JPS5923129Y2 - roof - Google Patents

Description

[Detailed explanation of the idea] This idea concerns the roof.

As shown in FIG. 1, conventional roof rain protection is achieved by laying a plurality of roof panels 1 vertically and horizontally with their outer peripheral end surfaces facing each other and in close contact with each other. This was done by pasting two sheets of Roofing 2.

However, since the roofing 2 is installed after all of the roof panels 1 have been laid, there is a problem that if the weather suddenly changes and it rains before the roofing 2 is completely installed, the roof panels 1 will get wet over a wide area. was.

To prevent this, as shown in FIG. 2, a roof panel 5 with roofing 3 pasted on the top surface of the roof panel main body 4 is formed in advance in a factory, and the roof panel 5 is laid at the site. However, in that case, the end surfaces of the roofings 3, 3 would only be in contact with each other at the joint of the roof panels 5.5, so the tiles laid on the ruler 3 after the roof construction However, if rainwater leaks near the joint between the roof panels 5 and 5, the rainwater will pass through the joint between the roofings 3 and 3, and enter the attic through the joint between the roof panel bodies 4 and 4. A new problem arises.

Furthermore, even if the ends of the roofings 3, 3 are extended and the extended areas are overlapped, rainwater will still flow through the overlapped area due to capillary action and reach the roof panel main body 4.
, there is a risk that the joints between the pipes may enter the attic.

Therefore, the purpose of this invention is that even if it rains during roof construction, the roof panels will hardly get wet, and even if the area near the roof panel joints gets warm after roof construction, the rainwater will be transferred to the attic. To provide a roof capable of smoothly draining water to the eaves side without letting water intrude into the interior.

An embodiment of this invention is shown in FIGS. 3 and 4.

That is, this roof consists of roof panels 6, gutters 7, and tiles 8.
It consists of

The roof panel 6 includes a roof panel main body 9 and a roofing 1o.
In other words, the side end 10 of the roofing 10
The lower surface of the roofing 10 is attached to the upper surface of the roof panel main body 9 so that the lower surface of the roof panel 10 is peeled off from the upper surface of the side end 9a of the roof panel main body 9.

These roof panels 6.degree. 6 are installed in parallel at predetermined positions with the roof panel bodies 9, 9 tilted downward toward the eaves, and with the side end surfaces of the roof panel bodies 9, 9 facing each other.

The gutter 7 has a groove shape and has its opening facing upward.
Abutting side ends 9a, 9 of both roof panel bodies 9, 9
Lay it along the upper surface of the wall a, and extend its lower end to the eaves (the fitting of the eaves will be described later).

and the opposite ends 1 of both roofings 10.10.
0a and 10a are inserted into the inner peripheral surface of the gutter 7 so as to overlap each other.

On the upper surface of the roofing 10.10 of these roof panels 6.6, as shown by the dashed line in FIG.
A tile 8 is laid with a protrusion height approximately equal to the height of both side pieces 7a of the gutter 7.

The protrusion 8a is for preventing the tile 8 from coming into contact with the protrusion of the roofing 10 formed by the side pieces 7a of the gutter 7 and being destroyed when the tile 8 is being laid. It may be provided on the upper part of the roofing 10 instead of being provided on the back surface.

FIG. 5 is a cross-sectional view showing how the eaves fit together; in other words, a fascia 13 is attached to the end surface of the roof panel body 9 (composed of a panel frame 11 and a surface board 12) on the side of the eaves, and the upper end of this fascia 13 is shown in FIG. The eaves drain plate 14 is attached to the eaves drain plate 14, and the gutter 7 is laid on the butted both ends 9a of the roof panel main body 9 so that its tip is located above the eave drain plate 14, and the roofing 10 is installed in the gutter 7. by inserting and arranging the opposite end 10a of the
Lay tile 8 on top of it.

Further, an eaves gutter 15 is installed in front of the fascia 13 so as to be located below the light tip of the tile 8 and the eaves drain plate 14.

The construction procedure is to install the roofing 1 on the top surface of the roof panel body 9.
A roof panel 6 to which 0 is pasted is formed in advance at a factory,
At the site, the roof panels 6 are arranged side by side so that the side end surfaces of the roof panel bodies 9 are abutted against each other, and the gutter 7 is installed along the upper surface of the abutting both side edges 9a, 9a of both the roof panel bodies 9, 9. Lay the rulers 10 and 10 on the opposite end 1.
0a and 10a are inserted into the gutter 7, and tiles 8- are laid thereon.

In this way, since the roof panel 6 was used in which the lower surface of the roofing 10 except for the side edges 10a was coated and adhered to the upper surface of the roof panel main body 9 except for the side edges 9a, rain could not occur when the roof panel 6 was installed. However, the roof panel main body 9 is protected by the roofing 10 and hardly gets wet.

In addition, after the roof is constructed, rainwater flows from the tiles 8 to the side edges 10 of the roofing 10 above the joints of the roof panels 6.6.
Even if the rainwater leaks onto the eaves a and further penetrates downward through the joint surfaces of the both ends 10a, 10a, the rainwater is stopped by the gutter 7 and can be smoothly drained to the eaves gutter 15 on the eaves side. There is no possibility that rainwater will go over the side pieces 7a of the gutter 7, go around the joint between the roof panel bodies 9, and enter the attic from that joint.

Furthermore, since the roofing 10 is attached at a factory, there is an advantage that sufficient quality control can be carried out.

In addition, as shown in FIG. 5, the roof panel main body 9'.

A notch 16 for fitting the gutter is provided on the opposite edge of the upper surface of 9′,
A gutter 7 is buried in this notch 16, and opposite ends 10a, 20a of each roof wing 10.10 are embedded in the inner peripheral upper surface of this gutter 7.
It may also be possible to align the

In this case, the cutout 16 may be formed on-site or in advance at a factory.

However, in order to prevent the joints of the roof panel bodies 9', 9' from getting wet as much as possible when it starts to rain during field work, it is desirable to form the notches 16 in advance at the factory.

The other configurations are the same as those of the above embodiment. With this configuration, not only can the effects similar to those of the above-mentioned embodiment be obtained, but also the roofing 10.10 can be laid flush with the side pieces 7a of the gutter 7 without bulging upward. Installation can be done easily.

As described above, according to the roof of this invention, even if it rains during roof construction, the roof panel body will hardly get wet. Even in the event of rain, the effect is that the rainwater can be smoothly drained to the eaves without intruding into the attic.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the conventional example, Fig. 2 is a sectional view of the proposed example, Fig. 3 is a sectional view of an embodiment of this invention, Fig. 4 is a perspective view thereof, and Fig. 5 is a roof eave section. Cross-sectional view, FIG. 6 is a cross-sectional view of another embodiment. 6... Roof panel, 7... Gutter, 9...
...Roof panel body, 9a, 10a...Side end portion, 1o...Roofing.

Claims (1)

[Scope of utility model registration request] The lower surface of the roofing is coated and adhered to the upper surface of the roof panel body so that the lower surface of the side edge of the roofing peels off from the upper surface of the side edge of the roof panel body. A pair of roof panels are arranged in parallel with their side end surfaces facing each other, and the lower end is extended to the eaves with the roof panels laid along the upper surfaces of the butt-sided fallen ends of both roof panel bodies, and the inner circumferential surface of the gutter is formed. and a gutter into which opposite ends of each roofing of both roof panels are inserted.