JP2582021B2 - Mounting structure for building panels - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION This invention, Mounting of architectural panel
It relates to the structure.

[0002]

2. Description of the Related Art Various types of metal fittings have been used for setting and constructing building panels. As shown in FIG. 6 and FIG. 7, a receiving metal fitting that is frequently used at present has a configuration in which flanges 21 and 22 are integrally provided at both ends of a concave groove body 20. The receiving member 23 is provided with the groove 20.
A screw 26 is inserted into a hole 25 formed in the bottom portion 24 of the base member 24 and fixed to the base 27. Then, after the lower portion 29 of the panel 28 is scratched by the upper flange 21 of the receiving member 23, the lower flange 22 of the same other receiving member 23 is scratched by the upper portion 30 of the panel 28, and 23 to ground 27
To be installed in sequence. Thus, a kind
As another means for sequentially installing the receiving bracket, see Jpn.
Microfiber of No. 12249 (Japanese Utility Model No. 4-79130)
It is also tightened by the film.

[0003]

[0007] wherein the receiving gold accessory of the slave coming technology, since a type of receiving metal supporting the lower and upper load heavy different paths ne <br/> Le, strength insufficient In addition, lateral displacement and vibration of the panel are likely to occur, resulting in instability and poor finishing accuracy. At the time of construction, it is difficult to set the panel because the space between the base and the brim is narrow, and after the construction, the receiving bracket cannot be taken out.
Can not only be partially exchanged le, all of the column
Part or must remove the most, there has been many problems of equal work resistance is extremely poor.

[0004]

SUMMARY OF THE INVENTION The present invention has been developed in view of the above-mentioned problems of the prior art, and its gist will be described with reference to the drawings corresponding to the embodiments.
That is, the present invention has an upper end 2 whether we same direction vertical plates 1
The stepped plate 3 is bent at an arbitrary angle α, an opening frontage 6 is formed at the lower portions 4 and 5 of each other, and the upper portions 7 and 8 of the stepped plate 3 and the vertical plate 1 are formed. Stop hole 9,
10 comprises an upper mounting bracket formed by concentrically drilling 10, a lower receiving bracket 31 having a substantially concave cross section, and a panel 28 having an upper groove and a lower groove on the cubic upper and lower surfaces.
The lower part 29 of the panel 28 is attached to the lower
Is set in the lower groove, and the upper 3
0 into the opening frontage 6 of the upper mounting bracket, and insert the lower part 5 of the upper mounting bracket into the upper groove of the panel 28,
A panel 28 is provided between the upper mounting bracket and the lower receiving bracket 31 by being fixed to the base 12 via the stopper 11 in the retaining holes 9 and 10.
It is an attached structure . In addition, it is also possible to set the interval d in place of the angle α, and to form the vertical plate 1 and the stepped plate 3 separately from each other, and to weld them at the arbitrary angle α or the interval d by welding or the like. It can also be fixed.

[0005]

According to the present invention, as described above, the upper mounting bracket and the lower
Metal fittings and panels are organic and mechanical
This is the mounting structure of the building panel combined with the above. That is, according to the configuration of the present invention, the lower receiving bracket 3 is previously placed on the base 12.
1 is fixed with screws 26. And then panel 2
When the lower portion 29 of the panel 8 is fitted into the receiving metal member 31, the lower receiving metal member 31 is scratched by
The lower part 29 of 8 is stopped. Next, the upper part 30 of the panel 28
Is inserted into the opening frontage 6 of the upper mounting bracket , the lower portion 5 of the stepped plate 3 bent in the same direction of the upper mounting bracket is scratched by the upper groove. Further, when the main body is fixed to the base 11 through the stoppers 11 such as screws in the stopper holes 9 and 10, the body is bent in the same direction.
The stepped plate 3 is pressed, and the arbitrary angle α or the interval d gradually decreases, and the opening frontage 6 formed by the vertical plate 1 and the stepped plate 3 is narrowed. Therefore, the lower part 29 of the panel 28
Is locked in advance by a lower receiving bracket 31, and the panel 28 is clamped between the upper mounting bracket and the lower receiving bracket 31 by sandwiching the panel 28 in the opening frontage 6 which has been widely opened in advance and fastening with the stopper 11. Can be pressed and fixed.

[0006]

Using Example 1 steel plate, the upper end 2 whether et identical vertical plates 1
After integrally continuous molding stage right angle plate for continuous bent in the direction (the stepped plate 3) downwards drives out angle alpha, through the top 8 of the vertical board 1 from the stepped-like plate 3 of the upper 7 The upper mounting bracket was formed by drilling two concentric stop holes 9 and 10.
In addition, the lower receiving member 31 was made of the same steel plate having a substantially concave cross section. And, in advance under the foundation 12
Part receiving the bracket 31 is fixed by screws 26, the lower receiving metal 3
1 was fitted with the lower part 29 of the panel 28, and the panel 28 was set by scratching the lower groove and fixing the upper mounting bracket to the base 12. As shown in FIG. 5, when the vertical plate 1 is first inserted into the rear side of the upper end portion of the panel 28, the upper fitting 30 is attached to the opening frontage 6 formed between the vertical plate 1 and the stepped plate 3. And the lower part 5 of the stepped plate 3 is scratched by the upper groove . Stepped
This is because the plate 3 is continuously bent in the same direction. Ma
And, when secured to the base 12 while passing the stopper plate member 11 in concentric blind hole 9, it is gradually pressed stepped plate 3, at the same time as the angle α becomes smaller, the interval of the opening frontage 6 also becomes narrow Finally, the upper portion 30 of the panel 28 is pressed against the vertical plate 1 by the stepped plate 3, and is sufficiently held between the stepped plate 3 and the vertical plate 1, and the panel 28 is held between the upper mounting bracket and the lower receiving bracket 31. fixed. At this time, when the angle α is 0, that is, when the stepped plate 3 is bent and overlaps the vertical plate 1, if the hook angle β of the stepped plate 3 is 90 degrees, the stepped plate 3 Since one side surface is pressed by surface contact, the holding and fixing force is good. In addition, if the packing 32 is interposed in this surface contact portion, the holding and fixing force is more firmly and surely exerted, and the vibration is absorbed.

[0007]

EXAMPLE 2 As seen in Figure 2, successively in the same direction instead of the one step right angle plate to bend in succession an upper mounting bracket in the same direction that put in Example 1 (stepped plate 3) The test was performed with a two- stage right-angled plate (stepped plate 3) which was bent . At this time, although the angle α in the first embodiment was replaced by the interval d, the same operation and effect as in the first embodiment were obtained.

[0008]

[Effect of the Invention] This invention is a preparative with structure used in the panel with the upper surface and the groove on the lower surface, tightening of the upper mounting bracket
Panel to prevent lateral vibration and vibration of the panel.
In addition to receiving the load weight with the bracket, the panel
It used to set the pre-Symbol panel two fittings adapted for top or bottom of the load weight Le, unlike the configuration that hooking conventional panels integrally, it is possible to ensure sufficient strength, moreover, the opening frontage Wide and excellent in setting workability. The upper mounting bracket is fixed by the change of the angle and the interval, and, together with the receiving bracket used for the lower part, makes surface contact with the upper part of the panel with flexibility by spring action, and is pressed and fixed to the vertical plate. Therefore, there is no lateral displacement or vibration, the finishing accuracy is good, and a stable state can be ensured even for long-term use. Also, since the panel is set with two types of brackets as described above,
By removing the stopper of the body, the panel top becomes free state, can desorption of only certain panel has excellent exchange of only that portion.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an embodiment of the present invention.

FIG. 2 is a perspective view showing one embodiment of the present invention.

FIG. 3 is a front view showing an embodiment of the present invention.

FIG. 4 is a rear view showing an embodiment of the present invention.

FIG. 5 is a longitudinal sectional side view showing one embodiment of the present invention.

FIG. 6 is a perspective view showing an embodiment according to the related art.

FIG. 7 is a longitudinal sectional side view showing an embodiment according to the prior art.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Vertical plate 2 Upper end 3 Stepped plate bent in the same direction 4 Lower 5 Lower 6 Opening opening 7 Upper 8 Upper 9 Stop hole 10 Stop hole 11 Stopper 12 Base 28 Panel 31 Lower bracket α angle β Hook angle

Claims (2)

(57) [Claims] To 1. A top end of the vertical plate (1) (2) or stepped
Stepped plate which stage bending song (3) with shaping drives out any angle (alpha), another of the lower (4), (5) to form an opening frontage (6), and wherein the stepped An upper mounting bracket formed by concentrically drilling stop holes (9) and (10) in the upper portions (7) and (8) of the plate (3) and the vertical plate (1), and a lower receiving bracket having a substantially concave cross section ( 31) and a panel (28) having an upper groove and a lower groove on a cubic upper surface and a lower surface.
The lower part (29) of the panel (28) is set by scratching the lower groove on the lower metal fitting (31) fixed in advance to the base (12), and the upper part (30) of the panel (28) is set. In addition to engaging with the opening frontage (6) of the upper mounting bracket, the lower part (5) of the upper mounting bracket is inserted into the upper groove of the panel (28), and is inserted into the stopper holes (9) and (10) through the stopper (11). An installation structure for a building panel, characterized in that a panel (28) is set between an upper mounting bracket and a lower receiving bracket (31) by being fixed to a base (12). To 2. A top end of the vertical plate (1) (2) or stepped
Stepped plate which stage bending song (3) with shaping drives out any distance (d), to each other of the lower (4), (5) to form an opening frontage (6), and wherein the stepped An upper mounting bracket formed by concentrically drilling stop holes (9) and (10) in the upper portions (7) and (8) of the plate (3) and the vertical plate (1), and a lower receiving bracket having a substantially concave cross section ( 31) and a panel (28) having an upper groove and a lower groove on a cubic upper surface and a lower surface.
The lower part (29) of the panel (28) is set by scratching the lower groove on the lower metal fitting (31) fixed in advance to the base (12), and the upper part (30) of the panel (28) is set. In addition to engaging with the opening frontage (6) of the upper mounting bracket, the lower part (5) of the upper mounting bracket is inserted into the upper groove of the panel (28), and is inserted into the stopper holes (9) and (10) through the stopper (11). An installation structure for a building panel, characterized in that a panel (28) is set between an upper mounting bracket and a lower receiving bracket (31) by being fixed to a base (12).