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A platform for research: civil engineering, architecture and urbanism
Node reinforcing device based on self-resetting energy consumption friction plate
The invention discloses a node reinforcing device based on a self-resetting energy dissipation friction plate, which comprises a wooden column reinforcing device, a wooden beam reinforcing device and a self-resetting device, and is characterized in that the wooden column reinforcing device is connected with the wooden beam reinforcing device through the self-resetting device; the self-resetting device comprises a damper box, a first connecting piece, a second connecting piece and a third connecting piece, and the damper box is rotationally connected with the wooden column reinforcing device through the first connecting piece and rotationally connected with the wooden beam reinforcing device through the second connecting piece and the third connecting piece; a double-face energy dissipation friction plate, a first single-face energy dissipation friction plate, a second single-face energy dissipation friction plate, a first spring set and a second spring set are arranged in the damper box, and a set of opposite faces of the double-face energy dissipation friction plate are meshed with the first single-face energy dissipation friction plate and the second single-face energy dissipation friction plate respectively. The method is easy to machine and good in stress characteristic, the defects that steel is prone to instability and wood is anisotropic are overcome, the advantage of steel assembly and the advantage of environment friendliness of wood are reserved, and the joint bearing capacity is improved.
本发明公开了一种基于自复位耗能摩擦板的节点加固装置，包括木柱加固装置、木梁加固装置和自复位装置，木柱加固装置通过自复位装置与木梁加固装置相连；自复位装置包括阻尼器盒、第一连接件、第二连接件和第三连接件，阻尼器盒通过第一连接件与木柱加固装置转动连接，通过第二连接件、第三连接件与木梁加固装置转动连接；阻尼器盒内设置双面耗能摩擦板、第一单面耗能摩擦板、第二单面耗能摩擦板、第一弹簧组和第二弹簧组，双面耗能摩擦板的一组相对面分别与第一单面耗能摩擦板、第二单面耗能摩擦板相啮合。本发明加工简单、受力特点好，既克服钢材易失稳以及木材各向异性的缺点，又保留钢材装配式优势及木材绿色环保的优点，提高节点承载力。
Node reinforcing device based on self-resetting energy consumption friction plate
The invention discloses a node reinforcing device based on a self-resetting energy dissipation friction plate, which comprises a wooden column reinforcing device, a wooden beam reinforcing device and a self-resetting device, and is characterized in that the wooden column reinforcing device is connected with the wooden beam reinforcing device through the self-resetting device; the self-resetting device comprises a damper box, a first connecting piece, a second connecting piece and a third connecting piece, and the damper box is rotationally connected with the wooden column reinforcing device through the first connecting piece and rotationally connected with the wooden beam reinforcing device through the second connecting piece and the third connecting piece; a double-face energy dissipation friction plate, a first single-face energy dissipation friction plate, a second single-face energy dissipation friction plate, a first spring set and a second spring set are arranged in the damper box, and a set of opposite faces of the double-face energy dissipation friction plate are meshed with the first single-face energy dissipation friction plate and the second single-face energy dissipation friction plate respectively. The method is easy to machine and good in stress characteristic, the defects that steel is prone to instability and wood is anisotropic are overcome, the advantage of steel assembly and the advantage of environment friendliness of wood are reserved, and the joint bearing capacity is improved.
本发明公开了一种基于自复位耗能摩擦板的节点加固装置，包括木柱加固装置、木梁加固装置和自复位装置，木柱加固装置通过自复位装置与木梁加固装置相连；自复位装置包括阻尼器盒、第一连接件、第二连接件和第三连接件，阻尼器盒通过第一连接件与木柱加固装置转动连接，通过第二连接件、第三连接件与木梁加固装置转动连接；阻尼器盒内设置双面耗能摩擦板、第一单面耗能摩擦板、第二单面耗能摩擦板、第一弹簧组和第二弹簧组，双面耗能摩擦板的一组相对面分别与第一单面耗能摩擦板、第二单面耗能摩擦板相啮合。本发明加工简单、受力特点好，既克服钢材易失稳以及木材各向异性的缺点，又保留钢材装配式优势及木材绿色环保的优点，提高节点承载力。
Node reinforcing device based on self-resetting energy consumption friction plate
一种基于自复位耗能摩擦板的节点加固装置
SHAO JIANHUA (author) / LI XIANGLAN (author) / WANG ZHANGUANG (author) / HUANG JING (author) / ZHANG XUAN (author) / GAO ZHENYU (author) / LIU CHEN (author) / WANG YONG (author)
2024-01-16
Patent
Electronic Resource
Chinese
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