Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
To provide structure of a steel frame building shell that further adapts SS structures to the needs of housing, extends the lifespan of housing and achieves net-zero carbon emissions.SOLUTION: A steel frame building body A includes an H-beam 1 and a deck plate 2. A floor slab B includes an RC slab 3 laid on the deck plate 2. The deck plate 2 and the RC slab 3 form the floor slab B. A building exterior wall C includes an RC waterstop edge 4 molded on the RC slab 3, two C-shaped steels 5, and an exterior wall panel 61 and an interior wall panel 62. One of the two C-shaped steels 5 is installed on the RC waterstop edge 4 with an opening facing upward, and the other is installed on the lower surface of the deck plate 2 with an opening facing downward. The exterior wall panel 61 and the interior wall panel 62 are affixed to both side portions of the RC waterstop edge 4 and the C-shaped steel 5, and a hollow space S is formed between the exterior wall panel 61 and the interior wall panel 62. The building exterior wall C is installed directly on the floor slab B as a two-layer structure.SELECTED DRAWING: Figure 3
【課題】ＳＳ構造を住宅のニーズにより適合させ、住宅の寿命を延ばし、炭素排出量のネットゼロを達成する鉄骨構造建物外殻の構造を提供すること。【解決手段】鉄骨構造建物本体Ａが、Ｈ形鋼１とデッキプレート２を含み、床スラブＢが、デッキプレート２上に敷設されるＲＣスラブ３を含み、デッキプレート２とＲＣスラブ３が床スラブＢとなり、建物外壁Ｃが、ＲＣスラブ３上に成型されたＲＣ止水縁４と、２つのＣ形鋼５と、外壁板６１及び内壁板６２を含み、２つのＣ形鋼５の１つがＲＣ止水縁４上に開口を上向きにして設置され、もう１つがデッキプレート２の下面に開口を下向きにして設置され、外壁板６１及び内壁板６２が、ＲＣ止水縁４及びＣ形鋼５の両側部に貼設され、外壁板６１と内壁板６２の間に中空空間Ｓが形成され、建物外壁Ｃを二層構造として床スラブＢ上に直接設置する。【選択図】図３
To provide structure of a steel frame building shell that further adapts SS structures to the needs of housing, extends the lifespan of housing and achieves net-zero carbon emissions.SOLUTION: A steel frame building body A includes an H-beam 1 and a deck plate 2. A floor slab B includes an RC slab 3 laid on the deck plate 2. The deck plate 2 and the RC slab 3 form the floor slab B. A building exterior wall C includes an RC waterstop edge 4 molded on the RC slab 3, two C-shaped steels 5, and an exterior wall panel 61 and an interior wall panel 62. One of the two C-shaped steels 5 is installed on the RC waterstop edge 4 with an opening facing upward, and the other is installed on the lower surface of the deck plate 2 with an opening facing downward. The exterior wall panel 61 and the interior wall panel 62 are affixed to both side portions of the RC waterstop edge 4 and the C-shaped steel 5, and a hollow space S is formed between the exterior wall panel 61 and the interior wall panel 62. The building exterior wall C is installed directly on the floor slab B as a two-layer structure.SELECTED DRAWING: Figure 3
【課題】ＳＳ構造を住宅のニーズにより適合させ、住宅の寿命を延ばし、炭素排出量のネットゼロを達成する鉄骨構造建物外殻の構造を提供すること。【解決手段】鉄骨構造建物本体Ａが、Ｈ形鋼１とデッキプレート２を含み、床スラブＢが、デッキプレート２上に敷設されるＲＣスラブ３を含み、デッキプレート２とＲＣスラブ３が床スラブＢとなり、建物外壁Ｃが、ＲＣスラブ３上に成型されたＲＣ止水縁４と、２つのＣ形鋼５と、外壁板６１及び内壁板６２を含み、２つのＣ形鋼５の１つがＲＣ止水縁４上に開口を上向きにして設置され、もう１つがデッキプレート２の下面に開口を下向きにして設置され、外壁板６１及び内壁板６２が、ＲＣ止水縁４及びＣ形鋼５の両側部に貼設され、外壁板６１と内壁板６２の間に中空空間Ｓが形成され、建物外壁Ｃを二層構造として床スラブＢ上に直接設置する。【選択図】図３
STRUCTURE OF STEEL FRAME BUILDING SHELL
鉄骨構造建物外殻の構造
YANG FENGYI (Autor:in)
30.07.2024
Patent
Elektronische Ressource
Japanisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS