JPS6012813Y2 - Installation structure for architectural framework materials - Google Patents

Description

[Detailed explanation of the invention] This invention 1 is like floor beams, large pull-outs, and foreign car panel support fittings, etc.? , (Regarding the mounting structure of Kenqin Kumi aggregate.

Conventionally, as shown in Fig. 1, the installation structure for such framework materials has been such that a large 2x
At the same time, place the outer wall panel support fittings 3X with an angled cross section on the upper chord of the floor beam 1X, and connect the upper chord of the floor beam 1X and the outer wall panel support fittings 3X with bolts and nuts. It was tense.

Therefore, it is disadvantageous that the installation of the frame materials requires a large number of bolts and nuts and a lot of labor, which increases the cost, and also because the floor beams, main drawers, and exterior wall panels cannot be directly connected to each other with common bolts. There was a drawback that the mounting strength of the frame material mounting portion was not stable.

The purpose of the present invention is to overcome these conventional drawbacks, by eliminating the need for bolts and nuts and labor required for frame installation, and reducing the cost of installation, as well as by eliminating the need for floor beams, slats, and panel support metal fittings. By using a common bolt and nut, the mounting strength of the frame material attachment part (4G) is provided, which is stable.

1□ Features of the architectural framework material of the present invention: As shown in Figure 2, the upper chord member 1a' of the cross section I-type steel is
A second mirror part 2a is placed on top of the main drawer 2. A flannel support fitting 3 with an angular cross section in which a horizontal plate 3b is connected below a vertical plate 3a is placed on the end part 2a of the large drawer 2. Connect the floor beams 1, 1 and the external wall panel support fittings 3 to the floor beams 1
The inner edge 1b of 1a and the end 2a of Ohiki 2
The horizontal plate 3b of the outer wall panel support fitting 3 is integrally tightened with a bolt 5 and a nut 6 screwed onto the through bolt 5.

: In addition, the code 4 in the figure is the outer wall panel 3
The lower edge is seated on the vertical plate 3a of the figure.

Therefore, the present invention has the above-mentioned structure when installing the lower construction frame material, as shown in the figure, the upper chord member 1a of the upper chord member 1a of the upper chord member 2 of the floor beam 1 made of L-shaped steel in cross section. Put on.

Next, on 2a of the main drawer 2, an external wall panel with an angled cross section is connected to the lower end side of the vertical plate 3a.
Place 3.

Next, a through bolt 5 is passed through the floor beam 1, the end portion 2a, and the horizontal plate 3b of the outer wall panel support fitting 3, and then a nut 6 is screwed onto the through bolt 5 and tightened together.

In this way, the present invention places the end part 2a of the main puller 2 on the upper chord member 1a of the floor beam 1 made of I-shaped steel in cross section, and
An external wall panel support fitting 3 with an angular cross section, in which a horizontal plate 3b is connected to the lower end side of a vertical plate 3a, is placed on top a. It is integrated with a through bolt 5 passed through the inner edge 1b of the upper chord member 1a of the beam 1, the end 2a of the main drawer 2, and the horizontal plate 3b of the outer wall panel support fitting 3, and a nut 6 screwed onto the through bolt 5. Therefore, as in the past, the end of the main wire is joined to the inner surface of the floor beam made of shaped steel and fixed with bolts and nuts, and an external wall panel with an angled cross section is placed on the upper chord of the floor beam. Compared to mounting the support metal fittings and tightening the top chord of the floor beam and the outer wall panel support metal fittings with bolts and nuts, the bolts and nuts required for installation and the labor can be omitted.
It is possible to reduce construction costs by saving materials and labor costs.

Furthermore, in the present invention, since the floor beam, the main drawer, and the outer wall panel support fittings are directly connected with a common bolt, there is an advantage that the attachment strength of the frame material attachment part is also stable.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing the mounting structure of a conventional building frame material;
FIG. 2 is a front view showing the mounting structure of the building frame material of the present invention. 1...Floor beam, 1a...Top chord, 2...
Curved main drawer, 2a...end, 3a...vertical board, 3b...curved horizontal board, 3...outer wall panel support fittings, 5. curved through bolt, 6...Natsuto.

Claims (1)

[Scope of utility model registration request] Place the end 2a of the main puller 2 on the upper chord member 1a of the floor beam 1 made of I-shaped steel in cross section, and place the vertical plate 3 on the end 2a of the main drawer 2.
A tunnel support fitting 3 with an angled cross section with a horizontal plate 3b connected to it is placed on the lower end side of a, and these floor beams 1,
The outer wall panel support fittings 3 are fitted with through bolts 5 passed through the inner edge 1b of the floor beam 1 1a, the ends 2a and d of the outer wall panel support fittings 3, and the horizontal plate 3b of the outer wall panel support fittings 3. This is a structure for installing a building frame material integrally tightened with a nut 6 screwed onto a through bolt 5.