JPH0735937Y2 - Panel support structure - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Industrial Field of the Invention The present invention relates to a panel mounting structure for a curtain wall, a partition, or the like.

2. Description of the Related Art When a glass plate is used as a panel for a curtain wall or the like, it is known that a frame member is attached to the indoor side surface of the glass plate via a structure seal or the like (Actually, Sho 63
-76120, JP 63-169609, JP 63-268
849, JP-A-63-268848).

On the other hand, especially in a curtain wall that uses reflective glass and expects an image effect on the wall surface, it is necessary to adjust the image so that the surface of each reflective glass, which is a panel, is arranged along a certain set surface. It is necessary to have a configuration that can adjust and fix the inclination in the direction and the inclination in the lateral direction.

In addition, recently, there is a tendency to perform the work of attaching the mounting frame material to the glass plate via the structure seal at the factory, so the position of the mounting frame material thus mounted and the expected direction and width of the upright at the site. It is also necessary to have a configuration capable of absorbing the deviation in direction.

Regarding these points, when looking at the panel mounting structure disclosed in the above publication, it is possible to move in the width direction (the lateral direction along the wall surface of the body) from the viewpoint of absorbing interlayer displacement after mounting and deformation of the panel due to heat. However, there is no description regarding the adjustment of the prospective direction (indoor / outdoor direction), and there is no disclosure regarding the adjustment of the posture described above.

Japanese Unexamined Patent Publication No. 61-282576 discloses a structure in which a position adjusting mechanism is provided so that the glass plate can be adjusted in the prospective direction and the posture of the glass plate can be adjusted. The mounting hardware is pushed and pulled by two bolts that move forward and backward to determine its position. Since a space for the bolt is required at the vertical part, the dimension of the vertical direction becomes large and the material cost increases. Therefore, the cube becomes expensive and the prospective dimension between the skeleton and the panel becomes large, which is not preferable in design. Further, the work of mounting the bolt and pushing and pulling the bolt to adjust the posture of the glass plate is a site work and has a complicated drawback.

DISCLOSURE OF THE INVENTION Problems to be Solved by the Invention The present invention provides a panel support structure that can easily perform the work of adjusting the mounting posture of the panel and fixing it, and can also absorb the conventional interlayer deviation and panel deformation due to heat. Is an issue.

Means for Solving the Problems Horizontal frames are provided at intervals in the vertical direction, and panel fitting grooves are formed on opposite surfaces of the horizontal frames.

The panel has a structure in which a locking frame provided with a fitting groove that opens on either the left or right side and an indoor side piece that forms the indoor side inner wall of the groove is fixed to the left and right edges on the indoor side through a seal.

An engaging member having a fitting groove that opens the fitting groove in the opposite direction in an upright position and an outdoor side piece that forms an outdoor side inner wall of the groove is attached.

Fit the upper and lower edges of the above panel into the panel fitting groove of the horizontal frame,
The indoor side piece of the locking frame is loosely fitted in the fitting groove of the locking member at a distance from the groove inner wall, and the outdoor side piece of the locking member is fitted in the fitting groove of the locking frame. The inner wall of the groove is loosely fitted with a gap.

The width of the panel fitting groove of the horizontal frame is larger than the thickness of the panel, and the panel is mounted on the vertical and horizontal frames so as to be adjustable in the indoor / outdoor direction.

Action The horizontal frame has a panel fitting groove having a groove width larger than the thickness of the upper and lower edges of the panel, and the inner side piece of the locking frame is engaged with the fitting groove of the locking member and the outdoor side piece of the locking member is engaged. The configuration in which the fitting groove of the stop frame is loosely fitted to the inner wall of the groove at a distance from each other allows the vertical tilt adjustment and the horizontal tilt adjustment of the panel at the time of mounting, and further The correspondence between the stop frame and the locking member enables relative deviation between the panel and the locking member in the prospective direction and the width direction after the mounting.

Example The figure shows a portion of a curtain wall having a glass plate as a panel.

In FIG. 1, reference numeral 1 is a cube forming a part of the body,
Reference numeral 2 is blind and laterally connected to the outdoor side surface of the body including the cube 1, and reference numeral 3 is a panel body. The panel body 3 includes a glass plate 4, a structure seal 5 and a locking frame 6. In addition, the seamless frame 2 is one of the horizontal frames which is a frame for mounting the panel body 3.

The glass plate 4 has a rectangular shape with upper and lower sides and left and right sides.

The structure seal 5 is made of a synthetic resin and has strength as a structural member unlike a normal seal material,
Further, the work of integrating the glass plate 4 and the locking frame 6 by using this is performed in a factory.

The locking frame 6 is an elongate member formed by extrusion molding, and is provided with a hollow portion 7 and a hook portion 8 in a cross section as shown in FIG. 2, and the hook portion 8 is an indoor / outward direction piece 9 (a wall in the prospective direction) and an indoor side. A fitting groove 11 that is formed of the piece 10 and opens laterally in the longitudinal direction of the frame member is formed.

The left and right locking frames 6 are frame members having the same cross section, are arranged symmetrically, and are integrated with the glass plate 4 via the structure seal 5 on the outdoor side surface of the hollow portion 7.

The lengths of the structure seal 5 and the locking frame 6 are slightly shorter than the lengths of the left and right sides of the glass plate 4, and when these are attached, the space between the upper and lower ends of these and the upper and lower sides of the glass plate 4 is the upper and lower ends for mounting. It is the size left as an edge.

A locking member 12 is fixed to the upright 1. The locking member 12
Is a long frame material formed by extrusion molding, and has a base plate 14 and a hook portion 15 provided with claws 13 for attachment in a cross section as shown in FIG.
In the same manner as described above, the hook portion 15 has a fitting groove 18 formed in the longitudinal direction by the indoor / outdoor direction piece 16 and the outdoor side piece 17. However, these are arranged so that the opening direction of the groove is opposite to the direction in which the fitting groove 11 of the locking frame 6 is opened, and the glass plate 4 side.

Further, the vertical 1 is provided on both sides of the outdoor side surface with the claws of the locking member 12.
The receiving claw 19 and the tight material 20 for 13 are provided symmetrically. In addition,
The attachment structure of the locking member 12 to the upright 1 will be described later.

The blind 2 is fixed to the body side with bolts 21 engaged with the rear surface (inside surface of the room) (Fig. 3).

Panel fitting grooves 22 and 23 are formed above and below the seamless portion 2. These grooves have a groove width b which is larger than the thickness a of the upper and lower edges green of the glass plate 4, and the upper groove 22 is formed by a ridge 25 which is fitted in engagement with a claw 24.

The panel body 3 is mounted as follows.

Two locking members 12 are arranged on the outdoor surface of each cubic 1 for the left panel and the right panel, and one of them (the left one hatched in the figure) is screwed to the cubic 1 Fix it and move the other to the side of the fixed one (to the left).

Remove the ridge 25 in the seamless 2 and insert the upper panel fitting groove
After placing the glass floor plate 27 on the bottom surface of 22, 22
After arranging the panel body 3 between the two and inserting the upper end and the lower end of the glass plate 4 into the panel fitting grooves 22 and 23 in a tentative manner,
The lower end of the glass plate 4 is placed on the glass floor plate 27, and the panel body 3 is temporarily mounted on the wall surface of the body.

The panel body 3 is moved to the right as it is, and the right side locking frame 6 of the panel body 3 is made to correspond to the right side upright fixed locking member 12. Further, the locking member 12 which is not fixed on the left side is moved to the right and loosely fitted into the left locking frame 6 of the panel body 3. Here, loosely fitting means that the indoor side piece 10 of the locking frame 6 is fitted into the fitting groove 18 of the locking member 12 as shown in FIGS.
This means that the outdoor side piece 17 of the locking member 12 is fitted into the fitting groove 11 of the locking frame 6 with a space from the inner walls of the grooves 11 and 18, respectively.

Then, the space regulating member 28 is pushed into the space between the left and right locking members 12 from the vertical joint gap of the left and right panel bodies 3, 3 to set screws.
Fix at 29.

As a result, the locking member 12 that has not been fixed will also have its claws.
13 is securely engaged with the vertical claw 19 and fixed in position.

When the set screw 29 is pushed in, the space regulating member 28 becomes vertical 1
The engaging leg 31 fitted in the engaging recess 30 formed in the center of the outdoor side surface of the above is expanded and fixed.

Then, the ridge 25 is attached.

As a result, the panel body 3 is attached to the upper and lower blinds 2,2 and the left and right locking members 12,12 and does not fall off the wall surface of the body, but the panel fitting grooves 22 and 23 of the blind 2 have the glass plate 4 The thickness of the panel body 3 is larger than the thickness of the panel body 3, and the locking frames 6, 6 on the left and right sides of the panel and the locking members 12, 12 on the skeleton side correspond to the prospective direction with a gap. The direction inclination can be adjusted, that is, the posture of the glass plate 4 can be adjusted.

Therefore, while contacting the observer on the wall surface, or while looking at the data such as the measuring tool to match the set surface, simply push and pull by hand to adjust the posture of the panel body 3 step by step. The backup material 30 is provided in the gap between the glass plate 4 and the blind 2, the ridge 25 or the locking frame 6 and the locking member 12.
Etc. and temporarily fix it in a proper posture. Then, the gap (between indoor and outdoor) between the glass plate 4 and the blind 2 is filled with the sealing material 34 and its posture is permanently fixed, so that the panel body 3 is completely fixed.

The range in which the panel body 3 can be adjusted with respect to the vertical tilt and the horizontal tilt is a range regulated by the space between the panel fitting grooves 22 and 23 and the locking frame 6 and the locking member 12, but image adjustment, etc. Is enough for

Finally, the backup material 32 is loaded into the vertical joint gap between the adjacent panel bodies 3, 3 and the sealing material 33 is applied to the panel body 3.
Installation is completed.

Since the posture of the panel body 3 thus mounted is adjusted as described above, the image of the wall surface by the glass plate 4 is prepared, and even after being mounted, it is expected to be installed at the left and right mounting positions with respect to the body side. Since the gaps in the direction and width are left, deformation of the glass plate 4 due to heat, interlayer displacement of the skeleton, or mounting in the factory when the panel body 3 is attached by the factory is likely to occur with the site. It is possible to absorb dimensional deviation.

Further, when the glass plate 4 bends due to extreme wind pressure, the indoor side piece 10 of the locking frame 6 engages with the groove inner wall of the fitting groove 18 of the locking member 12 to prevent the panel body 3 from falling off. .

The above is an example, and the material of the panel, the locking frame, the sectional shape of the locking member, and the like are not limited to those shown in the drawings.

Further, since the locking frame 6 and the locking member 12 in the above-described embodiment are structurally also the inner frame for the glass plate 4, when the fitting glass window having a large width between the upper and lower wall surfaces is constructed, It can also be used as a middle bone.

Effect of the device The posture can be easily adjusted when mounting the panel.

At the same time, it is possible to absorb interlayer deviation and thermal deformation of the panel.

Even if the dimension of the panel in the prospective direction is slightly different from the site, it can be absorbed.

Since the cube has a small prospective dimension and is inexpensive, the construction cost can be reduced.

[Brief description of drawings]

FIG. 1 is a horizontal sectional view, FIG. 2 is an enlarged view of a main part, and FIG. 3 is a vertical sectional view. DESCRIPTION OF SYMBOLS 1 ... Upright, 2 ... No eye, 3 ... Panel body, 4 ... Glass (panel) plate, 5 ... Structure seal, 6 ... Locking frame, 9 ... Indoor / outward direction piece, 10 ... Indoor side piece, 11 ... Fitting Fitting groove, 12 ... Locking member, 16 ... Indoor / outdoor direction piece, 17 ... Outdoor piece, 18 ... Fitting groove, 2
2,23… Panel fitting groove, 25… Bridge.

Claims (1)

[Scope of utility model registration request] 1. A support structure for a panel, wherein upper and lower edges are fitted in panel fitting grooves provided in lateral frames facing each other with a space interposed between them and facing each other. Then, at the left and right edges of the panel on the indoor side, a locking frame provided with a fitting groove that opens on either the left or right side and an indoor side piece that forms the indoor side inner wall of the groove is fixed through a seal. On the upright side, a fitting member having a fitting groove that opens in the opposite direction to the fitting groove and an outdoor side piece that forms the outdoor side inner wall of the groove is attached, and the indoor side piece of the locking frame is a locking member. Of the locking member is loosely fitted in the fitting groove with the inner wall of the groove, and the outdoor piece of the locking member is loosely fitted in the fitting groove of the locking frame with the inner wall of the groove. At the same time, the width of the panel fitting groove of the horizontal frame is made larger than the thickness of the upper and lower edges of the panel so that the panel can be adjusted in the indoor and outdoor directions with respect to the vertical and horizontal frames. The support structure of the panel, characterized in that the wear.