JPH0244129A - Working of hot water type floor heating construction - Google Patents

Working of hot water type floor heating construction

Info

Publication number
JPH0244129A
JPH0244129A JP16015889A JP16015889A JPH0244129A JP H0244129 A JPH0244129 A JP H0244129A JP 16015889 A JP16015889 A JP 16015889A JP 16015889 A JP16015889 A JP 16015889A JP H0244129 A JPH0244129 A JP H0244129A
Authority
JP
Japan
Prior art keywords
floor
hot water
heat
floor heating
water circulation
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
Application number
JP16015889A
Other languages
Japanese (ja)
Other versions
JPH0371612B2 (en
Inventor
Kiyoshi Takahashi
高橋 浄
Michihiro Saito
斉藤 道弘
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.)
Mitsubishi Petrochemical Co Ltd
Original Assignee
Mitsubishi Petrochemical Co Ltd
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 Mitsubishi Petrochemical Co Ltd filed Critical Mitsubishi Petrochemical Co Ltd
Priority to JP16015889A priority Critical patent/JPH0244129A/en
Publication of JPH0244129A publication Critical patent/JPH0244129A/en
Publication of JPH0371612B2 publication Critical patent/JPH0371612B2/ja
Granted legal-status Critical Current

Links

Landscapes

  • Steam Or Hot-Water Central Heating Systems (AREA)

Abstract

PURPOSE:To contrive higher workability, a shorter execution time, a lower equipment cost or the like by a method wherein a hot water circulating pipe is laid on a floor material of a heat-insulating floor structure, and is covered by a floor component member having a pipe-laying groove provided in the lower surface of a floor heating core material. CONSTITUTION:The lower surface of a core material 1 is provided with a groove 2 for laying therein a hot water circulating pipe 3 in a staggered form, and a heat- radiating plate 4 for uniformizing the temperature of a floor surface is brought into perfect close contact with the upper surface of the core material 1, leaving no air layer therebetween, by an adhesive, wood screws or the like to construct a floor component member 5. A heat-insulating floor structure 10 is obtained by placing a heat insulator 8 between sleepers 9 arranged on a floor back material 6 at predetermined intervals, and laying a floor material 9 formed of plywood or the like on the heat insulator 8 and the sleepers 7. A hot water type floor heating construction can be executed simply by a method wherein the hot water circulating pipes 3 preliminarily formed in a staggered shape are laid on the floor material 9 of the structure 10, the floor component members 5 are placed thereon in a covering manner, and a floor finishing material 12 is laid thereon.

Description

【発明の詳細な説明】 〔産業上の利用分野〕 本発明は建造物等の床を温永循閃用バ・イブを用いて床
暖房づ“る温水式床暖房構造の施工方法に関する。
DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a method for constructing a hot water type floor heating structure for heating the floor of a building or the like using a heat-circulating tube.

〔従来の技術たその課題〕[Conventional technology and its challenges]

近年、’tjj (、=−温水輻射床暖房(以ド、〆晶
り1<八:床暖房上杵する)の快適性、経済性は高く評
価され1、析L2い省J−。ネルギー・型の暖房亡ノス
う−ムとしで寒)9地を中心−8二m・展してiト”1
゛二いる。
In recent years, the comfort and economy of hot water radiant floor heating (hereinafter referred to as ``underfloor heating'') have been highly evaluated, and the energy saving. The height of the heating system is 82 m, centered on the 9th area.
There are two.

(i#来の温水式床暖房構造の施工方法Q、−1現場h
[cf方法がある。、−の方法Lj:温氷循珂用パイプ
を収設゛するための蛇行状溝を有する断熱材、温水循り
ワ用ベイグ、放熱板及び床仕」−祠等イ、−現、場)1
、で運じ17.1市立てる方法であるので、設hM I
T、慇・要な部品点数が極めて多く、更地での作業は長
時間を必要と12、部品管理、 ’r、4を手順、施工
管理等乙、二大きな労力を要ずろといつ人;課題がある
ことは勿論、7品水湖環用バ・イブの蛇行状賦形・収設
作y(9乃び放熱板の(X着作業・2必要七するばかり
−i′萬にく、バ・イブを保誰する宋仕上材が制約を受
りる。J=いつ課題がある。
(i# Construction method of hot water floor heating structure Q, -1 site h
[There is a cf method. , - Method Lj: Insulating material with meandering grooves for accommodating pipes for hot ice circulation, bays for hot water circulation, heat sinks, and floor coverings. 1
, 17.1 Since it is a method of establishing a city, the establishment hM I
T. There are an extremely large number of parts required, and working on vacant land requires a long time. 12. Parts management, 'r. 4. Procedures, construction management, etc. Needless to say, there are challenges, such as shaping and installing the meandering shape of the 7-piece water lake ring part (9) and the heat dissipation plate (2). Song finishing materials that protect Ba-Eve are subject to restrictions.J = When is there a problem?

また、最近では断熱材にパイプを組込み放熱板を−・体
止したいわい)るパネルタイプの温水式床暖房構造を施
工する方法も開発され、施工作業の簡素化を図っている
が、運搬性1作業性等の点から1枚の大きさに限度(通
常1畳程度)があるため、パネル相互の接続作業はもち
ろんのこと温水循環用パイプ相互の接続作業が必要であ
り、施工ミスによる漏水事故の発生は避けがたいものと
されている。しかも1枚当たりのパネル価格が高価であ
り大型建造物はもとより一般住宅への普及すら困難なも
のとされている。
Recently, a method of constructing a panel-type hot water floor heating structure in which pipes are incorporated into the insulation material and a heat sink is attached to the body has been developed, which simplifies the construction work, but it is difficult to transport. 1. Because there is a limit to the size of one panel (usually about 1 tatami mat) due to workability, it is necessary to connect not only the panels to each other but also the hot water circulation pipes, which can lead to water leakage due to construction errors. The occurrence of accidents is considered inevitable. Moreover, the price of each panel is high, making it difficult to popularize it not only in large buildings but also in general homes.

〔課題を解決するための手段〕[Means to solve the problem]

本発明方法は上記の課題を解決するため、図示のように
断熱材8をその下に組込んで形成した断熱床構造体10
の床材9上に、予め蛇行状に賦形した温水Wi環用パイ
プ3を敷設し、木毛繊維板からなる床暖房用芯材1の下
面には該パイプ3を収設するための溝2を蛇行状に設け
ると共に当該床暖房用芯材1の上面には放熱板4を密着
してなる床構成材5を、敷設した温水循環用パイプ3が
下面の蛇行状の溝2に嵌合するように上から被せ、更に
その上に床仕上材12を施設することを特徴とする。
In order to solve the above-mentioned problems, the method of the present invention provides a heat insulating floor structure 10 formed by incorporating a heat insulating material 8 thereunder as shown in the figure.
A hot water Wi ring pipe 3, which has been shaped in advance into a meandering shape, is laid on the flooring material 9, and a groove for accommodating the pipe 3 is provided on the lower surface of the floor heating core material 1 made of wood fiberboard. 2 are provided in a serpentine shape, and a floor component 5 is formed by closely adhering a heat sink 4 to the upper surface of the core material 1 for floor heating, and the installed hot water circulation pipe 3 fits into the serpentine groove 2 on the lower surface. It is characterized in that it is covered from above so as to be covered, and a floor finishing material 12 is further installed on top of it.

〔作 用〕[For production]

このような構成とすることにより断熱床構造体10、予
め蛇行状に賦形された温水循環用パイプ3゜床構成材5
及び床仕上材12を現場まで運搬し、床材9上に予め蛇
行状に賦形した温水循環用パイプ3を敷設する作業、こ
のパイプ3が蛇行状の溝2に嵌合するように床構成材5
を被せる作業及びその上に床仕上材12を施設する作業
だけで温水式床暖房構造を施工することができ、使用部
品点数の低減と運搬性の改善、現場での温水循環用パイ
プ3の蛇行賦形・収設作業及び放熱板4の接着作業並び
にパイプ3の接続作業を不要にできることによる作業性
の向上、施工時間の短縮、設備コストの低減、パイプ3
の施工ミスによる漏水事故防止及び部品管理、工事手順
、施工管理等の面素化等を図ることができ、安価に実施
できることになる。
With such a configuration, the heat insulating floor structure 10, the hot water circulation pipe 3 which has been shaped in a meandering shape in advance, and the floor constituent material 5
and the work of transporting the floor finishing material 12 to the site and laying the hot water circulation pipe 3 shaped in a serpentine shape in advance on the floor material 9, and configuring the floor so that this pipe 3 fits into the serpentine groove 2. Material 5
The hot water floor heating structure can be constructed by simply covering the floor covering and installing the floor finishing material 12 on top of it, reducing the number of parts used, improving transportability, and meandering the hot water circulation pipe 3 on site. Improving workability, shortening construction time, reducing equipment costs, and eliminating the need for shaping/installation work, adhesion work for heat sinks 4, and pipe 3 connection work, pipe 3
It is possible to prevent water leakage accidents due to construction errors and to streamline parts management, construction procedures, construction management, etc., and it can be implemented at a low cost.

また、床暖房用芯材1によりパイプ3を充分に保護でき
るため床仕上材12が制約されることはない。
Further, since the pipe 3 can be sufficiently protected by the floor heating core material 1, the floor finishing material 12 is not restricted.

更に温水式床暖房に必要な放熱量は床仕上材I2より効
果的に得られるので、−層快適な省エネルギーの優れた
床暖房設備の提供に寄与することができる。
Furthermore, since the amount of heat radiation required for hot water floor heating can be obtained more effectively than the floor finishing material I2, it is possible to contribute to the provision of floor heating equipment that is comfortable and energy efficient.

〔実施例〕〔Example〕

以下図面によって本発明方法の一実施例を詳細に説明す
る。
An embodiment of the method of the present invention will be described in detail below with reference to the drawings.

まず、本発明方法で使用する部品構造について記述する
First, the component structure used in the method of the present invention will be described.

第1図は本発明における床構成材の一例を示す斜視図を
示し、1は床暖房用芯材である。この芯材1の下面には
温水循環用パイプ3を蛇行状に収設するための42を設
けると共に、芯材lの上面には床表面温度を均一にする
ための放熱板4を芯材1と放熱板4間に空気層が生じな
いように接着剤、木ネジ等により完全に密着して床構成
材5を構成する。3は溝2内に高温部と低温部が互いに
入り込んで蛇行状に収設された温水循環用パイプであり
、予め蛇行状に賦形されている。
FIG. 1 is a perspective view showing an example of a floor constituent material according to the present invention, and 1 is a core material for floor heating. A radiator plate 4 is provided on the bottom surface of the core material 1 for accommodating the hot water circulation pipe 3 in a meandering manner, and a heat dissipation plate 4 is provided on the top surface of the core material 1 to make the floor surface temperature uniform. The floor constituent material 5 is constructed by completely adhering the heat dissipating plate 4 and the heat dissipating plate 4 with adhesive, wood screws, etc. so that no air layer is formed between them. Reference numeral 3 designates a hot water circulation pipe in which a high temperature section and a low temperature section are housed in a meandering manner within the groove 2, and is previously shaped into a meandering shape.

床構成材5は一枚の芯材1と一枚の放熱板4を密着して
なるものでもよいが、第1図示のように温水循環用パイ
プ3の屈曲部に用いる芯材部1aと放熱板部4aよりな
る床構成材部5aと、温水循環用パイプ3の直線部に用
いる芯材部1bと放熱板部4bよりなる床構成材部5b
と、温水循環用パイプ3の屈曲部及び接続部に用いる芯
材部1cと放熱板部4cよりなる床構成材部5cとで構
成してもよい。
The floor component 5 may be made by closely adhering one core material 1 and one heat radiating plate 4, but as shown in the first figure, a core material 1a used for the bent part of the hot water circulation pipe 3 and a heat radiating material are used. A floor constituent material part 5a consisting of a plate part 4a, a floor constituent material part 5b consisting of a core material part 1b used for the straight section of the hot water circulation pipe 3 and a heat dissipation plate part 4b.
It may also be configured with a floor component part 5c consisting of a core part 1c used for the bending part and the connecting part of the hot water circulation pipe 3, and a heat sink part 4c.

芯材1は上部からの荷重を支える荷重受板として家具、
ピアノ、冷蔵庫等の集中荷重に対し、窪みや座屈等を生
じない耐荷重強度を有し、しかも溝加工性の優れたもの
であることが必要である。
The core material 1 is used as a load receiving plate to support the load from the upper part of the furniture.
It is necessary to have a load-bearing strength that does not cause dents or buckling under the concentrated loads of pianos, refrigerators, etc., and to have excellent groove machinability.

従って、芯材1としては木毛繊維板(パーティクルボー
ド)を用い、例えば厚さ20mの木毛繊維板を使用する
。温水循環用パイプ3の直上部の芯材1の厚さはできる
限り薄肉化することが好ましいが、上部からの集中荷重
を考慮し材質に応じて適当な厚さとし、例えば最も薄肉
の部分の厚さを2鶴とする。
Therefore, as the core material 1, a wood fiberboard (particle board) is used, for example, a wood fiberboard with a thickness of 20 m. It is preferable that the thickness of the core material 1 directly above the hot water circulation pipe 3 is made as thin as possible, but considering the concentrated load from the top, it should be made to an appropriate thickness depending on the material, for example, the thickness of the thinnest part. Let there be two cranes.

芯材1の下面に設けられた溝2は第2図(a)〜(e)
に示すようにトンネル状、三角形状、山形形状四角形状
、突出形形状等の溝にすることができ、溝2の幅りや深
さHは温水循環用パイプ3の外径に応じて調整される。
The grooves 2 provided on the lower surface of the core material 1 are shown in FIGS. 2(a) to (e).
As shown in the figure, the grooves can be shaped like a tunnel, a triangle, a chevron, a square, a protrusion, etc., and the width and depth H of the groove 2 are adjusted according to the outer diameter of the hot water circulation pipe 3. .

溝2の幅りと深さHの関係は連係数σ−H/Dによゲて
表され、O12<α〈1o2の範囲が温水式床暖房の放
熱」−好ましく 、0.8以下の場合、温水循環用パイ
プ3の座屈、床構成材と床面に隙間が発生ずる等の問題
が生じ、、1.2以上の場合、温水循環用パイプ3と溝
」二部の間に空気層ができ空気の断熱高価により所定の
放熱量が得られないという問題が生じるや 第2図(a)のトンネル状の溝の場合、溝上部の半径R
の面は温水循環用パイプ3のり)半径と等しいか若干大
きめであることが隙間防止、]−好ましい。
The relationship between the width of the groove 2 and the depth H is expressed by the continuity coefficient σ-H/D, and the range of O12<α<1o2 is preferable for heat dissipation of hot water floor heating, and if it is 0.8 or less. , problems such as buckling of the hot water circulation pipe 3 and the creation of a gap between the floor structure material and the floor surface occur, and in the case of 1.2 or more, there is an air layer between the hot water circulation pipe 3 and the groove. In the case of the tunnel-shaped groove shown in Fig. 2(a), the radius R of the upper part of the groove is
It is preferable that the surface is equal to or slightly larger than the radius of the hot water circulation pipe 3 to prevent gaps.

また第2図(C1の山形形状の溝とした場合、即ら第2
図[3)のトンネル状の溝において開口部を広げ角度θ
をもって拡開した場合には温水循環用パイプの施工作業
の効率化を図ることができるので好ましい。広げ角度θ
は、温水循環用パイプとの隙間をなくす意味から5度く
θ〈45度の範囲が好ましいが、施工作業上ざらに広い
角度であってもよい。
In addition, in the case of a chevron-shaped groove as shown in Fig. 2 (C1), that is, the second
In the tunnel-shaped groove shown in Figure [3], the opening is widened at an angle θ
It is preferable to expand the hot water circulation pipe by increasing the efficiency of the construction work of the hot water circulation pipe. Spreading angle θ
is preferably in the range of 5 degrees to θ<45 degrees in order to eliminate the gap with the hot water circulation pipe, but it may be a wider angle for the construction work.

また芯材1tこは、その下面に溝2に平行にあるいは直
角方向に、適宜の幅と深さのスリ・ノドを数条刻設置−
ておき、床面の凹凸に対する追従性を付与しておくこと
が好まし2いい 温水循環用パイプ3としては錆びない+4質で作られた
ものが使用され、プラスチック9、銅、アルミニウム、
ステンレス等のパイプを用いることができる。
In addition, for each ton of core material, several grooves of appropriate width and depth are set on the underside of the core material in parallel or perpendicular to the groove 2.
It is preferable that the hot water circulation pipe 3 is made of rust-free +4 quality, such as plastic, copper, aluminum, etc.
A pipe made of stainless steel or the like can be used.

また放熱板4と17では熱伝導性の良い材質のものが使
用され、亜鉛鉄板、銅、アルミニウム、ステンレス等の
金属板を用いることができ、例えば厚さ006mの亜鉛
鉄板を使用する。
Furthermore, the heat sinks 4 and 17 are made of a material with good thermal conductivity, and can be metal plates such as galvanized iron plates, copper, aluminum, stainless steel, etc. For example, galvanized iron plates with a thickness of 006 m are used.

lOは断熱床構造体である。、l−6れは、通常の住宅
等の床下断熱におけると同様に、第3図示のように床裏
面材6」二に所定間隔を直いて配置された根太7と根太
7の間にポリオレフィン系。ポリスチレン系合成樹脂の
如き有機系発泡体、ガラスバルーン、ガラスファイバー
等の無機系断熱材等の断熱材8を組込み、この断熱材8
と根太フの上面に合板製等の床材9を施設して断熱床構
造体10とする。更に、この床材9上に必要に応し゛、
て防水シー・1・11を敷いた構造としてもよい。
lO is an insulating floor structure. , l-6 As in the case of ordinary underfloor insulation of houses, etc., polyolefin-based material is used between the joists 7 arranged at a predetermined interval on the floor backing material 6''2 as shown in the third figure. . A heat insulating material 8 such as an organic foam such as polystyrene synthetic resin, a glass balloon, an inorganic heat insulating material such as glass fiber is incorporated, and this heat insulating material 8
A floor material 9 made of plywood or the like is installed on the upper surface of the joists to form a heat insulating floor structure 10. Furthermore, if necessary, on this flooring material 9,
It is also possible to have a structure in which waterproof sheets 1 and 11 are laid down.

本発明方法は、第3図示のように断熱床構造体100床
材9上または防水シーi・11を敷いた場合はこの防水
シート11上に予め蛇行状に賦形した温水循環用パイプ
3を敷設する。次に床構成材5を。
In the method of the present invention, as shown in FIG. Lay down. Next is the floor construction material 5.

敷設置、た温水循環用パイプ3が下面の蛇行状の溝2に
嵌合するように上から被せ、更にその上に床仕上材12
を施設する。
The hot water circulation pipe 3 is placed on top so that it fits into the meandering groove 2 on the bottom surface, and then the floor finishing material 12 is placed on top of it so that it fits into the meandering groove 2 on the bottom surface.
facility.

このよ・うに本発明方法は、予め蛇行状に賦形された温
水循環用パイプ3、床構成材5及び床仕上材12を現場
まで運搬し、断熱床構造体100床材9上に、予め蛇行
状に賦形した温水循環用パイプ3を敷設する作業、この
パイプ3が蛇行状の溝2に嵌合するように床構成材5を
被せる作業及びその上に床仕−J二材12を施設する作
業だけで温水式床暖房構造を施工することができる。
As described above, in the method of the present invention, the hot water circulation pipe 3, the floor construction material 5, and the floor finishing material 12, which have been shaped in a serpentine shape in advance, are transported to the site and placed on the heat insulating floor structure 100 and the floor material 9. The work of laying the hot water circulation pipe 3 shaped into a serpentine shape, the work of covering the floor construction material 5 so that the pipe 3 fits into the serpentine groove 2, and the work of laying the flooring J2 material 12 on top of it. A hot water floor heating structure can be constructed by simply installing the facility.

次に本発明方法の具体例について述べる。Next, a specific example of the method of the present invention will be described.

床構成材5の大きさを1畳分の大きさとし、かつ3つの
床構成材部5aへ□5cより構成j7た。各床構成材部
5a”5cは厚さ20籠の木毛繊維板を芯材部1a〜1
cとし、この芯材部1a〜4eの下面に連係数α−1,
0,広げ角度θ−20−2瀧 直j一部の芯材の厚さ2龍とする溝2を設けると共に、
芯材部1a〜1cの上面に厚さQ,6+emの亜鉛鉄板
を放熱板部4a〜4cとして密着させた構成とした。
The size of the floor constituent material 5 was set to be the size of one tatami mat, and the three floor constituent material parts 5a were constructed from □5c. Each floor component part 5a"5c is made of wood fiberboard with a thickness of 20 baskets for core material parts 1a to 1.
c, and the continuity coefficient α-1,
0, Spreading angle θ-20-2 Taki Naoj In addition to providing a groove 2 with a thickness of 2 times for some of the core material,
The structure is such that galvanized iron plates having a thickness of Q, 6+em are closely attached to the upper surfaces of the core parts 1a to 1c as heat sink parts 4a to 4c.

上記の如き断熱床構造体lOの床材9−に番こ防水シー
・1・11を敷き、その−トに予め蛇行状に賦形した温
水循環用パイプ3を配置し、この温水泥層用パイプ3に
各床構成材部58〜5Cを被せ、更にその上に床仕上材
12を施設(7た。
A waterproof sheet 1 and 11 is laid on the floor material 9- of the heat-insulating floor structure 1O as described above, and a hot water circulation pipe 3, which has been shaped in a meandering shape in advance, is placed on the sheet. The pipe 3 is covered with each of the floor component parts 58 to 5C, and the floor finishing material 12 is placed on top of the pipe 3.

その結果、一般、戸建住宅(33坪)の規模で、温水式
床暖房構造に要する施工時間は従来法に比較し約3oz
短縮づ−ることが可能である(、とを確認し、設備費,
施工費も大幅な低減ができることも確認し7た。さらに
ボイラーより温水V&環用バイグ3に50℃の温水を通
水し床暖房性能を試験したところ、床表面温度は従来の
もので3・−・5℃の温度むらを生じたが、本発明方法
により施工IJ ;’.:温水式床暖房構造では、わず
か1〜2℃の温度むらにすぎないことを確認した。これ
ば輻射床暖房の快適性の面で極めて有意義な結果である
。放熱量については従来のちのと比較し約20χも高く
、逆に床下側への損失熱量は約10χ軽減できることを
確認した。この結果は省エネルギーの観点から重要なこ
とである。
As a result, the construction time required for a hot water floor heating structure for a typical detached house (33 tsubo) is approximately 3 oz. compared to the conventional method.
It is possible to shorten the cost (by confirming that the equipment cost,
It was also confirmed that construction costs could be significantly reduced7. Furthermore, when we tested the floor heating performance by passing hot water at 50°C from the boiler through the hot water V & ring vig 3, we found that the floor surface temperature varied by 3-5°C with the conventional model, but with the present invention. Construction IJ by method ;'. : It was confirmed that in the hot water type floor heating structure, the temperature unevenness was only 1 to 2 degrees Celsius. This is an extremely significant result in terms of the comfort of radiant floor heating. It was confirmed that the amount of heat dissipated is approximately 20χ higher than that of the conventional model, and conversely, the amount of heat lost to the underfloor side can be reduced by approximately 10χ. This result is important from the perspective of energy conservation.

本発明実施方法によれば、断熱床構造体10の防水シー
ト11上に、予め蛇行状に賦形した温水循環用パイプ3
を敷設し、温水循環用パイ、ブ3の屈曲部に用いる芯材
部1aと放熱板部4aよりなる床構成材部5aと、温水
循環用パイプ3の直線部に用いる芯材部1hと放熱板部
4bよりなる床構成材部5bと、温水循環用パイプ3の
屈曲部及び接続部に用いる芯材部1cと放熱板部4cよ
りなる床構成材部5cとで構成した床構成材5を、敷設
した温水循環用パイプ3が下面に蛇行状の溝2に嵌合す
るように上から被せ、更にその上に床仕上材12を施設
するようにしたので、使用部品点数の低減と施工時間の
短縮、設備コストの低減を図ることができるばかりでな
く、温水循環用パイプ3より輻射暖房に必要な熱を放熱
板4に効率よく伝達できるため、床表面温度の温度むら
を低減でき、−層快適な省エネルギー性の優れた温水式
床暖房設備の提供に寄与することができる。また床構成
材5の下面に断熱床構造体10を施設しておくことによ
り床下方向への損失熱量を低減でき、−層省エネルギー
化を図ることができると共に、温水循環用パイプ3を一
連の蛇行状に賦形しておくことによりパイプ相互の接続
を回避し、施工ミス等による漏水事故を防止できる。
According to the method of implementing the present invention, the hot water circulation pipe 3 is formed in a meandering shape in advance on the waterproof sheet 11 of the heat insulating floor structure 10.
A floor component part 5a consisting of a core part 1a and a heat sink part 4a used for the bent part of the hot water circulation pipe 3, and a core part 1h used for the straight part of the hot water circulation pipe 3 and heat radiation. The floor component 5 is made up of a floor component part 5b made of a plate part 4b, a floor component part 5c made of a core part 1c used for the bending part and the connection part of the hot water circulation pipe 3, and a heat sink part 4c. , the installed hot water circulation pipe 3 is placed on the lower surface so as to fit into the meandering groove 2, and the floor finishing material 12 is installed on top of it, reducing the number of parts used and the construction time. Not only can it shorten the time and reduce equipment costs, but also the heat required for radiant heating can be efficiently transferred from the hot water circulation pipe 3 to the heat sink 4, so it is possible to reduce the temperature unevenness of the floor surface temperature. The present invention can contribute to providing hot water floor heating equipment that is comfortable and has excellent energy savings. In addition, by installing the heat insulating floor structure 10 on the lower surface of the floor component 5, it is possible to reduce the amount of heat lost toward the bottom of the floor, and to achieve energy savings. By shaping the pipes into a shape, it is possible to avoid connections between pipes and prevent water leakage accidents due to construction errors.

〔発明の効果〕〔Effect of the invention〕

上述のように本発明方法によれば、断熱材8をその下に
組込んで形成した断熱床構造体10の床材9上に、予め
蛇行状に賦形した温水循環用パイプ3を敷設し、木毛繊
維板からなる床暖房用芯材1の下面には該パイプ3を収
設するための溝2を蛇行状に設けると共に当該床暖房用
芯材1の上面には放熱板4を密着してなる床構成材5を
、敷設した温水循環用パイプ3が下面の蛇行状の溝2に
嵌合するように上から被せ、更にその上に床仕上材12
を施設することを特徴とするので、予め蛇行状に賦形さ
れた温水循環用パイプ3.床構成材5及び床仕上材12
を現場まで運搬し、断熱床構造体10の床材9上に、予
め蛇行状に賦形した温水循環用パイプ3を敷設する作業
、このパイプ3が蛇行状の溝2に嵌合するように床構成
材5を被せる作業及びその上に床仕上材12を施設する
作業だけで温水式床暖房構造を施工することができ、使
用部品点数の低減と運搬性の改善、現場での温水循環用
パイプ3の蛇行賦形・収設作業及び放熱板4の接着作業
並びにパイプ3の接続作業を不要にできることによる作
業性の向上、施工時間の短縮、設備コストの低減、パイ
プ3の施工ミスによる漏水事故防止及び部品管理、工事
手順、施工管理等の簡素化等を図ることができ、安価に
実施できる。
As described above, according to the method of the present invention, the hot water circulation pipe 3, which has been shaped in a serpentine shape in advance, is laid on the floor material 9 of the heat insulating floor structure 10 formed by incorporating the heat insulating material 8 thereunder. A groove 2 for accommodating the pipe 3 is provided in a meandering manner on the lower surface of the core material 1 for floor heating made of wood fiberboard, and a heat sink 4 is tightly attached to the upper surface of the core material 1 for floor heating. A floor construction material 5 made of the above is placed over the laid hot water circulation pipe 3 so that it fits into the meandering groove 2 on the lower surface, and then a floor finishing material 12
3. The hot water circulation pipe is pre-shaped into a meandering shape. Floor constituent material 5 and floor finishing material 12
The process involves transporting the hot water circulation pipe 3 to the site and laying the hot water circulation pipe 3, which has been shaped in a serpentine shape in advance, on the floor material 9 of the insulating floor structure 10, so that the pipe 3 fits into the serpentine groove 2. A hot water type floor heating structure can be constructed by simply covering the floor component 5 and installing the floor finishing material 12 on top of it, reducing the number of parts used, improving transportability, and making it possible to circulate hot water on site. Improved work efficiency by eliminating the need for meandering shaping and installation of the pipe 3, bonding work for the heat sink 4, and connection work for the pipe 3, shortening construction time, reducing equipment costs, and water leakage due to mistakes in the construction of the pipe 3. It is possible to prevent accidents and simplify parts management, construction procedures, construction management, etc., and it can be implemented at low cost.

また、床暖房用芯材1によりパイプ3を充分に保護でき
るため床仕上材12が制約されることはないばかりでな
く、温水式床暖房に必要な放熱量は床仕上材12より効
果的に得られるので、−層快適な省エネルギーの優れた
床暖房設備の提供に寄与することができる。
In addition, since the pipe 3 can be sufficiently protected by the core material 1 for floor heating, the floor finishing material 12 is not restricted, and the heat radiation required for hot water floor heating is more effective than the floor finishing material 12. As a result, it is possible to contribute to the provision of an excellent floor heating system that is comfortable and energy-saving.

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

第1図は本発明における床構成材の一例を示す斜視図、
第2図(al〜(elは本発明における温水循環用パイ
プを収設するための溝の各種形状例を示す説明図、第3
図は本発明方法により施工した温水式床暖房構造の一例
を示す断面図である。 ■・・・・・・床暖房用芯材、2・・・・・・溝、3・
・・・・・温水循環用パイプ、4・・・・・・放熱板、
5・・・・・・床構成材、6・・・・・・床裏面材、7
・・・・・・根太、8・・・・・・断熱材、9・・・・
・・床材、10・・・・・・断熱床構造体、11・・・
・・・防水シート、12・・・・・・床仕上材。 等2虎 ((7/、) (g) (e) )3図
FIG. 1 is a perspective view showing an example of a floor component according to the present invention;
Figures 2 (al to el are explanatory diagrams showing examples of various shapes of grooves for accommodating hot water circulation pipes in the present invention, Figure 3)
The figure is a sectional view showing an example of a hot water floor heating structure constructed by the method of the present invention. ■・・・Core material for floor heating, 2・・・Groove, 3・
...Hot water circulation pipe, 4... Heat sink,
5... Floor component material, 6... Floor backing material, 7
...joist, 8...insulation material, 9...
...Floor material, 10...Insulating floor structure, 11...
...Waterproof sheet, 12...Floor finishing material. etc. 2 tiger ((7/,) (g) (e) ) 3 figure

Claims (1)

【特許請求の範囲】[Claims] 断熱材をその下に組込んで形成した断熱床構造体の床材
上に、予め蛇行状に賦形した温水循環用パイプを敷設し
、木毛繊維板からなる床暖房用芯材の下面には当該パイ
プを収設するための溝を蛇行状に設けると共に当該床暖
房用芯材の上面には放熱板を密着してなる床構成材を、
敷設した温水循環用パイプが下面の蛇行状の溝に嵌合す
るように上から被せ、さらにその上に床仕上材を施設す
ることによりなる温水式床暖房構造の施工方法。
A hot water circulation pipe shaped in a serpentine shape in advance is laid on the flooring of the insulated floor structure, which is formed by incorporating a heat insulating material underneath, and is placed on the underside of the floor heating core material made of wood wool fiberboard. is a floor constituent material in which a groove for accommodating the pipe is provided in a meandering shape, and a heat dissipation plate is closely attached to the upper surface of the core material for floor heating,
A construction method for a hot water floor heating structure in which the installed hot water circulation pipe is covered from above so as to fit into a meandering groove on the bottom surface, and then a floor finishing material is installed on top of it.
JP16015889A 1989-06-21 1989-06-21 Working of hot water type floor heating construction Granted JPH0244129A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP16015889A JPH0244129A (en) 1989-06-21 1989-06-21 Working of hot water type floor heating construction

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP16015889A JPH0244129A (en) 1989-06-21 1989-06-21 Working of hot water type floor heating construction

Publications (2)

Publication Number Publication Date
JPH0244129A true JPH0244129A (en) 1990-02-14
JPH0371612B2 JPH0371612B2 (en) 1991-11-13

Family

ID=15709124

Family Applications (1)

Application Number Title Priority Date Filing Date
JP16015889A Granted JPH0244129A (en) 1989-06-21 1989-06-21 Working of hot water type floor heating construction

Country Status (1)

Country Link
JP (1) JPH0244129A (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2002321236A (en) * 2001-04-25 2002-11-05 Sekisui Chem Co Ltd Apparatus and method for manufacturing thermoplastic resin foamed molded product with mounting grooves for other member
JP2003021346A (en) * 2001-07-06 2003-01-24 Eidai Co Ltd Floor finishing member and warm water pipe unit for warm water type floor heating floor
JP2011208874A (en) * 2010-03-30 2011-10-20 Eidai Co Ltd Floor heating structure
JP2013024523A (en) * 2011-07-25 2013-02-04 Akita Univ Regenerative floor air-conditioning system and floor air-conditioning method using the same

Families Citing this family (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8941974B2 (en) 2011-09-09 2015-01-27 Xilinx, Inc. Interdigitated capacitor having digits of varying width
JP5830645B2 (en) * 2011-12-19 2015-12-09 パナソニックIpマネジメント株式会社 Hot water floor heating panel
US9270247B2 (en) 2013-11-27 2016-02-23 Xilinx, Inc. High quality factor inductive and capacitive circuit structure
US9524964B2 (en) 2014-08-14 2016-12-20 Xilinx, Inc. Capacitor structure in an integrated circuit

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS57100106U (en) * 1980-12-09 1982-06-19
JPS57179520A (en) * 1981-04-27 1982-11-05 Matsushita Electric Works Ltd Floor heating panel

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS57100106U (en) * 1980-12-09 1982-06-19
JPS57179520A (en) * 1981-04-27 1982-11-05 Matsushita Electric Works Ltd Floor heating panel

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2002321236A (en) * 2001-04-25 2002-11-05 Sekisui Chem Co Ltd Apparatus and method for manufacturing thermoplastic resin foamed molded product with mounting grooves for other member
JP4690575B2 (en) * 2001-04-25 2011-06-01 積水化学工業株式会社 Manufacturing apparatus and manufacturing method for thermoplastic resin foam molded product with mounting groove of other material
JP2003021346A (en) * 2001-07-06 2003-01-24 Eidai Co Ltd Floor finishing member and warm water pipe unit for warm water type floor heating floor
JP4558241B2 (en) * 2001-07-06 2010-10-06 永大産業株式会社 Floor finishing materials and hot water pipe units for hot water floor heating floors
JP2011208874A (en) * 2010-03-30 2011-10-20 Eidai Co Ltd Floor heating structure
JP2013024523A (en) * 2011-07-25 2013-02-04 Akita Univ Regenerative floor air-conditioning system and floor air-conditioning method using the same

Also Published As

Publication number Publication date
JPH0371612B2 (en) 1991-11-13

Similar Documents

Publication Publication Date Title
WO2019184714A1 (en) Modular component for floor heating
KR101104013B1 (en) Air pocket type hot water flooring panel
JPH0244129A (en) Working of hot water type floor heating construction
KR20140037701A (en) Heat transfer panel for heating prefabricated
AU685256B2 (en) Floor heating system
US9404665B1 (en) Radiant panel system having increased efficiency
KR20200034557A (en) borad assembly for heating pipe
JP2007163116A (en) Hot water mat for hot water floor heating system and construction method of hot water floor heating system using the hot water mat
KR101654126B1 (en) Method for constructing ondol flooring of building and apartment house
CN203323217U (en) Embedded type floor heating board
CN208072863U (en) Modular floor heating component
JPH10219925A (en) Heat insulation panel for heat medium piping
KR20050002149A (en) Construction method of dry hot water ondool
JP4115614B2 (en) Floor heating panel and its laying method
CN215367741U (en) Assembly type steel structure integrated green building
CN212901727U (en) Module is laid to ground heating coil
CN213449329U (en) Novel floor heating insulation board
JP3054879U (en) Heat radiation panel for hot water piping installation
CN112268305A (en) Geothermal pipeline laying module
JPH0728493Y2 (en) Building board
JPH0821074A (en) Bed panel, heating device, floor heating floor, and constructing method
KR840000902Y1 (en) Ondol panel
JPH06281172A (en) Installation of floor heating device
JPH09303799A (en) Manufacture of hot water floor heating radiating part
JPH03291426A (en) Wood system panel unit for heating