JP3416743B2 - Corner connection structure of wall panel - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wall panel structure in which a wall is constituted by a single-sided panel installed along a wall surface or a partition panel used for partitioning a room.

[0002]

2. Description of the Related Art Conventionally, for example, as shown in Japanese Utility Model Publication No. 56-17603, a first panel arranged on one side is connected to a second panel arranged on the other side orthogonal to the first panel. In addition to providing the fan-shaped rectangular prism body in plan view, the first panel and the second panel are respectively provided with locking portions for locking the locking grooves provided at both ends of the rectangular corner body, respectively. The panels and the second panel are connected to each other by locking the locking portions of the panel and the second panel in the locking grooves of the prismatic prism.

According to the above construction, although both panels can be connected by one touch by locking connection, a special connecting member such as a prismatic body for connecting both panels is required.
It was a disadvantage in terms of manufacturing cost. Further, since the connecting portion is fixed only by the engagement between the connecting member and the panels, when the panel is pressed rearward, the engagement is released and the panels are disconnected. was there.

[0004]

SUMMARY OF THE INVENTION In view of the above-mentioned situation, the present invention is to solve the problem by making effective use of the original configuration while making it possible to connect both panels at the corners easily and quickly. Therefore, it is an object of the present invention to provide a corner portion connecting structure of a wall surface panel which can surely avoid disengagement without requiring a special member.

[0005]

In order to solve the above-mentioned problems, the present invention provides a ceiling rail at an upper position in a room and a ground rail at a corresponding lower position, and the ceiling rail and the ground rail. A plurality of columns are erected at a predetermined interval between the column and the column, and the first panel is abuttingly supported on the front side of the column and engaged with the engaged parts provided on the left and right sides of the first panel. Then, the pair of engaging portions for connecting the first panels adjacent to each other in the left-right direction by engagement are provided on the support pillar, and the pair of engaging portions are positioned at the outermost end of the first panels juxtaposed in the left-right direction. Is a corner portion connecting structure of a wall panel in which an end panel to be connected and a second panel provided in a direction intersecting a direction in which the first panel is arranged side by side are connected to each other. And the end is arranged at the rear side of the second panel The second panel side end of the panel, are allowed with the engaged portion for engaging with the strut in the direction intersecting the arrangement direction of the first panel.

The end panel is connected to the panel body and the panel.
Consists of a flexible plate-shaped cover that covers the front of the main unit
The cover on the left and right sides of the cover.
The engaged portion that engages with a pillar for connecting with a panel
And a support for connecting it to the second panel on the other side.
Engage from the direction that intersects the direction in which the pillar and the first panel are arranged side by side
The engaged parts are formed by bending.

When connecting the end panel to the column,
The front panel and rear panel of the end panel.
It engages with the locked part formed on the attached vertical plate and
An engagement piece is provided to prevent forward movement of the flannel.

[0008]

By changing the engaging direction of the engaged portion at the second panel side end portion of the end panel to a direction intersecting the side by side arrangement direction of the first panel, one engaging portion of the second panel is formed. It is possible to engage the engaged portion of the end panel with the other engaging portion of the strut with which the engaged portion is engaged, without interposing another member. After the end panel and the second panel are engaged and connected, the columns are located behind these panels. Therefore, when the panels are pressed rearward, the panels contact the columns. Then, it is possible to prevent the panel from moving further rearward.

Fold the cover on the second panel side of the end panel.
By bending, the engagement on the second panel side of the end panel
The engaging direction of the joint can be easily changed to the desired direction.
You can.

When the end panels are connected, the engaging pieces of the support columns
To engage the engaged part formed on the vertical plate of the end panel
Prevents the end panel from moving forward
Is.

[0011]

The present invention will be described in more detail with reference to the embodiments shown in the accompanying drawings. FIG. 1 illustrates a wall surface formed by a first single-sided panel installed along one side of the wall surface and a second single-sided panel installed along the other side of the wall surface connected to an end of the first single-sided panel. The wall panel structure is shown. First, the first single-sided panel structure will be described. The top rail 1, the ground rail 3, the first panel 5, the adjuster 6, and the column 7 are main members. Next, those main members will be described in detail.

As shown in FIGS. 12 to 15, a U-shaped top rail 1 having an open lower portion is fixed to a ceiling 2 by a bolt (not shown), and a U-shaped ground rail having an open upper portion. 3 is fixed to the floor 4 by bolts (not shown), and an adjustable adjuster 6 including a receiving portion 6A for supporting the first panel 5 and a fitting portion 6B for externally fitting and supporting the support column 7 is mounted on the ground rail. It fits inside 3. Then, after the pillar 7 is inserted between the top rail 1 and the ground rail 3, the strut 7 is externally fitted and fixed to the fitting portion 6B of the adjuster 6, and the lower end of the first panel 5 is fixed to the adjuster 6. It is placed on and supported by the receiving portion 6A. After that, the first panels 5 and 5 adjacent to each other in the left-right direction are connected to the pillar 7 by the connecting member 8 with their front surfaces flush with each other, and this work is repeated to form a wall surface. There is.

The adjuster 6 will be described in detail.
As shown in FIGS. 14 and 15, the fitting portion 6B is formed into a size that can be fitted into the pillar 7 and is made of a hollow square bar that is vertically opened at the upper and back central portions. Adjustment bolt 6C screwed to the bottom plate portion 6b of the fitting portion 6B
And the support plate portion 6 welded to the left and right side surfaces of the fitting portion 6B so as to contact and support the support pillar 7 in the fitted state from below.
D, a vertical plate portion 6E in a hanging posture formed by bending downward from a front end portion of the support plate portion 6D, and the panel 5 mounted in a horizontal posture in which a lower end portion of the vertical plate portion 6E is formed to extend forward. The receiving portion 6A for placing and supporting, and the first panel 5 shown in FIG. 15 in which the front end of the receiving portion 6A is formed by bending.
The adjuster 6 is composed of a vertical engaging piece 6F that engages with the engaging hole 5A formed on the bottom surface of the adjuster 6.

As shown in FIGS. 15 to 18, the column 7 is a hollow body whose upper and lower sides are open, and a pair of lateral side plates 7A, 7A facing each other on the inner side, and these lateral side plates 7
It is composed of a front side plate 7B and a rear side plate 7C located between A and 7A. Each lateral side plate 7A is bent and formed in a mountain shape protruding inward so that a concave portion 7a for increasing the shape retention strength of the lateral side plate 7A itself is formed in the central portion of each lateral side plate 7A. There is. The front side plate 7B includes a pair of extension plate portions 7b and 7b that are formed by bending forward from an intermediate portion thereof.
Vertical plate portions 7c, 7c that are bent in the left-right direction and are separated from the front end portions of the extending plate portions 7b, 7b, and end portions of these vertical plate portions 7c, 7c are bent by 180 degrees to form a vertical plate portion. It is composed of a connecting plate portion 7d that connects the ends of 7c and 7c. And, the vertical plate portions 7c, 7 of the front side plate 7B
A pair of engaging portions 7h, 7h composed of c and a connecting plate portion 7d overlapping with c can be engaged with an engaging plate portion 5b of the panel 5 described later. The rear side plate 7C
In order to form a concave portion 7e into which a screw shaft 14 described later can be inserted, the intermediate portion is bent and formed in a substantially U shape, so that the shape retention strength of the column 7 itself can be increased. A substantially U-shaped plate portion 7f formed in the middle portion of the rear side plate 7C
At the rear end side portion, mountain-shaped convex portions 7g and 7g are formed by bending as fitting portions to be fitted with small protrusions 12b and 12b described later.

Vertically elongated fitting grooves 9 are formed at the ends of the extending plate portions 7b, 7b of the front side plate 7B on the column side, respectively.
When the pillar 7 is raised and internally fitted to the ceiling rail 1, the front side plate 7B of the pillar 7 is fitted until the lower end portions of the front plate of the ceiling rail 1 contact the lower end edges of the pair of fitting grooves 9, 9. Then, the support column 7 is fitted and fixed to the ceiling rail 1.

The first panel 5 has a weight of 6.1 kg / m.
^{It is} composed of a panel body 5B made of rockwool board No. 2 and a flat plate 5C made of a steel plate or the like covering the front surface of the panel body, and is set to have a vertical dimension across the lower end of the top rail 1 and the upper end of the ground rail 3. Has been done. The left and right ends of the flat plate 5C are formed by being bent inward by 90 degrees, and the vertical plate portions 5a, 5a in a rearward posture and the front side plate 7 of the support column 7 are formed.
The vertical plate portion 5 is formed so as to form an engagement groove 5m with which B is engaged.
mountain-shaped engaging plate portions 5b and 5b which are bent inward at the free end portions of a and 5a, and end plate portions in which the free end portions of the engaging plate portions 5b and 5b are bent inward. It is composed of 5c and 5c.

The connecting member 8 is, as shown in FIG.
A plate-shaped member 8A formed to have a length that is located across the adjacent first panels 5 and 5, and a pair of downwardly-directed first members formed by bending the plate-shaped member 8A on both front left and right ends. Piece 8
B and 8B, and a downward second engaging piece 8C located rearward of the first engaging pieces 8B and 8B in the center of the front side of the plate-shaped body 8A. Then, the first downward facing holes are formed in the engaging holes 5A, 5A formed in the first panels 5, 5.
At the same time as engaging the engagement pieces 8B, 8B, the second engagement piece 8C is engaged in the space 10 formed by the extension plate portions 7b, 7b of the front side plate 7B of the pillar 7 and the connecting plate portion 7d. By combining them, the first panels 5 and 5 that are adjacent to each other in the left-right direction are connected so that their front surfaces are flush with each other, and
The panels 5 and 5 can be firmly fixed to the column 5. The connecting member 8 may be omitted and implemented.

A pressing member 12 for pressing and moving the column 7 from the side of the wall surface 11 is provided so that rattling between the wall panel components can be avoided after the wall panel is assembled. . 12 and 1
As shown in FIG. 3 and FIG. 16, a contact plate portion 13 that contacts the rear surface of the rear side plate 7C of the column 5, and a screw shaft 14 that is screwed from the rear to a screw portion formed on the contact plate portion 13. , This screw shaft 1
The pressing member 12 is composed of a rotary disk-type operation portion 15 that is integrally connected to the rear end of the screw 4 and that rotates the screw shaft 14. The pressing member 12 may be omitted and implemented.

Reference numeral 16 shown in FIG. 16 is a rectangular sub strut disposed between the strut 5, and the sub strut 16 is
This is cut and used according to the dimension between the top rail 1 and the ground rail 3 during panel mounting work. The plurality of 16a shown in the figure are recesses for increasing the shape retention strength.

Next, the second single-sided panel structure will be described. Like the first single-sided panel structure, the top rail 1, the ground rail 3, the second panel 17, the adjuster 6, the support column 7,
The sub strut 16 is configured as a main member. Since these members have the same structure as the members described above, the description thereof will be omitted.

An end panel 5T and a first panel 5 located at the end of the first panels 5 arranged side by side in the left-right direction.
Second panel 17 provided in a direction orthogonal to the juxtaposed direction of the
1 to 9, the corner connecting structure in which the and are connected will be described. A plan view L-shaped top rail for corners 1A having an open bottom is fixed to the ceiling, and a top is open. The L-shaped corner ground rail 3A is fixed to the floor, and the vertically adjustable adjuster 6 is fitted in the corner ground rail 3A. Then, after the pillar 7 is inserted between the corner top rail 1A and the corner ground rail 3A, the pillar 7 is externally fitted and fixed to the fitting portion 6B of the adjuster 6, and the lower end of the second panel 17 and the above. The lower end of the end panel 5T is placed and supported on the receiving portions 6A, 6A of the adjuster 6, respectively, and
Engaging the engaging plate portions 17b and 5b as the engaged portions of the panel 17 and the end panel 5 with the engaging portions 7h and 7h of the support column 7 to attach the second panel 17 and the end panel 5 to the support column 7. It is designed to be engaged and fixed.

The end panel 5T is composed of a panel body 5B made of rock wool board as described above, and a flat plate 5C which is a plate-like cover made of a bendable steel plate for covering the front surface of the panel body 5B. The vertical dimension is set so as to extend to the lower end of the corner top rail 1A and the upper end of the corner land rail 3A. The flat plate 5C
As described above, one end of each of the vertical plate portions 5a in the rearward posture is formed by being bent inward by 90 degrees as shown in FIG.
And, in order to form an engaging groove 5m with which the front side plate 7B of the column 7 is engaged, the free end portion of the vertical plate portion 5a is bent and the mountain-shaped engagement as an engaged portion protruding inward. Plywood part 5b,
The engaging plate portion 5b is composed of an end plate portion 5c in which a free end portion is bent inward, and the other end portion is a front side plate portion 5d extending in the left-right direction, and the front side plate portion 5d. A rear plate part 5e extending rearward from the rear plate part 5e and bent inward by 90 degrees, and a vertical plate part 5a bent inward from the rear plate part 5e by 90 degrees. , The pillar 7
In order to form an engaging groove 5m with which the front side plate 7B of the vertical plate portion 5B engages, the free end portion of the vertical plate portion 5a is bent to project inwardly, and an engaging plate portion 5b thereof. And an end plate portion 5c in which the free end portion is bent inward. Therefore, by bending one side of the flat plate 5C of the end panel 5T as described above, the engagement direction of the engagement plate portion 5b can be easily changed to the direction orthogonal to the juxtaposed direction of the first panel 5. Of.

The engaged portion 5b provided at the end of the end panel 5T on the second panel side is formed by bending the flat plate 5C. However, the engaged portion is formed separately, and is formed separately. The engaged portion may be attached to the end panel 5T for implementation.

A vertical plate 1 for reinforcing the end panel 5T extending over the front side plate 5d and the rear side plate 5e of the end panel 5T.
8 is attached by welding or the like. This vertical plate 18
Is a main body plate portion 18A having an L shape in a plan view in a posture along the back surfaces of the front plate portion 5d and the rear plate portion 5e, and flange portions 18B and 18C having an L shape in a plan view extending to both ends of the main body plate portion 18A. It consists of and.

On one side of the pillar 5 located at the corner,
Engagement piece 19 provided with a pair of engagement portions 19a, 19a for engaging the vertical hole 18b formed in the flange portion 18B of the end panel 5T from above and preventing the end panel 5T from moving forward.
After inserting the vertical hole 18b of the end panel 5T into one of the pair of engaging portions 19a from the front, the upper end surface of the vertical hole 18b becomes the upper end surface 19b of the engaging piece 19. By lowering the end panel 5T to the contacting position, the vertical hole 18b and the engaging piece 19 are engaged with each other.

As shown in FIG. 4, the end panel 5T and the second end panel 5T extend over the second end panel 5T and the second end panel 5T.
In order to firmly fix the panel 17 to the column 7, the engaging hole 5A of the end panel 5T, the engaging hole 17A of the second panel 17,
A connecting member 8 that engages from above in the space 10 of the column 7. The connecting member 8 may be omitted and implemented.

A third panel 20 in a direction orthogonal to the disposing direction of the second panel 17 is connected to the end of the second panel 17 on the side away from the end panel 5T. Then, after inserting the sub-post 16 between the top rail 1 and the ground rail 3 located on the second panel 17 side, it is externally fitted to the fitting portion 21B of the adjuster 21 fitted inside the ground rail 3. It is fixed and the adjuster 21 has a second receiving surface 21A.
The panel 17 is placed and supported. The one side surface of the sub strut 16 and the front surface of the sub strut 16 form the second panel 1
The holding member 22 for forming the 7-insertion recess 22A is screwed. Then, after the second panel 17 is inserted into the insertion recess 22A, the holding member 22 and the second panel 17 are screwed at several points in the vertical direction so that the second panel 17 is securely fixed.

A hook-shaped engaging plate portion 22a for engaging the engaging portion 20h of the third panel 20 is formed at the end of the holding member 22 on the third panel 20 side. By engaging the engaging portion 20h of the third panel 20 with the plywood portion 22a, the third panel 20 and the second panel 17 can be engaged and coupled.

The wall formed by the third panel 20 is
The sash door 23 is provided to partition the interior of the room. As shown in FIG. 10, an openable sash door 23 is provided at an intermediate position between the third panels 20 ... Rammer panel 2 at the upper position of 23
4 is provided. FIG. 11 shows a mounting portion of the door frame 25 of the sash door 23, and after inserting the sub-post 16 between the top rail 1 and the ground rail 3 as described above, it is fitted into the ground rail 3 internally. Fitting part 21 of adjuster 21
It is fitted on B and fixed, and the receiving surface 2 of this adjuster 21
The third panel 20 is placed and supported on 1A. And
While engaging one of the pair of engaging portions 20h, 20h of the third panel 20 with one of the pair of engaging portions 26A, 26A of the engaging member 26 externally fitted to the sub strut 16, The front plate piece 25 of the door frame 25 is attached to the other engaging portion 26A.
The rear end of A is supported by contact. Incidentally, the engaging portion 26A of the engaging member 26 externally fitted to the sub strut 16 shown in FIG.
26A is displaced to the corner side with respect to the center of the sub strut 16 because the two sub strut 16 having the same structure are fitted with the engaging member 26. The positions of 26, 26 can be arranged on the right side closer to the right side corner portion of the sub strut 16 and on the left side closer to the left side corner portion of the sub strut 16 in the drawing. That is, if one of the sub-posts 16 is arranged and then the sub-posts 16 having the same structure as the sub-posts 16 are arranged so that their vertical directions are opposite to each other, the positional relationship of the engaging member 26 with respect to the sub-posts 16 becomes opposite. Of. A plate member 25B having a U-shaped cross section is fitted inside the door frame 25 and then fixed by welding. This door frame 25 also has one door frame 25 arranged in the same manner as the sub strut 16 to which the engaging member 26 is fitted, and then the other door frame 25 is arranged with its vertical direction reversed. As a result, one type of door frame 25 can be used as the left and right door frames 25, 25. A plate member made of gypsum board or the like is arranged at the end of each of the door frames 25, 25 opposite to the side where the third panel 20 is attached. The wall surface may be composed of 20 and a plate member composed of gypsum board or the like.

The case where the wall surface is constituted by the first single-sided panel will be described. First, after the upper end of the adjuster 6 is externally fitted and supported by the lower end portion of the column 7, the top rail 1 in this state.
And the ground rail 3 between. And the adjusting bolt 6C
Is rotated to raise the column 7, and the front side plate 7B
The vertical rails 1 are formed on the lower end edges of the vertically long fitting grooves 9 formed in
The front side plate 7B of the column 7 is fitted and fixed until the lower end of the front plate comes into contact. Similarly, the pillars 7 are erected at appropriate intervals according to the left and right dimensions of the panel 5, and the sub pillars 15 are arranged between the pillars 7 and 7 in accordance with the dimension between the top rail 1 and the ground rail 3. To stand upright. The panel 5 is positioned between the stanchions 7 and 7 thus erected, the lower end of the panel 5 is placed and supported on the receiving portion 6A of the adjuster 6, and the locking piece of the adjuster 6 is fitted into the engaging hole 5A of the panel 5. 6F is engaged and the lower end of the panel 5 is fixed. Then, by pushing the upper end portion of the panel 5 rearward, the elastic protrusion 5 of the panel 5 is attached to the front side plate 7B.
a is engaged, and the upper end of the panel 5 is supported with one touch.
It can be fixed to. In this manner, the panels 5 are sequentially fixed, and the adjacent panels 5 and 5 are connected to each other by the connecting member 8
It is firmly fixed to the column 7 by the connection from above. Every time the panel 5 is fixed to the column 7, the operation portion 15 of the pressing member 12 fitted and fixed to the column 7 in advance is rotated to avoid rattling between the wall panel components.

In the embodiment, the case where the wall surface is constituted by the single-sided panel is shown, but the wall surface may be constituted by the double-sided panel. In the embodiment, the second panel 17 is replaced by the first panel 5
However, it may be provided in a direction intersecting the direction in which the first panel 5 is arranged.

A first panel 5 including the end panel 5T,
The second panel 17 and the third panel 20 may be made of hard synthetic resin or synthetic rubber.

[0033]

The corner portion structure of the wall panel of the present invention as described above is the first constituent member of the wall panel.
Only by providing the second panel side end portion of the panel with an engaging portion that engages in a direction intersecting the direction in which the first panels are arranged in parallel,
Panels located in the corners can be connected easily and quickly without the need for a special connecting member as in the past, and the columns support the panels located in the corners. It is possible to avoid troubles such as moving to the rear side, disconnecting the panels from each other, and damaging various devices disposed in the room due to contact with the panels.

The end panel is composed of a bendable plate-shaped cover.
Bend one side of the end panel by making
Since the engaging direction of the engaged part can be changed by
For example, compared to the case where a separately formed engaged part is attached
The edge panel can be easily processed,
This can be advantageous in terms of manufacturing the partial panel.

The column supports the movement of the end panel to the front side.
By providing the engaging piece that stops, the end panel can be
Since it can be firmly fixed, it can be moved forward.
Reliably avoid troubles such as detachment of the end panel
can do.

[Brief description of drawings]

FIG. 1 is a schematic transverse plan view showing a wall panel structure.

FIG. 2 is a partially omitted transverse perspective view showing a corner portion connecting structure of a wall panel.

FIG. 3 is a cross-sectional perspective view showing the upper part of the end panel.

FIG. 4 is a perspective view showing the upper part of the end panel.

FIG. 5 is a partially omitted transverse perspective view showing a connecting portion between a second panel and a third panel.

FIG. 6 is an exploded perspective view, partly omitted, showing a fitting structure of a sub strut arranged at a connecting portion between a second panel and a third panel.

FIG. 7 is an exploded perspective view showing an upper fitting structure of a pillar arranged at a corner portion of a wall panel.

FIG. 8 is an exploded perspective view showing a lower fitting structure of a pillar arranged at a corner portion of a wall panel.

FIG. 9 is an exploded perspective view of a sub-post and an adjuster arranged at a connecting portion between the second panel and the third panel.

FIG. 10 is an exploded perspective view of a door portion mounted on a wall panel.

FIG. 11 is a cross-sectional plan view of a door frame portion mounted on a wall panel.

FIG. 12 is an exploded perspective view showing a first panel structure.

FIG. 13 is a vertical sectional side view showing the upper portion of the first panel structure.

FIG. 14 is a vertical sectional side view showing the lower portion of the first panel structure.

FIG. 15 is an exploded perspective view of the support column and the adjuster with some parts omitted.

FIG. 16 is a partially cutaway cross-sectional plan view of the first panel structure.

FIG. 17 is a partially cutaway cross-sectional plan view of the first panel structure.

FIG. 18 is a partially omitted exploded perspective view showing a connecting structure between panels.

[Explanation of symbols]

1 sky rail 2 ceiling 3 ground rail 4 floors 5 First panel 5A engagement hole 5B rock wool board 5C flat plate 5a elastic protrusion 5b Vertical plate part 5c Engagement plate 5d end plate 5m engagement groove 5T end panel 6 adjusters 6A receiver 6B mating part 6C adjustment bolt 6D support plate 6E Vertical plate part 6F locking piece 7 props 7A side plate 7B front plate 7C Rear plate 7a recess 7b Extension plate part 7c Vertical plate part 7d connecting plate 7e recess 7f board 7g protrusion 8 connecting members 8A plate 8B 1st engaging piece 8C Second engaging piece 10 spaces 11 wall 12 Pressing member 13 Contact plate 13A Contact Department 13B convex part 13b Small protrusion 14 screw shaft 15 Control 16 sub-struts 16a recess 17 Second panel 17b Engagement plate part 18 vertical holes 18A body plate 18B collar part 18b vertical hole 18C collar part 19 Engagement piece 19a Engagement part 19b Top surface 20 Third panel 20h engagement part 21 Adjuster 21A Receiving surface 21B Mating part 22 Holding member 22A insertion recess 22a Engagement plate part 23 sash doors 24 Rammer panel 25 door frame 25A front plate 25B plate member 26 Engagement member 26A engagement part

─────────────────────────────────────────────────── ─── Continuation of the front page (56) Bibliographic references Kohei 5-1536 (JP, Y2) (58) Fields investigated (Int.Cl. ⁷ , DB name) E04F 13/08-13/18 E04B 2 / 74 511 E04B 2/82 521

Claims (3)

(57) [Claims] 1. A top rail is provided at an upper position in a room, a ground rail is provided at a lower position corresponding to the top rail, and a plurality of columns are erected at predetermined intervals between the top rail and the ground rail. , The first panel is abutted and supported on the front side of the column,
While engaging with the engaged portions provided on both the left and right sides of the first panel, a pair of engaging portions for connecting the first panels adjacent to each other in the left-right direction by engagement are provided on the column,
A wall panel that connects an end panel located at the most end of the first panels arranged in the left-right direction and a second panel provided in a direction intersecting the direction in which the first panels are arranged in parallel. A corner connection structure of the end panel,
The strut is disposed on the rear side of the second panel connected to the second panel, and the strut is engaged with the strut of the end panel on the side of the second panel from a direction intersecting the direction in which the first panel is arranged. The corner portion connecting structure of the wall panel provided with the engaged portion for. 2. The end panel is attached to the panel body and the pad.
A flexible plate-shaped cover that covers the front of the flannel body
And cover it on one side of the cover in the left-right direction.
1 The engaged portion engaging with a column for connecting with one panel
And a support for connecting it to the second panel on the other side.
Engage from the direction that intersects the direction in which the pillar and the first panel are arranged
The corner portion connecting structure for a wall panel according to claim 1, wherein each of the engaged portions is formed by bending . 3. When connecting the end panel to the pillar
The front panel and rear panel of the end panel.
End that engages with the locked part formed on the vertical plate attached by
The corner portion connection structure for a wall panel according to claim 1 , further comprising an engagement piece that prevents the panel from moving forward .