A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Shock-isolation rubber column used for high-rise building
The invention relates to a shock-isolation rubber column used for a high-rise building. The shock-isolation rubber column is formed by mutually superposing rubber plates and thin steel plates throughheat vulcanization, wherein the rubber plates and the thin steel plates are crossed and bonded together layer by layer; upper and lower ends of the rubber column are connected to sealing plates and tetrafluoroethylene boards; the rubber column is arranged in a gap of adjacent rolling shafts between the sealing plates and the tetrafluoroethylene boards; the rolling shafts are made of a bearing steel material; arc-shaped grooves which are adaptive to the rolling shafts are formed in the sealing plates and the tetrafluoroethylene boards; and the outer ends of the multiple rolling shafts are connected to connecting rods through locating pins. According to the shock-isolation rubber column used for the high-rise building disclosed by the invention, the rolling shafts, the rubber column and a reinforcing plate are mutually cooperated, so that a vibration amplitude of the building is reduced, impact, on the building, of earthquake waves is resisted, and the center force-bearing degree of thebuilding is guaranteed.
本发明涉及一种用于高层建筑的隔震橡胶柱，其由橡胶板和薄钢板交互重叠经热硫化而成，所述橡胶板和薄钢板层层交叉粘结在一起，所述橡胶柱的上下两端连接至封板和四氟板；所述橡胶柱设置在封板和四氟板之间、相邻滚轴的间隙；所述滚轴采用轴承钢材料，所述封板和四氟板上均设有与滚轴相适配的弧形凹槽，所述多个滚轴的外端均通过定位销连接至连杆；本发明的用于高层建筑的隔震橡胶柱，通过滚轴、橡胶柱和加强板之间的相互配合，降低建筑物的震动幅度，抵御地震波对建筑物的冲击，保证建筑物的中心受力度。
Shock-isolation rubber column used for high-rise building
The invention relates to a shock-isolation rubber column used for a high-rise building. The shock-isolation rubber column is formed by mutually superposing rubber plates and thin steel plates throughheat vulcanization, wherein the rubber plates and the thin steel plates are crossed and bonded together layer by layer; upper and lower ends of the rubber column are connected to sealing plates and tetrafluoroethylene boards; the rubber column is arranged in a gap of adjacent rolling shafts between the sealing plates and the tetrafluoroethylene boards; the rolling shafts are made of a bearing steel material; arc-shaped grooves which are adaptive to the rolling shafts are formed in the sealing plates and the tetrafluoroethylene boards; and the outer ends of the multiple rolling shafts are connected to connecting rods through locating pins. According to the shock-isolation rubber column used for the high-rise building disclosed by the invention, the rolling shafts, the rubber column and a reinforcing plate are mutually cooperated, so that a vibration amplitude of the building is reduced, impact, on the building, of earthquake waves is resisted, and the center force-bearing degree of thebuilding is guaranteed.
本发明涉及一种用于高层建筑的隔震橡胶柱，其由橡胶板和薄钢板交互重叠经热硫化而成，所述橡胶板和薄钢板层层交叉粘结在一起，所述橡胶柱的上下两端连接至封板和四氟板；所述橡胶柱设置在封板和四氟板之间、相邻滚轴的间隙；所述滚轴采用轴承钢材料，所述封板和四氟板上均设有与滚轴相适配的弧形凹槽，所述多个滚轴的外端均通过定位销连接至连杆；本发明的用于高层建筑的隔震橡胶柱，通过滚轴、橡胶柱和加强板之间的相互配合，降低建筑物的震动幅度，抵御地震波对建筑物的冲击，保证建筑物的中心受力度。
Shock-isolation rubber column used for high-rise building
一种用于高层建筑的隔震橡胶柱
XUE RENFANG (author)
2021-02-19
Patent
Electronic Resource
Chinese
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