JPS60201174A - Hot-water and water mixing cock - Google Patents
Hot-water and water mixing cockInfo
- Publication number
- JPS60201174A JPS60201174A JP5693384A JP5693384A JPS60201174A JP S60201174 A JPS60201174 A JP S60201174A JP 5693384 A JP5693384 A JP 5693384A JP 5693384 A JP5693384 A JP 5693384A JP S60201174 A JPS60201174 A JP S60201174A
- Authority
- JP
- Japan
- Prior art keywords
- water
- valve
- chamber
- hot water
- hot
- 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.)
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Abstract
Description
【発明の詳細な説明】
〔産業上の利用分野〕
本発明は、湯と水を混合して所望温度の混合水を供給す
る構成の湯水混合栓に関する。DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a hot water mixer faucet configured to mix hot water and water and supply mixed water at a desired temperature.
従来、例えば洗面装置等に設けられ同装置内に内蔵され
た電気温水器を加熱源として給湯を行なう湯水混合栓と
して、実公昭４９−４１８７号公報に記載されたような
ものがある。2. Description of the Related Art Conventionally, there is a mixer faucet for hot water and water that is installed in, for example, a washbasin device and supplies hot water using an electric water heater built into the device as a heating source, as described in Japanese Utility Model Publication No. 49-4187.
これは、第１図に示すように本体（１００）内に給水路
（１０１’）を形成し、同給水路（１０１）から送水管
（１０２）を経て温水器（１０３）内に流入するものと
、吐水具（１０４）の手前で上記温水器（１０３）内で
湯となったものと混合する混合室’（１０５）に直接流
下するものとに分かれている。As shown in Fig. 1, a water supply channel (101') is formed inside the main body (100), and water flows from the water supply channel (101) into the water heater (103) via a water pipe (102). and one that flows directly into a mixing chamber' (105) where it mixes with hot water that has become hot water in the water heater (103) before the water spouting device (104).
そして、これらの流路系には吐水流量を調整する流量弁
（１０６）と、その下流であって上記二流路に分岐する
部分に両流路への弁開度を変えることのできる温度調整
弁（１０７）を備えている。この温度調整弁（１，０７
）は温水器（１０３）方向及び混含窒（１０５）方向へ
の流量を相互に増減させるように流量調整するもので、
温水器（１０３）側への流路を閉じれば吐水具（１０４
）からは水のみが吐出し、ハンドル（１０８）操作によ
り図の左方向へ弁体（１０９）を移動させることによっ
て温水器（１０３）を経た高温水が吐出されるようにな
る。These flow path systems include a flow rate valve (106) that adjusts the flow rate of water discharged, and a temperature adjustment valve that can change the valve opening degree for both flow paths downstream of the flow valve (106) and at a portion that branches into the two flow paths. (107). This temperature control valve (1,07
) is for adjusting the flow rate so as to mutually increase or decrease the flow rate in the direction of the water heater (103) and in the direction of the mixed nitrogen (105).
If the flow path to the water heater (103) is closed, the water discharging device (104)
), and by operating the handle (108) to move the valve body (109) to the left in the figure, high-temperature water that has passed through the water heater (103) will be discharged.
このように、一旦本体（１００）内の給水路（１０１）
中に水を供給して必要時に温水器（１０３）方向へ温度
調整弁（１０７）操作により流下させて、所望温度の供
給水を得ることができる構成である。In this way, once the water supply channel (101) inside the main body (100)
Water is supplied therein and is allowed to flow down toward the water heater (103) by operating a temperature control valve (107) when necessary, thereby obtaining water at a desired temperature.
しかし、温度調整弁（１０７）は水を混合室（１０５）
側及び送水管（１０２）の２方向へ分流させる機能をも
必要とし、しかも混合室（１０５）内に温水器（１０３
）から供給される湯が氷室（１０１）側逆流することが
ないように混合室（１０５’）を温度調整弁（１０７）
位置からある程度離れた位置に形成しなげればならない
。However, the temperature control valve (107) does not allow water to enter the mixing chamber (105).
It also requires a function to separate the flow into two directions: the water pipe (102) and the water pipe (102), and a water heater (103) is also required in the mixing chamber (105).
) to prevent the hot water supplied from the ice chamber (101) from flowing backward to the mixing chamber (105').
It must be formed at a certain distance from the location.
従って、温度調整弁（１０７）が湯と水の流れの系を乱
すことなく十分な機能を果せるように、専用の室、即ち
調整弁室を必要とし、本体（１００）の容量を大きくな
る。Therefore, a dedicated chamber, ie, a regulating valve chamber, is required so that the temperature regulating valve (107) can perform its sufficient function without disturbing the flow system of hot water and water, and the capacity of the main body (100) is increased.
このように本体（１００）を大型化しなければならない
という設計上の規制があり、設置位置も限定されてしま
うので汎用性に劣るものであった。As described above, there is a design restriction that requires the main body (100) to be large, and the installation position is also limited, resulting in poor versatility.
本発明が解決すべき技術的課題は、温水器に供給された
水を混合室内に還流させる構成の湯水混合栓において、
混合水温度調整のための調整弁室を実質的に形成するこ
となく湯水混合栓本体の容量を小さくする点にある。The technical problem to be solved by the present invention is a hot water mixer faucet configured to recirculate water supplied to a water heater into a mixing chamber.
The purpose is to reduce the capacity of the hot water mixer faucet body without substantially forming a regulating valve chamber for adjusting the temperature of mixed water.
上記技術的課題を達成するための本発明の構成は、本体
内に氷室と混合室を有し、氷室から混合室及び本体外の
温水器を経て同混合室へ還流させる構成の湯水混合栓に
おいて、上記本体内を混合室と氷室とに水流入口を貫設
した第１隔壁により分割形成するとともに、同混合室内
に前記水流入口と略同軸上に通孔を貫設した第２隔壁に
より温水器の水流入側に連通ずる湯弁室を形成し、かつ
氷室と湯弁室とを連通させる連絡孔を形成した弁体部を
通孔に摺動自在に配設し、同弁体部は一側が前記水流入
口とともに水弁をかつ他側か湯弁室内の湯弁部とともに
湯弁を形成してなるものである。The configuration of the present invention to achieve the above technical problem is a hot water mixing faucet having an ice chamber and a mixing chamber in the main body, and having a configuration in which water flows from the ice chamber to the mixing chamber via the mixing chamber and a water heater outside the main body. The main body is divided into a mixing chamber and an ice chamber by a first partition wall having a water inlet extending therethrough, and a second partition wall having a through hole extending substantially coaxially with the water inlet in the mixing chamber to form a water heater. A hot water valve chamber is formed which communicates with the water inflow side of the ice chamber, and a valve body is provided with a communication hole that communicates the ice chamber and the hot water valve chamber so as to be slidable in the through hole. One side forms a water valve together with the water inlet, and the other side forms a hot water valve together with the hot water valve section in the hot water valve chamber.
本発明は上記構成により、混合室内に同室内へ流下する
水流量を調整する水弁及び温水器への水流量を調整する
湯弁を単一操作可能とすることができ、しかも両弁のた
めに専用の室を設ける必要がない。With the above configuration, the present invention enables single operation of the water valve that adjusts the flow rate of water flowing into the mixing chamber and the hot water valve that adjusts the flow rate of water to the water heater. There is no need to set up a dedicated room for
本発明の湯水混合栓はその構成により下記の効果を奏す
る。The hot water/cold water mixing faucet of the present invention has the following effects depending on its configuration.
ｉ）水弁及び湯弁の機能部が混合室内に集約配置される
ので、本体を小さくすることができる。i) Since the functional parts of the water valve and the hot water valve are centrally arranged in the mixing chamber, the main body can be made smaller.
ｉｉ）水弁の弁開度によらず湯弁側には一定流路面積の
連絡孔から水が供給されるので、水弁の動作に影響を受
けることなく湯水の混合を行なうことができる。ii) Since water is supplied to the hot water valve side from the communicating hole with a constant flow path area regardless of the opening degree of the water valve, hot water and water can be mixed without being affected by the operation of the water valve.
１１１）水弁、湯弁部とも、水が中心から周方向へ均等
に流れる構造であるので、水の流れがスムーズであり、
水が弁部を通過するとき騒音を発生ずることもない。111) Both the water valve and the hot water valve have a structure in which water flows evenly from the center to the circumferential direction, so water flows smoothly.
No noise is generated when water passes through the valve part.
以下、図面に示す実施例に基いて本考案を説明する。 Hereinafter, the present invention will be explained based on embodiments shown in the drawings.
第２図は本考案に係る湯水混合栓（１）を洗面装置に取
付けた状態の正面断面図、第３図は同第２図のｌ−Ｉ線
矢視による本体（２）の断面図及び第４図は同ＩＴ−Ｉ
Ｉ線矢視による本体（２）のみの断面図である。Fig. 2 is a front cross-sectional view of the hot water mixer faucet (1) according to the present invention installed in a washbasin device, and Fig. 3 is a cross-sectional view of the main body (2) taken along the line l-I in Fig. 2; Figure 4 shows the IT-I
It is a sectional view of only the main body (2) taken along the I-line arrow.
図中、（３）は洗面器で、所要間隔をおいて２つの開口
（４）を貫設し、同洗面器（３）の上面にパツキンで５
）を介設して湯水混合栓（１）の本体（２）を固定して
いる。In the figure, (3) is a washbasin, with two openings (4) penetrated at the required interval, and a gasket attached to the upper surface of the washbasin (3).
) is interposed to fix the main body (2) of the hot water mixing faucet (1).
本体（２）の下部には給水源に連通ずる給水管（６ンと
同本体（２）内を連絡する給水接続管（７）、及び洗面
器（３１下位に収納組込まれる型温ヒータ等よりなる温
水器（８）と本体（２）とを連通させる給湯接続管（９
）が螺着されている。両接続管＋７＋、 ＋９１は外周
にす■ｊ子を形成し、ナツト００）及びスプリングワッ
シャ（１１）により本体（２）を洗面器（３）上面に固
定している。At the bottom of the main body (2), there is a water supply pipe (6) that communicates with the water supply source, a water supply connecting pipe (7) that connects the inside of the main body (2), and a washbasin (31) from the type heater etc. that is housed in the lower part. A hot water connection pipe (9) that connects the water heater (8) and the main body (2)
) is screwed on. Both connecting pipes +7+ and +91 form a socket on the outer periphery, and the main body (2) is fixed to the upper surface of the washbasin (3) with a nut 00) and a spring washer (11).
給水接続管（７）の上端には水弁座（１２）が形成され
、量水弁座（１２）に接離するパツキン（１３）を備え
た弁軸（Ｉ４）がハンドル（Ｉ５）により本体（２１に
回動自在に取付けられており、水弁座（１２）とパツキ
ン（１３）とにより供給弁（Ａ）を構成している。A water valve seat (12) is formed at the upper end of the water supply connection pipe (7), and a valve shaft (I4) equipped with a gasket (13) that approaches and separates from the water valve seat (12) is attached to the main body by a handle (I5). (21), and the water valve seat (12) and gasket (13) constitute the supply valve (A).
本体（２ン内は、上記供給弁（Ａ）を有する水室（１６
）、混合室（１７）及び氷室（１６）と温水器（８）と
を連絡する湯弁室（１８）の３室に第１隔壁（］９）及
び第２隔壁（２０）により分割され、混合室（１７）は
第３図に示すように吐水具（２１）の吐水口（２２）に
連通している。The main body (inside the water chamber (16) has the above-mentioned supply valve (A)
), a mixing chamber (17), and a hot water valve chamber (18) that connects the ice chamber (16) and the water heater (8); The mixing chamber (17) communicates with the spout (22) of the spouting device (21) as shown in FIG.
第１．第２隔壁（１９） 、（２０）には同軸上に水流
入Ｄ（２３）とパツキン（２４ａ）を有した通孔（２４
）が各々貫設され、さらに湯弁室（１８）と本体（２）
外を連通ずる蝮孔（２５）を開設し、同螺孔（２５）に
は内部に螺子（２６）を形成した弁軸取付用ブツシュ（
２７）が螺着されている。（２８）はこの弁軸取付用ブ
ツシュ（２７）の螺子（２６）に螺合し、ハンドル（２
９）操作により軸線方向に進退可能な弁軸で、通孔（２
４）に水密状態で摺動自在に案内され、第１隔壁（１９
）の水流入口（２３）に形成されろ水弁座（３０）と弁
軸取付用ブツシュ（２７）の端面に突出形成された環状
の湯弁座（３１）に接離する弁体部（３２）を−例に有
している。1st. The second partition walls (19) and (20) have a through hole (24) having a water inlet D (23) and a packing (24a) coaxially.
) are installed through each, and furthermore, the hot water valve chamber (18) and the main body (2)
A screw hole (25) communicating with the outside is opened, and a valve stem mounting bush (25) with a screw (26) formed inside is installed in the screw hole (25).
27) is screwed on. (28) is screwed into the screw (26) of this valve stem mounting bush (27), and the handle (2
9) A valve shaft that can be moved back and forth in the axial direction by operation, and has a through hole (2
4) in a watertight manner, and is slidably guided by the first bulkhead (19
) is formed at the water inlet (23) of the drain valve seat (30) and the annular hot water valve seat (31) protrudingly formed on the end face of the valve shaft mounting bush (27). ) as an example.
弁体部（３２）には水室（１６）側に開口端を有する連
絡孔（３３）が連絡室（１８）内に至るまで軸線方向に
形成され、連絡室（１８）内に連通ずる水供給口（３４
）を開設している。弁体部（３２）の両端面は水、湯弁
座（３０） 、（３１）に接離可能で、各々吐水口（２
２）に向う水量を調整する水弁（シー１）と、温水器（
８）へ向う水量を調整する湯弁（シー２）とを同軸上に
形成し、これら水弁（ｖ−１）と湯弁（Ｖ−２）により
温度調整弁（Ｖ）を構成する。A communication hole (33) having an open end on the water chamber (16) side is formed in the valve body part (32) in the axial direction until it reaches the communication chamber (18), and the communication hole (33) has an opening end on the water chamber (16) side. Supply port (34
) has been established. Both end surfaces of the valve body (32) can be brought into contact with and separated from the water and hot water valve seats (30) and (31), and each end face is connected to the water outlet (2).
2) A water valve (see 1) that adjusts the amount of water flowing to the water heater (
A hot water valve (see 2) for adjusting the amount of water flowing to the water valve 8) is formed on the same axis, and the water valve (v-1) and the hot water valve (V-2) constitute a temperature regulating valve (V).
弁体部（３２）の先端には縮径部＜３２ａ）が形成され
、同縮径部（３２ａ）が水流人口（２３）内に位置し、
段部（３２ｂ）が水弁座（３０）に対向する配置となる
。また基端側には連絡室（１８）内に位置する環状のス
トッパ部（３２ｃ）が設けられ、同ストッパ部（３２ｃ
）の−面が湯弁座（３１）に接離するとともに他面側が
隔壁（２０）に当接して弁軸（２８）のストロークを規
制している。A reduced diameter portion <32a) is formed at the tip of the valve body portion (32), and the reduced diameter portion (32a) is located within the water flow population (23);
The stepped portion (32b) is arranged to face the water valve seat (30). Further, an annular stopper part (32c) located in the communication chamber (18) is provided on the proximal end side.
) comes into contact with and separates from the hot water valve seat (31), and the other side comes into contact with the partition wall (20) to regulate the stroke of the valve shaft (28).
さらに、湯弁室（１８）に連通ずる連絡管（３５）が第
２隔壁（２０ンに固着され、この連絡管（３５）は給湯
接続管（９）内に二重前状態に内挿されている。Further, a connecting pipe (35) communicating with the hot water valve chamber (18) is fixed to the second partition wall (20 mm), and this connecting pipe (35) is inserted into the hot water supply connecting pipe (9) in a double front state. ing.
この給湯接続管（９）の下部において、温水器（８）に
連絡する給水管（３６）が連絡管（３５）に連通配管さ
れ、温水器（８）からの給湯管（３７）は湯流入口（３
９）を開設したＬ字状の継手管（３８）により給湯接続
管（９）に連通している。At the bottom of this hot water supply connection pipe (9), a water supply pipe (36) that connects to the water heater (8) is connected to the connecting pipe (35), and a hot water supply pipe (37) from the water heater (8) is connected to the hot water flow. Entrance (3
9) is connected to the hot water supply connecting pipe (9) through an L-shaped joint pipe (38).
第２図において、水弁（Ｖ−１）は閉弁し、湯弁（Ｖ−
２）のみが開弁して、氷室（１６）は弁軸（２８）の連
絡孔（３３）、水供給口（３４）、連絡管（３５） 。In Figure 2, the water valve (V-1) is closed and the hot water valve (V-1) is closed.
Only the valve 2) is open, and the ice chamber (16) is connected to the valve stem (28), the communication hole (33), the water supply port (34), and the communication pipe (35).
給水管（３６）を介して温水器（８）に連通し、供給弁
（Ａ）を開くと上記流路を経て水が温水器（８）内へ供
給される。次いで、温水器（８）により加熱された温水
が、給湯上’ （３７） 、継手管（３８）を経て、給
湯接続管（９）内の環状断面流路内に至り、混合室（１
７）を通って吐水口（２２）から吐出される。It communicates with the water heater (8) via the water supply pipe (36), and when the supply valve (A) is opened, water is supplied into the water heater (8) through the flow path. Next, the hot water heated by the water heater (8) passes through the hot water supply top (37) and the joint pipe (38), reaches the annular cross-sectional flow path in the hot water supply connection pipe (9), and enters the mixing chamber (1).
7) and is discharged from the spout (22).
以上のような湯弁（Ｖ−２）が全開の状態から、吐出温
度を低下させるように調整するには、ハンドル（２９）
により弁軸（２８）を同第２図において左側方向へ移動
させ、弁体部（３２）の段部（３２ｂ）を水弁座（３０
）から離隔させて、水弁（シー１）の弁開度を大きくす
るとともに、湯弁（Ｖ−２）の弁開度を小さくする。こ
の状態で、供給弁＜Ａ）を開弁ずれば、氷室（１６）内
の水は、混合室（１７）に直接供給されるものと、温水
器（８）側に供給されるものとの２分流として供給され
る。従って、温水器（８）からの温水を氷室（１６）か
らの水と混合することができ、この混合水を吐水口（２
２）から吐出できる。To adjust the discharge temperature from the fully open state of the hot water valve (V-2) as described above, turn the handle (29)
to move the valve stem (28) to the left in FIG.
), the valve opening of the water valve (S1) is increased, and the valve opening of the hot water valve (V-2) is decreased. In this state, if the supply valve <A is opened, the water in the ice chamber (16) will be divided into two parts: one that is directly supplied to the mixing chamber (17) and one that is supplied to the water heater (8). Supplied as two separate streams. Therefore, hot water from the water heater (8) can be mixed with water from the icebox (16), and this mixed water can be mixed with water from the water outlet (2).
2) can be discharged.
上記構成において、水弁（Ｖ〜１）は氷室（１６）と混
合室（１７）間の第１隔壁（１９）の混合室（１７）側
に水弁座（３０）を有するものであるから、水弁（Ｖ−
１）は実質的には混合室（１７）内に形成されることと
なり、混合室（１７）が水弁用（シー１）の弁室を兼ね
る構造となる。従って、水弁（Ｖ−１）及び湯弁（Ｖ−
２＞は混合室（１７）内にその機能部が位置して集約さ
れることになり、混合水温度調整用の調整弁室を形成す
る必要がないので本体（２）の容量を小さくできる。In the above configuration, the water valve (V~1) has a water valve seat (30) on the mixing chamber (17) side of the first partition wall (19) between the ice chamber (16) and the mixing chamber (17). , water valve (V-
1) is substantially formed in the mixing chamber (17), and the mixing chamber (17) has a structure that also serves as a valve chamber for the water valve (see 1). Therefore, the water valve (V-1) and the hot water valve (V-
2>, its functional parts are located and integrated within the mixing chamber (17), and there is no need to form a regulating valve chamber for adjusting the temperature of the mixed water, so the capacity of the main body (2) can be reduced.
また、湯弁（Ｖ−２）と氷室（１Ｇ）内とは弁体部（３
２〉の連絡孔（３３）により一定の流路面積で連通して
おり、しかも水弁（Ｖ−１）の開または閉によらず氷室
（１６）側の給水圧が湯弁室（１８）に伝播されている
ので、例えば水弁（Ｖ−１）開度が大きい場合に湯弁（
Ｖ−２）側への流量が低下するようなことばない。従っ
て、水弁（Ｖ−１）の弁開度が変化しても、湯弁（Ｖ−
２）方向への流路抵抗は不変であるから、水弁（Ｖ−１
）の動作に影響を何等受けることなく湯水の混合を良好
に行なうことができる。Also, the inside of the hot water valve (V-2) and the ice chamber (1G) are the valve body part (3).
The water supply pressure on the ice chamber (16) side is connected to the hot water valve chamber (18) regardless of whether the water valve (V-1) is open or closed. For example, when the opening degree of the water valve (V-1) is large, the water valve (V-1) is
There is no such thing as a decrease in the flow rate to the V-2) side. Therefore, even if the opening degree of the water valve (V-1) changes, the water valve (V-
2) Since the flow path resistance in the direction remains unchanged, the water valve (V-1
) The hot and cold water can be mixed well without being affected in any way by the operation.
第１図は従来の湯水混合栓の一例を示す断面図、第２図
は本考案に係る湯水混合栓の正面断面図、第３図は同第
２図のＩ−１線矢視による断面図、第４図は同ＩＩ −
ＩＩ線矢視による本体のみの断面図である。
（１）湯水混合栓 （２）本体
（８）温水器 （９）給湯接続管
（１６）氷室 （１７）混合室
（１８）湯弁室 （１９）第１隔室
（２０）第２隔室 （２３）水流入口
（２４）通孔 （３１）湯弁座
（３２）弁体部 （３３）連絡孔
（シー１）水弁 （Ｖ−２）湯弁
特許出願人 東陶機器株式会社
代理人 手掘 益（ほか２名）Fig. 1 is a sectional view showing an example of a conventional hot water mixing faucet, Fig. 2 is a front sectional view of the hot water mixing faucet according to the present invention, and Fig. 3 is a sectional view taken along the line I-1 in Fig. 2. , FIG. 4 shows the same II-
FIG. 2 is a sectional view of only the main body taken along the line II. (1) Hot water mixing faucet (2) Body (8) Water heater (9) Hot water connection pipe (16) Ice chamber (17) Mixing chamber (18) Hot water valve chamber (19) First compartment (20) Second compartment (23) Water inlet (24) Through hole (31) Hot water valve seat (32) Valve body (33) Communication hole (Sea 1) Water valve (V-2) Hot water valve Patent applicant Totoki Co., Ltd. agent Masu Tebori (and 2 others)
Claims (1)
置される温水器の湯流出側に連通ずる混合室とを有し、
氷室からの水を混合室内及び温水器側に分岐供給しかつ
同温水器からの湯を混合室へ還流させる構成の湯水混合
栓であって、上記本体内を混合室と氷室とに水流入口を
貫設した第１隔壁により分割形成するとともに、同混合
室内に前記水流入口と略同軸上に通孔を貫設した第２隔
壁により温水器の水流入側に連通ずる湯弁室を形成し、
かつ氷室と湯弁室とを連通させる連絡孔を形成した弁体
部を通孔に摺動自在に配設し、同弁体部は一側が前記水
流入口とともに水弁を、かつ他側か湯弁室内の湯弁圧と
ともに湯弁を形成してなることを特徴とする湯水混合栓
。1. The main body has a water chamber communicating with the water supply source and a mixing chamber communicating with the hot water outlet side of the water heater installed outside the main body,
A hot water mixer faucet configured to branch supply water from the ice chamber to the mixing chamber and the water heater side and to return hot water from the water heater to the mixing chamber, the main body having a water inlet for the mixing chamber and the ice chamber. forming a hot water valve chamber that is divided by a first partition wall extending through the mixing chamber, and communicating with the water inflow side of the water heater by a second partition wall having a through hole substantially coaxial with the water inflow port in the mixing chamber;
In addition, a valve body portion having a communication hole for communicating the ice chamber and the hot water valve chamber is slidably disposed in the through hole, and the valve body portion has one side connected to the water inlet and the water valve, and the other side connected to the water valve. A hot water mixing faucet characterized by forming a hot water valve together with the hot water valve pressure in the valve chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5693384A JPS60201174A (en) | 1984-03-23 | 1984-03-23 | Hot-water and water mixing cock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5693384A JPS60201174A (en) | 1984-03-23 | 1984-03-23 | Hot-water and water mixing cock |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS60201174A true JPS60201174A (en) | 1985-10-11 |
| JPS6158710B2 JPS6158710B2 (en) | 1986-12-12 |
Family
ID=13041315
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP5693384A Granted JPS60201174A (en) | 1984-03-23 | 1984-03-23 | Hot-water and water mixing cock |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60201174A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5044524A (en) * | 1973-08-24 | 1975-04-22 | ||
| JPS5226100U (en) * | 1975-08-15 | 1977-02-23 | ||
| JPS5630781U (en) * | 1979-08-20 | 1981-03-25 | ||
| JPS56160475A (en) * | 1980-05-09 | 1981-12-10 | Toto Ltd | Water and hot water mixing cock |
-
1984
- 1984-03-23 JP JP5693384A patent/JPS60201174A/en active Granted
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5044524A (en) * | 1973-08-24 | 1975-04-22 | ||
| JPS5226100U (en) * | 1975-08-15 | 1977-02-23 | ||
| JPS5630781U (en) * | 1979-08-20 | 1981-03-25 | ||
| JPS56160475A (en) * | 1980-05-09 | 1981-12-10 | Toto Ltd | Water and hot water mixing cock |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6158710B2 (en) | 1986-12-12 |
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