JPS6135635Y2 - - Google Patents

Description

[Detailed explanation of the idea] 〔Technical field〕 This idea concerns the ridge structure.

[Background technology]

In the conventional ridge structure, as shown in FIG. 1, a cap 2 and tiles 3 are laid on a field board 1, a ridge cover base material 4 is attached on the cap 2, and a ridge cover 5 is installed on the ridge cover base material 4. is wearing a crown. However, when rainwater infiltrates through the gap between both sides of the ridge cover 5 and the tiles 3 due to blowing wind, etc., the rainwater flows between the Kasagi 2 and the ridge cover base material 4 or between the ridge cover base material 4 and the ridge cover 5 due to capillary phenomenon. to the field board 1, and the field board 1
This has led to problems such as corrosion and leakage inside the room.

[Purpose of invention]

The purpose of this invention is to provide a ridge structure with excellent rain protection.

[Disclosure of invention]

The ridge structure of this invention consists of left and right sheathing boards tilted downward toward the eaves with a certain gap on both sides of the ridge line, and an upright piece protruding from the inner bottom of the rain gutter along the direction of the rain gutter. The left and right tile retaining parts are installed diagonally downward on both sides from the upper edge of the upright piece, and the left and right roofing board fixing parts are installed diagonally downward on both sides from the upper edge of both sides of the rain gutter. A water return part is provided on the fixed part of the left and right field base plates extending in the direction of the ridge line and folded upward, and the rain gutter part is attached to the left and right fields with the direction of the rain gutter along the ridge line. A ridge cover that fits between the ground plates and has left and right field base plate fixing parts placed and fixed on the left and right field base plates, and a ridge cover that is laid on the left and right field base plates and whose upper end is placed above the rain gutter part. The left and right tiles are arranged and fitted between the left and right tile retaining parts and the left and right roof plate fixing parts of the ridge cover, respectively.

According to the configuration of this invention, a rain gutter section is provided on the ridge cover, and the upper ends of the left and right tiles are placed above the rain gutter section. Rainwater that has entered the building can be caught by the rain gutters and drained to both sides of the building.

In addition, since water return parts are provided on the left and right field base plate fixing parts, even if rainwater flows over the rain gutter part and flows onto the left and right field base board fixed parts, it can be caught by the water return parts and drained to both sides of the ridge.

In this way, since rainwater can be drained to both sides of the ridge, the roofing boards will not corrode and a ridge structure with excellent rain protection can be obtained.

Embodiment An embodiment of this invention will be described with reference to FIGS. 2 and 3. That is, in this ridge structure, the ridge is formed using the ridge cover 6 shown in FIG. This ridge cover 6 has an upright piece 8 protruding from the center line of the inner bottom surface of the rain gutter part 7 along the direction of the rain gutter, and left and right tile retainers 9 extending diagonally downward on both sides from the upper edge of the upright piece 8. Left and right base plate fixing parts 10 are protruded from the upper edges of both side pieces 7a of the rain gutter part 7 diagonally downward on both sides. Also,
As shown in FIG. 3, the tips of the left and right tile retaining parts 9 are folded back downward to form a protrusion 11, which extends near the center of the left and right roof board fixing parts 10 in the direction of the rain gutter part 7 and upward. Fold it over to form a water return part 12, and drill nail holes 13 (FIG. 2) at the tips of the left and right sheathing board fixing parts 10.

To explain the construction procedure, first, a pair of roof panels 14 are installed at predetermined positions, and left and right roof panels 15 made of the surface materials of both roof panels 14 are installed.
They are placed on both sides of the ridge line at regular intervals, sloping downward. Next, the rain gutter part 7 of the ridge cover 6 is fitted between the left and right base plates 15, 15 with the rain gutter direction along the ridge line, and the left and right base plate fixing parts 10 are fitted.
are placed on the left and right baseboards 15 and fixed with nails 16. Finally, add the left and right roof tiles 17 to the left and right roofing boards 1.
5, and connect the upper ends of the left and right tiles 17 to the rain gutter part 7.
The left and right tile retainers 9 of the ridge cover 6 are placed above the ridge cover 6.
and the left and right base plate fixing parts 10. In addition,
18 is a heat insulating material for preventing dew condensation.

In this way, the rain gutter part 7 is provided on the ridge cover 6 and the left side
Since the upper end of the right tile 17 is placed above the rain gutter part 7, rainwater 19 flows onto the left and right tiles 17 and the left and right tile retainers 9.
Even if rainwater 19 enters the upright piece 8 side through the gap, the rainwater 19 can be caught by the rain gutter part 7 and drained to both sides of the ridge, so the roof board 15 will not corrode. Moreover, the left
Since the protrusion 11 is provided at the tip of the right tile holding part 9 to form an air layer between the left and right tile holding parts 9 and the left and right tiles 17, intrusion of rainwater 19 due to capillary phenomenon can also be prevented. Moreover, even if the rainwater 19 flows out over the rain gutter part 7 and onto the left and right field board fixing parts 10, since the water return part 12 is formed on the left and right field board fixing parts 10, Rain water 19 in the water returning part 12
It can absorb water and drain water to both sides of the ridge, and never use the roof board 1.
5 does not corrode. In addition, the construction is carried out after placing the ridge cover 6 on the left and right baseboards 15 and fixing it with nails.
This can be easily done by simply fitting the left and right tiles 17 between the left and right tile holding parts 9 of the ridge cover 6 and the left and right roof board fixing parts 10.

[Effect of idea]

According to the ridge structure of this invention, the ridge cover has a rain gutter section and the upper ends of the left and right tiles are placed above the rain gutter section, so that the roof tiles stand up between the left and right tiles and the left and right tile retainers. Rainwater that has entered one side can be caught by the rain gutter and drained to both sides of the ridge.

In addition, since water return parts are provided on the left and right field base plate fixing parts, even if rainwater flows over the rain gutter part and flows onto the left and right field base board fixed parts, it can be caught by the water return parts and drained to both sides of the ridge.

In this way, since rainwater can be drained to both sides of the ridge, the roofing boards will not corrode and a ridge structure with excellent rain protection can be obtained.

[Brief explanation of the drawing]

FIG. 1 is a sectional view of a conventional example, FIG. 2 is a perspective view of a main part of an embodiment of this invention, and FIG. 3 is a sectional view of this embodiment. 6... Building cover, 7... Rain gutter part, 8... Standing piece, 9... Left/right tile retaining part, 10... Left/right roof board fixing part, 12... Water return part, 15... Left and right floorboards, 17...left and right tiles.

Claims (1)

[Scope of utility model registration request] The left and right roof boards are installed on both sides of the ridge line at regular intervals and tilted downward toward the eaves, and the upright pieces are installed on the inner bottom of the rain gutter section along the direction of the rain gutter. Left and right tile retaining parts are provided diagonally downward on both sides from the upper edge, and left and right roofing board fixing parts are provided diagonally downward on both sides from the upper edge of both sides of the rain gutter part, and the left and right roofing boards are installed. A fixed part is provided with a water return part that extends in the ridge line direction and is folded upward, and the rain gutter part is fitted between the left and right roofing boards with the rain gutter direction aligned with the ridge line. A ridge cover with left and right field board fixing parts placed and fixed on the left and right field boards, and a ridge cover with the left and right field board fixed parts placed on the left and right field boards with their upper ends placed above the rain gutter part. A ridge structure with left and right tiles that fit between the left and right tile retaining parts and the left and right base plate fixing parts, respectively.