JPH06322896A - Ridge structure - Google Patents

Abstract

(57) [Summary] [Purpose] To prevent the roof tiles from falling off the roof surface due to corrosion of the door material. [Structure] On the inner surface of the roof tile 18 that covers the roof part, this roof tile 1
A door material 20 arranged in a gap between the roof tile 8 and the roof tile 16 is attached by an adhesive. The roof tiles 18 are fixed on the roof tiles 16 by roof nails 22 that do not penetrate the door material 20.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a ridge structure which is a structure of a ridge portion where a pair of roof surfaces of a roof of a house intersect.
In particular, it relates to a ridge structure in which ridge members such as ridge tiles and wrappings are unlikely to fall off the roof surface for a long period of time.

[0002]

2. Description of the Related Art FIG. 3 shows an example of a conventional ridge structure. This ridge structure is related to the structure around the intersection of a pair of roof surfaces inclined in mutually opposite directions. A pair of roof surfaces is covered with a base material 14 covering the ridge portion on each of the base plates 12, and each base plate 1 is placed on the base material 14.
Roof tiles 16 are each roofed along the slope of 2.
A ridge tile 18 that is a ridge member that covers the ridge portion is arranged between the uppermost portions of the roof tiles 16. The roof tiles 18 are bent at their tops along the roof tiles 16 that are inclined in opposite directions. Then, the side walls have leg portions 18a and 18a so that a space is formed between each roof tile 16.

Inside the building tile 18, face door materials 61 and 61 for closing the gap between the roof tile 16 and the building tile 18 are arranged in the vicinity of the legs 18a along the building direction. A perforated plate 62 is applied on each door material 61 at an appropriate interval in the ridge direction, and is fixed on the roof tile 16 by driving a roof nail 64. Roof nail 64
Penetrates the roof tile 16, the base material 14, and the base plate 12.

Cap pins 65 are respectively struck on the roof tiles 18 so as to penetrate through the perforated plates 62, and each cap nail 65 penetrates through the perforated plates 62 by penetrating the perforated plates 62. The roof tile 16 is fixed on the roof tile 16.

FIG. 4 is a sectional view showing another example of a conventional ridge structure. In this ridge structure, a ridge wrap 71 made of metal is used instead of the ridge tile 18. This ridge wrapping 71 has the same cross-sectional shape as the ridge tile 18 shown in FIG. 3, and covers the ridge portion where each roof surface intersects.

Inside the building wrap 71, a door material 72 is arranged in a gap between the building wrap 71 and each roof tile 16. Each door material 72 is fixed on each roof tile 16 by a roof nail 73. Then, a ridge wrap 71 is arranged so as to cover each face door material 72, and a fixing nail 74 is driven into the leg portion of the ridge wrap 71. Each fixing nail 74 is
The door wrapping 71 is fixed by being driven into each door material 72 inside the wrapping wrap 71.

[0007] Each leg and roof tile 16 in the building wrap 71
The contact portions with are caulked by caulking material 77.

[0008]

In the ridge structure using the ridge tiles 18, the ridge tiles 18 are fixed to the roof tiles 16 by the nails 65 on the perforated plate 62 fixed with the door material 61 interposed therebetween. . For this reason, due to the corrosion of the perforated plate 62 itself or the corrosion of the door material 61, fixing of the roof tiles 18 with the cap nails 65 becomes insufficient, and as a result, the roof tiles 16 are replaced by the roof tiles 16.
May fall out of the room.

Similarly, when the wing package 71 is used,
Since the ridge wrap 71 is fixed by the fixing nails 74 that are driven into the face door material 72 fixed on the roof tile 16, the ridge wrap 71 is corroded, so that the ridge wrapper 71 is fixed by the fixing nails 74. Or, the door material 7 with the roof nail 73
Fixing of 2 becomes insufficient, and as a result, the ridge wrap 71 may fall off the roof tile 16.

The present invention is intended to solve such a problem, and its purpose is to prevent corrosion of a door material disposed between a roof member such as a roof tile covering a ridge part and a roof wrap, and a roof surface. However, there is no risk that the ridge members will fall off the roof surface,
Therefore, it is an object of the present invention to provide a ridge structure in which ridge members can be stably installed on a roof surface for a long period of time.

[0011]

The ridge structure of the present invention includes a ridge member for covering a ridge portion where a pair of inclined roof surfaces intersect, and the ridge member so that the ridge member is located within a gap between the ridge member and the roof surface. A face door material attached to a member and a fixing member for fixing the ridge member on the roof surface at a position different from the face door material, thereby achieving the above object. It

[0012]

In the ridge structure of the present invention, the face door material is attached between the ridge member, such as the ridge tile and the wrapping, and the face door material is arranged between the ridge member and the roof tile. It is not necessary to fix them by penetrating them. Since the fixing members such as nails for fixing the ridge member on the roof surface are provided at a position different from the door material, the ridge member may fall off the roof surface due to corrosion of the door material. Absent.

[0013]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a sectional view showing an example of the ridge structure of the present invention. In this ridge structure, a base material 14 is covered on a pair of base plates 12 and 12 inclined in mutually opposite directions so as to cover the ridge portion. On this base material 14,
Roof tiles 16 are respectively laid along the slopes of the base plates 12. Then, between the uppermost portions of the roof tiles 16, a tile tile 18 as a ridge member that covers the ridge at the roof top is arranged. The roof tiles 18 are bent at their tops along the roof tiles 16 that are inclined in opposite directions, and the leg portions 18a are provided at the respective side edge portions so that a space can be formed between the roof tiles 16.
And 18a.

In this building tile 18, a door material 20 for closing a door between each roof tile 16 in the vicinity of each leg 18a.
However, they are arranged along the ridge direction. Each door material 20 is
The roof tiles 18 are made of a material having elasticity, and when the roof tiles 18 are arranged along the roof direction of each roof tile 16,
It is affixed inside the inside with an adhesive.

The roof tile 18 has roof tiles 22 penetrating through the portions of the roof tile 18 facing the roof tiles 16, respectively.
Without passing through each door material 20, pass through its vicinity,
It is fixed by being driven into each roof tile 16.

In such a ridge structure, when each base plate 12, base material 14 and each roof tile 16 are formed, a pair of door door materials 20 are attached inside the ridge tile 18 near the legs 18a with an adhesive. After being attached, the roof nails 22 are hammered and fixed to the roof tiles 16. The door material 20 is adhered to the roof tile 18 so as to be integrated with the roof tile 18, and the roof tiles 22 do not penetrate the door tile 20 but directly to the roof tile 16 on the base plate 12. Since it is in the driven state, even if the door material 20 is corroded, the ridge tile 18 does not fall off the roof tile 16.

FIG. 2 is a sectional view showing another embodiment of the ridge structure of the present invention. In this embodiment, the roof tile 1 is used as the building member.
Instead of 8, a metal wrapping 30 is used. The ridge wrapping 30 includes a main body portion 31 whose top portion is bent along the roof tiles 16 inclined in opposite directions, and an outer side edge portion of the main body portion 31 which is orthogonal to the roof tiles 16. A pair of leg portions 32 each bent toward the roof tile 16 side, and a pair of flange portions 33 extending outward from the lower end of each leg portion 32 along each roof tile 16; Have Each of the flange portions 33 is arranged at an appropriate interval with respect to the roof tile 16, and a door material 41 extending in the ridge direction is arranged within the interval. Nail holes are formed in each leg portion 32 at appropriate intervals in the ridge direction.

The ridge wrapping 30 is fixed by fixing fittings 50 arranged at appropriate intervals along the ridge direction. Each fixing bracket 50 is bent from the ridge portion so that the top is formed and is in a state of being along each roof tile 16, and from the outer side edge portion of the fixing portion 51 to the ridge. The bracket portion 52 extends upward along the leg portion 32 of the member 30. Further, each bracket portion 52 is formed with a nail hole that is aligned with the nail hole provided in each leg portion 32 of the ridge wrapping 30. Then, the nail holes of the legs 32 of the ridge wrap 30 and the fixing metal fittings 50
In the nail hole in each bracket portion 52 in
3 is driven in and both are attached in a close contact state.

Further, in the fixing portion 51 of the fixing metal fitting 50, facing each roof tile 16, a nail hole into which each roof nail 45 is driven so that the fixing metal fitting 50 is fixed to each roof tile 16 is formed. Has been done. Each roof nail 45 has a fixed portion 51.
The fixing metal fittings 50 are fixed on the roof tile 16 by penetrating the respective nail holes in the above, and penetrating the roof tile 16, the base material 14, and the base plate 12.

In such a ridge structure, when each base plate 12, base material 14 and each roof tile 16 are formed, a plurality of fixing brackets 50 are arranged in the ridge portion at appropriate intervals in the ridge direction. And each fixing portion 5 of each fixing bracket 50.
The roof nails 45 are respectively driven into the nail holes 1. In this way, when the fixing bracket 50 is fixed on the roof tile 16, the pair of door materials 41 are attached to the surfaces of the flange portions 33 of the ridge wrap 30 facing the roof tiles 16 with an adhesive. Attached. Then, the ridge wrap 30 is arranged so as to face the inner surfaces of the legs 32 of the ridge wrap 30 on the bracket portion 52 of each fixing bracket 50 fixed to the ridge, and the surface bonded to the ridge wrap 30 The door material 41 is pressed against the roof tile 16. In this state, the fixing nails 43 are driven into the nail holes of the leg portions 32 of the ridge wrap 30 and the nail holes of the flange portion 33 of the fixing bracket 50 from the outer surface of the leg portions 32 of the ridge wrap 30, respectively.
As a result, the ridge wrap 30 is integrated and fixed to the fixing bracket 50 fixed to the ridge portion.

As described above, also in the ridge structure of this embodiment, since the ridge wrap 30 is attached to the fixing bracket 50 directly attached to the roof tile 16, the ridge wrap 30 is
It is firmly mounted on the roof tile 16. Moreover, since the nails do not penetrate through the door material 41, there is no possibility that the ridge wrapping 30 will fall off the roof tile 16 due to decay of the door material 41 or the like.

[0023]

As described above, the ridge structure of the present invention is
Since the door material placed in the gap between the ridge member and the roof surface is attached and fixed to the wing member such as the wing wrapping, the ridge member is fixed by a nail or the like for fixing the door material. It is not fixed, and there is no risk of the ridge members falling out even if the door material is corroded. As a result, the ridge member is stably fixed on the roof surface for a long period of time.

[Brief description of drawings]

FIG. 1 is a cross-sectional view showing an example of a ridge structure of the present invention.

FIG. 2 is a sectional view showing another example of the ridge structure of the present invention.

FIG. 3 is a cross-sectional view showing an example of a conventional ridge structure.

FIG. 4 is a sectional view showing another example of a conventional ridge structure.

[Explanation of symbols]

 12 Field plate 14 Base material 16 Roof tile 18 Building tile 18a Leg 20 Face door 22 Tile nail 30 Building parcel 31 Main body 32 Leg 33 Flange 41 Face door 43 Fixing nail 50 Fixing bracket 51 Bracket part

Claims (1)

[Claims] 1. A ridge member that covers a ridge portion where a pair of inclined roof surfaces intersect, and a door material that is attached to the ridge member so as to be located in a gap between the ridge member and the roof surface. A ridge structure comprising: a fixing member that fixes the ridge member on the roof surface at a position different from the door material.