JP3217584U

JP3217584U - Valve structure

Info

Publication number: JP3217584U
Application number: JP2018002112U
Authority: JP
Inventors: 美莉陳
Original assignee: 康勤國際有限公司
Priority date: 2018-06-07
Filing date: 2018-06-07
Publication date: 2018-08-16
Anticipated expiration: 2028-06-07

Abstract

【課題】バルブ構造を提供する。【解決手段】かかるバルブ構造は、中空の柱状構造体であり、かつその両端がそれぞれ開口端及び筒端となっている筐体１０と、筐体１０上に装着されると共に、筐体１０の開口端を封止する開口板２０と、開口板２０上に液密的に装着され、開口板２０に対して回転不能に構成された固定弁座３０と、固定弁座３０上に液密的にかつ回転可能に設けられた可動弁体４０と、操縦組立部材５０とを備え、操縦組立部材５０の第１端５１が、可動弁体４０上に組み付けられると共に、可動弁体４０を固定弁座３０に対して回転するように操作されるものであり、操縦組立部材５０の第２端５２が、筐体１０の筒端に延設貫通されている。好ましい実施形態では、吐水開口１１，導出路５１２を備えている。【選択図】図２A valve structure is provided. The valve structure is a hollow columnar structure, and both ends of the valve structure are an open end and a cylindrical end, and the valve structure is mounted on the case 10 and An opening plate 20 that seals the opening end, a fixed valve seat 30 that is liquid-tightly mounted on the opening plate 20 and configured to be non-rotatable with respect to the opening plate 20, and a liquid-tight on the fixed valve seat 30 And a movable valve body 40 provided rotatably and a steering assembly member 50. A first end 51 of the steering assembly member 50 is assembled on the movable valve body 40, and the movable valve body 40 is fixed to the fixed valve. It is operated so as to rotate with respect to the seat 30, and the second end 52 of the steering assembly member 50 extends through the cylinder end of the housing 10. In a preferred embodiment, the water discharge opening 11 and the outlet path 512 are provided. [Selection] Figure 2

Description

本考案は、バルブ構造に係り、特に、底部から給水をして側壁から吐水をすると共に、浄水装置に接続されるための斬新な構造形態の開示に関するものである。 The present invention relates to a valve structure, and more particularly to disclosure of a novel structure for supplying water from the bottom and discharging water from a side wall and connected to a water purifier.

伝統的なバルブ構造における流路に再設計を施すことなしに、その前端に浄水装置を装着した後、やみくもにバルブ構造によってその流路を閉鎖して浄水装置に対抗して発生する逆圧、及び原水によって持続的に浄水装置に作用する水圧を加えることで、前記浄水装置に長時間にわたり二重の圧力を受けるに従って漏水現象を起こさせる問題があった。 Without redesigning the flow path in the traditional valve structure, after installing the water purification device at its front end, the reverse pressure generated against the water purification device by closing the flow path with the valve structure indiscriminately, In addition, there has been a problem of causing a water leakage phenomenon as the water purifier is subjected to double pressure over a long period of time by applying water pressure that continuously acts on the water purifier with raw water.

しかし、浄水装置は、通常、水槽内部の隠蔽箇所に取り付けられることから、漏水が見つかった時、状況が既に非常に深刻になってしまい、たとえ漏水検出器を付加して設けたとしても、消費者は、無駄に大きな出費を強いられるおそれがある。 However, since the water purifier is usually attached to a concealed location inside the aquarium, when water leakage is found, the situation has already become very serious, even if a water leakage detector is added. There is a risk that the person will be forced to spend a lot of money.

本考案のバルブ構造は、中空の柱状構造体であり、かつその両端がそれぞれ開口端及び筒端となっている筐体と、前記筐体上に装着されると共に、前記筐体の開口端を封止する開口板と、前記開口板上に液密的に装着され、前記開口板に対して回転不能に構成された固定弁座と、前記固定弁座上に液密的にかつ回転可能に設けられた可動弁体と、操縦組立部材とを備え、前記操縦組立部材の第１端が、前記可動弁体上に組み付けられると共に、前記可動弁体を前記固定弁座に対して回転するように操作されるものであり、前記操縦組立部材の第２端が、前記筐体の筒端に延設貫通されている。 The valve structure of the present invention is a hollow columnar structure and has a casing whose both ends are an open end and a cylindrical end, and is mounted on the casing, and the opening end of the casing is An opening plate to be sealed, a fixed valve seat that is liquid-tightly mounted on the opening plate and configured to be non-rotatable with respect to the opening plate, and liquid-tight and rotatable on the fixed valve seat A movable valve body provided; and a steering assembly member, wherein a first end of the steering assembly member is assembled on the movable valve body and rotates the movable valve body with respect to the fixed valve seat. And the second end of the steering assembly member extends through the cylindrical end of the casing.

本考案は、その開口板、固定弁座、可動弁体及び操縦組立部材の盤体における新規な流路構造と連通方式を利用することにより、使用範囲を広げることができ、浄水装置の使用寿命を延長することができ、浄化水への原水混入を防止することができ、及び多様化に適合できるなどの実用的利点と好適な産業経済（利用）利益を得ることができる。 The present invention can widen the range of use by using a novel flow path structure and communication system in the opening plate, fixed valve seat, movable valve body and control assembly member body, and the service life of the water purification device Therefore, it is possible to prevent the raw water from being mixed into the purified water, and to obtain practical advantages such as adaptability to diversification and suitable industrial economic (utilization) benefits.

本考案の外観斜視図である。1 is an external perspective view of the present invention. 本考案の分解斜視図である。It is an exploded perspective view of the present invention. 本考案の開口板の第２実施形態の外観斜視図である。It is an external appearance perspective view of 2nd Embodiment of the aperture plate of this invention. 本考案の開口板の第２実施形態の平面図である。It is a top view of 2nd Embodiment of the aperture plate of this invention. 本考案の固定弁座の平面図である。It is a top view of the fixed valve seat of this invention. 本考案の固定弁座と可動弁体を別の視角から見た外観斜視図である。It is the external appearance perspective view which looked at the fixed valve seat and movable valve body of this invention from another visual angle. 本考案の断面図である。It is sectional drawing of this invention. 本考案から筐体と操縦組立部材を取り外した後の平面図であり、この時、バルブ構造は、閉鎖状態にある。It is a top view after removing a housing and a steering assembly member from the present invention, and the valve structure is in a closed state at this time. 本考案の動作を示す図であり、この時、本考案は、第１吐水状態にある。It is a figure which shows operation | movement of this invention, and this invention is in a 1st water discharge state at this time. 本考案の動作を示す図であり、この時、本考案は、第２吐水状態にある。It is a figure which shows operation | movement of this invention, At this time, this invention is in a 2nd water discharge state.

図１、図２、図５、図６に示すのは、本考案のバルブ構造の好適な実施形態である。上記バルブ構造は、中空の柱状構造体であり、かつその両端がそれぞれ開口端及び筒端となっている筐体１０と、前記筐体１０上に装着されると共に、前記筐体１０の開口端を封止する開口板２０と、前記開口板２０上に液密的に装着され、前記開口板２０に対して回転不能に構成された固定弁座３０と、前記固定弁座３０上に液密的にかつ回転可能に設けられた可動弁体４０と、操縦組立部材５０とを備え、前記操縦組立部材５０の第１端が、前記可動弁体４０上に組み付けられると共に、前記可動弁体４０を前記固定弁座３０に対して回転するように操作されるものであり、前記操縦組立部材５０の第２端が、前記筐体１０の筒端に延設貫通されている。 FIGS. 1, 2, 5, and 6 show preferred embodiments of the valve structure of the present invention. The valve structure is a hollow columnar structure, and both ends of the valve structure are an open end and a cylindrical end, and the open end of the case 10 is mounted on the case 10. A fixed valve seat 30 that is liquid-tightly mounted on the opening plate 20 and configured to be non-rotatable with respect to the opening plate 20, and a liquid-tight seal on the fixed valve seat 30. A movable valve body 40 provided rotatably and rotatably, and a steering assembly member 50. A first end of the steering assembly member 50 is assembled on the movable valve body 40, and the movable valve body 40 is provided. The second end of the steering assembly member 50 extends through the cylinder end of the housing 10 and penetrates.

前記筐体１０の側周壁上には、少なくとも１つの吐水開口１１が形成され、かつ前記筐体１０の内壁上には、少なくとも２つの係止孔１２が形成され、本考案の好適な実施形態において、前記筐体１０の内壁上には、等間隔おきに配列された３つの係止孔１２が形成される。 At least one water discharge opening 11 is formed on the side peripheral wall of the housing 10, and at least two locking holes 12 are formed on the inner wall of the housing 10. 3, three locking holes 12 arranged at regular intervals are formed on the inner wall of the housing 10.

前記開口板２０は、その中央部位に軸方向に形成された第１給水流路２１と、前記開口板２０上に軸方向に形成されると共に、前記第１給水流路２１の外縁に位置する少なくとも１本の第２給水流路２２と、前記開口板２０上に軸方向に形成されると共に、前記第１給水流路２１の外縁に位置する吐水流路２３とを有し、前記第１給水流路２１は、原水水源に接続するために用いられ、少なくとも１本の前記第２給水流路２２は、浄水装置の相対応する流出口に接続するために用いられ、前記吐水流路２３は、前記浄水装置の流入口に接続するために用いられる。本考案の好適な実施形態において、前記開口板２０上には、２本の第２給水流路２２が軸方向に形成され、前記開口板２０の吐水流路２３が円弧状に設置され、かつその両端は、それぞれ前記開口板２０上の相対応する第２給水流路２２の方向へ延在する。さらに、図３、図４に示すのは、本考案の開口板２０の第２の好適な実施形態であり、この好適な実施形態において、前記開口板２０Ａの吐水流路２３Ａは、弧形スロット２３１を含み、かつ前記弧形スロット２３１の底部中間部に吐水口２３２が形成され、前記吐水口２３２は、前記浄水装置の流入口に接続するために用いられる。 The opening plate 20 is axially formed on the opening plate 20 in the axial direction at the central portion thereof, and is positioned on the outer edge of the first water supply channel 21. At least one second water supply channel 22; and a water discharge channel 23 formed on the opening plate 20 in the axial direction and positioned at the outer edge of the first water supply channel 21; The water supply channel 21 is used to connect to the raw water source, and at least one of the second water supply channels 22 is used to connect to a corresponding outlet of the water purifier, and the water discharge channel 23 is used. Is used to connect to the inlet of the water purifier. In a preferred embodiment of the present invention, two second water supply passages 22 are formed on the opening plate 20 in the axial direction, the water discharge passage 23 of the opening plate 20 is installed in an arc shape, and Both ends thereof extend in the direction of the corresponding second water supply flow path 22 on the opening plate 20. 3 and 4 show a second preferred embodiment of the opening plate 20 of the present invention. In this preferred embodiment, the water discharge channel 23A of the opening plate 20A has an arc-shaped slot. The water outlet 232 is formed in the bottom middle part of the arc-shaped slot 231, and the water outlet 232 is used to connect to the inlet of the water purifier.

前記固定弁座３０は、その中央部位に軸方向に形成された第１給水孔３１と、前記固定弁座３０上に軸方向に形成された少なくとも１つの第２給水孔３２と、前記固定弁座３０に軸方向に形成された少なくとも１つの吐水孔３３とを有し、前記固定弁座３０の第１給水孔３１が、前記開口板２０の第１給水流路２１と相互に連通し、前記固定弁座３０の少なくとも１つの第２給水孔３２が、前記開口板２０の少なくとも１本の第２給水流路２２と相互に連通し、前記固定弁座３０上の吐水孔３３が、前記開口板２０の吐水流路２３と相互に連通する。本考案の好適な実施形態において、前記固定弁座３０上には、２つの第２給水孔３２が軸方向に形成され、前記固定弁座３０上の各第２給水孔３２が、前記開口板２０上の相対応する第２給水流路２２と相互に連通する。前記固定弁座３０上には、２つの吐水孔３３が形成され、前記固定弁座３０の各吐水孔３３が、それぞれ前記開口板２０上の吐水流路２３と相互に連通する。図５に示すように、前記固定弁座３０で前記可動弁体４０に対面する端面を、相互に直交するＸ軸６０とＹ軸７０とによって４つの象限に区分する場合に、前記固定弁座３０の２つの吐水孔３３は、それぞれ第１象限と第２象限とに分けて位置するもので、また前記固定弁座３０の２つの第２給水孔３２は、それぞれ第３象限と第４象限とに分けて位置するもので、そのうち、第１象限に位置する吐水孔３３は、使用上、第３象限に位置する前記第２給水孔３２に対応するように配置されて、第２象限に位置する吐水孔３３は、使用上、第４象限に位置する前記第２給水孔３２に対応するように配置されている。前記固定弁座３０において、第３象限と第４象限とに位置する第２給水孔３２は、それぞれ前記開口板２０中の相対応する第２給水流路２２を経由すると共に、それぞれ浄水装置（図示せず）の第１流出口と第２流出口とに相互に連通する。 The fixed valve seat 30 includes a first water supply hole 31 formed in the axial direction at a central portion thereof, at least one second water supply hole 32 formed in the axial direction on the fixed valve seat 30, and the fixed valve. The seat 30 has at least one water discharge hole 33 formed in the axial direction, and the first water supply hole 31 of the fixed valve seat 30 communicates with the first water supply flow path 21 of the opening plate 20, At least one second water supply hole 32 of the fixed valve seat 30 communicates with at least one second water supply flow path 22 of the opening plate 20, and a water discharge hole 33 on the fixed valve seat 30 includes the water discharge hole 33. It communicates with the water discharge passage 23 of the aperture plate 20. In a preferred embodiment of the present invention, two second water supply holes 32 are formed on the fixed valve seat 30 in the axial direction, and each of the second water supply holes 32 on the fixed valve seat 30 is formed on the opening plate. The second water supply flow paths 22 corresponding to each other on 20 communicate with each other. Two water discharge holes 33 are formed on the fixed valve seat 30, and each water discharge hole 33 of the fixed valve seat 30 communicates with the water discharge flow path 23 on the opening plate 20. As shown in FIG. 5, when the end face of the fixed valve seat 30 facing the movable valve body 40 is divided into four quadrants by an X axis 60 and a Y axis 70 orthogonal to each other, the fixed valve seat 30 The two water discharge holes 33 are respectively divided into a first quadrant and a second quadrant, and the two second water supply holes 32 of the fixed valve seat 30 are respectively a third quadrant and a fourth quadrant. Among them, the water discharge hole 33 located in the first quadrant is disposed so as to correspond to the second water supply hole 32 located in the third quadrant, and is in the second quadrant. The water discharge hole 33 located is arrange | positioned so that it may correspond to the said 2nd water supply hole 32 located in a 4th quadrant on use. In the fixed valve seat 30, the second water supply holes 32 positioned in the third quadrant and the fourth quadrant respectively pass through the corresponding second water supply passages 22 in the opening plate 20, and each water purifier ( The first outlet and the second outlet (not shown) communicate with each other.

言い替えれば、固定弁座３０の２つの吐水孔３３と固定弁座３０の２つの第２給水孔３２とは、４つのエリア内にそれぞれ配置され、この４つのエリアは、可動弁体４０と対面する固定弁座３０の表面上で、２行２列の行列に配列されている。吐水孔３３のうち１つは、第２給水孔３２のうち１つが位置するエリアと対角線方向にあるエリアに位置して、一緒に使用される。吐水孔３３のうち別の１つは、第２給水孔３２のうち別の１つが位置するエリアと対角線方向にあるエリアに位置して、一緒に使用される。 In other words, the two water discharge holes 33 of the fixed valve seat 30 and the two second water supply holes 32 of the fixed valve seat 30 are respectively arranged in four areas, and these four areas face the movable valve body 40. Are arranged in a matrix of 2 rows and 2 columns on the surface of the fixed valve seat 30. One of the water discharge holes 33 is located in an area diagonal to the area where one of the second water supply holes 32 is located, and is used together. Another one of the water discharge holes 33 is located in an area diagonal to the area where another one of the second water supply holes 32 is located, and is used together.

さらに、図６、図７に示すように、前記可動弁体４０には、連通スロット４１と、凹溝４２とが形成されている。前記連通スロット４１は、前記可動弁体４０で前記固定弁座３０に対面する一面上に形成され、前記連通スロット４１の第１端が、前記固定弁座３０の第１給水孔３１と相互に連通し、また前記連通スロット４１の第２端が、選択的に前記固定弁座３０上の少なくとも１つの吐水孔３３と相互に連通する。前記凹溝４２は、前記可動弁体４０の側縁に形成されると共に、選択的に前記固定弁座３０上の少なくとも１つの第２給水孔３２と相互に連通する。本考案の好適な実施形態において、前記可動弁体４０上の連通スロット４１が径方向に設置され、前記可動弁体４０が前記固定弁座３０に対して往復回転すると、前記連通スロット４１の第２端が、選択的に前記固定弁座３０上の相対応する吐水孔３３と相互に連通し、かつ前記凹溝４２が、選択的に前記固定弁座３０上の相対応する第２給水孔３２と相互に連通する。 Further, as shown in FIGS. 6 and 7, the movable valve body 40 is formed with a communication slot 41 and a concave groove 42. The communication slot 41 is formed on one surface of the movable valve body 40 facing the fixed valve seat 30, and the first end of the communication slot 41 is mutually connected to the first water supply hole 31 of the fixed valve seat 30. The communication and the second end of the communication slot 41 selectively communicate with at least one water discharge hole 33 on the fixed valve seat 30. The concave groove 42 is formed at a side edge of the movable valve body 40 and selectively communicates with at least one second water supply hole 32 on the fixed valve seat 30. In a preferred embodiment of the present invention, the communication slot 41 on the movable valve body 40 is installed in the radial direction, and when the movable valve body 40 reciprocates with respect to the fixed valve seat 30, Two ends selectively communicate with the corresponding water discharge holes 33 on the fixed valve seat 30, and the concave grooves 42 selectively correspond to the second water supply holes on the fixed valve seat 30. 32 communicate with each other.

前記操縦組立部材５０は、盤体５１と、盤体５１上に同心状に装着された回転軸部５２とを有し、そのうち、前記回転軸部５２は、前記筐体１０の筒端に延設貫通される。かつ前記盤体５１は、前記可動弁体４０の前記固定弁座３０を装着した一面とは異なる一面上に組み付けられて規制される。前記盤体５１には、導入路５１１と、導出路５１２とが形成され、前記盤体５１の導入路５１１が、導出路５１２と前記筐体１０の内部空間によって相互に連通し、かつ前記盤体５１の導入路５１１が、選択的に前記凹溝４２を介して前記固定弁座３０上の少なくとも１つの第２給水孔３２と相互に連通する。さらに、図６に示すように、前記操縦組立部材５０の盤体５１中には、規制部材５３が装着され、前記規制部材５３の自由端部が、選択的に相対応する係止孔１２内に規制され、これにより一時的に前記筐体１０に対して前記操縦組立部材５０を位置決めする。 The steering assembly member 50 includes a panel body 51 and a rotating shaft portion 52 concentrically mounted on the panel body 51, and the rotating shaft portion 52 extends to the cylinder end of the casing 10. It is penetrated. And the said board | substrate body 51 is assembled | attached on one surface different from the surface where the said fixed valve seat 30 of the said movable valve body 40 was mounted | worn, and is controlled. An introduction path 511 and a lead-out path 512 are formed in the panel body 51, and the introduction path 511 of the panel body 51 communicates with each other by the lead-out path 512 and the internal space of the housing 10. The introduction path 511 of the body 51 communicates with the at least one second water supply hole 32 on the fixed valve seat 30 selectively via the concave groove 42. Further, as shown in FIG. 6, a restricting member 53 is mounted in the panel 51 of the steering assembly member 50, and the free end of the restricting member 53 is selectively placed in the corresponding locking hole 12. Accordingly, the steering assembly member 50 is temporarily positioned with respect to the housing 10.

上記の組立構造により、本考案の使用作動態様について以下のように説明する。図８に示すように、本考案が閉鎖状態にある時、前記可動弁体４０の連通スロット４１の第２端が、固定弁座３０によって封止されるので、原水は、前記開口板２０の第１給水流路２１と固定弁座３０の第１給水孔３１のみを経由して前記可動弁体４０の連通スロット４１にまで入れ込まれるが、本考案から流れ出て前記浄水装置に入れ込まれず、当然に浄化水を供給することができないことになる。 The use operation mode of the present invention will be described as follows with the above assembly structure. As shown in FIG. 8, when the present invention is in the closed state, the second end of the communication slot 41 of the movable valve body 40 is sealed by the fixed valve seat 30. Although only the first water supply passage 21 and the first water supply hole 31 of the fixed valve seat 30 are inserted into the communication slot 41 of the movable valve body 40, the movable valve body 40 flows out of the present invention and does not enter the water purifier. Of course, purified water cannot be supplied.

図９に示すように、使用者が前記操縦組立部材５０を利用して図８中の矢印Ｒ１の方向に沿って前記固定弁座３０に対して前記可動弁体４０を回動した後、前記規制部材５３が相対応する側辺の係止孔１２内に規制される。前記連通スロット４１の第２端が、前記固定弁座３０の第１象限に位置する吐水孔３３と相互に連通し、かつ前記凹溝４２が、前記固定弁座３０上の第３象限に位置する第２給水孔３２と相互に連通し、また前記固定弁座３０上において、第２象限に位置する吐水孔３３及び第４象限に位置する第２給水孔３２は、前記可動弁体４０によって封止される。この時、原水は、前記開口板２０の第１給水流路２１及び前記固定弁座３０上の第１給水孔３１を経由して前記可動弁体４０の連通スロット４１内に入れ込まれ、それから前記固定弁座３０の第１象限に位置する吐水孔３３及び前記開口板２０，２０Ａの吐水流路２３，２３Ａを経由して浄水装置内に入れ込まれる。そして濾過後の浄化水は、前記浄水装置の第１流出口を介して前記開口板２０上の相対応する第２給水流路２２と前記固定弁座３０の第３象限に位置する第２給水孔３２を通過した後、順次に前記可動弁体４０上の凹溝４２と前記盤体５１の導入路５１１を介して前記筐体１０の内部空間に入れ込まれ、最後に前記盤体５１の導出路５１２と前記筐体１０上の吐水開口１１を利用してバルブ構造の外へ送り出されることとなる。 As shown in FIG. 9, after the user rotates the movable valve body 40 with respect to the fixed valve seat 30 along the direction of the arrow R1 in FIG. The restricting member 53 is restricted in the corresponding locking hole 12 on the side. The second end of the communication slot 41 communicates with the water discharge hole 33 located in the first quadrant of the fixed valve seat 30, and the concave groove 42 is located in the third quadrant on the fixed valve seat 30. The water supply hole 33 located in the second quadrant and the second water supply hole 32 located in the fourth quadrant on the fixed valve seat 30 are connected to each other by the movable valve body 40. Sealed. At this time, the raw water is introduced into the communication slot 41 of the movable valve body 40 via the first water supply passage 21 of the opening plate 20 and the first water supply hole 31 on the fixed valve seat 30, and then The water is inserted into the water purifier through the water discharge hole 33 located in the first quadrant of the fixed valve seat 30 and the water discharge passages 23 and 23A of the opening plates 20 and 20A. And the purified water after filtration is the 2nd water supply located in the 3rd quadrant of the 2nd water supply flow path 22 and the said fixed valve seat 30 corresponding to the said opening board 20 via the 1st outflow port of the said water purifier. After passing through the hole 32, it is sequentially inserted into the internal space of the casing 10 through the concave groove 42 on the movable valve body 40 and the introduction path 511 of the board body 51, and finally the board body 51 It will be sent out of the valve structure using the outlet path 512 and the water discharge opening 11 on the housing 10.

図１０に示すように、使用者が前記操縦組立部材５０を利用して図８中の矢印Ｒ２の方向に沿って前記固定弁座３０に対して前記可動弁体４０を回動した後、前記規制部材５３が相対応する側辺の係止孔１２内に規制される。前記可動弁体４０の連通スロット４１の第２端が、前記固定弁座３０の第２象限に位置する吐水孔３３と相互に連通し、かつ前記凹溝４２が、前記固定弁座３０上の第４象限に位置する第２給水孔３２と相互に連通し、また前記固定弁座３０上において、第１象限に位置する吐水孔３３及び第３象限に位置する第２給水孔３２は、前記可動弁体４０によって封止される。この時、原水は、前記開口板２０の第１給水流路２１及び前記固定弁座３０上の第１給水孔３１を経由して前記可動弁体４０の連通スロット４１内に入れ込まれ、それから前記固定弁座３０の第２象限に位置する吐水孔３３及び前記開口板２０，２０Ａの吐水流路２３，２３Ａを経由して浄水装置内に入れ込まれる。そして濾過後の浄化水は、前記浄水装置の第２流出口を介して前記開口板２０上の相対応する第２給水流路２２と前記固定弁座３０の第４象限に位置する第２給水孔３２を通過した後、順次に前記可動弁体４０上の凹溝４２と前記盤体５１の導入路５１１を介して前記筐体１０の内部空間に入れ込まれ、最後に前記盤体５１の導出路５１２と前記筐体１０上の吐水開口１１を利用してバルブ構造の外へ送り出されることとなる。 As shown in FIG. 10, after the user rotates the movable valve body 40 with respect to the fixed valve seat 30 along the direction of the arrow R2 in FIG. The restricting member 53 is restricted in the corresponding locking hole 12 on the side. The second end of the communication slot 41 of the movable valve body 40 communicates with the water discharge hole 33 located in the second quadrant of the fixed valve seat 30, and the concave groove 42 is on the fixed valve seat 30. The second water supply hole 32 located in the fourth quadrant communicates with the second water supply hole 32, and on the fixed valve seat 30, the water discharge hole 33 located in the first quadrant and the second water supply hole 32 located in the third quadrant are The movable valve body 40 is sealed. At this time, the raw water is introduced into the communication slot 41 of the movable valve body 40 via the first water supply passage 21 of the opening plate 20 and the first water supply hole 31 on the fixed valve seat 30, and then The water is inserted into the water purifier through the water discharge hole 33 located in the second quadrant of the fixed valve seat 30 and the water discharge passages 23 and 23A of the opening plates 20 and 20A. And the purified water after filtration is the 2nd water supply located in the 4th quadrant of the 2nd water supply flow path 22 and the said fixed valve seat 30 which correspond on the said opening board 20 via the 2nd outflow port of the said water purifier. After passing through the hole 32, it is sequentially inserted into the internal space of the casing 10 through the concave groove 42 on the movable valve body 40 and the introduction path 511 of the board body 51, and finally the board body 51 It will be sent out of the valve structure using the outlet path 512 and the water discharge opening 11 on the housing 10.

以上の記述を総合すると、本考案にかかるバルブ構造は、確実に下記のような利点を有する。 In summary of the above description, the valve structure according to the present invention surely has the following advantages.

１、広い使用範囲について、本考案の全ての原水の給水・吐水流路及び浄化水の給水流路は、開口板上に設置され、かつ浄化水の吐水開口は、前記筐体上に側方向に設けられることで、前記操縦組立部材についての構造上に制限がより少なくなるに従って、前記操縦組立部材を各種の異なる蛇口形式に合わせて異なる構成を施すことができて、バルブ構造の適用範囲を拡大させることが可能となる。 1. For a wide range of use, all of the raw water supply / discharge channel and purified water supply channel of the present invention are installed on the opening plate, and the purified water discharge port is located laterally on the casing. As the structure of the steering assembly member becomes less limited, the steering assembly member can be configured differently according to various different faucet types, and the application range of the valve structure can be increased. It can be enlarged.

２、浄水装置の使用寿命の延長について、本考案は、オリジナルな流路構造のため、組立完了後、原水の輸送管路について言えば、前記浄水装置の前端に位置し、かつ一般のバルブ構造を構成する当初から、静圧試験、液密試験及び水撃試験などの課題を考慮した上で、本考案が閉鎖状態にある時、管路中の水圧を遮断することができ、浄水装置中の水密構成部材の使用寿命を延長することができて、メンテナンス頻度を減少させることが可能となる。 2. Regarding the extension of the service life of the water purifier, the present invention is an original flow path structure. Therefore, after assembly is completed, the raw water transport pipeline is located at the front end of the water purifier and is a general valve structure. The water pressure in the pipeline can be shut off when the present invention is in a closed state after considering the problems such as static pressure test, liquid tightness test and water hammer test from the beginning The service life of the watertight component can be extended, and the maintenance frequency can be reduced.

３、浄化水への原水混入の防止について、本考案は、その閉鎖切替位置をその２つの吐水切替位置の間に設置しているので、２つの吐水切替位置を切り替える時、予め閉鎖切替位置に戻すことが不可避であり、確実に浄化水への原水混入現象を防止することができる。 3. Regarding the prevention of raw water mixing into the purified water, the present invention has its closure switching position between the two water discharge switching positions, so when switching between the two water discharge switching positions, it is set to the closure switching position in advance. It is inevitable to return it, and the raw water mixing phenomenon into the purified water can be surely prevented.

４、多様化使用について、本考案の開口板に２本の（浄化水）第２給水流路が設置され、かつ前記開口板上の２本の第２給水流路が、またそれぞれ前記浄水装置の２つの流出口に接続される。従って前記浄水装置中に２つの濾過芯を装着してもよく、例えば、第１流出口から供給された浄化水が単一の濾過芯を経た水である一方、第２流出口から供給された浄化水が２つの濾過芯を経た水であってよい。こうして使用者の実際要求に応じて異なる吐水切替位置を選択することができて、浄水装置中の濾過芯の使用寿命を延長することができる。さらに、２つの濾過芯を異なる浄水機能に設定することもでき、それから独立の流路を利用してそれぞれ前記第１流出口と第２流出口とに接続されると同様に、異なる吐水切替位置を利用して異なる浄化レベルの浄化水を使用することができる。 4. For diversified use, two (purified water) second water supply channels are installed in the opening plate of the present invention, and the two second water supply channels on the opening plate are respectively connected to the water purifier. Are connected to two outlets. Accordingly, two filtration wicks may be mounted in the water purifier, for example, the purified water supplied from the first outlet is water that has passed through a single filtration wick, while supplied from the second outlet. The purified water may be water that has passed through two filtration cores. Thus, a different water discharge switching position can be selected according to the user's actual request, and the service life of the filter core in the water purifier can be extended. Furthermore, the two filtration cores can be set to different water purification functions, and then connected to the first outlet and the second outlet using independent flow paths, respectively, as well as different water discharge switching positions. It is possible to use purified water of different purification levels using

１０：筐体
１１：吐水開口
１２：係止孔
２０，２０Ａ：開口板
２１：第１給水流路
２２：第２給水流路
２３，２３Ａ：吐水流路
２３１：弧形スロット
２３２：吐水口
３０：固定弁座
３１：第１給水孔
３２：第２給水孔
３３：吐水孔
４０：可動弁体
４１：連通スロット
４２：凹溝
５０：操縦組立部材
５１：盤体
５１１：導入路
５１２：導出路
５２：回転軸部
５３：規制部材
６０：Ｘ軸
７０：Ｙ軸 DESCRIPTION OF SYMBOLS 10: Housing | casing 11: Water discharge opening 12: Locking holes 20, 20A: Opening plate 21: 1st water supply flow path 22: 2nd water supply flow path 23, 23A: Water discharge flow path 231: Arc-shaped slot 232: Water discharge opening 30 : Fixed valve seat 31: 1st water supply hole 32: 2nd water supply hole 33: Water discharge hole 40: Movable valve body 41: Communication slot 42: Groove 50: Steering assembly member 51: Panel body 511: Introducing path 512: Deriving path 52: Rotating shaft 53: Restricting member 60: X axis 70: Y axis

Claims

A casing 10 that is a hollow columnar structure, both ends of which are an open end and a cylindrical end, and is mounted on the casing 10 and seals the open end of the casing 10 An opening plate 20, a fixed valve seat 30 that is liquid-tightly mounted on the opening plate 20 and configured to be non-rotatable with respect to the opening plate 20, and is liquid-tight on the fixed valve seat 30 and A movable valve body 40 provided rotatably, and a steering assembly member 50 which is assembled on the movable valve body 40 and operated to rotate the movable valve body 40 with respect to the fixed valve seat 30. A valve structure comprising:
At least one water discharge opening 11 is formed on the peripheral wall of the housing 10,
The opening plate 20 is formed on the opening plate 20 in the axial direction on the central portion of the opening plate 20, and is formed on the opening plate 20 in the axial direction. It has at least one second water supply passage 22 located on the outer edge, and a water discharge passage 23 formed on the opening plate 20 in the axial direction and located on the outer edge of the first water supply passage 21. ,
The fixed valve seat 30 includes a first water supply hole 31 formed in the axial direction at a central portion of the fixed valve seat 30 and at least one second water supply hole 32 formed in the axial direction on the fixed valve seat 30. And at least one water discharge hole 33 formed in the fixed valve seat 30 in the axial direction,
The first water supply hole 31 of the fixed valve seat 30 communicates with the first water supply flow path 21 of the opening plate 20;
At least one second water supply hole 32 of the fixed valve seat 30 communicates with at least one second water supply flow path 22 of the opening plate 20;
The water discharge hole 33 on the fixed valve seat 30 communicates with the water discharge flow path 23 of the opening plate 20;
The movable valve body 40 is formed in a communication slot 41 formed on one surface of the movable valve body 40 facing the fixed valve seat 30, and a side edge of the movable valve body 40, and selectively A concave groove 42 communicating with at least one second water supply hole 32 on the fixed valve seat 30;
A first end of the communication slot 41 communicates with the first water supply hole 31 of the fixed valve seat 30, and a second end of the communication slot 41 is selectively connected to at least the fixed valve seat 30. Communicate with one of the water discharge holes 33;
The steering assembly member 50 is mounted and concentrically mounted on the disk body 51, and is regulated by being assembled on one surface different from the surface on which the fixed valve seat 30 of the movable valve body 40 is mounted. And a rotating shaft portion 52 extending through the cylindrical end of the housing 10 and passing through the cylindrical end,
The board 51 is formed with an introduction path 511 and a lead-out path 512, and the introduction path 511 of the board 51 communicates with each other by the lead-out path 512 and the internal space of the housing 10, and The valve structure characterized in that the introduction path 511 of the panel body 51 communicates with the at least one second water supply hole 32 on the fixed valve seat 30 selectively through the concave groove 42. .

On the opening plate 20, the two second water supply passages 22 are formed in the axial direction, and on the fixed valve seat 30, two second water supply holes 32 are formed in the axial direction, Each of the second water supply holes 32 on the fixed valve seat 30 communicates with the corresponding second water supply flow path 22 on the opening plate 20, and the water discharge flow path 23 of the opening plate 20 has an arc shape. And both ends thereof extend in the direction of the corresponding second water supply flow path 22 on the opening plate 20, and two water discharge holes 33 are formed on the fixed valve seat 30. The valve structure according to claim 1, wherein each water discharge hole 33 of the fixed valve seat 30 communicates with the water discharge flow path 23 on the opening plate 20.

When the communication slot 41 on the movable valve body 40 is installed in the radial direction, and the movable valve body 40 reciprocates with respect to the fixed valve seat 30, the second end of the communication slot 41 is selectively The corresponding water discharge holes 33 on the fixed valve seat 30 communicate with each other, and the concave grooves 42 selectively communicate with the corresponding second water supply holes 32 on the fixed valve seat 30. The valve structure according to claim 2, wherein:

When the end face of the fixed valve seat 30 facing the movable valve body 40 is divided into four quadrants by the X axis and the Y axis orthogonal to each other, the two water discharge holes 33 of the fixed valve seat 30 are The two second water supply holes 32 of the fixed valve seat 30 are divided into a third quadrant and a fourth quadrant, respectively, in the first quadrant and the second quadrant. Among them, the water discharge hole 33 located in the first quadrant is disposed so as to correspond to the second water supply hole 32 located in the third quadrant, and the water discharge hole 33 located in the second quadrant is used. The valve structure according to claim 2 or 3, wherein the valve structure is disposed so as to correspond to the second water supply hole 32 located in the fourth quadrant in use.