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Symmetrical sliding block type shock isolation device
The invention discloses a symmetrical sliding block type shock isolation device. Existing shock isolation devices are installed in a vertical mode, and safety is not high. An upper connecting steel plate and a lower connecting steel plate are connected to a shock isolation device body, a T-shaped upper connecting sliding block is connected to the upper connecting steel plate, and an inverted-T-shaped lower connecting sliding block is connected to the lower connecting steel plate; the upper connecting sliding block is arranged in the T-shaped mounting groove in the upper buttress, and the lower connecting sliding block is arranged in the inverted T-shaped mounting groove in the lower buttress and is connected with the inverted T-shaped mounting groove through a bolt; the peripheries of the upper and lower buttresses are respectively connected with an upper sleeve and a lower sleeve. A horizontal installation mode is adopted, and after a strong earthquake, if the shock isolation device is damaged, the damaged shock isolation device can be taken down only by dismantling the sleeve and horizontally pushing out the shock isolation device in the direction of the sliding groove.
本发明公开了一种对称滑块式隔震装置。现有隔震装置安装方式均采用垂直作业，安全性不高。本发明隔震装置主体上连接有上、下连接钢板，上连接钢板上连接有T型上连接滑块，下连接钢板上连接有倒T型下连接滑块；上连接滑块设置于上支墩内的T型安装槽内，下连接滑块设置于下支墩内的倒T型安装槽内，并通过螺栓连接；上、下支墩四周分别连接有上套筒和下套筒。本发明采用水平安装方式，强震后，若隔震装置发生损坏，只需拆除套筒，将隔震装置沿滑槽方向水平推出即可取下受损的隔震装置。
Symmetrical sliding block type shock isolation device
The invention discloses a symmetrical sliding block type shock isolation device. Existing shock isolation devices are installed in a vertical mode, and safety is not high. An upper connecting steel plate and a lower connecting steel plate are connected to a shock isolation device body, a T-shaped upper connecting sliding block is connected to the upper connecting steel plate, and an inverted-T-shaped lower connecting sliding block is connected to the lower connecting steel plate; the upper connecting sliding block is arranged in the T-shaped mounting groove in the upper buttress, and the lower connecting sliding block is arranged in the inverted T-shaped mounting groove in the lower buttress and is connected with the inverted T-shaped mounting groove through a bolt; the peripheries of the upper and lower buttresses are respectively connected with an upper sleeve and a lower sleeve. A horizontal installation mode is adopted, and after a strong earthquake, if the shock isolation device is damaged, the damaged shock isolation device can be taken down only by dismantling the sleeve and horizontally pushing out the shock isolation device in the direction of the sliding groove.
本发明公开了一种对称滑块式隔震装置。现有隔震装置安装方式均采用垂直作业，安全性不高。本发明隔震装置主体上连接有上、下连接钢板，上连接钢板上连接有T型上连接滑块，下连接钢板上连接有倒T型下连接滑块；上连接滑块设置于上支墩内的T型安装槽内，下连接滑块设置于下支墩内的倒T型安装槽内，并通过螺栓连接；上、下支墩四周分别连接有上套筒和下套筒。本发明采用水平安装方式，强震后，若隔震装置发生损坏，只需拆除套筒，将隔震装置沿滑槽方向水平推出即可取下受损的隔震装置。
Symmetrical sliding block type shock isolation device
一种对称滑块式隔震装置
MA XIAOFEI (author) / CAI YUJUN (author) / HUANG YONGAN (author) / GAO ZHIHONG (author) / MENG XIAOJIAN (author)
2022-03-01
Patent
Electronic Resource
Chinese
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