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METAL FITTING FOR SEISMIC DAMPER AND WALL STRUCTURE USING METAL FITTING FOR SEISMIC DAMPER
PROBLEM TO BE SOLVED: To provide a metal fitting for a seismic damper which can reduce a cost while securing a prescribed effect without using a square pipe as an arm (brace) which is connected to the seismic damper at one end, and a wall structure using the metal fitting for the seismic damper.SOLUTION: In an arm 11, two pieces of long-length steel plates are joined to each other with a prescribed interval via a spacer, at least both-side long sides of two pieces of the long-length steel plates are bent to the outside in lateral U-shapes, and an arm attachment metal fitting connecting part having a connecting hole is arranged at the other end of the arm 11. An arm attachment metal fitting 12 has an insertion connect plate part which is inserted into a clearance of the arm attachment metal fitting connecting part of the arm 11, and connected to the arm attachment metal fitting connecting part, and the insertion connecting plate part of the arm attachment metal fitting 12 is inserted into the clearance of the arm attachment metal fitting connecting part 11, and connected thereto.SELECTED DRAWING: Figure 1
【課題】制震ダンパーに一端が連結されるアーム(筋かい)として角パイプを使用せずに所定の効果を確保しながらもコストを低減させることができる制震ダンパー用金物、及びその制震ダンパー用金物を使用した壁構造を提供する。【解決手段】アーム11は、2枚の長尺鋼板がスペーサーを介し所定間隔の隙間を空けて接合され、かつ、それら2枚の長尺鋼板は少なくとも両側の長辺がコの字形状に外側へ折り曲げられており、アーム11の他端には、連結孔を有するアーム取付金物連結部を設け、アーム取付金物12は、アーム11のアーム取付金物連結部の隙間に挿入されアーム取付金物連結部に連結される挿入連結板部を有し、アーム取付金物連結部11の隙間にアーム取付金物12の挿入連結板部を挿入して連結する。【選択図】図1
METAL FITTING FOR SEISMIC DAMPER AND WALL STRUCTURE USING METAL FITTING FOR SEISMIC DAMPER
PROBLEM TO BE SOLVED: To provide a metal fitting for a seismic damper which can reduce a cost while securing a prescribed effect without using a square pipe as an arm (brace) which is connected to the seismic damper at one end, and a wall structure using the metal fitting for the seismic damper.SOLUTION: In an arm 11, two pieces of long-length steel plates are joined to each other with a prescribed interval via a spacer, at least both-side long sides of two pieces of the long-length steel plates are bent to the outside in lateral U-shapes, and an arm attachment metal fitting connecting part having a connecting hole is arranged at the other end of the arm 11. An arm attachment metal fitting 12 has an insertion connect plate part which is inserted into a clearance of the arm attachment metal fitting connecting part of the arm 11, and connected to the arm attachment metal fitting connecting part, and the insertion connecting plate part of the arm attachment metal fitting 12 is inserted into the clearance of the arm attachment metal fitting connecting part 11, and connected thereto.SELECTED DRAWING: Figure 1
【課題】制震ダンパーに一端が連結されるアーム(筋かい)として角パイプを使用せずに所定の効果を確保しながらもコストを低減させることができる制震ダンパー用金物、及びその制震ダンパー用金物を使用した壁構造を提供する。【解決手段】アーム11は、2枚の長尺鋼板がスペーサーを介し所定間隔の隙間を空けて接合され、かつ、それら2枚の長尺鋼板は少なくとも両側の長辺がコの字形状に外側へ折り曲げられており、アーム11の他端には、連結孔を有するアーム取付金物連結部を設け、アーム取付金物12は、アーム11のアーム取付金物連結部の隙間に挿入されアーム取付金物連結部に連結される挿入連結板部を有し、アーム取付金物連結部11の隙間にアーム取付金物12の挿入連結板部を挿入して連結する。【選択図】図1
METAL FITTING FOR SEISMIC DAMPER AND WALL STRUCTURE USING METAL FITTING FOR SEISMIC DAMPER
制震ダンパー用金物、及びその制震ダンパー用金物を使用した壁構造
SAITO SUMIHITO (Autor:in) / KAWASHIMA SUSUMU (Autor:in)
09.02.2017
Patent
Elektronische Ressource
Japanisch
IPC:
E04H
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SEISMIC ISOLATION DAMPER AND SEISMIC ISOLATION STRUCTURE WITH THE SEISMIC ISOLATION DAMPER
Europäisches Patentamt | 2019
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