JP2602232B2 - Assembly house - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial application field) The present invention relates to an assembled house applied to an independent room built in a garden or the like of a general house, a bungalow in a villa area, a lightning hut in a golf course, and the like. is there.

(Prior art) Conventionally, this kind of assembly house, after assembling the frame,
The roof panel was configured to be mounted.

(Problems to be Solved by the Invention) Therefore, in the above-mentioned conventional assembly house, it is necessary to assemble a roof group such as a roof beam and to install a roof panel, and the number of steps is increased, the implementation is complicated, and the construction period and construction cost are reduced. There was a problem in point.

(Means for Solving the Problems) The present invention has been proposed in order to solve such problems, and is directed to a wall direction from both side edges of an open portion of a semi-cylindrical column having an open inner surface. A connection flange extending in a direction is provided, along the inner peripheral surface near the upper end, a filler is loaded,
In addition, four pillars are formed integrally with a hollow beam receiving portion having an upper end formed in a horizontal plane, and one pillar is provided on a PC base provided at each vertex position of a quadrilateral. A connecting material is connected between the connecting flanges on the column bases of the adjacent columns, and for each of the columns, the filler extends near the lower edge of the inclined roof slab in parallel with the lower edge, and is filled with filler. While the installed hollow roof beams are erected, the roof slabs with two beams with vertical connection pieces are erected from both side edges of the inclined roof slab, and the end faces of the respective roof beams abut each other. The roof beam is mounted on the beam receiving portion such that the outer surface of each roof beam abuts on the inner surface of the upper projecting portion of the beam receiving portion of the column, and the upper projecting portion of the beam receiving portion of the column and the Roof beams are joined to each other with bolts, and a vertical extension extending from the side edge of each inclined roof main plate in the adjacent roof plate with beams. With joining connecting portion pieces with bolts, it relates to an assembly house, characterized in that formed by fitting the elastic seal member in a gap of the same two connection portions pieces.

(Operation) Since the present invention is configured as described above, the columns are respectively erected on the PC foundations installed at the respective vertex positions of the quadrilateral, and the semi-cylindrical columns of the adjacent columns are formed. A connecting member is connected to connection flanges extending from both side edges of the inner open portion to form a base portion.

Then, using the upper horizontal surface of the hollow beam receiving portion, which is integrally protruded with the main body along the inner peripheral surface near the upper end of the main column in each of the columns and is filled with the filler, on the same surface. In the roof slabs with adjacent beams, the end surfaces of the hollow roof beams that extend in parallel with and near the lower edge of the inclined roof slab and that are filled with the filler are in contact with each other, and the outer surfaces of the roof beams are the same. A pair of two adjacent roof slabs with beams are provided for each column so that the upper projections are in contact with the upper protruding portions of the beam receiving portions in the column main body, and the upper protruding portions and the roof beams are bolted to each other. A roof slab with a beam is attached between the pillars, and between adjacent roof slabs, bolts are connected between vertical connecting portions extending from the main roof slabs, and thus the roof slab is attached to the pillars. At the same time, roof beams are erected, and bullets are inserted between the side edges of adjacent roof slabs. The sealing material is fitted is to hold the watertight roof.

(Example) Hereinafter, the present invention will be described with reference to an illustrated example.

(A) A pair of connecting flanges (2) and (2) on both sides of the inner opening of a semi-cylindrical pillar main body (1) whose inner surface is open, which is made of FRP, and is perpendicular to each other in the wall direction. It extends in the direction.

A rib (3) having a mounting hole (3a) is integrally protruded from an inner peripheral surface of a lower end portion of the pillar main body (1), and a reinforcing rib (3 ') is provided at a predetermined position above the rib (3). Is the subject (1)
Is protruded along the inner peripheral surface. Further, near the upper end edge of the column main body (1), a hollow beam receiving portion (4) having a triangular cross section whose upper end surface is formed in a horizontal plane is integrally provided along the inner peripheral surface of the column main body (1), Resin concrete in hollow part (a)
The upper projecting portion (1 ') of the hollow beam receiving portion (4) in the column main body (1) is inclined obliquely upward and outward, and a mounting hole (1a') is formed. .

(B) is a roof slab with beams. The vertical connection piece (6) extends from the side edge of the FRP sloping roof slab (5), and a hollow roof beam parallel to the lower edge from the inside of the lower edge. (7) is integrally suspended, and the outer surface of the roof beam (7) is formed to have the same tapered surface as the upper protruding portion (1 ') of the column (A), and the inside is filled with a filler (a). Resin concrete is loaded and mounting holes (7a) are drilled on both sides. (6a) in the figure is a mounting hole for the vertical connecting piece (6).

(C) is an FRP connection material, and connection flanges (9), (10), (11) from the upper edge, side edge and lower edge of a box-shaped member (8) filled with resin concrete as a filler (a). Is extended.

The pillars (A) are placed one by one on the PC foundations (D) respectively arranged at the apexes of the quadrilateral, and the anchor bolts planted from the same foundations (D) are mounted on the ribs. (3)
The column (A) is fixed on each of the foundations (D) by inserting and tightening the mounting holes (3a).

Next, the connecting flange (10) of the connecting member (C) is connected to the connecting flange (2) of the adjacent column (A), and the connecting flange (11) is connected to an intermediate PC foundation (not shown) by an anchor bolt or the like. And thus the joining material (C) is joined between the columns (A).

Next, on the hollow beam receiving portion (4) of each of the columns (A), the adjacent roof slabs with beams (B) are installed. At this time, the end faces of the roof beam (7) of each roof slab (B) abut against each other, and the outer side faces the upper projecting portion (1 ') of the hollow beam receiving portion (4) of the column (A). So that they are in contact with each other, and the mounting holes (1a ') of the upper protrusion (1') and the roof beam (7)
The bolt (12) is inserted through (7a) and tightened with the nut (13), and the mounting holes (6a) of the vertical connection pieces (6) and (6) of the adjacent roof slab with beam (B) A bolt (14) is inserted between them and tightened with a nut (15). Thus, the roof slabs with beams (B) are joined to each other, and the roof slab with beams (B) and the pillars (A) are joined. I do. In addition, the roof version with adjacent beams (B)
A rubber elastic sealing material (E) is press-fitted into the gap (B) to ensure the watertightness of the roof.

At the top of each roof slab with beams (B), a bracket (17) is fixed to a vertical piece (16) extending from the upper edge of the roof slab (5) of each roof slab (B). Each vertical piece (1
6) A hollow mounting piece (18) suspended from an FRP toplight (F) is fitted into the gap formed between the mounting pieces (18).
Is fastened to the bracket (17) with bolts (19) and nuts (20), and the top light (F) is attached to the top of each roof slab (B) with beams. (21) in the figure is a spacer.

Thus, according to the above embodiment, the installation of the roof beam is completed at the same time when the roof is mounted on the pillar (A).

A bracket (2) attached to the upper connection flange (9) of the connection member (C) and the lower end surface of the roof beam (7).
2) The sash (G) and the wall plate (H) are joined with bolts and nuts.

(Effects of the Invention) According to the present invention, pillars are respectively erected on the PC foundations erected at the respective apexes of the quadrilateral, and between the column bases of the four columns thus arranged. By connecting the connecting members, each column is rigidly installed on the foundation, provided near the upper end of each semi-cylindrical column whose inner surface is open, and sufficient because the filler is loaded. The filler in the roof slab with beams adjacent to the horizontal plane at the upper end of the hollow beam receiving portion having strength and rigidity is loaded, and each end surface of each roof beam having sufficient strength and rigidity abuts, and the outer surface is a column. It is mounted so that it abuts against the inner surface of the upper projecting part of the beam receiving part of the main body, and by joining the projecting part and the roof beam, the frame of the roof beam is completed at the same time as the installation of the roof slab. It is simplified and the construction period is saved.

In addition, by fitting an elastic sealing material between the connecting pieces which are vertically provided on the side edges of the adjacent roof slabs with beams, the roof is kept watertight by simple construction.

[Brief description of the drawings]

FIG. 1 is a longitudinal sectional view of an assembled house according to the present invention, FIG. 2 is a cross-sectional plan view thereof, FIG. 3 is an exploded perspective view showing joints of columns, roof members, and connecting members, and FIG. FIG. 5 is a vertical cross-sectional view showing a joint between the roof slab and the beam, and FIG.
The figure is a longitudinal sectional view showing a beam receiving part of a column, FIG. 7 is a cross-sectional plan view thereof, FIG. 8 is a partial longitudinal side view of a roof with beams, and FIG. FIG. 10 is a longitudinal sectional view showing a joint between the roof plate with beams and the top light, and FIG.
11 is a longitudinal side view of the column, FIGS. 12 and 13 and FIG. 14 are arrows PP and QQ and arrows RR and FIG. 15 of FIG. 1, respectively. , FIG. 16, FIG. 17, and FIG. 18 are a front view, a side view, a plan view, and a perspective view, respectively, of the assembly house according to the present invention. (A) ... pillar, (B) ... roof slab with beam, (C) ... connecting material, (D) ... PC foundation, (E) ... elastic sealing material,
(1) ... pillar main body, (2) ... connection flange, (4) ...
... hollow beam receiving part, (5) ... inclined roof slab, (6) ... connecting piece, (7) ... roof beam, (12) ... bolt, (14) ...
... bolt, (a) ... filler.

Claims (1)

(57) [Claims] 1. A connecting flange (2) extending in a wall direction from both side edges of an open portion of a semi-cylindrical column (A) having an open inner surface, and filling along an inner peripheral surface near an upper end. Four pillars (A), each of which is provided with the agent (a) and integrally formed with a hollow beam receiving portion (4) having an upper end formed in a horizontal plane, are arranged at each vertex position of a quadrilateral. The pillars (A) are erected one by one on each of the PC foundations (D) and the adjacent pillars (A)
A connecting member (C) is connected between the connecting flanges (2) on the column bases of the above, and for each of the columns (A), extends near the lower end edge of the inclined roof slab (5) in parallel with the lower end edge, And a hollow roof beam (7) loaded with the filler (a) is vertically provided,
Each roof slab (B) with a pair of beams with vertical connecting pieces (6) suspended from both side edges of the sloping roof slab (5) is attached to the roof slabs (7) with their end faces abutting against each other. The roof beam (7) is mounted on the beam receiving portion (4) so that the outer surface of the roof beam (7) abuts on the inner surface of the upper projecting portion (1 ') of the beam receiving portion (4) in the column (A). Then, the upper projecting portion (1 ') of the beam receiving portion (4) in the column (A) and the roof beam (7) are joined with bolts (12), and the adjacent roof plate with beam (B) is joined.
The vertical connection pieces (6) extending from the side edges of the inclined roof main slabs (5) are joined by bolts (14), and the gap between the connection pieces (6) is elastically sealed. Material (E)
An assembling house characterized by being fitted.