JP2010209627A - Drainage structure of roof - Google Patents

Drainage structure of roof Download PDF

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JP2010209627A
JP2010209627A JP2009058908A JP2009058908A JP2010209627A JP 2010209627 A JP2010209627 A JP 2010209627A JP 2009058908 A JP2009058908 A JP 2009058908A JP 2009058908 A JP2009058908 A JP 2009058908A JP 2010209627 A JP2010209627 A JP 2010209627A
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roof
auxiliary
drainage structure
auxiliary rod
rainwater
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JP5452954B2 (en
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Chihiro Taguchi
千廣 田口
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WATAHAN KOKI KK
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a drainage structure of a roof which can prevent the overflow of rainwater from an eaves gutter or a valley gutter during localized torrential rain and which is excellent in drainability. <P>SOLUTION: An auxiliary gutter 1 having a nearly L-shaped cross section which is provided with a back-board wall 12 is provided in the up-and-down midsection in the roof gradient direction of the top surface of the roof coated with a wave-shaped metal plate roof material 5 so that the back-board wall 12 crosses the top surface of the roof material 5 diagonally in the width direction. Then at least the terminal at the lower position of the auxiliary gutter 1 in the inclined direction is extended to the side end of the roof material 5. A rainwater guide plate 2 inclined in the roof gradient direction which is spanned between the upstream side of the roof and the auxiliary gutter 1 is provided between the auxiliary gutter 1 and the top surface of the roof material 5. Then the rainwater flowing down on the roof material 5 is guided to the auxiliary gutter 1 by the rainwater guide plate 2 and is discharged from the terminal of the auxiliary gutter 1. Thus, the drainage load imposed on an existing gutter 9 can be reduced. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

本発明は屋根の排水構造、特に波形の金属板屋根の排水構造に関する。   The present invention relates to a roof drainage structure, and more particularly to a corrugated metal plate roof drainage structure.

従来、工場や倉庫、体育館などは大型の屋根には波形の屋根材が多く用いられている。従来は波形の屋根材としてはスレート板屋根材が一般的であったが、近年は金属板屋根材が用いられている。特に波形のスレート板屋根材が老朽化したときにこれを覆って補修する屋根材としては金属板屋根材が多く用いられている(例えば特許文献１参照)。   Conventionally, corrugated roofing materials are often used for large roofs in factories, warehouses, and gymnasiums. Conventionally, a slate plate roof material is generally used as a corrugated roof material, but in recent years, a metal plate roof material has been used. In particular, a metal plate roof material is often used as a roof material that covers and repairs a corrugated slate plate roof material when it becomes obsolete (see, for example, Patent Document 1).

屋根の排水構造としては軒下に軒樋を設け、また大規模工場など連棟型の建物では屋根の谷間に谷樋を設けている。   The roof drainage structure has an eaves under the eaves, and in continuous-type buildings such as large-scale factories, valleys are provided in the valleys of the roof.

特許第４０９１９４９号Patent No. 4091949

ところで波形の屋根では、雨水は屋根の谷部を一気に流下するから集中豪雨時に雨量が既設の軒樋や谷樋の排水能力を上回って樋から溢れるおそれがあり、特に谷樋から雨水が漏れると工場の内部への浸水被害が発生するおそれがある。
そこで対策として樋を大型化したり、樋の落し口を増設したりすることがなされているが、軒樋ではこれを大型化すると見栄えが悪く、また落し口増加には限度がある。また谷樋ではこれを改修するには工事が大掛かりとなり、工事中、建物内での操業を停止しなければならない。
そこで本発明は、波形の金属板屋根材で被覆された屋根において、既設の屋根材や樋を改修したり取替えたりすることなく、これらをそのまま利用して施工することで、屋根の排水能力を向上させることができる屋根の排水構造を提供することを課題としてなされたものである。 By the way, with corrugated roofs, rainwater flows down the troughs of the roof all at once, so there is a risk that the rainfall will exceed the drainage capacity of the existing eaves and troughs during torrential rain and overflow from the troughs, especially when rainwater leaks from the troughs. There is a risk of flooding inside the factory.
Therefore, as countermeasures, it has been attempted to increase the size of the ridges or increase the number of sheds. However, if the size of the eaves is increased, it will not look good and there is a limit to increasing the number of sheds. In addition, in Yanagi, renovation requires a large amount of work, and operations within the building must be stopped during the work.
Therefore, the present invention provides a roof covered with a corrugated metal plate roofing material, without modifying or replacing the existing roofing material or fence, and using them as they are, thereby improving the drainage capacity of the roof. An object of the present invention is to provide a roof drainage structure that can be improved.

本発明は、波形の金属板屋根材で被覆され、軒樋または谷樋を備えた屋根において、
上記屋根材の上面には屋根勾配方向の上下中間位置に、一方の端縁沿いに水返し壁を形成した補助樋を、上記水返し壁を屋根水下側として上記屋根材を幅方向斜めに横切る方向に載設し、少なくとも上記補助樋の傾斜方向下位の端末を屋根材の側端まで延在せしめ、
上記補助樋の屋根水上側には上記屋根材と上記補助樋の他方の端縁との間に架け渡して上記屋根材を流下する雨水を上記補助樋へ案内する雨水案内板を設け、
上記雨水案内板から上記補助樋に流入した雨水を、補助樋の端末から排除せしめる（請求項１）。
雨水は既設の樋と補助樋とに分散されて受けられるから集中豪雨などに対して雨水の漏れがなく、雨水排水能力は大きく向上される。
また施工は予め準備された補助樋や雨水案内板を既設の屋根材の上に取付けるのみであり、施工作業は容易で、かつ工事は短期間で済む。また施工時に既設の屋根材を改修しないから大型の物体の落下はなく、養生は大掛かりとならない。 The present invention is a roof covered with corrugated metal sheet roofing material and provided with eaves or troughs,
On the upper surface of the roof material, an auxiliary rod having a water return wall formed along one edge at the upper and lower intermediate positions in the roof gradient direction, the roof material is inclined in the width direction with the water return wall as the lower side of the roof. Place it in the direction that crosses it, and extend at least the terminal below the inclination direction of the auxiliary rod to the side edge of the roofing material,
On the roof water upper side of the auxiliary rod, a rainwater guide plate is provided that guides rainwater flowing down the roof material across the roof material and the other edge of the auxiliary rod to the auxiliary rod,
Rainwater that has flowed into the auxiliary rod from the rainwater guide plate is excluded from the terminal of the auxiliary rod.
Rainwater is distributed between existing dredging and auxiliary dredging, so there is no leakage of rainwater due to torrential rain, etc., and rainwater drainage capacity is greatly improved.
In addition, the construction only requires an auxiliary rod or rainwater guide plate prepared in advance on the existing roofing material, so that the construction work is easy and the construction can be completed in a short period of time. In addition, since the existing roofing material is not refurbished at the time of construction, there is no drop of large objects, and curing is not significant.

上記屋根材の側端には、上端が上記補助樋の端末と連結し、補助樋から排除された雨水を流下させる竪樋を設ける（請求項２）。
竪樋は建物の側面に設置されるものであるから建物への出入りなどに支障を及ぼさない。 A side wall of the roof material is provided with a gutter that allows the rainwater removed from the auxiliary gutter to flow down, with the upper end connected to the terminal of the auxiliary gutter.
Since the fence is installed on the side of the building, it will not interfere with entering or leaving the building.

上記補助樋を底壁と上記水返し壁とで断面ほぼL字状に形成して上記底壁を上記屋根材の上面に載設し、
上記水返し壁はその上縁が、補助樋設置状態で、該補助樋の上記他方の端縁とほぼ同じないしはそれよりも高位となる高さに形成する（請求項３）。
補助樋の構造は簡素であり、水返し壁を高くすることで補助樋に流入した雨水が溢れ出ることはない。 The auxiliary fence is formed in a substantially L-shaped cross section with the bottom wall and the water return wall, and the bottom wall is placed on the top surface of the roofing material,
The water return wall is formed so that the upper edge thereof is substantially the same as or higher than the other end edge of the auxiliary rod when the auxiliary rod is installed (Claim 3).
The structure of the auxiliary rod is simple, and the rainwater that flows into the auxiliary rod does not overflow by raising the water return wall.

上記補助樋は上記他方の端縁を、上記屋根材に固定し、上記水返し壁を、該水返し壁の外面と対向する縦壁を備えた断面ほぼＬ字形で、底壁を屋根材に固定した補強板の上記縦壁に固定する（請求項４）。
補助樋の取付け、特にその水返し壁の取付けは補強板により強固なものとされるから、水返し壁を高く形成しても台風などに対し充分に耐えることができる。 The auxiliary rod fixes the other end edge to the roof material, the water return wall has a substantially L-shaped cross section with a vertical wall facing the outer surface of the water return wall, and the bottom wall as the roof material. It fixes to the said vertical wall of the fixed reinforcement board (Claim 4).
The auxiliary rod, particularly the water return wall, is firmly attached by the reinforcing plate, so that it can sufficiently withstand typhoons even if the water return wall is formed high.

上記雨水案内板は、上記屋根材と同一の波形の板材からなり、その屋根水上側の端縁を上記屋根材に重ね合わせて結合し、屋根水下側の端縁を上記補助樋の上記他方の端縁に重ね合わせて結合する（請求項５）。
補助樋および雨水案内板の設置は、既設の屋根材などと重ね合わせねじ締め等を行なうのみで済む。 The rainwater guide plate is made of the same corrugated plate material as the roof material, and the edge of the roof water upper side is overlapped and joined to the roof material, and the edge under the roof water is connected to the other side of the auxiliary rod. (5).
Auxiliary fences and rainwater guide plates can be installed only by overlapping with existing roofing materials and tightening screws.

上記雨水案内板として、四角形の多数の小型案内板を用い、これら小型案内板を上記補助樋に沿って配列設置する（請求項６）。
長尺の雨水案内板よりも屋根材への取付けが容易である。 A large number of rectangular small guide plates are used as the rainwater guide plates, and these small guide plates are arranged and installed along the auxiliary rods.
It is easier to attach to the roofing material than a long rainwater guide plate.

上記屋根材は、既設の屋根材を補修してこれを覆う補修金属板屋根材である（請求項７）。
老朽化した既設の屋根材を覆う補修金属板屋根材への施工においては施工時に生じる切りくずや、ごみ、ほこりは既設の屋根材で受けられるから、工事中でも養生の必要がなく建物を使用することができ、特に効果的である。 The roof material is a repair metal plate roof material that repairs and covers an existing roof material.
When building on repaired metal sheet roofing materials that cover existing obsolete roofing materials, chips, dust, and dust generated during construction can be received by existing roofing materials, so there is no need for curing even during construction. Can be particularly effective.

本発明の屋根の排水構造の要部を示す斜視図である。It is a perspective view which shows the principal part of the drainage structure of the roof of this invention. 図１のII−II線に沿う断面図である。It is sectional drawing which follows the II-II line of FIG. 上記排水構造の概略平面時である。It is when the drainage structure is substantially flat. 本発明における補助樋の設置方向の一例を示す屋根の概略平面図である。It is a schematic plan view of the roof which shows an example of the installation direction of the auxiliary fence in this invention. 補助樋の設置方向の他の一例を示す屋根の概略平面図である。It is a schematic plan view of the roof which shows another example of the installation direction of an auxiliary fence.

工場などの老朽化した既設のスレート板屋根材を覆う補修金属板屋根に本発明を適用した実施形態を説明する。図１、図２に示すように、屋根の骨格たる合掌７０には、屋根の幅方向水平かつ上下に間隔をおいて複数本の母屋７が設置され、これらの上に丸波形のスレート板屋根材６が設置されている。スレート板屋根材６は母屋７にフックボルト６０により固定されている。   An embodiment in which the present invention is applied to a repaired metal plate roof covering an old slate plate roof material such as a factory will be described. As shown in FIGS. 1 and 2, a plurality of purlins 7 are installed in the palm 70, which is a skeleton of the roof, horizontally in the width direction of the roof and spaced apart from each other in the vertical direction. Material 6 is installed. The slate plate roofing material 6 is fixed to the main building 7 with hook bolts 60.

スレート板屋根材（以下、既設屋根材という）６は補修金属板屋根材（以下、補修屋根材という）５により被覆されている。図例の補修屋根材５は山部と平坦な谷部とが交互に連続する断面形状を有する亜鉛メッキ鋼板等からなる折板タイプが用いられている。補修屋根材５は、既設屋根材６の山部から上方へ突出するフックボルト６０を利用し、既設屋根材６全体を覆うように設置されている。   A slate plate roof material (hereinafter referred to as an existing roof material) 6 is covered with a repair metal plate roof material (hereinafter referred to as a repair roof material) 5. The repair roofing material 5 in the illustrated example uses a folded plate type made of a galvanized steel sheet or the like having a cross-sectional shape in which peaks and flat valleys are alternately continued. The repair roofing material 5 is installed so as to cover the entire existing roofing material 6 by using hook bolts 60 protruding upward from the mountain portion of the existing roofing material 6.

既設屋根材６の上面には、その山部を貫通するフックボルト６０に鞍形のクランプ金具５０を固定し、既設屋根材６の幅方向に配列する複数のクランプ金具５０を介して長尺の金属板下地材５１が母屋７と平行に固定されている。そして補修屋根材５は、その谷部を金属板下地材５１に重ね、山部をねじ部材により金属板下地材５１に締結されている。
補修屋根材５の軒先には、これに沿って軒先から流下する雨水を受ける軒樋９が設置されている(図１参照)。 On the upper surface of the existing roof material 6, a hook-shaped clamp fitting 50 is fixed to a hook bolt 60 penetrating the mountain portion, and a long length is provided via a plurality of clamp fittings 50 arranged in the width direction of the existing roof material 6. A metal plate base material 51 is fixed in parallel with the purlin 7. And the repair roof material 5 has the trough part piled up on the metal plate base material 51, and fastened the mountain part to the metal plate base material 51 with the screw member.
At the eaves of the repair roofing material 5, eaves eaves 9 for receiving rain water flowing down from the eaves are installed along the eaves (see FIG. 1).

図１ないし図４に示すように、補修屋根材５の上面にはその勾配方向の上下中間位置に、補修屋根材５を幅方向斜めに横切るように補助樋１と、補助樋１へ雨水を案内する雨水案内板２が載設してある。補助樋１は補修屋根材５の幅方向全幅にわたって設けてあり、屋根幅方向の傾斜下位となる補助樋１の端末１３には雨水を補助樋１から地面側へ排水する竪樋８（図３、図４）の上端が連結してある。竪樋８は一般に周知の構成で、補助樋１の端末１３から地面の排水溝等に向け、建物の側面に沿って設置してある。   As shown in FIGS. 1 to 4, on the upper surface of the repair roofing material 5, rainwater is applied to the auxiliary roof 1 and the auxiliary roofing 1 so that the repair roofing material 5 crosses the repairing roof material 5 diagonally in the upper and lower intermediate positions in the gradient direction. A rainwater guide plate 2 for guiding is placed. The auxiliary rod 1 is provided over the entire width in the width direction of the repair roofing material 5, and the rod 8 that drains rainwater from the auxiliary rod 1 to the ground side at the terminal 13 of the auxiliary rod 1, which is a lower slope in the roof width direction (FIG. 3). 4) are connected at the upper end. The gutter 8 has a generally known configuration, and is installed along the side of the building from the terminal 13 of the auxiliary gutter 1 toward the drainage groove on the ground.

補助樋１は金属板からなり、底壁１１と、その一方の端縁から屈曲して起立する水返し壁１２とで角部が鋭角の断面ほぼＬ字形に形成してある。補助樋１は水返し壁１２を屋根水下側とし、底壁１１を補修屋根材５の上面に配し、底壁１１の他方の端縁および水返し壁１２がそれぞれ補修屋根材５に取付けてある。
補助樋１の底壁１１の上記他方の端縁は、樋下地材３ａを介して補修屋根材５に固定してある。樋下地材３ａは断面ハット形で、補修屋根材５の幅方向に延在し、両側の下縁フランジにより補修屋根材５にねじ締め固定してある。そして補助樋１の底壁１１は他方の端縁が樋下地材３ａを覆うように重ね合わせて締結してある。 The auxiliary rod 1 is made of a metal plate, and has a bottom wall 11 and a water return wall 12 that is bent up from one end of the auxiliary wall 1 and has a corner having an acute angle in a substantially L-shaped cross section. The auxiliary rod 1 has the water return wall 12 on the lower side of the roof, the bottom wall 11 is disposed on the upper surface of the repair roof material 5, and the other edge of the bottom wall 11 and the water return wall 12 are attached to the repair roof material 5. It is.
The other end edge of the bottom wall 11 of the auxiliary fence 1 is fixed to the repaired roof material 5 via the fence base material 3a. The base material 3a is hat-shaped in cross section, extends in the width direction of the repair roofing material 5, and is screwed and fixed to the repairing roofing material 5 by lower edge flanges on both sides. The bottom wall 11 of the auxiliary rod 1 is overlapped and fastened so that the other edge covers the rod base material 3a.

補助樋１の水返し壁１２は、これに沿って金属製の補強板４が接合してあり、補強板４を介して補修屋根材５に固定してある。補強板４は補助樋１とは逆向きの断面Ｌ字形をなし、補助樋１の水返し壁１２に沿う縦壁４１と、その下縁から屈曲する底壁４２を備えている。補強板４は縦壁４１が補助樋１の水返し壁１２の外面に重ね合わせて締結してある。そして補強板４はその底壁４２が、上記樋下地材３ａと同様の樋下地材３ｂにこれを覆うように締結して、補助樋１を屋根勾配の水下側から支える。   A metal reinforcing plate 4 is joined along the water return wall 12 of the auxiliary rod 1, and is fixed to the repair roofing material 5 via the reinforcing plate 4. The reinforcing plate 4 has an L-shaped cross section opposite to the auxiliary rod 1 and includes a vertical wall 41 along the water return wall 12 of the auxiliary rod 1 and a bottom wall 42 bent from its lower edge. The reinforcing plate 4 is fastened with a vertical wall 41 superimposed on the outer surface of the water return wall 12 of the auxiliary rod 1. And the reinforcement board 4 is fastened so that the bottom wall 42 may cover this to the same base material 3b as the said base material 3a, and the auxiliary pad 1 is supported from the underwater side of the roof gradient.

このように補修屋根材５の上面に設置した補助樋１は、設置状態で、水返し壁１２の上縁の高さが、底壁１１の屋根勾配水上側の端縁(他方の端縁)と水平方向にほぼ同じ高さかまたはそれよりも高くなるように設定してある。これにより樋として雨水を受け流す許容量を充分確保できる。   Thus, the auxiliary fence 1 installed on the upper surface of the repair roofing material 5 is in the installed state, and the height of the upper edge of the water return wall 12 is the edge on the roof slope water side of the bottom wall 11 (the other edge). Are set to be approximately the same height in the horizontal direction or higher. As a result, it is possible to sufficiently secure an allowable amount for passing rainwater as dredging.

予め樋下地材３ａ，３ｂは補修屋根材５の幅方向に斜めに設置され、これら樋下地材３ａ，３ｂに沿って補助樋１を設けることで補助樋１を傾斜状に容易に設置できる。なお補助樋1の傾斜は、屋根勾配と屋根幅にもよるが、補助樋１の長さに対して１００分の１程度の勾配に設定する。   The base material 3a, 3b is preliminarily installed obliquely in the width direction of the repair roofing material 5, and the auxiliary base 1 can be easily installed in an inclined shape by providing the auxiliary base 1 along the base material 3a, 3b. The inclination of the auxiliary rod 1 is set to a gradient of about 1/100 with respect to the length of the auxiliary rod 1 although it depends on the roof gradient and the roof width.

雨水案内板２は、補修屋根材５と同種の金属板を同一の断面形状に加工したもので、補助樋１の底壁１１の屋根水上側の端縁（底壁１１の他方の端縁）と、その水上側の補修屋根材５の上面とを屋根勾配方向と同方向の傾斜状に架け渡してある。雨水案内板２は屋根水上側の端縁２１を補修屋根材５に重ね合わせてねじ締め固定するとともに、水下側の端縁２２が補助樋１の上記他方の端縁に重ね合わせ、他方の端縁と一体にタッピングビスで樋下地材３ａに締結してある。雨水案内板２はその傾斜が屋根勾配よりも約３〜５度小さくなるように設置する。   The rainwater guide plate 2 is obtained by processing a metal plate of the same type as the repair roofing material 5 into the same cross-sectional shape, and the edge on the roof water upper side of the bottom wall 11 of the auxiliary rod 1 (the other edge of the bottom wall 11). And the upper surface of the repair roofing material 5 on the water side is bridged in an inclined shape in the same direction as the roof gradient direction. The rainwater guide plate 2 overlaps and fixes the edge 21 on the roof water upper side to the repair roofing material 5 and screw-fixes, and the edge 22 on the water side overlaps the other edge of the auxiliary rod 1 and It is fastened to the base material 3a with a tapping screw integrally with the end edge. The rainwater guide plate 2 is installed so that its inclination is about 3 to 5 degrees smaller than the roof gradient.

雨水案内板２は、正方形ないし矩形の金属板または合成樹脂板で、山部および谷部が上記金属板または合成樹脂板の側縁と平行に延びる小型案内板２ａにより構成してある。各小型案内板２ａは補助樋１の水上側の端縁に沿い、補修屋根材５の山部、谷部に重ねて配設してある。
各小型案内板２ａは相互間に隙間なく配設しなくてもよい。隙間により補修屋根材５を流下する雨水が小型案内板２ａによって受けられなくても、雨水はそのまま補修屋根材５を流下して軒樋９に流下する。 The rainwater guide plate 2 is a square or rectangular metal plate or a synthetic resin plate, and is constituted by a small guide plate 2a whose crests and troughs extend in parallel with the side edges of the metal plate or the synthetic resin plate. Each small guide plate 2 a is disposed along the water-side edge of the auxiliary rod 1 so as to overlap the mountain and valley of the repair roofing material 5.
The small guide plates 2a do not have to be arranged without a gap between them. Even if rainwater flowing down the repair roofing material 5 due to the gap is not received by the small guide plate 2a, the rainwater flows down the repairing roofing material 5 and flows down to the eaves 9 as it is.

本実施形態によれば、補助樋１よりも水上側の補修屋根材５を流下する雨水を、雨水案内板２により補助樋１へ導き、補助樋１により補修屋根材５の側端へ流し、竪樋８により地上側へ排水するので、軒先の軒樋９へ流れ込む雨水量を軽減でき、集中豪雨により軒樋９が溢れることを防止できる。連棟型工場などの鋸屋根の中間棟の屋根に本排水構造を設置すれば、谷樋への雨水の流れ込み量を軽減でき、従来のように谷樋が溢れ工場内への浸水被害を防止できる。   According to the present embodiment, rainwater flowing down the repair roof material 5 above the auxiliary rod 1 is guided to the auxiliary rod 1 by the rainwater guide plate 2, and flows to the side edge of the repair roof material 5 by the auxiliary rod 1, Since the water is drained to the ground side by the eaves 8, the amount of rainwater flowing into the eaves eaves 9 at the eaves can be reduced, and the eaves 9 can be prevented from overflowing due to heavy rain. If this drainage structure is installed on the roof of an intermediate building such as a multi-storied factory, the amount of rainwater flowing into the valley can be reduced and the valley overflows as before, preventing flooding into the factory. it can.

補助樋１は、その水返し壁１２に沿って補強板４を設け、これにより補修屋根材５に固定したので、補助樋１自体の補修屋根材５への取付強度、雨水案内板２を介して補助樋１内に流れ込む雨水を受ける水受け性能、更に暴風等により変形しないといった水返し壁１２の強度を充分に確保できる。   Since the auxiliary rod 1 is provided with the reinforcing plate 4 along the water return wall 12 and fixed to the repair roofing material 5 by this, the attachment strength of the auxiliary rod 1 itself to the repairing roof material 5 and the rainwater guide plate 2 are used. Thus, it is possible to sufficiently secure the water receiving performance for receiving rainwater flowing into the auxiliary rod 1 and the strength of the water return wall 12 so as not to be deformed by a storm or the like.

本排水構造によれば、補修屋根材５に改修を加えることなく、補助樋１や雨水案内板２を補修屋根材５にねじ締めにより設置する簡素な構成で、設置工事も容易かつ短期間で済む。既設屋根材６を覆う補修屋根材５では、工事中に切りくず、ほこりなどは既設屋根材６で受けられるから、屋内に落ちることがなく、工事中でも建物の使用に差し障りはない。   According to the present drainage structure, the auxiliary roof 1 and the storm water guide plate 2 are installed on the repair roofing material 5 by screwing without repairing the repairing roofing material 5, and the installation work can be performed easily and in a short period of time. That's it. In the repair roofing material 5 covering the existing roofing material 6, chips and dust can be received by the existing roofing material 6 during construction, so that it does not fall indoors, and there is no hindrance to the use of the building even during construction.

なお、上記実施形態では雨水案内板２として多数の小型案内板２ａを用いたが、１枚の長尺帯状の部材を用いることもできる。長尺帯状の雨水案内板を用いた場合、補助樋１は補修屋根材５の勾配方向に直交する方向ではなく斜めに交差する方向に配設されているから、これに対応して、端縁が補修屋根材５に重ねられた長尺の雨水案内板の山部および谷部は補修屋根材５の山部および谷部と合致する方向に形成されていなければならない。そして、そのように形成されていたとしても、補修屋根材５に継ぎ目部があると、長尺の雨水案内板は継ぎ目を跨いで設置され、そのために補修屋根材５と雨水案内板の山部および谷部間でズレが生じるおそれがある。小型水案内板２ａを用いたときにはこのようなズレ発生のおそれなく有利である。   In the above embodiment, a large number of small guide plates 2 a are used as the rainwater guide plate 2, but one long strip-shaped member can also be used. When a long strip-shaped rainwater guide plate is used, the auxiliary fence 1 is arranged in a direction that intersects obliquely rather than in a direction orthogonal to the gradient direction of the repair roofing material 5, and accordingly, the edge The ridges and valleys of the long rainwater guide plate overlaid on the repair roofing material 5 must be formed in a direction that matches the ridges and valleys of the repairing roofing material 5. And even if it is formed in that way, if there is a seam portion in the repair roofing material 5, the long rainwater guide plate is installed across the seam, and for that purpose, the repair roofing material 5 and the mountain portion of the rainwater guide plate There is also a risk of deviation between the valleys. The use of the small water guide plate 2a is advantageous without the possibility of such a shift.

図４に示す構成では、補助樋１は補修屋根材５の幅方向に一直線に傾斜せしめたが、これに限らず、図５に示す補助樋１Ａのように、補修屋根材５の幅方向中央位置を高位とし、両端末が下位となる略へ字形に形成してもよい。
また本発明は、補修金属板屋根に限らず、はじめから金属板屋根材で構成された屋根に適用され得る。この場合、補助樋１や雨水案内板は全てねじ締めにより設置するので、切りくず、ほこりの落下はあるが、屋根材の切断片が落下する危険はなく、大掛かりな養生を必要としない。 In the configuration shown in FIG. 4, the auxiliary rod 1 is inclined in a straight line in the width direction of the repair roofing material 5. However, the present invention is not limited to this, and the widthwise center of the repairing roof material 5 is not limited to this. The position may be a high position, and both terminals may be formed in a substantially square shape with the lower position.
Moreover, this invention is applicable not only to a repair metal plate roof but the roof comprised from the metal plate roof material from the beginning. In this case, since the auxiliary rod 1 and the rainwater guide plate are all installed by screw tightening, there is a risk of dropping of chips and dust, but there is no risk that the cut pieces of the roof material will fall, and no large-scale curing is required.

１ 補助樋
１１ 底壁
１２ 水返し壁
２ 雨水案内板
２ａ 小型案内板
２１ 水上側の端縁
２２ 水下側の端縁
３ａ，３ｂ 樋下地材
４ 補強板
４１ 縦壁
４２ 底壁
５ 補修金属板屋根材（金属板屋根材）
６ スレート板屋根材 DESCRIPTION OF SYMBOLS 1 Auxiliary fence 11 Bottom wall 12 Water return wall 2 Rainwater guide plate 2a Small guide plate 21 Water-side edge 22 Water-side edge 3a, 3b Base material 4 Reinforcement plate 41 Vertical wall 42 Bottom wall 5 Repair metal plate Roofing material (metal plate roofing material)
6 Slate plate roofing material

Claims (7)

波形の金属板屋根材で被覆され、軒樋または谷樋を備えた屋根において、
上記屋根材の上面には屋根勾配方向の上下中間位置に、一方の端縁沿いに水返し壁を形成した補助樋を、上記水返し壁を屋根水下側として上記屋根材を幅方向斜めに横切る方向に載設し、少なくとも上記補助樋の傾斜方向下位の端末を屋根材の側端まで延在せしめ、
上記補助樋の屋根水上側には上記屋根材と上記補助樋の他方の端縁との間に架け渡して上記屋根材を流下する雨水を上記補助樋へ案内する雨水案内板を設け、
上記雨水案内板から上記補助樋に流入した雨水を、補助樋の端末から排除せしめるようになした屋根の排水構造。 In roofs covered with corrugated metal roofing material and equipped with eaves or troughs,
On the upper surface of the roof material, an auxiliary rod having a water return wall formed along one edge at the upper and lower intermediate positions in the roof gradient direction, the roof material is inclined in the width direction with the water return wall as the lower side of the roof. Place it in the direction that crosses it, and extend at least the terminal below the inclination direction of the auxiliary rod to the side edge of the roofing material,
On the roof water upper side of the auxiliary rod, a rainwater guide plate is provided that guides rainwater flowing down the roof material across the roof material and the other edge of the auxiliary rod to the auxiliary rod,
A drainage structure for a roof that allows rainwater flowing into the auxiliary rod from the rainwater guide plate to be removed from the terminal of the auxiliary rod. 請求項1に記載の屋根の排水構造において、
上記屋根材の側端には、上端が上記補助樋の端末と連結し、補助樋から排除された雨水を流下させる竪樋を設けた屋根の排水構造。 In the roof drainage structure according to claim 1,
A roof drainage structure provided with a gutter at the side edge of the roof material, the upper end of which is connected to the terminal of the auxiliary gutter and allows the rainwater removed from the auxiliary gutter to flow down. 請求項1または２に記載の屋根の排水構造において、
上記補助樋を底壁と上記水返し壁とで断面ほぼL字状に形成して上記底壁を上記屋根材の上面に載設し、
上記水返し壁はその上縁が、補助樋設置状態で、該補助樋の上記他方の端縁とほぼ同じないしはそれよりも高位となる高さに形成した屋根の排水構造。 The roof drainage structure according to claim 1 or 2,
The auxiliary fence is formed in a substantially L-shaped cross section with the bottom wall and the water return wall, and the bottom wall is placed on the top surface of the roofing material,
A drainage structure for a roof, wherein the water return wall has an upper edge formed at a height that is substantially the same as or higher than the other end edge of the auxiliary rod when the auxiliary rod is installed. 請求項1ないし３に記載の屋根の排水構造において、
上記補助樋は上記他方の端縁を、上記屋根材に固定し、上記水返し壁を、該水返し壁の外面と対向する縦壁を備えた断面ほぼＬ字形で、底壁を上記屋根材に固定した補強板の上記縦壁に固定した屋根の排水構造。 In the roof drainage structure according to any one of claims 1 to 3,
The auxiliary fence fixes the other end edge to the roof material, the water return wall has a substantially L-shaped cross section with a vertical wall facing the outer surface of the water return wall, and the bottom wall is the roof material. The drainage structure of the roof fixed to the vertical wall of the reinforcing plate fixed to. 請求項１ないし４に記載の屋根の排水構造において、
上記雨水案内板は、上記屋根材と同一の波形の板材からなり、その屋根水上側の端縁を上記屋根材に重ね合わせて結合し、屋根水下側の端縁を上記補助樋の上記他方の端縁に重ね合わせて結合した屋根の排水構造。 In the roof drainage structure according to claims 1 to 4,
The rainwater guide plate is made of the same corrugated plate material as the roof material, and the edge of the roof water upper side is overlapped and joined to the roof material, and the edge under the roof water is connected to the other side of the auxiliary rod. The drainage structure of the roof that overlaps and joins the edges of the roof. 請求項1ないし５に記載の屋根の排水構造において、
上記雨水案内板として、四角形の多数の小型案内板を用い、これら小型案内板を上記補助樋に沿って配列設置した屋根の排水構造。 The roof drainage structure according to any one of claims 1 to 5,
A roof drainage structure in which a large number of rectangular small guide plates are used as the rainwater guide plates, and these small guide plates are arranged along the auxiliary rods. 請求項1ないし６に記載の屋根の排水構造において、
上記屋根材は、既設の屋根材を補修してこれを覆う補修金属板屋根材である屋根の排水構造。 The roof drainage structure according to any one of claims 1 to 6,
The roof material is a roof drainage structure that is a repaired metal plate roof material that repairs and covers an existing roof material.
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WO2012036229A1 (en) 2010-09-17 2012-03-22 ローム株式会社 Semiconductor device and manufacturing method for same
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