JP3070170U - Roof reinforcement structure for folded plate structure - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide a roof reinforcing structure with high strength, which increases load capacity without changing the appearance and internal volume of a folded plate structure and does not require snowfall even in an area with heavy snowfall. SOLUTION: A beam with a tight frame formed according to an uneven surface of a corrugated plate of a roof portion and a round pipe formed according to bending of a curved portion which is a boundary between a roof and a side wall are joined to a back surface of the roof. Fix it in place. In the above configuration, the beam with the tight frame and the round pipe are arranged at a plurality of locations, fixed to each other, and connected to the folded plate structure main body.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a reinforcing structure for a garage, a warehouse or the like in which a roof and a side wall are integrally formed by bending a square corrugated plate having a trapezoidal peak and a valley continuous in a waveform into a U-shape. About.

[0002]

[Prior art]

 Conventionally, a so-called deck plate, which is a corrugated plate having a trapezoidal peak and valley formed in a continuous waveform, and which is bent in a U-shape to integrate the roof portion and the side wall portion. In general, folded plate structures formed in general have been proposed and are generally used as garages and warehouses.

[0003] Such garages, warehouses, and the like are structured as a snow-free type, so that they are frequently used in areas with a lot of snow.

However, since the garage and the warehouse have a snow resistance limit, if the snow load exceeds an allowable level, the load is likely to be deformed by an external pressure. I have to get off.

[0005] Based on the above, garages and warehouses using thick rectangular corrugated plates have been proposed, and measures have been taken to increase the load capacity of the roof. , Warehouses, etc., and it was necessary to install new garages and warehouses.

[0006] In addition, a method of fixing a beam to the back surface of the roof of the garage or warehouse and supporting the beam with a support has been considered. However, since the boundary between the roof and the side wall is in a curved state, the support is fixed to the inner surface of the side wall. However, there is a problem that the internal space is narrowed because it is installed away from the inside.

[0007]

[Problems to be solved by the present invention] The technical problem to be solved by the present invention is to solve the above-mentioned problems, in particular, to increase the load carrying capacity of the roof without reducing the internal space of a garage, a garage, etc. The aim is to propose garages and warehouses that have a structure that can withstand practical use in winter even in areas with a lot of snow and do not require snowfall.

[0008]

[Means for Solving the Problems]

 In order to solve the above-mentioned problem, a reinforcing structure according to the present invention is configured such that a trapezoidal peak portion and a valley portion are formed into a U-shape by forming a square corrugated plate having a continuous waveform, and the roof portion and the side wall portion are integrated. In garages, warehouses, etc. that are specifically formed, tight-frame beams with a shape matching the corrugated surface of the square corrugated board, whose roof peaks and valleys are continuous in a waveform, are fixed to multiple locations on the back of the roof, A round pipe curved in accordance with the bending of the curved part, which is the boundary between the roof and the side wall, is fitted in parallel at multiple locations on the inner concave surface on both side walls, and fixed together at the point where the tight framed beam and the back of the roof are joined. The roof is reinforced from below by supporting the beam on the upper surface of the round pipe.

[0009]

[Embodiment of the invention]

 Hereinafter, a garage reinforced using the present invention will be described with reference to the drawings.

FIG. 1 shows the overall shape of a garage. The garage is a folded plate formed by bending a square corrugated plate (2) in a U-shape on a slab (1) or a foundation base. It is a structure.

[0011] The square corrugated sheet (2) is a joint of a thin iron plate which is continuously bent in a wave form with trapezoidal peaks and valleys. (3) Fixed with.

The widths and angles of the peaks and valleys of the square wave plate, the intervals between the peaks and valleys, and the shapes and angles of the curves that meet the boundaries between the roof and side walls of the main body are as follows. It doesn't matter.

FIG. 2 shows the entire structure according to the present invention, in which a tight frame is formed by matching the peaks and valleys of the roof with the irregular surface of a square corrugated plate formed in a continuous wave shape. (4) and the beam (5) cut in accordance with the garage depth dimension are placed in the same place as the bolt and nut (3) where the garage body is formed on the roof, and the tight frame (4) and the beam (5) At each joint with the roof, the bolt and nut (3) fix the tight frame (4) and the beam (5) to the garage body.

Although a bolt and a nut are used as a fixture for the tight frame and the beam, it is only necessary that the tight frame and the beam are fixed to the garage main body. Absent.

Further, for example, the beam shown in the figure is a square pipe having a height of about 60 mm and a width of about 30 mm which is cut to the depth of the garage, but it is only necessary that a tight frame can be fixed to the upper surface of the beam. The size and shape of the side and bottom surfaces of the beam, the members, and the like are not limited. The same can be said for a tight frame. Further, there is no limitation on the number of arrangement positions of the beam and the tight frame, and a plurality of tight frames may be arranged in parallel on the beam.

The round pipes (6.7) welded to the shackles or the foundation on both side walls of the garage are arranged so as to fit into the recesses on both side walls toward the center of the roof, and the two round pipes (6.7) are placed. ) Is welded to the mandrel (8) at the center of the back of the roof, and the two round pipes (6.7) are connected and fixed to the garage body.

[0017] By forming the round pipe (6, 7) in accordance with the bending of the curved processing portion that is a boundary between the side wall surface of the garage and the roof surface, in addition to the reinforcement of the roof surface, the reinforcement of the curved processing portion is also enhanced. As a result, a garage having sufficient strength can be realized without reducing the internal space.

It is sufficient that the round pipe is formed to have a curve in accordance with the bending of the curved processing portion which is the boundary between the roof and the side wall, and the pipe may be arranged regardless of the shape, size, and members. There is no limit on the number of locations. Furthermore, there is no particular limitation on the method of joining at the center of the back of the roof and the method of fixing it to the garage body.

In each of the above configurations, by joining each point where the beam (5) with the tight frame (4) and the round pipe (6.7) intersect in the roof, the tight frame (4), the beam (5), And all the round pipes (6.7) are fixed to the garage body and integrated.

The tight frame (4), the beam (5), and the round pipe (6.7) forming the reinforcing structure are fixed to the garage body with bolts and nuts, and also welded. It can be used by other means.

[0021] For example, the reinforcing structure in the figure can be easily assembled, and can be assembled at a low cost because the fixing device of the garage body is used.

[0018]

[Effect of the invention]

 According to the configuration, the reinforcing structure is in close contact with the inner wall and the roof of a garage, a warehouse, or the like by utilizing the concave space of the square corrugated plate in which the peaks and the valleys are continuous in a wave shape. As a result, even after the reinforcement structure is installed, the appearance and the internal volume are not changed, so that the load capacity can be increased while enabling the same use as before the reinforcement.

Further, in the installation method, it is possible to provide a reinforcing structure to a garage, a warehouse, or the like, which has already been deformed by external pressure such as a load, and further, by installing the reinforcing structure, It also has a correction effect on deformed garages and warehouses.

[0020]

[Brief description of the drawings]

FIG. 1 is a perspective view of a garage to which a reinforcing structure according to the present invention is applied.

FIG. 2 is a perspective view of a structure according to the present invention.

FIG. 3 is a side view of the structure.

[0021]

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Bunch stone 2 Square wave board joint 3 Bolt nut 4 Tight frame 5 Beam 6, 7 Round pipe 8 Mandrel

Claims (1)

[Utility model registration claims] 1. A garage, a warehouse, or the like in which a side wall portion and a roof portion are integrally formed by folding a square corrugated plate having a trapezoidal peak portion and a valley portion continuous in a waveform into a U-shape, thereby forming a roof. The peaks and valleys are connected in a corrugated shape, and a tight frame with a corrugated surface is joined to the upper surface of a beam of a predetermined shape. The round pipe curved in accordance with the bending of the curved part, which is the boundary between the roof and the side wall, is fitted in parallel at multiple locations on the concave surface of both side walls, and the two ends of the round pipe are fixed on the back of the roof, The structure is characterized in that the roof is reinforced from below by supporting the roof on the upper surface of the round pipe.