JPH0673210U - Roofing panel - Google Patents

Abstract

(57) [Summary] [Purpose] To provide a roof-cutting panel in which a beam receiving reinforcement member and a ridge beam receiving member are attached in advance at a factory stage, which can reduce the on-site construction work and the construction period. [Composition] It is formed in a substantially triangular shape along the roof slope,
The ridge beam 14 and the roof panel 1 are erected on the wall panel 12.
6 is a roofing panel 10 for supporting 6 and is divided at a position slightly deviated to one side from the apex position of the substantially triangular shape, and another division panel is attached to a position of the ridge beam 14 of the division panel 18 including the apex. The beam receiving and reinforcing member 30 was attached in a state of straddling 20, and the beam receiving and receiving member 32 was attached in advance to the beam receiving and attaching member 30 at the attaching position of the ridge beam 14.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a roof panel, and more particularly to a roof panel integrally provided with a ridge beam receiving member.

[0002]

[Prior art]

 In general, as one of industrialized houses, a panel construction method is known in which a plurality of building panels are assembled in a box shape to construct a building.

In this panel construction method, for example, a plurality of floor panels are laid to form a floor of a predetermined area, and a plurality of wall panels are erected on the outer periphery of the floor panel to form an outer wall, and Triangular roofing panels along the roof slope are erected on outer walls or partition walls formed between outer walls, and ridge beams and other beams are bridged between these roofing panels. The roof is formed by installing multiple roof panels on the beams of.

FIG. 5 shows the roof panel 10. This roofing panel 10 is composed of two division panels 12 which are divided into two from a triangular vertex position. Such a division panel 12 is conveyed to a construction site, and a wall panel 14 is erected at the construction site. After vertically fixing and connecting and fixing the respective divided panels 12 to each other, the beam receiving reinforcing member 16 is attached to the ridge beam attaching position near the apex, and further the ridge beam receiving member 18 is attached from the top. 18 was made to support the master beam 20.

[0005]

[Problems to be solved by the device]

 In the conventional roofing panel 10, since the split panel 12 which is split into two at the apex position of the triangular shape is used, the beam receiving reinforcing member 16 and the ridge beam receiving member 18 that straddle the two split panels 12 are provided. The installation must be performed after the two split panels 12 have been erected and connected at the construction site, leading to an increase in on-site construction work and a prolongation of the construction period.

In particular, in recent years, for the purpose of industrialization promotion, parts and other sub-assemblies in factories and pre-finishing have been promoted, and it has been attempted to reduce the on-site construction work and shorten the construction period. The cutting panel 10 violates these purposes.

The present invention has been made in view of the above conventional problems, and an object thereof is to reduce the on-site construction work and the construction period by installing the beam receiving reinforcement member and the master beam receiving member in advance at the factory stage. The purpose is to provide a roof-cutting panel that can be made into a product.

[0008]

[Means for Solving the Problems]

 In order to achieve the above object, the roof panel according to the present invention is a roof panel that is formed in a substantially triangular shape along the slope of a roof and is erected on a wall panel to support a master beam and a roof panel. The beam receiving reinforcement member is attached at a position slightly deviated to one side from the apex position of the substantially triangular shape, and at the ridge beam attachment position of the division panel including the apex while straddling another division panel, The feature is that the ridge beam receiving member is previously attached to the ridge beam mounting position of the beam receiving reinforcing member.

[0009]

[Action]

 In the present invention having the above-mentioned structure, since the roof panel is divided at a position slightly deviated to one side from the apex position of the substantially triangular shape, the beam receiving reinforcement member and A master beam receiving member can be attached. Therefore, it is possible to attach the beam receiving reinforcement member and the ridge beam receiving member at the factory production stage of the roofing panel, and it is possible to reduce the work at the construction site and shorten the construction period.

Further, since the beam receiving reinforcing member is attached in a state of straddling another split panel, the beam receiving reinforcing member can be attached and fixed to another split panel when the split panels are connected.

[0011]

【Example】

 Hereinafter, embodiments of the present invention will be described with reference to the drawings.

1 to 4 are views showing a roof panel according to an embodiment of the present invention.

In FIG. 1, a roof panel 10 is provided to stand on a wall panel 12 provided on a floor panel (not shown) to support a ridge beam 14 and a roof panel 16. The panel 12 has a base substantially corresponding to one side, and is formed in a substantially triangular shape having two hypotenuses along the slope of the roof. The ridge beam 14 is supported at a lateral position near the central apex of the roofing panel 10, and the roof panel 16 is supported by two oblique sides of the roofing panel 10.

Further, the roofing panel 10 is a large one having a bottom extending over the entire length of one side of the wall panels 12 which are continuously provided as described above, and when the whole roofing panel 10 is integrally manufactured in a factory. Since it is inconvenient in transportation, it is formed as two split panels 18 and 20 at the factory production stage, and the two split panels 18 and 20 are connected and integrated at the construction site.

Specifically, the roof panel 10 is divided at a position slightly deviated to one side from the apex position of the substantially triangular roof panel 10, and a large division panel 18 including a substantially triangular vertex is provided. The remaining small triangular divided panels 20 are formed. These split panels 18 and 20 are constructed by attaching face plates made of plywood to both sides of a core material framed in each split shape.

As shown in FIG. 3, these two split panels 18 and 20 have a plurality of female connecting hardware 24 attached to a connecting surface 22 of a large split panel 18, and a connecting surface 26 of a small split panel 20. By attaching a plurality of male connecting hardwares 28 to the positions corresponding to the female connecting hardwares 24 and connecting these female connecting hardwares 24 and male connecting hardwares 28, the split panels 18, 20 can be connected and integrated. There is. The connecting surfaces 22 and 26 of the split panels 18 and 20 are adhered to each other with an adhesive, and the female connecting hardware 24 and the male connecting hardware 28 described above can be clamped at the time of adhesion. As described above, the connecting surfaces 22 and 26 are guided so as to be attracted to each other.

Further, a beam receiving reinforcing member 30 is attached to the large split panel 18 including the apexes of a substantially triangular shape at the mounting position of the master beam 14. The beam receiving and reinforcing member 30 is made of plywood and has a rectangular shape. The beam receiving and reinforcing member 30 is horizontally attached to the side ridge beam mounting position of the split panel 18 and extends from the connecting surface 22 so as to straddle the small split panel 20 side. It is in a state of protruding toward the split panel 20 side. The beam receiving / reinforcing member 30 is bonded and fixed to the face material of the split panel 18.

The ridge beam receiving member 32 is previously attached to the ridge beam mounting position of the beam receiving reinforcing member 30. The ridge beam receiving member 32 is a substantially U-shaped ridge beam supporting portion 34 into which the end portion of the ridge beam 14 can be inserted from above, and is integrally formed with the ridge beam supporting portion 34 and can be attached to the beam receiving reinforcing member 30. It is made of metal with the attached mounting portion 36.

Next, a mounting state of the roof panel 10 of this embodiment will be described.

First, the roof panel 10 is produced in a factory in a state of being divided into the divided panels 18 and 20, and is carried into a construction site. In this case, the beam receiving reinforcing member 30 is attached to the large-sized split panel 18, and the ridge beam receiving member 32 is attached to the beam receiving reinforcing member 30 in advance. That is, since the large division panel 18 is divided so as to include the apexes of the substantially triangular shape, it is possible to assemble the ridge beam receiving member 32 at the factory stage. Installation work of the member 30 and the ridge beam receiving member 32 can be omitted, and it becomes possible to reduce the on-site work and the construction period.

Next, in a state where the wall panel 12 is erected on the floor panel, the division panels 18 and 20 are erected on the upper end of the wall panel 12. In this case, for example, after a large division panel 18 is erected on the wall panel 12, a small division panel 20 is connected to the large division panel 18 by coupling a female connecting piece 24 and a male connecting piece 28. Meanwhile, it is erected on the wall panel 12. When connecting the split panels 18 and 20 to the wall panel 12, as shown in FIG. 4, a coach bolt 40 is screwed into the upper panel 38 of the wall panel 12, and the upper end of the coach bolt 40 is split. The through holes 44 formed in the lower core members 42 of the Nos. 18 and 20 are passed through, and the nuts 46 are screwed into the coach bolts 40 from the inside of the split panels 18 and 20 to tighten the nuts 46 so that they are connected.

Next, in a state where the split panels 18 and 20 are connected to each other and are erected on the wall panel 12, a protruding piece of the beam receiving reinforcing member 30 to the split panel 20 side is fixed to the surface material of the split panel 20. To do. This makes it possible to increase the fixing area of the beam receiving / reinforcing member 30 and increase the fixing strength.

If the end portion of the ridge beam 14 is inserted into and fixed to the ridge beam support portion 34 of the ridge beam receiving member 32, and the roof panel 16 is attached along the inclination of the roof panel 10, it will be easy and short time. It is possible to form a roof on.

The present invention is not limited to the above-mentioned embodiment, and various modifications can be made within the scope of the present invention.

For example, in the present embodiment, the beam receiving reinforcing member is formed of plywood, but the beam receiving reinforcing member is not limited to this and may be formed of metal or other material.

Further, although the beam receiving reinforcing member and the ridge beam receiving member are formed as separate bodies, the present invention is not limited to this, and it is also possible to form them integrally.

[0027]

[Effect of device]

 As described above, the roof panel of the present invention is divided at a position slightly deviated to one side from the apex position of the substantially triangular shape. The member and the ridge beam receiving member can be attached. Therefore, it is possible to attach the beam receiving reinforcement member and the ridge beam receiving member at the factory production stage of the roofing panel, which has the effect of reducing the work at the construction site and shortening the construction period.

Further, since the beam receiving reinforcing member is attached in a state of straddling another split panel, the beam receiving reinforcing member can be attached and fixed to another split panel at the time of connecting the split panels. There is an effect that the mounting strength of the reinforcing member can be improved.

[Brief description of drawings]

FIG. 1 is a sectional view showing a mounted state of a roof panel according to an embodiment of the present invention.

FIG. 2 is an exploded perspective view showing a disassembled and assembled state of the roof panel shown in FIG.

FIG. 3 is a perspective view showing a joined state of divided panels.

FIG. 4 is a cross-sectional view showing a joined state of a wall panel and a roof panel.

FIG. 5 is an exploded perspective view showing an assembled state of a conventional roofing panel.

[Explanation of symbols]

 10 Roofing Panel 12 Wall Panel 14 Building Beam 16 Roof Panel 18, 20 Dividing Panel 30 Beam Reinforcement Member 32 Building Beam Support Member

Claims (1)

[Scope of utility model registration request] 1. A roofing panel which is formed in a substantially triangular shape along a slope of a roof, and which is erected on a wall panel to support a ridge beam and a roof panel, and is slightly offset to one side from the apex position of the substantially triangular shape. In addition to dividing at the position, the beam receiving reinforcing member is attached to the ridge beam mounting position of the split panel including the apex while straddling other split panels, and the beam receiving reinforcing member is attached to the ridge beam mounting position in advance. A house-cutting panel with a ridge beam support member attached.