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Energy-consuming latticed column structure with dense batten plates and use method
Disclosed is an energy-consuming latticed column structure with dense gusset plates which relates to the technical field of earthquake resistance and earthquake mitigation and isolation devices. The structure includes a double-leg latticed column, a first dense gusset 5 plate, a damper, an arcuate plate, a second dense gusset plate, a fixing plate, a rubber layer, and concrete. Also disclosed is a method of using the energy-consuming latticed column structure with dense gusset plates. The method includes: step 1: reinforcing a foundation; step 2: positioning a double-leg latticed column at a mounting site; step 3: mounting a damper; step 4: mounting a fixing plate; and step 5: pouring concrete. The present invention has a 10 triple energy-consuming structure, which does not occupy indoor space and can resist damage of various types of earthquakes to frame buildings.
Energy-consuming latticed column structure with dense batten plates and use method
Disclosed is an energy-consuming latticed column structure with dense gusset plates which relates to the technical field of earthquake resistance and earthquake mitigation and isolation devices. The structure includes a double-leg latticed column, a first dense gusset 5 plate, a damper, an arcuate plate, a second dense gusset plate, a fixing plate, a rubber layer, and concrete. Also disclosed is a method of using the energy-consuming latticed column structure with dense gusset plates. The method includes: step 1: reinforcing a foundation; step 2: positioning a double-leg latticed column at a mounting site; step 3: mounting a damper; step 4: mounting a fixing plate; and step 5: pouring concrete. The present invention has a 10 triple energy-consuming structure, which does not occupy indoor space and can resist damage of various types of earthquakes to frame buildings.
Energy-consuming latticed column structure with dense batten plates and use method
ZHAO JIANFENG (Autor:in) / MENG FANTAO (Autor:in) / RUAN XINGQUN (Autor:in) / YUAN CHANGFENG (Autor:in)
14.04.2022
Patent
Elektronische Ressource
Englisch
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