KR100996203B1

KR100996203B1 - Eco-friendly prefabricated building and the form of construction method that use container

Info

Publication number: KR100996203B1
Application number: KR1020100078729A
Authority: KR
Inventors: 이종성
Original assignee: 진우건철(주)
Priority date: 2010-08-16
Filing date: 2010-08-16
Publication date: 2010-11-23

Abstract

PURPOSE: A prefabricated building and a construction method thereof using an environmentally-friendly container are provided to simply implement a room for large-scale assembly with a superior appearance and advertising effect. CONSTITUTION: A prefabricated building comprises first to fourth front containers(20,30,90,100), first to fourth rear containers(40,50,110,120), first to fourth support containers(60,70,130,140), a second lower plate(80), and finishing containers(150). The first and the second front container are installed in front of a first lower plate(10) to form the front face of a building. The first and the second rear container are installed in the rear of the first lower plate to form the rear face of the building. The first and the second support container are installed on the top of the first lower plate between the first front container and the first rear container. The second lower plate is installed on the upper side of the second front container, the second rear container, and the second support container. The third and the fourth front container are installed in the second lower plate on the upper side of the second front container. The third and the fourth rear container are installed in the second lower plate on the upper side of the second rear container. The third and the fourth support container are installed in the second lower plate on the upper side of the second support container. The finishing containers are installed at regular intervals to cross at the right angle on the top of the fourth front container, the fourth support container, and the fourth rear container.

Description

Eco-friendly prefabricated building and the form of construction method that use container}

The present invention relates to a prefabricated building using an eco-friendly container and a construction method thereof, and more particularly, a space for a large meeting is secured, and people in the building can move to a loading place of a building without disturbing a large use space in the center. The present invention relates to a prefabricated building using an eco-friendly container that can maximize the advertisement effect as well as its beautiful appearance and its construction method.

In general, a container building is a temporary building provided with a predetermined facility in a container used for cargo transportation and used as a site office for construction work. Recently, the use of container buildings is becoming more diversified.

The advantage of such a container building, the cost of the building is low, the construction period is very short, there is an advantage that it is easy to move installation if necessary.

However, these conventional container buildings are usually designed for users to utilize the inner space of the container, and due to the limitations of the container building, they are not suitable for use by a large number of people at the same time.

In other words, a container building large enough to be used by a large number of people at the same time could not be easily transported and installed, and thus did not take advantage of the container building. Therefore, the present container buildings are not suitable for large gatherings despite various advantages. I couldn't.

An object of the present invention for solving the above problems is to provide a prefabricated building using an eco-friendly container that can be easily assembled to secure a space for a large meeting.

Another object of the present invention is to provide a prefabricated building using an eco-friendly container that allows people in the building to move to the right place of the building without disturbing the wide use space in the center.

Still another object of the present invention is to provide a prefabricated building using an eco-friendly container that not only has a beautiful appearance but also maximizes an advertisement effect.

Another object of the present invention is to provide a prefabricated building using an eco-friendly container to ensure a special space in the space where the public gathers.

Still another object of the present invention is to provide a prefabricated building using an environmentally friendly container having a relatively strong coupling structure.

Prefabricated building using the container of the present invention for achieving the above object, the first lower plate forming the entire bottom surface of the building; A first front container installed in front of the first lower plate to form a front surface of the container building, to form a main passage of the building, and to have a plurality of first front windows formed around the container; A second front container disposed parallel to the first front container and having a plurality of second front windows formed around the first front container; A first rear container installed at a rear side of the first lower plate to form a rear side of the container building, a main passage of the building, and a plurality of first rear windows formed around the first lower plate; A second rear container installed in parallel with the upper side of the first rear container and having a plurality of second rear windows formed around the first rear container; A first support container installed at an upper portion of the first lower plate between the first front container and the first rear container to divide the space between the first front container and the first rear container; A second support container disposed in parallel with the upper portion of the first support container; A second lower plate provided on an upper surface of the second front container, the second rear container, and the second support container; A third front container installed on the second bottom plate of the second front container and having a passage formed therein along a length direction thereof, and having third front windows formed around the second front container; A fourth front container installed in parallel with the third front container and having a plurality of fourth front windows formed around the third front container; A third rear container installed on the second lower plate on the upper side of the second rear container and having a passage formed therein in a longitudinal direction thereof, and having third rear windows formed around the second rear container; A fourth rear container installed in parallel with the upper rear of the third rear container and connected to the third rear container by a step and having a plurality of fourth rear windows formed around the fourth rear container; A third support container installed on the second lower plate on the upper side of the second support container; A fourth support container disposed in parallel with the upper portion of the third support container; The fourth front container, the fourth support container, the fourth rear container are installed orthogonal to them, and a plurality of them are arranged at equal intervals, and the front portion protrudes further toward the front side than the front of the first to fourth front containers. Including the finished containers.

Another feature of the prefabricated building using the container of the present invention is that the first to fourth front containers and the finish container and the first to fourth back containers the finish container are connected by a staircase, so that the first to fifth floors can be moved to the stairs. Will be.

Another feature of the prefabricated building using the container of the present invention, the upper front cover is installed on the upper surface of the fourth front container, the fourth support container, the fourth rear container between the closing containers, both ends of the closing containers A blocking plate is provided to isolate the space between the containers and the outside.

Another feature of the prefabricated building using the container of the present invention, the lower end of the closed container, both ends are supported on the side of the fourth front container, the fourth support container, the fourth rear container so that the closing containers flow in the front and rear direction The front and rear spacers are combined to prevent them; The left and right spacers are coupled to the upper surfaces of the fourth front container, the fourth support container, and the fourth rear container so that both ends thereof are supported on the side surfaces of the finishing containers, thereby preventing the closing containers from flowing in the left and right directions.

Prefabricated building construction method using a container of the present invention for achieving the same object described above, the first lower plate installation step of compacting the ground and installing a first lower plate thereon; A lower front container loading step of loading the first front container and the second front container in front of the first lower plate; A lower rear container loading step of loading the first rear container and the second rear container on the rear of the first lower plate; A lower support container loading step of loading a first support container and a second support container in the center of a first lower plate; A second lower plate installation step of seating a second lower plate on an upper surface of the second front container, the second support container, and the second rear container; An upper front container loading step of loading a third front container and a fourth front container in front of the second lower plate; An upper rear container stacking step of loading a third rear container and a fourth rear container on the rear of the second lower plate; An upper support container loading step of loading a third support container and a fourth support container in the center of the second lower plate; Steps for installing a closing container in which a plurality of closing containers are seated on the upper surface of the fourth front container, the fourth support container, and the fourth rear container so as to be orthogonal to them, and the front container is protruded more than the front of the fourth front container. ; And a stair installation step of moving the first to fourth front containers and the closing container and installing the steps thereon to move the first to fourth rear containers and the closing container.

In the present invention as described above, a prefabricated building having a relatively large space is secured in the central portion by the front containers, rear containers and finish containers. Therefore, due to the nature of the container building, the unit price of the building is low, the construction period is very short, and the mobile installation can be easily obtained if necessary, and space for a large gathering can be secured.

The present invention can utilize not only the inner spaces of the front containers, the back containers, and the closed containers, but also can be used as a walking passage. This allows people in the building to move through the passage of containers to the right place in the building without having to cross a large central space. Therefore, the event is not distracted or disturbed by pedestrians, so the efficiency of the event can be maximized.

Closing containers are arranged at equal intervals on top of the front containers, support containers, rear containers of the present invention so as to be orthogonal to them, and the front portions of the closing containers protrude more than the front of the front containers, The front part is equipped with letters and figures that inform the title of the event. Therefore, not only the aesthetics of the building are improved by the protrusions of the closing container, but also the advertisement type characters or figures are provided on the protrusions where the visual effects are greatest, thereby maximizing the advertisement effect.

The present invention is provided with an upper cover on the upper surface of the fourth front container, the fourth support container, and the fourth rear container between the closed containers, and both ends of the closed containers to separate the space between the closed containers and the external space. A blocking plate is installed. Therefore, the top of the building by the closing containers, the top cover, the blocking plate is provided with a resting space that is open only to the upper side and blocked from the outside. Therefore, a quiet space, which is isolated from the outside, is secured within the building where the public gathers, so it can be used as a resting place for the organizers or the guests.

The front and rear spacers are coupled to the lower ends of the closing containers of the present invention so that both ends are supported on the side surfaces of the fourth front container, the fourth support container, and the fourth rear container to prevent the closing containers from flowing in the front and rear directions. The upper surface of the container, the fourth support container, and the fourth rear container is coupled to the left and right spacers so that both ends thereof are supported on the sides of the closed containers to prevent the closing containers from flowing in the left and right directions. Therefore, even when an impact is generated around the building, the closing containers are not flowed in the front and rear directions or the left and right directions by the front and rear spacers and the left and right spacers, so that they are relatively firmly coupled to the upper portions of the front containers, the support containers, and the rear containers.

Figure 1 is a schematic perspective view of a prefabricated building using the container of the present invention.
FIG. 2 is a front view of FIG. 1
3 is a rear view of FIG. 1.
4 is a side view of FIG. 1
5 is a side cross-sectional view of FIG. 1

Specific features and advantages of the present invention will become more apparent from the following description taken in conjunction with the accompanying drawings.

1 is a schematic perspective view showing a prefabricated building using a container of the present invention, FIG. 2 is a front view of FIG. 1, and FIG. 3 is a rear view of FIG. 1. 4 is a side view of FIG. 1, and FIG. 5 is a side cross-sectional view of FIG. 1.

The prefabricated building using the eco-friendly container of the present invention is provided with a first lower plate 10 forming the entire bottom surface of the building. The first front container 20 is installed in front of the first lower plate. The first front container 20 forms a front surface of the container building, and a first front passage 21 is formed therein, and a plurality of first front windows 22 are formed around the first front container 20. The first front entrance door 23 is formed on the front surface of the first front container 20.

The second front container 30 is installed in parallel with the upper part of the first front container 20, and the first front container 20 and the second front container 30 are connected to the stairs 160. The second front container 30 has a plurality of second front windows 32 formed on the circumference thereof, a first fixing window 33 formed on the front surface thereof, and a second front passage 31 formed therein. have.

The first rear container 40 is installed behind the first lower plate 10. The first rear container 40 forms a rear side of the container building, and a first rear passage 41 is formed therein, and a plurality of first rear windows 42 are formed around the first rear container 40. The first rear container 40 is formed with the first rear door 43.

The second rear container 50 is installed in parallel with the upper portion of the first rear container 40, and the first rear container 40 and the second rear container 50 are connected to the stairs 160. The second rear container 50 has a plurality of second rear windows 52 formed therein, a second rear passage 51 formed therein, and a second fixed window 53 at the rear side thereof.

The first support container 60 is provided on the upper portion of the first lower plate 10 between the first front container 20 and the first rear container 40. The first support container 60 bisects the space between the first front container 20 and the first rear container 40, and has a first entrance door 62 formed at one side thereof, and a first space 61 therein. ) Is formed. The first space 61 may be used as a passage for users to walk or may be used as a warehouse for storing goods.

The upper part of the first support container 60 is provided with a second support container 70 in parallel therewith, and the first support container 60 and the second support container 70 are connected to the stairs 160. The second support container 70 has a second space 71 formed therein, and the second space 71 may be used as a walking passage or a warehouse.

A second lower plate 80 is provided on the upper surface of the second front container 30, the second rear container 50, and the second support container 70. Front and rear blanking plates 81 and rear blanking plates 82 are provided at the front and rear of the second lower plate 80.

The third front container 90 is installed on the second lower plate 80 on the upper side of the second front container 30, and the second front container 30 and the third front container 90 are connected by the stairs 160. have. The third front container 90 has a third front passage 91 formed therein in the longitudinal direction thereof, a third front window 92 formed therein, and a third front container 90 inside the third front container 90. The second front entrance door 93 is formed to enter and exit from the second lower plate 80 side.

A fourth front container 100 is installed in parallel with the third front container 90, and the third front container 90 and the fourth front container 100 are connected by a stair 160. The fourth front container 100 has a fourth front passage 101 formed therein, and a plurality of fourth front windows 102 formed around the fourth front container 100.

Third rear containers 110 are installed on the second lower plate 80 at the upper side of the second rear container 50, and the second rear container 50 and the third rear container 110 are connected to the stairs 160. It is. The third rear container 110 has a third rear passage 111 formed therein along its longitudinal direction, and third rear windows 112 formed on the circumference thereof, and a third rear container 110 formed therein. The second rear entrance door 113 is formed to enter and exit the second lower plate 80.

The fourth rear container 120 is installed in parallel with the upper portion of the third rear container 110 and the fourth rear passage 121 is formed therein. The third rear container 110 and the fourth rear container 120 are connected by the stairs 160, and a plurality of third rear windows 112 are formed around the fourth rear container 120.

The third support container 130 is installed on the second lower plate 80 on the upper side of the second support container 70, and the second support container 70 and the third support container 130 are connected to the stairs 160. It is. The third support container 130 has a third space 131 formed therein and a second entrance door 132 formed at one side thereof.

The fourth support container 140 is installed in parallel with the upper portion of the third support container 130, and the third support container 130 and the fourth support container 140 are connected to the stairs 160. A fourth space 141 is formed in the fourth support container 140.

A plurality of finishing containers 150 are disposed at equal intervals on the fourth front container 100, the fourth support container 140, and the fourth rear container 120 so as to be orthogonal thereto. The closing container 150 has a passage 151 formed therein, is connected to the fourth front container 100 and the fourth rear container 120 and the stairs 160, and the door 152 is formed at one side. It is. The closed container 150 has a front portion of the first to fourth front containers 20, 30, 90, 100 more protrudes toward the front side than the front. Protruding portions of the closing container 150 is attached to the letter or figure indicating the title of the event.

Prefabricated buildings using the container of the present invention, the first to fourth front containers 20, 30, 90, 100 and the finishing container 150 and the first to fourth rear containers 40, 50 ( 110 (120) The finishing container 150 is connected to the stairs 160, it is possible to move to the stairs 160 from the first floor to the fifth floor.

The upper cover 170 is installed on the upper surfaces of the fourth front container 100, the fourth support container 140, and the fourth rear container 120 between the closing containers 150. And both ends of the closing container 150 is provided with a blocking plate 180 to isolate the space between the closing container 150 and the outside space. Therefore, a special resting space is formed between the closed container 150 and the outside.

Under the closing container 150, both ends are supported on the side of the fourth front container 100, the fourth support container 140, the fourth rear container 120 so that the closing container 150 flows in the front and rear directions The front and rear spacers 191 are coupled to each other so as to be prevented.

In addition, both ends of the fourth front container 100, the fourth support container 140, and the fourth rear container 120 are supported on the side surfaces of the closing containers 150, so that the closing containers 150 are in the left and right directions. The left and right spacers 192 are combined to prevent flow to the right.

Prefabricated building using the container of the present invention is constructed as follows.

First, it has a first lower plate installation step (S10) to compact the ground and install the first lower plate 10 thereon.

After the first lower plate installation step S10, the lower front container loading step S20 for loading the first front container 20 and the second front container 30 in front of the first lower plate 10 is provided.

After the lower front container loading step (S20), and has a lower rear container loading step (S30) for loading the first rear container 40 and the second rear container 50 in the rear of the first lower plate (10).

After the lower rear container loading step (S30), and has a lower support container loading step (S40) for loading the first support container 60 and the second support container 70 in the center of the first lower plate (10).

After the lower support container loading step (S40), the second lower plate is installed to seat the second lower plate 80 on the upper surface of the second front container 30, the second support container 70, the second rear container 50. Step S50.

After the second lower plate installation step S50, the upper front container loading step S60 for loading the third front container 90 and the fourth front container 100 in front of the second lower plate 80 is provided.

After the upper front container loading step (S60), it has an upper rear container loading step (S70) for loading the third rear container 110 and the fourth rear container 120 in the rear of the second lower plate (80).

After the upper rear container loading step (S70), the upper support container loading step (S80) for loading the third support container 130 and the fourth support container 140 in the center of the second lower plate (80).

After the upper support container loading step S80, a plurality of finishing containers 150 are seated on the upper surfaces of the fourth front container 100, the fourth support container 140, and the fourth rear container 120 to be orthogonal to them. And it has a closing container installation step (S90) for installing so that the front portion of the closing container 150 protrudes more than the front of the fourth front container (100).

After the finishing container installation step, the first to fourth front containers 20, 30, 90, 100 and the finishing container 150 are moved, and the first to fourth rear containers 40, 50, 110 ( 120 has a stair installation step (S100) for installing the stair 160 to them and to move the closing container 150.

Prefabricated buildings using eco-friendly containers of the present invention have the following advantages.

First, the building of the present invention, the first to fourth front containers 20, 30, 90, 100, the first to fourth rear containers 40, 50, 110, 120 and the finishing container By 150, a prefabricated building having a relatively large space in the central part is achieved.

Therefore, due to the nature of the container building, the unit price of the building is low, the construction period is very short, and the mobile installation can be easily obtained if necessary, and space for a large gathering can be secured.

Second, the present invention, the first to fourth front container 20, 30, 90, 100, the first to fourth rear container 40, 50, 110, 120, the finishing container 150 In addition to utilizing the internal space of the can be used as a walkway for walking.

This allows people in the building to move through the passage of containers to the right place in the building without having to cross a large central space. Therefore, the event is not distracted or disturbed by pedestrians, so the efficiency of the event can be maximized.

Third, the first to fourth front containers 20, 30, 90, 100, the first to fourth support containers 60, 70, 130, 140, and the first to fourth rear surfaces of the present invention. The closing containers 150 are arranged at equal intervals on the upper portions of the containers 40, 50, 110, 120, and the front parts of the closing containers 150 are the first to fourth front containers 20. More protruded than the front of the 30, 90 and 100, the front portion of the protruding closing container 150 is provided with a letter or a figure indicating the title of the event.

Therefore, not only the aesthetics of the building are improved by the protrusions of the closing container 150, but the advertisement type characters or figures are provided on the protrusions having the largest visual effect, thereby maximizing the advertisement effect.

Fourth, the present invention is the upper cover 170 is provided on the upper surface of the fourth front container 100, the fourth support container 140, the fourth rear container 120 between the closing container 150, Both ends of the closing container 150 is provided with a blocking plate 180 to isolate the space between the closing container 150 and the external space.

Therefore, the top of the building by the closing container 150, the top cover 170, the blocking plate 180 is provided with a rest space is open only to the upper side and blocked from the outside. Therefore, a quiet space, which is isolated from the outside, is secured within the building where the public gathers, so it can be used as a resting place for the organizers or the guests.

Fifth, both ends of the lower end of the closed container 150 of the present invention is supported on the side of the fourth front container 100, the fourth support container 140, the fourth rear container 120, the closing containers 150 before and after Front and rear spacers 191 are coupled to prevent flow in the direction, and both ends are closed on the upper surfaces of the fourth front container 100, the fourth support container 140, and the fourth rear container 120. The left and right spacers 192 are coupled to each other so that the finishing containers 150 are prevented from flowing in left and right directions.

Therefore, even when an impact is generated around the building, the finishing containers 150 do not flow in the front and rear directions or the left and right directions by the front and rear spacers 191 and the left and right spacers 192, so that the fourth front container 100 and the fourth support container are not moved. (140) and the upper portion of the fourth rear container (120).

Meanwhile, the inner surfaces of the front containers, the back containers, the support containers, and the closed containers of the present invention include 60 to 70% by weight of evening primrose oil, 5 to 15% by weight of chamomile german oil, and 20 to 30 of Karenzula oil. The functional oil mixed with the weight% is applied by spraying method, and the inner surface of the containers and the functional oil spray nozzle are sprayed on one surface of the inner surface of 1 m 2 containers for 5 to 15 seconds while maintaining a distance of 40 to 60 cm. It is applied.

Evening primrose oil, chamomile german oil, and Karenzula oil, which are applied to the inner surfaces of containers, are mixed as functional oils to have specific conditions, and are effective for preventing skin diseases such as atopic dermatitis and improving health.

Evening primrose oil, also known as evening primrose oil, contains abundant gamma linolenic acid and vitamin E, which are known to have anti-cancer effects, and have a good therapeutic effect on eczema and dermatitis. . This oil is effective in improving the inflammation of the skin such as eczema and psoriasis when taken or in contact with the skin.

Such evening primrose oil is mixed with functional oils of about 60 to 70% by weight, but when the mixing ratio of the evening primrose oil is less than 60 to 70% by weight, the above-mentioned effect is reduced, so the effect is insignificant. Evening primrose oil has the function of preventing heart disease and lowering blood pressure, so when the mixing ratio of evening primrose oil exceeds 70% by weight, it is not suitable for patients with hypotension.

Chamomile German oil, which contains a large amount of monoterpine and sesquiterpine, usually contains 7% or more (2.16 to 35.59%) of chamazulene, which has high anti-inflammatory and anti-allergic effects. It is known that matricarin is converted to chamanulene in the process of extracting oil by steam distillation. The α-bisabolol component in chamomile germany oil has been found in mice to have anti-inflammatory, anti-inflammatory, and anti-inflammatory effects on arthritis. Excellent in anxiety

Such chamomile germane oil is mixed with functional oils by about 5 to 15% by weight, but when the mixing ratio of chamomile germane oil is less than 5% by weight, the above-described efficacy is lowered, so the effect is insignificant. Chamomile German oil has an excellent neuro-stable effect, so if the mixing ratio of chamomile German oil exceeds 15% by weight, the nervous system is excessively relaxed, which may cause trouble to concentrate on a specific task.

Calendula oil contains vitamins A, B, D, and vitamin E. It is good for the treatment of skin diseases, especially eczema and dryness, and also promotes anti-inflammatory, anti-convulsion and bile secretion. It is known. Cream made with Karenzula oil is used to protect rough hands with housewives and eczema.It can be applied to the skin with varicose veins.It can also be applied to the head or to the feet with severe itching for dandruff treatment.

Such Karenzula oil is mixed in the functional oil 20-30% by weight, but when the mixing ratio of Karenzula oil is less than 20% by weight, the above-mentioned efficacy is reduced, the effect is insignificant. Karenzula oil contains ketones. Therefore, if the mixing ratio of the Karenzula oil exceeds 30% by weight it may be harmful due to the excess of the ketone component contained therein. The chemical structure of the ketone component is a double bond of oxygen atoms to the center carbon. Oils containing excessive amounts of ketones should always be used when used. Do not use quantitatively because it may cause neurotoxicity in large amounts and cause side effects in continuous use. If used only, this ingredient can be used to strengthen and regenerate nerve tissue. It also acts as a powerful antitussive. Most of these oils can be used for chronic bronchial diseases, coughing from phlegm, and dyspnea.

The functional oil is applied by spraying the inner surface of the containers and the functional oil injection nozzles on one surface of the inner surface of the 1 m 2 container for about 5 to 15 seconds as described above.

If the distance between the inner surface of the containers and the functional oil jet nozzle is less than 40 cm, the functional oil is concentrated on one part of the inner surface. If the distance between the inner surface of the containers and the functional oil injection nozzle exceeds 60 cm, the amount of scattering to the surroundings during the injection of the functional oil increases by that amount, which wastes expensive functional oil.

In addition, when the injection time of the functional oil sprayed on one surface of the inner surface of the 1 m 2 is less than 5 seconds, it is difficult to apply a sufficient amount of functional oil to the inner surface, thus the effect is insignificant. When the injection time of the functional oil sprayed on the inner surface of 1 m 2 exceeds 15 seconds, the effect is not greatly increased as compared to the case of spraying about 5 to 15 seconds, while the functional oil is wasted unnecessarily.

10: first lower plate 20: first front container
21: first front passage 22: the first front window
23: first front door 30: second front container
31: second front passage 32: second front window
33: first fixed window 40: first rear container
41: first rear passage 42: first rear window
43: first rear door 50: second rear container
51: second rear passage 52: second rear window
53: 2nd fixed window 60: 1st support container
61: space 1 62: entrance 1
70: second support container 71: second space
80: second lower plate 81: front cover plate
82: rear blanking plate 90: third front container
91: third front passage 92: third front window
93: 2nd front door 100: 4th front container
101: fourth front passage 102: fourth front window
110: third rear container 111: third rear passage
112: third rear window 113: second rear entrance door
120: fourth rear container 121: fourth rear passage
122: fourth rear window 130: third support container
131: third space 132: entrance 2
140: fourth support container 141; 4th space
150: closed container 151: aisle
152: door 160: stairs
170: upper cover 180: blocking plate
191: front and rear spacer 192: left and right spacer

Claims

A first lower plate 10 forming an entire floor of the building;
A first front container 20 installed at the front of the first lower plate to form a front surface of the container building, a main passage of the building, and a plurality of first front windows 22 formed around the first lower plate;
A second front container 30 disposed parallel to the first front container 20 and having a plurality of second front windows 32 formed around the first front container 20;
A first rear container 40 installed at a rear side of the first lower plate 10 to form a rear side of the container building, a main passage of the building, and a plurality of first rear windows 42 formed around the first lower plate 10;
A second rear container 50 installed in parallel with the upper side of the first rear container 40 and having a plurality of second rear windows 52 formed around the first rear container;
A first installed on the first lower plate 10 between the first front container 20 and the first rear container 40 to divide the space between the first front container 20 and the first rear container 40. Support container 60;
A second support container 70 installed in parallel with the first support container 60 at an upper portion thereof;
A second lower plate 80 provided on an upper surface of the second front container 30, the second rear container 50, and the second support container 70;
A third front container installed on the second lower plate 80 on the upper side of the second front container 30 and having a passage formed therein along the length direction thereof, and having a third front window 92 formed therein. 90);
A fourth front container 100 installed parallel to the third front container 90 and having a plurality of fourth front windows 102 formed around the third front container 90;
The second rear container 50 is installed on the second lower plate 80 on the upper side of the second rear container 50 and has a passage formed therein along the longitudinal direction thereof, and has a third rear window 112 formed therein. 110);
The fourth rear surface which is installed in parallel with the third rear container 110 and connected to the third rear container 110 and the stairs 160 and has a plurality of fourth rear windows 122 formed on the periphery thereof. Container 120;
A third support container 130 installed on the second lower plate 80 at an upper side of the second support container 70;
A fourth support container 140 installed parallel to the third support container 130;
The fourth front container 100, the fourth support container 140, the fourth rear container 120 is installed on the upper orthogonal to these, a plurality of are arranged at equal intervals, the front portion is the first to fourth front Prefabricated building using an environmentally friendly container, characterized in that it comprises a; (20) (30) (90), the closing container (150) protruding further toward the front side than the front of the front.

The method of claim 1,
First to Fourth Front Containers 20, 30, 90 and 100 and Finishing Containers 150 and First to Fourth Rear Containers 40, 50, 110 and 120 and Finishing Containers 150 ) Is connected to the stairs 160, prefabricated buildings using eco-friendly containers, characterized in that the first floor to the fifth floor can be moved to the stairs.

The method of claim 1,
The upper cover 170 is installed on the upper surface of the fourth front container 100, the fourth support container 140, and the fourth rear container 120 between the closing containers 150.
Both ends of the closed container 150, prefabricated building using an environmentally friendly container, characterized in that the blocking plate 180 is installed to isolate the space between the closed container 150 and the outside space.

The method of claim 1,
At the bottom of the closing container 150,
The front and rear spacers 191 are supported at both ends of the fourth front container 100, the fourth support container 140, and the fourth rear container 120 to prevent the closing containers 150 from flowing in the front and rear directions. Combined;
On the upper surface of the fourth front container 100, the fourth support container 140, the fourth rear container 120,
Prefabricated building using an eco-friendly container, characterized in that the left and right spacers 192 are coupled so that both ends are supported on the sides of the closing containers 150 to prevent the closing containers 150 from flowing left and right.

The inner surfaces of claim 1, wherein the front containers, rear containers, support containers, closure containers,
A functional oil blend of 60 to 70% by weight of evening primrose oil, 5 to 15% by weight of chamomile german oil and 20 to 30% by weight of Karenzula oil is applied by spraying, and the inner surface of the containers and the functional oil jet nozzle are 40 Prefabricated building using an eco-friendly container, characterized in that the spray is applied for about 5 to 15 seconds to one surface of the inner surface of the container of 1㎡ while maintaining the interval of ~ 60cm.

A first lower plate installation step S10 of compacting the ground and installing the first lower plate 10 thereon;
A lower front container loading step (S20) for loading the first front container 20 and the second front container 30 in front of the first lower plate 10;
A lower rear container loading step (S30) for loading the first rear container 40 and the second rear container 50 on the rear of the first lower plate 10;
A lower support container loading step (S40) for loading the first support container 60 and the second support container 70 in the center of the first lower plate 10;
A second lower plate installation step (S50) for seating the second lower plate 80 on the upper surface of the second front container 30, the second support container 70, and the second rear container 50;
An upper front container loading step (S60) for loading the third front container 90 and the fourth front container 100 in front of the second lower plate 80;
An upper rear container stacking step (S70) for loading the third rear container 110 and the fourth rear container 120 on the rear of the second lower plate 80;
An upper support container loading step (S80) for loading the third support container 130 and the fourth support container 140 at the center of the second lower plate 80;
A plurality of closing containers 150 are seated on the upper surfaces of the fourth front container 100, the fourth support container 140, and the fourth rear container 120 so as to be orthogonal to them, and the front portion of the closing container 150 may be formed. 4) installing a finished container so as to protrude more than the front surface of the front container 100 (S90);
Move the first to fourth front containers 20, 30, 90 and 100 and the finish container 150 and the first to fourth back containers 40, 50, 110 and 120 and the finish container. Prefabricated building construction method using an environmentally friendly container, characterized in that made; including; staircase installation step (S100) to install a stair 160 to them to move 150.