JPH0719471Y2 - Bubble bath - Google Patents
Bubble bathInfo
- Publication number
- JPH0719471Y2 JPH0719471Y2 JP12062690U JP12062690U JPH0719471Y2 JP H0719471 Y2 JPH0719471 Y2 JP H0719471Y2 JP 12062690 U JP12062690 U JP 12062690U JP 12062690 U JP12062690 U JP 12062690U JP H0719471 Y2 JPH0719471 Y2 JP H0719471Y2
- Authority
- JP
- Japan
- Prior art keywords
- air
- temperature
- bubble
- bath
- air supply
- 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
Description
本考案は、気泡浴槽の改良に関する。 The present invention relates to improvement of a bubble bath.
従来、気泡浴槽は、浴槽本体の内側に気泡吐出口を開口
した吐出具と、この吐出具に連通する空気供給路とを備
え、気泡吐出口から浴槽本体の湯に気泡を吐出して入浴
者に適度の刺激を与えるようにしてある。そして、気泡
浴槽には、この刺激効果の向上を図るために、吐出する
気泡量や気泡吐出口から吐出する水量を変化させるもの
がある。更に、気泡浴槽には、湯温を低下させないよう
に、空気供給路の途中に空気加熱装置を設け、温かい気
泡を吐出するようにしたものがある。BACKGROUND ART Conventionally, a bubble bath has a discharge tool having a bubble discharge port opened inside the bath body, and an air supply path communicating with the discharge tool, and discharges bubbles from the bubble discharge port to the hot water of the bath body for bathing. It is designed to give a moderate stimulus to. Some bubble baths change the amount of bubbles discharged or the amount of water discharged from the bubble discharge port in order to improve the stimulation effect. Furthermore, in some bubble baths, an air heating device is provided in the middle of the air supply path so as to prevent the temperature of the hot water from decreasing, and warm air bubbles are discharged.
ところが、従来の気泡浴槽は、吐出する気泡の温度が一
定であるため、刺激効果の向上にも一定の限界がある。 そこで、本考案は、別異の観点から刺激効果の向上を更
に図るために、気泡の温度を自動的に変化させる気泡浴
槽の提供を目的とする。However, in the conventional bubble bath, since the temperature of the discharged bubbles is constant, there is a certain limit in improving the stimulation effect. Therefore, an object of the present invention is to provide a bubble bath in which the temperature of bubbles is automatically changed in order to further improve the stimulation effect from another viewpoint.
本考案に係る気泡浴槽（以下、「本案気泡浴槽」とい
う）が採用した手段は、浴槽本体の内側に気泡吐出口を
開口した吐出具と、この吐出具に連通する空気供給路と
を備えた気泡浴槽において、空気供給路の途中に、吐出
具への供給空気温度を周期的に変化させる空気温度制御
装置を配設したことである。Means adopted by the bubble bath according to the present invention (hereinafter referred to as “the bubble bath of the present invention”) includes a discharge tool having a bubble discharge port opened inside the bath body, and an air supply path communicating with the discharge tool. In the bubble bath, an air temperature control device for periodically changing the temperature of the air supplied to the discharger is arranged in the middle of the air supply passage.
空気供給路は、空気温度制御装置で周期的に温度変化さ
せた供給空気温度を吐出具へ供給する。吐出具は、気泡
吐出口から浴槽本体の湯中に、周期的に温度変化した気
泡を吐出する。The air supply path supplies the supply tool with the supply air temperature whose temperature is periodically changed by the air temperature control device. The discharge tool discharges the bubbles, the temperature of which changes periodically, into the hot water of the bath body from the bubble discharge port.
以下、本案気泡浴槽を図面に示す実施例に基づいて説明
する。 （第１実施例） 第１図は第１実施例の本案気泡浴槽１を示すものであ
る。 本案気泡浴槽１は、浴槽本体２と、湯循環路３と、空気
供給路４とを備えている。 浴槽本体２は、側壁部2aに、吸引口具６とエゼクター方
式の吐出具５とを取着してある。吐出具５は、湯循環路
３と空気供給路４とが接合され、循環湯の水勢で空気を
吸引し、気泡Ｂを含有した循環湯を気泡吐出口5aから浴
槽本体２内に吐出するものである。循環湯路３は、上流
端側3aを吸引口具６に接続し、下流端側3bを吐出具５に
接続し、その途中に循環ポンプ７を配設してある。 前記空気供給路４は、上流端側4aを大気に開口し、下流
端側4bを吐出具５に接続し、その途中に空気温度制御装
置８を配設してある。空気温度制御装置８、空気通過室
4cの室内に配設した電気ヒーター又は熱交換器等からな
る加熱器９と、加熱器９の温度を周期的に変化させる温
度操作手段10とを備え、供給空気温度Ｔを周期的に変化
させるようにしてある。温度操作手段10は、加熱器９が
電気ヒーターの場合には通電を、また加熱器９が熱交換
器の場合には熱水量を、周期的且つ自動的にON・OFF制
御し、空気通過室4cの出力側の供給空気温度Ｔを例えば
第２図に示す如く変化させるものである。温度操作手段
10は、ON・OFF制御の周期Ｐ及び供給空気温度の最高値T
Uを、使用者が任意に設定できるようにするのが好まし
い。なお、供給空気温度の最低値TLは、空気供給路４に
取込む空気の温度となる。 次に、本案気泡浴槽１の動作態様を説明する。循環ポン
プ７及び空気温度制御装置８の起動に伴ない吸引具６か
ら湯循環路３に吸引され湯は、吐出具５に導かれ、吐出
具５のエゼクター作用により空気供給路４から吸引した
空気を気泡として混入し、気泡吐出口5aから浴槽本体２
内に吐出する。空気供給路４は、供給空気温度Ｔを空気
温度制御装置８で周期的に変化させて吐出具５へ供給す
る。従つて、吐出具５は、気泡吐出口5aから周期的に温
度変化した気泡を入浴者に向って吐出する。入浴者は、
周期的に高温と低温とに変化する気泡Ｂが噴射され、温
度変化による快適な刺激を受けることができる。 （第２実施例） 第３図は第２実施例の本案気泡浴槽11を示すものであ
る。 本案気泡浴槽11が前記実施例の本案気泡浴槽１（第１図
参照）と異なる箇所は、空気供給路14に設けた空気温度
制御装置18である。 空気供給路14は、上流端側14aを大気に開口し、途中を
加熱室14cと冷却室14dとに分岐し、下流端側14bを合流
させて吐出具５に接続してある。空気温度制御装置18
は、加熱室14cと冷却室14dとの分岐箇所に配設した三方
弁15と、加熱室14cに配設した電気ヒーター又は熱交換
器等からなる加熱器19と、冷却室14dに配設した冷却器1
6とを備えている。加熱器19は、所望加熱温度に設定す
る温度設定手段13を備えている。また、冷却器16は、冷
媒量を制御して所望冷却温度に設定する温度設定手段13
を備えている。三方弁15は、弁操作する温度操作手段20
を備えている。温度操作手段20は、空気供給路14の上流
端側14aに吸引した空気を、加熱室14c又は冷却室14dへ
交互に通過させ、吐出具５に供給する空気の供給空気温
度Ｔを例えば第４図に示す如く変化させる。なお、空気
供給路14は、冷却室14dに冷却器16を備えることなく、
上流端側14aに吸引した常温の空気をそのまま下流端側1
4bに冷風として供給すること可能である。 （第３実施例） 第５図は第３実施例の本案気泡浴槽21を示すものであ
る。 本案気泡浴槽21は、浴槽本体22と、空気供給路24とを備
えている。 浴槽本体22は、底壁部22c又は側壁部22bに、気泡吐出口
25aの多数を開設した吐出具25を配設してある。空気供
給路24は、吐出具25に接続され、その適所にコンプレツ
サー27及び前記第１実施例と同一の加熱器９及び温度操
作手段10からなる空気温度制御装置８を配設してある。 次に、本案気泡浴槽21の動作態様を説明する。空気供給
路24は、コンプレツサー27及び空気温度制御装置８の起
動に伴ない、周期的に温度変化した供給空気を吐出具25
に供給する。吐出具25は、気泡吐出口25a,25a…から周
期的に温度変化した気泡Ｂを入浴者に向って吐出する。
入浴者は、周期的に高温と低温とに変化する気泡Ｂが噴
射され、温度変化による快適な刺激を受けることができ
る。 （第４実施例） 第６図は第４実施例の本案気泡浴槽31を示すものであ
る。 本案気泡浴槽31が前記第３実施例の本案気泡浴槽21（第
５図参照）と異なる箇所は、空気供給路34に前記第２実
施例と同一の空気温度制御装置18を設けた点である。Hereinafter, the bubble bath of the present invention will be described based on an embodiment shown in the drawings. (First Embodiment) FIG. 1 shows a bubble bath 1 of the present invention according to a first embodiment. The bubble bath 1 of the present invention includes a bath body 2, a hot water circulation passage 3, and an air supply passage 4. The bathtub body 2 has a suction port tool 6 and an ejector-type discharge tool 5 attached to the side wall 2a. The discharge tool 5 is one in which the hot water circulation path 3 and the air supply path 4 are joined, sucks air by the water force of the circulating hot water, and discharges the circulating hot water containing the bubbles B from the bubble discharging port 5a into the bath body 2. Is. In the circulating hot water passage 3, the upstream end side 3a is connected to the suction port tool 6, the downstream end side 3b is connected to the discharge tool 5, and a circulation pump 7 is arranged in the middle thereof. The air supply path 4 has an upstream end side 4a open to the atmosphere, a downstream end side 4b connected to a discharge tool 5, and an air temperature control device 8 disposed in the middle thereof. Air temperature controller 8, air passage chamber
A heater 9 including an electric heater or a heat exchanger arranged in the chamber 4c, and a temperature operating means 10 for periodically changing the temperature of the heater 9 are provided, and the supply air temperature T is periodically changed. Is done. The temperature operating means 10 periodically and automatically controls ON / OFF control of energization when the heater 9 is an electric heater and ON / OFF control of the amount of hot water when the heater 9 is a heat exchanger. The supply air temperature T on the output side of 4c is changed as shown in FIG. 2, for example. Temperature control means
10 is the ON / OFF control cycle P and the maximum value T of the supply air temperature
It is preferable that the user can arbitrarily set U. The minimum value TL of the supply air temperature is the temperature of the air taken into the air supply passage 4. Next, the operation mode of the proposed bubble bath 1 will be described. The hot water sucked from the suction tool 6 to the hot water circulation path 3 with the activation of the circulation pump 7 and the air temperature control device 8 is guided to the discharge tool 5, and the air sucked from the air supply path 4 by the ejector action of the discharge tool 5. Are mixed as bubbles, and the bath body 2 is discharged from the bubble discharge port 5a.
Discharge into. The air supply path 4 periodically changes the supply air temperature T by the air temperature control device 8 and supplies it to the discharge tool 5. Therefore, the discharger 5 discharges the bubbles, the temperature of which changes periodically, toward the bather from the bubble discharge port 5a. Bathers
Bubbles B that periodically change between high temperature and low temperature are jetted, and a comfortable stimulus due to temperature change can be received. (Second Embodiment) FIG. 3 shows a bubble bath 11 of the present invention according to a second embodiment. The air bubble control device 18 provided in the air supply passage 14 is different from the air bubble bath 11 of the present invention in the air bubble bath 1 of the present invention (see FIG. 1). The air supply path 14 is open to the atmosphere on the upstream end side 14a, branches in the middle into a heating chamber 14c and a cooling chamber 14d, and joins the downstream end side 14b to the discharge tool 5. Air temperature controller 18
Is a three-way valve 15 disposed at a branch point between the heating chamber 14c and the cooling chamber 14d, a heater 19 such as an electric heater or a heat exchanger disposed in the heating chamber 14c, and a cooling chamber 14d. Cooler 1
It has 6 and. The heater 19 includes temperature setting means 13 for setting a desired heating temperature. Further, the cooler 16 is a temperature setting means 13 for controlling the amount of refrigerant and setting it to a desired cooling temperature.
Is equipped with. The three-way valve 15 is a temperature operating means 20 for operating the valve.
Is equipped with. The temperature manipulating means 20 alternately passes the air sucked to the upstream end side 14a of the air supply passage 14 to the heating chamber 14c or the cooling chamber 14d to set the supply air temperature T of the air supplied to the discharger 5 to, for example, the fourth. Change as shown. The air supply passage 14 does not include the cooler 16 in the cooling chamber 14d,
Room temperature air that has been sucked into the upstream end side 14a is directly used on the downstream end side 1
It is possible to supply cold air to 4b. (Third Embodiment) FIG. 5 shows a bubble bath 21 of the present invention according to a third embodiment. The bubble bath 21 of the present invention includes a bath body 22 and an air supply passage 24. The bath body 22 has a bubble discharge port on the bottom wall portion 22c or the side wall portion 22b.
A discharge tool 25 having a large number of opened openings 25a is arranged. The air supply path 24 is connected to the discharge tool 25, and the air temperature control device 8 including the compressor 27 and the same heater 9 and temperature control means 10 as in the first embodiment is arranged at an appropriate position. Next, the operation mode of the proposed bubble bath 21 will be described. The air supply path 24 discharges the supply air whose temperature is periodically changed with the activation of the compressor 27 and the air temperature control device 8.
Supply to. The discharging tool 25 discharges the bubbles B, whose temperature changes periodically, toward the bather from the bubble discharging ports 25a, 25a.
The bather is sprayed with the bubbles B that periodically change between a high temperature and a low temperature, and can be comfortably stimulated by the temperature change. (Fourth Embodiment) FIG. 6 shows a bubble bath 31 of the present invention according to a fourth embodiment. The air bubble bath 31 of the present invention differs from the air bubble bath 21 of the present invention (see FIG. 5) of the third embodiment in that an air temperature control device 18 identical to that of the second embodiment is provided in an air supply passage 34. .
以上詳述の如く、本案気泡浴槽は、気泡吐出口から浴槽
本体の湯中に、周期的に温度変化した気泡気を吐出する
ため、気泡の温度変化による快適な刺激を入浴者に与え
る実用的効果を有する。As described above in detail, since the bubble bath of the present invention discharges bubble air whose temperature changes periodically from the bubble discharge port into the hot water of the bath body, it is practical for giving a comfortable stimulation to the bather due to the temperature change of the bubble. Have an effect.
図面は本案気泡浴槽の実施例を示すもであつて、第１図
は第１実施例の模式図、第２図は気泡の温度変化を示す
グラフ、第３図は第２実施例の模式図、第４図は気泡の
温度変化を示すグラフ、第５図は第３実施例の模式図、
第６図は第４実施例の模式図である。 ２（22）……浴槽本体、５（25）……吐出具 ４（14,24,34）……空気供給路 ８（18）……空気温度制御装置The drawings show an embodiment of the bubble bath of the present invention. FIG. 1 is a schematic view of the first embodiment, FIG. 2 is a graph showing temperature change of bubbles, and FIG. 3 is a schematic view of the second embodiment. FIG. 4 is a graph showing the temperature change of bubbles, FIG. 5 is a schematic diagram of the third embodiment,
FIG. 6 is a schematic diagram of the fourth embodiment. 2 (22) …… Bath body, 5 (25) …… Discharge tool 4 (14,24,34) …… Air supply path 8 (18) …… Air temperature control device
Claims (1)
出具と、この吐出具に連通する空気供給路とを備えた気
泡浴槽において、空気供給路の途中に、吐出具への供給
空気温度を周期的に変化させる空気温度制御装置を配設
したことを特徴とする気泡浴槽。1. A bubble bath comprising a discharge tool having a bubble discharge port opened inside a bath body and an air supply path communicating with the discharge tool, and air supplied to the discharge tool in the middle of the air supply path. A bubble bath, wherein an air temperature control device for periodically changing the temperature is provided.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP12062690U JPH0719471Y2 (en) | 1990-11-16 | 1990-11-16 | Bubble bath |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP12062690U JPH0719471Y2 (en) | 1990-11-16 | 1990-11-16 | Bubble bath |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0477931U JPH0477931U (en) | 1992-07-07 |
| JPH0719471Y2 true JPH0719471Y2 (en) | 1995-05-10 |
Family
ID=31868525
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP12062690U Expired - Lifetime JPH0719471Y2 (en) | 1990-11-16 | 1990-11-16 | Bubble bath |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0719471Y2 (en) |
-
1990
- 1990-11-16 JP JP12062690U patent/JPH0719471Y2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0477931U (en) | 1992-07-07 |
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