JPH0833231B2 - Bathing equipment control system - Google Patents
Bathing equipment control systemInfo
- Publication number
- JPH0833231B2 JPH0833231B2 JP2167576A JP16757690A JPH0833231B2 JP H0833231 B2 JPH0833231 B2 JP H0833231B2 JP 2167576 A JP2167576 A JP 2167576A JP 16757690 A JP16757690 A JP 16757690A JP H0833231 B2 JPH0833231 B2 JP H0833231B2
- Authority
- JP
- Japan
- Prior art keywords
- hot water
- bathtub
- water
- amount
- bath
- 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 - Fee Related
Links
Landscapes
- Control For Baths (AREA)
- Domestic Hot-Water Supply Systems And Details Of Heating Systems (AREA)
Description
【発明の詳細な説明】 ［利用分野及び発明の概要］ 本発明は、給湯器によって浴槽に湯を供給できるよう
にした形式の風呂装置、特に、一回の操作によって一定
量の湯を追加補給（足し湯）できるようにした形式の風
呂装置に関するものであり、浴槽内の貯湯湯量に応じて
前記足し湯操作の回数を制限することにより、足し湯操
作による無駄な湯の使用を防止するものである。DETAILED DESCRIPTION OF THE INVENTION [Field of Use and Outline of the Invention] The present invention relates to a bath apparatus of a type capable of supplying hot water to a bathtub by a water heater, and in particular, additionally supplies a fixed amount of hot water by one operation. The present invention relates to a bath device of a type capable of (additional hot water), and prevents wasteful use of additional hot water by limiting the number of additional hot water operations according to the amount of hot water stored in the bathtub. Is.
［従来技術及びその課題］ 最近の自動風呂装置では、風呂釜、つまり、風呂用の
熱交換器とは別に給湯機能部を具備させ、この給湯機能
部を制御することにより、自動湯張りが可能となってい
る。従って、湯張り操作をすると、給湯機能部から所定
の温度の湯が浴槽内に供給されて、浴槽内の貯湯量が設
定量に達すると湯張り動作が自動的に停止される。[Prior art and its problem] In the recent automatic bath equipment, a hot water supply function unit is provided separately from a bath kettle, that is, a heat exchanger for the bath, and automatic hot water filling is possible by controlling the hot water supply function unit. Has become. Therefore, when the hot water filling operation is performed, hot water having a predetermined temperature is supplied from the hot water supply function unit into the bathtub, and the hot water filling operation is automatically stopped when the amount of stored hot water in the bathtub reaches the set amount.
このように、自動湯張り装置を具備する風呂装置で
は、湯張り操作するだけで、浴槽内が入浴可能な湯量に
設定されることとなる。又、最近では、足し湯機能が付
加されており、入浴者の好みに合せて浴槽内湯量を多く
できるようにしている。この足し湯機能は、操作部の一
回の操作によって一定量の湯が浴槽内に補給されるもの
である。従って、上記自動湯張り完了後に前記足し湯操
作をすると、貯湯湯量が前記設定湯量よりも多いめに設
定できると共に、足し湯操作を繰り返すと繰り返し操作
回数に応じて増量分の湯量も任意に設定できる。つま
り、浴槽内の湯量を増量するとき、足し湯操作によって
好みに応じた使い分けが可能となる。As described above, in the bath device including the automatic water filling device, the amount of hot water that can be bathed in the bathtub is set only by performing the water filling operation. In addition, recently, a function of adding hot water has been added so that the amount of hot water in the bathtub can be increased according to the preference of the bather. This supplemental hot water function is to supply a fixed amount of hot water into the bathtub by one operation of the operation unit. Therefore, when the addition hot water operation is performed after the completion of the automatic hot water filling, the stored hot water amount can be set to be larger than the set hot water amount, and when the addition hot water operation is repeated, the increased hot water amount can be arbitrarily set according to the number of repeated operations. it can. In other words, when increasing the amount of hot water in the bathtub, it is possible to use the hot water according to preference by operating the supplementary hot water.
尚、前記足し湯機能は、自動湯張り装置を具備しない
風呂装置にも採用可能であり、このような風呂装置にお
いても前記利点は損なわれない。In addition, the above-mentioned bath water function can also be adopted in a bath device that does not have an automatic water filling device, and the advantage described above is not impaired even in such a bath device.
ところが、前記足し湯機能を具備する従来の風呂装置
の場合、浴槽内の貯湯湯量に無関係に一定回数の足し湯
操作を可能にしていることから、必要以上の足し湯操作
をした場合や、浴槽内の湯量が多い目に設定されている
場合などにおいて、余剰分が浴槽から溢れでる不都合が
生じる。However, in the case of the conventional bath apparatus having the above-mentioned bath water function, since the bath water can be operated a certain number of times irrespective of the amount of hot water stored in the bathtub, when the bath water is operated more than necessary, When the amount of hot water in the inside is set to a large amount, for example, there is a problem that the surplus overflows from the bathtub.
これは、そのときの条件によっては、一回の足し湯動
作によって補給される湯が補給可能な容量の最大値を越
えてしまう事態が生じるからである。This is because, depending on the conditions at that time, a situation may occur in which the hot water supplied by one addition hot water operation exceeds the maximum value of the replenishable capacity.
本発明は、このような、『足し湯操作部の一回の操作
によって所定の量の湯を浴槽内に補給する足し湯機能を
具備し、前記足し湯操作を繰り返し行えるようにした風
呂装置』において、浴槽内湯量に応じて足し湯操作回数
を制限することにより、足し湯操作の際に余剰分が浴槽
から溢れる不都合を解消することをその課題とする。The present invention has such a "bath device having a function of adding hot water for replenishing a predetermined amount of hot water into the bathtub by one operation of the hot water operation unit, and enabling the operation of adding water repeatedly" In the above, it is an object to eliminate the inconvenience that the surplus portion overflows from the bathtub during the addition bath operation by limiting the number of addition bath operations according to the amount of hot water in the bathtub.
［技術的手段］ 上記課題を解決するために講じた本発明の技術的手段
は、『湯張り完了時において浴槽内に貯留される湯量を
所定の値に設定するための自動湯張り装置を具備する風
呂装置』において、湯張り完了後の足し湯操作回数を一
定以下に制限するものである。 即ち、本発明の技術的
手段は、『足し湯操作部の一回の操作によって所定の量
の湯を浴槽内に補給する為の足し湯装置を設け、湯張り
量の設定値と浴槽の容量とによって決まる補給可能容量
に基づいて足し湯操作回数を設定するための操作回数設
定手段と、湯張り完了後の足し湯操作回数を計数する計
数手段と、計数手段の計数値と操作回数設定手段の設定
値とが一致したとき以後の足し湯動作を阻止する足し湯
動作阻止手段とを具備させ、前記操作回数設定手段によ
って設定される足し湯回数を、当該回数の足し湯が行わ
れても湯が浴槽から溢れない回数に設定した』ことであ
る。[Technical Means] The technical means of the present invention taken to solve the above-mentioned problem includes “an automatic water filling device for setting the amount of hot water stored in the bathtub to a predetermined value when the water filling is completed. In the "bath device", the number of adding bath operations after completion of filling is limited to a certain value or less. That is, the technical means of the present invention is to provide a "additional hot water device for supplying a predetermined amount of hot water into the bathtub by one operation of the additional hot water operation unit, and to set a set value of the amount of hot water and the capacity of the bathtub. The operation number setting means for setting the number of additional hot water operations based on the replenishable capacity determined by, the counting means for counting the number of additional hot water operations after completion of the filling, the count value of the counting means and the number of operation times setting means When the set-up value is equal to the set value, the add-on operation blocking means for preventing the add-on operation after that is provided, and the number of add-baths set by the operation number setting means is set even if the add-bath of the number of times is performed. We set the number of times that hot water would not overflow from the bathtub. "
［作用］ 本発明の上記技術的手段は次にように作用する。[Operation] The technical means of the present invention operates as follows.
湯張り完了時点以後において一定量の足し湯が行われ
ると、その足し湯動作の回数が計数手段によって計数さ
れる。前記足し湯動作が行われる度に浴槽内湯量が増量
する。そして、この計数手段の計数値が操作回数設定手
段の設定値になると、足し湯動作停止手段からの出力に
よって以後の足し湯動作が阻止される。操作回数設定手
段によって設定される足し湯回数は、当該回数の足し湯
が行われても湯が浴槽から溢れない程度に設定されてい
るから、前記設定回数以下の回数の足し湯動作では足し
湯によって湯が浴槽から溢れることはない。When a certain amount of addition bath is performed after the completion of the filling, the number of the addition bath operations is counted by the counting means. The amount of hot water in the bathtub is increased each time the adding hot water operation is performed. Then, when the count value of the counting means reaches the set value of the operation number setting means, the subsequent addition hot water operation is blocked by the output from the addition water operation stopping means. The number of addition baths set by the number-of-operations setting means is set to such an extent that the hot water does not overflow from the bathtub even when the number of addition baths is performed. The hot water does not overflow from the bathtub.
［効果］ 本発明は上記構成であるから次の特有の効果を有す
る。[Effects] The present invention having the above-described configuration has the following unique effects.
自動湯張り完了後の足し湯動作回数が補給可能な容量
との関係において設定回数以下に制限されるから、必要
以上に足し湯が行われることによる不都合が解消でき
る。Since the number of additional hot water operations after the completion of the automatic hot water filling is limited to the set number of times or less in relation to the replenishable capacity, it is possible to eliminate the inconvenience caused by performing additional hot water more than necessary.
［実施例］ 以下、本発明の実施例を第３図から第５図に基いて説
明する。[Embodiment] An embodiment of the present invention will be described below with reference to FIGS. 3 to 5.
上記請求項１及び請求項２の発明の実施例の風呂装置
は、全体的には第３図に示すように構成される。The bath apparatus according to the embodiments of the inventions of claims 1 and 2 is constructed as a whole as shown in FIG.
この風呂装置では、浴槽内への貯湯量を水位によって
検知して浴槽内水位が設定水位（Ho）になった時点で湯
張り動作を停止させるようにした、自動湯張り装置付の
風呂装置であり、浴槽（Ｂ）内と風呂釜の熱交換器
（１）とが循環回路（11）を介して連通接続されてお
り、前記熱交換器（１）内の水圧を圧力検知器（12）に
よって検知して、この検知圧力を浴槽内水位（Hb）とし
て捕え、この浴槽内水位（Hb）と前記設定水位（Ho）と
の比較により湯張り動作を停止させるものである。な
お、浴槽（Ｂ）内に湯張りするために、熱交換器（１）
とは別に設けた給湯用の熱交換器（２）の湯張り回路
（21）が熱交換器（１）を介して浴槽（Ｂ）に連通接続
され、前記湯張り回路（21）中に湯張り弁（22）が挿入
されている。この給湯機能部は湯張り操作による前記湯
張り弁（22）の開弁によって熱交換器（２）に対応する
バーナ（20）が燃焼状態となって給湯状態となり、湯張
り回路（21）を介して循環回路（11）から浴槽（Ｂ）内
に給湯される。この給湯温度は所定温度に設定される構
成となっている。このため、熱交換器（２）の出口側の
出湯温度を検知するセンサ（Ｓ）が湯張り回路（21）の
上流域に配設され、このセンサ（Ｓ）からの出力値が湯
温設定器等含む制御回路（Ｃ）に入力され、この制御回
路（Ｃ）からの出力により、バーナ（20）へのガス回路
に挿入した制御弁（23）の開度が調節されて出湯温度を
設定温度に維持する。With this bath device, the amount of hot water stored in the bathtub is detected by the water level, and when the water level in the bathtub reaches the set water level (H o ), the water filling operation is stopped. The bathtub (B) and the heat exchanger (1) of the bath kettle are communicatively connected to each other via the circulation circuit (11), and the water pressure in the heat exchanger (1) is detected by the pressure detector (12). ) is detected by, captures the detection pressure of the bathtub water level (H b), in which to stop the water filling operation by comparison with the bathtub water level (H b) and the set water level (H o). In addition, in order to fill the inside of the bathtub (B) with the heat exchanger (1)
The water filling circuit (21) of the heat exchanger (2) for hot water supply, which is provided separately from the above, is connected to the bathtub (B) through the heat exchanger (1), and the hot water is placed in the water filling circuit (21). The tension valve (22) is inserted. In this hot water supply function unit, the burner (20) corresponding to the heat exchanger (2) is burned to the hot water supply state by opening the water filling valve (22) by the water filling operation, and the hot water filling circuit (21) is opened. Hot water is supplied from the circulation circuit (11) into the bathtub (B) via the circulation circuit (11). The hot water supply temperature is set to a predetermined temperature. For this reason, a sensor (S) for detecting the hot water temperature on the outlet side of the heat exchanger (2) is arranged in the upstream region of the hot water filling circuit (21), and the output value from this sensor (S) is used to set the hot water temperature. It is input to the control circuit (C) that includes a heater, etc., and the output from this control circuit (C) adjusts the opening of the control valve (23) inserted in the gas circuit to the burner (20) to set the hot water temperature. Keep at temperature.
自動湯張りのための制御機構も前記制御回路（Ｃ）に
内蔵されており、操作盤（３）に設けた湯張りスイッチ
（31）の操作によって上記湯張り弁（22）が開弁され
て、バーナ（20）が燃焼状態となり、設定温度の湯が湯
張り回路（21）及び循環回路（11）を介して浴槽（Ｂ）
に給湯される。尚、湯張り量を設定する湯張り量設定器
を具備させてあり、これの操作つまみ（33）が操作盤
（３）に配設されている。従って、この操作つまみ（3
3）の操作により湯張り量が調節できることとなる。A control mechanism for automatic filling is also built in the control circuit (C), and the filling valve (22) is opened by operating the filling switch (31) provided on the operation panel (3). , The burner (20) is in a burning state, and hot water of the set temperature is passed through the water filling circuit (21) and the circulation circuit (11) to the bathtub (B).
Is supplied with hot water. A water filling amount setting device for setting the water filling amount is provided, and an operation knob (33) of the water filling amount setting device is provided on the operation panel (3). Therefore, this operation knob (3
The amount of water filling can be adjusted by the operation of 3).
次に、足し湯動作のために熱交換器（２）への給水回
路（24）に挿入した流量センサ（25）からの出力が制御
回路（Ｃ）に入力され、この制御回路（Ｃ）内の足し湯
量設定器（40）による設定値（Qo）と前記流量センサ
（25）による検出量（Qt）とが比較演算されて、検出量
（Qt）が設定値（Qo）に一致した時点で湯張り弁（22）
が閉弁されて足し湯動作が停止される。そして、操作盤
（３）に設けた足し湯スイッチ（32）の操作によって前
記動作が進行するものである。Next, the output from the flow rate sensor (25) inserted into the water supply circuit (24) to the heat exchanger (2) for the operation of the hot water is input to the control circuit (C), and inside the control circuit (C). The set value (Q o ) of the supplemental hot water amount setting device (40) and the detected amount (Q t ) of the flow rate sensor (25) are compared and calculated, and the detected amount (Q t ) becomes the set value (Q o ). Hot water filling valve at the time of agreement (22)
Is closed and the hot water operation is stopped. Then, the operation is advanced by operating the add-on switch (32) provided on the operation panel (3).
上記構成の風呂装置では、マイクロコンピュータによ
って各部の制御が行われる構成となっており、以下にお
いては、足し湯操作の回数を制限するための制御を実行
するプログラムについて、実施例ごとに説明する。In the bath apparatus having the above-mentioned configuration, each part is controlled by the microcomputer, and hereinafter, a program for executing control for limiting the number of hot water operations will be described for each embodiment.
＊第１の実施例による 制御プログラム 足し湯動作は、上記したものと同様に進行するが、こ
の実施例では、設定値（Qo），検出量（Qt）を圧力検知
器（12）の出力値に対応した値に変換して制御する。* Control program according to the first embodiment The addition bath operation proceeds in the same manner as described above, but in this embodiment, the set value (Q o ) and the detected amount (Q t ) are set by the pressure detector (12). Control by converting to a value corresponding to the output value.
従って、この実施例では、前記設定値（Qo）に対応す
る値は、浴槽（Ｂ）の大きさとの関係で設定される水位
値となる。つまり、設定値（Qo）の足し湯を行った場合
の浴槽（Ｂ）内の設定水位増（ho）となる。この値と、
足し湯動作時の圧力検知器（12）による検出値の増量値
（dh）と、の比較によって足し湯動作を制御する構成を
採用する。従って、足し湯制御のためには、足し湯動作
開始時の浴槽内水位（Hb）と足し湯動作中の検出値との
差を演算する装置を具備させている。Therefore, in this embodiment, the value corresponding to the set value (Q o ) is the water level value set in relation to the size of the bathtub (B). That is, the set water level increase (h o ) in the bathtub (B) when the set value (Q o ) is added. This value and
A configuration is adopted in which the addition water operation is controlled by comparison with the increase value (dh) of the detected value by the pressure detector (12) during the addition water operation. Therefore, in order to control the hot water, a device for calculating the difference between the water level in the bathtub (H b ) at the start of the hot water operation and the detection value during the hot water operation is provided.
その上で、第４図に示すフローチャートに従ったプロ
グラムが実行させると、所期の制御動作が得られるもの
となる。Then, when the program according to the flowchart shown in FIG. 4 is executed, the desired control operation is obtained.
この時の制御動作について説明する。 The control operation at this time will be described.
足し湯スイッチ（32）が操作されるまでは待機状態に
おかれ、足し湯スイッチ（32）が「オン」となると、圧
力検知器（12）によって浴槽内水位（Hb）が読み取られ
る。尚、前記足し湯スイッチ（32）は、スイッチ回路が
非導通にあるときに押しボタン式の操作部を操作すると
スイッチ回路が導通するもので、二度目の押し操作によ
ってスイッチ回路が非導通になると共に、他の回路から
の信号入力によってもスイッチ回路が非導通となるもの
である。It is kept in a standby state until the addition water switch (32) is operated, and when the addition water switch (32) is turned on, the pressure detector (12) reads the bath water level (H b ). The switch bath (32) is made conductive when the push button type operation unit is operated while the switch circuit is non-conductive, and the switch circuit becomes non-conductive by the second pressing operation. At the same time, the switch circuit becomes non-conductive even when a signal is input from another circuit.
次いで、浴槽（Ｂ）の満量水位（Hm）と前記浴槽内水
位（Hb）との差が演算され、この差に相当する水位は浴
槽（Ｂ）内の水位面から浴槽（Ｂ）の上端までの落差と
なり、この値は、足し湯可能水位（ｈ）となる。この足
し湯可能水位（ｈ）が演算された後、この足し湯可能水
位（ｈ）が設定水位増（ho）よりも大きいか否かが判断
されて、足し湯可能水位（ｈ）が設定水位増（ho）より
も大きい場合には、足し湯動作が開始され、足し湯量に
相当する増量値（dh）が設定水位増（ho）に一致する
と、足し湯動作が停止され、足し湯スイッチ（32）が
「オフ」となる。Then, the difference between the full water level (H m ) of the bathtub (B) and the water level in the bathtub (H b ) is calculated, and the water level corresponding to this difference is calculated from the water level surface in the bathtub (B). To the upper end of this, and this value is the water level (h) at which the hot water can be added. After this water level for additional hot water (h) is calculated, it is determined whether this water level for additional hot water (h) is greater than the set water level increase (h o ), and the available water level for additional hot water (h) is set. When it is larger than the water level increase (h o ), the add water operation is started, and when the increase value (dh) corresponding to the amount of add hot water matches the set water level increase (h o ), the add water operation is stopped and The hot water switch (32) is turned off.
逆に、足し湯可能水位（ｈ）が設定水位増（ho）より
も小さい場合には、足し湯動作を行うことなく、足し湯
スイッチ（32）が「オフ」となる。従って、浴槽（Ｂ）
内の残存容量が足し湯量よりも少い場合には、足し湯動
作が実行されないこととなる。On the contrary, when the addable hot water level (h) is smaller than the set water level increase ( ho ), the add hot water switch (32) is turned off without performing the add hot water operation. Therefore, bathtub (B)
If the remaining capacity in the inside is less than the amount of added hot water, the addition hot water operation is not executed.
以後、足し湯操作の度に上記制御動作が繰り返され
る、浴槽（Ｂ）内の残存容量が足し湯量よりも多い場合
においてのみ足し湯動作が実行される。After that, the above-described control operation is repeated each time a hot water operation is performed, and the hot water operation is executed only when the remaining capacity in the bathtub (B) is larger than the hot water amount.
＊第２の実施例による 制御プログラム この実施例では、流量センサ（25）を用いた足し湯制
御が実行され、足し湯量設定器（40）による設定値
（Qo）と前記流量センサ（25）による検出量（Qt）との
比較によって足し湯動作が制御される。* Control program according to the second embodiment In this embodiment, the supplemental hot water control using the flow sensor (25) is executed, and the set value (Q o ) by the supplementary hot water amount setter (40) and the flow sensor (25). The addition bath operation is controlled by comparison with the detected amount (Q t ) by.
この為のプログラムは第５図に示すフローチャートに
従ったものとなり、以下、これに基いて制御動作を説明
する。The program for this follows the flowchart shown in FIG. 5, and the control operation will be described below based on this.
尚、ここで、湯張り動作の制御については省略してい
るが、湯張り動作の際には湯張り量の調節が行われ、操
作つまみ（33）によって湯張り量が設定される。この設
定値と浴槽（Ｂ）の大きさとの関係で、湯張り完了時点
において浴槽（Ｂ）内に供給できる湯量、つまり、補給
可能容量が予め決ることとなる。Although the control of the water filling operation is omitted here, the water filling amount is adjusted during the water filling operation, and the water filling amount is set by the operation knob (33). Based on the relationship between this set value and the size of the bathtub (B), the amount of hot water that can be supplied into the bathtub (B) at the time when the filling of the bath is completed, that is, the replenishable capacity is determined in advance.
そこで、この実施例では、湯張り量をセットして湯張
り動作が完了した時点で、前記補給可能容量と設定値
（Qo）との関係で総足し湯回数（Ｎ）を演算し決定す
る。Therefore, in this embodiment, when the amount of water filling is set and the water filling operation is completed, the total number of times of addition (N) of hot water is calculated and determined based on the relationship between the replenishable capacity and the set value (Q o ). .
次いで、カウントメモリ（Ｉ）を「ｏ〕とし、次いで
足し湯スイッチ（32）の操作を待つ。Then, the count memory (I) is set to "o", and then the operation of the add-on switch (32) is awaited.
足し湯スイッチ（32）が操作されると、カウントメモ
リ（Ｉ）がカウント「１」だけ加算されて湯張り弁（2
2）の開弁によって足し湯動作が開始される。この間、
流量センサ（25）によって検出量（Qt）が検知されて、
この検出量（Qt）と設定値（Qo）とが比較演算される。
そして、検出量（Qt）が設定値（Qo）に一致した時点で
湯張り弁（22）の閉弁により足し湯動作が停止される。
この後、カウントメモリ（Ｉ）の値と総足し湯回数
（Ｎ）の値が比較され、足し湯回数が総足し湯回数
（Ｎ）に達していないときには、足し湯スイッチ（32）
の操作を待つ状態に置かれる。When the hot water switch (32) is operated, the count memory (I) is incremented by "1" and the hot water filling valve (2)
The addition bath operation is started by opening the valve in 2). During this time,
The flow rate sensor (25) detects the detected amount (Q t ),
The detected amount (Q t ) and the set value (Q o ) are compared and calculated.
Then, when the detected amount (Q t ) matches the set value (Q o ), the addition water operation is stopped by closing the water filling valve (22).
Thereafter, the value of the count memory (I) is compared with the value of the total number of addition baths (N), and when the number of addition baths does not reach the total number of addition baths (N), the addition bath switch (32)
It is put in a state of waiting for the operation of.
カウントメモリ（Ｉ）の値が総足し湯回数（Ｎ）にな
ると、この足し湯制御動作が終了し、次の制御指令を待
つ。When the value of the count memory (I) reaches the total number of addition hot water (N), this addition hot water control operation is completed and waits for the next control command.
このように、この実施例では、湯張り完了後の足し湯
回数が補給可能容量と設定値（Qo）との関係で設定され
る総足し湯回数（Ｎ）の範囲内で足し湯操作が可能とな
り、それ以上の足し湯が行われないこととなり、余分な
足し湯によって湯が浴槽（Ｂ）から溢れる心配がない。As described above, in this embodiment, the number of addition baths after completion of filling is within the range of the total number of addition baths (N) set by the relationship between the replenishable capacity and the set value (Q o ). It is possible, and no additional footbath is performed, and there is no concern that the hot water will overflow from the bathtub (B) due to excess footbath.
第１図は第１の実施例による発明の原理説明図，第２図
は第２の実施例による発明の原理説明図，第３図はこれ
らの発明を実施する風呂装置の全体図，第４図は第１の
実施例による発明を実施する制御プログラムのフローチ
ャート図，第５図は第２の実施例による発明を実施する
制御プログラムのフローチャート図であり、図中， （Ｂ）……浴槽 （12）……圧力検知器 （25）……流量センサ （31）……湯張りスイッチ （32）……足し湯スイッチ （40）……足し湯量設定器FIG. 1 is an explanatory view of the principle of the invention according to the first embodiment, FIG. 2 is an explanatory view of the principle of the invention according to the second embodiment, and FIG. 3 is an overall view of a bath apparatus for carrying out these inventions. FIG. 5 is a flow chart of a control program for carrying out the invention according to the first embodiment, and FIG. 5 is a flow chart of a control program for carrying out the invention according to the second embodiment. 12) …… Pressure detector (25) …… Flow sensor (31) …… Hot water switch (32) …… Additional hot water switch (40) …… Additional hot water amount setter
───────────────────────────────────────────────────── フロントページの続き (72)発明者 梅村 慎二 愛知県名古屋市中川区福住町２番26号 リ ンナイ株式会社内 (56)参考文献 特開 平２−106628（ＪＰ，Ａ) ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Shinji Umemura 2-26 Fukuzumi-cho, Nakagawa-ku, Nagoya, Aichi Prefecture Linnai Co., Ltd. (56) Reference JP-A-2-106628 (JP, A)
Claims (1)
湯量を所定の値に設定するための自動湯張り装置を具備
する風呂装置において、足し湯操作部の一回の操作によ
って所定の量の湯を浴槽内に補給する為の足し湯装置を
設け、湯張り量の設定値と浴槽の容量とによって決まる
補給可能容量に基づいて足し湯操作回数を設定するため
の操作回数設定手段と、湯張り完了後の足し湯操作回数
を計数する計数手段と、計数手段の計数値と操作回数設
定手段の設定値とが一致したとき以後の足し湯動作を阻
止する足し湯動作阻止手段とを具備させ、前記操作回数
設定手段によって設定される足し湯回数を、当該回数の
足し湯が行われても湯が浴槽から溢れない回数に設定し
た風呂装置の足し湯制御装置。1. A bath device comprising an automatic water filling device for setting a predetermined amount of hot water stored in a bath upon completion of the filling of water. An additional hot water device for supplying hot water into the bathtub is provided, and an operation number setting means for setting the number of additional hot water operations based on the refillable capacity determined by the set value of the amount of hot water and the capacity of the bathtub, A counting means for counting the number of additional hot water operations after the completion of the hot water filling, and an additional hot water operation blocking means for preventing the additional hot water operation after the count value of the counting means and the set value of the operation number setting means match. Then, the footbath control device of the bath apparatus, wherein the number of the footbaths set by the operation number setting means is set to the number of times that the hotbath does not overflow from the bathtub even if the number of the footbaths is performed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2167576A JPH0833231B2 (en) | 1990-06-26 | 1990-06-26 | Bathing equipment control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2167576A JPH0833231B2 (en) | 1990-06-26 | 1990-06-26 | Bathing equipment control system |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP7130661A Division JP2684533B2 (en) | 1995-05-29 | 1995-05-29 | Bathing equipment control system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0455630A JPH0455630A (en) | 1992-02-24 |
| JPH0833231B2 true JPH0833231B2 (en) | 1996-03-29 |
Family
ID=15852309
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2167576A Expired - Fee Related JPH0833231B2 (en) | 1990-06-26 | 1990-06-26 | Bathing equipment control system |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0833231B2 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0569555U (en) * | 1992-02-26 | 1993-09-21 | 日立化成工業株式会社 | Automatic bath equipment |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH02106628A (en) * | 1988-10-17 | 1990-04-18 | Matsushita Electric Ind Co Ltd | Automatic water heater for bathtub |
-
1990
- 1990-06-26 JP JP2167576A patent/JPH0833231B2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0455630A (en) | 1992-02-24 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| LAPS | Cancellation because of no payment of annual fees |