JPS5818511Y2 - Panel mounting structure - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a panel mounting structure, and relates to a combination of a panel whose surface is made of a plurality of panels formed into a decorative board and formed into a flat surface, and its mounting fittings.

Conventionally, as shown in FIG. 1, this type of panel mounting structure includes attaching a rim 3 to a concrete frame 1 via spacers or the like 2 so as to provide an appropriate distance to the frame 1, such as concrete. A panel mounting joint 5 is formed at the end of the panel 4 so as to connect it with the adjacent panel 4, and the adjacent panel 4 is brought into contact with the joint 5 and overlapped, and is fastened to the rim 3 with screws etc. It was fixed, and the step part of the joint 5 was decorated with a decorative material 7.

However, such a mounting structure requires tightening the screw 6, which is troublesome, and also requires a width of the joint 5 equal to the head diameter of the screw 6, so the decorative material 7 covering the joint 5 is also required. It has to be installed, and the workability during assembly is extremely poor.

Further, when the panel 4 is to be repaired or replaced, it is troublesome to remove the panel 4, and it is not possible to easily remove and replace the panel 4.

This idea was made to eliminate these drawbacks, and it is a panel mounting structure that can be easily installed without using screws, which pose problems in workability, and does not require hollow joints. The purpose is to provide

Hereinafter, this invention will be explained in detail with reference to an illustrated embodiment.

In FIG. 2, reference numeral 10 denotes a panel with a backing material 11 such as rock wool that provides a heat insulating effect applied to the back surface, and the front surface is formed as a decorative surface. bent engagement end edge 10a,
10b is formed.

One of the engaging end edges 10b includes the engaging end edge 10b.
and the other engaging end edge 10 a of the adjacent panel 10
A concave groove 12a is formed into which the concave groove 12a is inserted.
a The free ends on both sides are the sliding ends 13 of the mounting bracket 15, which will be described later.
A metal fitting guide 1 in which sliding grooves 12 b , 12 b are formed, which are folded back inward in a dented shape, leaving a gap for fitting a.
2 is fixed by welding or the like.

The mounting bracket 15 consists of a sliding part 13 and a locking part 14, and the sliding part 13 is bent into a U-shape 13b so as to straddle a convex part 12C formed on the back of the groove 12a of the fixture guide 12. , furthermore, sliding end portions 13 a , 13 a are formed with both free ends bent outward at a substantially historical angle, and as described above, the sliding end portions 13 a , 13
a is fitted into the sliding grooves 12b, 12b of the metal fitting guide 12.

The locking portion 14 is made of a member bent into an L-shape, and has a connecting portion 13C that extends downward from the U-shaped portion 13l of the sliding portion 13, and has an opening directed downward and is connected to the panel 1.
It is welded and fixed so that it can be locked to the body rim which is located inside and horizontally arranged.

FIG. 3 is an indoor horizontal sectional view showing an embodiment in which the combination structure of the panel 10 and the mounting fittings 15 is used as an interior panel, and reference numeral 16 indicates a concrete frame.

A primary rim 18 is attached to the frame 16 in the horizontal direction with bolts or the like 19 via a spacer 17 in order to repair irregularities on the surface of the frame 16.

A is an adhesive for fixing the spacer 17 to the frame 16.

Reference numeral 20 denotes a vertical furring rim for arranging and attaching the secondary furring 21 to an appropriate position, and is fixed to the primary furring 18 by bolts or the like so as to be in perpendicular contact with the primary furring 18.

The secondary furring 21 is brought into contact with the vertical furring 20 by a metal fitting 22 that embraces the secondary furring 21 and the vertical furring 20.
It is fixed with bolts 23 so as to be orthogonal to zero.

The above-mentioned primary furring 18 and longitudinal furring 20 are for forming a necessary distance between the frame 16 and the panel 10.

The interior panel 10 has a sliding end 13a of a sliding portion 13 that is slidably fitted into sliding grooves 12b, 12b of a mounting bracket 15 fixedly formed on one engaging end edge 10b,
13a, and the locking portion 14 of the mounting bracket 15
is fixed by being locked to the secondary furring 21.

At this time, the sliding grooves 12b, 12b and the sliding end 13
It will be effective for handling if both are formed so that the fitted state with a and 13 a is somewhat tightened.

The interior panel 10 used in this example includes an end panel 1
01, an intermediate panel 102, and an end section 103, including an end panel 10.01, an intermediate panel 102, and an end section 103. is an engaging end edge 10,b in which one rising end is flat and the other rising end is bent at a substantially right angle, and an end portion to which the metal fitting guide 12 described above is welded and fixed to this engaging end edge 10.5. It is a panel.

Note that the metal fitting guide 12 can also be shaped by bending the edge of the panel.

The intermediate panel 10□ has an engaging end edge 102 at one rising end.
a, and the metal fitting guide 12 is formed by welding or bending on the engaging end edge 102b at the other rising end, and the end panel 103 has an engaging end edge 103a at one rising end. are formed and the other rising edge is used as a flat end panel.

At the projecting corners of the body 16, the projecting corner fittings 24, whose tips are branched inward at right angles and extend from both ends of the primary furring edges 18, 18, which are attached and fixed via spacers 17, 17, are attached by bolts 25, 25. A corner panel 26 bent at a right angle is attached to the tip of the protruding metal fitting 24 to cover it, and the folded ends 26 a on both sides of the corner panel 260 are attached.
, 26a are provided with the tips of springs 28 and 28 fixed at appropriate positions on the extending portion of the projecting corner fitting 24 with bolts or the like 27.

Similarly, at the corner of the frame, a vertical rim 30 is fixed to the orthogonal inner corners of the primary rims 18, 18, and an inner corner fitting 29 whose tip is branched outward at a right angle is attached to the vertical rim 30 with a bolt. 25.25, and a corner panel 26 is attached to the tip of the inner corner fitting 29 in the same manner as the above-mentioned protruding corner fitting 24, and the folded ends 26a on both sides of the corner panel 26 are attached.
Bolts etc. 31.
A spring 32, 32 tip fixed by 31 is arranged.

FIG. 4 is a vertical sectional view of the interior, in which reference numeral 33 is fixed to the frame bottom wall 36 with an adjustment bolt for horizontally holding a lower end support member 33 that supports the lower end of the panel 10.

Reference numeral 35 denotes a lower width member for closing the gap between the lower end support member 33 and the frame floor 36, and 37 a frame member for closing the gap between the panel 10 and the ceiling 38.

In order to connect and connect the panels according to the above-mentioned invention using mounting brackets, first attach the primary rim 18 to the frame 16,
Furthermore, vertical furring 20.30 and secondary furring 21° protruding corner fittings 2
Install 9 in sequence.

After that, the lower end support member 33 and adjustment bolt 34 are attached, and then the flat end of the end panel 101 is attached to the protruding corner fitting 24.
Insert and fix between the back of the tip and the spring 28, and attach the metal fitting guide 1.
2 is fixed by fitting the sliding part 13 of the mounting fitting 15 into the fitting guide 12 and sliding it, and by locking the locking part 14 to the secondary furring 21.

Incidentally, if the mounting fitting 15 is fitted into the metal guide in advance, the mounting work will be facilitated.

The center panel 10□ is fitted into the groove 12a of the metal fitting guide 12 so that its engaging end edge 102a is in close contact with the engaging end edge 101b of the end panel 10□, and the other end is inserted into the groove 12a of the metal fitting guide 12. 1 (as in the case of h), it is fixed to the secondary furring 21 via the mounting bracket 15.

Through the above steps, the central panels are successively installed.

The flat end of the edge panel 103 is inserted between the folded part 26 a of the protruding corner fitting 24 and the spring 28 and fixed therein, and the engaging end edge 1038 of the other end is inserted into the groove 12 a of the fitting guide 12 .
Insert and secure.

In this way, panel 10. ．． 10□ and 103 are connected and formed on a plane.

After the above-mentioned installation, the final step is to attach the lower width timber 35 and the frame material 37 to the upper and lower parts of the panel 10, thereby completing the panel installation.

In the above embodiment, the number of the furring edges 18 and 21 and the number of the mounting fittings 15 are specified, but it goes without saying that an appropriate number can be selected depending on the size of the panel 10.

Furthermore, although the case where the mounting bracket 15 slides in the vertical direction is shown, it is also possible to slide in the horizontal direction, and in this case, 2
It is necessary to attach the secondary furring 21 in the vertical direction and caulk the sliding grooves 12b, 12b of the mounting bracket 15, or caulk the locking portion 14 to the secondary furring 21.

As mentioned above, the panel mounting structure according to this invention is
The sliding part of the mounting bracket is fitted and slid into the sliding groove formed on the panel, and the locking part is locked and fixed to the rim, so there is no need to use any screws or other fasteners when installing the panel. Since the panel is attached on the back side, there is no need for decoration with decorative materials or the like.

Furthermore, since the mounting bracket can freely slide and its locking portion can be set at any desired position, there is no need for precision in setting the vertical position of the furring.

Furthermore, the panels are only engaged and fixed to the body rim using mounting brackets, and are not fixed with screws or welding, so they can be easily removed and repaired and replaced. This has practical effects as a mounting structure for panels.

[Brief explanation of the drawing]

Figure 1 is a horizontal sectional view showing the conventional panel mounting structure;
The figure is a perspective view showing a panel and mounting hardware in an embodiment of this invention, FIG. 3 is a horizontal sectional view of an interior room in which this invention is used for an interior panel, and FIG. 4 is a vertical sectional view of the same. 10... Panel, 12... Metal fitting guide, 12b... Sliding groove, 13... Sliding part, 14... Locking Part, 15...Mounting bracket, 18...Primary furring edge, 21...Secondary fat edge.

Claims (1)

[Scope of utility model registration request] A mounting bracket has a sliding part that slides in a cross direction with respect to a rim located inside the panel, and a locking part that is locked and fixed to the rim, and the sliding part of the mounting bracket fits into the back side. 1. A panel mounting structure comprising: a panel having a metal fitting guide formed with a sliding groove for sliding;