JPH0666428A - Built-in type floor heating panel - Google Patents
Built-in type floor heating panelInfo
- Publication number
- JPH0666428A JPH0666428A JP4217976A JP21797692A JPH0666428A JP H0666428 A JPH0666428 A JP H0666428A JP 4217976 A JP4217976 A JP 4217976A JP 21797692 A JP21797692 A JP 21797692A JP H0666428 A JPH0666428 A JP H0666428A
- Authority
- JP
- Japan
- Prior art keywords
- heating panel
- floor
- built
- panels
- floor heating
- 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
Landscapes
- Floor Finish (AREA)
- Central Heating Systems (AREA)
- Installation Of Indoor Wiring (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、組み込み型床暖房パネ
ルに関し、特に、比較的長さの短い複数の単位暖房パネ
ルを共通の該給電用配線体により連結しておき、梱包、
出荷に至るまではコンパクトに積み重ねておくことがで
き、施工時にはそのまま伸展することにより床面に敷設
することを可能とし、それにより、施工現場での各暖房
パネル間の結線工事を大幅に省略することができる、組
み込み型床暖房パネルに関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a built-in floor heating panel, and in particular, a plurality of unit heating panels having a relatively short length are connected by a common power supply wiring body and packed,
It can be piled up compactly before shipment, and it can be laid on the floor by extending it at the time of construction, thereby greatly omitting the wiring work between heating panels at the construction site A built-in floor heating panel that can.
【０００２】[0002]
【従来の技術】マンション等のコンクリート住宅あるい
は木造住宅等において、理想的な暖房環境を得るように
するため、床下に電気発熱体等の暖房器具を設置して床
暖房を行うことが普及しつつある。このような床暖房設
備の施工を容易にするため、表面板、均熱板、電気発熱
体、裏面材等を一体的に積層した単位床暖房パネルを予
め工場において製作しておき、これを施工現場において
木造住宅等の床基礎面上に並べて敷設することが行われ
ている。しかしながら、従来は、使用する床暖房パネル
を施工する部屋の大きさに合わせた長さのものとし、そ
れらの床暖房パネルを床基礎面上に複数列並べて敷設し
ているため、１枚の床暖房パネルの長さが長くなる場合
が生じ、出荷時の運搬性や現場での作業性が悪いものと
なっていた。2. Description of the Related Art In a concrete house such as a condominium or a wooden house, in order to obtain an ideal heating environment, it is becoming popular to install a heating device such as an electric heating element under the floor to perform floor heating. is there. In order to facilitate the construction of such floor heating equipment, a unit floor heating panel in which a surface plate, a heat equalizing plate, an electric heating element, a backing material, etc. are integrally laminated is manufactured in advance in a factory, and this is installed. At the site, they are laid side by side on the floor foundation surface of a wooden house or the like. However, conventionally, the floor heating panel to be used has a length that matches the size of the room in which it is installed, and since the floor heating panels are laid side by side in multiple rows on the floor foundation surface, one floor is used. Occasionally, the length of the heating panel becomes long, resulting in poor transportability at the time of shipment and workability on site.
【０００３】そこで、比較的コンパクトな長さの床暖房
パネルを用いた床暖房設備として、本願の出願人は、先
に、図６および図７により示されるようなものを提案し
ている。すなわち、図７に示される床暖房設備は、図６
に示されるような、それぞれが表面材、電気発熱体、及
び裏面材を有し、該表面材の外周縁近傍部分の一部が取
り外し可能な開閉自在の蓋体となっており、該蓋体部分
の下側に上記電気発熱体における通電加熱用の配線コー
ド３０を結線するための結線用開口部２１が設けられて
いる床暖房パネル２と、電気発熱体を有さずかつ床暖房
パネルと同様な形状であって、適宜切断して使用する床
パネル３との２種類の異なった構造のパネルを多数敷設
して床暖房構造を構成するものであって、上記床暖房パ
ネル２の開閉自在な蓋体を持つ結線用開口部２１におい
て、各床暖房パネル２間の配線３０の接続を行うととも
に、敷設面の一端に位置する切断された床パネル３ａに
は、その裏面に結線用開口部に連通する凹溝をその長さ
方向に形成して、そこを通して暖房パネル側と建物側と
の配線を接続する構造としたものである。Therefore, as the floor heating equipment using the floor heating panel having a relatively compact length, the applicant of the present application has previously proposed the equipment as shown in FIGS. 6 and 7. That is, the floor heating equipment shown in FIG.
Each has a surface material, an electric heating element, and a back surface material, and a part of the vicinity of the outer peripheral edge of the surface material is a removable openable lid body as shown in FIG. A floor heating panel 2 provided with a connection opening 21 for connecting a wiring cord 30 for energization heating in the electric heating element below the portion, and a floor heating panel having no electric heating element and a floor heating panel. A floor heating structure is constructed by laying a large number of panels of two different structures having a similar shape and a floor panel 3 to be used after being cut appropriately, and the floor heating panel 2 can be freely opened and closed. In the connection opening 21 having a flexible lid, the wiring 30 is connected between the floor heating panels 2, and the cut floor panel 3a located at one end of the laying surface has a connection opening on the back surface thereof. To form a concave groove that communicates with the length direction, It is obtained by a structure for connecting the wiring between the heating panel side and the building side through this.
【０００４】このような構成を有する床暖房パネル２を
用いて床暖房構造を施工するに当たっては、まず、敷設
する床面の面積、形状に合わせて上記の床暖房パネル２
と床パネル３とを用意し、床暖房パネル２はそのままの
形状で敷設施工面のほぼ全面にわたり必要枚数を敷設す
る。次いで、床パネル３をそのままの形状のもの３と適
宜の寸法に切断したもの３ａ、３ｂとで敷設床面の周縁
部分に敷設する。In constructing a floor heating structure using the floor heating panel 2 having such a structure, first, the floor heating panel 2 is selected according to the area and shape of the floor surface to be laid.
And the floor panel 3 are prepared, and the required number of floor heating panels 2 are laid on almost the entire laying surface with the same shape. Next, the floor panel 3 is laid on the peripheral portion of the laying floor surface by the shape 3 as it is and pieces 3a, 3b cut into appropriate dimensions.
【０００５】その際に、建物側の電気配線と接続する側
の一端に位置する床パネル３ａは、その裏面材の裏側に
凹溝が形成されているので、作業者すなわち大工工事を
行う者は、単に建物側からの電気配線をその凹溝に埋入
しかつその先端を各床暖房パネル２に形成した結線用開
口部２１に臨ませるのみでその作業を終えることができ
る。At this time, since the floor panel 3a located at one end on the side to be connected to the electric wiring on the building side has the concave groove formed on the back side of the backing material thereof, a worker, that is, a person who performs carpentry work, The work can be completed by simply burying the electric wiring from the building side in the groove and exposing the tip end thereof to the connection opening 21 formed in each floor heating panel 2.
【０００６】その後、即ちそのようにして床面全面に床
暖房パネル２を敷設した後に、電気工事を行う者が各床
暖房パネルの表面材の取り外し可能な蓋体を取り外し、
結線用開口部２１に露出している配線３０の端部同士を
適宜の接合手段により順次接合する。その作業を終えた
後、先に取り外した表面材の蓋体部分をもとの位置に取
り付けて閉鎖し、配線作業を終了する。After that, that is, after laying the floor heating panel 2 on the entire floor surface in this manner, a person who conducts electrical work removes the removable lid of the surface material of each floor heating panel,
The ends of the wiring 30 exposed in the connection opening 21 are sequentially joined by an appropriate joining means. After the work is finished, the lid part of the surface material removed earlier is attached to the original position and closed, and the wiring work is completed.
【０００７】[0007]
【発明が解決しようとする課題】上記のような組み込み
型床暖房パネルは、工場において規格品として大量にか
つ精緻なものとして製造することができることに加え、
施工現場において敷設面積が異なっている場合であって
も、それを適宜組み合わることにより確実に施工できる
ので、１枚の床暖房パネル自体をコンパクトな大きさの
ものとすることができ、従来のものと比べて、出荷時の
運搬性や現場での作業性が良いものとなっている。In addition to the fact that the above-mentioned built-in floor heating panel can be manufactured as a standard product in a large quantity and as a precision product,
Even if the laying area is different on the construction site, the floor heating panel itself can be made into a compact size because it can be surely constructed by appropriately combining them. Compared with other products, it has better transportability at the time of shipment and workability on site.
【０００８】しかしながら、このような組み込み型床暖
房パネルは、施工現場での施工にあたり、床面全面に暖
房パネルを敷設した後に、敷設床面の周囲の壁部あるい
は柱等に設けられているコントローラ、リレー等の配線
と各列の端部の床暖房パネルの配線との接続を行うだけ
でなく、各列に配置されたそれぞれの床暖房パネルの電
気発熱体用配線コードを、それぞれの床暖房パネルの表
面材に設けた取り外し可能な蓋体を取り外し、結線用開
口部に露出している配線の端部同志を適宜の接合手段に
より順次接合する電気工事をいわゆる大工工事とは別個
に施工現場で行う必要がある。However, such a built-in floor heating panel is a controller provided on a wall or a pillar around the laid floor surface after the heating panel is laid on the entire floor surface at the construction site. , Not only to connect the wiring of the relays and the wiring of the floor heating panel at the end of each row, but also to connect the floor heating panel wiring code of each floor heating panel arranged in each row The electrical work that removes the removable lid provided on the surface material of the panel and sequentially joins the ends of the wiring exposed in the connection opening with appropriate joining means is separate from the so-called carpentry work. Should be done in.
【０００９】かかる点に鑑み、本発明は、コンパクトに
積み重ねることができることにより運搬性に優れている
ことに加え、施工現場での作業性を極力少なくして作業
上の一層の工場を図った組み込み型床暖房パネルを得る
ことを目的としている。In view of the above point, the present invention is excellent in transportability because it can be stacked in a compact size, and further, the workability at the construction site is reduced as much as possible so that a further factory can be built. The purpose is to obtain a type floor heating panel.
【００１０】[0010]
【課題を解決するための手段】本発明は、上記課題を解
決しかつ目的を達成するために、表面材、電気発熱体及
び裏面材を有する単位暖房パネルを給電用配線体により
複数枚連接した組み込み型床暖房パネルであって、各単
位暖房パネルの裏面材には長さ方向に貫通する凹溝が設
けられ、該凹溝には前記給電用配線体が収納されると共
に、該給電用配線体は該各凹溝の一部分においてのみ該
単位暖房パネルに対して固定されていることを特徴とす
る、組み込み型床暖房パネルを開示する。In order to solve the above-mentioned problems and to achieve the object, the present invention connects a plurality of unit heating panels having a surface material, an electric heating element and a back surface material by a power supply wiring body. A built-in floor heating panel, wherein a recessed groove penetrating in a length direction is provided on a back surface material of each unit heating panel, and the power supply wiring body is housed in the recessed groove and the power supply wiring is provided. Disclosed is a built-in floor heating panel, characterized in that the body is fixed to the unit heating panel only in a part of each groove.
【００１１】連接された複数枚の単位暖房パネル同志
を、伸展したときに、隣接する単位暖房パネル同志が幾
分間隔を持つ状態で、前記給電用配線体により連接され
るようにすることは好ましい態様であり、それにより本
発明による組み込み型床暖房パネルの工場での折り込み
や積み重ねが容易となるばかりでなく、敷設時において
も作業性が一層向上する。また、各単位暖房パネルに設
けた凹溝の一部に給電用配線体の撓み部を収容するため
の幅広部を形成することも好ましい態様である。[0011] It is preferable that, when a plurality of unit heating panels connected to each other are extended, the unit heating panels adjacent to each other are connected to each other by the power supply wiring body in a state where some adjacent unit heating panels have a certain interval. This is an aspect, whereby not only folding and stacking of the built-in floor heating panel according to the present invention in a factory are facilitated, but also workability is further improved during laying. It is also a preferable aspect to form a wide portion for accommodating the bending portion of the power supply wiring body in a part of the concave groove provided in each unit heating panel.
【００１２】[0012]
【作 用】このような構成を有する組み込み型床暖房パ
ネルは、工場において、比較的長さの短い単位暖房パネ
ルの電気発熱体への給電部において給電用配線体を電気
発熱体に接続すると共にその部分を適宜の樹脂材等によ
りモールドする等の手段により給電用配線体をその部分
においてのみ単位暖房パネルに固定した状態で所要の枚
数の単位暖房パネルを連接することにより製造される。[Operation] The built-in floor heating panel having such a structure is used in a factory, in which a power supply wiring body is connected to an electric heating element at a power feeding section of the unit heating panel having a relatively short length. It is manufactured by connecting a required number of unit heating panels in a state where the power supply wiring body is fixed to the unit heating panel only in that portion by means such as molding that portion with an appropriate resin material or the like.
【００１３】そして、梱包、出荷に至るまでは、給電用
配線体によって一列に連結された複数の単位暖房パネル
を、それぞれの裏面材の凹溝から前記固定部分近傍以外
の給電用配線体を取外した状態で順次積み重ねておく。
この一連の暖房パネルにおける単位パネルの個数は、敷
設する床面の長さに合わせて適宜変更すればよい。そし
て、積み重ねられた状態で梱包された一連の単位暖房パ
ネルは、施工現場で梱包が解かれた後、固定部分でのみ
連接されている給電用配線体をそれぞれの裏面材の凹溝
に収納しつつ、各単位暖房パネルを敷設施工面に１列に
延ばして敷設する。敷設の後、各近接する単位暖房パネ
ルを互いに密着させ必要に応じて適宜の接着剤により床
面に固定することにより敷設は完了する。従って、本発
明の床暖房パネルにおいては各単位床暖房パネル同志の
結線作業を施工現場で行う必要はない。Before packing and shipping, the plurality of unit heating panels connected in a line by the power supply wiring body are detached from the power supply wiring body other than the vicinity of the fixed portion from the concave groove of each back surface material. Stacked in order.
The number of unit panels in this series of heating panels may be appropriately changed according to the length of the floor surface to be laid. Then, after a series of unit heating panels packed in a stacked state were unpacked at the construction site, the power supply wiring body connected only at the fixed part was stored in the concave groove of each back surface material. At the same time, each unit heating panel is laid and extended in one row on the laying construction surface. After laying, the unit heating panels adjacent to each other are brought into close contact with each other and fixed to the floor surface with an appropriate adhesive as needed, whereby the laying is completed. Therefore, in the floor heating panel of the present invention, it is not necessary to perform the wiring work for each unit floor heating panel at the construction site.
【００１４】なお、単位床暖房パネルの四周に雄実、雌
実等の実加工が施してある場合には各実同志を係合させ
ることにより確実な接合がもたらされる。さらに、単位
暖房パネル同志を、伸展したときに、隣接する単位暖房
パネル同志が幾分間隔を持つ状態で、前記給電用配線体
により連接されるようにする場合には、工場での梱包作
業が容易となることに加え、各作業時に隣接する単位暖
房パネルの辺部同志が当接して傷が付くことを防止する
ことができる。If the four floors of the unit floor heating panel are actually machined, such as male and female, by engaging each other, reliable joining is achieved. Furthermore, when the unit heating panels are extended and the adjacent unit heating panels are connected to each other by the power supply wiring body in a state in which the adjacent unit heating panels have a certain space therebetween, the packing work in the factory is required. In addition to the ease of operation, it is possible to prevent the edges of the adjacent unit heating panels from coming into contact with each other during each work and being damaged.
【００１５】また、各単位暖房パネルに設けた凹溝の一
部に給電用配線体の撓み部を収容するための幅広部を形
成する場合には、各単位暖房パネルの隙間を詰めて密着
させる場合に発生する単位暖房パネル同志の間隔の長さ
に相当する給電用配線体のだぶつきをその幅広部に確実
に収容することができる。Further, when a wide portion for accommodating the bending portion of the power supply wiring body is formed in a part of the concave groove provided in each unit heating panel, the gap of each unit heating panel is closed and brought into close contact. In this case, it is possible to surely accommodate the looseness of the power supply wiring body corresponding to the length of the interval between the unit heating panels in the wide portion.
【００１６】[0016]
【実施例】以下、本発明の一実施例を図面に基づき詳細
に説明する。組み込み型床暖房パネル１は、図１に示す
ように、複数の単位暖房パネル１０．．．と、それら各
単位暖房パネル１０．．．を連結する給電用配線体２０
とによって構成されており、各単位暖房パネル１
０．．．は、図２に示すように、合板等の適宜の材料か
らなる裏面材１２と、該裏面材１２とほぼ同形状の表面
材１１と、該裏面材１２と表面材１１との間に配置した
電気発熱体１３とによって構成されている。DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described in detail below with reference to the drawings. The built-in floor heating panel 1 includes a plurality of unit heating panels 10. ． ． And each unit heating panel 10. ． ． Wiring body 20 for connecting
And each unit heating panel 1
0. ． ． As shown in FIG. 2, the backing material 12 made of an appropriate material such as plywood, a surface material 11 having substantially the same shape as the backing material 12, and the backing material 12 and the surface material 11 were arranged between the backing material 12 and the backing material 12. It is composed of an electric heating element 13.
【００１７】上記単位暖房パネル１０において、表面材
１１は、木質フローリング材等の木質材からなる方形状
の単位板１１ａ，１１ａを複数個寄せ集めたものにより
形成されており、複数の単位板を寄せ集めることによ
り、１個の合板により形成された裏面板１２と同じ形状
となるように形成されている。単位板それ自体は必ずし
もすべてが同じ形状である必要はなく、長さ及び幅が異
なっているものを適宜寄せ集めて形成してもよい。In the unit heating panel 10, the surface material 11 is formed by collecting a plurality of rectangular unit plates 11a, 11a made of a wood material such as a wood flooring material. By gathering together, it is formed so as to have the same shape as the back plate 12 formed by one plywood. The unit plates themselves do not necessarily all have the same shape, and may be formed by appropriately gathering those having different lengths and widths.
【００１８】裏面材１２と表面材１１との間に配置され
る電気発熱体１３は、アルミ箔からなる均熱板及び外部
電源により通電加熱される発熱体等からなる従来知られ
た構造のものであり、給電用配線体２０によって外部電
源から通電される。裏面材１２には、図３に示すよう
に、給電用配線体２０を直線的に収納するための長さ方
向に貫通する凹溝１４が下方に開口して形成されてお
り、その一部に電気発熱体１３のヒーター線と給電用配
線体２０とを接続しかつ給電用配線体２０を単位暖房パ
ネル１０へ固着するための給電用配線体接続部１６と、
弛んだ余分の給電用配線体を収納するための凹溝の幅が
大きくなった部分である給電用配線体収納部１５とが形
成されている。The electric heating element 13 disposed between the back surface material 12 and the front surface material 11 has a conventionally known structure including a heat equalizing plate made of aluminum foil and a heating element electrically heated by an external power source. Therefore, the power is supplied from the external power source by the power supply wiring body 20. As shown in FIG. 3, a concave groove 14 penetrating in the length direction for linearly accommodating the power feeding wiring body 20 is formed in the back surface material 12 so as to open downward, and a part thereof is formed. A power supply wiring body connecting portion 16 for connecting the heater wire of the electric heating element 13 and the power supply wiring body 20 and for fixing the power supply wiring body 20 to the unit heating panel 10.
A power supply wiring body storage portion 15 that is a portion in which a width of a concave groove for storing an extra loosened power supply wiring body is increased is formed.
【００１９】上記のように構成された各単位暖房パネル
１０．．．は、工場において、図１に示すように、各単
位暖房パネル１０．．．間に隙間Ｐをあけて一列に配置
した状態で給電用配線体２０をそれぞれの裏面材１２の
凹溝１４に収納し、それぞれの給電用配線体接続部１６
において電気発熱体１３のヒーター線と給電用配線体２
０とを接続した後、該部分を合成樹脂等によりモールド
加工して、給電用配線体２０を各単位暖房パネル１
０．．．に固着することにより、必要個数の単位暖房パ
ネル１０．．．を連結して組み込み型床暖房パネル１を
構成する。なお、各単位暖房パネル１０．．．間の隙間
については、通常の場合約５〜６ｍｍ程度あれば良い。Each unit heating panel 10. ． ． In the factory, as shown in FIG. 1, each unit heating panel 10. ． ． The power supply wiring bodies 20 are housed in the concave grooves 14 of the respective backing materials 12 in a state where they are arranged in a line with a gap P therebetween, and the respective power supply wiring body connection portions 16 are provided.
In the heater wire of the electric heating element 13 and the wiring body 2 for feeding
After connecting with 0, the portion is molded with a synthetic resin or the like to connect the power supply wiring body 20 to each unit heating panel 1
0. ． ． The required number of unit heating panels 10. ． ． Are combined to form the built-in floor heating panel 1. In addition, each unit heating panel 10. ． ． About the gap between them, it is usually about 5 to 6 mm.
【００２０】次に、上記の複数の単位暖房パネル１
０．．．からなる床暖房パネル１を、実際に梱包した状
態から、梱包を解いて木造住宅等の床基礎面上に並べて
敷設し、床暖房構造を施工する場合について説明する。
組み込み型床暖房パネル１は、上記のように、工場にお
いて、規格品として製造された各単位暖房パネル１
０．．．を施工する床面の長さに応じて必要個数を給電
用配線体２０によって一列に連結することにより製品化
した後、図４に示すように、それぞれの裏面材１２の凹
溝１４から給電用配線体接続部１６以外の部分の給電用
配線体２０を取外して順次積み重ね、コンパクトな長さ
の状態で梱包しておく。この実施例においては、各単位
暖房パネル１０．．．の間に直線状に配置したとき間隙
Ｐを持つように給電用配線体２０の長さを調節してある
ので、積み重ね作業時に各単位暖房パネルの隅部同志を
当接することなく確実にかつ容易に作業を行うことがで
きる。Next, the plurality of unit heating panels 1 described above
0. ． ． An explanation will be given of a case where the floor heating panel 1 made of is actually packed and unpacked to be laid side by side on a floor foundation surface of a wooden house or the like to construct a floor heating structure.
As described above, the built-in floor heating panel 1 is a unit heating panel 1 manufactured as a standard product in the factory.
0. ． ． According to the length of the floor surface to be constructed, after the necessary number is connected in a row by the wiring body 20 for power feeding, as shown in FIG. 4, from the concave groove 14 of each backing material 12 for power feeding The power supply wiring body 20 other than the wiring body connecting portion 16 is detached and sequentially stacked, and packed in a compact length state. In this embodiment, each unit heating panel 10. ． ． Since the length of the power supply wiring body 20 is adjusted so as to have the gap P when the unit heating panels are arranged linearly between them, it is possible to surely and easily without abutting the corners of each unit heating panel during the stacking work. Can work on it.
【００２１】このように工場でコンパクトな長さに梱包
された組み込み型床暖房パネル１は、施工する床面の幅
に応じて必要個数を施工現場に搬入し、各床暖房パネル
１の梱包を解いて、敷設する床面に直線状に敷設した
後、図５に示すように各単位暖房パネル１０．．．間の
隙間Ｐを詰め、四周の実を係合させて接合した状態で敷
設する。その場合、図１に模式的に示すように給電用配
線体２０の各単位暖房パネル１０、１０間の隙間に位置
する部分は、幅が拡大して部分である給電用配線体収納
部１５内に確実に収納されるため、作業の邪魔になるこ
とはない。The built-in floor heating panel 1 thus packed in a compact length at the factory is carried into the construction site in the required number according to the width of the floor surface to be constructed, and the floor heating panel 1 is packaged. After unraveling and laying in a straight line on the floor surface to be laid, as shown in FIG. ． ． The gap P between them is filled, and the fruits of four rounds are engaged and laid in a state of being joined. In that case, as schematically shown in FIG. 1, the portion of the power supply wiring body 20 located in the gap between the unit heating panels 10 and 10 has an enlarged width inside the power supply wiring body storage portion 15. Since it is securely stored in, it does not interfere with work.
【００２２】このような組み込み型床暖房パネル１を必
要数、床面の幅方向に接合することにより、床暖房構造
を施工する床面積に暖房パネルを敷設するのであるが、
上記の各図に示す実施例のような床暖房パネル１の場合
は、その長さ方向端部が階段状に形成されているため
に、方形状の敷設床面の直線状の縁部にそのままで密接
した状態で敷設することができない。従って、そのよう
な場合には、方形状の敷設床面の全域にしかもその縁部
に密着状にパネルを敷設し得るように、先行例として図
７に示したものと同様、組み込み型床暖房パネル１以外
に、電気発熱体を有さずかつ組み込み型床暖房パネル１
の各単位暖房パネル１０．．．と同様な形状であって、
適宜切断して使用できる床パネル３を併用し、敷設面の
一端に位置する切断された各床パネル３ａ．．．の裏面
に給電用配線体２０を収納する凹溝をその長さ方向に形
成して、そこを通して単位暖房パネル側と建物側との配
線を接続するように構成してもよい。By joining a required number of such built-in floor heating panels 1 in the width direction of the floor surface, the heating panels are laid in the floor area for constructing the floor heating structure.
In the case of the floor heating panel 1 like the embodiment shown in each of the above figures, since the lengthwise end portion is formed in a staircase shape, the straight edge portion of the rectangular laying floor surface is left as it is. Can not be laid in close contact with. Therefore, in such a case, the built-in floor heating system is installed in the same manner as that shown in FIG. 7 as a prior example so that the panel can be laid over the entire area of the rectangular laid floor surface and in close contact with the edges thereof. Built-in floor heating panel 1 that has no electric heating element other than panel 1
Each unit heating panel 10. ． ． It has the same shape as
Using the floor panels 3 that can be appropriately cut and used, the cut floor panels 3a. ． ． A concave groove for accommodating the power supply wiring body 20 may be formed on the back surface of the unit in the lengthwise direction, and the wiring between the unit heating panel side and the building side may be connected therethrough.
【００２３】また、敷設床面の中央のほぼ全面に単位暖
房パネルを敷設する一方、縁部近傍には発熱体を位置さ
せない状態で敷設することが防災の観点からも好ましい
ことから、先行例として図９に示したものと同様、各単
位暖房パネル１０．．．と形状は同じであるが暖房のた
めの手段を有しないパネル３の列を、敷設床面の両側に
配設するように構成すればよい。Also, from the viewpoint of disaster prevention, it is preferable from the viewpoint of disaster prevention that the unit heating panel is laid almost all over the center of the laying floor surface, while the heating element is not placed near the edge. Similar to that shown in FIG. 9, each unit heating panel 10. ． ． A row of panels 3 having the same shape as the above but having no means for heating may be arranged on both sides of the laid floor surface.
【００２４】以上に説明した本発明の組み込み型床暖房
パネルは、規格化された暖房パネルによって、施工する
床面積の違いに応じて簡単に製品化することができ、コ
ンパクトな状態で梱包して施工現場に搬入することがで
き、しかも、各列における暖房パネルの配置を各単位暖
房パネル間の結線作業を行うことなくすることができ、
施工現場での工程管理が容易となる。The built-in floor heating panel of the present invention described above can be easily commercialized according to the difference in floor area to be constructed by the standardized heating panel, and it can be packed in a compact state. It can be carried into the construction site, and the heating panels in each row can be arranged without connecting wires between the unit heating panels.
Process control at the construction site becomes easy.
【００２５】以上、実施例に従って説明したが、本発明
は、これに限るものではなく、例えば、単位暖房パネル
の構造を裏面材、電気発熱体および表面材の積層構造の
ものとして説明したが、裏面材と表面材の間に断熱材を
設けてもよく、表面材についても、単位板の集合体によ
るものに限るものではなく、合板、木質フローリング材
等の適宜の部材から一枚物として作製してもよく、裏面
材についても、２層、３層等を問わず電気発熱体の裏面
にて表面材を支持し得る部材のすべてを含むものであ
り、電気発熱体についても、特に制限はなく、従来の床
暖房パネルに用いられる発熱体、例えば電気発熱体、線
発熱体等はすべて使用し得るもので、その形状、大きさ
も任意であり、さらに、各暖房パネルの全体形状につい
ても、図に示された実施例のように階段状であることは
必要でなく、例えば方形状、平行四辺形状等任意であ
り、各パネルの幅、長さ等も同様に任意である等、適宜
の実施態様をとり得るものであることは容易に理解され
よう。Although the present invention has been described above according to the embodiments, the present invention is not limited to this. For example, the unit heating panel has a laminated structure of a back material, an electric heating element and a surface material. A heat insulating material may be provided between the back surface material and the surface material, and the surface material is not limited to the assembly of the unit plates, but is manufactured as a single piece from an appropriate member such as plywood or wood flooring material. Also, the back surface material includes all members that can support the surface material on the back surface of the electric heating element regardless of whether it is two layers, three layers or the like, and the electric heating element is not particularly limited. However, heating elements used in conventional floor heating panels, such as electric heating elements, wire heating elements, etc., can all be used, their shape and size are arbitrary, and furthermore, regarding the overall shape of each heating panel, As shown in the figure It is not necessary to have a step shape as in the example, and for example, a square shape, a parallelogram shape, etc. are arbitrary, and the width, length, etc. of each panel are also arbitrary. It is easy to understand that it is a thing.
【００２６】さらに、給電用配線体２０を各単位暖房パ
ネル１０．．．に固着する手段も、前記の実施例のよう
に電気発熱体１３のヒーター線と給電用配線体２０とを
接続した後、該部分をホットメルト樹脂剤のような合成
樹脂剤によりモールド加工して固定することに限らず、
電気発熱体との接続部の近傍を適宜のメカニカルな係止
手段により給電用配線体２０を単位暖房パネル１０側に
固定してもよいものである。Further, the power supply wiring body 20 is connected to each unit heating panel 10. ． ． As for the means for fixing to, the heater wire of the electric heating element 13 and the power supply wiring body 20 are connected as in the above-described embodiment, and then the portion is molded with a synthetic resin agent such as a hot melt resin agent. Not only fixed,
The power supply wiring body 20 may be fixed to the unit heating panel 10 side by a suitable mechanical locking means in the vicinity of the connection portion with the electric heating element.
【００２７】[0027]
【発明の効果】本発明は、上記のような構成であるの
で、床暖房構造を施工するための床面積の相違に応じた
製品を、規格化された部材で簡単に制作することがで
き、それをコンパクトな状態で梱包して施工現場に搬入
することができるとともに、施工現場においては、各列
における暖房パネルの配置作業が簡単で、特に電気工事
が不要となり各単位暖房パネル間の結線作業を省略する
ことができて、施工現場での工程管理が容易となる。EFFECTS OF THE INVENTION Since the present invention has the above-mentioned structure, it is possible to easily manufacture products according to the difference in floor area for constructing a floor heating structure with standardized members, It can be packed in a compact state and brought in to the construction site, and at the construction site, the arrangement work of the heating panels in each row is easy, and especially electrical work is not required, and the wiring work between each unit heating panel Can be omitted, which facilitates process control at the construction site.
【図１】本発明の組み込み型床暖房パネルの一実施例を
示す平面図。FIG. 1 is a plan view showing an embodiment of a built-in floor heating panel of the present invention.
【図２】図１の組み込み型床暖房パネルにおける１枚の
単位暖房パネルを示す縦断面図。FIG. 2 is a vertical sectional view showing one unit heating panel in the built-in floor heating panel of FIG.
【図３】図１の組み込み型床暖房パネルにおける１枚の
単位暖房パネルの裏面材の裏側を示す平面図。3 is a plan view showing the back side of the back surface material of one unit heating panel in the built-in floor heating panel of FIG. 1. FIG.
【図４】図１の組み込み型床暖房パネルにおける梱包時
の状態を示す説明図。FIG. 4 is an explanatory view showing a state of the built-in floor heating panel of FIG. 1 during packaging.
【図５】図１の組み込み型床暖房パネルにおける敷設時
の状態を示す平面図。FIG. 5 is a plan view showing a state when the built-in floor heating panel of FIG. 1 is laid.
【図６】組み込み型床暖房パネルの一先行例を示す平面
図。FIG. 6 is a plan view showing a prior example of a built-in floor heating panel.
【図７】図６の先行例の組み込み型床暖房パネルを用い
た床構造を示す平面図。FIG. 7 is a plan view showing a floor structure using the embedded floor heating panel of the prior art example of FIG.
１−組み込み型床暖房パネル １０−単位暖房パネル １１−表面材 １２−裏面材 １３−電気発熱体 １４−凹溝 １５−給電用配線体収納部 ２０−給電用配線体 1-Built-in floor heating panel 10-Unit heating panel 11-Surface material 12-Back surface material 13-Electric heating element 14-Concave groove 15-Power supply wiring body storage section 20-Power supply wiring body
Claims (3)
単位暖房パネルを給電用配線体により複数枚連接した組
み込み型床暖房パネルであって、各単位暖房パネルの裏
面材には長さ方向に貫通する凹溝が設けられ、該凹溝に
は前記給電用配線体が収納されると共に、該給電用配線
体は該各凹溝の一部分においてのみ該単位暖房パネルに
対して固定されていることを特徴とする、組み込み型床
暖房パネル。1. A built-in floor heating panel in which a plurality of unit heating panels each having a surface material, an electric heating element and a back surface material are connected by a power supply wiring body, wherein the back surface material of each unit heating panel is a longitudinal direction. Is provided with a concave groove penetrating therethrough, and the power feeding wiring body is housed in the concave groove, and the power feeding wiring body is fixed to the unit heating panel only in a part of each concave groove. Built-in floor heating panel, which is characterized by
志は、伸展したときに、隣接する単位暖房パネル同志が
幾分間隔を持つ状態で、前記給電用配線体により連接さ
れていることを特徴とする、請求項１記載の組み込み型
床暖房パネル。2. The plurality of unit heating panels connected to each other are connected to each other by the power supply wiring body when the unit heating panels adjacent to each other have some intervals when they are extended. The embedded floor heating panel according to claim 1, characterized in that:
は、給電用配線体の撓み部を収容するための幅広部が形
成されていることを特徴とする、請求項２記載の組み込
み型床暖房パネル。3. The wide portion for accommodating the bending portion of the power supply wiring body is formed in a part of the concave groove provided in each unit heating panel. Built-in floor heating panel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP4217976A JP3024720B2 (en) | 1992-08-17 | 1992-08-17 | Built-in floor heating panel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP4217976A JP3024720B2 (en) | 1992-08-17 | 1992-08-17 | Built-in floor heating panel |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0666428A true JPH0666428A (en) | 1994-03-08 |
| JP3024720B2 JP3024720B2 (en) | 2000-03-21 |
Family
ID=16712684
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP4217976A Expired - Fee Related JP3024720B2 (en) | 1992-08-17 | 1992-08-17 | Built-in floor heating panel |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3024720B2 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2010107060A (en) * | 2008-10-28 | 2010-05-13 | Eidai Co Ltd | Wood base material for constituting electric floor heating panel, and electric floor heating panel |
| JP2013115224A (en) * | 2011-11-29 | 2013-06-10 | Noritz Corp | Electric power generation heat exchange hybrid panel |
-
1992
- 1992-08-17 JP JP4217976A patent/JP3024720B2/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2010107060A (en) * | 2008-10-28 | 2010-05-13 | Eidai Co Ltd | Wood base material for constituting electric floor heating panel, and electric floor heating panel |
| JP2013115224A (en) * | 2011-11-29 | 2013-06-10 | Noritz Corp | Electric power generation heat exchange hybrid panel |
Also Published As
| Publication number | Publication date |
|---|---|
| JP3024720B2 (en) | 2000-03-21 |
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