JPH0941524A - Partition - Google Patents

Abstract

PROBLEM TO BE SOLVED: To manufacture this partition at low cost by simple structure, to lighten the partition while simplifying assembly and to enable partitioning easily into proper spaces by mutually connecting panel bodies by the same upper connecting fitting and the same lower connecting fitting when the panel bodies are coupled mutually. SOLUTION: A plurality of front panel bodies 1 are joined linearly, and side panel bodies having the same thickness and the same height as the front panel bodies 1 are connected to the front panel bodies 1 at right angles. Upper-lower section connecting sections 25, 26 are formed at the upper-lower left-right end sections of the front panel bodies 1 and the side panel bodies. Upper connecting holes 251, 261 are formed at places, where size from the left-right end faces of the front panel bodies 1 and the side panel bodies and size from surface-rear end faces are equalized, in the upper section connecting sections 25, 26. Lower connecting holes are shaped at places, where size from the left-right end faces of the front panel bodies 1 and the side panel bodies and size from the surface-rear end faces are equalized, in the lower section connecting sections. Accordingly, even when the front panel bodies are mutually coupled linearly and even when the front panel bodies 1 and the side panel bodies are joined, these panel bodies can be connected by the same upper-lower connecting fittings 20.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a partition for appropriately dividing an office space into spaces.

[0002]

2. Description of the Related Art Heretofore, the above-mentioned partition has been used with connecting fittings having different shapes when connected linearly and at right angles. Also, after connecting the partitions, the top cap that hides the connected parts can be attached and removed.
An engaging member for engaging and disengaging is provided on the panel body separately from the panel constituting member. Further, since the panel body and the like are also constructed by attaching the panel plate to the panel frame body, the number of members is large, the cost is high and the weight is heavy as a whole, and it takes time to carry and assemble.

[0003]

SUMMARY OF THE INVENTION An object of the present invention is to solve the above problems, and it can be manufactured at a low cost with a simple structure.
The purpose is to provide a partition that is lightweight and easy to assemble.

[0004]

In order to solve the above problems, the first feature of the present invention is that a plurality of linearly connected front panel members are connected at right angles to the front panel members. The front panel body and the side panel body have the same upper connecting portion with a flat upper surface at the upper left and right end portions, and the lower end left and right end portions. It has a lower connecting part of the same shape with a flat lower surface, and the upper connecting part is located at a position where the dimensions from the left and right end faces of the front panel body and the side panel body are the same as the dimensions from the front and back end faces. A connecting hole is formed, and a lower connecting hole is formed in the lower connecting portion at a position where the dimension from the left and right end faces of the front panel body and the side panel body and the dimension from the front and back end faces are the same. Even when connecting panel bodies in a straight line, front panel body and side panel When the connecting orthogonally also is the same on the connecting fitting, in that it can coupled with the same lower connecting fitting.

A second feature of the present invention is, in addition to the first feature, the front panel body has an upper bent edge at the upper end, and at least the upper end surface of the front panel. Front front and back panel plates formed to a thickness smaller than half the thickness of the body, and a core material crimped between the front and back panel plates,
It has a front ceiling cap that is detachably installed on the upper ends of the front and back panel plates, and the upper bent edge has a horizontal piece and a vertical piece. The front side cap fitting groove is formed between the upper connecting portions while being separated from each other by a predetermined dimension, and is fitted into the front side cap fitting groove from above in the thickness direction central lower surface of the front side cap. The fitting protrusion is formed so as to project downward.

A third feature of the present invention is, in addition to the second feature, a front panel body, a front front and back panel plate, and a core material crimped between the front and back panel plates. It is composed of a front ceiling cap that is detachably provided on the upper ends of the front and back panel plates, and the front and back panel plates are formed with upper, lower, left, and right bent edges at about half the thickness of the front panel body. The upper connecting portion and the lower connecting portion are formed to have a thickness smaller than the thickness of the front panel body and fixed to one of the front and back panel plates, and the upper and lower bent edges of the other panel plate are connected to the upper connecting portion and the lower portion. The point is that it is screwed to the connecting portion.

Further, a fourth feature of the present invention is that, in addition to the first feature, the side panel body has an upper bent edge portion at the upper end portion, and at least the upper end surface has a side panel. It has side front and back panel plates formed to a thickness smaller than half the thickness of the body, a core material crimped between the side front and back panel plates, and a side cap that is detachably provided at the upper ends of the side front and back panel plates, The upper bent edge has a horizontal piece and a vertical piece,
In the state of being crimped with the core material, the vertical pieces of the side front and back panel plates are separated from each other by a predetermined dimension, and a side top cap fitting groove is formed between the upper connecting portions, while the center portion in the thickness direction of the side top cap In the bottom surface, a fitting protrusion that fits into the side cap fitting groove from above is formed so as to project downward.

[0008]

According to the first feature of the present invention, the same upper connecting metal fitting is used both when the front panel body is linearly connected and when the front panel body and the side panel body are connected at a right angle. , Can be connected with the same lower connecting fitting.

According to a second feature of the invention,
It is not necessary to provide an engaging / disengaging member separately from the panel body constituent member in order to disengage the front ceiling cap.

According to the third feature of the present invention,
All that is required for the front panel is the front and back panel plates, the core material, and the front ceiling cap.

According to the fourth feature of the present invention,
It is not necessary to provide an engaging / disengaging member separately from the panel body constituting member for engaging / disengaging the side cap.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments will be described below with reference to the accompanying drawings. In FIG. 1, an exploded perspective view of a main part of the front panel body 1 is shown. The front panel body 1 is a core that is crimped between the front front panel plate 2, the front back panel plate 3, and the front front and back panel plates 2 and 3. It is made up of a material 40 and a front ceiling cap 4 provided on the upper ends of the front front and back panel plates 2 and 3. Code 11
Shows a side end cap attached to the end face of the front panel body 1 at the endmost portion which is linearly connected.

The front surface panel plate 2 is formed by bending the upper, lower, left and right ends of the substrate inwardly into an L shape, and has upper and lower bent edges 21, 22, which are about half the thickness of the front panel body 1.
23, 24, upper bent edge 21 and left and right bent edge 2
Located at the corners 3 and 24 and fixed to the upper and lower inner surface of the left and right end portions of the substrate, the downward facing U-shape with a flat upper surface,
The left and right upper connecting portions 25, 26 formed to have a thickness smaller than the thickness of the front panel body 1, the corners of the lower bent edge portion 22 and the left and right bent edge portions 23, 24 are located on the left and right sides of the substrate. It has upper and lower lower connecting portions 27, 28 fixed to the lower end portion of the inner surface of the end portion and having a flat lower surface and having an upward U-shape and having a thickness smaller than the thickness of the front panel body 1.

The upper and lower bent edges 21, 22 have a slightly narrowed portion where the upper or lower surfaces of the left and right upper and lower connecting portions 25, 26, 27, 28 are located, and the left and right upper connecting portions 25,
26 and between the left and right lower connecting portions 27, 28, the upper and lower horizontal pieces 211, 221 formed to have a thickness width slightly smaller than half the thickness of the front panel body 1, and the left and right upper connecting portions 25,
26, an upper vertical piece 212 in which the end of the upper horizontal piece 211 is bent downward, and a lower vertical piece in which the end of the lower horizontal piece 221 is bent upward between the left and right lower connecting portions 27, 28. It is formed of 222.

The upper connecting portions 25 and 26 have the same shape facing each other,
The front panel body 1 is provided on the upper surfaces of the left and right bent edges 23 and 24.
Upper connection holes 251 and 261 are formed at positions where the dimensions from the left and right end surfaces of the front end surface are the same as the dimensions from the front and back end surfaces, and the mounting hole 252 of the side end cap 11 is opposite to the upper connection holes 251 and 261. , 262 are formed, and positioning holes 253, 263 of the upper connecting fitting 20 to be described later are formed between the upper connecting holes 251, 261 and the mounting holes 252, 262, and the upper vertical piece 223 of the mounting holes 252, 262 is formed. The screw holes 254 and 264 of the front and back panel plate 3 are formed in the.

The lower connecting portions 27 and 28 have the same shape and face each other.
On the lower surface of the left and right bent edges 23, 24 side, the front panel body 1
Lower connection holes 271 and 281 are formed at positions where the dimensions from the left and right end surfaces of the same are the same as the dimensions from the front and back end surfaces, and the adjuster 4 is provided on the opposite side of the lower connection holes 271 and 281.
No. 04 mounting screw holes 272 and 282 are formed. Between the lower connecting holes 271 and 281 and the mounting screw holes 272 and 282, engaging holes 273 and 283 of the lower connecting metal fitting 30 described later are formed. Screw fastening holes 274, 284 of the front back panel plate 3 are formed in the lower vertical pieces 224 of 272, 282.

The front and back panel plate 3, similarly to the front and front panel plate 2, is formed by bending the top, bottom, left and right ends of the substrate inwardly into an L shape, and is bent up and down and left and right with a thickness of about half that of the front panel body 1. It has edges 31, 32, 33, 34.

The upper and lower bent edges 31, 32 have a slightly narrower portion where the upper or lower surfaces of the left and right upper and lower connecting portions 25, 26, 27, 28 are located and are crimped to the core member 40. The upper and lower horizontal pieces 3 which are located between the left and right upper connecting portions 25 and 26 and the left and right lower connecting portions 27 and 28 and have a thickness width smaller than half the thickness of the front panel body 1.
11, 321 and the left and right upper connecting portions 25, 26, the upper vertical piece 3 in which the end portion of the upper horizontal piece 311 is bent downward.
12 and the left and right lower connecting portions 27, 28 between the lower horizontal piece 3
The end of 21 is formed by a lower vertical piece 322 bent upward.

The upper and lower end portions of the left and right bent edges 33, 34 are connected to the upper and lower left and right upper and lower connecting portions 25, 26, 27, 2 when the front and back panel plate 3 is pressure-bonded to the core member 40.
8 has a notch 300 so as not to collide with each other, and the upper and lower connecting portions 2 are provided on the left and right end sides of the upper and lower horizontal pieces 311 and 321.
5, 26, 27, 28 screwing holes 254, 264, 2
74, 284 corresponding to the mounting holes 310, 310, 32
0 and 320 are formed.

The front front panel plate 2 and the front back panel plate 3 are
A core material (paper honeycomb is used in the embodiment, but foamed polystyrene or the like) 40 is pressure-bonded between the substrate of the front front panel plate 2 and the rear face of the front back panel plate 3 formed as described above. After that, the left and right ends of the upper and lower horizontal pieces 311 and 321 of the front and back panel plate 3 are attached to the screw holes 254,
264, 274, 284, mounting holes 310, 310, 32
0, 320, the upper and lower connecting portions 25, 26, 27,
Screw to 28. Then, a front ceiling cap fitting groove 400 having a predetermined gap is formed between the upper vertical piece 212 of the front front panel plate 2 and the upper vertical piece 312 of the front back panel plate 3. In addition, the reference numeral 210 indicates a cloth attached to the surfaces of the front and back panel plates 2 and 3. Further, in the embodiment, the upper and lower connecting portions 25, 26, 27, 28 are provided on the front surface panel plate 2 side.
And the mounting holes 310, 31 are formed on the front and back panel plate 3 side.
0, 320, 320 are formed, but the upper and lower connecting portions 25, 26, 27, 28 are provided on the front back panel plate 3 side, and the mounting holes 310, 310, 320, 320 are provided on the front front panel plate 2 side.
May be formed.

The front ceiling cap 4 has downwardly projecting pieces 42 and 42, which are externally fitted to the upper ends of the front and rear panels 2 and 3, in which the front and back end portions of the upper surface portion 41 are bent downward, and project downward to the left and right end portions. The downwardly projecting end projections 43, 43 and the lower surface of the central portion of the back surface of the top surface portion 41 in the thickness direction, and the fitting projection piece 4 protruding downward and fitted into the front ceiling cap fitting groove 400 from above.
Four. Further, in the case of the front panel body 1 in which the front ceiling cap 4 is connected to the left and right, in the case of the front panel body 1 which is formed to have the same width as the front front and back panel plates 2 and 3 and is the end portion on the connected end side. Is formed to have a width smaller than the width of the upper surface cover portion 111 of the side end cap 11.

The side end cap 11 is the front panel body 1.
Side cover part 112 for concealing the side end surface of the side cover, front and back cover parts 113, 113 protruding from the front and back sides of the side cover part 112 to the front panel body 1 side, and the upper end of the side cover part 112 to the front panel body 1 side. Projecting upper surface cover portion 111
It is formed by being externally fitted to the end portion of the front panel body 1 to conceal the side end face, the upper end face, and the front and back end faces. Reference numeral 114 projects from the lower end of the upper surface cover portion 111 to the front panel body 1 side,
Reference numeral 115 denotes an upper attachment projection piece connected to the attachment hole 262 of the upper connection portion 26, and the reference numeral 115 projects from the lower end of the side surface cover portion 112 toward the front panel body 1 side and the lower connection portion 28.
The lower attachment projection piece connected to the attachment hole 282 of FIG.

FIG. 8 shows an exploded perspective view of a main part of the side panel body 6, which is crimped between the side front panel plate 7, the side back panel plate 8 and the side front and back panel plates 7, 8. Core material 40, side ceiling caps 9 provided on the upper ends of the side front and back panel plates 7 and 8, and the side end caps 11.

The side front panel plate 7 is formed by bending the upper and lower left end portions of the substrate inwardly into an L shape, and has upper and lower left bent edge portions 71, 72, 73 having a thickness of about half that of the side panel body 6,
The right end portion of the substrate is formed by a right bent edge portion 74 formed by bending the right end portion inward into an L shape by the thickness of the side panel body 6.

The upper and lower bent edges 71 and the left and right bent edges 73 and 74 are located at the corners and fixed to the upper and lower inner surfaces of the left and right end portions of the substrate. At the corners of the left and right upper connecting portions 75, 76 formed to have a thickness smaller than that of the side panel body 6, the lower bent edge portion 72, and the left and right bent edge portions 73, 74, It has upper and lower lower connecting portions 77 and 78 fixed to the lower end portions of the inner surfaces of the left and right end portions and having an U-shaped upward shape with a flat lower surface and having a thickness smaller than the thickness of the side panel body 6.

The upper and lower bent edges 71, 72 have a slightly narrowed portion where the upper or lower surfaces of the left and right upper and lower connecting portions 75, 76, 77, 78 are located, and the left and right upper connecting portions 75,
76 and the upper and lower horizontal connecting portions 75, 7 formed between the left and right lower connecting portions 77, 78 with a thickness width slightly smaller than half the thickness of the side panel body 6.
6 between the upper vertical piece 712 in which the end portion of the upper horizontal piece 711 is bent downward and the left and right lower connecting portions 77, 78,
An end portion of the lower horizontal piece 721 is formed by a lower vertical piece 722 bent upward.

The upper connecting portions 75 and 76 have the same shape and face each other.
Since it is formed in the same shape as the upper connecting portions 25, 26 of the front panel body 1, only one upper connecting portion 76 will be described. From the right end face of the side panel body 6 on the upper surface on the right bent edge portion 74 side. And an upper connecting hole 761 is formed at a position where the size from the front and back end surfaces is the same, and the mounting hole 7 of the side end cap 11 is provided on the opposite side of the upper connecting hole 761.
62 is formed, and the upper connecting hole 761 and the mounting hole 762 are formed.
A positioning hole 763 for the upper connecting fitting 20 described later is formed therebetween, and a screw stop hole 764 for the side back panel 8 is formed between the upper vertical piece 712 of the mounting hole 762.

The lower connecting portions 77 and 78 have the same shape facing each other,
Since it is formed in the same shape as the lower connecting portions 27, 28 of the front panel body 1, only one lower connecting portion 78 will be described. From the right end surface of the side panel body 6 on the lower surface on the right bent edge portion 74 side. The lower connecting hole 781 is formed at a position where the size of the lower connecting hole 781 and the size from the front and back end surfaces are the same, and the mounting screw hole 7 of the adjuster 404 is provided on the opposite side of the lower connecting hole 781.
82 is formed, and the lower connecting hole 781 and the mounting screw hole 78 are formed.
An engaging hole 783 of the lower connecting fitting 30, which will be described later, is formed between the two, and a screw fixing hole 784 of the side back panel 8 is formed on the lower vertical piece 722 of the mounting screw hole 782.

Like the side front panel plate 7, the side back panel plate 8 is formed by bending the upper and lower left end portions of the substrate into an inward L-shape, and has an upper and lower left bent edge portion having a thickness about half that of the side panel body 6. 81, 82, 83 and the right end portion of the substrate on the side panel body 6
Of the right bent edge portion 84 formed by bending inwardly into an L shape by the thickness of

The upper and lower bent edges 81, 82 have a slightly narrowed portion where the upper or lower surfaces of the left and right upper and lower connecting portions 75, 76, 77, 78 are located and are crimped to the core member 40. , An upper and lower horizontal piece 81 located between the left and right upper connecting portions 75 and 76 and the left and right lower connecting portions 77 and 78 and having a thickness width smaller than half the thickness of the side panel body 6.
1, 821 and the left and right upper connecting portions 75, 76, an upper vertical piece 81 in which an end portion of the upper horizontal piece 811 is bent downward.
2 and the left and right lower connecting portions 77 and 78, a lower horizontal piece 82.
One end is formed by a lower vertical piece 822 bent upward.

The upper and lower ends of the left and right bent edges 83, 84 are formed when the side back panel plate 8 is pressed against the core member 40.
The left and right upper and lower connecting portions 75, 76, 77, 78 have a cutout portion 800 so that they do not collide with each other.
The upper and lower connecting portions 75 and 7 are provided on the left and right end sides of the first and second portions 821.
Corresponding to the screw holes 6, 77, 78, mounting holes 81
0, 810, 820, 820 are formed.

The side front panel plate 7 and the side back panel plate 8 are formed as described above, and after the core material 40 is pressure-bonded between the substrate of the side front panel plate 7 and the back face of the side back panel plate 8, the side back plate The left and right end portions of the upper and lower horizontal pieces 811, 821 of the panel 8 are provided with screw holes 764, 784, mounting holes 810, 810, 820, respectively.
With 820, the upper and lower connecting portions 75, 76, 77, 78
Screwed on. Then, a side cap fitting groove (not shown) having a predetermined gap is formed between the upper vertical piece 712 of the side front panel plate 7 and the upper vertical piece 812 of the side back panel 8.

The side cap 9 has downwardly projecting pieces 92 and 92, which are externally fitted to the upper ends of the side front and back panels 7 and 8, in which the front and back ends of the upper surface 91 are bent downward. Downwardly projecting end pieces 93, 93, and a fitting projection piece 94 that projects downward from the bottom surface of the central portion in the thickness direction of the back surface of the upper surface portion 91 and is fitted into the side ceiling cap fitting groove (not shown) from above. have.

Reference numeral 95 indicates a notch for escape of the upper connecting fitting 20 when the front panel body 1 is connected to the right end portion of the side panel body 6 at a right angle. And the side cap 9
Is a width side panel body 6 of the upper surface cover portion 111 of the side end cap 11 attached to the left end portion of the side panel body 6.
The width is smaller than the width.

The upper connecting fitting 20 is the front panel body 1,
1 or the upper end between the front panel 1 and the side panel body 6, and the upper connecting portion 2 of the one front panel body 1 is attached.
5 and the upper connecting hole 261 formed in the upper connecting portion 26 of the other front panel body 1 (upper connecting formed in the upper connecting portion 76 of the side panel body 6) (Where the holes 761 coincide) with the upper connecting elongated holes 201, 2
01 is formed, and a positioning projection piece 202 that is fitted into the positioning hole 253 of the upper connecting portion 25 or the positioning hole 263 of the other upper connecting portion 26 is formed at one end.

The lower connecting fitting 30 is the front panel body 1,
1 or a lower connecting hole 271 formed in a lower connecting portion 27 of one of the front panel bodies 1 and attached to the lower end between the front panel 1 and the side panel body 6, and the other front panel body 1 Of the lower connecting hole 281, which is formed in the lower connecting portion 28 of the side panel body 6, or the lower connecting hole 781 of the lower connecting portion 78 of the side panel body 6, where the lower connecting hole 281 is formed. , The lower connecting long hole 302 is formed,
An engaging protrusion 303 that engages with the engaging hole 273 of the one lower connecting portion 27 is formed at the end opposite to the fitting hole 301.

That is, the upper connecting hole 25 of the front panel body 1
1, 261 and the upper connection hole 761 of the side panel body 6 are formed at the same position from the left and right end faces and the front and back end faces, so that even when the front panel bodies 1 and 1 are linearly connected, Even when the panel body 1 and the side panel body 6 are connected at a right angle, the same upper connection fitting 20 can be used.

Further, the lower connecting hole 271 of the front panel body 1,
281 and the lower connection hole 781 of the side panel body 6 are formed at the same position from the left and right end surfaces and the front and back end surfaces, so that the front panel body 1 and the front panel body 1 are linearly connected to each other. Even when the 1 and the side panel body 6 are connected at a right angle, the same lower connecting fitting 30 can be used.

The present invention is configured as described above, and when the front panel bodies 1 and 1 are linearly connected to each other, with the front top cap 4 removed from the front panel body 1,
Lower connection hole 28 of lower connection portion 28 of one front panel body 1
1, the connection bolt 305 is screwed onto the lower surface of the lower connecting portion 28 until a slight gap is left therebetween, while the lower connecting fitting 30 is engaged with the engaging hole 223 of the lower connecting portion 27 of the other front panel body 1. The engaging piece 303 is engaged, the lower connecting elongated hole 303 is inserted into the lower connecting hole 271, the connecting bolt 306 is screwed, and the lower connecting fitting 30 is screwed to the lower connecting portion 27.

Next, the front panel body 1 to which the lower connecting fitting 30 is screwed is brought close to the other front panel body 1 to which the connecting bolt 305 is screwed up to a predetermined position so that the side end surfaces of the front panel body 1 come into contact with each other. The fitting hole 301 of the connecting fitting 30 is fitted into the gap between the connecting bolt 305 and the lower surface of the lower connecting portion 28.

Then, the positioning projection piece 2 of the upper connecting fitting 20
02 is fitted into the positioning hole 263 of the upper connecting portion 26 of the one front panel body 1, and the upper connecting metal fitting 20 is arranged across the upper connecting portions 25 and 26 of the two front panel bodies 1 and 1. Install the connecting bolts 205 and 206 into the upper connecting long hole 20.
1, 201 are inserted and temporarily screwed into the upper connection holes 261 and 251. Next, the adjusters 404 ... Are adjusted to align the horizontal levels of the front panel bodies 1 and 1, and then the connecting bolts 305, 306, 205 and 206 are tightened to connect the front panel bodies 1 and 1. Further, when connecting the front panel bodies 1 one after another, the same work is repeated to add more.

Next, when the front panel body 1 and the side panel body 6 are connected at a right angle, with the front top cap 4 and the side top cap 9 removed from the front panel body 1 and the side panel body 6, Lower connection hole 7 of lower connection portion 78 of side panel body 6
81, the connecting bolt 305 is screwed onto the lower surface of the lower connecting portion 78 until a slight gap is left therebetween, while the engaging bolt of the lower connecting metal fitting 30 is inserted into the engaging hole 223 of the lower connecting portion 27 of the front panel body 1. The piece 303 is engaged, the lower connecting long hole 303 is inserted into the lower connecting hole 271, and the connecting bolt 306 is screwed,
The lower connecting fitting 30 is screwed to the lower connecting portion 27.

Next, the side end surface of the front panel body 1 to which the lower connecting fitting 30 is screwed is brought close to the rear surface side regular end of the side panel body 6 to which the connecting bolt 305 is screwed up to a predetermined position. The fitting hole 301 of the lower connecting metal fitting 30,
The connecting bolt 305 and the lower surface of the lower connecting portion 78 are fitted into the gap.

Then, the positioning projection piece 2 of the upper connecting fitting 20
02 is inserted into the positioning hole 253 of the upper connecting portion 25 of the front panel body 1, and the upper connecting metal fitting 20 is provided across the upper connecting portions 25 and 76 of the front panel body 1 and the side panel body 6. The connecting bolts 205 and 206 to the upper connecting long hole 201,
201 is inserted and temporarily screwed into the upper connection holes 761 and 251. Next, adjust the adjusters 404 ... to align the horizontal levels of the front panel body 1 and the side panel body 6, and then tighten the connecting bolts 305, 306, 205, 206 to tighten the front panel body 1 and the side panel body. The bodies 6 are connected at right angles.

【The invention's effect】

(1) According to the invention as set forth in claim 1, the same upper connection is made both when the front panel body is linearly connected and when the front panel body and the side panel body are connected at a right angle. Since the metal fitting and the same lower connecting metal fitting can be connected, the number of members can be reduced and the member management becomes easy.

(2) According to the invention described in claim 2 of the claims, it is not necessary to newly form a separate member on the front panel body for engaging and disengaging the front ceiling cap, so that it can be manufactured at low cost. .

(3) According to the invention described in claim 3 of the claims, since the members constituting the front panel body are only the front and back panel plates, the core material and the front ceiling cap,
It has a simple structure, can be made lightweight, and can be manufactured at low cost.

(4) According to the invention described in claim 4 of the claims, since it is not necessary to form a separate member on the side panel body for engaging and disengaging the side ceiling cap, it can be manufactured at low cost.

[Brief description of drawings]

FIG. 1 is an exploded perspective view of a main part of a front panel body.

FIG. 2 is a longitudinal sectional view of a main part of a front panel body.

FIG. 3 is a perspective view of an upper connecting fitting.

FIG. 4 is a perspective view of a lower connecting fitting.

FIG. 5 is a vertical cross-sectional view of a main part showing a mounted state of a side end cap.

FIG. 6 is a plan view of essential parts showing a state where the front panel bodies are connected to each other at an upper portion.

FIG. 7 is a bottom view of essential parts showing a state in which lower parts of front panel bodies are connected to each other.

FIG. 8 is an exploded perspective view of a main part of a side panel body.

FIG. 9 is a plan view of a main part showing a state in which the front panel body and the side panel body are connected to each other from above.

FIG. 10 is a bottom view of essential parts showing a state where the front panel body and the side panel body are connected to each other from the lower portion.

[Explanation of symbols]

 1 Front Panel Body 2 Front Front Panel Plate 20 Upper Connecting Metal Fitting 21 Upper Bending Edge 211 Upper Horizontal Piece 212 Upper Vertical Piece 22 Lower Vertical Bending Edge 23 Left Bending Edge 24 Right Bending Edge 25 Upper Connection 251 Upper Connection Hole 26 Upper connecting part 261 Upper connecting hole 27 Lower connecting part 271 Lower connecting hole 28 Lower connecting part 281 Lower connecting hole 3 Front back panel plate 30 Lower connecting metal fitting 31 Upper bent edge 311 Upper horizontal piece 312 Upper vertical piece 32 Lower Bend edge 33 Left bend edge 34 Right bend edge 4 Front cap 40 Core material 44 Fitting protrusion 400 Front cap fitting groove 6 Side panel body 7 Side panel panel 71 Top bend edge 711 Top horizontal Piece 712 Upper vertical piece 72 Lower bent edge 73 Left bent edge 74 Right bent edge 75 Upper connecting portion 76 Upper connecting portion 761 Upper connecting hole 77 Lower connecting portion 78 Lower connection part 781 Lower connection hole 8 Side back panel plate 81 Upper bent edge 811 Upper horizontal piece 812 Upper vertical piece 82 Lower bent edge 83 Left bent edge 84 Right bent edge 9 Side cap 94 Fitting protrusion

Claims (4)

[Claims] 1. A front panel body, comprising: a plurality of front panel bodies linearly coupled to each other; and side panel bodies coupled to the front panel body at a right angle and having the same thickness and height as the front panel body. The side panel body has an upper connecting portion of the same shape with a flat upper surface at the left and right ends of the upper end, and a lower connecting portion of the same shape with a flat lower surface at the left and right ends of the lower end. Upper connecting holes are formed at the positions where the dimensions from the left and right end faces of the panel body and the side panel body and the dimensions from the front and back end faces are the same, and the lower connecting portion is from the left and right end faces of the front panel body and the side panel body. Since the lower connecting hole is formed at the position where the size and the size from the front and back end surfaces are the same, the front panel body and the side panel body are connected at a right angle even when the front panel body is linearly connected. Even with the same upper connecting bracket and the same lower connecting bracket, Partition that can be connected. 2. The front panel body, wherein an upper bent edge portion is formed at an upper end portion, and at least the upper end surface is formed to have a thickness smaller than half the thickness of the front panel body; It has a core material that is crimped between the panel plates and a front ceiling cap that is detachably provided on the upper ends of the front and back panel plates, and the above-mentioned bent edge has a horizontal piece and a vertical piece. In this state, the vertical pieces of the front and back panel plates are separated by a predetermined distance, and a front ceiling cap fitting groove is formed between the upper connecting portions. The partition according to claim 1, wherein a fitting protrusion that fits into the front ceiling cap fitting groove from above is formed so as to project downward. 3. The front panel body comprises a front front and back panel plate, a core material crimped between the front and back panel plates, and a front top cap detachably provided on upper ends of the front and back panel plates. The front and back panel plates have upper, lower, left, and right bent edges at the upper, lower, left, and right bent edges to have a thickness of about half the thickness of the front panel body, and the upper connecting portion and the lower connecting portion are formed to have a smaller thickness depending on the thickness of the front panel body. The front and back panel plates are fixed to one of the front and back panel plates, and the upper and lower bent edges of the other panel plate are screwed to the upper connecting part and the lower connecting part. Partition described. 4. The side panel body, wherein the side panel body has an upper bent edge portion formed at an upper end portion, and at least the upper end surface has a thickness smaller than half the thickness of the side panel body. It has a core material that is crimped between the front and back panel plates, and a side cap that is detachably provided on the upper ends of the side front and back panel plates, and the upper bent edge has a horizontal piece and a vertical piece, and In the crimped state, the vertical pieces of the side front and back panel plates are separated from each other by a predetermined dimension, and a side cap fitting groove is formed between the upper connecting portions, while a bottom surface of the side cap in the thickness direction central part is formed. The partition according to claim 1, wherein a fitting protrusion that fits into the side cap fitting groove from above is formed so as to project downward.