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A platform for research: civil engineering, architecture and urbanism
Shear wall energy dissipation anti-shear connector of cross-laminated timber
The invention relates to a shear wall energy dissipation anti-shear connector of cross-laminated timber. The shear wall energy dissipation anti-shear connector of the cross-laminated timber comprisesa wall connecting plate, a rigid substrate, a base and a damping energy dissipation module, wherein the base and the rigid substrate are formed by bending the same rigid plate, a plurality of raised nodes for increasing the cross-sectional moment of inertia are arranged on the bending positions, the base is fixed on a floor panel, the wall connecting plate is fixed to the cross-laminated timber shear wall, the damping energy dissipation module comprises an internal damping energy dissipation layer and an external wrapping damping protection layer, the rigid substrate and the wall connecting plate are arranged in an overlapping manner and an inserting gap for allowing the internal damping energy dissipation layer to be inserted is mutually reserved, the two ends of the rigid substrate and the two ends of the wall connecting plate are connected through energy dissipation bridging connection parts, and after the internal damping energy dissipation layer is inserted into the inserting gap,the external wrapping damping protection layer wraps around the rigid substrate together with the wall connecting plate. Compared with the prior art, the shear wall energy dissipation anti-shear connector of the cross-laminated timber has the advantages of good energy consumption capability, multi-stage energy consumption guarantee and the like.
本发明涉及一种正交胶合木剪力墙耗能抗剪连接件，包括墙体连接板、刚性基板、底座和阻尼耗能模块，底座和刚性基板由同一块刚性板弯折而成，且弯折处设有多个用于增加截面惯性矩的凸起节点，底座固定于楼面板上，墙体连接板固定至正交胶合木剪力墙上，阻尼耗能模块包括内部阻尼耗能层和外覆阻尼保护层，刚性基板和墙体连接板重叠设置且相互之间留存有用于插入内部阻尼耗能层的插缝，刚性基板和墙体连接板的两端通过耗能桥接部连接，内部阻尼耗能层插入至插缝中后，连同刚性基板和墙体连接板一并包覆于外覆阻尼保护层中。与现有技术相比，本发明具有良好的耗能能力和多阶段的耗能保障等优点。
Shear wall energy dissipation anti-shear connector of cross-laminated timber
The invention relates to a shear wall energy dissipation anti-shear connector of cross-laminated timber. The shear wall energy dissipation anti-shear connector of the cross-laminated timber comprisesa wall connecting plate, a rigid substrate, a base and a damping energy dissipation module, wherein the base and the rigid substrate are formed by bending the same rigid plate, a plurality of raised nodes for increasing the cross-sectional moment of inertia are arranged on the bending positions, the base is fixed on a floor panel, the wall connecting plate is fixed to the cross-laminated timber shear wall, the damping energy dissipation module comprises an internal damping energy dissipation layer and an external wrapping damping protection layer, the rigid substrate and the wall connecting plate are arranged in an overlapping manner and an inserting gap for allowing the internal damping energy dissipation layer to be inserted is mutually reserved, the two ends of the rigid substrate and the two ends of the wall connecting plate are connected through energy dissipation bridging connection parts, and after the internal damping energy dissipation layer is inserted into the inserting gap,the external wrapping damping protection layer wraps around the rigid substrate together with the wall connecting plate. Compared with the prior art, the shear wall energy dissipation anti-shear connector of the cross-laminated timber has the advantages of good energy consumption capability, multi-stage energy consumption guarantee and the like.
本发明涉及一种正交胶合木剪力墙耗能抗剪连接件，包括墙体连接板、刚性基板、底座和阻尼耗能模块，底座和刚性基板由同一块刚性板弯折而成，且弯折处设有多个用于增加截面惯性矩的凸起节点，底座固定于楼面板上，墙体连接板固定至正交胶合木剪力墙上，阻尼耗能模块包括内部阻尼耗能层和外覆阻尼保护层，刚性基板和墙体连接板重叠设置且相互之间留存有用于插入内部阻尼耗能层的插缝，刚性基板和墙体连接板的两端通过耗能桥接部连接，内部阻尼耗能层插入至插缝中后，连同刚性基板和墙体连接板一并包覆于外覆阻尼保护层中。与现有技术相比，本发明具有良好的耗能能力和多阶段的耗能保障等优点。
Shear wall energy dissipation anti-shear connector of cross-laminated timber
一种正交胶合木剪力墙耗能抗剪连接件
XIONG HAIBEI (author) / CHEN JIAWEI (author) / KOTA CHIKI (author)
2020-04-21
Patent
Electronic Resource
Chinese
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