JP7395406B2 - fittings - Google Patents

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JP7395406B2
JP7395406B2 JP2020060733A JP2020060733A JP7395406B2 JP 7395406 B2 JP7395406 B2 JP 7395406B2 JP 2020060733 A JP2020060733 A JP 2020060733A JP 2020060733 A JP2020060733 A JP 2020060733A JP 7395406 B2 JP7395406 B2 JP 7395406B2
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glass
frame
triple
prospective
setting block
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JP2021161609A (en
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健太 渡邊
健治 亀田
理史 山本
幸浩 春山
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YKK AP Inc
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YKK AP Inc
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Description

本発明は、ガラスを支持するセッティングブロックを有する建具に関する。 The present invention relates to joinery having a setting block for supporting glass.

従来から、室内外を仕切るガラスがセッティングブロックにより支持されている建具は知られている(例えば、特許文献1参照)。この建具は、室内外を仕切る複層ガラスが框に装着された障子を有しており、框を構成し複層ガラスの下に配置される下框に設けられているガラス載置部にセッティングブロックを介して複層ガラスが載置されている。複層ガラス及びセッティングブロックが載置されるガラス載置部には、火災等により加熱された複層ガラスの割れを防止すべく熱膨張性黒鉛(加熱発泡材)も設けられており、加熱発泡材は、下框の長手方向における全域に配置されている。このため、セッティングブロックには、熱膨張性黒鉛との干渉を防ぐために凹部が設けられている。 BACKGROUND ART Fittings in which a glass partition between indoors and outdoors is supported by a setting block have been known (for example, see Patent Document 1). This fitting has a shoji with double-glazed glass attached to a stile that partitions indoors and outdoors, and is set on a glass mount provided on the lower stile that makes up the stile and is placed below the double-glazed glass. Double glazing is placed through the blocks. The glass mounting section where the double glazing and setting blocks are placed is also equipped with thermally expandable graphite (thermal foaming material) to prevent the double glazing from cracking when heated due to fire, etc. The materials are arranged over the entire length of the lower stile. For this reason, the setting block is provided with a recess to prevent interference with the thermally expandable graphite.

特開2014-224391号公報Japanese Patent Application Publication No. 2014-224391

上記従来の建具では、セッティングブロックに、熱膨張性黒鉛との干渉を防ぐために凹部が設けられているので、セッティングブロックの下面において、ガラス載置部に当接して複層ガラスを支持している領域は、複層ガラスの厚みよりも狭い。このため、上記従来の建具では、複層ガラスが備える2枚のガラス板の一方のみがセッティングブロックにおいてガラス載置部に当接している部位の上に位置している。近年、建具のガラスとして3枚のガラス板を備えた、所謂トリプルガラスが用いられているものがある。トリプルガラスは重量が複層ガラスより大きいため、より安定した状態で支持することが求められる。
本発明は、かかる課題に鑑みてなされたものであり、その目的とするところは、トリプルガラスをより安定した状態で支持しつつ防火性に優れた建具を提供することにある。
In the above-mentioned conventional fittings, the setting block is provided with a recess to prevent interference with thermally expandable graphite, so the lower surface of the setting block supports the double-glazed glass by coming into contact with the glass mounting part. The area is narrower than the thickness of the double glazing. For this reason, in the above-mentioned conventional fittings, only one of the two glass plates included in the double-glazed glass is located on the part of the setting block that is in contact with the glass mounting part. In recent years, so-called triple glass, which has three glass plates, has been used as glass for fittings. Triple glazing weighs more than double glazing, so it needs to be supported in a more stable manner.
The present invention has been made in view of such problems, and its purpose is to provide a fitting that supports triple glass in a more stable state and has excellent fire resistance.

かかる目的を達成するための主たる発明は、耐熱強化ガラスを含む3枚のガラス板を備え屋内外を仕切るトリプルガラスと、前記トリプルガラスを保持し、内周側に前記トリプルガラスの周縁部を収容し前記トリプルガラスの端面と対向する見込み面部を備えたガラス収容部を有する枠体と、前記ガラス収容部内に設けられ前記トリプルガラスが載置されるセッティングブロックと、前記ガラス収容部内に設けられる加熱発泡材と、を有し、前記加熱発泡材及び前記セッティングブロックは、前記見込み面部上に配置され、前記セッティングブロックは、前記トリプルガラスの前記端面が当接されるガラス当接部と、前記見込み面部に当接される見込み面部当接部と、見込み面部当接部の見込み方向に隣接させて設けられ前記加熱発泡材が配置される空隙を形成する空隙形成部と、を有し、前記セッティングブロックの前記見込み面部当接部は、前記3枚の前記ガラス板のうちの最も屋外側に位置する前記ガラス板と真ん中に位置する前記ガラス板とに亘って配置されていることを特徴とする建具である。
本発明の他の特徴については、本明細書及び添付図面の記載により明らかにする。
The main invention for achieving this object is a triple glass panel that includes three glass plates including heat-resistant tempered glass and partitions indoors and outdoors, and a system that holds the triple glass panel and accommodates the peripheral edge of the triple panel panel on the inner circumferential side. a frame body having a glass accommodating part having a prospective surface facing an end face of the triple glazing; a setting block provided in the glass accommodating part and on which the triple glazing is placed; and a heating provided in the glass accommodating part. a foamed material, the heated foamed material and the setting block are arranged on the prospective surface part, and the setting block has a glass abutting part against which the end surface of the triple glass is abutted, a prospective surface abutting portion that comes into contact with the surface; and a gap forming portion that is provided adjacent to the prospective surface abutting portion in a prospective direction and forms a gap in which the heating foaming material is disposed, and the setting The contact portion of the prospective surface portion of the block is characterized in that the contact portion of the prospective surface portion of the block is arranged across the glass plate located on the most outdoor side of the three glass plates and the glass plate located in the middle. It is a fitting.
Other features of the present invention will become apparent from the description of this specification and the accompanying drawings.

本発明によれば、トリプルガラスをより安定した状態で支持しつつ防火性に優れた建具を提供することが可能である。 According to the present invention, it is possible to provide a fitting that supports triple glass in a more stable state and has excellent fire protection.

本実施形態に係る建具を屋外側から見た斜視図である。FIG. 2 is a perspective view of the fittings according to the present embodiment viewed from the outdoor side. 本実施形態に係る建具の縦断面図である。FIG. 2 is a longitudinal cross-sectional view of the fittings according to the present embodiment. 本実施形態に係る建具の横断面図である。It is a cross-sectional view of fittings concerning this embodiment. 図2におけるA部の拡大図である。3 is an enlarged view of section A in FIG. 2. FIG. 補強金具を示す斜視図である。It is a perspective view showing a reinforcing metal fitting. FIX枠における下の枠材と縦の枠材との接合部を示す斜視図である。It is a perspective view which shows the joint part of the lower frame material and the vertical frame material in a FIX frame. 下の枠材の押縁を取り外した状態を示す斜視図である。It is a perspective view which shows the state which removed the edge of a lower frame material. セッティングブロック上に載置されたトリプルガラスを示す縦断面図である。FIG. 3 is a longitudinal cross-sectional view showing triple glazing placed on a setting block. ガラス保持金具を示す斜視図である。It is a perspective view showing a glass holding metal fitting. トリプルガラスがガラス保持金具に保持されている状態を示す平面図である。It is a top view which shows the state in which triple glass is held by the glass holding metal fittings. すべり出し窓用の建具の下部を示す縦断面図である。It is a longitudinal cross-sectional view showing the lower part of fittings for a sliding window. 縦すべり出し窓用の建具の下部を示す縦断面図である。It is a longitudinal cross-sectional view showing the lower part of the fittings for a vertical sliding window. 縦すべり出し窓用の建具の下の框材と縦の框材との接合部の押縁を取り外した状態を示す斜視図である。It is a perspective view which shows the state where the ridge of the joint part of the stile material under the vertically sliding window and the vertical stile material is removed. 連結部材を示す斜視図である。It is a perspective view showing a connection member.

以下、本発明の一実施形態に係る建具について図面を参照して説明する。
本実施形態においては、図1に示すように、屋内外を仕切るトリプルガラス2を備えたFIX窓用の建具1を例に挙げて説明する。
Hereinafter, fittings according to an embodiment of the present invention will be described with reference to the drawings.
In this embodiment, as shown in FIG. 1, a fitting 1 for a FIX window that is provided with triple glass 2 that partitions indoors and outdoors will be described as an example.

以下の説明においては、建物等に取り付けられた状態の建具1を屋外側から見たときに、上下となる方向を上下方向、左右となる方向を左右方向、屋内外方向である奥行き方向を見込み方向として示す。建具1の各部位であっても、また、建具1を構成する各部材については単体の状態であっても、建具1が取り付けられた状態で上下方向、左右方向、見込み方向等となる方向にて方向を特定して説明する。 In the following explanation, when the fittings 1 installed in a building etc. are viewed from the outdoor side, the vertical direction is the up-down direction, the left-right direction is the left-right direction, and the depth direction is the indoor-outdoor direction. Shown as direction. Even if each part of the fitting 1 or each member constituting the fitting 1 is in a stand-alone state, when the fitting 1 is attached, it may be Specify and explain the direction.

本実施形態の建具1は、図2、図3に示すように、耐熱強化ガラスを含む3枚のガラス板20、21、22を備えたトリプルガラス2と、トリプルガラス2の周端部を収容するガラス収容部3aを備えた枠体としてのFIX枠3と、を有している。 As shown in FIGS. 2 and 3, the fitting 1 of this embodiment accommodates a triple glass 2 including three glass plates 20, 21, and 22 including heat-resistant tempered glass, and a peripheral edge of the triple glass 2. It has a FIX frame 3 as a frame body provided with a glass accommodating portion 3a.

トリプルガラス2は、3枚のガラス板20、21、22が、周縁部に設けられたスペーサー2aにより互いに間隔を空けて対面させて配置され一体をなしている。3枚のガラス板20、21、22は、2枚のLow-Eガラス20、22と、1枚の耐熱強化ガラス21により構成されており、2枚のLow-Eガラス20、22の間に耐熱強化ガラス21が設けられている。 The triple glass 2 is made up of three glass plates 20, 21, and 22 that are arranged facing each other and spaced apart by a spacer 2a provided at the peripheral edge. The three glass plates 20, 21, 22 are composed of two Low-E glasses 20, 22 and one heat-resistant tempered glass 21, and between the two Low-E glasses 20, 22, A heat-resistant tempered glass 21 is provided.

FIX枠3は、合成樹脂製の押し出し成形材でなりトリプルガラス2の上に位置する上の枠材30、トリプルガラス2の下に位置する下の枠材30、及び、トリプルガラス2の左右に位置する左右の縦の枠材30をなす4本の枠材30が矩形状に接合された枠本体31と、各枠材30に嵌合される押縁32と、を有している。 The FIX frame 3 is made of an extruded synthetic resin material, and includes an upper frame member 30 located above the triple glass 2, a lower frame member 30 located below the triple glass 2, and a frame member 30 located on the left and right sides of the triple glass 2. It has a frame main body 31 in which four frame members 30 forming left and right vertical frame members 30 are joined in a rectangular shape, and a ridge 32 fitted to each frame member 30.

4本の枠材30は、長尺の成形材を所定の長さに切断して形成されているため同一の断面形状をなしている。各枠材30の端部は長手方向に対して45度の角度をなすように切断され、互いに隣り合う枠材30の端部同士を突き合わせた状態で溶着し矩形状の枠本体31が形成されている。各枠材30の断面形状は同一なので、ここでは、図面にて下の枠材30を示して枠構造を説明する。以下の説明では、各枠材30に共通する説明となるように、下の枠材30の上側を、枠本体31の内周側(以下、内周側という)とし、下の枠材30の下側を枠本体31の外周側(以下、外周側という)として説明する。 The four frame members 30 are formed by cutting a long molded material into a predetermined length, and therefore have the same cross-sectional shape. The ends of each frame material 30 are cut at an angle of 45 degrees with respect to the longitudinal direction, and the ends of adjacent frame materials 30 are butted together and welded to form a rectangular frame main body 31. ing. Since the cross-sectional shape of each frame member 30 is the same, the frame structure will be explained here by showing the lower frame member 30 in the drawing. In the following description, the upper side of the lower frame material 30 is referred to as the inner peripheral side of the frame main body 31 (hereinafter referred to as the inner peripheral side), so that the description is common to each frame material 30. The lower side will be described as the outer peripheral side (hereinafter referred to as the outer peripheral side) of the frame main body 31.

下の枠材30は、図4に示すように、トリプルガラス2がセッティングブロック4を介して載置され当該トリプルガラス2の端面2bと対向する枠見込み面部30aと、枠見込み面部30aの屋内側にて内周側に突出する枠内周突出部30bと、枠見込み面部30aの屋外側に設けられ押縁32が嵌合される枠押縁嵌合部30cと、枠見込み面部30aの外周側に間隔を空けて対向する枠外周対向面部30dと、枠外周対向面部30dから外周側に延出されて躯体6に固定される躯体固定部30eと、を有している。 As shown in FIG. 4, the lower frame member 30 has a frame prospective surface portion 30a on which the triple glass 2 is placed via the setting block 4 and faces the end surface 2b of the triple glass 2, and an indoor side of the frame prospective surface portion 30a. A frame inner periphery protruding portion 30b that protrudes toward the inner periphery at a frame inner periphery, a frame ridge fitting portion 30c that is provided on the outdoor side of the frame prospective surface portion 30a and into which the ridge 32 is fitted, and a frame ridge fitting portion 30c that is provided on the outdoor side of the frame prospective surface portion 30a, and a spaced interval on the outer periphery side of the frame prospective surface portion 30a. It has a frame outer periphery opposing surface portion 30d that faces each other with a gap in between, and a frame fixing portion 30e that extends from the frame outer periphery opposing surface portion 30d toward the outer periphery and is fixed to the frame 6.

枠見込み面部30aの屋内側の縁から内周側に突出する枠内周突出部30bは、突出している先端側に屋外側に向かって突出させて設けられるビード7が嵌合される枠ビード嵌合部30fを有しており、枠内周突出部30bにおける枠ビード嵌合部30fよりも枠見込み面部30a側には、枠ビード嵌合部30fの屋外側の縁と、見込み方向においてほぼ同じ位置に枠見付け面30gが形成されている。 The frame inner periphery protrusion 30b that protrudes inward from the indoor edge of the frame prospective surface 30a is a frame bead fitting in which a bead 7 provided on the protruding tip side is fitted to protrude toward the outdoor side. It has a joining part 30f, and on the side of the frame prospective surface part 30a from the frame bead fitting part 30f in the frame inner peripheral protrusion part 30b, there is a part that is almost the same as the outdoor edge of the frame bead fitting part 30f in the prospective direction. A frame finding surface 30g is formed at the position.

下の枠材30の枠見込み面部30aと枠外周対向面部30dとの間には、長手方向に貫通する枠中空部30hが設けられている。枠中空部30hは、枠見込み面部30aの見込み方向における両端部から外周側に延出されて枠外周対向面部30dと繋がる2つの枠連結壁部30iによって仕切られてほぼ矩形状をなしている。2つの枠連結壁部30iは、見込み方向において互いに対向している。 A frame hollow portion 30h that penetrates in the longitudinal direction is provided between the frame prospective surface portion 30a and the frame outer circumferential opposing surface portion 30d of the lower frame member 30. The frame hollow portion 30h has a substantially rectangular shape and is partitioned by two frame connecting walls 30i extending toward the outer circumferential side from both ends of the frame prospective surface portion 30a in the viewing direction and connected to the frame outer circumferential opposing surface portion 30d. The two frame connecting walls 30i face each other in the viewing direction.

枠中空部30h内には、長手方向に沿い全長にわたってアルミニウム合金製の押し出し成形材でなる補強部材8が設けられている。補強部材8については後述する。 A reinforcing member 8 made of an extruded aluminum alloy member is provided in the frame hollow portion 30h over the entire length along the longitudinal direction. The reinforcing member 8 will be described later.

枠押縁嵌合部30cは、枠見込み面部30aよりも屋外側に設けられ、枠見込み面部30aよりも外周側に窪んで押縁32の嵌合片32aが嵌合される。枠押縁嵌合部30cは、屋外側の枠連結壁部30iの屋外側にて枠見込み面部30aよりも外周側に位置する枠底部30jを有する2つの枠凹部30k、30lのうちの屋外側の枠凹部30kである。屋内側の枠凹部30lの屋内側の縁30mは、枠見込み面部30aの屋外側の縁と繋がり、外周面が円弧状をなしている。 The frame rim fitting portion 30c is provided on the outdoor side of the frame prospective surface portion 30a, is recessed toward the outer circumferential side of the frame prospective surface portion 30a, and the fitting piece 32a of the ridge 32 is fitted therein. The frame rim fitting part 30c is located on the outdoor side of the two frame recesses 30k and 30l, which have a frame bottom 30j located on the outer peripheral side of the frame connecting wall 30i on the outdoor side and on the outer peripheral side of the frame facing surface 30a. This is a frame recess 30k. The indoor edge 30m of the indoor frame recess 30l is connected to the outdoor edge of the frame prospective surface portion 30a, and has an arcuate outer peripheral surface.

押縁32は、嵌合片32aが枠押縁嵌合部30cに嵌合された状態で、枠内周突出部30bと見込み方向に対向し、枠本体31とともにトリプルガラス2の周縁部が収容されるガラス収容部3aを形成する。すなわち、ガラス収容部3aは、枠本体31に嵌合された押縁32と、屋内側の枠凹部30lと、枠見込み面部30aと、枠内周突出部30bとにより囲まれた空間である。 The rim 32 faces the inner frame peripheral protrusion 30b in the viewing direction with the fitting piece 32a fitted to the frame rim fitting part 30c, and the peripheral edge of the triple glass 2 is housed together with the frame body 31. A glass accommodating portion 3a is formed. That is, the glass accommodating portion 3a is a space surrounded by the ridge 32 fitted to the frame body 31, the indoor frame recess 30l, the frame facing surface 30a, and the inner frame protrusion 30b.

ガラス収容部3aに周縁部が収容されたトリプルガラス2は、ガラス収容部3aに設けられるセッティングブロック4により面内方向の位置が規制されてガラス保持金具9に保持され、枠内周突出部30bのビード7と、押縁32の先端に設けられたビード32bとにより挟持される。このとき、トリプルガラス2の屋内側の面2cは、枠内周突出部30bのビード7に押圧され、枠内周突出部30bの枠見付け面30gと見込み方向に間隔を空けて配置されている。また、トリプルガラス2の屋外側の面2dは、枠見込み面部30aと屋内側の枠凹部30lとの境界付近に位置している。ガラス保持金具9については後述する。 The triple glass 2 whose peripheral edge is accommodated in the glass accommodating part 3a is held by the glass holding fitting 9 with its in-plane position regulated by the setting block 4 provided in the glass accommodating part 3a, and the inner peripheral protruding part 30b It is held between the bead 7 and the bead 32b provided at the tip of the ridge 32. At this time, the indoor side surface 2c of the triple glass 2 is pressed by the bead 7 of the inner frame circumferential protrusion 30b, and is spaced from the frame finding surface 30g of the inner frame circumferential protrusion 30b in the perspective direction. . Further, the outdoor surface 2d of the triple glass 2 is located near the boundary between the frame prospective surface portion 30a and the indoor frame recess 30l. The glass holding fittings 9 will be described later.

躯体固定部30eは、枠外周対向面部30dにおいて枠中空部30hとは反対側となる外周面側から外周方向に延出されており、枠中空部30hを仕切る屋外側の枠連結壁部30iより僅かに屋内側に設けられている。このため、ガラス収容部3aに周縁部が収容されたトリプルガラス2は、最も屋外側に位置するガラス板(以下、最外ガラス板という)20が、躯体固定部30eを上方に延長した位置に配置されており、最外ガラス板20よりも屋内側の部位が躯体6上に位置している。 The frame fixing portion 30e extends in the outer circumferential direction from the outer circumferential surface side opposite to the frame hollow portion 30h in the frame outer circumferential opposing surface portion 30d, and extends from the frame connecting wall portion 30i on the outdoor side that partitions the frame hollow portion 30h. It is located slightly indoors. Therefore, in the triple glass 2 whose peripheral portion is housed in the glass accommodating part 3a, the glass plate 20 located most outdoors (hereinafter referred to as the outermost glass plate) is located at a position where the frame fixing part 30e is extended upward. The portion closer to the indoor side than the outermost glass plate 20 is located on the frame 6.

下の枠材30の躯体固定部30eは、屋外側から進入するビス33により躯体6に固定されるが、上及び縦の枠材30の躯体固定部30eは、図2、図3に示すように、補強金具5と共に屋外側から進入するビス33により躯体6に固定される。尚、下の枠材30の躯体固定部30eも補強金具5と共に屋外側から進入するビス33により躯体6に固定されていても構わない。 The frame fixing parts 30e of the lower frame material 30 are fixed to the frame body 6 by screws 33 that enter from the outdoor side, but the frame fixing parts 30e of the upper and vertical frame members 30 are fixed as shown in FIGS. 2 and 3. Then, together with the reinforcing metal fittings 5, it is fixed to the frame 6 by screws 33 that enter from the outdoor side. Note that the frame fixing portion 30e of the lower frame member 30 may also be fixed to the frame 6 together with the reinforcing metal fittings 5 by screws 33 that enter from the outdoor side.

枠中空部30hに設けられている補強部材8は、枠見込み面部30aと対向し見込み方向のほぼ全域に設けられる対向板部としての見込み面補強部8aと、見込み面補強部8aから外周方向に延出された2つの延出補強部8bと、を有している。見込み面補強部8aは、枠見込み面部30aの反対側に設けられる後述する固定金具90を固定するビス34が螺合可能な厚みを有している。見込み面補強部8aの枠見込み面部30a側の面には、長手方向に沿う補強部材凹部8cが屋内側の端部近傍と、見込み方向における中央より屋外側寄りの部位との2カ所に設けられており、補強部材凹部8c内には、加熱発泡材10が設けられている。 The reinforcing member 8 provided in the frame hollow portion 30h includes a prospective surface reinforcing portion 8a as an opposing plate portion that faces the frame prospective surface portion 30a and is provided over almost the entire area in the prospective direction, and a prospective surface reinforcing portion 8a that extends from the prospective surface reinforcing portion 8a in the outer circumferential direction. It has two extended reinforcing portions 8b. The prospective surface reinforcing portion 8a has a thickness that allows a screw 34 for fixing a fixing fitting 90, which will be described later, provided on the opposite side of the frame prospective surface portion 30a to be screwed therein. Reinforcing member recesses 8c along the longitudinal direction are provided in two places on the surface of the prospective surface reinforcing section 8a on the side of the frame prospective surface section 30a, near the end on the indoor side and at a part closer to the outdoor side from the center in the prospective direction. A heated foaming material 10 is provided in the reinforcing member recess 8c.

2つの延出補強部8bは、見込み方向に互いに間隔を空けて設けられており、それぞれ見込み面補強部8aに設けられた加熱発泡材10の屋外側の端部近傍に配置されている。屋外側の延出補強部8bの先端には、見込み方向における両方向に延出された補強部材延出片8dが設けられており、屋内側の延出補強部8bの先端には、屋内側に延出された補強部材延出片8dが設けられている。屋外側の延出補強部8bの先端にて屋内側に延出された補強部材延出片8dは、上及び縦の枠材30の躯体固定部30eとともに躯体6の見付け面6aに固定される補強金具5と補強部材8とを繋ぐビス35が螺合可能な厚みを有している。 The two extending reinforcing parts 8b are provided at intervals from each other in the viewing direction, and are each placed near the outdoor end of the heated foam material 10 provided in the viewing surface reinforcing part 8a. A reinforcing member extension piece 8d extending in both directions in the viewing direction is provided at the tip of the extending reinforcing portion 8b on the outdoor side. An extended reinforcing member extension piece 8d is provided. The reinforcing member extension piece 8d extended indoors at the tip of the outdoor extending reinforcing part 8b is fixed to the facing surface 6a of the frame 6 together with the frame fixing part 30e of the upper and vertical frame members 30. The screw 35 connecting the reinforcing metal fitting 5 and the reinforcing member 8 has a thickness that allows screwing.

補強金具5は、図2、図3、図5に示すように、上及び縦の枠材30の躯体固定部30eの外周側の面に沿わされる第一板部5aと、第一板部5aと繋がり上及び縦の枠材30の枠外周対向面部30dの屋内側の面に沿わされる第二板部5bとを有してL字状に形成されている。第二板部5bが枠外周対向面部30dを貫通して補強部材延出片8dにビス止めされ、第一板部5aが躯体固定部30eと共に躯体6の見付け面6aと対面して当接し当該躯体6に固定される。このため、上及び縦の枠材30に設けられるガラス保持金具9は、補強部材8、補強金具5を介して躯体6と繋がって取り付けられている。 As shown in FIGS. 2, 3, and 5, the reinforcing metal fittings 5 include a first plate portion 5a that extends along the outer peripheral surface of the frame fixing portion 30e of the upper and vertical frame members 30, and a first plate portion. 5a and a second plate portion 5b which is connected to the upper and second plate portions 5b and extends along the indoor side surface of the frame outer periphery facing surface portion 30d of the vertical frame member 30, and is formed in an L-shape. The second plate portion 5b passes through the frame outer periphery facing surface portion 30d and is screwed to the reinforcing member extension piece 8d, and the first plate portion 5a faces and abuts the finding surface 6a of the frame body 6 together with the frame fixing portion 30e. It is fixed to the frame 6. Therefore, the glass holding fittings 9 provided on the upper and vertical frame members 30 are connected to the frame 6 via the reinforcing member 8 and the reinforcing fittings 5.

ガラス保持金具9及びセッティングブロック4は、図6、図7に示すように、各枠材30のガラス収容部3aに、枠材30の長手方向に1つ、または互いに間隔を空けて並べて複数設けられている。 As shown in FIGS. 6 and 7, the glass holding fitting 9 and the setting block 4 are provided in the glass accommodating portion 3a of each frame member 30 in the longitudinal direction of the frame member 30, or one or more of them are arranged side by side at intervals. It is being

セッティングブロック4は、トリプルガラス2の面内方向の位置を規制する合成樹脂製の部材である。セッティングブロック4は、図8に示すように、枠見込み面部30aに当接される見込み面部当接部4aと、見込み面部当接部4aと、平行な平面をなし、トリプルガラス2の端面2bが当接されるガラス当接部4bと、を有している。 The setting block 4 is a synthetic resin member that regulates the position of the triple glass 2 in the in-plane direction. As shown in FIG. 8, the setting block 4 has a planar surface parallel to the prospective surface abutting portion 4a that abuts the frame prospective surface 30a, and the end surface 2b of the triple glass 2. It has a glass contact portion 4b that is brought into contact with the glass contact portion 4b.

ガラス当接部4bは、枠見込み面部30aの見込み方向の幅とほぼ同じ幅を有しており、見込み面部当接部4aは、枠見込み面部30aの見込み方向において屋外側のほぼ半分と対面するように設けられている。セッティングブロック4の枠見込み面部30a側における屋内側には、見込み面部当接部4aと見込み方向に隣接して見込み面部当接部4aよりも内周側に窪む内周凹部4cが設けられており、見込み面部当接部4aが枠見込み面部30aに当接したときに、枠見込み面部30aと内周凹部4cとの間に空隙Sが形成される。セッティングブロック4と枠見込み面部30aとの間の空隙Sには、加熱発泡材10が設けられている。加熱発泡材10は、各枠材30の枠見込み面部30aに、枠材30の長手方向に沿ってほぼ全長に亘って設けられている。ここで、内周凹部4cが空隙形成部に相当する。 The glass contact portion 4b has approximately the same width as the width of the frame prospective surface portion 30a in the prospective direction, and the prospective surface portion contact portion 4a faces approximately half of the outdoor side of the frame prospective surface portion 30a in the prospective direction. It is set up like this. On the indoor side of the setting block 4 on the side of the frame prospective surface 30a, an inner circumferential recess 4c is provided adjacent to the prospective surface abutting portion 4a in the prospective direction and recessed toward the inner circumference side of the prospective surface abutting portion 4a. When the prospective surface contact portion 4a abuts the frame prospective surface portion 30a, a gap S is formed between the frame prospective surface portion 30a and the inner peripheral recess 4c. A heated foaming material 10 is provided in the gap S between the setting block 4 and the frame prospective surface portion 30a. The heated foam material 10 is provided on the frame facing surface portion 30a of each frame member 30 over substantially the entire length along the longitudinal direction of the frame member 30. Here, the inner circumferential recess 4c corresponds to a gap forming part.

下の枠材30のセッティングブロック4上に載置されたトリプルガラス2は、屋外側の2枚のガラス板20、21が見込み面部当接部4a上に配置されている。すなわち、セッティングブロック4の見込み面部当接部4aは、3枚のガラス板20、21、22のうちの屋外側に位置する2枚のガラス板20、21の下に亘って設けられている。このとき、見込み面部当接部4a上に位置する2枚のガラス板20、21は、少なくとも各々のガラス板20、21の一部がいずれも見込み面部当接部4a上に配置されていれば構わない。 In the triple glass 2 placed on the setting block 4 of the lower frame member 30, the two glass plates 20 and 21 on the outdoor side are arranged on the prospective surface contact portion 4a. That is, the prospective surface contact portion 4a of the setting block 4 is provided under two of the three glass plates 20, 21, 22 located on the outdoor side. At this time, the two glass plates 20 and 21 located on the prospective surface contact portion 4a are arranged so that at least a part of each of the glass plates 20 and 21 is placed on the prospective surface contact portion 4a. I do not care.

ガラス保持金具9は、図9に示すように、屋内側に配置され枠本体31に固定される固定金具90と、室外側に配置され固定金具90に係止される係止金具91とを有している。固定金具90及び係止金具91はいずれも、例えばステンレスなどの金属製の板材により形成されており、板材のたわみにより弾性変形可能である。 As shown in FIG. 9, the glass holding fitting 9 includes a fixing fitting 90 arranged on the indoor side and fixed to the frame body 31, and a locking fitting 91 arranged on the outdoor side and locked to the fixing fitting 90. are doing. Both the fixing metal fitting 90 and the locking metal fitting 91 are formed of a metal plate material such as stainless steel, and can be elastically deformed by bending of the plate material.

固定金具90は、左右方向に間隔を空けて配置され枠本体31の枠見込み面部30aに固定される2つの枠固定部90aと、2つの枠固定部90aの間を繋ぎ枠見込み面部30aと内外周方向に間隔を空けて対面する枠対向部90bと、枠対向部90bの屋内側の縁から内周側に延出された第一対面部としての屋内内周延出部90cと、を有している。枠固定部90aは各々ビス34により枠見込み面部30aを貫通し枠中空部30hに設けられている補強部材8に固定される。 The fixing fittings 90 connect two frame fixing parts 90a arranged at intervals in the left-right direction and fixed to the frame prospective surface part 30a of the frame main body 31, and connect the two frame fixing parts 90a between the frame prospective surface part 30a and the inside and outside. It has a frame opposing part 90b that faces each other with an interval in the circumferential direction, and an indoor inner circumferential extension part 90c as a first facing part that extends inward from the indoor edge of the frame opposing part 90b. ing. Each of the frame fixing parts 90a is fixed to the reinforcing member 8 provided in the frame hollow part 30h by a screw 34 that passes through the frame prospective surface part 30a.

枠対向部90bは、枠見込み面部30aとの間に、係止金具91の挿入部91aが挿入可能に、挿入部91aの厚みよりも僅かに広く間隔が空けられており、係止金具91の係止片91bを係止する係止孔90dが、見込み方向において屋内側に偏った位置に設けられている。 The frame opposing portion 90b is spaced slightly wider than the thickness of the insertion portion 91a of the locking metal fitting 91 so that the insertion portion 91a of the locking metal fitting 91 can be inserted between the frame facing portion 90b and the frame facing surface portion 30a. A locking hole 90d for locking the locking piece 91b is provided at a position biased toward the indoor side in the viewing direction.

屋内内周延出部90cは、トリプルガラス2における周縁部の屋内側面と対向する部位であり、左右方向における両端部から延出された屋内延出片90eが設けられている。屋内延出片90eは、屋内内周延出部90cから左右方向に離れるに連れて屋内側に位置する傾斜を有している。この傾斜は、屋内内周延出部90cに沿う仮想線Lに対して鋭角をなしている。 The indoor inner circumferential extending portion 90c is a portion of the triple glass 2 that faces the indoor side surface of the peripheral portion, and is provided with indoor extending pieces 90e extending from both ends in the left-right direction. The indoor extension piece 90e has an inclination that moves toward the indoor side as it moves away from the indoor inner peripheral extension portion 90c in the left-right direction. This inclination forms an acute angle with respect to the imaginary line L along the indoor inner peripheral extension portion 90c.

固定金具90は、屋内延出片90eの先端が、枠内周突出部30bの枠見付け面30gに当接する状態で枠固定部90aが枠見込み面部30aに固定される。このとき、トリプルガラス2の屋内側の面2cが屋内内周延出部90cに当接すると、枠内周突出部30bのビード7がトリプルガラス2との間で押圧されて枠本体31とトリプルガラス2との間が止水される。 In the fixture 90, the frame fixing part 90a is fixed to the frame facing surface part 30a in a state in which the tip of the indoor extension piece 90e is in contact with the frame facing surface 30g of the inner frame peripheral protruding part 30b. At this time, when the indoor side surface 2c of the triple glass 2 comes into contact with the indoor inner circumference extension 90c, the bead 7 of the frame inner circumference protrusion 30b is pressed between the triple glass 2 and the frame body 31 and the triple glass. Water is cut off between 2 and 2.

係止金具91は、固定金具90の枠対向部90bと、枠見込み面部30aとの間に挿入される挿入部91aと、挿入部91aの屋外側の縁から内周側に延出された第二対面部としての屋外内周延出部91cと、を有している。挿入部91aには、先端側に固定金具90の係止孔90dに係止される係止片91bが設けられている。係止片91bは、挿入部91aの一部が曲げ起こされており、屋内側から屋外側に向かって高くなる傾斜を有している。
屋外内周延出部91cは、トリプルガラス2における周縁部の屋外側の面2dと対向する部位であり、屋内側には合成樹脂でなる緩衝材11が設けられている。
The locking metal fitting 91 includes an insertion portion 91a inserted between the frame facing portion 90b of the fixing metal fitting 90 and the frame facing surface portion 30a, and an insertion portion 91a that extends from the outdoor edge of the insertion portion 91a toward the inner peripheral side. It has an outdoor inner peripheral extension part 91c as a two-faced part. A locking piece 91b that locks into a locking hole 90d of the fixture 90 is provided on the distal end side of the insertion portion 91a. A portion of the insertion portion 91a of the locking piece 91b is bent and raised, and has an inclination that increases from the indoor side to the outdoor side.
The outdoor inner peripheral extending portion 91c is a portion facing the outdoor side surface 2d of the peripheral edge of the triple glass 2, and a cushioning material 11 made of synthetic resin is provided on the indoor side.

FIX枠3にトリプルガラス2を取り付ける方法は、まず、各枠材30にセッティングブロック4及び固定金具90を取り付ける。セッティングブロック4は、下の枠材30には、載置するだけでも構わない。取り付けられた固定金具90は、屋内延出片90eの先端が、枠材30の枠見付け面30gに当接している。この状態で、固定金具90の屋内内周延出部90cの屋外側の面が、トリプルガラス2の屋内側の面2cが配置されるべき位置に配置されている。すなわち、セッティングブロック4の見込み面部当接部4aが、3枚のガラス板20、21、22のうちの屋外側に位置する2枚のガラス板20、21の下に亘るように配置されたトリプルガラス2の屋内側の面2cと内周延出部90cの屋外側の面とが対向するように、固定金具90が取り付けられる。 The method for attaching the triple glass 2 to the FIX frame 3 is to first attach the setting block 4 and fixing metal fittings 90 to each frame member 30. The setting block 4 may simply be placed on the lower frame member 30. In the attached fixture 90, the tip of the indoor extension piece 90e is in contact with the frame finding surface 30g of the frame material 30. In this state, the outdoor side surface of the indoor inner circumferential extension portion 90c of the fixture 90 is placed at the position where the indoor side surface 2c of the triple glass 2 is to be placed. That is, the triple is arranged so that the prospective surface contact portion 4a of the setting block 4 extends under the two glass plates 20, 21 located on the outdoor side of the three glass plates 20, 21, 22. The fixing fitting 90 is attached so that the indoor side surface 2c of the glass 2 and the outdoor side surface of the inner peripheral extension part 90c are opposed to each other.

次に、枠本体31にセッティングブロック4及び固定金具90が取り付けられた状態で、トリプルガラス2を、下の枠材30に設けられているセッティングブロック4上に載置するとともに各枠材30に設けられているセッティングブロック4の内周側に配置し、屋内側の面2cを固定金具90の屋内内周延出部90cと対向させる。このとき、見込み面部当接部4aが、屋外側に位置する2枚のガラス板20、21の下に亘って配置される位置にトリプルガラス2が配置される。 Next, with the setting block 4 and fixing metal fittings 90 attached to the frame body 31, the triple glass 2 is placed on the setting block 4 provided on the lower frame member 30, and attached to each frame member 30. It is arranged on the inner circumferential side of the provided setting block 4, and the indoor side surface 2c is made to face the indoor inner circumferential extending portion 90c of the fixing metal fitting 90. At this time, the triple glass 2 is arranged at a position where the prospective surface contact part 4a is arranged under the two glass plates 20 and 21 located on the outdoor side.

次に、係止金具91の挿入部91aを固定金具90の枠対向部90bと枠見込み面部30aとの間に挿入する。このとき、屋内側の枠凹部30lの屋内側の縁30mと枠見込み面部30aの屋外側の縁とが繋がる部位の外周面が円弧状をなしているので、挿入部91aの先端が枠対向部90bと枠見込み面部30aとの間に案内される。挿入部91aが挿入されて係止片91bが枠対向部90bと接触し、さらに係止金具91を屋内側に押圧することにより係止片91bが外周側に押されて弾性変形しつつ挿入部91aが枠対向部90bと枠見込み面部30aとの間に進入していく。 Next, the insertion portion 91a of the locking metal fitting 91 is inserted between the frame facing portion 90b and the frame facing surface portion 30a of the fixing metal fitting 90. At this time, since the outer circumferential surface of the portion where the indoor edge 30m of the indoor frame recess 30l and the outdoor edge of the frame prospective surface portion 30a are connected has an arc shape, the tip of the insertion portion 91a is connected to the frame facing portion. 90b and the frame prospective surface portion 30a. When the insertion part 91a is inserted, the locking piece 91b comes into contact with the frame facing part 90b, and by further pressing the locking metal fitting 91 toward the indoor side, the locking piece 91b is pushed toward the outer circumferential side and elastically deforms while the insertion part is closed. 91a enters between the frame facing portion 90b and the frame prospective surface portion 30a.

その後、係止片91bが係止孔90dの外周側に至ると、押し曲げられていた係止片91bが弾性により復帰して係止孔90dに係止される。このとき図10に示すように、係止金具91が固定金具90に係止された状態で、固定金具90の屋内内周延出部90cがトリプルガラス2の屋内側の面2cと対面し、係止金具91に設けられた緩衝材11がトリプルガラス2の屋外側の面2dに当接して、トリプルガラス2が保持される。このとき、ガラス収容部3aにおいて見込方向における耐熱強化ガラス21と屋内側のLow-Eガラス22との間の位置にて、係止金具91の係止片91bが固定金具90の係止孔90dに係止されている。 Thereafter, when the locking piece 91b reaches the outer periphery of the locking hole 90d, the pressed and bent locking piece 91b returns due to elasticity and is locked in the locking hole 90d. At this time, as shown in FIG. 10, with the locking metal fitting 91 locked to the fixing metal fitting 90, the indoor inner peripheral extension portion 90c of the fastening metal fitting 90 faces the indoor side surface 2c of the triple glass 2, and The cushioning material 11 provided on the stopper 91 comes into contact with the outdoor surface 2d of the triple glass 2, and the triple glass 2 is held. At this time, the locking piece 91b of the locking metal fitting 91 is inserted into the locking hole 90d of the fixing metal fitting 90 at a position between the heat-resistant tempered glass 21 in the viewing direction and the Low-E glass 22 on the indoor side in the glass housing portion 3a. It is locked to.

本実施形態の建具1によれば、ガラス収容部3a内にてトリプルガラス2の端面2bと対向する枠見込み面部30a上に加熱発泡材10が配置されているので、火災発生時には発泡した加熱発泡材10でトリプルガラス2と枠見込み面部30aとの間を塞ぐことが可能である。また、加熱発泡材10は、セッティングブロック4において枠見込み面部30aに当接される見込み面部当接部4aと見込み方向に隣接させて設けられている空隙Sに配置されているので、セッティングブロック4と加熱発泡材10とをいずれもトリプルガラス2の端面2bと対向させて配置することが可能である。 According to the fittings 1 of the present embodiment, the heating foaming material 10 is placed on the frame facing surface portion 30a facing the end surface 2b of the triple glass 2 in the glass accommodating portion 3a. It is possible to close the space between the triple glass 2 and the frame prospective surface portion 30a with the material 10. Furthermore, since the heated foaming material 10 is placed in the gap S provided adjacent to the prospective surface contact portion 4a that contacts the frame prospective surface portion 30a in the setting block 4 in the prospective direction, the setting block 4 and the heated foaming material 10 can be placed facing the end surface 2b of the triple glass 2.

また、セッティングブロック4の見込み面部当接部4aは、3枚のガラス板20、21、22のうちの屋外側に位置する2枚のガラス板20、21の下に亘って設けられているので、3枚のガラス板20、21、22を備え重量が大きなトリプルガラス2をより安定した状態で支持しつつ、トリプルガラス2の端面2bと対向する位置に加熱発泡材10を備えることが可能である。このため、トリプルガラス2をより安定させて支持しつつより高い防火性を備えた建具1を提供することが可能である。 Furthermore, the prospective surface abutting portion 4a of the setting block 4 is provided under the two glass plates 20, 21 located on the outdoor side of the three glass plates 20, 21, 22. , it is possible to support the triple glass 2, which includes three glass plates 20, 21, and 22 and has a large weight, in a more stable state, and to provide the heated foaming material 10 at a position facing the end surface 2b of the triple glass 2. be. Therefore, it is possible to provide a fitting 1 that supports the triple glass 2 more stably and has higher fire protection.

また、トリプルガラス2が有する3枚のガラス板20、21、22の真ん中に耐熱強化ガラス21が配置されているので、耐熱強化ガラス21をセッティングブロック4の見込み面部当接部4a上に配置することが可能である。このため、耐熱強化ガラス21をより確実に支持することが可能である。このため、火災時には、耐熱強化ガラス21を支持した状態で加熱発泡材10が枠見込み面部30aとトリプルガラス2の端面2bとの間に発泡して屋内外方向に火炎が貫通しにくいので、より高い防火性を備えることが可能である。
上記実施形態においては、FIX窓用の建具1を例に挙げて説明したがこれに限らず、たとえば、すべり出し窓用の建具1a、縦すべり出し窓用の建具1b、及び、引き違い窓用の建具などのように障子を備えた建具であっても構わない。
Further, since the heat-resistant tempered glass 21 is placed in the middle of the three glass plates 20, 21, and 22 of the triple glass 2, the heat-resistant toughened glass 21 is placed on the prospective surface abutting portion 4a of the setting block 4. Is possible. Therefore, it is possible to support the heat-resistant tempered glass 21 more reliably. Therefore, in the event of a fire, the heating foaming material 10 foams between the frame facing surface 30a and the end surface 2b of the triple glass 2 while supporting the heat-resistant tempered glass 21, making it more difficult for flames to penetrate indoors and outdoors. It is possible to provide high fire resistance.
In the above embodiment, the explanation is given by taking as an example the fittings 1 for FIX windows, but the explanation is not limited thereto; for example, fittings 1a for sliding windows, fittings 1b for vertical sliding windows, and fittings for sliding windows. It does not matter if it is a fitting with a shoji screen, such as a shoji.

例えば、すべり出し窓用の建具1aは、図11に示すように、また、縦すべり出し窓用の建具1bは、図12に示すように、いずれも、躯体6に固定される窓枠をなす枠本体31と、枠本体31に開閉自在に取り付けられる障子15と、を備えている。障子15は、耐熱強化ガラスを含む3枚のガラス板20、21、22を備えたトリプルガラス2と、トリプルガラス2の周縁部を収容するガラス収容部13aを備え、開閉機構を介して枠本体31に支持される枠体としての框体14と、を有している。 For example, fittings 1a for sliding windows are shown in FIG. 11, and fittings 1b for vertical sliding windows are shown in FIG. 12, as shown in FIG. 31, and a shoji 15 that is attached to the frame main body 31 so as to be openable and closable. The shoji 15 includes a triple glass 2 including three glass plates 20, 21, and 22 including heat-resistant tempered glass, and a glass accommodating part 13a that accommodates the periphery of the triple glass 2. It has a frame body 14 as a frame body supported by 31.

すべり出し窓用の建具1aと縦すべり出し窓用の建具1bの障子15は同一であり、すべり出し窓用の建具1aと縦すべり出し窓用の建具1bにおける、障子15を回動させる開閉機構16、開閉機構16を固定する部材、および障子15を閉じた状態を維持するための係止部材18は相違している。以下、上記実施形態と同一構成については図中で同符号を付して示し、その説明については省略する。 The shoji 15 of the sliding window fitting 1a and the vertical sliding window fitting 1b are the same, and the opening/closing mechanism 16 for rotating the shoji 15 and the opening/closing mechanism in the sliding window fitting 1a and the vertical sliding window fitting 1b are the same. The member for fixing the shoji 16 and the locking member 18 for keeping the shoji 15 closed are different. Hereinafter, the same components as those in the above embodiment will be indicated by the same reference numerals in the drawings, and the description thereof will be omitted.

すべり出し窓用の建具1a及び縦すべり出し窓用の建具1bの框体14は、合成樹脂製の押し出し成形材でなりトリプルガラス2の左右に配置される一対の縦枠材としての縦の框材140と、トリプルガラス2の左右に配置される一対の横枠材としての横の框材140と矩形状に接合された框本体141と、各框材140に嵌合される押縁32と、を有している。 The frames 14 of the fittings 1a for sliding windows and the fittings 1b for vertical sliding windows are made of extruded synthetic resin material, and vertical frame members 140 serve as a pair of vertical frame members placed on the left and right sides of the triple glass 2. It has a frame main body 141 joined in a rectangular shape to a pair of horizontal frame members 140 arranged on the left and right sides of the triple glass 2, and a ridge 32 fitted to each frame member 140. are doing.

4本の框材140は、長尺の成形材を所定の長さに切断して形成されているため同一の断面形状をなしている。各框材140の端部は長手方向に対して45度の角度をなすように切断され、互いに隣り合う框材140の端部同士を突き合わせた状態で溶着し矩形状の框本体141が形成されている。各框材140の断面形状は同一なので、ここでは、図面にてトリプルガラス2の下に位置する下の框材140を示して框構造を説明するが、各框材140に共通する説明となるように、上記FIX枠3と同様に、下の框材140の上側を、框本体141の内周側(以下、内周側という)とし、下の框材140の下側を框本体141の外周側(以下、外周側という)として説明する。 The four frame members 140 are formed by cutting a long molded material to a predetermined length, and therefore have the same cross-sectional shape. The ends of each frame material 140 are cut at an angle of 45 degrees with respect to the longitudinal direction, and the ends of adjacent frame materials 140 are butted and welded to form a rectangular frame body 141. ing. Since the cross-sectional shape of each frame material 140 is the same, the frame structure will be explained by showing the lower frame material 140 located under the triple glass 2 in the drawing, but the explanation is common to each frame material 140. As in the above FIX frame 3, the upper side of the lower frame material 140 is the inner circumferential side of the frame body 141 (hereinafter referred to as the inner circumferential side), and the lower side of the lower frame material 140 is the inner circumferential side of the frame body 141. This will be described as the outer circumferential side (hereinafter referred to as the outer circumferential side).

下の框材140は、トリプルガラス2がセッティングブロック4を介して載置され当該トリプルガラス2の端面2bと対向する框見込み面部140aと、框見込み面部140aの屋内側にて内周側に突出する框内周突出部140bと、框見込み面部140aの屋外側に設けられ押縁32が嵌合される框押縁嵌合部140cと、框見込み面部140aの外周側に間隔を空けて対向する框外周対向面部140dと、框外周対向面部140dの屋外側に張り出す外側突出部140eと、を有している。 The lower stile material 140 has a stile facing surface 140a on which the triple glass 2 is placed via the setting block 4 and faces the end surface 2b of the triple glazing 2, and a stile facing surface 140a that protrudes inward on the indoor side of the stile facing surface 140a. a stile inner periphery protruding part 140b, a stile ridge fitting part 140c provided on the outdoor side of the stile prospective surface part 140a and into which the ridge 32 is fitted, and a stile outer periphery facing the outer periphery side of the stile prospective surface part 140a with a space therebetween. It has an opposing surface portion 140d and an outer protruding portion 140e that projects toward the outdoor side of the frame outer periphery opposing surface portion 140d.

框見込み面部140aの屋内側の縁から内周側に突出する框内周突出部140bは、突出している先端側に屋外側に向かって突出させて一体に設けられる止水片140fを有しており、框内周突出部140bにおける止水片140fよりも框見込み面部140a側には、止水片140fが突出している基端と見込み方向においてほぼ同じ位置に框見付け面140gが形成されている。 The stile inner periphery protruding part 140b that protrudes inward from the indoor edge of the stile facing surface part 140a has a water stop piece 140f that is integrally provided on the protruding tip side and protrudes toward the outdoor side. A stile facing surface 140g is formed on the side of the stile facing surface 140a from the water stopping piece 140f in the stile inner peripheral protrusion 140b at approximately the same position in the facing direction as the proximal end from which the water stopping piece 140f projects. .

下の框材140の框見込み面部140aと框外周対向面部140dとの間には、長手方向に貫通する框中空部140hが設けられている。框中空部140hは、框見込み面部140aの見込み方向における両端部から外周側に延出されて框外周対向面部140dと繋がる2つの框連結壁部140iによって仕切られてほぼ矩形状をなしている。2つの框連結壁部140iは、見込み方向において互いに対向している。框中空部140h内には、長手方向に沿い全長にわたって、金属製の補強部材17が設けられている。補強部材17は、たとえばスチール製であれば火災時に溶解しにくくガラスユニット2の脱落をより確実に防止することができるが、本発明はこれに限られず、アルミニウム合金等の金属で構成されていてもよい。補強部材17の詳細は後述する。 A stile hollow portion 140h penetrating in the longitudinal direction is provided between the stile prospective surface portion 140a and the stile outer periphery opposing surface portion 140d of the lower stile material 140. The stile hollow portion 140h has a substantially rectangular shape and is partitioned by two stile connecting walls 140i that extend outward from both ends of the stile facing surface 140a in the viewing direction and are connected to the stile outer periphery facing surface 140d. The two stile connecting walls 140i face each other in the viewing direction. A metal reinforcing member 17 is provided within the frame hollow portion 140h over the entire length along the longitudinal direction. If the reinforcing member 17 is made of steel, for example, it will not melt in the event of a fire and can more reliably prevent the glass unit 2 from falling off, but the present invention is not limited to this, and the reinforcing member 17 may be made of metal such as an aluminum alloy. Good too. Details of the reinforcing member 17 will be described later.

框押縁嵌合部140cは、框見込み面部140aよりも屋外側に設けられ、框見込み面部140aよりも外周側に窪んで押縁32の嵌合片32aが嵌合される。框押縁嵌合部140cは、屋外側の框連結壁部140iの屋外側にて框見込み面部140aよりも外周側に位置する框底部140jを有する2つの框凹部140k、140lのうちの屋外側の框凹部140kである。屋内側の框凹部140lの屋内側の縁140mは、框見込み面部140aの屋外側の縁と繋がり、外周面が円弧状をなしている。 The stile edge fitting portion 140c is provided on the outdoor side of the stile facing surface portion 140a, and is recessed toward the outer circumferential side of the stile facing surface portion 140a, into which the fitting piece 32a of the stile rim 32 is fitted. The stile edge fitting part 140c is located on the outdoor side of the two stile recesses 140k and 140l, which have a stile bottom part 140j located on the outer peripheral side of the stile connecting wall part 140i on the outdoor side and on the outer peripheral side of the stile facing surface part 140a. This is a frame recess 140k. The indoor side edge 140m of the indoor side stile concave portion 140l is connected to the outdoor side edge of the stile facing surface portion 140a, and has an arcuate outer peripheral surface.

すべり出し窓用の建具1a及び縦すべり出し窓用の建具1bのガラス収容部13aは、框本体141に嵌合された押縁32と、屋内側の框凹部140lと、框見込み面部140aと、框内周突出部140bとにより囲まれた空間である。框本体141にてガラス収容部13aを形成している部位の形状は、枠本体31にてガラス収容部3aを形成している部位の形状と同一であり、押縁32は共通であるため、トリプルガラス2は、セッティングブロック4により面内方向の位置が規制され、周端部はFIX窓用の建具1と同様にガラス保持金具9を用いてガラス収容部13aに保持される。よって、係止金具91が固定金具90に係止されている位置は、FIX窓用の建具1と同様にガラス収容部13aにおいて屋内側に偏っており、より具体的には、ガラス収容部13aにおいて見込方向における耐熱強化ガラス21と屋内側のLow-Eガラス22との間の位置にて、係止金具91の係止片91bが固定金具90の係止孔90dに係止されている。 The glass accommodating portion 13a of the fitting 1a for sliding windows and the fitting 1b for vertical sliding windows includes a ridge 32 fitted to the stile main body 141, a stile recess 140l on the indoor side, a stile facing surface 140a, and an inner periphery of the stile. This is a space surrounded by the protrusion 140b. The shape of the part forming the glass accommodating part 13a in the frame body 141 is the same as the shape of the part forming the glass accommodating part 3a in the frame main body 31, and the rim 32 is common, so the triple The position of the glass 2 in the in-plane direction is regulated by the setting block 4, and the peripheral end portion is held in the glass accommodating portion 13a using a glass holding fitting 9 similarly to the fixture 1 for a FIX window. Therefore, the position where the locking metal fittings 91 are locked to the fixing metal fittings 90 is biased towards the indoor side in the glass housing part 13a, similar to the fixture 1 for FIX windows, and more specifically, The locking piece 91b of the locking metal fitting 91 is locked in the locking hole 90d of the fixing metal fitting 90 at a position between the heat-resistant tempered glass 21 and the indoor-side Low-E glass 22 in the forward direction.

下の框材140のセッティングブロック4上に載置されたトリプルガラス2は、屋外側の2枚のガラス板20、21が見込み面部当接部4a上に配置されている。すなわち、セッティングブロック4の見込み面部当接部4aは、3枚のガラス板20、21、22のうちの屋外側に位置する2枚のガラス板20、21の下、最も屋外側に位置するガラス板20の下と真ん中に位置するガラス板21の下とに亘って配置されている。このとき、見込み面部当接部4a上に位置する2枚のガラス板20、21は、各々のガラス板20、21の厚み分のすべてが載置されていなくとも、少なくとも各々のガラス板20、21の一部がいずれも見込み面部当接部4a上に配置されていれば構わない。 In the triple glass 2 placed on the setting block 4 of the lower frame material 140, the two glass plates 20 and 21 on the outdoor side are arranged on the prospective surface abutment part 4a. That is, the prospective surface contact portion 4a of the setting block 4 is located under the two glass plates 20, 21 located on the outdoor side among the three glass plates 20, 21, 22, and the glass plate located on the most outdoor side. It is arranged below the plate 20 and below the glass plate 21 located in the middle. At this time, even if the two glass plates 20 and 21 located on the prospective surface contact portion 4a are not placed with the entire thickness of each glass plate 20 and 21, at least each of the glass plates 20 and 21 is 21 may be arranged on the prospective surface contact portion 4a.

框中空部140hに設けられている補強部材17は、框見込み面部140aと対向し見込み方向のほぼ全域に設けられる内周側補強板部17aと、框外周対向面部140dの屋内側のほぼ半分の領域と対向する外周側補強板部17bと、内周側補強板部17a及び外周側補強板部17bの屋内側の端部同士を繋ぐ屋内連結部17cとを有している。内周側補強板部17aには、ガラス保持金具9を構成する固定金具90を固定するビス34が螺合され、屋外側の外周側の面には加熱発泡材10が設けられている。外周側補強板部17bには、障子15と枠本体31との間に設けられる開閉機構16、及び、障子15を閉じた状態を維持するための係止部材18を固定するビス36が螺合される。 The reinforcing member 17 provided in the stile hollow part 140h has an inner reinforcing plate part 17a that faces the stile prospective surface part 140a and is provided over almost the entire area in the prospective direction, and an inner peripheral reinforcing plate part 17a that faces the stile prospective surface part 140a and covers almost the indoor half of the stile outer peripheral facing surface part 140d. It has an outer reinforcing plate part 17b facing the area, and an indoor connecting part 17c connecting the indoor end parts of the inner reinforcing plate part 17a and the outer reinforcing plate part 17b. A screw 34 for fixing a fixing fitting 90 constituting the glass holding fitting 9 is screwed into the inner reinforcing plate portion 17a, and a heated foaming material 10 is provided on the outer circumferential surface on the outdoor side. An opening/closing mechanism 16 provided between the shoji 15 and the frame body 31 and a screw 36 for fixing a locking member 18 for maintaining the shoji 15 in a closed state are screwed into the outer peripheral side reinforcing plate portion 17b. be done.

図13に示すように、互いに隣り合い隣接する縦の框材140及び横の框材140の框中空部140h内に設けられている補強部材17同士は、金属製の連結部材12により連結されている。連結部材12は、図14に示すように、各々の補強部材17に渡り、内周側補強板部17aと各々対面してビス止めされる2つの連結板部12aが、ほぼL字状に繋がった形状をなしている。 As shown in FIG. 13, the reinforcing members 17 provided in the frame hollow parts 140h of the vertical frame members 140 and the horizontal frame members 140 that are adjacent to each other are connected by a metal connecting member 12. There is. As shown in FIG. 14, the connecting member 12 has two connecting plate portions 12a that extend across each reinforcing member 17 and are screwed together, facing the inner reinforcing plate portion 17a, and are connected in a substantially L-shape. It has a similar shape.

縦の框材140及び横の框材140の框見込み面部140aには、補強部材17に固定された連結部材12と対向する部位に開口140nが設けられており、框体14の内周側、すなわちガラス収容部13a側に連結部材12が露出している。このため、連結部材12は、トリプルガラス2の端面2bと対向している。より具体的には、連結部材12は、図11、図12に示すように、トリプルガラス2が有する3枚のガラス板20、21、22の内の真ん中に位置する耐火強化ガラスのガラス板21の端面21bと対向する位置に配置されている。このため、連結部材12は、ガラス保持金具9において、挿入部91aの係止片91bが固定金具90の係止孔90dに係止されている位置よりも屋外側に位置している。 An opening 140n is provided in the stile facing surface portion 140a of the vertical stile material 140 and the horizontal stile material 140 at a portion facing the connecting member 12 fixed to the reinforcing member 17. That is, the connecting member 12 is exposed on the side of the glass accommodating portion 13a. Therefore, the connecting member 12 faces the end surface 2b of the triple glass 2. More specifically, as shown in FIGS. 11 and 12, the connecting member 12 is a glass plate 21 of fire-resistant tempered glass located in the middle of three glass plates 20, 21, 22 of the triple glass 2. It is arranged at a position facing the end surface 21b of. Therefore, the connecting member 12 is located on the outdoor side of the glass holding fitting 9 from the position where the locking piece 91b of the insertion portion 91a is locked in the locking hole 90d of the fixing fitting 90.

すべり出し窓用の建具1aでは、図11に示すように、左右の縦の枠材30と縦の框材140との間に開閉機構(不図示)が設けられており、下の枠材30と下の框材140との間に係止部材18が設けられている。係止部材18は、補強部材17の外周側補強板部17bと補強部材8の見込み面補強部8aにビス止めされている。 As shown in FIG. 11, in the sliding window fittings 1a, an opening/closing mechanism (not shown) is provided between the left and right vertical frame members 30 and the vertical frame members 140, and A locking member 18 is provided between the frame member 140 and the lower frame member 140. The locking member 18 is screwed to the outer peripheral side reinforcing plate portion 17b of the reinforcing member 17 and the prospective surface reinforcing portion 8a of the reinforcing member 8.

縦すべり出し窓用の建具1bでは、図12に示すように、左右の縦の枠材30と縦の框材140との間に係止部材(不図示)が設けられており、下の枠材30と下の框材140との間に開閉機構16が設けられている。開閉機構16は、補強部材17の外周側補強板部17bと、枠中空部30h内に設けられた金属製の裏板19にビス止めされている。なお、縦すべり出し窓用の建具1bの開閉機構16は、補強部材17の外周側補強板部17bと補強部材8の見込み面補強部8aにビス止めされていても構わない。 In the vertical sliding window fittings 1b, as shown in FIG. 12, a locking member (not shown) is provided between the left and right vertical frame members 30 and the vertical frame members 140, and the lower frame member An opening/closing mechanism 16 is provided between the frame member 30 and the lower frame material 140. The opening/closing mechanism 16 is screwed to an outer reinforcing plate portion 17b of the reinforcing member 17 and a metal back plate 19 provided within the frame hollow portion 30h. Note that the opening/closing mechanism 16 of the vertical sliding window fitting 1b may be screwed to the outer peripheral side reinforcing plate portion 17b of the reinforcing member 17 and the prospective surface reinforcing portion 8a of the reinforcing member 8.

すべり出し窓用の建具1a及び縦すべり出し窓用の建具1bによれば、ガラス収容部13a内にてトリプルガラス2の端面2bと対向する框見込み面部140a上に加熱発泡材10が配置されているので、火災発生時には発泡した加熱発泡材10でトリプルガラス2と框見込み面部140aとの間を塞ぐことが可能である。また、加熱発泡材10は、セッティングブロック4において框見込み面部140aに当接される見込み面部当接部4aと見込み方向に隣接させて設けられている空隙Sに配置されているので、セッティングブロック4と加熱発泡材10とをいずれもトリプルガラス2の端面2bと対向させて配置することが可能である。 According to the fittings 1a for sliding windows and the fittings 1b for vertical sliding windows, the heated foam material 10 is arranged on the stile facing surface portion 140a facing the end surface 2b of the triple glass 2 in the glass accommodating portion 13a. In the event of a fire, it is possible to close the gap between the triple glass 2 and the stile facing surface portion 140a with the foamed heated foam material 10. Furthermore, since the heated foaming material 10 is placed in the gap S provided in the setting block 4 adjacent to the prospective surface abutment portion 4a that contacts the stile prospective surface portion 140a in the prospective direction, the setting block 4 and the heated foaming material 10 can be placed facing the end surface 2b of the triple glass 2.

また、セッティングブロック4の見込み面部当接部4aは、3枚のガラス板20、21、22のうちの屋外側に位置する2枚のガラス板20、21の下、すなわち、最も屋外側に位置するガラス板20の下と真ん中に位置するガラス板21の下とに亘って配置されているので、3枚のガラス板20、21、22を備え重量が大きなトリプルガラス2をより安定した状態で支持しつつ、トリプルガラス2の端面2bと対向する位置に加熱発泡材10を備えることが可能である。このため、トリプルガラス2をより安定させて支持しつつより高い防火性を備えた建具1を提供することが可能である。 Further, the prospective surface abutting portion 4a of the setting block 4 is located below the two glass plates 20, 21 located on the outdoor side of the three glass plates 20, 21, 22, that is, the most outdoor side. Since it is arranged under the glass plate 20 located in the middle and under the glass plate 21 located in the middle, the triple glass 2, which has three glass plates 20, 21, and 22 and has a large weight, can be held in a more stable state. It is possible to provide the heated foaming material 10 at a position facing the end surface 2b of the triple glass 2 while supporting the triple glass 2. Therefore, it is possible to provide a fitting 1 that supports the triple glass 2 more stably and has higher fire protection.

また、トリプルガラス2が有する3枚のガラス板20、21、22の真ん中に耐熱強化ガラス21が配置されているので、耐熱強化ガラス21をセッティングブロック4の見込み面部当接部4a上に配置することが可能である。このため、耐熱強化ガラス21をより確実に支持することが可能である。このため、火災時には、耐熱強化ガラス21を支持した状態で加熱発泡材10が框見込み面部140aとトリプルガラス2の端面2bとの間に発泡して屋内外方向に火炎が貫通しにくいので、より高い防火性を備えることが可能である。 Further, since the heat-resistant tempered glass 21 is placed in the middle of the three glass plates 20, 21, and 22 of the triple glass 2, the heat-resistant toughened glass 21 is placed on the prospective surface abutting portion 4a of the setting block 4. Is possible. Therefore, it is possible to support the heat-resistant tempered glass 21 more reliably. Therefore, in the event of a fire, the heated foaming material 10 foams between the stile facing surface 140a and the end surface 2b of the triple glass 2 while supporting the heat-resistant tempered glass 21, making it more difficult for flames to penetrate indoors and outdoors. It is possible to provide high fire resistance.

上記実施形態は、本発明の理解を容易にするためのものであり、本発明を限定して解釈するためのものではない。本発明は、その趣旨を逸脱することなく、変更、改良され得ると共に、本発明にはその等価物が含まれることはいうまでもない。
本実施形態には、少なくとも以下の発明が含まれる。
The embodiments described above are provided to facilitate understanding of the present invention, and are not intended to be interpreted as limiting the present invention. It goes without saying that the present invention may be modified and improved without departing from its spirit, and that the present invention includes equivalents thereof.
This embodiment includes at least the following inventions.

耐熱強化ガラスを含む3枚のガラス板を備え屋内外を仕切るトリプルガラスと、前記トリプルガラスを保持し、内周側に前記トリプルガラスの周縁部を収容し前記トリプルガラスの端面と対向する見込み面部を備えたガラス収容部を有する枠体と、前記ガラス収容部内に設けられ前記トリプルガラスが載置されるセッティングブロックと、前記ガラス収容部内に設けられる加熱発泡材と、を有し、前記加熱発泡材及び前記セッティングブロックは、前記見込み面部上に配置され、前記セッティングブロックは、前記トリプルガラスの前記端面が当接されるガラス当接部と、前記見込み面部に当接される見込み面部当接部と、見込み面部当接部の見込み方向に隣接させて設けられ前記加熱発泡材が配置される空隙を形成する空隙形成部と、を有し、前記セッティングブロックの見込み面部当接部は、前記3枚の前記ガラス板のうちの最も屋外側に位置する前記ガラス板と真ん中に位置する前記ガラス板とに亘って配置されていることを特徴とする建具である。 Triple glass comprising three glass plates including heat-resistant tempered glass to partition indoors and outdoors, and a prospective surface portion that holds the triple glass, accommodates the peripheral edge of the triple glass on the inner peripheral side, and faces the end surface of the triple glass. a frame body having a glass accommodating part provided with a glass accommodating part, a setting block provided in the glass accommodating part and on which the triple glass is placed, and a heating foaming material provided in the glass accommodating part, and the setting block are arranged on the prospective surface part, and the setting block includes a glass contacting part to which the end surface of the triple glass is abutted, and a prospective surface part abutting part to abut the prospective surface part. and a gap forming part that is provided adjacent to the prospective surface contacting part in the prospective direction and forming a void in which the heated foaming material is disposed, and the prospective surface contacting part of the setting block The fitting is characterized in that it is arranged across the glass plate located closest to the outdoors and the glass plate located in the middle of the glass plates.

このような建具によれば、ガラス収容部内にてトリプルガラスの端面と対向する見込み面部上に加熱発泡材が配置されているので、火災発生時には発泡した加熱発泡材でトリプルガラスと見込み面部との間を塞ぐことが可能である。また、加熱発泡材は、セッティングブロックにおいて見込み面部に当接される見込み面部当接部と見込み方向に隣接させて設けられている空隙に配置されているので、セッティングブロックと加熱発泡材とをいずれもトリプルガラスの端面と対向させて配置することが可能である。また、セッティングブロックの見込み面部当接部は、3枚のガラス板のうちの最も屋外側に位置するガラス板と真ん中に位置するガラス板とに亘って配置されているので、3枚のガラス板を備え重量が大きなトリプルガラスをより安定した状態で支持しつつ、トリプルガラスの端面と対向する位置に加熱発泡材を備えることが可能である。このため、トリプルガラスをより安定させて支持しつつより高い防火性を備えた建具を提供することが可能である。 According to such fittings, the heating foaming material is placed on the prospective surface facing the end surface of the triple glass in the glass storage section, so that in the event of a fire, the heated foaming material will be used to connect the triple glass and the prospective surface. It is possible to close the gap. In addition, since the heated foaming material is placed in a gap that is provided adjacent to the prospective surface abutting portion of the setting block in the prospective direction, the setting block and the heated foaming material are It is also possible to place it facing the end face of the triple glass. In addition, the abutting part of the setting block's prospective surface is placed across the glass plate that is located furthest outdoors among the three glass plates and the glass plate that is located in the middle. It is possible to support the heavy triple glass in a more stable state by providing a heated foaming material at a position facing the end surface of the triple glass. Therefore, it is possible to provide a fitting that supports triple glass more stably and has higher fire protection.

かかる建具であって、前記3枚の前記ガラス板の真ん中に位置する前記ガラス板は、耐熱強化ガラスであることを特徴とする。
このような建具によれば、トリプルガラスが有する3枚のガラス板の真ん中に耐熱強化ガラスが配置されているので、耐熱強化ガラスをセッティングブロックの見込み面部当接部上に配置することが可能である。このため、耐熱強化ガラスをより確実に支持することが可能である。このため、火災時には、耐熱強化ガラスを支持した状態で加熱発泡材が見込み面部とトリプルガラスの端面との間に発泡して屋内外方向に火炎が貫通しにくいので、より高い防火性を備えることが可能である。
This fitting is characterized in that the glass plate located in the middle of the three glass plates is made of heat-resistant tempered glass.
According to such fittings, the heat-resistant tempered glass is placed in the middle of the three glass plates of the triple glass, so it is possible to place the heat-resistant tempered glass on the contact part of the prospective surface of the setting block. be. Therefore, it is possible to support the heat-resistant tempered glass more reliably. Therefore, in the event of a fire, the heated foam material will foam between the prospective surface and the end face of the triple glass while supporting the heat-resistant tempered glass, making it difficult for flames to penetrate indoors and outdoors, providing higher fire protection. is possible.

1 建具、1a 建具、1b 建具、2 トリプルガラス、
2b トリプルガラスの端面、3 FIX枠、3a ガラス収容部、
4 セッティングブロック、4a 見込み面部当接部、4b ガラス当接部、
4c 内周凹部、10 加熱発泡材、13a ガラス収容部、14 框体、
20 ガラス板(Low-Eガラス)、21 ガラス板(耐熱強化ガラス)、
22 ガラス板(Low-Eガラス)、30a 枠見込み面部、
140a 框見込み面部、
S 空隙、
1 Fittings, 1a Fittings, 1b Fittings, 2 Triple glass,
2b Triple glass end face, 3 FIX frame, 3a Glass storage part,
4 Setting block, 4a Prospective surface contact part, 4b Glass contact part,
4c inner periphery recess, 10 heating foaming material, 13a glass accommodating part, 14 frame,
20 Glass plate (Low-E glass), 21 Glass plate (heat-resistant tempered glass),
22 Glass plate (Low-E glass), 30a Frame prospective surface part,
140a stile prospective surface part,
S void,

Claims (2)

耐熱強化ガラスを含む3枚のガラス板を備え屋内外を仕切るトリプルガラスと、
前記トリプルガラスを保持し、内周側に前記トリプルガラスの周縁部を収容し前記トリプルガラスの端面と対向する見込み面部を備えたガラス収容部を有する枠体と、
前記ガラス収容部内に設けられ前記トリプルガラスが載置されるセッティングブロックと、
前記ガラス収容部内に設けられる加熱発泡材と、
を有し、
前記加熱発泡材及び前記セッティングブロックは、前記見込み面部上に配置され、
前記セッティングブロックは、前記トリプルガラスの前記端面が当接されるガラス当接部と、前記見込み面部に当接される見込み面部当接部と、
前記見込み面部当接部の見込み方向に隣接させて設けられ前記加熱発泡材が配置される空隙を形成する空隙形成部と、を有し、
前記セッティングブロックは見込み方向において、前記3枚の前記ガラス板のうちの最も屋外側に位置する前記ガラス板と真ん中に位置する前記ガラス板とが載置されている範囲に亘って前記見込み面部当接部が前記見込み面部の単一の平面に当接されていることを特徴とする建具。
Triple glass that separates the indoor and outdoor areas with three glass plates including heat-resistant tempered glass,
a frame body that holds the triple glass and has a glass accommodating part on the inner peripheral side that accommodates the peripheral edge of the triple glass and has a prospective surface facing an end surface of the triple glass;
a setting block provided in the glass housing section and on which the triple glass is placed;
A heated foaming material provided in the glass housing part;
has
the heated foam material and the setting block are placed on the prospecting surface;
The setting block includes a glass abutting portion to which the end surface of the triple glass is abutted, and a prospective surface abutting portion to abut the prospective surface portion;
a cavity forming part that is provided adjacent to the prospective surface contact part in the prospective direction and forms a cavity in which the heated foaming material is disposed;
The setting block is arranged so that the setting block extends over a range in which the glass plate located closest to the outside of the three glass plates and the glass plate located in the middle are placed in the perspective direction. A fitting characterized in that the surface abutting portion is in contact with a single plane of the prospective surface .
請求項1に記載の建具であって、
前記3枚の前記ガラス板の真ん中に位置する前記ガラス板は、前記耐熱強化ガラスであることを特徴とする建具。
The fitting according to claim 1,
The fittings characterized in that the glass plate located in the middle of the three glass plates is the heat-resistant tempered glass.
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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2014224391A (en) 2013-05-16 2014-12-04 Ykk Ap株式会社 Glass-paned window
JP2018168586A (en) 2017-03-29 2018-11-01 Ykk Ap株式会社 Door body and fixture
JP2019127768A (en) 2018-01-25 2019-08-01 株式会社エクセルシャノン Glass come-off stopper

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2014224391A (en) 2013-05-16 2014-12-04 Ykk Ap株式会社 Glass-paned window
JP2018168586A (en) 2017-03-29 2018-11-01 Ykk Ap株式会社 Door body and fixture
JP2019127768A (en) 2018-01-25 2019-08-01 株式会社エクセルシャノン Glass come-off stopper

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