JP3198278U - Faucet fitting with plug - Google Patents

Faucet fitting with plug Download PDF

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JP3198278U
JP3198278U JP2015001820U JP2015001820U JP3198278U JP 3198278 U JP3198278 U JP 3198278U JP 2015001820 U JP2015001820 U JP 2015001820U JP 2015001820 U JP2015001820 U JP 2015001820U JP 3198278 U JP3198278 U JP 3198278U
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faucet
water
plug
water supply
joint
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康信 星原
康信 星原
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康信 星原
康信 星原
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Abstract

【課題】給水配管の漏水箇所の特定が困難な場合において、給水配管の改修工事の時間短縮が図れ、工事費の低減も可能なプラグ付水栓継手を提供する。【解決手段】プラグ付水栓継手10の胴部Aの一端部に、水栓継手16から取り外した吐出水栓15を連通する水栓側開口10aを形成し、かつその胴部Aの他端部に、新設の給水配管を連通する配管側開口10bを形成するとともに、その胴部Aに、吐出水栓15を外した水栓継手16の開口を塞ぐ止水プラグ20を突設する。吐出水栓15が水栓継手16を介して連通された既設の給水配管を放置し、プラグ付水栓継手10を別の給水配管を新設する配管改修工事に利用する。【選択図】図1Provided is a faucet joint with a plug that can reduce the time required for repair work of a water supply pipe and reduce the construction cost when it is difficult to specify a water leakage point of the water supply pipe. A faucet side opening 10a for communicating a discharge faucet 15 removed from a faucet joint 16 is formed at one end of a body A of a faucet joint 10 with a plug, and the other end of the body A is provided. A pipe-side opening 10b that communicates with a newly installed water supply pipe is formed in the section, and a water stop plug 20 that projects the water-stopper plug 16 from which the discharge faucet 15 is removed is provided in the body A. The existing water supply pipe in which the discharge faucet 15 is communicated through the water tap joint 16 is left untouched, and the plug-equipped water faucet joint 10 is used for pipe repair work for newly installing another water supply pipe. [Selection] Figure 1

Description

この考案は、プラグ付水栓継手、詳しくは吐出水栓用の給水配管に水漏れが発生したとき、その改修工事に利用されるプラグ付水栓継手に関する。   The present invention relates to a faucet joint with a plug, and more particularly to a faucet joint with a plug used for repair work when a water leak occurs in a water supply pipe for a discharge faucet.

例えば庭や公園などには、花や木に給水するために水栓柱が設置されているところが多い。この水栓柱は、地中に下端部が埋め込まれる筒状支柱と、筒状支柱の内部空間に収納される垂直パイプと、筒状支柱の上端部の側面から突出される吐出水栓と、垂直パイプの上端部と吐出水栓とを連通する水栓継手と、地中に埋設されて垂直パイプに水(水道水)を導入する給水配管と、垂直パイプの下端部と給水配管とを連通する配管継手とを備えている。
従来の水栓継手としては、例えば、特許文献1の「水栓柱」に開示された一般的なエルボやソケットなどが知られている。
For example, in many gardens and parks, faucet pillars are installed to supply water to flowers and trees. This faucet column has a cylindrical support column in which the lower end portion is embedded in the ground, a vertical pipe accommodated in the internal space of the cylindrical support column, a discharge faucet protruding from the side surface of the upper end portion of the cylindrical support column, The faucet joint that connects the upper end of the vertical pipe and the discharge faucet, the water supply pipe that is buried in the ground and introduces water (tap water) to the vertical pipe, and the lower end of the vertical pipe and the water supply pipe communicate with each other And a piping joint.
As a conventional faucet joint, for example, a general elbow or a socket disclosed in “Water faucet column” of Patent Document 1 is known.

特開2011−179270号公報JP 2011-179270 A

ところで、長年地中に埋設された給水配管は、老朽化してその一部が腐食し、漏水を起こすことがある。その際には、地面を掘って給水配管を露出して漏水個所の特定を行い、その後、この箇所に漏れ止めの処置がなされる。しかしながら、漏水箇所の特定は難しく、給水配管の略全長にわたって地面を掘り起こさなければならない場合も多々ある。その際には、補修作業に手間がかかり、工事費も高騰していた。
このような課題は、キッチンやバスルームなどの吐出水栓に給水するため、建物の壁、床や天井の中に配管された給水配管についても同様であった。すなわち、建物の壁、床や天井の一部を埋め込み配管に沿って壊しながら漏水箇所を探していた。なお、壁を壊さない改修方法として、例えば壁の表面に沿って給水配管を新しく設け、この給水配管に新しい水栓継手を介して吐出水栓を連通するとともに、既設の水栓継手の開口を単体の止水プラグで塞ぎ、かつ壁に現出した吐出水栓の取り付け穴をコ―キング材で埋める方法が考えられる。しかしながら、この方法によれば補修後の壁のデザイン性が低下し、作業工程数も増加するとともに、止水プラグおよび水栓継手の両方が必要となる。
By the way, the water supply pipes buried in the ground for many years may become obsolete and partly corrode to cause water leakage. At that time, the ground is dug to expose the water supply pipe and the location of the water leakage is specified, and then a leakage prevention treatment is taken at this location. However, it is difficult to specify the location of the water leakage, and there are many cases where the ground must be dug up over substantially the entire length of the water supply pipe. At that time, it took time for repair work, and the construction cost was also rising.
Such a problem is the same for water supply pipes piped in the walls, floors, and ceilings of buildings in order to supply water to discharge faucets in kitchens and bathrooms. In other words, a part of the building wall, floor, or ceiling was broken along the embedded piping to find the location of water leakage. As a repair method that does not break the wall, for example, a new water supply pipe is provided along the surface of the wall, a discharge water tap is connected to the water supply pipe via a new water tap joint, and the opening of the existing water tap joint is opened. It is conceivable to close the hole with a single water stop plug and fill the mounting hole of the discharge faucet that appears on the wall with caulking material. However, this method reduces the design of the wall after repair, increases the number of work steps, and requires both a water stop plug and a faucet joint.

そこで、考案者は鋭意研究の結果、このように給水配管の漏水箇所を容易に発見できない場合には、漏水した給水配管を放置して別の給水配管を新設し、その際、水栓継手から外した吐出水栓と新設の給水配管とをプラグ付水栓継手によって連通し、プラグ付水栓継手の止水プラグにより水栓継手の開口を塞ぐようにすれば、上述した課題はすべて解消されることを知見し、この考案を完成させた。   Therefore, as a result of diligent research, if the inventor cannot easily find the leakage point of the water supply pipe, leave the leaked water supply pipe and install another water supply pipe. By connecting the removed discharge faucet and the newly installed water supply pipe with a faucet joint with a plug, and closing the faucet joint opening with a water stop plug of the faucet joint with a plug, all the above-mentioned problems are eliminated. We have found out that this has been completed.

この考案は、給水配管の漏水箇所の特定が困難な場合において、給水配管の改修工事の時間短縮が図れ、工事費の低減が可能なプラグ付水栓継手を提供することを目的としている。   An object of the present invention is to provide a faucet joint with a plug that can shorten the time required for repair work of the water supply pipe and can reduce the work cost when it is difficult to specify the location of the water leak in the water supply pipe.

請求項1に記載の考案は、吐出水栓が水栓継手を介して連結された既設の給水配管をそのまま放置し、別の給水配管を新設し、この別の給水配管に吐出水栓を連結することにより、同じ場所に吐出水栓を設ける配管改修工事に使用されるプラグ付水栓継手であって、胴部の一端部に前記吐出水栓が取り付けられる水栓側開口が、胴部の他端部に前記別の給水配管が接続される配管側開口がそれぞれ形成されるとともに、前記吐出水栓が取り外された水栓継手の開口を塞ぐ止水プラグがこの胴部から突設されたプラグ付水栓継手である。   According to the first aspect of the present invention, the existing water supply pipe connected with the discharge faucet via the water tap joint is left as it is, another water supply pipe is newly installed, and the discharge water tap is connected to the other water supply pipe. The plug faucet joint is used for pipe repair work in which a discharge faucet is provided at the same location, and the faucet side opening to which the discharge faucet is attached to one end of the trunk portion A pipe-side opening to which the other water supply pipe is connected is formed at the other end portion, and a water stop plug that closes the opening of the faucet joint from which the discharge faucet has been removed is protruded from the trunk portion. It is a faucet joint with a plug.

請求項1に記載の考案によれば、例えば風呂場などでの給水配管の漏水箇所の特定が困難な場合、壁に埋設された給水配管を掘り出して漏水個所を特定し、これを塞ぎ、埋め戻すのではなく、漏水した給水配管はそのまま残存・放置して、別の給水配管(壁などから露出した配管)を新設する。そして、吐出水栓を取り外した水栓継手(既存の給水配管の開口)を止水プラグにより塞ぎ、この取り外した吐出水栓を胴部の水栓側開口に連結・接続するとともに、新設の給水配管を、胴部の配管側開口に接続する。
これにより、給水配管の漏水箇所の特定が困難な場合において、給水配管の略全長にわたって既設の水道管を例えば地中や壁内から露出し、漏水箇所を探し出すという作業を行う必要がなくなる。その結果、給水配管の改修工事の時間を短縮することができるとともに、工事費の低減を図ることができる。
According to the first aspect of the present invention, for example, when it is difficult to identify the leakage point of the water supply pipe in a bathroom, etc., the water supply pipe embedded in the wall is dug out to identify the water leakage point, and this is closed and buried. Rather than returning it, leave the leaked water supply pipe as it is and leave it alone and install another water supply pipe (pipe exposed from the wall). Then, the faucet joint from which the discharge faucet has been removed (opening of the existing water supply pipe) is closed with a water stop plug, and this removed discharge faucet is connected to and connected to the faucet side opening of the body, and a new water supply Connect the pipe to the pipe side opening of the trunk.
As a result, when it is difficult to identify the water leakage point of the water supply pipe, it is not necessary to perform an operation of exposing the existing water pipe from substantially the entire length of the water supply pipe, for example, from the ground or inside the wall to find the water leakage point. As a result, it is possible to shorten the time for repair work of the water supply piping and to reduce the construction cost.

給水配管の素材は任意である。例えば、各種の金属や各種の合成樹脂を採用することができる。
既設の給水配管としては、少なくとも一部が地中に埋まった屋外用の埋設配管か、少なくとも一部が屋内の壁、床または天井などの内部に埋め込まれた埋め込み配管とした方が、本考案の効果が顕著となり好ましい。
給水配管を通って吐出水栓から吐出されるものは、水(水道水)でもお湯でもよい。
吐出水栓の種類は限定されない。例えば、庭や公園に立設される水栓柱に用いられる屋外用の吐出水栓でも、キッチンやバスルームなどに設置される屋内用の吐出水栓でもよい。また、吐出水栓は単吐出水栓でも、水とお湯とを混ぜ合わせる混合吐出水栓でもよい。
The material of the water supply pipe is arbitrary. For example, various metals and various synthetic resins can be employed.
As for existing water supply pipes, it is more appropriate to use outdoor pipes that are buried at least partially in the ground, or pipes that are buried at least partially inside indoor walls, floors, or ceilings. The effect of this is remarkable and preferable.
What is discharged from the discharge faucet through the water supply pipe may be water (tap water) or hot water.
The kind of discharge faucet is not limited. For example, it may be an outdoor discharge faucet used for a faucet pillar standing in a garden or a park, or an indoor discharge faucet installed in a kitchen or bathroom. The discharge faucet may be a single discharge faucet or a mixed discharge faucet that mixes water and hot water.

ここでいうプラグ付水栓継手とは、水漏れした既設の給水配管を止水プラグにより塞いで放置し、別の給水配管を新設する吐出水栓用配管の改修工事の際に使用される特殊なジョイントである。
プラグ付水栓継手の素材としては、例えば各種の金属、各種の合成樹脂を採用することができる。
プラグ付水栓継手の種類としては、例えばエルボ、ソケット、チーズなどを採用することができ、その開口の数は、少なくとも水栓側開口と配管側開口とを含む2つ以上である。
プラグ付水栓継手は胴部を本体とし、胴部の一端部と他端部とには、外ねじと内ねじとのうち、何れかが任意に形成される。
プラグ付水栓継手の胴部における突設位置は任意である。
止水プラグの形状、サイズおよび形成方向(長さ方向の向き)は、塞がれる既設の水栓継手の開口部に応じて適宜変更される。
止水プラグは、胴部に分離不能に突設されても、着脱自在に突設されてもよい。
The plug faucet here refers to a special type of pipe used for repairing a discharge faucet pipe where a leaked water supply pipe is closed with a water stop plug, and another water supply pipe is newly installed. It is a joint.
For example, various metals and various synthetic resins can be used as the material of the plug faucet joint.
For example, an elbow, a socket, or cheese can be adopted as the type of the faucet joint with plug, and the number of openings is two or more including at least a faucet side opening and a pipe side opening.
The plug faucet joint has a body portion as a main body, and one of an outer screw and an inner screw is arbitrarily formed at one end portion and the other end portion of the body portion.
The protruding position in the trunk of the faucet joint with plug is arbitrary.
The shape, size, and formation direction (length direction) of the water stop plug are appropriately changed according to the opening of the existing water faucet joint to be closed.
The water stop plug may be provided so as not to be separable from the body portion or may be provided so as to be detachable.

また、請求項2に記載の考案は、前記プラグ付水栓継手は、前記胴部の屈曲部に前記止水プラグが突設されたエルボ、前記胴部の長さ方向の中間部に前記止水プラグが突設されたソケット、前記胴部が有する3つの端部の何れか1つの開口に、前記止水プラグの一端部が挿着されたチーズのうち、何れか1つである請求項1に記載のプラグ付水栓継手である。
チーズ型のプラグ付水栓継手において、胴部の3つの端部の端部のうち、何れか1つの端部の開口に、止水プラグの一端部を挿着する方法としては、例えば止水プラグをブラインドニップル(blind nipple)とし、これをねじ込む方法などを採用することができる。止水プラグは胴部に固定されても、着脱自在でもよい。
In the invention according to claim 2, the water faucet joint with a plug includes an elbow in which the water stop plug protrudes from a bent portion of the trunk portion, and the stopper at an intermediate portion in the longitudinal direction of the trunk portion. A socket with a water plug projecting, and one of the cheeses in which one end of the water stop plug is inserted into any one of the three ends of the body. 1 is a faucet joint with a plug according to 1.
In a cheese faucet joint with a plug, as a method of inserting one end of a water stop plug into an opening of any one of the three end portions of the body, for example, a water stop A method of screwing the plug into a blind nipple can be employed. The water stop plug may be fixed to the body or detachable.

請求項1に記載の考案によれば、給水配管の漏水箇所の特定が困難な場合、漏水した給水配管を放置して別の給水配管を新設する。その際、吐出水栓を取り外した水栓継手の開口をプラグ付水栓継手の止水プラグによって塞ぎ、この水栓継手から取り外した吐出水栓を胴部の水栓側開口に連通するとともに、新設の給水配管を胴部の配管側開口に連通する。
これにより、給水配管の漏水箇所の特定が困難な場合において、給水配管の略全長にわたって既設の水道管を露出し、漏水箇所を探し出すという作業を行う必要がなく、別の給水配管を新設すればよいことから、給水配管の改修工事の時間の短縮を図ることができ、その結果、工事費の低減を図ることができる。
According to the first aspect of the present invention, when it is difficult to identify the water leakage location of the water supply pipe, the water supply pipe that has leaked water is left alone and another water supply pipe is newly installed. At that time, the opening of the faucet joint from which the discharge faucet has been removed is closed by the water stop plug of the faucet joint with plug, and the discharge faucet removed from this faucet joint is communicated with the faucet side opening of the trunk, A new water supply pipe is connected to the pipe side opening of the trunk.
As a result, when it is difficult to identify the location of water leakage in the water supply piping, it is not necessary to expose the existing water pipe over almost the entire length of the water supply piping and to find the location of the water leakage. Since it is good, it is possible to shorten the time for repair work of the water supply pipe, and as a result, it is possible to reduce the construction cost.

この考案の実施例1に係るプラグ付水栓継手の斜視図である。It is a perspective view of the faucet joint with a plug concerning Example 1 of this device. この考案の実施例1に係るプラグ付水栓継手の使用状態の縦断面図である。It is a longitudinal cross-sectional view of the use condition of the faucet joint with a plug concerning Example 1 of this device. この考案の実施例1に係る別のプラグ付水栓継手の斜視図である。It is a perspective view of another faucet joint with a plug concerning Example 1 of this device. この考案の実施例1に係るまた別のプラグ付水栓継手の縦断面図である。It is a longitudinal cross-sectional view of another faucet joint with a plug concerning Example 1 of this device.

以下、この考案の実施例を具体的に説明する。ここでは、屋外設置される水栓柱に適用されるエルボ型のプラグ付水栓継手を例とする。   Hereinafter, embodiments of the present invention will be specifically described. Here, an elbow-type plug faucet joint applied to a faucet column installed outdoors is taken as an example.

図1および図2において、10はこの考案の実施例1に係るプラグ付水栓継手で、このプラグ付水栓継手10は、家庭の庭に設置された水栓柱11において、地中に埋設されて水漏れを起こした給水配管12を放置し、かつ別の給水配管12Aを新設する配管改修工事の際に利用される。
以下、これらの構成体を具体的に説明する。
水栓柱11は、地中に下端部が埋め込まれる平面視して四角形の筒状支柱13と、筒状支柱13の内部空間に収納される垂直パイプ14と、筒状支柱13の上端部の側面から突出される吐出水栓15と、垂直パイプ14の上端部と吐出水栓15とを連通する水栓継手16と、地中に埋設されて垂直パイプ14に水を導入する前記給水配管12と、垂直パイプ14の下端部と給水配管12とを連通する配管継手17とを備えている。
1 and 2, reference numeral 10 denotes a faucet joint with a plug according to Embodiment 1 of the present invention. The faucet joint with a plug 10 is embedded in the ground in a faucet column 11 installed in a home garden. The water supply pipe 12 that has been leaked is left as it is, and is used at the time of pipe repair work for newly installing another water supply pipe 12A.
Hereinafter, these components will be specifically described.
The faucet column 11 includes a rectangular cylindrical column 13 in a plan view in which the lower end is embedded in the ground, a vertical pipe 14 accommodated in the internal space of the cylindrical column 13, and an upper end of the cylindrical column 13. A discharge faucet 15 protruding from the side surface, a faucet joint 16 communicating the upper end portion of the vertical pipe 14 and the discharge faucet 15, and the water supply pipe 12 embedded in the ground and introducing water into the vertical pipe 14. And a pipe joint 17 that communicates the lower end portion of the vertical pipe 14 and the water supply pipe 12.

筒状支柱13は、合成樹脂からなる平面視して四角形の筒ケースである。
吐出水栓15は、住宅に引き込まれた水道水を吐出する単吐出水栓である。
吐出水栓15は、胴体部の上部に水の吐出量を調節するハンドル18が設けられ、胴体部の先端部(下流部)に吐出パイプ19が連通されている。
水栓継手16は金属製のエルボで、その一端部の開口が、筒状支柱13の上端部の一側面に形成された連通穴13aに開口面を揃えて配置されている。
垂直パイプ14は、筒状支柱13と略同じ長さの垂直に延びた金属パイプである。なお、この垂直パイプ14は、配管継手17により給水配管12と連通されるため、給水配管12の延長された一部とも言える。
給水配管12は、地中に埋め込まれ、かつ住宅に引かれた水道配管と元部が連通した長尺な金属パイプである。
配管継手17は、金属製のエルボからなり、給水配管12の先端部の開口と垂直パイプ14の下端部の開口とを連通している。
The cylindrical support 13 is a rectangular cylindrical case made of synthetic resin in plan view.
The discharge faucet 15 is a single discharge faucet that discharges tap water drawn into a house.
The discharge faucet 15 is provided with a handle 18 for adjusting the discharge amount of water at the upper part of the body part, and a discharge pipe 19 is communicated with the tip part (downstream part) of the body part.
The faucet joint 16 is a metal elbow, and an opening at one end thereof is arranged with an opening surface aligned with a communication hole 13 a formed on one side surface of the upper end portion of the cylindrical column 13.
The vertical pipe 14 is a vertically extending metal pipe having substantially the same length as the cylindrical support 13. The vertical pipe 14 is communicated with the water supply pipe 12 by the pipe joint 17, and can be said to be an extended part of the water supply pipe 12.
The water supply pipe 12 is a long metal pipe that is embedded in the ground and communicates with a water pipe drawn in a house and a base portion.
The pipe joint 17 is made of a metal elbow, and communicates the opening at the front end of the water supply pipe 12 with the opening at the lower end of the vertical pipe 14.

次に、図1を参照して、プラグ付水栓継手10を説明する。
プラグ付水栓継手10は、エルボ型の金属ジョイントで、逆L字に屈曲した胴部Aを本体とする。
胴部Aの一端部には、水栓継手16から取り外した吐出水栓15が連通される水栓側開口10aが形成され、胴部Aの他端部には、新設の(別の)給水配管12Aが連通される配管側開口10bが形成されている。
胴部Aの一端部には、吐出水栓15の元部から突設した導水部15aの外ねじ15bに螺合する内ねじ10cが形成されている。また、胴部Aの他端部には、別の垂直パイプ14Aの上端部の外周面に形成された外ねじ14aに螺合する別の内ねじ10dが形成されている。
Next, the faucet joint with plug 10 will be described with reference to FIG.
The faucet joint with plug 10 is an elbow-type metal joint, and has a trunk portion A bent in an inverted L shape as a main body.
A faucet side opening 10a through which the discharge faucet 15 removed from the faucet joint 16 communicates is formed at one end of the body A, and a new (another) water supply is provided at the other end of the body A. A pipe side opening 10b through which the pipe 12A communicates is formed.
At one end of the body portion A, an inner screw 10c is formed which is screwed into an outer screw 15b of the water guide portion 15a protruding from the base portion of the discharge faucet 15. The other end of the body A is formed with another internal screw 10d that is screwed into an external screw 14a formed on the outer peripheral surface of the upper end of another vertical pipe 14A.

さらに、胴部Aの屈曲部の外側面(図1中、曲率半径が大きい側の面)には、吐出水栓15が取り外された既設の水栓継手16の開口を塞ぐ止水プラグ20が、胴部Aと同一素材でかつ一体的に突設されている。止水プラグ20の長さ方向は、胴部Aの一端部の軸線の延長方向である。止水プラグ20の先部には、既設の水栓継手16の一端部の内周面に形成された内ねじ16aに螺合する外ねじ20aが形成されている。
なお、プラグ付水栓継手10は、このエルボ型のものに限らず、例えば図3に示す軸線が直線である胴部Bの両端部に内ねじ10eが形成されたソケット型のプラグ付水栓継手10Aでも、図4に示すT字形をした胴部Cの3つの端部にそれぞれ内ねじ10fが形成されたチーズ型のプラグ付水栓継手10Bでもよい。チーズ型のプラグ付水栓継手10Bの場合には、あらかじめ胴部Cに存在する3つの端部のうち、何れか1つの端部の開口に、両端部に外ねじ21aが形成されたブラインドニップル(止水プラグ)21の一端部をねじ込んで使用する。
Further, a water stop plug 20 that closes the opening of the existing water faucet joint 16 from which the discharge faucet 15 is removed is provided on the outer side surface of the bent portion of the body portion A (the surface on the side having the larger curvature radius in FIG. 1). The body A is made of the same material and is integrally projected. The length direction of the water stop plug 20 is an extension direction of the axis of one end portion of the body portion A. An outer thread 20 a that is screwed into an inner thread 16 a formed on the inner peripheral surface of one end of the existing water faucet joint 16 is formed at the tip of the water stop plug 20.
Note that the plug-equipped water faucet joint 10 is not limited to this elbow type, and for example, a socket-type water faucet with a plug in which inner screws 10e are formed at both ends of the body B having a straight axis shown in FIG. The joint 10A may also be a cheese-type faucet joint with plug 10B having internal threads 10f formed at three ends of the T-shaped body C shown in FIG. In the case of the cheese-type water faucet joint with plug 10B, a blind nipple in which an external screw 21a is formed at both ends of one of the three end portions existing in the body portion C in advance. (Water stop plug) 21 is used by screwing one end.

次に、図1および図2を参照して、この考案の実施例1に係るプラグ付水栓継手10を用いた水栓柱11の配管改修工事を説明する。
給水配管12が漏水し、かつその漏水箇所が特定できない場合には、プラグ付水栓継手10を使用し、漏水した既設の給水配管12を放置(埋め殺し)して、別の給水配管12Aを新設する水栓柱11の配管改修工事を行う。
具体的には、まず別の給水配管12Aを地面に沿わせて(または地中に埋めて)新設するとともに、水栓柱11の水栓継手16から吐出水栓15を取り外す。これにより、筒状支柱13の上端部の連通穴13aから、既設の水栓継手16の一端部の開口が露出する。
その後、筒状支柱13の一側面に沿って別の垂直パイプ14Aを立設し、垂直パイプ14Aの下端部と給水配管12Aの先端部(下流部)とを、別の配管継手17Aによって連通する。
Next, with reference to FIG. 1 and FIG. 2, the pipe repair work of the faucet column 11 using the faucet joint with plug 10 according to Embodiment 1 of the present invention will be described.
When the water supply pipe 12 leaks and the location of the water leak cannot be specified, the plug-fitted water faucet joint 10 is used, and the existing water supply pipe 12 that has leaked is left (filled), and another water supply pipe 12A is connected. The pipe repair work for the new faucet column 11 will be carried out.
Specifically, first, another water supply pipe 12 </ b> A is newly installed along the ground (or buried in the ground), and the discharge faucet 15 is removed from the faucet joint 16 of the faucet column 11. Thereby, the opening of the one end part of the existing faucet joint 16 is exposed from the communication hole 13 a at the upper end part of the cylindrical support column 13.
Thereafter, another vertical pipe 14A is erected along one side surface of the cylindrical column 13, and the lower end portion of the vertical pipe 14A and the tip end portion (downstream portion) of the water supply pipe 12A are communicated with each other by another pipe joint 17A. .

次に、既設の水栓継手16の開口に、プラグ付水栓継手10の止水プラグ20をねじ込むことでこれを塞ぐ。その後、取り外した吐出水栓15の導水部15aを、胴部Aの水栓側開口10aにねじ込み、吐出水栓15とプラグ付水栓継手10とを連通する。また、胴部Aの配管側開口10bに、新設の垂直パイプ14Aの上端部をねじ込むことによって、プラグ付水栓継手10、垂直パイプ14Aおよび別の配管継手17Aを介して、吐出水栓15と新設の給水配管12Aとを連通する。
これにより、既設の給水配管12の漏水箇所が特定困難な場合であっても、従来行われていた給水配管12の略全長にわたって水道管を掘り起こし(露出し)、漏水箇所を探し出すという作業が不要となる。その結果、給水配管12の改修工事の時間を短縮することができ、その結果、工事費の低減を図ることができる。
Next, the water stop plug 20 of the faucet joint with plug 10 is screwed into the opening of the existing faucet joint 16 to close it. Thereafter, the water guide portion 15a of the removed discharge faucet 15 is screwed into the faucet side opening 10a of the trunk portion A, and the discharge faucet 15 and the faucet joint with plug 10 are communicated. Further, by screwing the upper end portion of the newly installed vertical pipe 14A into the pipe-side opening 10b of the trunk A, the discharge faucet 15 and the plug faucet 10 with plug, the vertical pipe 14A, and another pipe joint 17A It communicates with the new water supply pipe 12A.
As a result, even if it is difficult to identify the location of water leakage in the existing water supply pipe 12, it is unnecessary to dig up (expose) the water pipe over almost the entire length of the water supply piping 12, which has been conventionally performed, and find the water leakage location. It becomes. As a result, the repair work time of the water supply pipe 12 can be shortened, and as a result, the construction cost can be reduced.

この考案のプラグ付水栓継手は、吐出水栓用の給水配管に水漏れが発生したとき、その配管の改修工事の技術として有用である。   The water faucet joint with a plug of this device is useful as a technique for repairing a pipe when a water leak occurs in a water supply pipe for a discharge faucet.

10,10A,10B プラグ付水栓継手、
10a 水栓側開口、
10b 配管側開口、
12 給水配管、
12A 別の給水配管、
15 吐出水栓、
16 水栓継手、
20,21 止水プラグ、
A,B,C 胴部。
10, 10A, 10B faucet joint with plug,
10a faucet side opening,
10b Pipe side opening,
12 Water supply piping,
12A Another water supply pipe,
15 Discharge faucet,
16 faucet fittings,
20, 21 water stop plug,
A, B, C Body.

Claims (2)

吐出水栓が水栓継手を介して連通された既設の給水配管を放置し、かつ別の給水配管を新設する配管改修工事の際に利用されるプラグ付水栓継手であって、
胴部の一端部に前記水栓継手から外した吐出水栓を連通する水栓側開口が形成され、かつ前記胴部の他端部に前記別の給水配管を連通する配管側開口が形成されるとともに、前記胴部に前記吐出水栓を外した水栓継手の開口を塞ぐ止水プラグが突設されたプラグ付水栓継手。
A faucet joint with a plug that is used in a pipe renovation work that leaves an existing water supply pipe connected to a discharge faucet via a water faucet joint and newly installs another water supply pipe,
A faucet side opening communicating with the discharge faucet removed from the faucet joint is formed at one end of the body part, and a pipe side opening communicating with the other water supply pipe is formed at the other end part of the body part. And a plug faucet joint provided with a water stop plug protruding from the body portion to close the opening of the faucet joint from which the discharge faucet has been removed.
前記プラグ付水栓継手は、前記胴部の屈曲部に前記止水プラグが突設されたエルボ、前記胴部の長さ方向の中間部に前記止水プラグが突設されたソケット、前記胴部が有する3つの端部の何れか1つの開口に、前記止水プラグの一端部が挿着されたチーズのうち、何れか1つである請求項1に記載のプラグ付水栓継手。   The water faucet joint with a plug includes an elbow in which the water stop plug protrudes from a bent portion of the body portion, a socket in which the water stop plug protrudes from an intermediate portion in the length direction of the body portion, and the body The faucet joint with a plug according to claim 1, which is any one of cheeses in which one end of the water stop plug is inserted into any one of the three ends of the portion.
JP2015001820U 2015-04-13 2015-04-13 Faucet fitting with plug Expired - Fee Related JP3198278U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP7171157B1 (en) * 2022-08-17 2022-11-15 秀樹 片桐 Plug-in switching branch faucet

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP7171157B1 (en) * 2022-08-17 2022-11-15 秀樹 片桐 Plug-in switching branch faucet

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