JPS6141855Y2 - - Google Patents

Description

[Detailed description of the invention] This invention is installed at the corner of a one-story part and a multi-story part and at the upper end of the one-story part in a building using the panel construction method in which wall panels are used to form the walls of the building. DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the construction metal fittings that can connect the wall panels and the like of the parts in a fitful and efficient manner will be described below with reference to the drawings.

The construction fitting 1 is attached to the corner C of the one-story part A, which is indicated by a circle R in FIG.
, an upper horizontal plate part 3 , and an upright plate part 4 connecting them, and in this embodiment, an auxiliary plate part 6 is further provided upright on the lower horizontal plate part 2 . The lower horizontal board part 2 is bent at a right angle, straddles the wall panel Pa1 of the one-story part A and the downstairs wall panel Pb1 of the multi-story part B, which forms a corner, that is, a right angle, with the wall panel Pa1, and its upper end is bolted. sell. The upper horizontal plate portion 3 is connected to the wall panel Pb via a receiving metal fitting 9 screwed to the upper surface thereof.
An upper floor wall panel installed in the same plane above 1.
Pb2 and the lower end of the wall panel Pb3 along the intersection D between the upper end of the one-story section A and the multi-story section B are fixed. The receiving fitting 9 has a leg piece 10 attached to the upper horizontal plate portion 3, and a U-shaped piece 11 for attaching the wall panels Pb2, Pb3. The upright plate portion 4
includes the apex of the lower horizontal plate part 2 and is bent into an L-shape along its outer periphery, and is provided with a joint piece 13 connecting the upper horizontal plate part 3 and the lower horizontal plate part 2, and the upright plate part 4, The piece 15 arranged parallel to the wall panel Pa1 allows the reinforcing body sill 16 arranged along the intersection D to be bolted, and the other piece 17
As a result, the floor beam 20, which is arranged in substantially the same plane as the wall panel Pa1 and extends into the multi-story portion B, is bolted. In this embodiment, the reinforcing plate part 6 is made of a small piece that extends from the upright plate part 4 and is bent at right angles to the wall panel Pa1, and its lower end is welded to the lower horizontal plate part 2. Bolt the front edge of the roof panel Pc1 of the one-story part A.

Each wall panel Pa1, Pb1, Pb2, Pb3, Pc1 is formed by joining a frame material 22 made of a channel material into a rectangular shape, and attaching face materials 23, 23 to the surface thereof,
In addition, a lip 24 is suspended from the lower frame member 22. In this embodiment, by providing screw holes 25 at the upper end, lower end, or front edge of each frame member 22,
Bolt the construction metal fitting 1 and the receiving metal fitting 9, respectively.

However, the architectural fittings 1 are located at the corner C of the one-story part A and the multi-story part B, and by being attached to the upper end of the one-story part A, the building fittings 1 can be attached to the wall panel downstairs.
Pa1, Pb1, downstairs wall panels Pb2, Pb3, reinforcement beams 16, floor beams 20, and roof panel Pc1 can be connected at the same time with one metal fitting 1, and a variety of conventional architectural metal fittings that connect each member individually. This makes it possible to have multiple functions compared to the case where the building is used, which also simplifies the structure of the building and improves the efficiency of construction.

As mentioned above, the architectural fittings of the present invention can simultaneously connect various members such as upper and lower floor wall panels, reinforcing shells, etc. at the intersection of a one-story part and a multi-story part in a building using the panel construction method. It is possible to achieve the efficiency of construction and the simplification of the configuration, which in turn improves assembly accuracy and can produce excellent effects such as making it possible to reduce construction costs.

[Brief explanation of drawings]

Fig. 1 is a perspective view showing one embodiment of the present invention;
The figure is an exploded perspective view of the same, and FIG. 3 is a perspective view showing a place where the construction fitting of the present invention is used. 2... lower horizontal plate part, 3... upper horizontal plate part, 4...
Upright board part, 6...Reinforcement board part, 16...Reinforcement sill, 20...Floor beam, A...One-story part, B...Multi-story part, C...Inlet corner part, D...Intersection part ,Pa1
...Wall panel of the one-story part, Pb1...Wall panel downstairs, Pb2...Wall panel downstairs, Pc1...Roof panel.

Claims (1)

[Scope of utility model registration request] An architectural fitting that is installed at the corner of a one-story part and a multi-story part and at the upper end of the one-story part,
A lower horizontal board section that straddles and fixes the upper end of a wall panel of the one-story section and a lower-level wall panel of the multi-story section that is perpendicular to the wall panel, and an upper horizontal board that attaches the lower end of the upper wall panel of the multi-story section. section L between
One piece of the upright board part is fixed, and one piece of the plate is used to fix a floor beam that is placed approximately on the same plane as the wall panel of the one-story part and extends inside the multi-story part, and the other piece is used to fix the upper end of the one-story part. An architectural metal fitting characterized in that it fixes a reinforcing sill disposed along the intersection of a section and a multi-story section.