JP2019112771A - Valve, faucet and antifreeze water draining plug - Google Patents

Valve, faucet and antifreeze water draining plug Download PDF

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JP2019112771A
JP2019112771A JP2017244677A JP2017244677A JP2019112771A JP 2019112771 A JP2019112771 A JP 2019112771A JP 2017244677 A JP2017244677 A JP 2017244677A JP 2017244677 A JP2017244677 A JP 2017244677A JP 2019112771 A JP2019112771 A JP 2019112771A
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water
shaft
valve
piston
shaft portion
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浩史 落合
Hiroshi Ochiai
浩史 落合
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Takemura Seisakusho KK
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Takemura Seisakusho KK
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Abstract

To provide a valve, a faucet and an antifreeze water draining plug allowing closing operation with further uniform and little operation resistance.SOLUTION: A valve has a top shaft 50 provided with a tip shaft part 51 fixedly disposed with a water cutoff valve element 31, a piston-like shaft part 53 provided at an upper side of the tip shaft part 51, and a rear end connection part 54 provided at an upper side of the piston-like shaft part 53 and connected to a vertical motion operation mechanism 70. The piston-like shaft part 53 of the top shaft 50 is vertically movably sealed and arranged inside a sleeve-like part 14 installed upward from a position forming a water flow passage 11 of a body 10 provided with a communication port 12 and a valve seat 13 of a water flow on-off valve 30. A communication shaft hole 55 communicating the upper side of the piston-like shaft part 53 with the water flow passage 11 is installed to the top shaft 50 inside the sleeve-like part 14.SELECTED DRAWING: Figure 1

Description

本発明は、本体の内部に、開閉弁体の変位によって流路の開閉を行う開閉弁部が設けられ、前記開閉弁体の変位操作を行う変位動操作機構を備えるバルブ、水栓及び不凍水抜栓に関する。   According to the present invention, an on-off valve portion for opening and closing a flow path by displacement of the on-off valve body is provided in the inside of the main body, and a valve, a faucet and an antifreeze device including a displacement operation mechanism for performing displacement operation of the on-off valve body. It relates to draining.

従来、不凍水抜栓としては、弁切換時における中間排水を防止するために止水栓の全閉後排水孔を開口し、止水栓開口前に排水孔を閉塞させる作用を2つのスプリングの弾力の強弱差によって段階的に行わせる不凍止水栓において、下スピンドルの下端に内蔵されるコマスプリングとほぼ同一バネ定数を有するコイルスプリングを上スピンドルに軸装すると共に、そのコイルスプリングの下端を上スピンドルの外周に係着し、上端をキャップの内底に係着することにより、弁切換時における感触抵抗を一定にして成る不凍止水栓(特許文献1参照)が、本出願人によって提案されている。   Conventionally, as antifreeze water removal, in order to prevent intermediate drainage at the time of valve switching, the drainage hole is opened after the water blocking valve is fully closed, and the function of closing the drainage hole before opening the water blocking valve is two spring In an antifreeze faucet that is performed stepwise according to the difference in elasticity, a coil spring having substantially the same spring constant as a coa spring built in the lower end of the lower spindle is axially mounted on the upper spindle and the lower end of the coil spring The antifreeze faucet (see Patent Document 1), in which the touch resistance at the time of switching the valve is made constant by engaging the upper end of the upper spindle with the outer periphery of the upper spindle. Is proposed by.

また、不凍水抜栓の止水用弁体としては、コマ部材及びコマパッキンによって構成されており、下方に変位した初期の段階でコマパッキンの下端円盤部が弁座状開口の内周に嵌って仮にシール(周シール)して通水を止めることができ、さらに下方に変位した段階で、コマパッキンの水平段部(下面)が弁座状開口の周縁の弁座面(上面)に当接して、強固にシール(面シール)できることで、その弁座状開口3のシールが確実・強固になされるまでのタイムラグの間に、第1水抜弁体が下方に押されて、第1の水抜弁機構の排水路が開く構成になっており、弁座状開口のシールがなされた後に、第1の水抜弁機構の排水路が適切に開くように構成され、第1流入口と直接的に連通させて第1の水抜弁機構の排水路から洩れ出ることを防止できる。(特許文献2参照)ものが、本出願人によって提案されている。   In addition, the antifreeze drain valve body for stopping water is composed of a top member and a top packing, and the lower end disc of the top packing fits into the inner circumference of the valve seat-like opening at the initial stage of downward displacement. Can be sealed (peripheral sealing) to stop water flow, and when it is displaced further downward, the horizontal step (lower surface) of the cotter packing contacts the valve seat surface (upper surface) of the peripheral edge of the valve seat opening. The first water draining valve is pushed downward during the time lag until the seal of the valve seat-like opening 3 is firmly and firmly made by being able to seal tightly (face seal). The drainage channel of the drainage valve mechanism is configured to open, and after the valve seat opening is sealed, the drainage channel of the first drainage valve mechanism is configured to be properly opened, and directly connected to the first inlet. To prevent it from leaking out of the drainage channel of the first water drainage valve mechanism. That. (See Patent Document 2) has been proposed by the present applicant.

実公平3−44850号公報(請求項1)Japanese Utility Model Application Publication No. 3-44850 (claim 1) 2017−133214号公報([0025])2017-133214 gazette ([0025])

バルブ、水栓及び不凍水抜栓に関して解決しようとする課題は、従来の構成では、開閉弁部(通水開閉弁部)において開閉弁体(止水用弁体)で閉じる操作を行って流路(通水路)の連通口を全閉状態とする前に、その閉塞操作にかかる抵抗(例えばハンドルの回動トルク)が大きくなるため、その閉塞操作を感触的にスムースにできない点にある。これに対しては、特許文献1において、コイルスプリングを利用し、操作全体についての操作抵抗を大きくして操作性を均一にする方法や、全閉状態とする直前に操作抵抗は大きくなるものの全体的に操作抵抗を小さくする方法が開示されているが、より均一且つより小さな操作抵抗で閉塞操作ができるバルブ、水栓及び不凍水抜栓については提案されていない。   In the conventional configuration, the problem to be solved regarding the valve, the faucet, and the antifreeze water removal is performed by closing the on-off valve body (water flow on-off valve body) with the on-off valve body (water stopping valve body). The resistance (for example, the turning torque of the handle) of the closing operation becomes large before the communication port of the passage (water flow passage) is fully closed, so that the closing operation can not be made smooth in touch. To address this, in Patent Document 1, there is a method of making the operating resistance uniform by utilizing a coil spring and increasing the operating resistance for the entire operation, or the entire operating resistance increases immediately before the fully closed state. Although a method for reducing the operating resistance is disclosed, there is no proposal for a valve, a faucet, and an antifreeze dewatering valve capable of closing operation with more uniform and smaller operating resistance.

そこで、本発明の目的は、より均一且つより小さな操作抵抗で閉塞操作ができるバルブ、水栓及び不凍水抜栓を提供することにある。   Therefore, an object of the present invention is to provide a valve, a faucet, and an antifreeze water decanter capable of closing operation with more uniform and smaller operation resistance.

本発明は上記目的を達成するために次の構成を備える。
本発明にかかるバルブの一形態によれば、本体の内部に、開閉弁体の変位によって流路の開閉を行う開閉弁部が設けられ、前記開閉弁体の変位操作を行う変位動操作機構を備えるバルブにおいて、前記開閉弁体が固定状態に配される先端軸部と、該先端軸部に連続して設けられたピストン状軸部と、該ピストン状軸部に連続して設けられて前記変位動操作機構に連結される後端連結部とが設けられたコマ軸を備え、該コマ軸の前記ピストン状軸部が、前記開閉弁部の連通口及び弁座が設けられている前記本体の前記流路を形成する部位よりも前記変位動操作機構側に設けられたスリーブ状部の内部に、変位可能にシールされて配され、前記コマ軸には、前記スリーブ状部の内部であって前記ピストン状軸部の前記変位動操作機構側と、前記流路とを連通する連通軸孔が設けられている。
The present invention comprises the following configuration to achieve the above object.
According to one aspect of the valve according to the present invention, an on-off valve portion is provided inside the main body to open and close the flow path by displacement of the on-off valve body, and a displacement operation mechanism for displacing the on-off valve body In the valve, the distal end shaft portion on which the on-off valve body is disposed in a fixed state, a piston-like axial portion continuously provided on the distal end shaft portion, and the piston-like axial portion continuously provided The main body provided with a cotter shaft provided with a rear end connection part connected to a displacement movement operation mechanism, and the piston-like shaft part of the cotter shaft is provided with a communication port of the on-off valve part and a valve seat And a displacement-sealed seal disposed in the inside of the sleeve-like portion provided on the side of the displacement motion operation mechanism with respect to the portion forming the flow path, and the piece shaft is the inside of the sleeve-like portion Side of the piston-like shaft and the flow Communicating shaft hole communicating is provided and.

本発明にかかる水栓の一形態によれば、本体の内部に、止水用弁体の上下の変位によって通水路の開閉を行う通水開閉弁部が設けられ、前記止水用弁体の上下の操作を行う上下動操作機構を備える水栓において、前記止水用弁体が固定状態に配される先端軸部と、該先端軸部の上側に設けられたピストン状軸部と、該ピストン状軸部の上側に設けられて前記上下動操作機構に連結される後端連結部とが設けられたコマ軸を備え、該コマ軸の前記ピストン状軸部が、前記通水開閉弁部の連通口及び弁座が設けられている前記本体の前記通水路を形成する部位よりも上側に設けられたスリーブ状部の内部に、上下に変位可能にシールされて配され、前記コマ軸には、前記スリーブ状部の内部であって前記ピストン状軸部の上側と、前記通水路とを連通する連通軸孔が設けられている。   According to an embodiment of the water faucet according to the present invention, a water flow on-off valve portion is provided inside the main body to open and close the water flow passage by displacement of the water shut-off valve body, and the water shut-off valve body A faucet provided with an up and down operation mechanism for performing up and down operation, comprising: a tip shaft portion on which the water blocking valve body is disposed in a fixed state; a piston shaft portion provided above the tip shaft portion; A top shaft provided on the upper side of a piston-like shaft portion and having a rear end connecting portion connected to the vertical movement operation mechanism is provided, and the piston-like shaft portion of the top shaft is the water flow on-off valve portion And a vertically displaceable seal disposed inside a sleeve-like portion provided above the portion of the main body where the water passage and the valve seat are provided, and the shaft Is the inside of the sleeve-like portion and the upper side of the piston-like shaft portion and the water passage Communicating shaft hole for passing is provided.

本発明にかかる不凍水抜栓の一形態によれば、本体の内部で、止水用弁体の上下の変位によって通水路の開閉を行う通水開閉弁部の上側に、水抜用弁体の上下の変位によって水抜通路の開閉を行う水抜開閉弁部が配され、前記通水開閉弁部及び前記水抜開閉弁部が上下動操作機構による上下動で連係操作され、通水と水抜きとの切換えを行う不凍水抜栓において、前記止水用弁体が固定状態に配される先端軸部と、該先端軸部の上側に設けられ前記水抜用弁体に挿通された状態で該水抜用弁体の上下の変位を案内する中途軸部と、該中途軸部の上側に設けられたピストン状軸部と、該ピストン状軸部の上側に設けられて前記上下動操作機構に連結される後端連結部とが設けられたコマ軸を備え、該コマ軸の前記ピストン状軸部が、前記通水開閉弁部の連通口及び弁座が設けられている前記本体の前記通水路を形成する部位よりも上側に設けられたスリーブ状部の内部に、上下に変位可能にシールされて配され、前記コマ軸には、前記スリーブ状部の内部であって前記ピストン状軸部の上側と、前記通水路とを連通する連通軸孔が設けられている。   According to one aspect of the antifreeze water decanter according to the present invention, the water removal valve is disposed on the upper side of the water flow on-off valve portion that opens and closes the water flow passage by the up and down displacement of the water blocking valve in the main body. A water removal on-off valve unit for opening and closing the water removal passage by displacement in the vertical direction is disposed, and the water flow on-off valve unit and the water removal on-off valve unit are linked and operated by the up and down movement operation mechanism. In the antifreeze draining to perform switching, the tip shaft portion on which the water blocking valve body is disposed in a fixed state, and the tip end shaft portion provided above the tip shaft portion and inserted into the drain valve body for draining A midway shaft for guiding the vertical displacement of the valve body, a piston-like shaft provided on the upper side of the mid-shaft, and an upper side of the piston-like shaft are connected to the vertical movement operation mechanism And a cotter shaft provided with a rear end connection portion, wherein the piston-like shaft portion of the cotter shaft is configured to open the water passage. The sleeve is disposed so as to be vertically displaceable and sealed inside a sleeve-like portion provided on the upper side of the portion of the main body where the communication port of the valve portion and the valve seat are provided. The shaft is provided with a communicating shaft hole which is the inside of the sleeve-like portion and connects the upper side of the piston-like shaft portion and the water passage.

また、本発明にかかる不凍水抜栓の一形態によれば、前記ピストン状軸部と、前記連通口との直径が同等に設けられていることを特徴とすることができる。   Further, according to one aspect of the antifreeze-water decanter according to the present invention, the diameter of the piston-like shaft and the diameter of the communication port may be equal.

また、本発明にかかる不凍水抜栓の一形態によれば、前記上下動操作機構が、前記本体のスリーブ状部の上側に設けられた雌螺子部に、雄螺子部を備えるスピンドルが螺合し、該スピンドルの先端連結部が、回転動は伝達しないで上下動を伝達するように、前記コマ軸の後端連結部に回転自在且つ上下方向に一体化するように連結されることで構成されていることを特徴とすることができる。   Further, according to one aspect of the antifreeze water decanter according to the present invention, the vertical movement operation mechanism is configured such that a spindle including an external thread portion is engaged with an internal thread portion provided on the upper side of the sleeve portion of the main body. And the tip end connection portion of the spindle is connected by being rotatably integrated with the rear end connection portion of the cotter shaft in the up and down direction so as to transmit vertical movement without transmitting rotational movement. Can be characterized.

また、本発明にかかる不凍水抜栓の一形態によれば、前記本体が、前記通水路を形成する下部本体と、前記スリーブ状部及び前記水抜通路を形成する上部本体とによって構成されていることを特徴とすることができる。   Further, according to one aspect of the antifreeze water decanter according to the present invention, the main body is constituted by a lower main body forming the water flow passage, and an upper main body forming the sleeve-like portion and the water drainage passage. Can be characterized.

また、本発明にかかる不凍水抜栓の一形態によれば、前記水抜用弁体が、前記コマ軸の中途軸部が挿通されることで上下方向に案内されるように挿通孔を備えるリング状に形成されており、該水抜用弁体と前記止水用弁体との間に、該水抜用弁体を前記水抜通路の排水口を閉じる方向へ付勢する弾性部材が配されていることを特徴とすることができる。   Further, according to one aspect of the antifreeze-water decanter according to the present invention, a ring including an insertion hole so that the water draining valve body is guided in the vertical direction by the middle shaft portion of the cotter shaft being inserted. An elastic member is disposed between the water draining valve body and the water blocking valve body to bias the water draining valve body in the direction to close the drainage port of the water draining passage. Can be characterized.

本発明にかかるバルブ、水栓及び不凍水抜栓によれば、より均一且つより小さな操作抵抗で閉塞操作ができるという特別有利な効果を奏する。   According to the valve, the faucet, and the antifreeze water decanter according to the present invention, it is possible to obtain the special advantageous effect that the closing operation can be performed with more uniform and smaller operation resistance.

本発明にかかる水栓の形態例であって止水状態を示す断面図である。It is a cross-sectional view showing an embodiment of a water faucet according to the present invention in a water stop state. 図1の形態例の要部を示す要部断面図である。It is principal part sectional drawing which shows the principal part of the embodiment of FIG. 図1の形態例の通水状態を示す要部断面図である。It is principal part sectional drawing which shows the water flow state of the embodiment of FIG. 本発明にかかる不凍水抜栓の形態例であって水抜きがなされている状態を示す断面図である。It is a cross-sectional view showing an embodiment of the antifreeze water decanter according to the present invention in which water is drained. 図4の形態例の要部を示す要部断面図である。It is principal part sectional drawing which shows the principal part of the embodiment of FIG. 図4の形態例の通水時の状態を示す要部断面図である。It is principal part sectional drawing which shows the state at the time of water flow of the embodiment of FIG.

以下、本発明にかかる水栓の形態例を添付図面(図1〜3)に基づいて説明する。この水栓は、本体10の内部に、止水用弁体31の上下の変位によって通水路11の開閉を行う通水開閉弁部30が設けられ、止水用弁体31の上下の操作を行う上下動操作機構70を備えている。   Hereinafter, embodiments of a faucet according to the present invention will be described based on the attached drawings (FIGS. 1 to 3). This faucet is provided with a water flow on-off valve unit 30 for opening and closing the water flow passage 11 by displacement of the water blocking valve body 31 in the inside of the main body 10, and the upper and lower operation of the water blocking valve body 31 A vertical movement operating mechanism 70 is provided.

そして、止水用弁体31が固定状態に配される先端軸部51と、その先端軸部51の上側に設けられたピストン状軸部53と、そのピストン状軸部53の上側に設けられて上下動操作機構70に連結される後端連結部54とが設けられたコマ軸50を備え、そのコマ軸50のピストン状軸部53が、通水開閉弁部30の連通口12及び弁座13が設けられている本体10の通水路11を形成する部位よりも上側に設けられたスリーブ状部14の内部に、上下に変位可能にシールされて配され、コマ軸50には、スリーブ状部14の内部であってピストン状軸部53の上側と、通水路11とを連通する連通軸孔55が設けられている。   The tip end shaft portion 51 on which the water blocking valve body 31 is disposed in a fixed state, the piston shaped shaft portion 53 provided on the top side of the tip end shaft portion 51, and the top side of the piston shaped shaft portion 53 Of the rear end connecting portion 54 connected to the vertical movement operation mechanism 70, and the piston shaft portion 53 of the top shaft 50 is the communication port 12 of the water flow on-off valve portion 30 and the valve The sleeve 13 is disposed so as to be vertically displaceable and disposed inside a sleeve-like portion 14 provided on the upper side of the portion forming the water flow passage 11 of the main body 10 where the seat 13 is provided. A communication shaft hole 55 is provided which communicates with the water flow passage 11 and the upper side of the piston-like shaft portion 53, which is inside the ring-shaped portion 14.

これによれば、圧水が連通軸孔55によって連通するため、ピストン状軸部53の上側と、ピストン状軸部53の通水路11の側との間の水圧が同等となるため、図3の通水状態から図1及び2に示す止水状態とする止水操作を、より均一且つより小さな操作抵抗で行うことができるという特別有利な効果を奏する。すなわち、止水用弁体31が連通口12を完全に閉塞するまで、操作にかかる抵抗が増大しないため、軽い力でスムースに操作できる。   According to this, since the pressure water is communicated by the communicating shaft hole 55, the hydraulic pressure between the upper side of the piston shaft 53 and the side of the water passage 11 of the piston shaft 53 becomes equal, as shown in FIG. The water stop operation from the water flow state to the water stop state shown in FIGS. 1 and 2 has a particularly advantageous effect of being able to be performed with more uniform and smaller operation resistance. That is, since the resistance applied to the operation does not increase until the water blocking valve body 31 completely closes the communication port 12, the operation can be smoothly performed with a light force.

次に、本発明にかかる不凍水抜栓の形態例を添付図面(図4〜6)に基づいて詳細に説明する。この不凍水抜栓は、本体10の内部に、止水用弁体31の上下の変位によって通水路11の開閉を行う通水開閉弁部30の上側に、水抜用弁体41の上下の変位によって水抜通路20の開閉を行う水抜開閉弁部40が配され、通水開閉弁部30及び水抜開閉弁部40が上下動操作機構70による上下動で連係操作され、通水と水抜きとの切換えを行う水抜きができる水栓になっている。   Next, an embodiment of the antifreeze water decanter according to the present invention will be described in detail based on the attached drawings (FIGS. 4 to 6). The antifreeze water decanter is an upper and lower displacement of the water draining valve body 41 on the upper side of the water flow on-off valve unit 30 which opens and closes the water passage 11 by the vertical displacement of the water blocking valve body 31 inside the main body 10. The water draining on-off valve unit 40 for opening and closing the water draining passage 20 is disposed, and the water flow on-off valve unit 30 and the water draining on-off valve unit 40 are linked and operated by the vertical movement operation mechanism 70. It is a faucet that can be drained to switch.

50はコマ軸であり、止水用弁体31が固定状態に配される先端軸部51と、その先端軸部51の上側に設けられ水抜用弁体41に挿通された状態でその水抜用弁体41の上下の変位を案内する中途軸部52と、その中途軸部52の上側に設けられたピストン状軸部53と、そのピストン状軸部53の上側に設けられて上下動操作機構70に連結される後端連結部54とを備えるもので、本体10の後述するスリーブ状部14と軸心を同じくしてその軸心に沿って上下に変位できるように配されている。本形態例では先端軸部51から後端連結部54までが、一体的に形成された部材になっている。なお、本形態例の止水用弁体31は、コマ軸50の先端軸部51に、O−リングによってシールされた状態でE形止め輪によって着脱交換できるように固定されている。   Reference numeral 50 denotes a cotter shaft, which is provided at a tip end shaft portion 51 on which the water blocking valve body 31 is disposed in a fixed state and a tip end shaft portion 51 provided above the tip end shaft portion 51 and inserted into a water removing valve body 41 An intermediate shaft portion 52 for guiding the displacement of the valve body 41 up and down, a piston shaft portion 53 provided on the upper side of the intermediate shaft portion 52, and an upper and lower movement mechanism provided on the piston shaft portion 53 A rear end connecting portion 54 connected to 70 is provided so that it can be displaced up and down along the axial center of the main body 10 with the axial center of the later described sleeve-like portion 14 and the same axial center. In this embodiment, the portion from the tip end shaft portion 51 to the rear end connecting portion 54 is an integrally formed member. The water blocking valve body 31 of this embodiment is fixed to the tip end shaft portion 51 of the cotter shaft 50 so as to be removable and replaceable by an E-shaped retaining ring in a state of being sealed by an O-ring.

また、そのコマ軸50のピストン状軸部53が、通水開閉弁部30の連通口12及び弁座13が設けられている本体10の通水路11を形成する部位よりも上側に設けられたスリーブ状部14の内部に、上下に変位可能にシールされて配されている。本形態例では、ピストン状軸部53の外周溝に嵌められた状態に装着された2本のO−リングによってシールがなされている。そして、コマ軸50には、スリーブ状部14の内部であってピストン状軸部53の上側と、通水路11とを連通する連通軸孔55が設けられている。本形態例の連通軸孔55は、コマ軸50の軸心を貫通する形態になっている。   Further, the piston-like shaft portion 53 of the cotter shaft 50 is provided on the upper side of the portion forming the water passage 11 of the main body 10 where the communication port 12 of the water flow on-off valve portion 30 and the valve seat 13 are provided. In the inside of the sleeve-like portion 14, the seal is disposed so as to be displaceable up and down. In this embodiment, the seal is made by two O-rings fitted in the outer peripheral groove of the piston-like shaft 53. The cotter shaft 50 is provided with a communication shaft hole 55 that communicates the water passage 11 with the upper side of the piston shaft portion 53 inside the sleeve-like portion 14. The communication shaft hole 55 in the present embodiment is configured to penetrate the axial center of the cotter shaft 50.

これによれば、圧水が連通軸孔55によって連通するため、ピストン状軸部53の上側と、ピストン状軸部53の通水路11の側との間の水圧が同等となるため、より均一且つより小さな操作抵抗で止水操作を含む通水と水抜きとの切換え操作ができるという特別有利な効果を奏する。すなわち、止水用弁体31が連通口12を完全に閉塞するまで、操作にかかる抵抗が増大しないため、軽い力でスムースに操作できる。   According to this, since the pressure water is communicated by the communicating shaft hole 55, the water pressure between the upper side of the piston shaft 53 and the side of the water passage 11 of the piston shaft 53 becomes equal, and therefore more uniform. And it has the special advantageous effect that switching operation of water flow and water removal including water stop operation can be performed with smaller operation resistance. That is, since the resistance applied to the operation does not increase until the water blocking valve body 31 completely closes the communication port 12, the operation can be smoothly performed with a light force.

また、本形態例では、ピストン状軸部53と、連通口12との直径が同等に設けられている。すなわち、本体10の内部で、通水路11側に開口してピストン状軸部53がシールされた状態で摺動するスリーブ状部14の内径と、通水開閉弁部30の連通口12の内径とが、同等の直径になっており、コマ軸50の上下面について受ける圧力を均衡させることができる。これによれば、コマ軸50が、水圧を上下の両側から均等に受けて、受圧について中立状態とすることができるため、そのコマ軸50上下動操作にかかる抵抗を低減することができ、作業者は軽い力で容易に操作することができる。   Further, in the present embodiment, the diameters of the piston-like shaft portion 53 and the communication port 12 are equal. That is, the inside diameter of the sleeve 14 which opens in the water passage 11 and slides in the sealed state of the piston shaft 53 inside the main body 10 and the inside diameter of the communication port 12 of the water on-off valve 30 Are equal in diameter and can balance the pressure received on the upper and lower surfaces of the cotter shaft 50. According to this, since the cotter shaft 50 can receive water pressure equally from both the upper and lower sides, and can receive a neutral pressure, it is possible to reduce the resistance applied to the cotter shaft 50 up and down movement operation. The person can operate easily with light force.

また、本形態例では、上下動操作機構70が、本体10(上部本体10a)のスリーブ状部14の上側で同軸に設けられた雌螺子部16に、雄螺子部71aを備えるスピンドル71が螺合し、そのスピンドル71の先端連結部71bが、回転動は伝達しないで上下動を伝達するように、コマ軸50の後端連結部54に回転自在且つ上下方向に一体化するように連結されることで構成されている。さらに、本形態例では、この上部本体10aの雌螺子部16の上側には、軸シール部17が同軸に設けられており、内周溝に嵌められた状態に装着された2本のO−リングによってスピンドル71に対するシールがなされている。これによれば、シンプルな構成で、ハンドル73の回転動作によってコマ軸50の上下動操作を、確実に行うことができる。また、56はワッシャであり、コマ軸50とスリーブ状部14の上底部に介在して両者を保護できるように、本形態例では樹脂によって形成されている。   Further, in the present embodiment, the spindle 71 including the male screw portion 71a is screwed to the female screw portion 16 coaxially provided on the upper side of the sleeve-like portion 14 of the main body 10 (upper main body 10a). And the tip end coupling portion 71b of the spindle 71 is rotatably and vertically integrally coupled to the rear end coupling portion 54 of the cotter shaft 50 so as to transmit vertical movement without transmitting rotational movement. Is made up of Furthermore, in the present embodiment, the shaft seal portion 17 is coaxially provided on the upper side of the female screw portion 16 of the upper main body 10a, and the two O-'s attached in a state of being fitted in the inner circumferential groove. The ring seals the spindle 71. According to this, it is possible to reliably perform the vertical movement operation of the cotter shaft 50 by the rotation operation of the handle 73 with a simple configuration. Reference numeral 56 denotes a washer, which is formed of resin in this embodiment so that it can be interposed between the upper shaft of the cotter shaft 50 and the sleeve-like portion 14 to protect both.

また、本形態例では、本体10が、通水路11を形成する下部本体10bと、スリーブ状部14及び水抜通路20を形成する上部本体10aとによって構成されている。すなわち、本形態例では、上部本体10aに、スリーブ状部14と、そのスリーブ状部14を形成する周壁15に水抜通路20とが形成されており、シンプルな形態で合理的なデザインになっている。   Further, in the present embodiment, the main body 10 is constituted by the lower main body 10 b forming the water flow passage 11 and the upper main body 10 a forming the sleeve-like portion 14 and the drainage passage 20. That is, in the present embodiment, the upper main body 10a is formed with the sleeve-like portion 14 and the drainage passage 20 in the peripheral wall 15 forming the sleeve-like portion 14, so that the simple design makes a rational design. There is.

さらに、本形態例では、水抜用弁体41が、挿通孔44を備えるリング状に形成されており、その挿通孔44に、コマ軸50の中途軸部52が挿通された状態となっていることで上下方向に案内される。そして、その水抜用弁体の下面45と止水用弁体の上面35との間に、その水抜用弁体41を水抜通路20の排水口21を閉じる方向へ付勢する弾性部材60が配されている。また、この水抜用弁体41は、コマ軸50の下方の変位によって、ピストン状軸部53の段部下面53aが当接されて下方へ押圧されることで、水抜通路20の排水口21を開くように配されている(図4及び5を参照)。なお、本形態例の排水口21は上部本体10aの下面にリング状の溝状に形成されている。   Furthermore, in the present embodiment, the water draining valve body 41 is formed in a ring shape including the insertion hole 44, and the middle shaft portion 52 of the cotter shaft 50 is inserted into the insertion hole 44. It is guided in the vertical direction. Then, between the lower surface 45 of the water drain valve body and the upper surface 35 of the water shutoff valve member, an elastic member 60 is disposed which biases the water drain valve body 41 in the direction closing the drainage port 21 of the water drain passage 20. It is done. Further, the lower surface 53a of the stepped portion 53 of the piston-like shaft portion 53 is abutted against the water discharge valve body 41 by the downward displacement of the cotter shaft 50 and pushed downward, thereby the drainage port 21 of the water discharge passage 20 It is arranged to open (see FIGS. 4 and 5). The drainage port 21 in the present embodiment is formed in a ring-like groove on the lower surface of the upper main body 10a.

これによれば、止水用弁体31によって止水が確実になされた後で、水抜用弁体41の下方への変位によって水抜通路20の排水口21が開く操作を適切に行うことができ、図6に示す通水状態(水抜通路20については止水状態)から、図4及び5に示す水抜き状態(通水路11については止水状態)への切り換えを、水漏れを生じさせないように適切に行うことができる。また、反対に、水抜き状態(通水路11については止水状態)から、通水状態(水抜通路20については止水状態)への切り換えについても、同様に、タイムラグを生じさせて水漏れを生じさせないように適切に行うことができる。   According to this, it is possible to properly perform the operation of opening the drainage port 21 of the drainage passage 20 by the downward displacement of the water draining valve member 41 after the water blocking valve member 31 has reliably stopped water. Switching from the water flow state shown in FIG. 6 (water shut-off state for the water discharge passage 20) to the water drained state (water shut-off state for the water passage 11) shown in FIGS. Can be done properly. Also, conversely, switching from the draining state (water blocking state for water passage 11) to the water passing state (water blocking state for drain passage 20) similarly causes a time lag to cause water leakage. It can be done appropriately so as not to cause it.

本形態例の止水用弁体31は、止水弁体基部32及び止水パッキン33によって構成されており、下方に変位した初期の段階で止水パッキン33の下端側に設けられたリング状凸周部33aが弁座状開口である連通口12の弁座内周13bに嵌って仮にシール(周シール)して通水を止めることができ、さらに下方に変位した段階で、止水パッキン33のリング状水平段部であるパッキン下面33bが連通口12の周縁の弁座13の上面シール面13aに当接して、強固にシール(面シール)できる形態になっている。これによれば、連通口12の閉塞シールが確実・強固になされるまでのタイムラグの間に、水抜用弁体41がコマ軸50のピストン状軸部53によって下方に押されて、水抜通路20が開く構成になっている。すなわち、連通口12の閉塞シールが確実且つ適切になされた後に、水抜通路20が適切に開くように設けられており、通水と水抜きとの切換え操作がなされている間に水漏れが起こらない構成になっている。また、反対に水抜き状態から通水状態への切換えがなされる際にも、弾性部材60によって水抜用弁体41を押圧することで排水口21の閉塞シールが確実且つ適切になされた後に、連通口12が適切に開くように設けられており、水漏れが起こらない構成になっている。   The water blocking valve body 31 of the present embodiment is constituted by the water blocking valve base portion 32 and the water blocking packing 33, and is ring-shaped provided on the lower end side of the water blocking packing 33 at the initial stage of downward displacement. The convex peripheral portion 33a can be fitted into the valve seat inner periphery 13b of the communication port 12 which is a valve seat-like opening and temporarily sealed (peripheral seal) to stop the water flow. A packing lower surface 33b, which is a ring-shaped horizontal step 33, abuts on the upper sealing surface 13a of the valve seat 13 at the periphery of the communication port 12 so that the seal (face seal) can be performed firmly. According to this, during the time lag until the closing seal of the communication port 12 is made firmly and firmly, the water draining valve body 41 is pushed downward by the piston-like shaft portion 53 of the cotter shaft 50 and the water draining passage 20 Is configured to open. That is, after the closing seal of the communication port 12 is properly and properly made, the water drainage passage 20 is provided so as to be properly opened, and water leakage occurs while the switching operation between water flow and water drainage is performed. There is no configuration. In addition, also when the switching from the draining state to the water passing state is performed on the contrary, after the closing seal of the drainage port 21 is reliably and appropriately made by pressing the draining valve body 41 by the elastic member 60, The communication port 12 is provided so as to open properly, and is configured to prevent water leakage.

本形態例の本体10は、一方の側部に設けられた一方の連通接続部11a及び他方の側部に設けられた他方の連通接続部11bを備え、内部に一方の連通接続部11aと他方の連通接続部11bとを上下方向(軸方向)に開口して連通させる連通口12を備えると共に、その連通口12の上側に軸方向に開口し、コマ軸50の軸方向への変位をシールして案内するスリーブ状部14を備える。本形態例の一方の連通接続部11aは、水道本管側の管路(配管)に接続され、本形態例の他方の連通接続部11bは、蛇口側の配管に接続されるように設けられている。   The main body 10 of the present embodiment includes one communication connection portion 11a provided on one side and the other communication connection portion 11b provided on the other side, and one communication connection portion 11a and the other are provided inside. The communication port 12 is opened in the vertical direction (axial direction) to communicate with the communication connection portion 11b, and is opened on the upper side of the communication port 12 in the axial direction to seal the displacement of the cotter shaft 50 in the axial direction. And a sleeve-like portion 14 for guiding. One communication connection 11a of this embodiment is connected to a pipe line (piping) on the main water pipe side, and the other communication connection 11b of this embodiment is connected to a pipe on the faucet ing.

また、本形態例の本体10では、一方の連通接続部11aの流路と他方の連通接続部11bの流路とを隔離する隔壁部10eの水平部分に、両者を連通する連通口12が上下方向に開口して設けられ、その連通口12を形成する孔縁が、前述したように止水用弁体31によってシールされる弁座13になっている。なお、本形態例では、一方の連通接続部11aが水道本管に接続されるため、水道水は、連通口12の下側から上側へ流れる。   Further, in the main body 10 of the present embodiment, the communication port 12 for communicating the two in the horizontal portion of the partition 10e separating the flow passage of the one communication connection 11a from the flow passage of the other communication connection 11b. The hole edge provided in the direction and forming the communication port 12 is the valve seat 13 sealed by the water blocking valve body 31 as described above. In the present embodiment, since one communication connection portion 11 a is connected to the water main, the tap water flows from the lower side to the upper side of the communication port 12.

また、本形態例の下部本体10bの上端部には、上部本体10aとその上部本体10aの雄螺子接続部10cに螺合して接続・合体するための雌螺子接続部10dと、外筒80が接続・固定されるための外筒接続用雄螺子部18とが設けられている。また、外筒80の下部で、外筒80の上部本体10aと接続された部位の上側近傍には、砂止めカバー90が装着される装着用孔81と、水抜きによる排水が通過できる排水孔82が設けられている。これにより、水抜きによる排水が、砂止めカバー90の内側を通って外部へ排出されるようになっている。   In the upper end portion of the lower main body 10b of this embodiment, a female screw connection portion 10d for screwing and connecting / merging the upper main body 10a with the male screw connection portion 10c of the upper main body 10a; And an external cylinder connecting male screw portion 18 for connecting and fixing. In the lower part of the outer cylinder 80, in the vicinity of the upper side of the part connected to the upper main body 10a of the outer cylinder 80, a mounting hole 81 for mounting the sand stopper cover 90, and a drainage hole through which drainage by drainage can pass. 82 are provided. Thereby, drainage water is drained to the outside through the inside of the sand stopper cover 90.

本形態例の水抜通路20の構成は、上部本体10aの周壁15に上下に連通する排水連通孔22(水抜通路20)の排水口21が下方へ開口しており、その排水口21を形成する孔縁部の下面が、水抜用弁体41の水抜パッキン43が当接する弁座を形成するシール面になっていると共に、その排水連通孔22を形成する孔縁部の上面が、球弁23が納まって逆止弁の効果を奏するための弁座を構成するように、凹面状に形成されている。なお、24は球弁抑えキャップであり、球弁23が所要のスペース内に納まるように装着されている。   In the configuration of the drainage passage 20 of this embodiment, the drainage port 21 of the drainage communication hole 22 (water drainage passage 20) communicating with the peripheral wall 15 of the upper main body 10 up and down is opened downward, and the drainage port 21 is formed. The lower surface of the hole edge portion is a sealing surface forming a valve seat on which the water removing packing 43 of the water draining valve body 41 abuts, and the upper surface of the hole edge portion forming the drainage communication hole 22 is a ball valve 23 Are formed in a concave shape so as to constitute a valve seat for receiving the effect of the check valve. Reference numeral 24 denotes a ball valve holding cap, and the ball valve 23 is mounted so as to be accommodated in a required space.

本形態例の弾性部材60は、コイルスプリングによって設けられており、その水抜用弁体の下面45になっている部分と止水用弁体の上面35になっている部分との間に配置されている。なお、この弾性部材60の配置は、水抜用弁体41と止水用弁体31との間に、その水抜用弁体41を上方へ付勢するように弾装・配置されていればよく、本実施例に限定されるものではなく、また、弾性部材60はスプリングコイルに限定されず、他の弾性部材を適宜利用できるのは勿論である。   The elastic member 60 of this embodiment is provided by a coil spring, and is disposed between a portion of the lower surface 45 of the water removal valve and a portion of the upper surface 35 of the water blocking valve. ing. The elastic member 60 may be disposed between the water draining valve body 41 and the water blocking valve body 31 so that the water draining valve body 41 is urged upward. Of course, the present invention is not limited to the present embodiment, and the elastic member 60 is not limited to the spring coil, and other elastic members can be appropriately used.

また、本形態例では、操作部である上下動操作機構70が、コマ軸50に連結されるスピンドル71と、そのスピンドル71に連結されるロット72と、そのロット72の上側に装着されたハンドル73とを備え、外筒80の上端に固定されたキャップ75によって、ロット72が軸心に位置するように保持されている。これによれば、上下動操作機構70を、シンプル且つ適切に構成できる。また、本形態例では、キャップ75と本体10との間に内筒76が配置されて構造的な補強がなされており、その内筒76の内部にスピンドル71とロット72とが同軸に挿入されて保護されている。   Further, in the present embodiment, the vertically moving operation mechanism 70 which is the operation unit comprises a spindle 71 connected to the cotter shaft 50, a lot 72 connected to the spindle 71, and a handle attached to the upper side of the lot 72. And 73 and is held by the cap 75 fixed to the upper end of the outer cylinder 80 so that the lot 72 is located at the axial center. According to this, the vertical movement operation mechanism 70 can be configured simply and appropriately. Further, in the present embodiment, the inner cylinder 76 is disposed between the cap 75 and the main body 10 for structural reinforcement, and the spindle 71 and the lot 72 are coaxially inserted into the inner cylinder 76. Are protected.

なお、本発明にかかる操作部である上下動操作機構70は、本形態例のようなスピンドル71によるネジ込み式の上下動作機構に限定されるものではなく、上下方向に変位・移動させて保持することができる動作機構であれば、周知の動作機構を適宜選択的に採用できることは勿論であり、例えば、レバー機構による上下動作機構、スラストロック機構による上下動作機構、またはフック機構による保持を利用した上下動作機構を採用できる。   The vertical movement operation mechanism 70 which is the operation unit according to the present invention is not limited to the screw-up type vertical movement mechanism by the spindle 71 as in this embodiment, but is vertically displaced and moved for holding It is a matter of course that a well-known operation mechanism can be appropriately and selectively adopted as long as it is an operation mechanism that can be used, for example, using the vertical movement mechanism by a lever mechanism, the vertical movement mechanism by a thrust lock mechanism, or holding by a hook mechanism The vertical movement mechanism can be adopted.

また、本発明の技術思想は、水道水などの水のバルブに限定されず、流体の流路を開閉する他のバルブとして応用できる。すなわち、本発明は、本体10の内部に、開閉弁体(水栓の止水用弁体31に相当)の変位によって流路(通水路11)の開閉を行う開閉弁部(水栓の通水開閉弁部30に相当)が設けられ、開閉弁体31の変位操作を行う変位動操作機構(水栓の上下動操作機構70に相当)を備えるバルブに適用でき、開閉弁体31が固定状態に配される先端軸部51と、その先端軸部51に連続して設けられたピストン状軸部53と、そのピストン状軸部53に連続して設けられて変位動操作機構70に連結される後端連結部54とが設けられたコマ軸50を備え、そのコマ軸50のピストン状軸部53が、開閉弁部30の連通口12及び弁座13が設けられている本体10の流路11を形成する部位よりも変位動操作機構70側に設けられたスリーブ状部14の内部に、変位可能にシールされて配され、コマ軸50には、スリーブ状部14の内部であってピストン状軸部53の変位動操作機構70側と、流路11とを連通する連通軸孔55が設けられていることを特徴とすることができる。   Further, the technical concept of the present invention is not limited to the valve of water such as tap water, and can be applied as another valve for opening and closing a fluid flow path. That is, according to the present invention, the on-off valve portion (water faucet is opened and closed) which opens and closes the flow path (water flow passage 11) by displacement of the on-off valve body (corresponding to the water stopping valve body 31 of the water faucet) It can be applied to a valve provided with a displacement movement operation mechanism (corresponding to the vertical movement operation mechanism 70 of a faucet) provided with a water on-off valve unit 30 and performing displacement operation of the on-off valve body 31 The distal end shaft 51 disposed in the state, the piston shaft 53 provided continuously to the distal shaft 51, and the piston shaft 53 connected continuously to the displacement operation mechanism 70 Of the main body 10 in which the piston shaft portion 53 of the top shaft 50 is provided with the communication port 12 of the on-off valve portion 30 and the valve seat 13 A sleeve provided on the side of the displacement operation mechanism 70 with respect to the portion forming the flow passage 11 The part 14 is disposed so as to be displaceably sealed, and the cotter shaft 50 communicates the flow movement 11 with the displacement movement operation mechanism 70 side of the piston-like shaft part 53 which is the inside of the sleeve-like part 14 A communication shaft hole 55 may be provided.

これによれば、地中に埋設されるために上下の位置関係が定まる水栓や不凍水抜栓とは異なって、変位動操作機構70の方向性が限定されないバルブであって、流体の流路の開閉を行うバルブ全般について、適切に応用でき、前述した水栓や不凍水抜栓についての効果と同等の効果を得ることができる。   According to this, unlike the faucet and the antifreeze water stopper whose upper and lower positional relationship is determined to be buried in the ground, it is a valve whose directionality of the displacement motion operation mechanism 70 is not limited, and the flow of fluid The present invention can be appropriately applied to all the valves for opening and closing the passage, and the same effects as the above-described effects of the faucet and the antifreeze water stopper can be obtained.

また、本発明につき好適な形態例を挙げて種々説明してきたが、本発明は以上の形態例に限定されるものではなく、発明の精神を逸脱しない範囲内で多くの改変を施し得るのは勿論のことである。   Further, although the present invention has been variously described by citing preferred embodiments, the present invention is not limited to the above embodiments, and many modifications can be made without departing from the spirit of the present invention. Of course.

10 本体
10a 上部本体
10b 下部本体
10c 雄螺子接続部
10d 雌螺子接続部
10e 隔壁部
11 通水路(流路)
11a 一方の連通接続部
11b 他方の連通接続部
12 連通口
13 弁座
13a 上面シール面
13b 弁座内周
14 スリーブ状部
15 周壁
16 雌螺子部
17 軸シール部
18 外筒接続用雄螺子部
20 水抜通路
21 排水口
22 排水連通孔
23 球弁
24 球弁抑えキャップ
30 通水開閉弁部(開閉弁部)
31 止水用弁体(開閉弁体)
32 止水弁体基部
33 止水パッキン
33a リング状凸周部
33b パッキン下面
35 止水用弁体の上面
40 水抜開閉弁部
41 水抜用弁体
42 水抜弁体基部
43 水抜パッキン
44 挿通孔
45 水抜用弁体の下面
50 コマ軸
51 先端軸部
52 中途軸部
53 ピストン状軸部
53a 段部下面
54 後端連結部
55 連通軸孔
56 ワッシャ
60 弾性部材
70 上下動操作機構(変位動操作機構)
71 スピンドル
71a 雄螺子部
71b 先端連結部
72 ロット
73 ハンドル
75 キャップ
76 内筒
80 外筒
81 装着用孔
82 排水孔
90 砂止めカバー
10 main body 10a upper main body 10b lower main body 10c male screw connection portion 10d female screw connection portion 10e partition wall portion 11 water flow passage (flow path)
11a One communication connection 11b The other communication connection 12 Communication port 13 Valve seat 13a Top seal surface 13b Valve seat inner circumference 14 Sleeve-like portion 15 Peripheral wall 16 Female thread 17 Shaft seal 18 Male thread 20 for external cylinder connection Water drainage passage 21 drainage port 22 drainage communication hole 23 ball valve 24 ball valve holding cap 30 water flow on-off valve portion (on-off valve portion)
31 Water valve body (open / close valve body)
32 water shut off valve base 33 water shut packing 33a ring-shaped convex peripheral part 33b packing lower surface 35 top of water shut off valve 40 water drain on / off valve 41 water drain valve 42 water drain on valve base 43 water drain packing 44 insertion hole 45 water drain Lower surface 50 of the valve body 50 top shaft 51 tip shaft 52 midway shaft 53 53 piston-like shaft 53a step lower surface 54 rear end connection 55 communication shaft hole 56 washer 60 elastic member 70 vertical movement operation mechanism (displacement operation mechanism)
71 spindle 71a male screw portion 71b tip connecting portion 72 lot 73 handle 75 cap 76 inner cylinder 80 outer cylinder 81 mounting hole 82 drainage hole 90 sand stopper cover

Claims (7)

本体の内部に、開閉弁体の変位によって流路の開閉を行う開閉弁部が設けられ、前記開閉弁体の変位操作を行う変位動操作機構を備えるバルブにおいて、
前記開閉弁体が固定状態に配される先端軸部と、該先端軸部に連続して設けられたピストン状軸部と、該ピストン状軸部に連続して設けられて前記変位動操作機構に連結される後端連結部とが設けられたコマ軸を備え、
該コマ軸の前記ピストン状軸部が、前記開閉弁部の連通口及び弁座が設けられている前記本体の前記流路を形成する部位よりも前記変位動操作機構側に設けられたスリーブ状部の内部に、変位可能にシールされて配され、
前記コマ軸には、前記スリーブ状部の内部であって前記ピストン状軸部の前記変位動操作機構側と、前記流路とを連通する連通軸孔が設けられていることを特徴とするバルブ。
In the valve, an on-off valve unit for opening and closing the flow path by displacement of the on-off valve body is provided in the inside of the main body, and a displacement operation mechanism for displacing the on-off valve body is provided.
A tip end shaft portion on which the open / close valve body is disposed in a fixed state, a piston shaped shaft portion continuously provided on the tip end shaft portion, and the displacement motion operation mechanism provided continuously on the piston shaped shaft portion And a cotter shaft provided with a rear end connection portion connected to the
The piston-like shaft portion of the cotter shaft is a sleeve shape provided closer to the displacement movement operation mechanism than a portion of the main body where the communication port of the on-off valve portion and the valve seat are provided. Displaced and sealed inside the part,
The coma shaft is provided with a communication shaft hole which is inside the sleeve-like portion and which communicates the displacement movement operation mechanism side of the piston-like shaft portion with the flow passage. .
本体の内部に、止水用弁体の上下の変位によって通水路の開閉を行う通水開閉弁部が設けられ、前記止水用弁体の上下の操作を行う上下動操作機構を備える水栓において、
前記止水用弁体が固定状態に配される先端軸部と、該先端軸部の上側に設けられたピストン状軸部と、該ピストン状軸部の上側に設けられて前記上下動操作機構に連結される後端連結部とが設けられたコマ軸を備え、
該コマ軸の前記ピストン状軸部が、前記通水開閉弁部の連通口及び弁座が設けられている前記本体の前記通水路を形成する部位よりも上側に設けられたスリーブ状部の内部に、上下に変位可能にシールされて配され、
前記コマ軸には、前記スリーブ状部の内部であって前記ピストン状軸部の上側と、前記通水路とを連通する連通軸孔が設けられていることを特徴とする水栓。
Inside the main body, there is a water passage open / close valve part that opens and closes the water flow passage by the up and down displacement of the water blocking valve body, and a faucet provided with a vertical movement operation mechanism for performing the up and down operation of the water blocking valve body. In
A tip end shaft portion on which the water blocking valve body is disposed in a fixed state, a piston shaped shaft portion provided on the upper side of the tip end shaft portion, and the upper side of the piston shaped shaft portion And a cotter shaft provided with a rear end connection portion connected to the
The inside of a sleeve-like portion provided above the portion of the main body where the piston-like shaft portion of the cotter shaft is provided with the communication port of the water flow on-off valve portion and the valve seat , And is arranged to be displaceably sealed up and down,
The faucet according to the present invention is provided with a communicating axial hole which is in the inside of the sleeve-like portion and which connects the upper side of the piston-like axial portion to the water passage.
本体の内部で、止水用弁体の上下の変位によって通水路の開閉を行う通水開閉弁部の上側に、水抜用弁体の上下の変位によって水抜通路の開閉を行う水抜開閉弁部が配され、前記通水開閉弁部及び前記水抜開閉弁部が上下動操作機構による上下動で連係操作され、通水と水抜きとの切換えを行う不凍水抜栓において、
前記止水用弁体が固定状態に配される先端軸部と、該先端軸部の上側に設けられ前記水抜用弁体に挿通された状態で該水抜用弁体の上下の変位を案内する中途軸部と、該中途軸部の上側に設けられたピストン状軸部と、該ピストン状軸部の上側に設けられて前記上下動操作機構に連結される後端連結部とが設けられたコマ軸を備え、
該コマ軸の前記ピストン状軸部が、前記通水開閉弁部の連通口及び弁座が設けられている前記本体の前記通水路を形成する部位よりも上側に設けられたスリーブ状部の内部に、上下に変位可能にシールされて配され、
前記コマ軸には、前記スリーブ状部の内部であって前記ピストン状軸部の上側と、前記通水路とを連通する連通軸孔が設けられていることを特徴とする不凍水抜栓。
Inside the main body, above the water flow on-off valve that opens and closes the water flow path by the vertical displacement of the water blocking valve, the water drain on-off valve that opens and closes the water drainage passage by the vertical displacement of the water draining valve. The antifreeze water decanter is disposed, and the water flow on / off valve unit and the water drain on / off valve unit are linkedly operated by vertical motion by a vertical motion operation mechanism to switch between water flow and water drain,
A distal end shaft portion on which the water blocking valve body is disposed in a fixed state, and upper and lower ends of the distal end shaft portion guide the vertical displacement of the drainage valve body while being inserted into the drainage valve body A halfway shaft portion, a piston-like shaft portion provided on the upper side of the halfway shaft portion, and a rear end connecting portion provided on the upper side of the piston-like shaft portion and connected to the vertical movement operation mechanism Equipped with a top axis,
The inside of a sleeve-like portion provided above the portion of the main body where the piston-like shaft portion of the cotter shaft is provided with the communication port of the water flow on-off valve portion and the valve seat , And is arranged to be displaceably sealed up and down,
A non-freezing water removal plug according to claim 1, wherein said coma shaft is provided with a communicating shaft hole communicating the upper side of said piston-like shaft portion with said water flow passage inside said sleeve-like portion.
前記ピストン状軸部と、前記連通口との直径が同等に設けられていることを特徴とする請求項3記載の不凍水抜栓   4. The antifreeze water decanter according to claim 3, wherein the diameter of the piston-like shaft and the diameter of the communication port are equal. 前記上下動操作機構が、前記本体のスリーブ状部の上側に設けられた雌螺子部に、雄螺子部を備えるスピンドルが螺合し、該スピンドルの先端連結部が、回転動は伝達しないで上下動を伝達するように、前記コマ軸の後端連結部に回転自在且つ上下方向に一体化するように連結されることで構成されていることを特徴とする請求項3又は4記載の不凍水抜栓。   In the female screw portion provided on the upper side of the sleeve-like portion of the main body, the spindle provided with the male screw portion is screwed with the vertical movement operation mechanism, and the tip end connection portion of the spindle does not transmit rotational movement. 5. The antifreeze as set forth in claim 3, wherein the antifreeze is connected to the rear end connecting portion of the cotter shaft so as to be rotatable and integrally integrated in the vertical direction so as to transmit motion. Drain the water. 前記本体が、前記通水路を形成する下部本体と、前記スリーブ状部及び前記水抜通路を形成する上部本体とによって構成されていることを特徴とする請求項3〜5のいずれかに記載の不凍水抜栓。   The said main body is comprised by the lower main body which forms the said water flow path, and the upper main body which forms the said sleeve-like part and the said drainage path. Frozen water removal. 前記水抜用弁体が、前記コマ軸の中途軸部が挿通されることで上下方向に案内されるように挿通孔を備えるリング状に形成されており、該水抜用弁体と前記止水用弁体との間に、該水抜用弁体を前記水抜通路の排水口を閉じる方向へ付勢する弾性部材が配されていることを特徴とする請求項3〜6のいずれかに記載の不凍水抜栓。   The water draining valve body is formed in a ring shape having an insertion hole so as to be guided in the vertical direction by the middle shaft portion of the cotter shaft being inserted, and the water draining valve body and the water blocking valve An elastic member for urging the water draining valve body in a direction to close the drainage port of the water draining passage is disposed between the valve body and the valve body. Frozen water removal.
JP2017244677A 2017-12-21 2017-12-21 Valve, faucet and antifreeze water draining plug Pending JP2019112771A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113585059A (en) * 2021-07-07 2021-11-02 钱璞 Bridge is ooff valve for wash-out pipe
CN114017514A (en) * 2021-11-22 2022-02-08 台州市艾伦环保科技有限公司 Explosion-proof type anti-freezing water tap

Citations (3)

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Publication number Priority date Publication date Assignee Title
JPS5341819A (en) * 1976-09-29 1978-04-15 Takemura Seisakushiyo Kk Electric power driven drain plug
JPS6113078A (en) * 1984-06-28 1986-01-21 Takemura Seisakusho:Kk Remote operation type water drainage cock
JPH08417U (en) * 1993-12-28 1996-02-27 株式会社光合金製作所 Valve structure of antifreeze faucet

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5341819A (en) * 1976-09-29 1978-04-15 Takemura Seisakushiyo Kk Electric power driven drain plug
JPS6113078A (en) * 1984-06-28 1986-01-21 Takemura Seisakusho:Kk Remote operation type water drainage cock
JPH08417U (en) * 1993-12-28 1996-02-27 株式会社光合金製作所 Valve structure of antifreeze faucet

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113585059A (en) * 2021-07-07 2021-11-02 钱璞 Bridge is ooff valve for wash-out pipe
CN113585059B (en) * 2021-07-07 2024-04-19 钱璞 Switch valve for bridge drainage pipe
CN114017514A (en) * 2021-11-22 2022-02-08 台州市艾伦环保科技有限公司 Explosion-proof type anti-freezing water tap

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