JP2008261160A - Container house and its production method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a container house suitable and favorable for a temporary office and a house for a stand or the like and capable of connecting and integrating a plurality of containers mutually with excellent working efficiency and sufficient strength on site, and achieving sufficient strength for connection and excellent practical use and to provide its production method for reducing time and cost required for its production. <P>SOLUTION: This container house A is composed of a plurality of containers CR, C1-C3, CL having a rectangular parallelepiped shape and constituting at least one side face rm as a connection face having beams 8, 9 at its both ends and connection means R for fixing adjacent beams 8, 9 relatively to arrange a plurality of containers CR, C1-C3, CL in order and connect and integrate them by letting the connection faces rm oppose to each other and prevent the beams 8, 9 from being separated from each other by a vice structure having a U-shaped clip and a male screw. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a container house that can be assembled and constructed relatively easily at an installation site and can be constructed at a low cost, and a method for producing the container house.

  A container house is a structure made by connecting and integrating multiple containers (unit containers) assembled at a factory at an installation site, and builds offices, simple houses, warehouses, stores, etc. at a relatively low cost. can do. In addition, the needs of container houses are increasing because they are treated as installations, not buildings, and have tax benefits.

  Containers that make up a container house are pre-finished at the factory by providing windows, doors, and other openings on the side walls, and are set to a size that can be mounted on a truck bed in consideration of transportation. Many shapes and sizes are possible. Further, as a unit container, a means of using a shipping container that is standardized and has a predetermined strength and is sturdy and inexpensive can be considered.

  As conventional container houses, those disclosed in Patent Documents 1 and 2 are known. The container house shown in Patent Document 1 is configured by connecting a pair of containers that form a rectangular parallelepiped in parallel with their long side surfaces facing each other in the longitudinal direction, and the lower ends of adjacent vertical beams Means for connecting and integrating the parts by bolts and nuts using spacers is disclosed. In addition, the container house shown in Patent Document 2 has a three-dimensional connection structure in which containers are connected in the front-rear series direction and stacked up and down at a predetermined interval in order to construct a large-scale structure including a truss roof. In this case, a configuration in which they are arranged in parallel is disclosed.

However, in the container house of Patent Document 1, only the lower ends of the vertical beams are connected to each other. To firmly integrate adjacent containers, other parts on the joint side of the container, such as the upper part of the vertical beams, are used. The parts also need to be connected, but nothing is disclosed about them. Moreover, in the container house of patent document 2, it was only mentioned about what should do about a strength problem, and the structure regarding how to connect adjacent containers was not disclosed. Therefore, a means and method for connecting and integrating adjacent containers with sufficient strength and good workability at the site was a future problem.
JP 2004-257115 A JP 2001-115559 A

  The object of the present invention is suitable for temporary offices, storehouses, etc. in view of the above-mentioned circumstances, and is capable of connecting and integrating a plurality of containers with sufficient workability and sufficient strength on site. The object is to realize and provide a container house and a method for producing the container house that are short in time and inexpensive, can be sufficiently connected, and have excellent practicality.

The invention according to claim 1 is a container house,
A plurality of containers C each having a rectangular parallelepiped shape and having a connecting surface rm having at least one side surface having beams 8 and 9 at both ends;
A connecting means R for relatively fixing adjacent beams 8, 8, 9, 9 so as not to be separated from each other so that the connecting surfaces rm face each other and the plurality of containers C are aligned and integrated;
It is characterized by having.

  According to a second aspect of the present invention, in the container house according to the first aspect, the connecting means R is a first pinch that wraps around one of the adjacent beams 8, 9, 9. A sandwiching tool 20 having a portion 20a and a second sandwiching portion 20b that wraps around the other beams 8 and 9 and is sheathed by the adjacent beams 8, 8, 9, and 9; the first sandwiching portion 20a and the The second sandwiching portion 20b and a pressing mechanism 21 that presses against each other are provided.

  The invention according to claim 3 is the container house according to claim 2, in which the sandwiching tool 20 is viewed from the longitudinal direction of the beam in a state where it is externally mounted on the beams 8, 8, 9, 9 made of square pipe. It is formed in a U-shape, and the pressing mechanism 21 is configured by providing the pinching tool 20 with a male screw 22 that forcibly moves the second pinching portion 20b toward the first pinching portion 20a. It is a feature.

  According to a fourth aspect of the present invention, in the container house according to the first aspect, the connecting means R is a connecting plate 25 that spans the adjacent beams 8, 8, 9, 9, and the connecting plate. 25 and a welded portion 26 that is welded across the beams 8, 8, 9, and 9.

  The invention according to claim 5 is the container house according to any one of claims 1 to 4, wherein the container C is installed across a pair of adjacent beams 8, 8, 9, 9. The wall portion 15 is provided, and the wall portion 15 is arranged close to the outside of the beams 8, 8, 9, 9, thereby exposing the indoor side portions of the beams 8, 8, 9, 9. , 8, 9 and 9 are configured such that the connecting means R can be attached to the exposed portions on the indoor side.

The invention according to claim 6 is a method of creating a container house,
A plurality of containers C, which are formed in a rectangular parallelepiped shape and have a connecting surface rm having at least one side surface having beams at both ends, and the adjacent beams 8, 8, 9, and 9 are not relative to each other. And connecting means R to be fixed,
The containers C are arranged next to each other so that the connection surfaces rm and rm face each other, and the connection surfaces rm and rm are arranged to face each other so that the adjacent beams 8, 8, 9, and 9 are connected to each other. It connects using R, It is characterized by the above-mentioned.

  The invention according to claim 7 is the container house creation method according to claim 6, wherein the connecting means R wraps around one of the adjacent beams 8, 8, 9, 9. A sandwiching tool 20 having a first sandwiching portion 20a and a second sandwiching portion 20b that wraps around the other beams 8 and 9, and having a U-shape or a substantially U-shape, the first sandwiching portion 20a and the second sandwiching portion A vise structure in which a male screw 22 for pressing against each other is provided, or a connecting plate 25 laid across the adjacent beams 8, 8, 9, 9 and this connecting plate 25 and the welded portion 26 that is welded across the beams 8, 8, 9, 9.

  According to the invention of claim 1, since the container house is configured by connecting a plurality of containers using connecting means that act on the beams, containers are created in advance in a factory, The created container can be transported to the site, and then the containers can be connected to each other using a connecting means to be finished into a container house. As a result, it is suitable for temporary offices and storehouses, etc., and it is possible to connect and integrate multiple containers with sufficient workability and sufficient strength on site, so that construction time is short and inexpensive, and connection strength It is possible to provide a container house with excellent practicality. In this case, as in the second aspect, the connecting means can be constituted by a sandwiching tool and a pressing mechanism so that the adjacent beams are pressed against each other and relatively fixed so as to facilitate the work at the site.

  As in claim 3, when the beam is made of a square pipe, the sandwiching tool can be arranged in a U-shape so as not to protrude so much from the side surface of the beam, in terms of strength and appearance. A pressing mechanism that can be used as an advantageous connecting means and presses the first sandwiching portion and the second sandwiching portion of the sandwiching tool together with a male screw provided on the sandwiching tool is configured to be simple and inexpensive. Is convenient. In addition, since the connecting means can be attached and detached by turning the male screw, the assembly and disassembly of the container house can be repeated, for example, the container house can be repeatedly used at several different locations. There is convenience that can be done.

  According to invention of Claim 4, it is a connection means which connects and integrates adjacent beams with the connection board straddling these, and a connection means does not protrude compared with the connection means using a clamping tool. Can be provided (so as not to be noticeable) and can be integrated more firmly. For example, it is suitable as a container house that can be used for a long time in one place.

  According to the invention of claim 5, since the connecting means for integrating the containers can be provided on the indoor side so that they cannot be seen from the outside, the connecting function remains as it is, without increasing the cost and appearance (appearance). It is possible to provide a reasonable container house that can be improved.

  According to the invention of claim 6, it is possible to provide a container house creation method capable of producing the same actions and effects as the actions and effects of the invention of claim 1. As for the connecting means used in that case, as in claim 7, the means for welding using a connecting plate can be appropriately selected for a vise structure having a U-shaped or U-shaped clip.

  Embodiments of a container house and a method for producing the container house according to the present invention will be described below with reference to the drawings. 1 to FIG. 5 are container houses according to the first embodiment, FIG. 6 is a vise structure connecting means, FIG. 7 is a perspective view showing various containers, FIG. 8 is a diagram showing the basic structure of an intermediate container, and FIG. Each figure which shows the side wall structure of the container for left and right ends, FIG. 10 is a figure which shows another structure of a connection means, FIG. 11 is a top view which shows the floor plan of the container house of Example 2. FIG.

[Example 1]
As shown in FIGS. 1 to 5, the container house A according to the first embodiment of the present invention is configured as a sales room having a one-story structure in which five containers (unit containers) C that form a rectangular parallelepiped are connected in parallel. Has been. The five containers C include one left end container CL, three intermediate containers C1 to C3, and an integral right end container CR. These containers C are connected to the connecting means R (FIG. 6). And the sales room A is configured to be mounted and fixed on the concrete floor 1 in a state of being connected and integrated in the left-right direction.

  As shown in FIG. 5, the interior of the sales room A is L in a plan view arranged in the male and female toilets 2 and 3 installed in the leftmost container CL, mainly in the first intermediate container C1. In addition to the letter-shaped counter desk 4, an office space 5 mainly corresponding to the left end container CL and a sales space 32 mainly corresponding to the second and third intermediate containers C2 and C3 and the right end container CR are provided. Configured.

  In front of the sales room A, as shown in FIG. 2, the sliding door type entrances 6 and 6 formed in the left end container CR and the second intermediate container C2, and the remaining three containers C1, C3, CR A total of three sets of sliding windows 7 are provided. On the back of the sales room A, as shown in FIG. 3, four sets of sliding windows 7 formed in each of the four containers C1, C2, C3, CR other than the leftmost container CL are equipped. Has been. As shown in FIG. 4A, the sales room A has a window 7 located in the office space 5 as shown in FIG. 4A, and the right side has two sets of windows 7 as shown in FIG. 4B. , 7 are equipped. Further, as shown in phantom lines in FIGS. 3 and 1, the ceiling surface is equipped with a single-flow roof Y using corrugated plates (corrugated steel or the like).

  As shown in FIG. 7A, the left end container CL has four walls (four surfaces) including a front wall (front wall) w1, a rear wall (back wall) w2, a ceiling wall w3, and a left wall w4. It is composed of a wall structure. As shown in FIG. 7B, the intermediate containers C1 to C3 are made of a three-wall structure (for example, a ramen structure) having three walls (three surfaces), a front wall w1, a rear wall w2, and a ceiling wall w3. It is configured. As shown in FIG. 7 (c), the right end container CR is configured as a four-wall structure having four walls (four surfaces) including a front wall w1, a rear wall w2, a ceiling wall w3, and a right wall w5. . FIG. 7 schematically shows the containers CL, C1 to C3 and CR.

  The intermediate containers C1 to C3 have the same basic skeleton, and the structure thereof will be described using the first intermediate container C1. As shown in FIG. 8, the first intermediate container C1 has a pair of long vertical beams 8, 8 positioned at the left and right ends of the front wall w1, and a pair of short vertical beams 9, 9 positioned at the left and right ends of the rear wall w2. , A total of four short horizontal beams 10, long vertical beams 8, 8 and short vertical beams 9 connecting the lower end portions and upper end portions of the long vertical beams 8, 8 and the lower end portions and upper end portions of the short vertical beams 9, 9. , 9 and a pair of left and right long horizontal beams 11, 11 that connect the upper end portions to each other, and a total of three ceiling horizontal beams 12 that connect the pair of left and right long horizontal beams 11, 11. Has been. In addition, 13 shown in FIG.1 and FIG.8 (a) is a diagonal rod (or wire) for reinforcement, and a total of eight are equipped.

  As shown in FIG. 8B, the three ceiling horizontal beams 12 are arranged in a height from the short vertical beam 9 side (rear wall w2 side) to the long vertical beam 8 side (front wall w1 side). Is set so that it is linear and slightly higher, and the unit corrugated sheet y for forming the roof Y is placed and fixed to the upper short horizontal beam 10 on the side of the three ceiling horizontal beams 12 and the short vertical beam 9. In such a state, the slope is set to be slightly inclined toward the short vertical beam 9 side. That is, it is a single-flow roof structure in which rain water falling on the unit corrugated plate y flows only to the short vertical beam 9 side. Since the upper short horizontal beam 10 on the long vertical beam 8 side and the short horizontal beam 10 on the upper side of the short vertical beam are arranged at the same height position, as shown by an imaginary line in FIG. A horizontal pole 14 provided above the short horizontal beam 10 on the upper side of the long vertical beam 8 is provided, and the end of the unit corrugated plate y arranged in an inclined state on the long vertical beam 8 side is placed on the horizontal pole 14. You may comprise so that it may be supported.

  Each of the containers CL and CR for the left end and the right end is obtained by adding a left or right side wall to the above-described intermediate container C1. As shown in FIG. 9 (a), the left end container CL is erected and connected across the lower ends of the longitudinal longitudinal beams 8 and 8 on the left side in order to construct the foundation wall structure of the left side wall w4. A lower long beam 16, a plurality of upper and lower elongated horizontal struts 17, and a plurality of front and rear thin vertical struts 18 and 19 are added. As shown in FIG. 9 (b), the right end container CR is erected and connected across the lower end portions of the front and rear long vertical beams 8 and 8 on the right side in order to construct the foundation wall structure of the right side wall w5. A lower long beam 16, a plurality of upper and lower elongated horizontal struts 17, and a plurality of front and rear thin vertical struts 18 and 19 are added. In addition, 7a is an opening for the window 7.

  Each of the front, rear, left and right walls w1, w2, w4, and w5 is configured by extending a wall material (an example of a wall portion) 15 such as siding between a pair of beams. That is, the front wall w1 is formed by stacking a plurality of upper and lower wall members 15 between the left and right of the pair of left and right long vertical beams 8 and 8, and the rear wall w2 is formed of the pair of left and right short vertical beams 9 and 9. A wall material 15 is stacked between the left and right in a plurality of stages. Further, the left wall w4 and the right wall w5 are attached by stacking a wall material 15 in a plurality of levels in the vertical direction between the long vertical beam 8 and the short vertical beam 9. The ceiling wall w3 is provided with a unit corrugated sheet y for forming the roof Y. In consideration of the assembly order at the site, for example, only the unit corrugated sheet y of the left end container CL has its lateral width. Is set to have the same dimensions as the horizontal width of the container CL, and the remaining containers C1 to C3 and CR are set to a wide unit corrugated plate y with a margin of overlap protruding from the left side when viewed from the front.

  As shown in FIG. 6, the connecting means R includes a first sandwiching portion 20 a that wraps around adjacent beams, for example, one of the long longitudinal beams 8, 8, and a second sandwiching portion that wraps around the other beam 8. 20b, and a sandwiching tool 20 that is externally mounted on the adjacent beams 8 and 8, and a pressing mechanism 21 that presses against the first sandwiching portion 20a and the second sandwiching portion 20b. That is, the sandwiching tool 20 has a U-shape when viewed in the longitudinal direction of the beam 8, and the connecting means R is configured to have a vise structure.

  The pressing mechanism 21 is provided with a male screw 22 that is screwed into the pinching tool 20 so that the second pinching portion 20b can be forcibly moved toward the first pinching portion 20a. Is provided. It is desirable that the washer-shaped second sandwiching portion 20b and the male screw 22 are relatively pivotable and are connected together so as to move integrally in the screw shaft direction (idle connection). Each of the beams 8, 8, 11, 11, 9, 9 is made of a square pipe material, and the sandwiching tool 20 is arranged so that its linear main body portion 20c can fit along the side walls of the beams 8, 8 without a gap. The main body 20c is formed to have a linear shape.

  Next, a method for creating the container house A at the site (the place where the container house is installed) will be described. First, four types of containers CL, C1 (C3), C2, and CR are prepared in advance in the factory, and the containers CL, C1 (C3), C2, and CR produced in the factory are transported to the site by a truck or the like. Carry out the transportation process. On the other hand, in the house installation site, a floor creation process is first performed in which the concrete floor 1 serving as the foundation of the container house A is placed.

  At the site, a container installation process is performed. First, a container installation process 1 in which the left end container CL is installed at a predetermined position of the concrete floor 1 using an installation means such as a crane is performed. After the left end container CL is installed, the first intermediate container C1 is placed in the left end container CL so that the left protruding portion of the unit corrugated plate y overlaps the right end portion of the unit corrugated plate y of the left end container CL from above. The container installation step 2 is performed in which the container is suspended and moved while being in close contact with the container.

  Then, adjacent beams and beams in the left end container CL and the first intermediate container C1, that is, the long vertical beams 8, 8, the long horizontal beams 11, 11, and the short vertical beams 9, 9 are locked and fixed. The first container connecting step is performed. That is, in the container connecting process, the connecting means R having a vise structure shown in FIG. 6 is used, and the sandwiching tool 20 is sandwiched between the beams (eg, between the long vertical beams 8 and 8) in a state of bypassing the indoor side portion. And then turn the operation tool 23 to forcibly move the second pinching portion 20b in a direction approaching the first pinching portion 20a, and the adjacent long vertical beams 8 and 8 are tightened to be relatively locked and fixed. To make it happen.

  At this time, it is convenient to interpose a cushion material 24 between the long vertical beams 8 and 8 so as to close and close the gap. That is, using the plurality of connection main bodies 20, the beams 8, 8, 11, 11, and 9, 9 are locked and fixed, and the left end container CL and the first intermediate container C1 are connected and integrated. . The containers CL, C1 to C3, Cr have a wall member 15 that is a wall portion extending over a pair of adjacent beams 8, 8, 9, 9, and the wall member 15 is attached to the beams 8, 8, 9, 9, the indoor side portions of the beams 8, 8, 9, 9 are exposed by being arranged close to the outside, and the connecting means R can be attached to the indoor side exposed portions of the beams 8, 8, 9, 9. ing

  Thereafter, the same operation as described above is repeated, so that the second intermediate container C2 is brought into close contact with the first intermediate container C1 and installed on the concrete floor 1, Part 3, the first intermediate container C1 and the second intermediate container C1. A second container connecting step for connecting the container C2 with the connecting means 20, a container installing step No. 4 in which the third intermediate container C3 is placed on the concrete floor 1 in close contact with the second intermediate container C2, and second. A third container connecting step for connecting the intermediate container C2 and the third intermediate container C3 using the connecting means 20, and a container setting for placing the right end container CR in close contact with the third intermediate container C3 and installing it on the concrete floor 1 Step 5, performing the fourth container connecting step of connecting the third intermediate container C3 and the right end container CR using the connecting means 20. . As a result, the container construction process is completed, and a container house A formed by connecting and integrating five containers CL, C1, C2, C3, and CR is completed.

  Although it is possible to connect the containers by moving the containers horizontally on the concrete floor 1, the unit roof y made of corrugated sheets cannot be assembled. Therefore, when transporting from the factory to the site, the unit corrugated plate y is temporarily fixed to the container body (the portion excluding the unit roof y from the container), or it is transported as a separate unit before being transported to the site. This can be done by appropriately selecting whether it is an on-site assembly means to be assembled to the container body.

[Another Example]
(1) As the connecting means R, as shown in FIGS. 10 (a) and 10 (b), a connecting plate 25 constructed between adjacent beams, for example, the short vertical beams 9, 9, and this connecting plate 25 and the welding part 26 by welding across each beam 9 and 9 may be comprised. The connecting plate 25 is formed of a steel plate that is long in the vertical direction across the side surfaces 9a, 9a of the short vertical beam 9 made of a square pipe material. A bottom plate 9A made of a steel plate and having a rectangular shape in plan view is fixed to the lower ends of the respective short vertical beams 9 and 9, and containers (not shown) are arranged so that the bottom plates 9A and 9A are in close contact with each other. . The connecting plate 25 may be provided on either the indoor side or the outdoor side of the short vertical beam 9. Even in this case, a cushion material (not shown) may be filled between the adjacent short vertical beams 9 and 9. In addition, when installing the container, it is convenient if the bolt (not shown) planted in the concrete floor 1 is inserted into the hole 9b of the bottom plate 9A and can be fastened and fixed. You may apply to the container house A shown in FIG.

(2) The connecting means R may be a vise structure in which the clip 20 has a U-shape, a bolt or nut that penetrates a hole formed in an adjacent pipe beam, or one container. A vertical bar provided in the other container is made up of a vertical bar provided in the other container, and the bar material fits into the hole by dropping and moving from the upper body with the other container slightly lifted. It is also possible to adopt a connecting means R having a structure in which the above is prevented.

(3) The second intermediate container C2 located in the center is installed first, and then the first and third intermediate containers C1 and C3 are installed from the viewpoint of minimizing the installation dimension error between the concrete floor 1 and each container. Then, it is possible to adopt a construction method in which the left and right end containers CL and CR are then installed. When this construction method is adopted, the width of the unit roof y of the second intermediate container C2 is made equal to the width of the container, and the right side of the first and leftmost containers C1 and CL is protruded to the right. It is preferable to provide the unit roof y and the unit roof y with the left side protruding leftward in the third and right end containers C3 and CR.

(4) The floor plan of the container house A can be variously changed. For example, as shown in FIG. 11, five bodies of the first intermediate container C1 are connected in parallel and project greatly at both ends. You may comprise in the car wash house A which provided the upper collar 27. FIG. In this case, the space of the three first intermediate containers C1 on the lower side in FIG. 11 is used as the bubble car wash yard 28, and the space of the two first intermediate containers C1 on the upper side in FIG. This setting is used as the space 29. A foam car 30, a high-pressure spray machine 31, and the like are provided in the foam car wash 28.

(5) Each container CR, C1 to C3, CL is a lower long horizontal beam 31 constructed across the lower ends of the adjacent long vertical beam 8 and short vertical beam 9 (see the phantom line in FIG. 7). It is good also as a structure which provided. As a result, it is possible to increase the strength as a single container or to construct a house specification with a floor even on a site without a foundation floor such as a concrete floor 1 by laying a floor material on the upper side of the long horizontal beam 31 become.

(6) The container house A may be composed of, for example, two containers connected to the left end container and the right end containers CL, CR, and has a composite connection structure in which a plurality of containers are connected vertically and horizontally in a plan view. Container houses are also possible.

Plan view of container house according to embodiment 1 Front view of the container house in FIG. Rear view of the container house in FIG. The container house of FIG. 1 is shown, (a) is a left side view, (b) is a right side view. The top view which shows the floor plan of the container house of FIG. Plan view of a partly cutout of the main part showing the structure of the connecting means Indicates the type of container, (a) for the left end, (b) for the middle, (c) for the right end The basic skeleton structure of the intermediate container is shown, (a) is a plan view, (b) is a side view, (c) is a front view, and (d) is a rear view. The frame structure of the container is shown, (a) is a left side view of the left end container, (b) is a right side view of the right end container. The principal part of another connection means is shown, (a) is a partially cutaway plan view, and (b) is a front view. The top view which shows the floor plan of the container house of Example 2

Explanation of symbols

8 Beam (long vertical beam)
9 Beam (short vertical beam)
DESCRIPTION OF SYMBOLS 15 Wall part 20 Clamping tool 20a 1st clamping part 20b 2nd clamping part 21 Pressing mechanism 22 Male screw 25 Connection board 26 Welding part A Container house CL, C1-C3, CR container R Connection means rm Connection surface

Claims (7)

A plurality of containers having a rectangular parallelepiped shape and at least one side surface including a connecting surface having beams at both ends;
A connecting means for relatively fixing adjacent beams so as not to leave each other in order to connect and integrate the plurality of containers with the connecting surfaces facing each other;
Contain container house.   The connecting means has a first sandwiching portion that wraps around one of the adjacent beams and a second sandwiching portion that wraps around the other beam, and is sandwiched between the adjacent beams; The container house according to claim 1, comprising a pressing mechanism that presses the first sandwiching portion and the second sandwiching portion against each other.   The sandwiching tool is formed in a U shape when viewed in the longitudinal direction of the beam in a state where the sandwiching tool is mounted on the beam made of a square pipe, and the pressing mechanism directs the second sandwiching portion toward the first sandwiching portion. The container house of Claim 2 comprised by providing in the said clamping tool the external thread to forcibly move.   2. The container according to claim 1, wherein the connecting means includes a connecting plate constructed between adjacent beams, and a welded portion formed by welding across the connecting plate and each beam. House.   The container has a wall portion extending over a pair of adjacent beams, and the wall portion is disposed close to the outside of the beam to expose an indoor side portion of the beam, and the chamber of the beam The container house as described in any one of Claims 1-4 comprised so that the said connection means can be mounted | worn to an inner side exposed part. Prepare a plurality of containers that have a rectangular parallelepiped shape, and at least one side surface has a connecting surface having beams at both ends, and a plurality of connecting means for relatively fixing adjacent beams so as not to leave each other. And
A container house creating method in which the containers are arranged side by side so that the connecting surfaces face each other, and then the adjacent beams are connected using the connecting means by arranging the connecting surfaces facing each other.   A pinching tool having a U-shape or a substantially U-shape having a first pinching portion that wraps around one of the adjacent beams and a second pinching portion that wraps around the other beam as the connecting means; A vise structure in which a male screw is provided for pressing the first sandwiching portion and the second sandwiching portion with each other, or a connecting plate constructed between adjacent beams, and this connection The method for creating a container house according to claim 6, comprising a welded portion formed by welding across a plate and each beam.

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