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A platform for research: civil engineering, architecture and urbanism
CONSTRUCTION METHOD, BUILDING, CONSTRUCTION METHOD OF MAIN STRUCTURE OF SKELETON OF BUILDING, MAIN STRUCTURE OF SKELETON OF BUILDING, AND METHOD OF BUILDING EXTENSION TO UPWARD FLOOR
To provide a building having expandability capable of safely extending in the upstairs direction in the future, its construction method, a main structure of a skeleton of the building, its construction method, and its extension method in the upstairs direction.SOLUTION: A building 2 comprises: a column-beam part 10 which constitutes a first building part A as an original building, and includes a plurality of steel columns 101 and a plurality of steel beams 102 erected between the columns 101; a foundation part 11 to which the columns 101 are connected and which has a strength capable of supporting both the column-beam part 10 and a column-beam part of a second building part which is an extension building of the first building part A to the upper floors; an extension connecting part 12 which is provided on an upper part of the column-beam part 10 of the first building part A and capable of connecting a column-beam constituting material of the second building part; an occultation part 13 for internally occulting the extension connecting part 12; a floor part 22 which is at least provided on the foundation part 11; an outer wall part 21 which is provided on a side part of the column-beam part 10; and a roof structure part 23 which is provided on the upper part of the column-beam part 10.SELECTED DRAWING: Figure 3
【課題】将来的な階上方向への増築を安全に行うことができる拡張性を有する建築物、その建築方法、建築物の躯体主要構造、その構築方法、および、階上方向への増築方法を提供する。【解決手段】建築物２は、鉄骨製の複数の柱部１０１と、柱部１０１の間に架設された鉄骨製の複数の梁部１０２とを含み、当初建築物である第１建築部Ａを構成する柱梁部１０と、柱部１０１が接続され、柱梁部１０および第１建築部Ａの階上方向への増築物となる第２建築部の柱梁部の両方を支持可能な強度を有する基礎部１１と、第１建築部Ａの柱梁部１０の上部に設けられ、第２建築部の柱梁構成材を接続可能な増築用接続部１２と、増築用接続部１２を内部に掩蔽する掩蔽部１３と、少なくとも基礎部１１上に設けられた床部２２と、柱梁部１０に側部に設けられた外壁部２１と、柱梁部１０の上部に設けられた屋根構造部２３とを備える。【選択図】図３
CONSTRUCTION METHOD, BUILDING, CONSTRUCTION METHOD OF MAIN STRUCTURE OF SKELETON OF BUILDING, MAIN STRUCTURE OF SKELETON OF BUILDING, AND METHOD OF BUILDING EXTENSION TO UPWARD FLOOR
To provide a building having expandability capable of safely extending in the upstairs direction in the future, its construction method, a main structure of a skeleton of the building, its construction method, and its extension method in the upstairs direction.SOLUTION: A building 2 comprises: a column-beam part 10 which constitutes a first building part A as an original building, and includes a plurality of steel columns 101 and a plurality of steel beams 102 erected between the columns 101; a foundation part 11 to which the columns 101 are connected and which has a strength capable of supporting both the column-beam part 10 and a column-beam part of a second building part which is an extension building of the first building part A to the upper floors; an extension connecting part 12 which is provided on an upper part of the column-beam part 10 of the first building part A and capable of connecting a column-beam constituting material of the second building part; an occultation part 13 for internally occulting the extension connecting part 12; a floor part 22 which is at least provided on the foundation part 11; an outer wall part 21 which is provided on a side part of the column-beam part 10; and a roof structure part 23 which is provided on the upper part of the column-beam part 10.SELECTED DRAWING: Figure 3
【課題】将来的な階上方向への増築を安全に行うことができる拡張性を有する建築物、その建築方法、建築物の躯体主要構造、その構築方法、および、階上方向への増築方法を提供する。【解決手段】建築物２は、鉄骨製の複数の柱部１０１と、柱部１０１の間に架設された鉄骨製の複数の梁部１０２とを含み、当初建築物である第１建築部Ａを構成する柱梁部１０と、柱部１０１が接続され、柱梁部１０および第１建築部Ａの階上方向への増築物となる第２建築部の柱梁部の両方を支持可能な強度を有する基礎部１１と、第１建築部Ａの柱梁部１０の上部に設けられ、第２建築部の柱梁構成材を接続可能な増築用接続部１２と、増築用接続部１２を内部に掩蔽する掩蔽部１３と、少なくとも基礎部１１上に設けられた床部２２と、柱梁部１０に側部に設けられた外壁部２１と、柱梁部１０の上部に設けられた屋根構造部２３とを備える。【選択図】図３
CONSTRUCTION METHOD, BUILDING, CONSTRUCTION METHOD OF MAIN STRUCTURE OF SKELETON OF BUILDING, MAIN STRUCTURE OF SKELETON OF BUILDING, AND METHOD OF BUILDING EXTENSION TO UPWARD FLOOR
建築方法、建築物、建築物の躯体主要構造の構築方法、建築物の躯体主要構造、および、階上方向への増築方法
SAKURAGI HIROSHI (author)
2020-11-19
Patent
Electronic Resource
Japanese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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