A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To provide a pitched roof frame, of which the possibility/impossibility of construction is not easily affected by site conditions.SOLUTION: A pitched roof frame 100A is a frame in a structural plane P, and comprises: a lower frame 150A with a column 101 and a beam 105; an upper frame 130A with the column 101 and the beam 105 constructed above the lower frame 150A in such a way that the position of at least one of girder beams 106 is set back from the position of the girder beam 106 of the lower frame 150A; and a pair of first ascending beams 121, and furthermore a crown frame 120A constructed on the upper frame 130A, having upper ends of the first ascending beams 121 connected and a lower end of at least one of the first ascending beams 121 connected in a vicinity of a column-beam connecting part; and a skirt part frame 140A, of which an upper end is connected in a vicinity of the column-beam connecting part, a lower end connected to the lower frame 150A, and having a second ascending beam 141 aligned with one of the pair of the first ascending beams 121.
【課題】建築の可否が敷地条件に左右されにくい勾配屋根架構を提供する。【解決手段】勾配屋根架構１００Ａは、構面Ｐ内の架構であって、柱１０１及び梁１０５を有する下層架構１５０Ａと、柱１０１及び梁１０５を有し、少なくとも一方の桁梁１０６の位置が下層架構１５０Ａの桁梁１０６の位置より後退した状態となるように下層架構１５０Ａの上に構築された上層架構１３０Ａと、一対の第１の登り梁１２１を有し、第１の登り梁１２１の上端同士が互いに接合され、少なくともいずれか一方の第１の登り梁１２１の下端が柱梁接合部近傍に接合されて、上層架構１３０Ａの上に構築された頂部架構１２０Ａと、上端が柱梁接合部近傍に接合され、下端が下層架構１５０Ａに対して接合され、一対の第１の登り梁１２１のうち一方の第１の登り梁１２１と一直線状となるように配置された第２の登り梁１４１を有する裾部架構１４０Ａと、を備える。【選択図】図１
PROBLEM TO BE SOLVED: To provide a pitched roof frame, of which the possibility/impossibility of construction is not easily affected by site conditions.SOLUTION: A pitched roof frame 100A is a frame in a structural plane P, and comprises: a lower frame 150A with a column 101 and a beam 105; an upper frame 130A with the column 101 and the beam 105 constructed above the lower frame 150A in such a way that the position of at least one of girder beams 106 is set back from the position of the girder beam 106 of the lower frame 150A; and a pair of first ascending beams 121, and furthermore a crown frame 120A constructed on the upper frame 130A, having upper ends of the first ascending beams 121 connected and a lower end of at least one of the first ascending beams 121 connected in a vicinity of a column-beam connecting part; and a skirt part frame 140A, of which an upper end is connected in a vicinity of the column-beam connecting part, a lower end connected to the lower frame 150A, and having a second ascending beam 141 aligned with one of the pair of the first ascending beams 121.
【課題】建築の可否が敷地条件に左右されにくい勾配屋根架構を提供する。【解決手段】勾配屋根架構１００Ａは、構面Ｐ内の架構であって、柱１０１及び梁１０５を有する下層架構１５０Ａと、柱１０１及び梁１０５を有し、少なくとも一方の桁梁１０６の位置が下層架構１５０Ａの桁梁１０６の位置より後退した状態となるように下層架構１５０Ａの上に構築された上層架構１３０Ａと、一対の第１の登り梁１２１を有し、第１の登り梁１２１の上端同士が互いに接合され、少なくともいずれか一方の第１の登り梁１２１の下端が柱梁接合部近傍に接合されて、上層架構１３０Ａの上に構築された頂部架構１２０Ａと、上端が柱梁接合部近傍に接合され、下端が下層架構１５０Ａに対して接合され、一対の第１の登り梁１２１のうち一方の第１の登り梁１２１と一直線状となるように配置された第２の登り梁１４１を有する裾部架構１４０Ａと、を備える。【選択図】図１
PITCHED ROOF FRAME
勾配屋根架構
KUDO TOMOO (author)
2015-12-14
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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