Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
TEMPORARY BUILDING OF AIR FILM STRUCTURE
To blow air by a blower into a bag-shaped structure to inflate the bag-shaped structure with air pressure inside a building to make it self-supported via the air pressure difference from outside so that an internal space of an air film structure that has an airtight entrance/exit part can be used as a living space.SOLUTION: Provided is a bag-shaped structure B installed inside a building K, formed of a flexible thin film material F, and integrally formed with a floor film part F1, a wall film part F2 and a ceiling film portion F3. On the bag-shaped structure is formed an airtight entrance/exit part E, air A is blown into the bag-shaped structure by a blower S to inflate the bag-shaped structure with air pressure P, it is made self-supported by the difference in air pressure from the outside, an internal space R of the inflated bag-shaped structure is used as a living space, and a portable air film structure M is provided by discharging and deflating air in the internal space of the bag-shaped structure.SELECTED DRAWING: Figure 1
【課題】構築物の屋内において、袋状構造体の内部に送風機により空気を送り込んで袋状構造体を空気圧で膨らませ、外部との空気圧の差によって自立させ、気密な出入口部を存する空気膜構造の内部空間は生活空間として使用することができる。【解決手段】構築物Ｋの屋内に設置され、柔軟性薄膜材Ｆにより形成され、床膜部Ｆ１、壁膜部Ｆ２及び天膜部Ｆ３が一体的に形成された袋状構造体Ｂを備えてなり、袋状構造体には気密な出入口部Ｅが形成され、袋状構造体の内部に送風機Ｓにより空気Ａを送り込んで袋状構造体を空気圧Ｐで膨らませ、外部との空気圧の差によって自立させ、膨らんだ袋状構造体の内部空間Ｒは生活空間として使用され、袋状構造体の内部空間の空気を排出してしぼませて可搬可能な空気膜構造Ｍを備えてなる。【選択図】図１
TEMPORARY BUILDING OF AIR FILM STRUCTURE
To blow air by a blower into a bag-shaped structure to inflate the bag-shaped structure with air pressure inside a building to make it self-supported via the air pressure difference from outside so that an internal space of an air film structure that has an airtight entrance/exit part can be used as a living space.SOLUTION: Provided is a bag-shaped structure B installed inside a building K, formed of a flexible thin film material F, and integrally formed with a floor film part F1, a wall film part F2 and a ceiling film portion F3. On the bag-shaped structure is formed an airtight entrance/exit part E, air A is blown into the bag-shaped structure by a blower S to inflate the bag-shaped structure with air pressure P, it is made self-supported by the difference in air pressure from the outside, an internal space R of the inflated bag-shaped structure is used as a living space, and a portable air film structure M is provided by discharging and deflating air in the internal space of the bag-shaped structure.SELECTED DRAWING: Figure 1
【課題】構築物の屋内において、袋状構造体の内部に送風機により空気を送り込んで袋状構造体を空気圧で膨らませ、外部との空気圧の差によって自立させ、気密な出入口部を存する空気膜構造の内部空間は生活空間として使用することができる。【解決手段】構築物Ｋの屋内に設置され、柔軟性薄膜材Ｆにより形成され、床膜部Ｆ１、壁膜部Ｆ２及び天膜部Ｆ３が一体的に形成された袋状構造体Ｂを備えてなり、袋状構造体には気密な出入口部Ｅが形成され、袋状構造体の内部に送風機Ｓにより空気Ａを送り込んで袋状構造体を空気圧Ｐで膨らませ、外部との空気圧の差によって自立させ、膨らんだ袋状構造体の内部空間Ｒは生活空間として使用され、袋状構造体の内部空間の空気を排出してしぼませて可搬可能な空気膜構造Ｍを備えてなる。【選択図】図１
TEMPORARY BUILDING OF AIR FILM STRUCTURE
空気膜構造の仮設建造物
OKAMURA TOSHIKAZU (Autor:in)
26.11.2020
Patent
Elektronische Ressource
Japanisch
TEMPORARY STRUCTURE, TEMPORARY STRUCTURE ASSEMBLY STRUCTURE AND BUILDING CONSTRUCTION METHOD
| Europäisches Patentamt | 2022