JPS61241580A - Two valve type hot-water and water mixing cock - Google Patents
Two valve type hot-water and water mixing cockInfo
- Publication number
- JPS61241580A JPS61241580A JP9611786A JP9611786A JPS61241580A JP S61241580 A JPS61241580 A JP S61241580A JP 9611786 A JP9611786 A JP 9611786A JP 9611786 A JP9611786 A JP 9611786A JP S61241580 A JPS61241580 A JP S61241580A
- Authority
- JP
- Japan
- Prior art keywords
- spindle
- handle
- valve
- water valve
- hot water
- 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.)
- Pending
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
- F16K19/00—Arrangements of valves and flow lines specially adapted for mixing fluids
Landscapes
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Mechanically-Actuated Valves (AREA)
Abstract
Description
【発明の詳細な説明】
（産業上の利用分野）
本発明は湯水混合栓、特に本体の左右両側に、夫々レバ
一部を右Ｊるハンドルの回転操作ににリスビンドルを介
して弁体を進退させ弁部を開閉する湯弁と水弁を備える
２バルブ式湯水混合栓に関する。Detailed Description of the Invention (Industrial Application Field) The present invention is a hot/cold mixer faucet, in particular, a valve body is moved forward and backward through a squirrel binder in order to rotate a handle that moves a part of the lever to the right on both the left and right sides of the main body. The present invention relates to a two-valve hot water mixing faucet equipped with a hot water valve and a water valve that open and close a valve part.
（従来の技術）
従来、この種の湯水混合栓として、神々の構造のものが
知られており、例えば、実開昭５５−８４３６１号公報
の第１図、第２図のものがある。(Prior Art) Hitherto, as this type of hot water mixer faucet, those with a divine structure have been known, such as those shown in Figs. 1 and 2 of Japanese Utility Model Publication No. 55-84361.
この第１図、第２図のものについて説明するどレバ一部
（１４）を有する中空のハンドル（１５）内にレバ一部
（１４）に係合する突出部（２７）と係合穴（２８）を
有するブツシュ（２９）を回転不能に装着し、ブツシュ
（２９）の係合穴（２８）の内周面に設けた雌スプライ
ン（３０）とスピンドル（３）の雄スプライン（８）と
を係合せしめてスピンドル（３）とハンドル（１５）を
連絡する。1 and 2, a hollow handle (15) having a lever part (14) has a protrusion (27) that engages with the lever part (14) and an engagement hole ( A bushing (29) having a bushing (28) is mounted in a non-rotatable manner, and a female spline (30) provided on the inner peripheral surface of the engagement hole (28) of the bushing (29) and a male spline (8) of the spindle (3) are connected. to connect the spindle (3) and the handle (15).
従って、以上の従来のものは、レバ一部を所定の位置に
合わせる際、例えば弁が閉じているときにレバ一部が真
横を向く位置になるようにするとき等、隣り合うスプラ
インの山に対する中心角度の１／２以内に合わせること
はできず、レバ一部を所定の位置に合わせることが困難
である。Therefore, when adjusting a part of the lever to a predetermined position, for example, when the valve is closed, the lever part faces directly to the side. It is impossible to adjust the center angle within 1/2, and it is difficult to adjust a part of the lever to a predetermined position.
そのため湯弁側、水弁側夫々のハンドルのレバ一部を閉
弁状態において完全に対称的な角度位置に合わせること
が雌しく、外観上左右がアンバランスで見苦しい状態に
なることがあるばかりでなく、湯弁と水弁が同じ開度に
あるにもかかわらず夫々のハンドルのレバ一部の角度位
置が異なるという状態が生じ、レバ一部の角度位置で湯
弁と水弁の開度比、叩ら混合水の温度状態を判断するの
が難しいので操作し難い。尚、雄スプライン部（８）の
隣り合うスプラインの山に対する中心角度を小さくする
と合せやすいがスプラインの山数が多くなり、一般に小
径である湯水混合栓のスピンドルにスプラインの山数を
多く形成すると加工が困難で強度も弱くなる。Therefore, it is best to align the levers of the handles on the hot water valve side and the water valve side in completely symmetrical angular positions when the valves are closed, which may result in an unbalanced left and right side and an unsightly appearance. However, even though the hot water valve and water valve are at the same opening degree, the angular position of some of the levers on each handle is different, and the opening ratio of the hot water valve and water valve is , It is difficult to operate because it is difficult to judge the temperature state of the beaten mixed water. It should be noted that if the center angle of the male spline part (8) with respect to the ridges of adjacent splines is made smaller, it will be easier to match them, but the number of spline ridges will increase, and if a large number of spline ridges are formed on the spindle of a mixer faucet, which is generally small in diameter, it will be difficult to process the spline. It is difficult and the strength is weakened.
（解決すべき問題点） 本発明が解決しようとする問題点は、湯弁。(Problems to be solved) The problem to be solved by the present invention is the hot water valve.
水弁夫々のハンドルのレバ一部を相互にバランスのとれ
た所定の位置に合せ易く、しかも係合部の強度を損うこ
とがないようにすることである。To make it easy to align a portion of a lever of a handle of each water valve to a predetermined position that is well-balanced with each other, and to prevent the strength of an engaging part from being impaired.
（問題点を解決するための手段）
上記問題点を解決するために本発明が講する技術的手段
は、本体の左右両側に、夫々レバ一部を有するハンドル
の回転操作によりスピンドルを介して弁体を進退させ弁
部を開閉する湯弁と水弁を備える湯水混合栓において、
上記湯弁及び水弁は夫々のスピンドルとハンドルとを、
内周面にスピンドル外端に設けられた雄スプライン部と
係合する雌スプライン部を有し、外周面にハンドルに設
けられた雌スプライン部と係合する雄スプライン部を有
する筒状のブツシュを介して連結づるど共に前記ブツシ
ュの雄スプライン部の山数をブツシュの雌スプライン部
の谷数より多く形成するもである。(Means for Solving the Problems) The technical means taken by the present invention to solve the above problems is to provide a valve via a spindle by rotating handles each having a portion of a lever on the left and right sides of the main body. In a hot water mixer faucet equipped with a hot water valve and a water valve that move forward and backward to open and close the valve part,
The above hot water valve and water valve each have a spindle and a handle,
A cylindrical bushing having a female spline portion on the inner circumferential surface that engages with a male spline portion provided at the outer end of the spindle, and a cylindrical bushing having a male spline portion on the outer circumferential surface that engages with a female spline portion provided on the handle. The number of ridges of the male spline portion of the bushing is larger than the number of valleys of the female spline portion of the bushing, as well as the connecting ring through the bushing.
（作用）
而して、本発明の上記技術的手段によれば、ハンドルは
レバ一部を所定の位置に合わせてスピンドルに連結する
際ブツシュを介在させず、ｌスプラインの山数をスピン
ドルの谷数と同じにしてスピンドルの雄スプライン部に
直接係合するのに比べ、レバ一部の位置を小さな角度で
調整することができる。(Function) According to the above technical means of the present invention, when the handle is connected to the spindle by aligning a part of the lever to a predetermined position, the handle does not use a bushing, and the number of peaks of the L spline is adjusted to the valley of the spindle. The position of the lever portion can be adjusted through a small angle compared to the same number of levers that directly engage the male spline portion of the spindle.
（実施例） 以下、本発明の一実施例を図に基づいて説明する。(Example) Hereinafter, one embodiment of the present invention will be described based on the drawings.
図中（Ａ）は湯水混合栓の本体で、左右両側に湯弁（ａ
）と水弁（ｂ）を夫々備えている。(A) in the figure is the main body of the hot water mixer faucet, with hot water valves (a) on both the left and right sides.
) and a water valve (b).
第３図においては水弁（ｂ）の構造のみが示されている
が、湯弁（ａ）は水弁（ｂ）と全く同一の構造である。Although only the structure of the water valve (b) is shown in FIG. 3, the hot water valve (a) has exactly the same structure as the water valve (b).
従って、以下の説明では、説明の都合１−第３図に基づ
いて水弁（ｂ）についてその具体的構造を説明し、湯弁
（ａ）の説明は省略する。Therefore, in the following explanation, the specific structure of the water valve (b) will be explained based on FIGS. 1-3 for convenience of explanation, and the explanation of the hot water valve (a) will be omitted.
水弁（ｂ）は本体（Ａ）の側端面に開設した開口（１）
に筒状のブッシング（２）が螺着されており、このブッ
シング（２）にスピンドル（３）が回転自在ではあるが
進退不能に装着されている。The water valve (b) is an opening (1) opened on the side end surface of the main body (A).
A cylindrical bushing (2) is screwed onto the bushing (2), and a spindle (3) is attached to this bushing (2) so that it can rotate freely but cannot move forward or backward.
即ちスピンドル（３）はブッシング（２）を回転自在に
挿通しており、ブッシング（２）内部においてスピンド
ル（３）に設けた段部（４）により、またブッシング（
２）外部においてスピンドル（３）に巻着しだ係止リン
グ（５）により夫々ブッシング（２）の係止鍔縁（６）
に係止している。That is, the spindle (3) is rotatably inserted through the bushing (2), and the step (4) provided on the spindle (3) inside the bushing (2) also allows the bushing (
2) The locking flange (6) of each bushing (2) is secured by a locking ring (5) wound around the spindle (3) on the outside.
It is locked in.
スピンドル（３）は本体（Ａ）内方に延びる内端部に螺
子部（７）が、本体（Ａ）外方に延びる外端部に雄スプ
ライン部（８）が夫々形成されており、上記螺子部（７
）には一方を開放した筒状に形成されて内周面に螺子（
９）を有する弁体（１０）が螺着し、これが本体（Ａ）
内部に設けられた弁座（１１）に対応する。The spindle (3) has a threaded portion (7) formed at the inner end extending inward of the main body (A), and a male spline portion (8) formed at the outer end extending outward of the main body (A). Thread part (7
) is formed into a cylindrical shape with one end open and has a screw (
9) is screwed onto the valve body (10), which is attached to the main body (A).
It corresponds to the valve seat (11) provided inside.
弁体（１０）外周面及びブッシング（２）内周面には断
面六角形に形成されて相互に係合する係合部（１２）が
形成されており、核部による両者（１０）（２）の係合
により、弁体（１０）はスビンドル（３）の回転に伴い
回転することなく進返し、弁座（１１）に接離する。An engaging portion (12) having a hexagonal cross section and engaging with each other is formed on the outer peripheral surface of the valve body (10) and the inner peripheral surface of the bushing (2). ), the valve body (10) advances and returns without rotating as the spindle (3) rotates, and approaches and separates from the valve seat (11).
一方、スピンドル（３）外端の雄スプライン部（８）に
は１ツシユ（１３）を介してレバ一部（１４）を備えた
ハンドル（１５）が係合され、ネジ（１６）でスピンド
ル（３）に固定される。On the other hand, a handle (15) equipped with a lever part (14) is engaged with the male spline part (8) at the outer end of the spindle (3) via a thread (13), and a screw (16) is used to engage the male spline part (8) at the outer end of the spindle (3). 3) is fixed.
ブツシュ（１３）は筒状に形成されており、内周面には
、スピンドル（３）の雄スプライン部（８）の谷数に相
当する山数を有する雌スプライン部（１７）を、外周面
には内周面の雌スプライン部（１７）の谷数より多い山
数を有する雄スプライン部（１８）を有する。The bush (13) is formed into a cylindrical shape, and a female spline portion (17) having a number of ridges corresponding to the number of troughs of the male spline portion (8) of the spindle (3) is formed on the inner peripheral surface, and a female spline portion (17) is provided on the outer peripheral surface. has a male spline portion (18) having a greater number of ridges than the number of valleys of the female spline portion (17) on the inner peripheral surface.
而して、１ツシユ（１３）はその雌スプライン部（１１
）でスピンドル（３）の雄スプライン部（８）に係合し
、雄スプライン部（１８）でハンドル（１５）に設けた
雌スプライン部（１９）に係合する。Therefore, one thread (13) is connected to the female spline part (11).
) engages the male spline section (8) of the spindle (3), and the male spline section (18) engages the female spline section (19) provided on the handle (15).
ハンドル（１５）の雌スプライン部（１９）はブツシュ
（１３）の雄スプライン部（１８）の谷数に相当する山
数を有している。The female spline portion (19) of the handle (15) has a number of peaks corresponding to the number of valleys of the male spline portion (18) of the bush (13).
従ってハンドル（１５）はレバ一部（１４）を所定の位
置に合わせてスピンドル（３）−に連結する際ブツシュ
（１３）を介在させず、雌スプライン（１９）の山数を
スピンドル（３）の谷数ど同じにしてスピンドル（３）
の雄スプライン部（８）に直接係合するのに比べ、レバ
一部（１４）の位置を小さな角度で調整することができ
る。Therefore, when the handle (15) is connected to the spindle (3) by aligning the lever part (14) to a predetermined position, the bush (13) is not used, and the number of threads of the female spline (19) is adjusted to the spindle (3). Spindle with the same number of valleys (3)
The position of the lever part (14) can be adjusted through a small angle compared to directly engaging the male spline part (8) of the lever part (14).
例えば、図示例のものはスピンドル（３）の雄スプライ
ン部（１８）は１６山に形成されているので、これに直
接ハンドル（１５）を係合させて、レバ一部（１４）を
所定の位置、即ち閉弁時においてハンドル（１５）のレ
バ一部（１４）を真上の位置に位置するように係合させ
ようとすれば、レバ一部（１４）の所定の位置とのずれ
の最大値は、雄スプライン部（１８）の隣り合う山の中
心角度２２°３０’の半分の１１’ １５’であるが、
スピンドル（３）とハンドル（１５）の間にブツシュ（
１３）を介在させブツシュ（１３）の雄スプライン部（
１８）の山数をスプライン部（８）の山数より多り３６
山に形成すれば、ハンドル（１５）とブツシュ（１３）
、ブツシュ（１３）とスピンドル（３）は夫々１０’
、 ２２’ ３０’のいずれをもって係合し、実際に
位置するレバ一部（１４）の位置とレバ一部（１４）の
所定の位置とのずれの最大値は
である。For example, in the illustrated example, the male spline portion (18) of the spindle (3) is formed with 16 threads, so the handle (15) is directly engaged with this, and the lever portion (14) is moved to a predetermined position. In other words, if you try to engage the lever part (14) of the handle (15) so that it is located directly above when the valve is closed, the lever part (14) may be misaligned with the predetermined position. The maximum value is 11'15' which is half of the central angle of 22° 30' between the adjacent peaks of the male spline part (18).
A bushing (
13) and the male spline part (13) of the bushing (13).
The number of ridges in 18) is greater than the number of ridges in spline part (8), 36.
If formed into a mountain, the handle (15) and bush (13)
, the bush (13) and spindle (3) are each 10'
, 22' and 30', and the maximum value of the deviation between the actual position of the lever part (14) and the predetermined position of the lever part (14) is.
ハンドル（１５）は、外周面にレバ一部（１４）を突出
した筒状のハンドル本体（２０）と、レバ一部（１４）
を挾んで、その両側においてハンドル本体（２０）外周
面に夫々螺着されるキャップ（２１）とスカート（２２
）とにより構成され、ハンドル本体（２０）は軸方向中
途部内周面にネジ挿通孔（２３）を有する仕切壁（２４
）を突出すると共に該仕切壁（２４）に隣接してスカー
ト（２２）側に一体成形された補強ブツシュ（２５）を
備えており、この補強ブツシュ（２５）内面に雌スプラ
イン部（１９）が形成されている。The handle (15) includes a cylindrical handle body (20) with a lever part (14) protruding from its outer circumferential surface, and a lever part (14).
A cap (21) and a skirt (22) are screwed onto the outer peripheral surface of the handle body (20) on both sides of the handle.
), and the handle body (20) has a partition wall (24) having a screw insertion hole (23) on the inner circumferential surface of the middle part in the axial direction.
) and is provided with a reinforcing bushing (25) integrally molded on the skirt (22) side adjacent to the partition wall (24), and a female spline part (19) is provided on the inner surface of this reinforcing bushing (25). It is formed.
そしてこのハンドル（１５）は前述のように雌スプライ
ン部（１９）をブツシュ（１３）の雄スプライン部（１
８）と係合せしめると共にネジ挿通孔（２３）を挿通せ
しめたネジ（１６）をスピンドル（３）外端のネジ孔（
２６）にねじ込んでスピンドル（３）に固定する。As described above, this handle (15) connects the female spline portion (19) to the male spline portion (13) of the bushing (13).
8) and inserted through the screw insertion hole (23), insert the screw (16) into the screw hole (
26) and fix it to the spindle (3).
この際、レバ一部（１４）は弁体（１０）が弁座（１１
）に密接している状態（閉弁状態）において真上を向く
位置に合せられる。At this time, the lever part (14) is such that the valve body (10) is connected to the valve seat (11).
) when the valve is in close contact with the valve (valve closed state).
（効果） 本発明時上記の構成であるから以下の利点を有する。(effect) Since the present invention has the above configuration, it has the following advantages.
（１）本体の左右に設けられた湯弁と水弁は夫々スピン
ドルとハンドルとの間にブツシュを介装し、ハンドルに
スプライン係合するブツシュ外周面の雄スプライン部の
山数をブツシュの雌スプライン部の谷数、即ちスピンド
ルの雄スプライン部の山数より多くしたので、湯弁、水
弁は夫々ハンドルのレバ一部を所定の位置に合せること
が容易となり、従って、閉弁状態のとき湯弁側。(1) The hot water valve and water valve provided on the left and right sides of the main body each have a bushing interposed between the spindle and the handle, and the number of threads on the male spline part on the outer circumferential surface of the bushing that engages with the handle by spline is determined by the number of threads on the female spline part of the bushing. Since the number of troughs in the spline section is greater than the number of ridges in the male spline section of the spindle, it is easy to align the lever part of the handle of the hot water valve and water valve to the specified position, so that when the valve is in the closed state, Hot water valve side.
水弁側夫々のハンドルのレバ一部が完全に対称的な角度
位置になるように双方のレバ一部の位置を正確に合せる
ことが出来るをもって、左右のレバー位置がアンバラン
スになって外観を損なうようなことがない。The positions of both levers can be precisely aligned so that the levers on each handle on the water valve side are in completely symmetrical angular positions. There's nothing to damage it.
（２）以上のｊ：うに側弁側と水弁側夫々のハンドルの
レバ一部の角度位置を正確に合せることができるので、
操作時、ハンドルを回転させ左右のレバ一部の角度位置
が対象となるように操作すれば湯弁と水弁は確実に同じ
開度となり、また、左右のレバ一部の角度位置から泪と
水の混合比が簡単に分るので操作がし易い。(2) Above j: Since the angular position of the lever part of the handle on the sea urchin side valve side and the water valve side can be precisely aligned,
When operating, if you rotate the handle so that the angular positions of the left and right levers are the same, the hot water valve and water valve will surely open at the same degree, and the angular position of the left and right levers will also make it possible to It is easy to operate because the mixing ratio of water can be easily determined.
（３）ブツシユの外径はスピンドルの外径より大きいの
で、維スプライン部の山数を多く形成することがスピン
ドルに形成するより容易であり、スピンドルの維スプラ
イン部の強度の低下もない。(3) Since the outer diameter of the bush is larger than the outer diameter of the spindle, it is easier to form a larger number of threads on the fiber spline than on the spindle, and there is no reduction in the strength of the fiber spline portion of the spindle.
（４）ブツシュを介在してスピンドルとハンドルとをス
プライン係合するので、スピンドルの雄スプライン部の
山数を一般的な山数にずればブツシユを除けば一般的な
スピンドルに直接スプライン係合する種々のハンドルを
取りつジノることが可能となり互換性を持たせることが
できる。(4) Since the spindle and the handle are spline engaged through the bushing, if the number of threads on the male spline portion of the spindle is changed to the normal number of threads, the spline engagement will be directly with a normal spindle, except for the bushing. It is possible to connect various handles and provide compatibility.
第１図は従来の２バルブ式湯水混合栓の一例を示す半断
面図、第２図は第１図のｘ−ｘｉ断面図、第３図は本発
明の一実施例を示す２バルブ式湯水混合栓の正面図で水
弁側を縦断切欠して示しである。第４図は第３図のＹ−
Ｙ線拡大断面図、第５図は要部の分解斜視図で一部切欠
して示す。
Ａ・・・湯水混合栓本体 ａ・・・渇 弁ｂ・・・水
弁 ３・・・スピンドル８・・・スピンドルの
雄スプライン部
１０・・・弁 休 １３・・・ブツシュ１４・
・・レバ一部 １５・・・ハンドル１１・・・ブ
ツシュの雌スプライン部
１８・・・ブツシュの雄スプライン部
１９・・・ハンドルの雌スプライン部
亡ＸFig. 1 is a half-sectional view showing an example of a conventional two-valve hot water mixing faucet, Fig. 2 is a cross-sectional view taken along the line x-xi in Fig. 1, and Fig. 3 is a two-valve hot water mixing faucet showing an embodiment of the present invention. This is a front view of the mixing faucet, with the water valve side cut away vertically. Figure 4 is Y- of Figure 3.
The Y-line enlarged sectional view and FIG. 5 are exploded perspective views of essential parts, with some parts cut away. A... Hot water mixing faucet body a... Dry valve b... Water
Valve 3... Spindle 8... Spindle male spline part 10... Valve rest 13... Bush 14.
...Lever part 15...Handle 11...Female spline part of the bushing 18...Male spline part of the bush 19...Female spline part of the handle X
Claims (1)
転操作によりスピンドルを介して弁体を進退させ弁部を
開閉する湯弁と水弁を備える湯水混合栓において、上記
湯弁及び水弁は夫々のスピンドルとハンドルとを、内周
面にスピンドル外端に設けられた雄スプライン部と係合
する雌スプライン部を有し、外周面にハンドルに設けら
れた雌スプライン部と係合する雄スプライン部を有する
筒状のブッシュを介して連結すると共に前記ブッシュの
雄スプライン部の山数をブッシュの雌スプライン部の谷
数より多く形成してなる２バルブ式湯水混合栓。In a hot water mixing faucet equipped with a hot water valve and a cold water valve, each of which has a lever portion on both sides of the main body, the hot water valve and the water valve are provided with a hot water valve and a cold water valve that move the valve body forward and backward through a spindle to open and close the valve portion by rotating a handle that has a lever portion, respectively. The spindle and the handle have a female spline part on the inner peripheral surface that engages with a male spline part provided on the outer end of the spindle, and a male spline part on the outer peripheral surface that engages with the female spline part provided on the handle. A two-valve hot water mixing faucet, which is connected through a cylindrical bush having two valves, and the number of ridges of the male spline portion of the bush is greater than the number of valleys of the female spline portion of the bush.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP9611786A JPS61241580A (en) | 1986-04-24 | 1986-04-24 | Two valve type hot-water and water mixing cock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP9611786A JPS61241580A (en) | 1986-04-24 | 1986-04-24 | Two valve type hot-water and water mixing cock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS61241580A true JPS61241580A (en) | 1986-10-27 |
Family
ID=14156440
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP9611786A Pending JPS61241580A (en) | 1986-04-24 | 1986-04-24 | Two valve type hot-water and water mixing cock |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS61241580A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0238769A (en) * | 1988-06-10 | 1990-02-08 | Kohler Co | Fluid control valve |
| JP2005290748A (en) * | 2004-03-31 | 2005-10-20 | Kvk Corp | Faucet operating handle mounting structure |
| JP2009184669A (en) * | 2009-04-07 | 2009-08-20 | Kayaba Ind Co Ltd | Drive device for power steering |
-
1986
- 1986-04-24 JP JP9611786A patent/JPS61241580A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0238769A (en) * | 1988-06-10 | 1990-02-08 | Kohler Co | Fluid control valve |
| JP2005290748A (en) * | 2004-03-31 | 2005-10-20 | Kvk Corp | Faucet operating handle mounting structure |
| JP2009184669A (en) * | 2009-04-07 | 2009-08-20 | Kayaba Ind Co Ltd | Drive device for power steering |
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