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A platform for research: civil engineering, architecture and urbanism
Tensile friction pendulum support
The invention relates to a tensile friction pendulum support, and belongs to the technical field of shock isolation and shock absorption. The hanging parts are oppositely arranged between an upper pre-embedded steel plate and a lower pre-embedded steel plate or between an upper support plate assembly and a lower support plate assembly, and flexible connecting parts are connected between the hanging parts; when the flexible connecting piece is connected with the hanging piece, one end of the flexible connecting piece is directly locked on the hanging piece, or the flexible connecting piece is embedded in concrete on the outer side of the tensile friction pendulum support, or the two ends of the flexible connecting piece are locked on the hanging piece. The hanging piece is a hanging ring or an annular ring and is connected to the upper pre-embedded steel plate and the lower pre-embedded steel plate or connected to the upper support plate assembly and the lower support plate assembly. The hanging piece is arc-shaped, and the flexible connecting piece can slide back and forth, so that uniform tension is ensured, overturning is prevented, and tensile strength is ensured. Relative displacement of the support can be guaranteed, it can also be guaranteed that the support cannot be disengaged when being pulled, and the problem that a friction pendulum support is insufficient in tensile capacity is effectively solved.
本发明涉及一种抗拉摩擦摆支座，属于隔震减震技术领域。其具有抗拉结构，包括设置在上预埋钢板以及下预埋钢板之间或上支座板组件与下支座板组件之间相对设置的吊挂件，吊挂件之间连接设置有柔性连接件；柔性连接件为整根，其与吊挂件连接时一端直接锁死在吊挂件上，或者埋入抗拉摩擦摆支座外侧的混凝土内，或者柔性连接件的两端都锁死在吊挂件上；吊挂件为吊环或环形圈，其连接在上预埋钢板以及下预埋钢板上，或连接在上支座板组件以及下支座板组件上；吊挂件为弧形，柔性连接件可来回滑动，确保拉力均匀，防止倾覆，保证抗拉。本发明既能保证支座的相对位移，也能保证支座在受到拉力时，能够不脱离，有效解决了摩擦摆支座抗拉能力不足的问题。
Tensile friction pendulum support
The invention relates to a tensile friction pendulum support, and belongs to the technical field of shock isolation and shock absorption. The hanging parts are oppositely arranged between an upper pre-embedded steel plate and a lower pre-embedded steel plate or between an upper support plate assembly and a lower support plate assembly, and flexible connecting parts are connected between the hanging parts; when the flexible connecting piece is connected with the hanging piece, one end of the flexible connecting piece is directly locked on the hanging piece, or the flexible connecting piece is embedded in concrete on the outer side of the tensile friction pendulum support, or the two ends of the flexible connecting piece are locked on the hanging piece. The hanging piece is a hanging ring or an annular ring and is connected to the upper pre-embedded steel plate and the lower pre-embedded steel plate or connected to the upper support plate assembly and the lower support plate assembly. The hanging piece is arc-shaped, and the flexible connecting piece can slide back and forth, so that uniform tension is ensured, overturning is prevented, and tensile strength is ensured. Relative displacement of the support can be guaranteed, it can also be guaranteed that the support cannot be disengaged when being pulled, and the problem that a friction pendulum support is insufficient in tensile capacity is effectively solved.
本发明涉及一种抗拉摩擦摆支座，属于隔震减震技术领域。其具有抗拉结构，包括设置在上预埋钢板以及下预埋钢板之间或上支座板组件与下支座板组件之间相对设置的吊挂件，吊挂件之间连接设置有柔性连接件；柔性连接件为整根，其与吊挂件连接时一端直接锁死在吊挂件上，或者埋入抗拉摩擦摆支座外侧的混凝土内，或者柔性连接件的两端都锁死在吊挂件上；吊挂件为吊环或环形圈，其连接在上预埋钢板以及下预埋钢板上，或连接在上支座板组件以及下支座板组件上；吊挂件为弧形，柔性连接件可来回滑动，确保拉力均匀，防止倾覆，保证抗拉。本发明既能保证支座的相对位移，也能保证支座在受到拉力时，能够不脱离，有效解决了摩擦摆支座抗拉能力不足的问题。
Tensile friction pendulum support
一种抗拉摩擦摆支座
MA MEIQIN (author) / LIU BAOQUAN (author) / JIA SHUANGSHUANG (author) / JING XIAOYAN (author) / ZHANG ZEZHENG (author) / WEI SHUO (author) / LI RONGRONG (author) / LIU QI (author)
2024-02-06
Patent
Electronic Resource
Chinese
Composite tensile friction pendulum shock insulation support
| European Patent Office | 2024
| European Patent Office | 2023