JPS6030336Y2 - Mounting device for ridge ventilator on tiled roof - Google Patents

Description

【考案の詳細な説明】 従来、瓦棒屋根に棟換気体を取り付ける場合、瓦棒（突
出部）が邪魔になって施工に手間がかかり、費用が嵩む
とともに防水に難点があった。[Detailed description of the invention] Conventionally, when attaching a ridge ventilator to a roof with tile rods, the tile rods (protrusions) got in the way, making installation time-consuming, expensive, and difficult to waterproof.

この考案は、瓦棒の端部にステ板を両者の上面が面一に
なるべく設けることによって、棟換気体の取付下地を安
定させ、更にその上面に採板を取り付けることによって
この採板が、瓦棒とステ板の連結部を被覆して水密的に
も漏水を防止し、瓦棒屋根であっても棟換気体の施工が
容易になる、瓦棒屋根における棟換気体の取付装置に関
するものである。This idea stabilizes the mounting base of the ridge ventilation body by providing a step board at the end of the tile rod so that the upper surfaces of both sides are as flush as possible, and by attaching a board to the top surface of the board, the board can be This relates to a mounting device for a ridge ventilator on a tile rod roof, which covers the joint between the tile rod and the stay board to prevent water leakage, making it easy to install the ridge ventilator even on a tile rod roof. It is.

次にこの考案を図面について説明する。Next, this idea will be explained with reference to the drawings.

図において、１は棟木、２はこの棟木１を挾んで左右対
称的に斜め方向に設けられる垂木である。In the figure, 1 is a ridgepole, and 2 is a rafter installed diagonally symmetrically with the ridgepole 1 in between.

以下の各部は前記棟木１に関して左右対称的に配置され
るので、一方についてのみ説明する。The following parts are arranged symmetrically with respect to the purlin 1, so only one will be explained.

前記垂木２上には野地板３が張られ、この野地板３上に
展設される相隣る屋根板４，４の対向する縁部には、瓦
棒の立上り部５，５が対設され、この瓦棒の棟部先端に
、この瓦棒と上面が面一となるステ板６を棟部の長手方
向に載せ、釘などの締結片７でこのステ板６を、野地板
３を通して前記垂木２に固定する。A roofing board 3 is stretched over the rafters 2, and rising portions 5, 5 of tile rods are provided at opposite edges of adjacent roofing boards 4, 4 extended on this roofing board 3. Then, on the tip of the ridge of this tile rod, place a step board 6 whose upper surface is flush with this tile rod in the longitudinal direction of the ridge, and use a fastening piece 7 such as a nail to pass the step board 6 through the roofing board 3. It is fixed to the rafter 2.

前記屋根板４，４の端部は、前記ステ板６の上面にまで
延長し、この部分において両屋根板４゜４の辺ｉ部４
ａｔ ４ ａが重なり合うようにしく第２図）、これ
ら屋根板４，４は前記瓦棒とステ板６との連結部の段部
において、折込み縁４ｂ、４ｂを形成するのである。The ends of the roof panels 4, 4 extend to the upper surface of the step panel 6, and in this part, the side i portion 4 of both roof panels 4.
The roof panels 4, 4 are arranged so that they overlap each other (FIG. 2), and these roof panels 4, 4 form folded edges 4b, 4b at the stepped portion of the connecting portion between the tile rod and the stay board 6.

前記立上り部５，５の上端に外方への垂下縁５ａ、５ａ
を形威し、これら垂下縁５ａｖ５ａに巻き締められる縁
部８，８を有する瓦棒キャップ９は、棟部に向けて延長
し、前記屋根板４，４の重なり合った辺縁部４ａ、４ａ
を覆う部分９′を有する（第３図）。The upper ends of the rising parts 5, 5 are provided with outwardly hanging edges 5a, 5a.
A tile rod cap 9 having edges 8, 8 wrapped around these hanging edges 5av5a extends toward the ridge, and extends overlapping edges 4a, 4a of the roof panels 4, 4.
(Fig. 3).

前記ステ板６の上部に固定され、かつ前記瓦棒上に一部
延長する採板１０上を覆う棟包み１１の下端側の垂下縁
１２は、前記屋根板４，４上にまで達しく第４図）、こ
の際、前記瓦棒部を通すための切欠き１３が前記垂下縁
１２に形成され、また、棟包み１１の上端側の立上り縁
１４は、前記採板上に取り付けた笠木１５の内面に沿っ
て上方へ延長される。A hanging edge 12 on the lower end side of the ridge wrapper 11 that covers the board 10 that is fixed to the upper part of the stay board 6 and partially extends above the tile rod has a lower end hanging edge 12 that reaches above the roof boards 4, 4. (Fig. 4), at this time, a notch 13 for passing the tile rod part is formed in the hanging edge 12, and the rising edge 14 on the upper end side of the ridge wrapper 11 is connected to the cap 15 attached to the cut board. extends upward along the inner surface of the

前記棟木１を挾んで対設される一対の採板１０．１０に
跨設して、棟換気体１６を取り付けるのであって、その
態様は次の通りである。The ridge ventilation body 16 is attached by installing it across a pair of facing boards 10 and 10 that sandwich the ridgepole 1, and the manner thereof is as follows.

すなわち、前記棟木１０，１０及び笠木１５，１５上に
取り付けられる裾部１７，１７と、側板部１８゜１８と
、内壁部１９．１９と、天板部２０とで、棟換気体１６
が構成され、これら内壁部１９，１９には排気口２１．
２１が、また天板部２０には排気口２２．２２が形成さ
れ、これら排気口２１．２１及び２２．２２は家屋の屋
根裏の空間から前記棟木１の上部に構成される通気路２
３を通過する空気を、大気へ排出することによって、屋
根裏の換気を行なうものであって、前記排気口２２．２
２を通って侵入した雨水は、排水口２４゜２４及び排水
隙間２５．２５を介して排出されるのである。That is, the ridge ventilation body 16 is formed by the hem portions 17, 17 attached to the ridgepoles 10, 10 and the caps 15, 15, the side plate portions 18, 18, the inner wall portions 19, 19, and the top plate portion 20.
are constructed, and these inner wall portions 19, 19 are provided with exhaust ports 21.
21, and exhaust ports 22.22 are formed in the top plate portion 20, and these exhaust ports 21.21 and 22.22 connect the ventilation path 2 constructed from the attic space of the house to the upper part of the purlin 1.
The attic is ventilated by discharging the air passing through the exhaust port 22.2 to the atmosphere.
Rainwater that has entered through the drain hole 24 is discharged through the drain opening 24 and the drain gap 25.25.

この考案の場合、瓦棒の上面と面一のステ板６を介して
棟換気体１６を取り付けるので、その取り付けが安定し
ており、また、漏水対策上からも極めて有効なものであ
る。In the case of this invention, since the ridge ventilation body 16 is attached via the step plate 6 which is flush with the upper surface of the tile rod, the attachment is stable and is also extremely effective in terms of water leakage prevention.

【図面の簡単な説明】[Brief explanation of drawings]

第１図はこの考案の一実施例の聖断面図で、第２図ない
し第４図はその各一部分の拡大斜視図である。 なお図において、１・・・・・・棟木、２・・・・・・
垂木、３・・・・・・野地板、４・・・・・・屋根板、
５・曲・立上り部、６・・・・・・ステ板、９・・・・
・・瓦棒キャップ、１ｏ・・・・・・採板、１１・・・
棟包み、１２・・・・・・垂下縁、１３・・・・・・切
欠き、１４・・・・・・立上り縁、１５・曲・笠木、１
６・・・・・・棟換気体である。FIG. 1 is a cross-sectional view of one embodiment of this invention, and FIGS. 2 to 4 are enlarged perspective views of each part thereof. In the diagram, 1......purlin, 2......
Rafters, 3...Shell board, 4...Roof board,
5. Song/rising part, 6...Ste board, 9...
・・Tile rod cap, 1o・・・・Plate collecting, 11・・・・
Ridge wrapping, 12...Drooping edge, 13...Notch, 14...Rising edge, 15.Curve/Kasagi, 1
6... It is a ridge ventilation body.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 瓦棒の棟部先端に、この瓦棒と上面が面一となるステ板
を、棟部の長手方向に設け、このステ板の上面に採板を
固定し、前記瓦眸の相対する立上り部を形威する相隣る
屋根板の端部を前記ステ板の上面にまで延長し、この部
分において両屋根板の辺縁部が重なり合うようにすると
ともに、これら屋根板は前記瓦棒とステ板との連結部の
段部において折込み縁を形威し、かつ前記両立上り部に
跨設固着される瓦棒キャップを棟部に向けて延長し、前
記屋根板の重なり合う辺縁部を覆うようにし、前記ステ
板の上部に固定され、かつ前記瓦棒上に一部延長する採
板上を覆う棟包みの下端側の垂下縁に、前記瓦棒を通す
切欠きを形成するとともに、上端側の立上り縁を、前記
採板上に取り付けた笠木の内面に沿って上方へ延長させ
て戒る瓦棒屋根における棟換気体の取付装置。At the tip of the ridge of the tile rod, a step plate whose upper surface is flush with the tile rod is provided in the longitudinal direction of the ridge, and a board is fixed to the upper surface of this step plate, and the opposing rising portions of the tile rod are fixed. The ends of the adjacent roof panels that form the roof are extended to the upper surface of the step board, so that the edges of both roof panels overlap at this point, and these roof panels are connected to the tile rods and the step board. A folded edge is formed at the stepped part of the connecting part with the roof, and a tile rod cap, which is fixed and straddled over the two rising parts, is extended toward the ridge part so as to cover the overlapping edge part of the roof board. , a notch for passing the tile rod is formed in the lower end side of the ridge cover that covers the board that is fixed to the upper part of the step board and partially extends over the tile rod, and A device for attaching a ridge ventilation body to a tile stick roof, in which a rising edge is extended upward along the inner surface of a cap board attached to the board.