JPH0721824Y2 - Double glazing with sash - Google Patents
Double glazing with sashInfo
- Publication number
- JPH0721824Y2 JPH0721824Y2 JP1990100489U JP10048990U JPH0721824Y2 JP H0721824 Y2 JPH0721824 Y2 JP H0721824Y2 JP 1990100489 U JP1990100489 U JP 1990100489U JP 10048990 U JP10048990 U JP 10048990U JP H0721824 Y2 JPH0721824 Y2 JP H0721824Y2
- Authority
- JP
- Japan
- Prior art keywords
- sash
- glass
- plate
- sealing material
- spacer frame
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Landscapes
- Load-Bearing And Curtain Walls (AREA)
- Securing Of Glass Panes Or The Like (AREA)
Description
【考案の詳細な説明】 （産業上の利用分野） 本考案は、外壁用、トップライト等に使用する複層ガラ
スの取付け構成に関し、詳しくは特異な構成よりなるユ
ニット化したサッシ付き複層ガラスに係るものである。[Detailed Description of the Invention] (Industrial field of application) The present invention relates to a mounting structure of a double glazing used for outer walls, top lights, etc., more specifically, a unitized double glazing with a sash having a unique structure. It is related to.
（従来の技術） 建築物の窓に用いる複層ガラスは、通常２枚のガラス板
を各々の端縁部間に沿って配設された乾燥剤入りのスペ
ーサーにて所定の間隔に保持し、その四周を弾力性を有
する所定の封着剤で気密に封止して、内部の空気を乾燥
状態に保つようにしたもので、その取付けは、その全周
に金属製サッシを嵌め込み、該サッシを介して複層ガラ
スを躯体に固着するのが通常知られているものである。(Prior Art) A double glazing used for a window of a building usually holds two glass plates at a predetermined interval with a spacer containing a desiccant disposed along each edge. The four circumferences are hermetically sealed with a predetermined elastic sealing agent to keep the internal air in a dry state, and the mounting is performed by fitting a metal sash into the entire circumference and It is generally known to fix the double glazing to the frame through the.
近年、デザイン的効果、遮音性、省エネルギー等を目的
として建物の外装材にガラス板を多く用い、しかも複層
化したガラスを使用する場合も多く、その取付けにおい
ては、美的上、または水捌けを良好にするため固定する
サッシを外部から見えないように構成するものとして、
例えば特開昭64-24939号公報には、複層からなる外装ガ
ラスのうち建物外部に面して配設された外部側ガラス相
互の接合端縁を第１シリコン製防水シール材にて接合す
るとともに、前記各外部側にガラス及び内部側ガラス
を、各々端縁より所定寸法分だけ該各ガラスの中心側に
ずらせた位置で第２シリコン製防水シール材にて接着接
合することにより各ガラス外周に自由端部を形成し、内
部側ガラスの自由端部を固定部材のフランジ部で外方か
ら封止して金属製サッシ枠体に固定する外装ガラスの取
付構造が開示され、また複層ガラスを取付ける躯体側の
単板ガラスの端縁に凹状サッシを挿入し、構造用シーリ
ング材で挟持状に接着するようにしたものも知られてい
る。In recent years, many glass plates have been used as exterior materials for buildings for the purpose of design effect, sound insulation, energy saving, etc., and in many cases, double-layered glass is used. In order to make the sash fixed so that it can be seen from the outside,
For example, in Japanese Unexamined Patent Publication No. 64-24939, the outer edges of the exterior glass made of multiple layers, which are arranged facing the outside of the building, are joined together by a first silicon waterproof sealing material. At the same time, the outer periphery of each glass is adhered and bonded to the outer side of the glass and the inner side of the glass by a second silicone waterproof seal material at a position displaced from the edge by a predetermined dimension toward the center of the glass. There is disclosed a mounting structure for an outer glass, in which a free end is formed on the inner side glass, and the free end of the inner side glass is sealed from the outside by a flange portion of a fixing member to be fixed to a metal sash frame, and a double-layer glass is also disclosed. It is also known that a concave sash is inserted into the edge of the single-plate glass on the side of the frame to be mounted, and the structure is sealed with a structural sealing material.
（考案が解決しようとする問題点） 上記技術の前者は、第２シリコン製防水シール材にて室
内外面のガラス板を貼着し、室内面側ガラス板と躯体と
を掛止し、複層化したガラスを保持するものであるが、
シリコン製防水シール材では風圧の負圧に耐えられない
概念がもたれ、また、複層化された内部空間に乾燥空気
の処理におこたると露点時に曇り、さらに固定方法にお
いては、隣接する室内側ガラス相互の接合部に前記固定
部材を設定し、対向する一対の自由端にフランジ部を挟
持し、室外側ガラス間の隙間を介して外部からビスによ
り室内側ガラスをサッシ枠材に固定するための、間隔の
少ない個所におけるビスの締付けは、工具とガラスとの
接触等でエッジ部に破損を生ずる等の問題があり、一方
後者は、複層ガラスの封着とサッシとの接着をスペーサ
ー枠体の封着用構造用シーリング材と共用していること
により、荷重の種類、すなわち風圧、層間変位の異なる
荷重、あるいはサッシの挿着誤差、躯体とサッシとの取
付け誤差のものを無理して取付けると、構造用シーリン
グ材への応力に地震、風圧等の繰り返し応力を加え、構
造用シーリング材の種類によってはクラックが発生する
ことがあり、複層ガラスとしての機能の低下、あるいは
ガラス板の剥離が懸念されるという問題があった。(Problems to be solved by the invention) In the former case of the above technology, a glass sealant for indoor and outdoor surfaces is attached with a second silicone waterproof sealant, and the indoor glass plate and the frame are hooked to form a multi-layered structure. It holds the broken glass,
Silicone waterproof sealing material has the concept that it cannot withstand negative wind pressure, and when the dry air is treated in the multi-layered internal space, it becomes cloudy at the dew point. For fixing the indoor side glass to the sash frame member with screws from the outside through the gap between the outdoor side glass by setting the fixing member at the mutual joint part, sandwiching the flange part at a pair of opposed free ends. However, the tightening of screws at places with a small interval has a problem that the edge part is damaged due to contact between the tool and the glass, etc., while the latter is used for sealing the double glazing and adhering the sash to the spacer frame. Since it is also used as the sealing structural sealing material, the load type, that is, the wind pressure, the load with different interlayer displacement, or the sash insertion error and the sash installation error, If it is installed, the stress to the structural sealing material may be repeatedly stressed by earthquake, wind pressure, etc., and cracks may occur depending on the type of structural sealing material. There is a problem that peeling of the glass plate is a concern.
（問題点を解決するための手段） 本考案は、従来のかかる問題点に鑑み、ユニット化した
複層ガラスを用いて解決するための取付け金具付複層ガ
ラスを提供するもので、２枚のガラス板をその外周部に
乾燥剤入りのスペーサー枠体を介して対向させ、対向す
る該ガラス板面と前記スペーサー枠体の外側周囲の空隙
に構造用シーリング材を充填して封着せしめ、かつ脚部
付きコの字状あるいはヒの字状サッシの開口凹部側に前
記２枚のガラス板の一方の単板のガラス板の外周端縁を
挿入と同時に、該ガラス板の間隙にサッシの一部である
突板を挿入して互いに噛合させ、前記開口凹部の内側面
と前記単板ガラス板の外周端縁間、および対向する前記
ガラス板端部とサッシ間、さらに前記ガラス板面間と後
述の仕切り板間の空隙とを構造用シーリング材で充填接
着するサッシ付き複層ガラスにおいて、前記サッシの突
板と向かい合う前記スペーサー枠体との間に仕切り板を
配設するサッシ付複層ガラスを提供し、好ましくは前記
仕切り板を境として前記スペーサー枠体側を高モジュラ
スタイプの構造用シーリング材とし、前記サッシ側を中
モジュラスタイプの構造用シーリング材とするサッシ付
複層ガラスを提供する。(Means for Solving Problems) In view of the above problems, the present invention provides a double glazing with a mounting bracket for solving by using a double glazing unitized. The glass plate is made to face the outer peripheral portion of the spacer frame body containing a desiccant, and the space between the facing glass plate surface and the outer periphery of the spacer frame body is filled with a structural sealing material for sealing. At the same time when the outer peripheral edge of one of the two glass plates is inserted into the opening concave side of the U-shaped or E-shaped sash with legs, the sash is inserted into the gap between the glass plates at the same time. The protruding plate which is a portion is inserted and meshed with each other, between the inner side surface of the opening concave portion and the outer peripheral edge of the single glass plate, and between the facing glass plate end and the sash, further between the glass plate surfaces and the below-mentioned The space between the partition plates and the structural seal In a sash-containing double-layer glass that is filled and bonded with a sealing material, providing a sash-containing double-layer glass in which a partition plate is provided between the projecting plate of the sash and the spacer frame facing each other, preferably with the partition plate as a boundary Provided is a double glazing with a sash, wherein the spacer frame side is a high modulus type structural sealing material and the sash side is a medium modulus type structural sealing material.
ここで使用する構造用シーリング材は、構造シーリング
材ともいわれ、硬化前はペースト状ないしパテ状を呈し
ており、硬化後はゴム弾性を呈するシーリング材をい
い、材質的にはシリコーン系、ポリサルファイド系、ポ
リウレタン系、ポリエーテル系があり、好ましくはシリ
コーン系構造用シーリング材を使用する。The structural sealing material used here is also referred to as a structural sealing material, and is a paste or putty-like sealing material before curing, and is a rubber-sealing sealing material after curing, which is made of silicone-based or polysulfide-based material. , Polyurethane type and polyether type, and preferably silicone type structural sealing material is used.
また、高モジュラスタイプとは50％引張応力が4Kgf/cm2
を越えるもの、中モジュラスタイプとは50％引張応力が
2Kgf/cm2を越え、4Kgf/cm2以下のもの（日本シーリング
工業会による基準案）をいう。High modulus type has 50% tensile stress of 4 Kgf / cm 2
50% tensile stress
Beyond the 2Kgf / cm 2, say 4Kgf / cm 2 or less of what the (proposed standard by the Japanese sealing Industry Association).
（実施例） 以下、本考案の実施例を図面に従って説明する。(Embodiment) An embodiment of the present invention will be described below with reference to the drawings.
第１図は本考案に係る一部を切欠のサッシ付複層ガラス
を並設した組立断面図、第２図は一部を切欠するサッシ
の斜視図を示す。FIG. 1 is an assembled sectional view of a partially cutout glazing with a sash according to the present invention, and FIG. 2 is a perspective view of a sash with a partially cutout.
間隔をおいた方形な２枚のガラス板１、２間に、例えば
中空アルミ製で内部に乾燥剤３を充填されているスペー
サー枠体４をブチルゴム５で配置貼着してその内部に乾
燥空気層を形成し、該スペーサー枠体の外周側には耐
久、耐候性能を保持、かつガラスやアルミ等のメタル材
の接着性能が優れた構造用シーリング材を充填し、該構
造用シーリング材の接着硬化により通常の複層ガラスが
形成される。A spacer frame body 4 made of, for example, hollow aluminum and filled with a desiccant 3 inside is placed and stuck between two rectangular glass plates 1 and 2 spaced apart by a butyl rubber 5 and the inside thereof is dried with air. A layer is formed, and the outer peripheral side of the spacer frame is filled with a structural sealing material that maintains durability and weather resistance and has excellent adhesive performance for metal materials such as glass and aluminum, and adheres the structural sealing material. Normal glass is formed by curing.
該複層ガラスの四周辺、あるいは選択する対向辺側にお
いて、スペーサー枠体４を両ガラス板１、２の中心寄り
に配置して、該スペーサー枠体の外側に高モジュラスタ
イプの構造用シーリング材６を充填すると、スペーサー
枠体４を封着し、かつガラス板１、２内面の端縁側に空
間を形成するが、該空間内で前記高モジュラスタイプ構
造用シーリング材６の外側にテフロン等の樹脂板からな
る仕切り板21を密着状に配設し、前記ガラス板１、２の
一方のガラス板で前記空洞部分の例えばガラス板２の端
縁には、突板７と側板８と底板９とからなり、該底板に
脚部10を設けたサッシ11のコの字状断面の開口側を挿入
し、サッシ11の開口側面の表面、すなわち突板７と側板
８と底板９と向かい合ったガラス板２の端縁面、さらに
突板７と向かい合ったガラス板１の端縁からなる空隙に
は中モジュラスタイプの構造用シーリング材６′を注入
充填し、仕切り板21を境として充満した各シーリング材
６、６′の硬化により、サッシ11付きの複層ガラス12と
なる。A spacer frame 4 is arranged near the center of both glass plates 1 and 2 around the four sides of the double glazing or on the opposite side to be selected, and a high modulus type structural sealing material is provided outside the spacer frame. When 6 is filled, the spacer frame 4 is sealed and a space is formed on the edge side of the inner surfaces of the glass plates 1 and 2, and a space such as Teflon is formed outside the high modulus type structural sealing material 6 in the space. A partition plate 21 made of a resin plate is arranged in close contact, and a protruding plate 7, a side plate 8 and a bottom plate 9 are provided at one of the glass plates 1 and 2 at the edge of the hollow plate, for example, the glass plate 2. The sash 11 having the leg portion 10 provided on the bottom plate is inserted into the opening side of the U-shaped cross section, and the glass plate 2 facing the surface of the opening side surface of the sash 11 , that is, the projecting plate 7, the side plate 8 and the bottom plate 9. Facing the edge surface of the plate and the veneer 7. The voids consisting of the edge of the glass plate 1 'is injected filled with the sealing material 6, 6-filled the partition plate 21 as a boundary' sealing material 6 for construction of a medium-modulus type by curing, double with sash 11 It becomes the laminated glass 12 .
脚部10は、底板９と固着する脚板13と、該脚板に交差す
る座板14により断面が逆Ｔ字状に構成され、該脚部は、
該サッシとの両端を除いた全長、あるいは部分的すなわ
ちサッシ11の両端を除く適宜な個所に設けてもよく、脚
部10の座板14には長孔18を穿設して躯体19に螺着するよ
うにしてもよく、あるいは座板14の両端を躯体19に固着
した逆Ｌ字状の爪部20で掛止して、その部分で地震によ
る層間変位の大部分を吸収するような構造にしてもよ
い。The leg portion 10 is constituted by a leg plate 13 fixed to the bottom plate 9 and a seat plate 14 intersecting the leg plate so that the cross section has an inverted T-shape.
It may be provided on the entire length excluding both ends of the sash, or partially, that is, at an appropriate position excluding both ends of the sash 11 , and the seat plate 14 of the leg portion 10 is provided with a long hole 18 and is screwed to the body 19. Alternatively, both ends of the seat plate 14 may be hooked by the inverted L-shaped claw portions 20 fixed to the body 19, and at that portion, most of the interlayer displacement due to the earthquake may be absorbed. You may
突板７の反対方向の側板８には凸部15を設ければ、コの
字状辺を特に長くしなくても該凸部により隣接する複層
ガラス12との間に載置するバックアップ材16の取付け座
となる。If a convex portion 15 is provided on the side plate 8 opposite to the projecting plate 7, a backup material 16 that is placed between the adjacent double glazing 12 by the convex portion even if the U-shaped side is not particularly lengthened. It becomes the mounting seat.
複層ガラス12においてガラス板１、２の組み合わせは、
透明ガラス、強化ガラス、合わせガラスのいずれでもよ
く、網入りガラスを組み合わせてもよい。In the multi-layer glass 12 , the combination of the glass plates 1 and 2 is
Any of transparent glass, tempered glass, and laminated glass may be used, and meshed glass may be combined.
以下、本考案の取付けおよびその作用を説明する。The mounting of the present invention and its operation will be described below.
工場において、２枚のガラス板１、２の外周側内面に高
モジュラスタイプの構造用シーリング材６を注入充填
し、その外側部分に仕切り板21を配設してさらに脚部10
付きで断面がコの字状あるいはヒの字状のサッシ11の突
板７を前記ガラス板１、２間で前記仕切り板21の外側の
空隙に挿入しサッシ11の開口側内面、突板７表面と向か
い合うガラス板１、２面との空隙に中モジュラスタイプ
の構造用シーリング材６′を注入充填し、該シーリング
材６、６′の硬化接着により複層ガラス12を製造する。In the factory, a high modulus type structural sealing material 6 is injected and filled into the inner surfaces of the two glass plates 1 and 2 on the outer peripheral side, and a partition plate 21 is arranged on the outer side thereof, and the legs 10 are further provided.
The projecting plate 7 of the sash 11 having a U-shape or a cross-section of the sash 11 is inserted into the space outside the partition plate 21 between the glass plates 1 and 2, and the inner surface on the opening side of the sash 11 and the surface of the projecting plate 7 are inserted. A medium-modulus type structural sealing material 6'is injected and filled into the space between the facing glass plates 1 and 2, and the double-layer glass 12 is manufactured by curing and adhering the sealing materials 6 and 6 '.
該複層ガラスを取付け現場へ持ち込み、サッシ11の座板
14に穿設する長孔18を躯体19に図示されないボルトナッ
トで螺着、あるいは躯体19に設けた逆Ｌ状の爪部20に脚
部10の座板14を掛止し、隣に配設する複層ガラス12との
隙間、すなわちサッシ11、11間には、側板８に突出した
凸部15、15にバックアップ材16を載置し、その上面にウ
エザーシール材17を充填する。A seat plate for the sash 11 that brings the double-glazed glass to the installation site.
The long hole 18 formed in 14 is screwed to the body 19 with a bolt nut (not shown), or the seat plate 14 of the leg portion 10 is hooked to the inverted L-shaped claw portion 20 provided on the body 19 and arranged next to it. The backup material 16 is placed on the projections 15 and 15 projecting from the side plate 8, and the weather sealing material 17 is filled on the upper surface of the projections 15 and 15 projecting from the side plate 8 in the gap between the laminated glass 12 and the sashes 11 , 11 .
サッシ11に周縁あるいは選択する対向縁を支持された複
層ガラス12は、高モジュラスタイプの構造用シーリング
材６と中モジュラスタイプの構造用シーリング材６′を
使用したことにより、風圧は高モジュラス構造用シーリ
ング材６が主として受け持ち、地震等の層間変位による
剪断変形を中モジュラスタイプの構造用シーリング材
６′が受け持つことにより、異常な荷作りより発生する
クラック等を抑制し、仮にクラックが発生しても仕切り
板21により高モジュラスタイプ側には進展せず、高モジ
ュラス構造用シーリング材６としての封着機能を維持す
ることができる。またサッシ11の取付け誤差、すなわち
複層ガラス12との取付け、あるいは躯体19との取付け誤
差は、中モジュラスタイプの構造用シーリング材６′が
吸収し、取付けで生ずる該構造用シーリング材の変形
は、高モジュラスタイプの構造用シーリング材６に何ら
影響することはない。The double glazing 12 supported by the sash 11 at the peripheral edge or the opposite edge to be selected uses a high-modulus type structural sealing material 6 and a medium-modulus type structural sealing material 6 ', so that the wind pressure has a high-modulus structure. The structural sealing material 6'of the medium modulus type is mainly responsible for the sealing material 6 for use, and the shearing deformation due to the interlayer displacement such as an earthquake is responsible for suppressing the cracks and the like caused by the abnormal packing, and if the cracks are generated, The partition plate 21 does not progress to the high modulus type side, and the sealing function as the high modulus structural sealing material 6 can be maintained. Further, the mounting error of the sash 11 , that is, the mounting error with the double glazing 12 , or the mounting error with the skeleton 19, is absorbed by the medium-modulus type structural sealing material 6 ', and the deformation of the structural sealing material caused by the mounting is prevented. It does not affect the high modulus type structural sealing material 6 at all.
さらにガラス板２を接着挟持するようにしたこと、工場
製作による品質の安定性、高モジュラスの接着性により
風圧によるガラス板の剥離等は無く、中モジュラスの性
能から地震によるわずかな変位量も追従吸収し、確実な
封着とスペーサー枠体４の乾燥剤３により気温の変化で
発生する空気層の曇り現象もなく、採光、遮音、断熱等
に優れた外装材として簡易に取付けることができる。Furthermore, because the glass plate 2 is sandwiched and sandwiched, the stability of the quality produced by the factory, the peeling of the glass plate due to the wind pressure due to the high modulus adhesiveness, and the slight displacement amount due to the earthquake due to the performance of the medium modulus follow It can be easily attached as an exterior material excellent in daylighting, sound insulation, heat insulation, etc. without absorbing and reliable sealing and the desiccant 3 of the spacer frame 4 does not cause a clouding phenomenon of the air layer which occurs due to a change in temperature.
また、躯体19に固定された複層ガラス12は、外面側にサ
ッシ11の突出がなく取付け面の美的効果と雨水の水捌け
を良くし、外壁のみならず網入りガラスを用いて複数枚
配列し、傾斜をつけウエザーシーリング材17によりジョ
イントすれば、水溜まりの出来ない広面積なトップライ
トとしても採用することができる。In addition, the double glazing 12 fixed to the skeleton 19 does not have the protrusion of the sash 11 on the outer surface side to improve the aesthetic effect of the mounting surface and the drainage of rainwater, and a plurality of glass linings are arranged not only on the outer wall but also on the meshed glass. , If it is jointed with a weather sealing material 17 with a slope, it can be used as a wide area toplight that does not have water pools.
サッシ11の断面形状は、コの字状、ヒの字状いずれもで
もよく、また複層ガラス12の選択する対向辺に設けて、
他の辺には従来からの一対のガラス板端縁をコの字状断
面のサッシで挟持するように選定してもよいことは言う
までもない。The cross-sectional shape of the sash 11 may be any of a U-shape and an H-shape, and provided on opposite sides of the double-glazing unit 12 to be selected,
It goes without saying that a pair of conventional glass plate edges may be selected to be sandwiched between the other sides by a sash having a U-shaped cross section.
（考案の効果） 本考案に基づく複層ガラスは、従来の機能、すなわち採
光、省エネルギー、遮音等を保持して、サッシを室外面
に露出することなく簡易に取付けることにより美的効果
と水捌けを高め、単板ガラス板を接着挟持することとモ
ジュラスの異なるシーリング材を用い、かつ仕切り板を
設けることによりクラックの進行を防止してガラスの支
持をより確実にし、耐圧、耐震を確保するものである。(Effect of the invention) The double glazing based on the present invention retains the conventional functions, that is, daylighting, energy saving, sound insulation, etc., and enhances the aesthetic effect and water removal by simply installing the sash without exposing it to the outdoor surface. By adhering and sandwiching a single glass plate and using a sealing material having a different modulus, and by providing a partition plate, the progress of cracks is prevented, the glass is supported more reliably, and pressure resistance and earthquake resistance are secured.
第１図は本考案に係る一部を切欠のサッシ付複層ガラス
を並設した組立断面図、第２図は一部を切欠するサッシ
の斜視図を示す。 １、２……ガラス板、３……乾燥剤 ４……スペーサー枠体 ６、６′……構造用シーリング材 ７……突板、10……脚部11 ……サッシ、12……複層ガラス 21……仕切り板FIG. 1 is an assembled sectional view of a partially cutout glazing with a sash according to the present invention, and FIG. 2 is a perspective view of a sash with a partially cutout. 1, 2 ... Glass plate, 3 ... Desiccant 4 ... Spacer frame 6, 6 '... Structural sealing material 7 ... Veneer, 10 ... Leg 11 ... Sash, 12 ... Multi-layer glass 21 ... Partition board
Claims (2)
りのスペーサー枠体４を介して対向させ、対向する該ガ
ラス板面と前記スペーサー枠体４の外側周囲の空隙に構
造用シーリング材６を充填して封着せしめ、かつ脚部10
付きコの字状あるいはヒの字状サッシ11の開口凹部側に
前記２枚のガラス板の一方の単板のガラス板２の外周端
縁を挿入と同時に、該ガラス板の間隙にサッシ11の一部
である突板７を挿入して互いに噛合させ、前記開口凹部
の内側面と前記単板ガラス板２の外周端縁間、および対
向する前記ガラス板端部とサッシ11間、さらに前記ガラ
ス板面間と後述の仕切り板21間の空隙とを構造用シーリ
ング材６′で充填接着するサッシ付複層ガラスにおい
て、前記サッシ11の突板７と向かい合う前記スペーサー
枠体４との間に仕切り板21を配設することを特徴とする
サッシ付複層ガラス。1. Two glass plates are made to face each other at their outer peripheral portions with a spacer frame 4 containing a desiccant 3 interposed therebetween, and structurally provided in a gap between the facing glass plate surface and the outer periphery of the spacer frame 4. Sealing material 6 is filled and sealed, and legs 10
At the same time as inserting the outer peripheral edge of the single glass plate 2 of the two glass plates into the opening concave side of the square U-shaped sash 11 having a square shape, the sash 11 is inserted in the gap between the glass plates. The protruding plate 7 which is a part is inserted and meshed with each other, and the inner surface of the opening concave portion and the outer peripheral edge of the single glass plate 2 and the facing glass plate end and the sash 11 are further connected to each other, and further the glass plate surface. In the multi-layer glass with a sash that fills and adheres the space and the space between the partition plates 21 described later with the structural sealing material 6 ', the partition plate 21 is provided between the projecting plate 7 of the sash 11 and the spacer frame body 4 facing each other. Double glazing with sash, characterized by being arranged.
枠体４側を高モジュラスタイプの構造用シーリング材６
とし、前記サッシ11側を中モジュラスタイプの構造用シ
ーリング材６′とする請求項１記載のサッシ付複層ガラ
ス。2. A high modulus type structural sealing material 6 on the side of the spacer frame 4 with the partition plate 21 as a boundary.
2. The double glazing with a sash according to claim 1, wherein the side of the sash 11 is a medium modulus type structural sealing material 6 '.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1990100489U JPH0721824Y2 (en) | 1990-09-26 | 1990-09-26 | Double glazing with sash |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1990100489U JPH0721824Y2 (en) | 1990-09-26 | 1990-09-26 | Double glazing with sash |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0456891U JPH0456891U (en) | 1992-05-15 |
| JPH0721824Y2 true JPH0721824Y2 (en) | 1995-05-17 |
Family
ID=31843197
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1990100489U Expired - Lifetime JPH0721824Y2 (en) | 1990-09-26 | 1990-09-26 | Double glazing with sash |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0721824Y2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2010048023A (en) * | 2008-08-22 | 2010-03-04 | Miyakichi Glass Co Ltd | Handrail |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4572771B2 (en) * | 2005-08-03 | 2010-11-04 | Ａｇｃ硝子建材株式会社 | Support structure and support method for laminated plate member |
| JP5872754B2 (en) * | 2008-08-11 | 2016-03-01 | 株式会社Ｌｉｘｉｌ | Opening device |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6340476U (en) * | 1986-09-02 | 1988-03-16 | ||
| JPS6424939A (en) * | 1987-07-20 | 1989-01-26 | Mitsui Constr | Mounting structure of sheathing glass |
-
1990
- 1990-09-26 JP JP1990100489U patent/JPH0721824Y2/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2010048023A (en) * | 2008-08-22 | 2010-03-04 | Miyakichi Glass Co Ltd | Handrail |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0456891U (en) | 1992-05-15 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| EXPY | Cancellation because of completion of term |