A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Aluminum-plastic beam column structure comprising assembly type semi-rigid replaceable anti-seismic energy dissipation joint
The invention discloses an aluminum-plastic beam column structure comprising an assembly type semi-rigid replaceable anti-seismic energy dissipation node, which comprises an upper aluminum-plastic beam, an upper aluminum-plastic column, an upper node, a lower aluminum-plastic beam, a lower aluminum-plastic column and a lower node, and is characterized in that the upper aluminum-plastic beam is connected with the upper aluminum-plastic column through an upper node bolt; the lower aluminum-plastic beam and the lower aluminum-plastic column are connected through a lower joint bolt, and a lower connecting device of the lower joint is arranged in the top of the lower aluminum-plastic column and connected with the bottom of the upper aluminum-plastic column through a bolt. The method has the advantages that all components and devices are uniform in size, single in structural form, simple in assembly process and not tedious in working procedure, the structure has high bearing capacity and anti-seismic performance, energy consumption nodes can be replaced, the service life of a building is prolonged, and wood plastic is a recyclable material and is environmentally friendly and free of pollution.
本发明公开了一种包含装配式半刚性可替换抗震耗能节点的铝塑梁柱结构，包括上铝塑梁、上铝塑柱、上节点、下铝塑梁、下铝塑柱和下节点组成，所述的上铝塑梁与上铝塑柱之间通过上节点螺栓连接，所述的下铝塑梁与下铝塑柱之间通过下节点螺栓连接，所述的下节点的下连接装置内置于下铝塑柱柱顶，与上铝塑柱的柱底通过螺栓连接。优点：本发明所有构件、装置均具有统一尺寸，结构形式单一、装配工艺简单、工序不繁琐，结构具有较强的承载力与抗震性能，且耗能节点可替换，提高建筑使用寿命，且木塑为可回收材料，绿色环保无污染。
Aluminum-plastic beam column structure comprising assembly type semi-rigid replaceable anti-seismic energy dissipation joint
The invention discloses an aluminum-plastic beam column structure comprising an assembly type semi-rigid replaceable anti-seismic energy dissipation node, which comprises an upper aluminum-plastic beam, an upper aluminum-plastic column, an upper node, a lower aluminum-plastic beam, a lower aluminum-plastic column and a lower node, and is characterized in that the upper aluminum-plastic beam is connected with the upper aluminum-plastic column through an upper node bolt; the lower aluminum-plastic beam and the lower aluminum-plastic column are connected through a lower joint bolt, and a lower connecting device of the lower joint is arranged in the top of the lower aluminum-plastic column and connected with the bottom of the upper aluminum-plastic column through a bolt. The method has the advantages that all components and devices are uniform in size, single in structural form, simple in assembly process and not tedious in working procedure, the structure has high bearing capacity and anti-seismic performance, energy consumption nodes can be replaced, the service life of a building is prolonged, and wood plastic is a recyclable material and is environmentally friendly and free of pollution.
本发明公开了一种包含装配式半刚性可替换抗震耗能节点的铝塑梁柱结构，包括上铝塑梁、上铝塑柱、上节点、下铝塑梁、下铝塑柱和下节点组成，所述的上铝塑梁与上铝塑柱之间通过上节点螺栓连接，所述的下铝塑梁与下铝塑柱之间通过下节点螺栓连接，所述的下节点的下连接装置内置于下铝塑柱柱顶，与上铝塑柱的柱底通过螺栓连接。优点：本发明所有构件、装置均具有统一尺寸，结构形式单一、装配工艺简单、工序不繁琐，结构具有较强的承载力与抗震性能，且耗能节点可替换，提高建筑使用寿命，且木塑为可回收材料，绿色环保无污染。
Aluminum-plastic beam column structure comprising assembly type semi-rigid replaceable anti-seismic energy dissipation joint
一种包含装配式半刚性可替换抗震耗能节点的铝塑梁柱结构
ZHAO LONGLONG (author) / HU YAFENG (author) / WEI YANG (author)
2023-11-10
Patent
Electronic Resource
Chinese
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