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A platform for research: civil engineering, architecture and urbanism
EARTHQUAKE PROOF SHELTER AND ASSEMBLY METHOD OF EARTHQUAKE PROOF SHELTER
To provide an earthquake proof shelter capable of reassuring a larger inner space compared to the conventional one even when installed inside of a room provided in a wooden building such as an existing wooden house, and an assembly method of the earthquake proof shelter.SOLUTION: An earthquake proof shelter 10 comprises a base part 11, four wall surfaces 12 and a ceiling part 13. The base part 11 is provided in a distinct body from a base 101 of a wooden structure 100. The four wall surfaces 12 are assembled by one surface inside of a room 110 in which the earthquake proof shelter 10 is arranged and are arranged in a standing manner at an outer edge of the base part 11. The ceiling part 13 is held and supported to an upper end of the four wall surfaces 12. The wall surface 12 assembled in the room 110 can be held to the base part 11, for example raised by one surface.SELECTED DRAWING: Figure 2
【課題】既存の木造家屋等の木造建築物が備える部屋の内部に設置する場合でも、従来に比べて大きな内部空間を確保することができる耐震シェルター及び耐震シェルターの組み立て方法を提供する。【解決手段】耐震シェルター１０は、基礎部１１、４つの壁面１２、及び天井部１３を備える。基礎部１１は、木造建築物１００の基礎１０１と別体で設けられる。４つの壁面１２は、耐震シェルター１０が設けられる部屋１１０の内部で一面ずつ組み立てられ、基礎部１１の外縁に立設される。天井部１３は、４つの壁面１２の上端に固定支持される。部屋１１０において組み立てられた壁面１２は、例えば、一面ずつ建て起こして基礎部１１に固定することができる。【選択図】図２
EARTHQUAKE PROOF SHELTER AND ASSEMBLY METHOD OF EARTHQUAKE PROOF SHELTER
To provide an earthquake proof shelter capable of reassuring a larger inner space compared to the conventional one even when installed inside of a room provided in a wooden building such as an existing wooden house, and an assembly method of the earthquake proof shelter.SOLUTION: An earthquake proof shelter 10 comprises a base part 11, four wall surfaces 12 and a ceiling part 13. The base part 11 is provided in a distinct body from a base 101 of a wooden structure 100. The four wall surfaces 12 are assembled by one surface inside of a room 110 in which the earthquake proof shelter 10 is arranged and are arranged in a standing manner at an outer edge of the base part 11. The ceiling part 13 is held and supported to an upper end of the four wall surfaces 12. The wall surface 12 assembled in the room 110 can be held to the base part 11, for example raised by one surface.SELECTED DRAWING: Figure 2
【課題】既存の木造家屋等の木造建築物が備える部屋の内部に設置する場合でも、従来に比べて大きな内部空間を確保することができる耐震シェルター及び耐震シェルターの組み立て方法を提供する。【解決手段】耐震シェルター１０は、基礎部１１、４つの壁面１２、及び天井部１３を備える。基礎部１１は、木造建築物１００の基礎１０１と別体で設けられる。４つの壁面１２は、耐震シェルター１０が設けられる部屋１１０の内部で一面ずつ組み立てられ、基礎部１１の外縁に立設される。天井部１３は、４つの壁面１２の上端に固定支持される。部屋１１０において組み立てられた壁面１２は、例えば、一面ずつ建て起こして基礎部１１に固定することができる。【選択図】図２
EARTHQUAKE PROOF SHELTER AND ASSEMBLY METHOD OF EARTHQUAKE PROOF SHELTER
耐震シェルター及び耐震シェルターの組み立て方法
NARUMI KOICHIRO (author) / TAKAGI YOSHITSUGU (author)
2019-12-12
Patent
Electronic Resource
Japanese
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