JPS61290141A - Mount jig of wall plate - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] (Usage on ￥R row#) The present invention uses metal fittings for mounting wall boards, especially the mounting used when constructing lightweight aerated concrete boards by vertically abutting them against each other. is related to metal fittings.

(Prior Art) When constructing a vertical wall using an ALC board, a method is generally adopted in which a base such as a steel frame is assembled and the ALC board is fixed to the base using metal fittings. in this case. Installation is gold A
It is desirable to have a structure that ensures strength and safety and is as easy to install as possible.

For such attachment, a structure shown in FIG. 3 is known as an example of a metal fitting. In Fig. 3, ATJC is located on the do side κ.
An insertion piece 32 is provided on the plate 31 and the steel frame base 3 is installed in advance.
3, the insertion piece 3
2, and for these, stand up angle 34 w63
5, insert the U-shaped piece 36 through the notch.

The attachment provided below the ALC plate 37 located above the plate 381 is attached to the circular side of the upright part 35 of the angle, and the contact area between the notch of the U-shaped piece and the upright part of the angle is For installation, there is metal A, which welds the piece 38 and the raised portion, respectively.

(Problem to be solved by the invention) However, in such a metal fitting, the U-shaped piece 36
In order to insert the insertion piece 32 inside, make sure that the upright part 35 of the angle and the return piece 32 are aligned without distortion. II
JnIIL processing is required, or the U-shaped piece is turned backwards and < L by anticipating distortion in advance, so most of the insertion pieces 32 freely move irregularly within the U-shaped piece. There are drawbacks.

? ! Since the U-shaped piece is carved with a notch that extends into the upright part 35 of the angle, % of the notched portion of the U-shaped piece, especially the side facing the ALC board, is cut into the angle. If sufficient contact is not made with respect to the raised part, there is a risk that the notched part will gradually open and come off due to wind pressure, etc. However, this welding area is extremely narrow and has the disadvantage that the welding work is quite sluggish and difficult.

Also, among the surfaces with notches, inside the angle fullK
Even in the part where it is located, the depth is 9, which is the same as the strong trap surface! However, since pillars and floors are located on this side, there is also the drawback that it is difficult to install them.

(Means for Solving Problem 1) The present invention eliminates the various drawbacks of conventional mounting hardware, has a simple structure, has sufficient strength, and is easy to install. Various studies were conducted with the aim of finding metal fittings.
As a result, it was discovered that by using gold A1 of a specific shape, bathing in areas where construction is particularly difficult can be omitted, and the above objective can be achieved.

Thus, the present invention provides a metal fitting for vertically abutting wall boards and fixing them to a base, and for an angle fixed to the base.
Attach the metal fittings installed on the upper part of the wall board located below, and sandwich both the angle and the metal fittings with the U-shaped gold frame. To provide a wall plate mounting bracket which allows upper and lower wall plates to be mounted vertically by being placed on the metal fittings.

The present invention will be explained below with reference to the accompanying drawings.

m1ll is a side view of the mounting bracket according to an example of the present invention,
FIG. 2 is a diagram illustrating a construction example, and FIG. 2 is a perspective view of a metal fitting according to an example of the present invention, and a diagram illustrating a construction example.

In FIG. 2, numerals L2 are wall plates that are vertically butted against each other, and 3 is a metal fitting fixed to the upper part of the wall plate 2 located below by four screws. The gold A3rs, wall board 2
It is fixed to the upper part 11188 so as to protrude further upwards, and the metal fitting is bent so as to secure a gap between the metal fitting and the wall plate for one end of the U-shaped metal fitting described above to fit. .

5 is a base body such as a steel frame, to which an angle 6 is fixed by means such as welding. Then, the protrusion i of the metal fitting 3 is attached to the upright portion of the angle 6, and the IU-shaped metal fitting 7 is placed over both of them to sandwich them. At this time, as described above, one end of the U-shaped metal fitting 7 is inserted into the gap between the upper end of the wall board 2 and the metal fitting 3. Reference numeral 8 denotes a metal fitting fixed to the bottom 111 of the wall plate l located above with screws 9, etc., and its tip is bent at an almost right angle so as to rest on the U-shaped metal fitting 7; is bent to align with the other end of the U-shaped metal fitting.

Thus, the metal A8 is mounted on the U-shaped metal fitting K.
It is possible to identify the upper and lower wall panels by color loss matching.

In addition, the weight of the wallboard is 4m compared to that used by i
It can be supported by placing the lower end surface of the wall board on the self-weight support Al0 (see Figure 2) provided on the K angle.

The metal A9 provided on all the panels located above can adjust the butt interval with the wall board 2 located below by selecting the height of the mounting part * (height) f, 4. It can be done, but at the same time the U-shaped metal fitting 7 is positioned upward! &! It is possible to add enough ml to cover the lower side of the kiln.
It's adorable. (See Plate 14) The best way is to butt the upper and lower plates so that the butted part is located approximately in the middle of the height of the upright part of angle 7! IL<, This is because the west y4 support of the upper and lower wall plates can sufficiently resist the positive pressure of the wind load.

In addition, by welding the upright part of the angle and the U-shaped fitting part that is in contact with it, and making tm contact with the KU-shaped bracket and the mounting part of the fitting that is in contact with it and its tip, it is possible to Can be firmly fixed to the wall board. On the other hand, there is no need to weld the lower part a and the metal fitting 3 installed on the upper part to the angle or U-shaped metal fittings, and this prevents them from shaking in the direction parallel to the upright surface of the wall board during the formation of the earth. Can be absorbed. That is, this method not only simply eliminates welding at locations where bath F& is difficult, as in the conventional method, but also brings about the advantages described above.

In addition, since the mounting bracket according to the present invention uses a U-shaped bracket, the vertical dimension is small, and it does not become an obstacle to the construction of columns or floors, and it is possible to reduce the angle by % regardless of welding. It has the advantage that it can withstand wind loads sufficiently and there is no risk of it falling off.

[Brief explanation of the drawing]

Figure 1 is an explanatory diagram of the mounting bracket according to an example of the present invention.
The figure is a perspective explanatory diagram of a mounting bracket according to an example of the present invention. Figure 3 is a perspective explanatory diagram of a conventional mounting bracket.

Claims (1)

[Claims] A metal fitting for fixing wall boards to the base by butting them up and down,
Attach a metal fitting installed at the top of the wall board located below to the angle fixed to the base, and hold both the angle and the metal fitting with a U-shaped metal fitting, and then attach the metal fitting installed at the bottom of the wall board located above. A wall board mounting bracket for mounting upper and lower wall panels at an angle by placing the bracket on the U-shaped bracket.