JP6483582B2 - Joinery - Google Patents

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JP6483582B2
JP6483582B2 JP2015188904A JP2015188904A JP6483582B2 JP 6483582 B2 JP6483582 B2 JP 6483582B2 JP 2015188904 A JP2015188904 A JP 2015188904A JP 2015188904 A JP2015188904 A JP 2015188904A JP 6483582 B2 JP6483582 B2 JP 6483582B2
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vertical
frame
attachment
window
lower frame
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JP2017061836A (en
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智明 牧田
智明 牧田
稔之 久次米
稔之 久次米
修 三浦
修 三浦
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Lixil Corp
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Lixil Corp
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Description

本発明は、構造物の開口部に設けられる建具に関する。   The present invention relates to a joinery provided in an opening of a structure.

従来から、構造物の開口部に設けられる建具において、FIX(嵌め殺し窓)等では、開口部に固定された枠の内側に、ガラス等で構成されたパネル状の障子が設置されている(下記特許文献1参照)。枠には障子と対向する面から内方に向かって凹部が形成され、この凹部に押し縁が嵌合され、押し縁が障子を押圧することで、障子が設置されている。   Conventionally, in a joinery provided in an opening of a structure, a panel-like shoji made of glass or the like is installed inside a frame fixed to the opening in a FIX (fitting window) or the like ( See Patent Document 1 below). A recess is formed in the frame from the surface facing the shoji inward, and a pushing edge is fitted into the recess, and the pushing edge presses the shoji so that the shoji is installed.

特開2012−200894号公報JP 2012-200894 A

しかしながら、上記の特許文献1に記載されたサッシでは、ガラスを支持している押し縁が熱により長手方向に伸長することがある。例えば、上下方向に延びる縦押し縁の側面に左右方向に延びる横押し縁の端面が突き付けられるように設けられている場合に、縦押し縁が伸長すると、縦押し縁の両端面(上面及び下面)がそれぞれ上枠及び縦枠を押圧する。これにより、上枠及び下枠が変形して、建具の耐久性が低下する可能性がある。   However, in the sash described in the above-mentioned Patent Document 1, the pressing edge supporting the glass may be elongated in the longitudinal direction by heat. For example, when it is provided so that the end face of the lateral push edge extending in the left-right direction is abutted against the side surface of the vertical push edge extending in the vertical direction, when the vertical push edge extends, both end faces (upper surface and lower surface) ) Press the upper frame and the vertical frame, respectively. Thereby, an upper frame and a lower frame may deform | transform and durability of joinery may fall.

本発明は、このような課題に鑑みてなされたものであって、押し縁が伸長しても枠体の変形を抑制することができる建具を提供する。   This invention is made | formed in view of such a subject, Comprising: Even if a pushing edge expand | extends, the fitting which can suppress a deformation | transformation of a frame is provided.

上記目的を達成するために、本発明は以下の手段を採用している。
すなわち、本発明に係る建具は、上下方向に延びる一対の縦枠と、見付け方向に延びる一対の横枠と、を有し四方枠状に形成された枠体を備えた建具であって、前記縦枠及び前記横枠それぞれに、前記縦枠及び前記横枠の面内方向外側に凹むように形成された凹部と、前記縦枠及び前記横枠のそれぞれの前記凹部に挿入された押し縁と、前記縦枠及び前記横枠の少なくともいずれか一方の前記凹部に挿入され、前記縦枠及び前記横枠の他方に挿入された前記押し縁の端面を支持する補強部材と、を備え、前記補強部材は、前記縦枠及び前記横枠の前記他方の前記凹部に挿入された前記押し縁と係合する押し縁係合部を有することを特徴とする。
In order to achieve the above object, the present invention employs the following means.
That is, a joinery according to the present invention is a joinery comprising a frame body having a pair of vertical frames extending in the vertical direction and a pair of horizontal frames extending in the finding direction and formed in a four-sided frame shape, A concave portion formed in each of the vertical frame and the horizontal frame so as to be recessed outward in an in-plane direction of the vertical frame and the horizontal frame; and a pressing edge inserted into the concave portion of each of the vertical frame and the horizontal frame; the vertical frame and is inserted into at least one of the recesses of said lateral frame, and a reinforcing member supporting the vertical frame and end of the inserted said push edge to the other of said lateral frame, said reinforcing member, characterized Rukoto which have a pushing Engakari engaging portion to be engaged with said push rim that is inserted into the other of said recesses of said vertical frame and the horizontal frame.

このように構成された建具では、横枠の凹部に補強部材が挿入されていると、縦枠に挿入された押し縁が伸長した場合には、補強部材が縦枠に挿入された押し縁の端面を支持するため、当該押し縁が横枠を押圧して変形させることを抑制することができる。一方、縦枠の凹部に補強部材が挿入されていると、横枠に挿入された押し縁が伸長した場合には、補強部材が横枠に挿入された押し縁の端面を支持するため、当該押し縁が縦枠を押圧して変形させることを抑制することができる。
また、補強部材の押し縁係合部は、該補強部材が支持する押し縁と係合するため、補強部材が押し縁を支持した状態を維持することができる。
In the joinery configured as described above, when the reinforcing member is inserted into the recess of the horizontal frame, when the pushing edge inserted into the vertical frame is extended, the reinforcing member is inserted into the pushing edge inserted into the vertical frame. Since the end face is supported, it is possible to suppress the pressing edge from pressing and deforming the horizontal frame. On the other hand, when the reinforcing member is inserted into the concave portion of the vertical frame, when the pushing edge inserted into the horizontal frame extends, the reinforcing member supports the end face of the pushing edge inserted into the horizontal frame. It can suppress that a pushing edge presses and deform | transforms a vertical frame.
Moreover, since the pushing edge engaging part of a reinforcing member engages with the pushing edge which this reinforcing member supports, the state which the reinforcing member supported the pushing edge can be maintained.

また、本発明に係る建具は、前記縦枠及び前記横枠の前記一方の前記凹部に挿入された前記押し縁の端面は、前記縦枠及び前記横枠の前記他方の前記凹部に挿入された前記押し縁に当接していることが好ましい。   Moreover, as for the fitting which concerns on this invention, the end surface of the said pushing edge inserted in the said one said recessed part of the said vertical frame and the said horizontal frame was inserted in the said other recessed part of the said vertical frame and the said horizontal frame It is preferable to contact the pushing edge.

このように構成された建具では、横枠の凹部に挿入された押し縁の端面が縦枠の凹部に挿入された押し縁に当接していると、横枠の凹部に挿入された押し縁が伸長した場合には縦枠の凹部に挿入された押し縁が伸長した押し縁を支持するとともに、縦枠の凹部に挿入された押し縁が伸長した場合には横枠の凹部に挿入された補強部材が伸長した押し縁を支持するため、枠体の変形を抑制することができる。一方、縦枠の凹部に挿入された押し縁の端面が横枠の凹部に挿入された押し縁に当接していると、縦枠の凹部に挿入された押し縁が伸長した場合には横枠の凹部に挿入された押し縁が伸長した押し縁を支持するとともに、横枠の凹部に挿入された押し縁が伸長した場合には縦枠の凹部に挿入された補強部材が伸長した押し縁を支持するため、枠体の変形を抑制することができる。   In the joinery configured as described above, when the end surface of the pressing edge inserted into the recess of the horizontal frame is in contact with the pressing edge inserted into the recess of the vertical frame, the pressing edge inserted into the recess of the horizontal frame is When extended, the pushing edge inserted into the vertical frame recess supports the extended pushing edge, and when the pushing edge inserted into the vertical frame recess extends, the reinforcement inserted into the horizontal frame recess Since the member supports the extended pushing edge, the deformation of the frame can be suppressed. On the other hand, when the end face of the pressing edge inserted into the recess of the vertical frame is in contact with the pressing edge inserted into the recess of the horizontal frame, the horizontal frame is displayed when the pressing edge inserted into the recess of the vertical frame extends. The pushing edge inserted into the recess of the frame supports the extended pushing edge, and when the pushing edge inserted into the recess of the horizontal frame extends, the reinforcing member inserted into the depression of the vertical frame holds the extended pushing edge. Since it supports, a deformation | transformation of a frame can be suppressed.

本発明による建具によれば、押し縁が伸長しても枠体の変形を抑制することができる。   According to the joinery according to the present invention, it is possible to suppress the deformation of the frame body even when the pushing edge is extended.

本発明の実施形態による連窓の水平断面図である。It is a horizontal sectional view of the continuous window by the embodiment of the present invention. 図1に示す連窓のFIX窓の縦断面図である。It is a longitudinal cross-sectional view of the FIX window of the continuous window shown in FIG. 図1に示す連窓の縦辷り出し窓の縦断面図である。It is a longitudinal cross-sectional view of the vertical extended window of the continuous window shown in FIG. 図1に示す連窓の方立部分の拡大断面図である。It is an expanded sectional view of the standing part of the continuous window shown in FIG. 実施形態による連窓に方立アタッチメントを取り付けた要部正面図である。It is a principal part front view which attached the vertical attachment to the continuous window by embodiment. FIX窓の上枠と下枠の間に設置した方立アタッチメントと上枠アタッチメントと下枠アタッチメントとの連結構造を示す図5のA−A線断面図である。FIG. 6 is a cross-sectional view taken along line AA of FIG. 5 showing a connection structure of a vertical attachment, an upper frame attachment, and a lower frame attachment installed between the upper frame and the lower frame of the FIX window. 図6に示す方立アタッチメントと上側と下側のガイド部材とを示す要部分解斜視図である。It is a principal part disassembled perspective view which shows the vertical attachment shown in FIG. 6, and the upper and lower guide member. 方立アタッチメントと下側のガイド部材との嵌合状態を示す部分斜視図である。It is a fragmentary perspective view which shows the fitting state of a vertical attachment and a lower guide member. FIX窓を仕切る方立に設置した方立アタッチメントと下枠アタッチメントとの取り付け状態を示す部分斜視図である。It is a fragmentary perspective view which shows the attachment state of the vertical attachment installed in the vertical which partitions off a FIX window, and a lower frame attachment. 下枠アタッチメントに設けられた補強部材の方立アタッチメント側の取付け状態を示すため一部断面で示した正面図である。It is the front view shown with a partial cross section in order to show the attachment state by the side attachment side of the reinforcement member provided in the lower frame attachment. 下枠アタッチメントに設けられた補強部材の縦枠アタッチメント側の取付け状態を示すため一部断面で示した正面図である。It is the front view shown in the partial cross section in order to show the attachment state by the side of the vertical frame attachment of the reinforcement member provided in the lower frame attachment. 下枠アタッチメントに設けられた補強部材を示す縦断面図である。It is a longitudinal cross-sectional view which shows the reinforcement member provided in the lower frame attachment. 補強部材の斜視図である。It is a perspective view of a reinforcing member. 下枠アタッチメントに設けられた補強部材の方立アタッチメント側の取付け状態を示すための水平断面図である。It is a horizontal sectional view for showing the attachment state by the side attachment side of the reinforcing member provided in the lower frame attachment. 下枠アタッチメントに設けられた補強部材の縦アタッチメント側の取付け状態を示すための水平断面図である。It is a horizontal sectional view for showing the attachment state by the side of the vertical attachment of the reinforcing member provided in the lower frame attachment.

以下、本発明の実施形態による建具の一例を添付図面により説明する。
図1乃至図15は本発明の実施形態による連窓1を示すものである。図1に示す実施形態による連窓1は、建物の躯体に形成された建物開口部に取り付けられる例えば四角形の枠体2内に、例えばFIX窓(嵌め殺し窓)3と縦辷り出し窓4とを方立5を挟んで左右方向に配列した構成を備えている。
FIX窓3は枠体2と方立5で仕切られた一方の開口部13Aに固定した障子7を備え、縦辷り出し窓4は枠体2と方立5との間の他方の開口部13Bに吊元側の縦框回りに開閉可能に納めた障子8を備えている。しかも、連窓1は断熱性の高い樹脂からなる樹脂建具である。
Hereinafter, an example of a fitting according to an embodiment of the present invention will be described with reference to the accompanying drawings.
1 to 15 show a continuous window 1 according to an embodiment of the present invention. A continuous window 1 according to the embodiment shown in FIG. 1 includes, for example, a FIX window (fitting window) 3 and a vertical projecting window 4 in a square frame 2 attached to a building opening formed in a building frame. Are arranged in the left-right direction across the vertical 5.
The FIX window 3 includes a shoji 7 fixed to one opening 13 </ b> A partitioned by the frame 2 and the stand 5, and the vertically extending window 4 is the other opening 13 </ b> B between the frame 2 and the stand 5. The shoji 8 is provided so that it can be opened and closed around the vertical hook on the hanging side. Moreover, the continuous window 1 is a resin joinery made of a highly heat-insulating resin.

図1〜図3において、連窓1の枠体2は躯体の開口に設置された樹脂製の上枠10と下枠11と左右の縦枠12A、12Bとからなる四角形枠状の開口部13を備えている。なお、上枠10と下枠11と左右の縦枠12A,12Bは端部同士を当接させて互いに熱溶着させている。そのため、熱で上枠10、下枠11、左右の縦枠12A,12Bが伸長しようとしても互いにその応力を吸収して熱変形を抑制できる。
図2、図3において、上枠10は、断面略四角形をなす複数のホロー部10aの屋外側にテーパ状のホロー部10bを連結してなり、下枠11も、断面略四角形をなす複数のホロー部11aの屋外側にテーパ状のホロー部10bを連結している。
また、図1において、左右の縦枠12A,12Bは、断面略四角形をなす複数のホロー部12aの屋外側にテーパ状のホロー部12bを連結している。テーパ状のホロー部10b、11b、12bは内面が屋内側から屋外側に向けて開口部13の幅が次第に広がるようにテーパ状に形成されている。また、断面略四角形をなすホロー部10a,11a、12b内には断熱材15が設置されている。
1 to 3, the frame 2 of the continuous window 1 is a rectangular frame-shaped opening 13 composed of a resin upper frame 10 and a lower frame 11 and left and right vertical frames 12A and 12B installed in an opening of the housing. It has. The upper frame 10, the lower frame 11, and the left and right vertical frames 12 </ b> A and 12 </ b> B are in thermal contact with each other with their ends in contact with each other. Therefore, even if the upper frame 10, the lower frame 11, and the left and right vertical frames 12 </ b> A and 12 </ b> B are extended by heat, the stress can be absorbed and thermal deformation can be suppressed.
2 and 3, the upper frame 10 is formed by connecting a tapered hollow portion 10b to the outdoor side of a plurality of hollow portions 10a having a substantially rectangular cross section, and the lower frame 11 also includes a plurality of rectangular portions having a substantially rectangular cross section. A tapered hollow portion 10b is connected to the outdoor side of the hollow portion 11a.
In FIG. 1, the left and right vertical frames 12A and 12B connect a tapered hollow portion 12b to the outdoor side of a plurality of hollow portions 12a having a substantially rectangular cross section. The tapered hollow portions 10b, 11b, and 12b are formed in a tapered shape so that the inner surface gradually widens from the indoor side toward the outdoor side. A heat insulating material 15 is installed in the hollow portions 10a, 11a, and 12b having a substantially square cross section.

そして、左右の縦枠12A,12Bの中間に上下方向に延びて開口部13を仕切る方立5は断面略四角形状のホロー部からなり、内部に断熱材15が設置されている。
この連窓1において、枠体2の開口部13AのFIX窓3には縦枠12Aの略四角形状のホロー部12aと方立5との間に2層または3層ガラスパネルの障子が設置されていた。また、開口部13Bの縦辷り出し窓4には縦枠12Bの略四角形状のホロー部12aと方立5との間に2層または3層ガラスパネルの障子が設置されていた。
本実施形態による連窓1は、これを同一の枠体2を用いて例えば各5層ガラスパネルを納めた障子7と障子8に交換施工してFIX窓3と縦辷り出し窓4を構成したものである。
And the stand 5 which extends in the up-down direction in the middle of the left and right vertical frames 12A and 12B and partitions the opening 13 is formed of a hollow portion having a substantially square cross section, and a heat insulating material 15 is provided therein.
In this continuous window 1, a FIX window 3 in the opening 13 </ b> A of the frame 2 is provided with a two-layer or three-layer glass panel shoji between the substantially rectangular hollow portion 12 a of the vertical frame 12 </ b> A and the stand 5. It was. Further, a shovel of a two-layer or three-layer glass panel is installed between the substantially rectangular hollow portion 12a of the vertical frame 12B and the vertical 5 in the vertical extending window 4 of the opening 13B.
The continuous window 1 according to the present embodiment is replaced with a shoji 7 and a shoji 8 each containing, for example, a five-layer glass panel using the same frame body 2 to form a FIX window 3 and a vertical window 4. Is.

本実施形態による連窓1の縦辷り出し窓4では、図1及び図3に示すように、枠体2内に開閉可能に納めた障子8はそれぞれ樹脂からなる上框17と下框18と左右の縦框19とからなる四角形枠状の框体を有し、その内部に例えば5層のガラスパネル20を備えた複層パネル21を納めている。
しかも、この縦辷り出し窓4では、複層パネル21を支持する左右の縦框19は屋内側のホロー部19aが比較的小幅に設定され、屋外側の拡径ホロー部19bが比較的幅が大きく設定された段付き形状とされている。左右の縦框19における拡径ホロー部19bの屋内側の面には、縦枠12Bの屋外側の段部におけるホロー部12aと方立5の先端部5aにそれぞれ当接する気密材23a、23bが嵌合されている。
In the vertical extending window 4 of the continuous window 1 according to the present embodiment, as shown in FIGS. 1 and 3, the shoji 8 housed in the frame 2 so as to be opened and closed is an upper and a lower lid 17 and 18 made of resin, respectively. It has a rectangular frame-shaped casing made up of left and right vertical rods 19, and a multilayer panel 21 including, for example, five layers of glass panels 20 is housed therein.
Moreover, in this vertical window 4, the left and right vertical shafts 19 that support the multi-layer panel 21 are set such that the indoor side hollow portion 19a has a relatively small width, and the outdoor side enlarged diameter hollow portion 19b has a relatively wide width. It is a large stepped shape. On the indoor-side surface of the diameter-enhanced hollow portion 19b of the left and right vertical rods 19, air-tight members 23a and 23b are in contact with the hollow portion 12a of the stepped portion on the outdoor side of the vertical frame 12B and the tip portion 5a of the stand 5 respectively. It is mated.

また、縦辷り出し窓4において、複層パネル21は5層のガラスパネル20がスペーサ26を挟んで平行に配列されている。5層の複層パネル21はその四辺端部を上框17、下框18、左右の縦框19に形成した嵌合凹部で嵌合保持されている。上框17、下框18、左右の縦框19において、その屋外側端部にはそれぞれ押し縁24が凹部に嵌合固定されてヒレ部を介して外側のガラスパネル20を押圧している。
そして、上框17、下框18、左右の縦框19の屋内側端部にはそれぞれ内側框部25が一体形成されてヒレ部を介して内側のガラスパネル20を押圧している。しかも、内側框部25は対向する押し縁24よりも複層パネル21の中央側に突出している。
Further, in the vertical window 4, the multi-layer panel 21 has five glass panels 20 arranged in parallel with a spacer 26 interposed therebetween. The five-layered multi-layer panel 21 is fitted and held by fitting recesses formed on the upper side 17, the lower side 18 and the left and right vertical sides 19 at the four side ends. In the upper rod 17, the lower rod 18, and the left and right vertical rods 19, push edges 24 are fitted and fixed to the concave portions at the outdoor side end portions, respectively, and the outer glass panel 20 is pressed through the fin portions.
And the inner side collar part 25 is integrally formed in the indoor side edge part of the upper collar 17, the lower collar 18, and the right and left vertical collar 19, respectively, and the inner side glass panel 20 is pressed through the fin part. In addition, the inner flange portion 25 protrudes toward the center side of the multilayer panel 21 with respect to the opposite pressing edge 24.

なお、図1において、縦辷り出し窓4における縦框19の一方の屋内側の内側框部25を設置した面には障子8を開閉操作するためのグレモン錠のハンドル27が取り付けられている。図4に示すハンドル27には、その開閉操作によって上下動させる施錠用のロックピン28が連結されている。これに対向する方立5の側壁には、ロックピン28を係合離脱させるロック溝を有する受け具29が設けられている。グレモン錠のハンドル27を開閉方向に操作することによってロックピン28を上下動させて受け具29のロック溝に対してロックピン28のロックとアンロック操作を行う。
また、この縦辷り出し窓4では、複層パネル21を備えた障子8を屋内側に寄せて縦枠12Bと方立5と上枠10、下枠11の間の開口部13Bに設置したため、上框17、下框18、左右の縦框19の屋外側端面は枠体2の上枠10、下枠11、左右の縦枠12A、12Bの屋外側端面とほぼ面一に設定されている。また、縦枠12Bの屋内側の受け部と方立5の屋内側受け部には、閉塞位置にある障子8の左右方向の内側框部25をそれぞれ受ける気密材30が固定されている。
In FIG. 1, a gremon lock handle 27 for opening and closing the shoji 8 is attached to the surface of the vertical ridge window 4 on which one of the indoor ridges 25 on the indoor side of the vertical ridge 19 is installed. A lock pin 28 for locking that is moved up and down by the opening / closing operation is connected to the handle 27 shown in FIG. A receiving member 29 having a lock groove for engaging and disengaging the lock pin 28 is provided on the side wall of the side wall 5 facing this. The lock pin 28 is moved up and down by operating the handle 27 of the Gremon lock in the opening and closing direction, and the lock pin 28 is locked and unlocked with respect to the lock groove of the receiving tool 29.
Further, in this vertical window 4, the shoji 8 provided with the multilayer panel 21 is moved to the indoor side and installed in the opening 13 </ b> B between the vertical frame 12 </ b> B, the vertical 5, the upper frame 10, and the lower frame 11. The outdoor side end surfaces of the upper rod 17, the lower rod 18, and the left and right vertical rods 19 are set substantially flush with the outdoor side end surfaces of the upper frame 10, the lower frame 11, and the left and right vertical frames 12A and 12B of the frame 2. . Moreover, the airtight material 30 which receives the inner side collar part 25 of the left-right direction of the shoji 8 in the obstruction | occlusion position is being fixed to the indoor side receiving part of the vertical frame 12B, and the indoor side receiving part of the vertical 5 respectively.

次に、FIX窓3に5層のガラスパネル20からなる障子7を設置した構造について説明する。
図1、図2、図4に示すFIX窓3において、5層のガラスパネル20をスペーサ26を介して平行に配列させた複層パネル32は上述した縦辷り出し窓4と略同一構成を有している。この複層パネル32を枠体2の縦枠12Aと方立5との間の開口部13Aに設置する場合、方立5の屋内外方向の長さが枠体2の長さより短く、縦枠12Aと上枠10及び下枠11は先端側にテーパ状のホロー部10b、11b、12bを設置しているために、嵌め殺し用の障子7を装着するためのアタッチメント33を開口部13Aを囲う上枠10と下枠11と縦枠12Aと方立5とにそれぞれ設置するものとする。
これらのアタッチメント33は樹脂製であり、方立5の先端に連結する方立アタッチメント33Aと、縦枠12A、上枠10、下枠11に連結する縦枠アタッチメント33B,上枠アタッチメント33C,下枠アタッチメント33Dとからなり、複層パネル32を装着するために方立5、縦枠12A、上枠10、下枠11を屋外方向に延長させる補助枠を構成する。
Next, the structure which installed the shoji 7 which consists of the glass panel 20 of 5 layers in the FIX window 3 is demonstrated.
In the FIX window 3 shown in FIGS. 1, 2, and 4, a multi-layer panel 32 in which five layers of glass panels 20 are arranged in parallel via spacers 26 has substantially the same configuration as the above-described vertical extending window 4. doing. When the multilayer panel 32 is installed in the opening 13A between the vertical frame 12A and the vertical 5 of the frame 2, the length of the vertical 5 in the indoor / outdoor direction is shorter than the length of the frame 2, and the vertical frame Since 12A, the upper frame 10 and the lower frame 11 are provided with tapered hollow portions 10b, 11b, and 12b on the front end side, the attachment 33 for mounting the shoji 7 for fitting and closing surrounds the opening portion 13A. It is assumed that the upper frame 10, the lower frame 11, the vertical frame 12A, and the vertical 5 are respectively installed.
These attachments 33 are made of resin, and include a vertical attachment 33A connected to the tip of the vertical 5, and a vertical frame attachment 33B, an upper frame attachment 33C, and a lower frame connected to the vertical frame 12A, the upper frame 10, and the lower frame 11. It consists of an attachment 33D and constitutes an auxiliary frame for extending the vertical 5, vertical frame 12A, upper frame 10, and lower frame 11 in the outdoor direction in order to mount the multilayer panel 32.

次に、方立アタッチメント33Aについて図4を中心に図5〜図8を参照して説明する。
方立アタッチメント33Aは方立5の屋外側に設置するものであり、下枠11と上枠10間の距離より若干短い上下方向長さを有している。方立アタッチメント33Aは、図4の断面図に示すように複数のホロー部33a、33bを備えた略長方形筒状に形成されており、その屋内側の一方の基片部34aを方立5の先端部5aに当接させ、他方のより長い片に設けたネジ受け部34bを通して、方立5の先端部5aとホロー部5bとの間の受け部5cにネジ35を螺合させて方立5に固定されている。なお、方立5のホロー部内には断熱材15と鋼製の芯材とが設置されている。
そして、方立アタッチメント33Aに形成されたホロー部33b、33aの間にはFIX窓3側に開口する、換言すると方立アタッチメント33Aの面内方向外側に凹む凹溝部(凹部)36が形成されている。この凹溝部36には複層パネル32の外側のガラスパネル20を押圧する押し縁37Aが嵌合されている。この押し縁37Aも複層パネル32のスペーサ26と略同一高さまで突出している。押し縁37Aは、見込み方向に離間して配置された一対の爪部38Aを有している。これら一対の爪部38Aが、凹溝部36に嵌め込まれて係止されることで、押し縁37Aが凹溝部36に嵌合されている。また、押し縁37Aは、方立アタッチメント33Aと当接する屋外側壁部38Bを有している。この屋外側壁部38Bが方立アタッチメント33Aと屋外側で当接することで、押し縁37Aと方立アタッチメント33Aとの間に隙間が形成されないようになっている。
Next, the vertical attachment 33A will be described with reference to FIGS.
The vertical attachment 33 </ b> A is installed on the outdoor side of the vertical 5 and has a length in the vertical direction slightly shorter than the distance between the lower frame 11 and the upper frame 10. As shown in the cross-sectional view of FIG. 4, the vertical attachment 33 </ b> A is formed in a substantially rectangular cylindrical shape having a plurality of hollow portions 33 a and 33 b, and one base piece portion 34 a on the indoor side is connected to the vertical 5. The screw 35 is screwed into the receiving portion 5c between the leading end portion 5a and the hollow portion 5b of the vertical 5 through the screw receiving portion 34b provided on the other longer piece so as to contact the leading end portion 5a. 5 is fixed. A heat insulating material 15 and a steel core material are installed in the hollow portion of the vertical 5.
Between the hollow portions 33b and 33a formed on the vertical attachment 33A, a concave groove portion (recess) 36 that opens to the FIX window 3 side, that is, recessed inward in the in-plane direction of the vertical attachment 33A, is formed. Yes. A pressing edge 37 </ b> A for pressing the glass panel 20 outside the multilayer panel 32 is fitted into the concave groove portion 36. The pushing edge 37A also protrudes to substantially the same height as the spacer 26 of the multilayer panel 32. The pushing edge 37A has a pair of claw portions 38A that are spaced apart in the prospective direction. The pair of claws 38 </ b> A are fitted and locked in the groove 36, so that the push edge 37 </ b> A is fitted in the groove 36. The push edge 37A has an outdoor side wall portion 38B that comes into contact with the vertical attachment 33A. The outdoor side wall portion 38B is in contact with the vertical attachment 33A on the outdoor side, so that no gap is formed between the pushing edge 37A and the vertical attachment 33A.

また、図1において、方立アタッチメント33Aに対向する縦枠アタッチメント33Bは、一方の縦枠12Aにおける略四角形筒状の屋外側のホロー部12aに連結したものであり、下枠11と上枠10間の距離に同等の上下方向長さを有している。この縦枠アタッチメント33Bは水平断面視略台形状で複数のホロー部を備えた形状であり、その傾斜面39がテーパ状のホロー部12bのテーパ面に面接触してネジ35で固定されている。
また、縦枠アタッチメント33Bの屋内側端部にはばね性のある一対の係合爪40が形成され、この係合爪40は縦枠12Aのホロー部12aに形成した係合受け部41に係合されている。しかも縦枠アタッチメント33Bの方立アタッチメント33A側の面は方立アタッチメント33Aと略平行に形成されており、その先端面に形成された凹溝部(凹部)36には押し縁37Bが嵌合されて、複層パネル32の外側のガラスパネル20を押圧している。
In FIG. 1, the vertical frame attachment 33B facing the vertical attachment 33A is connected to the hollow portion 12a on the outdoor side of the substantially rectangular cylindrical shape in one vertical frame 12A, and the lower frame 11 and the upper frame 10 are connected. It has a vertical length equivalent to the distance between them. This vertical frame attachment 33B has a substantially trapezoidal shape in a horizontal section view and is provided with a plurality of hollow portions, and its inclined surface 39 comes into surface contact with the tapered surface of the tapered hollow portion 12b and is fixed with screws 35. .
In addition, a pair of spring-engaging engagement claws 40 is formed at the indoor side end of the vertical frame attachment 33B. The engagement claws 40 are engaged with an engagement receiving portion 41 formed on the hollow portion 12a of the vertical frame 12A. Are combined. Moreover, the surface of the vertical frame attachment 33B on the side of the vertical attachment 33A is formed substantially parallel to the vertical attachment 33A, and a pressing edge 37B is fitted into a concave groove (recess) 36 formed on the front end surface. The glass panel 20 outside the multilayer panel 32 is pressed.

また、図2に示すFIX窓3の縦断面図において、縦枠アタッチメント33Bと同様に、上枠10の略四角形状のホロー部10aの屋外側に上枠アタッチメント33Cが固定されており、下枠11のホロー部11aの屋外側にも下枠アタッチメント33Dが固定されている。これら上枠アタッチメント33Cと下枠アタッチメント33Dは縦枠アタッチメント33Bと同様な構造で上枠10と下枠11にそれぞれ連結されており、同一または同様な構造には同一の符号と名称を用いている。   Further, in the longitudinal sectional view of the FIX window 3 shown in FIG. 2, the upper frame attachment 33C is fixed to the outdoor side of the substantially rectangular hollow portion 10a of the upper frame 10 similarly to the vertical frame attachment 33B. The lower frame attachment 33D is also fixed to the outdoor side of the 11 hollow portions 11a. The upper frame attachment 33C and the lower frame attachment 33D are connected to the upper frame 10 and the lower frame 11 in the same structure as the vertical frame attachment 33B, and the same reference numerals and names are used for the same or similar structures. .

そのため、図2及び図5において、上枠アタッチメント33Cの凹溝部(凹部)36に嵌合された押し縁37Cと、下枠アタッチメント33Dの凹溝部(凹部)36に嵌合された押し縁37Dは、それぞれ複層パネル32の屋外側のガラスパネル20をそれぞれ押圧している。
また、上枠アタッチメント33Cと下枠アタッチメント33Dは長手方向両端が、方立アタッチメント33Aの後述するガイド部材45と縦枠アタッチメント33Bの側面に当接して保持されているものとする。
なお、複層パネル32の屋内側のガラスパネル20は方立5、縦枠12A、上枠10、下枠11の各屋内側端部に設けた気密材55によって押圧されている。
Therefore, in FIG.2 and FIG.5, the pressing edge 37C fitted to the concave groove part (concave part) 36 of the upper frame attachment 33C and the pressing edge 37D fitted to the concave groove part (concave part) 36 of the lower frame attachment 33D are as follows. The glass panels 20 on the outdoor side of the multilayer panels 32 are respectively pressed.
Further, it is assumed that the upper frame attachment 33C and the lower frame attachment 33D are both held in contact with the side surfaces of the guide member 45 (described later) of the vertical attachment 33A and the side of the vertical frame attachment 33B.
The glass panel 20 on the indoor side of the multilayer panel 32 is pressed by an airtight material 55 provided at each indoor side end of the vertical 5, the vertical frame 12 </ b> A, the upper frame 10, and the lower frame 11.

次に、方立アタッチメント33Aとその上下端部に設置されたガイド部材45との連結構造について、図5〜図9によって説明する。方立アタッチメント33Aは上枠10と下枠11の長手方向中間に設置されるために熱で伸縮した場合に上枠10または下枠11を押圧して変形させるおそれがあり、これを防ぐためにガイド部材45を設置した。
図6、図7はFIX窓3における枠体2と方立アタッチメント33Aと上枠アタッチメント33C及び下枠アタッチメント33Dとの連結構造を示すものである。なお、図6において後述する補強ピース100の図示を省略している。方立アタッチメント33Aの上端部と下端部には上枠10と下枠11のテーパ状のホロー部10b、11bに固定されたガイド部材45がそれぞれ固定されている。
各ガイド部材45は、図7に示すように、ホロー部10bのテーパ面に固定された正面視略台形状の基部46と基部46から上下方向に延びる第一ガイド部47、第二ガイド部48とを備え、更に基部46から水平方向に延びる第三ガイド部49を備えている。上下の各ガイド部材45は互いに線対称に形成されている。また、基部46の屋外側の面には方立アタッチメント33Aとの隙間K1,K2を隠すための隙間隠し46aが突出して形成されている。
Next, a connection structure between the vertical attachment 33A and the guide members 45 installed at the upper and lower ends thereof will be described with reference to FIGS. Since the vertical attachment 33A is installed in the middle in the longitudinal direction of the upper frame 10 and the lower frame 11, there is a possibility that the upper frame 10 or the lower frame 11 may be pressed and deformed when it is expanded or contracted by heat. Member 45 was installed.
6 and 7 show the connection structure of the frame 2, the vertical attachment 33A, the upper frame attachment 33C, and the lower frame attachment 33D in the FIX window 3. FIG. In addition, illustration of the reinforcement piece 100 mentioned later in FIG. 6 is abbreviate | omitted. Guide members 45 fixed to the tapered hollow portions 10b, 11b of the upper frame 10 and the lower frame 11 are fixed to the upper end portion and the lower end portion of the vertical attachment 33A, respectively.
As shown in FIG. 7, each guide member 45 has a substantially trapezoidal base portion 46 fixed to the tapered surface of the hollow portion 10 b and a first guide portion 47 and a second guide portion 48 extending vertically from the base portion 46. And a third guide portion 49 extending from the base portion 46 in the horizontal direction. The upper and lower guide members 45 are formed in line symmetry with each other. Further, a gap concealment 46a for concealing the gaps K1, K2 with the vertical attachment 33A is formed on the surface on the outdoor side of the base 46 so as to protrude.

そして、上端のガイド部材45の第一ガイド部47は方立アタッチメント33Aの上端部の略四角形筒状のホロー部33aに挿入され、第二ガイド部48は別のホロー部33bに挿入され、しかも第二ガイド部48の先端に設けた弾性変形可能なピン48aは方立アタッチメント33Aの表面に形成された係合穴52に係合可能とされている。
また、第三ガイド部49は上枠アタッチメント33Cのホロー部33d内に挿入され、上枠アタッチメント33Cの表面の穴から挿入したネジ56によって螺合されて固定されている。
下端に設けたガイド部材45も同様に方立アタッチメント33Aの下端部のホロー部33a、33bに挿入する第一、第二ガイド部47,48を備え、下枠アタッチメント33Dのホロー部33d内に挿入された第三ガイド部49は、下枠アタッチメント33Dの表面の穴から挿入したネジ56によって螺合され固定されている。
The first guide portion 47 of the upper end guide member 45 is inserted into the substantially rectangular cylindrical hollow portion 33a at the upper end portion of the vertical attachment 33A, and the second guide portion 48 is inserted into another hollow portion 33b. An elastically deformable pin 48a provided at the tip of the second guide portion 48 is engageable with an engagement hole 52 formed on the surface of the vertical attachment 33A.
The third guide portion 49 is inserted into the hollow portion 33d of the upper frame attachment 33C, and is screwed and fixed by a screw 56 inserted from a hole on the surface of the upper frame attachment 33C.
Similarly, the guide member 45 provided at the lower end includes first and second guide portions 47 and 48 that are inserted into the hollow portions 33a and 33b at the lower end portion of the vertical attachment 33A, and is inserted into the hollow portion 33d of the lower frame attachment 33D. The third guide portion 49 thus fixed is screwed and fixed by a screw 56 inserted from a hole in the surface of the lower frame attachment 33D.

しかも、方立アタッチメント33Aとその上側に固定したガイド部材45の間に若干(例えば2〜3mm程度)の隙間K1が形成され、方立アタッチメント33Aとその下側に固定したガイド部材45の間にも若干(例えば2〜3mm程度)の隙間K2が形成されている。そして、方立アタッチメント33Aが熱で伸長した場合には、ピン48aの係止があっても伸びて、上下のガイド部材45との隙間K1,K2で吸収し、それ以上の伸張は基部46で受け止めることができる。そのため、上枠10と下枠11に直接当接させた場合のように方立アタッチメント33Aが熱で伸長して上枠10または下枠11を押圧して変形させるおそれがない。
方立アタッチメント33Aと上下のガイド部材45との隙間K1,K2はいずれか一方のみに形成し、他方は互いに当接させていてもよい。或いは、隙間K1、K2を設けずに方立アタッチメント33Aと上下のガイド部材45を互いに当接させてもよい。これらの場合でも方立アタッチメント33Aの熱による伸長を吸収できる。
また、方立アタッチメント33Aが冷却されて収縮した場合でも、その上下端部に設けたガイド部材45の第一及び第二ガイド部47,48が方立アタッチメント33Aの上下のホロー部33a、33bに挿入された状態で収縮するから、方立アタッチメント33Aの変形を防止できる。
In addition, a slight gap K1 (for example, about 2 to 3 mm) is formed between the vertical attachment 33A and the guide member 45 fixed on the upper side thereof, and between the vertical attachment 33A and the guide member 45 fixed on the lower side thereof. Also, a slight gap K2 (for example, about 2 to 3 mm) is formed. When the vertical attachment 33A expands due to heat, it extends even if the pin 48a is locked, and is absorbed by the gaps K1 and K2 between the upper and lower guide members 45, and further expansion is performed at the base 46. I can take it. Therefore, unlike the case where the upper frame 10 and the lower frame 11 are directly brought into contact with each other, there is no possibility that the vertical attachment 33A is extended by heat and the upper frame 10 or the lower frame 11 is pressed and deformed.
The gaps K1 and K2 between the vertical attachment 33A and the upper and lower guide members 45 may be formed in only one, and the other may be in contact with each other. Alternatively, the vertical attachment 33A and the upper and lower guide members 45 may be brought into contact with each other without providing the gaps K1 and K2. Even in these cases, the extension of the vertical attachment 33A due to heat can be absorbed.
Even when the vertical attachment 33A is cooled and contracts, the first and second guide portions 47 and 48 of the guide member 45 provided on the upper and lower ends thereof are provided on the upper and lower hollow portions 33a and 33b of the vertical attachment 33A. Since it shrinks in the inserted state, it is possible to prevent deformation of the vertical attachment 33A.

なお、図8は方立アタッチメント33Aの下端部にガイド部材45を取り付けた状態の要部斜視図である。また、図9はFIX窓3において、方立5の先端側に方立アタッチメント33Aを取り付け、下枠11の先端に下枠アタッチメント33Dを取り付けた状態を示すものであり、方立アタッチメント33Aの下端部に設けたガイド部材45が先端部を除いて下枠アタッチメント33Dに当接している。
また、方立アタッチメント33Aに対向する縦枠アタッチメント33Bにおいては、強度の高い枠体2の縦枠12Aに固定されているため、伸縮しても上枠10と下枠11で受け止めて変形を防止できる。上枠アタッチメント33Cと下枠アタッチメント33Dにおいても同様である。
FIG. 8 is a perspective view of the main part in a state where the guide member 45 is attached to the lower end of the vertical attachment 33A. FIG. 9 shows a state in which the vertical attachment 33A is attached to the front end side of the vertical 5 and the lower frame attachment 33D is attached to the front end of the lower frame 11 in the FIX window 3, and the lower end of the vertical attachment 33A. The guide member 45 provided in the portion is in contact with the lower frame attachment 33D except for the tip portion.
Further, since the vertical frame attachment 33B facing the vertical attachment 33A is fixed to the vertical frame 12A of the frame 2 having high strength, it is received by the upper frame 10 and the lower frame 11 to prevent deformation even if it expands and contracts. it can. The same applies to the upper frame attachment 33C and the lower frame attachment 33D.

次に、方立アタッチメント33A及び縦枠アタッチメント33Bにそれぞれ嵌合された押し縁37A,37Bの下方に設けられた補強ピース(補強部材)100について、図10〜図15によって説明する。押し縁37A,37Bが熱で伸長した場合に、下枠アタッチメントを押圧して変形させるおそれがあり、これを防ぐために補強ピース100を設置した。   Next, a reinforcing piece (reinforcing member) 100 provided below the pressing edges 37A and 37B respectively fitted to the vertical attachment 33A and the vertical frame attachment 33B will be described with reference to FIGS. When the pressing edges 37A and 37B are extended by heat, the lower frame attachment may be pressed and deformed. In order to prevent this, the reinforcing piece 100 is installed.

図10に示すように、方立アタッチメント33Aの凹溝部36に嵌合された押し縁37Aの側面37A1に、下枠アタッチメント33Dの凹溝部36に嵌合された押し縁37Dの端面37D1を当接させている。   As shown in FIG. 10, the end surface 37D1 of the pushing edge 37D fitted to the recessed groove portion 36 of the lower frame attachment 33D is brought into contact with the side surface 37A1 of the pushing edge 37A fitted to the recessed groove portion 36 of the vertical attachment 33A. I am letting.

また、押し縁37Aの下端部では、爪部38A及び屋外側壁部38Bが切り欠かれ、凹部38Cが形成されている。   Further, at the lower end portion of the pushing edge 37A, the claw portion 38A and the outdoor side wall portion 38B are cut out to form a concave portion 38C.

図11に示すように、縦枠アタッチメント33Bの凹溝部36に嵌合された押し縁37Bの側面37B1に、下枠アタッチメント33Dの凹溝部36に嵌合された押し縁37Dの端面37D1を当接させている。   As shown in FIG. 11, the end surface 37D1 of the pushing edge 37D fitted to the recessed groove portion 36 of the lower frame attachment 33D is brought into contact with the side surface 37B1 of the pushing edge 37B fitted to the recessed groove portion 36 of the vertical frame attachment 33B. I am letting.

また、縦枠アタッチメント33Bの凹溝部36に嵌合された押し縁37Bの下端部でも同様に、爪部38A及び屋外側壁部38Bが切り欠かれ、凹部38Cが形成されている。   Similarly, the claw portion 38A and the outdoor side wall portion 38B are cut out at the lower end portion of the pushing edge 37B fitted in the concave groove portion 36 of the vertical frame attachment 33B to form a concave portion 38C.

一方、図12及び図13に示すように、補強ピース100は、下枠アタッチメント33Dの凹溝部36に挿入される基台101と、基台101の上面に設けられた支持部102と、を有している。さらに、補強ピース100は、支持部102の端部から上方に立設された係合壁部(押し縁係合部)103と、支持部102の端部から延びる一対の係合爪部(凹部係合部)104と、を有している。   On the other hand, as shown in FIGS. 12 and 13, the reinforcing piece 100 includes a base 101 inserted into the recessed groove portion 36 of the lower frame attachment 33 </ b> D, and a support portion 102 provided on the upper surface of the base 101. doing. Further, the reinforcing piece 100 includes an engaging wall portion (pushing edge engaging portion) 103 standing upward from an end portion of the support portion 102 and a pair of engaging claw portions (recess portions) extending from the end portion of the support portion 102. Engaging portion) 104.

図10に示すように、方立アタッチメント33A側では、押し縁37Aの下方において、補強ピース100の基台101が、下枠アタッチメント33Dの凹溝部36に挿入されている。補強ピース100の支持部102の上面102aは、押し縁37Aの下面37A2を支持している。補強ピース100の係合壁部103は、押し縁37Aの凹部38Cに係合されている。これにより、補強ピース100の押し縁37D側への水平移動が規制されている。また、図14に示すように、補強ピース100の一対の係合爪部104は凹溝部36内に配置され、係合爪部104に形成された突起104aが凹溝部36の開口側に形成された突出片36aに係合している。これにより、補強ピース100が方立アタッチメント33Aの凹溝部36に保持されている。また、係合爪部104は、ガイド部材45の基部46の上面46bに載置されている(図8、図10参照)。   As shown in FIG. 10, on the side of the vertical attachment 33A, the base 101 of the reinforcing piece 100 is inserted into the concave groove portion 36 of the lower frame attachment 33D below the push edge 37A. The upper surface 102a of the support portion 102 of the reinforcing piece 100 supports the lower surface 37A2 of the pushing edge 37A. The engaging wall portion 103 of the reinforcing piece 100 is engaged with the concave portion 38C of the pushing edge 37A. Thereby, the horizontal movement to the pushing edge 37D side of the reinforcement piece 100 is controlled. Further, as shown in FIG. 14, the pair of engaging claw portions 104 of the reinforcing piece 100 are disposed in the recessed groove portion 36, and a protrusion 104 a formed on the engaging claw portion 104 is formed on the opening side of the recessed groove portion 36. The protrusion 36a is engaged. Thereby, the reinforcement piece 100 is hold | maintained at the ditch | groove part 36 of 33 A of vertical attachments. Further, the engaging claw 104 is placed on the upper surface 46b of the base 46 of the guide member 45 (see FIGS. 8 and 10).

図11に示すように、縦枠アタッチメント33B側でも同様に、押し縁37Bの下方において、補強ピース100の基台101が、下枠アタッチメント33Dの凹溝部36に挿入されている。補強ピース100の支持部102の上面102aは、押し縁37Bの下面37B2を支持している。補強ピース100の係合壁部103は、押し縁37Bの凹部38Cに係合されている。これにより、補強ピース100の押し縁37D側への水平移動が規制されている。また、図15に示すように、補強ピース100の一対の係合爪部104は凹溝部36内に配置され、係合爪部104に形成された突起104aが凹溝部36の開口側に形成された突出片36aに係合している。これにより、補強ピース100が縦枠アタッチメント33Bの凹溝部36に保持されている。   As shown in FIG. 11, the base 101 of the reinforcing piece 100 is similarly inserted into the groove 36 of the lower frame attachment 33D below the push edge 37B on the vertical frame attachment 33B side. The upper surface 102a of the support portion 102 of the reinforcing piece 100 supports the lower surface 37B2 of the pushing edge 37B. The engaging wall portion 103 of the reinforcing piece 100 is engaged with the concave portion 38C of the pushing edge 37B. Thereby, the horizontal movement to the pushing edge 37D side of the reinforcement piece 100 is controlled. Further, as shown in FIG. 15, the pair of engaging claw portions 104 of the reinforcing piece 100 are disposed in the recessed groove portion 36, and a protrusion 104 a formed on the engaging claw portion 104 is formed on the opening side of the recessed groove portion 36. The protrusion 36a is engaged. Thereby, the reinforcement piece 100 is hold | maintained at the ditch | groove part 36 of the vertical frame attachment 33B.

本実施形態による連窓1は上述した構成を備えており、次に例えば5層のガラスパネルを備えた障子7、8をFIX窓3と縦辷り出し窓4に組み込む方法について説明する。
例えば、2層または3層ガラスパネルの複層パネルを枠体2に備えたFIX窓3と縦辷り出し窓4を方立5の両側に設置した連窓1において、枠体2をそのまま用いて、寒冷地仕様または断熱仕様等のための例えば5層のガラスパネル20を備えた障子7、8をFIX窓3と縦辷り出し窓4に交換施工する組み込み方法について説明する。
先ず、縦辷り出し窓4では2層または3層からなる複層パネルの障子を取り外し、屋内側の枠体2の部品を除去して、方立5と他方の縦枠12Bと上枠10及び下枠11との間の開口部13Bに5層のガラスパネル20を備えた複層パネル21を屋内側に押し付けて設置し、その上下框17,18及び左右の縦框19の屋外側先端面が枠体2の先端面と面一になるように設置する。
The continuous window 1 according to the present embodiment has the above-described configuration. Next, a method of incorporating the shojis 7 and 8 having, for example, a five-layer glass panel into the FIX window 3 and the vertical window 4 will be described.
For example, in a continuous window 1 in which a FIX window 3 provided with a double-layer panel or a double-layer glass panel in a frame body 2 and a vertical window 4 on both sides of a vertical wall 5 are used, the frame body 2 is used as it is. Next, a description will be given of an assembling method in which the shojis 7 and 8 having, for example, a five-layer glass panel 20 for cold district specifications or heat insulation specifications are replaced with the FIX window 3 and the vertical window 4.
First, in the vertical window 4, the double-layer or three-layer panel panel is removed, the parts of the indoor frame 2 are removed, and the vertical 5 and the other vertical frame 12B and the upper frame 10 and A multi-layer panel 21 provided with a five-layer glass panel 20 is pressed against the indoor side of the opening 13B between the lower frame 11 and installed on the indoor side. Is set to be flush with the front end surface of the frame 2.

縦辷り出し窓4の障子8は、枠体2と方立5との間の他方の開口部13Bに、吊元側の縦框19回りに外側に開閉可能に納めたものである。図1において、障子8の閉鎖状態で、他方の縦枠12Bと方立5の屋内側端部に設けた気密材30に障子8の左右の内側框部25を当接させ、障子8の左右の縦框19の段付き部に設置した気密材23a、23bを縦枠12Bの段部と方立5の先端部5aに押圧させて密閉状態に保持できる。
そして、障子8の各框に押し縁24を取り付けて屋外側のガラスパネル20を押圧し、その屋外側先端面は、左右の縦枠12A,12B,上枠10及び下枠11のテーパ状のホロー部12b、10b、11bの先端面と略面一に設置する。
The shoji 8 of the vertical window 4 is housed in the other opening 13B between the frame 2 and the vertical 5 so that it can be opened and closed outward around the vertical rod 19 on the suspension side. In FIG. 1, in the closed state of the shoji 8, the left and right inner flanges 25 of the shoji 8 are brought into contact with the airtight material 30 provided on the other vertical frame 12 </ b> B and the indoor side end of the stand 5, The hermetic materials 23a and 23b installed on the stepped portion of the vertical rod 19 can be pressed against the stepped portion of the vertical frame 12B and the front end portion 5a of the vertical 5 to be kept in a sealed state.
Then, a push edge 24 is attached to each ridge of the shoji 8 to press the glass panel 20 on the outdoor side, and the outdoor side front end surface is a tapered shape of the left and right vertical frames 12A and 12B, the upper frame 10 and the lower frame 11. The hollow portions 12b, 10b, and 11b are installed so as to be substantially flush with the front end surfaces.

次に、図1及び図4において、二層ガラスパネルまたは三層ガラスパネルの複層パネルの障子をFIX窓3から取り外す。そして、方立5の先端側に方立アタッチメント33Aをネジ35等で取り付ける。その際、方立アタッチメント33Aの長手方向の上端部と下端部のホロー部33a、33bに線対称に設置したガイド部材45の第一ガイド部47と第二ガイド部48をそれぞれ挿入して、第二ガイド部48のピン48aを方立アタッチメント33Aの上下の係合穴52にそれぞれ係合させる。
そして、上下のガイド部材45の基部46を上枠10のテーパ状のホロー部10bのテーパ面と下枠11のテーパ状のホロー部11bのテーパ面とに両面テープやねじ等で固定する。この状態で上下のガイド部材45と方立アタッチメント33Aの上下端部との一方または両方に隙間K1,K2が形成される。
Next, in FIGS. 1 and 4, the shoji of the double-layer glass panel or the double-layer glass panel is removed from the FIX window 3. Then, the vertical attachment 33A is attached to the distal end side of the vertical 5 with a screw 35 or the like. At that time, the first guide portion 47 and the second guide portion 48 of the guide member 45 installed symmetrically with respect to the hollow portions 33a and 33b in the longitudinal direction of the vertical attachment 33A are inserted, respectively. The pins 48a of the two guide portions 48 are respectively engaged with the upper and lower engagement holes 52 of the vertical attachment 33A.
Then, the base portions 46 of the upper and lower guide members 45 are fixed to the tapered surface of the tapered hollow portion 10b of the upper frame 10 and the tapered surface of the tapered hollow portion 11b of the lower frame 11 with double-sided tape, screws, or the like. In this state, gaps K1, K2 are formed in one or both of the upper and lower guide members 45 and the upper and lower ends of the vertical attachment 33A.

そして、上枠10と下枠11に上枠アタッチメント33Cと下枠アタッチメント33Dを設置し、その端部のホロー部33d内に各ガイド部材45の第三ガイド部49を挿入し、上枠アタッチメント33Cと下枠アタッチメント33Dの表面の穴56を通してネジ35を第三ガイド部49のネジ受け部に螺合し固定する。
また、図2に示すように、上枠10と下枠11におけるテーパ状のホロー部10b、11bのテーパ面に上枠アタッチメント33C、下枠アタッチメントDをネジ35等で固定すると共に、係合爪40を上下枠10、11のホロー部10a、11bに形成した係合受け部41に係合させることで固定する。
Then, the upper frame attachment 33C and the lower frame attachment 33D are installed on the upper frame 10 and the lower frame 11, and the third guide portions 49 of the respective guide members 45 are inserted into the hollow portions 33d at the end portions thereof, and the upper frame attachment 33C. Then, the screw 35 is screwed and fixed to the screw receiving portion of the third guide portion 49 through the hole 56 on the surface of the lower frame attachment 33D.
Further, as shown in FIG. 2, the upper frame attachment 33C and the lower frame attachment D are fixed to the tapered surfaces of the tapered hollow portions 10b, 11b of the upper frame 10 and the lower frame 11 with screws 35, etc. 40 is fixed by engaging with engagement receiving portions 41 formed on the hollow portions 10a and 11b of the upper and lower frames 10 and 11.

また、図1に示すように、縦枠アタッチメント33Bを方立5に対向する一方の縦枠12Aに取り付ける。その際、一方の縦枠12Aにおけるテーパ状のホロー部12bの内面に縦枠アタッチメント33Bをネジ35等で固定すると共に、係合爪40を縦枠12Aのホロー部12aに形成した係合受け部41に係合させることで固定する。
これによって、方立アタッチメント33Aの屋外側先端面は左右の縦枠12A,12B,上枠10及び下枠11のテーパ状のホロー部12b、10b、11bの先端面と略面一に設置される。また、他のアタッチメント33B,33C、33Dの屋外側先端面は方立アタッチメント33Aの屋外側先端面より若干屋内側に引っ込んでいる。
Further, as shown in FIG. 1, the vertical frame attachment 33 </ b> B is attached to one vertical frame 12 </ b> A facing the vertical 5. At that time, the vertical frame attachment 33B is fixed to the inner surface of the tapered hollow portion 12b of one vertical frame 12A with a screw 35 or the like, and the engagement catch 40 is formed on the hollow portion 12a of the vertical frame 12A. It is fixed by engaging with 41.
Thereby, the outdoor-side front end surface of the vertical attachment 33A is set substantially flush with the front end surfaces of the tapered hollow portions 12b, 10b, 11b of the left and right vertical frames 12A, 12B, the upper frame 10, and the lower frame 11. . In addition, the outdoor-side tip surfaces of the other attachments 33B, 33C, and 33D are slightly retracted indoors from the outdoor-side tip surface of the vertical attachment 33A.

次に、下枠アタッチメント33Dの方立アタッチメント33A側において、下枠アタッチメント33Dの凹溝部36に補強ピース100の基台101を挿入し、方立アタッチメント33A側にスライドさせる。補強ピース100の一対の係合爪部104が互いに近接するように弾性変形して、方立アタッチメント33Aの凹溝部36の突出片36aを乗り越える。一対の係合爪部104は、凹溝部36内に挿入されると、元の状態に戻るように互いに離間するように弾性変形して、係合爪部104の突起104aが突出片36aに係合する。これにより、補強ピース100が方立アタッチメント33Aの凹溝部36に保持される。   Next, the base 101 of the reinforcing piece 100 is inserted into the recessed groove portion 36 of the lower frame attachment 33D on the side of the vertical attachment 33A of the lower frame attachment 33D, and is slid to the side of the vertical attachment 33A. The pair of engaging claws 104 of the reinforcing piece 100 are elastically deformed so as to be close to each other, and get over the protruding piece 36a of the recessed groove portion 36 of the vertical attachment 33A. When the pair of engaging claw portions 104 are inserted into the recessed groove portion 36, they are elastically deformed so as to be separated from each other so as to return to the original state, and the protrusion 104a of the engaging claw portion 104 is engaged with the protruding piece 36a. Match. Thereby, the reinforcement piece 100 is hold | maintained at the ditch | groove part 36 of 33 A of vertical attachments.

また、下枠アタッチメント33Dの縦枠アタッチメント33B側においても同様に、下枠アタッチメント33Dの凹溝部36に補強ピース100の基台101を挿入し、縦枠アタッチメント33B側にスライドさせる。補強ピース100の一対の係合爪部104が互いに近接するように弾性変形して、縦枠アタッチメント33Bの凹溝部36の突出片36aを乗り越える。一対の係合爪部104は、凹溝部36内に挿入されると、元の状態に戻るように互いに離間するように弾性変形して、係合爪部104の突起104aが突出片36aに係合する。これにより、補強ピース100が縦枠アタッチメント33Bの凹溝部36に保持される。   Similarly, on the vertical frame attachment 33B side of the lower frame attachment 33D, the base 101 of the reinforcing piece 100 is inserted into the recessed groove portion 36 of the lower frame attachment 33D, and is slid to the vertical frame attachment 33B side. The pair of engaging claw portions 104 of the reinforcing piece 100 are elastically deformed so as to be close to each other, and get over the protruding piece 36a of the recessed groove portion 36 of the vertical frame attachment 33B. When the pair of engaging claw portions 104 are inserted into the recessed groove portion 36, they are elastically deformed so as to be separated from each other so as to return to the original state, and the protrusion 104a of the engaging claw portion 104 is engaged with the protruding piece 36a. Match. Thereby, the reinforcement piece 100 is hold | maintained at the ditch | groove part 36 of the vertical frame attachment 33B.

次にFIX窓3において、5層のガラスパネル20からなる複層パネル32を備えた障子7を方立5と縦枠12A、上枠10及び下枠11からなる枠内に装着し、その屋内側のガラスパネル20を方立5と縦枠12A、上枠10及び下枠11に設けた気密材55に押圧する。   Next, in the FIX window 3, the shoji 7 having the multi-layer panel 32 composed of the five-layer glass panel 20 is mounted in the frame composed of the vertical 5, the vertical frame 12 </ b> A, the upper frame 10, and the lower frame 11. The inner glass panel 20 is pressed against the airtight material 55 provided on the vertical 5 and the vertical frame 12 </ b> A, the upper frame 10 and the lower frame 11.

そして、屋外側のガラスパネル20には、方立アタッチメント33Aに形成した凹溝部36に、ヒレ付きの押し縁37Aを嵌合させる。同様に、縦枠アタッチメント33B、上枠アタッチメント33C,下枠アタッチメント33Dにそれぞれ形成した凹溝部36に、ヒレ部付きの押し縁37B,37C,37Dを嵌合させる。この際に、上下方向に延びる押し縁37A,37Bの側面37A1,37B1に、水平方向に延びる押し縁37C,37Dの端面を当接させるように組み付ける。また、上下方向に延びる押し縁37A,37Bの下面37A2,37B2を補強ピース100の支持部102の上面102aで支持させるとともに、押し縁37A,37Bの凹部38Cを補強ピース100の係合壁部103に係合させる。各凹溝部36に設けられた押し縁37A,37B,37C,37Dで、屋外側のガラスパネル20を押圧させる。   Then, on the glass panel 20 on the outdoor side, a pressing edge 37A with a fin is fitted into the concave groove portion 36 formed in the vertical attachment 33A. Similarly, push edges 37B, 37C, and 37D with fins are fitted into the recessed grooves 36 formed in the vertical frame attachment 33B, the upper frame attachment 33C, and the lower frame attachment 33D, respectively. At this time, the side surfaces 37A1 and 37B1 of the pressing edges 37A and 37B extending in the vertical direction are assembled so that the end surfaces of the pressing edges 37C and 37D extending in the horizontal direction are brought into contact with each other. Further, the lower surfaces 37A2 and 37B2 of the pressing edges 37A and 37B extending in the vertical direction are supported by the upper surface 102a of the supporting portion 102 of the reinforcing piece 100, and the recess 38C of the pressing edges 37A and 37B is engaged with the engaging wall portion 103 of the reinforcing piece 100. Engage with. The glass panel 20 on the outdoor side is pressed by the pressing edges 37A, 37B, 37C, and 37D provided in the concave grooves 36.

本実施形態による連窓1において、図4に示す方立アタッチメント33Aはその屋内側のネジ受け部34bを通して方立5の受け部5cにネジ35を螺合させて方立5に固定しているため、外部に露出しない。また、方立アタッチメント33Aを支持する上下のガイド部材45の第三ガイド部49を上枠アタッチメント33Cと下枠アタッチメント33Dに固定するネジ35は各アタッチメント33C、33Dに埋め込まれて障子7によって隠れるため、外観に露出せず意匠性がよい。   In the continuous window 1 according to the present embodiment, the vertical attachment 33A shown in FIG. 4 is fixed to the vertical 5 by screwing a screw 35 into the receiving portion 5c of the vertical 5 through the screw receiving portion 34b on the indoor side. Therefore, it is not exposed to the outside. Further, the screw 35 for fixing the third guide portion 49 of the upper and lower guide members 45 supporting the vertical attachment 33A to the upper frame attachment 33C and the lower frame attachment 33D is embedded in each attachment 33C, 33D and hidden by the shoji 7. The design is not exposed to the appearance.

本実施形態による連窓1は、方立アタッチメント33Aの上下端部にガイド部材45を設けたため、直射日光や高温環境等によって方立アタッチメント33Aが伸長したとしても、上下のガイド部材45の第一ガイド部47と第二ガイド部48によって伸長方向をガイドされ、しかも、隙間K1,K2を埋めることで吸収できる。また、方立アタッチメント33Aが更に伸長してもガイド部材45の基部46で受けることができる。
そのため、方立アタッチメント33Aが上枠10や下枠11を押圧して変形させることを防止できる。
また、方立アタッチメント33Aが低温環境等で収縮しても上下端部のガイド部材45との間にガイド部材45の隙間隠し46aを有するため、隙間K1,K2が目立たず意匠性が良い。
In the continuous window 1 according to the present embodiment, the guide members 45 are provided at the upper and lower ends of the vertical attachment 33A. Therefore, even if the vertical attachment 33A is extended by direct sunlight, a high temperature environment, or the like, the first of the upper and lower guide members 45 is provided. The extension direction is guided by the guide portion 47 and the second guide portion 48, and furthermore, it can be absorbed by filling the gaps K1, K2. Further, even if the vertical attachment 33A is further extended, it can be received by the base 46 of the guide member 45.
Therefore, it is possible to prevent the vertical attachment 33 </ b> A from pressing and deforming the upper frame 10 and the lower frame 11.
Further, even if the vertical attachment 33A contracts in a low temperature environment or the like, since the gap concealment 46a of the guide member 45 is provided between the upper and lower end guide members 45, the gaps K1 and K2 are not conspicuous and the design is good.

なお、上枠10と下枠11、左右の縦枠12A、12Bは互いに当接する角部を熱溶着しているために高強度であり、これらに取り付けた縦枠アタッチメント33B、上枠アタッチメント33C、下枠アタッチメント33Dの熱による伸縮を抑制できる。
なお、5層や4層のガラスパネル20の複層パネル21、32から2〜3層のガラスパネルの複層パネルに交換施工する場合には、上述の組込み方法と逆の手順で方立アタッチメント33A、縦枠アタッチメント33B、上枠アタッチメント33C、下枠アタッチメント33Dを取り外せばよい。
The upper frame 10 and the lower frame 11, and the left and right vertical frames 12A and 12B have high strength because the corner portions that are in contact with each other are thermally welded, and the vertical frame attachment 33B, the upper frame attachment 33C, Expansion and contraction due to heat of the lower frame attachment 33D can be suppressed.
When replacing the double-layer panel 21 or 32 of the five-layer or four-layer glass panel 20 with the double-layer glass panel of 2-3 layers, the vertical attachment is performed by reversing the procedure described above. 33A, vertical frame attachment 33B, upper frame attachment 33C, and lower frame attachment 33D may be removed.

上述したように本実施形態による連窓1によれば、方立アタッチメント33A、縦枠アタッチメント33Bに挿入された押し縁37A,37Bが伸長した場合には、下枠アタッチメント33Dの凹溝部36に挿入された補強ピース100が押し縁37A,37Bの下面37A2,37B2を支持するため、押し縁37A,37Bが下枠アタッチメント33Dを押圧して変形させることを抑制することができる。
よって、補強ピース100で押し縁37A,37Bを支持させることで、下枠アタッチメント33Dの肉厚を薄くすることができ、下枠アタッチメント33Dのコストを抑えることができる。
As described above, according to the continuous window 1 according to the present embodiment, when the push edges 37A and 37B inserted into the vertical attachment 33A and the vertical frame attachment 33B are extended, they are inserted into the groove 36 of the lower frame attachment 33D. Since the reinforcing piece 100 thus supported supports the lower surfaces 37A2 and 37B2 of the pressing edges 37A and 37B, the pressing edges 37A and 37B can be prevented from pressing and deforming the lower frame attachment 33D.
Therefore, by supporting the pressing edges 37A and 37B with the reinforcing piece 100, the thickness of the lower frame attachment 33D can be reduced, and the cost of the lower frame attachment 33D can be suppressed.

また、下枠アタッチメント33Dの凹溝部36に挿入された押し縁37Dの端面37D1が方立アタッチメント33A、縦枠アタッチメント33Bの凹溝部36に挿入された押し縁37A,37Bに当接しており、押し縁37Dが伸長した場合には押し縁37A,37Bが伸長した押し縁37Dを支持するため、方立アタッチメント33A、縦枠アタッチメント33Bの変形を抑制することができる。   Further, the end surface 37D1 of the pressing edge 37D inserted into the groove 36 of the lower frame attachment 33D is in contact with the pressing edges 37A and 37B inserted into the groove 36 of the vertical attachment 33A and the vertical frame attachment 33B. When the edge 37D is extended, the push edges 37A and 37B support the extended push edge 37D, so that deformation of the vertical attachment 33A and the vertical frame attachment 33B can be suppressed.

また、補強ピース100の係合壁部103は、補強ピース100が支持する押し縁37A,37Bの凹部38Cと係合し移動が規制されるため、補強ピース100が押し縁37A,37Bを支持した状態を維持することができる。   Further, since the engaging wall portion 103 of the reinforcing piece 100 is engaged with the concave portions 38C of the pressing edges 37A and 37B supported by the reinforcing piece 100 and the movement is restricted, the reinforcing piece 100 supports the pressing edges 37A and 37B. The state can be maintained.

また、枠体2に方立アタッチメント33A、縦枠アタッチメント33B、上枠アタッチメント33C、下枠アタッチメント33Dを着脱することで、ガラスパネル20の枚数が異なって見込み幅の異なる5層の複層パネル21、32を交換施工して設置することができる。
また、方立5に連結する方立アタッチメント33Aは、その長さを上枠10と下枠11との間の長さよりも短く設定すると共に、上下端部に隙間K1、K2を介してガイド部材45を設置したため、熱で方立アタッチメント33Aが伸長しても隙間K1,K2を埋めることで吸収でき、更に隙間K1,K2を超える伸長があってもガイド部材45で受けることができて、上枠10や下枠11を押圧変形することを防止できる。
また、方立アタッチメント33Aの上下端部に設けたガイド部材45に隙間隠し46aを形成して隙間K1、K2を隠すことができるため、伸縮に関わらず外部から目立たず意匠性が向上する。第一及び第二ガイド部47,48を方立アタッチメント33Aのホロー部33a、33bに挿入して伸縮をガイドすることで方立アタッチメント33Aの熱による変形を抑制できる。
Further, by attaching / detaching the vertical attachment 33A, the vertical frame attachment 33B, the upper frame attachment 33C, and the lower frame attachment 33D to / from the frame body 2, the number of the glass panels 20 is different and the five-layer multilayer panel 21 having different expected widths is provided. , 32 can be replaced and installed.
Further, the vertical attachment 33A connected to the vertical 5 is set to have a length shorter than the length between the upper frame 10 and the lower frame 11, and is guided to the upper and lower ends via gaps K1 and K2. 45 is installed, even if the vertical attachment 33A is extended by heat, it can be absorbed by filling the gaps K1 and K2, and even if it extends beyond the gaps K1 and K2, it can be received by the guide member 45. It is possible to prevent the frame 10 and the lower frame 11 from being pressed and deformed.
Moreover, since the gap concealment 46a can be formed in the guide members 45 provided at the upper and lower end portions of the vertical attachment 33A to conceal the gaps K1 and K2, the design is not noticeable from the outside regardless of expansion and contraction. By inserting the first and second guide portions 47 and 48 into the hollow portions 33a and 33b of the vertical attachment 33A to guide expansion and contraction, deformation of the vertical attachment 33A due to heat can be suppressed.

上記の実施形態において、方立アタッチメント33A、縦枠アタッチメント33Bは、縦枠に含まれるものであり、上枠アタッチメント33C、下枠アタッチメント33Dは横枠に含まれるものである。   In the above embodiment, the vertical attachment 33A and the vertical frame attachment 33B are included in the vertical frame, and the upper frame attachment 33C and the lower frame attachment 33D are included in the horizontal frame.

なお、本発明による連窓1は、上述した実施形態に限定されるものではなく、本発明の要旨を逸脱しない範囲で適宜の変更や置換等が可能である。以下に、本発明の変形例について上述した実施形態と同一または同様な部品や部分には同一の符号を用いて説明する。   In addition, the continuous window 1 by this invention is not limited to embodiment mentioned above, A suitable change, substitution, etc. are possible in the range which does not deviate from the summary of this invention. In the following, modifications of the present invention will be described using the same reference numerals for parts or portions that are the same as or similar to those of the above-described embodiment.

例えば上述した実施形態では、方立アタッチメント33Aの熱による伸縮のガイドとして、ホロー部33a、33b内に第一及び第二ガイド部47,48を挿入したガイド部材45をその上下端部に設置したが、本発明はこのような構成に限定されない。
例えば、ガイド部材45は方立アタッチメント33Aの上下の一方にのみ設けて他方に間隙を形成してもよい。この場合、熱による方立アタッチメント33Aの伸びは間隙で吸収できる。或いは、両側のガイド部材45に代えて間隙を形成して、方立アタッチメント33Aの伸張を間隙で吸収するようにしてもよい。この場合、方立アタッチメント33Aは上枠10または下枠11に固定してもよい。
For example, in the above-described embodiment, the guide members 45 in which the first and second guide portions 47 and 48 are inserted into the hollow portions 33a and 33b are installed at the upper and lower end portions as guides for expansion and contraction due to heat of the vertical attachment 33A. However, the present invention is not limited to such a configuration.
For example, the guide member 45 may be provided only on one of the upper and lower sides of the vertical attachment 33A and a gap may be formed on the other. In this case, the extension of the vertical attachment 33A due to heat can be absorbed by the gap. Alternatively, a gap may be formed in place of the guide members 45 on both sides, and the extension of the vertical attachment 33A may be absorbed by the gap. In this case, the vertical attachment 33 </ b> A may be fixed to the upper frame 10 or the lower frame 11.

また、上述した実施形態では、補強ピース100は、下枠アタッチメント33Dの凹溝部36に挿入されているが、本発明はこれに限られない。補強ピース100は、上枠アタッチメント33Cの凹溝部36に挿入されていてもよく、この場合には押し縁37A,37Bの伸長により、上枠アタッチメント33Cが変形することが抑制される。また、補強ピース100は、方立枠アタッチメント33A、縦枠アタッチメント33Bの凹溝部36に挿入されていてもよく、この場合には押し縁37C,37Dの伸長により、方立枠アタッチメント33A、縦枠アタッチメント33Bが変形することが抑制される。あるいは、方立枠アタッチメント33A、縦枠アタッチメント33B、上枠アタッチメント33C及び下枠アタッチメント33Dの複数に補強ピース100が挿入されていてもよい。   In the embodiment described above, the reinforcing piece 100 is inserted into the recessed groove portion 36 of the lower frame attachment 33D, but the present invention is not limited to this. The reinforcing piece 100 may be inserted into the recessed groove portion 36 of the upper frame attachment 33C. In this case, the upper frame attachment 33C is suppressed from being deformed by the extension of the push edges 37A and 37B. Further, the reinforcing piece 100 may be inserted into the recessed groove portion 36 of the vertical frame attachment 33A and the vertical frame attachment 33B. In this case, the vertical frame attachment 33A and the vertical frame are extended by the extension of the pushing edges 37C and 37D. Deformation of the attachment 33B is suppressed. Alternatively, the reinforcing piece 100 may be inserted into a plurality of the vertical frame attachment 33A, the vertical frame attachment 33B, the upper frame attachment 33C, and the lower frame attachment 33D.

さらには、上枠10、下枠11、左右の縦枠12A,12Bにおいて見込み方向の屋外側がテーパ状ホロー部に代えて断面四角形状のホロー部で形成していれば、上枠アタッチメント33C,下枠アタッチメント33D,縦枠アタッチメント33Bを省略できる。この場合には、上枠10、下枠11、左右の縦枠12A,12Bに直接補強ピース100を設けることができる。   Furthermore, if the prospective direction of the upper frame 10, the lower frame 11, and the left and right vertical frames 12A and 12B is formed with a hollow section having a rectangular cross section instead of the tapered hollow section, the upper frame attachment 33C, The frame attachment 33D and the vertical frame attachment 33B can be omitted. In this case, the reinforcing piece 100 can be provided directly on the upper frame 10, the lower frame 11, and the left and right vertical frames 12A and 12B.

また、上記に示す実施形態では、2層または3層ガラスパネルの障子が設置されていたものを、5層ガラスパネルを納めた障子7と障子8に交換する例を挙げて説明したが、本発明はこれに限られず、新規で障子を設置する場合や、単層または2層、3層、4層や6層以上など適宜の枚数のガラスパネルを設置する場合にも適用可能である。   Moreover, in embodiment shown above, although what demonstrated the shoji of the 2 layer or 3 layer glass panel was installed and demonstrated to the example which replaces the shoji 7 and shoji 8 which accommodated the 5 layer glass panel, this book was demonstrated. The invention is not limited to this, and can also be applied to a case where a new shoji is installed or an appropriate number of glass panels such as a single layer, two layers, three layers, four layers, six layers or more are installed.

なお、上述した実施形態では、連窓1におけるFIX窓3と縦辷り出し窓4の配置構成を例にとって説明したが、本発明はFIX窓3と縦辷り出し窓4を配列した連窓に限定されない。本発明は、例えば縦辷り出し窓4や横辷り出し窓等の各種の窓を備えた方立や無目を有する連窓もしくは段窓、または単独の窓等、どのような種類の建具に用いてもよい。   In the above-described embodiment, the arrangement configuration of the FIX window 3 and the vertical window 4 in the continuous window 1 has been described as an example. However, the present invention is limited to the continuous window in which the FIX window 3 and the vertical window 4 are arranged. Not. The present invention is used for any kind of fitting such as a vertical or invisible continuous window or stepped window, or a single window with various windows such as a vertical window 4 and a horizontal window. May be.

1 連窓
2 枠体
3、62 FIX窓
4 縦辷り出し窓
5 方立
7,8 障子
12A,12B 縦枠
13A、13B 開口部
15 断熱材
21、32 複層パネル
24、37A、37B、37C、37D 押し縁
33A 方立アタッチメント(縦枠)
33B 縦枠アタッチメント(縦枠)
33C 上枠アタッチメント(横枠)
33D 下枠アタッチメント(横枠)
36 凹溝部(凹部)
45 ガイド部材
46 基部
46a 隙間隠し
47 第一ガイド部
48 第二ガイド部
61 キャップ
100 補強ピース(補強部材)
103 係合壁部(押し縁係合部)
DESCRIPTION OF SYMBOLS 1 Continuous window 2 Frame 3, 62 FIX window 4 Vertical extension window 5 Vertical 7, 8 Shoji 12A, 12B Vertical frame 13A, 13B Opening part 15 Heat insulating material 21, 32 Multi-layer panel 24, 37A, 37B, 37C, 37D Pushing edge 33A Vertical attachment (vertical frame)
33B Vertical frame attachment (vertical frame)
33C Upper frame attachment (horizontal frame)
33D Bottom frame attachment (horizontal frame)
36 concave groove (concave)
45 guide member 46 base 46a gap concealment 47 first guide portion 48 second guide portion 61 cap 100 reinforcing piece (reinforcing member)
103 engagement wall (pushing edge engaging portion)

Claims (2)

上下方向に延びる一対の縦枠と、見付け方向に延びる一対の横枠と、を有し四方枠状に形成された枠体を備えた建具であって、
前記縦枠及び前記横枠それぞれに、前記縦枠及び前記横枠の面内方向外側に凹むように形成された凹部と、
前記縦枠及び前記横枠のそれぞれの前記凹部に挿入された押し縁と、
前記縦枠及び前記横枠の少なくともいずれか一方の前記凹部に挿入され、前記縦枠及び前記横枠の他方に挿入された前記押し縁の端面を支持する補強部材と、を備え
前記補強部材は、前記縦枠及び前記横枠の前記他方の前記凹部に挿入された前記押し縁と係合する押し縁係合部を有することを特徴とする建具。
A joinery comprising a frame body having a pair of vertical frames extending in the vertical direction and a pair of horizontal frames extending in the finding direction and formed in a four-sided frame shape,
A recess formed in each of the vertical frame and the horizontal frame so as to be recessed outward in the in-plane direction of the vertical frame and the horizontal frame;
A pressing edge inserted into the recess of each of the vertical frame and the horizontal frame;
A reinforcing member that is inserted into the concave portion of at least one of the vertical frame and the horizontal frame and supports an end surface of the push edge inserted into the other of the vertical frame and the horizontal frame ,
The reinforcing member, fittings, characterized in Rukoto which have a pushing Engakari engaging portion to be engaged with said push rim that is inserted into the other of said recesses of said vertical frame and the horizontal frame.
前記縦枠及び前記横枠の前記一方の前記凹部に挿入された前記押し縁の端面は、前記縦枠及び前記横枠の前記他方の前記凹部に挿入された前記押し縁に当接している請求項1に記載の建具。   The end surface of the pressing edge inserted into the one concave portion of the vertical frame and the horizontal frame is in contact with the pressing edge inserted into the other concave portion of the vertical frame and the horizontal frame. Item 1. Joinery.
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