JPH01256959A - Bubble generator in bathtub and bubbling method as well as nozzle therewith - Google Patents

Bubble generator in bathtub and bubbling method as well as nozzle therewith

Info

Publication number
JPH01256959A
JPH01256959A JP8604688A JP8604688A JPH01256959A JP H01256959 A JPH01256959 A JP H01256959A JP 8604688 A JP8604688 A JP 8604688A JP 8604688 A JP8604688 A JP 8604688A JP H01256959 A JPH01256959 A JP H01256959A
Authority
JP
Japan
Prior art keywords
bathtub
nozzle
water
hot water
intake port
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
JP8604688A
Other languages
Japanese (ja)
Other versions
JPH0352982B2 (en
Inventor
Zenzaburo Hara
原 善三郎
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.)
Hara Health Ind Co Ltd
Original Assignee
Hara Health Ind 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 Hara Health Ind Co Ltd filed Critical Hara Health Ind Co Ltd
Priority to JP8604688A priority Critical patent/JPH01256959A/en
Publication of JPH01256959A publication Critical patent/JPH01256959A/en
Publication of JPH0352982B2 publication Critical patent/JPH0352982B2/ja
Granted legal-status Critical Current

Links

Landscapes

  • Percussion Or Vibration Massage (AREA)

Abstract

PURPOSE:To make it easily settable in a general household bathtub and an efficient bubbling effect securable, besides noiseless, by forming a box body into such a structure as being installed on an edge of the bathtub by a flexible hanger so as to cause a three-pass structural nozzle to be dipped in hot and cold water. CONSTITUTION:A flexible hanger 6 for being installed on an edge 22 of a bathtub 21 so as to cause at lest a part of a box body 5 to be dipped in hot and cold water 23, is firmly attached thereto with a screw 6A. In this state, a nozzle 4 is installed in a position of the boxy body 5 so as to be dipped in the hot and cold water 23. A first end 31 of the nozzle 4 is opened in the water, a second end 32 is connected to a pressure chamber 3, a third end 33 is connected to an intake port 7, and there is inclusive of a three-pass structure which mixes air being inhaled from this intake port 7 in a flow of water in an arrow 25. The flexible hanger 6 is molded with synthetic rubber in a form provided with a corrugating projection 61 which covers a thin bar 62 of metal making zinc of lead of its main ingredient and being easily deformable, and there is internally provided with an electric cord 13 for feeding a motor pump 2 with a continuous rating current. In addition, the intake port 7 is installed in the end and an air pipeline 14, connecting this intake port 7 to the third end 33 of the three-pass structural nozzle via a hose 15, is installed inside.

Description

【発明の詳細な説明】 〔産業上の利用分野〕 本発明は、特に保健を目的として浴槽内に気泡を発生さ
せる装置に関する。本発明は主として一般家庭用の風呂
、いわゆる内風呂に利用する。
DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a device for generating air bubbles in a bathtub, particularly for health purposes. The present invention is mainly used for general household baths, so-called indoor baths.

〔概要〕〔overview〕

本発明は、浴槽内に気泡を発生させるための吸入口、電
動のポンプ、送水管およびノズルを一つの筐体に実装す
る構造の気泡発生装置および発泡方法において、 三路構造のノズルが湯水の中に浸るように、筐体を可撓
性のハンガにより浴槽の縁に架けられる構造にすること
により、 一般家庭用の浴槽に、簡便に設置することができ、騒音
が少なく、効率のよい発泡効果が得られるようにしたも
のである。
The present invention provides a bubble generating device and a foaming method in which a suction port, an electric pump, a water pipe, and a nozzle are mounted in one housing for generating bubbles in a bathtub. By creating a structure in which the casing can be hung over the edge of the bathtub using a flexible hanger, it can be easily installed in a general household bathtub, making it a low-noise, highly efficient foaming product. It is designed to be effective.

〔従来の技術〕[Conventional technology]

一浴槽の湯水に直接超音波発振装置を接し、または圧縮
空気を混入することにより、湯水中に発生した気泡を人
体の表面に与え、入浴による保健効果を図ることが知ら
れている。
It is known that by directly contacting hot water in a bathtub with an ultrasonic oscillator or by mixing compressed air, air bubbles generated in the hot water are applied to the surface of the human body, thereby promoting the health benefits of bathing.

しかしこの装置が固定形状のものである場合、既設の浴
槽に取付けるために取付工事が必要であった。そこで本
出願人は実願昭61−33997号(実開昭62−14
5621号公報)により、その筐体に浴槽の縁に着脱自
在に嵌まる嵌合部を備えた浴槽内の気泡発生装置を提案
した。
However, if this device has a fixed shape, installation work is required to attach it to an existing bathtub. Therefore, the present applicant filed Utility Application No. 61-33997 (Utility Model Application No. 62-14).
No. 5,621) proposed a bubble generator for a bathtub, the housing of which has a fitting part that is detachably fitted to the edge of the bathtub.

本提案の装置では筐体に取付けられたノズルは水面の上
方に位置しており、このノズルから周囲の空気を巻き込
んで噴出する水流が水面に突入するさい、浴槽内に効果
的な発泡作用が生ずる。このとき発生する水面の飛沫お
よび騒音は、ノズル先端に設けた蛇腹状の管で防止して
いる。
In the proposed device, the nozzle attached to the housing is located above the water surface, and when the water jet ejects from this nozzle, drawing in the surrounding air, and rushing into the water surface, an effective bubbling effect is created in the bathtub. arise. The water splash and noise generated at this time are prevented by a bellows-shaped tube provided at the tip of the nozzle.

この提案の装置を実施した結果、一般家庭の入浴者から
好評を得た。
As a result of implementing this proposed device, it was well received by ordinary household bathers.

一方、本出願人は、実用新案登録出願(昭和61年6月
3日付実願昭61−84371号出願、実開昭62−1
49330号公報)において三路構造のノズルを開示し
た。
On the other hand, the present applicant filed an application for utility model registration (Utility Model Application No. 1984-84371 dated June 3, 1988;
No. 49330) disclosed a three-way structure nozzle.

〔発明が解決しようとする問題点〕[Problem that the invention seeks to solve]

しかし上記三路構造のノズルは、上記飛沫と騒音との発
生を抑制するためにはこれを浴槽の湯水の水面下に位置
する必要があるが、このノズルを上記の実施例装置(実
開昭62−146521号公報)にそのまま適用するこ
とができない。すなわちこの構造は筐体の一部が湯水に
浸される構造ではない。
However, in order to suppress the generation of the above-mentioned splashes and noise, the nozzle with the above-mentioned three-way structure needs to be located below the water surface of the hot water in the bathtub. 62-146521) cannot be applied as is. In other words, this structure does not allow part of the casing to be submerged in hot water.

またこの構造ではかりに筐体の一部が湯水に浸る構造と
しても、浴槽の縁に嵌合する嵌合部により支持される筐
体の位置が、浴槽の縁の高さに対して一定の位置をとる
ので、浴槽内の水位が低下するとノズルは湯水に浸され
なくなる。
In addition, even if this structure allows a part of the casing to be immersed in hot water, the position of the casing supported by the fitting part that fits into the edge of the bathtub remains at a constant position relative to the height of the edge of the bathtub. Therefore, when the water level in the bathtub drops, the nozzle will no longer be immersed in hot water.

本発明は、この欠点を解決して、浴槽に簡便に取付けら
れ、飛沫および騒音の発生が防止でき、効率的な発泡効
果が得られる浴槽内の発泡装置およびその発泡方法を提
供することを目的とする。
An object of the present invention is to solve this drawback and provide a foaming device in a bathtub that can be easily attached to a bathtub, prevent the generation of splashes and noise, and provide an efficient foaming effect, and a foaming method therefor. shall be.

〔問題点を解決するための手段〕 本発明は、吸入口と、湯水を昇圧する電動のポンプと、
送水管と、ノズルとが一つの筐体に実装され、上記吸入
口が浴槽内の湯水を吸入し上記ノズルから噴出する水流
が浴槽内に気泡を発生させる構造の浴槽内の気泡発生装
置において、上記筐体にはその筐体の少なくとも一部を
浴槽内の湯水に浸すように浴槽の縁に架けるための可撓
性のハンガか取付けられ、上記ノズルは上記ハンガが浴
槽の縁に架けられた状態で湯水の中に浸される位置に設
けられ、上記ノズルは、第一端が開口し第二端が上記送
水管に接続されさらに第三端が吸気口に接続され、上記
水流に吸気口から吸い込む空気を混合させる三路構造を
含むことを特徴とする。
[Means for Solving the Problems] The present invention includes an inlet, an electric pump that increases the pressure of hot water,
A bubble generator for a bathtub, in which a water pipe and a nozzle are mounted in one housing, the suction port sucks hot water in the bathtub, and the water flow jetted from the nozzle generates bubbles in the bathtub, A flexible hanger is attached to the casing to hang it over the edge of the bathtub so that at least a part of the casing is immersed in hot water in the bathtub, and the nozzle is attached to the hanger so that the hanger is hung over the edge of the bathtub. The nozzle has a first end open, a second end connected to the water pipe, and a third end connected to an intake port, and the nozzle is connected to the water flow through the intake port. It is characterized by including a three-way structure that mixes the air sucked in from the air.

可撓性のハンガは、亜鉛もしくは鉛を主体とする金属構
造を合成ゴムで覆う構造であり、電動のポンプに電流を
供給する電気コードが内設されたものとすることができ
る。
The flexible hanger has a metal structure mainly made of zinc or lead covered with synthetic rubber, and may have an electric cord installed therein to supply current to an electric pump.

可撓性のハンガには、吸気口が設けられ、この吸気口と
三路構造の第三端とを連結する空気管路が内設されたこ
とが好ましい。
Preferably, the flexible hanger is provided with an air inlet and an air conduit connecting the air inlet and the third end of the three-way structure is provided therein.

ノズルは筐体に対してその水流の噴出方向が変更可能に
取付けられたものとすることができる。
The nozzle may be attached to the housing so that the direction in which the water jet is ejected can be changed.

また、本発明では、第一端が湯水中に開口し、第二端が
昇圧された湯水を供給する送水管に接続され、第三端が
大気に連結され、上記第一端から噴出する水流に上記第
三端から吸い込む空気を混合させる三路構造を含むノズ
ルにおいて、上記第一端および上記第二端はともに断面
が円形の管路構造であり、その第一端の管路構造はその
第二端の管路構造よりその内径がやや大きく、二つの管
路構造はその中心軸が一致するように連接され、その第
一端と第二端との連接部分の外側には上記管路構造と同
軸形状の空間を有する二重構造が設けられ、この連接部
分の外側の空間が上記第三端に連結され、この連接部分
に上記管路構造の内側と外側とを連通ずる多数のそれぞ
れ開口面積の小さい孔が設けられたことを特徴とする。
Further, in the present invention, the first end is opened into hot water, the second end is connected to a water pipe that supplies pressurized hot water, and the third end is connected to the atmosphere, and the water jets from the first end. In a nozzle including a three-way structure for mixing air sucked in from the third end, the first end and the second end both have a pipe structure with a circular cross section, and the pipe structure at the first end is circular in cross section. Its inner diameter is slightly larger than the conduit structure at the second end, and the two conduit structures are connected so that their central axes coincide, and the above conduit structure is located outside the connecting part between the first and second ends. A double structure having a space coaxial with the structure is provided, an outer space of this connecting part is connected to the third end, and a plurality of each of the connecting parts communicates with the inside and outside of the pipe structure. It is characterized by a hole with a small opening area.

さらに、本発明の浴槽内の発泡方法は湯水内に発泡剤を
溶解させ、上記の装置を用いて浴槽内の湯水を発泡させ
ることを特徴とする。
Furthermore, the foaming method in a bathtub according to the present invention is characterized in that a foaming agent is dissolved in hot water, and the hot water in the bathtub is foamed using the above-mentioned apparatus.

〔作用〕[Effect]

ハンガは可撓性であるので、自在な形状とすることがで
きる。したがって浴槽の水位の変化に対して、ノズルが
使用状態において湯水に浸されるよう筐体の位置を調整
できる。この形状により、日本式の浴槽あるいは洋式の
浴槽にも、その水位の高さや縁の形状にかかわらず、最
適の状態となるように使用できる。
Since the hanger is flexible, it can be shaped into any shape. Therefore, the position of the casing can be adjusted in response to changes in the water level of the bathtub so that the nozzle is immersed in hot water when in use. Due to this shape, it can be used in Japanese-style bathtubs or Western-style bathtubs, regardless of the height of the water level or the shape of the rim, so that it can be used in optimal conditions.

ノズルは、湯水に向は開口している端と強い水流が進入
する端と大気に連通ずる端とによる三路構造となってい
るので、湯水に浸されて気泡を発生することができる。
The nozzle has a three-way structure with an end open toward hot water, an end into which a strong water flow enters, and an end communicating with the atmosphere, so it can generate bubbles when immersed in hot water.

気泡は湯水中で発生するので、飛沫や騒音の発生が防止
できる。
Since air bubbles are generated in hot water, splashes and noise can be prevented.

ノズルの水流が通過する管路構造の外側の空間から空気
は多数の孔を介して水流に巻き込まれるので、空気の巻
き込みは水流の各部に均等に行われ、またそれぞれ孔の
開口面積は小さいので使用していない状態でノズルが湯
水に浸されても湯水がこの孔を介して大気側に逆流する
ことがない。
Air is drawn into the water flow from the space outside the pipe structure through which the water flow from the nozzle passes through a large number of holes, so the air is evenly drawn into each part of the water flow, and the opening area of each hole is small. Even if the nozzle is immersed in hot water when not in use, the hot water will not flow back into the atmosphere through this hole.

あらかじめ湯水内に発泡剤を溶解させたのち、本発明に
よる装置を使用することにより、発泡効果がさらに向上
する。
The foaming effect is further improved by using the device according to the invention after previously dissolving the foaming agent in hot water.

〔実施例〕〔Example〕

つぎに、本発明による浴槽内の気泡発生装置の実施例装
置環よびそのノズルの実施例について図面を用いて説明
する。
Next, embodiments of the device ring and the nozzle of the bubble generator in a bathtub according to the present invention will be described with reference to the drawings.

第1図は本発明一実施例装置の一部破断斜視図を示し、
第2図はその模式的断面による構造説明図を示す。
FIG. 1 shows a partially cutaway perspective view of an apparatus according to an embodiment of the present invention.
FIG. 2 shows a schematic cross-sectional view of the structure.

本実施例装置は、フィルタ11を備えた湯水を吸入する
吸入口1と、この吸入口1から吸入する湯水を外部ベー
ン12を回転して昇圧する電動のポンプ2と、このポン
プ2の出力口に接続して昇圧された水流を矢印24のよ
うに導く送水管に相当する圧力室3と、この圧力室3に
接続されたノズル4とが一つの筐体5に実装されている
。吸入口1が縁22を備えた浴槽内の湯水23を吸入し
ノズル4から噴出する矢印25で示す水流が浴槽内に気
泡を発生させる。
The device of this embodiment includes an inlet 1 equipped with a filter 11 for sucking hot water, an electric pump 2 that rotates an external vane 12 to boost the pressure of the hot water sucked from the inlet 1, and an output port of the pump 2. A pressure chamber 3 corresponding to a water pipe that is connected to a water pipe and guides a pressurized water flow in the direction of an arrow 24, and a nozzle 4 connected to this pressure chamber 3 are mounted in one housing 5. The suction port 1 sucks in hot water 23 in a bathtub with an edge 22, and a water flow shown by an arrow 25 ejected from a nozzle 4 generates air bubbles in the bathtub.

ここで本発明による浴槽内の気泡発生装置の特徴とする
ところは次のとおりである。筐体5はその少くとも一部
が湯水23に浸すように浴槽21の縁22に架けるため
の可撓性のハンガ6がネジ6Aで強固に取付けられる。
Here, the features of the bubble generator in a bathtub according to the present invention are as follows. A flexible hanger 6 for hanging the housing 5 over the edge 22 of the bathtub 21 is firmly attached with screws 6A so that at least a part of the housing 5 is immersed in hot water 23.

この縁22に架けられた状態で、ノズル4は湯水23の
中に浸されるような筐体5の位置に設けられる。ノズル
4の第一端31が水中に開口し、第二端32が圧力室3
に接続し、第三端33が吸気ロアに接続され、矢印25
の水流にこの吸気ロアから吸い込む空気を混合させる三
路構造を含む。
The nozzle 4 is provided in a position on the housing 5 such that it is immersed in hot water 23 while being hung over this edge 22. A first end 31 of the nozzle 4 opens into the water, and a second end 32 opens into the pressure chamber 3.
The third end 33 is connected to the intake lower, and the arrow 25
It includes a three-way structure that mixes the air sucked in from this intake lower with the water flow.

可撓性のハンガ6は亜鉛もしくは鉛を主体とする容易に
変形できる金属の細い棒62を覆うコルゲート状の突起
61を備えた形状の合成ゴムで成形され、電動のポンプ
2に電流を供給する電気コード13が内設される。また
上記吸気ロアがその端部に設けられこの吸気ロアとホー
ス15を介してノズルの三路構造の第三端33とを連結
する空気管路14が内設される。
The flexible hanger 6 is made of synthetic rubber and has a corrugated protrusion 61 covering an easily deformable metal thin rod 62 mainly made of zinc or lead, and supplies electric current to the electric pump 2. An electric cord 13 is installed inside. Further, the above-mentioned intake lower is provided at the end thereof, and an air pipe line 14 for connecting the intake lower to the third end 33 of the three-way structure of the nozzle via the hose 15 is provided inside.

可撓性のハンガ6は金属の細い棒62が内蔵されており
、この棒62は屈曲が自在であるので、第3図の(a)
およびb)図に示すようにそれぞれ縁22の厚さBまた
はbが異なる浴槽で、それぞれ縁から湯水23の水面ま
での高さの差Hまたはhが異なる場合でも、筐体5のノ
ズル4が湯水の中に浸される位置に架設することができ
る。
The flexible hanger 6 has a built-in thin metal rod 62, and since this rod 62 can be bent freely, the shape shown in FIG. 3(a)
and b) As shown in the figure, even if the rim 22 has a different thickness B or b, and the height difference H or h from the rim to the water surface of the hot water 23 differs, the nozzle 4 of the housing 5 It can be installed in a position where it will be immersed in hot water.

ハンガ6の表面は合成ゴムであるので、突起61が設け
られた面と反対側の面には、自動車タイヤのトレッドパ
ターンのような凹凸を設けることにより、浴槽の縁が濡
れていてもハンガが滑らないようにできる。
Since the surface of the hanger 6 is made of synthetic rubber, the surface opposite to the surface on which the protrusions 61 are provided is provided with an uneven pattern similar to the tread pattern of an automobile tire, so that the hanger can be held even when the edge of the bathtub is wet. You can prevent it from slipping.

またノズル4は半球殻状の前片41とこれに連接する外
径が等しい半球殻状の後片42とから構成され、これを
保持板43が筐体5の内壁部5Aに螺着することによっ
て保持される。保持板43のノズル4との接触面はノズ
ルの外径に適合した中空球面状の摺動面となっており、
前片41の前端の開口端44に指をあてて動かすことに
より、開口端44からの水流の噴出方向が変更可能とな
るように容易に開動できる。
The nozzle 4 is composed of a hemispherical shell-shaped front piece 41 and a hemispherical shell-shaped rear piece 42 connected thereto and having the same outer diameter, which is screwed onto the inner wall 5A of the housing 5 by a holding plate 43. held by. The contact surface of the holding plate 43 with the nozzle 4 is a hollow spherical sliding surface that matches the outer diameter of the nozzle.
By placing a finger on the open end 44 at the front end of the front piece 41 and moving it, the front piece 41 can be easily opened so that the direction of the water jet from the open end 44 can be changed.

このように水流の噴出方向を変更可能とすることにより
、浴槽の形状や、同時に入浴する人数に応じて気泡の発
生を自在に調整することができる。
By making it possible to change the jetting direction of the water stream in this way, the generation of air bubbles can be freely adjusted depending on the shape of the bathtub and the number of people taking a bath at the same time.

また本発明においてノズルは、第4図に示すように第一
端31が湯水(図示せず)中に開口し、第二端32が昇
圧された湯水を供給する送水管(第1図に示す圧力室3
)に接続され、第三端33が大気(第1図に示す吸気ロ
アを介して)に連結され、第一端31から噴出する水流
に第三端から吸い込む空気を混合させる三路構造である
。第一端は第5図に示す前片41の構造であり、第二端
32および第三端33は第6図に示す後片43の構造で
ある。
Further, in the present invention, the nozzle has a first end 31 opening into hot water (not shown) as shown in FIG. 4, and a second end 32 opening into a water pipe (shown in FIG. Pressure chamber 3
), and the third end 33 is connected to the atmosphere (via the intake lower shown in FIG. 1), and has a three-way structure that mixes the water jetted out from the first end 31 with the air sucked in from the third end. . The first end has the structure of the front piece 41 shown in FIG. 5, and the second end 32 and the third end 33 have the structure of the rear piece 43 shown in FIG.

すなわち第一端31は円筒状突起である開口縁44を備
えた半球殻状の前片41の中央に設けられた円形断面の
管状構造であり、この前片41の接着面41Aに対向し
て接着される接着面42Aを備えた前片41と外径の等
しい半球殻状の後片42において、第二端32はこの後
片42の中央に設けられ上記第一端31より内径がやや
小さい円形断面の管状構造であり、前片41と後片42
とを接着して一体としたとき第一端31と第二端32と
の中心軸が一致するようになっている。このように前片
31と後片32を連結したとき、それぞれの球殻の内部
には上記第一端31と第二端32との連接部分の外側に
上記管路構造と同軸形状の室45が形成され、この室4
5は後片42に形成された接手46の内部の第三端33
に連結される。
That is, the first end 31 is a tubular structure with a circular cross section provided at the center of a hemispherical shell-shaped front piece 41 with an opening edge 44 that is a cylindrical projection, and is opposite to the adhesive surface 41A of this front piece 41. In the hemispherical shell-shaped rear piece 42 having the same outer diameter as the front piece 41 with the adhesive surface 42A to be adhered, the second end 32 is provided at the center of the rear piece 42 and has a slightly smaller inner diameter than the first end 31. It is a tubular structure with a circular cross section, and has a front piece 41 and a rear piece 42.
When they are bonded together and integrated, the central axes of the first end 31 and the second end 32 coincide. When the front piece 31 and the rear piece 32 are connected in this way, a chamber 45 coaxial with the pipe structure is provided inside each spherical shell outside the connecting portion between the first end 31 and the second end 32. is formed, and this chamber 4
5 is the third end 33 inside the joint 46 formed on the rear piece 42
connected to.

また管路構造の連接部分には上記管路構造に多数の孔4
7が円環状に設けられ、この孔47により管路構造の内
側と外側すわち第一端31側と室45とが連通ずるよう
になっている。
In addition, in the connecting part of the pipe structure, there are many holes 4 in the pipe structure.
7 is provided in an annular shape, and the hole 47 allows the inside and outside of the pipe structure, that is, the first end 31 side, and the chamber 45 to communicate with each other.

第7図にノズルの組立要領図を示す。第8図に孔47の
付近を拡大した前片部分図を示す。第8図においては、
明瞭に図示するため前片の球殻部分は一点鎖線で示す。
FIG. 7 shows an assembly procedure diagram of the nozzle. FIG. 8 shows an enlarged partial view of the front piece near the hole 47. In Figure 8,
For clarity, the spherical shell portion of the front piece is shown in dashed lines.

第7図および第8図に示すように孔47は第一端31お
よび第二端32により構成される管状構造側の幅は室4
5側の幅よりも狭い。またこの管状構造の周囲をつつむ
ように多数設けられているので、それぞれの孔の管状構
造に対する開口面積は小さい。したがって本ノズルでは
、こLを使用しない状態において管状構造内部にある湯
水は、これらの孔47を通して室45の側に進入するこ
とが少ない。さらに孔47は、第4図に示すように、第
二端32より内径が大きい第一端31の連接側の近傍に
設けられている。すなわち第二端32より大きい流速で
進入する水流がこの連接部分で拡大される部分に設けら
れているので、流体の連続式の理により孔47の内面で
は流体圧が負圧となるので、室45の空気がこの水流中
に巻き込まれる。
As shown in FIGS. 7 and 8, the width of the hole 47 on the side of the tubular structure formed by the first end 31 and the second end 32 is 4.
Narrower than the width on the 5th side. Further, since a large number of holes are provided surrounding the tubular structure, the opening area of each hole with respect to the tubular structure is small. Therefore, in this nozzle, when this nozzle L is not used, hot water inside the tubular structure rarely enters the chamber 45 side through these holes 47. Furthermore, the hole 47 is provided near the connecting side of the first end 31, which has an inner diameter larger than the second end 32, as shown in FIG. In other words, since the water flow that enters at a higher flow rate than the second end 32 is provided in the area where it is expanded at this connecting part, the fluid pressure becomes negative on the inner surface of the hole 47 due to the principle of fluid continuity, so that the chamber 45 air is entrained in this water flow.

この空気が巻き込まれた水流は前片41の開口縁44か
ら浴槽の湯水中に噴出する。この開口縁44の内側は2
°ないし10°の傾斜角を備えた拡散形状のもので、こ
のように噴出水流が拡散されることにより、水流中に巻
き込まれた空気が浴槽内の湯水に放出されるときに、さ
らに微細な気泡に破砕分散する。この破砕分散のさいに
2万々以上の超音波を発生する。
The water stream containing the air is ejected from the opening edge 44 of the front piece 41 into the hot water in the bathtub. The inside of this opening edge 44 is 2
It has a diffuser shape with an angle of inclination of 10° to 10°, and by spreading the jet water flow in this way, when the air caught in the water flow is released into the hot water in the bathtub, it becomes even more fine. Crush and disperse into bubbles. During this crushing and dispersion, more than 20,000 ultrasonic waves are generated.

本発明においては、あらかじめ湯水内に発泡剤を溶解さ
せておき、上記実施例装置を用いて浴槽内の湯水を発泡
させる発泡方法を特徴とする。
The present invention is characterized by a foaming method in which a foaming agent is dissolved in hot water in advance, and the hot water in the bathtub is foamed using the apparatus of the embodiment described above.

この場合発泡剤としては、例えば本出願人が特願昭59
−21370号(特開昭60−166607号公報開示
)で提案したポリエチレングリコールを主体とし、炭酸
水素ナトリウム、無水硫酸ナトリウム、微量の色素およ
び微量の香料が添加された健康風呂用の添加剤を含むも
のが適している。これらの発泡剤はそれ自体によっても
湯水に気泡を発生する効果を備えているが、本実施例装
置を併用することによりさらに人体に対する温浴効果が
向上する。
In this case, the blowing agent may be, for example,
-21370 (disclosed in JP-A No. 60-166607), contains additives for health baths that are based on polyethylene glycol and contain sodium hydrogen carbonate, anhydrous sodium sulfate, a trace amount of coloring matter, and a trace amount of fragrance. things are suitable. These foaming agents themselves have the effect of generating bubbles in hot water, but when used in combination with the device of this embodiment, the effect of hot bathing on the human body is further improved.

〔発明の効果〕〔Effect of the invention〕

以上説明したように、本発明を実証することにより、取
扱いが容易で、騒音や飛沫の発生がなく、かつ浴槽の形
状や湯水の水位などに制約されずに、必要とする人体の
部位によ(適合するように、浴槽内に気泡を発生する装
置およびその方法が実現できる効果がある。
As explained above, by demonstrating the present invention, it is easy to handle, does not generate noise or splashes, and is not limited by the shape of the bathtub or the water level of the hot water, and can be applied to the necessary parts of the human body. (Suitably, there are effects that can be achieved by an apparatus and method for generating air bubbles in a bathtub.

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

第1図は本発明一実施例装置の一部破断斜視図。 第2図は上記実施例の模式的断面による構造説朋図。 第3図は筐体の架装位置説明図。 第4図はノズル組立断面図。 第5図はノズルの前片説明図。 第6図はノズルの後片説明図。 第7図はノズルの組立要領図。 第8図はノズルの前片部分図。 1・・・吸入口、2・・・電動のポンプ、3・・・圧力
室、4・・・ノズル、5・・・筐体、5A・・・筐体の
内壁部、6・・・可撓性のハンガ、6A・・・ネジ、7
・・・吸気口、11・・・フィルタ、12・・・ポンプ
の外部ベーン、13・・・電気コード、14・・・空気
通路、15・・・ホース、21・・・浴槽、22・・・
浴槽の縁、23・・・湯水、24.25・・・水流を示
す矢印、31・・・第一端、32・・・第二端、33・
・・第三端、41・・・ノズルの前片、41A、42A
・・・接着面、42・・・ノズルの後片、43・・・保
持板、44・・・開口縁、45・・・室、46・・・接
手部、47・・・孔、61・・・ハンガの突起、62・
・・容易に変形できる金属の細い棒、B、b・・・浴槽
の縁の幅、H,h・・・浴槽の縁から水面までの高さ。 特許出願人 原ヘルス工業株式会社191.。 代理人 弁理士 井 出 直 孝 り−;  ・ 昂 2 図 Xり) (a)          (b) (a)         (b)
FIG. 1 is a partially cutaway perspective view of an apparatus according to an embodiment of the present invention. FIG. 2 is a schematic cross-sectional view of the structure of the above embodiment. FIG. 3 is an explanatory diagram of the mounting position of the casing. Figure 4 is a sectional view of the nozzle assembly. FIG. 5 is an explanatory diagram of the front piece of the nozzle. FIG. 6 is an explanatory diagram of the rear part of the nozzle. Figure 7 shows the nozzle assembly procedure. FIG. 8 is a partial view of the front piece of the nozzle. 1... Suction port, 2... Electric pump, 3... Pressure chamber, 4... Nozzle, 5... Housing, 5A... Inner wall of housing, 6... Possible Flexible hanger, 6A...screw, 7
...Intake port, 11...Filter, 12...External vane of pump, 13...Electric cord, 14...Air passage, 15...Hose, 21...Bathtub, 22...・
Edge of bathtub, 23... Hot water, 24. 25... Arrow indicating water flow, 31... First end, 32... Second end, 33.
... Third end, 41... Front piece of nozzle, 41A, 42A
... Adhesive surface, 42 ... Rear piece of nozzle, 43 ... Holding plate, 44 ... Opening edge, 45 ... Chamber, 46 ... Joint part, 47 ... Hole, 61 ...・Hanger protrusion, 62・
... Thin metal rod that can be easily deformed, B, b... Width of the edge of the bathtub, H, h... Height from the edge of the bathtub to the water surface. Patent applicant Hara Health Industry Co., Ltd. 191. . Agent Patent attorney Takashi Ide; ・Ko 2 (Figure X) (a) (b) (a) (b)

Claims (1)

【特許請求の範囲】 1、吸入口と、この吸入口から吸入する湯水を昇圧する
電動のポンプと、このポンプの出力口に接続された送水
管と、この送水管の出力口に接続されたノズルとが一つ
の筐体に実装され、上記吸入口が浴槽内の湯水を吸入し
上記ノズルから噴出する水流が浴槽内に気泡を発生させ
る構造の浴槽内の気泡発生装置において、 上記筐体にはその筐体の少なくとも一部を浴槽内の湯水
に浸すように浴槽の縁に架けるための可撓性のハンガが
取付けられ、 上記ノズルは上記ハンガが浴槽の縁に架けられた状態で
湯水の中に浸される位置に設けられ、上記ノズルは、第
一端が開口し第二端が上記送水管に接続されさらに第三
端が吸気口に接続され、上記水流に吸気口から吸い込む
空気を混合させる三路構造を含む ことを特徴とする浴槽内の気泡発生装置。 2、可撓性のハンガは、亜鉛もしくは鉛を主体とする金
属構造を合成ゴムで覆う構造である請求項1記載の浴槽
内の気泡発生装置。 3、可撓性のハンガには上記電動のポンプに電流を供給
する電気コードが内設された請求項1記載の浴槽内の気
泡発生装置。 4、可撓性のハンガには、吸気口が設けられ、この吸気
口と三路構造の第三端とを連結する空気管路が内設され
た請求項1記載の浴槽内の気泡発生装置。 5、ノズルは筐体に対してその水流の噴出方向が変更可
能に取付けられた請求項1記載の浴槽内の気泡発生装置
。 6、第一端が湯水中に開口し、第二端が昇圧された湯水
を供給する送水管に接続され、第三端が大気に連結され
、上記第一端から噴出する水流に上記第三端から吸い込
む空気を混合させる三路構造を含むノズルにおいて、 上記第一端および上記第二端はともに断面が円形の管路
構造であり、その第一端の管路構造はその第二端の管路
構造よりその内径がやや大きく、二つの管路構造はその
中心軸が一致するように連接され、その第一端と第二端
との連接部分の外側には上記管路構造と同軸形状の空間
を有する二重構造が設けられ、この連接部分の外側の空
間が上記第三端に連結され、 この連接部分に上記管路構造の内側と外側とを連通する
多数のそれぞれ開口面積の小さい孔が設けられた ことを特徴とするノズル。 7、湯水内に発泡剤を溶解させ、請求項1記載の装置を
用いて浴槽内の湯水を発泡させることを特徴とする浴槽
内の発泡方法。
[Claims] 1. An inlet, an electric pump that boosts the pressure of hot water drawn from the inlet, a water pipe connected to the output port of the pump, and a water pipe connected to the output port of the water pipe. and a nozzle are mounted in one housing, the suction port sucks hot water in the bathtub, and the water flow jetted from the nozzle generates air bubbles in the bathtub. is attached with a flexible hanger for hanging over the edge of the bathtub so that at least a part of its housing is immersed in the hot water in the bathtub, and the nozzle is connected to the hot water while the hanger is hung over the edge of the bathtub. The nozzle has a first end open, a second end connected to the water pipe, and a third end connected to the intake port, and the nozzle is configured to supply air drawn from the intake port to the water flow. A bubble generator in a bathtub, characterized by including a three-way structure for mixing. 2. The bubble generator in a bathtub according to claim 1, wherein the flexible hanger has a metal structure mainly made of zinc or lead and covered with synthetic rubber. 3. The bubble generator in a bathtub according to claim 1, wherein the flexible hanger has an electric cord installed therein for supplying current to the electric pump. 4. The bubble generating device in a bathtub according to claim 1, wherein the flexible hanger is provided with an air intake port, and an air pipe connecting the air intake port and the third end of the three-way structure is installed therein. . 5. The bubble generating device in a bathtub according to claim 1, wherein the nozzle is attached to the housing so that the direction in which the water jet is ejected can be changed. 6. The first end opens into the hot water, the second end is connected to a water pipe that supplies pressurized hot water, and the third end is connected to the atmosphere, so that the water flow spouted from the first end is connected to the third end. In a nozzle including a three-way structure for mixing air sucked in from the ends, both the first end and the second end have a pipe structure with a circular cross section, and the pipe structure at the first end is similar to the pipe structure at the second end. Its inner diameter is slightly larger than that of the conduit structure, and the two conduit structures are connected so that their central axes coincide, and the outside of the connecting part between the first and second ends has a shape that is coaxial with the conduit structure. A double structure having a space of A nozzle characterized by being provided with a hole. 7. A foaming method in a bathtub, which comprises dissolving a foaming agent in hot water and foaming the hot water in the bathtub using the apparatus according to claim 1.
JP8604688A 1988-04-06 1988-04-06 Bubble generator in bathtub and bubbling method as well as nozzle therewith Granted JPH01256959A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP8604688A JPH01256959A (en) 1988-04-06 1988-04-06 Bubble generator in bathtub and bubbling method as well as nozzle therewith

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP8604688A JPH01256959A (en) 1988-04-06 1988-04-06 Bubble generator in bathtub and bubbling method as well as nozzle therewith

Publications (2)

Publication Number Publication Date
JPH01256959A true JPH01256959A (en) 1989-10-13
JPH0352982B2 JPH0352982B2 (en) 1991-08-13

Family

ID=13875736

Family Applications (1)

Application Number Title Priority Date Filing Date
JP8604688A Granted JPH01256959A (en) 1988-04-06 1988-04-06 Bubble generator in bathtub and bubbling method as well as nozzle therewith

Country Status (1)

Country Link
JP (1) JPH01256959A (en)

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS56136557A (en) * 1980-03-28 1981-10-24 Matsushita Electric Ind Co Ltd Foaming machine bath
JPS5921811U (en) * 1982-08-03 1984-02-09 ヤンマー農機株式会社 Air injection device for soil destruction
JPS6142603U (en) * 1976-10-28 1986-03-19 モトロ−ラ・インコ−ポレ−テツド Digital electronic control and switching equipment
JPS635747A (en) * 1986-06-26 1988-01-11 松下電器産業株式会社 Jet stream apparatus

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6142603U (en) * 1976-10-28 1986-03-19 モトロ−ラ・インコ−ポレ−テツド Digital electronic control and switching equipment
JPS56136557A (en) * 1980-03-28 1981-10-24 Matsushita Electric Ind Co Ltd Foaming machine bath
JPS5921811U (en) * 1982-08-03 1984-02-09 ヤンマー農機株式会社 Air injection device for soil destruction
JPS635747A (en) * 1986-06-26 1988-01-11 松下電器産業株式会社 Jet stream apparatus

Also Published As

Publication number Publication date
JPH0352982B2 (en) 1991-08-13

Similar Documents

Publication Publication Date Title
US4926510A (en) Hand held dry hydro-massage unit for a spa
JPH039709Y2 (en)
JPH034216B2 (en)
JPH01256959A (en) Bubble generator in bathtub and bubbling method as well as nozzle therewith
JPS6115695B2 (en)
JPH03185Y2 (en)
JPH0335309Y2 (en)
KR950000486B1 (en) Portable bubble bath assembly
JP2563963Y2 (en) Foam for bathtub
JPS6319148A (en) Air bubble generator
JPH039719Y2 (en)
JP3161437B2 (en) Hot water jet nozzle structure of bubble generating bathtub
JPH0341704Y2 (en)
JP2506862Y2 (en) Anti-vibration structure of circuit in bubble bath
JPH01112831U (en)
JPH039720Y2 (en)
JP2597297Y2 (en) Bubble tub
JP2560545Y2 (en) Bathtub equipment
JPS584560A (en) Foaming device
JPH061143Y2 (en) Bathtub with bubble ejector
JPH048902Y2 (en)
JP2000237266A (en) Air bubble generating device for bathtub
JPS5929725Y2 (en) foam bath
JPS5854119Y2 (en) Air supply relay attachment for bubble cleaners, etc.
JPS63103582U (en)