JPH0120405Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an improved technique for an assembled storeroom equipped with shelves.

A cross section that protrudes inward on both sides as an assembled storeroom.
A wall panel having a shaped stud portion and having a large number of shelf holder locking holes vertically spaced at regular intervals on the front side of the stud portion is connected to the wall panel while the stud portions are adjacent to each other. If a rear wall is formed and there is an even number of wall panels on the rear wall, the wall panel between the adjacent center studs of the rear wall and the intermediate pillar erected at the back of the overlapped sliding door. At the same time as constructing an intermediate shelf bracket, end shelf brackets are constructed across the studs on both sides of the rear wall and the left and right front pillars of the front entrance, and both ends are supported across these intermediate shelf brackets and end shelf brackets. The shelf boards are bridged in this condition.

Of course, the middle pillar and the front pillars on the left and right sides of the entrance are each provided with shelf holder locking holes that are at the same level as the shelf holder locking holes in the studs, so that the locking position of the shelf holder can be adjusted. It is now possible to change the height of the shelves.

By the way, when designing an assembled storage room with a wide left and right width, if the wall panel on the rear wall is made too wide, the face plate may be damaged when the wall panel is touched or exposed to strong wind pressure. If a part deforms and makes an abnormal noise, or in each case,
Since separately manufacturing wide wall panels leads to increased costs, a measure is generally taken, for example, to increase the number of internally standardized wall panels by one.

In this case, the rear wall is formed by three wall panels, and there is no stud in the center of the rear wall, which makes it difficult to erect an intermediate shelf support in the center of the storage room in the left and right direction. Because it is impossible to It is in.

This has the disadvantage that the effective opening width becomes narrow when the sliding door is fully opened to one side.However, in the present invention, with a simple improvement, the effective opening width can be increased when there are three wall panels. The purpose is to make it possible to erect an intermediate shelf support at the center of the left and right sides of the storage room.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. Fig. 1 shows the entire assembly shed, and Fig. 2 shows a cross-sectional perspective view of the main parts. In the figure, 1 is the floor panel, 2, 2 are the left and right side walls, 3 is the rear wall, 4 is the front entrance, and two sliding doors 5, 5 of approximately the same size are the lintel 3.
0a and the threshold 30b so as to be freely slidable. 6 is a roof panel, and 7, 7 is a shelf board.

As shown in FIG. 3, the rear wall 3 includes three wall panels 9 having studs 8, 8 in a cross section that project inwardly on both sides, and the studs 8 of the wall panels 9 are arranged adjacent to each other. and is connected by a fixture 11 via a joining stud 10, and a large number of shelf retainer locking holes a are provided at regular intervals in the vertical direction on the front side of the stud portion 8. There is.

The front pillar parts 12, 12 correspond to the left and right stud parts 8, 8 of this rear wall 3, and these support the lintel 30a and the sill 30b at the upper and lower ends, respectively, and also support the sliding doors 5, 5. It doubles as a door stop.

At the back of the portion where the sliding doors 5, 5 overlap when closed, that is, at the center of the entrance/exit 4, there is the threshold 30b.
An intermediate pillar 13 is erected between the upper part and the lintel 30a. A surface corresponding to the rear wall 3 of this intermediate column 13 and a surface corresponding to the stud portion 8 of the pillar portions 12, 12 are provided with shelf holder locking holes b at the same level as the shelf holder locking holes a. , c are provided, respectively.

Two shelf supports 14 are installed at vertically different positions on the wall panel 9 at the center of the rear wall 3, spanning the studs 8, 8 on both sides thereof.

As shown in FIG. 4, the shelf support 14 includes a main body 14a that fits into a recess formed between the face plate 9a of the left and right center wall panel 9 and the studs 8, and both ends of the main body 14a. The extension part 14b extended to
14b, and the extending portion 14b, 1
4b are formed with locking claws e, e that engage with the shelf support locking holes a of the stud portion 8, and the main body portion 1
4a has a substantially square-shaped longitudinal section, and the locking claws e, e are inserted into the shelf support locking holes a, a of the stud portion 8 at the front side and at the center in the left-right direction. Shelf support locking holes d and d, which are at the same level as the locking hole a when the extended portion 14b is engaged and in close contact with the front side of the stud portion 8, are the shelf support locking holes of the intermediate post 13. They are provided corresponding to holes b, b.

An intermediate shelf bracket 15 is installed between the shelf bracket 14 and the intermediate pillar 13 through the shelf bracket locking holes d, d, and is also connected to the left and right studs 8 of the rear wall 3. An end shelf holder 16 is installed between the left and right column parts 12 of the entrance/exit 4 through the shelf holder locking holes a and c, and an end shelf holder 16 is installed between the intermediate shelf holder 15 and the end shelf holder 16. The shelf board 7 is bridged so that both ends are supported.

The intermediate shelf bracket 15 and the end shelf bracket 16 have the same cross-section, and as shown in FIGS. 3, 5, and 6, the intermediate shelf bracket 15 is After extending a generally long crosspiece main body 20 in a generally 〓 shape consisting of a plate portion 17 and left and right side plate portions 18 and 19, and one of the side plate portions 19, excluding both longitudinal end portions, further downward, an inner upper portion is formed. Further, the other side plate part 18 is extended downward except for both end portions and a middle portion in the longitudinal direction to form a leg portion 22, and then bent and connected outwardly and upwardly. Furthermore, an appropriate number (a pair in this embodiment, but three or more may be used) of protruding engagement pieces 23, 23 are formed by folding back inward and downward to protrude above the upper plate portion 17. , engagement recesses 15a, 15b, and 15c are formed at both ends and in the middle.

In addition, engagement grooves 15d and 15d for engagement with the shelf support engagement holes b and d are provided near both longitudinal ends of the left and right side plate portions 18 and 19, respectively. In this embodiment, the shape is symmetrical in the front and back, so that it can be used for both left and right hands.

The shelf board 7 is made of a steel plate, and includes a main body part 24 in the shape of a flat plate (including one with appropriate unevenness), and flange parts 25, 25', 26, which are bent downward from the four circumferences of the main body part 24. As shown in FIG.
6' is formed in a square shape as shown in FIG.

To set the intermediate shelf bracket 15, one end of the intermediate shelf bracket 15 is inserted into the locking hole d until the end surface 22' of the intermediate shelf bracket 15 comes into contact with the shelf bracket 14, and then Then, while pulling the intermediate shelf support 15 back toward you, insert the other end into the locking hole b of the intermediate column 13, and then insert the engaging groove 15 into the lower edge of each locking hole d, b.
d and 15d are engaged.

Set the end shelf support 16 in the same manner,
As shown in FIGS. 1 and 2, the four shelf boards 7 in each stage are bridged by being supported at both ends across the intermediate shelf support 15 and the end shelf support 16.

Incidentally, the shelves 7 may be arranged in one level, or the intermediate shelf supports 15 and the end shelf supports 16 on one side may be set below the other, so that the shelves 7 are arranged in two levels in half of the storeroom. It is also possible to have an arrangement configuration in which:

Furthermore, if the depth direction is small and the intermediate shelf support 15 and the end shelf support 16 are short, the shelf board 7 may be constructed as a single piece in the depth direction, and in this case, the engaging piece 2
The engagement recesses 15b of 3 and 23 are unnecessary.

Furthermore, two locking holes d, d are provided in the shelf support 14.
However, one locking hole d is provided and one intermediate shelf bracket 15 is constructed, and both left and right It is also possible to engage the shelf boards 7, 7.

Now, as shown in FIG. 3, the fixture 11 for joining the stud portion 8 of the wall panel 9 and the joining stud 10 is connected to a predetermined height direction position of the face plates 8a, 10a to be joined. An L-shaped fastening member in which several holes f and g are bored, a long hole h is provided in the stud front plate 8b near the holes f and g, and a hole i is formed in advance by burring. 27 is inserted into the elongated hole h, and a screw 28 is screwed into the burring hole i through the holes f and g, thereby connecting the stud portion 8 and the joining stud 10.

As shown in FIG. 5, a fixture 30 for connecting the lower horizontal plate 9a of the wall panel 9 to the horizontal plate 29a of the rear floor frame 29 has almost the same structure as the fixture 11. Components similar to those in FIG. 11 are given the same reference numerals, and their explanations will be omitted. Note that j in the figure is a hole communicating with the elongated hole h formed at the lower end of the wall panel 9, through which the fastening member 27 formed on the vertical plate 29b of the rear floor frame 29 is inserted.

As explained above, the present invention is applicable to an assembled storeroom in which the rear wall is composed of three wall panels, and which extends over the left and right studs of the central wall panel of the rear wall or the studs of adjacent left and right wall panels. By providing shelf supports, it is possible to place the intermediate shelf support in the center of the storage room in the left and right direction, and the middle pillar can be erected in the center of the doorway in the left and right direction. It is now possible to widen the effective opening width when the door is fully opened to one side.

Moreover, they are provided at the stud portions on both left and right sides of the central wall panel or at the stud portions of adjacent left and right wall panels. Originally, the shelf bracket locking hole for locking the shelf bracket so that the position can be changed up and down is effectively used, and the shelf bracket is locked to this hole, so there is no need for a special locking structure. In addition, the locking height of the shelf supports can be changed freely, and therefore the height of the shelf board can be easily changed as before, and as a whole, the conventional drawbacks have been solved by simple improvements.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, in which Fig. 1 is a perspective view of an assembled storeroom, Fig. 2 is a schematic cross-sectional plan view, Fig. 3 is a schematic perspective view of the main part enlarged, and Fig. 4 is a shelf. The perspective view of the receiving frame, and FIGS. 5 and 6 are longitudinal cross-sectional views of essential parts showing the shelf support structure, respectively. 3... Rear wall, 4... Doorway, 5... Sliding door, 7
... Shelf board, 8 ... Stud part, 9 ... Wall panel, 12
...Column part, 13 ... Intermediate column, 14 ... Shelf support, 1
5... Intermediate shelf support, 16... End shelf support, a, b, c,
d...Shelf support locking hole.

Claims (1)

[Scope of utility model registration request] Three wall panels are provided with studs having a square cross section that protrude inward on both sides, and on the front side of the studs, a large number of shelf retaining holes are provided at regular intervals in the vertical direction. , the stud portions are connected adjacently to each other to form a rear wall, and two sliding doors of approximately the same size are provided at the front entrance corresponding to the rear wall, and the overlapping portion of the sliding doors is An intermediate pillar is erected at the back, and left and right pillar parts are formed corresponding to the left and right stud parts of the rear wall, and a shelf of the stud part is formed on each of the left and right pillar parts of the doorway and the middle pillar. A shelf holder locking hole is provided at the same level as the shelf holder locking hole, and the shelf holder locking hole is formed across the stud portions on both sides of the central wall panel of the rear wall or the stud portions of adjacent left and right wall panels. At the same time, the shelf support is erected through the shelf support locking hole of the stud, and the intermediate shelf support is installed between the shelf support and the intermediate column and at least one of the studs on both sides of the rear wall. An end shelf holder is installed across the column of the corresponding entrance/exit via the shelf holder locking hole, and a shelf plate is further built as a bridge between the intermediate shelf holder and the end shelf holder with both ends supported. An assembled storeroom characterized by being made of