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A platform for research: civil engineering, architecture and urbanism
Connecting rod push-open type shock insulation groove cover plate structure
The invention discloses a connecting rod push-open type shock insulation groove cover plate structure which comprises a building base layer, a connecting rod push-open type shock insulation groove cover plate, a connecting rod push-open type connecting rod push-open type shock insulation groove cover plate and a connecting rod push-open type connecting rod push-open type shock insulation groove cover plate. The protective cover plate is arranged on the shock insulation groove in a covering manner; the sliding frame abuts against the side wall of the side, close to the seismic isolation pedestal, of the building ground and extends into the seismic isolation groove. The fixing frame is fixedly arranged on the side wall of the side, close to the building ground, of the seismic isolation pedestal; one end of the push rod is rotationally connected to one end of the sliding frame located in the shock insulation groove, and the other end is rotationally connected to the lower end face of the protective cover plate. Compared with the prior art, the seismic isolation groove cover plate has the following advantages and effects that by arranging the protection cover plate capable of sliding and turning over, the seismic isolation groove can be formed no matter a horizontal earthquake or a vertical earthquake occurs in a building base layer during an earthquake in any direction, namely mutual separation, mutual extrusion or vertical dislocation, and the functions of daily closing and opening during the earthquake of the seismic isolation groove cover plate are achieved.
本发明公开了一种连杆推开型隔震沟盖板结构，包括：建筑基层，包括建筑地面和隔震台座，建筑地面和隔震台座之间形成隔震沟槽，建筑地面上铺设有地砖；防护盖板，覆盖设置于隔震沟槽上；滑动架，抵触建筑地面靠近隔震台座的一侧侧壁，并延伸至隔震沟槽内；固定架，固定设置于隔震台座靠近建筑地面的一侧侧壁；推杆，其中一端转动连接于滑动架位于隔震沟槽的一端，且另一端转动连接于防护盖板下端面。本发明具有以下优点和效果：通过设置能够滑移和翻转的防护盖板，使得任意方向地震时无论建筑基层发生水平地震或竖向地震，即相互远离还是相互挤压或竖向错动，都能形成隔震沟，实现隔震沟盖板“日常封闭，震时开启”的功能。
Connecting rod push-open type shock insulation groove cover plate structure
The invention discloses a connecting rod push-open type shock insulation groove cover plate structure which comprises a building base layer, a connecting rod push-open type shock insulation groove cover plate, a connecting rod push-open type connecting rod push-open type shock insulation groove cover plate and a connecting rod push-open type connecting rod push-open type shock insulation groove cover plate. The protective cover plate is arranged on the shock insulation groove in a covering manner; the sliding frame abuts against the side wall of the side, close to the seismic isolation pedestal, of the building ground and extends into the seismic isolation groove. The fixing frame is fixedly arranged on the side wall of the side, close to the building ground, of the seismic isolation pedestal; one end of the push rod is rotationally connected to one end of the sliding frame located in the shock insulation groove, and the other end is rotationally connected to the lower end face of the protective cover plate. Compared with the prior art, the seismic isolation groove cover plate has the following advantages and effects that by arranging the protection cover plate capable of sliding and turning over, the seismic isolation groove can be formed no matter a horizontal earthquake or a vertical earthquake occurs in a building base layer during an earthquake in any direction, namely mutual separation, mutual extrusion or vertical dislocation, and the functions of daily closing and opening during the earthquake of the seismic isolation groove cover plate are achieved.
本发明公开了一种连杆推开型隔震沟盖板结构，包括：建筑基层，包括建筑地面和隔震台座，建筑地面和隔震台座之间形成隔震沟槽，建筑地面上铺设有地砖；防护盖板，覆盖设置于隔震沟槽上；滑动架，抵触建筑地面靠近隔震台座的一侧侧壁，并延伸至隔震沟槽内；固定架，固定设置于隔震台座靠近建筑地面的一侧侧壁；推杆，其中一端转动连接于滑动架位于隔震沟槽的一端，且另一端转动连接于防护盖板下端面。本发明具有以下优点和效果：通过设置能够滑移和翻转的防护盖板，使得任意方向地震时无论建筑基层发生水平地震或竖向地震，即相互远离还是相互挤压或竖向错动，都能形成隔震沟，实现隔震沟盖板“日常封闭，震时开启”的功能。
Connecting rod push-open type shock insulation groove cover plate structure
一种连杆推开型隔震沟盖板结构
GE JIAQI (author) / TIAN XUESHUAI (author) / MA BOTAO (author) / ZHANG MANSHENG (author) / ZHANG QIMING (author) / SONG MAOMAO (author) / HUANG RUIHUA (author)
2024-11-22
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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