JPH01190857A - Panel for partitioning - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application This invention relates to a partitioning panel used in a partitioning device for partitioning an office floor or the like.

BACKGROUND OF THE INVENTION In order to easily partition office floors, etc., so-called partition devices have been used.

This can be easily done by arranging columns at appropriate intervals and connecting panels between these columns.
It is something that can be assembled and installed.

Conventionally known partition panels used for such purposes include, for example, a core material such as plasterboard cut into rectangular shapes, and the front surface of this core material having
By overlapping face plates of the same size and assembling a frame body with a U-shaped cross section around both, the core material and face plate are formed into a single panel, and a protrusion from the frame body is formed on the back side of the panel. The provided hook is inserted into a slit provided in the support to connect the support to the panel.

The problem to be solved by the invention is that the frame body is assembled by welding or screwing each member disposed so as to surround both the upper and lower sides and the left and right end surfaces of the core material. Since it has to be integrated by a process, the work efficiency is not good, and the welding process has the drawback that the assembly precision of the frame tends to be insufficient due to distortion during welding, which is something that can be avoided. There wasn't.

Therefore, in view of the actual state of the prior art, an object of the present invention is to form the top plate larger than the core material, fold the top plate back along both end surfaces of the core material, and fold the top plate toward the back side. By forming the bent part, it is possible to integrate the core material and the surface plate, and since the bending work at this time is a press work, the work efficiency is extremely high, and the necessary and sufficient accuracy can be easily achieved. The purpose of the present invention is to provide a new partition panel that can be obtained in the following manner.

Means for Solving the Problems The present invention has a structure that includes a rectangular core material and a front surface that covers the surface of the core material and has bent portions along both end surfaces toward the back side. A face plate is provided, and a slit is formed in the bent portion or in the back material sandwiched between the bent portion and the core material.
The gist is that a space is formed corresponding to the slit.

Note that the back plate can cover the entire back surface of the core A or a portion along the side edges, and the slit can be formed to have a tapered upper end.

With this configuration, the core material can be held by the bent part formed by bending the top plate toward the back side, so the core material and the top plate can be separated by bending the latter. They can be unified only by doing so.

On the other hand, by engaging the bent portion or the slit formed in the back plate held by the bent portion with the hook protruding from the support, it is possible to easily connect the panel and the support. At this time, since a space is formed in the core material corresponding to the slit, the hook inserted into the sulin 1 is within this space and can be inserted into the panel without contacting the core material. can be hung.

In addition, if the back plate covers the entire back side of the core material, a sturdy heavy-weight type panel can be created.
By covering only a portion along the side end surface, the core material can be protected during bending of the surface plate.

Furthermore, by forming the upper end of the slit to be tapered, a hook can be inserted into the lower wide part and the panel can be positioned by the upper tapered part.
Highly accurate connections can be made without hindering work efficiency.

It works as described above.

Example Examples will be described below with reference to the drawings.

A partitioning panel (hereinafter simply referred to as a panel) 10 consists of a core material 11 and a surface plate 12 (FIGS. 1 and 2).

The core material 11 is made by cutting a plate material such as plasterboard or plywood into a rectangular shape according to the size of the panel 10.

The surface plate 12 is made by bending a thin steel plate larger in size than the core material 11 along the entire circumference of the core material 11. That is, the surface plate 12 covers the entire surface 11a of the core material 11, and also covers both the upper and lower end surfaces 11b, 1 of the core material 11.
1b, a protective rib 12 matching the thickness of the core material 11
a, 12a are formed upright, and the end surfaces 11C and 111G of the core material 11 are formed to form end surface portions 12b and 12b. By folding back to the side, bent portions 12G, 12G are formed (FIG. 1, however, only one corner portion of the panel 10 is shown here). Note that the end surface portion 12b is formed slightly higher than the thickness of the core material 11 (FIG. 3), and the bent portion 12G is formed to be slightly higher than the thickness of the core material 11.
By folding back 90 degrees or more with respect to b, the core material 11
11d of the back surface is elastically pressed.

The left and right bent portions 12C112G have slits 12d,
12d... are formed in each row in the vertical direction (FIG. 2). Each of the sulins 1 to 12d is formed tapered at the upper end, and is a long hole rounded into a semicircular arc shape at the lower end (Fig. 1, Fig. 4), and the arrangement position is the strut R1R to be combined. Hooks R1, R1...
(Figure 2). In addition, a core (A11 has a square hole 11e) corresponding to each slit 12d.
is formed (Fig. 1, Fig. 3). The square hole 11e is
The center line in the vertical direction is aligned with the slit 12d,
Moreover, it is formed to be long upward so as to have a sufficient allowance d upward (FIG. 4).

The panel 10 having such a configuration includes horizontal members R2, R2...
Between the two columns R, R connected via the slits 12d, 12d, etc. are engaged with the hooks R1, R1, ... protruding from the columns R, R, thereby constructing a partitioning device. (Figure 2). However, each support column R is equipped with a telescopic base R3 for height adjustment at its base end.

Each hook R1 has fishing portions RIC and RIC protruding symmetrically toward both the front and rear sides of the columns R and R, so that the panel 10
can be installed by engaging both the front and rear sides of the columns R, R, and for one column R, two left and right panels 10.10 are placed at the center of the front and rear surfaces of the column R. They can be installed so that their side end surfaces almost abut each other. Furthermore, a booklet W can be attached below each panel 10, if necessary.

The hook R1 is attached to the support column R such that the minimum protruding dimension k on the inside of the fishing part RIC is slightly smaller than the thickness of the surface plate 12 of the panel 10 (FIG. 5).

However, here, the hook R1 is made by inserting the legs Ria and Ria into slits (not shown) formed in the support column R, and
It is assumed that it is screwed by Holt R1b (third
figure). Therefore, each fishing part R1C of hook R1, R1...
Can the installation of the panel 10 be completed by inserting the panel 10 into the corresponding slit 12d of the panel 10 and letting the panel 10 settle downward? At this time,
The bent portion 12G above the slit 12d is a fishing portion RIC.
Since the panel 10 is deformed so as to come into close contact with the column R1R (FIGS. 3 and 5), the panel 10 can be firmly fixed to the column R1R. At the same time, since the upper end of each slit 12d is tapered, if the minimum width dimension a of the slit 12d is made approximately equal to the thickness of the hook R1, the horizontal positioning of the panel 10 can be automatically performed. It is something that can be done.

Furthermore, when the installation of the panel 10 is completed in this way, the fishing part R1c of the hook R1 is connected to the square hole 1 of the core material 11.
1e, and the square hole 11e is provided with a sufficient margin d above the slit 12d, so that the fishing part RI
There is no risk that C will come into contact with the core material 11 or damage the core material 11.

Other Embodiments It is possible to reduce the width of the bent portion 12G of the surface plate 12 and provide an L-shaped back plate 13 along the side end surface 11c of the core material 11 to cover a portion of the back surface 11d (sixth
Fig. 7). At this time, instead of the slit 12d formed in the bent portion 12G, a slit 13a is formed in the back plate 13.
The back plate 13 can be held between the back surface 11d of the core material 11 by the bent portion 12G. When the front plate 12 is bent to form the end face portion 12b and the bent portion 12G, the back plate 13 protects the core material 11 and disperses the force applied to the core material 11 by the bent portion 12G. Therefore, there is no risk of inadvertently damaging the core material 11.

Further, the back plate 13 may cover the entire back surface 11d of the core material 11 (FIG. 8). Since both sides of the core material 11 can be covered by the front plate 12 and the back plate 13,
You can make sturdy, heavy-duty panels.

In the above description, the square hole 11e formed in the core material 1 corresponding to the slits 1 to 12d and 13a is simply a slit.
Fishing part RIC of hook R1 hooked to 12d and 13a
This is to form a space for storing and covering. Therefore, the shape thereof may be not only a square hole shape but also a notch shape opening in the side end surface 11G of the core material 11, for example.

In addition, protective ribs 12 formed on the top and bottom edges of the surface plate 12
a, 12a, as long as the core material 11 can be held,
One or both of them can be omitted, and furthermore,
The height thereof may be made smaller than the thickness of the core material 11, or it may be folded back toward the back surface 11d of the core material 11.

DETAILED DESCRIPTION OF THE INVENTION According to the present invention, a rectangular core material and a top plate that covers the surface of the core material are provided, the top plate forms a bent portion toward the back side, and this A slit is formed in the bent part or the back plate sandwiched between the bent part and the core material, and a space corresponding to the slit is formed in the core material, so that the core material and the front plate are separated. Because it can be integrated by bending the surface plate by press working, the assembly work efficiency is extremely high compared to when assembled by welding work.
Moreover, there is an excellent effect that sufficient assembly precision can be easily achieved.

In general, the back plate can cover the entire back surface of the core A, or it can cover only a part along the side end surface, and in the former case, a sturdy heavy type can be made.
In the latter case, the core material can be protected during processing of the surface plate, and if the upper end of the slit is tapered, the positioning of the panel can be easily positioned when installing the panel. The effect is that it can be done.

[Brief explanation of the drawing]

Figures 1 to 5 show the embodiment, Figure 1 is a perspective view of the main parts, Figure 2 is an exploded perspective view showing the state of use, Figure 3 is a cross-sectional view of the main parts, and Figure 4 is a cross-sectional view of the main parts. FIG. 5 is an enlarged front view of the slit and an explanatory longitudinal cross-sectional view of the main part. 6 and 7 show other embodiments, FIG. 6 is a view corresponding to FIG. 1, and FIG. 7 is a cross-sectional view of the main part. FIG. 8 is a diagram corresponding to FIG. 7 showing still another embodiment. R... Support column R1... Hook 10... Partition panel 11... Core material 11a... Surface

Claims (1)

[Scope of Claims] 1) Consists of a rectangular core material and a surface plate that covers the surface of the core material and has bent portions toward the back side along both end surfaces, and the bent portions include 2. A partitioning panel characterized in that a slit for engaging a hook of a support post is formed, and the core material has a space corresponding to the slit. 2) A rectangular core material, and a surface plate that covers the surface of the core material and has a bent portion toward the back side along both end surfaces, and the bent portion is formed between the core material and the core material. A back plate is sandwiched between the back plate, the back plate is formed with a slit for engaging with a hook of a support, and the core material is formed with a space corresponding to the slit. panel. 3) The partitioning panel according to claim 2, wherein the back plate covers the entire back surface of the core material. 4) The partitioning panel according to claim 2, wherein the back plate covers a part of the back surface of the core material along the side end surfaces. 5) The partitioning panel according to any one of claims 1 to 4, wherein the slit has a tapered upper end.