Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
To provide a seismic reinforcing bracket capable of preventing unevenness of force generated in a connecting portion between an outer surface of a structural member of a building and the seismic reinforcing bracket when a brace is pulled.SOLUTION: A seismic reinforcing bracket 1 includes a fixing portion 10 provided in a structural member 520 of a building 500 and connected to the ends of a pair of braces 20 fixed to an outer surface 520a of the structural member 520 and arranged to cross each other. The fixing portion 10 includes a base portion 11 fixed to the outer surface 520a of the structural member 520, a brace receiving portion 12 having a brace receiving bottom portion 121 fixed to the base portion 11 and a brace receiving wall portion 122 which is erected from the brace receiving bottom portion 121 and has a brace insertion hole 122a through which the brace is inserted, and to which one end of the brace 20 is connected. The brace insertion hole 122a is located on the center side of the brace receiving bottom portion 121 when viewed from the direction in which the brace 20 is inserted.SELECTED DRAWING: Figure 2
【課題】ブレスが引っ張られた場合に、建築物の構造部材の外面と耐震補強金具との接続部分に生ずる力の偏りを防止することが可能な耐震補強金具を提供する。【解決手段】耐震補強金具１は、建築物５００の構造部材５２０に設けられ、構造部材５２０の外面５２０ａに固定され互いに交差して配置される一対のブレス２０の端部側が接続される固定部１０を備え、固定部１０は、構造部材５２０の外面５２０ａに固定されるベース部１１と、ベース部１１に固定されるブレス受け底部１２１と、ブレス受け底部１２１から立設し、ブレスが挿通するブレス挿通孔１２２ａが形成され、ブレス２０の一端が連結されるブレス受け壁部１２２と、を有するブレス受け部１２と、を備え、ブレス挿通孔１２２ａは、ブレス２０が挿通する方向から視て、ブレス受け底部１２１の中心側に配置されている。【選択図】 図２
To provide a seismic reinforcing bracket capable of preventing unevenness of force generated in a connecting portion between an outer surface of a structural member of a building and the seismic reinforcing bracket when a brace is pulled.SOLUTION: A seismic reinforcing bracket 1 includes a fixing portion 10 provided in a structural member 520 of a building 500 and connected to the ends of a pair of braces 20 fixed to an outer surface 520a of the structural member 520 and arranged to cross each other. The fixing portion 10 includes a base portion 11 fixed to the outer surface 520a of the structural member 520, a brace receiving portion 12 having a brace receiving bottom portion 121 fixed to the base portion 11 and a brace receiving wall portion 122 which is erected from the brace receiving bottom portion 121 and has a brace insertion hole 122a through which the brace is inserted, and to which one end of the brace 20 is connected. The brace insertion hole 122a is located on the center side of the brace receiving bottom portion 121 when viewed from the direction in which the brace 20 is inserted.SELECTED DRAWING: Figure 2
【課題】ブレスが引っ張られた場合に、建築物の構造部材の外面と耐震補強金具との接続部分に生ずる力の偏りを防止することが可能な耐震補強金具を提供する。【解決手段】耐震補強金具１は、建築物５００の構造部材５２０に設けられ、構造部材５２０の外面５２０ａに固定され互いに交差して配置される一対のブレス２０の端部側が接続される固定部１０を備え、固定部１０は、構造部材５２０の外面５２０ａに固定されるベース部１１と、ベース部１１に固定されるブレス受け底部１２１と、ブレス受け底部１２１から立設し、ブレスが挿通するブレス挿通孔１２２ａが形成され、ブレス２０の一端が連結されるブレス受け壁部１２２と、を有するブレス受け部１２と、を備え、ブレス挿通孔１２２ａは、ブレス２０が挿通する方向から視て、ブレス受け底部１２１の中心側に配置されている。【選択図】 図２
SEISMIC REINFORCING BRACKET
耐震補強金具
SAITO YOSHIKI (Autor:in)
25.07.2023
Patent
Elektronische Ressource
Japanisch