JPS5865855A - Snow melting roof apparatus - Google Patents

Snow melting roof apparatus

Info

Publication number
JPS5865855A
JPS5865855A JP16486181A JP16486181A JPS5865855A JP S5865855 A JPS5865855 A JP S5865855A JP 16486181 A JP16486181 A JP 16486181A JP 16486181 A JP16486181 A JP 16486181A JP S5865855 A JPS5865855 A JP S5865855A
Authority
JP
Japan
Prior art keywords
air
warm air
introduction
damper
roof
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP16486181A
Other languages
Japanese (ja)
Inventor
雄一 柳
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP16486181A priority Critical patent/JPS5865855A/en
Publication of JPS5865855A publication Critical patent/JPS5865855A/en
Pending legal-status Critical Current

Links

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 本党明は、特別なエネルギー飄を不要とじ)特に地熱に
よりkIi根MY’−実・良好に融雪し得る一根&i[
il装皺に係るものにして、−冥元例を示す膠付図面を
参朧にしてその碑戚ン静かすると次の通りである。
Detailed Description of the Invention The present party has discovered that the earth heat can be used to effectively melt snow by using geothermal energy.
The following is a summary of the monuments related to the Illuminated Wrinkles, with a vague reference to the glued drawings showing examples of the original.

蛍属−の施根(υを使用し、この地物(2)の屋根裏を
に気檜入藁(2)とし、一方地物(2)の木下(3」又
は掘削ピッ)(4)’t’駿気畑捉菟(ハ)とし1−気
4人呈^と稜′5j&捕捉峯但との局に、談気捕捉血(
ロ)の地Wf4等によるに%vtm気導入官(5)を介
して駿丸専入迩^に4人し、k気導出’f (6) Y
介して暖気導入嘗四の冷気を駿気廂捉菟(ロ)に導出T
る!気傭堀サイクル0を影成し、−気導入菟^に集めら
れたw&気により屋根(1)上り協を練箇Tるように琳
戚したことを特徴とするものである。
Use firefly roots (υ) to fill the attic of this feature (2) with cypress straw (2), while the Kinoshita (3" or excavation pit) (4) of feature (2) t' Sunki field capture (c) Toshi 1-ki 4 people presented ^ and Ryo '5j & capture Minetaji, Danki capture blood (
B) 4 people were sent to Shunmaru Special Entry^^ through the %vtm qi introduction officer (5) by Wf4 etc., and k qi derivation'f (6) Y
The warm air is introduced through the air and the cold air is led to the air trap (b).
Ru! It is characterized by the effect of the ki mercenary cycle 0, and the w & ki collected in the ``ki introduction tube'' to make the roof (1) go up as if to be trained.

蛍に振の臘根(IJとしては、数社多用されているゼ■
臘JIIE後(凸条とl!if条とが並列状部に抗日さ
れた―根)か駁處である。
Hotaru ni Furinohene (as an IJ, it is frequently used by several companies)
After 臘JIIE (the convex line and the l!if line are parallel to each other - the root) or it is a rebuttal.

また・空気傭堀すイクノν(Qが強−豹に主じるように
、吸気ファン(7)・快気ファン(8)を夫々付設して
いる。
In addition, air intake fan (7) and air fan (8) are attached respectively to Ikuno ν (Q is strong).

また、本図では一気4人管(5)の下端と一気導出管(
6)の下端とは直結さ2してなく、mji!l捕捉菟(
ハ)を介してItJj皺囚に座帖ごれているが1直細嬉
怠として地中に埋設するようにしてもtlI kl=で
ある。
Also, in this figure, the lower end of the four-person pipe (5) and the one-shot outlet pipe (
6) It is not directly connected to the lower end of mji! l capture (
Although it is a pile of wrinkled prisoners through c), it is still tlI kl= even if it is buried underground as a simple act of laziness.

また、#I&気捕捉至(ロ)には吸−シートを付設する
In addition, a suction sheet is attached to #I & air capture (B).

また、本実施例では冬たけではなく四季の無鉄鉱化にも
対応できるように各所にダン/<  Y付設している0 即ち、slダンパ(υ)、第2ダンパ(ltLM%3ダ
ンパllLυ、第4ダンパUV付設し為 冬場の融協にあっては、 !JI4ダンパ@とも全て閉じ・f空気の流れt−気捕
捉菟(ハ)→−気4人’l (51−4m気導入菟四→
賑気導出管(6)→暖気捕捉S4(ト)として、暖気を
暖気導入藁四に集め屋根Wt散嘗するようにしているO
夏場にあっては、 1に1ダンパ(9J、第2ダンハuu + m 3ダン
パ叩。
In addition, in this embodiment, in order to cope with iron-free mineralization not only in winter but in all seasons, damper/< Y is attached at various places. 4th damper UV is attached, so in the case of winter cooperation, !JI 4 damper @ all closed, f air flow t - air capture 菟(c) → - 4 people'l (51-4m air introduction 菟) Four→
The lively air outlet pipe (6) → Warm air capture S4 (G) collects warm air into the warm air introduction straw 4 and scatters it on the roof Wt.
In the summer, 1 damper (9J, 2nd damper uu + m 3 dampers).

j84ダンパ(2)とも全て開け、空気の流れ馨屋外→
s1ダンハ(9)→@気傭榊菟(ロ)→第2ダンパαI
→富円→第4ダンパQり→皺気導入室四→弊3ダンパα
ト1外として、涼しく快−に居住できるようにしている
Open all j84 dampers (2) to allow air to flow outdoors →
s1 Danha (9) → @Kiken Sakaki 菟 (ro) → 2nd damper αI
→ Tomiyen → 4th damper Qri → Wrinkle air introduction chamber 4 → Wei 3rd damper α
Apart from this, the building is designed to be cool and comfortable to live in.

秋場(あっては1 jllダンパ(9)、Jl!2ダンパ翰、!lPI3ダ
ンパαυ。
Akiba (1 Jll damper (9), Jl!2 damper wire, !lPI3 damper αυ.

第4ダンパ■とも全て閉じ、空気の流れ′4r−暖気尋
入迩四→#!!i気導出管(6)→皺気捕捉迄(ハ)→
−気導入? (5)として、k気導入菖四の暖気等によ
ってm気捕捉菟(ハ)に蓄熱するようにしている。
The 4th damper ■ is all closed, and the air flow '4r - Warm air intake 4 → #! ! i air outlet tube (6) → up to wrinkle air capture (c) →
-Qi introduction? As for (5), heat is stored in the m-air trapping tube (c) by warm air from the k-air introduction tube.

また、各ダンパの開閉は上記に限らずに櫨々の形層で使
用される。
Further, the opening and closing of each damper is not limited to the above-mentioned method, and may be used in a square shape.

例えば、練嘗の碌に、!A4ダンパa11け、屋内で使
用された石油ストーブ等の捩気″Ik:@気導入峯(5
)に導入し、地熱による暖気と相乗させて、より一層効
果的に屋根雪vm箇するようにしても可能である。
For example, to the skill of Neria! A4 damper a11 ke, torsion air from kerosene stoves etc. used indoors ``Ik: @Ki introduction mine (5
), and combined with geothermal heat, it is also possible to more effectively remove snow from roofs.

また、本実施例では、濾板の軒先に1鵬嘗水を受系水す
る集水樋α尋を付設し、この集水繍贈にj!!通させて
屋内に集排水管u4を縦設し、この集排水管(1417
I′排水管U31V介して排水溝叫に連通し、緘嘗水Y
 m NAさせることなく途やかに排水14α0に排水
させるようにしている。
In addition, in this embodiment, a water collection gutter α-hiro is attached to the eaves of the filter plate to receive water from the filter plate. ! A collection and drainage pipe U4 is installed vertically indoors, and this collection and drainage pipe (1417
I' Connects to the drainage ditch via the drain pipe U31V, and the sluice Y
The water is immediately drained to 14α0 without turning the water to mNA.

また1本図では)li根において生ずる袖嵐水対策につ
いては何等記述していないが、当然その菌での配恩は成
される。
In addition, although this figure does not describe anything about countermeasures against storm water that occurs in the li root, it is natural that the same benefit can be achieved with the fungus.

符号駿0は梁材、1m&まグリ石である。The code Shun 0 is beam material, 1m & Maguri stone.

また、−気彌捉菟(ハ)は蓄熱菟となるので、′ik熱
性の誦い材F+(砕石・コンクリート・土砂等が考えら
れるO)V*設Tる配鳳χ必賛とし、他にも櫨々り配属
が必要である。
In addition, since the heat trapping material (c) becomes a heat storage material, it is necessary to use a heat-sensitive reciting material F+ (crushed stone, concrete, earth and sand, etc. can be considered), and other It is also necessary to assign staff to the staff.

従来、屋根璽の錫塩、脅に凰根書の厭璽については徳々
案出されているが、そのどれもか、電気エネルギー水エ
ネルギ・石油エネルギ等ン利用するもので1且つall
効半も低く為それだけ非絵済1jJであると共に、近年
の地下水賃源不足には対応でさないものとなっている0 ここで、融雪するには当然何等かの緻箇エネルギーWが
必賛となるが、本発明はこの当然な考え方から脱皮し、
建物の床下又は床下のmmUビットの地熱を屋根裏に導
き・新規な配鳳をmTことにより、特別なエネルギー源
によらずに地熱だけで崖根盲の融雪を行うようにしたも
のである。
In the past, tin salt for roof seals and anti-salt seals for shogun calligraphy have been successfully devised, but all of them utilize electricity, water energy, petroleum energy, etc.
Since the half-efficiency is low, it is not only unrealized, but also does not deal with the recent shortage of groundwater sources.0 Here, naturally, some kind of detailed energy W is required to melt snow. However, the present invention breaks away from this natural way of thinking and
By guiding mmU bit of geothermal heat under the floor of the building or under the floor to the attic and using a new porcelain arrangement, snow melting can be performed without relying on any special energy source using only the geothermal heat.

本発明は上述のように、金属製の屋根(υを使用し1こ
の建物(2)の屋根裏″4I:暖気導入菟四とし、一方
建物(2)の床下(3)又は掘削ピット(4)1[気捕
捉室(ト)とし、−気導入室囚と証気捕捉血(ロ)との
間に、暖気捕捉室(ハ)の地熱等による一気を暖気導入
管(57Y介して暖気専大室囚に導入し、一気導出it
 (63’に介して暖気導入属(ハ)の冷気を暖気捕捉
室■に導出Tる空気循環サイクル0を杉成したから、こ
の配電によりfIsIllのための特別なエネルギー源
を用意しなくとも、自然に屋根篇の&if雪が行い得る
ことになる0 順も、暖気捕捉室(ハ)内の地熱等による暖気は暖気導
入管(5J内ン介して上昇し、暖気導入菟(8)内に順
次上昇導入されて集められ為金M装の熱伝導良好な屋根
tlJ Y介して屋根上(/J箇と熱交換し、而して屋
根上の警はil!ll箇され、のち熱交換して冷気とな
った空気は暖気導出管(61ン降下して@気捕捉藁(ハ
)内に導出され、この冷気は駿気補捉冨(ハ)内で熱を
奪いa!気となって再びh先導入管(5)を上昇し、こ
の空気−票サイクル0(自然対流)を自然に繰り返しテ
為自然に緻1効釆を発揮することになる。
As mentioned above, the present invention uses a metal roof (υ) 1 attic of this building (2) 4I: warm air introduction pipe 4, while under the floor (3) of building (2) or excavation pit (4). 1 [Air capture room (G), - Between the air introduction room prisoner and the evidence air capture blood (B), warm air from the warm air capture room (C) is connected to the warm air special room through the warm air introduction pipe (57Y). Introduce it to the prisoner and extract it all at once
(Since we have established the air circulation cycle 0 in which the cold air of the warm air introduction group (c) is led out to the warm air capture room Naturally, snow can form on the roof.In order, the warm air generated by geothermal heat in the warm air capture chamber (c) rises through the warm air introduction pipe (5J) and sequentially flows into the warm air introduction pipe (8). The heat is exchanged with the roof (/J part) through the roof tlJ Y, which has good heat conduction, and then the heat on the roof is il!ll part, and then heat exchanged. The air that has become cold air descends into the warm air outlet pipe (61 meters) and is led out into the @ air trapping straw (c), and this cold air absorbs heat in the air trapping layer (c) and becomes a! qi again. The air flows upward through the introduction tube (5) and repeats this air cycle 0 (natural convection) naturally, thus naturally exerting its effects.

従って1特別なエネルギー源が不安であるから、設備費
も殆んどかからずに極めて経済的にtM盲機能を果たし
得ることになる。
Therefore, since the special energy source is unstable, the tM blind function can be performed extremely economically with almost no equipment cost.

更に・檜に地熱(冬場にあっては5〜7℃位)を利用す
るものであるから、大容菫の熱源が得られることになる
ので、111fiIのような多降雪地域においても充分
#IIA嘗Ia能を発揮し得ることになる□また、屋根
(υとしては、一般に用いられている折版屋根を使用す
れば良く1一層容易に彪工作業し得ることになる。
Furthermore, since the cypress uses geothermal heat (about 5 to 7 degrees Celsius in winter), a large violet heat source can be obtained, so it is sufficient even in areas with heavy snowfall such as 111fiI. □Furthermore, as the roof (υ), a commonly used folded roof can be used (1), making the construction work even easier.

以上のように本発明によれば、特別な二ネA/ギー源を
不安とし、特に地熱により屋根*vm実・良好に融雪し
得る等の画期的な効果4I−秦する屋根−璽装置Ryt
提供することとなる。
As described above, according to the present invention, the special two-A/Ghee source is insecure, and ground-breaking effects such as being able to effectively melt snow on the roof*vm using geothermal heat, etc. Ryt
will be provided.

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

図1IOは本発明の一実馳例を示すものにして、第1図
は説明図、第2図は屋根の斯市図である。 (υ°・屋根、(2)・・−物、(3J・・床下、(4
)・・掘削ピッ)、(5J・・@気4人管、(6)・・
−気導出管、四・・@気導入菟、(ハ)−テ′−)・t
m暖気捕捉室0・・空気循環サイクル。 昭和56年10月15日 肖願人  4&81      雄  −71り9 1ン−a 254−
FIG. 1IO shows an example of the present invention, with FIG. 1 being an explanatory diagram and FIG. 2 being a diagram of a roof. (υ°・roof, (2)...-object, (3J...under the floor, (4
)...Drilling pipe), (5J...@Ki 4-person tube, (6)...
-Qi outlet tube, 4...@Qi introduction tube, (c)-te'-)・t
m warm air capture chamber 0...air circulation cycle. October 15, 1980, applicant 4&81 male -71ri9 1n-a 254-

Claims (1)

【特許請求の範囲】[Claims] 蛍JIk4壊のw、根ン使用し、この−智の属根姦を稜
気導入菟とし、−万魅物の床下又は−削ビットを一%匍
捉蚕とし、−気4人遼と稜気傭捉峯との間に、暖気媚捉
峯の地熱等による暖気を一気導入管を介して#R気4人
菟に導入し、#M気導出管を介して楓気−人藁の冷気’
Z’−気捕捉菖に導出する空気循環すイクル全形属し、
−電導入電に集められた一気により慮也上の璽ン畝曹T
るように構成したことY%故とする臘根−曹装皺。
Fireflies JIk 4 destruction w, root use, this - wisdom genus root rape as a ridge qi introduction tsu, - ten thousand charms under the floor or - shaving bit as 1% of the silkworm, - qi 4 people liao and ridge. Warm air from the geothermal heat of the warm air is introduced into #R 4 people's air through the #M air outlet pipe, and the cold air of maple air and human straw is passed through the #M air outlet pipe. '
Z' - belongs to the whole form of the air circulation cycle that leads to the air-trapping irises,
-The electric charge was gathered all at once, and the seal on Chiya was T.
It is said that Y% was constructed so that it was constructed so that it would be possible to use it.
JP16486181A 1981-10-15 1981-10-15 Snow melting roof apparatus Pending JPS5865855A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP16486181A JPS5865855A (en) 1981-10-15 1981-10-15 Snow melting roof apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP16486181A JPS5865855A (en) 1981-10-15 1981-10-15 Snow melting roof apparatus

Publications (1)

Publication Number Publication Date
JPS5865855A true JPS5865855A (en) 1983-04-19

Family

ID=15801308

Family Applications (1)

Application Number Title Priority Date Filing Date
JP16486181A Pending JPS5865855A (en) 1981-10-15 1981-10-15 Snow melting roof apparatus

Country Status (1)

Country Link
JP (1) JPS5865855A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS603370A (en) * 1983-06-17 1985-01-09 中島 繁雄 Slide promotion of roof snow

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5436034A (en) * 1977-08-26 1979-03-16 Masayuki Aramachi Snow eliminator
JPS5568979A (en) * 1978-11-18 1980-05-24 Shinnosuke Miyauchi Device for melting snow by utilizing doubleeconstruction roof

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5436034A (en) * 1977-08-26 1979-03-16 Masayuki Aramachi Snow eliminator
JPS5568979A (en) * 1978-11-18 1980-05-24 Shinnosuke Miyauchi Device for melting snow by utilizing doubleeconstruction roof

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS603370A (en) * 1983-06-17 1985-01-09 中島 繁雄 Slide promotion of roof snow

Similar Documents

Publication Publication Date Title
CN204012303U (en) Outdoor console mode distribution box
Eugster et al. Technological status of shallow geothermal energy in Europe
JPS5865855A (en) Snow melting roof apparatus
DE112016004759T5 (en) Novel thermoelectric power generation system for recovering thermal energy from underground fire
CN104164892A (en) Multifunctional cable tunnel inspection well
CN208272403U (en) A kind of spliced ring network cabinet precast construction
CN106223403A (en) A kind of rainwater-collecting/device of regulating and storing
CN203977456U (en) A kind of cable tunnel multifunctional examining well
CN207018014U (en) A kind of corrugated steel tunnel structure using natural lighting
CN213174403U (en) Slope roofing ventilation and heat insulation structure
CN206070639U (en) A kind of rainwater-collecting/device of regulating and storing
DE2853975A1 (en) House facade solar energy collector panel - has protective curtain movable between inner and outer transparent sheets
CN207892140U (en) A kind of new type roof deformation joint structure
Kleinitz The 2016/17 field season at Musawwarat es-Sufra (Sudan): From conservation planning, applied conservation and protection measures to archaeological and social anthropological research
CN215732950U (en) Block terminal for municipal works with waterproof construction
CN214739609U (en) Basement air shaft system suitable for open square
JP3194187U (en) Snow melting tank
CN209368987U (en) A kind of architectural engineering drainage arrangement
CN213873271U (en) Low-temperature frequency conversion air source heat pump drive waterproof device
DE202021003047U1 (en) Rainwater Cold Exchanger Tank
CN207567717U (en) Power station plant area anti-flood wall
EP4166728A1 (en) Rainwater collection system
DE19829329A1 (en) Underground house in prefabricated style with single access shaft
Ardiani et al. Performance of Passive Design Architecture Application in Hot and Dry Climate. Case Study: Cairo, Egypt
Milner et al. Designing the Bellville Waste Management Facility.