JPS586937Y2 - Multi-room bathtub water circulation filtration device - Google Patents

Multi-room bathtub water circulation filtration device

Info

Publication number
JPS586937Y2
JPS586937Y2 JP12037679U JP12037679U JPS586937Y2 JP S586937 Y2 JPS586937 Y2 JP S586937Y2 JP 12037679 U JP12037679 U JP 12037679U JP 12037679 U JP12037679 U JP 12037679U JP S586937 Y2 JPS586937 Y2 JP S586937Y2
Authority
JP
Japan
Prior art keywords
water
hot water
tank
storage tank
adjustment storage
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
Application number
JP12037679U
Other languages
Japanese (ja)
Other versions
JPS5641760U (en
Inventor
巧 榛葉
Original Assignee
株式会社 水ケミカルズ
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 株式会社 水ケミカルズ filed Critical 株式会社 水ケミカルズ
Priority to JP12037679U priority Critical patent/JPS586937Y2/en
Publication of JPS5641760U publication Critical patent/JPS5641760U/ja
Application granted granted Critical
Publication of JPS586937Y2 publication Critical patent/JPS586937Y2/en
Expired legal-status Critical Current

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  • Domestic Plumbing Installations (AREA)
  • Treatment Of Water By Oxidation Or Reduction (AREA)

Description

【考案の詳細な説明】 本考案は、ホテル、サウナプロ又はモーチル等のように
多数個の浴槽を備えた施設に好適な浴槽水の循環濾過装
置に関するものである。
[Detailed Description of the Invention] The present invention relates to a bathtub water circulation filtration device suitable for facilities equipped with a large number of bathtubs, such as hotels, sauna facilities, and motil facilities.

銭湯等にあっては、浴槽内の汚れを防止するために、浴
槽水を常時循環濾過させるようにしている。
In public baths, the water in the bathtub is constantly circulated and filtered to prevent dirt from forming inside the bathtub.

ところが、前記ホテルの如き多室にわたって浴槽が設け
られている場合は、すべての浴槽水を常時循環させるこ
とが実質的に不可能であるため、従来では、新水をボイ
ラで加熱して得た温湯を貯溜してこれを各浴槽に供給し
、浴槽の落し湯は他の生活排水とともに下水道等に流し
ていた。
However, in cases where bathtubs are installed in multiple rooms such as in hotels, it is virtually impossible to constantly circulate all the bathtub water. Hot water was stored and supplied to each bathtub, and the hot water from the bathtub was discharged into the sewer system along with other household wastewater.

ところが、このように浴槽水を一度で捨てることは、水
資源を無駄に消費するのみならず、加熱のためのエネル
ギをも浪費することになる。
However, discarding the bathtub water all at once not only wastes water resources, but also wastes energy for heating.

又、温度の高い多量の浴槽水を生活排水等と共に下水道
等に流すと、下水道内の温度が上昇し、腐敗が促進され
て悪臭が発生する等の問題があった。
Furthermore, when a large amount of hot bath water is poured into a sewer system along with household wastewater, the temperature inside the sewer system increases, which accelerates decomposition and generates a bad odor.

本考案は、上記に鑑みてなされたものであって、水資源
及びエネルギ等を有効利用できると共に、下水道等の腐
敗を防止できる多室浴槽水の循環濾過装置を提供するも
のである。
The present invention has been devised in view of the above, and provides a multi-chamber bathtub water circulation filtration device that can effectively utilize water resources, energy, etc., and can prevent spoilage of sewerage systems and the like.

以下、添付図面に示された一実施例に基づいて本考案を
詳細に説明する。
Hereinafter, the present invention will be described in detail based on an embodiment shown in the accompanying drawings.

図において、1a、1b、・・・・・・1nはホテル等
の各室に設けられた浴槽であって、各浴槽1a、lb・
・・・・・1nのドレン口は、ドレンパイプ2を介して
調整貯溜槽3に接続されている。
In the figure, 1a, 1b, ... 1n are bathtubs provided in each room of a hotel, etc., and each bathtub 1a, lb.
...1n drain port is connected to the adjustment reservoir 3 via the drain pipe 2.

又、この調整貯溜槽3内には、水位維持装置としてのボ
ールタップ4を設け、室外に設けた給水タンク5から延
設したバイブロの先端を前記ボールタップ4を介して調
整貯溜槽3内に開口させることにより、調整貯溜槽3内
の水量を常に所定値以上に保持させる新水補給装置を構
成している。
In addition, a ball tap 4 as a water level maintenance device is provided in the adjustment storage tank 3, and the tip of a vibro extending from a water supply tank 5 provided outdoors is opened into the adjustment storage tank 3 through the ball tap 4. This constitutes a fresh water replenishment device that always maintains the amount of water in the adjustment storage tank 3 above a predetermined value.

7は給水タンク5を支持する支持塔、8は給水タンク5
と水源とを結ぶパイプであり、前記給水タンク5内にも
図示しないボールタップ等が設けられてタンク5内の水
量を確保できるようにしている。
7 is a support tower that supports the water tank 5; 8 is the water tank 5;
The water supply tank 5 is also provided with a ball tap (not shown) or the like in the water supply tank 5 to ensure the amount of water in the tank 5.

9は調整貯溜槽3内の温水を湯沸ボイラ10に送り込む
ポンプであって、該ポンプ9と調整貯溜槽3との間には
、温水中から毛髪等を除去するヘアキャッチャ−11を
設けている。
Reference numeral 9 denotes a pump that sends the hot water in the adjustment storage tank 3 to the water boiler 10, and a hair catcher 11 is provided between the pump 9 and the adjustment storage tank 3 to remove hair etc. from the hot water. There is.

又、ポンプ9と湯沸ボイラー10゛との間には、滅菌剤
としての塩素を温湯中に注入する塩素注入装置12及び
、温水中の大腸菌及び不純物並びに雑菌、混入物等を濾
過減少させる濾過装置13と、圧力調整機能を保持する
圧力タンク14とを設けることにより、湯沸ボイラ10
に供給される温水を濾過滅菌させると共に、その圧力変
動を防止できるようにしている。
Further, between the pump 9 and the water boiler 10, there is a chlorine injection device 12 that injects chlorine as a sterilizing agent into the hot water, and a filtration device that filters and reduces E. coli, impurities, bacteria, contaminants, etc. in the hot water. By providing the device 13 and the pressure tank 14 that maintains the pressure adjustment function, the water boiler 10
The system filters and sterilizes the hot water supplied to the system and prevents pressure fluctuations.

15は湯沸ボイラの温湯出口と前記各浴槽1a。15 is the hot water outlet of the water boiler and each of the bathtubs 1a.

1b・・・・・・1nに設けた給湯栓16a、16b、
・・・・・・16nとを結ぶ給湯パイプであって、この
パイプ15には、各室のシャワー17a、17b、・・
・・・・17 n及び洗面用給湯栓18a、18b、・
・・・・・18 nを接続している。
Hot water taps 16a, 16b provided in 1b...1n,
... 16n, and this pipe 15 has showers 17a, 17b, . . . in each room.
...17 n and washbasin hot water taps 18a, 18b,...
...18 n is connected.

そして、各浴槽1a、lb、・・・・・・1n等からあ
ふれ出した温水、浴室の床面を流れる温水及びシャワー
、洗面等の排水等で代表される生活温排水は、温排水パ
イプ19を介して熱交換槽20内に導かれるようになっ
ている。
The hot water that overflows from the bathtubs 1a, 1b, . It is designed to be guided into the heat exchange tank 20 through the.

又、この熱交換槽20内には、前記給水タンク5から調
整貯溜槽3内に新水を供給するバイブロの一部が蛇行配
管されることにより、調整貯溜槽3内に補給される新水
と熱交換槽20内に導かれた生活温排水との間で熱交換
が行われるようになっている。
Also, in this heat exchange tank 20, a part of a vibro for supplying fresh water from the water supply tank 5 to the adjustment storage tank 3 is meanderingly piped, so that fresh water supplied to the adjustment storage tank 3 is installed in the heat exchange tank 20. Heat exchange is performed between the wastewater and the life temperature wastewater introduced into the heat exchange tank 20.

21は熱交換槽20と図示しない下水道等をを結ぶ排水
パイプである。
21 is a drainage pipe connecting the heat exchange tank 20 to a sewer or the like (not shown).

尚、前記調整貯溜槽3及び熱交換槽20並びに温水又は
温排水を導く各パイプは、適宜熱処理されている。
Incidentally, the adjustment storage tank 3, the heat exchange tank 20, and each pipe for guiding hot water or hot waste water are appropriately heat-treated.

上記の構造において、各浴槽1a、lb、・・・・・・
1nからの落し湯は、調整貯溜槽3内に導かれる。
In the above structure, each bathtub 1a, lb...
The falling hot water from 1n is led into the adjustment storage tank 3.

又、各浴室で使用された湯及びシャワー並びに洗面等に
使用された温水は、温排水パイプ19を経て熱交換槽2
0内に導かれる。
In addition, the hot water used in each bathroom and the hot water used for showers, washbasins, etc. are passed through a heated drainage pipe 19 to a heat exchange tank 2.
Guided within 0.

ここに、調整貯溜槽3内には、ボールタップ4の制御作
用を受けて新水が補給されるが、この新水は熱交換槽2
0内からの熱を受けて加熱されると共に、温排水は新水
によって冷却される。
Here, fresh water is replenished into the adjustment storage tank 3 under the control action of the ball tap 4, but this new water is supplied to the heat exchange tank 2.
The heated waste water is heated by receiving heat from inside the tank, and the heated waste water is cooled by fresh water.

又、熱交換槽20で加熱されて調整貯溜槽3に補給され
た新水と各浴槽1a、lb、・・・・・・1nからの落
し湯は、調整貯溜槽3内で混合されてポンプ9で吸い出
される。
Also, the fresh water heated in the heat exchange tank 20 and replenished into the adjustment storage tank 3 and the dripping hot water from each bathtub 1a, lb, . . . 1n are mixed in the adjustment storage tank 3 and pumped. Sucked out at 9.

このポンプ9の上下流部にはそれぞれヘアキャッチャ−
11,塩素注入装置12及び濾過装置13が設けられて
いるので、湯沸ボイラ10内には濾過滅菌された温水が
送り込まれる。
Hair catchers are installed at the upstream and downstream sides of this pump 9.
11. Since a chlorine injection device 12 and a filtration device 13 are provided, filter-sterilized hot water is fed into the water boiler 10.

そして、このボイラ10で加熱された温湯は、必要に応
じて開かれた給湯栓16a、16b、・・・・・・16
nから各浴槽1a、lb、・・・・・・1nに供給され
ると共に、シャワー及び洗面用に消費される。
The hot water heated by the boiler 10 is then fed to the hot water taps 16a, 16b, . . . 16, which are opened as needed.
The water is supplied from n to each bathtub 1a, lb, . . . 1n, and is consumed for showering and washing.

以下同様にして各浴槽1a、lb、・・・・・・1nの
落し湯が調整貯溜槽3に回収されると共に、浴室で流さ
れた温水及びシャワー、洗面等に使用された温水等で代
表される生活温排水が熱交換槽20に集溜され、更に、
調整貯溜槽3内には、消費された温水に見合った量の新
水が熱交換槽20で加熱されて補給される。
Thereafter, in the same way, the hot water of each bathtub 1a, lb,...1n is collected into the adjustment storage tank 3, and the hot water that was flushed in the bathroom and the hot water used for showering, washing, etc. are representative. The domestic temperature wastewater is collected in the heat exchange tank 20, and further,
The adjustment storage tank 3 is replenished with fresh water that is heated in a heat exchange tank 20 in an amount commensurate with the consumed hot water.

一方、熱交換槽20には順次生活温排水が供給されるが
、新たな温排水が流入するたびごとに先に流入した温排
水から順次排水パイプ21から下水道等へと流出する。
On the other hand, the heat exchange tank 20 is sequentially supplied with normal temperature wastewater, but each time new heated wastewater flows in, the heated wastewater that has flowed in first flows out from the drain pipe 21 to the sewer or the like.

このようにして下水道へと流出する温排水は、熱交換槽
20内における新水との熱交換作用によって冷却される
ので、従来のように高温の湯が流れることによる腐敗等
を防止できると共に、下水道等には、生活排水のみが放
出されるのでその水量を少くできる。
In this way, the heated wastewater flowing into the sewerage system is cooled by the heat exchange action with the fresh water in the heat exchange tank 20, so it is possible to prevent spoilage and the like caused by the flow of high temperature hot water as in the conventional case. Since only household wastewater is discharged into the sewer system, the amount of water can be reduced.

尚、実施例では、湯沸ボイラ10としていわゆる二管ボ
イラを用い、各室に設けた暖房ユニット22a、22b
、・・・・・・22 nに対しても湯沸ボイラ10から
温湯を循環供給できるようにしているが、必ずしも二管
ボイラを使用する必要はない。
In the embodiment, a so-called two-tube boiler is used as the water boiler 10, and heating units 22a and 22b provided in each room are used.
, . . . 22n, hot water can be circulated and supplied from the water boiler 10, but it is not necessarily necessary to use a two-tube boiler.

以上説明したように、本考案に係る多室浴槽水の循環濾
過装置によれば、各浴槽からの落し湯をリサイクル利用
して消費量に相応する新水のみを補給すれば良いので、
水の使用量及び排水量を少くできる。
As explained above, according to the multi-room bathtub water circulation filtration device according to the present invention, it is only necessary to recycle the dripping water from each bathtub and replenish only fresh water corresponding to the amount consumed.
The amount of water used and wastewater can be reduced.

又、調整貯溜槽に補給される新水と下水道等に排出され
ようとする温排水とが熱交換槽内で熱交換されるので、
温水の再加熱に要する熱エネルギを低減できると共に、
排水の温度を低くして下水道等での腐敗を防止できる。
In addition, since the new water replenished to the adjustment storage tank and the heated waste water to be discharged to the sewer etc. are heat exchanged in the heat exchange tank,
In addition to reducing the thermal energy required to reheat hot water,
It can lower the temperature of wastewater and prevent it from rotting in sewers, etc.

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

図は本考案に係る多室浴槽水の循環濾過装置のシステム
図である。 la、lb、・・・・・・1n・・・・・・浴槽、3・
・・・・・調整貯溜槽、4・・・・・・ボールタップ、
5・・・・・・給水タンク、9・・・・・・ポンプ、1
0・・・・・・湯沸ボイラ、11・・・・・・ヘアキャ
ッチャ−112・・・・・・塩素注入装置、13・・・
・・・濾過装置、16a、16b、・・・・・・16n
・・・・・・給湯栓、17a、17b、・・・・・・1
7n・・・・・・シャワー、18a、18b、・・・・
・・18 n・・・・・・洗面用給湯栓、19・・・・
・・温排水パイプ、20・・・・・・熱交換槽、21・
・・・・・排水パイプ。
The figure is a system diagram of a multi-room bathtub water circulation filtration device according to the present invention. la, lb,...1n...bathtub, 3.
...Adjustment reservoir, 4...Ball tap,
5...Water tank, 9...Pump, 1
0...Water boiler, 11...Hair catcher-112...Chlorine injection device, 13...
...filtration device, 16a, 16b, ...16n
...Hot water tap, 17a, 17b, ...1
7n...Shower, 18a, 18b,...
・・・18 n・・・Hot water tap for washroom, 19・・・
・・Heat drainage pipe, 20・・Heat exchange tank, 21・
...Drainage pipe.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 多数個の浴槽からの落湯を集溜する調整貯溜槽と、該槽
内の水量を所定値に保持すべく調整貯溜槽内に新水を補
給する新水補給装置と、前記調整貯溜槽内の温水を濾過
減菌する装置と、濾過減菌された温水を加熱する湯沸ボ
イラと、加熱された温湯を前記各浴槽に供給する給湯栓
と、前記調整貯溜槽内に補給される新水と生活温排水と
を熱交換させる熱交換槽とを備えてなる多室浴槽水の循
環濾過装置。
an adjustment storage tank that collects falling water from a large number of bathtubs; a fresh water replenishment device that replenishes fresh water into the adjustment storage tank to maintain the amount of water in the tank at a predetermined value; a water boiler that heats the filter-sterilized hot water, a hot water tap that supplies the heated hot water to each of the bathtubs, and fresh water that is replenished into the adjustment storage tank. A multi-room bathtub water circulation filtration device comprising a heat exchange tank for exchanging heat between the water and the living temperature wastewater.
JP12037679U 1979-08-31 1979-08-31 Multi-room bathtub water circulation filtration device Expired JPS586937Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP12037679U JPS586937Y2 (en) 1979-08-31 1979-08-31 Multi-room bathtub water circulation filtration device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP12037679U JPS586937Y2 (en) 1979-08-31 1979-08-31 Multi-room bathtub water circulation filtration device

Publications (2)

Publication Number Publication Date
JPS5641760U JPS5641760U (en) 1981-04-17
JPS586937Y2 true JPS586937Y2 (en) 1983-02-07

Family

ID=29352559

Family Applications (1)

Application Number Title Priority Date Filing Date
JP12037679U Expired JPS586937Y2 (en) 1979-08-31 1979-08-31 Multi-room bathtub water circulation filtration device

Country Status (1)

Country Link
JP (1) JPS586937Y2 (en)

Also Published As

Publication number Publication date
JPS5641760U (en) 1981-04-17

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