Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
VIBRATION CONTROL STRUCTURE OF BUILDING, AND BUILDING WITH THE SAME
PROBLEM TO BE SOLVED: To provide a vibration control structure of a building in which superior earthquake performance can be imparted to the building by eliminating or reducing a welding operation and reducing constraints of entry to users and tenants of the building, for example, even if applied to earthquake resistant renovation of the existing building, and to provide the building with the same.SOLUTION: A vibration control structure is characterized by: disposing a V-brace 1 with a pair of one ends 1a connected to pillar members 2 through crimping mechanisms 10, respectively; and disposing vibration control devices 6, 7 with one ends 6a, 7a connected to the pillar members 2 through the crimping mechanisms 10, and the other ends 6b, 7b connected to the other ends 1b of the V-brace 1. The crimping mechanism 10 includes: first crimping members 11 with one ends 1a of the V-brace 1 and one ends 6a, 7a of the vibration control devices 6, 7 connected thereto, and crimped and installed in one side surfaces 2a of the pillar members 2; second crimping members 12 crimped and installed in the other side surfaces 2b of the pillar members 2; and crimping force applying members 13 for crimping the first crimping members 11 and the second crimping members 12 to the pillar members 2 by the tensioning force.
【課題】例えば既存建物の耐震改修に適用する場合であっても、溶接作業をなくし、もしくは減らし、建物の使用者や入居者に対する立ち入りの制約を少なくして建物に優れた耐震性能を付与することを可能にする建物の制振構造及びこれを備えた建物を提供する。【解決手段】Ｖ型ブレース１が、一対の一端部１ａをそれぞれ、柱部材２に圧着機構１０を介して接続して配設され、制振装置６、７が、一端６ａ、７ａを柱部材２に圧着機構１０を介して接続し、他端６ｂ、７ｂをＶ型ブレース１の他端部１ｂに接続して配設され、圧着機構１０は、Ｖ型ブレース１の一端部１ａ及び制振装置６、７の一端６ａ、７ａが接続され、且つ柱部材２の一側面２ａに圧着して設置される第１圧着部材１１と、柱部材２の他側面２ｂに圧着して設置される第２圧着部材１２と、緊張力によって第１圧着部材１１及び第２圧着部材１２を柱部材２に圧着させる圧着力付与部材１３とを備える。【選択図】図１
VIBRATION CONTROL STRUCTURE OF BUILDING, AND BUILDING WITH THE SAME
PROBLEM TO BE SOLVED: To provide a vibration control structure of a building in which superior earthquake performance can be imparted to the building by eliminating or reducing a welding operation and reducing constraints of entry to users and tenants of the building, for example, even if applied to earthquake resistant renovation of the existing building, and to provide the building with the same.SOLUTION: A vibration control structure is characterized by: disposing a V-brace 1 with a pair of one ends 1a connected to pillar members 2 through crimping mechanisms 10, respectively; and disposing vibration control devices 6, 7 with one ends 6a, 7a connected to the pillar members 2 through the crimping mechanisms 10, and the other ends 6b, 7b connected to the other ends 1b of the V-brace 1. The crimping mechanism 10 includes: first crimping members 11 with one ends 1a of the V-brace 1 and one ends 6a, 7a of the vibration control devices 6, 7 connected thereto, and crimped and installed in one side surfaces 2a of the pillar members 2; second crimping members 12 crimped and installed in the other side surfaces 2b of the pillar members 2; and crimping force applying members 13 for crimping the first crimping members 11 and the second crimping members 12 to the pillar members 2 by the tensioning force.
【課題】例えば既存建物の耐震改修に適用する場合であっても、溶接作業をなくし、もしくは減らし、建物の使用者や入居者に対する立ち入りの制約を少なくして建物に優れた耐震性能を付与することを可能にする建物の制振構造及びこれを備えた建物を提供する。【解決手段】Ｖ型ブレース１が、一対の一端部１ａをそれぞれ、柱部材２に圧着機構１０を介して接続して配設され、制振装置６、７が、一端６ａ、７ａを柱部材２に圧着機構１０を介して接続し、他端６ｂ、７ｂをＶ型ブレース１の他端部１ｂに接続して配設され、圧着機構１０は、Ｖ型ブレース１の一端部１ａ及び制振装置６、７の一端６ａ、７ａが接続され、且つ柱部材２の一側面２ａに圧着して設置される第１圧着部材１１と、柱部材２の他側面２ｂに圧着して設置される第２圧着部材１２と、緊張力によって第１圧着部材１１及び第２圧着部材１２を柱部材２に圧着させる圧着力付与部材１３とを備える。【選択図】図１
VIBRATION CONTROL STRUCTURE OF BUILDING, AND BUILDING WITH THE SAME
建物の制振構造及びこれを備えた建物
NAKAJIMA HAJIME (Autor:in) / NAKAJIMA HIDEO (Autor:in)
16.07.2015
Patent
Elektronische Ressource
Japanisch
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