A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CEILING MATERIAL, CEILING STRUCTURE AND CONSTRUCTION METHOD OF THE SAME
To reduce trouble in construction by allowing an orientation direction of a travertine pattern to be easily confirmed at the time of construction, even when a ceiling material where a travertine pattern having directivity on a surface is formed is cut and constructed in an indoor ceiling part C.SOLUTION: A ceiling material 6 comprises a square plate material in which a pair of first side parts 6a opposing to each other and a pair of second side parts 6b orthogonal to the first side parts 6a are both 600 or 450 mm. On a surface of the ceiling material 6, a travertine pattern 3 is formed having directivity arranged so as to be along the first side parts 6a, and on both sides of a center line L passing a central position of the pair of second side parts 6b on a rear surface of the ceiling material 6 and in parallel with the first side parts 6a, two rows of pattern direction display parts 10 are provided for showing an orientation direction A of the travertine pattern 3. In a ceiling structure, a plurality of cut ceiling materials 6 is constructed in such a manner that the pattern direction display parts 10 are in parallel with each other.SELECTED DRAWING: Figure 2
【課題】表面に方向性を持ったトラバーチン模様が形成された天井材がカットされて室内天井部Ｃに施工されても、トラバーチン模様の配向方向を施工時に容易に確認できるようにし、施工の手間を軽減する。【解決手段】天井材６は、互いに対向する１対の第１辺部６ａ及び第１辺部６ａに直交する１対の第２辺部６ｂが共に６００又は４５０ｍｍの正方形の板材からなる。天井材６の表面に、第１辺部６ａに沿うように配置される方向性を有するトラバーチン模様３が形成され、天井材６の裏面において１対の第２辺部６ｂの中央位置を通り第１辺部６ａと平行な中央線Ｌの両側には、トラバーチン模様３の配向方向Ａを表示するための２列の模様方向表示部１０が設けられている。天井構造において、カットされた複数の天井材６は、各々の模様方向表示部１０が互いに平行になるように施工されている。【選択図】図２
CEILING MATERIAL, CEILING STRUCTURE AND CONSTRUCTION METHOD OF THE SAME
To reduce trouble in construction by allowing an orientation direction of a travertine pattern to be easily confirmed at the time of construction, even when a ceiling material where a travertine pattern having directivity on a surface is formed is cut and constructed in an indoor ceiling part C.SOLUTION: A ceiling material 6 comprises a square plate material in which a pair of first side parts 6a opposing to each other and a pair of second side parts 6b orthogonal to the first side parts 6a are both 600 or 450 mm. On a surface of the ceiling material 6, a travertine pattern 3 is formed having directivity arranged so as to be along the first side parts 6a, and on both sides of a center line L passing a central position of the pair of second side parts 6b on a rear surface of the ceiling material 6 and in parallel with the first side parts 6a, two rows of pattern direction display parts 10 are provided for showing an orientation direction A of the travertine pattern 3. In a ceiling structure, a plurality of cut ceiling materials 6 is constructed in such a manner that the pattern direction display parts 10 are in parallel with each other.SELECTED DRAWING: Figure 2
【課題】表面に方向性を持ったトラバーチン模様が形成された天井材がカットされて室内天井部Ｃに施工されても、トラバーチン模様の配向方向を施工時に容易に確認できるようにし、施工の手間を軽減する。【解決手段】天井材６は、互いに対向する１対の第１辺部６ａ及び第１辺部６ａに直交する１対の第２辺部６ｂが共に６００又は４５０ｍｍの正方形の板材からなる。天井材６の表面に、第１辺部６ａに沿うように配置される方向性を有するトラバーチン模様３が形成され、天井材６の裏面において１対の第２辺部６ｂの中央位置を通り第１辺部６ａと平行な中央線Ｌの両側には、トラバーチン模様３の配向方向Ａを表示するための２列の模様方向表示部１０が設けられている。天井構造において、カットされた複数の天井材６は、各々の模様方向表示部１０が互いに平行になるように施工されている。【選択図】図２
CEILING MATERIAL, CEILING STRUCTURE AND CONSTRUCTION METHOD OF THE SAME
天井材、天井構造及びその施工方法
HARA KOHEI (author) / KOTANI TAKUYA (author) / TAMAMURA KOZO (author)
2021-06-24
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
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