JP2007314937A - Column-connected type container house - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a column-connected type container house capable of reducing costs by minimizing the number of components required for connection. <P>SOLUTION: In this column-connected type container house, connecting portions 8 and 9, which employs a bolt etc. and which enables connection in the girder direction and gable direction of the container house, are provided in portions, exposed on the indoor side, of columns 2L1 and 2R1 which are erected at the corners of the container house. The container house can be connected in the girder direction and/or the gable direction by a connecting means such as the bolt. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a column-connected container house, and more particularly to a column-connected container house capable of reducing costs by minimizing the number of parts required for connection.

  As a container house connection mechanism related to a pillar-connected container house, for example, as disclosed in the specification and drawings attached to the application of Japanese Patent Application No. 2005-339346 relating to the applicant's patent application, A block body fixed to upper and lower ends of a pillar provided at an end portion and also having beams in a girder direction and a wife direction fixed thereto, and connected to the block body in a girder direction and a wife direction of a container house In some cases, a connecting part using a bolt or the like is provided so that the container house can be connected also in the girder direction and / or the wife direction by connecting the bolt or the like.

Further, as a conventional technique related to a column-connected container house, for example, the following container house tandem structure is known. In this prior art, when two container houses are connected to each other, mounting brackets are respectively attached to the lower part of the vertical frame body in one container house and the lower part of the vertical frame body in the other container house. A portion that protrudes slightly outward from the surface of the vertical frame body and a portion that protrudes slightly outward from the surface of the vertical frame body in the other mounting bracket are connected with bolts and nuts and between the mounting brackets. A spacer having a thickness corresponding to the distance between the two container houses is easily attached to and detached from the bolt portion (see, for example, Patent Document 1).
JP 2004-257115 A (page 3, FIG. 3).

  In the container house connection mechanism disclosed in the specification and drawings attached to the application of Japanese Patent Application No. 2005-339346, the container house can be connected in the girder direction and / or the wife direction, but connected to the upper and lower ends of the pillar. It is necessary to fix the block body as a part for use.

  In the prior art described in Patent Document 1, when two container houses are connected to each other, it is necessary to attach mounting brackets, which are connecting parts, to the lower part of each vertical frame body in both container houses. In addition, a spacer is inserted between the mounting brackets. And it connects with the volt | bolt and the nut in the site | part which protruded outward rather than the said vertical frame body surface in both these attachment metal fittings. For this reason, it is difficult to connect the four container houses in the shape of a rice field.

  Therefore, the number of parts required for connection is minimized to reduce costs, and the occurrence of problems such as rain leaks and floor level differences is prevented. Furthermore, the four container houses are connected in a square shape. Therefore, a technical problem to be solved arises, and the present invention aims to solve this problem.

  The present invention has been proposed in order to achieve the above-mentioned object, and the invention according to claim 1 is directed to a girder of the container house at a portion exposed to the indoor side in a pillar standing at a corner of the container house. Provided is a column-connected container house that is provided with a connecting portion using bolts or the like that enables connection in the direction and the wife direction, and that the container house can be connected in the girder direction and / or the wife direction by connecting means such as bolts. .

  According to this configuration, when two container houses are connected in the girder direction, the two container houses are juxtaposed in the girder direction, and are provided at adjacent pillar portions in both container houses. The two container houses are connected in the spar direction between the exposed portions of the respective pillars on the room side by fastening with connecting means such as bolts from inside the spar through the connecting part in the spar direction. When two container houses are connected in the wife direction, the two container houses are juxtaposed in the wife direction, and connected to each other in the adjacent pillar portions of the container houses. Then, the two container houses are connected in the wife direction between the exposed portions of the respective pillars on the indoor side by fastening with connecting means such as bolts from inside the room. In addition, the four container houses are aligned in the shape of a rice field, and through the connecting part in the opposite girder direction and the connecting part in the opposite wife direction provided in the adjacent pillar portions in the four container houses. The four container houses can be connected in a square shape between the exposed portions of the respective pillars on the indoor side by fastening them with connecting means such as bolts from inside the rooms.

  According to a second aspect of the present invention, the column includes a main column and a sub-column body that is integrally formed with the main column so as to follow the indoor side of the main column and that is provided with a connecting portion such as the bolt. Provide pillar-connected container house.

  According to this configuration, for example, the two container houses are connected to each other in the girder direction or the wive direction via the connecting portions in the girder direction or the wive direction that are provided in the sub-pillars integrally formed with the main column. Connected to

  According to a third aspect of the present invention, at least one of the beam-direction beam and the wife-direction beam fixed to the upper end portion of the column is provided with a connecting portion by a bolt or the like to the ceiling side, and the ceiling of the container house has the ceiling. Provided is a column-connected container house provided with a connecting portion by a bolt or the like for the bottom side corresponding to a connecting portion by a bolt or the like for the side.

  According to this configuration, the container house can be connected and fixed to the foundation via the connecting portion provided on the bottom side. In addition, when two container houses are assembled in a two-story building, another container house is placed on the lower container house constructed on the foundation, and the ceiling side connecting portion in the lower container house It becomes possible to assemble a two-story container house by bringing together the connecting part on the bottom side in the other container house and connecting them using connecting means such as bolts. Furthermore, when the two-story container house is not constructed using the connecting part on the ceiling side, and the two container houses are connected in the girder direction and / or the wife direction, both adjacent girder beams Alternatively, a connecting steel plate or the like is laid between the beams in the wife direction, and bolt insertion holes are opened near both ends of the steel plate or the like so as to face each of the ceiling side connecting portions. Etc. can also be coupled at the connecting portion on the ceiling side.

  The invention according to claim 1 is provided with a connecting portion by a bolt or the like that enables connection in the girder direction and the wife direction of the container house in a portion exposed to the indoor side in the pillar standing at the corner of the container house. Since the container house can be connected in the girder direction and / or the wife direction by connecting means such as bolts, a connecting part by bolts is provided in a portion exposed to the indoor side of the pillar, for example, connecting two container houses In this case, by connecting the exposed portions of the pillars in the two container houses to the indoor side, the number of parts required for the connection can be minimized, and the cost can be reduced. It is possible to prevent the occurrence of problems such as rain leaks and floor level differences. Since the connecting part provided in the part exposed to the indoor side of the pillar is structured to be fastened from the room with a connecting means such as a bolt, the fastening work can be performed in any direction. In addition to connecting the container house in the girder direction and the wife direction, there is an advantage that four container houses can be connected in the shape of a rice field.

  According to a second aspect of the present invention, the column includes a main column and a sub-column body that is integrally formed with the main column so as to follow the indoor side of the main column and that is provided with a connecting portion such as the bolt. Therefore, in addition to the effect of the invention described in claim 1, the connecting portion that enables the connection in the girder direction and the wife direction is provided in the portion of the sub-column body integrally formed with the main column. Thus, there is an advantage that the original strength of the column does not cause any decrease.

  According to a third aspect of the present invention, at least one of the beam-direction beam and the wife-direction beam fixed to the upper end portion of the column is provided with a connecting portion by a bolt or the like to the ceiling side, and the ceiling of the container house has the ceiling. Since the connection part by the volt | bolt etc. with respect to the bottom part side corresponding to the connection part by the volt | bolt etc. with respect to the side was provided, in addition to the effect of the invention of Claim 1 or 2, the container house is further provided at the bottom part side. It can be connected and fixed to the foundation via the part. In addition, another container house is placed on the lower container house constructed on the foundation, and the connection part on the ceiling side in the lower container house and the connection part on the bottom side in the other container house are attached. A two-story container house can be assembled by connecting them using connecting means such as bolts. Further, in the case where the two-story container house is not constructed by using the connecting part on the ceiling side, a connecting steel plate or the like is installed between both adjacent beam beams or the girder beam, Bolt insertion holes are opened in the vicinity of both ends so as to face the connecting portions on the ceiling side, and the steel plate or the like is coupled to the connecting portions on the ceiling side by connecting means such as bolts, and / or the direction of the spar of the container house There is an advantage that the connection strength in the wife direction can be increased.

  The present invention minimizes the number of parts required for connection, reduces costs, prevents the occurrence of problems such as rain leakage and floor level differences, and makes the four container houses into a square shape. The purpose of enabling the connection is to connect a pillar erected at the corner of the container house with a main pillar and a sub-pillar unit integrated with the main pillar so as to follow the interior side of the main pillar. Constructed, provided in the portion of the sub-column body exposed to the indoor side, provided with a connecting portion by a bolt or the like that enables connection of the container house in the girder direction and the wife direction, and the container house is connected by a connecting means such as a bolt This is realized by connecting to the direction and / or the wife direction.

  Preferred embodiments of the present invention will be described below in detail with reference to the drawings. FIG. 1 is a plan view for explaining pillars erected at the four corners of the container house, and FIGS. 2 and 3 are exploded perspective views for explaining a mode in which the container house is connected in the spar direction by a connecting portion. 4 and 5 are exploded perspective views for explaining a mode in which the container house is coupled in the wife direction by the coupling portion.

  First, the structure of the column-connected container house according to the present embodiment will be described. In FIG. 1, pillars are erected at the four corners of the container house 1. In the same figure, what is erected in the upper left corner of the container house 1 is a pillar 2L1, and what is erected in the lower corner is a pillar 2L2. Also, a column 2R1 stands at the upper right corner of the container house 1, and a column 2R2 stands at the lower corner.

  Girder beams 3 and 3 are respectively installed between the upper ends of the columns 2L1 and 2R1 and between the upper ends of the columns 2L2 and 2R2. Further, wife-direction beams 4 and 4 are respectively constructed between the upper ends of the pillars 2L1 and 2L2 and between the upper ends of the pillars 2R1 and 2R2.

As shown in FIG. 2 and FIG. 3, spar direction lower frames 5, 5 are installed between the lower ends of the pillars 2 L 1 and 2 R 1 and between the lower ends of the pillars 2 L 2 and 2 R 2, respectively. . Also, wives-direction lower frames 6 and 6 are respectively constructed between the lower ends of the pillars 2L1 and 2L2 and between the lower ends of the pillars 2R1 and 2R2.

  The horizontal upper surface between the beams 3, 3, 4 and 4, the horizontal lower surface between the lower frames 5, 5, 6 and 6, and the vertical 4 between the columns 2L1, 2R1, 2L2 and 2R2. A single container house 1 is formed on the surface by erection of appropriate outer wall materials 7 and the like.

  With reference to FIG. 2 and FIG. 3, each girder-direction connecting portion provided at each of the pillars 2L1, 2R1, 2L2, and 2R2 will be described. Each of the pillars 2L1, 2R1, 2L2, and 2R2 is formed integrally with the main pillar 2a so as to follow the main pillar 2a having a hollow square cross section and two surfaces exposed to the indoor side of the main pillar 2a. It consists of two sub-columns 2b and 2c. The sub-column bodies 2b and 2c are each formed in a hollow rectangular shape with a short side shorter than the short side of the main column 2a.

  Then, when the two container houses 1 and 1 are connected in the spar direction, as shown in FIG. 2, the side surface of the sub-column body 2b in the column 2L1 and the side surface of the sub-column body 2b in the column 2R1 as shown in FIG. The bolt holes 8, 8 as the beam direction connecting portions are respectively opened so as to face each other. Bolt holes 8 and 8 as spar-direction connecting portions are opened in the upper and lower portions of the sub-columns 2b in the columns 2L1 and 2R1, respectively.

  In addition, in the sub-column body 2b of the column 2L1 and the column 2R1, for the work when fastening a bolt (not shown) as a connecting means to the portion of the side surface facing the side surface where the bolt holes 8, 8 are opened. Cutouts 8a are respectively formed.

  Similarly to the above, when the two container houses 1 and 1 are connected in the spar direction, as shown in FIG. 3, the side surface of the sub-column 2b in the column 2L2 which is the opposing surface and the sub-column 2b in the column 2R2 Bolt holes 8 and 8 as spar-direction connecting portions are respectively opened on the side surfaces of the steel plate so as to face each other. Bolt holes 8 and 8 as spar-direction connecting portions are opened in the upper and lower portions of the sub-columns 2b in the columns 2L2 and 2R2, respectively.

  Further, a work notch for fastening a bolt as a connecting means is formed in a portion of the side surface of each of the sub-columns 2b of the column 2L2 and the column 2R2 that faces the side surface where the bolt holes 8, 8 are opened. (In FIG. 3, all the work notches are shaded by the pillars 2L2, 2R2, etc.).

  Each wife direction connection part provided in the site | part of each said pillar 2L1, 2R1, 2L2, 2R2 is demonstrated using FIG.4 and FIG.5. When two container houses 1 and 1 are connected in the wife direction, as shown in FIG. 4, the side surface of the sub-column body 2c in the column 2R1 and the side surface of the sub-column body 2c in the column 2R2 are Bolt holes 9, 9 as direction connecting portions are respectively opened so as to face each other. Bolt holes 9 and 9 as the wife direction connecting portions are opened in the upper and lower portions of the sub-columns 2c in the columns 2R1 and 2R2, respectively.

  In addition, in the sub-column body 2c of the column 2R1 and the column 2R2, for the work when fastening a bolt (not shown) as a connecting means to the side portion facing the side surface where the bolt holes 9, 9 are opened. Cutouts 9a are respectively formed.

Similarly to the above, when the two container houses 1 and 1 are connected in the wife direction, as shown in FIG. 5, the side surface of the sub-column 2c in the column 2L1 that is the opposing surface and the sub-column 2c in the column 2L2 Bolt holes 9 and 9 serving as wife-direction connecting portions are respectively opened on the side surfaces. Bolt holes 9 and 9 as the wife direction connecting portions are opened in the upper and lower portions of the sub-columns 2c in the columns 2L1 and 2L2, respectively.

  Further, a work notch for fastening a bolt as a connecting means is formed in a portion of the side surface of each of the sub-columns 2c of the column 2L1 and the column 2L2 that faces the side surface where the bolt holes 9, 9 are opened. Are formed (in FIG. 5, all the work notches are shaded by the pillars 2L1, 2L2, etc.).

  In addition, the bolt holes 8 and 8 as the said beam direction connection part and the bolt holes 9 and 9 as the said wife direction connection part are only in two places of each upper part and lower part in each sub-column body 2b and each sub-column body 2c. Not limited to this, each of the sub-column bodies 2b and each sub-column body 2c can be pierced at three or more locations depending on the lengths of the sub-column bodies 2b and 2c.

  Further, as shown in FIG. 4 and FIG. 5, the end-direction beams 4 and 4 installed between the upper ends of the pillars 2L1 and 2L2 and between the upper ends of the pillars 2R1 and 2R2 are hollow in cross section as shown in FIGS. A main wife direction beam 4a formed in a square shape, and a sub wife direction beam formed integrally with the main wife direction beam 4a so as to follow a surface of the main wife direction beam 4a on the outer side (the side opposite to the indoor side). 4b. The secondary wife direction beam 4b is formed in a hollow rectangular cross section whose short side is shorter than the short side of the main wife direction beam 4a.

  And as shown in FIG. 5, it is the upper surface of the sub-wife direction beam 4b in the wife direction beam 4 erected between the upper ends of the columns 2L1 and 2L2, and is close to the columns 2L1 and 2L2, respectively. Bolt holes 10 and 10 serving as connecting portions on the ceiling side are respectively opened in the portions. A work notch 10a is formed in a portion below the portion where the bolt holes 10 and 10 are opened in the secondary wife direction beam 4b.

  Angle members 11 are respectively fixed to the outer side surfaces of the bottom frame 6 spanned between the lower ends of the pillars 2L1 and 2L2 and close to the pillars 2L1 and 2L2. ing. Bolt holes 12 and 12 are opened in the angle member 11 as connecting portions on the bottom side corresponding to the bolt holes 10 and 10 on the ceiling side.

  Further, as shown in FIG. 4, on the upper surface of the sub-wife-direction beam 4b in the wife-direction beam 4 laid between the upper ends of the columns 2R1 and 2R2, the portions adjacent to the columns 2R1 and 2R2 respectively. In addition, bolt holes 10 and 10 are formed as connecting portions on the ceiling side. A work notch similar to that described above is formed in a portion below the portion where the bolt holes 10 and 10 are opened in the secondary wife direction beam 4b (in FIG. 4, the work notch is shown as All are shadows of the main wife direction beam 4a).

  The same angle members as described above are provided on the outer surface of the lower end frame 6 spanned between the lower ends of the pillars 2R1 and 2R2 and in the vicinity of the pillars 2R1 and 2R2, respectively. Each is fixed. Bolt holes as connecting portions on the bottom side corresponding to the bolt holes 10 and 10 on the ceiling side are respectively opened in the angle members (in FIG. 4, the bolts opened in the angle member and the angle member). All the holes are shadows of the lower frame 6 etc. in the wife direction).

  The bolt holes 10 and 10 serving as the connecting portions on the ceiling side are respectively provided between the upper ends of the columns 2L1 and 2R1 and between the upper ends of the columns 2L2 and 2R2. The bolt holes 12, 12 as connecting portions on the bottom side may be provided between the lower ends of the pillars 2L1 and 2R1 and between the lower ends of the pillars 2L2 and 2R2. You may provide also in the digit direction lower frames 5 and 5. FIG.

  Next, each connection aspect and effect | action of the column connection type container house comprised as mentioned above are demonstrated.

  The aspect which connects two container houses in a girder direction is demonstrated using FIG.2 and FIG.3. When two container houses 1 and 1 are connected in the girder direction, the two container houses 1 and 1 are juxtaposed in the girder direction. At this time, in each column of the container houses 1 and 1, the column 2R1 and the column 2L1 are adjacent (FIG. 2), and the column 2R2 and the column 2L2 are adjacent (FIG. 3).

  And as bolt direction connection part opened in the part of subcolumn body 2b in pillar 2L1, bolt hole 8 and 8 as a digit direction connection part opened in the part of subcolumn body 2b in pillar 2R1 A bolt (not shown) as a connecting means is inserted from the indoor work notch 8a between the bolt holes 8 and 8, and a nut (not shown) is fastened to the bolt from the other work notch 8a (FIG. 2). ).

  Similarly to the above, bolt holes 8 and 8 as spar-direction connecting portions opened in the part of the sub-column body 2b in the column 2R2, and the girder direction opened in the part of the sub-column body 2b in the column 2L2. A bolt (not shown) as a connecting means is inserted from the indoor work cutout 8a between the bolt holes 8 and 8 as the connecting portion, and a nut (not shown) is fastened to the bolt from the other work cutout 8a. (Figure 3).

  As a result, the two container houses 1 and 1 are connected to each other in the digit direction at the portions exposed to the indoor sides via the respective work cutouts 8a in the respective pillars 2L1 and 2L2 and 2R1 and 2R2.

  At this time, a steel plate for connection (not shown) is installed between the adjacent sub wife-direction beams 4b, 4b in both container houses 1, 1, and bolt insertion holes are opened in the vicinity of both ends of the steel plates. It is made to oppose to the bolt holes 10 and 10 as a connection part of a ceiling side. Then, a bolt as a connecting means is inserted into the bolt insertion hole on the steel plate side and the bolt holes 10 and 10 as the connecting portion on the ceiling side, and a nut is fastened to the bolt from the portion of the work notch 10a. As a result, the two container houses 1 and 1 can be coupled in the girder direction even between adjacent ceiling-side coupling parts, and the coupling strength in the girder direction can be increased.

  The aspect which connects two container houses in the wife direction is demonstrated using FIG.4 and FIG.5. When two container houses 1 and 1 are connected in the wife direction, the two container houses 1 and 1 are juxtaposed in the wife direction. At this time, in each column of the container houses 1 and 1, the column 2R1 and the column 2R2 are adjacent to each other (FIG. 4), and the column 2L1 and the column 2L2 are adjacent to each other (FIG. 5).

  Then, bolt holes 9 and 9 as wife-direction connecting portions opened in the portion of the sub-column body 2c in the column 2R1, and as wife-direction connecting portions opened in the portion of the sub-column body 2c in the column 2R2. A bolt (not shown) as a connecting means is inserted from the indoor work notch 9a between the bolt holes 9 and 9, and a nut (not shown) is fastened to the bolt from the other work notch 9a (FIG. 4). ).

  Similarly to the above, bolt holes 9 and 9 as wife-direction connecting portions opened in the portion of the sub-column 2c in the column 2L1, and the wife direction opened in the portion of the sub-column 2c in the column 2L2. A bolt (not shown) as a connecting means is inserted between the bolt holes 9 and 9 as the connecting portion from the indoor work notch 9a, and a nut (not shown) is fastened to the bolt from the other work notch 9a. (FIG. 5).

As a result, the two container houses 1 and 1 are connected to the respective pillars 2L1, 2R1, and 2L2.
And the portions exposed to the indoor side through the respective work cutouts 9a in 2R2 are connected in the digit direction.

  A mode in which four container houses are connected in a square shape will be described with reference to FIGS. When the four container houses 1,... Are aligned with the shape of the rice field, two container houses 1, 1 of the four container houses 1,. There arises a state in which two container houses 1 and 1 each consisting of a combination are arranged side by side in the wife direction.

  Therefore, for the two container houses 1 and 1 that are arranged side by side in the spar direction, the work of connecting in the spar direction described with reference to FIG. 2 and FIG. The operation of connecting in the wife direction described with reference to FIG. 4 and FIG. 5 is performed on each of the two container houses 1 and 1 composed of other combinations that are arranged side by side in the direction.

  As a result, the four container houses 1,... Are connected in the shape of a rice pad at the portions exposed to the indoor side through the respective work cutouts 8a, 9a in the pillars 2L1, 2L2, 2R1, 2R2. .

  The aspect which connects two container houses to 2 stories is demonstrated using FIG.4 and FIG.5. Of the two container houses 1 and 1, the lower container house 1 is connected and fixed to the foundation via bolt holes 12 and 12 as connecting parts on the bottom side.

  Then, the upper container house 1 is placed on the lower container house 1, and bolt holes 10, 10 as connecting parts on the ceiling side in the lower container house 1, and the bottom part in the upper container house 1 The two-story container houses 1 and 1 are assembled by bringing together the bolt holes 12 and 12 as the connecting portions on the side and connecting them using bolts and nuts as connecting means.

  In addition, in each above-mentioned connection aspect, although the volt | bolt and nut as a connection means were used, other connection means, for example, a U-shaped vise etc., can also be used according to a connection location.

  As described above, in the column-connected container house according to the present embodiment, the container house 1 is connected by connecting the exposed portions of the columns 2L1, 2L2, 2R1, and 2R2 of the container house 1 to the indoor side. In addition, the number of parts required for connection can be minimized, the cost can be reduced, and the occurrence of problems such as rain leakage into the room and floor level differences can be prevented.

  Since the connecting portions 8 and 9 provided at the exposed portions of the pillars 2L1, 2L2, 2R1, and 2R2 on the indoor side are fastened from the room by connecting means such as bolts, the fastening work is performed in any direction. In addition to the connection of the container houses 1 and 1 in the girder direction and the wife direction, the four container houses 1,.

  The connecting portions 8 and 9 that enable connection in the girder direction and the wife direction are provided in the portions of the sub-column bodies 2b and 2c that are integrally formed with the main column 2a, so that the original strength of the column is reduced. There is no.

  A two-story container house can also be assembled using the connecting part 10 on the ceiling side and the connecting part 12 on the bottom side.

In the case where the two-story container house is not constructed using the connecting part 10 on the ceiling side, the container 10 is connected by connecting the connecting parts 10 and 10 on the ceiling side in the adjacent container houses 1 and 1 with steel plates or the like. The connection strength of the house in the direction of the spar can be increased.

  The present invention can be variously modified without departing from the spirit of the present invention, and the present invention naturally extends to the modified ones.

The figure shows a column-connected container house according to an embodiment of the present invention.
The top view for demonstrating the pillar erected in the four corners of a container house. The disassembled perspective view for demonstrating the aspect which connects a container house to a digit direction by a connection part. The other disassembled perspective view for demonstrating the aspect which connects a container house in a girder direction by a connection part. The disassembled perspective view for demonstrating the aspect which connects a container house to a wife direction by a connection part. The other disassembled perspective view for demonstrating the aspect which connects a container house to a wife direction by a connection part.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Container house 2a Main pillar 2b, 2c Subcolumn 2L1, 2L2, 2R1, 2R2 Column 3 Girder direction beam 4 Wife direction beam 4a Main wife direction beam 4b Secondary wife direction beam 5 Girder direction lower frame 6 Wife direction lower frame 7 Outer wall Material 8 Bolt hole as a girder direction connecting portion 8a Working notch 9 Bolt hole as a mating direction connecting portion 9a Working notch 10 Bolt hole as a ceiling side connecting portion 10a Working notch 11 Angle member 12 Bottom side connecting Bolt hole as part

Claims (3)

  A connecting portion by a bolt or the like that enables connection in the girder direction and the wife direction of the container house is provided at a portion exposed to the indoor side in a pillar standing at the corner of the container house, and the container house is connected to a bolt or the like. A column-connected container house characterized in that it can be connected in the girder direction and / or the wife direction by a connecting means.   2. The column according to claim 1, wherein the column is composed of a main column and a sub-column body integrally formed with the main column so as to be provided with a connecting portion by the bolt or the like and to follow the indoor side of the main column. The column-connected container house described. A connecting portion by a bolt or the like for the ceiling side is provided on at least one of the beam in the beam direction or the wife direction beam fixed to the upper end portion of the column, and a connecting portion by a bolt or the like for the ceiling side is provided at the bottom of the container house. 3. A column-connected container house according to claim 1 or 2, wherein a connecting portion by a bolt or the like for the corresponding bottom side is provided.

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