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CONNECTION MEMBER AND ASEISMATIC CONSTRUCTION METHOD
To provide a connection member allowing yield strength of a brace to be effectively exerted.SOLUTION: A connection member is placed between two rod-like members forming a brace. The connection member is provided with a pair of elastic members, two connection parts, an energizing member, and a fixation member. The pair of elastic members have respective faces opposite to each other and are configured to allow deformation between an adjacent state where opposite faces are adjacent to each other and a separated state where opposite faces are separated from each other. The connection part comprises a connection plate connecting end parts of the pair of elastic members and a connection metal fitting connecting the rod-like members. The energizing member is placed so as to be clamped by the pair of elastic members to energize the pair of elastic members in a direction such that both of them are placed in a separated state. The fixation member is attachable/detachable to/from the pair of elastic members and when attached to the pair of elastic members, holds the pair of elastic members in an adjacent state to each other.SELECTED DRAWING: Figure 1
【課題】ブレースの耐力を有効に発揮する接合部材を提供する。【解決手段】接合部材は、１つのブレースを構成する２本の棒状部材の間に配置される。接合部材は、一対の弾性部材と、２つの接合部と、付勢部材と、固定部材と、を備える。一対の弾性部材は、対向する面を有し、対向する面が互いに近接した近接状態と、互いに離隔した離隔状態と、の間で変形可能に構成されている。接合部は、一対の弾性部材の端部と結合する結合プレートと、棒状部材と接合する接合金具と、を有する。付勢部材は、一対の弾性部材に挟まれるようにして配置され、一対の弾性部材を離隔状態となる方向に付勢する。固定部材は、一対の弾性部材に着脱自在であり、一対の弾性部材に取り付けられたときに、一対の弾性部材を近接状態に維持する。【選択図】図１
CONNECTION MEMBER AND ASEISMATIC CONSTRUCTION METHOD
To provide a connection member allowing yield strength of a brace to be effectively exerted.SOLUTION: A connection member is placed between two rod-like members forming a brace. The connection member is provided with a pair of elastic members, two connection parts, an energizing member, and a fixation member. The pair of elastic members have respective faces opposite to each other and are configured to allow deformation between an adjacent state where opposite faces are adjacent to each other and a separated state where opposite faces are separated from each other. The connection part comprises a connection plate connecting end parts of the pair of elastic members and a connection metal fitting connecting the rod-like members. The energizing member is placed so as to be clamped by the pair of elastic members to energize the pair of elastic members in a direction such that both of them are placed in a separated state. The fixation member is attachable/detachable to/from the pair of elastic members and when attached to the pair of elastic members, holds the pair of elastic members in an adjacent state to each other.SELECTED DRAWING: Figure 1
【課題】ブレースの耐力を有効に発揮する接合部材を提供する。【解決手段】接合部材は、１つのブレースを構成する２本の棒状部材の間に配置される。接合部材は、一対の弾性部材と、２つの接合部と、付勢部材と、固定部材と、を備える。一対の弾性部材は、対向する面を有し、対向する面が互いに近接した近接状態と、互いに離隔した離隔状態と、の間で変形可能に構成されている。接合部は、一対の弾性部材の端部と結合する結合プレートと、棒状部材と接合する接合金具と、を有する。付勢部材は、一対の弾性部材に挟まれるようにして配置され、一対の弾性部材を離隔状態となる方向に付勢する。固定部材は、一対の弾性部材に着脱自在であり、一対の弾性部材に取り付けられたときに、一対の弾性部材を近接状態に維持する。【選択図】図１
CONNECTION MEMBER AND ASEISMATIC CONSTRUCTION METHOD
接合部材および耐震工法
MIWA TAKAHARU (author)
2024-01-10
Patent
Electronic Resource
Japanese
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