JPH0243124Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to an assembled storage shed, and more specifically, a new assembled storage shed that can be assembled with simple on-site construction into storage sheds of different sizes and external shapes depending on the shape of the site that allows construction. Regarding.

Various kinds of assembled storage sheds have been provided in the past, but all of them have a standardized external planar shape of a square or a rectangle. Therefore, the shape of the site that allows the construction of an assembled shed is, for example, L-shaped, convex,
Even if it is an irregular concave shape, the external shape of the assembly shed is limited to a square or rectangle.
There is a problem that the dead space on the site has become large and the site cannot be used effectively.

This invention was developed in view of these circumstances, and if the site is square or rectangular,
It is possible to construct a storage shed with a square or rectangular external planar shape in accordance with the shape of the site, and the shape of the site that allows the construction of an assembled storage shed is an irregular shape such as an L-shape, a convex shape, or a concave shape. However, it is possible to construct a storage shed with an irregular planar shape that corresponds to the shape of these sites, making it possible to use the site effectively, and reducing the number of types of parts as much as possible, simplifying the structure and making construction easier. The purpose is to provide an assembly shed that can be assembled.

In order to achieve the above object, the present invention includes a plurality of column support members fixed to a base, and at least three column support members with a rectangular cross section that are fitted and erected on the column support members.
A column with a concave groove extending in the longitudinal direction on the side,
A cylindrical girder connecting member having a rectangular cross section and having notches for girder fitting formed on at least three sides is fitted externally to the upper part of the pillars, and a cylindrical girder connecting member having both ends fitted into the recessed grooves of the pillars. a lower frame member that is installed between the column support members and fits and supports the lower part of the wall panel at its upper part; and a lower frame member that is fitted into the notch of the girder connection member from above to connect the girder. A girder that is attached between the members and whose lower part fits and supports the upper end of the wall panel, and at least two side portions facing each other that cover the upper part of the space surrounded by the wall panel are supported and attached to the upper part of the girder. It is equipped with a roof plate and a door that can be opened and closed by guiding the lower part of the girder and the upper part of the lower frame member between the pillars where the wall panel is not attached.

Therefore, according to the present invention, for columns that are erected from column support members on the foundation, which are arranged in accordance with the irregular shape of the site, it is possible to extend the girders between adjacent columns. By fixing the girder connecting member in which a notch for girder fitting is formed in the permissible direction,
It is possible to construct a storage shed with an exterior plan shape that corresponds to the shape of the site.

In addition, the wall panel can be easily installed between columns by fitting both ends into the grooves of the columns, and the upper and lower ends fit into the lower part of the girder and the upper part of the lower frame member, respectively. By doing so, it can be easily and reliably supported.

The girder can also be easily attached to the girder connecting member by fitting its both ends into the notch of the girder connecting member from above, and the formation positions of the girder fitting notches are different. By selecting and using the spar connecting members, it is possible to mount the girders crosswise or in a straight line using one spar connecting member.

Hereinafter, embodiments will be described in detail with reference to the accompanying drawings showing examples.

FIG. 1 is a perspective view of an assembled storeroom, showing six pillar support members 1, six pillars 2, and six girder connecting members 3.
, seven girders 4, six lower frame members 5, and a door 6.
, a wall panel 7 , and a roof board 8 .

More specifically, each column support member 1 is integrally formed by aluminum die casting, and as shown in FIGS. 2 to 4, it includes a flat plate portion 11 that can be supported on a base made of concrete, It is mainly composed of a protrusion 12 into which the lower part of the column 2 can be fitted, and the flat plate part 11 has a shape as if the four corners have been cut into squares, and a bolt hole for connecting the lower frame member 5 is provided in the center of the four sides. 13, the protrusion 12 has a groove 14 extending vertically in the center of the four sides, and a bolt hole 15 for connecting the column 2 at a predetermined position of the groove 14. Part 1
Anchor bolt 1 that passes through the center of 2 in the vertical direction
7 has a hole 16 for insertion.

As shown in FIGS. 2 to 4, each pillar 2 is a cylindrical body formed by aluminum extrusion molding, and has a groove 21 extending in the longitudinal direction into which the wall panel 7 or door 6 is inserted. Furthermore, a narrow inward flange portion 22 is formed at the opening edge of the groove 21. As shown in FIG. 3, it has a connecting member 24 which is fixed to the inside near the upper end with a bolt 23.

Each girder connecting member 3 is integrally formed by aluminum die-casting, and as shown in FIG.
The larger substantially rectangular cylinder 31 has a partition 32 at a predetermined position inside the rectangular cylinder 31, and cutouts 34 for fitting the girders 4 are formed on at least three selected side surfaces of the rectangular cylinder 31, and a wall panel 7 is formed below. Notch 3 for insertion
3, and further has a protrusion (not shown) on the lower surface of the center of the partition 32 for fitting with the pillar 2, and a recess for fitting on the lower surface of the girder 4, which communicates with the notch 34 on the upper peripheral edge. 36, a bolt insertion hole 37 for connection with the column 2 that vertically passes through the center of the partition 32, and a connection with the girder 4 that vertically passes through the center of the recess 36. Bolt hole 38 for
have.

In addition, any one of the girder connecting members 3 has the water collection part 27 of the gutter attached to the notch 34 with the bolt 2 as shown in FIG.
A water pipe 28 is fixed along the column 2 and is connected to the water collecting portion 27 at a point 9 .

Therefore, referring to FIG. 1, rainwater is led from the roof plate 8 to the ground through the girder 4, the girder connecting member 3, the water collection portion 27, and the water pipe 28.

Each girder 4 is integrally formed by aluminum extrusion molding, and in the embodiment, two lengths are available: long and short. As shown in FIG. 2, FIG. 3, FIG. 7, and FIG. 12, each girder 4 is mainly composed of a gutter-like body 41 and a downward protrusion 42 for fitting the wall panel 7. The shape of the gutter-like body 41 is such that it rises upwardly diagonally outward along the opening edge of the notch 34 on both sides of the bottom plate having the same width as the recess 36, and then rises diagonally quite steeply. It is formed in an upwardly expanding shape that rises outwardly upward, and the downward protruding strip 42 is formed on the wall panel 7.
A pair is provided separated by the thickness of . still,
On the door 6 side, the pair of downward protrusions 42 constitute an upper rail. However, it is preferable that the downward protrusion 42 be formed short enough to allow the gutter-like body 41 to fit into the recess 36.
It is necessary for connection with

Each of the lower frame members 5 is formed by aluminum extrusion molding, and as shown in FIG. Flat plate part 11 of member 1
It is possible to fit into each notch on both sides of the square tube 5.
A small protrusion 51 for fitting the wall panel 7 and a shaped concealing plate 52 are integrally formed at a predetermined position on the upper surface plate a over the entire length in the longitudinal direction. and,
On the door 6 side, as shown in FIG. 7, a ⊥-shaped lower rail strip 53 is fixed with screws at an intermediate position of the lower rail 5, which is composed of a small protrusion 51 and a concealing plate 52. ing.

Two doors 6 are prepared, and each door 6 has a door wheel 62 on the lower part that engages with the lower rail strip 53, as shown in FIGS. 6, 7, and 2, and has an upper part. A pair of slide columns 61 made of extruded aluminum and having rollers 63 located in the space of the upper rail formed by the downward protrusions 42, 42.
, a door panel 64 rotatably connected forward to each slide column 61 , and both door panels 64
and a joint portion 65 whose both ends are rotatably connected to the opposing portion of the joint portion.

The connecting portion between the slide column 61 and the door panel 64 is formed by a partially cut-out hollow core portion 66 that extends in the vertical direction of the door 6 and is integrally formed on the slide column 61 side.
In addition, it is configured as a hinge body in which a partially cut-out cylindrical portion 66' extending in the vertical direction of the door 6 integrally formed with the door panel 64 is fitted, and the inner surface plate 61a of the slide column 61 is extended and protruded. A recess 64a formed at the end of the inner surface plate 64a of the door panel 64
The joint portion 6 is formed to be engageable with the joint portion 6.
5 and the left and right door panels 64, 64 are connected to partially cut-out hollow core portions 66, 66 extending in the vertical direction of the door 6, which are integrally formed at both inner ends of the joint portion 65. door panels 64, 64
The hinge body is constructed by fitting partially cut-out cylindrical parts 66', 66' extending in the vertical direction of the door 6 integrally formed with the door 6, and the left and right ends of the outer plate 65a of the joint part 65 are fitted. External panel 6 of door panel 64
It is formed to be able to engage with a recess 64b' formed at the end of 4b. Note that one end of the slide column 61 is connected to the column 2.
The door panel 64 has a thickness that allows it to fit into the groove 21 of the door panel 64, and the door panel 64 has a seal packing made of rubber or the like in its center to support the panel board (see FIGS. 6 and 7). .

Therefore, while rotating the door panels 64, 64 forward, the left and right slide columns 61, 61
The door can be opened by moving the slide columns 61, 61 toward the left and right ends or the center, and the door can be opened freely as shown in FIGS. 8 to 11. You can select the best condition for loading and unloading your luggage.
Furthermore, when the door is closed, the hinge body can completely prevent rainwater from entering. Furthermore, by supporting the upper and lower parts of the slide columns 61, 61 by upper and lower rails, respectively, it is possible to prevent the door 6 from wobbling, and to achieve firm installation and smooth operation.

As shown in FIGS. 2 and 12, each wall panel 7 is composed of a panel 71 of a predetermined thickness, and a connecting member 72 made of aluminum extrusion molded in an approximately H shape that connects the vertically adjacent panels 71. Ori,
A predetermined number of panels 71 are fitted and held between the grooves 21 of the pillars 2 facing each other, and a predetermined number of panels are arranged in a row in the vertical direction, and the lower edge of the lowest panel 71 is concealed with the small protrusion 51 of the lower frame member 5. The uppermost panel 71 is fitted and held between the plate 52 and the uppermost panel 71 is fitted and held between the downward protrusions 42 of the girder 4, and the upper and lower edges of the adjacent panels 71 are fitted and held between the connecting member 72. It is fitted and held in the lower groove and the upper groove. The connecting member 72 has an inward protrusion 73 and can support a shelf (not shown) (see FIG. 12).

As shown in FIGS. 13 to 16, the roof board 8 is an elongated, small-area board made of aluminum extrusion.
L-shaped downward groove 81 extending outward and upward on one long side
An L-shaped hook part 82 whose tip extends inward is formed at the end of this downward groove 81, and an L-shaped part extending inwardly and upwardly on the other long side, and an L-shaped part located slightly inward from this L-shaped part. Two upward grooves 83 are formed at a predetermined interval to engage with the hook portions 82 by means of protrusions, and reinforcing protrusions 84 are further provided on the upper surface of the roof plate between the downward grooves 81 and the upward grooves 83. The downward groove 81 of one of the adjacent roof panels 8
By press-fitting the roof plate 8 and the upward groove 82 of the other roof plate 8, a wide roof can be easily formed as a whole without fear of water leakage.

Note that 9 shown in FIGS. 2 and 3 is an auxiliary column that connects the wall panels 7 in the same plane.
By extending the inner and outer plates of a rectangular hollow column outward as they are by extrusion molding of aluminum, a column main body 91 having fitting grooves 92 for the wall panel 7 on the left and right sides is formed, and the column body 91 is fitted into the upper and lower ends of the hollow part. Bolt 9
4 has a joint member 93 fixed to the pillar main body 91. By fixing the joint member 93 to the girder 4 or the lower rail 5 with bolts 95, the auxiliary column 9 can be fixed between the girder 4 and the lower rail 5.

In the storage room of the above embodiment, the column support member 1 is fixed to a base made of concrete or the like with the anchor bolt 17 shown in FIG. The bolts 25 are fitted and fastened as shown in FIG.
4 is fixed as shown in FIGS. 3 and 4, and then the door 6 or wall panel 7 is positioned between the grooves 21 of the pillars 2 facing each other, and the girder connecting member 3 is attached to the top of the pillar 2. After fitting, the bolts 23 and 26 are fixed with the connecting member 24 interposed as shown in FIGS. 43 as shown in FIGS. 3 and 5, and finally connect the roof plate 8 as shown in FIG.
It can be easily assembled by attaching it to the top.

The door 6 can be opened by moving it to the left, right or center as shown in FIGS. In addition to being able to select the door state, the hinge body can exhibit an excellent rainwater intrusion prevention effect when the door is closed.

As is clear from the above explanation, to install an assembled storage, the column support members 1 are fixed on site according to the shape of the site, and the columns 2 are erected according to the fixed positions of the column support members 1. At the same time, the assembly shed can be constructed by fitting the girder connecting member 3, girder 4, lower frame member 5, door 6, wall panel 7, and roof plate 8 to each other and connecting them with bolts. As shown in Fig. 17, concave, L
Even if the site has an irregular shape such as a letter shape or a convex shape, it is possible to provide an assembled storage shed with an optimal shape to suit the site, and furthermore, each component can be stored and transported in a compact manner.

In addition, if notches for fitting the girder 4 are formed in advance at four locations on the side surfaces of the girder connecting member 3, and only the unnecessary notches are closed with a blinding member, the blinding member can be removed as needed. After removing the girder 4 and fixing the girder 4 there, the rest is the pillar 2, the girder connecting member 3, the girder 4, the lower frame member 5, the wall panel 7 and the roof plate 8.
By fitting and fixing them, it is possible to easily extend the building by connecting them, which makes it even more desirable.

It should be noted that the present invention is not limited to the above-described embodiments; for example, the door 6 may have another conventionally known structure, the wall panel 7 may have a single structure, etc. Various design changes can be made without changing the gist of the invention.

As described above, the assembled storage shed of the present invention has columns that are erected from column support members on the foundation, which are arranged in accordance with the irregular shape of the site, and girders are placed between adjacent columns. By fixing girder connecting members with cutouts for girder fitting in a direction that allows for the construction of girders, it is possible to construct a shed with an external planar shape that corresponds to the shape of the site that allows construction of an assembled shed. If the site is square or rectangular, it is possible to construct a storage shed with a square or rectangular external planar shape in accordance with the shape of the site, and it is also possible to construct a storage shed with an irregular plan shape such as an L-shape, a convex shape, or a concave shape. Regardless of the shape, it is possible to construct a storage shed with an irregular planar shape that corresponds to the shape of these sites, and the effective use of the site can be achieved.

In addition, the wall panel can be easily installed between columns by fitting both ends into the grooves of the columns, and the upper and lower ends fit into the lower part of the girder and the upper part of the lower frame member, respectively. By doing so, the girder can be easily and reliably supported, and by fitting both ends of the girder into the notch of the girder connecting member from above, the girder can be easily attached to the girder connecting member. Since wall panels and girders can be installed in a crosswise or linear manner using one type of column or girder connecting member, it is possible to reduce the number of types of column or girder connecting members, and it is possible to use a single type of column or girder in common. Simplification of structure and ease of construction can also be effectively achieved by the girder connecting members.

[Brief explanation of the drawing]

Figure 1 is a perspective view of the assembled storeroom, Figure 2 is an exploded perspective view of the same as above, Figure 3 is an enlarged exploded perspective view of the framework, Figure 4
The figure is a cross-sectional view showing the relationship between the column and the lower rail.
The figure is a plan view showing the relationship between the girder and the girder connecting member.
The figure is a cross-sectional view showing the installed state of the door, FIG. 7 is a vertical cross-sectional view of the same as above, FIGS. 8 to 11 are front views showing the door open state, and FIG. 12 is a vertical cross-sectional view showing the installed state of the wall panel. 13 is a perspective view showing the installed state of the roof shingles, FIG. 14 is a vertical cross-sectional view of the roof shingles, FIGS. 15 and 16 are enlarged vertical cross-sectional views showing the joints between the roof shingles, and FIG. Figures 1 and 2 are schematic plan views of an assembled storage shed that is adapted to the site shape. 1... Column support member, 2... Column, 3... Girder connecting member, 4... Girder, 6... Door, 7... Wall panel, 8
... Roof plate, 21 ... Concave groove, 34 ... Notch.

Claims (1)

[Claims for Utility Model Registration] A plurality of column support members fixed to a foundation, and a groove with a rectangular cross section extending in the longitudinal direction on at least three sides, which is fitted and erected on these column support members. A cylindrical girder connecting member having a rectangular cross section and having notches for girder fitting formed on at least three sides, which is externally fitted onto the upper parts of these pillars, and having both ends fitted into grooves of the pillars. A wall panel that fits and is installed between the pillars; a lower frame member that is installed between the girder connecting members and whose upper part fits and supports the lower part of the wall panel; and a lower frame member that fits into the notch of the girder connecting member from above. a girder which is fitted between the girder connecting members and whose lower part fits and supports the upper end of the wall panel; and at least two side portions facing each other that cover the upper part of the space surrounded by the wall panel, and which are attached to the upper part of the girder. An assembly characterized by comprising: a roof plate that is supported and attached; and a door that is attached so as to be openable and closable using the lower part of the girder and the upper part of the lower frame member as guides between the columns where the wall panel is not attached. Storeroom.