JPH112016A - Parallel laid bend structure of band-shaped panel - Google Patents

Abstract

PROBLEM TO BE SOLVED: To lay band-shaped panels easily in the bent form at such a part of a building as around a column, a wall-to-wall or wall-toceiling outside corner, inside corner, etc. SOLUTION: A plurality of band-shaped panels 10 are laid parallel in such a way as intersecting the bent backing material 8 of a column 1. Each panel 10 is equipped with a fit-in groove 14 in the sideways facing condition from one edge of a base board 11, where a supporting edge 13 supported by the backing material 8 is formed as outward facing from the groove 14, and at the forefront an edge 17 fitted with a tilting edge 18 is formed as outward facing from the other edge of the base board 11, and the tilting edge 18 of the adjacent panel 10 is fitted in the fit-in groove 14 with possibility of tilting so that the supporting edge 13 is secured to the backing material 8.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to the bending of a strip-shaped panel which is formed in a bent shape so as to be bent around a column of a building, a corner of a wall-to-wall or a wall-to-ceiling, or a corner. Related to side-by-side structure.

[0002]

2. Description of the Related Art Various types of roll-formed spandrel or extruded-type spandrel have been developed as metal products as interior materials for inner walls and ceilings of buildings.

[0003]

However, each of these spandrel is attached to a planar inner wall and a ceiling, and is provided around a pillar of a building, a wall-to-wall / wall-to-ceiling corner, and a corner. In order to attach them in a bent shape, etc., they are simply connected to each other in a fitting shape, and there is no flexibility in the connection part, which makes connection difficult, requires man-hours, and increases construction cost. there were. Spandrels to be installed around the pillars have also been developed.However, the connection between these spandrels is a wall with no flexibility due to splicing, lap splicing, etc. There was a missing problem. The present invention has been made in order to solve the above-mentioned problems, and has been made around a pillar of a building, a wall-to-wall structure.
A bent side-by-side structure of a strip-shaped panel that can be easily attached in a bent shape to the out-going corner or in-going corner of the wall-to-ceiling, has flexibility, and can form a versatile bent wall surface It is intended to provide.

[0004]

SUMMARY OF THE INVENTION In order to solve the above-mentioned technical problem, the present invention is directed to a strip-shaped panel in which a plurality of strip-shaped panels are juxtaposed to intersect a bent base material of a building. In the bent side-by-side structure, the strip-shaped panel has a fitting groove in a lateral direction from one edge of the substrate, and a support edge supported by a base material is formed outward from the groove, and a tip edge has a tilting edge. Formed outwardly from the other edge of the substrate,
The invention according to claim 2, wherein the tilting edge of the strip-shaped panel adjacent to the fitting groove is tiltably mounted to fix the supporting edge to the base material. In a bent side-by-side structure of a plurality of strip-shaped panels intersecting with each other, the strip-shaped panel is provided with a support edge with a tilting edge at a tip protruding laterally from one edge of a substrate, and a base material. A supporting edge supported by the groove is formed outwardly from the groove, and a fitting groove is provided in a lateral state from the other edge of the substrate,
The supporting groove is adjacent to the supporting edge with the tilting edge and the fitting groove is tiltably mounted to fix the supporting edge to the base material. The bent side-by-side structure of the band-shaped panel to be provided is to form a plurality of band-shaped panels in a bent shape so as to intersect a base material bent in a corner shape to form a corner wall surface. The invention of
The bent side-by-side structure of the strip-shaped panels arranged in a bent shape is such that the plurality of strip-shaped panels are arranged side by side in a bent shape so as to intersect a base material bent in a corner shape to form a corner wall surface. Yes,
According to a fifth aspect of the present invention, the bent side-by-side structure of the strip-shaped panels arranged in a bent shape is such that the plurality of strip-shaped panels are arranged in a bent shape so as to intersect with a base material bent at a protruding corner of a pillar. At least a pillar cover wall surface forming an outer corner wall surface or an arc-shaped wall surface is formed. The invention according to claim 6 is characterized in that the bent side-by-side structure of the strip-shaped panels arranged side by side in a bent shape has Or by crossing the base material bent in the corner shape, by forming the plurality of strip-shaped panels side by side in a bent shape and forming the corner bent wall surface of the ceiling and the wall configured at least on the outer corner wall surface or the inner corner wall surface. According to a seventh aspect of the present invention, a connecting groove is formed in the longitudinal direction of the band-shaped panel and inward from the end of the width of the substrate, and a joint tool is loaded into the connecting groove of the long-direction abutting portion of the band-shaped panel. According to the invention of claim 8, the fitting groove has a cross section substantially C And the tilting edge of the supporting edge fitted and fitted in the fitting groove is any one of a substantially columnar section, a substantially V-shaped section, a substantially L-shaped section, a substantially T-shaped section, and a substantially triangular section. According to the ninth aspect of the present invention, the fitting groove has a substantially U-shaped cross section or a substantially U-shaped cross section, and a tilting edge of a supporting edge fitted and fitted into the fitting groove has a substantially columnar cross section. According to a tenth aspect of the present invention, a loading groove is formed on the outer side of the supporting edge, and a cosmetic material is disposed in the loading groove via a spring or directly. An eleventh aspect of the present invention is the bent side-by-side structure of the strip-shaped panel in which the substrate width of the strip-shaped panel is a combination of a large dimension or a small dimension.

[0005]

According to the first and second aspects of the present invention, the tilting edge and the insertion groove of the adjacent strip-shaped panel are rotatably (tilted) and juxtaposed to be juxtaposed to form a bent wall surface having a degree of freedom. It is possible to form a versatile bent wall surface that can be constructed, and it is possible to form a bent wall surface in a linear pattern by fitting and juxtaposing. According to the third aspect, the bent wall surface at the protruding corner can be easily constructed. According to the fourth aspect, the bent wall surface at the corner can be easily constructed. According to the fifth aspect, the column-shaped bent wall surface can be easily constructed. According to the sixth aspect, it is possible to easily construct the curved wall surface at the corner (outside corner / inside corner) of the ceiling-to-wall. According to the seventh aspect, it is possible to easily and surely join the butt joints of the edge portions of the strip-shaped panel. According to the eighth and ninth aspects, the fitting of the fitting groove of the strip-shaped panel and the tilting edge can be performed easily and securely, and the parallel arrangement of the bent wall surfaces is facilitated. According to the tenth and eleventh aspects, variations can be obtained in the linear pattern.

[0006]

BEST MODE FOR CARRYING OUT THE INVENTION

(First Embodiment) Next, a first embodiment of the present invention will be described with reference to FIGS. 1 to 4. In the first embodiment, an outer peripheral portion of a column 1 erected on a building is formed by a band-shaped panel. FIG. 1 shows a case where a support column 1 is provided between a floor F and a ceiling T, and FIG.
3 is a vertical sectional view of the column 1, and FIG. 3 is a partial horizontal sectional view of the column 1. The column 1 has, for example, a cylindrical steel pipe 2 having a predetermined diameter in the center thereof, and a cylindrical steel pipe 2. For example, an attachment member 3 of a base material 8 is attached to an outer peripheral portion at an angle of four equal to an intermediate position with respect to the upper and lower ends, and this attachment member 3 is the same as a base member 3a made of an L-shaped material having a predetermined length. A support member 3b made of an L-shaped material having a predetermined length is fixed by welding means, and each support member 3b is located on a circumferential line having a predetermined radius centered on the steel pipe material 2. The outer periphery of the cylindrical steel pipe material 2 is coated with a refractory layer 4 having a predetermined thickness.

A lower base material 5 of the baseboard member 6 is mounted around the lower mounting member 3A. The lower base material 5 is formed by bending an L-shaped material into a substantially ring shape along a circumferential line having a predetermined radius from the center of the steel pipe material 2, and the lower base material 5 is supported on the support member 3 b via one of the pieces 5 a (horizontal piece). The skirting member 6 is fixed by welding means and attached via the other vertical piece 5b.

The baseboard member 6 covers the lower part of the column 2 and its floor F. The baseboard member 6 is formed, for example, by bending a stainless steel plate. A mounting piece 6a to be mounted, and the mounting piece 6a
A ring that is formed in a substantially crank shape by a receiving piece 6b that is bent from the lower end of the supporting piece and that extends horizontally and a hakama piece 6c that hangs down from the end of the receiving piece 6b and that surrounds the lower side of the column 2 The mounting piece 6a of the skirting member 6 is screwed to the lower base material 5, and the side of the skirt piece 6c is screwed to a plurality of anchor members 7 buried on the floor F side. ing.

Further, a panel base material 8 of a band-shaped panel 10 described later is mounted on the mounting member 3B from the intermediate portion and the upper end portion. The panel base material 8 is formed of the same type of L-shaped material as the lower base material 5 and is formed in a substantially ring shape along a circumferential line having a predetermined radius from the center of the steel pipe material 2 (slightly larger than the lower base material 5). A large number of strip-shaped panels 10 are concentrically mounted on the support pieces 3b of the mounting member 3B via the horizontal pieces 8a, and between the outer periphery between the panel base materials 8 and the receiving pieces 6c of the baseboard member 6. It is connected vertically. Note that the panel base material 8 may be provided at several locations at predetermined intervals in the longitudinal direction of the strip-shaped panel 10 to reinforce the support of the strip-shaped panel 10.

The strip-shaped panel 10 is formed by extruding, for example, an aluminum light alloy material. The cross-sectional shape of the strip-shaped panel 10 is an arc-shaped substrate 11 having a predetermined radius and a predetermined width as shown in FIG. Both ends 11a, 1 of this substrate 11
1b is located at a specific position on a center line C passing through the center of the width of the substrate 11, for example, on the circumference of a predetermined radius R1 from the center of the steel pipe material 2.
A side edge 12 is formed on the side a toward the center.
A support edge 13 of a predetermined length is formed at the end of the steel pipe 2 along the circumference of a predetermined radius R2 from the center of the steel pipe 2 and attached to the vertical piece 8b of the panel base material 8.

In the longitudinal direction at a predetermined position of the side edge 12, a fitting groove 14 for fitting and connecting the tilting edge 18 of the adjacent strip-shaped panel 10 is formed. This fitting groove 14
As shown in the figure, the inner curved edge 14a and the outer curved edge 14b are opposite to the curved direction of the substrate 11 so that the inclined edges 18 can be fitted at predetermined intervals via the bottom edge 14c. The outer curved edge 14b is formed in a stepped and expanded shape at the open end of the outer curved edge 14b. Also, the inner curved edge 14 of this fitting groove 14
A joint groove 15a having a substantially C-shaped cross section is formed along the longitudinal direction at the corner of the side edge 12a.

A side edge 16 shorter than the side edge 12 is provided opposite to the other end 11b of the substrate 11, and a predetermined radius from the center of the steel pipe material 2 is provided at the end of the side edge 16. A supporting edge 17 of a predetermined length is formed along the circumference of R3, and a distal end side of the supporting edge 17 has a bent edge 17a bent in a substantially U shape.
Is formed in the longitudinal direction of the bent edge 17a.
4 is formed with a tilting edge 18 having a predetermined diameter and a substantially cylindrical cross section, which can be fitted into the tilting edge 18. In addition, the side edge 16 and the supporting edge 17
A joint groove 15b having a substantially C-shaped cross section is formed in the corner portion along the longitudinal direction. The strip-shaped panel 10 has some deformability in the width direction.

The number of strip-shaped panels 10 to be mounted is determined by the outer peripheral length of the panel base material 8 for mounting the strip-shaped panel 10 thus formed. Then, as shown in FIGS. 2 and 3, for example, the lower edge of the strip-shaped panel 10 is placed on the receiving piece 6b of the skirting member 6 at the mounting start end A position, and the support edge 13 is provided in the middle and upper panel base materials. The verticality is measured in a state of contact with the vertical piece 8b of
It is fixed by 1a. Then, the belt-like panel 10 at the position of the start end A is attached, for example, in the counterclockwise direction in the drawing with the attachment reference.

Each of the strip-shaped panels 10 is attached by using a tilting edge 18 having a substantially columnar cross section formed at the end of the supporting edge 17 of the next strip-shaped panel 10 via a bent edge 17a. 10 and inserted into the fitting groove 14 by tilting it.
The support edge 13 of the strip-shaped panel 10 is fastened to the panel base material 8 with screws 21a, and is sequentially arranged in parallel. The insertion of the tilting edge 18 is such that the fitting groove 14 is formed in a substantially U-shape in an arc-shaped cross section so as to be reversely warped with respect to the arc surface of the panel base material 8, and the open end of the outer curved edge 14b of the groove 14 is expanded. Therefore, even if the band-shaped panel 10 is long, it has a degree of freedom to rotate around the tilting edge 18 having a substantially cylindrical cross section, so that the insertion can be easily performed, and the insertion dimension can be adjusted. It is possible and surely to perform the fitting work.

The mounting of the strip-shaped panel 10 at the end C position is performed as shown in FIG.
The support edge 13 of the strip-shaped panel 10 at the end C is inserted below the support edge 17 of the strip-shaped panel 10 at the start A between the end and the strip 10 at the position B before the end. 10 is inserted into the fitting groove 14 of the strip-shaped panel 10 at the end C position, and the strip panel 10 at the same end C position is inserted.
Of the tilting edge 18 of the band-shaped panel 10 before the end B
Insert into 4. In this state, the strip-shaped panel 10 at the start end A position
From above the supporting edge 17 with screws 21b. As a result, a circular bent wall surface 19 having a predetermined diameter is formed by the plurality of strip-shaped panels 10, and a small mouth 20 is attached to the upper portion of the circular bent wall 19, and the small mouth 20 and the ceiling T
Between them is laid construction.

As described above, in the first embodiment,
Attachment members 3 at, for example, four equally angled positions on the lower, middle and upper peripheral sides of cylindrical steel pipe material 2 constituting pillar 1
A and 3B are provided, and a ring-shaped lower base material 5 is attached to the L-shaped member along a circumferential line having a predetermined radius from the center of the cylindrical steel pipe material 2 via the lower mounting member 3A. A substantially cylindrical baseboard member 6 having a receiving piece 6b on which the lower end of the strip-shaped panel 10 is placed in contact is attached to 5A.

The intermediate and upper mounting members 3B
A ring-shaped panel base member 8 is attached to the L-shaped member along a circumferential line having a predetermined radius from the center of the cylindrical steel pipe member 2.
The strip-shaped panel 10 attached to the panel base material 8 in an intersecting manner is formed by an edge 12 of an arc-shaped substrate 11 having a predetermined width.
Has a fitting groove 1 having a shape that is warped in the direction opposite to the warping direction of the substrate 11.
4 is formed, and a supporting edge 13 attached to and supported by the panel base material 8 is formed outward from one edge 12, and a supporting edge 17 having a substantially cylindrical tilting edge 18 at the tip is formed on the other side of the substrate 11. The edge 16 is formed so as to face outward.

Then, the strip-shaped panel 10 at the start end A, which is attached to the intermediate and upper panel base members 8 so as to intersect with each other.
Strips 1 adjacent to each other with the fitting groove 14 of
The support edge 13 is fixedly attached to the panel base material 8, and the belt-like panel 10 covers the support edge 13 in a circular shape.

Therefore, the outer periphery of the column 1 is formed by the circular arc shape of the substrate 11 of the plurality of band-shaped panels 10 and the concave portion formed at the portion connected by the supporting edge 17 having the inclined edge 18 of the adjacent band-shaped panel 10. The decorativeness of the vertical stripes can be obtained. Further, since the adjacent strip-shaped panels 10 are configured so that the fitting groove 14 and the supporting edge 17 having a tilting edge 18 at the tip end are inserted, the degree of freedom that the adjacent strip-shaped panel 10 can rotate about the tilting edge 18 with respect to the fitting groove 14. Panel base material 8
The flexible curved wall surface 19 having a degree of freedom with respect to the mounting curved surface of various diameters can be formed, and the juxtaposition adjustment can be easily performed because the adjacent ones are inserted, and the connection construction can be reliably performed. .

(Second Embodiment) Next, a second embodiment of the present invention will be described with reference to FIGS. 5 and 6. This second embodiment is, for example, as shown in FIG. W
Alternatively, this shows a configuration in which the band-shaped panel 30 is bent and juxtaposed at the inside corner Re which is the inner angle between the wall W and the ceiling T to form a bent wall surface 39. The case of the wall Wa to the wall Wb will be described. At a predetermined height position above and below Wa and Wb, correspondingly short mounting members 26 having a substantially L-shaped cross section are mounted via mounting bolts 25, and a base material 27 is mounted between the mounting members 26. I have.

The base material 27 includes, for example, a base material 27a having an arc portion 27b bent by a predetermined radius at a corner Re made of an L-shaped material, and a linear base material 27c connected to the arc portion 27b. The strip-shaped panel 30 is attached to the attachment member 26 via one piece 27d, and the strip-shaped panel 30 is juxtaposed with the vertical piece 27e on the curved surface side.

The strip-shaped panel 30 is formed by extruding, for example, an aluminum light alloy material. As shown in FIG. 6, an arc-shaped substrate 31 having a predetermined radius and a predetermined width is formed as shown in FIG. Both ends 31a, 3 of this substrate 31
1b is located on the circumference of a predetermined radius R1 similarly to the above-mentioned strip-shaped panel 10. A side edge 32 is formed on one end 31a side of the substrate 31 toward the center direction. At the end, a support edge 3 of a predetermined length is attached to the vertical piece 27e of the base material 27 along a circumference of a predetermined radius R2.
3 are formed.

In the longitudinal direction at a predetermined position of the side edge 32, similarly to the strip panel 10 of the first embodiment, the fitting groove 3 for fitting and connecting the tilting edge 38 of the adjacent strip panel 30.
4 is recessed. This fitting groove 34 is used for the band-shaped panel 1.
The inner curved edge 34a and the outer curved edge 34b are fitted with the tilting edge 38 at a predetermined interval via the bottom edge 34c in a direction opposite to the bending direction of the substrate 31. The outer curved edge 34b is formed in a stepped and expanded shape at the open end thereof. At the corner between the inner curved edge 34a and the side edge 32 of the fitting groove 34, a joint groove 35a having a substantially C-shaped cross section is formed along the longitudinal direction.

Further, a side edge 36 shorter than the side edge 32 is provided at the other end 31b of the substrate 31 in opposition, and a predetermined length along a circumference of a predetermined radius R3 is provided at this end. A supporting edge 37 is formed, and a tilting edge 38 having a substantially cylindrical shape in cross section and having a predetermined diameter is formed in a longitudinal direction of a tip of the supporting edge 17 so as to be fittable in the fitting groove 34. Further, a joint groove 35b having a substantially C-shaped cross section is formed along the longitudinal direction at a corner between the side edge 36 and the supporting edge 37. The band-shaped panel 30 also has some deformability in the width direction.

Although the strip-shaped panel 30 formed in this way is not shown, for example, the strip-shaped panel 30 which becomes the starting end with respect to the horizontal portion of the upper and lower base materials 27a on the wall Wa side has its fitting groove 34 shown in the drawing direction. The verticality is measured and fixed, and the column-shaped tilting edge 3 formed at the end of the supporting edge 37 in the fitting groove 34 with the strip-shaped panel 30 at the start end as a mounting reference.
8 and insert the supporting edge 33 into the upper and lower base materials 27 in this state.
a is screwed on 21a. Then, when reaching the curved surface portion 27b, the supporting edge 37 is inserted in a state of being greatly inclined with respect to the fitting groove 34 as shown in the figure, and the end of the supporting edge 33 side is a vertical piece 27e of the curved surface portion 27b. And between the support edge 33 and the vertical piece 27e, a cushion material 23 such as a disc spring, rubber, resin material or the like is interposed and screwed on 21a. The curved wall surface 39 is formed by being connected in series. Then, when reaching the horizontal base material 27c on the side of the wall Wb, it is normally connected in a linked posture.

In the portion where the bent wall surface 39 is formed, when the tilting edge 38 is inserted into the fitting groove 34 of the front band-shaped panel 30, the supporting edge 37 is greatly inclined. The groove 34 is a curved surface portion 2 of the base material 27a.
7 and the open end of the outer curved edge 34 is formed in an expanded shape, and the tilting edge 38 at the end of the support edge 37 is formed.
Has a degree of freedom that can rotate with respect to the fitting groove 34,
Even the long strip-shaped panel 30 can be easily and reliably inserted, and the bent wall surface 39 can be formed.
This provides substantially the same operation and effect as the embodiment. In the above description, the corner Re of the wall-to-wall and the wall-to-ceiling has been exemplified. Can be applied to

(Third Embodiment) Next, a third embodiment of the present invention will be described with reference to FIGS. 7 and 8. The third embodiment is the same as the first embodiment.
A circular bent wall 49 is formed by the band-shaped panel 40 shown in FIG. 8 instead of the band-shaped panel 10 that forms the support 9. Since the internal configuration of the column 1 is the same as that of the first embodiment, the same members are used. Are denoted by the same reference numerals, and description thereof is omitted.

This strip-shaped panel 40 is formed by extruding an aluminum light alloy material in the same manner as described above, and has a cross-sectional shape of an arc-shaped substrate 41 having a predetermined radius and a predetermined width as shown in FIG. Are formed, and both ends 4 of the substrate 41 are formed.
1a and 41b are located on the circumference of a predetermined radius R1 from the center of the steel pipe material 2 as in the first embodiment, and a side edge 42 is formed on one end 41a side of the substrate 41. At the end of the side edge 42, a support edge 43 having a predetermined length is formed along a circumference having a predetermined radius R2 from the center of the steel pipe material 2. The side edge 42 has a predetermined length R4 extending along the circumference of a predetermined radius R3 from the center of the steel pipe material 2.
4 is formed, and a tilting edge 45 having a substantially cylindrical cross section with a predetermined diameter is formed in the longitudinal direction on the distal end side of the supporting edge 44. A joint groove 46 having a substantially C-shaped cross section is formed in the longitudinal direction of the inner corner between the side edge 42 and the support edge 43.

A side edge 47 slightly shorter than the side edge 42 is formed at the other end 41b of the substrate 41.
At a position of a predetermined radius R3 from the center of the steel pipe 2 of No. 7, a tilting edge 45 formed at the tip of a supporting edge 44 having a substantially C-shaped cross section and opening outwardly in an outwardly expanding shape along its longitudinal direction is rotated. A fitting groove 48 is formed to fit as much as possible. The band-shaped panel 40 also has some deformability in the width direction.

The strip panel 40 thus formed is mounted in the same manner as in the first embodiment. As shown in FIG. 7, the lower edge of the strip panel 40 is attached to the receiving piece of the baseboard member 6 at the mounting start end A position. 6b, the verticality is measured in a state where the supporting edge 43 is in contact with the vertical piece 8c of the panel base material 8 in the middle part and the upper side, and each is fixed with the screw 21a. Then, the band-shaped panel 40 at the position of the start end A is sequentially mounted, for example, in the counterclockwise direction in the drawing with respect to the mounting reference.

Each of the strip-shaped panels 40 is attached to the opening-shaped opening formed in the fitting groove 48 having a substantially C-shaped cross-section formed in the side edge 47 thereof. The support edge 43 is fixed to the middle and upper panel base material 8 with the screw 21a in this state while being fitted and engaged with the column-shaped tilting edge 45 formed at the tip of the 44. The fitting engagement between the fitting groove 48 having a substantially C-shaped cross section and the tilting edge 45 is such that the opening of the fitting groove 48 is expanded and the tilting edge 45 is rotatable with a cylindrical cross section. Since they are fitted to each other and have a degree of freedom, even if the strip-shaped panel 40 is long, the fitting can be performed easily and reliably.

Then, the band-shaped panel 40 at the end C position is attached as shown in FIG.
The supporting edge 43 of the band-shaped panel 40 at the end C position is inserted below the side edge 47 of the band-shaped panel 40 at the starting end A between the band-shaped panel 40 at the end B position and the front end A position. The tilting edge 45 on the end C position side is fitted into the groove 48, and
The fitting groove 48 at the position is fitted with the tilting edge 45 of the band-shaped panel 40 at the position B before the end. In this state, the supporting edge 4 at the end C position
4 from above. Thereby, the circular bent wall surface 4 having a predetermined diameter is formed by the plurality of strip-shaped panels 40.
The small palate 20 is attached to the upper part of the circular bent wall 49 similarly to the first embodiment.
Between the ceiling and the ceiling T, a lining construction is performed. Therefore, the third embodiment has substantially the same operation and effect as the first embodiment.

(Fourth Embodiment) Next, a fourth embodiment of the present invention will be described with reference to FIGS. The fourth embodiment is a circular bent wall 1 of the column 1 of the first embodiment.
Instead of the band-shaped panel 10 forming the circular plate 9, a circular bent wall surface 54 is formed by the band-shaped panel 50 shown in FIG. 10, and since the internal configuration of the column 1 is the same as that of the first embodiment, Are denoted by the same reference numerals, and description thereof is omitted.

In the above-described first embodiment, the number of the strip-shaped panels 10 is determined in accordance with the outer peripheral length of the panel base material 8 and is sequentially arranged in order to form the circular bent wall surface 19. For example, as shown in FIG. 3, when the strip-shaped panels 10 at the start end A are arranged side by side as an attachment reference, the insertion position (insertion dimension) of the tilting edge 18 with respect to the fitting groove 14 can be set uniformly. Therefore, the joint width between the band-shaped panel 10 at the position B before the end and the band-shaped panel 10 at the position C at the end may be adjusted, and in some cases, the band-shaped panel 10 may be in a floating shape and take time to fix. The fourth embodiment has a configuration in which the band-shaped panel 50 at the end C position is suppressed to facilitate the formation of the circular bent wall surface 54 and to enhance the decorativeness.

The band-shaped panel 50 has substantially the same cross-sectional shape as the band-shaped panel 10 of the first embodiment, and differs from the band-shaped panel 50 in that a substantially U-shaped concave groove 51 (loading) is formed in a longitudinal direction at a predetermined position of the supporting edge 17. (Also referred to as a groove), and the same parts as those of the strip-shaped panel 10 are denoted by the same reference numerals and description thereof will be omitted. A groove 5 recessed in the longitudinal direction of the supporting edge 17
1 is formed into a substantially U-shaped cross section by left and right groove edges 52a, 52b and a bottom edge 52c as shown in FIG.
A thick step portion 53a is formed on the opening side of a, and a plurality of locking projections 53b are formed in the longitudinal direction on the opening side of the groove edge 53b.

As shown in FIG. 9, the strip-shaped panel 50 thus formed is fixed at the position of the start end A as shown in FIG.
The band-shaped panel 50 is sequentially mounted counterclockwise with the band-shaped panel 50 at the position as a mounting reference. Then, the band-shaped panel 50 at the terminal C position and the band-shaped panel 50 at the position B before the terminal end.
In a case where the belt-shaped panel 50 is in a floating state, as shown in FIG. 9, the band-shaped panel 50 at the front B position is fitted with the inclined edge 18 into the fitting groove 14 of the front band-shaped panel 50, and the band panel at the terminal C position. The supporting edge 13 of the band 50 is inserted into the lower surface side of the supporting edge 17 of the band-shaped panel 50 at the start end A, and the fitting groove 14 and the tilting edge 18 of the band-shaped panel 50 at the start end A are fitted. The slanting edge 18 of the band-shaped panel 50 is fitted and connected to the fitting groove 14 of the band-shaped panel 50 at the position B before the end. In this state, the belt-shaped panels 50 at the B position before the terminal end and the C position at the terminal end are attached to the intermediate and upper panel base materials 8.
, The supporting edges 13 of both panels 50 abut against the vertical pieces 8 b of the panel base material 8.

In this restrained state, the bottom edge 52c of the concave groove 51 is close to the middle portion and a substantial portion of the panel base material 8 on the upper side.
The supporting edge 17 and the supporting edge 13 are fixed to the panel base material 8 by screwing c toward the panel base material 8, and the head of the tapping screw 21 c is immersed in the concave groove 51. As a result, a circular bent wall surface 54 is formed by arranging a number of strip-shaped panels 50 side by side. In addition, if necessary, the cushion member 23 as in the second embodiment can be interposed between the bottom edge 52c and the panel base material 8 to ensure the support.

As described above, the formation of the circular bent wall surface 54 is performed by forcibly pressing the band-shaped panel 50 located at the end C position and the end B before the end at the end C position. The belt-shaped panel 50 has a deformability in the width direction thereof, and has a concave groove 51 having a substantially U-shaped cross section in a longitudinal direction at a predetermined position of the supporting edge 17. Therefore, the deformation in the width direction is large, so that even in the floating state, the fastening work by pressing can be easily performed, and the circular bent wall surface 54 can be saved.

Further, a concave portion 55 is formed between the substrates 11 of the strip-shaped panel 50 by the side edges 12 and 16, and a concave groove 51 is formed in the depth of the concave portion 55, and a joint rod 56 is formed in the concave groove 51. It is inserted. This joint rod 56 is a concave groove 51.
Is attached along, for example, stainless steel,
As shown in FIG. 12, a decorative portion 57 such as a bar having a substantially rectangular cross section, which is formed by extruding a colored aluminum alloy material or a synthetic resin material and can straddle the opening of the concave groove 51, Legs 58 that can be inserted into the concave grooves 51 are formed in the longitudinal direction of the central part of one surface, and this joint bar 56 has nails U at predetermined intervals in the longitudinal direction of the legs 58 as shown in FIG.
A clip 59 is clamped, and through this U-clip 59 with a claw, a thick step portion 53a of the concave groove 51 and a locking ridge 53b are provided.
In this state, the bar 57 of the joint bar 56 is
5 is stored. A notch 58a is formed in the leg portion 58 of the joint bar 56 locked in the concave groove 51 of the terminal C and the terminal B before the terminal at the tapping screw 21c.

The decorativeness can be enhanced by placing the joint bar 56 in the concave portion 55 between the strip-shaped panels 50 through the concave groove 51 formed in the panel 50 as described above, and the joint bar 5 can be enhanced.
The decorative effect can be enhanced by applying a resin material or a coating of a color different from the color of the strip-shaped panel 6.

In the above description, the joint rod 56 is accommodated in the concave portion 55. However, for example, as shown in FIG. 14, a decorative frame member 60 may be attached. That is, the decorative frame member 60 is formed by extruding, for example, an aluminum light alloy material.
The fitting portion 61 formed so as to be able to be fitted into the supporting member 5 has a supporting edge 17.
In the longitudinal direction of the center of the bottom edge 62 having a width straddling the groove 51, a leg 63 that can be inserted into the groove 51 is formed, and is adjacent to the outside of the fitting portion 61. A decorative edge 64 that abuts on the substrate 11 of the strip-shaped panel 50 in a straddling manner is provided integrally, and a hollow portion 65 is formed. In the longitudinal direction of the leg 63 of the decorative frame member 60 formed in this manner, a U-clip 59 with a claw is clamped at a predetermined interval, and the thick step portion of the concave groove 51 is inserted through the U-clip 59 with the claw. 53a
And locked by the locking ridge 53b.
Numeral 4 positions the concave portion 55 in a shielding manner and presents a substantially continuous surface with the left and right substrates 11. In addition, the terminal C position and the terminal B B
The leg 63, which is locked in the concave groove 51 at the position, has a notch formed at the portion of the tapping screw 21c and is attached.

Therefore, by attaching the decorative frame material 60, the decorativeness can be enhanced in the same manner as the joint bar 56, and the decorative frame material 60 can be made of a resin material having a different color from the color of the strip panel 50. Alternatively, the decorative effect can be enhanced by painting.

(Fifth Embodiment) Next, a fifth embodiment of the present invention is shown in FIG. 15 in which a long pillar 65 is erected in a lobby having a relatively high ceiling T in a building. For example, when the strip panel 50 of the fourth embodiment is used to form the circular bent wall surface 66 of the column 65, the strip panel 50 has a limited extruded length (the other strip panels 10 and 30). , 40). Therefore, in order to form the circular bent wall surface 66, a lower bent wall surface 66A having a predetermined height h1 and an upper bent wall surface 66B having a predetermined height h2 are butt-connected at the joint 67 as shown in the figure.

Therefore, the upper and lower bent wall surfaces 66A, 6A
As shown in FIG. 10, the strip-shaped panel 50 forming the 6B has joint grooves 15 a, each having a substantially C-shaped cross section along left and right side edges 12 and 16 along an inner longitudinal direction.
15b are formed. Therefore, the lower bent wall 6
6A and upper curved wall 66B
The joint bar 68 having a predetermined length is provided between the joint-shaped grooves 50a and 15b.
Is inserted, and the front end faces are aligned and connected in a butt shape.
The connection strip-shaped panels 50a and 50b connected in this manner are attached to the panel base material 8 in the same manner as in the fourth embodiment to form a long circular bent wall surface 66. Then, a small palate 20 is attached to the upper end side, and a covering operation is performed between the small palate 20 and the ceiling T.

The formation of the long circular bent wall surface 66 is not limited to the above-mentioned mounting. For example, after forming the lower circular bent wall surface 66A, the upper circular bent wall surface 6A is formed.
A configuration in which the upper circular bent wall surface 66B is formed while the 6B band-shaped panel 50b is connected to the band-shaped panel 50a of the lower circular bent wall surface 66A via the joint bar 68 may be used.

The joint 55 or the decorative frame material 60 is attached to the concave portion 55 and the concave groove 51 of the long circular bent wall surface 66 formed as described above, and the decoration is performed.
By forming the joint grooves 15a and 15b in the band-shaped panel 50, it is possible to cope with the formation of the long circular bent wall surface 66.

(Sixth Embodiment) In each of the above embodiments, the mounting members 3 are formed by welding means at a plurality of equiangular positions above and below the outer circumference of the cylindrical steel pipe 2 having a predetermined diameter. At the same time, the outer periphery of the steel pipe material 2 is coated with a refractory layer 4 having a predetermined thickness, and upper and lower mounting members 3 are attached with ring-shaped panel base materials 8 having a predetermined diameter. The strip-shaped panels 10 (40, 50) are arranged side by side to form a circular bent wall surface 10 (49, 54) at right angles. The strut 70 in the sixth embodiment is as shown in FIG. A plurality of anchor bolts 72 are buried at equal angular positions on the upper and lower outer periphery of the concrete pillar 71, and a plurality of anchor bolts 72 are provided in each anchor bolt 72. Is L-shaped With member 73 is attached, a ring-shaped panel base sheet 8 having a predetermined diameter in the same manner as the above embodiment is attached to the overhang end portion of the mounting member 73.

The strip-shaped panel 50 (1) is provided between the upper and lower panel base materials 8 attached as described above, similarly to the above embodiment.
0, 30, 40) are arranged side by side orthogonally, so that a circular bent wall surface 54 is formed around the concrete support 71.
Therefore, the concrete strut 71 is generally finished by stacking and stretching a curved stone material, tile material, etc. on a mortar foundation, but it is necessary to arrange the strip-shaped panels 50 and the like orthogonally between the panel foundation materials 8. Thus, the circular bent wall surface 54 can be formed beautifully and labor-saving.

In each of the above embodiments, the band-shaped panels 10, 30, 40, and 50 having various cross-sectional shapes are illustrated. However, for example, the band-shaped panels 75, shown in FIG. 50 side edges 12, 32, 4
Instead of the fitting grooves 14, 34, 48 formed in FIG. 2, the tilting edges 18, 38, 45 are formed as fitting grooves 76 having a substantially C-shaped cross section so as to be rotatably fitted and fitted as shown in the figure. You may. The fitting configuration of the fitting groove and the tilting edge formed in each of the strip panels described above is, for example, the fitting configuration shown in FIGS. 18 (a), (b), and (c) in the strip panel 40 shown in FIG. Is also good. That is, the fitting structure shown in FIG. 18A is formed on the tip side of the supporting edge 44 to be fitted into the fitting groove 48 having a substantially C-shaped cross section formed on the side edge 47, for example. The tilting edge 81 may be formed in a substantially V-shaped cross section (including a substantially L-shaped cross section) rotatably inscribed on the inner circumferential surface of the substantially C-shaped cross section as shown in FIG. b) Figure 1
8 (a), wherein a tilting edge 82 having a substantially spoon-shaped cross section (substantially a wood shape at the tip of a golf club) rotatably inscribed on the inner peripheral surface of a fitting groove 48 having a substantially C-shaped cross section. In the case of the inclined edges 81 and 82, the tip ends thereof can be easily inserted into the opening of the insertion groove 48 by being inclined and scooped up. By doing so, for example, the side-by-side construction of the strip-shaped panels at the outside corner and the inside corner can be easily and reliably performed. FIG.
A fitting groove 83 having a substantially U-shaped cross section is formed instead of the fitting groove 48 formed on the side edge 47 shown in FIG.
A tilting edge 84 having a substantially T-shaped cross-section (including a substantially triangular cross-section indicated by a broken line) that is slidably and tiltably fitted into the fitting groove 83 having a substantially U-shaped cross section is formed on the distal end side. In this case, the same operation and effect as above can be obtained. The tilting edge 84 having a substantially T-shaped cross section and a substantially triangular cross section can be fitted into, for example, the fitting edge 48 having a substantially C-shaped cross section. Also,
Each of the strip-shaped panels 10, 30, 40, 50,
A configuration in which a plurality of large and small width dimensions of the 75 substrates 11, 31, 41 are prepared and combined to form a bent wall surface is also possible. Further, in the above-described embodiment, the circular pillar is exemplified as a main body, but the present invention is not limited to this. It is good also as a structure which performs.

As described above, according to the bent side-by-side structure of the strip-shaped panel of the present invention, the tilting edges and the insertion grooves of the adjacent strip-shaped panels are rotatably (tilted) and juxtaposed to be juxtaposed and arranged side by side. It is possible to construct a bent wall surface having a bent shape, and a versatile bent wall surface can be formed not only for a column but also for a wall-to-wall, wall-to-ceiling, or the like at an out-going corner or an in-going corner.

[Brief description of the drawings]

FIG. 1 is a front view of a column according to a first embodiment of the present invention.

FIG. 2 is a longitudinal sectional view of FIG.

FIG. 3 is a partial horizontal sectional view of FIG. 1;

FIG. 4 is a sectional view of the strip-shaped panel of the first embodiment.

FIG. 5 is a cross-sectional view of a bent wall provided at a corner in a second embodiment of the present invention.

FIG. 6 is a sectional view of a strip-shaped panel according to a second embodiment.

FIG. 7 is a partial end view of a column according to a third embodiment of the present invention.

FIG. 8 is a sectional view of a strip-shaped panel according to a third embodiment.

FIG. 9 is a partial end view of a column according to a fourth embodiment of the present invention.

FIG. 10 is a sectional view of a strip-shaped panel according to a fourth embodiment.

FIG. 11 is an enlarged view of a circle shown in FIG. 10;

FIG. 12 is a perspective view of a joint rod.

FIG. 13 is a cross-sectional view showing attachment of a joint rod.

FIG. 14 is a cross-sectional view showing attachment of a decorative frame material.

FIG. 15 is a front view of a column according to a fifth embodiment.

FIG. 16 is a partial horizontal sectional view of a column according to a sixth embodiment.

FIG. 17 is a partial cross-sectional view showing a modified example of the fitting groove of the strip-shaped panel.

18 (a), (b), and (c) are cross-sectional views of fitting shapes showing different modes of a fitting groove and a tilting edge.

[Explanation of symbols]

 1,65,75 Prop 8,27 Base material 10,30,40,50,75 Strip panel 11,31,41 Substrate 12,16,32,36,42,47 Side edge 13,33,43 Support edge 14, 34, 48, 76, 83 Fitting grooves 15a, 15b, 35a, 35b, 46 Joint grooves 17, 37, 44 Supporting edges 18, 38, 45, 81, 82, 84 Tilting edges 19, 49, 54, 66 Circular Bent wall surface (pillar cover surface) 39 Bent wall surface 51 Depressed groove (loading groove) 56 Joint bar (decorative material) 59 U-clip with claw (spring tool) 60 Decorative frame material (decorative material) 68 Joint bar (joint tool) Wa, Wb wall Re corner

Claims (11)

[Claims] 1. A bent side-by-side structure of a plurality of strip-shaped panels intersecting a bent-shaped base material of a building, wherein the strip-shaped panel is fitted into a sideways state from one edge of a substrate. And a support edge supported by the base material is formed outward from the groove, and a support edge with a tilting edge at the tip is formed outward from the other edge of the substrate, and is adjacent to the fitting groove. A bent side-by-side structure for a strip-shaped panel, wherein the tilting edge of the strip-shaped panel is tiltably mounted to fix the support edge to a base material. 2. In a bent side-by-side structure of a plurality of strip-shaped panels intersecting a bent-shaped base material of a building, the strip-shaped panels protrude laterally from one edge of a substrate and extend to a tip thereof. A supporting edge provided with a tilting edge, and a supporting edge supported by the base material is formed outward from the groove, and a fitting groove is provided in a lateral direction from the other edge of the substrate; A side-by-side bent structure of strip-shaped panels, wherein the fitting grooves of adjacent strip-shaped panels are tiltably mounted to fix the support edge to a base material. 3. The bent side-by-side structure of the strip-shaped panels arranged in a bent shape, wherein the plurality of strip-shaped panels are arranged side by side in a bent shape so as to intersect a base material bent in a bent corner shape. The bent side-by-side structure of the strip-shaped panel according to claim 1 or 2, characterized by comprising. 4. A bent side-by-side structure of band-shaped panels arranged in a bent shape, wherein the plurality of band-shaped panels are arranged side by side in a bent shape so as to intersect a base material bent in a corner shape. The bent side-by-side structure of the strip-shaped panel according to claim 1 or 2, characterized by comprising. 5. The bent side-by-side structure of the strip-shaped panels arranged in a bent shape, wherein the plurality of strip-shaped panels are arranged side by side in a bent shape so as to intersect with a base material bent at a corner of a pillar. 4. The bent side-by-side structure of a strip-shaped panel according to claim 3, wherein a pillar cover wall surface forming a corner wall surface or an arc-shaped wall surface is formed. 6. The bent side-by-side structure of the strip-shaped panels arranged in a bent shape, wherein the plurality of strip-shaped panels are bent in such a manner as to intersect a base material which is bent in a protruding corner or in a corner of a ceiling and a wall. The bent side-by-side structure of the strip-shaped panel according to claim 3 or 4, wherein a corner bent surface of a ceiling and a wall which is formed at least on an outgoing corner wall surface or an entering corner wall surface is formed. 7. A connecting groove is formed in the longitudinal direction of the band-shaped panel and inward from the end of the width of the substrate, and a joint tool is loaded into the connecting groove of the long-side butt portion of the band-shaped panel. 3. The bent side-by-side structure of the strip-shaped panel according to claim 1 or 2. 8. A fitting groove has a substantially C-shaped cross section, and a tilting edge of a supporting edge fitted and fitted into the fitting groove has a substantially columnar, substantially V-shaped, substantially L-shaped, substantially T-shaped cross section. The bent and juxtaposed structure of the strip-shaped panel according to claim 1 or 2, wherein the strip-shaped panel has one of a character shape and a substantially triangular shape. 9. The fitting groove has a substantially U-shaped cross section or a substantially U-shaped cross-section, and a tilting edge of a supporting edge fitted and fitted into the fitting groove has a substantially columnar cross section and a substantially T-shaped cross section. 3. The bent and juxtaposed structure of the strip-shaped panel according to claim 1, wherein the strip-shaped panel has a substantially triangular shape. 10. The strip-shaped panel according to claim 1, wherein a loading groove is recessed outside the supporting edge, and the decorative material is disposed in the loading groove via a spring or directly. Bend side by side structure. 11. The bent side-by-side structure according to claim 1, wherein the substrate width of the strip-shaped panel is a combination of a large dimension and a small dimension.