JPS6088754A - Roof integrated type solar energy collecting apparatus - Google Patents
Roof integrated type solar energy collecting apparatusInfo
- Publication number
- JPS6088754A JPS6088754A JP58194608A JP19460883A JPS6088754A JP S6088754 A JPS6088754 A JP S6088754A JP 58194608 A JP58194608 A JP 58194608A JP 19460883 A JP19460883 A JP 19460883A JP S6088754 A JPS6088754 A JP S6088754A
- Authority
- JP
- Japan
- Prior art keywords
- roof
- heat collector
- solar heat
- board
- solar energy
- 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.)
- Granted
Links
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/44—Heat exchange systems
Landscapes
- Roof Covering Using Slabs Or Stiff Sheets (AREA)
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】
この発明は、屋根に一体に組込んで設置される屋根一体
型太陽熱集熱装置に関Ｊる。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a roof-integrated solar heat collector installed integrally with a roof.
従来、屋根の一部に一体的に組込み設置される屋根一体
型太陽熱集熱器は、一般に屋根材が葺かれる部分と同一
平面に形成された屋根下地、即ち単一平面の野地板面上
に載置状態にして設置されていた。ところが実際上、集
熱器の厚さないしは高さは通常９０〜１００ｍｍ程度あ
るのに対し、屋根葺材として特に、所謂カラーベス］−
板等が使用されるような場合には、その厚さが」ニ記集
熱器に較べて顕著に簿いために、施工後の状態において
集熱器が屋根面から上方に高く突出する結果となり、外
観」ニ恰も屋根載置型の集熱器が用いられているかの如
き印象を与えて異和感を生田しめる鮭点があった。また
、一方、従来の太陽熱集熱器は、一般に棟から軒先まで
の屋根流れの仝休に亘って組イ」り設備されるものとな
されていたが、屋根面積が広い場合、殊に設（げ６しよ
うとでる集熱器の長さに較べ−（１ダ根流れの長さが艮
いにうな場合には、集熱器の棟カバーあるいは１１先配
管スペースを不必要に長いものとして屋根流れの長さに
適合さけ−ｈ ＋、−Ｊればならず、無駄な部月が多く
なって：ＩスＩ・アップにつながるといつＪ、うな５！
１１点があった。Conventionally, roof-integrated solar heat collectors, which are installed integrally with a part of a roof, are generally installed on a roof base that is formed on the same plane as the part covered with roofing material, that is, on a single-plane roof board surface. It was placed in a mounted state. However, in practice, the thickness or height of a heat collector is usually about 90 to 100 mm, whereas so-called colorbeth is used as a roofing material.
When plates, etc. are used, their thickness is significantly smaller than that of the heat collector described in 2), which results in the heat collector protruding high above the roof surface after construction. On the outside, there were some spots that gave the impression that a roof-mounted heat collector was being used, giving off a sense of strangeness. On the other hand, conventional solar heat collectors are generally installed over the rest of the roof flow from the ridge to the eaves, but when the roof area is large, it is especially difficult to install If the length of the flow is too large compared to the length of the heat collector that is about to come out, it is necessary to remove the roof by making the ridge cover of the heat collector or the piping space at the end of the heat unnecessarily long. Try to match the length of the flow -h +, -J, and there will be a lot of wasted parts: When it connects to Isu I up, J, Una 5!
There were 11 points.
この発明は上）小のような問題点をＭｌ’決した屋根一
体型太陽熱集熱装置を提供しようとするものであり、屋
根下地にＪ３りる太陽熱集熱器の設置部分の野地板を、
屋根ｒ″Ｃ月Ｃ゛覆われる部分の野地板より、上記集熱
器の高さ以下の段差をもって下位に配置し、これによ−
）で形成された屋根下地の凹陥部内に太陽熱集熱器の少
なくとし下部を嵌め込み状態にしＣ設ｆｆｆｆツるど共
に、該集熱器のφ１側端部を屋根流れの途中に位置ｕし
め、かつ該ｆｌｔｌ側端部の下面とその下方位置の屋根
材の葺かれた野地板面との間に、所定の流れ勾配を保有
する状態にノ１ルミニウムあるいはカラー鋼板等よりな
る承り板を配置して雨仕舞したことを特徴とりるもので
゛ある。This invention aims to provide a roof-integrated solar heat collecting device that solves the problems mentioned above.
It is placed lower than the roof board of the covered part of the roof with a step that is less than the height of the heat collector.
), the lower part of the solar heat collector is fitted into the concave part of the roof base formed by Cffff, and the φ1 side end of the heat collector is positioned in the middle of the roof flow, In addition, between the lower surface of the fltl side end and the surface of the sheathing board covered with roofing material located below it, a support plate made of aluminum or colored steel plate is arranged to maintain a predetermined flow gradient. It is characterized by the fact that it ended in a rainy day.
以下、この発明の実施例を図面に基づいて説明する。Embodiments of the present invention will be described below based on the drawings.
この発明に係る屋根一体型太陽熱集熱装置は、集熱器（
Ｃ）が屋根くイ）の下地面に対して所謂溝し込み型に設
置されたちのどなされている。The roof-integrated solar heat collection device according to the present invention has a heat collector (
C) is installed in a so-called groove-like manner into the subsurface of roof A).
即ち、第１図ないし第３図に示り−ように、屋根下地に
Ｊ３ ＆ｊる太陽熱集熱器（Ｃ）の設置部分の野地板（
１ａ）が、屋根葺材（ロ）で覆われる部分の野地板（１
１１）より、上記集熱器（Ｃ）の高さ以下の段差をもっ
て下位に配置され、これによって形成された屋根下地の
凹陥部（２）内に太陽熱集熱器（Ｃ）が少な（とも下部
を１■め込み状態にして設置されている。That is, as shown in Figures 1 to 3, the roofing board (
1a) is the roofing board (1) of the part covered by the roofing material (b)
11), the solar heat collector (C) is placed at a lower level with a step less than or equal to the height of the heat collector (C), and the solar heat collector (C) is placed in the recess (2) of the roof base formed by this. It is installed with 1.
上記両野地板＜ Ｉａ） （１ｂ）は、第２図に示ＪＪ
、うに、単一の母屋材（３）の同一平面上に担持した垂
木（４ａ） （４ｂ）の高さ寸法を異なるものどなされ
、高さ寸法の小さい垂水（４８Ｎ！Ｙ上に低位の野地板
（１ａ）が、また高さ刈払の人きい垂木（４’ｂ）群上
に、高位の野地板（１ｂ）がそれぞれ支持されることに
より、互いに高さ位置を異にしたものとなされている。The above-mentioned base plate < Ia) (1b) is shown in Figure 2.
, Uni, the height dimensions of the rafters (4a) (4b) carried on the same plane of a single purlin material (3) are made different, and the height dimension of the rafters (48N!Y) is low. The base plate (1a) is supported at different heights by supporting the higher floor planks (1b) on the high-level rafters (4'b), which are cut at different heights. ing.
かつ、上記太陽熱集熱器（Ｃ）は第１図に示づように、
その棟側端部は屋根（イ）の棟Ｊ、ｃ達して棟カバー（
５）に包被されているが、や１側の端部は、屋根（イ〉
に、１月）る屋根流れの途中で終ってＪ）す、従ってそ
の下方位置には、集熱器（Ｃ）の面側方の部位と同じく
通常の屋根葺材（ロ）が葺かれたものとなされている。And, as shown in FIG. 1, the solar heat collector (C) is
The edge of the ridge side reaches the ridges J and C of the roof (A) and covers the ridge cover (
5), but the end on the 1 side is covered by the roof (A).
In January), the roof flow ends in the middle of J), so the lower part is covered with normal roofing material (B), just like the area on the side of the heat collector (C). It is said that
而して、上記集熱器（Ｃ）自体は次のような構成を右す
る。The heat collector (C) itself has the following configuration.
ｆｉｌｊも、第２図ないし第５図に示−リーＪコうに、
低位の野地板（１ａ）上にアスクアル１−ルーフインク
簀の防水シー１〜を介してアルミニウム押出型月の組立
月か１うなる？！７数木のＬｍ杯（６）が所定間隔を隔
てて平行状に配置され、この隣接ヅる瓦棒（６）（６）
間にカラー鋼板Ｊ、りなる防水へ（７）が敷設されると
バに、その上に、Ｔｈｒ熱材（８）、集熱板〈９）が順
次積層状に配置され、更にその上方にガラス板等の透過
体（１ｏ）が配置されたものとなされている。そして、
集熱器（Ｃ）の両側縁部は、循環パイプ（１１）が通さ
れた側部配管室（１２〉が、側端の瓦棒（６）から側方
に延段されたパイプカバー（１３ンと、その先端を野地
板（Ｉａ）Ｊｘに支持したバイブカバー受ＩＪ（１４）
とで囲まれると共に、該カバー受材（１４）の外側にお
いて上位の野地板（ｌｂ）上にＦＩかれた屋根葺（Δ（
ロ）の側線部と瓦押さえ（２５）とを覆って配置されＩ
こケラバ祠（１５）により集熱器（Ｃ）の両抽部の雨仕
舞がなされている。filj is also shown in Figures 2 to 5 - Lee J.
Assembling the aluminum extrusion mold on the lower flooring board (1a) via the ASKUL 1-roof ink tank waterproofing sheet 1? ! Seven wooden Lm cups (6) are arranged in parallel at predetermined intervals, and these adjacent tile rods (6) (6)
When the color steel plate J and Rinaru waterproofing plate (7) are laid in between, the Thr heat material (8) and the heat collecting plate (9) are arranged in a laminated manner in order on top of it, and further above it. A transparent body (1o) such as a glass plate is arranged. and,
At both side edges of the heat collector (C), a side piping chamber (12) through which the circulation pipe (11) is passed is formed by a pipe cover (13) extending laterally from the tile rod (6) at the side end. and the vibrator cover holder IJ (14) with its tip supported on the field board (Ia) Jx
At the same time, the roofing (Δ(
B) is arranged to cover the side line part and the tile retainer (25).
Both extraction parts of the heat collector (C) are protected from rain by the Keraba Shrine (15).
また、集熱器（ｃ）の軒側端部は、第４図に示すように
ヘッダーパイプ等の配管（１６）が納められた！Ｉ掌（
１７）の下端が軒先仕切板（１８）て［Ｍ１鎖されてお
り、かつ前記瓦棒（６）の存Ｊる部位にＪｊいて上記仕
切４１ｍ（１８）の外面に引先キトツブ（１９）が被着
されてその端部の始末がなされている。In addition, the eave side end of the heat collector (c) houses piping (16) such as a header pipe, as shown in Figure 4! I palm (
17) The lower end is connected to the eaves partition plate (18) [M1 chained, and there is a drawer tip (19) on the outer surface of the partition 41m (18) at the part where the tile rod (6) is located. The ends are finished.
而して、この集熱器（Ｃ）の軒側喘８１；は、ｌり根下
地の前記凹陥部〈２）内に位置するため、該集熱器（Ｃ
）の上面ないしは内部を流下してくる雨水の雨仕舞の問
題が残る。この問題にス・１処づるため、次のような雨
仕舞構造が採用されている。Since the eave side pane 81 of this heat collector (C) is located in the recessed part <2) of the base base, the heat collector (C)
) There remains the problem of how to stop rainwater flowing down the top or inside of the building. In order to solve this problem, the following rain protection structure has been adopted.
即ち、第４図に示Ｊように、下位の野地板（１ａ）の軒
側先端部の下側の位置から、軒先側にお（）る屋根Ｍ月
（１〜１）のｎかれた部分の上端の瓦押さえ（２０）と
の間に、所要の流れ勾配を保有づる状態に合板からなる
支持板（２１）が設置され、その上にノフルミニウム仮
あるいはカラー鋼板等よりなる水切板（２２）が所定の
流れ勾配を保って敷設されている。該水切板（２２）の
棟側端部は上方に折曲されてその立上り縁（２２ａ）が
集熱器（Ｃ）の軒側端部の下面側に位置口られる一方、
！１側端部は前記瓦押さえ（２０）の上面を覆ってそれ
に適宜ねじ等で固定されている。また、水切板（２２）
の両側縁は、その棟側に至るほど高くなった上方１１７
り曲げ縁（２２ａ）を有し、側方への雨水の漏洩を防さ
一゛うるようになっている。そし−にの水切板（２２）
の両１１１！Ｉ縁部上面と、その両側の高位の野地板（
１ｂ）上に首かれた１ｖ根ＩＱ月（ロ）との間の取合部
分については、アルミニウム板等の折曲材からなる上部
軒先木口塞ぎ月（２３）と下部１１［先木口塞ぎ材（２
４）どで由什舞がなされでいる。即ち、断面略下向き口
字状に形成された上部明先木１−１塞ぎ材（２３）が、
その棟側端部を前記ケラバ材〈１５）に差し込Ｊ口れ−
Ｃぞれに接続される一方、その旧側端部内に、下部軒先
木口塞ぎ＋４（２４）の山型膨隆部（２４ａ）の上部が
差し込まれている。そして、この下部軒先木口塞き＋Ｊ
（２４）の外側のＩｅ＋１部（２４１） ）が屋根葺材
（ロ）上に重ねられると共に、内側方に延長された勾配
部分（２４ｃ）が前記水切板（２２）の両側縁部子に覆
い被けられている。もつとも上記軒先木１」塞ぎ材り２
３）（２４）は、これを水切板（２いの両側縁から延長
して一体に形成するものとしても良いが、屋根葺材（ロ
）を施工した後に集熱器（Ｃ）を施工Ｊる場合の便宜の
ためには、図示実施例のＪ、うに別々のものとして）＾
Ｘ成し、」１後取イー１り可１１Ｌなものどするのが右
利である。That is, as shown in Fig. 4, the part of the roof M (1 to 1) extending from the lower end of the eave side tip of the lower roof board (1a) to the eave side (). A support plate (21) made of plywood is installed between the tile retainer (20) at the upper end to maintain the required flow gradient, and on top of this a support plate (21) made of nofluminium temporary or colored steel plate is installed. ) are installed while maintaining a predetermined flow gradient. The ridge side end of the draining board (22) is bent upward and its rising edge (22a) is positioned on the lower surface side of the eave side end of the heat collector (C),
! The first end covers the upper surface of the tile retainer (20) and is fixed thereto with appropriate screws or the like. Also, draining board (22)
Both side edges of
It has a curved edge (22a) to prevent rainwater from leaking to the sides. Soshini draining board (22)
Both 111! The top surface of the I edge and the high-level field boards on both sides (
1b) For the connecting part between the 1V root IQ month (b) hung above, the upper eave end closing month (23) made of bent material such as an aluminum plate and the lower eave end closing material (23) are used. 2
4) A dance is being performed everywhere. That is, the upper light end tree 1-1 closing material (23), which is formed in a substantially downward-pointing cross-sectional shape,
Insert the ridge side end into the verge material <15) and insert it into the J opening.
C, and the upper part of the chevron-shaped bulge (24a) of the lower eave end closing +4 (24) is inserted into the old side end. And this lower eaves wood end closure +J
The outer Ie+1 part (241) of (24) is overlapped on the roofing material (b), and the inwardly extended sloped part (24c) covers both side edges of the draining board (22). I'm being kicked. The above eaves wood 1" Sealing material 2
3) (24) may be formed integrally by extending from both side edges of the drainage board (2), but the heat collector (C) may be installed after the roofing material (B) is installed. For convenience, the illustrated embodiment J and sea urchin are shown as separate parts)
It is right-handed to do things such as ``X,'' and ``1 later, E, 1, and 11L.''
この発明は上）ホの次第で、先り”、集熱器（Ｃ）が屋
根下地に形成された凹陥部（２）内に少なくともその下
部をはめ込み状態にし−Ｃ設置されていることにより、
屋根葺材（［））の上面と集熱器（Ｃ）の上面どの間に
大きな段差が生じることがなく、屋根面の仝休に集熱器
の存在に基づく顕著な異和感を外観ｕしめる欠点がない
。This invention is based on (e) above, and first, the heat collector (C) is installed with at least its lower part fitted into the recess (2) formed in the roof base.
There is no large difference in level between the top surface of the roofing material ([)] and the top surface of the heat collector (C), and the appearance of the roof surface is noticeably strange due to the presence of the heat collector. There are no shortcomings.
かつ該集熱器の軒側端部が、屋根流れの途中に位置せら
れＣ１軒軒先、で達していないことにより、下から屋根
を見、Ｆげた場合に軒先部分が全く通常の屋根と同じ外
観を呈して体裁が良いのはもどまり、集熱器が軒先にま
で達して上方突出状に設けられる場合のように、集熱器
の上面を流下してきた雨水が軒先の山（；１１を越えて
落下するのを防ぐための格別の相同を不要どし、線光雨
樋構造の簡略化をはかりうる。更にまた、集熱器（Ｃ）
の射光端部を屋根流れの途中に位置せしめつつ、該引側
端ａｌｌとその下ノｊの屋根葺材の負かれた部分どの間
の山什如を、ｒ９１定の流れ勾配をイｊづる状態に設置
した水切板（２２）を介して行うものとしたので、集熱
器（Ｃ）を伝って流れてくる雨水を確実に屋根飛月上に
導いて前記明光雨樋に集水Ｊることかできる。従って、
屋根流れの長さに対して、それより短い集熱器を屋根一
体型のｂのどして相イＮＪ４ノ設置りるのに好都合であ
り、集熱器自体の線字や！ＩＩ室を長くして屋根流れの
長さに一致μしめるような場合に較べて、集熱器構成部
材の規格化、不望化によりロストダウンをはかりつる等
の利点がある。In addition, because the eaves side end of the heat collector is located in the middle of the roof flow and does not reach the C1 eaves, when looking at the roof from below, when F is lifted, the eaves part is exactly the same as a normal roof. Not only does it look good on the outside, but also when the heat collector reaches the eaves and is installed in an upwardly protruding shape, the rainwater that flows down the top of the heat collector can cause a pile up at the eaves (;11). It is possible to simplify the structure of the rain gutter by eliminating the need for a special homology to prevent falling over.Furthermore, the heat collector (C)
While positioning the light emitting end of the roof in the middle of the roof flow, the flow gradient of r91 is adjusted by adjusting the slope between the pull side end all and the bent part of the roofing material below it. Since this is done through the drain plate (22) installed at I can do it. Therefore,
It is convenient to install a shorter heat collector than the length of the roof flow by connecting it to the roof integrated b, and the line of the heat collector itself! Compared to the case where the length of the II room is made to match the length of the roof flow, there is an advantage that loss can be reduced by standardizing the heat collector components and making them less desirable.
図面はこの発明の実施例を示すもので、第１図は集熱器
の設置状態の概略を示づ斜視図、第２図は第１図■−■
線の拡大断面図、第３図は集熱器の軒側端部の一側縁部
の平面図、第４図は第１図ｒｖ −＋ｖ線の拡大断面図
、第５図は第３図に示した部分の構成部材を分Ｎ１シて
示した斜視図、第６図は第３図Ｖｌ −ＶＪ線の断面図
Ｃある。
（Ｃ）・・・太陽熱集熱器、（イ）・・・屋根、（１」
）・・・屋根葺材、〈１ａ）・・・低位の野地板、（１
１１）・・・高位の野地板、（２）・・・凹陥部、（２
２）・・・水切板。 以 上The drawings show an embodiment of the present invention, and FIG. 1 is a perspective view showing an outline of the installed state of the heat collector, and FIG.
FIG. 3 is a plan view of one side edge of the eaves side end of the heat collector, FIG. 4 is an enlarged sectional view of line rv - + v in FIG. 1, and FIG. FIG. 6 is a perspective view showing the constituent members of the portion shown in FIG. (C)...Solar heat collector, (A)...Roof, (1)
)... Roofing material, <1a)... Low sheathing board, (1
11)...High field board, (2)...Concave part, (2
2)...Draining board. that's all
Claims (1)
板が、屋根百月′Ｃ覆われる部分の野地板にす、上記集
熱器の高さ以下の段差をもって下位に配置され、これに
Ｊ、って形成された屋根Ｔζ地の凹陥部内に太陽熱集熱
器が少なくとち１・部を嵌め込み状態にして設置される
とバに、該集熱器の軒側端部が屋根流れの途中に位置Ｕ
られ、かつ該軒側端部の下面どイの士方位１σの屋根葺
材の葺かれた野地板面との間に、所定の流れ勾配を保有
する状態にアルミニウムあるいはカラー鋼板等よりなる
水切板が配置されて雨仕舞がなされていることを特徴と
する屋根一体型太陽熱集熱装置。The field board of the part where the solar heat collector is installed on the roof base is placed below the field board of the part covered by the roof, with a step less than the height of the solar heat collector, and this When a solar heat collector is installed with at least one part fitted into the concave part of the roof Tζ formed by Position U in the middle of
A drainage plate made of aluminum or colored steel plate or the like is installed to maintain a predetermined flow gradient between the roofing board surface covered with roofing material and the direction of the lower surface of the eave side edge 1σ. A roof-integrated solar heat collection device characterized by being arranged and protected from rain.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP58194608A JPS6088754A (en) | 1983-10-18 | 1983-10-18 | Roof integrated type solar energy collecting apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP58194608A JPS6088754A (en) | 1983-10-18 | 1983-10-18 | Roof integrated type solar energy collecting apparatus |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS6088754A true JPS6088754A (en) | 1985-05-18 |
| JPS6260556B2 JPS6260556B2 (en) | 1987-12-16 |
Family
ID=16327368
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP58194608A Granted JPS6088754A (en) | 1983-10-18 | 1983-10-18 | Roof integrated type solar energy collecting apparatus |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS6088754A (en) |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5733829U (en) * | 1980-08-04 | 1982-02-22 |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS538741A (en) * | 1976-07-12 | 1978-01-26 | Yuasa Battery Co Ltd | Paste lead battery |
-
1983
- 1983-10-18 JP JP58194608A patent/JPS6088754A/en active Granted
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5733829U (en) * | 1980-08-04 | 1982-02-22 |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6260556B2 (en) | 1987-12-16 |
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