JPS58152984A - Thermostat mixing valve - Google Patents
Thermostat mixing valveInfo
- Publication number
- JPS58152984A JPS58152984A JP3551582A JP3551582A JPS58152984A JP S58152984 A JPS58152984 A JP S58152984A JP 3551582 A JP3551582 A JP 3551582A JP 3551582 A JP3551582 A JP 3551582A JP S58152984 A JPS58152984 A JP S58152984A
- Authority
- JP
- Japan
- Prior art keywords
- hot water
- cold water
- hot
- coil
- valve
- 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
Links
Classifications
-
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D23/00—Control of temperature
- G05D23/01—Control of temperature without auxiliary power
- G05D23/13—Control of temperature without auxiliary power by varying the mixing ratio of two fluids having different temperatures
- G05D23/1306—Control of temperature without auxiliary power by varying the mixing ratio of two fluids having different temperatures for liquids
- G05D23/132—Control of temperature without auxiliary power by varying the mixing ratio of two fluids having different temperatures for liquids with temperature sensing element
- G05D23/134—Control of temperature without auxiliary power by varying the mixing ratio of two fluids having different temperatures for liquids with temperature sensing element measuring the temperature of mixed fluid
- G05D23/1346—Control of temperature without auxiliary power by varying the mixing ratio of two fluids having different temperatures for liquids with temperature sensing element measuring the temperature of mixed fluid with manual temperature setting means
- G05D23/1353—Control of temperature without auxiliary power by varying the mixing ratio of two fluids having different temperatures for liquids with temperature sensing element measuring the temperature of mixed fluid with manual temperature setting means combined with flow controlling means
Landscapes
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Automation & Control Theory (AREA)
- Temperature-Responsive Valves (AREA)
- Control Of Temperature (AREA)
Abstract
Description
【発明の詳細な説明】
この発明は、形状紀憶曾金ケ利用して熱水と冷水とOa
t比を自−的に、1111節し、一定1!KO湯水を供
給するとともえ、そのパルプ全体か湯水混合栓の伶筐に
組み込ふ自在であるようにしπことi特命とするカート
リッジ式の温縦自動詞節I#i中シングパルプに関する
。[Detailed Description of the Invention] This invention utilizes shape memory metals to connect hot water and cold water to Oa
The t ratio is automatically set to 1111 and is constant 1! The present invention relates to a cartridge-type warm intransitive clause I#i medium-singing pulp which is specially designed to supply hot water and to be able to freely incorporate the entire pulp into the housing of a hot/cold mixer faucet.
従来、この種の自動γm縦調節式の湯水混合栓は。Conventionally, this type of automatic γm vertically adjustable hot water mixer faucet.
例えばバイメタル方式や、ワックス、カスなどの%種エ
レメントの膨張、収縮反応を弁体に作用させるエレメン
ト方式の温度アクチュエーターi採用していtが、何n
も作動が不正確であっπ9゜11!作に手間を要するな
どの不都合が見らnでいた。For example, we use a bimetal type temperature actuator or an element type temperature actuator that causes the expansion and contraction reactions of wax, dregs, etc. to act on the valve body.
The operation is also inaccurate! π9゜11! There were no inconveniences, such as the time required to create the product.
そこで1本件m−人は上述しπ従来の方式に代えて失弧
形状F惜會金からなるコイルを便用しπ111”7りf
ユニーターt’開発したものでるルカ。Therefore, in this case, in place of the above-mentioned conventional method, a coil consisting of a mis-arc shape F is conveniently used.
Uniter T' was developed by Luka.
一般に形吠配憶会金は、その成分が微量変化しπだけで
温度性V!が著しく異なり、これi−足の温度で伸縮す
るように、:rントロールする会費かあるし、又1mf
上昇時と下1Ii1時とでその特性−縁が異なる所崗、
温度ヒステリシスが装着に境nゐ為。In general, the composition of katabousaikaikin changes by a small amount, and the temperature is V! is significantly different, and it expands and contracts with the temperature of the feet, and there is a membership fee to control it, and 1mf
The characteristics of the rise and the bottom are different,
Temperature hysteresis is a barrier to installation.
jI!に研究、開発r積み冨ね、上記形状紀憶曾金のコ
イル(以下単にr 11Mmコイル」という)九対して
複数の調整スゲリング1作用させることにより。jI! A lot of research and development has been done by applying multiple adjustments to the above-mentioned 11Mm coil (hereinafter simply referred to as the 11Mm coil).
前述しπ8MMコイル園有の作動誤1!?はぼ完全に除
去し得究ものでるる。As mentioned above, π8MM coil Sonoyu malfunction 1! ? It is possible to remove it completely.
以下、その構成管一つの実施例に基づいて更に詳述する
と、IIIにおいて1は湯水fjIjf?栓の1筺であ
って、その円Sは熱水室←)、冷水室(→及び混合室(
ハ)から構成さn、#投置10−側(鵬中右II)に設
けらnπ−口部には、上記熱水並びに冷水室σ)lFl
?貫通して混合室軒→に臨むZ中シングパルプ(2)k
W&着自任とし′Pcものである。Hereinafter, it will be explained in more detail based on an example of one of the constituent pipes.In III, 1 is hot water fjIjf? It is one housing of a stopper, and its circle S is a hot water chamber (←), a cold water chamber (→, and a mixing chamber (
C) The hot water and cold water chambers σ) lFl are provided at the nπ-mouth part on the n,# injection 10- side (Pengchu right II).
? Thing pulp in Z facing through the mixing chamber eaves (2) k
It is a W & personal appointment.
次に上lE′i!?シングバルブ(転)の構造twi明
すると、2σ円筒軟のハウジングで、その中間4上記栓
筐1の熱水II(−()、冷水室(ロ)と、そnぞれ連
通する熱水口(a)及び冷水口(四US設するとともに
、その他端(ハウジング02!Ell)’4−上配上記
室(ハ)に臨む吐水口(0)としたものである。Next, top lE′i! ? The structure of the single valve (transformation) is a 2σ cylindrical soft housing, with hot water ports communicating with the hot water II (-()) and cold water chamber (B) of the faucet casing 1 in the middle, respectively. (a) and cold water ports (4 US are provided, and the other end (housing 02!Ell)'4--a water spout (0) facing the upper chamber (c).
又、3に上記ハクジ/グに+円輪さn1図よ、左右に移
動自在な弁棒であって、#弁棒3Kに上記熱水並びvL
冷水告口(亀)(tl)kllいでそnぞれの開ロV−
開閉自在とした弁体41r外−し、その左端r上記弁欅
3九巻輪さtUtバイアススプリング5のホルダー5′
とi接せしws、 、INに上記ホルダーダの真5′と
弁棒末端に固にされ72?ドル6との間には8Mmコイ
・ルア1rN着する一方、弁体右端VC−はハウジング
2との間にリターンスプリング81%鋭しπものである
。In addition, in Figure 3 above, there is a valve stem that can be moved left and right, and the above hot water line vL is placed on valve stem 3K as shown in Figure 3.
Cold water confession (turtle) (tl) kll each open lo V-
Remove the valve body 41r, which can be freely opened and closed, and attach the left end of the valve body 39 to the holder 5' of the bias spring 5.
In contact with WS, , IN is fixed to the stem 5' of the above holder and the end of the valve stem 72? An 8 mm coil/luer 1rN is attached between the valve body 6 and the housing 2, while a return spring 81% sharp and π is present between the valve body right end VC- and the housing 2.
更に又、上記弁棒3の基11!Ilにはリターンスプリ
ング8と対抗するオーバースプリングs v*装する一
方、上記ハウジング2の右端において、スピンドル10
o@転操作によや前後にスライド自任とじπアジャスト
メント11と、上rオーバースプリング9のホルダー9
′とiりフグ121F介して俤曾ゼしめ′It−のであ
る。Furthermore, the base 11 of the valve stem 3! Il is equipped with an overspring sv* opposing the return spring 8, while a spindle 10 is installed at the right end of the housing 2.
o@Slide back and forth for automatic binding π adjustment 11 and holder 9 for upper r overspring 9
'It-' and 'it-' are all blown up through the puffer fish 121F.
尚1図中(ノリは混合室(ハ)の給湯口、(a)はよ紀
弁体4.ホルダー翼5I及びtドル6艮そnぞれ貫設さ
f′Lπ通水孔、又13はバイアススプリング5のパイ
アスカr増減する調整ナット、14はスピンドル10の
外Sに取付けられ霞ノブ、更に15はA分室の給湯口(
ハ)(連通する蛇口を示す。In addition, in Figure 1 (the glue is the hot water inlet of the mixing chamber (c), (a) the horizontal valve body 4, the holder blade 5I and the t-rubber 6 are respectively penetrated through the f'Lπ water passage hole, and 13 14 is the haze knob attached to the outside S of the spindle 10, and 15 is the hot water supply port of the A branch (
c) (Shows a communicating faucet.
畝上の構成KiIわる本発明のパルプの作動原理を述べ
ると、いま仮に弁体4か第1glIC−示すようにハウ
ジング2の熱水口(a)會開弁し、冷水口(mk閉止す
る位置にhるとすると、先づ熱水が熱水口(a)より混
合室針場円に流入し、湯Iiか一定温度より上昇するか
ら、8M1コイル7rr−は固有の膨張力に加えて形状
復原力か働き、バイアススプリング5のバネ力に抗して
伸長する。To describe the operating principle of the pulp of the present invention with regard to the structure KiI on the ridges, let us assume that the hot water port (a) of the housing 2 is opened and the cold water port (mk is closed) as shown in the valve body 4 or the first glIC. When h is assumed, the hot water first flows into the mixing chamber needle field circle from the hot water port (a), and the temperature of the hot water Ii rises above a constant temperature, so the 8M1 coil 7rr- has a unique expansion force as well as a shape The restoring force acts, and it expands against the spring force of the bias spring 5.
このとき、弁棒3の基端はオーバースプリングホルダー
91會介してアジャストメント11に保止11丁いる為
、 l1Mmコイル7は弁棒末端のサドル6九十の一端
1支持され1図中矢印方向に伸びて弁体41押動するか
ら、熱水口(a)の開口量が減少すると同時艮、冷水口
(14か開弁して室内の湯温か低下するものでTo4゜
次九このようにして***か低下するに伴い、8Mmコ
イル1は逆に収縮し始める為、弁体4はリターンスプリ
ング8のバネ力で逆方向に押し戻さn冷水口(−の−日
量を減少させる4のでるって、これら一連の弁体4の左
右移Wbが反復さnることにより、 8Mmコイル1と
他のスプリングとが平衝して冷熱の%−ロ童を自動釣札
14II L、常に一定温度の湯水が得られ4tのであ
る。At this time, the proximal end of the valve stem 3 is held in the adjustment 11 by the overspring holder 91, so the l1Mm coil 7 is supported at one end of the saddle 690 at the end of the valve stem and moves in the direction of the arrow in the figure. As the opening amount of the hot water port (a) decreases, the cold water port (14) also opens and the temperature of the hot water in the room decreases. As the temperature decreases, the 8Mm coil 1 begins to contract, and the valve body 4 is pushed back in the opposite direction by the spring force of the return spring 8. By repeating these series of left and right movements Wb of the valve body 4, the 8 mm coil 1 and the other springs are brought into equilibrium, and the temperature of the cold and heat is always constant. It yields 4 tons of warm water.
又1例えば給湯中に何らかの外的原因によって熱水、又
は冷水lllの水圧か低下し、混会意内の湯温九変化か
生じ置場@−に、は、上述しπように8]locコイル
Tか伸長又は収縮して、設定温I[を−持するよう札弁
体4を左右に移動させるもので69゜仁nらの動作は6
Mmコイル1か直接、湯水から熱伝導1受けるmJl’
l、極めて迅速に行われるものである。For example, if the water pressure of hot water or cold water decreases due to some external cause during hot water supply, and an unexpected change in water temperature occurs, the 8]loc coil T The valve body 4 is moved from side to side to maintain the set temperature I by expanding or contracting.
Mm coil 1 receives heat conduction 1 directly from hot water mJl'
l. It is done extremely quickly.
更に本発明のパルプでは給湯開始時、若しくに給湯中に
湯温ヤ所望の温fに変化させ覆い場会に。Furthermore, the pulp of the present invention can be used at the time of starting hot water supply or during hot water supply by changing the temperature of the hot water to a desired temperature f.
ノブ14に介してスピンドル10v回転させ、アジャス
トメント11v左右に移動させることによって、目的の
温水か優られ4%のである。By rotating the spindle 10v via the knob 14 and moving the adjustment 11v left and right, the desired hot water level is increased to 4%.
即ち、仮に湯温1? 1lli Jll’) *い場合
には、ノブ1411−11k?′1″してよ配アジャス
トメント11を左動させることにより、オーバースプリ
ングホルダー9′とアジャストメント11とのgk参部
に間隙か生じるから、それまて保れイいπバイアススプ
リング5と8Mm+コイル1とのバランスかくずれて、
8MMコイル7の伸長力により弁棒3r伴ってサドル6
か左方に移動すると同時に、バイアススゲリング5sホ
ルi−5’會左動させて8M罵ココイル1のバランス會
回復させ4か、このとき上記ホルダー5′と弁体4と0
関に生じπ間隙量だけりターンスプリング8か伸長して
、弁体41r左方に押動し、熱水口(a)の開口量を増
大させるものである。In other words, if the water temperature is 1? 1lli Jll') *If yes, knob 1411-11k? '1'' and move the alignment adjustment 11 to the left, a gap will be created between the gk joint between the overspring holder 9' and the adjustment 11, so you can keep it there. The balance with coil 1 is lost,
Due to the stretching force of the 8MM coil 7, the saddle 6 is moved along with the valve stem 3r.
At the same time, move the bias coil 5s hole i-5' to the left to restore the balance of the 8M coil 1. At this time, the holder 5', the valve body 4 and the
The turn spring 8 is extended by a gap amount of π generated at the valve body, and the valve body 41r is pushed to the left, thereby increasing the opening amount of the hot water port (a).
又、逆に湯温會低下させπい場仕に+は、上記ノブ14
tJ操作でアジャストメン)11に右に移動させること
により、オーバースプリングホルダー9′r介して弁棒
3が右動すゐから、そのサドル6によって圧#される8
Mmコイルか、リターンスプリング8のバネ力に抗して
弁体4r?IFlIL、その結果、冷水口(b)の開口
量か増大して低温の湯水が得らfL心ものでToる。Conversely, if you want to lower the water temperature, use the knob 14 above.
By moving the adjuster 11 to the right with the tJ operation, the valve stem 3 moves to the right via the overspring holder 9'r, so that the valve stem 3 is pressurized by the saddle 6.
Mm coil or valve body 4r against the spring force of return spring 8? IFlIL, as a result, the opening amount of the cold water port (b) increases and hot water at a low temperature is obtained.
尚、この揚重、アシヤストメ/)11に右動させて弁体
4i熱水側弁座に密着させπ俊になお遇11i11艮ノ
ブ14k1glすと、弁体4と弁座に過激なカV加える
ことKなるが、オーバースプリング9により、予めリタ
ーンスプリング8に対抗して適^なバイアス圧管負荷さ
せであるから、弁体4か上r弁[に押し付けらrLπ後
も、1弁体4に過剰な押付力を加えることなくアジャス
トメン)11′91−右に移動可能として、過1111
1Iv防止しπものである。In addition, when this lifting force is moved to the right to adjust the position of the valve element 4i to bring it into close contact with the valve seat on the hot water side, and when the 11i11 knob 14k1gl is moved to the right, extreme force is applied to the valve element 4 and the valve seat. However, since the overspring 9 applies an appropriate bias pressure load to the return spring 8 in advance, even after the valve body 4 is pressed against the upper valve [rLπ], an excessive load is applied to the first valve body 4. Adjustment member) 11'91- can be moved to the right without applying any pressing force,
It prevents 1Iv and π.
而して、上記バイアススゲリンダ5に、形状記憶分会の
酸進上のパラつきによる伸縮量の誤差i#4*L、8M
mコイルTか所定の温iで伸び始M′%勘ようにする作
用ヤ有するものであるから、設定湿りより低湿で伸び出
す8Mmコイル1にに弁棒中間の+msナツト13でバ
イアススプリング5のパイアスカr強くしてンを、又高
温で伸び出すものは弱いパイアスカを負荷するように予
め調節しておくものでめる。Therefore, the error in the amount of expansion and contraction i#4*L, 8M due to the variation in the acid progression of the shape memory section is added to the bias Sgelinda 5.
Since it has the function of making it possible for the m coil T to start elongating by M'% at a predetermined temperature i, the bias spring 5 is set at the +ms nut 13 in the middle of the valve stem for the 8 mm coil 1, which starts elongating at a humidity lower than the set humidity. For those that stretch at high temperatures, use one that is adjusted in advance to make the pie scar stronger and to apply a weaker pie scar.
このようにして適正なバネ特性i倫えπバイアススプリ
ング5で上記8MI!コイル7に一定方向のパイアスカ
11−加えると、118MMコイル1の温度ヒステリシ
スFi最小@艮押えらn、形状紀憧会金の優nπIf!
i性rより効果的に弛悼させることか出来るものである
。In this way, the above 8 MI can be achieved with the appropriate spring characteristics i and π bias spring 5! When a constant direction bias voltage 11- is added to the coil 7, the temperature hysteresis Fi of the 118 MM coil 1 is minimum @ 艮下 ら n, and the shape of the shape is excellent n π If!
It is something that can be used to relax people more effectively than other people.
而して1本発明のパルプは、上述したように8Mmコイ
ル1を利用して湯水の自動間第を行ううえで1升体−儒
の弁棒上に弾装さ;rL4gMmコイル7とバイアスス
ズ9ングSK、対し、上記弁体4の他側にリターンスプ
リング8とオーバースプリング9と1互いにバランスさ
せるよう礼襞着しπことにより、バラつ@oToる8M
mコイルTの伸縮量1に一定に保ち、i1度ヒステリシ
スV最小限に押えること′il−技術的賛旨としπもの
であるから、かかる原jlK基づ〈tのてあnげ、その
具体的構造は前述しπ実JI例I/L限定さnゐもので
框ない。Therefore, as described above, the pulp of the present invention is loaded onto a 1-sho valve stem in order to perform automatic water switching using the 8 Mm coil 1; On the other hand, the return spring 8 and overspring 9 are folded on the other side of the valve body 4 so as to balance each other.
The amount of expansion and contraction of m coil T should be kept constant at 1, and the hysteresis V should be kept to a minimum. The actual structure is not limited to the actual JI example I/L described above.
卸ち1本発@Oパルプに第2図に示すような饋sn−採
用することも自由であって、以下その構成i簡単に述べ
ると、一端(図中左端)TIL7ラダ161螺曾して′
lk4八クジング2の中央に吐水口(cl y。It is also free to adopt the feed sn- as shown in Figure 2 for wholesale single-pulp @O pulp, and the configuration is briefly described below. ′
There is a spout (cl y) in the center of LK4 Hakujing 2.
又その一側に冷熱台ロー)(b)’lrそnぞn@設す
る一方、#lハワジングに弁棒3を左右移動自任に内装
して、し弁棒3に−挿さnπ升体4と上記プラグとの間
にリターンスプリング8t%襞するとともに、その中間
に位置するシート11と上記プラグ間にオーバ−スプリ
ング9Ym着したものである・又、上記弁体40右@C
rjtドル6と、バイアススプリング5V−弾装してな
るホルダー5’t−駈挿し、#サドル6とホルダー5′
の真5′との間に80コイル7を介在せしめる一方、上
記ホルダーX5’tハウジング基端のアシヤストメント
11の先端により押動自任として、 8Mmコイル7の
伸嶺量を調整し停るようにしπものである。Also, on one side, install a cooling stand (low)(b)'lr son@@, and install the valve stem 3 in the #l housing so that it can move left and right at will, and then insert the nπ square body 4 into the valve stem 3. A return spring of 8t% is folded between the above-mentioned plug and the above-mentioned plug, and an overspring of 9Ym is attached between the seat 11 located in the middle thereof and the above-mentioned plug. Also, the above-mentioned valve body 40 right @C
rjt dollar 6, bias spring 5V, holder 5't-candle insert, #saddle 6 and holder 5'
While the 80mm coil 7 is interposed between the 8mm coil 7 and the stem 5' of the holder It's a special thing.
従って、上述しπ構造のパルプにおいても、str紀の
作動原mに従って8Mmコイル1が作動し、目的の温水
か随時得られるものτある。Therefore, even in the above-mentioned pulp having the π structure, the 8 Mm coil 1 operates according to the operating principle m of the Str period, and the desired hot water can be obtained at any time τ.
以上述べたように本発明のパルプは、 8MMコイルに
対して複数の補助スプリングi作I@させることによっ
て、8Mmコイルの温度特性のバクつき反び1!夏ヒス
テリシスr調整し、湯温調節艷力i着しく同上させると
ともに、給湯中リー潟変更かノブの操作〒極めて容S%
に行え、又熱水口遊びに冷水口の双方に9P座か設けら
れているから、熱水又は冷水O見金止水か可睡となりて
吐出水のIif範囲か拡大〒1&る匍、パルプ全体かカ
ートリッジ式でTo4為、−作や取付けの手間か大巾に
解消さn心ことは勿論、そのパルプV−栓筐より随時取
出すことによって、修J11.点検が簡単に行えるなど
の優nyt%徴を有するものである。As described above, the pulp of the present invention has the following effects: By creating a plurality of auxiliary springs for the 8MM coil, the temperature characteristics of the 8MM coil can be reduced by 1! Adjust the summer hysteresis, adjust the hot water temperature to the same level as above, and change the temperature during hot water supply or operate the knob.
In addition, since there are 9P seats on both the hot water outlet and the cold water outlet, the hot water or cold water can be stopped or stopped, and the Iif range of the discharged water can be expanded. Since it is a cartridge type and is a To4, the trouble of making and installing it can be greatly reduced. It has excellent characteristics such as easy inspection.
第1図σ本発明のバルプケ内蔵しπ湯水混曾栓のjM部
縦断面図でToす、又第2図は本発明の仙の実施例rt
tおけるパルプの上半s1r断面して示す側面図〒ある
。
尚、1中1・・・装置、2・・・ハワジ/り、3・・−
弁m、4− ・弁体 5 @@@バイアススプリング、
6一−−?ドkm 71111118MK :フイA
/、 f3 seeリターンスプリング、9・・・オー
パースプリンク。
10・・・スピンドル l 1@1111アジヤストメ
ント。
12−・・リング、130・&1liJ整ナツト。
以 上
%打出り人 株式会社田渕製作所
代理人 升層士 小 原 和 夫Fig. 1 is a vertical sectional view of the JM part of the hot water mixing faucet with a built-in valve according to the present invention, and Fig. 2 is an embodiment of the present invention.
There is a side view showing the upper half s1r of the pulp at t. In addition, 1 of 1...equipment, 2...hawaji/ri, 3...-
Valve m, 4- ・Valve body 5 @@@bias spring,
61--? Do km 71111118MK: Hui A
/, f3 see return spring, 9... overspring. 10...Spindle l 1@1111 Adjustment. 12-...Ring, 130.&1liJ adjustment nut. % or more Emitter Kazuo Ohara, representative of Tabuchi Seisakusho Co., Ltd.
Claims (1)
とそnぞれ連通する熱水ロー)、冷水口(DJ及び吐水
口(0)′gI−有するハクジンク21r、上記栓筺1
の一側より一挿可詑とし、該ハクジング円に弁棒3會左
右移動自在に内張して、#弁棒3に−挿さn上記熱水及
び冷水口(−価)を開閉可能な弁体4の一儒艮、形状紀
憶曾金からなるコイル7とバイアススプリング5r、又
上郵弁体4の他@に(417ターンスプリング8とオー
バースプリング9會互いにバランスさせで装着するとと
もに、上記ハクジング2v−側艮スライド自在九取付け
られπアジャストメン)11&Lよって、上記コイル1
の伸縮量vl1節町馳としπことv41像とするサーモ
スタットZ中シングバルプ。Hot water chamber 9), cold water chamber (b) and mixing chamber (c) of one-wheel tube 1
Hakujinku 21r with hot water row), cold water outlet (DJ and water spout (0)'gI- connected to each other, and the above-mentioned faucet 1)
A valve capable of opening and closing the hot water and cold water ports (-value), which can be inserted from one side, and is lined with 3 valve stems movably left and right in the housing circle, and inserted into the valve stem 3. The coil 7 and the bias spring 5r, which are made of metal and the shape of the body 4, and the upper valve body 4 (417 turn spring 8 and overspring 9) are installed in balance with each other, and the above-mentioned hacking 2V-side arm slide freely attached π Adjustment Men) 11&L Therefore, the above coil 1
The amount of expansion and contraction of vl1 is the size of the thermostat Z with the v41 image.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP3551582A JPS58152984A (en) | 1982-03-05 | 1982-03-05 | Thermostat mixing valve |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP3551582A JPS58152984A (en) | 1982-03-05 | 1982-03-05 | Thermostat mixing valve |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS58152984A true JPS58152984A (en) | 1983-09-10 |
JPS6150194B2 JPS6150194B2 (en) | 1986-11-01 |
Family
ID=12443885
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP3551582A Granted JPS58152984A (en) | 1982-03-05 | 1982-03-05 | Thermostat mixing valve |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS58152984A (en) |
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS619563U (en) * | 1984-06-20 | 1986-01-21 | 株式会社フジクラ | Linear drive actuator using heated waste water |
US5180140A (en) * | 1989-08-03 | 1993-01-19 | Inax Corporation | Hot/cold water mixing faucet and mounting structure therefor |
US5462224A (en) * | 1990-10-05 | 1995-10-31 | Toto Ltd. | Hot and cold water mixing discharge device |
DE19710782C2 (en) * | 1997-03-17 | 2002-08-01 | Ideal Standard | plumbing fixture |
Families Citing this family (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
KR100288683B1 (en) * | 1992-12-25 | 2001-11-22 | 시게후치 마사토시 | Hot water mixing device |
Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS5620882A (en) * | 1979-12-21 | 1981-02-26 | Toto Ltd | Mixing valve with thermostat |
JPS5738970U (en) * | 1980-08-14 | 1982-03-02 |
Family Cites Families (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS52138112A (en) * | 1975-04-14 | 1977-11-18 | Sony Corp | Complex constitution type magnetic head device |
-
1982
- 1982-03-05 JP JP3551582A patent/JPS58152984A/en active Granted
Patent Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS5620882A (en) * | 1979-12-21 | 1981-02-26 | Toto Ltd | Mixing valve with thermostat |
JPS5738970U (en) * | 1980-08-14 | 1982-03-02 |
Cited By (6)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS619563U (en) * | 1984-06-20 | 1986-01-21 | 株式会社フジクラ | Linear drive actuator using heated waste water |
JPH0247265Y2 (en) * | 1984-06-20 | 1990-12-12 | ||
US5180140A (en) * | 1989-08-03 | 1993-01-19 | Inax Corporation | Hot/cold water mixing faucet and mounting structure therefor |
US5462224A (en) * | 1990-10-05 | 1995-10-31 | Toto Ltd. | Hot and cold water mixing discharge device |
US5551630A (en) * | 1990-10-05 | 1996-09-03 | Toto Ltd. | Hot and cold water mixing discharge device |
DE19710782C2 (en) * | 1997-03-17 | 2002-08-01 | Ideal Standard | plumbing fixture |
Also Published As
Publication number | Publication date |
---|---|
JPS6150194B2 (en) | 1986-11-01 |
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