JP2003096853A - Joint apparatus, joint system and drain-force feeding system using these - Google Patents
Joint apparatus, joint system and drain-force feeding system using theseInfo
- Publication number
- JP2003096853A JP2003096853A JP2001292511A JP2001292511A JP2003096853A JP 2003096853 A JP2003096853 A JP 2003096853A JP 2001292511 A JP2001292511 A JP 2001292511A JP 2001292511 A JP2001292511 A JP 2001292511A JP 2003096853 A JP2003096853 A JP 2003096853A
- Authority
- JP
- Japan
- Prior art keywords
- joint
- drainage
- pipe
- joint device
- drain
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
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- Sink And Installation For Waste Water (AREA)
Abstract
Description
【0001】[0001]
【発明の属する技術分野】本発明は、建物構造体内に設
置されたトイレ、浴槽、洗面用シンク、台所用シンク、
洗濯機用パン等の各種給排水設備から排出される各種排
水を円滑に建物構造体外部へと排出するための排水管路
と排水管路を連結する継手に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a toilet installed in a building structure, a bathtub, a sink for a washbasin, a sink for a kitchen,
The present invention relates to a drainage pipe and a joint for connecting drainage pipes for smoothly discharging various drainages discharged from various water supply and drainage facilities such as a bread for a washing machine to the outside of a building structure.
【0002】[0002]
【従来の技術】従来、住宅等の各種給排水設備から排出
される排水を外部の下水道管又は排水処理装置などに導
くには、排水配管を傾斜勾配を設けるように設置し、排
水の自重による流下を利用するのが一般的である。建築
物に上記のような排水管路を設置する場合、通常居室の
床下または天井裏または側壁裏の空間を利用するのが一
般的である。2. Description of the Related Art Conventionally, in order to guide wastewater discharged from various water supply / drainage facilities such as houses to an external sewer pipe or a wastewater treatment device, the drainage pipe is installed so as to have an inclined slope, and the drainage pipe flows down by its own weight. It is common to use. When installing the above-mentioned drainage pipeline in a building, it is common to use the space under the floor of the living room or under the ceiling or behind the side wall.
【0003】このように、建築物に配設される排水管路
については、建築構造物の梁や柱、敷設物の断熱材や遮
音材等を回避するような最短の経路で設計される。ま
た、排水管路の継手設置箇所には、メンテナンス可能な
ように点検のための壁面開口と作業用空間を確保するよ
うに配慮されなければならない。As described above, the drainage pipes arranged in the building are designed in the shortest route so as to avoid the beams and columns of the building structure and the heat insulating material and sound insulating material of the laying structure. In addition, consideration must be given to wall joint openings and working spaces for inspection so that maintenance can be performed at the joint installation location of the drainage pipeline.
【0004】[0004]
【発明が解決しようとする課題】しかしながら、上記の
ような、排水管路の排水管や継手のメンテナンス構造
は、建築が有する通気性、断熱性、意匠性、強度などの
性能を損なう場合が多い。現状は、上記のような不具合
を避けるために、パイプシャフトなどによって配管スペ
ースを建築構造と切り離して設置する構造を採用するの
が一般的である。However, the maintenance structure for the drainage pipes and joints of the drainage pipes as described above often impairs the performance such as breathability, heat insulation, design and strength of the building. . At present, in order to avoid the above-mentioned problems, it is general to adopt a structure in which the piping space is installed separately from the building structure by a pipe shaft or the like.
【0005】ただし、前記パイプシャフトを設置した場
合であっても、パイプシャフト内の配管経路と居室内と
の境界において必ず配管取り出し部が発生する。該配管
取り出し部においては、シャフトや壁面の開口部と配管
との隙間を埋めるための被覆が施される。この場合、前
記被覆によって断熱性や防音性は確保されるが、配管の
メンテナンスの際にはこれら被覆材を一端取り外して作
業する事になり、作業効率が低い。また、万一の漏水の
際にはこれを検知する事が難しく、水密性が確保されて
いないと甚大な被害が建築物全体に及ぶ事になる。However, even when the pipe shaft is installed, a pipe take-out portion is always generated at the boundary between the pipe path in the pipe shaft and the living room. A coating for filling the gap between the pipe and the opening of the shaft or the wall surface is applied to the pipe take-out portion. In this case, heat insulation and soundproofing are ensured by the above-mentioned coating, but at the time of maintenance of the pipe, these coating materials are temporarily removed and the work is performed, resulting in low work efficiency. In addition, it is difficult to detect this in case of water leakage, and if watertightness is not ensured, the entire building will be seriously damaged.
【0006】またさらに、給水・給湯系、排水系、通気
系の3系統が配管される従来の配管方法によると、それ
ぞれの系統に対して複数の開口部を有してパイプシャフ
トなどから居室内へ配管を引き出しているので手間が掛
かっている。Furthermore, according to the conventional piping method in which three systems of a water supply / hot water supply system, a drainage system, and a ventilation system are installed, a plurality of openings are provided for each system, and a pipe shaft or the like is provided in the living room. It is troublesome because the piping is pulled out to.
【0007】本発明はこのような点に鑑みて成されたも
のであり、その主たる目的とするところは、メンテナン
スが容易に行え、排水管路の継手部に漏水が生じても他
への影響を最小限に食い止めることができる継手システ
ムを提供することにある。また、本発明の他の目的とす
るところは、圧送管路の排水の漏出を回避しつつ施工も
容易であるような継手装置、継手装置システム及びそれ
らを用いた排水圧送システムを提供することにある。The present invention has been made in view of the above points, and its main purpose is to easily perform maintenance, and even if water leaks in the joint portion of the drainage pipe, it has an influence on others. The object is to provide a joint system that can minimize the above. Another object of the present invention is to provide a joint device, a joint device system, and a drainage pumping system using the joint device which are easy to construct while avoiding leakage of drainage from the pumping pipeline. is there.
【0008】[0008]
【課題を解決するための手段および作用・効果】上記課
題を解決するためになされた請求項第1項記載の発明
は、排水管路同士を接続する排水管継手と、排水管継手
の排水流入側に接続される第一排水管路と、排水管継手
の流出側に接続される第二排水管路と、排水管継手を収
容する継手収容部と、からなる継手装置において、前記
継手収容部が、建築の側壁面に設けられた開口部に固定
するための側壁面固定部を、継手収納部に設けた事を特
徴とする継手装置とした。したがって、継手装置設置の
ための施工工事やメンテナンス作業がし易い。また、万
一の漏水の際にはこれを認知することが容易である。[Means for Solving the Problems and Actions / Effects] The invention according to claim 1 made in order to solve the above-mentioned problems is a drainage pipe joint for connecting drainage pipe lines, and drainage inflow of the drainage pipe joint. A drainage pipe connected to the drain side, a second drainage line connected to the outflow side of the drainage pipe joint, and a joint housing for housing the drainage pipe joint, wherein the joint housing portion However, the joint device is characterized in that the side wall surface fixing portion for fixing to the opening portion provided on the side wall surface of the building is provided in the joint housing portion. Therefore, construction work and maintenance work for installing the joint device are easy. In case of water leak, it is easy to recognize this.
【0009】特に、排水管路出口や排水管路の継手部は
シール部材によって水封されているが、シール部材の劣
化等に伴って漏水が生じ易い箇所である。したがって、
継手収容部はこのような箇所を囲繞している構成である
ことが望ましい。これによれば、これら箇所で漏水が発
生しても継手収容部や外装体内に排水が漏れるだけであ
って他への影響を回避できる。[0009] In particular, the drain pipe outlet and the joint portion of the drain pipe are water-sealed by a seal member, but this is a portion where water leakage easily occurs due to deterioration of the seal member and the like. Therefore,
The joint accommodating portion preferably surrounds such a place. According to this, even if water leaks at these locations, only the drainage leaks into the joint housing and the exterior body, and it is possible to avoid the influence on others.
【0010】このように本発明に係る継手装置を有する
排水管路では、排水管路自体や連結部などの経時劣化が
あっても外部へ排水が漏出せず、衛生的な状態を長期間
に亘って維持することができる。As described above, in the drainage pipe having the joint device according to the present invention, drainage does not leak to the outside even if the drainage pipe itself or the connecting portion is deteriorated with time, and the sanitary condition is maintained for a long period of time. Can be maintained over.
【0011】請求項第2項記載の発明は、前記継手装置
は、前記開口部の端縁部で固定するために、第一排水管
路の一端を接続した排水器具を設置する第一空間と、第
一側壁とで隔てられる第二空間とに相対して設けられる
配管アタッチメントを有してなる事を特徴とする請求項
1記載の継手装置とした。これによれば、配管アタッチ
メントは、第一側壁の開口部に固定され、第一空間に面
する第一サイドと第二空間に面する第二サイドを有す
る。例えば、第一サイドには、第一排水管路の一端を接
続する排水管継手を継手固定部にて固定する。また、第
二サイドには、第二排水管路や前記第二排水管路を内装
する外装体を固定する外装体固定部を備える。また、前
記配管アタッチメントは、継手収容部の固定部を備える
構造であっても良い。According to a second aspect of the present invention, the joint device is provided with a first space for installing a drainage device to which one end of the first drainage pipe is connected in order to fix the joint device at the edge of the opening. The joint device according to claim 1, further comprising: a pipe attachment provided so as to face a second space separated from the first side wall. According to this, the piping attachment is fixed to the opening of the first side wall and has the first side facing the first space and the second side facing the second space. For example, a drainage pipe joint that connects one end of the first drainage pipe line is fixed to the first side by a joint fixing portion. Further, the second side is provided with an exterior body fixing portion for fixing a second drainage pipeline and an exterior body that houses the second drainage pipeline. Further, the pipe attachment may have a structure including a fixing portion of the joint housing portion.
【0012】また、配管アタッチメントは、第一空間と
第二空間とを隔絶する用に設けられてなり、配管アタッ
チメントの固定部の断熱性、気密性を保持するような構
造であって良い。前記断熱性,気密性の保持構造として
は、取り付けられる開口部の端縁部との隙間を埋めるよ
うな断熱材,気密材を備えていて良い。また、例えば、
前記開口部の端縁部を被覆し、前記隙間を無くすよう
な、前記端縁部に相似する縁状の絶縁キャップを設けて
いても良い。これによれば、前記配管アタッチメントの
設置の際、予め設けられた前記絶縁キャップに嵌合させ
て固定されるようになっていて良く、前記固定作業は滑
らかに行える。The pipe attachment may be provided so as to isolate the first space and the second space from each other, and may have a structure that maintains the heat insulating property and airtightness of the fixing portion of the pipe attachment. The heat insulating and airtight holding structure may be provided with a heat insulating material or an airtight material that fills a gap with the edge of the opening to be attached. Also, for example,
An edge-shaped insulating cap similar to the edge may be provided so as to cover the edge of the opening and eliminate the gap. According to this, when the pipe attachment is installed, the pipe attachment may be fitted and fixed to the insulating cap provided in advance, and the fixing work can be smoothly performed.
【0013】請求項第3項記載の発明は、前記継手収容
部は、複数の排水管継手を収容する事を特徴とする請求
項1、2いずれかに記載の継手装置とした。これによれ
ば、例えばトイレ室、洗面所、浴室が隣接するような間
取りの住宅においては、配水管はトイレ室内に設置され
る継手収容部を通して室外空間に配管されるように設計
できる。したがって、複数の排水経路を居室内から室外
空間に貫通させる場合でも、継手装置が介在することで
壁面の開口部は一カ所設けるだけで済む。According to a third aspect of the present invention, there is provided the joint device according to any one of the first and second aspects, wherein the joint accommodating portion accommodates a plurality of drain pipe joints. According to this, for example, in a house where the toilet room, the washroom, and the bathroom are adjacent to each other, the water distribution pipe can be designed to be piped to the outdoor space through the joint accommodating portion installed in the toilet room. Therefore, even when a plurality of drainage paths are made to penetrate from the living room to the outdoor space, it is sufficient to provide only one opening on the wall surface due to the interposition of the joint device.
【0014】請求項第4項記載の発明は、前記継手収容
部は、前記第二排水管路を隙間なく挿通する排水管絶縁
部を備える事を特徴とする請求項1乃至3のいずれかに
記載の継手装置とした。前記排水管絶縁部は、継手収容
部と第二排水管路との間に水密性や気密性や断熱性を保
持するような構造であって良い。これによって、例え
ば、継手収容部内の排水管の継手部分で漏水があって
も、前記水密性によって建築側への浸水を防ぐことがで
きる。前記漏水は所定の排水口から安全に排出されるよ
うになっていても良い。The invention according to claim 4 is characterized in that the joint accommodating portion is provided with a drain pipe insulating portion which is inserted through the second drain pipe line without a gap. The joint device is as described. The drain pipe insulating portion may have a structure that maintains watertightness, airtightness, and heat insulation between the joint housing portion and the second drainage pipe line. Thereby, for example, even if there is water leakage at the joint portion of the drainage pipe in the joint housing portion, the watertightness can prevent water from entering the building side. The leaked water may be safely discharged from a predetermined drain.
【0015】請求項第5項記載の発明は、前記継手収容
部は、前記排水管継手を固定する継手固定部を備える事
を特徴とする請求項1乃至4のいずれかに記載の継手装
置とした。これによれば、継手収容部近傍に設けられる
排水管継手を継手収容部の所定の位置で固定でき、排水
通水時の排水管継手の振動を防止できる。According to a fifth aspect of the present invention, the joint accommodating portion includes a joint fixing portion that fixes the drain pipe joint, and the joint device according to any one of the first to fourth aspects. did. According to this, the drain pipe joint provided near the joint housing portion can be fixed at a predetermined position of the joint housing portion, and vibration of the drain pipe joint during drainage water flow can be prevented.
【0016】請求項第6項記載の発明は、前記排水管継
手は、排水管路の周方向に回動する回動部を備えること
を特徴とする請求項5の記載の継手装置。これによれ
ば、排水管継手に接続される排水管は前記回動方向に対
して自由に方向決めできる。したがって、特に、前記排
水管継手が複数本の排水管と接続される場合に大きな効
果が得られる。According to a sixth aspect of the present invention, there is provided the joint device according to the fifth aspect, wherein the drain pipe joint is provided with a rotating portion that rotates in the circumferential direction of the drain pipe line. According to this, the drainage pipe connected to the drainage pipe joint can be freely oriented with respect to the rotation direction. Therefore, a great effect is obtained especially when the drain pipe joint is connected to a plurality of drain pipes.
【0017】請求項第7項記載の発明は、前記継手収容
部は前記第二排水管路を内部に挿通する外装体を備えて
なり、該外装体と継手収容部とを隙間無く固定する外装
絶縁部を備える事を特徴とする請求項1乃至6のいずれ
かに記載の継手装置とした。これによれば、例えば、継
手収容部内に浸水する万一の漏水は、前記外装体を通じ
て外装体の屋外側に設けられる端部へと流下され、建築
側への浸水を防止できる。また、例えば、外装体は、排
水管路と連通する通気管と気密に接続されるものであっ
て良い。この場合、この構成によれば、外装体は通気管
路としても利用でき、給排水設備などと連通される通気
管路は外部への通気経路と連続して形成されるので、別
途通気管路を設ける必要が無くなる。According to a seventh aspect of the present invention, the joint accommodating portion is provided with an outer casing that inserts the second drainage pipe therein, and the outer casing fixes the outer casing and the joint accommodating portion without a gap. The joint device according to any one of claims 1 to 6, further comprising an insulating portion. According to this, for example, in the unlikely event that water leaks into the joint housing portion, it is allowed to flow down to the end portion provided on the outdoor side of the exterior body through the exterior body, and thus it is possible to prevent the construction side from being inundated. Further, for example, the exterior body may be airtightly connected to the ventilation pipe that communicates with the drainage pipeline. In this case, according to this configuration, the exterior body can also be used as a ventilation conduit, and the ventilation conduit communicating with the water supply / drainage facility is formed continuously with the ventilation path to the outside. There is no need to provide it.
【0018】更にまた、外装体は排水管路を配設する際
の案内路として利用することができるため、予め継手収
容部と外装体を建物構造体内に設置しておくことによっ
て、排水管路の配設を容易に行うことができる。この場
合、前記継手収容部は排水管路の上流側端部を外装体か
ら取り出す取り出し口として利用される。Furthermore, since the exterior body can be used as a guide path when disposing the drainage pipeline, the drainage pipeline can be installed by installing the joint housing and the exterior body in advance in the building structure. Can be easily arranged. In this case, the joint accommodating portion is used as an outlet for taking out the upstream end of the drainage pipe from the exterior body.
【0019】なお、本発明に係る継手装置を有する排水
管路では、前記排水管路や外装体は建物構造体の外部に
設置される排水枡などに達している構成とすることがで
きる。この構成によれば、排水管路から漏れた排水は外
装体内を通って建物構造体の外部へと導出され、排水管
路を通って来た排水と合流して処理される。そのため、
きわめて衛生的に排水が処理される。In the drainage pipe having the joint device according to the present invention, the drainage pipe and the exterior body may reach a drainage box installed outside the building structure. According to this configuration, the drainage leaked from the drainage pipe is led out to the outside of the building structure through the exterior body, and is merged with the drainage that came through the drainage pipe to be treated. for that reason,
Wastewater is treated very hygienically.
【0020】また、上記外装体は可撓性を有する管状体
であることが好ましい。この構成によれば、外装体を必
ずしも直線的に配設する必要はなく適宜に屈曲させるこ
とができるので外装体を配設する際の施工が容易にな
る。Further, it is preferable that the exterior body is a flexible tubular body. According to this configuration, it is not always necessary to dispose the exterior body in a straight line, and the exterior body can be appropriately bent, so that the construction for disposing the exterior body is facilitated.
【0021】また、外装体はその上流側端部に、上記継
手収容部に着脱自在の外装体固定部を有する構成とする
と好ましい。この構成によれば、外装体と継手収容部と
を別々に設置すべく作業を行い、そのあと外装体を継手
収容部に容易に取り付けることができる。したがって、
施工が簡略化できる。また更には、前記外装体固定部は
回動自在に取り付けられるものであってよく、外装体と
継手収容部との方向性をなくすことができる。また、外
装体の取り外しが容易であるため、外装体や排水管路の
保守点検作業も容易になり、外装体の交換も容易にな
る。Further, it is preferable that the exterior body has an exterior body fixing portion which is attachable to and detachable from the joint accommodating portion at the upstream end thereof. According to this configuration, it is possible to perform the work to separately install the exterior body and the joint accommodating portion, and then easily attach the exterior body to the joint accommodating portion. Therefore,
Construction can be simplified. Furthermore, the exterior body fixing portion may be rotatably attached, so that the directivity between the exterior body and the joint accommodating portion can be eliminated. Further, since the exterior body can be easily removed, the maintenance and inspection work of the exterior body and the drainage pipe can be facilitated, and the exterior body can be easily replaced.
【0022】請求項第8項記載の発明は、前記継手収容
部は、バケット状の水受け部を有する事を特徴とする請
求項1乃至7のいずれかに記載の継手装置とした。例え
ば、継手収容部内に浸水する万一の漏水は、水受け部に
て受容され、他の排水とともに所定の排水経路にて排水
されるようになっていていてもよい。また、例えば、前
記水受け部は手洗い器などの水洗設備として利用される
ものであって良く、万一の漏水時には、使用者が異常を
認知し易い。The invention according to claim 8 is the joint device according to any one of claims 1 to 7, characterized in that the joint accommodating portion has a bucket-shaped water receiving portion. For example, in the unlikely event that water leaks into the joint housing portion, it may be received by the water receiving portion and discharged along with other drainage through a predetermined drainage path. Further, for example, the water receiving portion may be used as a washing facility such as a hand washing device, and the user is likely to recognize an abnormality in the event of water leakage.
【0023】請求項第9項記載の発明は、請求項1乃至
8のいずれかに記載の継手装置であって前記継手収容部
は底面部を有してなり、該底面部は、前記第一側壁と所
定間隔で設置された第二側壁との間の第二空間を横断す
るように設けられる事を特徴とする継手装置システムと
した。これによれば、継手収容部は第二空間を跨ぐよう
に第一側壁と第二側壁とに懸架される構造であって良
く、第二空間スペースを有効に活用することができる。An invention according to claim 9 is the joint device according to any one of claims 1 to 8, wherein the joint accommodating portion has a bottom surface portion, and the bottom surface portion is the first The joint device system is characterized in that it is provided so as to cross a second space between the side wall and a second side wall provided at a predetermined interval. According to this, the joint accommodating portion may have a structure that is suspended by the first side wall and the second side wall so as to straddle the second space, and the second space space can be effectively utilized.
【0024】請求項第10項記載の発明は、前記底面部
は、ドレン流下部が設けられることを特徴とする請求項
9に記載の継手システムとした。これによれば、継手収
容部内に浸水する万一の漏水は、ドレン流下部を経て所
定の排水口へと重力搬送される。したがって、継手収容
部内に漏水が溜まり溢れでる危険性が無い。The invention according to claim 10 provides the joint system according to claim 9, characterized in that the bottom surface portion is provided with a drain flow lower portion. According to this, in the unlikely event of water leaking into the joint housing portion, it is gravity conveyed to the predetermined drain port via the drain flow lower part. Therefore, there is no risk of leaking water overflowing in the joint housing.
【0025】請求項第11項記載の発明は、前記壁面開
口部を被覆する意匠部材を備える事を特徴とする請求項
1乃至10のいずれかに記載の継手装置システムとし
た。これによれば、通常時に使用者に違和感を与えるこ
とが無い。The invention according to claim 11 is the joint device system according to any one of claims 1 to 10, characterized in that a design member for covering the wall surface opening is provided. According to this, the user does not feel uncomfortable at normal times.
【0026】請求項第12項記載の発明は、前記意匠部
材は、壁面または継手収容部との間にドレンを透通する
間隙部を形成することを特徴とする請求項11に記載の
継手装置システムとした。これによれば、漏水などの異
常時に、本継手装置内の漏水は前記間隙部を通って室内
側に浸水してくるので、使用者は異常を認知できる。ま
た、前記間隙部は、浸水によって変色する構造を備えて
いて良く、さらに使用者が認知し易くなる。According to the twelfth aspect of the present invention, the joint member according to the eleventh aspect is characterized in that the design member forms a gap portion that penetrates the drain between the wall surface or the joint accommodating portion. The system. According to this, at the time of an abnormality such as a water leak, the water leak in the present joint device infiltrates into the indoor side through the gap portion, so that the user can recognize the abnormality. Further, the gap portion may have a structure that is discolored by flooding, which makes it easier for the user to recognize.
【0027】請求項第13項記載の発明は、前記継手収
容部は、給水管路を備える事を特徴とする請求項1乃至
12のいずれかに記載の継手装置システムとした。これ
によれば、給水管も合わせて本継手装置を介する構造で
あるので、建築壁面の開口箇所を減らすことができ施工
の手間を減らし、給排水一括のメンテナンス構造を実現
できる。The invention according to claim 13 is the joint device system according to any one of claims 1 to 12, wherein the joint accommodating portion is provided with a water supply pipe line. According to this, since the water supply pipe is also structured to pass through this joint device, it is possible to reduce the number of openings on the building wall surface, reduce the labor of construction, and realize a maintenance structure for water supply and drainage all at once.
【0028】請求項第14項記載の発明は、前記継手収
容部は、通気管路を備える事を特徴とする請求項1乃至
13のいずれかに記載の継手装置システムとした。これ
によれば、通気管も合わせて本継手装置を介する構造で
あるので、建築壁面の開口箇所を減らすことができ施工
の手間を減らし、給排水一括のメンテナンス構造を実現
できる。According to a fourteenth aspect of the present invention, there is provided the joint device system according to any one of the first to thirteenth aspects, wherein the joint accommodating portion is provided with a ventilation pipe line. According to this, since the ventilation pipe is also provided so that the joint device is interposed, the number of openings on the building wall surface can be reduced, the labor for construction can be reduced, and a maintenance structure for collective water supply and drainage can be realized.
【0029】また、前記継手収容部は、給湯、電気、燃
料ガス、圧力ガス、負圧ガス、換気・空調、通信等、建
物構造体内部に配設すべき排水配管以外の各種の配線、
配管等の敷設に介在して、前記各種配管の継手部を設置
することが可能である。上記各種配管の継手部を備える
構成とすることにより、建築物壁面の開口部の数を少な
くできる。また管路の連結及び固定を外装体に対して一
括して行うことができる。したがって、施工や維持管理
が非常に容易になる。Further, the joint accommodating portion has various wirings such as hot water supply, electricity, fuel gas, pressure gas, negative pressure gas, ventilation / air conditioning, communication, etc. other than drainage pipes to be arranged inside the building structure,
It is possible to install the joint portion of the various pipes by interposing the laying of pipes and the like. The number of openings on the wall surface of the building can be reduced by adopting the configuration including the joint portion of the various pipes. In addition, the pipe lines can be connected and fixed to the outer package at once. Therefore, construction and maintenance are very easy.
【0030】請求項第14項記載の発明は、請求項1乃
至8のいずれかに記載の継手装置又は、請求項9乃至1
4いずれかに記載の継手装置システムにおいて、前記第
一排水管路が排水を圧送する排水圧送装置と接続されて
なる事を特徴とする排水圧送システムとした。これによ
って、第一排水管路は、重力勾配を取る必要が無く、本
発明の継手装置を大便器などの排水器具の排水口よりも
高い位置に設置することが可能となるので、施工性、メ
ンテナンス作業性、スペース効率などがさらに向上す
る。The invention according to claim 14 is the joint device according to any one of claims 1 to 8 or claims 9 to 1.
In the joint device system according to any one of 4 above, the drainage pumping system is characterized in that the first drainage pipeline is connected to a drainage pumping device that pumps drainage. By this, the first drainage pipe does not need to take a gravity gradient, and since the joint device of the present invention can be installed at a position higher than the drainage port of the drainage device such as a toilet bowl, the workability, Maintenance workability and space efficiency are further improved.
【0031】前記継手収容部は、建築物の側壁面に備え
られ、該側壁面の両面から内部の作業が可能なように構
成されていても良い。この場合、前記側壁の両面に給排
水設備が設置して、給排水管路を該継手収容部を介して
配管することが可能である。このような応用を考える
と、一カ所の開口部に対して複数台の給排水設備を設置
可能である。The joint accommodating portion may be provided on a side wall surface of a building so that the inner working can be performed from both sides of the side wall surface. In this case, it is possible to install water supply / drainage facilities on both sides of the side wall and to pipe the water supply / drainage pipes through the joint accommodating portion. Considering such applications, it is possible to install a plurality of water supply / drainage facilities at one opening.
【0032】本発明の継手システムは、日常は、給排水
器具や意匠部材に被覆されて隠蔽されていて良い。例え
ば、継手収容部は給排水設備の下部に設けられる構成で
あってもよい。これによって、受容部内をメンテナンス
する際には、上部の給排水設備の一部を移動すれば受容
部内を望むことができる。これによって、生活者が違和
感を覚えることなく、無闇に継手部を触ったりしないよ
うに配慮されるものである。また、本発明の給排水設備
は、例えば、トイレ、浴槽、洗面用シンク、台所用シン
ク、洗濯機用パン等の各種給排水設備から排出される各
種排水をポンプ等を用いて強制的に排出される排水圧送
システムに組み込まれる構成で合っても良い。したがっ
てこの場合、継手装置システムを経由する排水管路は小
口径化、フレキシブル化でき、継手装置システムと給排
水設備と合わせたは施工性が向上し、器具レイアウトや
器具デザインの自由度を向上するものである。The joint system of the present invention may be covered and covered with a water supply / drainage device or a design member on a daily basis. For example, the joint housing portion may be provided below the water supply / drainage facility. Thus, when performing maintenance on the inside of the receiving portion, the inside of the receiving portion can be desired by moving a part of the water supply / drainage facility on the upper side. This makes it possible for the consumer not to feel uncomfortable and not to touch the joint portion indiscriminately. Further, in the water supply / drainage facility of the present invention, for example, various drainage water discharged from various water supply / drainage facilities such as a toilet, a bathtub, a sink for a washbasin, a sink for a kitchen, and a pan for a washing machine are forcibly discharged using a pump or the like. It may be configured to be incorporated in the drainage pumping system. Therefore, in this case, the drainage pipe that passes through the joint device system can be made smaller in diameter and flexible, the workability of the joint device system and the water supply / drainage facility is improved, and the flexibility of the equipment layout and the equipment design is improved. Is.
【0033】[0033]
【発明の実施の形態】以下、本発明の実施例である継手
装置及び継手装置システムについて図面を参照して説明
する。本実施例は、本発明による継手装置及び継手装置
システムをトイレ室の大便器からの排水の圧送に適用し
た場合の例である。図1は第一実施例の排水圧送システ
ムにおける要部の側面断面図である。BEST MODE FOR CARRYING OUT THE INVENTION A joint device and a joint device system according to an embodiment of the present invention will be described below with reference to the drawings. This embodiment is an example in which the joint device and the joint device system according to the present invention are applied to the pumping of drainage from a toilet bowl in a toilet room. FIG. 1 is a side sectional view of a main part of the drainage pumping system according to the first embodiment.
【0034】図1に示すように、第一空間には、大便器
6と、排水圧送装置2と、大便器用の洗浄水タンク64
と、給水栓66を備えた手洗い器65を上部に備えたキ
ャビネット状の意匠部材63と、から構成されるキャビ
ネットトイレが設置されている。意匠部材63は、排水
圧送装置2および洗浄水タンク64が露見しないように
被覆し、図示されない物品を収める収納部や内部点検用
の点検蓋が備えられる。As shown in FIG. 1, in the first space, the toilet bowl 6, the drainage pumping device 2, and the flush water tank 64 for the toilet bowl are provided.
And a cabinet-shaped design member 63 having a hand-washing device 65 equipped with a water tap 66 at the upper part thereof. The design member 63 covers the drainage pumping device 2 and the wash water tank 64 so as not to be exposed, and is provided with a storage portion for storing articles (not shown) and an inspection lid for internal inspection.
【0035】この排水圧送システムは、略直方体箱状で
あって、一側面に流入口20、他の側面の上部に図示さ
れない逆止弁を備えた圧送排出口21を有する貯留槽2
2と、貯留槽22の内部に設置された圧送ポンプ装置
と、を含む排水圧送装置2を備えている。流入口20に
は大便器6の排水口61に接続される排水連結管62が
接続される。圧送排出口21の側壁には、排水管路と通
気管路を兼ねる第一排水管路11が接続されている。This drainage pumping system is in the shape of a substantially rectangular parallelepiped box, and has a reservoir 2 having an inlet 20 on one side and a pumping outlet 21 provided with a check valve (not shown) on the top of the other side.
2 and a drainage pumping device 2 including a pumping pump device installed inside the storage tank 22. A drainage connection pipe 62 connected to the drainage port 61 of the toilet bowl 6 is connected to the inflow port 20. A first drainage pipeline 11 that also serves as a drainage pipeline and a ventilation pipeline is connected to a sidewall of the pressure-feeding discharge port 21.
【0036】開口部103には、フランジ状の側壁面固
定部37を有するバケット状の絶縁キャップ31が装着
され、側壁面固定部37にて開口部103の端縁部を気
密、水密に被覆している。バケット状で下方に凸な継手
収容部3は、第一空間と第二空間とに跨って設置され
る。継手収容部3は、絶縁キャップ31の内部に嵌着
し、さらに大便器6の後方上部に載置されている。A bucket-shaped insulating cap 31 having a flange-shaped side wall surface fixing portion 37 is attached to the opening portion 103, and the side wall surface fixing portion 37 covers the end edge portion of the opening portion 103 airtightly and watertightly. ing. The bucket-shaped downwardly convex joint housing portion 3 is installed across the first space and the second space. The joint accommodating portion 3 is fitted inside the insulating cap 31, and is further placed on the upper rear portion of the toilet bowl 6.
【0037】絶縁キャップ31は、上部と底部に貫通孔
を有して外装体15,14を接続して水密性を保持する
外装絶縁部321,322を備える。第一排水管路11
は、排水管継手13に接続されて、第二排水管路12と
通気管16とに連通する。第二排水管路12は、外装体
14内に挿通され、第二空間内を下方に垂下するように
配管される。また、通気管16は、外装体15内に挿通
され、第二空間内を上方に配管される。また、手洗い器
65の排水は洗浄水タンク64内に流下するように構成
される。また、手洗い器65及び洗浄水タンク64は、
外装体14内に挿通されて配管した給水管17と連通さ
れる。The insulating cap 31 is provided with exterior insulating portions 321 and 322 which have through holes at the top and bottom thereof and which connect the exterior bodies 15 and 14 to maintain watertightness. First drainage pipe 11
Is connected to the drain pipe joint 13 and communicates with the second drain pipe line 12 and the ventilation pipe 16. The second drainage pipe 12 is inserted into the exterior body 14 and is piped so as to hang downward in the second space. Further, the ventilation pipe 16 is inserted into the exterior body 15 and is piped upward in the second space. Further, the drainage of the hand washing device 65 is configured to flow down into the wash water tank 64. In addition, the hand wash device 65 and the wash water tank 64 are
It communicates with a water supply pipe 17 which is inserted through the exterior body 14 and arranged.
【0038】継手収容部3は、側壁の継手固定部33に
て排水管継手13を固定している。排水管継手13に
は、排水管路と通気管路とを分岐するための分岐部があ
って内部に図示されない逆止弁を備えてなり、通気管1
6への排水の浸入を防止する。前記分岐部の各分岐管は
回動部35、継手固定部33を結ぶ方向を軸として回動
自在な構成となっており、配管方向の自由度を増すもの
である。さらに、絶縁キャップ31の上面には、外装体
絶縁部321が備えられ、通気管固定部34が装着され
ている。通気管16は排水管継手13に接続される。In the joint housing portion 3, the drain pipe joint 13 is fixed by the joint fixing portion 33 on the side wall. The drain pipe joint 13 has a branch portion for branching the drain pipe line and the ventilation pipe line, and includes a check valve (not shown) inside thereof.
Prevent inflow of drainage into 6. Each branch pipe of the branch portion is configured to be rotatable about a direction connecting the rotating portion 35 and the joint fixing portion 33 as an axis, thereby increasing the degree of freedom in the piping direction. Further, an exterior body insulating portion 321 is provided on the upper surface of the insulating cap 31, and a ventilation pipe fixing portion 34 is attached. The ventilation pipe 16 is connected to the drain pipe joint 13.
【0039】本実施例の継手装置及び継手装置システム
の施工手順を概略示す。大便器6と排水圧送装置2が排
水連結管62で連結されて予め所定の位置に設置されて
いる。第一に、第二空間内に敷設された外装体15,1
4を絶縁キャップ31の外装絶縁部321,322に接
続し、絶縁キャップ31を第一側壁の開口部103に第
一空間側から挿入し、大便器6後部載置面に載置、固定
する。The construction procedure of the joint device and joint device system of this embodiment will be schematically shown. The toilet bowl 6 and the drainage pumping device 2 are connected by a drainage connection pipe 62 and installed in advance at a predetermined position. First, the exterior body 15, 1 laid in the second space
4 is connected to the exterior insulating parts 321 and 322 of the insulating cap 31, the insulating cap 31 is inserted into the opening 103 of the first side wall from the first space side, and is mounted and fixed on the rear mounting surface of the toilet bowl 6.
【0040】第二に、継手収容部3を絶縁キャップ31
内下部に図示されないガイド溝に嵌入しつつ装着、固定
される。第三に、給水管17、第二排水管路12を外装
体14に、通気管16を外装体15に挿通します。第四
に、給水管17を給水連結管68に接続し、第二排水管
路12と通気管16を排水管継手13に接続する。第五
に、排水管継手13を継手収容部3の所定の位置に固定
する。第六に、排水圧送装置2に備えられた第一排水管
路11と排水管継手13とを接続します。第七として、
洗浄水タンク64を継手収容部3の上方に設置して、大
便器6と接続し、意匠部材67を設置する。第八とし
て、手洗い器65を、給水連結管68と手洗い排水管6
9を図示しないスリップイン型接続継手に接続しながら
意匠部材67の上部に載置、固定する。以上が本実施例
の施工手順の概要である。Second, the joint housing 3 is attached to the insulating cap 31.
It is mounted and fixed while being fitted in a guide groove (not shown) in the inner lower part. Thirdly, the water supply pipe 17 and the second drainage pipe 12 are inserted into the exterior body 14, and the ventilation pipe 16 is inserted into the exterior body 15. Fourth, the water supply pipe 17 is connected to the water supply connection pipe 68, and the second drainage pipe 12 and the ventilation pipe 16 are connected to the drainage pipe joint 13. Fifthly, the drain pipe joint 13 is fixed at a predetermined position of the joint housing portion 3. Sixth, connect the first drainage pipe 11 and the drainage pipe fitting 13 provided in the drainage pumping device 2. Seventh,
The flush water tank 64 is installed above the joint housing portion 3, connected to the toilet bowl 6, and the design member 67 is installed. Eighth, the hand washing device 65 is provided with a water supply connecting pipe 68 and a hand washing drain pipe 6
9 is mounted and fixed on the upper portion of the design member 67 while being connected to a slip-in type connection joint (not shown). The above is the outline of the construction procedure of the present embodiment.
【0041】本実施例の排水圧送システムによれば、排
水管継手13や給水管17の接続箇所は継手収容部3の
底面部38によって下方を囲繞されているので、万一の
漏水事故の際には漏水を受容し、場合によっては外装体
の内部を下方へ流下する。したがって、建築側への被害
波及を防止できる。また、本実施例の排水圧送システム
によれば、排水管継手13をメンテナンスする際には意
匠部材63の一部を取り外すだけ、無理のない姿勢で作
業が行える。また、本実施例の排水圧送システムによれ
ば、継手収容部3を介在させることで第一空間から第二
空間に渡って敷設される複数の配管経路を容易に配管す
る事ができる。即ち、建築物は側壁の所定の箇所を開口
するだけで、後は、第一空間側から周辺部材を所定の手
順で組み上げていけばよい。また、本実施例の排水圧送
システムによれば、開口部103には絶縁キャップ31
を装着するので断熱性、気密性、水密性を保持すること
ができる。According to the drainage pumping system of the present embodiment, the connection points of the drainage pipe joint 13 and the water supply pipe 17 are surrounded below by the bottom surface portion 38 of the joint housing portion 3, so that in the event of a water leakage accident. Receives water leaks, and in some cases, flows down inside the exterior body. Therefore, it is possible to prevent damage to the building side. Further, according to the drainage pumping system of the present embodiment, when the drainage pipe joint 13 is maintained, only a part of the design member 63 is removed, and the work can be performed in a comfortable posture. Further, according to the drainage pumping system of the present embodiment, it is possible to easily pipe a plurality of piping paths laid from the first space to the second space by interposing the joint housing portion 3. That is, the building only has to open a predetermined portion of the side wall, and thereafter the peripheral members may be assembled from the first space side in a predetermined procedure. Moreover, according to the drainage pumping system of the present embodiment, the insulating cap 31 is provided in the opening 103.
Since it is attached, heat insulation, airtightness, and watertightness can be maintained.
【0042】図2は第二実施例の排水圧送システムにお
ける要部の側面断面図である。図2に示すように、側壁
101,102が、第一空間と第三空間とを隔てる様に
設けられ、側壁101と側壁102との間隙に第二空間
を形成している。FIG. 2 is a side sectional view of the main part of the drainage pumping system of the second embodiment. As shown in FIG. 2, side walls 101 and 102 are provided so as to separate the first space and the third space, and a second space is formed in a gap between the side wall 101 and the side wall 102.
【0043】第一空間には、大便器6と、排水圧送装置
2と、大便器用の洗浄水タンク64と、排水圧送装置2
および洗浄水タンク64を被覆するキャビネット状の意
匠部材631と、から構成されるキャビネットトイレが
設置されている。また、第三空間には、給水栓66を備
えた手洗い器65が側壁102に掛けられて設置されて
いる。In the first space, the toilet bowl 6, the drainage pumping apparatus 2, the flush water tank 64 for the toilet bowl, and the drainage pumping apparatus 2
A cabinet toilet composed of a cabinet-shaped design member 631 that covers the wash water tank 64 is installed. Further, in the third space, a hand washing device 65 equipped with a water supply plug 66 is installed by hanging on the side wall 102.
【0044】第二空間には、継手収容部3が設置され、
手洗い器65と大便器6の給水管路及び排水管路が敷設
されている。継手収容部3には、第一排水管路111,
112の集合継手132と、給水管17の分岐継手18
と、が備えられている。The joint accommodating portion 3 is installed in the second space,
A water supply line and a drainage line for the hand wash device 65 and the toilet bowl 6 are laid. In the joint housing part 3, the first drainage pipe 111,
A collective joint 132 of 112 and a branch joint 18 of the water supply pipe 17
And are provided.
【0045】継手収容部3は、側壁の開口部1032側
にフランジを有し、図4の端縁部1042,1041を
被覆するように、側壁面固定部37にて固定される。ま
た、継手収容部3の上面及び底面には、外装体絶縁部3
21,322にて外装体15,14が固定される。継手
収容部3の底面は、第三空間側へと傾斜するドレン流下
部19が形成されている。更に、開口部1031にはフ
ランジを有する絶縁キャップ31を装着するので断熱
性、気密性、水密性を保持することができる。The joint accommodating portion 3 has a flange on the side wall opening 1032 side, and is fixed by the side wall surface fixing portion 37 so as to cover the edge portions 1042 and 1041 of FIG. In addition, on the top surface and the bottom surface of the joint housing portion 3,
The outer casings 15, 14 are fixed at 21, 322. A drain flow lower portion 19 that is inclined toward the third space side is formed on the bottom surface of the joint housing portion 3. Furthermore, since the insulating cap 31 having a flange is attached to the opening 1031, heat insulation, airtightness, and watertightness can be maintained.
【0046】開口部1031,1032には意匠部材6
31,632が備えられ継手収容部3を隠蔽している。
また、意匠部材632と継手収容部3との嵌合部の下部
には、間隙部70を形成している。また、手洗い器65
の下方には、防水床7が備えられる。The design member 6 is provided in the openings 1031 and 1032.
31 and 632 are provided to hide the joint housing portion 3.
Further, a gap portion 70 is formed below the fitting portion between the design member 632 and the joint housing portion 3. Also, a hand wash device 65
A waterproof floor 7 is provided below.
【0047】本実施例の継手装置及び継手装置システム
の施工は、第一に継手収容部3が、第三空間側から開口
部1032、1031に挿入、固定される。次に、絶縁
キャップ31を開口部1031に第一空間側から装着す
る。給水管17と、第一排水管路111,112と、第
二排水管路12と、通気管16と、外装絶縁部321,
322と、外装体14,15と、また、大便器6および
排水圧送装置と周辺部材の設置・施工手順については第
一実施例と同様である。次に、手洗い器65は、意匠部
材632で手洗い器65の一部を第二側壁に押圧するよ
うに固定される。In the construction of the joint device and the joint device system of this embodiment, first, the joint accommodating portion 3 is inserted and fixed in the openings 1032 and 1031 from the third space side. Next, the insulating cap 31 is attached to the opening 1031 from the first space side. Water supply pipe 17, first drainage pipes 111 and 112, second drainage pipe 12, ventilation pipe 16, exterior insulating part 321,
The procedure for installing and constructing 322, the outer casings 14 and 15, the toilet bowl 6, the drainage pumping device, and peripheral members is the same as in the first embodiment. Next, the hand washing device 65 is fixed by the design member 632 so as to press a part of the hand washing device 65 against the second side wall.
【0048】第二排水管路12は外装体14の内部に設
けられているため、仮に排水圧送装置2や手洗い器65
の排水管路12が破損したり又は亀裂が生じたりして漏
水が底面部38に滴下しても、外装体14に遮られて外
部へは漏出せずに外装体14の内面を伝い落ちてゆく。
また或いは、前記漏水は、継手収容部3のドレン流下部
19に沿って間隙部70を第三空間側へ流下する。居住
者は、前記のように第三空間内に流下してきた漏水によ
って継手収容部内の異常を認知することができる。又、
万一前記漏水が多量に及んだ場合であっても、第三空間
内に敷設された床防水パンによって居室内は防水される
ため、建築側に致命的な損失を生じせしめることはな
い。Since the second drainage pipe 12 is provided inside the exterior body 14, the drainage pumping device 2 and the handwasher 65 are temporarily assumed.
Even if the drainage pipe 12 is damaged or cracked and water leaks to the bottom surface portion 38, it is blocked by the exterior body 14 and does not leak to the outside, but travels down the inner surface of the exterior body 14. go.
Alternatively, the leaked water flows down the gap 70 toward the third space along the drain flow lower portion 19 of the joint housing 3. The occupant can recognize the abnormality in the joint housing portion due to the water leakage flowing into the third space as described above. or,
Even if a large amount of water leaks, the floor waterproof pan laid in the third space waterproofs the living room, so that no fatal loss is caused on the building side.
【0049】図3は第三実施例の排水圧送システムにお
ける要部の側面断面図である。図3に示すように、側壁
101,102が、第一空間と第三空間とを隔てる様に
設けられ、側壁101と側壁102との間隙に第二空間
を形成している。FIG. 3 is a side sectional view of a main part of the drainage pumping system of the third embodiment. As shown in FIG. 3, side walls 101 and 102 are provided so as to separate the first space and the third space, and a second space is formed in a gap between the side wall 101 and the side wall 102.
【0050】第一空間は、大便器6と、排水圧送装置2
と、給水栓66を備えた意匠部材633と、継手収容部
3の一部を形成する水受け部71と、意匠部材631
と、から構成されるトイレ室である。The first space is composed of the toilet bowl 6 and the drainage pumping device 2.
A design member 633 including the water tap 66, a water receiving portion 71 forming a part of the joint housing portion 3, and a design member 631.
The toilet room is composed of
【0051】開口部103には、フランジ状の側壁面固
定部37を有する絶縁キャップ31が設置されている。
絶縁キャップ31の底部には外装体絶縁部31にて外装
体14が固定される。外装体14内には、排水圧送装置
2の排水経路である第二排水管路12と、水受け部71
の排水経路である第三排水管路122と、給水栓66お
よび洗浄水タンク64への給水管17と、が挿通され
る。An insulating cap 31 having a flange-shaped side wall surface fixing portion 37 is installed in the opening 103.
The exterior body 14 is fixed to the bottom of the insulating cap 31 by the exterior body insulation portion 31. In the exterior body 14, the second drainage pipe 12 which is the drainage route of the drainage pumping device 2 and the water receiving portion 71.
The third drainage pipe 122, which is the drainage route of the above, and the water supply pipe 17 to the water tap 66 and the wash water tank 64 are inserted.
【0052】絶縁キャップ31のリブ34には、継手収
容部3の一部が載置されている。継手収容部3は、底面
部38にドレン流下部19と水受け部71を備える。ま
た、継手収容部3の底部には排水管絶縁部36が備えら
れ、第二排水管路12の貫通部を水密に保持する。ドレ
ン流下部19は、水受け部71に向かって下方に傾斜勾
配を有する。尚、ドレン流下部19は水受け部71に向
かう溝状が形成されるものであっても良い。水受け部7
1は、給水栓66の吐水口の下方に設置されるものであ
って、底部排水口に排水トラップ67が設置される。水
受け部71の下部には、意匠部材631が設置されて継
手収容部3を載置している。また、水受け部71の上部
には、給水栓66と給水栓固定継手72を備える意匠部
材633が載置されている。意匠部材633と継手収容
部3との当接部には貫通孔を有する間隙部70が備えら
れる。A part of the joint accommodating portion 3 is placed on the rib 34 of the insulating cap 31. The joint accommodating portion 3 includes the drain flow lower portion 19 and the water receiving portion 71 on the bottom surface portion 38. Further, a drain pipe insulating portion 36 is provided at the bottom of the joint housing portion 3 to keep the penetrating portion of the second drain pipe passage 12 watertight. The drain flow lower portion 19 has an inclined slope downward toward the water receiving portion 71. It should be noted that the drain flow lower portion 19 may be formed in a groove shape toward the water receiving portion 71. Water receiver 7
1 is installed below the water discharge port of the water tap 66, and a drain trap 67 is installed at the bottom drain port. A design member 631 is installed below the water receiving portion 71 to mount the joint housing portion 3. Further, a design member 633 including a water tap 66 and a water tap fixing joint 72 is placed on the upper portion of the water receiving portion 71. A gap portion 70 having a through hole is provided at the contact portion between the design member 633 and the joint housing portion 3.
【0053】大便器6の下部の排水口61と、排水圧送
装置2の上部の流入口20と、が接続される。排水圧送
装置2は、天井壁面106と床仕上げ面105との間の
床下空間に設けられた載置トレイ74の内部に配置され
る。載置トレイ74は、端縁部にフランジを有し、該フ
ランジを囲繞するように大便器6の袴終端部が配置され
てなり、通常使用時は外観上載置トレイ74内を認知す
る事はない。また、第一排水管路11と給水管17は、
トイレ室内に露出しないように前記床下空間に敷設され
る。The drainage port 61 at the bottom of the toilet bowl 6 and the inflow port 20 at the top of the drainage pump 2 are connected. The drainage pumping device 2 is arranged inside a mounting tray 74 provided in an underfloor space between the ceiling wall surface 106 and the floor finish surface 105. The loading tray 74 has a flange at the end edge, and the hakama end of the toilet bowl 6 is arranged so as to surround the flange. In normal use, the interior of the loading tray 74 is not visible. Absent. In addition, the first drainage pipe 11 and the water supply pipe 17 are
It is laid in the underfloor space so as not to be exposed in the toilet room.
【0054】排水圧送装置2に連結される第一排水管路
11は、継手収容部3に固定される排水管継手13に接
続されている。排水管継手13の上部には、排水管路と
連通するように通気経路を形成する通気弁73が備えら
れる。The first drainage pipe 11 connected to the drainage pumping device 2 is connected to a drainage pipe joint 13 fixed to the joint housing 3. A ventilation valve 73 that forms a ventilation path is provided at an upper portion of the drainage pipe joint 13 so as to communicate with the drainage pipe line.
【0055】排水トラップ67に接続される第三排水管
路122は、絶縁キャップ31内に収められた通気弁7
32と接続される。通気弁732は、エルボ状の排水経
路と、該排水経路に連通する通気経路と、を備える。The third drainage pipe 122 connected to the drainage trap 67 has the ventilation valve 7 housed in the insulating cap 31.
32 is connected. The ventilation valve 732 includes an elbow-shaped drainage path and a ventilation path communicating with the drainage path.
【0056】本実施例の継手装置及び継手装置システム
の施工手順を概略説明する。第一に、予め第二空間に敷
設された外装体14を外装絶縁部32に接続して、絶縁
キャップ31を開口部103の第一空間側から装着す
る。第二に、第二排水管路12,第三排水管路122お
よび給水管17を外装体14内に挿通する。次に、底部
に防水トレイを備えた意匠部材631と継手収容部3を
設置し、排水管継手13を継手収容部3の所定の位置に
固定する。次に、意匠部材631に設けられた図示され
ない点検作業用開口部から、第一排水管路11および第
二排水管路12を通気弁73の付いた排水管継手13
に、通気弁732を接続した第三排水管路122を排水
トラップ67に、それぞれ接続する。最後に、給水管1
7を給水栓固定継手72に接続した後、予め給水栓固定
継手72と給水栓66が固定された意匠部材633を設
置する。The construction procedure of the joint device and joint device system of this embodiment will be briefly described. First, the exterior body 14 previously laid in the second space is connected to the exterior insulation part 32, and the insulation cap 31 is attached from the opening 103 to the first space side. Secondly, the second drainage pipe 12, the third drainage pipe 122 and the water supply pipe 17 are inserted into the exterior body 14. Next, the design member 631 having a waterproof tray on the bottom and the joint housing portion 3 are installed, and the drain pipe joint 13 is fixed at a predetermined position of the joint housing portion 3. Next, the drainage pipe joint 13 with the ventilation valve 73 attached to the first drainage pipeline 11 and the second drainage pipeline 12 from the opening for inspection work (not shown) provided in the design member 631.
Then, the third drainage conduit 122 connected to the ventilation valve 732 is connected to the drainage trap 67, respectively. Finally, the water supply pipe 1
After connecting 7 to the water tap fixing joint 72, the design member 633 in which the water tap fixing joint 72 and the water tap 66 are fixed in advance is installed.
【0057】第二排水管路12は外装体14の内部に設
けられているため、排水管路12が破損したり又は亀裂
が生じたりして漏水が発生しても、外装体14に遮られ
て外部へは漏出せずに外装体14の内面を伝い落ちてゆ
く。また或いは、前記漏水は、継手収容部3のドレン流
下部19に沿って間隙部70を第一空間側の水受け部7
1へ流下する。居住者は、前記のように水受け部71に
流下してきた漏水によって継手収容部3内の異常を認知
することができる。又、万一、圧送による大流量排水が
漏出した場合であっても、水受け部71に接続する第三
排水管路22によて適宜排出される。Since the second drainage pipe 12 is provided inside the outer casing 14, even if the drainage pipe 12 is damaged or cracked and water leaks, the second drainage pipe 12 is shielded by the outer casing 14. And does not leak to the outside and travels down the inner surface of the exterior body 14. Alternatively, as for the water leakage, the gap 70 is provided along the drain flow lower portion 19 of the joint housing 3 in the water receiving portion 7 on the first space side.
Run down to 1. The resident can recognize the abnormality in the joint housing part 3 by the water leakage that has flowed down to the water receiving part 71 as described above. Further, even if a large amount of drainage water is leaked by pressure, it will be appropriately discharged through the third drainage pipe 22 connected to the water receiving portion 71.
【0058】したがって、外装体14は後述のように第
二排水管路12からの排水の漏出が外部に及ぶことを防
止するのみならず、継手収容部3に溜まった水を外部へ
排出するためのドレイン管の機能も兼ねている。なお、
外装体14は可撓性を有する材料から成り、例えば、ポ
リエチレン、ポリプロピレン、ポリブテン、塩化ビニ
ル、ステンレス、銅、ゴム、アルミニウム等が有用であ
る。Therefore, the exterior body 14 not only prevents leakage of drainage from the second drainage pipe 12 to the outside as described later, but also discharges water accumulated in the joint housing 3 to the outside. Also functions as a drain pipe. In addition,
The outer package 14 is made of a flexible material, and for example, polyethylene, polypropylene, polybutene, vinyl chloride, stainless steel, copper, rubber, aluminum and the like are useful.
【0059】継手収容部3は、排水管継手13の下部に
あって、万一の漏水や結露水等を受容するものである。
例えば、外装体14は図示しない下流に設置される排水
桝や排水横主管に至るまで第二排水管路12を覆ってい
るから、外装体14の内部に漏出した排水も外装体14
内面を伝い落ちて最終的には排水桝や排水横主管へと流
れ込むことになる。したがって、排水は外部へ漏れるこ
とがなく、高い衛生状態を維持することができる。The joint accommodating portion 3 is located below the drain pipe joint 13 and receives water leakage, condensed water, and the like.
For example, since the exterior body 14 covers the second drainage pipeline 12 up to the drainage basin and the drainage horizontal main pipe installed downstream (not shown), the drainage leaked inside the exterior body 14 is also covered by the exterior body 14.
It will fall down the inner surface and eventually flow into the drainage basin and drainage horizontal main pipe. Therefore, the drainage does not leak to the outside and a high hygiene condition can be maintained.
【0060】図5は第四実施例の継手装置及び継手装置
システムであり、要部の側面断面図を示す。図5に示す
ように、第一側壁101が第一空間と第二空間とを隔て
る様に設けられる。開口部103には絶縁キャップ31
と配管アタッチメント75が設置される。開口部103
の第一空間側には、排水管継手13と、排水管継手13
に連結されて分岐される第一排水管路11および通気管
16と、意匠部材63が設けられる。FIG. 5 shows a joint device and a joint device system of the fourth embodiment, and is a side sectional view of a main part. As shown in FIG. 5, the first side wall 101 is provided so as to separate the first space and the second space. An insulating cap 31 is provided in the opening 103.
And the pipe attachment 75 are installed. Opening 103
On the first space side of the drain pipe joint 13 and the drain pipe joint 13
The first drainage pipe 11 and the ventilation pipe 16 which are connected to and branched from each other and the design member 63 are provided.
【0061】第四実施例の継手装置及び継手装置システ
ムの構成を、施工手順に沿って説明する。開口部103
にフランジを有する樹脂製で額縁状の絶縁キャップ31
を装着し、開口部103の端縁部を被覆する。次に、予
め第二空間内に敷設された外装体14を配管アタッチメ
ント75に備えられる外装絶縁部32に嵌入接続する。
次に、第二排水管路12を配管アタッチメント75に備
えられる継手固定部33に接続し、配管アタッチメント
75を絶縁キャップ31の額縁内に嵌入装着する。次
に、2経路の排水を集合し、2つの配管接続部が回動自
在な回動部35を備えた排水管継手13を継手固定部3
3に接続する。次に、2方からの第一排水管路11を排
水管継手13に接続する。次に、通気管16を気密に保
持する通気接続部76に接続する。最後に、バケット状
の継手収容部3のフランジの一部と、意匠部材63の一
部を、配管アタッチメント75に備えられる継手収容固
定部77に嵌入装着する。The construction of the joint device and joint device system of the fourth embodiment will be described along with the construction procedure. Opening 103
Frame-shaped insulating cap 31 made of resin and having a flange
To cover the edge of the opening 103. Next, the exterior body 14 previously laid in the second space is fitted and connected to the exterior insulation part 32 provided in the pipe attachment 75.
Next, the second drainage pipe 12 is connected to the joint fixing portion 33 provided in the pipe attachment 75, and the pipe attachment 75 is fitted and mounted in the frame of the insulating cap 31. Next, the drainage pipe joint 13 provided with the rotating portion 35 in which the drainages of the two paths are collected and the two pipe connecting portions are rotatable is attached to the joint fixing portion 3.
Connect to 3. Next, the first drainage pipe 11 from the two sides is connected to the drainage pipe joint 13. Next, the ventilation pipe 16 is connected to the ventilation connection portion 76 that keeps airtight. Finally, a part of the flange of the bucket-shaped joint accommodating portion 3 and a part of the design member 63 are fitted and attached to the joint accommodating fixing portion 77 provided in the pipe attachment 75.
【0062】絶縁キャップ31と端縁部との当接面と、
絶縁キャップ31と配管アタッチメント75との当接面
には、断熱性発泡弾性体が張り付けられており、それぞ
れ装着すると、前記断熱性発泡弾性体が圧縮されて当接
部の隙間を埋めるので、気密性、断熱性が保たれる。ま
た、通気管16は通気管接続部76で気密に接続されて
外装体14内部に連通し、外装体14を通気管路とする
通気経路を形成できる。そのため、この構成では通気管
路を別途配設する必要がなく、施工が容易になる。A contact surface between the insulating cap 31 and the edge portion,
An adiabatic foam elastic body is attached to a contact surface between the insulating cap 31 and the pipe attachment 75. When the insulating cap 31 and the pipe attachment 75 are respectively attached, the adiabatic foam elastic body is compressed to fill a gap in the abutting portion, so that an airtight seal is formed. Properties and heat insulation are maintained. Further, the ventilation pipe 16 is airtightly connected by the ventilation pipe connecting portion 76 and communicates with the inside of the exterior body 14 to form a ventilation path using the exterior body 14 as a ventilation pipe line. Therefore, in this structure, it is not necessary to separately provide a ventilation pipe, and the construction becomes easy.
【0063】本実施例の継手装置及び継手装置システム
によれば、室内側から配管施工や器具設置施工ができる
ので、施工効率を向上できる。従来のねじ込みシーリン
グ作業のような特殊な配管技能を要さず、器具の設置作
業と合わせた作業の多能工化を実現できる。また、継手
装置及び継手装置システムは側壁面に設置されるので、
配管継手部のメンテナンスなどは室内側かから容易にア
プローチできるので効率的であり、立ったまま作業でき
るので肉体的負担が小さい。また、前述したように、万
一の事故や、メンテナンス作業の際の漏水に対しては、
継手収容部が機能して、室内側か、外装体内への漏水排
水経路を確保できるので、建築側に被害を及ぼすことは
ない。According to the joint device and the joint device system of this embodiment, since the pipe construction and the equipment installation construction can be performed from the indoor side, the construction efficiency can be improved. It does not require special piping skills such as the conventional screw-in sealing work, and can achieve versatile work together with the installation work of the equipment. Also, since the joint device and joint device system are installed on the side wall surface,
The maintenance of the pipe joint is efficient because it can be easily approached from the inside of the room, and the physical burden is small because it is possible to work while standing. In addition, as mentioned above, in the unlikely event of accidents or water leakage during maintenance work,
Since the joint housing functions to secure the water leakage / drainage route to the interior side or the exterior body, it does not damage the building side.
【0064】図6は第五実施例の継手装置及び継手装置
システムであり、背面斜視図を示す。図6に示す継手装
置及び継手装置システムは、第二実施例と同様の空間構
成であり、第二空間の側壁面に本発明の継手装置が設置
されている。また、図7は、図6と同様の空間構成であ
り、従来の設備および配管構成を示す、背面斜視図であ
る。FIG. 6 is a rear perspective view showing a joint device and a joint device system of the fifth embodiment. The joint device and joint device system shown in FIG. 6 have the same space configuration as the second embodiment, and the joint device of the present invention is installed on the side wall surface of the second space. Further, FIG. 7 is a rear perspective view showing a space configuration similar to that of FIG. 6 and showing a conventional facility and piping configuration.
【0065】図6と図7にて、本実施例の継手装置及び
継手装置システムと従来の配管構造とを比較する。図6
および図7に示す配管系統は、排水系が二本、給水系が
二本、と給湯系が一本である。本実施例の継手装置及び
継手装置システムの排水系と給水系は、継手装置よりも
下方に敷設されるのは排水管12と給水管17の各一本
で、継手装置内で排水管111と112とに、給水管1
71と172とに、それぞれ分配されるように配管され
る。したがって、床仕上げ面105よりも上方で敷設さ
れる配管は個々の設備機器に接続される5系統である
が、床仕上げ面105よりも下方で配管されるのは3系
統のみである。また配管のために床仕上げ面105に開
口される箇所は1箇所である。6 and 7, the joint device and joint device system of this embodiment are compared with the conventional piping structure. Figure 6
The piping system shown in FIG. 7 has two drainage systems, two water supply systems, and one hot water supply system. As for the drainage system and the water supply system of the joint device and the joint device system of this embodiment, one drain pipe 12 and one water supply pipe 17 are laid below the joint device. 112 and the water supply pipe 1
71 and 172 are piped so as to be distributed respectively. Therefore, the pipes laid above the floor finishing surface 105 are five systems connected to the individual equipments, but only three systems are provided below the floor finishing surface 105. Further, there is only one place opened on the floor finish surface 105 for piping.
【0066】対して、図7に示す従来の配管形態は、床
仕上げ面105の上下で合計五本の配管が敷設される。
また、配管のために床仕上げ面105に設けた開口は五
カ所ある。さらには、床仕上げ面105より下方にある
配管は、点検口114を備えた三基のパイプシャフト1
13によって被覆される構造である。On the other hand, in the conventional piping configuration shown in FIG. 7, a total of five pipings are installed above and below the floor finish surface 105.
Further, there are five openings provided on the floor finish surface 105 for piping. Furthermore, the pipes below the floor finish surface 105 are provided with three pipe shafts 1 each having an inspection port 114.
It is a structure covered by 13.
【0067】本実施例の継手装置及び継手装置システム
によれば、メンテナンスは、従来の配管形態に比べて、
点検箇所を集約でき、且つ、床仕上げ面105よりも上
方の側壁部で作業ができるので、作業効率が高い。ま
た、配管経路を床仕上げ面105よりも上方で集約でき
るので、従来の配管形態に比べて、床仕上げ面のような
建築体の加工箇所を少なくでき、配管材やパイプシャフ
トなどの部材の数量を減らす事ができ、漏水などの危険
個所尾を減らすことが可能である。また、本実施例の継
手装置及び継手装置システムによれば、継手部での万一
の漏水事故の際は、床仕上げ面105よりも上方で発見
でき、且つ修繕を行える。According to the joint device and the joint device system of the present embodiment, maintenance is performed in comparison with the conventional piping form.
Since the inspection points can be integrated and the work can be performed on the side wall portion above the floor finish surface 105, the work efficiency is high. Further, since the piping paths can be gathered above the floor finishing surface 105, the number of processing parts of the building such as the floor finishing surface can be reduced compared to the conventional piping form, and the number of members such as piping materials and pipe shafts can be reduced. It is possible to reduce the risk of leaks and other dangerous points. Further, according to the joint device and the joint device system of the present embodiment, in the event of a water leak accident at the joint portion, it can be found above the floor finish surface 105 and repaired.
【0068】なお、上記実施例に用いられる排水圧送装
置は、例えば、内部に、電動式やジェット噴流式等のポ
ンプ装置を備える構造であっても良い。また、排水中に
混在する固形物を細分化する細分手段が備えられていて
も良い。なお、上記実施例は単に一例であって、本発明
の趣旨の範囲で適宜に変更や修正を行えることは明らか
である。The drainage pumping apparatus used in the above embodiment may have a structure in which a pump apparatus such as an electric type or a jet jet type is provided inside. Further, a subdivision means for subdividing the solid matter mixed in the drainage may be provided. It should be noted that the above-mentioned embodiment is merely an example, and it is apparent that appropriate changes and modifications can be made within the scope of the present invention.
【図1】 本発明の第一実施例による排水圧送システム
における要部の側面断面図。FIG. 1 is a side sectional view of a main part of a drainage pumping system according to a first embodiment of the present invention.
【図2】 本発明の第二実施例による排水圧送システム
における要部の側面断面図。FIG. 2 is a side sectional view of a main part of the drainage pumping system according to the second embodiment of the present invention.
【図3】 本発明の第三実施例による排水圧送システム
における要部の側面断面図。FIG. 3 is a side sectional view of a main part of a drainage pumping system according to a third embodiment of the present invention.
【図4】 本発明の実施例の継手装置及び継手装置シス
テムの設置に係わる建築側壁面開口部の概略図。FIG. 4 is a schematic view of a building side wall surface opening portion related to installation of a joint device and a joint device system according to an embodiment of the present invention.
【図5】 本発明の第四実施例による継手装置及び継手
装置システムにおける要部の側面断面図。FIG. 5 is a side sectional view of a main part of a joint device and a joint device system according to a fourth embodiment of the present invention.
【図6】 トイレ室と手洗い室との間に設けた本発明の
継手装置及び継手装置システムの要部の背面斜視図。FIG. 6 is a rear perspective view of essential parts of the joint device and joint device system of the present invention provided between the toilet room and the hand-washing room.
【図7】 従来のトイレ室と手洗い室の配管形態を示す
背面斜視図。FIG. 7 is a rear perspective view showing a piping configuration of a conventional toilet room and a hand washing room.
11,111,112…第一排水管路 113…パイプシャフト 114…パイプシャフト点検口 12…第二排水管路 13…排水管継手 14,15…外装体 16…通気管 17,171,172…給水管 17b…給湯管 18…分岐継手 19…ドレン流下部 101…第一側壁 102…第二側壁 103,1031,1032…開口部 104,1041,1042…端縁部 105…床仕上げ面 106…天井壁面 2…排水圧送装置 20…流入口 21…圧送排出口 22…貯留槽 3…継手収容部 31…絶縁キャップ 32,321,322…外装絶縁部 33…継手固定部 34…通気管固定部 35…回動部 36…排水管絶縁部 37…側壁面固定部 38…底面部 6…大便器 61…排水口 62…連結管 63,631,632,633…意匠部材 64…洗浄水タンク 65…手洗い器 66…給水栓 67…排水トラップ 68…給水連結管 69…手洗い排水管 7…床防水パン 70…間隙部 71…水受け部 72…給水栓固定継手 73,732…通気弁 74…載置トレイ 75…配管アタッチメント 76…通気接続部 77…継手収容固定部 11, 111, 112 ... First drainage pipeline 113 ... Pipe shaft 114 ... Pipe shaft inspection port 12 ... Second drainage pipe 13 ... Drainage pipe joint 14, 15 ... Exterior body 16 ... Vent pipe 17,171,172 ... Water supply pipe 17b ... Hot water supply pipe 18 ... Branch joint 19 ... Drain lower part 101 ... First side wall 102 ... Second side wall 103, 1031, 1032 ... Opening 104, 1041, 1042 ... Edge portion 105 ... Floor finish 106 ... Ceiling wall 2 ... Drainage pumping device 20 ... Inlet 21 ... Pressure discharge port 22 ... Storage tank 3 ... Joint housing 31 ... Insulation cap 32, 321, 322 ... Exterior insulation part 33 ... Joint fixing part 34 ... Vent pipe fixing part 35 ... Rotating part 36 ... Drain pipe insulation 37 ... Side wall fixing part 38 ... Bottom part 6 ... toilet bowl 61 ... Drainage port 62 ... Connection pipe 63, 631, 632, 633 ... Design member 64 ... Wash water tank 65 ... Handwasher 66 ... Faucet 67 ... Drain trap 68 ... Water supply connection pipe 69 ... Hand wash drain 7 ... Floor waterproof pan 70 ... Gap 71 ... Water receiver 72 ... Water faucet fixed joint 73,732 ... Vent valve 74 ... Loading tray 75 ... Piping attachment 76 ... Vent connection 77 ... Fitting housing fixed part
Claims (15)
排水管継手の排水流入側に接続される第一排水管路と、
排水管継手の流出側に接続される第二排水管路と、排水
管継手を収容する継手収容部と、からなる継手装置にお
いて、 前記継手収容部が、建築の側壁面に設けられた開口部に
固定するための側壁面固定部を、継手収納部に設けた事
を特徴とする継手装置。1. A drainage pipe joint for connecting drainage pipes to each other,
A first drainage pipe connected to the drainage inflow side of the drainage pipe joint,
In a joint device comprising a second drainage pipe connected to the outflow side of the drainage pipe joint and a joint housing part for housing the drainage pipe joint, the joint housing part is an opening provided on a side wall surface of the building. A joint device, wherein a side wall surface fixing portion for fixing to the joint is provided in the joint storing portion.
固定するために、第一排水管路の一端を接続した排水器
具を設置する第一空間と、第一側壁とで隔てられる第二
空間とに相対して設けられる配管アタッチメントを有し
てなる事を特徴とする請求項1記載の継手装置。2. The joint device is separated by a first space and a first space for installing a drainage device to which one end of a first drainage pipe is connected in order to fix the joint device at an edge portion of the opening. The joint device according to claim 1, further comprising a pipe attachment provided so as to face the second space.
収容する事を特徴とする請求項1、2いずれかに記載の
継手装置。3. The joint device according to claim 1, wherein the joint accommodating portion accommodates a plurality of drain pipe joints.
隙間なく挿通する排水管絶縁部を備える事を特徴とする
請求項1乃至3のいずれかに記載の継手装置。4. The joint device according to claim 1, wherein the joint accommodating portion includes a drain pipe insulating portion that passes through the second drain pipe passage without a gap.
定する継手固定部を備える事を特徴とする請求項1乃至
4のいずれかに記載の継手装置。5. The joint device according to claim 1, wherein the joint housing portion includes a joint fixing portion that fixes the drain pipe joint.
回動する回動部を備えることを特徴とする請求項5の記
載の継手装置。6. The joint device according to claim 5, wherein the drain pipe joint includes a rotating portion that rotates in a circumferential direction of the drain pipe passage.
部に挿通する外装体を備えてなり、 該外装体と継手収容部とを隙間無く固定する外装絶縁部
を備える事を特徴とする請求項1乃至6のいずれかに記
載の継手装置。7. The joint accommodating portion is provided with an exterior body that inserts the second drainage pipe inside, and an exterior insulating portion that fixes the exterior body and the joint containing portion without a gap. The joint device according to any one of claims 1 to 6.
部を有する事を特徴とする請求項1乃至7のいずれかに
記載の継手装置。8. The joint device according to claim 1, wherein the joint housing portion has a bucket-shaped water receiving portion.
装置であって前記継手収容部は底面部を有してなり、該
底面部は、前記第一側壁と所定間隔で設置された第二側
壁との間の第二空間を横断するように設けられる事を特
徴とする継手装置システム。9. The joint device according to claim 1, wherein the joint accommodating portion has a bottom surface portion, and the bottom surface portion is installed at a predetermined distance from the first side wall. A joint device system, wherein the joint device system is provided so as to cross a second space between the second side wall and the second side wall.
れることを特徴とする請求項9に記載の継手装置システ
ム。10. The joint device system according to claim 9, wherein the bottom surface portion is provided with a drain flow lower portion.
る事を特徴とする請求項1乃至10のいずれかに記載の
継手装置システム。11. The joint device system according to claim 1, further comprising a design member that covers the opening.
部との間にドレンを透通する間隙部を形成することを特
徴とする請求項11に記載の継手装置システム。12. The joint device system according to claim 11, wherein the design member forms a gap portion through which the drain is passed between the design member and the wall surface or the joint accommodating portion.
事を特徴とする請求項9乃至12のいずれかに記載の継
手装置システム。13. The joint device system according to claim 9, wherein the joint accommodating portion includes a water supply pipe line.
事を特徴とする請求項9乃至13のいずれかに記載の継
手装置システム。14. The joint device system according to claim 9, wherein the joint accommodating portion includes a ventilation conduit.
手装置又は、請求項9乃至14いずれかに記載の継手装
置システムにおいて、前記第一排水管路が排水を圧送す
る排水圧送装置と接続されてなる事を特徴とする排水圧
送システム。15. The joint device according to any one of claims 1 to 8 or the joint device system according to any one of claims 9 to 14, wherein a drainage pumping device for pumping wastewater by the first drainage pipeline. A drainage pumping system characterized by being connected.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2001292511A JP2003096853A (en) | 2001-09-25 | 2001-09-25 | Joint apparatus, joint system and drain-force feeding system using these |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2001292511A JP2003096853A (en) | 2001-09-25 | 2001-09-25 | Joint apparatus, joint system and drain-force feeding system using these |
Publications (1)
Publication Number | Publication Date |
---|---|
JP2003096853A true JP2003096853A (en) | 2003-04-03 |
Family
ID=19114463
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP2001292511A Pending JP2003096853A (en) | 2001-09-25 | 2001-09-25 | Joint apparatus, joint system and drain-force feeding system using these |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP2003096853A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2005056939A1 (en) * | 2003-12-10 | 2005-06-23 | Wada, Takeshi | Forced drainage apparatus |
JP7425689B2 (en) | 2020-07-15 | 2024-01-31 | 株式会社ブリヂストン | drainage structure |
-
2001
- 2001-09-25 JP JP2001292511A patent/JP2003096853A/en active Pending
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2005056939A1 (en) * | 2003-12-10 | 2005-06-23 | Wada, Takeshi | Forced drainage apparatus |
JP7425689B2 (en) | 2020-07-15 | 2024-01-31 | 株式会社ブリヂストン | drainage structure |
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