Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
FITTINGS
To provide fittings that adiabaticity is improved.SOLUTION: The fittings comprise a frame 1 with glass taking-in grooves 4 and glass 3 held in the glass taking-in grooves 4. In the frame 1, the glass taking-in grooves 4 are constituted of an outdoor side aluminum member 5, an indoor side aluminum member 6, and an adiabatic bridge material 7 for connecting both aluminum members. The frame 1 has wet type seal materials 8 for receiving indoor side faces of the glass 3 into the glass taking-in grooves 4, seal receiving materials 9 for receiving the seal materials 8, and cool air blockage materials 10 that are formed separately from the seal materials 8 and the seal receiving materials 9 and abuts along the depth of the adiabatic bridge material 7 from the indoor side aluminum member 6 side at an outer peripheral side of the glass 3 compared to the seal materials 8.SELECTED DRAWING: Figure 1
【課題】 断熱性が向上した建具の提供。【解決手段】 ガラス呑み込み溝４を有するフレーム１と、ガラス呑み込み溝４に保持したガラス３とを備え、フレーム１は、室外側アルミ部材５と室内側アルミ部材６と両アルミ部材を連結する断熱ブリッジ材７とでガラス呑み込み溝４が構成され、ガラス呑み込み溝４内にガラス３の室内側面を受ける湿式のシール材８と、シール材８を受けるシール受け材９と、シール材８及びシール受け材９と別体で形成され、シール材８よりもガラス３の外周側で室内側アルミ部材６側から断熱ブリッジ材７の見込面に沿わせて当接した冷気遮断材１０を有する。【選択図】 図１
FITTINGS
To provide fittings that adiabaticity is improved.SOLUTION: The fittings comprise a frame 1 with glass taking-in grooves 4 and glass 3 held in the glass taking-in grooves 4. In the frame 1, the glass taking-in grooves 4 are constituted of an outdoor side aluminum member 5, an indoor side aluminum member 6, and an adiabatic bridge material 7 for connecting both aluminum members. The frame 1 has wet type seal materials 8 for receiving indoor side faces of the glass 3 into the glass taking-in grooves 4, seal receiving materials 9 for receiving the seal materials 8, and cool air blockage materials 10 that are formed separately from the seal materials 8 and the seal receiving materials 9 and abuts along the depth of the adiabatic bridge material 7 from the indoor side aluminum member 6 side at an outer peripheral side of the glass 3 compared to the seal materials 8.SELECTED DRAWING: Figure 1
【課題】 断熱性が向上した建具の提供。【解決手段】 ガラス呑み込み溝４を有するフレーム１と、ガラス呑み込み溝４に保持したガラス３とを備え、フレーム１は、室外側アルミ部材５と室内側アルミ部材６と両アルミ部材を連結する断熱ブリッジ材７とでガラス呑み込み溝４が構成され、ガラス呑み込み溝４内にガラス３の室内側面を受ける湿式のシール材８と、シール材８を受けるシール受け材９と、シール材８及びシール受け材９と別体で形成され、シール材８よりもガラス３の外周側で室内側アルミ部材６側から断熱ブリッジ材７の見込面に沿わせて当接した冷気遮断材１０を有する。【選択図】 図１
FITTINGS
建具
HORI TAKEFUMI (Autor:in) / MIYAZAKI HIROSHI (Autor:in) / SAITO KANAME (Autor:in)
28.10.2021
Patent
Elektronische Ressource
Japanisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS