JP3124398U - Snow melting equipment by rain gutter - Google Patents

Snow melting equipment by rain gutter Download PDF

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JP3124398U
JP3124398U JP2006004297U JP2006004297U JP3124398U JP 3124398 U JP3124398 U JP 3124398U JP 2006004297 U JP2006004297 U JP 2006004297U JP 2006004297 U JP2006004297 U JP 2006004297U JP 3124398 U JP3124398 U JP 3124398U
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eaves
hot air
snow
cover
wall
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真一 金子
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株式会社金子製瓦所
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Abstract

【課題】本考案は、軒樋に軒樋カバーと竪樋に接続した熱風発生装置を組合せ、空気の対流によってツララと雪庇を未然に防ぐことが出来る雨樋による融雪装置を提供する。
【解決手段】冬季に屋根に雪が積もると、破線で示すように屋根から軒先に架けて雪庇やツララが形成される。そこで、前記熱風発生装置7を始動させ、竪樋6に熱風を供給すると、空気は暖かい方から冷たい方に自然に対流が起こるので、竪樋6の接続部21から軒樋3に向って空気の対流が発生する。そして、竪樋6から前記軒樋3と前記軒樋カバー5に囲まれた内部空間へ熱風が送風され、トンネル状の内部空間の上方が熱風で満たされ、次いで導水板14を越えて軒樋カバー5の取水口16から熱風の吐き出しが起こる。前記軒樋カバー5の取水口16から熱風が吐き出ることにより軒樋3付近の雪庇やツララに融雪現象が起こる。
【選択図】図1
An object of the present invention is to provide a snow melting device using a rain gutter capable of preventing icicles and snow storms by air convection by combining an eave ridge with a hot air generator connected to the eave ridge cover.
When snow accumulates on the roof in winter, snow ridges and icicles are formed from the roof to the eaves as shown by broken lines. Therefore, when the hot air generating device 7 is started and hot air is supplied to the eaves 6, the air naturally convects from the warmer side to the colder side, so that air flows from the connection part 21 of the eaves 6 toward the eaves 3. Convection occurs. Then, hot air is blown from the eaves 6 to the internal space surrounded by the eaves eaves 3 and the eaves eaves cover 5, and the upper part of the tunnel-shaped internal space is filled with hot air, and then passes over the water guide plate 14 to eave eaves. Hot air is discharged from the water intake 16 of the cover 5. When hot air blows out from the water intake 16 of the eaves cover 5, a snow melting phenomenon occurs in the snow leopard or icicle near the eaves 3.
[Selection] Figure 1

Description

本考案は、冬季において、軒先に発生するツララや雪庇を未然に防ぐ雨樋による融雪装置に関する。   The present invention relates to a snow melting device using a rain gutter that prevents icicles and snow ridges generated at the eaves in winter.

冬季において、軒先に発生するツララや雪庇を未然に防ぐため、雨樋にヒーターや融雪体を取り付ける融雪装置はあった(特許文献1、2を参照)。
しかし、それではランニングコストが掛かり過ぎたり、雨樋にゴミが溜まり易いことが問題であった。
また寒気が強すぎると竪樋の下方出口から凍って行くという現象が起こることがあった。
特開2002−294947号公報 特開平8−284342号公報
In winter, there has been a snow melting device that attaches a heater or a snow melting body to a rain gutter in order to prevent icicles and snow plows occurring at the eaves (see Patent Documents 1 and 2).
However, it has been a problem that running costs are too high and garbage tends to accumulate in rain gutters.
In addition, when the chill was too strong, the phenomenon of freezing from the lower exit of the kite sometimes occurred.
JP 2002-294947 A JP-A-8-284342

本考案は、軒樋に軒樋カバーと竪樋に接続した熱風発生装置を組合せ、空気の対流によってツララと雪庇を未然に防ぐことが出来る雨樋による融雪装置を提供することを目的とする。   An object of the present invention is to provide a snow melting device using a rain gutter which can prevent a tsura and a snow hail by air convection by combining an eaves gutter with a hot air generator connected to the eave gutter.

本考案の雨樋による融雪装置は、家屋の屋根瓦からの雨水を受ける軒樋と、該軒樋の口縁に嵌合され、軒樋の上方開口部を塞ぐ軒樋カバーと、前記軒樋に接続され、軒樋からの雨水を集めて排水する竪樋と、該竪樋の出口付近に接続され、竪樋に熱風を供給する熱風発生装置とから構成される雨樋による融雪装置において、前記軒樋の口縁に嵌合する逆U字状の嵌合部を備えた内側壁及び外側壁と、前記内側壁及び外側壁を接続し、前記軒樋の上方開口部を塞ぐ天面壁とから構成された、軒樋カバーを前記軒樋に嵌合させてトンネル状空間を形成すると共に、前記熱風発生装置からの熱風を前記竪樋を介して前記トンネル状空間に送風し、前記軒樋カバーの外側壁に形成した雨水の取水口から熱風を吐き出すものである。
さらに、前記竪樋の出口部に蛇腹ホースを接続したものである。
The snowmelt device using the rain gutter of the present invention is connected to the eaves for receiving rainwater from the roof tiles of the house, the eaves cover fitted to the mouth edge of the eaves and closing the upper opening of the eaves, and the eaves A snowmelt device using a rain gutter comprising a gutter for collecting and draining rainwater from the eave gutter and a hot air generator connected to the vicinity of the eave and supplying hot air to the gutter. An inner wall and an outer wall provided with an inverted U-shaped fitting portion that fits to the mouth edge of the ridge, and a top wall that connects the inner wall and the outer wall and closes the upper opening of the eaves ridge. The eaves cover is fitted to the eaves to form a tunnel-like space, and hot air from the hot air generator is blown to the tunnel-like space through the eaves, and the outer wall of the eaves eaves cover Hot air is discharged from the rainwater intake formed in
Furthermore, a bellows hose is connected to the outlet portion of the basket.

本考案は、軒樋に軒樋カバーと竪樋に接続した熱風発生装置を組合せることで、空気の対流によってツララと雪庇を未然に防ぎ、ランニングコストを抑え、さらに雨水の流れが悪くなる現象を抑えることが出来る。
また同時に、竪樋下部に蛇腹ホースを付けることで、竪樋出口を地面から離したり、風向きに対して出口の向きを自在に替えることができ、竪樋の出口から進入する寒気を抑え、竪樋下部からの凍結を解消することが出来る。
The present invention combines the eaves with a hot air generator connected to the eaves cover and the eaves to prevent tsura and snow leopards by air convection, reducing running costs, and worsening the flow of rainwater Can be suppressed.
At the same time, by attaching a bellows hose to the lower part of the kite, the kite outlet can be separated from the ground, and the direction of the exit can be changed freely with respect to the wind direction. Freezing from the bottom of the heel can be eliminated.

本考案の雨樋による融雪装置の一実施例を添付図面に基づいて、以下に説明する。
図1に示すように、本考案の雨樋による融雪装置は、家屋1の屋根瓦2からの雨水を受ける軒樋3と、該軒樋3の口縁4(図4を参照)に嵌合され、軒樋3の上方開口部を塞ぐ軒樋カバー5と、前記軒樋3に接続され、軒樋3からの雨水を集めて排水する竪樋6と、該竪樋6の出口付近に接続され、竪樋6に熱風を供給する熱風発生装置7とから構成される。
なお、雨樋は、本考案においては軒樋3と竪樋6とを包含するものである。
前記軒樋3は、金属製又は合成樹脂製の上方開口状の半円筒体からなり、開口両側部の口縁4を断面円形に形成しており、また図3、図4に示すように竪樋6との接続を行う接続部8を有する軒樋3を少なくとも一つ設ける。
前記軒樋カバー5は、金属製又は合成樹脂製の蓋体からなり、図3に示すように前記軒樋3の口縁4に嵌合する逆U字状の嵌合部9を備えた内側壁10及び外側壁11と、前記内側壁10及び外側壁11を接続し、前記軒樋3の上方開口部を塞ぐ天面壁12とから構成される。
また、前記内側壁10及び外側壁11の長手方向の外側両下端には、前記嵌合部9が軒樋3に嵌合する際に弾性係合する係止片13をそれぞれ設ける。
前記内側壁10は、前記外側壁11より長く形成されて軒樋3の屋根側に嵌合され、前記天面壁12が屋根側から軒先へ下り勾配になるようになっている。
前記外側壁11は、前記天面壁12との接合部付近から下方へ延びた導水板14を長手方向に沿って設け、前記導水板14と前記嵌合部9との間に傾斜方向に沿った多数の仕切り板15を形成する。
そして、前記仕切り板15同士間に細長穴の雨水の取水口16が長さ方向全面に形成され、前記取水口16が前記軒樋3及び前記軒樋カバー5に囲まれた内部空間と外気とを連通するようになっている。
An embodiment of a snowmelt device using a rain gutter according to the present invention will be described below with reference to the accompanying drawings.
As shown in FIG. 1, the snow melting apparatus using rain gutters of the present invention is fitted to an eave fence 3 that receives rainwater from a roof tile 2 of a house 1 and a lip 4 of the eave fence 3 (see FIG. 4). The eaves cover 5 that covers the upper opening of the eaves 3, the eaves 6 that is connected to the eaves 3 and collects and drains rainwater from the eaves 3, and is connected to the vicinity of the exit of the eaves 6 And a hot air generator 7 for supplying hot air to the trough 6.
In addition, the rain gutter includes the eaves eaves 3 and 6 in the present invention.
The eaves bowl 3 is made of a semi-cylindrical body made of metal or synthetic resin and has an opening 4 on both sides of the opening having a circular cross section, and as shown in FIGS. At least one eaves eaves 3 having a connection portion 8 for connection with the eaves 6 is provided.
The eaves bowl cover 5 is made of a metal or synthetic resin lid, and has an inverted U-shaped fitting portion 9 fitted to the rim 4 of the eaves bowl 3 as shown in FIG. It comprises a wall 10 and an outer wall 11, and a top wall 12 that connects the inner wall 10 and the outer wall 11 and closes the upper opening of the eaves wall 3.
Further, locking pieces 13 that are elastically engaged when the fitting portion 9 is fitted into the eaves 3 are provided at both lower ends in the longitudinal direction of the inner wall 10 and the outer wall 11.
The inner wall 10 is formed longer than the outer wall 11 and is fitted to the roof side of the eaves wall 3 so that the top wall 12 is inclined downward from the roof side to the eaves.
The outer wall 11 is provided with a water guide plate 14 extending downward from the vicinity of the joint portion with the top wall 12 along the longitudinal direction, and along the inclined direction between the water guide plate 14 and the fitting portion 9. A large number of partition plates 15 are formed.
And, the rainwater intake 16 having an elongated hole is formed between the partition plates 15 over the entire length direction, and the intake 16 is surrounded by the eaves 3 and the eaves cover 5 and the outside air. To communicate.

前記竪樋6は、金属製又は合成樹脂製の円筒体からなり、軒樋3からエルボ管を介して直管の竪樋6に接続しており、図2に示すように竪樋6の出口側には後述の熱風発生装置7の送風管17との接続を行う接続部21を有する。
また、前記竪樋6の出口には、合成樹脂製の蛇腹ホース(図示しない)を接続し、竪樋6出口を地面から離したり、出口の向きを自在に変えることができるようにする。
前記熱風発生装置7は、屋外に図1、図2に示すように収納函体18の内部に収納され、図示しないヒーターとファンを備えており、前記熱風発生装置7から送風管17を介して前記竪樋6の下部に熱風を送風することが出来るようになっている。
なお、前記熱風発生装置7は、家屋1の外壁に設けたコンセント19から電源コード20により電気を供給されるが、前記熱風発生装置7自体を屋内に設置し、外壁を貫通した送風管17により熱風を供給することも可能である。
The flange 6 is made of a cylindrical body made of metal or synthetic resin, and is connected to the straight flange 6 from the eave flange 3 via an elbow pipe, as shown in FIG. On the side, there is a connecting portion 21 for connecting to a blower pipe 17 of a hot air generator 7 described later.
Also, a synthetic resin bellows hose (not shown) is connected to the outlet of the saddle 6 so that the outlet of the saddle 6 can be separated from the ground and the direction of the outlet can be freely changed.
The hot air generating device 7 is housed outside in a housing box 18 as shown in FIGS. 1 and 2, and includes a heater and a fan (not shown). Hot air can be blown to the lower part of the basket 6.
The hot air generator 7 is supplied with electricity by a power cord 20 from an outlet 19 provided on the outer wall of the house 1, but the hot air generator 7 itself is installed indoors by a blower pipe 17 penetrating the outer wall. It is also possible to supply hot air.

次に、本考案の雨樋による融雪装置の動作操作を添付図面に基づいて、以下に説明する。
図2に示すように、軒樋カバー5の弾性作用する係止片13を広げて軒樋3全部の口縁4に軒樋カバー5を取り付けると、前記軒樋3と前記軒樋カバー5に囲まれた内部空間はトンネル状空間になる。
なお、冬季以外には、屋根に降った雨水は屋根瓦2から軒樋カバー5の天面壁12へ流れ落ち、天面壁12の傾斜に沿って流れて取水口16の導水板14を伝わって軒樋3に流れ落ち、軒樋3から竪樋6を介して地面G.Lに排水される。
さらに、竪樋6の出口部分の直管を接続部21を有する直管に交換し、前記接続部21に熱風発生装置7の送風管17を接続し、さらに竪樋6の出口部に蛇腹ホース(図示せず)を取り付ける。
前記熱風発生装置7は、家屋1の外壁に設けられたコンセント19から電源コード20により電気が供給され、収納函体18内に前記熱風発生装置7が収納されているので、雪に埋もれることがない。
図1に示すように、冬季に屋根に雪が積もると、破線で示すように屋根から軒先に架けて雪庇やツララが形成される。
そこで、前記熱風発生装置7を始動させ、竪樋6に熱風を供給すると、空気は暖かい方から冷たい方に自然に対流が起こるので、竪樋6の接続部21から軒樋3に向って空気の対流が発生する。
そして、竪樋6から前記軒樋3と前記軒樋カバー5に囲まれた内部空間へ熱風が送風され、トンネル状の内部空間の上方が熱風で満たされ、次いで導水板14を越えて軒樋カバー5の取水口16から熱風の吐き出しが起こる。
前記軒樋カバー5の取水口16から熱風が吐き出ることにより軒樋3付近の雪庇やツララに融雪現象が起こる。
その結果、図1の実線で示すように、雪庇やツララがなくなり、熱風で融けた融雪水は軒樋3の天面壁12に流れ落ち、取水口16から軒樋3に流れ、竪樋6、蛇腹ホースを介して地面G.Lに流れる。
このように竪樋6の出口部に熱風発生装置7を付けることにより、竪樋6そのものの凍結防止と軒樋カバー5を暖め融雪を促進する効果が得られる。
ただし、さらに気温が下がった場合、前記熱風発生装置7だけでは竪樋6下部が凍結する可能性があるため、竪樋6下部に蛇腹ホースを付けることで、竪樋6出口を地面から離したり、風向きによって出口の方向を自在に変えることで竪樋6出口の凍結も解消することができる。
Next, the operation of the snow melting device using the rain gutter according to the present invention will be described below with reference to the accompanying drawings.
As shown in FIG. 2, when the eaves cover 5 is attached to the lip 4 of the entire eaves 3 by spreading the elastically acting locking piece 13 of the eaves cover 5, the eaves 3 and the eaves cover 5 are attached. The enclosed internal space becomes a tunnel-like space.
In addition to the winter season, rainwater falling on the roof flows down from the roof tile 2 to the top wall 12 of the eaves cover 5, flows along the slope of the top wall 12, and travels along the water guide plate 14 of the water intake 16. 3 and the ground G. through the eaves 3 through 6. D is drained to L.
Further, the straight pipe at the outlet portion of the saddle 6 is replaced with a straight pipe having the connecting portion 21, the blower pipe 17 of the hot air generator 7 is connected to the connecting portion 21, and the bellows hose is further connected to the outlet portion of the saddle 6. Install (not shown).
The hot air generator 7 is supplied with electricity by a power cord 20 from an outlet 19 provided on the outer wall of the house 1, and the hot air generator 7 is stored in the storage box 18, so that it can be buried in snow. Absent.
As shown in FIG. 1, when snow accumulates on the roof in winter, snow canopies and icicles are formed from the roof to the eaves as shown by broken lines.
Therefore, when the hot air generating device 7 is started and hot air is supplied to the eaves 6, the air naturally convects from the warmer side to the colder side, so that air flows from the connection part 21 of the eaves 6 toward the eaves 3. Convection occurs.
Then, hot air is blown from the eaves 6 to the internal space surrounded by the eaves eaves 3 and the eaves eaves cover 5, and the upper part of the tunnel-shaped internal space is filled with hot air, and then passes over the water guide plate 14 to eave eaves. Hot air is discharged from the water intake 16 of the cover 5.
When hot air blows out from the water intake 16 of the eaves cover 5, a snow melting phenomenon occurs in the snow leopard or icicle near the eaves 3.
As a result, as shown by the solid line in FIG. 1, snowmelt and icicles disappear, and the melted snow melted by hot air flows down to the top wall 12 of the eaves 3 and flows from the intake 16 to the eaves 3, where the eaves 6, bellows Ground G. via hose Flows to L.
By attaching the hot air generator 7 to the exit portion of the kite 6 in this way, the effect of preventing the kite 6 itself from freezing and warming the eaves kit cover 5 and promoting snow melting can be obtained.
However, if the temperature further decreases, the lower part of the coffin 6 may freeze with the hot air generator 7 alone. Therefore, by attaching a bellows hose to the lower part of the coffin 6, the outlet of the coffin 6 can be separated from the ground. By freely changing the direction of the exit depending on the wind direction, the freezing of the exit 6 can be eliminated.

本考案の雨樋による融雪装置を示す左側面図である。It is a left view which shows the snow melting apparatus by the rain gutter of this invention. 本考案の雨樋による融雪装置を示す正面図である。It is a front view which shows the snow melting apparatus by the rain gutter of this invention. 軒樋と軒樋カバーを組み合わせた状態の拡大正面図である。It is an enlarged front view of the state which combined the eaves basket and the eaves cover. 図3の矢視A−A断面図である。It is arrow AA sectional drawing of FIG.

符号の説明Explanation of symbols

1 家屋
2 屋根瓦
3 軒樋
4 口縁
5 軒樋カバー
6 竪樋
7 熱風発生装置
8 接続部
9 嵌合部
10 内側壁
11 外側壁
12 天面壁
13 係止片
14 導水板
15 仕切り板
16 取水口
17 送風管
18 収納函体
19 コンセント
20 電源コード
21 接続部
DESCRIPTION OF SYMBOLS 1 House 2 Roof tile 3 Eaves 4 Eaves 5 Eaves cover 6 Eaves 7 Hot-air generator 8 Connection part 9 Fitting part 10 Inner side wall 11 Outer side wall 12 Top surface wall 13 Locking piece 14 Water guide plate 15 Partition plate 16 Intake water Mouth 17 Air duct 18 Storage box 19 Outlet 20 Power cord 21 Connection part

Claims (2)

家屋の屋根瓦からの雨水を受ける軒樋と、該軒樋の口縁に嵌合され、軒樋の上方開口部を塞ぐ軒樋カバーと、前記軒樋に接続され、軒樋からの雨水を集めて排水する竪樋と、該竪樋の出口付近に接続され、竪樋に熱風を供給する熱風発生装置とから構成される雨樋による融雪装置において、前記軒樋の口縁に嵌合する逆U字状の嵌合部を備えた内側壁及び外側壁と、前記内側壁及び外側壁を接続し、前記軒樋の上方開口部を塞ぐ天面壁とから構成された、軒樋カバーを前記軒樋に嵌合させてトンネル状空間を形成すると共に、前記熱風発生装置からの熱風を前記竪樋を介して前記トンネル状空間に送風し、前記軒樋カバーの外側壁に形成した雨水の取水口から熱風を吐き出すことを特徴とする雨樋による融雪装置。   An eaves for receiving rainwater from the roof tiles of the house, an eaves cover fitted to the mouth edge of the eaves and closing the upper opening of the eaves, and connected to the eaves, collecting rainwater from the eaves In a snow melting device using a rain gutter comprising a gutter to be drained and a hot air generator connected to the vicinity of the gutter outlet to supply hot air to the gutter, an inverted U-shape that fits into the mouth edge of the eave gutter An eaves cover is configured to include an inner wall and an outer wall having a fitting portion, and a top wall connecting the inner wall and the outer wall and closing an upper opening of the eaves. To form a tunnel-like space, and blows hot air from the hot-air generator to the tunnel-like space through the fence, and generates hot air from a rainwater intake formed on the outer wall of the eaves cover. A snow melting device using rain gutters, characterized by discharging. 前記竪樋の出口部に蛇腹ホースを接続したことを特徴とする請求項1記載の雨樋による融雪装置。

The snowmelt device by rain gutter according to claim 1, wherein a bellows hose is connected to an outlet portion of the gutter.

JP2006004297U 2006-06-05 2006-06-05 Snow melting equipment by rain gutter Expired - Fee Related JP3124398U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH09128957A (en) * 1995-10-13 1997-05-16 Gotai Handotai Kofun Yugenkoshi Interface circuit for memory access method for memory access
KR102106917B1 (en) * 2019-04-17 2020-05-06 김홍노 The fluid passage system of anti-freezing for tunnel
KR102266050B1 (en) * 2020-02-25 2021-06-16 김홍노 The fluid passage system of anti-freezing for tunnel

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH09128957A (en) * 1995-10-13 1997-05-16 Gotai Handotai Kofun Yugenkoshi Interface circuit for memory access method for memory access
KR102106917B1 (en) * 2019-04-17 2020-05-06 김홍노 The fluid passage system of anti-freezing for tunnel
KR102266050B1 (en) * 2020-02-25 2021-06-16 김홍노 The fluid passage system of anti-freezing for tunnel

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