A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The energy absorption and shock absorption damping device for civil engineering structurally comprises a shock absorption mechanism, a positioning pin, a clamping hole, a telescopic rod and a supporting mechanism, the upper end of the shock absorption mechanism is connected with the top end of the telescopic rod through the positioning pin, and the shock absorption rods on the two sides conduct air pressure shock absorption in an air pressure cylinder and can assist a damping spring in the middle in shock absorption; the vibration is dispersed, and the situation that the damping spring is damaged due to the fact that the damping spring cannot recover to the initial state after deformation due to the fact that the vibration is too large and completely concentrated on the damping spring is avoided; a positioning pin is separated from the upper end of a clamping hole, so that the adjusting mechanism, the energy absorption mechanism and the base mechanism can be quickly disassembled and separated, a damping spring in the outer frame is taken down and replaced, and the convenience of replacing the damping spring is improved; and air is squeezed into the air compressor, the suction cups are sucked to the placement position plane in a vacuum mode, position deviation of the supporting bottom plate during supporting is avoided, and the damping effect in the civil engineering construction process is improved.
本发明公开了一种土木工程用吸能减震阻尼装置，其结构包括减震机构、定位销、卡合孔、伸缩杆、支撑机构，减震机构上端通过定位销与伸缩杆顶端相连接，两侧的减震杆在气压筒内部进行气压减震，能够辅助中间的阻尼弹簧进行减震，将震动进行分散，避免震动过大全部集中在阻尼弹簧上，导致阻尼弹簧形变后无法恢复初始状态而发生损坏；将定位销从卡合孔上端进行分离，使得调节机构、吸能机构和底座机构三者之间均能够进行快速的拆卸分离，将外框内部的阻尼弹簧取下更换，提高对阻尼弹簧进行更换的便捷性；空气被挤入到空气压缩器内部，吸盘真空吸附在放置位置平面上，避免支撑底板在进行支撑时发生位置偏移，提高对土木工程施工过程进行减震的效果。
The energy absorption and shock absorption damping device for civil engineering structurally comprises a shock absorption mechanism, a positioning pin, a clamping hole, a telescopic rod and a supporting mechanism, the upper end of the shock absorption mechanism is connected with the top end of the telescopic rod through the positioning pin, and the shock absorption rods on the two sides conduct air pressure shock absorption in an air pressure cylinder and can assist a damping spring in the middle in shock absorption; the vibration is dispersed, and the situation that the damping spring is damaged due to the fact that the damping spring cannot recover to the initial state after deformation due to the fact that the vibration is too large and completely concentrated on the damping spring is avoided; a positioning pin is separated from the upper end of a clamping hole, so that the adjusting mechanism, the energy absorption mechanism and the base mechanism can be quickly disassembled and separated, a damping spring in the outer frame is taken down and replaced, and the convenience of replacing the damping spring is improved; and air is squeezed into the air compressor, the suction cups are sucked to the placement position plane in a vacuum mode, position deviation of the supporting bottom plate during supporting is avoided, and the damping effect in the civil engineering construction process is improved.
本发明公开了一种土木工程用吸能减震阻尼装置，其结构包括减震机构、定位销、卡合孔、伸缩杆、支撑机构，减震机构上端通过定位销与伸缩杆顶端相连接，两侧的减震杆在气压筒内部进行气压减震，能够辅助中间的阻尼弹簧进行减震，将震动进行分散，避免震动过大全部集中在阻尼弹簧上，导致阻尼弹簧形变后无法恢复初始状态而发生损坏；将定位销从卡合孔上端进行分离，使得调节机构、吸能机构和底座机构三者之间均能够进行快速的拆卸分离，将外框内部的阻尼弹簧取下更换，提高对阻尼弹簧进行更换的便捷性；空气被挤入到空气压缩器内部，吸盘真空吸附在放置位置平面上，避免支撑底板在进行支撑时发生位置偏移，提高对土木工程施工过程进行减震的效果。
Energy-absorbing and shock-absorbing damping device for civil engineering
一种土木工程用吸能减震阻尼装置
HE JINLAN (author)
2024-08-27
Patent
Electronic Resource
Chinese
| European Patent Office | 2021