A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated anti-seismic energy-dissipation connecting structure
The invention discloses an assembly type anti-seismic energy-dissipation connecting structure, a main body of the structure mainly adopts components such as a steel plate, a round steel cylinder, a spring, a lug plate, a pull rod and a connector, and elastic potential energy is added to the spring arranged in the device by pre-burying a connecting piece and arranging a connecting device, so that the whole structure can have energy-dissipation and anti-seismic capacity in all directions; full-mechanical construction of the fabricated building columns, beams, plates and other structures can be achieved, the good bearing capacity is achieved under the normal use condition, when an earthquake and other influence factors with external force come, energy dissipation can be carried out on force transmitted in all directions at the column-beam connecting position and the beam-plate connecting position, and therefore the high anti-seismic performance is achieved, and the construction period is shortened. Meanwhile, when damaged, the components can be replaced, or the building can be dismantled, and the components can be recycled.
本发明公开了一种装配式抗震耗能连接构造，其主体主要采用钢板、圆钢筒、弹簧、耳板、拉杆、连接头等构件，通过预埋连接件，设置连接装置，为装置中设置的弹簧添加弹性势能，从而使整个构造在各个方向上都能拥有耗能抗震的能力，实现了能让装配式建筑柱、梁、板等构造实现全机械化施工，在正常使用情况下时有良好的承载能力，在地震等具备外力的影响因素来临时，可以在柱梁连接处、梁板连接处、为各个方向上传来的力进行耗能，从而达到较高的抗震性能，同时在有构件发生损坏时，还可进行更换，或是建筑拆除，构件还可再次循环利用。
Fabricated anti-seismic energy-dissipation connecting structure
The invention discloses an assembly type anti-seismic energy-dissipation connecting structure, a main body of the structure mainly adopts components such as a steel plate, a round steel cylinder, a spring, a lug plate, a pull rod and a connector, and elastic potential energy is added to the spring arranged in the device by pre-burying a connecting piece and arranging a connecting device, so that the whole structure can have energy-dissipation and anti-seismic capacity in all directions; full-mechanical construction of the fabricated building columns, beams, plates and other structures can be achieved, the good bearing capacity is achieved under the normal use condition, when an earthquake and other influence factors with external force come, energy dissipation can be carried out on force transmitted in all directions at the column-beam connecting position and the beam-plate connecting position, and therefore the high anti-seismic performance is achieved, and the construction period is shortened. Meanwhile, when damaged, the components can be replaced, or the building can be dismantled, and the components can be recycled.
本发明公开了一种装配式抗震耗能连接构造，其主体主要采用钢板、圆钢筒、弹簧、耳板、拉杆、连接头等构件，通过预埋连接件，设置连接装置，为装置中设置的弹簧添加弹性势能，从而使整个构造在各个方向上都能拥有耗能抗震的能力，实现了能让装配式建筑柱、梁、板等构造实现全机械化施工，在正常使用情况下时有良好的承载能力，在地震等具备外力的影响因素来临时，可以在柱梁连接处、梁板连接处、为各个方向上传来的力进行耗能，从而达到较高的抗震性能，同时在有构件发生损坏时，还可进行更换，或是建筑拆除，构件还可再次循环利用。
Fabricated anti-seismic energy-dissipation connecting structure
一种装配式抗震耗能连接构造
SHI HONGRI (author) / ZHOU SHANMAI (author) / QIU HAIQING (author) / HUANG BA (author) / LI JIANHONG (author) / XU QINGZHONG (author)
2022-06-28
Patent
Electronic Resource
Chinese
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