KR950005896Y1 - Prefabricated house - Google Patents

Abstract

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Description

Frame Structure of Mobile Prefab House

Figure 1 is a perspective view of the state only expressing the assembled frame omitting the wall of the subject innovation assembly house.

2 is an enlarged exploded perspective view of the portion “A” of FIG. 1;

3 is an enlarged exploded perspective view of the portion “B” of FIG. 1.

The present invention relates to a frame structure of a mobile assembly house, and various kinds of prefabricated buildings have been proposed as a prefabricated wall incorporating a foam wall material in a recent steel frame.

The mobile assembly house of the present invention can be easily assembled and assembled freely and quickly in front, rear, left, right and up and down at the same time. As a mobile prefabricated house, it is designed to achieve construction via construction time and transportation very efficiently and at low cost.

Referring to the present invention in detail according to the accompanying drawings as follows.

Both ends of the rectangular steel tube 12 before and after the outer side of the rectangular bottom plate 10 serving as the bottom surface of the building, the "b" shaped cutout portion 12a in which the square tube column 16 of the side wall frame 14 can be raised. Are each formed, and each of these cutouts 12a is sealed off by a "b" shaped bent metal piece, and each side 18 is fixedly installed at both ends of the front and rear square iron pipes 12, and the reinforcing cantilever 20 A plurality of the front and rear square iron pipes 12 are welded and fixed at equal intervals, and for folding and grafting with the rectangular tube column 16 of the left and right side wall frames 14 placed at the respective cutout portions 12a of the left and right ends of the bottom plate 10. The four corners of) are welded and fixed to the "a" shaped bending bracket 22 inside the cutout 12a as shown in FIG. 2, and the connecting hole 22a is drilled in the standing piece, and the bending bracket 22 ) And a "b" shaped bending bracket 24 in which the connecting hole 24a facing each other is perforated is welded to the lower side of the square tube column 16, and the bending brackets 22 and 24 are welded. Insertion of the hinge bolt (26) to the connecting hole (22a), (24a), and screwed to the nut 28.

The four corners of the bottom plate 10 are hinged as described above with the square tube holder 16 of the side wall plate 14 so that the side wall plate 14 is folded inward and folded on the bottom plate 10 during transportation. will be.

When the present invention is assembled in a predetermined construction site, the enemy's dolmen is placed on the bottom of the bottom plate 10, and the left and right side wall plates 14, which are folded by the hinge coupling, stand upright, and the bolt 30 is in the square tube column 16 lower side. The left and right side wall plates 14 are vertically installed and fixed to the bottom plate 10 by being inserted into the through holes 16a and fastened through the screw holes 12b formed on the side of the cutout 12a.

Here, the side through hole 12c drilled at the end of the front side iron plate 12 is a bolt coupling hole in the case of presenting the present invention back and forth, and the bottom hole 12d formed at the bottom of the square iron plate 12 has two layers. It is a connection to the lower government building at the time of construction.

Next, the ceiling frame 32 is re-fixed to the upper side where the left and right side wall plates 14 are fixed in place, and the lifting wires are placed on the hooks 34 fixed to the upper outer four ears of the ceiling frame 32, and the lifting wires are repositioned and suspended. Engaging and fixing the coupling hole 32a perforated on the bottom of the four ears of the frame 32 and the screw hole 16b at the upper end of the square tube column 16, and again before and after the ceiling frame 32 to enhance the coupling firmness. When the hook ring 36 formed on the upper surface of the upper end of the square tube holder 16 and the hook ring 36 formed on the lower side of each side tube end are fixed to the turn buckle 40, the present invention is more firmly constructed. It is possible to maintain the robustness to overcome the pressure of the strong wind.

Wall material, flooring material and ceiling material used in the present invention is a panel in which the foam insulation is interpolated is used, the soundproofing, moisture-proof, heat insulation and insulation effect is outstanding, windows and doors, etc. will be used arbitrarily installed as desired.

In addition, it is a very useful design that can be quickly and simply dry assembled installation of the desired size of the building by erecting the speech to the front, rear, upper left and right.

Claims (2)

In the prefabricated building, which allows the bottom plate and the wall and the ceiling plate of the prefabricated building to be separated and assembled, the side wall plate 14 is formed on the cutouts 12a formed at each end of the front and back square tube 12 at the four ears of the front plate 10. Bent brackets (24), which are mounted in a square tube column (16) and are fixed to the lower side of the square tube column (16) facing the bent brackets (22) fixed inside the cutout portions (12a) of the square iron tube (12). The hinge bolt 26 is hinged to each of the connecting holes 22a and 24a of the connection hole, and the square tube holder 16 is fastened and fixed to the end of the square iron tube 12 by the bolt 30, and the square tube holder 16 is fixed. 4) Hexagonal steel pipe bottom connection hole 32a of the four ears of the ceiling frame 32 mounted on the upper side and the screw hole 16b of the upper corner of the square tube column 16 are fixed with bolts, and the hook of the bottom surface of the corner of the ceiling frame 32 Frame structure of a mobile prefabricated house, characterized in that the turn buckle (40) is fastened to the hook (38) on the upper inner surface (36) and the square tube column (16). The method of claim 1, wherein the through-hole 12c is drilled in each outer side surface of each corner portion of the square plate 12 before and after the bottom plate 10, and the connecting hole 12d is drilled in the bottom surface to fix the front and rear or up and down. Frame structure of a mobile assembled house, characterized in that there is.