JPH0754554Y2 - Bathroom door with internal heating device - Google Patents
Bathroom door with internal heating deviceInfo
- Publication number
- JPH0754554Y2 JPH0754554Y2 JP1989003748U JP374889U JPH0754554Y2 JP H0754554 Y2 JPH0754554 Y2 JP H0754554Y2 JP 1989003748 U JP1989003748 U JP 1989003748U JP 374889 U JP374889 U JP 374889U JP H0754554 Y2 JPH0754554 Y2 JP H0754554Y2
- Authority
- JP
- Japan
- Prior art keywords
- bathroom
- door
- heat
- passage
- air
- 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.)
- Expired - Lifetime
Links
Landscapes
- Devices For Blowing Cold Air, Devices For Blowing Warm Air, And Means For Preventing Water Condensation In Air Conditioning Units (AREA)
Description
【考案の詳細な説明】 〈産業上の利用分野〉 本考案は浴室の出入開口に設けた扉に係り、更に詳しく
は脱衣室と浴室を暖房し、かつ浴室内を除湿するに好適
な浴室扉に関する。[Detailed Description of the Invention] <Industrial field of application> The present invention relates to a door provided in an entrance / exit of a bathroom, more specifically, a bathroom door suitable for heating a dressing room and a bathroom and dehumidifying the inside of the bathroom. Regarding
〈従来の技術及びその課題〉 浴室扉を境にして内部に浴室が又外部に脱衣室が設けら
れる。冬期においては脱衣室を暖房し、又浴室を暖房，
除湿する為、浴室や脱衣室に暖房，除湿装置を設置する
のが通例である。しかし１つの暖房，除湿装置によって
脱衣室及び浴室の暖房と、更に浴室内の除湿を行うに
は、暖房，除湿装置を設置する為のスペースを十分確保
しなければならず、又ダクト構成も複雑となる等多くの
課題を呈している。<Prior art and its problem> A bathroom is provided inside and a dressing room is provided outside with a bathroom door as a boundary. In the winter, heating the dressing room and heating the bathroom,
To dehumidify, it is customary to install heating and dehumidifying equipment in the bathroom or dressing room. However, in order to heat the dressing room and the bathroom by one heating and dehumidifying device and further dehumidify the inside of the bathroom, a sufficient space for installing the heating and dehumidifying device must be secured, and the duct configuration is complicated. There are many problems such as
〈課題を解決するための手段〉 本考案は上記の課題に鑑み案出されたもので、脱衣室と
浴室との間に配置されて脱衣室、浴室をそれぞれ暖房す
る浴室扉であり、前記扉の内部には、該扉の上下方向に
沿って一対の通路が形成され、これら通路の間には、ペ
ルチェ素子を利用して表裏に放熱面と吸熱面とを形成し
た熱装置が、その放熱面を前記通路のうちの一方に臨ま
せ、かつ吸熱面を他方に臨ませた状態で設けられ、前記
扉の下部には、前記熱装置の放熱面が臨む通路と脱衣室
内とを連通させる連通手段が設けられ、かつ該扉の脱衣
室側の上部には、前記放熱面が臨む通路と脱衣室とを連
通させる吹出口が開閉可能に設けられ、該扉の浴室側の
下部には、前記放熱面が臨む通路と浴室内とを連通させ
る吸入口が設けられ、かつ該扉の浴室側の上部には、前
記放熱面が臨む通路と浴室内とを連通させる吹出口が開
閉可能に設けられ、該扉の浴室側の上部には、前記吸熱
面が臨む通路と浴室内とを連通させる吸入口が設けら
れ、該扉内の下部には、前記吸熱面が臨む通路と浴室内
とを連通せしめる排水路が設けられ、前記扉には、前記
放熱面が臨む通路内にてその下方から上方に向けて空気
を流動させ、さらに前記吸熱面が臨む通路内にてその上
方から下方に向けて空気を流動させるためのファンが設
けられてなるものである。<Means for Solving the Problems> The present invention has been devised in view of the above problems, and is a bathroom door that is arranged between the dressing room and the bathroom to heat the dressing room and the bathroom, respectively. A pair of passages are formed inside the door along the vertical direction of the door, and between these passages, a Peltier element is used to form a heat-dissipating surface and a heat-absorbing surface on the front and back sides. The passage is provided such that the surface faces one of the passages and the heat absorbing surface faces the other, and the lower portion of the door is in communication with the passage facing the heat radiating surface of the heat device and the undressing chamber. Means are provided, and at the upper part of the door on the side of the dressing room, a blow-out port for communicating the passage facing the heat dissipation surface with the dressing room is provided so as to be openable and closable. A suction port that connects the passage facing the heat dissipation surface with the inside of the bathroom is provided, and the bathroom side of the door is provided. An air outlet that connects the passage facing the heat radiating surface and the inside of the bathroom is openably and closably provided in the upper portion, and an inlet that communicates between the passage facing the heat absorbing surface and the inside of the bathroom is provided on the upper portion of the door on the bathroom side. A mouth is provided, a drainage channel is provided in the lower part of the door for communicating the passage facing the heat absorbing surface with the bathroom, and the door is provided from the lower side to the upper side in the passage facing the heat radiating surface. A fan is provided for causing the air to flow toward, and for causing the air to flow downward from above in the passage facing the heat absorbing surface.
〈作用〉 すなわち本考案の浴室扉によれば、従来の浴室への出入
開口における開閉機能を果すとともに、脱衣室空気を熱
装置の放熱面が臨む通路に流通させて加熱した脱衣室空
気を脱衣室に向けて吹出させれば脱衣室が暖房される。
又同様に浴室空気を放熱面が臨む通路に流通させて加熱
し、これを浴室側に吹出させれば浴室が暖房される。し
かもこの時浴室扉の上方に設けた吸入口から浴室空気を
吸入し、吸熱面が臨む通路を流通させればこの吸熱面に
よって浴室空気が除湿される。すなわち脱衣室では暖房
が、又浴室では暖房とともに除湿が行われる。よって冬
期においては脱衣室と浴室との温度差がなくなり快適な
入浴条件を提供できる。<Operation> That is, according to the bathroom door of the present invention, while performing the opening and closing function in the opening and closing of the conventional bathroom, the air in the dressing room is circulated to the passage facing the heat dissipation surface of the heating device and the air in the dressing room is undressed. The dressing room is heated by blowing it toward the room.
Similarly, the bathroom air is circulated through the passage facing the heat dissipation surface to heat the air, and the air is blown to the bathroom side to heat the bathroom. Moreover, at this time, if the bathroom air is sucked through the suction port provided above the bathroom door and circulated through the passage facing the heat absorbing surface, the heat absorbing surface dehumidifies the bathroom air. That is, heating is performed in the dressing room, and dehumidification is performed together with heating in the bathroom. Therefore, in winter, there is no temperature difference between the dressing room and the bathroom, and it is possible to provide comfortable bathing conditions.
〈実施例〉 以下図面に基づき本考案の熱装置を内設した浴室扉を詳
細に説明する。<Embodiment> A bathroom door in which the heating device of the present invention is installed will be described in detail with reference to the drawings.
第１図は、熱装置を内設した浴室扉１の縦断面概略図で
ある。浴室扉１は下方向にスリット11と上方向に吸入口
12が設けられており、又この吸入口12の下部には浴室側
の吹出口13と脱衣室側の吹出口14が夫々設けられてい
る。吹出口13と吹出口14は、ルーバー等公知の開閉手段
によって開閉可能に構成されている。FIG. 1 is a schematic vertical sectional view of a bathroom door 1 in which a heating device is installed. Bathroom door 1 has slit 11 downwards and intake port upwards
12 is provided, and at the lower part of the suction port 12, there are provided an outlet 13 on the bathroom side and an outlet 14 on the dressing room side, respectively. The air outlet 13 and the air outlet 14 are configured to be openable / closable by a known opening / closing means such as a louver.
又扉の下方でかつ浴室側には吸入口15が開口されてい
る。この吸入口15は、浴室を介して上記スリット11に連
通しており、これによって吸入口15は、スリット11との
組み合わせによって後述するように脱衣室側の空気を流
入させるための、本考案における連通手段を構成するも
のとなっている。上記構成の浴室扉１において、その面
内略中央でかつ扉の内面方向を一対の通路16,17で区画
した状態に熱装置２が内設される。熱装置２の放熱面21
は上記通路16に向けて、すなわち通路16に臨んで配置さ
れ、一方吸熱面22は他の通路17に向けて、すなわち通路
17に臨んで配置されている。浴室側の吸入口15内にはロ
ータリファン３が内蔵されており、このロータリファン
３は後述する如く脱衣室Ｏ及び浴室Ｉからの各空気を吸
入口15を介して吸入し、通路16を経て浴室側の吹出口13
及び脱衣室側の吹出口14から吹出させる。通路16からの
上記空気を夫々浴室側の吹出口13と脱衣室側の吹出口14
に吹出す為に切換えダンパー4aが設けられており、又脱
衣室側の吹出口14を開閉する為に他の切換えダンパー4b
が設けられている。A suction port 15 is opened below the door and on the bathroom side. The suction port 15 communicates with the slit 11 via the bathroom, and thus the suction port 15 in combination with the slit 11 allows the air on the dressing room side to flow in, as will be described later. It constitutes a communication means. In the bathroom door 1 having the above-mentioned configuration, the heating device 2 is installed in a state where the door inner surface is substantially centered and the inner surface direction of the door is partitioned by the pair of passages 16 and 17. Heat dissipation surface 21 of heat device 2
Is disposed toward the passage 16, that is, facing the passage 16, while the heat absorption surface 22 is directed toward the other passage 17, that is, the passage.
It is located facing 17. A rotary fan 3 is built in the suction port 15 on the bathroom side. The rotary fan 3 sucks each air from the dressing room O and the bathroom I through the suction port 15 through a passage 16 as described later. Bathroom outlet 13
And, it is blown out from the outlet 14 on the side of the dressing room. The air from the passage 16 is blown into the air outlet 13 on the bathroom side and the air outlet 14 on the dressing room side, respectively.
A switching damper 4a is provided in order to blow the air to the other side, and another switching damper 4b is used to open and close the outlet 14 on the dressing room side.
Is provided.
一方熱装置２はビスマステルル（Bi2Te3）化合物等から
成る半導体のペルチェ素子を放熱面21と吸熱面22とによ
ってサンドイッチ状に挾み、ペルチェ素子の何れか一方
に図示しない直流電源回路を接続したものである。すな
わちこの直流電源回路によってペルチェ素子に所定の電
圧例えば15v程度の電圧を印加すれば、放熱面21は放熱
作用を行う。斯かる際に吸熱面22では吸熱作用が行わ
れ、所謂ペルチェ効果が発揮される。通常この熱装置２
は樹脂モールドによって密封化されており耐湿性能も大
きい。しかも直流電源回路の印加電圧によってペルチェ
効果を発揮するので従来の冷却，加熱装置とは異なり、
液体，気体等の媒体を必要とせずかつ操作及びメンテナ
ンス等も極めて簡便となる。更には騒音，振動も少な
く、室内の浴室扉に組込まれるものとしては、好適なも
のである。On the other hand, the heat device 2 sandwiches a semiconductor Peltier element made of a bismuth tellurium (Bi 2 Te 3 ) compound or the like in a sandwich shape by a heat radiating surface 21 and a heat absorbing surface 22, and connects a DC power supply circuit (not shown) to either one of the Peltier elements. It is connected. That is, when a predetermined voltage, for example, a voltage of about 15v is applied to the Peltier device by this DC power supply circuit, the heat dissipation surface 21 performs heat dissipation. At this time, the heat absorbing surface 22 absorbs heat, and a so-called Peltier effect is exhibited. Usually this heat device 2
Is sealed with a resin mold and has high moisture resistance. Moreover, since the Peltier effect is exhibited by the applied voltage of the DC power supply circuit, unlike the conventional cooling and heating device,
No medium such as liquid or gas is required, and operation and maintenance are very simple. Further, it is less likely to cause noise and vibration, and is suitable for being incorporated in an indoor bathroom door.
上記構成の浴室扉１における暖房及び除湿作用について
説明する。The heating and dehumidifying actions of the bathroom door 1 having the above configuration will be described.
第１図（ａ）は、脱衣室Ｏを暖房する状態を示すもの
で、先ず切換えダンパー4aと4bが駆動して脱衣室側の吹
出口14と通路16が連通される。そしてスリット11を開状
態にしてロータリファン３を回動させると脱衣室Ｏ内の
空気がスリット11を経て吸入口15からロータリファン３
によって通路16に圧送される。この時当該空気は放熱面
21からの熱を受けて暖気となり、脱衣室側の吹出口14か
ら脱衣室Ｏへ吹出される。尚脱衣室側の吹出口14から吹
出される際に暖気の一部が通路17に入り込み吸熱面22に
よって冷やされるが、その量は僅かなものであり、脱衣
室Ｏの暖房作用を低下させるものではない。FIG. 1 (a) shows a state in which the dressing room O is heated. First, the switching dampers 4a and 4b are driven to connect the outlet 14 and the passage 16 on the dressing room side. When the slit 11 is opened and the rotary fan 3 is rotated, the air in the undressing chamber O passes through the slit 11 and the suction port 15 to the rotary fan 3
Is pumped to passage 16. At this time, the air is radiating surface
It is heated by the heat from 21 and is blown into the dressing room O from the outlet 14 on the dressing room side. A part of the warm air enters the passage 17 and is cooled by the heat absorbing surface 22 when it is blown out from the outlet 14 on the side of the dressing room, but the amount thereof is a little and reduces the heating effect of the dressing room O. is not.
一方浴室Ｉを暖房する場合には第１図（ｂ）で示す如
く、切換えダンパー4aを駆動させて通路16と浴室側の吹
出口13を連通させるとともに、切換えダンパー4bにより
脱衣室側吹出口14を閉じる。又スリット11を閉成状態に
する。そしてロータリファン３を回動させれば、吸入口
15から浴室Ｉ内の空気が通路16に押込まれ放熱面21によ
って加熱される。そして更にロータリファン３の押圧に
よってその加熱された空気は浴室側の吹出口13から浴室
Ｉ側に吹出される結果、浴室Ｉは暖房される。又斯かる
状態において浴室Ｉの上方では、浴室扉の上方間に設け
た吸入口12から空気が吸入されて通路17に流通する。斯
かる時吸熱面22においては空気が吸熱される。上記空気
は浴室Ｉ内の上方において高い湿度を有する。その為吸
熱面22において冷却されると結露水を生じる。これによ
り浴室Ｉ内が除湿されることになる。On the other hand, when heating the bathroom I, as shown in FIG. 1 (b), the switching damper 4a is driven to communicate the passage 16 and the outlet 13 on the bathroom side, and the switching damper 4b allows the outlet 14 on the dressing room side to be communicated. Close. In addition, the slit 11 is closed. Then, by rotating the rotary fan 3, the suction port
The air in the bathroom I is pushed into the passage 16 from 15 and heated by the heat radiation surface 21. Further, the air heated by the pressing of the rotary fan 3 is blown to the bathroom I side from the bathroom outlet 13 so that the bathroom I is heated. Further, in such a state, above the bathroom I, air is sucked from the suction port 12 provided between the upper parts of the bathroom doors and circulates in the passage 17. At this time, air is absorbed on the heat absorbing surface 22. The air has a high humidity above the bathroom I. Therefore, when the heat absorbing surface 22 is cooled, condensed water is generated. As a result, the inside of the bathroom I is dehumidified.
尚結露水は通路17の下部において連通する排水路８から
浴室Ｉ内に排出される。第２図は本考案の他の実施例を
示す縦断面概略図である。この実施例は、２つのファン
6,7と４つのダンパー4a,4b,5a,5bを用いたものである。
その為前記実施例の如くロータリファン３を必要とせ
ず、ファン6,7によって強制的に脱衣室Ｏ及び浴室Ｉか
ら空気を吸い込み排出させ得る。同図（ａ）は脱衣室Ｏ
を暖房するものである。上記第１図（ａ）と略同様の流
通経路を得るが、本実施例においてはダンパー5aによっ
て浴室側の吸入口15aを閉状態と成し、ダンパー5bを作
動させて、本考案における連通手段となる脱衣室側の吸
入口15bを開状態と成す。そして前記同様切換えダンパ
ー4aと4bを夫々回動させて通路16と脱衣室側の吹出口14
とを連通させる。そして脱衣室側の吹出口14に設けたフ
ァン６を回転させる。これによって脱衣室Ｏからの空気
が吸入口15bを経て通路16に吸込まれる。斯かる際に熱
装置２の放熱面21で当該空気が加温される。この空気が
脱衣室側の吹出口14から脱衣室Ｏ内に吹出されれば脱衣
室Ｏは暖房されることになる。The condensed water is discharged into the bathroom I from the drainage channel 8 communicating with the lower part of the passage 17. FIG. 2 is a schematic vertical sectional view showing another embodiment of the present invention. This example shows two fans
6,7 and four dampers 4a, 4b, 5a, 5b are used.
Therefore, the rotary fan 3 is not required as in the above-described embodiment, and the fans 6 and 7 can forcibly suck and discharge air from the dressing room O and the bathroom I. The figure (a) is a dressing room O
Is for heating. Although a distribution path similar to that of FIG. 1 (a) is obtained, in this embodiment, the damper 5a closes the intake port 15a on the bathroom side, and the damper 5b is actuated to establish the communication means in the present invention. The inlet 15b on the side of the changing room is opened. Then, similar to the above, the switching dampers 4a and 4b are respectively rotated to rotate the passage 16 and the outlet 14 on the side of the changing room.
And communicate with. Then, the fan 6 provided at the outlet 14 on the dressing room side is rotated. As a result, the air from the dressing room O is sucked into the passage 16 through the suction port 15b. At this time, the air is heated on the heat dissipation surface 21 of the heat device 2. If this air is blown into the dressing room O from the outlet 14 on the dressing room side, the dressing room O will be heated.
一方同図（ｂ）は浴室Ｉを暖房するもので、この場合上
述の如く切換えダンパー4a,4bを夫々回動させて通路16
と浴室側の吹出口13を連通させるとともに、切換えダン
パー4bにて脱衣室側の吹出口14を閉じる。更にダンパー
5aを回転させて浴室側の吸入口15aを開状態にする。そ
してダンパー5bにより脱衣室側の吸入口15bを閉成す
る。On the other hand, FIG. 2 (b) is for heating the bathroom I. In this case, the switching dampers 4a and 4b are respectively rotated to move the passage 16 as described above.
And the air outlet 13 on the bathroom side are communicated with each other, and the air outlet 14 on the dressing room side is closed by the switching damper 4b. Further damper
The suction port 15a on the bathroom side is opened by rotating 5a. Then, the damper 5b closes the inlet 15b on the side of the dressing room.
斯かる状態において浴室側の吹出口13に設けたファン７
を回転させると、浴室Ｉ内の空気が浴室側の吸入口15a
を経て通路16に吸入される。この通路16では上述した如
く放熱面21によって当該吸入された空気が加熱される。
そしてこの加熱された空気が浴室側の吹出口13を経て浴
室内に吹出されれば、浴室Ｉ内の空気が暖気状態となっ
て浴室床部を形成するタイル等も暖められる。又斯かる
浴室Ｉの暖房時に扉１の上部に設けた吸入口12から浴室
内の空気が吸入され通路17に至り、吸熱面22によって吸
熱される。すなわち上述した如く除湿作用が行われ、こ
の際生じる結露水の排水路８を経て浴室Ｉ側に排出され
る。In such a state, the fan 7 provided at the outlet 13 on the bathroom side
When is rotated, the air in the bathroom I is sucked into the bathroom side intake port 15a.
Is inhaled into the passage 16 via the. In this passage 16, as described above, the inhaled air is heated by the heat dissipation surface 21.
When this heated air is blown into the bathroom through the outlet 13 on the bathroom side, the air in the bathroom I becomes warm and the tiles forming the bathroom floor are also warmed. Further, when the bathroom I is heated, the air in the bathroom is sucked from the suction port 12 provided in the upper portion of the door 1 to reach the passage 17 and is absorbed by the heat absorbing surface 22. That is, the dehumidifying action is performed as described above, and the dew condensation water generated at this time is discharged to the bathroom I side through the drainage channel 8.
尚通路17で除湿された空気が通路16に入り込むが、これ
は少量であり、浴室Ｉの暖房効率を低下させるものでは
ない。The air dehumidified in the passage 17 enters the passage 16, but this is a small amount and does not reduce the heating efficiency of the bathroom I.
〈考案の効果〉 以上の如く本考案の熱装置を内設した浴室扉は単に浴室
出入開口の機能を果すだけでなく、内設した熱装置にお
けるペルチェ効果によって脱衣室及び浴室を夫々暖房
し、かつ又浴室自体を除湿することができるので、冬期
の入浴時においては脱衣時の寒気が柔げられるととも
に、浴室の床タイル等における冷感触がなくなって、影
響を緩和することができる。また、放熱と吸熱を同時に
行うペルチェ素子を用いた熱装置により、暖房と除湿の
両方を同時に行えるようにしたので、全体の配管構造等
が簡易となり、しかも熱装置自体が密封化、小型化され
たものとなっているので、浴室扉の厚さも大きくなら
ず、したがって浴室扉の開閉操作性が従来に比べ大きく
損なわれることがない。さらに、暖房、除湿を行うにあ
たって液体や気体等の冷・熱媒を用いていないので、操
作及びメンテナンス等も極めて容易になる。また、扉の
浴室側の上部に、熱装置の吸熱面が臨む通路と浴室内と
を連通させる吸入口を設け、該扉内の下部に、前記吸熱
面が臨む通路と浴室内とを連通せしめる排水路を設けた
ので、浴室内の空気を該吸熱面が臨む通路内に流入させ
ることによって該空気を冷却し、その湿気分を凝縮し水
にしてこれを排水することができることから、例えば雨
期などにおいて浴室内を洗濯物等を乾すための乾燥室と
して用いる場合に、浴室内を暖房（乾燥）すると同時に
除湿することができ、したがって洗濯物等の乾燥を極め
て迅速にしかも低コストで行うことができる。<Effect of device> As described above, the bathroom door in which the heating device of the present invention is installed not only serves the function of opening and closing the bathroom, but also heats the dressing room and the bathroom by the Peltier effect of the installed heating device. Moreover, since the bathroom itself can be dehumidified, the cold air at the time of undressing can be softened at the time of bathing in the winter season, and the cold feeling of the floor tiles of the bathroom can be eliminated, so that the effect can be mitigated. In addition, a heating device that uses a Peltier element that simultaneously radiates and absorbs heat allows both heating and dehumidification to be performed at the same time, which simplifies the overall piping structure and reduces the size and size of the heating device itself. Since the thickness of the bathroom door is not increased, the opening / closing operability of the bathroom door is not significantly impaired as compared with the conventional one. Furthermore, since no cooling / heating medium such as liquid or gas is used for heating and dehumidifying, operation and maintenance are extremely easy. Further, a suction port is provided in the upper part of the door on the bathroom side so that the passage facing the heat absorbing surface of the heat device communicates with the inside of the bathroom, and the lower part of the door allows the passage facing the heat absorbing surface to communicate with the inside of the bathroom. Since the drainage channel is provided, the air in the bathroom can be cooled by allowing the air in the bathroom to flow into the passage facing the heat absorbing surface, condensing its moisture content into water and discharging it. When using the bathroom as a drying room to dry laundry, etc., the bathroom can be heated (dried) and dehumidified at the same time, and therefore laundry can be dried extremely quickly and at low cost. You can
第１図は、本考案の浴室扉を示す縦断面概略図、 第２図は、同他の実施例を示す縦断面概略図である。 １……浴室扉,12……吸入口,13……浴室側の吹出口,14
……脱衣室側の吹出口,15……吸入口,16,17……通路,2
……熱装置,21……放熱面,22……吸熱面,3……ロータリ
ファン,4a,4b……切換えダンパー,5a,5b……ダンパー,
6,7……ファン。FIG. 1 is a schematic vertical sectional view showing a bathroom door of the present invention, and FIG. 2 is a schematic vertical sectional view showing another embodiment. 1 …… Bathroom door, 12 …… Suction port, 13 …… Bathroom outlet, 14
...... Outlet on the side of the changing room, 15 …… Suction port, 16, 17 …… Aisle, 2
...... Heat device, 21 ...... Heat dissipation surface, 22 ...... Heat absorption surface, 3 ...... Rotary fan, 4a, 4b …… Switching damper, 5a, 5b …… Damper,
6,7 …… Fans.
Claims (1)
浴室をそれぞれ暖房する浴室扉であって、 前記扉の内部には、該扉の上下方向に沿って一対の通路
が形成され、 これら通路の間には、ペルチェ素子を利用して表裏に放
熱面と吸熱面とを形成した熱装置が、その放熱面を前記
通路のうちの一方に臨ませ、かつ吸熱面を他方に臨ませ
た状態で設けられ、 前記扉の下部には、前記熱装置の放熱面が臨む通路と脱
衣室内とを連通させる連通手段が設けられ、かつ該扉の
脱衣室側の上部には、前記放熱面が臨む通路と脱衣室と
を連通させる吹出口が開閉可能に設けられ、 該扉の浴室側の下部には、前記放熱面が臨む通路と浴室
内とを連通させる吸入口が設けられ、かつ該扉の浴室側
の上部には、前記放熱面が臨む通路と浴室内とを連通さ
せる吹出口が開閉可能に設けられ、 該扉の浴室側の上部には、前記吸熱面が臨む通路と浴室
内とを連通させる吸入口が設けられ、 該扉内の下部には、前記吸熱面が臨む通路と浴室内とを
連通せしめる排水路が設けられ、 前記扉には、前記放熱面が臨む通路内にてその下方から
上方に向けて空気を流動させ、さらに前記吸熱面が臨む
通路内にてその上方から下方に向けて空気を流動させる
ためのファンが設けられてなることを特徴とする熱装置
を内設した浴室扉。1. A dressing room disposed between the dressing room and a bathroom,
A bathroom door for heating a bathroom, wherein a pair of passages are formed inside the door along the vertical direction of the door, and a Peltier element is used between the passages to radiate heat on the front and back sides. And a heat-absorbing surface is formed, the heat-dissipating surface is provided so as to face one of the passages, and the heat-absorbing surface faces the other, the lower portion of the door of the heat device. A communication means for communicating the passage facing the heat radiating surface with the undressing chamber is provided, and a blowout opening for communicating the passage facing the heat radiating surface with the undressing chamber is provided on the upper part of the door on the undressing chamber side. In the lower part of the door on the bathroom side, there is provided an inlet for communicating the passage facing the heat dissipation surface with the inside of the bathroom, and on the upper part of the door on the bathroom side, the passage facing the heat dissipation surface and the bathroom. An air outlet that communicates with the inside is provided so that it can be opened and closed, and the upper part of the door on the bathroom side is A suction port is provided for communicating the passage facing the heat absorbing surface with the inside of the bathroom, and a drainage passage for communicating the passage facing the heat absorbing surface with the inside of the bathroom is provided at a lower portion of the door, and the door is provided at the door. A fan is provided for causing air to flow from below to above in the passage facing the heat dissipation surface, and to flow air from above to below in the passage facing the heat absorbing surface. A bathroom door with a built-in heat device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1989003748U JPH0754554Y2 (en) | 1989-01-17 | 1989-01-17 | Bathroom door with internal heating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1989003748U JPH0754554Y2 (en) | 1989-01-17 | 1989-01-17 | Bathroom door with internal heating device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0295793U JPH0295793U (en) | 1990-07-31 |
| JPH0754554Y2 true JPH0754554Y2 (en) | 1995-12-18 |
Family
ID=31205660
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1989003748U Expired - Lifetime JPH0754554Y2 (en) | 1989-01-17 | 1989-01-17 | Bathroom door with internal heating device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0754554Y2 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007321536A (en) * | 2006-06-05 | 2007-12-13 | Air Cycle Sangyo Kk | Door for building |
| JP2008014078A (en) * | 2006-07-07 | 2008-01-24 | Air Cycle Sangyo Kk | Window assembly |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS55161178A (en) * | 1979-05-31 | 1980-12-15 | Matsushita Electric Works Ltd | Door unit with hottair heater |
| JPS57178696U (en) * | 1981-05-08 | 1982-11-12 | ||
| JPS6269725U (en) * | 1985-10-18 | 1987-05-01 |
-
1989
- 1989-01-17 JP JP1989003748U patent/JPH0754554Y2/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007321536A (en) * | 2006-06-05 | 2007-12-13 | Air Cycle Sangyo Kk | Door for building |
| JP2008014078A (en) * | 2006-07-07 | 2008-01-24 | Air Cycle Sangyo Kk | Window assembly |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0295793U (en) | 1990-07-31 |
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