JPS631683Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a connection structure between a partition panel and a column in an assembled storage shed or the like, particularly in a multi-building assembled storage shed.

In general, in a multi-building type assembled storage 1 in which a plurality of storage rooms 1a, 1b, 1c, 1d, etc. are successively formed as shown in FIGS. 1 and 2, the partition panels and The column can be used as a common member.

However, in this type of structure of conventional multi-building storage sheds, the pillars are weak in strength, and furthermore, there is a gap between the pillars and partition panels that separate adjacent storage rooms. Not only did rain and wind infiltrate through these gaps, but also because the partition panels were installed at the widthwise ends of the pillars, especially when the owners of adjacent storage rooms were different. There were drawbacks such as the boundary areas between these storage rooms tended to be poorly managed and troubles were likely to occur.

The present invention provides a partition in such a multi-building type assembled storage room that is easy to construct, has excellent strength, and allows the partition panel to be positioned approximately in the center of adjacent storage rooms. The purpose is to simply provide a connection structure between a panel and a column.

Hereinafter, one embodiment of the present invention will be specifically described based on the drawings.

In Figures 3 to 5, 2 is storage room 1
This is a metal column installed in the adjacent portion of a and 1b, and this column 2 consists of studs 3 and corner columns 4. The stud body 3 has an outer surface plate portion 5 facing toward the outside of the storeroom 1, and this outer surface plate portion 5 has both left and right end edges 6, 7 bent inward so that the cross section has a substantially shape. ing. More specifically, the left end edge 6 has its tip bent outward at a right angle to form a door stop 8 and hide the gap in the sliding door 10. Also, the right edge 7
The right locking piece 9 for engaging the wall panel is formed by bending its tip inward to form a hook-shaped cross section. The left edge 6 has an entrance 11 to the storeroom 1 on its left, and a sliding door 1 is installed in this area.
0 is the door wheel attached to it (not shown)
It is placed next to the door so that it can be opened and closed freely. This left end edge 6 hides the ugly joints inside the studs 3 from view from the entrance 11 of the storeroom 1, and also serves as a doorstop for the sliding door 10.

The corner pillar body 4 has an outer plate portion 5 of the stud body 3.
A mounting part 12 for attaching to the central part of the inner surface of the mounting part 12 and an extension part 13 extending inward from the mounting part 12.
It is equipped with That is, the mounting portion 12 has elongated holes 14, 14 formed above and below the central portion thereof. Bolts 15, 15 are inserted through the studs 3 into the elongated holes 14, respectively, and nuts 14' are screwed together to integrally fix the studs 3 and the corner columns 4. Further, the extending portion 13 is connected to the mounting portion 12.
A first inwardly extending portion 16, a first rightward bent portion 17, and a second inwardly extending portion 18 which are bent at right angles from the left end and extend inward are successively formed, The second inwardly extending portion has a small distal end bent inwardly into a hook shape and serves as a locking piece 19 for engaging the partition panel.

Reference numeral 21 denotes a wall panel disposed opposite to the stud body 3, and the left end of this wall panel 21 has the stud body 3
Left inwardly bent portion 2 disposed along the right edge 7 of
2 and are provided with a locking portion 23 which is bent into a hook shape along the right locking piece 9 of the stud body 3 from the outside so as to overlap with the right locking piece 9 of the stud body 3, so that these are engaged. This makes it possible to connect the stud body 3, that is, the column body 2, and the wall panel 21. Also, 24,4
Reference numeral 2 designates a partition panel disposed oppositely between the locking piece 19 for engaging the partition panel of the corner column body 4 and the locking piece 49a for engaging the partition panel on the rear side, which will be described later. The tip is provided with an end bent locking part 25 that overlaps with the locking piece 19 of the corner pillar 4, and the end bent locking part 25 overlaps with the locking piece 19 of the corner pillar 4 and the end bent part of the partition panel 24. By engaging the locking portions 25, the corner column 4, that is, the column 2, and the partition panel 24 can be connected.

Reference numerals 27 and 28 denote a pair of panel fastening fittings, and the panel fastening fitting 27 has a length extending from the right locking piece 9 of the stud body 3 to the hook-shaped end of the locking piece 19 of the corner pillar body 4. The bent portions 27a, 27a provided at both ends of the panel fastener 27 face the inside of the right locking piece 9 and the locking piece 19. On the other hand, the panel fastening fitting 28 is connected to the wall panel 2 which overlaps with the right fastening piece 9.
The panel fastening fitting 2 has a length extending from the locking part 23 of the partition panel 24 to the tip hook-shaped part of the bent locking part 25 of the partition panel 24 that overlaps the locking piece 19.
The panel fastening fittings 28 and the panel fastening fittings 27 are arranged so that the bent portions 28a, 28a provided at both ends of the panel 8 face the outside of the locking portion 23 and the end bent locking portion 25. Then, by sandwiching the locking pieces 9, 19, the locking portion 23, and the bent end locking portion 25 so that they are face-tight, and tightening them with the bolts 29, the lock can be indirectly attached. (Bolts 29) are used to connect the column 2 and the wall panel 21 and to connect the column 2 and the partition panel 24. Incidentally, one of the panel fastening fittings 27 is formed with a burred internal thread in place of a nut. The connection structure between the wall panel 21, partition panel 24, and column 2 on the front side of the assembly shed 1 has been described above, but as shown in FIG. , the pillar body 32 and the partition panel 42 are fixed to each other by panel fastening fittings 48a, 48b, 48c, etc. by means of a locking piece 49a and an end bent locking part 42b, respectively, and are symmetrically attached to the wall. The panels 30 and 31, the partition panel 42, and the column 32 are connected. And column 3
2 is a fastener 32a consisting of a pair of bolts and nuts.
It consists of a stud body 33 and a corner column body 49 that are fixed at. In addition, in the stud body 33 of the column body 32 in this case, both the left and right end edges 34 and 35 are bent inward at a right angle, and then the tip is bent inward to form a hook-shaped cross section. Locking pieces 36 and 37 are integrally formed, and the locking piece 36 is overlapped with the right inward bent portion 38 of the wall panel 30 that is arranged opposite to the stud body 33, and the locking piece 36 The locking portion 39 of the wall panel 30 is overlapped with the hook-shaped portion at the tip of the panel, and the locking piece 36 and the locking portion 39 are tightened and fixed using the panel fastener 40 and the bolt 41. Furthermore, the partition panel 24 disposed in the front half of the storeroom 1 and the partition panel 42 disposed in the rear half are integrally connected by studs 43 located between the columns 2 and 32. That is, as shown in FIG. 3, both ends of the stud 43 are bent to the right to form locking pieces 46 and 47 whose tips are bent inward into a small hook shape, and these are formed into a U-shaped cross section. The locking portion 25' of the partition panel 24 and the locking portion 42a of the partition panel 42 are overlapped with each of the locking pieces 46 and 47, and the panel fastening fittings 50 and bolts 51 are used to tighten and secure them.

Next, as shown in FIG. 4, mounting holes 52 and 53 are bored in the left half of the stud body 3 of the column body 2, and the upper left front part corresponds to these mounting holes 52 and 53. The mounting holes 55 and 56 provided in the frame 54 are overlapped and the bolts 57 and 58 are inserted.
Attach nuts 59 and 60 to the stud body 3 and the left front upper frame 5.
4 and fasten it. Further, attachment holes 61 and 62 are provided through the right half of the stud body 3 and the attachment portion 12 of the corner column body 4 attached thereto,
Mounting holes 64 and 65 provided in the upper right frame 63 to correspond to these mounting holes 61 and 62 are overlapped, and bolts 66 and 67 are inserted, and nuts 68 and
At 69, the right front upper frame 63 is fixed to the column 2.
Further, the second inwardly extending portion 18 of the corner column body 4
Attachment holes 71 and 72 are bored at corresponding positions in the ends of the intermediate upper frame 70 to be attached to this, and bolts 73 and 74 are inserted into these attachment holes 71 and 72, respectively, and nuts are inserted. 75,
At 76, the corner column 4 of the column 2 and the intermediate upper frame 70 are fixedly attached.

Next, referring to FIGS. 5 and 6, the connection structure between the column 2, the left and right front lower frames 77, 78, and the intermediate lower frame 79 will be described. A connecting fitting 80 is installed on the lower side of the column 2, and mounting pieces 81 and 82 are provided upright on the front and rear edges of the connecting fitting 80. The front edge mounting piece 81 has mounting holes 81a, 81.
The mounting piece 82 on the rear edge of b, 81c has a mounting hole 82.
a, 82b are provided respectively, and these mounting holes 81a,
82a has front and rear bent edges 83, 84 of the front lower frame 77.
The mounting holes 83a and 84a opened in
Attachment holes 85a and 86a formed in the front and rear bent edges 85 and 86 of the front lower frame 78 correspond to each other from the outside, respectively. In addition, mounting holes 5a, 5b, and 5c are provided at the lower end of the outer plate portion 5 of the column 2.
Furthermore, mounting holes 87a, 87b, and 87c are formed in a surface plate 87 attached to the front surface of the outer surface plate portion 5 of this column 2. Then, the connection fitting 80, the front lower frame 7
7, 78, the outer plate portion 5 of the column, and the surface plate 87 are assembled as shown in FIG. That is, the mounting holes 87a, 5a, 83 of each member
a, 81a are combined sequentially from the outside to the inside, and these series of mounting holes 87
a, 5a, 83a, 81a, and a series of mounting holes 87b, 5b, 81b in the same way.
and a series of mounting holes 87c, 5.
Insert the fasteners 90 into the holes 81a, 85a, and 81c, and use the female threads of the burred mounting holes 81a, 81b, and 81c, which serve as nuts, to attach the surface plate 87, column 2, front lower frame 77, 78, integrally fix the connecting fittings 80;

The rear edge attachment piece 82 of the connection fitting 80 has an extension portion 9 whose center portion is cut out between the attachment holes 82a and 82b, and which extends rearward from this portion.
3, and has mounting holes 94a and 95a on both left and right edges of this extension portion 93, respectively.
4.95 will be erected.

98 is a mounting bracket for an anchor bolt that has a substantially square shape and has an insertion hole 98a in the center thereof;
It is fixed to the ground via an anchor bolt (not shown) passed through this insertion hole 98a. The anchor bolt mounting fitting 98 has a bent edge 100 facing the rear edge mounting piece 82 of the connecting fitting 80 and a bent edge 9 facing the mounting piece 94 or 95 of the extension portion 93.
9, and mounting holes 99a, 100a are formed in these bent edges 99, 100, respectively. Further, the intermediate lower frame 79 has left and right bent edges 96 and 97, and these left and right bent edges 96 and 97.
Mounting holes 96a and 97a are formed in each of the holes. And the mounting hole 94 of the extension part 93
Mounting hole 96 of intermediate lower frame 79 on the outside of a, 95a
a, 97a, and further, the mounting holes 99a, 99a of the anchor bolt mounting bracket 98 are made to correspond to the outside of the mounting holes 96a, 97a of the intermediate lower frame 79, respectively, and a series of these corresponding mounting holes 94a, 96a are made to correspond to each other. , 99a and the fasteners 102 into the mounting holes 95a, 97a, 99a, respectively, and connect the connecting fittings 80, 99a with the female threads of the burred mounting holes 94a, 95a, which serve as nuts. The intermediate lower frame 79 and the anchor bolt mounting bracket 98 are integrally fixed. and,
In this state, the rear bent edges 8 of the front lower frames 77 and 78 are located on the outside of the mounting holes 82a and 82b formed in the rear edge mounting piece 82 of the connection fitting 80, respectively.
The mounting holes 84a and 86a opened at 4 and 86 are made to correspond to each other, and the bent edges 84 and 86 are
The mounting holes 100a formed in the bent edge 100 of the anchor bolt mounting bracket 98 are made to correspond to the outside of the mounting holes 84a, 86a, respectively, and the fastening tool 9 is inserted into the corresponding series of mounting holes 82a, 84a, 100a.
1 and the fasteners 92 into the mounting holes 82b, 86a, and 100a respectively, and the connecting fittings 80, front lower frame 77, 7
8. Fix the anchor bolt mounting bracket 98 integrally.

Further, on the upper surface of the intermediate lower frame 79, an L-shaped fitting 103 is attached to a fastening device 1 consisting of a pair of bolts and nuts.
04, and this L-shaped fitting 103
A long hole 103a is formed opposite the bolt hole 105 formed at the lower end of the corner column 4, and a fastener 106 consisting of a pair of bolts and nuts is inserted into the long hole 103a and the bolt hole 105. , the intermediate lower frame 79 and the column body 2 are integrally fixed.

Note that a rail groove 107 is recessed in the longitudinal direction of the lower front frames 77 and 78, and a lower guide portion (not shown) of the sliding door 10 is fitted into this rail groove 107, so that the sliding door 10 can slide. It is now possible to move freely. In the above embodiment, the locking pieces 19, 46, 47, 49a, the bent end locking portions 25, 42b, and the locking portions 25', 42a
The tips of each are bent into a hook shape, but for the sake of simplicity, these hook-shaped portions can be omitted if necessary.

One embodiment of the present invention is constructed as described above, but in the embodiment, the partition panels 24 and 42 can be located at the center of the pillars 2 and 32, respectively, so it is particularly easy to construct. Not only is it visually appealing, it also allows adjacent storage rooms to be divided almost equally, and the studs 3 and corner pillars 4 can be attached almost at the center of the outer plate 5 of the studs 3. Since the section 12 and the front upper frame 63 are fastened together, fastening tools such as bolts and nuts can be used as common members, which reduces the number of fastening tools required and simplifies construction. 1 inwardly extending portion 16, first rightward bending portion 17,
Since the second inwardly extending portion 18 and the locking piece 19 are sequentially bent, it is possible to greatly increase the section modulus and increase the strength of the column 2, and it is possible to create a connection structure that is excellent in terms of appearance. There are advantages.

As described above, the present invention includes a stud body in which both the left and right edges of the outer plate part are bent inward, a mounting part attached to the central part of the inner surface of the outer plate part of this stud body, and the mounting part Columns consisting of corner columns each having an extension portion extending inward from the corner column and having a locking piece for engaging the partition panel at the tip of the extension portion are installed opposite to each other on the front and rear surfaces of the storage room. Then, the corner column's partition panel engagement locking piece is engaged with the end bent locking portion of the partition panel that is disposed opposite therebetween, and the column and the partition panel are connected via the stopper. Since the two are connected to each other, it is easy to construct, and it is possible to easily provide a connection structure between the partition panel and the column, which is especially suitable for multi-building assembly sheds. By increasing the section modulus, it is possible to form columns with excellent strength, and
Since the partition panels can be connected almost at the center of the pillars, conventionally, when adjacent storage rooms have different owners, the boundaries between these storage rooms tend to be poorly managed, which can easily cause problems. It is possible to eliminate all problems and to divide the storage rooms on both sides almost equally, resulting in extremely excellent and remarkable effects.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; Fig. 1 is a front view of a multi-building assembly shed, Fig. 2 is a side view of the multi-building assembly shed, and Fig. 3 shows the main parts of the invention. FIG. 4 is a partially cutaway perspective view showing the main parts of the present invention, FIG. 5 is a perspective view showing the assembled state of the column, front lower frame, and intermediate lower frame, and FIG. 6 is a cross-sectional view. Fifth
FIG. 2, 32... Column body, 3, 33... Stud body, 4,
49... Corner column body, 5, 33a... External plate portion, 6... Left end edge, 7... Right end edge, 12...
Attachment part, 13... Extending part, 19, 49a... Locking piece for engaging partition panel, 24, 42... Partition panel, 25, 42b... End bending locking part of partition panel, 29, 48c...Bolt (stop).

Claims (1)

[Scope of utility model registration request] A stud body with both left and right edges of the outer plate part bent inward, a mounting part attached to the central part of the inner surface of the outer face plate part of this stud body, and an extension extending inward from this mounting part. Columns consisting of a corner column having a protruding portion and having a locking piece for engaging a partition panel at the tip of the protruding portion are arranged opposite to each other on the front and rear surfaces of the storeroom, and the partition of the corner column is provided. The locking pieces for panel engagement engage the bent end locking portions of the partition panels disposed opposite to each other between the locking pieces, thereby connecting the columns and the partition panels through the stoppers. A connection structure between a partition panel and a column in an assembled storeroom, etc., characterized by the following.