Publication No. 5-66114. JP 2000-336768 A Japanese Patent Laid-Open No. 2009-150110

In Patent Document 1, a factory-produced floor panel (slab) 4 having a size almost the same as the plane of the housing unit 1 is arranged on the newly-produced house unit 1 or the floor panel (slab) 4. A low-rise apartment house of a housing unit in which a steel plate 2 is stretched outside the outer wall of the housing unit 1 integrated with the temporary frame 5 on the outside of the unit located outside and the concrete is placed is illustrated. However, with the above construction method, it takes time and time to construct the low-rise apartment building, and the work efficiency is poor, and the cost may increase significantly.
The present invention has been made in view of the above problems, and its purpose is to improve the construction method for concrete buildings, shorten the construction period, reduce costs, or recycle.

In FIG. 14 of Patent Document 2 and FIG. 19 of Patent Document 3, a container house and a housing unit installed on a foundation made higher than the ground are illustrated. A container or housing unit that is carried on a foundation built higher than the ground is simply installed and fixed, but usually containers and housing units are produced and manufactured in consideration of transportation. Therefore, there are limitations on the height, width, and depth of conventional containers and housing units. Therefore, the conventional container house and the housing unit have a feeling of pressure and are unusable.
In the present invention, the height of the foundation constructed higher than the ground is adjusted, the existing container is improved, installed, and fixed, so that the roof of the container house including the height of the foundation is added to the height of the existing container. Realize high and build a good quality container house.

Patent Document 6 shows that existing containers can be used as they are without being drilled or cut, but normal containers and housing units are produced and manufactured in consideration of transportation. Therefore, the height, width, and depth are limited. Therefore, the conventional container house and the housing unit have a feeling of pressure and are unusable.
In the present invention, a plurality of existing containers are connected, and a plurality of the connected containers or a single container is improved to construct a high-quality container house that secures a large indoor space without a feeling of pressure. It is.

In FIG. 1, FIG. 2, and FIG. 3 of Patent Document 1, it is shown that an iron plate 2 is stretched outside the outer wall, and the iron plate itself is waterproof.
Further, the waterproof treatment construction method shown in FIGS. 1, 2, and 3 of Patent Literature 1 is a factory-produced floor panel that is substantially the same size as the plane of the iron plate 2 and the housing unit 1 ( Since the connection part of slab 4 is not waterproofed, it cannot be said that it has been completely waterproofed.
1 and 2 of Patent Document 4 and the concrete wall construction panel shown in the paragraph (0007) are shown as an assembly panel subjected to waterproof treatment. The waterproof treatment construction method is also the same as the waterproof treatment construction method of Patent Document 1 described above, and since the waterproof treatment is not performed on the connection portion, it cannot be said that the waterproof treatment has been performed completely.
In addition, according to the conventional waterproof treatment construction method, it takes time and cost for construction, and is difficult to implement.
Moreover, when waterproofing a building, the waterproofing is usually applied to the outside of the building.
For this reason, the waterproof material deteriorates quickly under the influence of direct sunlight, rain, wind, and outside air, and it has been necessary to apply waterproof treatment over and over again.
In the present invention, a construction method for performing waterproofing on the entire building (the existing container) more easily and quickly than usual is carried out.
Furthermore, a waterproof effect can be obtained semipermanently by a single waterproofing treatment.

FIG. 1 and FIG. 2 of Patent Document 3 illustrate a configuration in which the heat insulating material 10 is housed in the upper wall 2 and the side wall 5, but the heat insulating material is housed between the conventional outer wall and the inner wall. With the construction method, it took time and effort to construct.
In the present invention, a construction method for storing a heat insulating material in an existing container more easily and faster than usual is performed.

FIG. 6 of Patent Document 5 and paragraphs (0003) and (0047) show that a lightweight cellular concrete panel is installed in a residential unit. Usually, a lightweight cellular concrete panel is stretched on a residential unit. Since building a frame of a housing unit and applying a roofing material and a lightweight cellular concrete panel to the frame of the housing unit, it takes time and effort for building construction.
In the present invention, by reusing an existing container, it is possible to save labor and time for constructing a framework of a housing unit.
Further, in the present invention, a precast concrete wall or an outer wall material is stretched and fixed to an existing container, concrete is poured into the roof portion of the container, and the whole is covered and integrated to construct a high-quality container house. Is.

In order to achieve the above objectives, the following concrete construction method is proposed.

Place an existing stubborn box-shaped container horizontally or vertically on a flat ground surface or concrete foundation, or place it diagonally on a sloping ground and fix it (Figs. 7, 8, and 9, the container is used in place of the inner form of a form for building a concrete building, and a separate is directly attached to the container, and the container is attached with the separate. The outer formwork of the formwork is built and fixed (shown in FIG. 14, reference numeral 16), concrete is poured, and the container is entirely covered to form a concrete structure characterized by covering the container. Propose construction method.

Place the rigid container on a horizontal foundation built higher than the ground or an oblique foundation with a certain angle and fix it (shown in FIGS. 3, 4, 10, 1), By cutting the steel floor of the container, the roof height or ceiling height of the container including the height of the foundation in addition to the height of the existing container is secured, and the container is made into a concrete building. Instead of the inner formwork of the formwork, the separator is directly attached to the container, the outer formwork of the formwork is built and fixed on the opposite side of the container to which the separate is attached, and the concrete is poured The construction method of the container house which formed the concrete structure characterized by having coat | covered the said whole container is proposed (FIG. 2, FIG. 3, FIG. 4, FIG. 10, FIG. 14, code | symbol 1, code | symbol 2, code | symbol) Figure 16 ).

The container is placed and fixed on a building, steel material, support, earthquake-resistant hardened rubber, precast concrete block foundation, and the container is used in place of the inner formwork of the formwork for building the concrete building. The separator is directly attached to the container, and the outer container of the mold is built and fixed on the opposite side of the container, the concrete is poured into the container, and the entire container is covered. We propose a construction method for container houses with concrete structures.

A single container or a plurality of the containers are arranged side by side on a horizontal foundation made higher than the ground or an oblique foundation with a certain angle, or are arranged, connected and fixed in a stack. The container is characterized in that a steel floor and a steel wall of the container are cut or perforated to widen the interior space of the container (FIGS. 2, 3, and 4). , FIG. 10, reference numeral 1, reference numeral 2, and reference numeral 9), the container is used in place of the inner mold of the mold for building the concrete building, and the separator is directly attached to the container. A construction method for a container house in which a concrete structure is formed by forming and fixing an outer formwork of a formwork on the opposite side of the container, pouring concrete, and covering the entire container Proposed.

The outside of the container is covered with a waterproof material, and the container (shown in FIGS. 2, 11, 12, and 10) is used in place of the inner form of a form for making a concrete building. Separately attached to the container, the outer formwork of the formwork was built and fixed on the opposite side of the container to which the separate was attached, the concrete was poured, and the entire container was covered, so that the inside of the concrete building We propose a construction method for a container house with a concrete structure that is characterized by waterproofing.

A concrete structure characterized in that the container covered with concrete after being subjected to the waterproofing treatment is further covered with a waterproofing material from above, and the inside and outside of the concrete are subjected to double waterproofing treatment. The construction method of the formed container house is proposed (illustrated in FIGS. 2, 11, 12, and 10).

The container in which a heat insulating material is attached to the outer wall of the container, and the container is used in place of the inner form of a form for building a concrete building, and a separate is directly attached to the container, and the separate is attached to the container. A construction method for a container house formed with a concrete structure characterized by the fact that the outer formwork of the formwork is built and fixed on the opposite side of the container, concrete is poured, and the entire container is covered is proposed (Fig. 2, FIG. 11, FIG. 12, and 4).

With the steel wall and steel roof of the container as a boundary, heat insulating material is pasted on the inside and outside, and the inside and outside are double insulated (FIGS. 2, 11, and 12, reference numerals) 4), the container is used in place of the inner formwork of a formwork for building a concrete building, and a separate is directly attached to the container. The construction method of the container house which formed the concrete structure characterized by having built and fixed the outer formwork, poured concrete, and coat | covered the said whole container is proposed.

Precast concrete wall or outer wall material is welded to the container wall or directly attached and fixed with bolts, nuts, and screws, and concrete is poured into the roof portion of the container and integrated. We propose a construction method for a container house with a precast concrete wall structure.

A plurality of the containers are arranged, connected and fixed at a predetermined interval, and a plurality of the containers are stacked on the same construction method, and the containers are arranged, connected and fixed at a predetermined interval. Then, connecting the containers in the previous period, using the stacked frame as the inner mold of the mold for building the concrete building, connecting the containers, facing the stacked frame, Build and fix the outer formwork, connect the first floor, the second floor, the third floor, and connect the entire frame of the above-mentioned containers, or put the concrete together into a plurality of floors. The construction method of the container house which formed the concrete structure characterized by covering is proposed (illustrated in FIG. 2, FIG. 5, FIG. 6, FIG. 12).
Moreover, since the containers play the role of molds by arranging, connecting, and fixing the containers in the previous period with a certain interval, it is not necessary to form a mold between the containers. Then, a construction method of a container house in which the entire connected containers are covered with concrete is proposed (illustrated in FIGS. 2, 5, 6, and 12).

A plurality of the containers are arranged side by side at a predetermined interval, and a bridge is connected and fixed between the containers and the containers to secure a wide indoor space of the containers (FIG. 13). 15 and 15), and on the connected containers, the second floor, the third floor and a plurality of floors are arranged side by side with the same construction method with the same construction method, and bridges are connected. , Fix, connect, and use the frame between the stacked containers instead of the inner frame of the formwork for building a concrete building, connect the containers together, and directly separate the stacked frames Attach, separate the attached containers, connect the containers to each other, build and fix the outer formwork of the formwork on the opposite side of the stacked housing, and pour concrete into it. That covers the entire superposed building frame, we propose a method of constructing the container house forming a concrete structure, characterized.

The container is buried and used as an inner form of a form for building a concrete building, supporting the concrete building from the inside to prevent collapse of the concrete to the inside of the building, and the outside of the container is a reinforcing bar or Using the container, which is covered with a wire mesh or the like finely like a net, and has the feature of preventing collapse to the outside of the concrete, instead of the inner formwork of the formwork for building concrete buildings, Propose a container house construction method in which a separate is directly attached to the container, an outer formwork of a formwork is built and fixed on the opposite side of the container to which the separate is attached, concrete is poured into the container, and the container is covered. .

In the present invention, a plurality of the containers are arranged, arranged, connected, and fixed at a predetermined interval, and H steel (steel material) is placed on the roof of the casing of the connected containers, and the connection is made. H steel (steel material) is set up around the frame of the containers, connected and fixed, and a plurality of the containers are stacked on top of each other with reinforcement, and arranged, connected and fixed at a certain interval. Then, H steel (steel material) is further placed on the roof of the casings of the containers that are connected and stacked, and the H steel (steel material) is erected around the casings of the containers that are connected and stacked. , Connect, fix, add reinforcement, overlap with the same construction method, connect the containers together, use the stacked frame as the inner formwork of the formwork to build the concrete building, The outer mold of the formwork on the opposite side of the connected and stacked frame Build and fix the frame, 1st floor, 2nd floor, 3rd floor, and connecting them, multiple layers of the above-mentioned containers are put together, or a plurality of them, together with H steel (steel), concrete We propose a construction method for container houses, which is characterized by being poured and covered (shown in FIGS. 16, 17 and 17).
In addition, by placing, connecting, and fixing the containers with a certain interval, the containers play the role of a formwork, so there is no need to create a formwork between the containers, Propose a container house construction method characterized by pouring and covering concrete with H steel (steel) together with multiple floors or a plurality of frames of the connected and stacked containers. 16, 17, 17).

As described above, in the present invention, the container is covered with concrete, which is a strong, existing box-shaped container that can be placed horizontally, vertically or obliquely and fixed. Furthermore, it is possible to build a container house with a strong concrete structure.
Further, when the container is used in a horizontal position, it can be effectively used as a house, a store, an office, a garage, a warehouse, or the like.
When the container is used in a vertical position, it can be effectively used when used in an atrium of a house, a house, an apartment house, an elevator room of a building, or the like.
In addition, when the container is used on an inclined place at an angle, it is effective to use it in a garage or a storeroom.

In the present invention, a strong existing box-shaped container is used in place of the inner form of a form for building a concrete building, and a separate or substitute item is directly attached to the container. Or, on the opposite side of the container to which the substitute item was attached, the outer formwork of the formwork was built and fixed, the concrete was poured, the entire container was covered, and integrated, A container house with a concrete structure can be built.
In addition, since it is only necessary to build 30% or less of the formwork made by the conventional concrete formwork method, the construction period for constructing the concrete building and the cost reduction, or It can also contribute to recycling.

In the present invention, the existing robust container is placed and fixed on a horizontal foundation built higher than the ground or an oblique foundation having a certain angle, and the container is made of steel. By cutting the floor, the roof height or ceiling height of the container including the height of the foundation in addition to the height of the existing container can be secured.
By ensuring the roof or ceiling height, it is also possible to put heat insulation into the container, the low roof and the low ceiling, which are disadvantages of conventional container houses, and the summer is hot without heat insulation, We can solve the problem of feeling cold and cold in winter, and provide a good quality container house covered with concrete that is cool in summer, warm in winter, and without a feeling of pressure.
In the present invention, a sturdy existing container is placed on a slanted foundation with a certain angle, fixed, poured concrete, and the entire container is simply covered. A container house covered with high-quality concrete can be provided.

In the present invention, the container is placed and fixed on a building, a steel material, a support, a seismic hardened rubber, a precast concrete block foundation, and the container is used as an inner form of a form for building a concrete building. In place of the container, the separator is directly attached to the container, the outer mold of the mold is built and fixed on the opposite side of the container to which the separator is attached, the concrete is poured, and the container is covered with a good quality A container house can be provided.
In the present invention, since the container can be easily moved, a high-quality container house covered with concrete can be easily constructed at a high place or a remote place using a crane or the like.

In the present invention, a single container or a plurality of the containers are arranged side by side or arranged, connected, and fixed in a stacked manner, and the steel roof, the steel floor, and the steel wall of the container are arranged. Cutting or drilling can be used to widen the interior space of the container.
Moreover, in this invention, since the indoor space of the said container was expanded, it can respond to a wide use and a request | requirement, Therefore A good quality container house coat | covered with concrete can be provided.

In the present invention, the outside of the container is covered with a waterproofing material, and then the concrete is poured into the container to cover the container, thereby waterproofing the inside of the concrete building. Can provide a house.
Further, in the present invention, the container is waterproofed and concrete is poured and covered, so that it is possible to completely prevent earthquakes and rain leaks from cracks due to deterioration of the concrete.
Furthermore, in the present invention, the container is covered with a waterproof material, and the concrete is poured and coated thereon, so that waterproof processing is applied to the inside of the concrete building, such as direct sunlight, rain, outside air, etc. Because it is not affected at all, rainproofing can be prevented semipermanently with a single waterproof treatment.

In the present invention, the container having been subjected to a waterproof treatment is poured into the concrete, and further covered with a waterproof material from above, and further waterproofed on the inside and outside of the concrete building. A high-quality container house covered with concrete can be provided.

In the present invention, it is possible to provide a high-quality container house characterized in that a heat insulating material is pasted on the outer wall of the container and concrete is poured and covered.
In addition, if it is a conventional construction method in which a heat insulating material is housed between the outer wall and the inner wall, it takes time and effort to perform the construction, but if the present invention is carried out, the heat insulating material is pasted on the outer wall of the container. Because it is only poured and covered with concrete, it is possible to easily put heat insulation material, and it can be expected to greatly shorten the construction period.

In the present invention, heat insulation is applied to the inside and outside of the steel wall and the steel roof of the container, and concrete is poured into the container to cover the inside and outside. A high-quality container house characterized by heat insulation can be provided.
In the present invention, since the container is made of double insulation, a power saving effect can be expected to be much greater than usual.

In the present invention, the precast concrete wall or the outer wall material is welded or directly attached and fixed to the container wall with bolts, nuts or screws, and the concrete is poured into the roof portion of the container to be integrated. It is possible to provide a high-quality container house with precast concrete walls.
Further, in the present invention, when pouring concrete into the roof portion of the container and integrating it, it is not necessary to make a formwork of a formwork method for making a concrete building. Cost reduction can be expected.

In the present invention, a plurality of the containers are arranged, connected, and fixed at a predetermined interval, and a plurality of the containers are stacked thereon, arranged, connected, and fixed at a predetermined interval. From the same construction method, use the frame that was stacked and connected to each other in the previous period as the inner mold of the mold for building the concrete building, and facing the frame that connected and stacked the containers. Build and fix the outer formwork of the formwork, the first floor, the second floor, and the third floor, and the entire frame of the containers that are connected and stacked together, multiple floors or multiple together, concrete A good quality container house can be provided.
Moreover, in the present invention, by placing, connecting, and fixing the containers in the previous period with a certain interval, the containers play a role as the inner formwork of the formwork method for building a concrete building. There is no need to build a formwork between the containers, and the construction construction period can be greatly shortened and the cost can be reduced.
Also, with the conventional formwork method of building a concrete building, the first floor part of the concrete building is built, the curing period is allowed to dry, and then the second and third floor parts are built repeatedly. Then, since building a concrete building, it took a long time and cost for construction work, but in the present invention, the frame of the connected containers together, a plurality of floors or a plurality, together, By pouring concrete and covering it, it is possible to greatly shorten the construction period and reduce costs.

In the present invention, a plurality of the containers are arranged side by side at a predetermined interval, and a bridge is connected and fixed between the containers and the containers so as to secure a large indoor space of the containers. It is possible to provide a high-quality container house characterized by covering the entire casting container.
In addition, the second floor, the third floor, multiple floors, and the same construction method are stacked on the connected containers, arranged with a certain interval, bridged and connected, and fixed. It is possible to provide a high-quality container house in which concrete is poured into the stacked container frame and connected to cover the entire stacked container.

In the present invention, the container is buried and used as an inner formwork of a formwork for building a concrete building, supporting the concrete building from the inside, preventing collapse of the concrete to the inside of the building, It is possible to provide a high-quality concrete / container house with a feature that is covered with a rebar or a wire mesh to prevent the concrete from collapsing outside like a net.

In the present invention, a plurality of the containers are arranged, arranged, connected, and fixed at a predetermined interval, and H steel (steel material) is placed on the roof of the casing of the connected containers, and the connection is made. H steel (steel) is set up around the frame between the containers, connected, fixed, and reinforced, and a plurality of the containers are stacked on top of each other, arranged at a certain interval, connected, After fixing, the H steel (steel material) is placed on the roof of the casings between the containers, which are connected and overlapped, and the H steel ( (Steel material) standing, connecting, fixing, adding reinforcement, using the same construction method, further stacking, connecting the containers together, and using the stacked frame as an inner formwork for building a concrete building And connecting the containers together, On the opposite side, the outer formwork of the formwork is built and fixed, and the first floor, the second floor, the third floor, and the connected and stacked housings of the containers are combined into a plurality of floors or a plurality of floors. Together with H steel (steel material), it is possible to provide a container house characterized by pouring concrete and covering it.
Moreover, since the containers play the role of molds by arranging, connecting, and fixing the containers in the previous period with a certain interval, there is no need to create a mold between the containers. By connecting the housings of the connected containers to a plurality of floors or a plurality of them, and H steel (steel) together with concrete poured and covered, it is possible to provide a robust housing and building for a container house.

In the present invention, by covering the container with concrete, heat of the weak point of steel (metal) can be prevented, and the steel (metal) container can compensate for bending and pulling of the weak point of concrete.
In addition, because the steel wall of the container and the steel roof support the concrete, the collapse of the concrete due to an earthquake and collapse are prevented, and the concrete prevents loss due to a fire or collapse due to a typhoon. Can provide a strong building.

Three-dimensional view (image diagram) of the present invention Plan view 1 of the present invention AA line sectional view 1 of the present invention AA sectional view 2 of the present invention AA line sectional view of the present invention, multiple floors (three stories) 1 AA line sectional view of the present invention, multiple floors (3 stories) 2 Side view of the present invention 1 Side view of the present invention 2 Side view 3 of the present invention Side view of the present invention 2 AA line sectional view 3 of the present invention AA line sectional view of the present invention, multiple floors (three stories) 4 Side view 4 of the present invention Plan view 2 of the present invention Side view 5 of the present invention Plan view 3 of the present invention AA line sectional view of the present invention, multiple floors (three stories) 5

A plurality of the containers are arranged, connected and fixed on a horizontal foundation constructed higher than the ground or an oblique foundation having a certain angle, and then a steel roof and a steel floor. By cutting or drilling a steel wall, the interior space of the container is expanded, and the roof height or ceiling height of the container including the height of the foundation in addition to the height of the existing container is secured. Then, cover the outside of the container with a waterproofing material, paste a heat insulating material on it, and further cover it with a reinforcing bar or wire mesh like a net, and cover the container with a concrete building. Instead of the inner formwork of the formwork to be built, the separator is directly attached to the container, the outer formwork of the formwork is built and fixed on the opposite side of the container to which the separate is attached, and the concrete is poured into the container. And it covers the entire burner, proposes a building construction method of a container house forming a concrete structure.
In addition, a plurality of the containers are further stacked thereon, arranged, connected, and fixed at a predetermined interval, and then the frame that connects the containers to each other is used as an inner mold for forming a concrete building. Using as a frame, the outer formwork of the formwork is built and fixed on the opposite side of the case where the containers are connected to each other, and the first, second and third floors, and the whole case between the connected containers A construction method for a container house is proposed, in which a concrete structure is formed which is characterized by pouring concrete into a plurality of floors or a plurality of floors together.

Hereinafter, embodiments of the present invention will be described with reference to FIGS. 1 to 17.

In the figure, 1 is a concrete foundation made higher than GL (ground) and embedded with anchor bolts and nuts, 3 is placed on the concrete foundation of 1 and fixed with anchor bolts and nuts, welding, A plurality of containers connected by bolts and nuts, or a single container.
The number 9 is a place where the interior space is expanded by cutting or drilling a floor or wall where the container is no longer needed and attaching 11 joinery.
Housing equipment is installed inside the container, 12 two-by-fours are fixed inside the concrete foundation with anchor bolts and nuts, 8 handles are raised, 13 large pulls are placed, and 8 handles are placed. , Fixed to 12 two-by-four, laid 14 stories on it, stretched 7 floors, square steel (wood and steel) directly on the steel roof and walls of the container, with nails and welding It is possible to secure the practical, wide, and beautiful indoor space by attaching 4 insulation materials and attaching the ceiling of 5 and the inner wall of 6 by attaching and spreading. The outside of the container is welded or directly attached with bolts and nuts, covered with 10 waterproof sheets (waterproofing material), the reinforcing bars are covered with a wire mesh, or covered with a wire mesh. After the outer frame 16 of the frame is attached to the home tie (registered trademark) through the attachment, separation, etc., it is further fastened with steel pipes (square bars), etc. Then, after fixing, the concrete house is formed by pouring concrete between the three containers and the outer mold 16 attached to the container to form the second concrete structure.
・ Anchor bolts / nuts, reinforcing bars, wire meshes, and separates are not drawn in the drawings.

DESCRIPTION OF SYMBOLS 1 Concrete foundation 2 Concrete frame 3 Container 4 Insulation material 5 Ceiling 6 Wall 7 Floor 8 Handle 9 Cutting / drilling place 10 Waterproof sheet (waterproof material)
11 Joiner 12 Two-by-four 13 Fork 14 Material 15 Bridge,
16 Outer formwork to form concrete buildings
17 H steel (steel)

Claims (11)

A single or a plurality of stubborn containers for transportation are placed horizontally, vertically or diagonally and fixed, and when the concrete building is constructed, the inner form of the concrete form casting method By using instead of a single container or a plurality of containers play the role of an inner formwork, there is no need to create a new inner formwork, and a new steel plate is stretched and reinforced It is a container for robust transportation that does not need to be performed, and a separate or substitute item is directly attached to the container, and a formwork is formed on the opposite side of the container to which the separate or substitute item is attached. The outer formwork is built and fixed, and concrete is poured between the container and the outer formwork attached to the container, and the concrete is also poured into the roof of the container. , The robust box-the container of coated architectural construction method for disaster prevention type container houses forming a concrete structure characterized by strong disaster with an integrated whole.
A single container or a plurality of the containers are arranged side by side on a horizontal foundation made higher than the ground or an oblique foundation with a certain angle, fixed, and poured into concrete. The building construction method for a container house in which the concrete structure according to claim 1 is formed. The container is used in place of an inner form of a form for making a concrete building, and the container is drilled or cut for attachment, and a separate or substitute object is directly attached. 3. An outer formwork of a formwork is built and fixed on the opposite side of the container, concrete is poured, the container is covered and integrated, and a fitting is attached. A construction method of a container house in which the concrete structure described in the above is formed. A single container or a plurality of the containers are arranged side by side on a building, steel material, support column, earthquake-resistant hardened rubber, or precast concrete block foundation, or are arranged, connected, fixed, and stacked. The steel wall of the container is cut or perforated to widen the interior space of the container, concrete is poured into the container, and the container is covered and integrated. A construction method for a container house in which the concrete structure according to any one of 3 is formed.
A single container or a plurality of the containers are arranged side by side, or arranged, connected and fixed in a stacked manner, and the steel floor and steel wall of the container are cut or perforated, and the The interior space of the container is expanded, housing equipment or other equipment is installed in the container, concrete is poured into the container, and the entire container is covered and integrated. A construction method for a container house in which the concrete structure according to any one of 4 is formed. By placing, connecting, and fixing the containers with a certain interval between them, the containers play a role of a formwork, so there is no need to form a formwork between the containers. A building construction method for a container house in which the concrete structure according to any one of claims 1 to 5 is formed. A plurality of the containers are arranged at regular intervals, and a bridge is connected and fixed between the containers and the containers to secure a wide indoor space of the containers, and the connected containers 7. A construction method for a container house formed with a concrete structure according to any one of claims 1 to 6, characterized in that concrete is poured into, coated, and integrated. Bridges are connected and fixed on the 2nd floor, 3rd floor, and multiple floors on the container, with the same construction method, with a certain interval, arranged side by side, bridge connected and fixed, 8. The construction of a container house formed with a concrete structure according to any one of claims 1 to 7, characterized in that concrete is poured into the entire casing of the container and covered and integrated. Construction method. 9. The concrete structure according to claim 1, wherein a heat insulating material is attached to the outer wall of the container, and concrete is poured into the outer wall to cover and integrate the concrete. Construction method for a container house. The container is buried and used as an inner form of a form for building a concrete building, supporting the concrete building from the inside to prevent the concrete from collapsing, and the outside of the container is a reinforcing bar or a wire mesh. 10. The method according to claim 1, wherein the entire container is covered and integrated so as to prevent the concrete from collapsing outside by covering it finely like a net. A construction method for a container house formed with the concrete structure according to claim 1. 10. The precast concrete wall or the outer wall material is directly attached and fixed to the wall of the container, and the concrete is poured into the roof portion of the container to be integrated. A construction method for a container house in which the precast concrete wall structure according to any one of the above is formed.

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