JP2006152585A - Drain attachment - Google Patents

Drain attachment Download PDF

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JP2006152585A
JP2006152585A JP2004341468A JP2004341468A JP2006152585A JP 2006152585 A JP2006152585 A JP 2006152585A JP 2004341468 A JP2004341468 A JP 2004341468A JP 2004341468 A JP2004341468 A JP 2004341468A JP 2006152585 A JP2006152585 A JP 2006152585A
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glass
drainage
attachment
glass bead
piece
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JP4500655B2 (en
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Sadahiro Maeda
禎浩 前田
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Fujisash Co Ltd
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Fujisash Co Ltd
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a drain attachment for dew condensation water capable of being carried out not only post-installation but also pre-installation, while being manually pressed-in between the glass surface and the glass bead, damaging risk of a glass surface is reduced by a tool for press-in and its effect is exhibited, regardless of a constitution of a glass bead. <P>SOLUTION: This drain attachment 1 on an embodiment is inserted between the glass bead 22 and the glass surface 23 for holding double glazing 21 of a bottom rail 20 of a window 2; and is formed of an insertion piece part 10 for arranging a drainage ditch 11 of the condensation water in a predetermined place, an inclined piece part 12 for making the condensation water flow down toward this insertion piece part 10, and an abutting piece part 13 extending in a substantially vertical manner from this inclined piece part 12 and abutting on a rail constituting material 200 such as natural wood of the bottom rail 20. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

本発明は、建物の窓等の戸体のガラス面に発生する結露水等を排水する排水アタッチに関する。   The present invention relates to a drain attachment for draining condensed water generated on a glass surface of a door body such as a window of a building.

窓の室内側ガラス面に発生して流下する結露水を室外に排出するための結露水排出部品として、特許文献１に開示されているものがある。
この結露水排出部品は、窓のガラス面とこれに対接するガラスビード間に圧入するもので、窓ガラスの下框の空間に至るように細幅縦長であってＶ字状等の薄肉の断面形状を有する排出路本体と，該排出路本体の上端に配設し、上記ガラスビード上面に対する対接ストッパーをなす薄肉一体の外方折曲片とを備えている。
特許２５４８６７３号 As a condensed water discharge component for discharging condensed water generated and flowing down on the glass surface on the indoor side of the window, there is one disclosed in Patent Document 1.
This condensed water discharge part is press-fitted between the glass surface of the window and the glass bead that is in contact with it. A discharge path main body having a shape, and a thin-walled outer bent piece which is disposed at the upper end of the discharge path main body and forms a contact stopper with respect to the upper surface of the glass bead.
Japanese Patent No. 2548673

この結露水排出部品の寸法は、前記排出路本体の長さが概ね１．８センチメートル、Ｖ字状の一辺が2ミリメートルとされ、これを必要に応じて必要部位のガラスとガラスビード間に圧入することによって、水抜き孔を形成する後付け状の独立部品とされている。   The dimensions of the dew condensation water discharge part are such that the length of the discharge channel body is approximately 1.8 centimeters, and one side of the V shape is 2 millimeters. By press-fitting, it is a retrofit independent part that forms a drain hole.

しかし、この結露水排出部品においては次のような問題点を指摘することができる。
第１に、結露水排出部品を窓ガラス面とガラスビード間に圧入するに際し、人の手の力だけでは困難なため、ハンマー等の圧入のための冶具が必要になるが、この結露水排出部品が小さすぎるため、圧入の仕損じにより、ガラス面を破損するおそれがあること、
第２に、結露水が対接ストッパーまで流下することを前提としていることから、ガラスビードの構成によって、対接ストッパーがガラスビードよりも高い位置にならざるを得ないよう場合には、その効果が発揮されない場合があること、
第３に、後付け状の独立部品とされており、窓ガラスを窓框に装填する際に先付けで取付けることが困難であること等である。
そこで、本願発明では、これらの問題点を解消するために完成されたもので、ガラス面とガラスビード間に人の手の力だけで圧入することが可能であり、また圧入のための冶具を用いた場合にガラス面を破損するおそれを減らすことができ、またガラスビードの構成の如何を問わずにその効果が発揮され、さらに後付けのみならず先付けも可能とする結露水用の排水アタッチを提供することを目的とする。 However, the following problems can be pointed out in this condensed water discharge component.
First, it is difficult to press a condensed water discharge component between a window glass surface and a glass bead with only the power of a human hand, so a jig for press fitting such as a hammer is required. Because the parts are too small, there is a risk of damaging the glass surface due to press fitting failure.
Secondly, since it is premised that the condensed water flows down to the contact stopper, it is effective if the contact stopper must be higher than the glass bead due to the configuration of the glass bead. That may not be demonstrated,
Third, it is a retrofitted independent part, and it is difficult to attach it in advance when loading the window glass into the window jar.
Therefore, the present invention has been completed in order to solve these problems, and it is possible to press-fit between the glass surface and the glass bead only with the power of a human hand, and a jig for press-fitting is provided. It is possible to reduce the possibility of damaging the glass surface when used, and the drainage attachment for condensed water is effective regardless of the configuration of the glass bead, and can be attached not only retrofitted. The purpose is to provide.

上記課題を解決するため、本発明は戸体に装填されるガラスを保持するガラスビードとガラスの間に取付けられ、且つ、ガラス面に発生する結露水等を排出する排水アタッチであって、該排水アタッチは長尺状に形成されていると共に、結露水等を下方に導く排水溝が所定個所に設けられ、且つ、ガラスビードとガラス間に差込まれる差込片部と、この差込片部から上方に傾斜された傾斜片部と、この傾斜片部から略鉛直状に延在し、且つ、戸体の框側に当接される当接片部を備えていることを特徴とする(請求項１に記載の発明)。   In order to solve the above-mentioned problems, the present invention is a drainage attachment that is attached between a glass bead that holds glass loaded in a door and the glass, and that discharges condensed water generated on the glass surface. The drainage attachment is formed in a long shape, and a drainage groove for guiding condensed water or the like downward is provided at a predetermined location, and an insertion piece portion inserted between the glass bead and the glass, and the insertion piece And an abutting piece that extends substantially vertically from the inclined piece and abuts against the heel side of the door. (Invention of Claim 1).

上記発明において、戸体は典型的には建物の開口部に配置されているガラス障子であるが、これに限定されるものではなく、またガラス障子の種類も引戸式、開戸式、嵌め殺し式などあらゆる種類のものを含む。
ガラスは典型的には複層ガラスであるが、これに限定されるものではなく、単層ガラスでもよい。
ガラスビードは、グレイジングチャンネル、ガスケット等、ガラスを保持するものであればよい。
傾斜片部は、差込片部から上方に向って傾斜されたものであるが、差込片部の上端から略水平状に延在するものでもよく、結露水等が滞留することを避けることができる構成であればよい。 In the above invention, the door is typically a glass shoji placed in the opening of the building, but is not limited to this, and the type of the glass shoji is also a sliding door type, an open door type, a fitting kill. Includes all sorts of things such as formulas.
The glass is typically a multi-layer glass, but is not limited to this and may be a single-layer glass.
The glass bead only needs to hold glass, such as a glazing channel or a gasket.
The inclined piece portion is inclined upward from the insertion piece portion, but may extend substantially horizontally from the upper end of the insertion piece portion, and avoid the accumulation of condensed water or the like. Any configuration can be used.

上記発明において、前記排水アタッチの長尺巾は、下框の上端から臨むガラス面と略同一の長さであること(請求項２に記載の発明)、前記排水溝は、差込片部がガラスビードに密着する面に形成されると共に、排水溝の下部に形成された下溝口は、ガラスビードに密着する面に向って楔形となっていること(請求項３に記載の発明)でもよい。   In the above invention, the long width of the drainage attachment is substantially the same length as the glass surface facing from the upper end of the lower gutter (the invention according to claim 2), and the drainage groove has an insertion piece portion. The lower groove port formed in the surface closely contacting the glass bead and formed in the lower portion of the drainage groove may be wedge-shaped toward the surface closely contacting the glass bead (the invention according to claim 3). .

本発明の排水アタッチは長尺状のものであるので、ガラス面とガラスビード間に圧入し易く、また圧入のための冶具を用いた場合にガラス面の破損を防止することができる。
また、長尺状のものであるので、後付けのみならずガラスの装填時にガラスビードを介して排水アタッチを先付けすることもできる。
さらに、ガラスビードの上方に傾斜片部が位置することから、ガラスビードの構成の如何を問わずに排水の効果が発揮される。 Since the drainage attachment of the present invention has a long shape, it is easy to press-fit between the glass surface and the glass bead, and when the jig for press-fitting is used, breakage of the glass surface can be prevented.
Moreover, since it is a long thing, a drainage attachment can also be preceded through a glass bead at the time of glass loading not only retrofitting.
Furthermore, since the inclined piece portion is located above the glass bead, the drainage effect is exhibited regardless of the configuration of the glass bead.

本発明に係る排水アタッチの実施形態を図面に基いて説明する。
図１（Ａ）は実施形態に係る排水アタッチを取付けた窓の斜視図、同図（Ｂ）は図１（Ａ）の吹出し部分の要部断面図、図２は同排水アタッチの斜視図、図３（Ａ）及び（Ｂ）は同排水アタッチの平面図及び側面図、図４〜図１０はそれぞれ排水アタッチの変形例図である。
なお、これらの各図及び後述の各図において、同一の構成は同一の符号を付して重複した説明を省略する。 An embodiment of drainage attachment according to the present invention will be described with reference to the drawings.
1A is a perspective view of a window to which a drainage attachment according to the embodiment is attached, FIG. 1B is a cross-sectional view of the main part of the blowing portion of FIG. 1A, FIG. 2 is a perspective view of the drainage attachment, FIGS. 3A and 3B are a plan view and a side view of the drainage attachment, and FIGS. 4 to 10 are modified views of the drainage attachment, respectively.
In each of these drawings and each of the drawings to be described later, the same components are denoted by the same reference numerals, and redundant description is omitted.

実施形態に係る排水アタッチ１は、窓２の下框２０に装填されるガラス、例えば複層ガラス２１を保持するガラスビード２２と複層ガラス２１のガラス面２３間に取付けられるもので、図２等に示したように結露水等の排水溝１１が所定個所に設けられた差込片部１０と、この差込片部１０に向けて結露水等を流下させる傾斜片部１２と、この傾斜片部１２から略鉛直状に延在すると共に、窓２の框側である天然木等の框構成材２００に当接される当接片部１３とから形成されている。   The drainage attachment 1 according to the embodiment is attached between a glass bead 22 for holding a glass 20 loaded on the lower arm 20 of the window 2, for example, a double-glazed glass 21 and a glass surface 23 of the double-glazed glass 21. As shown in the above, the insertion piece 10 in which the drainage groove 11 for condensed water or the like is provided at a predetermined location, the inclined piece 12 for allowing the condensed water or the like to flow toward the insertion piece 10, and the inclination The contact piece 13 extends substantially vertically from the piece 12, and is formed from a contact piece 13 that comes into contact with a cocoon component member 200 such as natural wood on the heel side of the window 2.

前記差込片部１０は、ガラスビード２２とガラス面２３間に圧入されることで、その排水溝１１をガラスビード２２とガラス面２３とが密着されている部分に導き入れる薄板状のもので、ガラス面２３に密着されるガラス密着面１００とガラスビード２２に密着されるガラスビード密着面１０１を備えている。
排水アタッチ１自体は後述のように長尺状に形成され、その差込片部１０も長尺状に形成されているが、排水溝１１の周囲にのみ形成してもよく、その形成の態様は任意である。
また、前記差込片部１０の最大高さ寸法はガラスビード２２の側面の高さに略等しくすればよいが、その高さ寸法も任意である。 The said insertion piece part 10 is a thin plate-shaped thing which guides the drainage groove | channel 11 to the part with which the glass bead 22 and the glass surface 23 are closely_contact | adhered by press-fitting between the glass bead 22 and the glass surface 23. FIG. The glass adhesion surface 100 adhered to the glass surface 23 and the glass bead adhesion surface 101 adhered to the glass bead 22 are provided.
The drainage attach 1 itself is formed in a long shape as will be described later, and the insertion piece 10 is also formed in a long shape, but it may be formed only around the drainage groove 11, and the form of the formation Is optional.
The maximum height of the insertion piece 10 may be approximately equal to the height of the side surface of the glass bead 22, but the height is also arbitrary.

前記排水溝１１は、結露水等を下框２０の下方に向けて落込むもので、前記差込片部１０の高さ方向に沿って所定個所に形成された溝部１１０と、その溝部１１０の上部の上溝口１１１と、その溝部１１０の下部の下溝口１１２から構成されている（図２参照）。
前記溝部１１０は、その横方向の断面形状が略Ｖ字状に成形され、前記ガラスビード密着面１０１側に鋭角溝１１０ａが形成されている。この鋭角溝１１０ａの周囲はガラス密着面１００及び記ガラスビード密着面１０１となっているので、窓２の下框２０の気密性が確保されている。
なお、溝部１１０の横方向の断面形状は、Ｖ字状に限定されるものではなく、半円状のものでもよい。 The drainage groove 11 drops condensed water or the like toward the lower side of the lower rod 20, and includes a groove part 110 formed at a predetermined position along the height direction of the insertion piece part 10, and the groove part 110. The upper groove 111 is an upper part and a lower groove 112 is provided at the lower part of the groove 110 (see FIG. 2).
The groove 110 has a substantially V-shaped cross section in the lateral direction, and an acute-angle groove 110a is formed on the glass bead adhesion surface 101 side. Since the periphery of the acute-angle groove 110a is the glass contact surface 100 and the glass bead contact surface 101, the airtightness of the lower eyelid 20 of the window 2 is ensured.
In addition, the cross-sectional shape of the groove part 110 in the horizontal direction is not limited to the V shape, and may be a semicircular shape.

前記上溝口１１１は、前記溝部１１０の略Ｖ字状の鋭角溝１１０ａによって前記傾斜片部１２に食込むように構成されたもので、結露水等が流入し易いようになっている。   The upper groove port 111 is configured to be eaten into the inclined piece portion 12 by the substantially V-shaped acute-angle groove 110a of the groove portion 110, so that condensed water or the like can easily flow in.

前記下溝口１１２は、図３（Ｂ）に示したように前記溝部１１０の鋭角溝１１０ａの途中でカットされ、一方、略Ｖ字状の開口が前記差込片部１０の略下端１０２まで連続して形成されている。
よって前記下溝口１１２の側面形状は、前記ガラスビード密着面１０１側に向って楔形となっていて水切りを形成すると共に、前記差込片部１０をガラスビード２２とガラス面２３間に圧入し易くなっている。
以上のように構成された前記排水溝１１の個数やその形成位置は、結露水等を効率良く排水できる数や形成位置であればよい。 The lower groove 112 is cut in the middle of the acute-angle groove 110a of the groove 110 as shown in FIG. 3B, while the substantially V-shaped opening continues to the substantially lower end 102 of the insertion piece 10. Is formed.
Therefore, the side surface shape of the lower groove port 112 is wedge-shaped toward the glass bead adhesion surface 101 to form a drain, and the insertion piece 10 can be easily press-fitted between the glass bead 22 and the glass surface 23. It has become.
The number and the formation positions of the drain grooves 11 configured as described above may be any numbers and formation positions that can efficiently drain condensed water or the like.

前記傾斜片部１２は、前記差込片部１０の上端１０３から斜め上方に（差込片部１０に対し鈍角状に）延在する延在部１２０で構成され、その下端１２１に前記上溝口１１１を臨ませている。
この延在部１２０は、結露水等を前記上溝口１１１に導き入れると共に、前記差込片部１０をガラスビード２２とガラス面２３間に圧入する際に、圧入力を加えることができる範囲を拡大し、且つ、圧入力を均等に差込片部に伝える役割も有し、差込片部１０を圧入し易くしている。
また、この延在部１２０は差込片部１０に対し鈍角状に形成され、またガラスビード２２の上方に位置するので、ガラスビード２２の構成如何によらず結露水等を前記上溝口１１１に向けて流下させることができる。 The inclined piece portion 12 includes an extending portion 120 that extends obliquely upward from the upper end 103 of the insertion piece portion 10 (in an obtuse shape with respect to the insertion piece portion 10), and the upper groove opening at the lower end 121 thereof. 111 is facing.
The extending portion 120 introduces dew condensation water or the like into the upper groove 111, and has a range in which pressure input can be applied when the insertion piece 10 is press-fitted between the glass bead 22 and the glass surface 23. It also has a role of enlarging and transmitting the pressure input evenly to the plug-in piece portion, making the plug-in piece portion 10 easy to press-fit.
In addition, since the extending portion 120 is formed in an obtuse angle with respect to the insertion piece portion 10 and is positioned above the glass bead 22, the dew condensation water or the like is supplied to the upper groove port 111 regardless of the configuration of the glass bead 22. Can flow down.

前記当接片部１３は、前記延在部１２０の上端１２２から略鉛直状に立ち上がる所定高さの立上部１３０と、前記延在部１２０の上端１２２から略鉛直状に立ち下がる所定高さの立下部１３１を備えている。
前記立上部１３０の高さ寸法は、前記差込片部１０をガラスビード２２とガラス面２３間に圧入した場合に、その上端１３０ａが下框２０の框構成材２００の上端に略一致させるようになっている。
一方、前記立下部１３１の高さ寸法は、前記差込片部１０をガラスビード２２とガラス面２３間に圧入した場合に、その下端１３１ａがパッキング材等の框構成材２０１の上面に当接させるようになっている。
このように構成された前記当接片部１３は、框構成材２００に当接しつつ、スライドすることから、前記差込片部１０をガラスビード２２とガラス面２３間に圧入する際のガイドともなる。 The contact piece 13 has a predetermined height 130 that rises substantially vertically from the upper end 122 of the extending portion 120 and a predetermined height that falls substantially vertically from the upper end 122 of the extending portion 120. A standing part 131 is provided.
When the insertion piece 10 is press-fitted between the glass bead 22 and the glass surface 23, the upper end 130 a has a height dimension that substantially matches the upper end of the eaves component 200 of the lower eaves 20. It has become.
On the other hand, when the insertion piece 10 is press-fitted between the glass bead 22 and the glass surface 23, the lower end 131a of the upright portion 131 is in contact with the upper surface of the bag component material 201 such as a packing material. It is supposed to let you.
Since the contact piece 13 configured in this manner slides while being in contact with the heel component 200, it is also a guide when the insertion piece 10 is press-fitted between the glass bead 22 and the glass surface 23. Become.

上記排水アタッチ１の長尺方向の長さは任意であり、例えば、窓２の下框２０から上方に臨んでいるガラス面の長さ（ガラス割寸法）と略一致させてもよいし、下框２０の中央部分のみに配置してもよいし、下框２０の左側、中央、右側に分断するようにピース状の寸法にしてもよい。
なお排水アタッチ１の材質は、ステンレス等の金属であるが、その他合成樹脂等であってもよい。 The length of the drainage attach 1 in the longitudinal direction is arbitrary, for example, it may be substantially coincident with the length of the glass surface (glass splitting dimension) facing upward from the lower eyelid 20 of the window 2. You may arrange | position only in the center part of the collar 20, and you may make it a piece-shaped dimension so that it may divide into the left side of the lower collar 20, the center, and the right side.
The material of the drain attachment 1 is a metal such as stainless steel, but may be other synthetic resins.

前記ガラスビード２２としては、ガラスの四周を包み込むグレイジングチャンネルを用いると共に、その底面に排水用の孔２２０を形成したものを用いる。
従って、ガラス面２３に発生して流下する結露水は、図１(Ｂ)に示したように、前記排水アタッチ１の傾斜片部１２から前記排水溝１１の上溝口１１１へ流入し、溝部１１０から下溝口１１２に導出され、さらにガラスビード２２の孔２２０から下框２０の孔２０２を介して室外側に排出される。
なお、前記ガラスビード２２の自由端の両端はそれぞれ左右略対称に形成されているが、ガラスビード２２のそれぞれの自由端は左右非対称でもよい。 As the glass bead 22, a glazing channel that wraps around the circumference of the glass is used, and a drain hole 220 is formed on the bottom surface.
Therefore, the dew condensation water generated and flowing down on the glass surface 23 flows into the upper groove port 111 of the drainage groove 11 from the inclined piece portion 12 of the drainage attachment 1 as shown in FIG. From the hole 220 of the glass bead 22 to the outdoor side through the hole 202 of the lower rod 20.
In addition, although the both ends of the free end of the said glass bead 22 are each formed in the left-right substantially symmetrical, each free end of the glass bead 22 may be left-right asymmetric.

次に、上記のように構成された排水アタッチ１の取付方法を説明する。
既設の窓２に対して排水アタッチ１を後付けるには、前記差込片部１０の下端１０２をガラスビード２２とガラス面２３の境界に押し当てて、当木等を介して圧入する。直接、手の力を前記傾斜片部１２に均等に加えて圧入することも可能である。
また、排水アタッチ１を先付けるには、複層ガラス２１を窓２の框に装填する際にガラスビード２２と共に排水アタッチ１をセットすればよい。 Next, the attachment method of the drainage attachment 1 comprised as mentioned above is demonstrated.
In order to attach the drainage attachment 1 to the existing window 2, the lower end 102 of the insertion piece 10 is pressed against the boundary between the glass bead 22 and the glass surface 23 and press-fitted through a tree or the like. It is also possible to press-fit by directly applying hand force to the inclined piece 12 directly.
Further, in order to precede the drainage attachment 1, the drainage attachment 1 may be set together with the glass beads 22 when the multi-layer glass 21 is loaded into the window 2 window.

以上のように排水アタッチ１によれば、窓２の下框２０に取付け易いサイズの排水アタッチとなっている、ガラス面２３とこれに対接するガラスビード２２間に人の手の力だけで圧入することができる、圧入のための冶具を用いてもガラス面２３を破損する危険性を減らすことができる、ガラスビード２２の位置、構成などを問題とすることなく、結露水を排水できる、取付方法において、後付けのみならず窓を製造する際にもセットすることができる等のメリットがある。   As described above, according to the drainage attachment 1, the drainage attachment is sized so that it can be easily attached to the lower eyelid 20 of the window 2. The glass surface 23 and the glass bead 22 in contact with the glass surface 23 are press-fitted only by the power of a human hand. Can reduce the risk of damaging the glass surface 23 even using a press-fitting jig, and can drain the condensed water without causing problems with the position and configuration of the glass beads 22. In the method, there is an advantage that it can be set not only in retrofitting but also in manufacturing a window.

次に、排水アタッチ１の変形例を説明する。
図４〜図１０に示した変形例は、窓２の下框２の框構成材２００の形状や取付位置に対応させて、前記傾斜片部１２、当接片部１３の構成を変形させている。
図４及び図５に示した排水アタッチ１Ａ及び排水アタッチ１Ｂでは、框構成材２００の段差部２０３に前記立上部１３０と立下部１３１が位置されるようにしている。 Next, a modified example of the drain attachment 1 will be described.
The modification shown in FIGS. 4-10 changes the structure of the said inclination piece part 12 and the contact piece part 13 corresponding to the shape and attachment position of the collar component 200 of the lower collar 2 of the window 2. Yes.
In the drain attachment 1A and the drain attachment 1B shown in FIGS. 4 and 5, the upright portion 130 and the upright portion 131 are positioned at the stepped portion 203 of the dredging component 200.

また、図６示した排水アタッチ１Ｃでは、前記立下部１３１の下端が直接、ガラスビード２２に接している。
また、図７示した排水アタッチ１Ｄでは、前記框構成材２００が取り付けられていない場合に、当接片部１３を直接的に框側の下框２０に接するようにしている。 In the drain attachment 1C shown in FIG. 6, the lower end of the standing part 131 is in direct contact with the glass bead 22.
Further, in the drainage attachment 1D shown in FIG. 7, the contact piece 13 is in direct contact with the lower heel 20 on the heel side when the heel component 200 is not attached.

また、図８に示した排水アタッチ１Ｅでは、前記当接片部１３の立上部を設けずに立下部１３１のみとして、その立下部１３１を框構成材２００に当接させている。
また、図９に示した排水アタッチ１Ｆでは、前記当接片部１３について立下部を設けずに立上部１３０のみとして、その立上部１３０を框構成材２００に当接させている。 Further, in the drainage attach 1E shown in FIG. 8, only the upright portion 131 is provided without providing the upright portion of the contact piece portion 13, and the upright portion 131 is brought into contact with the eaves component 200.
Further, in the drainage attachment 1F shown in FIG. 9, with respect to the abutting piece portion 13, only the upright portion 130 is provided without providing the upright portion, and the upright portion 130 is brought into contact with the eaves component 200.

また、図１０に示した排水アタッチ１Ｇでは、ガラス２１がシール収まりの場合に、下框２０とその框構成材２００間にパッキング材等２０１を介在させ、そのパッキング材２０１と下框２０間に差込むと共に、立下部を設けずに立上部１３０のみとして、その立上部１３０を框構成材２００に当接させている。
以上の変形例において、その他の構成は上記実施形態と略同一であり、これらの排水アタッチ１Ａ〜１Ｇにおいても、排水アタッチ１と略同一の作用効果を奏する。 In the drain attachment 1G shown in FIG. 10, when the glass 21 fits in the seal, a packing material 201 is interposed between the lower rod 20 and the rod component 200 and the packing material 201 and the lower rod 20 are interposed. At the same time, only the upright portion 130 is provided without providing the upright portion, and the upright portion 130 is brought into contact with the eaves component 200.
In the above modification, the other configurations are substantially the same as those in the above-described embodiment, and the drainage attachments 1A to 1G also have substantially the same operational effects as the drainage attachment 1.

（Ａ）実施形態に係る排水アタッチを取付けた窓の斜視図、（Ｂ）図１（Ａ）に示した吹き出し部分の要部断面図、(A) The perspective view of the window which attached the drainage attachment which concerns on embodiment, (B) The principal part sectional drawing of the blowing part shown to FIG. 1 (A), 同排水アタッチの斜視図、A perspective view of the drain attachment, （Ａ）同排水アタッチの平面図、（Ｂ） 同排水アタッチの側面図、(A) Top view of the drainage attachment, (B) Side view of the drainage attachment, 同排水アタッチの変形例図、A variation of the drain attachment, 同排水アタッチの変形例図、A variation of the drain attachment, 同排水アタッチの変形例図、A variation of the drain attachment, 同排水アタッチの変形例図、A variation of the drain attachment, 同排水アタッチの変形例図、A variation of the drain attachment, 同排水アタッチの変形例図、A variation of the drain attachment, 同排水アタッチの変形例図。The modification example figure of the drainage attachment.

符号の説明Explanation of symbols

１ １Ａ〜１Ｇ 排水アタッチ
１１ 排水溝 １０ 差込片部
１２ 傾斜片部 １３ 当接片部
１００ ガラス密着面 １０１ ガラスビード密着面
１１０ 溝部 １１１ 上溝口
１１２ 下溝口 １１０ａ 鋭角溝
１２０ 延在部 １３０ 立上部
１３１ 立下部

２ 窓
２０ 下框 ２１ 複層ガラス
２２ ガラスビード ２３ ガラス面
２００ ２０１ 框構成材 ２２０ 排水用の孔
２０２ 下框の孔 DESCRIPTION OF SYMBOLS 1 1A-1G Drain attachment 11 Drainage groove 10 Insertion piece part 12 Inclination piece part 13 Contact piece part 100 Glass contact surface 101 Glass bead adhesion surface 110 Groove part 111 Upper groove opening 112 Lower groove opening 110a Acute groove 120 Extension part 130 Standing part 131 Lower part

2 Window 20 Lower gutter 21 Multi-layer glass 22 Glass bead 23 Glass surface 200 201 Gutter constituent material 220 Drain hole 202 Lower gutter hole

Claims (3)

戸体に装填されるガラスを保持するガラスビードとガラスの間に取付けられ、且つ、ガラス面に発生する結露水等を排出する排水アタッチであって、
該排水アタッチは長尺状に形成されていると共に、
結露水等を下方に導く排水溝が所定個所に設けられ、且つ、ガラスビードとガラス間に差込まれる差込片部と、
この差込片部から上方に傾斜された傾斜片部と、
この傾斜片部から略鉛直状に延在し、且つ、戸体の框側に当接される当接片部を備えていることを特徴とする排水アタッチ。 A drainage attach that is attached between a glass bead that holds the glass loaded in the door and the glass, and that discharges condensed water generated on the glass surface,
The drain attachment is formed in a long shape,
A drainage groove that guides condensed water or the like downward is provided at a predetermined location, and an insertion piece portion inserted between the glass bead and the glass,
An inclined piece that is inclined upward from the plug piece;
A drainage attachment comprising a contact piece extending substantially vertically from the inclined piece and being brought into contact with the heel side of the door. 前記排水アタッチの長尺巾は、下框の上端から臨むガラス面と略同一の長さであることを特徴とする請求項1に記載の排水アタッチ。   2. The drainage attachment according to claim 1, wherein a long width of the drainage attachment is substantially the same as a glass surface facing from an upper end of a lower shell. 前記排水溝は、差込片部がガラスビードに密着する面に形成されると共に、排水溝の下部に形成された下溝口は、ガラスビードに密着する面に向って楔形となっていることを特徴とする請求項1に記載の排水アタッチ。   The drainage groove is formed on the surface where the insertion piece part is in close contact with the glass bead, and the lower groove port formed in the lower part of the drainage groove is wedge-shaped toward the surface in close contact with the glass bead. 2. The drainage attach according to claim 1, wherein
JP2004341468A 2004-11-26 2004-11-26 Drain attachment Active JP4500655B2 (en)

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Publication number Priority date Publication date Assignee Title
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