Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
CONNECTION REINFORCING BRACKET BETWEEN STRUCTURAL PILLARS
PROBLEM TO BE SOLVED: To provide a connection reinforcing bracket between structural pillars capable of easily and reliably achieving anti-seismic reinforcement work of a structure in a short time at a low cost even in a small space like, for example, under the roof of an existing structure.SOLUTION: The connection reinforcing bracket is used for connecting between two structural pillars at a required angle. A connection reinforcing bracket between structural pillars 10 includes: an angle-facing plate portion 12 which is disposed in close contact to a first structural pillar face which faces at a required angle in a corner C; a front-side plate portion 14 which is disposed in close contact to a front face of a second structural pillar at a required angle in the corner C; and an integrally connecting part 16 that integrally connects the angle-facing plate portion 12 and the front-side plate portion 14.SELECTED DRAWING: Figure 1
【課題】例えば、既設の構造物の天井裏等のようにスペースが狭い場所であっても、取付作業を簡単、確実、短時間、低コストで行え、構造物の確実な耐震補強を実現できる構造用柱材間の連結補強金具を提供する。【解決手段】所要角度で接続される２つの構造用柱材間の連結補強金具であり、該所要角度隅部において角度対向した第１構造用柱材壁面に密着状にあてがわれる角度対向板状部１２と、該所要角度隅部Ｃにおいて第２の構造用柱材の正面側壁面に密着状にあてがわれる正面側板状部１４と、角度対向板状部１２と正面側板状部１４とを一体に連結する一体連結部１６と、を有する構造用柱材間の連結補強金具１０から構成される。【選択図】図１
CONNECTION REINFORCING BRACKET BETWEEN STRUCTURAL PILLARS
PROBLEM TO BE SOLVED: To provide a connection reinforcing bracket between structural pillars capable of easily and reliably achieving anti-seismic reinforcement work of a structure in a short time at a low cost even in a small space like, for example, under the roof of an existing structure.SOLUTION: The connection reinforcing bracket is used for connecting between two structural pillars at a required angle. A connection reinforcing bracket between structural pillars 10 includes: an angle-facing plate portion 12 which is disposed in close contact to a first structural pillar face which faces at a required angle in a corner C; a front-side plate portion 14 which is disposed in close contact to a front face of a second structural pillar at a required angle in the corner C; and an integrally connecting part 16 that integrally connects the angle-facing plate portion 12 and the front-side plate portion 14.SELECTED DRAWING: Figure 1
【課題】例えば、既設の構造物の天井裏等のようにスペースが狭い場所であっても、取付作業を簡単、確実、短時間、低コストで行え、構造物の確実な耐震補強を実現できる構造用柱材間の連結補強金具を提供する。【解決手段】所要角度で接続される２つの構造用柱材間の連結補強金具であり、該所要角度隅部において角度対向した第１構造用柱材壁面に密着状にあてがわれる角度対向板状部１２と、該所要角度隅部Ｃにおいて第２の構造用柱材の正面側壁面に密着状にあてがわれる正面側板状部１４と、角度対向板状部１２と正面側板状部１４とを一体に連結する一体連結部１６と、を有する構造用柱材間の連結補強金具１０から構成される。【選択図】図１
CONNECTION REINFORCING BRACKET BETWEEN STRUCTURAL PILLARS
構造用柱材間の連結補強金具
IKEGAMI DAISUKE (Autor:in)
03.08.2017
Patent
Elektronische Ressource
Japanisch
reinforcing device and reinforcing method for pillars of structure
Europäisches Patentamt | 2021