JP7405627B2 - Panel body installation structure and installation method - Google Patents

Description

The present invention relates to a structure and method for mounting a panel body such as a waist wall provided on a partition surface such as a wall surface that partitions a space such as an indoor room or a hallway of a building.

Generally, a flat panel body is sometimes installed as a surface member of a wall in a room or a hallway, but when such a panel body is a waist wall, for example, the waist wall is attached to the lower half of the wall. It shall be installed in a low area (for example, 1m from the floor), and by having a specification different from the upper half of the wall, the upper and lower parts of the wall will have different specifications and will have a variable configuration. Sometimes.
When forming such waist walls, attempts have been made to use wood as the panel body for a long time, and recently it has been recommended to take the initiative in using wood (for example, in public buildings) Act on the Promotion of the Use of Wood in Products, etc. (Wood Utilization Promotion Act).
When wood is used as a panel body in this way, conventionally, each of the long flat plates cut to a predetermined size is assembled by nailing them into a frame member such as a base material from the surface side. However, with this method, the heads of the nails are visible from the outside, and not only does it require a high degree of skill to assemble the flat plates in a series with no gaps, but it also requires a high level of skill. There is a problem that it becomes troublesome and complicated.
Therefore, we assume that a flat plate is formed with convex and concave parts that fit into each other's male and female parts at both end edges, and connect adjacent flat plates in a series without creating any gaps to create a flat plate. It has been proposed that a panel body be attached. When the panel body attached in this way is attached to a frame member, it has been proposed that the metal fittings fixed to the frame side member and the metal fittings fixed to the panel body are fixed with bolts while facing each other. (For example, see Patent Documents 1 and 2).

Utility model registration No. 3053673 Special Publication No. 8-26637

However, when attaching a panel body to a frame-side member, the surface of the frame-side member may not be flat but may be uneven, and the connection positions may not be aligned at the same position in the front-rear direction. When panel bodies are attached as they are to a frame side member, each panel body may be attached in a different direction.The worst case in such a case is that the panel body There may be cases where the installation itself to the body frame side member is not possible, and to correct this problem, troublesome and complicated on-site work is required, which impairs work efficiency. These are the problems to be solved by the present invention.

The present invention was created with the aim of solving these problems in view of the above-mentioned circumstances, and the invention of claim 1 is characterized in that a plurality of flat panel bodies are attached to a frame side member. On the other hand, in a panel body mounting structure configured to be mounted in a continuous manner in the left and right direction, when the panel body is mounted via a connecting means that can adjust the mounting interval between the panel body and the frame side member, the panel body is , comprising a surface material, and a reinforcing material provided on the back surface of the surface material and having a protrusion that protrudes outward in the left-right direction from at least one of the left and right outer edge portions of the surface material, and is connected. The means includes a screw receiving member provided on the protruding portion of the reinforcing material, and a screw member rotatably provided on the body-side member with a tip side protruding toward the screw receiving member, and the screw member includes: This panel body mounting structure is characterized in that the protruding portion is rotated by a tool inserted into the tip of the screw member from the panel body surface side and screwed into the screw receiving member so as to be freely retractable .
The invention of claim 2 provides that the left and right edges of the surface material are provided with surface material connecting portions for connecting the end edges of adjacent surface materials in a state in which they overlap with each other in the front and back directions. A panel body mounting structure according to claim 1 , characterized in that:
In the invention of claim 3 , the surface material is formed by connecting a plurality of elongated flat plate materials in a series, and the flat plate materials have edges of adjacent flat plates in front and back. 3. The panel body mounting structure according to claim 1, further comprising a flat plate connecting portion for connecting the flat plate members in a mutually overlapping state.
The invention of claim 4 provides that the protruding portions of the reinforcing materials provided on the left and right end panel bodies of the plurality of panel bodies include a front portion between the left and right outer edge portions of the surface material and the protruding portions. 4. The panel body mounting structure according to claim 1, wherein a closing material is attached.
In the invention of claim 5 , the reinforcing material provided on one of the adjacent panel bodies is provided with a protrusion that protrudes toward the other panel body and is fixed to the frame side member, and 5. The panel body mounting structure according to claim 1 , wherein an edge portion of the other panel body on the side of one panel body is supported by the fixed protrusion.
The invention according to claim 6 is the panel according to any one of claims 1 to 5 , characterized in that the surface material of the left and right end panel bodies is configured such that at least one of the left and right outer end edges can be cut. This is the mounting structure of the body.
The invention according to claim 7 provides that the panel body is provided with upper and lower frames that are long in the left-right direction at both upper and lower end edges, and the upper and lower frames have a gap between the connecting edge parts in a state where adjacent panel bodies are connected to each other. 7. The panel body mounting structure according to claim 1, wherein the gap is closed with a spacer.

According to the invention of claim 1 , when a panel body is attached to a frame side member that is displaced in the front and rear directions, the panel body can be easily mounted in a vertical position by adjusting the position in the front and rear direction and then attaching the panel body. . In addition, the panel body is advantageous in terms of strength due to the provision of the reinforcing material, and the structure can be simplified because a connecting means is provided between the reinforcing material and the frame side member. become. Furthermore, since the connecting means is composed of a screw member and a screw receiving member, the structure can be simplified.
By adopting the invention of claim 2 , when the surface materials are adjacent to each other, the edge portions overlap each other back and forth, so that it is easy to block visibility to the inside through the space between the surface materials. This improves the appearance.
According to the invention of claim 3 , the surface material is formed by connecting flat plate materials in a series, but in that case, the flat plate materials are connected in a state where they overlap back and forth. As a result, it becomes easy to block visibility to the inside through the space between the flat plates, and the appearance improves.
According to the invention of claim 4 , the panel bodies on both the left and right sides are provided with protruding parts of the reinforcing material protruding from the edge parts of the panel bodies, and the protruding parts are provided with the protruding parts that meet the edge parts of the surface material. As a result of the fact that the sealing material is attached to close the gaps, it becomes easy to close the gaps and the appearance improves.
According to the invention of claim 5 , the other panel body of the adjacent panel bodies has an edge portion on the one panel body side of the other panel body that is fixed to the frame side member. Since the panel body will be supported by the reinforcing material protrusion of the panel body, sufficient support strength can be achieved even with cantilever support in which the reinforcing material protrusion protruding on the opposite side from one panel body side is supported on the frame member side. It can be installed as if it were held, improving work efficiency.
By adopting the invention of claim 6 , it is possible to easily deal with cases where the dimensions are too long at the site.
According to the invention of claim 7 , when the upper and lower frames provided on the panel body are adjacent to each other on the left and right sides, length and short dimensions can be easily adjusted by providing a gap between them. , visibility is not impaired because it is blocked by the spacer.

It is a front view of a waist wall part. It is a front view of a waist wall. (A) and (B) are a front view and a plan view of the right panel body. (A) and (B) are a front view and a plan view of the intermediate side panel body. (A) and (B) are a front view and a plan view of the left panel body. FIG. 3 is an enlarged vertical cross-sectional view of the main part of the waist wall region. FIG. 3 is an enlarged cross-sectional view of the main part of the waist wall. FIG. 3 is an enlarged plan cross-sectional view of a connecting portion of the panel body. (A) and (B) are a front view of the upper corner portion of the panel body and a longitudinal sectional view of the upper end portion. (A) and (B) are a front view and a side view of the lower corner portion of the panel body. (A) and (B) are a front view of the region between the upper frames and a front view of the region between the lower frames. It is a front view of a waist wall part showing a second embodiment. It is a front view of the same waist wall. It is an enlarged longitudinal cross-sectional view of the main part of the same waist wall part. It is an enlarged cross-sectional view of the main part of the same waist wall part.

Embodiments of the present invention will be described below based on the drawings. In the drawings, reference numeral 1 denotes a waist wall assembled using panel bodies 2 of the present invention, and the waist wall 1 includes a plurality of panel bodies 2 placed between left and right supports 3, which are examples of vertical members on the frame side. The panel body 2 is installed by connecting a plurality of vertically elongated flat plates (vertical plates) 4 in a series in the left-right direction. The surface material (panel material) 2a is formed of A lower frame (baseboard) 7 is provided on the edge, and a plurality of horizontal bars 5 (corresponding to the "reinforcing material" of the present invention) long in the left-right direction are provided vertically on the back surface. The panel body 2 having such a configuration is the basic one, and everything up to this point is manufactured in a factory and transported to the site.

In this embodiment, the flat plate material 4 and the upper and lower frames 6 and 7 are all made of wood. Further, the upper and lower frames 6 and 7 are configured to cover the upper and lower edges of the flat plate material 4 from the front surface side, so that the upper and lower edges (cut surfaces) of the flat plate material 4 are not visible from the surface. It has become. Incidentally, in this embodiment, the surface material 2a is made by connecting flat plates 4 in the left-right direction, but is not limited to this, and can be made by connecting long flat plates in the left-right direction in a series in the vertical direction. It goes without saying that it may be a single plate, or it may be a single plate.

The flat plate material 4 has convex portions 4a and concave portions 4b formed on both left and right edges, and adjacent flat plate materials 4 have adjacent concave portions 4a and convex portions 4b that are male to each other. By female fitting, the surface material 2a is formed by being connected in a series in the left-right direction, and on the back surface of the surface material 2a thus formed, horizontal bars 5 having a hat-shaped longitudinal section are formed. A plurality of rods are installed with a space between them above and below.

Of the horizontal bars 5, the horizontal bar 5 at the intermediate portion in the vertical direction includes both the upper and lower leg portions 5a having a concave groove shape, the straddle portion 5b between them, and the edge shape extending in the vertical direction from the upper and lower end edges of the both leg portions 5a. (flange-like part) 5c, and an extending part 5d extending from the upper and lower edges of the edge-shaped part 5c toward the back surface (rear surface), and the edge-shaped part 5c is formed in the flat plate shape. While in contact with the back surface of the surface material 2a, it is fixed by a screw (fixing tool) 5e screwed in from the edge 5c side (back side), and by doing this, the screw 5e The head is made so that it cannot be seen from the front side.
Further, the uppermost horizontal bar 5 has the same shape as the intermediate horizontal bar 5, but the upper edge shape is The portion 5c is fixed to the upper frame 6 via screws 5e, and the lower edge portion 5c is fixed to the surface material 2a via screws 5e.
On the other hand, the lowermost horizontal bar 5 has an upper edge portion 5f that is different from the other horizontal bars 5 and is longer (wider) in the vertical direction, and the straddle portion 5b is lower. The upper edge portion 5f is fixed to the lower frame 7 and the back surface of the surface material 2a via screws 5e while facing the back surface of the frame 7, and the lower edge portion 5c is fixed to the lower frame 7 via screws 5e. has been done.

A plurality of panel bodies 2 configured in this manner are connected and attached in a series in the left and right direction between the left and right support columns 3, but the connection between adjacent left and right panel bodies 2 is limited to each panel body 2. The convex portions 4a and concave portions 4b formed on the flat plate material 4 provided at both left and right end edges of the device are connected in a continuous manner in the left and right direction by male and female fitting.

Next, an example of an on-site installation procedure for attaching the panel body 2 to form a waist wall will be described, but it goes without saying that the present invention is not limited to this procedure.
Now, if the setting is such that a plurality of panel bodies 2 are sequentially attached from the right side column 3 to the left side column 3, the panel body 2R on the right end side, which is the beginning of the installation, is as follows for the horizontal beam 5. Both left and right edges are provided with protrusions 5g that protrude outward in the left and right direction from the left and right edges of the surface material 2a, while the flat plate material 4 on the right edge side has a convex shape provided on the right edge. Although the portion 4a is not cut, the flat plate 4 on the left end side still has the concave portion 4b provided on the left edge, which is used to connect the panel bodies 2 together. The configuration is such that Incidentally, when the right edge is a concave portion 4b instead of a convex portion 4a, the configuration is such that the concave portion 4b is not present. A nut 8 constituting a connecting means to be described later is fixedly provided (fixed by, for example, by welding) on the straddle portion 5b of the protruding portion 5g of the horizontal beam 5.

On the other hand, in the intermediate panel body 2M to which the panel bodies 2 are connected on both the left and right sides, the left end side is provided with a protrusion 5g and the horizontal crosspiece 5 is provided with a protrusion 5g as in the case of the right end side panel body 2. A nut 8 constituting the connecting means of the present invention is fixed to the straddle portion 5b of the protruding portion 5g, but at least the right side portion 5h is fixed to the straddle portion 5b of the protruding portion 5g. It is set to be shortened by the length exceeding the protruding length of the portion 5g, so that when the panel bodies 2 are connected, the adjacent horizontal bars 5 either have their edges abut or have a slight gap. It is set to be connected in a straight line (in a series) in a state where On the other hand, the convex portions 4a and concave portions 4b of adjacent surface materials 2a are connected by male-female fitting to each other.
Further, in the panel body 2L on the left end side, the horizontal bars 5 on both left and right ends have the same structure as the horizontal bars 5 provided on the intermediate panel body 2M, while the flat plate material 4 on the left end side has a concave portion. 4b is set not to be disconnected.

Each panel body 2 configured in this way is placed between the left and right columns 3 and is attached to a wall surface W as a base material, which is an example of a frame side member, but in this case, the wall surface W is It is set so that it is not planar and protrudes forward toward the sides.
A support 9 (corresponding to the "frame-side member" of the present invention) is fixed to the wall surface W via bolts (screws) 9a, and the support 9 is equipped with a connecting means of the present invention. The constituent bolt 10 is rotatably supported in a state where it is prevented from coming off from the support tool 9 (for example, the proximal end side such as the bolt head side is locked by the support tool 9) and is rotatably supported. The panel body 2 is then attached to the body frame by screwing the bolts 10 into the nuts 8. For example, such a process may be performed by attaching the bolts 10 to a hexagonal hole with a hexagonal hole formed at the tip. Then, the bolt 10 can be screwed into the nut 8 by inserting a hexagonal wrench (tool) (not shown) into the hexagonal hole and rotating it. By adjusting the amount of screwing of the bolt 10 into the nut 8, the position of the panel body 2 in the front-back direction can be adjusted, so that the panel body 2 can be mounted in a vertical position.

In the present embodiment, the right end panel body 2R is attached with the right end protruding portion 5g of the horizontal beam 5 leaving a gap S with respect to the right support column 3. As a result, the panel body 2 , it is installed with a gap S between the right edge of the surface material 2a and the right side support 3, so in this embodiment, this gap S is closed using a vertical frame material (vertical parting) 11. However, the vertical frame material 11 is a surface material that faces (contacts) the front of the right-end flat plate material 4 constituting the surface material 2a and covers the right-end side edge of the right-end flat plate material 4. It is formed into an L-shape having a side piece material 11a and a horizontal piece side piece 11b that enters the opposing gap between the surface material 2a and the right support 3 and faces (contacts) the surface of the horizontal beam protrusion 5g. has been done.
The vertical frame member 11 is disposed adjacent to the right edge of the right end panel body 2 so as to fill the gap S, and is attached to the horizontal frame by screws 11c screwed into the horizontal frame side piece 11b from the front side. It is fixed to the protrusion 5g. Note that the vertical frame member 11 is provided with an insertion hole 11d for inserting the screw 11c, but the insertion hole 11d is set to be closed by a closing body 11e.
Further, a corner member 12 is provided at the corner between the upper end of the vertical frame member 11 and the right end of the upper end side member 5, and the corner member 12 is thereby finished. There is.
The vertical frame members 11 and corner members 12 are attached not only to the right end of the waist wall 1 but also to the left end in a similar manner.
Furthermore, although the configuration is such that a gap S1 is provided between the upper frames 6 and between the lower frames 7, this gap S1 is closed by providing spacers 13 and 14. A gap S2 is also provided between the lower frame 7 and the vertical frame member 11, and the gap S2 is closed by providing a spacer 13a (see FIGS. 10 and 11). With this configuration, the dimensions of the upper and lower frames 6 and 7 in the horizontal direction can be adjusted by the gap S1 between adjacent frames, and the workability of the installation work can be improved. Since this gap S1 is closed by the spacers 13 and 14, visibility is not impaired.

In this way, the panel body 2 can be attached to the frame member. Next, the procedure for attaching the panel body 2 from the right column 3 to the left column 3 will be explained. Incidentally, each panel body 2 is shipped from the factory with the flat plate material 4, horizontal beam 5, and upper and lower frames 6 and 7 assembled, and these are transported to the site and installed on the frame side. It is configured as follows.
First, the right end panel body 2R will be installed. For the right end panel body 2R, place the horizontal crosspiece 5 in the corresponding support 9 position, screw the bolt 10 into the nut 8, and set the right end panel body 2R in a vertical position. It will be installed with the position adjusted.

Next is the installation (assembly) of the intermediate panel body 2M. As with the right end panel body 2R, the horizontal beams 5 are placed in the corresponding support 9 positions, and the bolts are 10 into the nut 8. In this case, the previously installed existing panel body 2 (the right end panel body 2R or the intermediate panel body 2M may be used). ), the convex portions 4a of the right end flat plate 4 of the intermediate panel body 2M to be attached are fitted into the concave portions 4b of the left end flat plate 4, and the horizontal beams 5 of the existing panel body 2 are fitted. Screw the bolt 10 into the nut 8 with the back side (rear surface) of the right end flat plate 4 of the newly installed intermediate panel body 2M facing the protrusion 5g protruding from the left end flat plate 4 of As a result, the horizontal beams 5 of the intermediate panel body 2M are attached and fixed to the supports 9. In this case, the horizontal bars 5 adjacent to each other on the left and right are set to have a gap between them.
Then, the required number of intermediate panel bodies 2M are attached to the existing panel body 2 so as to be connected one after the other on the left side.

After the installation of the intermediate panel body 2M is completed in this way (if the intermediate panel body 2M is not provided, the installation of the right end panel body 2R is completed), the left end panel body 2L is finally installed. However, as in the case of attaching the intermediate panel body 2M, the left end panel body 2L may be the previously attached panel body 2 (the right end panel body 2R or the intermediate panel body 2M). ), the convex portions 4a of the right flat plate material 4 of the left panel body 2L are fitted into the concave portions 4b of the left flat plate material 4 in the left panel body 2L. The left end panel is assembled by screwing the bolt 10 into the nut 8 with the back surface (rear surface) of the right end flat plate material 4 of the left end panel body 2L facing the protrusion 5g protruding from the material 4. It is set so that the body 2L can be attached and fixed to the wall surface W.

In the embodiment of the present invention configured as described above, the waist wall 1 is attached using a plurality of panel bodies 2. In this case, the adjacent panel bodies 2 have edges on both left and right edges. The waist wall 1 is attached by connecting and attaching the formed convex part 4a and concave part 4b in a series in the left-right direction by mating the male and female parts, but in this case, the wall surface W has irregularities. If the wall 1 cannot be made flush with the wall 1 if it is installed as is, the panel body 2 should be adjusted by adjusting the threading of the bolts 10 and nuts 8 that constitute the means for connecting the panel body 2 to the wall surface W. By attaching it to the wall surface W, it is possible to attach a flush waist wall 1. As a result, the on-site installation work of the panel body 2 is simplified and work efficiency is improved.
In this embodiment, the panel bodies 2 attached with their positions adjusted in the longitudinal direction are sequentially attached from the right side to the left side to form the waist wall 1.

Moreover, in this case, the panel body 2 is configured to include a flat surface material 2a and a horizontal bar 5 provided on the back surface of the surface material 2a, and the bolts 10 constituting the connecting means are attached to the wall surface. The nut 8 is fixed to the horizontal beam 5, and by rotating the bolt 10 and adjusting the amount of screwing into the nut 8, the panel body 2 can be rotated in the front-rear direction. Since the panel body 2 is connected and fixed to the wall surface W in a position-adjustable manner, the panel body 2 can be easily installed in a vertical position.

In this case, the surface material 2a provided on the panel body 2 is made up of a plurality of flat plate materials 4 that are long in the vertical direction and have convex portions 4a and concave portions 4b formed at both left and right end edges so that the male and female can be fitted into each other. Since the surface material 2a is made of wooden planks 4 connected in a series from side to side, it is possible to install the surface material 2a on-site with no gaps between adjacent planks 4. It can be done in advance at the factory without having to do it, which simplifies on-site work.

Furthermore, in this case, the protruding portion 5g of the horizontal beam 5 provided on one of the panel bodies 2 (attached first) of the left and right adjacent panel bodies 2 is attached and fixed to the wall surface W as described above. However, the protruding portion 5g protrudes so as to abut against and oppose the back surface of the short edge of the panel body side of the other panel body 2 to be attached next, and the protrusion portion 5g protrudes so as to abut against the back surface of the short edge of the panel body side of the other panel body 2 to be attached next, and The edge portions are supported, and as a result, the panel body 2 has a cantilevered shape with the protruding portion 5g attached and fixed to the wall surface W with one end side on which the protruding portion 5g is disposed on the frame side. Even if it is installed, the adjacent panel body 2 side of the panel body 2 will be supported by the frame side via the protrusion 5g of the adjacent panel body 2 side, and the installation strength will not be ensured. This improves the workability of the installation work.

Furthermore, in this case, the horizontal bars 5 provided on the panel bodies 2L and 2R on both the left and right ends are provided with protruding portions 5d that protrude outward in the left and right direction beyond the outer edges of the panel bodies 2L and 2R in the left and right direction. As a result, a gap S exists between the left and right outer edges of the left and right panel bodies 2L and 2R and the support column 3. In a state where an L-shaped vertical frame member 11 including a surface material side piece 11a facing the front of the horizontal frame 2a and a horizontal frame side piece 11b facing the front of the horizontal frame 5 is adjacent to the panel bodies 2L and 2R. Therefore, even if the edges of these panel bodies 2L and 2R have cut surfaces to adjust the fitting dimensions, installation with the edges hidden can be done using the vertical frame material 11. This can be done easily.

It should be noted that the present invention is of course not limited to the embodiments described above, and the present invention can also be implemented as, for example, the second embodiment shown in FIG. 12 and subsequent figures. The surface material 2a for constructing the panel body 2 is formed into a flat plate by connecting a plurality of horizontally elongated flat plates (horizontal plates) 15 in a series in the vertical direction. An upper frame (waist parting) 6 is provided at the upper edge of the surface material 2a connected in a series in this way, and a lower frame (baseboard) 7 is provided at the lower edge. In addition, longitudinal bars 16 and 17 that are long in the vertical direction are provided on the back surfaces of the left and right edges, and the panel body 2 having such a configuration has the same structure as in the previous embodiment. It is manufactured in a factory and transported to the site for installation.

In this case, the flat plates 15 are connected to each other by forming convex portions 15a and concave portions 15b at both upper and lower end edges (the uppermost flat plate 15 has only a concave portion 15b formed on the lower edge, and the lowermost flat plate 15 has only a convex portion 15a formed on the upper edge), and the adjacent flat plates 15 The surface material 2a is formed by connecting the adjacent convex portions 15a and concave portions 15b in a series in the vertical direction by fitting the male and female parts into each other.

On the other hand, among the vertical bars 16 and 17, one of the vertical bars 16 is for the end portion provided at the outer edge in the left and right direction of the panel bodies 2R and 2L on both left and right edge sides, and the other vertical bar 17 is , are for connection provided at the connection portions of adjacent panel bodies 2.
The vertical bars 16 for the ends are provided at the outer end edges in the left and right direction of the panel bodies 2R and 2L on both the left and right ends, and have a front opening 16a in the outer half in the left and right direction and a rear opening in the inner half. An opening 16b is formed, and assembly is required at the factory until the straddle portion 16e of the rear opening 16b is fixed to the rear surface of the flat plate 15 via the screw 16f. Furthermore, a cut piece portion 16d is formed from the front end edge of the left-right outer leg portion 16c of the front opening 16a toward the left-right inner side, and the vertical frame member 11 is attached to the cut piece portion 16d at the site through screws 11c. It is designed to be fixed.

Further, the connecting vertical beam 17 is provided on one of the panel bodies 2 at the connecting edge portions of the panel bodies 2 adjacent to each other on the left and right, and in this embodiment, the connecting vertical beam 17 is provided on the side of one of the panel bodies 2 adjacent to the right side. It is configured to be attached to the left edge of the body 2. The connecting vertical beam 17 has a front opening 17a formed in the center in the left-right direction, and rear openings 17b and 17c on both sides in the left-right direction, and a straddling piece 17d of the right rear opening 17c. The process up to fixing to the back surface of the flat plate material 15 via the screws 17e is assembly at the factory. Furthermore, the straddle portion 17f of the left rear opening 17b is fixed to the rear surface of the adjacent panel body 2 at the site via screws 17g.

A plurality of panel bodies 2 configured in this manner are connected and attached in a series in the left and right direction between the left and right columns 3, but the connection between adjacent left and right panel bodies 2 is as described above. , of the adjacent panel body 2 via a screw 17g to the straddle portion 17f of the left rear opening 17b protruding from the panel body 2 of the vertical bar 17 for the connecting portion provided at the left end edge of the right panel body 2. By fixing to the rear surface of the right edge, they are connected in a continuous manner in the left and right direction.
Further, in this case, the left and right end edges of adjacent panel bodies 2 have a so-called interlocking structure in which one has a convex portion 15c formed on the front side and the other has a convex portion 15d formed on the rear side. As a result, the edge portions of adjacent panel bodies 2 are connected in a state where they overlap each other in the front and back directions. It goes without saying that such a mutually interlocking structure can be implemented instead of connecting adjacent flat plates 15 (or flat plates 4) by male-female fitting.

Furthermore, in this embodiment, the connecting means used when attaching the panel body 2 to the wall surface W, which is a frame side member, has a cylindrical shape with a bottom, and the bottom surface portion 18a is fixed to the wall surface W using screws 18b. and a fitting member 19 whose position is adjusted in the longitudinal direction by screw-fitting the receiving member 18 to the receiving member 18 fixed to the wall surface W. By fixing the spanning pieces 16g and 17h of the front openings 16a and 17a of the vertical bars 16 and 17 to the front surface 19a of the fitting member 19 whose position has been adjusted in the longitudinal direction via screws 19b, the panel body 2 can be installed vertically.

INDUSTRIAL APPLICATION This invention can be utilized for the attachment of panel bodies, such as a waist wall, provided on the partition surface, such as the wall surface which partitions off spaces, such as an interior of a building and a hallway.

1 Waist wall 2 Panel body 2a Surface material 4 Flat plate material 4a Convex portion 4b Concave portion 5 Horizontal beam 5a Both upper and lower legs 5b Straddle portion 5e Screw 5g Projecting portion 8 Nut 9 Support 10 Bolt 11 Vertical frame material W Wall surface

Claims (7)

In a panel body mounting structure configured such that a plurality of flat panel bodies are attached in a series in the left and right direction to a frame side member,
When attaching the panel body via a connecting means that allows adjustment of the attachment interval between the panel body and the frame side member ,
The panel body includes a surface material and a reinforcing material provided on the back surface of the surface material and having a protrusion that projects outward in the left-right direction from at least one of the left and right outer edges of the surface material. is,
The connecting means includes a screw receiving member provided on the protruding portion of the reinforcing material, and a screw member rotatably provided on the body-side member with a distal end protruding toward the screw receiving member, and the screw member includes A mounting structure for a panel body, characterized in that the protruding portion is rotated by a tool inserted into the tip of the screw member from the panel body surface side and screwed into the screw receiving member so as to be freely retractable. Claim 1 : The left and right edge portions of the surface material are provided with surface material connecting portions for connecting adjacent surface materials in a state in which the edge portions overlap each other in the front and back directions. Mounting structure of the panel body described. The surface material is formed by connecting a plurality of elongated flat plates in a series, and the flat plates are connected so that the edges of adjacent flat plates overlap with each other in the front and back directions. 3. The mounting structure for a panel body according to claim 1, further comprising a connecting portion for a flat plate material. The protruding parts of the reinforcing materials provided on the left and right end panels of the plurality of panel bodies shall be provided with a closing material that closes the frontal area between the outer edges of the surface material in the left and right direction and the protruding parts. The panel body mounting structure according to any one of claims 1 to 3, characterized in that: The reinforcing material provided on one of the adjacent panel bodies is provided with a protrusion that protrudes toward the other panel body and is fixed to the frame side member, and the fixed protrusion has a 5. The mounting structure for a panel body according to claim 1, wherein an edge portion of the other panel body on the side of one panel body is supported. 6. The mounting structure for a panel body according to claim 1, wherein at least one of the left and right outer edge portions of the surface material of the left and right panel bodies is configured to be cuttable. The panel body is provided with upper and lower frames that are long in the left-right direction at both upper and lower end edges, and the upper and lower frames have a gap between the connecting edges when adjacent panel bodies are connected, and the gap is 7. The panel body mounting structure according to claim 1, wherein the panel body is closed with a spacer interposed therebetween.

Images